Repository: theodorewiles/org-mind-map
Branch: master
Commit: 95347b2f9291
Files: 17
Total size: 79.2 KB
Directory structure:
gitextract_s1gnjvgp/
├── .gitignore
├── LICENSE
├── README.md
├── example-1.org
├── example-2.org
├── example-3.org
├── example-4.org
├── example-5.org
├── example-7.org
├── examples/
│ ├── example-1.org
│ ├── example-2.org
│ ├── example-3.org
│ ├── example-4.org
│ ├── example-5.org
│ ├── example-7.org
│ └── example-8.org
└── org-mind-map.el
================================================
FILE CONTENTS
================================================
================================================
FILE: .gitignore
================================================
org-mind-map.el~
*~
================================================
FILE: LICENSE
================================================
GNU GENERAL PUBLIC LICENSE
Version 3, 29 June 2007
Copyright (C) 2007 Free Software Foundation, Inc. <http://fsf.org/>
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How to Apply These Terms to Your New Programs
If you develop a new program, and you want it to be of the greatest
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The hypothetical commands `show w' and `show c' should show the appropriate
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if any, to sign a "copyright disclaimer" for the program, if necessary.
For more information on this, and how to apply and follow the GNU GPL, see
<http://www.gnu.org/licenses/>.
The GNU General Public License does not permit incorporating your program
into proprietary programs. If your program is a subroutine library, you
may consider it more useful to permit linking proprietary applications with
the library. If this is what you want to do, use the GNU Lesser General
Public License instead of this License. But first, please read
<http://www.gnu.org/philosophy/why-not-lgpl.html>.
================================================
FILE: README.md
================================================
# org-mind-map
This is an emacs package that creates graphviz directed graphs from org-mode files. This project is currently unmaintained! If anyone would like to take this over an fix up my (very messy) code, please let me know.
# Requirements
This package relies on the [Graphviz](http://graphviz.org/) suite of graphical diagramming tools.
## windows
(the default option), these tools are available via [cygwin](http://cygwin.com/).
## linux
these tools are available through any of the popular package managers.
## mac
binarys are at the graphviz site, but for recent versions like El Capitan, Sierra and High Sierra, macports or
homebrew are recommended.
```bash
brew install graphviz
```
This package also relies on the org-mode and dash libraries, available from melpa (M-x list-packages).
# Installation and usage
To install, add this code to your .emacs:
```elisp
(load "INSTALLPATH/org-mind-map.el")
```
or if you're using use-package:
```elisp
;; This is an Emacs package that creates graphviz directed graphs from
;; the headings of an org file
(use-package org-mind-map
:init
(require 'ox-org)
:ensure t
;; Uncomment the below if 'ensure-system-packages` is installed
;;:ensure-system-package (gvgen . graphviz)
:config
(setq org-mind-map-engine "dot") ; Default. Directed Graph
;; (setq org-mind-map-engine "neato") ; Undirected Spring Graph
;; (setq org-mind-map-engine "twopi") ; Radial Layout
;; (setq org-mind-map-engine "fdp") ; Undirected Spring Force-Directed
;; (setq org-mind-map-engine "sfdp") ; Multiscale version of fdp for the layout of large graphs
;; (setq org-mind-map-engine "twopi") ; Radial layouts
;; (setq org-mind-map-engine "circo") ; Circular Layout
)
```
Then, run `M-x org-mind-map-write` within the org-mode file you would like to make a mind-map for. If all works as expected, a PDF file will be generated in the same directory as the org file.
# Examples
- [Basic concept](#basic-concept)
- [Tags](#tags)
- [Selective Colors](#selective-colors)
- [Links](#links)
- [Including text](#including-text)
- [Including images (BETA)](#including-images-beta)
- [Selective Export](#selective-export)
## Basic concept
Here is an example org-mode tree that demonstrates the basic concept:
```Org
* This is an example org-mode tree
The content of the node doesn't matter.
** Branch A
*** Sub-Branch 1
*** Sub-Branch 2
*** Sub-Branch 3
** Branch B
** Branch C
** Branch D
```
and the result is shown below:
## Tags
You can also add tags, as in this org-mode file:
```Org
* This is an org-mode tree with tags
** Branch A :TagA:
*** Sub-Branch 1 :TagA:
*** Sub-Branch 2 :TagA:
*** Sub-Branch 3 :TagA:TagB:
** Branch B :TagB:
** Branch C
** Branch D
```
These are randomly color-coded into pastel tags:
## Selective Colors
If you would like a node to show up as a specific color, you can add the `:OMM-COLOR:` and `:OMM-LEGEND:` properties to a node. The node will be colored in, and a legend entry item will be added, as shown below:
```Org
* This is an org-mode tree with tags
:PROPERTIES:
:OMM-COLOR: GREEN
:OMM-LEGEND: Legend entry
:END:
** Branch A
*** Sub-Branch 1
*** Sub-Branch 2
*** Sub-Branch 3
** Branch B
** Branch C
** Branch D
* This is an org-mode tree that interleaves :TagOne:
** Branch E
*** Sub-Branch 3 :TagTwo:
*** Sub-Branch 3 :TagOne:
** Branch B
** Branch C
```
this results in this file:
## Links
You can also draw edges between nodes by including links to headlines in your Org mode files. Links will be drawn from the parent heading to the heading of the destination link. This works as shown below:
```Org
* This is an org-mode tree with tags
:PROPERTIES:
:OMM-COLOR: GREEN
:OMM-LEGEND: Legend entry
:END:
** Branch A
*** Sub-Branch 1
*** Sub-Branch 2
*** Sub-Branch 3
** Branch B
** Branch C
** Branch D
* Here is another tree
** Branch One
** Branch Two
[[Branch C]]
** Branch Three
[[Branch One][Another link]]
[[Sub-Branch 1][Yet Another Link]]
```
this results in this file:
## Including text
You can also control the display of text within each heading with
the `org-mind-map-include-text` option. When set to `t`, this
displays all of the paragraph text underneath a given
headline.
For example,
```Org
* Branch One
** Branch Two
Here is some interesting text...
** Branch Three
*** Example
- Plain lists show up as additional paragraphs
[[http://www.google.com/][But links don't show up at all]]
#+BEGIN_SRC
Nor do source code blocks.
#+END_SRC
```
this results in this file:
## Including images BETA
You can also now include PNG files. These will be included as sub-headings. The images are currently scaled to a rectangle of 100px by 100px. This may be updated in the future.
For example,
```Org
* Node A
** Node B
Example paragraph
[[Node C]]
[[./Lena.png]]
** Node C
More details
** Node D
[[Node A]]
```
Results in this file:
# Thanks!
http://pages.sachachua.com/evil-plans/
# Other Options
Customize the `org-mind-map-engine` variable to specify additional layout options (e.g. radial layouts where root nodes are in the center of the graph), and customize `org-mind-map-rankdir` to specify if the chart is going up-and-down or left-to-right.
## Selective Export
Use the command `org-mind-map-write-current-tree` to just create a map from the current tree.
================================================
FILE: example-1.org
================================================
* This is an example org-mode tree
The content of the node doesn't matter.
** Branch A
*** Sub-Branch 1
*** Sub-Branch 2
*** Sub-Branch 3
** Branch B
** Branch C
** Branch D
================================================
FILE: example-2.org
================================================
* This is an org-mode tree with tags
** Branch A :TagA:
*** Sub-Branch 1 :TagA:
*** Sub-Branch 2 :TagA:
*** Sub-Branch 3 :TagA:TagB:
** Branch B :TagB:
** Branch C
** Branch D
================================================
FILE: example-3.org
================================================
* This is an org-mode tree with tags
** Branch A :TagA:
*** Sub-Branch 1 :TagA:
*** Sub-Branch 2 :TagA:
*** Sub-Branch 3 :TagA:TagB:
** Branch B :TagB:
** Branch C
** Branch D
* This is an org-mode tree that interleaves
** Branch E
*** Sub-Branch 3
*** Sub-Branch 3 :TagA:TagB:
** Branch B
================================================
FILE: example-4.org
================================================
* This is an org-mode tree with tags
:PROPERTIES:
:OMM-COLOR: GREEN
:OMM-LEGEND: Legend entry
:END:
** Branch A
*** Sub-Branch 1
*** Sub-Branch 2
*** Sub-Branch 3
** Branch B
** Branch C
** Branch D
* This is an org-mode tree that interleaves :TagOne:
** Branch E
*** Sub-Branch 3 :TagTwo:
*** Sub-Branch 3 :TagOne:
** Branch B
** Branch C
================================================
FILE: example-5.org
================================================
* This is an org-mode tree with tags
:PROPERTIES:
:OMM-COLOR: GREEN
:OMM-LEGEND: Legend entry
:END:
** Branch A
*** Sub-Branch 1
*** Sub-Branch 2
*** Sub-Branch 3
** Branch B
** Branch C
** Branch D
* Here is another tree
** Branch One
** Branch Two
[[Branch C]]
** Branch Three
[[Branch One][Another link]]
[[Sub-Branch 1][Yet Another Link]]
================================================
FILE: example-7.org
================================================
* Branch One
** Branch Two
Here is some interesting text...
** Branch Three
*** Example
- Plain lists show up as additional paragraphs
[[http://www.google.com/][But links don't show up at all]]
#+BEGIN_SRC
Nor do source code blocks.
#+END_SRC
================================================
FILE: examples/example-1.org
================================================
* This is an example org-mode tree
The content of the node doesn't matter.
** Branch A
*** Sub-Branch 1
*** Sub-Branch 2
*** Sub-Branch 3
** Branch B
** Branch C
** Branch D
================================================
FILE: examples/example-2.org
================================================
* This is an org-mode tree with tags
** Branch A :TagA:
*** Sub-Branch 1 :TagA:
*** Sub-Branch 2 :TagA:
*** Sub-Branch 3 :TagA:TagB:
** Branch B :TagB:
** Branch C
** Branch D
================================================
FILE: examples/example-3.org
================================================
* This is an org-mode tree with tags
** Branch A :TagA:
*** Sub-Branch 1 :TagA:
*** Sub-Branch 2 :TagA:
*** Sub-Branch 3 :TagA:TagB:
** Branch B :TagB:
** Branch C
** Branch D
* This is an org-mode tree that interleaves
** Branch E
*** Sub-Branch 3
*** Sub-Branch 3 :TagA:TagB:
** Branch B
================================================
FILE: examples/example-4.org
================================================
* This is an org-mode tree with tags
:PROPERTIES:
:OMM-COLOR: GREEN
:OMM-LEGEND: Legend entry
:END:
** Branch A
*** Sub-Branch 1
*** Sub-Branch 2
*** Sub-Branch 3
** Branch B
** Branch C
** Branch D
* This is an org-mode tree that interleaves :TagOne:
** Branch E
*** Sub-Branch 3 :TagTwo:
*** Sub-Branch 3 :TagOne:
** Branch B
** Branch C
================================================
FILE: examples/example-5.org
================================================
* This is an org-mode tree with tags
:PROPERTIES:
:OMM-COLOR: GREEN
:OMM-LEGEND: Legend entry
:END:
** Branch A
*** Sub-Branch 1
*** Sub-Branch 2
*** Sub-Branch 3
** Branch B
** Branch C
** Branch D
* Here is another tree
** Branch One
** Branch Two
[[Branch C]]
** Branch Three
[[Branch One][Another link]]
[[Sub-Branch 1][Yet Another Link]]
================================================
FILE: examples/example-7.org
================================================
* Branch One
** Branch Two
Here is some interesting text...
** Branch Three
*** Example
- Plain lists show up as additional paragraphs
[[http://www.google.com/][But links don't show up at all]]
#+BEGIN_SRC
Nor do source code blocks.
#+END_SRC
================================================
FILE: examples/example-8.org
================================================
* Node A
** Node B
Example paragraph
[[Node C]]
[[./Lena.png]]
** Node C
More details
** Node D
[[Node A]]
================================================
FILE: org-mind-map.el
================================================
;;; org-mind-map.el --- Creates a directed graph from org-mode files
;; Author: Ted Wiles <theodore.wiles@gmail.com>
;; Keywords: orgmode, extensions, graphviz, dot
;; Version: 0.4
;; URL: https://github.com/theodorewiles/org-mind-map
;; Package-Requires: ((emacs "24") (dash "1.8.0") (org "8.2.10"))
;; This file is NOT part of GNU Emacs.
;; This program is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation; either version 3, or (at your option)
;; any later version.
;; This program is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with GNU Emacs; see the file LICENSE. If not, write to the
;; Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
;; Boston, MA 02110-1301, USA.
;;; Commentary:
;; This package takes an org-mode tree and converts it into a
;; file that can be read into graphviz in order to visually show the
;; tree as a directed graph. Mail to <theodore.wiles@gmail.com> to discuss
;; features and additions. All suggestions are more than welcome.
;;; Commands:
;;
;; Below is a complete list of commands:
;;
;; `org-mind-map-write'
;; Create a digraph based on all org trees in the current buffer.
;; Keybinding: M-x org-mind-map-write
;; `org-mind-map-write-current-branch'
;; Create a directed graph output based on just the current org tree branch.
;; Keybinding: M-x org-mind-map-write-current-branch
;; `org-mind-map-write-current-tree'
;; Create a directed graph output based on the whole current org tree.
;; Keybinding: M-x org-mind-map-write-current-tree
;;
;;; Customizable Options:
;;
;; Below is a list of customizable options:
;;
;; `org-mind-map-wrap-line-length'
;; Line length within graphviz nodes.
;; default = 30
;; `org-mind-map-wrap-legend-line-length'
;; Line length of the graphviz legend.
;; default = 45
;; `org-mind-map-unflatten-command'
;; Shell executable command for running the UNFLATTEN command.
;; default = "unflatten -l3"
;; `org-mind-map-dot-command'
;; Shell executable command for running the DOT command.
;; default = "dot"
;; `org-mind-map-dot-output'
;; Format of the DOT output. Defaults to PDF.
;; default = "pdf"
;; `org-mind-map-engine'
;; Sets the layout engine used in your graphs.
;; default = "dot"
;; `org-mind-map-default-node-attribs'
;; Alist of default node attributes and values.
;; default = '(("shape" . "plaintext"))
;; `org-mind-map-default-edge-attribs'
;; Alist of default edge attributes and values.
;; default = nil
;; `org-mind-map-default-graph-attribs'
;; Alist of default graph attributes and values.
;; default = '(("autosize" . "false") ("size" . "9,12") ("resolution" . "100") ...))
;; `org-mind-map-node-formats'
;; Assoc list of (NAME . FN) pairs where NAME is a value for the :OMM-NODE-FMT property
;; See also `org-mind-map-make-node-fn'
;; default = nil
;; `org-mind-map-edge-formats'
;; Assoc list of (NAME . FN) pairs where NAME is a value for the :OMM-EDGE-FMT property
;; See also `org-mind-map-make-edge-fn'
;; default = nil
;; `org-mind-map-edge-format-default'
;; Default format string for graph edges, e.g. "[style=dotted]".
;; default = ""
;; `org-mind-map-reserved-colors'
;; List of colors that will not be used for coloring tags.
;; default = nil
;; `org-mind-map-tag-colors'
;; An alist of (TAG . COLOR) pairs for choosing colors for tags.
;; default = nil
;; `org-mind-map-include-text'
;; A boolean indicating whether our not to include paragraph text in body of nodes.
;; default = t
;; `org-mind-map-include-images'
;; A boolean indicating whether our not to include images in body of nodes.
;; default = t
;; The headings of the org-mode file are treated as node text in the resulting tree.
;; Org-mode heading tags are included in the resulting tree as additional cells
;; within the node.
;; The tags are color-coded to be consistent across the tree.
;; Tree interleaving is also possible by naming multiple org-mode headings
;; with the same heading.
;; NOTE: this requires the GRAPHVIZ software. This is installable on
;; windows using cygwin.
;; To install, add this code to your .emacs:
;; (load "org-mind-map.el")
;; If on linux, customize the values of `org-mind-map-unflatten-command'
;; and `org-mind-map-dot-command' to have the values corresponding to
;; the executables in your system.
;; Then, run "M-x org-mind-map-write" to create a graph of all trees in the current buffer,
;; You can customize the style of the graph by adding :OMM-NODE-FMT and :OMM-EDGE-FMT properties
;; to the headlines in the tree.
;; The latest version is available at:
;;
;; https://github.com/theodorewiles/org-mind-map
;;
;;; Code:
(require 'dash)
(require 'org)
(require 'subr-x)
(defconst org-mind-map-version "0.4")
(defgroup org-mind-map nil
"Convert org-mode tree into a graphviz directed graph"
:group 'org)
(defcustom org-mind-map-wrap-line-length 30
"Line length within graphviz nodes."
:type 'integer
:group 'org-mind-map)
(defcustom org-mind-map-wrap-text-length 60
"Line length within graphviz nodes that have longer text."
:type 'integer
:group 'org-mind-map)
(defcustom org-mind-map-wrap-legend-line-length 45
"Line length of the graphviz legend."
:type 'integer
:group 'org-mind-map)
(defcustom org-mind-map-unflatten-command "unflatten -l3"
"Shell executable command for running the UNFLATTEN command."
:type 'string
:group 'org-mind-map)
(defcustom org-mind-map-dot-command "dot"
"Shell executable command for running the DOT command."
:type 'string
:group 'org-mind-map)
(defcustom org-mind-map-dot-output '("pdf" "png" "jpeg" "svg" "eps" "gif" "tiff")
"List of formats for the DOT output file.
If more than one are specified then the user will be prompted to choose one.
To find a list of available formats, on the command line enter: dot -T?"
:type '(repeat (string :tag "File type"))
:group 'org-mind-map)
(defcustom org-mind-map-display nil
"How the results should be displayed:
nil = don't display results
current = display results in current window
window = display results in new window
frame = display results in new frame"
:type '(choice (const :tag "Don't display" nil)
(const :tag "Display in current window" current)
(const :tag "Display in new window" window)
(const :tag "Display in new frame" frame))
:group 'org-mind-map)
(defcustom org-mind-map-engine "dot"
"Sets the layout engine used in your graphs.
See the graphviz user manual for description of these options."
:type '(choice
(const :tag "Directed Graph" "dot")
(const :tag "Undirected Spring Graph" "neato")
(const :tag "Radial Layout" "twopi")
(const :tag "Circular Layout" "circo")
(const :tag "Undirected Spring Force-Directed" "fdp"))
:group 'org-mind-map)
(defcustom org-mind-map-default-node-attribs '(("shape" . "plaintext"))
"Alist of default node attributes and values.
Each item in the alist should be a cons cell of the form (ATTRIB . VALUE)
where ATTRIB and VALUE are strings.
For a list of value attributes, see here: https://graphviz.gitlab.io/_pages/doc/info/attrs.html"
:type '(alist :key-type (string :tag "Attribute") :value-type (string :tag " Value"))
:group 'org-mind-map)
(defcustom org-mind-map-default-edge-attribs nil
"Alist of default edge attributes and values.
Each item in the alist should be a cons cell of the form (ATTRIB . VALUE)
where ATTRIB and VALUE are strings.
For a list of value attributes, see here: https://graphviz.gitlab.io/_pages/doc/info/attrs.html"
:type '(alist :key-type (string :tag "Attribute") :value-type (string :tag " Value"))
:group 'org-mind-map)
(defcustom org-mind-map-default-graph-attribs '(("autosize" . "false")
("size" . "9,12")
("resolution" . "100")
("nodesep" . "0.75")
("overlap" . "false")
("spline" . "true")
("rankdir" . "LR"))
"Alist of default graph attributes and values.
Each item in the alist should be a cons cell of the form (ATTRIB . VALUE)
where ATTRIB and VALUE are strings.
For a list of value attributes, see here: https://graphviz.gitlab.io/_pages/doc/info/attrs.html"
:type '(alist :key-type (string :tag "Attribute") :value-type (string :tag " Value"))
:group 'org-mind-map)
(defcustom org-mind-map-node-formats nil
"Assoc list of (NAME . FN) pairs where NAME is a value for the :OMM-NODE-FMT property
of a node/headline, and FN is a function which outputs a format string to be placed after the
node name (e.g. \"[label='Node1',color='red']\").
The function FN should take the following 5 arguments which can be used to construct the format:
TITLE = the label string for the node
TAGS = a list of org tags for the current node
COLOR = the contents of the OMM-COLOR property for the current node
HM = a hash map of colors
EL = an org element obtained from `org-element-map'
Note: the :OMM-NODE-FMT property is inherited by children of the node/headline where it is defined."
:type '(alist :key-type (string :tag " Name")
:value-type (function :tag "Format function"))
:group 'org-mind-map)
(defcustom org-mind-map-edge-formats nil
"Assoc list of (NAME . FN) pairs where NAME is a value for the :OMM-EDGE-FMT property
of a node/headline, and FN is a function which outputs a format string to be placed after an
edge (e.g. \"[style=dotted]\").
The function FN should take the following 2 arguments which can be used to construct the format:
HM = a hash map of colors
EL = an org element obtained from `org-element-map'
Note: the :OMM-EDGE-FMT property affects edges leading to the node at which it is defined, and
is inherited by children of that node/headline."
:type '(alist :key-type (string :tag " Name")
:value-type (function :tag "Format function"))
:group 'org-mind-map)
(defcustom org-mind-map-edge-format-default ""
"Default format string for graph edges, e.g. \"[style=dotted]\"."
:type 'string
:group 'org-mind-map)
(defcustom org-mind-map-reserved-colors nil
"List of colors that will not be used for coloring tags.
These colors will be excluded when random tag colors are chosen by `org-mind-map-rgb'
so that you can use them for other things.
Each color should be in hexadecimal form, e.g: \"#e3cfbc\", where the consecutive pairs
of hexdigits indicate levels of red, green and blue respectively.
It is not necessary to include any colors with levels below 7d, as these are not used
for creating random tag colors."
:type '(repeat string)
:group 'org-mind-map)
(defcustom org-mind-map-tag-colors nil
"An alist of (TAG . COLOR) pairs for choosing colors for tags.
Any tags not listed here will be colored with randomly selected colors that dont
clash with those in `org-mind-map-reserved-colors'.
Each color should be in hexadecimal form, e.g: \"#e3cfbc\", where the consecutive pairs
of hexdigits indicate levels of red, green and blue respectively.
Note: you can also set tag colors by altering the hashmap passed as an argument to functions
defined in `org-mind-map-node-formats'."
:type '(alist :key-type (string :tag " Tag") :value-type (string :tag "Color"))
:group 'org-mind-map)
(defcustom org-mind-map-include-text t
"A boolean indicating whether our not to include paragraph text in body of nodes.
default = t"
:type 'boolean
:group 'org-mind-map
)
(defcustom org-mind-map-include-images t
"A boolean indicating whether our not to include paragraph text in body of nodes.
default = t"
:type 'boolean
:group 'org-mind-map
)
(defun org-mind-map-do-wrap (words width)
"Create lines of maximum width WIDTH (in characters) from word list WORDS."
(let (lines line)
(while words
(setq line (pop words))
(while (and words (< (+ (length line) (length (car words))) width))
(setq line (concat line " " (pop words))))
(setq lines (push line lines)))
(nreverse lines)))
(defun org-mind-map-wrap (s l)
(let* ((s2 (org-mind-map-do-wrap (split-string s " ") l)))
(mapconcat 'identity s2 "<br></br>")))
(defun org-mind-map-wrap-lines (s)
"Wraps a string S so that it can never be more than ORG-MIND-MAP-WRAP-LINE-LENGTH characters long."
(org-mind-map-wrap s org-mind-map-wrap-line-length))
(defun org-mind-map-wrap-text (s)
"Wraps a string S so that it can never be more than ORG-MIND-MAP-WRAP-TEXT-LENGTH characters long."
(org-mind-map-wrap s org-mind-map-wrap-text-length))
(defun org-mind-map-wrap-legend-lines (s)
"Wraps a string S so that it can never be more than ORG-MIND-MAP-WRAP-LEGEND-LINE-LENGTH characters long."
(let* ((s2 (org-mind-map-do-wrap (split-string s " ") org-mind-map-wrap-legend-line-length)))
(mapconcat 'identity s2 "<br></br>")))
(defun org-mind-map-dot-node-name (s)
"Make string S formatted to be usable within dot node names."
(concat "\""
(replace-regexp-in-string
"</?\\(table\\|tr\\|td\\)[^<>]*>" ""
(replace-regexp-in-string "label=\\(\"[^\"]+\"\\|[^,]+\\).*" "\\1" s))
"\""))
(defun org-mind-map-add-color (hm tag &optional colspan)
"Create data element containing TAG with associated color found in hashmap HM."
(let* ((color (gethash tag hm)))
(concat "<td"
(if colspan (concat " colspan=\"" (int-to-string colspan) "\""))
(if color (concat " bgcolor=\"" color "\"")) ">" tag "</td>")))
(defun org-mind-map-write-tags-default (title tags color hm el &optional content images)
"Default function for writing nodes.
Label node with TITLE and background COLOR, and write TAGS (a list of tag names)
into boxes underneath, using associated colors in hashmap HM.
The EL argument is not used, but is needed for compatibility."
(concat "[label=<<table>"
(if (> (length tags) 0)
(concat "<tr><td colspan=\"" (int-to-string (length tags)) "\" ")
"<tr><td")
(if color (concat " bgcolor=\"" color "\" "))
">" title "</td></tr>"
(if (> (length tags) 0)
(concat
"<tr>" (mapconcat (-partial 'org-mind-map-add-color hm) tags "") "</tr>"))
(if (> (length content) 0)
(concat
"<tr><td BALIGN=\"LEFT\" ALIGN=\"LEFT\">" content "</td></tr>")
)
(if (> (length images) 0)
images ""
)
"</table>>];"))
(defun org-mind-map-get-property (prop el &optional inheritp)
"Get property PROP from an org element EL, using inheritance if INHERITP is non-nil.
PROP can be either the property symbol (beginning with :), or the name of the property (with or without :).
If there is a column summary value for the property that has recently be calculated it will be used."
(let* ((node el)
(propstr (if (stringp prop)
(upcase (if (string-match "^:" prop)
(substring prop 1)
prop))
(substring (symbol-name prop) 1)))
(prop (if (stringp prop) (intern (concat ":" propstr)) prop))
(val (or (cdr (cl-find propstr (get-text-property
(org-element-property :begin el)
'org-summaries)
:test (lambda (x y) (equal (caar y) x))))
(org-element-property prop el))))
(while (and inheritp
(not val)
(not (eq (org-element-type node) 'org-data)))
(setq node (org-element-property :parent node)
val (org-element-property prop node)))
val))
(defun org-mind-map-narrow-to-heading-content (b)
"Narrow to the region until the next headline, if applicable"
(let* ((new-end
(org-element-map (org-element-parse-buffer 'object 'true)
'headline
(lambda (x)
(if (not
(= (org-element-property :begin x) b))
b nil))
nil 'true)))
(if new-end
(progn
(widen)
(narrow-to-region b new-end)))))
(defun org-mind-map-write-tags (hm el &optional edgep)
"Use HM as the hash-map of colors and takes an element EL and extracts the title and tags.
Then, formats the titles and tags so as to be usable within DOT's graphviz language."
(let* ((ts (org-element-property :title el))
(wrapped-title (org-mind-map-wrap-lines (if (listp ts) (first ts) ts)))
(title (replace-regexp-in-string "&" "&" wrapped-title nil t))
(color (org-element-property :OMM-COLOR el))
(tags (org-element-property :tags el))
(fmt (org-mind-map-get-property (if edgep :OMM-EDGE-FMT :OMM-NODE-FMT) el))
(b (org-element-property :begin el))
(e (org-element-property :end el))
(images
(if org-mind-map-include-images
(save-restriction
(narrow-to-region b e)
(org-mind-map-narrow-to-heading-content b)
(mapconcat 'identity
(org-element-map (org-element-parse-buffer 'object 'true)
'(link)
(lambda (x)
(message "Inline image: %s" (org-export-inline-image-p x))
(if (org-export-inline-image-p x)
(concat
"<tr><td fixedsize='TRUE' height='100' width='100'>" "<IMG src='"
(org-element-property :path x)
"'/>"
"</td></tr>")
"")))
""))))
(content
(if org-mind-map-include-text
(save-restriction
(narrow-to-region b e)
(org-mind-map-narrow-to-heading-content b)
(mapconcat 'identity
(org-element-map (org-element-parse-buffer 'object 'true)
'(paragraph)
(lambda (x)
(org-mind-map-wrap-text
(string-trim
(substring-no-properties
(car (org-element-contents x)))))))
"<br></br><br></br>"))
nil))
)
(if edgep (funcall (or (cdr (assoc fmt org-mind-map-edge-formats))
(lambda (a b) org-mind-map-edge-format-default))
hm el)
(funcall (or (cdr (assoc fmt org-mind-map-node-formats))
'org-mind-map-write-tags-default)
title tags color hm el content images))))
(defun org-mind-map-first-headline (e)
"Figure out the first headline within element E."
(let* ((parent (org-element-property :parent e)))
(if parent
(if (eq (org-element-type parent) 'headline)
parent
(org-mind-map-first-headline parent))
nil)))
(defun org-mind-map-valid-link? (e)
"Is E at a valid link?"
(condition-case ex
(let* ((org-link-search-inhibit-query t)
(type (org-element-property :type e))
(l (org-element-property :path e)))
(if (string= type "fuzzy")
(save-excursion
(org-link-search l) t)
nil))
('error nil)))
(defun org-mind-map-destination-headline (e)
"Figure out where the link in E is pointing to."
(let* ((l (org-element-property :path e))
(org-link-search-inhibit-query t))
(save-excursion
(org-open-link-from-string (concat "[[" l "]]"))
(org-element-at-point))))
(defun org-mind-map-get-links (hm)
"Make a list of links with the headline they are within and
their destination. Pass hashmap arg HM mapping tags to colors
in order to keep the tag colors consistent across calls."
(org-element-map (org-element-parse-buffer 'object)
'link
(lambda (l)
(if (org-mind-map-valid-link? l)
(let* ((origin
(org-mind-map-write-tags hm
(org-mind-map-first-headline l)))
(h (org-mind-map-destination-headline l))
(destination
(org-mind-map-write-tags hm h)))
(list origin destination))))))
(defun org-mind-map-make-legend (h)
"Make a legend using the hash-map HM."
(let ((res '()))
(maphash (lambda (k v) (push k res)) h)
(if (> (length res) 0)
(concat
"{
Legend [shape=none, margin=0, label=<
<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLSPACING=\"0\" CELLPADDING=\"4\">
<TR>
<TD COLSPAN=\"2\"><B>Legend</B></TD>
</TR>"
(mapconcat 'identity
(let* (result)
(maphash
(lambda (name color)
(push (concat "<tr><td>" (org-mind-map-wrap-legend-lines name)
"</td><td bgcolor=\"" color "\"> </td></tr>")
result))
h)
(reverse result))
"")
"</TABLE>>];}"))))
(defun org-mind-map-rgb (&optional exceptions)
"Make a random pastel-like RGB color.
Dont return any of the colors listed in the optional arg EXCEPTIONS."
(let* ((fn (lambda nil
(concat "#"
(format "%x" (+ 125 (random (- 255 125))))
(format "%x" (+ 125 (random (- 255 125))))
(format "%x" (+ 125 (random (- 255 125)))))))
(color (funcall fn)))
(while (member color exceptions)
(setq color (funcall fn)))
color))
(defun org-mind-map-tags (&optional exceptions)
"Return a hash map of tags in the org file mapped to random colors.
Dont return any of the colors listed in the optional arg EXCEPTIONS."
(let* ((hm (make-hash-table :test 'equal)))
(org-element-map (org-element-parse-buffer 'headline) 'headline
(lambda (hl)
(let ((tags (mapcar 'substring-no-properties (org-element-property :tags hl)))
(legend (org-element-property :OMM-LEGEND hl))
(color (org-element-property :OMM-COLOR hl)))
(if legend (puthash legend color hm))
(if tags (mapcar (lambda (x)
(puthash x (--if-let (assoc x org-mind-map-tag-colors)
(cdr it)
(org-mind-map-rgb
(append exceptions
(mapcar 'cdr org-mind-map-tag-colors))))
hm))
tags)))))
hm))
(defun org-mind-map-data (&optional linksp)
"Create graph & tag legend of all directed pairs of headlines for constructing the digraph.
If LINKSP is non-nil include graph edges for org links."
(let* ((hm (org-mind-map-tags org-mind-map-reserved-colors))
(output
(org-element-map (org-element-parse-buffer 'headline) 'headline
(lambda (hl)
(let ((parent (org-element-property :parent hl)))
(and (eq (org-element-type parent) 'headline)
(list (org-mind-map-write-tags hm parent)
(org-mind-map-write-tags hm hl)
(org-mind-map-write-tags hm hl t))))))))
(list (append output (if linksp (org-mind-map-get-links hm))) hm)))
(defun org-mind-map-make-dot (data)
"Create the dot file from DATA."
(let ((table (nth 0 data))
(legend (nth 1 data)))
(concat "digraph structs {\n // DEFAULT OPTIONS\n"
(if org-mind-map-default-graph-attribs
(concat " graph ["
(mapconcat #'(lambda (x) (concat (car x) "=\"" (cdr x) "\""))
org-mind-map-default-graph-attribs ", ")
"];\n"))
(if org-mind-map-default-node-attribs
(concat
" node [" (mapconcat #'(lambda (x) (concat (car x) "=\"" (cdr x) "\""))
org-mind-map-default-node-attribs ", ")
"];\n"))
(if org-mind-map-default-edge-attribs
(concat
" edge [" (mapconcat #'(lambda (x) (concat (car x) "=\"" (cdr x) "\""))
org-mind-map-default-edge-attribs ", ")
"];\n"))
" // NODES\n"
(mapconcat
#'(lambda (x) (concat " " (org-mind-map-dot-node-name x) " " x))
(-distinct (-flatten (mapcar (lambda (x) (list (nth 0 x) (nth 1 x))) table)))
"\n")
"\n // EDGES\n"
(mapconcat #'(lambda (x) (format " %s -> %s;"
(org-mind-map-dot-node-name (nth 0 x))
(org-mind-map-dot-node-name (nth 1 x))
(nth 2 x)))
table "\n")
(org-mind-map-make-legend legend)
"}")))
(defun org-mind-map-command (name outputtype)
"Return the shell script that will create the correct file NAME of type OUTPUTTYPE.
The output file will be in the same location as the org file."
(concat org-mind-map-unflatten-command " | "
org-mind-map-dot-command " -T"
(shell-quote-argument outputtype) " -K"
(shell-quote-argument org-mind-map-engine) " -o"
(shell-quote-argument (concat name "." outputtype ""))))
(defun org-mind-map-update-message (filename process event)
"Write an update message on the output of running org-mind-map based on PROCESS and EVENT.
Open FILENAME according to value of `org-mind-map-display'."
(let* ((e (with-current-buffer "*org-mind-map-errors*"
(buffer-string))))
(if (string= e "")
(princ (format "Org mind map %s" event))
(princ (format "Org mind map %sErrors: %s" event e)))
(if (string= event "finished\n")
(progn
(cl-case org-mind-map-display
(nil nil)
(current (find-file filename))
(window (find-file-other-window filename))
(frame (switch-to-buffer-other-frame (find-file-noselect filename))))
(cl-case major-mode
(pdf-view-mode (pdf-view-fit-page-to-window))
(doc-view-mode (doc-view-fit-page-to-window)))))))
(defun org-mind-map-write-named (name &optional debug linksp)
"Create a directed graph output based on the org tree in the current buffer, with name NAME.
To customize, see the org-mind-map group.
If DEBUG is non-nil, then print the dot command to the *Messages* buffer,
and print the dotfile to the *Messages* buffer or to a file if DEBUG is a filename.
If LINKSP is non-nil include graph edges for org links."
(let ((dot (org-mind-map-make-dot (org-mind-map-data linksp)))
a (outputtype (if (> (length org-mind-map-dot-output) 1)
(completing-read "Output file type: " org-mind-map-dot-output)
(car org-mind-map-dot-output))))
(if debug
(progn (message (org-mind-map-command name outputtype))
(if (stringp debug)
(with-temp-file debug (insert dot))
(message dot "%s"))))
(if (get-buffer "*org-mind-map-errors*")
(kill-buffer "*org-mind-map-errors*"))
(let* ((p (start-process-shell-command
"org-mind-map-s" "*org-mind-map-errors*"
(org-mind-map-command name outputtype)))
(filename (concat name "." outputtype "")))
(process-send-string p dot)
(process-send-string p "\n")
(process-send-eof p)
(set-process-sentinel p (-partial 'org-mind-map-update-message filename))
filename)))
;;;###autoload
(defun org-mind-map-write-with-prompt nil
"Prompt for an output FILENAME (without extension) to write your output and .dot files."
(let ((filename (read-file-name "What is the file name you would like to save to?")))
(org-mind-map-write-named filename (concat filename ".dot")
(y-or-n-p "Include org links? "))))
(defun org-mind-map-default-filename (treenamep)
"Return a default filename for saving the tree diagram.
If TREENAMEP is non-nil include in the filename the name of the top level header of the tree."
(concat (file-name-sans-extension (buffer-name))
"_diagram"
(if treenamep
(concat "-"
(replace-regexp-in-string " +" "_" (nth 4 (org-heading-components)))))))
;;;###autoload
(defun org-mind-map-write (&optional promptp)
"Create a digraph based on all org trees in the current buffer.
The digraph will be named the same name as the current buffer.
To customize, see the org-mind-map group.
If called with prefix arg (or PROMPTP is non-nil), then call `org-mind-map-write-with-prompt'."
(interactive "P")
(if promptp (org-mind-map-write-with-prompt)
(org-mind-map-write-named (org-mind-map-default-filename nil))))
;;;###autoload
(defun org-mind-map-write-current-branch (&optional promptp)
"Create a directed graph output based on just the current org tree branch.
To customize, see the org-mind-map group.
If called with prefix arg (or PROMPTP is non-nil), then call `org-mind-map-write-with-prompt'."
(interactive "P")
(org-narrow-to-subtree)
(let ((filename (if promptp (org-mind-map-write-with-prompt)
(org-mind-map-write-named (org-mind-map-default-filename t)))))
(widen)
filename))
;;;###autoload
(defun org-mind-map-write-current-tree (&optional promptp)
"Create a directed graph output based on the whole current org tree.
If called with prefix arg (or PROMPTP is non-nil), then call `org-mind-map-write-with-prompt'."
(interactive "P")
(save-restriction
(ignore-errors (outline-up-heading 100))
(org-mind-map-write-current-branch promptp)))
;;;###autoload
(defmacro org-mind-map-make-node-fn (name doc props &optional shape color other)
"Create a function org-mind-map-NAME-node for use with :OMM-NODE-FMT writing node properties.
The created function should be added to `org-mind-map-node-formats' and the associated string
can be used as the :OMM-NODE-FMT for a tree.
Document the function with the DOC arg.
PROPS is a list of either property & format string pairs, or individual property names,
which will be placed in each node, e.g: ((\"PROB\" \"probability=%s\") \"COST\").
For property names with no format string, \"%s=%s\" will be used with the property name and value.
The node shape and background color can be specified with the optional SHAPE and COLOR arguments,
and any other attributes (e.g. \"fontsize=30\") can be specified with the OTHER argument.
Each of these arguments can be either a string or a form which is evaluated for each node,
and returns a string.
Example: (org-mind-map-make-node-fn decisiontree \"Draw decision tree\" (\"COST\" (\"NOTES\" \"Notes: %s\")) nil
(cond ((equal (org-mind-map-get-property :todo-keyword el) \"ACTION\") \"red\")
((equal (org-mind-map-get-property :todo-keyword el) \"STATE\") \"yellow\")
((equal (org-mind-map-get-property :todo-keyword el) \"DECISION\") \"green\")))
You could put this code in your emacs startup file (e.g. ~/.emacs) and then add to `org-mind-map-node-formats'
the pair '(\"decisiontree\" . org-mind-map-decisiontree-node), and use \":OMM-NODE-FMT: decisiontree\" as a
tree property."
`(defun ,(intern (concat "org-mind-map-" (symbol-name name) "-node"))
(title tags color hm el)
,doc
(let* ((numtags (if tags (length tags)))
(colspan (if tags (int-to-string numtags)))
(propstxt
(cl-remove
nil (list ,@(mapcar
(lambda (p)
(cond ((stringp p)
`(--if-let (org-mind-map-get-property ,p el)
(concat ,(upcase p) "=" it)))
((consp p)
`(--if-let (org-mind-map-get-property ,(car p) el)
(format ,(nth 1 p) it)))
(t (error "Invalid props value"))))
props))))
(shape ,shape)
(color (or color ,color))
(other ,other))
(concat "[label=<<table" (if shape " border=\"0\"") ">"
(if numtags (concat "<tr><td colspan=\"" colspan "\" ") "<tr><td")
(if (and color (not shape)) (concat " bgcolor=\"" color "\" "))
">" title "</td></tr>"
(mapconcat (lambda (p)
(concat "<tr>" (org-mind-map-add-color hm p numtags) "</tr>"))
propstxt "")
(if numtags
(concat "<tr>"
(mapconcat (-partial 'org-mind-map-add-color hm) tags "")
"</tr>"))
"</table>>"
(if shape (concat ",shape=" shape (if color (concat ",style=filled,color=" color))))
(if other (concat "," other)) "];"))))
;;;###autoload
(defmacro org-mind-map-make-edge-fn (name doc props &optional style color other)
"Create a function org-mind-map-write-NAME for writing edge properties which can be used for :OMM-EDGE-FMT.
Document the function with the DOC arg.
PROPS is a list of either property & format string pairs, or individual property names,
which will concatenated and used to label the edges, e.g: ((\"PROB\" \"probability=%s\") \"COST\").
For property names with no format string \"%s=%s\" will be used with the property name and value.
The edge style and color can be specified with the optional STYLE and COLOR arguments,
and any other attributes (e.g. \"fontsize=30\") can be specified with the OTHER argument.
Each of these arguments can be either a string or a form which is evaluated for each node,
and returns a string.
Example: (org-mind-map-make-edge-fn decisiontree \"Draw decision tree\" (\"PROB\"))
You could put this code in your emacs startup file (e.g. ~/.emacs) and then add to `org-mind-map-edge-formats'
the pair '(\"decisiontree\" . org-mind-map-decisiontree-edge), and use \":OMM-EDGE-FMT: decisiontree\" as a
tree property."
`(defun ,(intern (concat "org-mind-map-" (symbol-name name) "-edge"))
(hm el)
,doc
(let* ((propstxt (cl-remove
nil (list ,@(mapcar (lambda (p)
(cond ((stringp p)
`(--if-let (org-mind-map-get-property ,p el)
(concat ,(upcase p) "=" it)))
((consp p)
`(--if-let (org-mind-map-get-property ,(car p) el)
(format ,(nth 1 p) it)))
(t (error "Invalid props value"))))
props))))
(style ,style)
(color ,color)
(other ,other))
(concat "[label=\"" (mapconcat 'identity propstxt ",") "\""
(if color (concat ",color=\"" color "\" "))
(if style (concat ",style=\"" style "\""))
(if other (concat "," other)) "]"))))
(defun ox-graphviz-export (&optional async subtreep visible-only body-only info)
"Export the current buffer to a graphviz diagram.
Optional argument ASYNC to asynchronously export.
Optional argument SUBTREEP to export current subtree.
Optional argument VISIBLE-ONLY to only export visible content.
Optional argument BODY-ONLY export only the body.
Optional argument INFO is a plist of options."
(let ((org-mind-map-display nil))
(if subtreep (org-mind-map-write-current-branch)
(org-mind-map-write))))
(defun ox-graphviz-export-and-open (&optional async subtreep visible-only body-only info)
"Export the current buffer to a graphviz diagram, and open the output file.
Optional argument ASYNC to asynchronously export.
Optional argument SUBTREEP to export current subtree.
Optional argument VISIBLE-ONLY to only export visible content.
Optional argument BODY-ONLY export only the body.
Optional argument INFO is a plist of options."
(let ((org-mind-map-display (or org-mind-map-display 'current)))
(if subtreep (org-mind-map-write-current-branch)
(org-mind-map-write))))
(defun ox-graphviz-export-dot (&optional async subtreep visible-only body-only info)
"Export the current buffer to a graphviz diagram, and create and open a dot file.
Optional argument ASYNC to asynchronously export.
Optional argument SUBTREEP to export current subtree.
Optional argument VISIBLE-ONLY to only export visible content.
Optional argument BODY-ONLY export only the body.
Optional argument INFO is a plist of options."
(let ((org-mind-map-display nil)
(filename (org-mind-map-default-filename subtreep))
(linksp (y-or-n-p "Include org links? ")))
(if subtreep (org-narrow-to-subtree))
(org-mind-map-write-named filename (concat filename ".dot") linksp)
(widen)))
(defun ox-graphviz-export-dot-and-open (&optional async subtreep visible-only body-only info)
"Export the current buffer to a graphviz diagram and a dot file, and open the output file.
Optional argument ASYNC to asynchronously export.
Optional argument SUBTREEP to export current subtree.
Optional argument VISIBLE-ONLY to only export visible content.
Optional argument BODY-ONLY export only the body.
Optional argument INFO is a plist of options."
(let ((org-mind-map-display (or org-mind-map-display 'current))
(filename (org-mind-map-default-filename subtreep))
(linksp (y-or-n-p "Include org links? ")))
(if subtreep (org-narrow-to-subtree))
(org-mind-map-write-named filename (concat filename ".dot") linksp)
(widen)))
(defun org-mind-map-export-message nil
"Message string for `org-export-dispatch' buffer."
(if (> (length org-mind-map-dot-output) 1)
"Select output file format"
(concat "As " (car org-mind-map-dot-output) " file")))
(org-export-define-derived-backend 'graphviz 'org
:menu-entry
'(?g "Export to graphviz diagram"
((?f "Create graph" ox-graphviz-export)
(?o "Create graph and open" ox-graphviz-export-and-open)
(?d "Create graph & dot file" ox-graphviz-export-dot)
(?O "Create graph & dot file, and open graph" ox-graphviz-export-dot-and-open))))
;; Add a tool bar icon
;; (define-key org-mode-map [tool-bar org-button]
;; '(menu-item "Write the org-mode file mind map to disk." org-mind-map-write-with-prompt
;; :image (image :type xpm :file "info.xpm")
;; ))
;; Add menu items
;; (define-key org-mode-map [menu-bar Org Diagram]
;; (cons "Graphviz diagram" (make-sparse-keymap "Graphviz diagram")))
;; (define-key org-mode-map [menu-bar Org Diagram all]
;; '("Diagram of whole buffer" . org-mind-map-write))
;; (define-key org-mode-map [menu-bar Org Diagram current]
;; '("Diagram of current tree" . org-mind-map-write-current-tree))
;; (define-key org-mode-map [menu-bar Org Diagram branch]
;; '("Diagram of current branch" . org-mind-map-write-current-branch))
;; (global-set-key (kbd "<f4>") 'org-mind-map-write)
(provide 'org-mind-map)
;;; org-mind-map.el ends here
gitextract_s1gnjvgp/ ├── .gitignore ├── LICENSE ├── README.md ├── example-1.org ├── example-2.org ├── example-3.org ├── example-4.org ├── example-5.org ├── example-7.org ├── examples/ │ ├── example-1.org │ ├── example-2.org │ ├── example-3.org │ ├── example-4.org │ ├── example-5.org │ ├── example-7.org │ └── example-8.org └── org-mind-map.el
Condensed preview — 17 files, each showing path, character count, and a content snippet. Download the .json file or copy for the full structured content (85K chars).
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{
"path": ".gitignore",
"chars": 19,
"preview": "org-mind-map.el~\n*~"
},
{
"path": "LICENSE",
"chars": 35141,
"preview": " GNU GENERAL PUBLIC LICENSE\n Version 3, 29 June 2007\n\n Copyright (C) 2007 Free "
},
{
"path": "README.md",
"chars": 5745,
"preview": "# org-mind-map\nThis is an emacs package that creates graphviz directed graphs from org-mode files. This project is curre"
},
{
"path": "example-1.org",
"chars": 176,
"preview": "* This is an example org-mode tree \nThe content of the node doesn't matter.\n** Branch A\n*** Sub-Branch 1\n*** Sub-Branch "
},
{
"path": "example-2.org",
"chars": 176,
"preview": "* This is an org-mode tree with tags\n** Branch A :TagA:\n*** Sub-Branch 1 :TagA:\n*** Sub-Branch 2 :TagA:\n*** Sub-Branch 3"
},
{
"path": "example-3.org",
"chars": 292,
"preview": "* This is an org-mode tree with tags\n** Branch A :TagA:\n*** Sub-Branch 1 :TagA:\n*** Sub-Branch 2 :TagA:\n*** Sub-Branch 3"
},
{
"path": "example-4.org",
"chars": 351,
"preview": "* This is an org-mode tree with tags\n:PROPERTIES:\n:OMM-COLOR: GREEN\n:OMM-LEGEND: Legend entry\n:END:\n\n** Branch A \n*** Su"
},
{
"path": "example-5.org",
"chars": 366,
"preview": "* This is an org-mode tree with tags\n:PROPERTIES:\n:OMM-COLOR: GREEN\n:OMM-LEGEND: Legend entry\n:END:\n\n** Branch A \n*** Su"
},
{
"path": "example-7.org",
"chars": 269,
"preview": "* Branch One\n** Branch Two\n Here is some interesting text...\n\n** Branch Three\n*** Example\n - Plain lists show up as"
},
{
"path": "examples/example-1.org",
"chars": 176,
"preview": "* This is an example org-mode tree \nThe content of the node doesn't matter.\n** Branch A\n*** Sub-Branch 1\n*** Sub-Branch "
},
{
"path": "examples/example-2.org",
"chars": 176,
"preview": "* This is an org-mode tree with tags\n** Branch A :TagA:\n*** Sub-Branch 1 :TagA:\n*** Sub-Branch 2 :TagA:\n*** Sub-Branch 3"
},
{
"path": "examples/example-3.org",
"chars": 292,
"preview": "* This is an org-mode tree with tags\n** Branch A :TagA:\n*** Sub-Branch 1 :TagA:\n*** Sub-Branch 2 :TagA:\n*** Sub-Branch 3"
},
{
"path": "examples/example-4.org",
"chars": 351,
"preview": "* This is an org-mode tree with tags\n:PROPERTIES:\n:OMM-COLOR: GREEN\n:OMM-LEGEND: Legend entry\n:END:\n\n** Branch A \n*** Su"
},
{
"path": "examples/example-5.org",
"chars": 366,
"preview": "* This is an org-mode tree with tags\n:PROPERTIES:\n:OMM-COLOR: GREEN\n:OMM-LEGEND: Legend entry\n:END:\n\n** Branch A \n*** Su"
},
{
"path": "examples/example-7.org",
"chars": 269,
"preview": "* Branch One\n** Branch Two\n Here is some interesting text...\n\n** Branch Three\n*** Example\n - Plain lists show up as"
},
{
"path": "examples/example-8.org",
"chars": 133,
"preview": "* Node A\n\n** Node B\n\n Example paragraph\n\n [[Node C]]\n\n [[./Lena.png]]\n\n** Node C\n\n More details\n\n** Node D\n \n "
},
{
"path": "org-mind-map.el",
"chars": 36843,
"preview": ";;; org-mind-map.el --- Creates a directed graph from org-mode files\n;; Author: Ted Wiles <theodore.wiles@gmail.com>\n;; "
}
]
About this extraction
This page contains the full source code of the theodorewiles/org-mind-map GitHub repository, extracted and formatted as plain text for AI agents and large language models (LLMs). The extraction includes 17 files (79.2 KB), approximately 20.4k tokens. Use this with OpenClaw, Claude, ChatGPT, Cursor, Windsurf, or any other AI tool that accepts text input. You can copy the full output to your clipboard or download it as a .txt file.
Extracted by GitExtract — free GitHub repo to text converter for AI. Built by Nikandr Surkov.