[
{
"path": ".devcontainer/devcontainer.json",
"content": "// For format details, see https://aka.ms/devcontainer.json. For config options, see the\n// README at: https://github.com/devcontainers/templates/tree/main/src/alpine\n{\n \"name\": \"Cross-Lib\",\n\t// Or use a Dockerfile or Docker Compose file. More info: https://containers.dev/guide/dockerfile\n\t\"image\": \"ghcr.io/cross-lib/devcontainers/base:1.0.6-ubuntu\",\n\t// \"postStartCommand\": \"bash .devcontainer/post-start.sh\",\n\t\"customizations\": {\n\t\t// Configure properties specific to VS Code.\n\t\t\"vscode\": {\n\t\t\t// Set *default* container specific settings.json values on container create.\n\t\t\t\"settings\": {\n\t\t\t\t\"files.trimTrailingWhitespace\": false,\n\t\t\t\t\"python.defaultInterpreterPath\": \"/usr/local/bin/python\"\n\t\t\t}\n\t\t},\n\t\t\"codespaces\": {\n\t\t\t// Set *default* codespaces specific settings.json values on container create.\n\t\t\t\"settings\": {\n\t\t\t\t\"files.trimTrailingWhitespace\": false,\n\t\t\t\t\"python.defaultInterpreterPath\": \"/usr/local/bin/python\"\n\t\t\t}\n\t\t}\n\t}\n\t// Uncomment to connect as root instead. More info: https://aka.ms/dev-containers-non-root.\n\t// \"remoteUser\": \"root\"\n}\n"
},
{
"path": ".devcontainer/post-start.sh",
"content": "sudo install /usr/local/bin/p2hex /usr/bin\nPATH=.:$PATH"
},
{
"path": ".gitignore",
"content": ".bash_history\r\n.python_history\r\ndeliverables\r\n**_shapes\r\nroms/mame/*.zip\r\nroms/vice/vic20/chargen\r\nroms/vice/vic20/kernal\r\nroms/vice/vic20/basic\r\nroms/vice/c64/chargen\r\nroms/vice/c64/kernal\r\nroms/vice/c64/basic\r\nroms/vice/plus4/chargen\r\nroms/vice/plus4/kernal\r\nroms/vice/plus4/basic\r\nroms/vice/plus4/3plus1hi\r\nroms/vice/plus4/3plus1lo\r\nroms/vice/pet/chargen\r\nroms/vice/pet/kernal1\r\nroms/vice/pet/kernal2\r\nroms/vice/pet/kernal4\r\nroms/vice/pet/basic1\r\nroms/vice/pet/basic2\r\nroms/vice/pet/basic4\r\nroms/vice/pet/edit*\r\nroms/vice/pet/characters*\r\nsrc/cfg/*\r\n**.lis\r\n**mapfile.txt\r\n**global.txt\r\n**A.BEE\r\n*.o\r\n*.def\r\n*.swp\r\n*.img\r\n*.tap\r\n*.prg\r\nbuild/*\r\nsrc/projects/*\r\n**generated_assets\r\n**__pycache__\r\nsrc/assets/generated_assets/*\r\nsrc/examples/matrix/generated_assets/*\r\nsrc/examples/tiles/generated_assets/*\r\nsrc/examples/invaders/generated_assets/*\r\nsrc/examples/zombies/generated_assets/*\r\nsrc/examples/sounds/generated_assets/*\r\nsrc/games/chase/generated_assets/*\r\nsrc/games/shoot/generated_assets/*\r\nsrc/games/bomber/generated_assets/*\r\nsrc/games/snake/generated_assets/*\r\nsrc/games/horde/generated_assets/*\r\nsrc/games/shoot/main.c\r\nsrc/games/chase/main.c\r\nsrc/games/snake/main.c\r\nsrc/test/*.exe\r\nsrc/*.asm\r\nsrc/examples/full_lcc1802_combo.c\r\nsrc/games/full_lcc1802_combo.c\r\nsrc/experiments/*\r\nsrc/wincmoc_main.c\r\nsrc/*.asm\r\nsrc/chase/*.s\r\nsrc/nes/*.o\r\nsrc/nes/nes_graphics.s\r\n*.swp\r\n*.swo\r\nsrc/wincmoc_input.c\r\nsrc/wincmoc_graphics.c\r\n./tools/cpcrslib/cpcrslib.lib\r\n./map.txt\r\n*.stackdump\r\nsrc/wincmoc_tmp.c\r\nsrc/*combo.c\r\nsrc/modules/*.pyc\r\n*.lst\r\ntools/EDIP1e/xchase.DSK\r\nsrc/cross_lib/display/*.s\r\nsrc/chase/wincmoc*\r\na.exe\r\na.out\r\nsrc/games/full_combo_rand.c\r\nsrc/examples/full_combo_rand.c\r\nsrc/examples/reduced_full_lcc1802_combo.c\r\nsrc/examples/reduced_full_lcc1802_color_combo.c\r\nsrc/games/reduced_full_lcc1802_combo.c\r\nsrc/games/reduced_full_lcc1802_color_combo.c\r\nsrc/games/reduced_full_lcc1802_micro_combo.c\r\nsrc/games/reduced_full_lcc1802_combo_no_sounds.c\r\nsrc/debug/*.bin\r\nsrc/debug/cprintf\r\nsrc/debug/*.inf\r\nsrc/debug/bbctest\r\nsrc/debug/bbctest1\r\nsrc/debug/bbctest2\r\nsrc/debug/*.dsk\r\nsrc/debug/*.nes\r\nsrc/assets/*.pyc\r\nsrc/debug/gamate_conio_test\r\nsrc/debug/gamate_conio_test2\r\ntools/cc65/gamate/gamate-fixcart.exe\r\ntools/cc65/osic1p/srecord-1.64/config.log\r\ntools/cmoc/mo5/f2k5.exe\r\ntools/cc65/gamate/gamate-fixcart.out\r\ntools/cc65/telestrat/tap2dsk.exe\r\ntools/cc65/telestrat/tap2dsk\r\ntools/cc65/telestrat/tap2dsk.out\r\ntools/cc65/telestrat/old2mfm.exe\r\ntools/cc65/telestrat/old2mfm\r\ntools/cc65/telestrat/old2mfm.out\r\ntools/cmoc/mo5/f2k5.out\r\ntools/bbc/bbcim.exe\r\ntools/bbc/bbcim.out\r\ntools/generic/CC1541/cc1541.exe\r\ntools/generic/CC1541/cc1541.out\r\ntools/generic/cc1541.exe\r\ntools/generic/cc1541.out\r\ntools/generic/exomizer/exomizer.exe\r\ntools/generic/exomizer/exomizer.out\r\ntools/generic/exomizer.exe\r\ntools/generic/exomizer\r\ntools/generic/exomizer/src/asm.tab.h\r\ntools/generic/exomizer/src/asm.tab.c\r\ntools/generic/CC1541/cc1541\r\ntools/z88dk/oz/makewzd.exe\r\ntools/z88dk/oz/makewzd.out\r\ntools/cmoc/coco/file2dsk/file2dsk.exe\r\ntools/cmoc/coco/file2dsk/file2dsk.out\r\ntools/cmoc/mo5/sap/*.exe\r\ntools/cmoc/mo5/sap/*.out\r\ntools/cmoc/mo5/sapfs.exe\r\ntools/cmoc/mo5/sapfs.out\r\ntools/cmoc/mo5/sap/sap2\r\ntools/cc65/atari/mkatr-master/lsatr.exe\r\ntools/cc65/atari/mkatr-master/mkatr.exe\r\ntools/cc65/atari/mkatr-master/lsatr.out\r\ntools/cc65/atari/mkatr-master/mkatr.out\r\ntools/z88dk/cpc/nocart/nocart.exe\r\ntools/z88dk/cpc/nocart/nocart.out\r\ntools/olivetti_m20/m20.exe\r\ntools/olivetti_m20/m20.out\r\ntools/ti99/elf2ea5.exe\r\ntools/ti99/elf2ea5.out\r\ntools/ti99/ea5split.exe\r\ntools/ti99/ea5split.out\r\nlogs/*.log\r\ntools/z88dk/abc80/abcdisk-2.7/conftest.c\r\ntools/z88dk/abc80/abcdisk-2.7/abcwrite\r\ntools/z88dk/abc80/abcdisk-2.7/bin2abc\r\ntools/z88dk/abc80/abcdisk-2.7/confdefs.h\r\n**/*.sym\r\n**/*.dSYM\r\n**/*.DS_Store\r\n"
},
{
"path": "README.md",
"content": "\n\n# CROSS LIB\n\n\n*Cross-Lib* and games built with it (e.g., Chase, Shoot, Bomber, Snake, Horde, Verbix, Shuriken, Stinger, Trex)\n\nby Fabrizio Caruso (fabrizio_caruso@hotmail.com)\n\n*Cross-Lib* is a *WORA* (Write Once Run Anywhere) framework for vintage systems, i.e., \nyou code your game in C **once** and *Cross-Lib* builds the very same game for about 200 vintage systems (console, computers, etc.) with **the very same code**.\n\nRead the Disclaimer.\n\n
\n\n-------------------------------------------\n\n## CROSS-LIB-HD\n\nCross-Lib-HD is an equivalent backward-compatible framework, still work-in-progress: \n\nhttp://github.com/Fabrizio-Caruso/CROSS-LIB-HD\n\nIts goal is to provide a **higher number of redefinable tiles**, while maintaining the **same API's** and possibly the same number of supported targets as Cross-Lib.\n\nCross-Lib-HD is not meant to replace Cross-Lib because the latter can provide slightly smaller binaries, a higher number of colors and a higher number of targets with real graphics.\nA game with the need for a higher number of tiles may require Cross-Lib-HD, whereas games with a lower number of tiles will work on both but on Cross-Lib may get a better color pallette and/or graphics on some very limited targets.\n\n-------------------------------------------\n\n## ARTICLES ABOUT CROSS-LIB\nArticle [in English], first published in C.A.L.L. Apple Volume 3 Number 1 (January 2023): C.A.L.L.-Apple\n\n\nArticle [in French], first published in the French magazine \"Programmez! Hors série #6\": Programmez!\n\n\n\n-------------------------------------------\n\n\n## THE GAMES\n\n\n ![](\"snapshots/XSnake_MSX2.png\")
\n ![](\"snapshots/XStinger_Vic20.png\")
\n ![](\"snapshots/XVerbix_Vic20_gameplay.jpg\")
\n ![](\"snapshots/XShoot_Level1_Skulls_VIC20.jpg\")
\n ![](\"snapshots/XShuriken_Vic20_gameplay.jpg\")
\n
\n\nClick on the links below to play the games on your browser. \n\n\n1. Trex is a mini-game and an obvious clone of off-line Chrome T-Rex game.\n2. Stinger is a tank-shooter with several enemies, levels, power-ups and items to pick.\n3. Shuriken is somehow inspired by Pac-man and Pengo.\n4. Verbix is a Scrabble-like game that looks like Tetrix with letters.\n5. Horde is a zombie shooter with several different enemies, levels, power-ups and special items to pick.\n6. Snake is my personal re-interpretation of Nibbler (arcade game) to which I have added more game elements.\n7. Bomber is a mini-game and clone of Air Attack (aka Blitz).\n8. Shoot is a shooter somehow similar to Robotron. It has many items and secrets to discover.\n9. Chase is somehow similar to *Gnome Robots* but in real-time game and with several items and power-ups.\n\n-------------------------------------------\n\n\n## MORE THAN 200 SUPPORTED TARGETS\n\nCross-Lib can be used to build games for more than 200 different vintage systems (computers, consoles, arcade boards, pocket calculators, etc.). \nAn almost complete list of the supported systems with their status is in: Supported Systems\n\n\nSome supported vintage CPU architectures are:\n\n- `GBZ80`\n- `Intel 8080/85`\n- `Intel 8086`\n- `MOS 6502` \n- `Motorola 6803` \n- `Motorola 6809`\n- `RCA 1802`\n- `TMS 9900`\n- `Zilog 80` \n\nCross-Lib has also some support for vintage 16-bit and 32-bit systems and the native host PC.\n\nFor a more complete list of architectures you can look at: Architectures\n\n-------------------------------------------\n\n## SUPPORTED HOSTS\nCross-Lib runs under __any POSIX__-like environment such as\n- ***Linux***\n- ***Windows/Cygwin***\n- ***Windows Subsystem for Linux***\n- ***Windows/MSYS2***\n- ***MacOS***\n- ***FreeBSD***\n\n-------------------------------------------\n## REQUIREMEMTS\nCross-Lib requires a **POSIX** environment with at least \n- **Python** (2.7 is the bare minimum but 3.x provides more features)\n- **make** (GNU make)\n- one or more **ANSI C compiler(s)** \n\nIf you want to produce interactive binaries for the *native terminal* you need a **native compiler** (*gcc* or any other compiler such as *clang*) with **ncurses** or **ncursesw**.\n\nIn order to build binaries for a supported vintage system, the corresponding **cross-compiler** has to be installed (see the list of supported targets to see which compiler is required).\n\n\n### Currently supported cross-compilers\n\nThe current set of supported cross-compilers is:\n- `CC65`,\n- `Z88DK` (`SCCZ80` and `ZSDCC`),\n- `CMOC`,\n- `LCC1802`,\n- `TMS9900-GCC`\n- `ACK`, \n- `VBCC`,\n- `CC6303`\n\nPartially supported cross-compilers:\n- `GCC-Z8K`,\n- `XTC68`\n- `GCC-ATARI-ST`,\n- `GCC-AMIGA`,\n\nFor more details click on Compilers\n\n### Tools to generate disk/tape/cartridge images\nVery few targets use special tools to generate tape/disk/cartridge images. \nSome of these tools are built from source on the fly the first time they are required. Most require *gcc* or *g++*.\n\nIn order to generate disk images for the *Apple][* and derivative targets Cross-Lib uses *ac.jar* for which **java** is necessary.\n\nTo generate tape images for the *CoCo 1/2* and *Dragon 32/64* targets Cross-Lib uses bin2cas.pl for which **perl** is required.\n\n-------------------------------------------\n\n## NO ACTUAL INSTALLATION NECESSARY\n\nAn actual installation is not necessary because Cross-Lib is made of scripts and a C *source library*, which is compiled on the fly when building binaries for target systems.\n\nMoreover even installing the required compilers may not be necessary because Cross-Lib can be used through GitHub Codespaces (with preinstalled compilers) on any browser.\n\nAdditionally ou can also use it with\n- the pre-built docker image (compilers are preinstalled), \n- the dockerfile to build an image or (compilers are preinstalled), \n- a clone of this repository (which requires the installation of the compilers).\n\nFor the details click on Installation\n\n\n-------------------------------------------\n\n## THE `xl` SCRIPT\n\nInside the project main directory, you find the `src` and the `build` directories:\n- `src` contains the source code and all other files that are necessary to build the games and the examples;\n- `build` is supposed to be empty at first and it is the target directory for the build process.\n\nFirst of all you need to be in the `src` directory.\nFrom `src` you can use the `xl` script to do different operations on projects.\n\n\n`xl` is used as follows:\n```\nxl <[optional] parameters>\n```\n\nYou can get help with:\n```\nxl help <[optional] command>\n```\n\nYou can build games and examples with :\n\n`xl <[optional] system_name>`\n\nFor example `xl snake vic20` builds the *snake* for the *Commodore Vic 20 +16K* and `xl stinger` builds *stinger* for the *native terminal*.\n\nFor more details click on XL script\n\n\n-------------------------------------------\n\n## THE TOOL-CHAIN\n\nCross-Lib provides a full tool-chain to build universal vintage 8-bit games. \n\n### Cross-Lib components\n\nCross-Lib provides:\n- a C library with hardware-agnostic APIs for game development;\n- the \"user-friendly\" script `xl`.\n\n\n\n### The build process\n\nWhen a game is built for a specific target, the Cross-Lib tool-chain will automatically:\n1. if needed, **convert abstract graphics assets** into target specific assets on the fly;\n2. **compile and link** the game code (and the target-specific game assets) by using the appropriate compiler;\n3. if needed, whenever possible, **create disk/cassette/cartridge images**.\n\n### The Workflow\n\nThe user has to:\n- **code** the game in C with Cross-Lib APIs in a hardware-agnostic way;\n- **draw** the abstract graphics assets and store them in the *tiles* or *shapes* directory;\n- **run** the `xl` script (see below).\n\n\n\nFor more details click on Build\n\n\n\n-------------------------------------------\n\n## HOW TO CODE WITH CROSS-LIB\n\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/blob/master/docs/HARDWARE_AGNOSTIC_CODE.md\n\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/blob/master/docs/CROSS_LIB_APIS.md\n\n\n-------------------------------------------\n\n## LOADING THE GAMES\n\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/blob/master/docs/HOW_TO_LOAD.md\n\n-------------------------------------------\n\n## ACKNOWLEDGEMENTS\n\nCross-Lib would not exist without the cross-compilers and the support of their developers and the support of some people who have helped me handle the input/output of some targets.\n\nA partial list of the people who have helped in found in Credits\n\n\n\n\n-------------------------------------------\n\n## LICENCE\n\nThis software is provided 'as-is', without any express or implied warranty.\nIn no event will the authors be held liable for any damages arising from\nthe use of this software.\n\nPermission is granted to anyone to use this software for non-commercial applications, \nsubject to the following restrictions:\n\n1. The origin of this software must not be misrepresented; you must not\nclaim that you wrote the original software. If you use this software in\na product, an acknowledgment in the product documentation would be\nappreciated but is not required.\n\n2. Altered source versions must be plainly marked as such, and must not\nbe misrepresented as being the original software.\n\n3. This notice may not be removed or altered from any source distribution.\n\nFor example I do not authorize selling hardware, software, firmware or any other product that contains any part of Cross-Lib and/or its games (e.g., pre-loaded disks, tapes, cartridges, etc.).\nOn the other hand I authorize people to load the games in the most convenient way for their personal use.\n\n"
},
{
"path": "cfg/___empty.cfg",
"content": "\r\n\r\n\r\n \r\n \r\n \r\n\r\n"
},
{
"path": "cfg/default.cfg",
"content": "\r\n\r\n\r\n \r\n\r\n"
},
{
"path": "docs/ARCHITECTURES.md",
"content": "## SUPPORTED ARCHITECTURES\r\n\r\n### 8-BIT ARCHITECTURES\r\n- COSMAC RCA 1802 and derivates\r\n- Intel 8080 and derivatives\r\n- MOS 6502 and derivatives\r\n- Motorola 6809 and derivatives\r\n- Motorola 6803\r\n- Zilog 80 and derivatives\r\n\r\n### 16-BIT ARCHITECTURES\r\n- Intel 8088/8086 \r\n- Motorola 68000/68008\r\n- PDP11\r\n- TMS 9900\r\n- Zilog Z8000\r\n\r\n### 32-BIT ARCHITECTURES\r\n- PowerPC\r\n- Intel 386\r\n- Motorola 68020\r\n- MIPS32r2 (little-endian)\r\n\r\n### 32/64-BIT ARCHITECTURE\r\nWe also support any current architecture for which GCC can produce a working binary."
},
{
"path": "docs/Alice32k.txt",
"content": "By Christophe Possamaï\r\n\r\n//***************************************\r\n//* CODE DEMO redefinition caractere *\r\n//* ligne de commande pour compilation: *\r\n//* cc68 -tmc10 tuto.c -o tuto *\r\n//* pour executer sur alice: *\r\n//* chargement: CLOADM *\r\n//* execution: EXEC *\r\n//***************************************\r\n#include \r\n// definition Registres\r\n#define R0 0xBF20 //commande\r\n#define R1 0xBF21 //paramètre principal\r\n#define R2 0xBF22 //paramètre\r\n#define R3 0xBF23 //paramètre\r\n#define R4 0xBF24 //pointeur auxiliaire haut\r\n#define R5 0xBF25 //pointeur auxiliaire bas\r\n#define R6 0xBF26 //pointeur principal haut\r\n#define R7 0xBF27 //pointeur principal bas\r\n#define EXEC 0x8 // a ajouter au registe pour execution.\r\n// Definition couleurs\r\n#define noir 0\r\n#define rouge 1\r\n#define vert 2\r\n#define orange 3\r\n#define bleu 4\r\n#define magenta 5\r\n#define cyan 6\r\n#define rose 7\r\n#define vertc 10\r\n#define jaune 11\r\n#define magentac 13\r\n#define blanc 15\r\nchar tuiles_0[] ={0x00,0x00,0x7C,0x92,0x92,0xFE,0xEE,0x7C,0x54,0x00};\r\nchar tuiles_1[] ={0x7E,0xC3,0xA9,0xFD,0xFD,0xFD,0xB9,0x91,0xC3,0x7E};\r\n// fonction Poke\r\nvoid poke(uint16_t addr, uint8_t value) {*((uint8_t*)addr) = value;}\r\n//fonction Peek\r\nuint8_t peek(uint16_t address) {\r\n// Utilisez un pointeur pour accéder à l'adresse mémoire spécifiée\r\nuint8_t *memoryPointer = (uint8_t *)address;\r\n// Utilisez le pointeur pour lire la valeur à l'adresse spécifiée\r\nreturn *memoryPointer;\r\n}\r\n// positionne le curseur pour afficher un caractere\r\nvoid posxy(unsigned char colonne, unsigned char ligne) {\r\npoke(R6, ligne); // R6 (MP / LIGNE)\r\npoke(R7, colonne); // R7 (MP / COL)\r\n}\r\n// parametre\r\nvoid param(unsigned char b) {\r\npoke(R2, b); // R2 (B)\r\n}\r\n// defnie la couleur du prichain caractere\r\nvoid color(unsigned char crayon, unsigned char papier) {\r\nunsigned char b=0,a;\r\nif(crayon>rose) {\r\nb=1;\r\ncrayon-=8;\r\n}\r\nif(papier>rose) {\r\nb=1;\r\npapier-=8;\r\n}\r\na=papier+(crayon*16);\r\npoke(R2, b); // R2 (B)\r\npoke(R3, a); // R3 (A) couleur\r\n}\r\n// affiche un caractere\r\nvoid affichr(unsigned char c) {\r\npoke(R1, c); // R1 (C)\r\npoke(R0+EXEC, 0); // R0 + EXEC (KRF)\r\n}\r\n// fonction pour afficher une chaine de caractere ASCII a une position et avec les couleurs.\r\nvoid print(signed char x, signed char y, char *texte) {\r\nchar *c = texte; // Correction ici\r\nif (x < 0) {\r\nx = (40 - sizeof(texte)) / 2;\r\n}\r\nposxy(x, y);\r\nfor (; *c != '\\0'; c++) {\r\npoke(R1, *c);\r\npoke(R0+EXEC, 1);\r\n}\r\n}\r\n// Fonction pour redefinir un caracteres\r\nvoid redefin(char numcaractere,char* data){ //CARACTERES REDÉFINIS\r\nuint16_t A = numcaractere+192;\r\nchar i;\r\nfor (i = 0; i < 10; ++i) {\r\npoke(R4, A / 256);\r\npoke(R5, A & 255);\r\npoke(R1, data[i]);\r\npoke(R0+EXEC, 48 + 4); // OCT + AUX_PTR (EXEC)\r\nA += 4;\r\n}\r\n}\r\nvoid main() {\r\nredefin(0,tuiles_0); //redifinition du caractere 0/128\r\nredefin(1,tuiles_1); //redifinition du caractere 1/128\r\ncolor(rouge,noir);\r\nprint(6, 0,\"Demo redefinition caracteres\");\r\ncolor(bleu,noir);\r\nparam(128+32+16);// bascule sur les caractères redéfinit\r\nposxy(19, 8);\r\naffichr(0);\r\nposxy(20, 8);\r\naffichr(1);\r\n}"
},
{
"path": "docs/BUILD.md",
"content": "\r\n\r\n# BUILD INSTRUCTIONS\r\n\r\n## Build the default target for a given system\r\n\r\nIn order to build a game or a test, you need to be in the `src` directory.\r\nYou build a project (either a game or a test) for a specific system by either using the `xl build` script or an equivalent `make` command. \r\nA convenient shortcut is \r\n### Using `xl build`\r\n\r\nI recommend that you use `xl build` as follows:\r\n\r\n`xl build [project_name] [optional system_name] [optional number of threads]`\r\n\r\nwhere `[project name]` is either an example, a built-in game or user-defined project.\r\n\r\nA convenient shortcut is using just `xl` as follows:\r\n\r\n`xl [project_name] [optional system_name] [optional number of threads]`\r\n\r\nThe `[optional system_name]` parameter is the name of the target. If no target is specified then the native target (the host terminal) is implied.\r\n\r\nThe `[optional number of threads]` is used to specify the number of threads to use for multiple targets that can be built in parallel.\r\n\r\n\r\nBuilt-in games are \r\n\r\n`chase`, `shoot`, `bomber`, `snake`, `horde`. \r\n\r\nCurrent examples are:\r\n\r\n`helloworld`, `text`, `pause`, `background`, `tiles`, `input`, `sounds`, `matrix`, `zombies`, `invaders`.\r\n\r\nFor the list of supported systems look at \r\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/blob/master/docs/STATUS.md\r\n\r\nIf no system name is given, a native version of the game or test is built by using `gcc` and `ncurses`.\r\n\r\n*Only when using the script*: If you use the script you can pass `games`, `tests` or `all` as `[game_or_test_name]` to build all games, tests or all projects (games and tests) for a specific system or list of systems.\r\n\r\nAs system you can also pass a group of systems such as: \r\n- `[compiler name]_targets` to build a given project for all targets compiled by a given compiler (e.g., `cc65_targets`, `z88dk_targets`, `cmoc_targets`, etc.)\r\n- `all` to build a given project on all possible targets (avoid this if you are not sure as it fails if you have not installed *all* compilers).\r\n\r\nExamples (`xl build` is shortened to `xl`):\r\n- `xl snake` -> It builds Cross Snake for the native console by using `gcc` and `ncurses`.\r\n- `xl chase` -> It builds Cross Chase for the native console by using `gcc` and `ncurses`.\r\n- `xl bomber atari` -> It builds Cross Bomber for the Atari 8-bit target (by using the appropriate cross-compiler, i.e., CC65)\r\n- `xl snake vic20` -> It builds Cross Snake for the Commodore Vic 20.\r\n- `xl games msx` -> It builds all game projects for the MSX target (by using the appropriate cross-compiler, i.e., the ones in Z88DK).\r\n- `xl bomber cc65_targets` -> It builds Cross Bomber for all targets that use CC65.\r\n- `xl tests c64` -> It builds all tests for the Commodore 64 target\r\n- `xl all coco` -> It builds all projects (games and tests) for the TRS-80 Color Computer (by using the appropriate cross-compiler, i.e., CMOC)\r\n\r\n\r\n### Using `make`\r\nUsing a standard `make` command is possible but you will get fewer options.\r\n\r\nFor game projects you can use:\r\n\r\n`make [system_name] -f ./games/[game_name]/Makefile.[game_name]`\r\n\r\nFor test projects you can use:\r\n`make [system_name] -f ./tests/[test_name]/Makefile.[test_name]`\r\n\r\nExamples for games: \r\n- `make vic20 -f ./games/horde/Makefile.horde` builds *Cross Horde* for Commodore Vic 20.\r\n- `make c64 -f ./games/chase/Makefile.chase` builds *Cross Chase* for Commodore 64.\r\n- `make nes -f ./games/shoot/Makefile.shoot` builds *Cross Shoot* for the Nintendo NES videogame console.\r\n- `make spectrum -f ./games/bomber/Makefile.bomber` builds *Cross Bomber* for the Sinclair ZX Spectrum.\r\n- `make ti83 -f ./games/chase/Makefile.chase` builds *Cross Chase* for the Texas Instrument TI 83 scientific calculator.\r\n- `make ncurses -f ./games/chase/Makefile.chase` builds *Cross Chase* for all targets by using GCC for the native host console (e.g., CYGWIN, Linux, etc. console).\r\n- `make cc65_targets ./games/chase/Makefile.chase` builds *Cross Chase* for all targets that are built with the CC65 cross-compiler for the MOS 6502-based systems.\r\n- `make cmoc_targets ./games/chase/Makefile.chase` builds *Cross Chase* for all targets that are built with the CMOC cross-compiler for the Motorola 6809-based systems.\r\n- `make z88dk_targets ./games/chase/Makefile.chase` builds *Cross Chase* for all targets that are built with the SCCZ80 and ZSDCC cross-compilers of the Z88DK dev-kit for Zilog 80-based and Intel 8080-based systems.\r\n- `make cc65_targets -f ./games/shoot/Makefile.shoot` builds *Cross Shoot* for all targets that are built with the CC65 cross-compiler for the MOS 6502-based systems.\r\n- `make z88dk_targets -f ./games/bomber/Makefile.bomber` builds *Cross Bomber* for all targets that are built with the SCCZ80 and ZSDCC cross-compilers of the Z88DK dev-kit for Zilog 80-based and Intel 8080-based systems.\r\n- `make lcc1802_targets -f ./games/bomber/Makefile.bomber` builds *Cross Bomber* for all targets that are built with the LCC1802 cross-compiler for the RCA COSMAC 1802-based systems.\r\n\r\nExamples for tests:\r\n- `make vic20 -f ./tests/tiles/Makefile.tiles` builds the test `tiles` for the Commodore Vic 20.\r\n- `make cpc -f ./tests/sounds/Makefile.sounds` builds the test `sounds` for the Amstrad CPC computer.\r\n- `make atari -f ./tests/invaders/Makefile.invaders` builds the tests `invaders` for the Atari 8-bit computer.\r\n\r\n\r\n## Targets built by multiple dev-kits\r\nSome targets, e.g., CP/M and Commodore 128, can be built by two different compilers because they can run different CPU architectures or because we may want to have multiple versions.\r\nIn such cases we can specify the CPU in the target name:\r\n\r\nExamples using `xl build`\r\n- `xl build chase c128_targets` builds Cross Chase for all Commodore 128 targets for both the MOS 8502 and for the more exotic Zilog 80 non-CP/M mode.\r\n- `xl build chase c128_8502_targets` builds Cross Chase for all Commodore 128 targets for the MOS 8502 architecture in both 40 and 80 column mode.\r\n- `xl build chase c128_z80_targets` builds Cross Chase for all Commodore 128 targets for the Zilog 80 non-CP/M mode in both 40 and 80 column mode.\r\n- `xl build chase cpm_targets` builds Cross Chase for all \"generic\" CP/M targets for both the Intel 8080 and Zilog 80 architecture.\r\n- `xl build chase cpm_8080_targets` builds Cross Chase for all \"generic\" CP/M targets for the Intel 8080 architecture (compatible with Zilog 80 systems).\r\n- `xl build chase cpm_z80_targets` builds Cross Chase for all \"generic\" CP/M targets for both the Zilog 80 architecture (not compatible with Intel 8080 systems).\r\n\r\nExamples using `make`:\r\n- `make c128_targets -f ./games/chase/Makefile.chase` builds Cross Chase for all Commodore 128 targets for both the MOS 8502 and for the more exotic Zilog 80 non-CP/M mode.\r\n- `make c128_8502_targets -f ./games/chase/Makefile.chase` builds Cross Chase for all Commodore 128 targets for the MOS 8502 architecture in both 40 and 80 column mode.\r\n- `make c128_z80_targets -f ./games/chase/Makefile.chase` builds Cross Chase for all Commodore 128 targets for the Zilog 80 non-CP/M mode in both 40 and 80 column mode.\r\n- `make cpm_targets -f ./games/chase/Makefile.chase` builds Cross Chase for all \"generic\" CP/M targets for both the Intel 8080 and Zilog 80 architecture.\r\n- `make cpm_8080_targets -f ./games/chase/Makefile.chase` builds Cross Chase for all \"generic\" CP/M targets for the Intel 8080 architecture (compatible with Zilog 80 systems).\r\n- `make cpm_z80_targets -f ./games/chase/Makefile.chase` builds Cross Chase for all \"generic\" CP/M targets for both the Zilog 80 architecture (not compatible with Intel 8080 systems).\r\n\r\n\r\n"
},
{
"path": "docs/BUILD_PROCESS.md",
"content": "The `xl` script will trigger the full build process which will produce the target specific version of the project \r\nor massively build the same project for several targets (or even build several projects for one or more targets).\r\nFor example for the build of a project for the sole GameBoy target we may represent \r\nthe interactions of various Cross-Lib components with this diagram:\r\n\r\n\r\n\r\n"
},
{
"path": "docs/COMPILERS.md",
"content": "\r\n# SUPPORTED COMPILERS\r\n\r\nThe program is written in ANSI C and currently compiled with \r\n- CC65 for all MOS 6502 targets (http://www.cc65.org/), \r\n- SCCZ80 (from Z88DK) for most Zilog 80 and Intel 8080 targets (https://www.z88dk.org/), \r\n- ZSDCC (from Z88DK) for some Zilog 80 and Intel 8080 targets (https://www.z88dk.org/),\r\n- CMOC for Motorola 6809 targets (https://perso.b2b2c.ca/~sarrazip/dev/cmoc.html),\r\n- LCC1802 for COSMAC RCA 1802 targets (https://sites.google.com/site/lcc1802/downloads),\r\n- ACK for PC 8088/8086, CP/M Intel 8080, Linux 386/68K/PPC/MIPS, PDP11 (https://github.com/davidgiven/ack),\r\n- XTC68 (C68) for the Motorola 68008-based Sinclair QL (https://github.com/stronnag/xtc68),\r\n- VBCC for BBC Micro, BBC Master and other systems (http://www.compilers.de/vbcc.html)\r\n- Z8KGCC for the Zilog Z8000-based Olivetti M20 series (http://www.z80ne.com/m20/sections/download/z8kgcc/z8kgcc.html),\r\n- CC6303 for the Motorola 6803-based targets (https://github.com/EtchedPixels/CC6303 or https://github.com/zu2/CC6303),\r\n- \"GCC for Atari ST\" (http://vincent.riviere.free.fr/soft/m68k-atari-mint/),\r\n- \"GCC for Amiga\" (https://github.com/bebbo/amiga-gcc),\r\n- \"GCC for TI\" for the Texas TI99/4a (https://github.com/mburkley/tms9900-gcc),\r\n- GCC for modern 32/64-bit PC under any operating systems \r\n\r\nPrevious versions used \r\n- WinCMOC for 6809 targets (https://sourceforge.net/projects/cmoc-win32/).\r\nWinCMOC has been abandoned because it uses an old CMOC version that has broken pointer to functions and because it is no longer maintained by its author. \r\n\r\nFor other targets, the following compilers and dev-kits may be included in future versions of the tool-chain:\r\n- QDOS-GCC for the Sinclair QL (http://morloch.hd.free.fr/qdos/qdosgcc.html)\r\n- SDCC for Z80 and other targets (http://sdcc.sourceforge.net/),\r\n- PVSNESLIB for the Super Nintendo Entertainment System (https://github.com/alekmaul/pvsneslib),\r\n- amiga-os-toolchain for all Amigas (https://github.com/cahirwpz/amigaos-cross-toolchain),\r\n- GCC6809 for other 6809 targets (https://sourceforge.net/projects/freewpc/files/GCC-6809/),\r\n- TIGCC for 68k-based TI calculators (http://tigcc.ticalc.org/).\r\n\r\nThe tool-chain also uses some third-party target-specific tools to create usable cassette/disk/rom images.\r\nThis is documented in https://github.com/Fabrizio-Caruso/CROSS-CHASE/blob/master/tools/README.txt\r\n\r\n"
},
{
"path": "docs/COMPILER_NAMES.md",
"content": "## Compiler names of currently supported compilers\r\n\r\n- `ack`\r\n- `cc65`\r\n- `cmoc`\r\n- `emcc` (totally experimental Emscripten to produce WebAssembly/Javascript)\r\n- `gcc`\r\n- `gcc_amiga`\r\n- `gcc_atari_st`\r\n- `gcc_ti99`\r\n- `gcc_z8k` (currently buildable only under Linux)\r\n- `lcc1802`\r\n- `xtc68`\r\n- `z88dk` (for both the SCCZ80 and the ZSDCC cross-compiler in Z88DK)"
},
{
"path": "docs/CREDITS.txt",
"content": "CREDITS\n\nI have been helped by people who are involved in the cross compilers Z88Dk, CC65, CMOC, ACK, LCC1802, GCC for TI99 development.\n\nIn particular I must thank:\n- Alex Thissen for his support on the docker release and on the Atari Lynx target\n\n- Stefano Bodrato for lots of help on all Z80 targets including development on the Z88Dk to support my library and games.\n\n- Bill Rowe for improving LCC1802 and supporting my library\n\n- Antonino Porcino for providing his online emulators and helping me test my games.\n\n- Marcen van Tongeren: for implementing the dev-kit in LCC1802 and supporting CrossLib\n\n- Christian Groessler: has helped me to improve the Makefile and fix an issue on the Atari 8-bit color version.\n\n- Simon Jonassen: Help on getting a good routine for the keyboard input for all CoCo and Dragon models.\n\n- Tursi (from AtariAge) for his Classic99 emulator, his support with libti99 and general help on the TI99/4A\n\n- Asmusr (from AtariAge) for his JS99er JavaScript emulator, support on the cartUrl parameter, and the generation of cartridge images from EA5 files\n\n- Mark Burkley for his great work and support on GCC for the TI compiler\n\n- *Hamlet* for the logo.\n\n"
},
{
"path": "docs/CROSSLIB.md",
"content": "## CROSSLIB\r\n\r\nFor each target, at least one of the following modes has to be implemented:\r\n1. memory-mapped graphics (display can be implemented by writing bytes into video memory)\r\n2. conio-like (display is performed by either direct conio APIs or a wrapper that provides conio APIs, e.g., ADM3/A, VT52, VT100, etc.)\r\n3. TGI (CC65-specific graphics APIs)\r\n4. Z88DK Sprites (Z88DK-specific sprite APIs)\r\n5. CPCRSLIB (Amstrad CPC-specific graphics APIs)\r\n6. bit-mapped (display is implemented by writing into video memory and each bytes corresponds to one or more pixels)\r\n7. buffered (stdlib-only \"graphics\" for targets with just stdlib support)\r\n\r\nA graphic mode may implement the concrete graphics by either calling low level graphics instructions (e.g., writing into video-memory) or by calling higher level instructions (e.g., using control codes).\r\n\r\nFor example for a CPM target with ADM3/A control codes, we use\r\n1. CrossLib APIs that call\r\n2. conio.h APIs that call\r\n3. ADM3/A control codes\r\n\r\nFor a target with direct or indirect video memory (e.g., Commodore 64, MSX, etc.), one may use:\r\n1. CrossLib APIs that implement\r\n2. Direct (or indirect) writes into video memory\r\n\r\nRemark: For some targets multiple implementations are possible (C64 may use conio APIs as provided by C65, memory-mapped graphics, TGI APIs)\r\n"
},
{
"path": "docs/CROSS_LIB_APIS.md",
"content": "\r\n# CROSS-LIB APIs\r\n\r\n\r\n\r\n## GRAPHICS\r\n\r\n\r\n\r\n`_XL_INIT_GRAPHICS()`\r\n\r\nIt initializes the graphics. Necessary for any build that wants to show anything on the screen.\r\n\r\n--------------------------------------------------------\r\n\r\n`XSize`: Number of tiles that can be displayed horizontally on the (usable) screen\r\n\r\n\r\n`YSize`: Number of tiles that can be displayed vertically on the (usable) screen\r\n\r\n\r\n`_TILE_1`, ..., `_TILE_24`, `_DOLLAR_TILE`: Displayable tiles with _XL_DRAW\r\n\r\n\r\n`_XL_BLACK`, `_XL_WHITE`, `_XL_RED`, `_XL_CYAN`, `_XL_GREEN`, `_XL_YELLOW`, `_XL_BLUE`: Currently available colors\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_DRAW(X, Y, T, C)`\r\n\r\nIt displays tile T at position (X,Y) with color C if color C is available or its \"closest\" match when C is not supported by a target.\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_DELETE(X,Y)`\r\n\r\nIt deletes a tile-sized area of the screen at position (X,Y)\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_CLEAR_SCREEN()`\r\n\r\nIt clears the whole screen.\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_WAIT_VSYNC()`\r\n\r\nIt waits for the vertical synch if this is supported by the target. It does nothing otherwise.\r\n\r\n--------------------------------------------------------\r\n\r\n## TEXT\r\n\r\n\r\n\r\nA \"Cross-Lib string\" is string formed with only the following 37 possible characters\r\n`_XL_SPACE`, `_XL_a`, ..., `_XL_z`, `_XL_A`, ..., `_XL_Z`, `'0'`, ..., `'9'`\r\nwhere capital/small letter may be displayed as the same character depending on whether the target supports different display for capital vs small letters.\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_PRINT(X,Y,S)`\r\n\r\nIt prints the \"Cross-Lib string\" S starting a position (X,Y).\r\n\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_PRINT_CENTERED(S)`\r\n\r\nSame as `XL_PRINT` but it just displays the \"Cross-Lib string\" S at the center of the screen\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_PRINT_CENTERED_ON_ROW(Y,S)`\r\n\r\nSame as `XL_PRINT` but it just displays the \"Cross-Lib string\" S centered on row Y\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_PRINT_CENTERED_ON_ROW_WITH_COLOR(Y,C,S)`\r\n\r\nSame as `_XL_PRINT_CENTERED_ON_ROW` but with color C (if the target supports text color)\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_PRINT_CENTERED_WITH_COLOR(C,S)`\r\n\r\nSame as `_XL_PRINT_CENTERED` but with color C (if the target supports text color)\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_PRINTD(X,Y,L,N)`\r\n\r\nIt prints the positive integer number N in L digits (1<=L<=5) starting at position (X,Y)\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_SET_TEXT_COLOR(C)`\r\n\r\nIt sets the text color to C. Such color will be used on next PRINT and PRINTD for targets that support colored text.\r\nIf any other display operation is present (e.g., `_XL_DRAW`), then there is no guarantee that the color C will be used afterwards.\r\n\r\n--------------------------------------------------------\r\n\r\n## INPUT\r\n\r\n\r\n\r\n`_XL_INIT_INPUT()`\r\n\r\nIt initializes the input (joystick/keyboard). Necessary for any program that needs to receive an input\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_INPUT()`\r\n\r\nIt returns a value J that represents the specific received input or absence of input at the moment of its execution (keyboard may be buffered, though).\r\nThe result J is meant to be used with the Boolean functions below.\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_UP(J)`, `_XL_DOWN(J)`, `_XL_LEFT(J)`, `_XL_RIGHT(J)`, `_XL_FIRE(J)`\r\n\r\nThese Boolean functions return 1 (true) if J represents a specific movement or fire button/key, and 0 (false) otherwise.\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_KEY_PRESSED()`\r\n\r\nThis Boolean function returns 1 (true) if any key or fire button is pressed.\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_WAIT_FOR_INPUT()`\r\n\r\nIt waits for any key or fire button to be pressed.\r\n\r\n--------------------------------------------------------\r\n\r\n## SOUND\r\n\r\n\r\n\r\n`_XL_INIT_SOUND()`\r\n\r\nIt initializes the sound system. Necessary for any program that produces sound.\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_ZAP_SOUND()`: Long rising sound\r\n\r\n`_XL_PING_SOUND()`: Short high-pitched sound\r\n\r\n\r\n`_XL_TICK_SOUND()`: Very short high-pitched sound\r\n\r\n\r\n`_XL_TOCK_SOUND()`: Very short low-pitched sound\r\n\r\n\r\n`_XL_EXPLOSION_SOUND()`: Long noise\r\n\r\n\r\n`_XL_SHOOT_SOUND()`: Short noise\r\n\r\n\r\n\r\n## SLEEP\r\n\r\n\r\n`_XL_SLEEP(S)`\r\n\r\nIt waits S seconds or an approximations of S seconds depending on the target\r\n\r\n--------------------------------------------------------\r\n\r\n`_XL_SLOW_DOWN(T)`\r\n\r\nIt waits T loops (0<=T<=65535)\r\n\r\n--------------------------------------------------------\r\n\r\n## RANDOM\r\n\r\n\r\n`_XL_RAND()`\r\n\r\nIt generates a pseudo-random number in the range \\[0,32767\\]\r\n\r\n\r\n"
},
{
"path": "docs/CROSS_LIB_APIS.txt",
"content": "--------------------------------------------------------------------------------------\r\nCROSS-LIB APIs\r\n--------------------------------------------------------------------------------------\r\n\r\n\r\n--------------------------------------------------------------------------------------\r\nGRAPHICS\r\n--------------------------------------------------------------------------------------\r\n\r\n--------------------------------\r\n_XL_INIT_GRAPHICS()\r\nIt initializes the graphics. Necessary for any build that wants to show anything on the screen.\r\n\r\n\r\n--------------------------------\r\nXSize: Number of tiles that can be displayed horizontally on the (usable) screen\r\n\r\n--------------------------------\r\nYSize: Number of tiles that can be displayed vertically on the (usable) screen\r\n\r\n--------------------------------\r\n_TILE_1, ..., _TILE_24, _DOLLAR_TILE\r\nDisplayable tiles with _XL_DRAW\r\n\r\n\r\n--------------------------------\r\n_XL_BLACK, _XL_WHITE, _XL_RED, _XL_CYAN, _XL_GREEN, _XL_YELLOW, _XL_BLUE\r\n\r\nCurrently available colors\r\n\r\n--------------------------------\r\n_XL_DRAW(X, Y, T, C)\r\nIt displays tile T at position (X,Y) with color C if color C is available or its \"closest\" match when C is not supported by a target.\r\n\r\n\r\n--------------------------------\r\n_XL_DELETE(X,Y)\r\nIt deletes a tile-sized area of the screen at position (X,Y)\r\n\r\n\r\n--------------------------------\r\n_XL_CLEAR_SCREEN()\r\nIt clears the whole screen.\r\n\r\n\r\n--------------------------------\r\n_XL_WAIT_VSYNC()\r\n\r\nIt waits for the vertical synch if this is supported by the target. It does nothing otherwise.\r\n\r\n--------------------------------------------------------------------------------------\r\nTEXT\r\n--------------------------------------------------------------------------------------\r\n\r\n--------------------------------\r\n_XL_PRINT(X,Y,S)\r\nIt prints the \"Cross-Lib string\" S starting a position (X,Y).\r\nA \"Cross-Lib string\" is string formed with only the following 37 possible characters\r\n_XL_SPACE, _XL_a, ..., _XL_z, _XL_A, ..., _XL_Z, '0', ..., '9'\r\nwhere capital/small letter may be displayed as the same character depending on whether the target supports different display for capital vs small letters.\r\n\r\n\r\n--------------------------------\r\n_XL_PRINTD(X,Y,L,N)\r\nIt prints the positive integer number N in L digits (1<=L<=5) starting at position (X,Y)\r\n\r\n\r\n--------------------------------\r\n_XL_SET_TEXT_COLOR(C)\r\nIt sets the text color to C. Such color will be used on next PRINT and PRINTD for targets that support colored text.\r\nIf any other display operation is present (e.g., _XL_DRAW), then there is no guarantee that the color C will be used afterwards.\r\n\r\n--------------------------------------------------------------------------------------\r\nINPUT\r\n--------------------------------------------------------------------------------------\r\n\r\n--------------------------------\r\n_XL_INIT_INPUT()\r\nIt initializes the input (joystick/keyboard). Necessary for any program that needs to receive an input\r\n\r\n\r\n--------------------------------\r\n_XL_INPUT()\r\nIt returns a value J that represents the specific received input or absence of input at the moment of its execution (keyboard may be buffered, though).\r\nThe result J is meant to be used with the Boolean functions below.\r\n\r\n--------------------------------\r\n_XL_UP(J), _XL_DOWN(J), _XL_LEFT(J), _XL_RIGHT(J), _XL_FIRE(J)\r\nThese Boolean functions return 1 (true) if J represents a specific movement or fire button/key, and 0 (false) otherwise.\r\n\r\n\r\n--------------------------------\r\n_XL_KEY_PRESSED()\r\nThis Boolean function returns 1 (true) if any key or fire button is pressed.\r\n\r\n\r\n--------------------------------\r\n_XL_WAIT_FOR_INPUT()\r\nIt waits for any key or fire button to be pressed.\r\n\r\n\r\n--------------------------------------------------------------------------------------\r\nSOUND\r\n--------------------------------------------------------------------------------------\r\n\r\n--------------------------------\r\n_XL_INIT_SOUND()\r\nIt initializes the sound system. Necessary for any program that produces sound.\r\n\r\n\r\n--------------------------------\r\n_XL_ZAP_SOUND()\r\nLong rising sound\r\n\r\n--------------------------------\r\n_XL_PING_SOUND()\r\nShort high-pitched sound\r\n\r\n--------------------------------\r\n_XL_TICK_SOUND()\r\nVery short high-pitched sound\r\n\r\n--------------------------------\r\n_XL_TOCK_SOUND()\r\nVery short low-pitched sound\r\n\r\n--------------------------------\r\n_XL_EXPLOSION_SOUND()\r\nLong noise\r\n\r\n--------------------------------\r\n_XL_SHOOT_SOUND()\r\nShort noise\r\n\r\n\r\n--------------------------------------------------------------------------------------\r\nSLEEP\r\n--------------------------------------------------------------------------------------\r\n\r\n\r\n--------------------------------\r\n_XL_SLEEP(S)\r\nIt waits S seconds or an approximations of S seconds depending on the target\r\n\r\n\r\n--------------------------------\r\n_XL_SLOW_DOWN(T)\r\nIt waits T loops (0<=T<=65535)\r\n\r\n\r\n--------------------------------------------------------------------------------------\r\nRANDOM\r\n--------------------------------------------------------------------------------------\r\n\r\n_XL_RAND()\r\nIt generates a pseudo-random number in the range [0,32767]\r\n\r\n\r\n"
},
{
"path": "docs/CX16.txt",
"content": "\r\nVERA ports:\r\nIn a nutshell the values at $9F20, $9F21 & $9F22 specify a starting VRAM address and an auto-increment value (in $9F22). Reading $9F23 reads the next VRAM byte.\r\nWriting $9F23 writes the next VRAM byte.\r\n\r\n----\r\n\r\nFor example:\r\n $9F20 = 0\r\n $9F21 = 0\r\n $9F22 = %00010001 \r\n\r\nThis points at VRAM address 65536 with Auto Increment value of 1\r\n\r\n----\r\n\r\nBit 0 of $9F22 is considered the bank the rest of the bits in 22 set the auto increment mode \r\nThe address is Little Endian from $9F20 to the bank bit in $22\r\n\r\n----\r\n\r\nHSCALE = ( DESIRED RES/640 ) * 128\r\nVSCALE = (DESIREDRES/480) * 128\r\n\r\n----\r\n\r\nVRAM: \r\nThe FONT resides at 1:$F000\r\nThe text screen memory is at $1:BOOO layed out as \r\n ATTR, CHAR, ATTR, CHAR.....\r\n"
},
{
"path": "docs/Creativision_binary_structure.txt",
"content": "From FunnyMu source code:\r\n\r\n-----------------------------------\r\n\r\nReset CPU -> PC counter is initialized from values in $FFFC,$FFFD?\r\n\r\n-----------------------------------\r\n\r\n if(F=fopen(Cartridge, \"rb\")) {\r\n CartSize=fread(CART, 1, 0x8000, F);\t\t // read a max of 32KB in CART\r\n rewind(F); // rewinds reading to 0\r\n\r\n if (CartSize==0x1000) {\t\t\t\t// cart is 4KB\r\n printf(\"4KBytes cartridge found...OK\\n\");\r\n CartSize=fread(RAM+0xB000, 1, 0x1000, F);\t\t\t// main 4Kb\tat 0xB000\r\n memcpy(RAM+0x9000, RAM+0xA000, 0x1000);\t\t\t// mirror 4KB\tat 0x9000\r\n } else\r\n if (CartSize==0x1800) {\t\t\t\t// cart is 6KB\r\n printf(\"6KBytes cartridge found...OK\\n\");\r\n CartSize=fread(RAM+0xB000, 1, 0x1000, F);\t\t\t// main 4Kb\tat 0xB000\r\n memcpy(RAM+0x9000, RAM+0xB000, 0x1000);\t\t\t// mirror 4KB\tat 0x9000\r\n CartSize=fread(RAM+0xA800, 1, 0x0800, F);\t\t\t// main 2Kb\tat 0xA800\r\n memcpy(RAM+0xA000, RAM+0xA800, 0x0800);\t\t\t// mirror 2KB\tat 0xA000\r\n memcpy(RAM+0x8800, RAM+0xA800, 0x0800);\t\t\t// mirror 2KB\tat 0x8800\r\n memcpy(RAM+0x8000, RAM+0xA800, 0x0800);\t\t\t// mirror 2KB\tat 0x8000\r\n } else\r\n if (CartSize==0x2000) {\t\t\t\t// cart is 8KB\r\n printf(\"8KBytes cartridge found...OK\\n\");\r\n CartSize=fread(RAM+0xA000, 1, 0x2000, F);\t\t\t// main 8Kb\tat 0xA000\r\n memcpy(RAM+0x8000, RAM+0xA000, 0x2000);\t\t\t// mirror 8KB\tat 0x8000\r\n } else\r\n if (CartSize==0x2800) {\t\t\t\t// cart is 10KB\r\n printf(\"10KBytes cartridge found...OK\\n\");\r\n CartSize=fread(RAM+0xA000, 1, 0x2000, F);\t\t\t// main 8Kb\tat 0xA000\r\n memcpy(RAM+0x8000, RAM+0xA000, 0x2000);\t\t\t// mirror 8KB\tat 0x8000\r\n CartSize=fread(RAM+0x7800, 1, 0x0800, F);\t\t\t// main 2KB\tat 0x7800\r\n memcpy(RAM+0x5800, RAM+0x7800, 0x0800);\t\t\t// mirror 2Kb\tat 0x5800\r\n\r\n memcpy(RAM+0x7000, RAM+0x7800, 0x0800);\t\t\t// mirror 2Kb\tat 0x7000\r\n memcpy(RAM+0x6800, RAM+0x7800, 0x0800);\t\t\t// mirror 2Kb\tat 0x6800\r\n memcpy(RAM+0x6000, RAM+0x7800, 0x0800);\t\t\t// mirror 2Kb\tat 0x6000\r\n memcpy(RAM+0x5000, RAM+0x7800, 0x0800);\t\t\t// mirror 2Kb\tat 0x5000\r\n memcpy(RAM+0x4800, RAM+0x7800, 0x0800);\t\t\t// mirror 2Kb\tat 0x4800\r\n memcpy(RAM+0x4000, RAM+0x7800, 0x0800);\t\t\t// mirror 2Kb\tat 0x4000 (needed by Werben ++++ Informieren)\r\n } else\r\n if (CartSize==0x3000) {\t\t\t\t// cart is 12KB\r\n printf(\"12KBytes cartridge found...OK\\n\");\r\n CartSize=fread(RAM+0xA000, 1, 0x2000, F);\t\t\t// main 8Kb\tat 0xA000\r\n memcpy(RAM+0x8000, RAM+0xA000, 0x2000);\t\t\t// mirror 8KB\tat 0x8000\r\n CartSize=fread(RAM+0x7000, 1, 0x1000, F);\t\t\t// main 4Kb\tat 0x7000\r\n memcpy(RAM+0x5000, RAM+0x7000, 0x1000);\t\t\t// mirror 4KB\tat 0x5000\r\n\r\n memcpy(RAM+0x6000, RAM+0x7000, 0x1000);\t\t\t// mirror 4KB\tat 0x6000\r\n memcpy(RAM+0x4000, RAM+0x7000, 0x1000);\t\t\t// mirror 4KB\tat 0x4000 (needed by Basic 82)\r\n } else\r\n if (CartSize==0x4000) {\t\t\t\t// cart is 16KB\r\n printf(\"16KBytes cartridge found...OK\\n\");\r\n CartSize=fread(RAM+0xA000, 1, 0x2000, F);\t\t\t// main 8Kb\tat 0xA000\r\n CartSize=fread(RAM+0x8000, 1, 0x2000, F);\t\t\t// second 8Kb\tat 0x8000\r\n } else\r\n if (CartSize==0x4800) {\t\t\t\t// cart is 18KB\r\n printf(\"18KBytes cartridge found...OK\\n\");\r\n CartSize=fread(RAM+0xA000, 1, 0x2000, F);\t\t\t// main 8Kb\tat 0xA000\r\n CartSize=fread(RAM+0x8000, 1, 0x2000, F);\t\t\t// second 8Kb\tat 0x8000\r\n CartSize=fread(RAM+0x7800, 1, 0x0800, F);\t\t\t// main 2KB\tat 0x7800\r\n memcpy(RAM+0x6800, RAM+0x7800, 0x0800);\t\t\t// mirror 2Kb\tat 0x6800\r\n memcpy(RAM+0x5800, RAM+0x7800, 0x0800);\t\t\t// mirror 2Kb\tat 0x5800\r\n memcpy(RAM+0x4800, RAM+0x7800, 0x0800);\t\t\t// mirror 2Kb\tat 0x4800\r\n\r\n memcpy(RAM+0x7000, RAM+0x7800, 0x0800);\t\t\t// mirror 2Kb\tat 0x7000\r\n memcpy(RAM+0x6000, RAM+0x7800, 0x0800);\t\t\t// mirror 2Kb\tat 0x6000\r\n memcpy(RAM+0x5000, RAM+0x7800, 0x0800);\t\t\t// mirror 2Kb\tat 0x5000\r\n memcpy(RAM+0x4000, RAM+0x7800, 0x0800);\t\t\t// mirror 2Kb\tat 0x4000\r\n } else\r\n if (CartSize==0x8000) {\t\t\t\t// cart is 32KB\r\n printf(\"32KBytes cartridge found...OK\\n\");\r\n CartSize=fread(RAM+0x4000, 1, 0x8000, F);\t\t\t// main 32Kb\tat 0x4000\r\n }\r\n fclose(F);\r\n }\r\n else\r\n P=\"NOT FOUND\";\r\n\t"
},
{
"path": "docs/DISCLAIMER.md",
"content": "# DISCLAIMER\r\n\r\nAll information on the site (https://github.com/Fabrizio-Caruso/CROSS-LIB) and the software it describes is provided in good faith, however we make no representation or warranty of any kind, express or implied, regarding the accuracy, adequacy, validity, reliability, availability or completeness of any information on the site https://github.com/Fabrizio-Caruso/CROSS-LIB and the software it provides.\r\n\r\nUnder no circumstance shall we have any liability to you for any loss or damage of any kind incurred as a result of the use of the aforementioned site and any software it provides (games, tests, tools, library, source code, scripts. etc.) or reliance on any information provided on the site. Your use of the site and the software it provides and your reliance on any information on the site is solely at your own risk."
},
{
"path": "docs/EnglishArticle.md",
"content": "# CROSS-LIB\r\nby Fabrizio Caruso\r\n\r\n## INTRODUCTION\r\n\r\nThe goal of this article is to present Cross-Lib, briefly show how to use it and present the 6 \"universal\" games I have written with it.\r\nBy \"universal\" here I mean that these games will run on about 200 different systems (consoles, computers, arcade boards, pocket calculators, etc.) despite using the very same game code.\r\nFor more details we refer to the GitHub page: http://www.github.com/Fabrizio-Caruso/CROSS-LIB/\r\n\r\n\r\n\r\n## WHAT IS CROSS-LIB?\r\n\r\nCross-Lib (https://github.com/Fabrizio-Caruso/CROSS-LIB/) is a free open source tool for retro-coding for a multitude of 8-bit and vintage systems from the ‘80s (computers, consoles, pocket calculators, arcade boards, etc.) \r\nsuch as Apple //, all 8-bit Commodore computers, Atari 800, Amstrad CPC, Sinclair ZX 81, Sinclair ZX Spectrum, TRS-80 CoCo, Dragon 32, TRS-80 MC-10, Thomson Mo5 and To7, MSX, Oric-1, Oric Atmos, BBC Micro, etc. as well as consoles such as GameBoy, Sega Master System, GameGear, Nintendo NES, etc. \r\nand other devices such as Texas Instruments pocket calculators. The main CPU architectures are Zilog 80, MOS 6502, Intel 8080, Motorola 6803, Motorola 6809 and RCA 1802. \r\nCross-Lib also supports several lesser known systems such as the Philips VG-5000, the Jupiter Ace and several exotic and rare systems such as the yugoslav Galaksija, the Hungarian Homlab-2, \r\nseveral computers from the Eastern German Robotron series such as the Robotron KC 85, etc. \r\nA large, yet partial list of the supported systems is at the page: \r\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/blob/master/docs/STATUS.md. \r\n\r\nCross-Lib has two main components:\r\n\r\n1. A \"universal\" C library (e.g., a collection of C APIs mostly for input/output);\r\n2. A Python script to manage game projects (e.g., to build, create, clone, etc.) and manipulate graphics assets (e.g., to create, import or rip assets)\r\n\r\nThe main goal of Cross-Lib is to provide a *hardware abstraction layer* for hundreds of vintage systems so that the *very same* game code can be used without any adaptation for all its supported systems.\r\n\r\nSeveral articles have been published on Cross-Lib ([rg], [prog]) and its games ([ceo] and, in by this very magazine, [app]).\r\n\r\n\r\n\r\n## CROSS-LIB VS OTHER DEV-KITS\r\n\r\nHistorically, 8-bit systems were programmed directly on the system and mostly in Assembly, or for simpler programs in interpreted BASIC.\r\n\r\nToday cross-development simplifies developers’ tasks a lot (modern editors, simplified debugging, efficient and quick compilation, etc.) and can be done in C.\r\n\r\n\r\n\r\nThe problem with the portability of C code comes from the diversity of the machines and from the fact that ANSI C does not provide a standard library for graphics, sounds, input, etc.\r\nA partial solution is already provided by some dev-kits such as CC65 (for MOS 6502), Z88DK (for the Zilog 80 and Intel 8080), LCC1802 (for the RCA 1802), CMOC (for the Motorola 6890), etc. \r\nBy using one of these dev-kits, we can exploit their cross-compatible libraries for input and output.\r\nOn the other hand:\r\n1. Each dev-kit only covers a subset of all 8-bit architectures.\r\n2. Even within a given dev-kit, its libraries do not necessarily provide the very same input/output APIs across the entirety of its supported targets.\r\n\r\n\r\n\r\nCross-Lib improves on these points and lets you do things that you cannot do with other tools:\r\n1. cover many more vintage 8-bit architectures, including very exotic ones;\r\n2. writing 100% WORA code, i.e., \"write once, run anywhere\" (after re-compilation);\r\n3. using WORA graphics resources, i.e., define abstract graphics assets for several totally different systems;\r\n4. using a simplified tool-chain to create, compile and test the games.\r\n\r\n\r\n\r\nThe closest dev-kits to Cross-Lib with respect to these points are \r\n- 8-bit-Unity [un8] (meant to be used with CC65), which does incredible things but only for very few MOS 6502-based systems;\r\n- Z88DK, which has huge libraries but only covers Zilog 80 and Intel 8080 systems.\r\n\r\n\r\n\r\nOn the other hand Cross-Lib is not a compiler. It uses several compilers to build the binary files (executable files, disk images, tape images, cartridge images, etc.) for retro-consoles and retro-computers.\r\n\r\n\r\n\r\nBy providing an abstraction layer for all 8-bit systems, Cross-Lib makes some compromises with respect to what we could do if we were coding only for a specific system.\r\nIn particular, graphics is somehow limited by what is possible on all systems. Sound effects are even more limited.\r\n\r\n\r\n\r\n\r\n\r\n## COMPILERS\r\n\r\nCross-Lib is supposed to be used with C compilers but which ones? \r\n\r\nA native compiler (for example GCC) can be used to build native binaries that can be run, for instance, under Windows. \r\nToday the support for native compilation is limited to the text terminal, which means no graphics other than ASCII on the host machine.\r\n\r\n\r\n\r\nCurrently Cross-Lib fully supports the following cross-compilers and dev-kits with graphics and sound effects for most of its targets:\r\n- CC65 [cc65] for most systems based on the MOS 6502 architecture; \r\n- Z88DK [z88dk] for systems based on the Zilog 80 and Intel 8080 architectures;\r\n- CMOC [cmoc] for systems that use the Motorola 6809;\r\n- LCC1802 [lcc1802] for systems that use the COSMAC RCA 1802 ;\r\n- GCC for TI [ti] for the Texas Instruments TI99/4A based on the 16-bit TMS9900.\r\n\r\n\r\n\r\nCross-Lib also supports other compilers (currently with limited or absent graphics and sound effects) such as \r\n- ACK [ack] for 8088/8086, Intel 8080 CP/M, 386/68K/PPC/MIPS Linux and PDP11, \r\n- XTC68 [xtc68] for the Sinclair QL, \r\n- VBCC [vbcc] for the BBC Micro, BBC Master, the Amiga and others, \r\n- CC6303 [cc6303] for the Motorola 6803; \r\n- several versions of modded GCC to target vintage computers (Atari ST [st], Olivetti M20 [m20]).\r\n\r\n\r\n\r\nCross-Lib supports a large sub-set of ANSI C89 because most available cross-compilers for 8-bit architectures only implement a sub-set of ANSI C89.\r\nTherefore we write in C (a sub-set of ANSI C C89) with Cross-Lib APIs for graphics, sounds, input.\r\nIn particular we must avoid:\r\n- \"float\" and \"double\" types, \r\n- copies and parameters by value of \"struct\" objects,\r\n- any use of the heap.\r\n\r\n\r\nFor hints on how to code efficiently for 8-bit systems we refer to [effc] and for specific hints on how to code with these compilers we refer to [c8b].\r\n\r\n\r\n\r\n\r\n\r\n## INSTALLATION\r\n\r\nCross-Lib itself does not require any real installation. \r\nIt is enough to download the repository files (from the GitHub page) or to clone the repository with:\r\ngit clone https://www.github.com/Fabrizio-Caruso/CROSS-LIB/\r\n\r\n\r\n\r\nOn the other hand it requires:\r\n- a POSIX environment (e.g., Windows with Cygwin, Linux, FreeBSD, etc.);\r\n- Make (GNU Make);\r\n- Python 2.7 or Python 3.* [optional but necessary to simplify many operations];\r\n- GCC compiler with ncurses libraries [optional];\r\n- any compiler necessary to build for a desired target architecture (e.g., CC65, Z88DK, etc.) \r\n- JAVA (only to be disk images for the Apple //).\r\n\r\n\r\nOnce you have Cross-Lib with its dependencies in a POSIX environment, you should move to the \"src\" directory.\r\nInside \"src\" you will find the \"xl\" Python script and the following directories \r\n- \"cross-lib\", which contains the library code;\r\n- \"games\" with built-in games;\r\n- \"examples\" with built-in examples;\r\n- \"projects\" with user-defined projects.\r\n\r\n\r\n\r\n\r\n\r\nIf you have correctly installed just Makefile, Python and any compiler (e.g. GCC) in a POSIX environment, it should already be possible to minimally use Cross-Lib to build the Chase game by running the following command inside the \"src\" directory (you will have to make sure that the \".\" directory is in your PATH environment variable otherwise you will have to explicitly use \"./xl\" instead of \"xl\"):\r\n\r\n\"xl chase stdio\", which will build the game Chase in turn-based mode for the target if the compiler (e.g., the native console if you use GCC).\r\nAs stdio has no support for immediate input, the game will be, at best, barely playable in turn-based mode. \r\nMost games won't be playable at all, because this can only work for games that are aware of this (e.g., chase) where the code invokes a specific refresh command to re-display the content of the screen like a slide-slow. \r\nThis can be used to test if the games compile with a given compiler.\r\n\r\n\r\n\r\n\r\n\r\n## HOW TO USE THE XL SCRIPT\r\n\r\nIf just one of the supported compilers is installed, Cross-Lib can be used with the \"xl\" Python script inside the \"src\" directory.\r\nIf GCC with ncurses is installed, a native version of the games and examples can be built with:\r\n\r\n\"xl build \\\" or just \"xl \\\"\r\n\r\nFor example \r\n\r\n\"xl snake\" \r\n\r\nbuilds the \"snake\" game for the native console.\r\n\r\n\r\n\r\nIf a cross compiler (CC65, Z88DK, CMOC, CC6303, LCC1802, etc) is installed, the games and examples can be built for the corresponding systems.\r\n\r\nFor example, if CC65 is installed, \r\n\r\n\"xl horde apple2\" \r\n\r\nbuilds the \"horde\" game for the Apple // with 6-color HGR graphics. \r\n\r\n\r\n\r\nThe \"xl\" script takes several commands. In particular you can see a list of the available commands with \"xl commands\".\r\n\r\nYou can get an explanation of each command with examples with \r\n\r\n\"xl help \\\".\r\n\r\n\r\n\r\nIf we want to create a new project, we need to use \r\n\r\n\"xl create \\\", \r\n\r\nwhich will create a project with a trivial \"hello world\" example inside the \"projects\" directory.\r\n\r\nWe can also start with a template code for a game if we pass the additional parameter \"game\": \r\n\r\n\"xl create \\ game\".\r\n\r\n\r\n\r\n \r\n\r\n## HELLO WORLD\r\n\r\nCoding with Cross-Lib is like normal coding in C (with ANSI C89) with the only addition that all input/output is done through Cross-Lib APIs.\r\n\r\nCross-Lib comes with many examples in the src/examples/ directory as well as a few games in the src/games directory.\r\nBoth of which can be used to learn how to code with Cross-Lib.\r\nWe could start to look at src/examples/helloworld/, whose main.c files contains: \r\n\r\n\r\n```\r\n#include \"cross_lib.h\"\r\n\r\nint main(void)\r\n{ \r\n _XL_INIT_GRAPHICS();\r\n _XL_CLEAR_SCREEN();\r\n _XL_SET_TEXT_COLOR(_XL_WHITE);\r\n _XL_PRINT_CENTERED(\"HELLO WORLD\");\r\n while(1){};\r\n return EXIT_SUCCESS;\r\n}\r\n```\r\n\r\n\r\nWe remark that all Cross-Lib specific functions start with the _XL_ prefix: \r\n\r\n1. _XL_INIT_GRAPHICS() required to initialize the display ;\r\n\r\n2. _XL_CLEAR_SCREEN() which cleans the content of the screen ;\r\n\r\n3. _XL_SET_TEXT_COLOR(_XL_WHITE) which defines the color to be used by the text and characters ;\r\n\r\n4. _XL_PRINT_CENTERED(\"HELLO WORLD\") which displays \"HELLO WORLD\" on the center of the screen.\r\n\r\n\r\n\r\nIf we want to use one of the examples or games as a starting point we can clone the project with:\r\n\r\nxl clone \\ \\\r\n\r\n\r\n\r\nOr we can start from (almost) scratch with\r\n\r\nxl create \\\r\n\r\n\r\n\r\nOnce we have a new project, we can build it with\r\n\r\nxl \\ \\\r\n\r\n\r\n\r\nor\r\n\r\n\r\n\r\nxl \\\r\n\r\nif we want to build the project for the native terminal.\r\n\r\n\r\n\r\nWe can run the project for the native terminal with:\r\n\r\nxl run \\\r\n\r\n\r\n\r\nFor example we could run these commands:\r\n\r\nxl clone helloworld myhelloworld [to clone helloworld and create myhellworld]\r\n\r\nWe modify the project myhelloworld (found inside ./src/projects/myhelloworld/)\r\n\r\nxl build myhelloworld (or equivalently xl myhelloworld) [to build a native binary of the new project]\r\n\r\nxl run myhelloworld [to run the new project]\r\n\r\nxl build myhelloworld c64 [to build the same project for the Commodore 64]\r\n\r\n\r\n\r\n\r\n\r\n## CODING WITH ABSTRACTIONS\r\n\r\n\r\n\r\nIn order to code with Cross-Lib for all targets at the same time, Cross-Lib uses several abstractions.\r\n\r\n\r\n\r\nGraphics is only tile-based. In the code, tiles are abstract as their exact shape will depend on the target type.\r\nThe game code only sees tiles as macros _TILE_0, _TILE_1, _TILE_2, etc.\r\n\r\nEach concrete target will interpret tiles in different ways depending on whether the target can or cannot assign free shapes to tiles and \r\non the number of pixels that define tiles on that system.\r\n\r\n\r\nSound is currently only limited to few sound effects that are rendered somehow similarly across multiple targets.\r\n\r\n\r\n\r\nInput is limited to 4 directions and a single fire button. On each target this will be mapped to either 5 keys (usually I J K L SPACE)\r\nor the main joystick/controller/gamepad.\r\n\r\n\r\n\r\nRunning \"xl manual\" will output a manual with all commands.\r\n\r\n\r\n\r\n\r\n\r\n## MAIN DEVELOPMENT FLOW\r\n\r\n\r\n\r\nProducing \"universal\" games with Cross-Lib for the developer boils down to these main steps:\r\n\r\n- Creating or cloning a project (with xl create or xl clone);\r\n\r\n- Writing the abstract game code in ANSI C with Cross-Lib APIs for input/output;\r\n\r\n- Manually creating or automatically importing abstract assets (with commands such as e.g., xl shapes, xl import, xl rip, xl tile);\r\n\r\n- Running the xl script to build the project for one or multiple targets (with xl build).\r\n\r\n\r\n\r\nThe \"xl build \\ \\\" command (or its equivalent short form \"xl \\ \\\") \r\n\r\nexecutes one or several Makefile targets, which generally:\r\n\r\n- generate a concrete asset file from the abstract asset files\r\n\r\n- compile the source code (game code and target-specific portions of Cross-Lib library);\r\n\r\n- include or link the asset files with the compiled source code;\r\n\r\n- if necessary a tool is used to create a usable disk/floppy/rom/cartridge image (this is the case for the Apple // for which disk images are generated).\r\n\r\n\r\n\r\n[INSERT FLOW PICTURE HERE]\r\n\r\n\r\n\r\n\r\n\r\n## GRAPHICS\r\n\r\n\r\n\r\nGraphics is performed by displaying \"tiles\", whose shape can be defined. The number of tiles is currently limited to 27 but future versions of Cross-Lib will overcome this constraint.\r\nWe can also display \"characters\" (letters, digits and the space character) but their shape is (currently) fixed.\r\nCharacters and tiles have the same size. Characters are used for the text, whereas tiles are used for graphics.\r\n\r\n\r\nASCII-only targets will be able to only assign ASCII shapes to tiles, whereas targets with real graphics will assign a \"freely defined\" shape to tiles.\r\n\r\n\r\n\r\nCurrently each tile only has one tile-specific foreground color and a common background color.\r\nThe definition of their shapes is not done in the C code.\r\nInstead it is done inside the \\/tiles directory, which contains sub-directories with files with tile definitions for the ASCII case and \r\nfor the graphics-enabled targets, e.g., 8x8 (for most targets), 7x8 (for the Apple //), 6x8 (for the Oric series and NTSC COMX-35), etc... \r\n\r\n\r\n\r\nIn the aforementioned files the shapes are described by either ASCII codes for ASCII-only targets or sequences of bytes for graphics-enabled targets.\r\n\r\nThese files can be:\r\n\r\n1. edited manually or \r\n\r\n2. automatically imported from several programs such as CharPad [chPad] (with \"xl import \\ \\\") or \r\n\r\n3. automatically ripped from BASIC or Assembly listings (with \"xl rip \\ \\\") or\r\n\r\n4. generated by some simple \"pictorial\" text files with drawings made of \"#\" and \".\" characters \r\n\r\n(with \"xl shapes \\ \\ \\ or \"xl tile \\ \\ \\\".\r\n\r\n\r\n\r\nYou can see how to use these commands by running \"xl help \\\".\r\n\r\n\r\n\r\nIn the game code tile graphics is primarily performed by invoking these functions (to display or delete tiles):\r\n\r\nvoid _XL_DRAW_TILE(uint8_t x, uint8_t y, uint8_t tile_number, uint8_t tile_color);\r\n\r\nvoid _XL_DELETE(uint8_t x, uint8_t y);\r\n\r\n\r\n\r\n\r\n\r\n## SOUND\r\n\r\n\r\n\r\nSound is even more limited than graphics and it is restricted to a few predefined effects.\r\n\r\nThe sound commands have this form:\r\n\r\nvoid _XL_\\_SOUND(void);\r\n\r\n\r\n\r\nFor example:\r\n\r\nXL_EXPLOSION_SOUND() produces an explosion sound (or something vaguely similar to it depending on the target)\r\n\r\n\r\n\r\n\r\n## INPUT\r\n\r\n\r\nInput is limited to four directions and a single fire button.\r\n\r\nThe primary input APIs are:\r\n\r\nuint8_t _XL_INPUT(void);\r\n\r\nuint8_t _XL_LEFT(uint8_t input);\r\n\r\nuint8_t _XL_RIGHT(uint8_t input);\r\n\r\nuint8_t _XL_UP(uint8_t input);\r\n\r\nuint8_t _XL_DOWN(uint8_t input);\r\n\r\nuint8_t _XL_FIRE(uint8_t input);\r\n\r\n\r\n\r\nwhere _XL_INPUT polls the input and the other functions are used to determined the specific input.\r\n\r\n\r\n\r\n\r\n\r\n## GRAPHICS, SOUNDS AND INPUT IN ONE EXAMPLE\r\n\r\n\r\n\r\nInside the src/examples/animate directory you can find the following example that could be used as a blueprint for a simple game.\r\n\r\nThis simple example has graphics, input and sound.\r\n\r\nWhen compiled for any of the possible systems, it will produce the very same program but the exact tile shapes and sounds will depend on the target.\r\n\r\nFor example it can be compiled for the native console with:\r\n\r\nxl animate\r\n\r\nor for the Apple // with\r\n\r\nxl animate apple2\r\n\r\nor for the MSX with\r\n\r\nxl animate msx\r\n\r\n\r\n```\r\n#include \"cross_lib.h\"\r\n\r\n\r\n\r\n#define MIN_X 1\r\n\r\n#define MAX_X (XSize-2)\r\n\r\n#define MIN_Y 1\r\n\r\n#define MAX_Y (YSize-2)\r\n\r\n#define DOWN_TILE _TILE_0\r\n\r\n#define UP_TILE _TILE_1 \r\n\r\n#define RIGHT_TILE _TILE_2\r\n\r\n#define LEFT_TILE _TILE_3 \r\n\r\n#define FIRE_TILE _TILE_4\r\n\r\n\r\n\r\nint main(void)\r\n\r\n{ \r\n\r\n uint8_t x;\r\n\r\n uint8_t y;\r\n\r\n uint8_t input;\r\n\r\n uint8_t tile;\r\n\r\n\r\n\r\n _XL_INIT_GRAPHICS();\r\n\r\n _XL_INIT_SOUND();\r\n\r\n _XL_INIT_INPUT();\r\n\r\n\r\n\r\n _XL_CLEAR_SCREEN();\r\n\r\n\r\n\r\n x = XSize/2;\r\n\r\n y = YSize/2;\r\n\r\n tile = DOWN_TILE;\r\n\r\n while(1)\r\n\r\n {\r\n\r\n _XL_SET_TEXT_COLOR(_XL_WHITE);\r\n\r\n _XL_PRINTD(0,0,3,x);\r\n\r\n _XL_PRINTD(5,0,3,y);\r\n\r\n \r\n\r\n input = _XL_INPUT();\r\n\r\n if(_XL_UP(input))\r\n\r\n {\r\n\r\n _XL_DELETE(x,y);\r\n\r\n tile = UP_TILE;\r\n\r\n --y;\r\n\r\n }\r\n\r\n else if (_XL_DOWN(input))\r\n\r\n {\r\n\r\n _XL_DELETE(x,y);\r\n\r\n tile = DOWN_TILE;\r\n\r\n ++y;\r\n\r\n }\r\n\r\n else if (_XL_LEFT(input))\r\n\r\n {\r\n\r\n _XL_DELETE(x,y);\r\n\r\n tile = LEFT_TILE;\r\n\r\n --x;\r\n\r\n }\r\n\r\n else if(_XL_RIGHT(input))\r\n\r\n {\r\n\r\n _XL_DELETE(x,y);\r\n\r\n tile = RIGHT_TILE;\r\n\r\n ++x;\r\n\r\n }\r\n\r\n else if(_XL_FIRE(input))\r\n\r\n {\r\n\r\n _XL_DRAW(x,y,FIRE_TILE,_XL_WHITE);\r\n\r\n _XL_EXPLOSION_SOUND();\r\n\r\n _XL_SLOW_DOWN(16*_XL_SLOW_DOWN_FACTOR); \r\n\r\n }\r\n\r\n \r\n\r\n if((y>=MIN_Y)&&(y<=MAX_Y)&&(x>=MIN_X)&&(x<=MAX_X))\r\n\r\n {\r\n\r\n _XL_DRAW(x,y,tile,_XL_WHITE);\r\n\r\n }\r\n\r\n else\r\n\r\n {\r\n\r\n _XL_DELETE(x,y);\r\n\r\n _XL_ZAP_SOUND();\r\n\r\n _XL_SLOW_DOWN(16*_XL_SLOW_DOWN_FACTOR); \r\n\r\n x = XSize/2;\r\n\r\n y = YSize/2;\r\n\r\n } \r\n\r\n _XL_SLOW_DOWN(4*_XL_SLOW_DOWN_FACTOR); \r\n\r\n }\r\n\r\n return EXIT_SUCCESS;\r\n\r\n}\r\n\r\n```\r\n\r\n\r\n\r\n## THE GAMES\r\n\r\n\r\n\r\nCross-Lib comes with some games I have written with it. As for July 2023, it includes seven games:\r\n\r\n- Shuriken\r\n\r\n- Verbix\r\n\r\n- Horde\r\n\r\n- Snake\r\n\r\n- Bomber\r\n\r\n- Shoot\r\n\r\n- Chase\r\n\r\n\r\n### SHURIKEN\r\n\r\nShuriken is somehow similar to PAC-MAN in that you need to collect all diamonds to complete non-boss levels while you need to avoid being hit by the shurikens.\r\nIn boss levels you have to additionally kill all the shurikens by using the movable blocks that are deadly for them.\r\nYou can also collect special items that make you temporarily invincible (white ring) or that slow down the shurikens (blue large diamond).\r\n\r\n\r\n### VERBIX\r\n\r\n\r\n\r\nVerbix is a Scrabble-like game that looks also a bit like Tetris.\r\nIn this game you have to form valid 5-letter English words on the bottom row before the tower of letters reaches the top level.\r\nYou can rotate the bottom row or any of the columns by moving in the 4 directions. You press fire to confirm the word.\r\n\r\n\r\n\r\n### HORDE\r\n\r\nHorde is a zombie-themed shooter with many power-ups and several different enemies, levels and special items to pick.\r\n\r\nYou control a bow with a limited number of arrows. You get more arrows as a possible reward for killing some zombies.\r\nIf you run out of arrows, you will get a few arrows after a short period.\r\nIn each level you are confronted with a horde of zombies that become harder as you progress.\r\n\r\n\r\n\r\n### SNAKE\r\n\r\nSnake is my personal interpretation of a hybrid game between the arcade game Nibbler and the Nokia cell phone game Snake to which I have added more game elements. \r\nAs in Nibbler the walls do not kill you and can be used to stop you and let you better control your movements.\r\nAs in Nokia Snake the main goal is to eat apples. If you do not eat any apple for too long, the snake becomes faster and harder to control, consumes its energy and eventually dies.\r\nIn each level you are also confronted with mines that kill you if the snake's head touches them.\r\nAs a secondary goal you can collect rings. If you manage to get 3 or more rings without dying on a level, you will be rewarded with bonus items.\r\nThe game has several secrets and level to discover.\r\n\r\n\r\n### BOMBER\r\n\r\nBomber is a mini-game and clone of Air Attack (aka Blitz) that first appeared on the Commodore Pet. \r\nThe game concept is horrible (not my own concept) but it can be addictive nevertheless.\r\nYour plane has to carpet-bomb an entire city in order to safely land on the road. Let us assume the city has no inhabitants.\r\nYou do not control the plane and can only press fire to drop a bomb at a time.\r\n\r\n\r\n\r\n### SHOOT\r\n\r\nShoot is a shooter somehow similar to Robotron. You have to kill a horde of ghosts on each level.\r\nYou can kill them by hitting them many times or by hitting them enough times to push them against the walls (mortal only for them).\r\nYou can also kill them by placing mines but you need to get the mine item (with 3 mines). A mine kills instantly common enemies.\r\nAt the end of each level when only few ghosts are left or if you survive without killing enemies long enough or in boss levels, you are confronted by some hard-to-kill skull-shaped enemies.\r\nAs a secondary goal you can complete the level by killing the skulls before the last ghosts and by doing so you unlock extra items and secrets in the next levels.\r\nDestroying the missile bases can also unlock items.\r\nThe game has many secrets, levels and items to discover.\r\n\r\n\r\n### CHASE\r\n\r\nCross Chase is somehow similar to Daleks / Gnome Robots. You need to lure your pursuers into the mines.\r\nThe main difference is that it is a real-time game and that it has several secrets items and power-ups to pick.\r\nSimilarly to Shoot, at the end of each level or in boss levels, you are confronted by a boss (a skull), which can only be killed by several bullets fired by the gun item.\r\nYou can complete the level by killing the skull before the last enemy and by doing so you unlock extra items and secrets in the next levels.\r\nDestroying the missile bases can also unlock items.\r\n\r\n\r\n\r\n\r\n## FUTURE DEVELOPMENT\r\n\r\nCross-Lib is actively developed. Planned future developments are: \r\n\r\n- support for more targets and architectures (e.g., Apple ||gs, Apple 1, etc.);\r\n\r\n- improved targets (e.g, DHGR mode for the 80-column capable Apple // models);\r\n\r\n- improved APIs (more tiles, improved sounds, etc.);\r\n\r\n- simplified setup (docker file with all compilers, tools and dependencies);\r\n\r\n- improved scripts to handle graphics assets;\r\n\r\n- improved support for the native target; \r\n\r\n- more games.\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n## BIBLIOGRAPHY\r\n\r\n\r\n\r\n[ack] ACK, Tanenbaum A., Jacobs C. et al., C compiler for Intel 8088, PDP 11, CP/M-80,etc., https://github.com/davidgiven/ack\r\n\r\n\r\n\r\n[app] Cross Chase: A Massively 8-bi Multi-System Game, Caruso F., Call-A.P.P.L.E., vol. 28, No. 1, Feb 2018, pages 31-33, http://www.callapple.org\r\n\r\n\r\n\r\n[c8b] 8-bit C, Caruso F., https://github.com/Fabrizio-Caruso/8bitC\r\n\r\n\r\n\r\n[cc6303] CC6303, Cox A., C compiler for the Motorola 6800 and 6803, https://github.com/EtchedPixels/CC6303\r\n\r\n\r\n\r\n[cc65] CC65, C compiler for the MOS 6502, https://sourceforge.net/projects/cc65/\r\n\r\n\r\n\r\n[ceo] Cross Chase, Caruso F., CEO-MAG, No. 327-328, Juillet-Août 2017, https://ceo.oric.org/\r\n\r\n\r\n\r\n[chPad] CharPad, Subchrist Software, https://subchristsoftware.itch.io/charpad-c64-free\r\n\r\n\r\n\r\n[cmoc] CMOC, Sarrazin P., C compiler for the Motorola 6809, https://perso.b2b2c.ca/~sarrazip/dev/cmoc.html\r\n\r\n\r\n\r\n[effc] Efficient C Code for 8-bit Microcontrollers, Jones N., https://barrgroup.com/embedded-systems/how-to/efficient-c-code\r\n\r\n\r\n\r\n[m20] Z8KGCC, Groessler C., GCC modded for the Olivetti M20, http://www.z80ne.com/m20/sections/download/z8kgcc/z8kgcc.html\r\n\r\n\r\n\r\n[lcc1802] LCC1802, Rowe B., C compiler for the RCA 1802, https://github.com/bill2009/lcc1802\r\n\r\n\r\n\r\n[prog] Cross-Lib, Caruso F., Programmez! Hors Série #6, pages 72-82.\r\n\r\n\r\n\r\n[rg] Interview to F. Caruso about Cross-Lib, RetroGamer #240, page 100, https://www.retrogamer.net/\r\n\r\n\r\n\r\n[st] GCC, Rivière V., modded for the Atari ST, http://vincent.riviere.free.fr/soft/m68k-atari-mint/\r\n\r\n\r\n\r\n[ti] GCC, (Insomnia), modded for the TI99/4A, http://atariage.com/forums/topic/164295-gcc-for-the-ti\r\n\r\n\r\n\r\n[un8] 8-Bit Unity, Beaucamp A. (8-bit Dude), http://8bit-unity.com/\r\n\r\n\r\n\r\n[vbcc] VBCC, Barthelmann V., C compiler for the BBC Micro, BBC Master, Amiga, etc., http://www.compilers.de/vbcc.html\r\n\r\n\r\n\r\n[xtc68] XTC68, Hudson J., C compiler Sinclair QL, https://github.com/stronnag/xtc68\r\n\r\n\r\n\r\n[z88dk] Z88DK, C compiler and dev-kit for the Zilog 80 and Intel 8080 architectures.\r\n"
},
{
"path": "docs/GAMES.md",
"content": "# THE GAMES\r\n\r\n\r\n-------------------------------------------\r\n## TREX\r\n\r\n\r\nCONTROLS: either SPACE or FIRE.\r\n\r\n1. Commodore Vic 20: \r\nhttps://nippur72.github.io/vic20-emu/?joy=1&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/trexBETA/Xtrex_vic20_exp_16k.prg\r\n\r\n2. TI99/4A:\r\nhttps://js99er.net/#/?cartUrl=https:%2F%2Fgithub.com%2FFabrizio-Caruso%2FCROSS-LIB%2Freleases%2Fdownload%2Fti99_1.32%2FXtrexti.bin\r\n\r\n3. MSX:\r\nhttps://webmsx.org/?cartridge1_url=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/trexBETA/Xtrex_msx_16k.rom\r\n\r\n4. Video Technology Laser 500: \r\nhttps://nippur72.github.io/laser500emu/?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/trexBETA/Xtrex_laser500_keyboard.bin\r\n\r\n\r\n-------------------------------------------\r\n## STINGER\r\n\r\n\r\n\r\n\r\nCONTROLS: either the joystick or J (move lefte), L(move right), SPACE (check word)\r\n\r\n1. Commodore Vic 20: \r\nhttps://nippur72.github.io/vic20-emu/?joy=1&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/stinger/Xstinger_vic20_exp_16k.prg\r\n\r\n2. TI99/4A:\r\nhttps://js99er.net/#/?cartUrl=https:%2F%2Fgithub.com%2FFabrizio-Caruso%2FCROSS-LIB%2Freleases%2Fdownload%2Fti99_1.32%2FXstingerti.bin\r\n\r\n3. MSX:\r\nhttps://webmsx.org/?cartridge1_url=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/stinger/Xstinger_msx_16k.rom\r\n\r\n4. Video Technology Laser 500: \r\nhttps://nippur72.github.io/laser500emu/?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/stinger/Xstinger_laser500.bin\r\n\r\n\r\n-------------------------------------------\r\n## SHURIKEN\r\n\r\n\r\n\r\n\r\nCONTROLS: either the joystick or I (up rotate), J (move left/left rotate), K (down rotate), L(move right, right rotate), SPACE (check word)\r\n\r\n1. Commodore Vic 20: \r\nhttps://nippur72.github.io/vic20-emu/?joy=1&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/shuriken/Xshuriken_vic20_exp_16k.prg\r\n\r\n2. TI99/4A:\r\nhttps://js99er.net/#/?cartUrl=https:%2F%2Fgithub.com%2FFabrizio-Caruso%2FCROSS-LIB%2Freleases%2Fdownload%2Fti99_1.32%2FXshurikenti.bin\r\n\r\n3. MSX:\r\nhttps://webmsx.org/?cartridge1_url=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/shuriken/Xshuriken_msx_16k.rom\r\n\r\n4. Video Technology Laser 500: \r\nhttps://nippur72.github.io/laser500emu/?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/shuriken/Xshuriken_laser500.bin\r\n\r\n\r\n-------------------------------------------\r\n## VERBIX\r\n\r\n\r\n\r\nCross Verbix is a word game somehow similar to Scrabble and to a much lesser extent similar to Tetris: you must construct correct English words by rotating columns of letters or by rotating the bottom row before the letters reach the top level.\r\nYou can get extra points if you complete the level earlier by lowering the stack of letters below the second row.\r\n\r\nCONTROLS: either the joystick or I (up rotate), J (move left/left rotate), K (down rotate), L(move right, right rotate), SPACE (check word)\r\n\r\n1. Commodore Vic 20: \r\nhttps://nippur72.github.io/vic20-emu/?joy=1&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/verbix/Xverbix_vic20_exp_16k.prg\r\n\r\n2. TI99/4A:\r\nhttps://js99er.net/#/?cartUrl=https:%2F%2Fgithub.com%2FFabrizio-Caruso%2FCROSS-LIB%2Freleases%2Fdownload%2Fti99_1.32%2FXverbixti.bin\r\n\r\n3. MSX:\r\nhttps://webmsx.org/?cartridge1_url=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/verbix/Xverbix_msx_16k.rom\r\n\r\n4. Video Technology Laser 500: \r\nhttps://nippur72.github.io/laser500emu/?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/verbix/Xverbix_laser500.bin\r\n\r\n5. Video Technology Laser 200 / VZ200: \r\nhttps://nippur72.github.io/laser310-emu/?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/verbix/Xverbix_vz200_24k.vz\r\n\r\n\r\n## HORDE\r\n\r\n\r\n\r\n\r\n\r\nCross Horde is a zombie shooter with several different enemies, levels and power-ups and items to pick.\r\n\r\nYou die if a zombie reaches the wall behind the bow or if a zombie hits you with its bullets.\r\n\r\nIn order to improve your fire power you can pick up the rings that are dropped when some zombies die.\r\nRings will improve in this order:\r\n- the range of your bow\r\n- the speed of your bow\r\n- the number of arrows thrown at once \r\n- the power of your bow\r\nAfter these improvements, the rings will be necessary to unblock special items and to achieve the temporary \"hyper\" power.\r\n\r\nCONTROLS: either the joystick or J (left), L (right), SPACE (fire).\r\n\r\n1. Commodore Vic 20: \r\nhttps://nippur72.github.io/vic20-emu/?joy=1&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XHorde1.0/Xhorde_vic20_exp_8k.prg\r\n\r\n2. TI99/4A:\r\nhttps://js99er.net/#/?cartUrl=https:%2F%2Fgithub.com%2FFabrizio-Caruso%2FCROSS-LIB%2Freleases%2Fdownload%2Fti99_1.32%2FXhordeti.bin\r\n\r\n3. Commodore 64: \r\nhttps://nippur72.github.io/c64-emu/?joy=3&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XHorde1.0/Xhorde_c64.prg\r\n\r\n4. MSX 1:\r\nhttps://homebrew.file-hunter.com/index.php?id=crosshorde\r\n\r\n5. Sinclair ZX Spectrum 48K: \\\r\nhttps://spectrumcomputing.co.uk/playonline.php?eml=2&downid=140691 or https://spectrumcomputing.co.uk/playonline.php?eml=1&downid=140691\r\n\r\n6. Video Technology Laser 200 / VZ200: \r\nhttps://nippur72.github.io/laser310-emu/?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XHorde1.0/Xhorde_vz200_24k.vz\r\n\r\n7. Video Technology Laser 500: \r\nhttps://nippur72.github.io/laser500emu/?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XHorde1.0/Xhorde_laser500.bin\r\n\r\n8. Commodore 264 series (C16/C116/C+4):\r\nhttps://plus4world.powweb.com/play/cross_horde\r\n\r\n\r\nBinaries are in the release section (Click on Assets): \\\r\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/releases/tag/XHorde1.0\r\n\r\n-------------------------------------------\r\n\r\n## SNAKE\r\n\r\n\r\n\r\n\r\n\r\nThis my own re-interpretation of Nibbler (arcade) and Snake (primarily a cell phone game), to which I have added many more game elements.\r\n\r\nYou have to go through 32 levels (with 16 different maps) + an optional secret level (with its own map).\r\nTo complete a level you have to eat all the apples while:\r\n- avoiding your own tail and body\r\n- avoiding the fixed and bouncing mines\r\n- avoiding to starve by losing your energy (eat apples to prevent this).\r\nAs you starve, the snake moves faster and faster.\r\n\r\nWalls do not kill you and let you pause the game and think about your next move.\r\n\r\nYou can also catch special items that will help in your quest:\r\n- ring (collect 3 or even 4 for extra points and to spawn more special items such as \"freeze\")\r\n- freeze (special item that freezes the mines and restores your energy\r\n- $ (extra points... but also some secret effects if you collect many)\r\n- extra life (special and hard to unlock item that gives 1 extra life)\r\n\r\nCONTROLS: either the joystick or I J K L to move and SPACE to start/continue.\r\n\r\nYou can play the game online:\r\n\r\n1. Commodore Vic 20: \\\r\nhttps://nippur72.github.io/vic20-emu/?joy=1&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XSnake2.0/Xsnake_vic20_exp_16k.prg\r\n\r\n2. TI99/4A:\r\nhttps://js99er.net/#/?cartUrl=https:%2F%2Fgithub.com%2FFabrizio-Caruso%2FCROSS-LIB%2Freleases%2Fdownload%2Fti99_1.32%2FXsnaketi.bin\r\n\r\n3. Commodore 64: \\\r\nhttps://nippur72.github.io/c64-emu/?joy=3&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XSnake2.0/Xsnake_c64.prg\r\n\r\n4. MSX 1: \\\r\nhttps://homebrew.file-hunter.com/index.php?id=crosssnake\r\n\r\n5. Sinclair ZX Spectrum 48K: \\\r\nhttps://spectrumcomputing.co.uk/playonline.php?eml=2&downid=137608 or https://spectrumcomputing.co.uk/playonline.php?eml=1&downid=137608\r\n\r\n6. Video Technology Laser 200 / VZ200: \\\r\nhttps://nippur72.github.io/laser310-emu/?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XSnake2.0/Xsnake_vz200_24k.vz\r\n\r\n7. Video Technology Laser 500: \\\r\nhttps://nippur72.github.io/laser500emu/?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XSnake2.0/Xsnake_laser500.bin\r\n\r\n8. Commodore 264 series (C16/C116/C+4): \\\r\nhttp://plus4world.powweb.com/play/cross_snake_2_0\r\n\r\nBinaries are in the release section (Click on Assets): \\\r\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/releases/tag/XSnake2.0\r\n\r\n-------------------------------------------\r\n\r\n## BOMBER\r\n\r\n\r\n \r\nThe game's goal is to destroy all buildings so that you can land on an empty road.\r\nThe game is a clone of Air Attack (aka Blitz) game that was first developed on the Commodore Pet.\r\nThe game is controlled by the single fire button (first joystick button for targets with joystick input and space key for targets with keyboard input).\r\nYour score depends on the number of building destroyed, the level reached and how fast you complete each single level.\r\nThe game has 9 levels and it ends after the eighth level.\r\n\r\nCONTROLS: either the joystick fire button or SPACE.\r\n\r\nYou can play the game online:\r\n\r\n1. Commodore Vic 20: \\\r\nhttps://nippur72.github.io/vic20-emu/?joy=1&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XBomber/Xbomber_vic20_exp_8k.prg\r\n\r\n2. TI99/4A:\r\nhttps://js99er.net/#/?cartUrl=https:%2F%2Fgithub.com%2FFabrizio-Caruso%2FCROSS-LIB%2Freleases%2Fdownload%2Fti99_1.32%2FXbomberti.bin\r\n\r\n3. Commodore 64: \\\r\nhttps://nippur72.github.io/c64-emu/?joy=3&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XBomber/Xbomber_c64.prg\r\n\r\n4. MSX 1: \\\r\nhttps://homebrew.file-hunter.com/index.php?id=crossbomber\r\n\r\n5. Sinclair ZX Spectrum 48K: \\\r\nhttps://spectrumcomputing.co.uk/playonline.php?eml=2&downid=137605 or https://spectrumcomputing.co.uk/playonline.php?eml=1&downid=137605\r\n\r\n6. Video technology Laser 200 / VZ200: \\\r\nhttps://nippur72.github.io/laser310-emu/?restore=false&?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XBomber/Xbomber_vz200_24k.vz\r\n\r\n7. Video technology Laser 500: \\\r\nhttps://nippur72.github.io/laser500emu/?restore=false&?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/bomber/Xbomber_laser500.bin\r\n\r\n8. Commodore 264 series (C16/C116/C+4): \\\r\nhttp://plus4world.powweb.com/play/cross_bomber\r\n\r\n\r\nBinaries are in the release section (Click on Assets): \\\r\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/releases/tag/XBomber\r\n\r\n-------------------------------------------\r\n\r\n## SHOOT \r\n\r\n\r\n\r\nThe game's goal is to kill all common enemies or kill all 4 \"skulls\". \r\nCommon enemies can be killed quickly if pushed against the walls by shooting at them.\r\nThe \"skulls\" and the boss cannot be pushed and are harder to kill.\r\nYou have to avoid all enemies, rockets and chasing missiles.\r\nAll flashing items have positive effects and can grant you special powers. \r\nYour bullets have a limited power that can be improved by catching the special fire power item. \r\nYou can also fetch the mine item that grants you 3 powerful mines to use against all your enemies.\r\nDiscover the 12 items. Some items are secret. In total the game has 16 secrets.\r\nYou can unlock the 16 secrets by shooting at the skulls and at the missile and rocket bases in different ways.\r\nThe game has 16 different levels including 2 boss levels + 1 secret level.\r\n\r\nCONTROLS: either the joystick or I J K L to move and SPACE to fire.\r\n\r\nYou can play the gamne online:\r\n\r\n1. Commodore VIC 20: \\\r\nhttps://nippur72.github.io/vic20-emu/?joy=1&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XShootRebuild/XShoot_vic20_exp_16k.prg\r\n\r\n2. TI99/4A:\r\nhttps://js99er.net/#/?cartUrl=https:%2F%2Fgithub.com%2FFabrizio-Caruso%2FCROSS-LIB%2Freleases%2Fdownload%2Fti99_1.32%2FXshootti.bin\r\n\r\n3. Commodore 64: \\\r\nhttps://nippur72.github.io/c64-emu/?joy=3&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XShootRebuild/Xshoot_c64.prg \r\n\r\n4. MSX 1: \\\r\nhttps://homebrew.file-hunter.com/index.php?id=crossshoot\r\n\r\n5. Sinclair ZX Spectrum 48K: \\\r\nhttps://spectrumcomputing.co.uk/playonline.php?eml=2&downid=137606 or https://spectrumcomputing.co.uk/playonline.php?eml=1&downid=137606\r\n\r\n6. Video Technology Laser 200 / VZ 200: \\\r\nhttps://nippur72.github.io/laser310-emu/?restore=false&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XShootRebuild/Xshoot_vz200_24k.vz\r\n\r\n7. Video Technology Laser 500: \\\r\nhttps://nippur72.github.io/laser500emu/?restore=false&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XShootRebuild/Xshoot_laser500.bin\r\n\r\n8. Commodore 264 series (C16/C116/C+4): \\\r\nhttp://plus4world.powweb.com/play/cross_shoot\r\n\r\n\r\nBinaries are in the release section (Click on Assets): \\\r\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/releases/tag/XShootRebuild\r\n\r\n-------------------------------------------\r\n\r\n## CHASE \r\n\r\n\r\n\r\nThe game's goal is to lure the \"ghosts\" into the mines and possibly kill the \"skull\" by repeatedly using the gun.\r\nYou have to avoid all enemies, the mines, all walls, rockets and chasing missiles.\r\nAll flashing items have positive effects and can grant you some special powers. Discover the 10 items.\r\nIf you use the gun against the skull and/or the missiles and rockets, you can unlock some special secret items.\r\nThere are 20 different levels including 4 boss levels.\r\n\r\nCONTROLS: either the joystick or I J K L (to move) and SPACE to fire.\r\n\r\nYou can play the game online for different systems:\r\n\r\n1. Commodore Vic 20: \\\r\nhttps://nippur72.github.io/vic20-emu/?joy=1&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XChase/Xchase_vic20_exp_16k.prg\r\n\r\n2. TI99/4A:\r\nhttps://js99er.net/#/?cartUrl=https:%2F%2Fgithub.com%2FFabrizio-Caruso%2FCROSS-LIB%2Freleases%2Fdownload%2Fti99_1.32%2FXchaseti.bin\r\n\r\n3. Commodore 64: \\\r\nhttps://nippur72.github.io/c64-emu/?joy=3&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XChase/Xchase_c64.prg\r\n\r\n4. MSX 1: \\\r\nhttps://homebrew.file-hunter.com/index.php?id=crosschase\r\n\r\n5. Sinclair ZX Spectrum 48K: \\\r\nhttps://spectrumcomputing.co.uk/playonline.php?eml=2&downid=112056 or https://spectrumcomputing.co.uk/playonline.php?eml=1&downid=112056\r\n\r\n6. Video Technology Laser 210 / VZ200 : \\\r\nhttps://nippur72.github.io/laser310-emu/?restore=false&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XChase/Xchase_vz200_18k.vz\r\n\r\n7. Video Technology Laser 500: \\\r\nhttps://nippur72.github.io/laser500emu/?restore=false&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XChase/Xchase_laser500.bin\r\n\r\n8. Commodore 264 series (C16/C116/C+4): \\\r\nhttp://plus4world.powweb.com/play/cross_chase_32k_v0_9\r\n\r\n\r\nBinaries are in the release section (Click on Assets): \\\r\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/releases/tag/XChase\r\n\r\n\r\n \r\n"
},
{
"path": "docs/GIOCHI.md",
"content": "# I GIOCHI\r\n\r\n\r\nA secondo del sistema il gioco prevede \r\n- l'uso del joystick nella port più comune (in genere port 1 tranne che port 2 su C64) oppure \r\n- l'uso di I J K L per i movimenti e SPAZIO per FIRE. \r\n\r\n-------------------------------------------\r\n\r\n\r\n## CROSS HORDE\r\n\r\n\r\n\r\n\r\n\r\nCross Horde è uno zombie shooter con diversi tipi di nemici, power-ups e oggetti da raccogliere.\r\n\r\nSi muore se uno zombie raggiunge il muro o se uno zombie ci colpisce con un suo proiettile.\r\n\r\nPer migliorare la potenza di fuoco si possono raccogliere gli anelli che alcuni zombie ci lasciano alla loro morte.\r\n\r\nGli anelli hanno questi effetti in ordine temporale:\r\n- aumenta la distanza dei nostri colpi\r\n- aumenta la velocità di ricarica del nostro arco\r\n- aumenta il numero di frecce lanciate contemporaneamente\r\n- aumenta la potenza di ogni freccia\r\n\r\nUna volta raggiunti tutti questi miglioramenti, gli anelli successivi saranno utile per sbloccare oggetti speciali e per raggiungere la potenza di fuoco \"hyper\".\r\n\r\n\r\nIl gioco è disponibile pure online:\r\n\r\n1. Commodore 264 series (C16/C116/C+4):\r\nhttps://plus4world.powweb.com/play/cross_horde\r\n2. Commodore Vic 20: https://nippur72.github.io/vic20-emu/?joy=1&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XHorde1.0/Xhorde_vic20_exp_8k.prg\r\n3. Commodore 64: https://nippur72.github.io/c64-emu/?joy=3&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XHorde1.0/Xhorde_c64.prg\r\n4. Video Technology Laser 200 / VZ200: https://nippur72.github.io/laser310-emu/?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XHorde1.0/Xhorde_vz200_24k.vz\r\n5. Video Technology Laser 500: https://nippur72.github.io/laser500emu/?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XHorde1.0/Xhorde_laser500.bin\r\n\r\n-------------------------------------------\r\n\r\n## CROSS SNAKE - THE GAME\r\n\r\n\r\n\r\n\r\n\r\nE' la mia personale re-interpretazione del gioco arcade Nibbler e del gioco per cellulare Snake, alla quale io ho aggiunto ulteriori elementi di gioco.\r\n\r\nCi sono 32 livelli (su 16 mappe diverse) + un livello opzionale segreto (con la sua mappa).\r\n\r\nPer completare un livello si devono mangiare tutte le mele preveste dal livello:\r\n- evitando di mordere il proprio corpo;\r\n- evitando di colpire con la testa le mine (mobili e fisse);\r\n- evitando di morire di fame, cioè perdendo tutta l'energia (non trascorrere troppo tempo senza mangiare una mela).\r\n\r\nPiù tempo passa senza mangiare mele, più veloce si muoverà il serpente e questo rende i movimenti sempre più difficili.\r\n\r\nI muri non uccidono (come nel gioco arcade Nibbler) e tu possono essere utili per fermare il serpente per decidere la mossa successiva.\r\n\r\nPuoi catturare oggetti speciali:\r\n- anello (prendine 3 or anche 4 per punti extra e per generare altri oggetti speciali come \"freeze\");\r\n- freeze (oggetto speciale che congela temporaneamente le mine e rallenta il serpente);\r\n- $ (punti extra ma anche effetti speciali se se ne prendono molti)\r\n- vita extra (oggetto difficile da sbloccare)\r\n\r\n\r\nIl gioco è disponibile pure online:\r\n\r\n1. Commodore 264 series (C16/C116/C+4): http://plus4world.powweb.com/play/cross_snake_2_0\r\n2. Commodore Vic 20: https://nippur72.github.io/vic20-emu/?joy=1&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XSnake2.0/Xsnake_vic20_exp_16k.prg\r\n3. Commodore 64: https://nippur72.github.io/c64-emu/?joy=3&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XSnake2.0/Xsnake_c64.prg\r\n4. MSX 1: https://homebrew.file-hunter.com/index.php?id=crosssnake\r\n5. Sinclair ZX Spectrum 48K: https://spectrumcomputing.co.uk/playonline.php?eml=1&downid=137608\r\n6. Video Technology Laser 200 / VZ200: https://nippur72.github.io/laser310-emu/?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XSnake2.0/Xsnake_vz200_24k.vz\r\n7. Video Technology Laser 500: https://nippur72.github.io/laser500emu/?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XSnake2.0/Xsnake_laser500.bin\r\n\r\n\r\n-------------------------------------------\r\n\r\n## CROSS BOMBER - THE GAME\r\n\r\n\r\n \r\nLo scopo del gioco è distruggere tutti gli edifici in maniera da potere atterrare.\r\n\r\nTrattasi di un clone di Air Attack (anche noto come Blitz) che fu sviluppato la prima volta per Commodore Pet.\r\n\r\nIl gioco è controllato dal solo pulsate di fuoco (quindi FIRE o SPAZIO).\r\n\r\nIl punteggio dipende dal numero di edifici distrutti, dal livello raggiunto e da quanto velocemente si completi ogni singolo livello.\r\n\r\nIl gioco prevede 8 livelli e termina alla fine dell'ottavo livello.\r\n\r\nIl gioco è disponibile pure online:\r\n\r\n1. Commodore 264 series (C16/C116/C+4): http://plus4world.powweb.com/play/cross_bomber\r\n2. Commodore Vic 20: https://nippur72.github.io/vic20-emu/?joy=1&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XBomber/Xbomber_vic20_exp_8k.prg\r\n3. Commodore 64: https://nippur72.github.io/c64-emu/?joy=3&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XBomber/Xbomber_c64.prg\r\n4. MSX 1: https://homebrew.file-hunter.com/index.php?id=crossbomber\r\n5. Sinclair ZX Spectrum 48K: https://spectrumcomputing.co.uk/playonline.php?eml=1&downid=137605\r\n6. Video technology Laser 200 / VZ200: https://nippur72.github.io/laser310-emu/?restore=false&?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XBomber/Xbomber_vz200_24k.vz\r\n7. Video technology Laser 500: https://nippur72.github.io/laser500emu/?restore=false&?load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/bomber/Xbomber_laser500.bin\r\n\r\n\r\n-------------------------------------------\r\n\r\n## CROSS SHOOT - THE GAME \r\n\r\n\r\n\r\nLo scopo del gioco è di occidere tutti i nemici comuni oppure alternativamente uccidere i 4 teschi prima di avere ucciso tutti gli altri nemici. \r\nCompletare un livello uccidendo i 4 teschi permette di avere più punti e di sbloccare segreti, oggetti e bonus.\r\n\r\nI nemici comuni possono essere uccisi velocemente se spinti dai nostri proiettili contro i muri.\r\n\r\nDevi evitare tutti i nemici e i missili di vario tipo.\r\n\r\nTutti gli oggetti che lampeggiano hanno effetti positivi per noi e ci possono darci poteri speciali.\r\n\r\nI tuoi proiettili hanno una potenza limitata che puoi essere migliorata da un oggetto specifico.\r\n\r\nPuoi anche raccogliere un oggetto che ti dà 3 mine da usare contro tutti i nemici.\r\n\r\nPuoi scoprire 12 oggetti. Alcuni di questi oggetti sono segreti. Il gioco ha in totale 16 segreti (di vario tipo).\r\nPer trovare i segreti la strategia migliore è quella di distruggere diversi teschi e basi di missili.\r\n\r\nIl gioco prevede 16 diversi livelli compresi 2 boss + 1 livello segreto.\r\n\r\n\r\nIl gioco è disponibile pure online:\r\n\r\n1. Commodore 264 series (C16/C116/C+4): http://plus4world.powweb.com/play/cross_shoot\r\n2. Commodore VIC 20: https://nippur72.github.io/vic20-emu/?joy=1&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XShootRebuild/XShoot_vic20_exp_16k.prg\r\n3. Commodore 64: https://nippur72.github.io/c64-emu/?joy=3&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XShootRebuild/Xshoot_c64.prg \r\n4. MSX 1: https://homebrew.file-hunter.com/index.php?id=crossshoot\r\n5. Sinclair ZX Spectrum 48K: https://spectrumcomputing.co.uk/playonline.php?eml=1&downid=137606\r\n6. Video Technology Laser 200 / VZ 200: https://nippur72.github.io/laser310-emu/?restore=false&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XShootRebuild/Xshoot_vz200_24k.vz\r\n7. Video Technology Laser 500: https://nippur72.github.io/laser500emu/?restore=false&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XShootRebuild/Xshoot_laser500.bin\r\n\r\n-------------------------------------------\r\n\r\n## CROSS CHASE - THE GAME \r\n\r\n\r\n\r\nLo scopo del gioco è quello di fare finiti i nemici sulle mine e se possibile uccidere pure il teschio colpendolo con più colpi (dopo avere preso la pistola).\r\nIl gioco è quindi simile ad una versione real-time di Gnome Robots ma ha anche diversi elementi di gioco aggiuntivi.\r\n\r\nDevi evitare tutti i nemici, le mine, i muri e i missili di vario genere.\r\n\r\nTutti gli oggetti lampeggianti hanno effetti positivi e possono darti poteri speciali. Ci sono 10 oggeti diversi da scoprire e sbloccare.\r\n\r\nPer sbloccare alcuni segreti e oggetti speciali, dovrai usare la pistola contro il teschio e/o contro le basi dei missili.\r\n\r\nIl gioco prevde 20 livelli diversi compresi 4 boss.\r\n\r\nIl gioco è disponibile pure online:\r\n\r\n1. Atari LYNX: https://atarigamer.com/lynx/play/CrossChase/675300242\r\n2. Commodore 264 series (C16/C116/C+4): http://plus4world.powweb.com/play/cross_chase_32k_v0_9\r\n3. Commodore Vic 20: https://nippur72.github.io/vic20-emu/?joy=1&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XChase/Xchase_vic20_exp_16k.prg\r\n4. Commodore 64: https://nippur72.github.io/c64-emu/?joy=3&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XChase/Xchase_c64.prg \r\n5. MSX 1: https://homebrew.file-hunter.com/index.php?id=crosschase\r\n6. Sinclair ZX Spectrum 48K: https://spectrumcomputing.co.uk/playonline.php?eml=1&downid=112056\r\n7. Video Technology Laser 210 / VZ200 : https://nippur72.github.io/laser310-emu/?restore=false&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XChase/Xchase_vz200_18k.vz\r\n8. Video Technology Laser 500: https://nippur72.github.io/laser500emu/?restore=false&load=http://github.com/Fabrizio-Caruso/CROSS-LIB/releases/download/XChase/Xchase_laser500.bin\r\n\r\n\r\n\r\n\r\n \r\n"
},
{
"path": "docs/HARDWARE_AGNOSTIC_CODE.md",
"content": "## HARDWARE-AGNOSTIC CODE\r\n\r\nThanks to Cross-Lib APIs, the game code can be *hardware-agnostic*.\r\nUsing only Cross-Lib APIs is not enough, though, as Cross-Lib covers targets that have different screen size, screen shape and targets that lack some hardware features such as graphics, colors, sounds.\r\n\r\n### ANSI C (A sub-set of)\r\nThe code has to be compiled by several different compilers that do not necessarily support the latest version of the C standard.\r\nTherefore it should be written in a sub-set of ANSI C89 that is common among all supported compilers.\r\n\r\nThis sub-set can be described as (mostly) ANSI C89 without:\r\n- `float` types;\r\n- `struct` copies, assignments, parameters (use pointers to `struct` instead);\r\n- dynamically allocated memory (`malloc`, `free`).\r\n\r\nMoreover for performance reasons it is better to avoid recursion (as this has an extreme high cost on MOS 6502 targets).\r\n\r\nSome C99 features are available:\r\n- Modern `//` comments are allowed.\r\n- `stdint.h` is not available but `uint8_t` and `uint16_t` are (with no need for extra include directive). \r\n\r\n\r\n### Screen size\r\nUsing Cross-Lib APIs is not enough as the screen size and shape may be different.\r\nCross-Lib exposes a constant `XSize` for the width of the screen and a constant `YSize` for the height of the screen.\r\nBoth these macros are measured in terms of numbers of *tiles* (see next section).\r\nThe game code should rely on fractions of `XSize` and of `YSize` and never use hard-coded sizes or use conditional directives to cover all sizes.\r\nBy doing so, upon compilation, the game will auto-adapt to the target's screen size.\r\n\r\n\r\n### Tile-based Graphics\r\n\r\nGraphics in Cross-Lib is tile-based as this is the only possible graphics that can be supported by all targets. \r\nFor targets with graphics, the shapes of tiles are only defined at compilation time and cannot be re-defined.\r\nSo, for targets with graphics, smoothly moving sprites can only be implemented as software sprites through pre-shifted tiles.\r\n\r\nMost targets with graphics have 8x8 pixel tiles but some other targets with graphics have different shapes.\r\nSo do not implement logic that only assumes 8x8 pixel tiles (e.g. when implementing software sprites with pre-shifted tiles). \r\nIf you want to support targets with no graphics (i.e., tiles are just mapped to ASCII characters), \r\nyou either avoid code that depends on tile shapes or if you, you have to implement an alternative version for non-graphics targets.\r\n\r\nFor example for the game Cross Snake you can see how it is rendered on the MSX 1 (graphics, sounds, colors) and on the Game Boy (graphics, sounds but no colors):\r\n\r\n\r\n\r\n\r\nFor more snapshots we refer to: \r\n\r\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/blob/master/docs/SNAPSHOTS.md\r\n\r\n\r\n### Colors, Sounds and Graphics\r\nSome targets have no colors or no color on text, or no sounds, or no graphics.\r\nSo do not write any logic that relies only on the presence of colors/sounds/graphics; or if you do, use conditional directives to implement an alternative logic for targets with no colors/sounds/graphics.\r\n\r\n\r\n### Learn from the built-in games and tests\r\nCross-Lib comes with games and tests whose code can be used to learn how to code universal games.\r\n\r\nThe code of the games is in:\r\n\r\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/tree/master/src/games\r\n\r\nThe code of the examples is in:\r\n\r\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/tree/master/src/examples\r\n"
},
{
"path": "docs/HOW_TO_ADD_A_NEW_GAME.md",
"content": "## HOW TO ADD A NEW GAME\r\n\r\nAdding a new game is just a matter of \r\n- copying src/Makefile.bomber into src/Makefile.\r\n- copying src/games/bomber into src/games/\r\n- add an exception to src/.gitignore for src/games//generated_assets\r\n\r\n"
},
{
"path": "docs/HOW_TO_ADD_NEW_TARGET.txt",
"content": "HOW TO COMPILE FOR A NEW TARGET\r\n\r\nAdding a new target computer with no sound, no joystick/gamepad inpu \r\nand no user-defined graphics can be as simple as just recompiling \r\nwith no modification if the compiler supports conio.h. \r\n\r\nIn most cases this won't produce the best result. So some little tuning\r\nis usually necessary.\r\n\r\nIf no conio is natively supported, some little conio wrapper and/or\r\nre-implementation of the display APIs in display_macros.c is necessary.\r\n\r\nHere we describe the simplest cases when conio is already available,\r\nno sound and no user defined graphics is expected.\r\n\r\nUsually you have to do the following steps:\r\n\r\n1. SCREEN SIZE\r\nBy default screen size is 16x16 cells.\r\nSo, if you want your target (e.g., NEW_TARGET) to use a different cell count.\r\nYou need to compile with the -D__NEW_TARGET__ option to let the code know you\r\nare compiling for NEW_TARGET\r\nedit display_macros.h and add something like:\r\n...\r\n#elif defined(__NEW_TARGET__)\r\n\t#define XSize \r\n...\r\n#elif defined(__NEW_TARGET__)\r\n\t#define YSize \r\n...\r\n\r\n2. SPEED\r\nBy default no slow down is inserted in the main loop but in some cases your game\r\nmay run too fast.\r\nSo you will need to edit settings.h to add some slow-down:\r\n...\r\n#elif defined(__NEW_TARGET__)\r\n\t#define SLOW_DOWN\r\n\t#define GAME_SLOW_DOWN \r\n...\r\n\r\n3. SLEEP\r\nIf the compiler does not implement the sleep function, you need to either implement one\r\nyourself or compile with -DNO_SLEEP if you want no sleep.\r\n\r\n4. KEYBOARD INPUT\r\nSome targets may detect key-presses as capital and others as small letters.\r\nYou can tune this in settings.h.\r\n\r\n5. INPUT \r\nSome targets may no implement getk to read the keyboard input.\r\nIn this case you need to provide a substitute in input_macros.h and input_macros.c\r\n\r\n\r\n\t"
},
{
"path": "docs/HOW_TO_INSTALL_COMPILERS.txt",
"content": "-------------------------------------------------------------------------------------------------------\r\nXTC68\r\n-------------------------------------------------------------------------------------------------------\r\n\r\n1. You need to clone \r\nhttps://github.com/stronnag/xtc68\r\n\r\n2. So you need a 32bit development environment on a x86-64 machine. \r\nSo, you may need to run:\r\n\"sudo apt install libc6-dev-i386\"\r\nor install the corresponding Cygwin package\r\nor just be in a 32-bit environment\r\n\r\n3. You need to unzip \r\n424frun1.zip \r\n(found inside the tools/xtc68 directory and originally taken from \"Runtime disk1\" \r\nin http://www.dilwyn.me.uk/c/index.html into the \"support\" directory which you find inside the newly cloned code.\r\n\r\ni.e., download the disk1 http://www.dilwyn.me.uk/c/424frun1.zip from http://www.dilwyn.me.uk/c/index.html and put it inside the \"support\" directory\r\n\r\n\r\n4. Run \"make all\"\r\n5. Run \"install.sh\"\r\n\r\nRemark:\r\nAfter linking and compilation the command will give us the number of bytes used for the \"dataspace\".\r\nIn order to use the binary inside an emulator we need to add some meta-data and choose an emulator, e.g.,\r\nQPC from https://www.kilgus.net/qpc/ :\r\n- run the following commands\r\n\"\r\nf$=“dos1_“\r\nl=FLEN(\\f$)\r\nmem=RESPR(l)\r\nLBYTES f$,mem\r\nSEXEC ram1_,mem,l,= dataspace bytes>\r\n\"\r\n- you will have the program in ram1 with the name chosen by the SEXEC command, which you run by selecting ram1 and the program.\r\n\r\n\r\n\r\n-------------------------------------------------------------------------------------------------------\r\nZ8K-GCC\r\n-------------------------------------------------------------------------------------------------------\r\n\r\n0. Under Linux 64-bit, you may need to install\r\nlibc6:i386, \r\nlibncurses5:i386, \r\nlibstdc++6:i386\r\nzlib1g:i386\r\n\r\n\r\n1. Use: z8kgcc-jan-19-2009-linux-fc9.tar\r\nfrom:\r\nftp://ftp.groessler.org/pub/chris/olivetti_m20/misc/z8kgcc/z8kgcc-jan-19-2009.tar.bz2\r\nor:\r\nhttp://www.z80ne.com/m20/sections/download/z8kgcc/z8kgcc-jan-19-2009-linux-fc9.tar.bz2\r\n\r\nMain site: http://www.z80ne.com/m20/index.php.\r\n\r\n2. Decompress it into /opt in order to have \"z8k-pcos-gcc\" inside /opt/z8kgcc-jan-2009/bin\r\n\r\n3. Add \"/opt/z8kgcc-jan-2009/bin\" to your PATH\r\nFor example by inserting the following line in .bashrc\r\nexport PATH=\"/opt/z8kgcc-jan-2009/bin:$PATH\"\r\n\r\n\r\nDisk images\r\nIn order to insert the binary inside a disk image download the tool m20floppy from ftp://ftp.groessler.org/…/ol…/imgtools/m20floppy-0.61.tar.gz\r\nUse a bootable image from https://github.com/…/m…/tools/olivetti_m20/pcos20h_empty.img\r\n\r\nCompilation\r\n- to produce an object file do something like : qcc -c hello.c -o hello.o\r\n- to link and produce a binary \"a_out\" do something like qcc crt.o part1.o part2.o\r\n\r\n\r\n\r\n\r\n-------------------------------------------------------------------------------------------------------\r\nGCC for TI\r\n-------------------------------------------------------------------------------------------------------\r\nCompiler Installation:\r\ngit clone https://github.com/mburkley/tms9900-gcc\r\n\r\n(IMPORTANT:As of 2024/10/18 only 1.32 branch is stable)\r\ngit checkout 1.32\r\n\r\nsudo apt install build-essential libgmp-dev libmpfr-dev\r\ncd tms900-gcc\r\n./install.sh /opt/gcc4ti\r\n--------------------------------------------------------------------------------\r\nlibTi99:\r\ngit clone https://github.com/tursilion/libti99\r\n\r\nModify the Makefile to make it point to /opt/gcc/bin\r\ne.g.,\r\nTMS9900_DIR?=/opt/gcc4ti/bin\r\nELF2EA5_DIR?=/opt/gcc4ti/bin\r\nEA5_SPLIT_DIR?=/opt/gcc4ti/bin\r\n\r\nOnce the it has finished to build (even if with errors), make sure that \r\n- the header files are in /opt/gcc4ti/include\r\n- libti99 is in /opt/gcc4ti/lib\r\n\r\nThe lib may fail if it does not find classic 99 emulator, but it builds the libti99 file anyway.\r\nSo you have to move it manually to /opt/gcc4ti/lib and to move the .h files to /opt/gcc4ti/include.\r\nA cleaner way would be to have the Makefile also point to classic99.\r\n\r\n----\r\n\r\nOLD procedure\r\n\r\nfor the Texas TI99/4a \r\n(http://atariage.com/forums/topic/164295-gcc-for-the-ti/page-6),\r\n\r\n1. download and decompress gcc-installer.tar.gz from http://atariage.com/forums/topic/164295-gcc-for-the-ti/page-1\r\n2. install libgmp-dev libmpfr-dev tree\r\nFor Cygwin install:\r\n Category \"Devel\"\r\n- gcc-core\r\n- libiconv\r\n- make\r\n- patchutils\r\n\r\nCategory \"Libs\"\r\n- libgmp-devel\r\n- libmpfr-devel\r\n\r\nCategory \"Interpreters\"\r\n- m4 \r\n\r\n3. export set MAKEINFO=missing (to fix one error about texinfo) [maybe no longer necessary]\r\n4. run the \"install.sh \" script command\r\n5. find files inside /bin\r\n--------------\r\n\r\nNEW version\r\n\r\n-------------------------------------------------------------------------------------------------------\r\nGCC for Atari ST\r\n-------------------------------------------------------------------------------------------------------\r\n1. download the cross compiler from http://vincent.riviere.free.fr/soft/m68k-atari-mint/ \r\n2. follow the instructions from the installation site\r\n3. use as GCC\r\n4. place st52 terminfo file inside usr\\share\\terminfo\\s in the same virtual hard disk as the .tos file(s)\r\n\r\n\r\n"
},
{
"path": "docs/HOW_TO_LOAD.md",
"content": "In order to run the game you will have to follow a different procedure depending on whether you want to load it into an emulated system or a real system.\r\n\r\n### Loading the game into an emulated vintage system\r\nIn most cases loading an executable into an emulator is straightforward. \r\nFor a detailed guide on how to load the game on several emulated systems for which the procedure is not obvious, we refer to: \r\n\r\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/blob/master/docs/HOW_TO_LOAD_THE_GAME.md\r\n\r\n### Loading the game into a real vintage system\r\nThis depends on the systems and the format used to store the game. For some hints on this take a look at:\r\n\r\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/blob/master/docs/HOW_TO_LOAD_THE_GAME_ON_REAL_HARDWARE.md\r\n\r\n"
},
{
"path": "docs/HOW_TO_LOAD_THE_GAME.md",
"content": "## HOW TO LOAD THE GAME\r\n\r\nThis document only describes some non-obvious procedures on how to load the game\r\non some emulators (similar procedures can be followed on the real machines):\r\n\r\n-----------------------------------------------------------\r\n\r\n### AGAT 7 and 9\r\n\r\nUse the Agat emulator 1.29 (the one not detected as a virus):\r\nhttps://sourceforge.net/projects/agatemulator/\r\n\r\nSelect \"(2) IKP-9\"\r\n\r\nChose second option from below\r\n\r\nRight click top of the window\r\n\r\nGo to 140k drive\r\n\r\nSelect game disk image\r\n\r\nType:\r\n\"\r\nCATALOG,S6\r\nBRUN XL\r\n\"\r\n\r\n-----------------------------------------------------------\r\n\r\n### AGON LIGHT\r\n\r\nUse https://github.com/astralaster/agon-light-emulator\r\n\r\nPut the binaries inside the sdcard directory\r\ndir to list the content of the emulated SDK\r\nload \r\nrun\r\n\r\n-----------------------------------------------------------\r\n\r\n### ALPHATRONIC\r\n\r\n\r\nUse MAME/MESS\r\n\r\nmame64.exe alphatro -uimodekey DEL -window -cartridge1 c:\\Retro\\CROSS-CHASE\\build\\FULL_alphatro.rom\r\n\r\n\r\n---------------------------------------------------------\r\n\r\n### AMSTRAD CPC/GX4000\r\n\r\nYou can use Caprice, WinApe\r\n\r\n- Tape (.cdt) version:\r\nYou need to attach the image as a tape\r\nIn BASIC type\r\n|tape\r\nrun\"\r\nStart PLAY on the virtual tape player\r\n\r\n- Disk (.dsk) version:\r\nYou need to attach the image as a disk\r\nIn BASIC type\r\nrun\"XBIN .CPC\"\r\n\r\n- ROM (.cpr) version:\r\nYou need to attach the image as a cartridge\r\n\r\n----------------------------------------------------------\r\n\r\n### Amstrad NC 100\r\n\r\nUse nc100em-1.2-2014 emulator .\r\n\r\nRename the binary to nc100.card and place it in the same folder as the emulator\r\n\r\nRun the emulator. \r\n\r\nControl-X to start the game\r\n\r\n\r\n---------------------------------------------------------\r\n### ATARI 5200\r\n\r\nUse Altirra or use Atari800 emulator with the Atari 5200 bios roms and select Atari 5200 emulation.\r\n\r\nLoad as 16k one chip cartridge.\r\n\r\n\r\n---------------------------------------------------------\r\n### ATARI 7800\r\n\r\nUse A7800 (http://7800.8bitdev.org/index.php/A7800_Emulator)\r\n\r\nSelect standard options.\r\nUse it as Mame/Mess by:\r\nTAB->load ROM->cartridge->select file\r\n\r\n---------------------------------------------------------\r\n### ATARI LYNX\r\n\r\nUse Handy 0.95 emulator (https://sourceforge.net/projects/handy/?source=typ_redirect).\r\n\r\nPlace the rom into same folder as Handy emulator (https://atariage.com/Lynx/roms/LynxBoot.zip)\r\n\r\n---------------------------------------------------------\r\n### AQUARIUS\r\n\r\nUnzip the .zip file.\r\n\r\nType CLOAD \r\n\r\nFirst load the file starting with underscore\r\n\r\nType RUN\r\n\r\nType CLOAD\r\n\r\nThen load the other file\r\n\r\n-----------------------------------------------------------\r\n\r\n### BBC MICRO / BBC MASTER\r\n\r\nUse BeebEm 4.19 emulator.\r\n\r\nFile-> Load disk 0-> Select .img file\r\n\r\nTo load and run the game in dsk format you can use the following commands:\r\n\r\n- *CAT to verify the disk content\r\n- *RUN\"XCHASE\"\r\n\r\n\r\nIf you want to create a dsk image from a .inf image:\r\n\r\nIt is better to have short simple name files. For example let us assume XCHASE and XCHASE.INF\r\n\r\nUse the binary and .inf files to \r\n\r\neither \r\n\r\ncreate a disk with tools such as bbcim or BBCExplorer-2.01 \r\n\r\nor \r\n\r\nuse BeebEm 4.16 emulator \r\n\r\n1. to create an empty disk image (File->Disc Options->New Disc 0)\r\n\r\n2. inject the binary into the new disk (Edit->Import files to disc->select .inf file)\r\n\r\n\r\n-----------------------------------------------------------\r\n### BIC / A5105\r\n\r\nUse JKCEMU.\r\n\r\n- (If not already selected) Einstellungen -> Select BIC \r\n- Datei->Diskettenstation->Laufwerk 1->Open->Diskettenabbilddatei oeffnen->select file .dumb file->Nur lesen\r\n- Datei->Schliessen\r\n- Run file by its name (e.g., BULD/FU)\r\n- Run DIR to see disk content/view/3/4/\r\n\r\n\r\n\r\n-----------------------------------------------------------\r\n### BIT90\r\n\r\nUse Mame emulator.\r\n\r\nRun it with something like:\r\n\r\nmame64.exe bit90 -window -uimodekey DEL\r\n\r\nAttach the .rom as a cartridge to load and run the game\r\n\r\n-----------------------------------------------------------\r\n\r\n### BONDWELL 2\r\n\r\nUse Mame\r\n- Start bw2\r\n- May need to use ScrollLock (FN+`[` on some keyboards) \r\n in order to enable TAB to enter the disk selection menu\r\n- Select the CP/M 2.2 boot disk\r\n- Use natural keyboard to type CTRL-C to leave the menu\r\n- Switch to the game disk\r\n\r\n-----------------------------------------------------------\r\n### CAMPUTERS LYNX\r\n\r\nUse Jinx emulator: https://jynxemulator.wordpress.com/download/\r\n\r\nGitHub project: https://github.com/jonathan-markland/Jynx/releases\r\n\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n### CANON X-07\r\n\r\nUse Takeda emulator\r\n\r\nInsert the .CAS file with PLAY->select file\r\nUse the CAS file with the following commands\r\nCLOAD\r\nRUN\r\n\r\n-----------------------------------------------------------\r\n\r\n### CASIO FP-1100\r\n\r\nUse Takeda's fp1100.exe emulator.\r\n\r\nYou need to put MAME roms in the same directory as the binary.\r\n\r\nAttach disk image\r\n\r\nReset\r\n\r\n\r\n---------------------------------------------------------\r\n\r\n### CCE MC-1000\r\n\r\nUse the MESS emulator \r\ne.g. \r\nmess64.exe mc1000 -uimodekey DEL -window \r\nmess64.exe mc1000 -uimodekey DEL -window -ramsize 48k (for the 48k expansion) ) \r\n\r\nUse File Manager to attach the WAV file\r\n\r\nIn BASIC do: TLOAD\r\n\r\nStart the tape: Tape Control -> Tape\r\n\r\n---------------------------------------------------------\r\n\r\n### CBM 610\r\n\r\nUse WinVice 3.1 and try multiple times.\r\n\r\nSometimes load\"*\",8 helps.\r\n\r\nThere must be a bug in WinVice disk drive emulation for this target.\r\n\r\n-----------------------------------------------------------\r\n\r\n### COLECOVISION\r\n\r\nUse ColEm: https://fms.komkon.org/ColEm/\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n### COLECO ADAM\r\n\r\nUse Mame emulator.\r\n\r\nmame64.exe adam -window -flop1 .\\disk\\adam\\cpm2.2_1.50.dsk -flop2 c:\\Retro\\CROSS-CHASE\\build\\FULL_coleco_adam.img\r\n\r\nB:\r\n\r\nType the binary name (no extension) contained in B:\r\n\r\n-------------------------------------------------------------\r\n\r\n### Color Computer (CoCo)\r\n\r\n\r\nTape load\r\n\r\n- Use XROAR emulator: https://www.6809.org.uk/xroar/\r\n- Attach the .cas image\r\n- Type\r\n- CLOADM\r\n\r\nRemark: You can also simply use the \"run\" option\r\n\r\n\r\nDisk load\r\n\r\n- Use XROAR emulator (Emulate CoCo DISK EXTENDED)\r\n- Disable \"keyboard translation\" in the \"Tool\" tab\r\n- Select a CoCO machine to emulate in the \"Hardware\" tab\r\n- Attach the .dsk disk image in \"File->Drive 1\"\r\n- Type:\r\n- LOADM\"XBIN\r\n- EXEC\r\n\r\n\r\n-------------------------------------------------------------\r\n\r\n### Color Computer 3 (CoCo 3)\r\n\r\nUse VCC emulator: https://github.com/VCCE/VCC/releases\r\n\r\nSame as CoCo with XROAR but disk drives need to be enabled:\r\n\r\nDisk load \r\n\r\nCartridge -> Cartridge -> Load Cart \r\nfd502.dll (to enable disk drive emulation)\r\n\r\n---------------------------------------------------------\r\n\r\n### COMX\r\n\r\nUse EMMA 02 (https://www.emma02.hobby-site.com/download.html)\r\nSelect COMX tab\r\nClick on START (window may hide the option -> make it bigger)\r\nClick on LOAD\r\nGo to the directory with the .hex file\r\nSelect HEX Files \r\nChose the .hex file\r\nType RUN\r\n[equivalent to CALL(@4401)]\r\n\r\n----------------------------------------------------------\r\n\r\n### CP/M (generic system) with ADM-3A control sequences\r\n\r\n.COM binaries:\r\n\r\nExamples of CP/M systems with ADM-3A support:\r\nmultiple Kaypro systems, Aussie Byte (Knight 2000), Decision Mate V\r\n\r\nUse MAME emulator with correct roms and CP/M disks.\r\n\r\n\r\nExamples:\r\n\r\n- mame64.exe kaypro2x -flop1 ..\\disk\\kaypro\\k10hald1.td0 -uimodekey DEL\r\n- mame64.exe aussieby -flop1 ..\\disk\\aussie_byte\\knight2000_boot.dsk -uimodekey DEL\r\n\r\nWAIT for the operating system to fully load.\r\n\r\nUse the quickload option to load the .COM file.\r\n\r\nIf you want to create a disk image you need to follow the instructions in the Z88DK wiki.\r\n\r\n.DSK images:\r\nUse MAME emulator with correct roms and CP/M disks\r\n\r\nExamples:\r\n\r\n- mame64.exe dmv -flop1 ..\\disk\\dmv\\dm5-cpm.td0 -uimodekey DEL\r\n- Attach image as disk B:\r\n- Run B:\r\n- \r\n\r\n-----------------------------------------------------------\r\n\r\n### CREATIVISION\r\n\r\nUse MAME/MESS. \r\n\r\nMess 0.148 with crvision works fine:\r\n\r\nmess64.exe crvision -window -uimodekey DEL -cart1 c:\\Retro\\CROSS-LIB\\build\\FULL_creativision_16k_SWAPPED.bin\r\n\r\nmess64.exe crvision -window -uimodekey DEL -cart c:\\Retro\\CROSS-LIB\\build\\Xshoot_creativision_18k_SWAPPED.bin\r\n\r\n-------------------------------------------------------------\r\n### DAI\r\n\r\nUse Mame emulator.\r\n\r\nmame64.exe dai -window\r\n\r\nAttach tape file\r\n\r\nUT (to enter monitor)\r\n\r\nR (to load)\r\n\r\nG0800 (to start the game)\r\n\r\n-------------------------------------------------------------\r\n\r\n### Dragon\r\n\r\nTape load\r\n\r\n- Use XROAR emulator\r\n- Attach the .cas image\r\n- Type\r\n- CLOADM\r\n\r\nRemark: You can also simply use the \"run\" option\r\n\r\nDisk load\r\n- Use XROAR emulator (Emulate DOSPLUS)\r\n- Attach the .vdk disk image\r\n- Type: RUN\"XBIN.BIN\"\r\n\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n### EACA 2000 - EG2K\r\n\r\nUse the Genieous emulator: http://gaia.atilia.eu/content/view/3/4/\r\n\r\n\r\n------------------------------------------------------------\r\n\r\n### EMSCRIPTEN\r\nThis is a special target: its build is generated by Emscripten and it is targeting browsers.\r\n\r\nThe build for this target are .html, .js, , .wasm files.\r\n\r\nIn order to run a game built for this target you need to run an HTTP server:\r\n- move the generated files inside the emsdk directory\r\n- python -m SimpleHTTPServer\r\n\r\nYou can then run your program by using the following URL:\r\ne.g., http://localhost:8000/FULL_emcc_buffered.html\r\n\r\nFor more info on Emscripten installation:\r\nsee https://emscripten.org/docs/getting_started/downloads.html\r\n\r\nIn particular: \r\n- Make the \"latest\" SDK \"active\" for the current user. (writes .emscripten file)\r\n./emsdk activate latest\r\n\r\n- Activate PATH and other environment variables in the current terminal\r\nsource ./emsdk_env.sh\r\n\r\nNote:\r\n\r\nOn Windows, run emsdk instead of ./emsdk, and emsdk_env.bat instead of source ./emsdk_env.sh.\r\n\r\nWSL mounted on:\r\nC:\\Users\\fabri\\AppData\\Local\\Packages\\CanonicalGroupLimited.Ubuntu18.04onWindows_79rhkp1fndgsc\\LocalState\\rootfs\r\n\r\n------------------------------------------------------------\r\n\r\n### ENTERPRISE\r\n\r\nUse ep128emu (https://sourceforge.net/projects/ep128emu/files/)\r\n\r\nSelect config EP_128k_EXDOS_FileIO.cfg\r\n\r\nSet working directory to the directory with your binary\r\n\r\nF1 -> Select binary\r\n\r\n\r\n----------------------------------------------------------\r\n\r\n### EPSON PX-4 / HC-40\r\n\r\nUse Takeda emulator for HC-40 with the right SYS.ROM file (https://fjkraan.home.xs4all.nl/comp/px4/).\r\n\r\nRename the binary into BASIC.ROM and replace the original BASIC.ROM that\r\nshould be (or have been) in the same directory as the HC-40 emulator executable.\r\n\r\n----------------------------------------------------------\r\n\r\n### EPSON PX-8 / HC-80\r\n\r\nUse Takeda emulator for HC-80 with the right SYS.ROM file.\r\n\r\nRename the binary into BASIC.ROM and replace the original BASIC.ROM that\r\nshould be (or have been) in the same directory as the HC-80 emulator executable.\r\n\r\n\r\n----------------------------------------------------------\r\n\r\n### EPSON QC-10 / QX-10\r\n\r\nUse Mame emulator\r\ne.g., \r\nmame64.exe qx10 -window -uimodekey DEL -flop1 c:\\Emulation\\TEST\\0.196\\disk\\qc10\\EPSNQX10.dsk\r\n\r\nAttach the disk image and type the binary name (run DIR to see name).\r\n\r\n-----------------------------------------------------------\r\n\r\n### BGR COMPUTERS EXCALIBUR 64\r\n\r\nUse Mame emulator with the CP/M boot disk\r\ne.g., \r\nmame64.exe excali64 -window -uimodekey DEL -flop1 c:\\Emulation\\TEST\\0.196\\disk\\excali64\\excalibur_cpm_system.raw\r\n\r\nAttach the game image\r\n\r\nB:\r\n\r\nRun the binary in B: with its plain name (no extension)\r\n\r\n-----------------------------------------------------------\r\n\r\n### EXIDY SORCERER\r\n\r\nUse Mess emulator.\r\n\r\n\r\nAttach the .wav file\r\n\r\nType LOADG\r\n\r\n\r\n---------------------------------------------------------\r\n### PC-E200 / PC-G850 / PC-G815\r\nUse the g800 emulator (https://ver0.sakura.ne.jp/pc/)\r\n\r\nRun it from the cmd line with:\r\n\r\ng800(.exe) -machine=e200 \r\ng800(.exe) -machine=g815 \r\ng800(.exe) -machine=g850 \r\n\r\nOnce the emulated machine is started use:\r\nMON (to enter the Assembly monitor)\r\nG100 (to actually run the code)\r\n\r\n---------------------------------------------------------\r\n\r\n### Galaksija\r\n\r\nUse the MESS emulator or \r\n(for debugging) the online emulator https://galaksija.net/?i=2\r\n\r\nUse File Manager to attach the WAV file\r\n\r\nIn BASIC run: OLD\r\n\r\nStart the tape\r\n\r\nIn BASIC run: RUN\r\n\r\n---------------------------------------------------------\r\n\r\n### Galaksija Plus\r\n\r\nUse GALe emualtor: https://galaksija.net/?i=1\r\n\r\nDrop the .gtp file into the browser.\r\n\r\n\r\n---------------------------------------------------------\r\n### GAMATE\r\n\r\nUse MESS/MAME (e.g., Mess 0.148).\r\n\r\nRun mess.exe gamate\r\n\r\nFile Manager -> Select cartridge -> Choose the .bin file\r\n\r\n\r\n---------------------------------------------------------\r\n### GAMEGEAR\r\n\r\nUse Mednafen.\r\n\r\nRemark: Sound works fine here.\r\n\r\nmednafen.exe c:\\Retro\\CROSS-LIB\\build\\Xhorde_gamegear.gg\r\n\r\nUse Emulitious (https://emulicious.net/)\r\n\r\nFile -> Open File -> Select .gg file\r\n\r\nor (maybe broken with no sound!)\r\n\r\nUse Kega Fusion ((https://segaretro.org/Kega_Fusion).\r\n\r\nFile -> Open GameGear ROM -> Select .gg file\r\n\r\n\r\n\r\n------------------------------------------------------------\r\n\r\n### GRUNDY NEWBRAIN\r\n\r\nUse NBemulator15.\r\n\r\n\r\nCreate a directory with _dir.txt, a.bas, a.dat \r\n\r\nInsert this directory into the BASIC directory\r\n\r\nStart the emulator\r\n\r\nFile -> Start Emulation\r\n\r\nFile -> Tape Management -> Select directory with the game's files\r\n\r\nType \"LOAD\"\r\n\r\nType \"RUN\"\r\n\r\n\r\n---------------------------------------------------------\r\n### HECTOR HR\r\nUse DCHector or VB Hector emulator\r\n\r\n[DCHector]\r\nSelect Hector HR(2)+.\r\n\r\nFile->Load Tape\r\n\r\nPress 1 and wait for the game to load and run\r\n\r\n\r\n---\r\n\r\n[VB HECTOR]\r\nStart the emulator\r\n\r\nSelect HR Plus\r\n\r\nFichier -> Ouvrir Fichier K7\r\n\r\nPress 1 and wait for the game to load and run\r\n\r\nClick on the emulator's window\r\n\r\n---------------------------------------------------------\r\n### HOMELAB 2### HECTOR HR\r\n\r\n\r\nUse MAME emulator.\r\n\r\nUse quickload to select the .htp file (and load it into memory)\r\n\r\nCALL 17152\r\n\r\n\r\n---------------------------------------------------------\r\n### HOMELAB 3/4\r\n\r\nUse MAME emulator.\r\n\r\nUse quickload to select the .htp file (and load it into memory)\r\n\r\nCALL $4300\r\n\r\n\r\n---------------------------------------------------------\r\n### HUEBLER/EVERT-MC\r\n\r\nUse JKCEmu.\r\n\r\nEinstellungen\r\n\r\nSelect HUEBLER/EVERT-MC\r\n\r\nUebernehmen\r\n\r\nSchliessen\r\n\r\nDatei -> Lauden -> Select binary\r\n\r\nGO 0000\r\n\r\n\r\n---------------------------------------------------------\r\n### HUEBLER-GRAFIK-MC\r\n\r\nEinstellungen\r\n\r\nSelect HUEBLER-GRAFIK-MC\r\n\r\nUebernehmen\r\n\r\nSchliessen\r\n\r\nDatei -> Lauden -> Select binary\r\n\r\nGO 0000\r\n\r\n\r\n---------------------------------------------------------\r\n### JUPITER ACE\r\n\r\nUse EightOne emulator.\r\n\r\nFor the FULL version game \r\n\r\n\"0 0 bload ace\"\r\n\r\nOpen the FULL .wav version with \r\n\r\nTools->Wav Loader.\r\n\r\n------------------------------------------------------------\r\n\r\n### KAYPRO\r\n\r\nUse Mame (See CP/M target)\r\n\r\nmame64.exe kaypro2x -flop1 ..\\disk\\kaypro\\k10hald1.td0 -uimodekey DEL\r\n\r\n\r\n\r\n---------------------------------------------------------\r\n\r\n### Luxor ABC 80 \r\n\r\nUse the ABC80SIM emulator (https://www.abc80.org/pub/abc80sim/, https://git.zytor.com/abc80/abc80sim.git/)\r\n\r\n.ihx\r\n\r\nPass the ihx file as a parameter to the emulator\r\n\r\nRun it directly with the command “A=CALL(49200)”\r\n\r\n---\r\n\r\n.bac \r\n\r\nabc80 --casfile program.bac\r\n\r\nrun cas:\r\n\r\nor \r\n\r\nput the .bac file in the right directory (abcdir), \r\n\r\nthen run prb:xchase\r\n\r\n---\r\n\r\n.dsk\r\n\r\nRename the image to mo0\r\n\r\nPut the image in abcdisk\r\n\r\nrun xchase\r\n\r\nor \r\n\r\nRename the image to mo0\r\n\r\nPut the image in \r\n\r\nRun abc80 -Dd \r\n\r\nrun xchase\r\n\r\n--------------------------------\r\n\r\nUse ABC80Win.\r\n\r\nAttach .dsk image\r\n\r\nload\"xchase\"\r\n\r\nrun\r\n\r\n---------------------------------------------------------\r\n\r\n### Luxor ABC 800\r\n\r\nUse the ABC80SIM emulator (https://www.abc80.org/pub/abc80sim/, https://git.zytor.com/abc80/abc80sim.git/)\r\n\r\n\r\n.bac\r\n\r\nabc80 --abc802 --memfile program.bac\r\n\r\nThen \"run mem:\"\r\n\r\n\r\n.dsk\r\n\r\nRename the image to mo0\r\n\r\nPut the image in abcdisk\r\n\r\nrun xchase\r\n\r\nor \r\n\r\nRename the image to mo0\r\n\r\nPut the image in \r\n\r\nRun abc80 -Dd \r\n\r\nrun xchase\r\n\r\nUse ABC80Win\r\n\r\nAttach .dsk image\r\n\r\nload\"xchase\"\r\n\r\nrun\r\n\r\n\r\n---------------------------------------------------------\r\n### LVIV/LVOV\r\n\r\nUse https://web.archive.org/web/20201215185635/https://github.com/izhaks/PK01LvovEmulator/releases/tag/v1.4\r\n\r\n\r\n---------------------------------------------------------\r\n### M100 / Olivetti M10 / KC85 / PC8201\r\n\r\n.CO file can be loaded into VirtualT emulator through \"File > Load file from HD\" menu item.\r\n\r\nOnce the program is in memory, enter BASIC and give the following command:\r\n\r\nCLEAR 0,49999\r\n\r\nnow the program can be loaded, either via the BASIC command RUNM \"A.CO or by pressing F8 to get back to the menu and choosing it with the cursors.\r\n---------------------------------------------------------\r\n\r\n### Memotech MTX 500 and 512\r\n\r\nUse Bill's MEMU (http://www.primrosebank.net/computers/mtx/emulators/Bills_MEMU_ds.htm)\r\n\r\nmemu -tape-overwrite -vid-win-big -snd-portaudio \r\n\r\nType:\r\nLO.\"\"\r\n\r\nThen:\r\n\r\nRUN\r\n\r\n\r\n---\r\nPlace the .mtx binary into the directory \"tapes\"\r\n\r\nUse memu-cfg.exe \r\n\r\nF11 to enter the menu\r\n\r\nSelect MTX model if necessary (MTX500 or MTX512)\r\n\r\nSelect tape -> Choose the .mtx binary\r\n\r\nRestart\r\n\r\n\r\n\r\nMTX500 binary on MTX512\r\n\r\nPOKE 64122,0\r\n\r\nNEW\r\n\r\nLOAD\"\"\r\n\r\nRUN\r\n\r\nMTX500 binary on MTX500 or MTX 512 binary n MTX512\r\n\r\nLOAD\"\"\r\n\r\nRUN\r\n\r\n\r\n\r\n\r\nUse the MESS 0.118 emulator\r\n\r\nRename FULL_MTX.mtx to FULL and place it in the same folder as the Mess emulator\r\n\r\nIn Basic do:\r\n\r\nLOAD\"FULL\"\r\n\r\nRUN\r\n\r\n\r\n-----------------------------------------------------------\r\n### MITS Altair 8800\r\n\r\nUse http://www.classiccmp.org/altair32/\r\n\r\nSwitch it ON\r\n\r\nLoad the .bin y File -> Read Image File -> Select File -> Address: $0000\r\n\r\nClick on STOP/RUN\r\n\r\n-----------------------------------------------------------\r\n\r\n### MITSUBISHI MULTI 8\r\n\r\nUse Takeda emulator\r\n\r\nType \"MON\"\r\n\r\nThen \"R\"\r\n\r\nSelect tape file with CMT -> Play -> Select file\r\n\r\nType \"GC000\"\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n\r\n### MICROBEE\r\n\r\n(1) .WAV files\r\n\r\n(1a) Use Mame/Mess_\r\nFor example with:\r\nmbeepc85 -window -uimodekey DEL -cass c:\\Retro\\CROSS-LIB\\build\\.WAV\r\n\r\nType B to enter BASIC\r\nType LOAD\r\nGo to Mame/Mess menu to control TAPE and select PLAY\r\n\r\n---\r\n\r\n(1b) Use UBEE512\r\n\r\nInstall UBEE512 (run script, copy roms into rom folder)\r\n\r\nSelect UBEE512 icon and select properties to add \" ic\" to the command\r\n\r\nRun UBEE512\r\n\r\nC:\\Emulation\\Computers\\ubee512\\ubee512.exe ic --tapei=\"a.wav\"\r\n \r\nType LOAD\r\nRight click to select TAPE to start loading the tape\r\nType RUN\r\n\r\n-----------------------------------------------------------\r\n\r\n### MICRO (MICROBOARD SYSTEM)\r\n\r\nUse Emma 02 emulator.\r\nSelect RCA -> Microboard System\r\nCARD2 -> 128 6x8 characters\r\nCARD1 -> RAM U20 -> binary\r\nSTART\r\n\r\n\r\n----------------- \r\n\r\n(2) .BEE files \r\n\r\nUse Nanowasp emulator: http://nanowasp.org/\r\n\r\nClick on TAPE to select the .BEE file to insert the file in the list of programs\r\nClick on the selected file to insert in the tape player\r\nType LOADM \r\n\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n\r\n### MIKRO-80\r\n\r\nUse E3000 emulator http://www.emulator3000.org/e3.htm\r\n\r\nSelect the binary to load and run it.\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n### MSX\r\n\r\nUse BlueMSX\r\n\r\nAttach image.\r\n\r\nRun bload\"cas:\",r\r\n\r\nOr use MAME\r\n\r\nFor example\r\nmame.exe canonv20 -window -uimodekey DEL -cart1 c:\\Retro\\CROSS-LIB\\build\\Xhorde_msx_32k.rom -skip_gameinfo\r\n\r\n-----------------------------------------------------------\r\n\r\n### NICHIBUTSU MY VISION\r\n\r\nUse Mame emulator\r\n\r\ne.g., mame64.exe myvision -window -uimodekey DEL\r\n\r\nAttach the .rom image file as a cartridge\r\n\r\n-----------------------------------------------------------\r\n\r\n### NASCOM\r\n\r\nUse Virtual-Nascom (http://repo.or.cz/w/virtual-nascom.git)\r\n\r\nType virtualnascom [.nas file]\r\n\r\nOnce the monitor is running, enter “E 1000” \r\n\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n### NEC PC-6001\r\n\r\nUse Virtual Nec Trek \r\n\r\nSelect 2 pages at start-up\r\n\r\nType \"cload\"\r\n\r\nSelect cassette image\r\n\r\nType \"run\"\r\n\r\n\r\n---------------------------------------------------------\r\n### Nintendo NES / Famicom \r\n\r\nUse FCEUX (https://tasvideos.github.io/fceux/web/home.html)\r\n\r\nAlternatively Use mednafen and run the following command:\r\n\r\nmednafen.exe -fs 1 FULL_nes.nes\r\n\r\n\r\n---------------------------------------------------------\r\n\r\n### Ohio Scientific C1P\r\n\r\nStart the WinOSI executable (http://osi.marks-lab.com/)\r\n\r\nUnder \"Options\" select \"System Configuration...\".\r\n\r\nSelect \"OSI C1P / Superboard II (600 BOard)\" as machine type.\r\n\r\nOn the \"System ROMs\" tab under \"Specify ROM Type\" select SYN600.\r\n\r\nPress \"OK\"\r\n\r\nUnder \"File\" select \"Attach Serial Input File...\".\r\n\r\nSelect the file \"FULL_osic1p.c1p\".\r\n\r\nIn the emulator window you should see the \"D/C/W/M\" prompt. \r\n\r\nPress \"M\" to run the monitor. You then should see the \"0000 00\" prompt of the machine monitor.\r\n\r\nPress \"l\" (lowercase L). This will load the program and start it.\r\n\r\n\r\n\r\nMemory configs in WinOSI \r\n\r\nOpen Osi.ini\r\n\r\n32K -> RAMTOP=0x7FFF\r\n\r\n8k _> RAMTOP=0x1FFF\r\n\r\n\r\n-------------------------------------------------------------\r\n\r\n### Olivetti M20\r\n\r\nUse Mame\r\n\r\nYou need to attach the floppy image\r\n\r\nmame64.exe m20 -window -flop1 c:\\Retro\\CROSS-CHASE\\build\\FULL_m20_buffered.img\r\n\r\nAt the prompt run with \r\n\r\naout.cmd\r\n\r\n\r\n---------------------------------------------------------\r\n\r\n\r\n### Sanyo PHC-25\r\n\r\nUse https://github.com/hitchhikr/phc25\r\nScreen -> 1 (to get more available memory)\r\ncload\r\nFile->Read tape options->Read tape file->(select file)\r\nrun\r\n\r\n----------------------------------------------------------\r\n\r\n### Senio MAP-1010\r\nYou need to convert the phc file to a wav file.\r\nIn order to do this you can use castool:\r\ncastool convert phc [phc file] [wav output file]\r\n\r\nUse TAKEDA emulator\r\nCLOAD\r\nCMT->Play->select file\r\nrun\r\n\r\n\r\n----------------------------------------------------------\r\n\r\n### MS-DOS 8086\r\nUse DOSBOX.\r\nMap the directory with the .COM binaries to a drive (e.g., C:)\r\nMove to C:\r\nType the name of the .COM file \r\n\r\n----------------------------------------------------------\r\n\r\n### MS-DOS 386\r\nUse DOSBOX.\r\nMap the directory with the .EXE binaries to a drive (e.g., C:)\r\nMove to C:\r\n\r\nYou need CWSDPMI\r\nRun: CWSDPMI -p -s\r\nType the name of the .EXE file \r\n\r\n\r\n------------------------------------------------------------\r\n\r\n### TESLA ONDRA VILI\r\nUse Mame emulator with the ondrav target\r\n\r\ne.g., mame64.exe ondrav -window -uimodekey DEL\r\n\r\nPress ENTER\r\n\r\nAttach .wav image as tape\r\n\r\nStart tape to load and autostart the game\r\n\r\n\r\n------------------------------------------------------------\r\n\r\n### ORIC 1 / ORIC ATMOS\r\n\r\nUse the Oricutron emulator (https://github.com/pete-gordon/oricutron)\r\n\r\nAttach the image.\r\n\r\nRun CLOAD\"\"\r\n\r\n\r\n------------------------------------------------------------\r\n\r\n### ORIC TELESTRAT\r\n\r\nUse the modified version of Oricutron emulator: http://orix.oric.org/download/\r\n\r\nUse the instructions on the link above to boot Orix operating system\r\n\r\nRename the binary file to a short name with no extension\r\n\r\nCopy it into sdcard/bin\r\n\r\nRun the binary by typing its name \r\n\r\n\r\n\r\n------------------------------------------------------------\r\n\r\n### OSCA \r\n\r\nUse the OSCA emulator (http://www.basoft.co.uk/wordpress/emulation/computer-system-emulation/v6z80p/osca-emulator/)\r\n\r\nUse WinImage to inject the .exe binary into a working .img file\r\n\r\nEdit the config.txt to make it point to the modified .img file\r\n\r\nRun by typing the executable name (whitout .exe)\r\n\r\n\r\n\r\n------------------------------------------------------------\r\n\r\n### OZ\r\n\r\n\r\nLaunch vOZ\r\n\r\nDrag oz750.rom on the emulator's windows\r\n\r\nchoose the memory size (256K in my case)\r\n\r\npress ENTER (CTRL key) to exit the display settings\r\n\r\npress ENTER (CTRL key) again\r\n\r\n(optional) Press F6 for brighter display\r\n\r\nDrag .wzd on the emulator's windows\r\n\r\nChoose the program 'slot' from the emulator's dialog window\r\n\r\nPress F5 to select the custom program\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n### NAMCO PUCMAN (PACMAN)\r\n\r\nUse the Mame emulator\r\n\r\nYou need the puckman.zip rom file.\r\n\r\nYou have to replace puckmod with the one generated by CrossLib Makefile.\r\n\r\nRun Mame:\r\n\r\nmame64.exe puckmod -window -uimodekey DEL\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n### PASOPIA 7\r\n\r\nUse Takeda emulator (http://takeda-toshiya.my.coocan.jp/) with the Mame romset\r\n\r\nAttach the disk image\r\n\r\nReset to start the game\r\n\r\n-----------------------------------------------------------\r\n\r\n### PC 8088/8086\r\n\r\nUse qemu-system-i386 to start a bare metal PC 8088/8086 and attach the floppy image\r\n\r\nqemu-system-i386.exe c:\\Retro\\CROSS-CHASE\\build\\FULL_pc8086_turn_based.img\r\n\r\n\r\n---------------------------------------------------------\r\n\r\n### PCE\r\n\r\nUse mednafen and run the following command:\r\n\r\nmednafen.exe -fs 1 TINY_pce.pce\r\n\r\n\r\n---------------------------------------------------------\r\n\r\n### Pecom 32/64\r\n\r\nUse EMMA 02 (https://www.emma02.hobby-site.com/download.html)\r\n\r\nSelect Pecom tab\r\n\r\nClick on START (window may hide the option -> make it bigger)\r\n\r\nClick on LOAD\r\n\r\nGo to the directory with the .hex file\r\n\r\nSelect HEX Files \r\n\r\nChose the .hex file\r\n\r\nType RUN [equivalent to CALL(&0201)]\r\n\r\n\r\n---------------------------------------------------------\r\n\r\n### Hanimex Pencil II \r\n\r\nUse Mame emulator.\r\n\r\nRun mame64.exe pencil2 -window -uimodekey DEL\r\n\r\nAttach the ROM image\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n### NEC PC 8801\r\n\r\nUse the M88 emulator: https://illusioncity.net/PC88/m88eng.rar\r\n\r\nBIOS: https://archive.org/details/m-88.7z\r\n\r\nType:\r\n\r\nMON\r\n\r\nR\r\n\r\nSelect the tape file\r\n\r\nG8A00 to start\r\n\r\n-----------------------------------------------------------\r\n\r\n### PETERS PLUS SPRINTER\r\n\r\nUse SPRINT (http://web.archive.org/web/20040905083237/http://shaos.ru/nedopc/sprinter/sprint.htm)\r\n\r\nrun with something like SPRINTGW.EXE c:\\Retro\\CROSS-CHASE\\build\\FULL_pps.exe\r\n\r\n\r\n---------------------------------------------------------\r\n\r\n### Philips 2000\r\n\r\nUse m2000-allegro5 emulator\r\n\r\nPlace the game file into the same directory as the m2000.exe and rename it into p2000.cas\r\n\r\nIn BASIC execute:\r\n\r\nCLOAD\r\n\r\nRUN\r\n\r\n\r\n\r\n---------------------------------------------------------\r\n### Philips VG 5000\r\n\r\nType CLOAD\r\n\r\nSelect the game file\r\n\r\n\r\n----------------------------------------------------------\r\n### PMD-85\r\n\r\nUse Borik's PMD-85 Emulator (https://pmd85.borik.net/wiki/Emulator)\r\n\r\nSelect the .ptp image file.\r\n\r\nRun\r\n\r\nMGLD 00\r\n\r\nPress the flash button.\r\n\r\nClick on the play button.\r\n\r\nJUMP 0000\r\n\r\n\r\n----------------------------------------------------------\r\n### PRIMO\r\n\r\nUse Mame\r\n\r\ne.g., mame64.exe primoa64 -window -uimodekey DEL\r\n\r\nUse Quickload to load the .pp image\r\n\r\n\r\n----------------------------------------------------------\r\n### Robotron KC 85/2, 85/3, 85/4, 85/5, HC 900\r\n\r\nUse the JKCEMU emulator.\r\n\r\nClick on \"Extra\" tab.\r\n\r\nChoose \"Einstellungen\"\r\n\r\nSelect your target (e.g., KC 85/5)\r\n\r\nPress \"Uebernehmen\" and then \"Schliessen\"\r\n\r\nLoad file with \"Datei\" -> \"Laden\" -> Select File -> \"Starten\"\r\n\r\n\r\n\r\n----------------------------------------------------------\r\n\r\n### Robotron Z 1013\r\n\r\nUse J1013 emulator (http://www.jens-mueller.org/j1013/download.html):\r\n\r\n1. Press Datei->Laden\r\n\r\n2. Select binary\r\n\r\n3. Press Starten\r\n\r\n\r\n\r\n\r\n---------------------------------------------------------\r\n\r\n### Robotron Z 9001\r\n\r\nUse the JKCEMU emulator.\r\n\r\nClick on the \"Extra\" tab.\r\n\r\nChoose \"Einstellungen\"\r\n\r\nSelect Z9001\r\n\r\nPress \"Uebernehmen\"\r\n\r\nPress \"Schliessen\"\r\n\r\nLoad file with \"Datei\"->\"Laden\"\r\n\r\nSelect file \r\n\r\nClick \"Starten\"\r\n\r\n-------------------------------------------------------------\r\n\r\n### S-OS\r\n\r\nUse sword05 (http://www.retropc.net/ohishi/s-os/sword05.lzh)\r\n\r\nPlace the file (a.obj) in the same directory as the emulator\r\n\r\n(no space)La.obj\r\n\r\n(no space)J 3000\r\n\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n### SAMSUNG SPC-1000\r\n\r\nUse ESPC emulator\r\n\r\nType \"LOAD\"\r\n\r\nCMT -> Play -> Select file\r\n\r\nCMT -> Play button\r\n\r\n\r\n\r\n\r\n---------------------------------------------------------\r\n\r\n### SEGA MSTER SYSTEM\r\n\r\nUse Kega Fusion Emulator (https://segaretro.org/Kega_Fusion)\r\n\r\nFile -> Load MasterSystem ROM -> Select .sms file\r\n\r\nor\r\n\r\nUse Emulitious (https://emulicious.net/)\r\n\r\nFile -> Open File -> Select .sms file\r\n\r\n---------------------------------------------------------\r\n\r\n### SEGA SC 3000\r\n\r\nUse the MESS emulator\r\n\r\nRun mess with \r\n\r\nmess64.exe sc3000 -cart1 .sc -cass1 FULL_sc3000_32k.wav\r\n\r\nInside the emulator type:\r\n\r\nLOAD\r\n\r\nRUN\r\n\r\n\r\n\r\n---------------------------------------------------------\r\n\r\n### Sharp MZ\r\n\r\nUse mz800Emu\r\n\r\nPress C\r\n\r\nSelect .mzf file\r\n\r\n----------------------------------------------------------\r\n\r\n### SHARP X1\r\n\r\nUse Takeda X1 emulator (you need the roms)\r\n\r\n1. Start the emulator.\r\n\r\n2. Click on FD0.\r\n\r\n3. Select the disk image\r\n\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n### SHARP PC G850\r\n\r\nUse g800win32 emulator (http://ver0.sakura.ne.jp/pc/)\r\n\r\ng800.exe -machine=200 c:\\Retro\\CROSS-CHASE\\build\\FULL_g800_turn_based.ihx\r\n\r\nType \"G100\"\r\n\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n### ZX SPECTRUM NEXT\r\n\r\nUse CSPECT emulator (http://www.cspect.org/)\r\n\r\nPress F2\r\n\r\nSelect .nex binary to load and start it\r\n\r\n-------------------------------------------------------------\r\n\r\n### Sinclair QL\r\n\r\nUse QPC https://www.kilgus.net/qpc/ \r\n\r\nRename the binary to something short, e.g., xchase\r\n\r\nType the following commands to add the necessary meta-data and have the binary inside the emulated Sinclair QL\r\n\r\n\"\r\nf$=“dos1_“\r\n\r\nl=FLEN(\\f$)\r\n\r\nmem=RESPR(l)\r\n\r\nLBYTES f$,mem\r\n\r\nSEXEC ram1_,mem,l,\r\n\"\r\n\r\n(*) dataspace has to be big enough, i.e., bigger than what the compiler shows as output.\r\n\r\nA possible value is 4096.\r\n\r\nNow the ram1 disk has the executable binary inside the QL. Select ram1 and then the game to start\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n\r\n### SONY SMC-77\r\n\r\nUse Takeda emulator with Mame roms.\r\n\r\nInsert the boot disk into the first floppy drive and the game disk in the second one\r\n\r\nB:\r\n\r\nRun the binary inside B: (no extension)\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n### SORD M5\r\n\r\nUse MESS/MAME\r\n\r\nYou need the basic-i rom somewhere in your file system\r\n\r\nYou could run:\r\n\r\nMess 0.191\r\nROM:\r\nmess64.exe m5 -window -ramsize 36k -cart1 c:\\Retro\\CROSS-LIB\\build\\Xbomber_m5_rom.rom\r\n\r\n|Tape:\r\nmess64.exe m5 -window -ramsize 36k -cart1 basic-i\\basic-i.rom -cass c:\\Retro\\CROSS-LIB\\build\\Xbomber_m5.cas\r\n\r\nor \r\n\r\nmess64.exe m5 -uimodekey DEL -cart1 basic-i\\basic-i.rom -ramsize 36k -window\r\n\r\nYou need to insert the tape\r\n\r\nType TAPE\r\n\r\nPress ESC\r\n\r\n\r\n---------------------------------------------------------\r\n\r\n### SUPERVISION\r\n\r\nUse Potator (https://emulationrealm.net/downloads/file/235-potator)\r\n\r\nUse arrows for movements and C for fire\r\n\r\n\r\n---------------------------------------------------------\r\n\r\n### SONY SV 8000\r\n\r\nUse the Mame emulator.\r\n\r\ne.g., mame64.exe sv8000 -window -uimodekey DEL\r\n\r\nAttach the .rom cartridge image to start the game.\r\n\r\n---------------------------------------------------------\r\n\r\n### DICK SMITH SUPER 80\r\n\r\nUse the Mame emulator\r\n\r\ne.g., mame64.exe super80 -window -uimodekey DEL\r\n\r\nUse quickload to load and start the game\r\n\r\n---------------------------------------------------------\r\n\r\n### DICK SMITH SUPER 80R\r\n\r\nUse the Mame emulator\r\n\r\ne.g., mame64.exe super80r -window -uimodekey DEL\r\n\r\nUes quickload to load and start the game\r\n\r\n-----------------------------------------------------------\r\n\r\n### TATUNG EINSTEIN\r\n\r\nWith +cpm -subtype=einstein\r\n\r\na .dsk will be produced that can be used in combination with dos80.dsk.\r\n\r\n-flop1 dos80.dsk -flop2 [created image]\r\n\r\nOnce booted, type:\r\n\r\n1:\r\nAPP.COM\r\n\r\n\r\n----------\r\n\r\nUSE EDIP1 1e (http://www.einstein.talktalk.net/edip.html?showpage=true)\r\n\r\nto insert the .COM file into a disk image:\r\n\r\n0. Rename your file such that no special characters (no underscore) are present\r\n\r\n1. Run EDIP 1e\r\n\r\n2. Select DOS80.DSK\r\n\r\n3. Click on CREATE BLANK -> Name your disk image\r\n\r\n4. Select DOS TATUNG XTAL...\r\n\r\n5. Press SELECT -> Select File\r\n\r\n6. Press SELECT -> Cancel -> Quit\r\n\r\n\r\nUse MAME/MESS:\r\n\r\n1. mame64.exe einstein -window -uimodekey DEL -flop1 c:\\Emulation\\Mame\\EDIP1e\\XCHASE.DSK\r\n\r\n2. run the .COM file by typing its name\r\n\r\n\r\n---------------------------------------------------------\r\n\r\n### Telmac TMC-600\r\n\r\nUse EMMA 02 (https://www.emma02.hobby-site.com/download.html)\r\n\r\nSelect telmac tab.\r\n\r\nSelect TMC-600\r\n\r\nClick on START (window may hide the option -> make it bigger)\r\n\r\nClick on LOAD\r\n\r\nGo to the directory with the .hex file\r\n\r\nSelect HEX Files \r\n\r\nChose the .hex file\r\n\r\nType RUN [equivalent to CALL(@6300)]\r\n\r\n\r\n-------------------------------------------------------------\r\n\r\n### Thomson MO5/MO6/Prodest PC 128\r\n\r\n- Tape\r\n\r\nUse DCMOTO\r\n\r\nSelect Mo5 or Mo6 or Prodest PC 128\r\n\r\nBASIC 1.0\r\n\r\nAttach .k7 image\r\n\r\nType\r\n\r\nLOADM\r\n\r\nEXEC\r\n\r\n\r\n\r\nBASIC 128 (Mo6/Prodest PC 128)\r\n\r\nAttach .k7 imloadage\r\n\r\nType\r\n\r\nLOADM\"CASS:\",&H600\r\n\r\nEXEC\r\n\r\nor\r\n\r\nLOADM\"CASS:\",&H600,R\r\n\r\n\r\n\r\n-------------------------------------------------------------\r\n\r\n### Thomson TO7/TO8/TO9\r\n\r\n- Disk .sap image\r\n\r\nUse DCMOTO\r\n\r\nSelect T08D\r\n\r\nAttach .sap image\r\n\r\nType\r\n\r\nloadm \"XLIB.bin\"\r\n\r\nexec\r\n\r\n\r\nIn order to load at an address lower than $A000 by bytes, you need to use CLEAR:\r\n\r\nCLEAR ,,,&h8000\r\n\r\nloadm \"XLIB.bin\",\r\n\r\nexec\r\n\r\nExample 1:\r\nCross Snake may need to be loaded at a lower start address than $A000, so you need to do:\r\n\r\nCLEAR ,,,&h8000\r\n\r\nloadm \"XLIB.bin\",-1024\r\n\r\nExample 2:\r\nCross Shoot may need even more memory than Cross Snake. So you need to do:\r\n\r\nCLEAR ,,,&H7FFF\r\n\r\nLOADM\"0:FULL_TO7.bin\",-&HA000\r\n\r\nEXEC\r\n\r\n-----------------------------------------------------------\r\n\r\n### TI-82\r\n\r\nUse the VTI emulator\r\n\r\n1. Load the Crash Shell into the calculator\r\n\r\n- 2nd + x,T,\\theta (LINK)\r\n\r\n- Select Receive\r\n\r\n- Drop Crash .82b \r\n\r\n- 2ND + ON (OFF) \r\n\r\n- ON (+ SAVE STATE to start from this point next time)\r\n\r\n\r\n\r\n2. Load the game\r\n\r\n- 2nd + x,T,\\theta (LINK)\r\n\r\n- Select Receive\r\n\r\n- Drop .82p file\r\n\r\n- 2ND + ON (OFF) \r\n\r\n- ON (+ SAVE STATE to start from this point next time)\r\n\r\n\r\n\r\n3. Run the game\r\n\r\n- PRGM\r\n\r\n- Select Crash (NOT the game)\r\n\r\n- Select the game\r\n\r\n\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n### TI-83\r\n\r\nUse the VTI emulator\r\n\r\n1. Load the Ion Shell into the calculator\r\n\r\n- 2nd + x,T,\\theta,\\pi (LINK)\r\n\r\n- Select Receive\r\n\r\n- Drop .83b Ion 1.5 or 1.6 file\r\n\r\n- 2ND + ON (OFF) \r\n\r\n- ON (+ SAVE STATE to start from this point next time)\r\n\r\n\r\n\r\n2. Load the game\r\n\r\n- 2nd + x,T,\\theta,\\pi (LINK)\r\n\r\n- Select Receive\r\n\r\n- Drop .83p file\r\n\r\n- 2ND + ON (OFF) \r\n\r\n- ON (+ SAVE STATE to start from this point next time)\r\n\r\n\r\n3. Run the \"a\" application\r\n\r\n- PRGM\r\n\r\n- Select A \r\n\r\n\r\n4. Run the game\r\n\r\n- PRGM\r\n\r\n- Select Ion (NOT the game)\r\n\r\n- Select the game\r\n\r\n\r\n\r\nAlternative load instructions:\r\n\r\n\r\n- Use VTI 2.5 beta 4 or beta 5.\r\n\r\n- Select TI83 (v1.07)\r\n\r\n- Reset calculator (MEM CLEARED)\r\n\r\n- 2nd, LINK, RECEIVE (do not press ENTER, yet)\r\n\r\n- Look for ION.83G (memory dump)\r\n\r\n- Press ENTER on ION\r\n\r\n- Drag the file onto VTI\r\n\r\n- Transmission error. Retry.\r\n\r\n- PRGM -> ION (see prgmION) -> press Enter (INSTALLED)\r\n\r\n- Compile your program with a name different from default abc80\r\n\r\n- Transfer program as done with ION.83G\r\n\r\n- Start the shell and program\r\n\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n### TI-85\r\n\r\nUse the VTI emulator\r\n\r\n1. Load the Rigel Shell into the calculator\r\n\r\n- 2nd + X-Var (LINK) + F2 \r\n\r\n- Drop Rigel memory backup file\r\n\r\n- 2ND + ON (OFF) \r\n\r\n- ON (+ SAVE STATE to start from this point next time)\r\n\r\n\r\n2. Load the game\r\n\r\n- 2nd + X-Var (LINK) + F2 \r\n\r\n- Drop the .85s game binary\r\n\r\n\r\n\r\n3. Run the game\r\n\r\n- Custom + F1 (to select Rigel)\r\n\r\n- Select the game\r\n\r\n\r\n\r\nAlternative instructions:\r\n\r\n- Install the emulator program VTI.\r\n\r\n- Download the TI85.ROM and put it into VTI directory.\r\n\r\n- Download and extract Rigel Shell.\r\n\r\n- Start VTI. Select TI85.\r\n\r\n- Click 2nd Link, then press F2 to receive.\r\n\r\n- Right Mouse click and choose Send File to VTI. Choose the file rigel.85b from the Backups directory of the Rigel Shell.\r\n\r\n- Quickly press F1 to confirm Warning about Memory backup, before transmission error message.\r\n\r\n- Click 2nd OFF On, to init the Rigel Shell.\r\n\r\n- Click 2nd Link, then press F2 to receive.\r\n\r\n- Right Mouse click and choose Send File to VTI. Select spice.85s.\r\n\r\n- Click 2nd OFF On, to init the Rigel Shell.\r\n\r\n- Click Custom, then F1, and select SPICE program.\r\n\r\n\r\nQUICK\r\n\r\n- Load Rigel savestate \r\n\r\n- Click 2nd OFF On\r\n\r\n- Click 2nd Link, then press F2 to receive.\r\n\r\n- Right Mouse click and choose Send File to VTI. Choose the .85s file\r\n\r\n- Click 2nd OFF On, to init the Rigel Shell.\r\n\r\n- Click Custom, then F1, and select A program.\t\r\n\r\n\t\r\n\t\t\r\n\t\r\n-----------------------------------------------------------\r\n\r\n### TI-86\r\n\r\nUse Wabbitemu\r\n\r\nYou can load the .86p files by directly dragging them on VTI, \r\nno need to go through the 'link\" sequence, they'll be pushed in the TI86 memory.\r\n\r\n- So, first drag InstLASM.86p, \r\n\r\n- then enter: `asm(InstLASM)`\r\n\r\n- press `F5` and confirm the reset process\r\n\r\n- once you get the message \"MEM CLEARED\", \r\n\r\n- drag LargeLd.86p on the calculator.\r\n\r\n- Now you can upload *ONE SINGLE* \"big\" executable (built with the LASM startup option), just drag it on the calculator.\r\n\r\n- To run: asm(LargeLd)\r\n\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n### TI99/4A\r\n\r\nUse Classic99 (http://www.harmlesslion.com/cgi-bin/onesoft.cgi?1).\r\n\r\nEA5 files are loaded as follows:\r\n\r\n- Have one of the disks, e.g DSK1., point to the directory that contains the EA5 file: DSK1-> Set DSK1 -> Disk Type: FIAD\r\n\r\n- Go to Cartridge->Apps->Editor/Assembler\r\n\r\n- Press 2 to enter the Editor/Assembler\r\n\r\n- Press 5 to run a file\r\n\r\n- Enter DSK1.(file name)1\r\n\r\nExample: DSK1.XCHASE1 -> loads Cross Chase\r\n\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n\r\n### TIKI-100\r\n\r\nUse TIKI-100_emul (http://www.djupdal.org/tiki/emulator/)\r\n\r\nAttach the image and type: \r\n\r\na \r\n\r\nfolowed by enter.\r\n\r\n\r\n----------------------------------------------------------\r\n\r\n### TRS-80 MC-10\r\n\r\nUse VMC-10 emulator (https://github.com/PhoenixInteractiveNL/emuDownloadCenter/wiki/Emulator-virtualmc10#downloads)\r\n\r\nEnable 16k (at least): Configure -> Memory -> 16k\r\n\r\nRun:\r\n\r\n\r\nCLOADM\r\n\r\nLoad the .c10 file: File->Play cassette file\r\n\r\nRun:\r\n\r\nEXEC\r\n\r\n\r\n\r\n----------------------------------------------------------\r\n\r\n\r\n### TRS-80 Model 1/2/4\r\n\r\n.cas version:\r\n\r\nIf you use trs80gp-1.8\r\n\r\nType enter to get to the console\r\n\r\nUse load option\r\n\r\n\r\n\r\nIf you use trs32\r\n\r\n\r\n\r\n.cas version:\r\n\r\nUse trs32 emulator.\r\n\r\nType L+enter at Cass?\r\n\r\nType enter at Memory?\r\n\r\nType System\r\n\r\nAttach .cas\r\n\r\nShow cassette\r\n\r\nType ../BUI\r\n\r\nPress PLAY\r\n\r\nWait...\r\n\r\nPress / + enter to start\r\n\r\n\r\n\r\n.cmd version:\r\n\r\nGet to BASIC prompt\r\n\r\nFile->Run-> Select .cmd file\r\n\r\n\r\n\r\n\r\n----------------------------------------------------------\r\n\r\n### VIDEOTON TVC\r\n \r\nUse WinTVC emulator (http://gaia.atilia.eu/downloads/)\r\n\r\nStart the emulator and wait until the BASIC prompt\r\n\r\nLoad the .cas file with \"CAS direkt betoeltese\"\r\n\r\nType \"run\" to start\r\n\r\n\r\n\r\n-----------------------------------------------------------\r\n\r\n\r\n### VECTOR 06C\r\n\r\nUse E3000 emulator http://www.emulator3000.org/e3.htm\r\n\r\nSelect the binary to load and run it.\r\n\r\n\r\n----------------------------------------------------------\r\n\r\n### VTECH Laser 500\r\n\r\nUse the online Laser500emu (https://nippur72.github.io/laser500emu/).\r\n\r\nDrop the .bin or .wav file onto the browser window\r\n\r\n\r\n----------------------------------------------------------\r\n\r\n### Z80 TV GAME\r\n\r\nUse Takeda emulator with Mame roms\r\n\r\nStart the game: Cart -> Insert -> Select .rom image file \r\n\r\nInput: Host -> Input -> Joystick1 -> Redefine keys\r\n\r\n\r\n\r\n"
},
{
"path": "docs/HOW_TO_LOAD_THE_GAME_ON_REAL_HARDWARE.md",
"content": "## Loading the game into a real vintage system\r\nThe loading procedure depends on the systems and the format used to store the game. \r\n\r\n- Most vintage systems used cassette players. For such systems the .wav or any other reproducible format (e.g., mp3) \r\nis the easiest solution because it can be played by a PC or smartphone connected to the audio in of the vintage system.\r\nIf a different format is produced, we suggest the use of a tool to convert into a playable.\r\nIf the emulator supports the creation of .wav files, one way to do this is to use the `save` or equivalent BASIC command.\r\n- Several vintage systems use floppy disks. \r\nSome hardware solutions (e.g., XUM1541 cables for the Commodore 8-bit series) can be used to transfer disk images into real disks. \r\nSome other hardware solutions (SD2IEC for the Commodore 8-bit series, SI2SD for the Atari 8-bit series) allow the use disk images by a vintage system.\r\n- Some other systems use cartridges. Cartridge images can be store into EPROMs or can be used directly by some special hardware (e.g., EasyFlash for the Commodore 64).\r\n"
},
{
"path": "docs/INSTALL.md",
"content": "## NO LOCAL INSTALLATION\r\n\r\nHaving a Dockerfile and a devcontainer configuration means that anyone with a GitHub account can just clone this repository and run it with GitHub CodeSpaces (free of charge with some restrictions): https://github.com/codespaces.\r\n\r\n-------------------------------------------\r\n\r\n## LOCAL DOKCER WITH A PRE-BUILD DOCKER IMAGE\r\n\r\nYou can pull and run the latest pre-build image with\r\n```\r\ndocker run -it -v {cross-lib_location}:/usr/src/cross-lib ghcr.io/cross-lib/devcontainers/base:1.0.5-ubuntu\r\n```\r\nwhere {cross-lib_location} could be something like: *c:\\sources\\cross-lib*.\r\n\r\nOnce in the docker container, you can enter the *src* directory with *cd /usr/src/cross-lib/src* and \r\nuse the *xl* script, e.g., *./xl stinger cc65*.\r\n\r\nOr just pull the pre-build image with\r\n```\r\ndocker pull ghcr.io/cross-lib/devcontainers/base:1.0.5-ubuntu\r\n```\r\n\r\nAn older image can be pulled here\r\n```\r\ndocker pull fabriziocaruso:crosslib:0.1\r\n```\r\n\r\nand follow the same instructions as for docker image built from a dockerfile.\r\n\r\n-------------------------------------------\r\n\r\n## LOCAL DOCKER WITH THE DOCKERFILE\r\n\r\nThe dockerized version of Cross-Lib can used by \r\n- cloning this repository into a directory (let us refer to it as ``);\r\n- building the docker image that contains the dependencies by running the command \r\n\r\n```docker build . -t crosslib:```;\r\n\r\nfrom the `/CROSS-LIB/.devcontainer` directory.\r\n\r\n- running the docker container and mapping the cloned repository into a directory (e.g. `/workspaces/crosslib`) in the container with\r\n\r\n```docker run -it -v :/workspaces/crosslib --env-file /.devcontainer/container.env crosslib: bash```\r\n- (once in the docker container) by entering `workspaces/crosslib/src` and running `xl` commands.\r\n\r\n-------------------------------------------\r\n\r\n## LOCAL NON-DOCKER INSTALLATION - PREREQUISITES\r\n\r\nCross-Lib is meant to be used under a POSIX environment (Windows+Cygwin, Linux, etc.).\r\n\r\nIn order to be able to build the games and tests on all `default targets` you need:\r\n- GNU `make`\r\n- `python` (2.x or 3.x)\r\n- `gcc` and `ncurses` (necessary only for native builds)\r\n- cross-compilers (necessary to build for vintage targets)\r\n- `java` only to build disk images for the Apple//e, Apple\\]\\[ and the Agat 7/9 targets\r\n- `perl` only to build cassette images for the CoCo 1/2 and Dragon 32/64 targets\r\n\r\nFor the compilers to work, you may need to add the location of their binaries to the `$PATH` environment variable and to add the execution rights to those binaries.\r\nIf the compiler's binary cannot be found, you may have to set their paths in: `src\\makefiles.common\\auxiliary/Makefile_compilers`, e.g., `Z88DK_PATH`, `LCC1802_PATH`, etc..\r\n\r\nFor more details on the prerequisites we refer to: \r\n\r\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/blob/master/docs/PREREQUISITES.md\r\n\r\n\r\n-------------------------------------------\r\n## LOCAL NON-DOCKER INSTALLATION OF THE TOOL-CHAIN\r\n\r\nThe tool-chain Cross-Lib can be installed on different POSIX-compliant environments.\r\nIt has been tested on:\r\n- Windows (7, 10) + `Cygwin`\r\n- Windows Subsystem for Linux\r\n- MacOS X\r\n- Linux Ubuntu 18.04 under the Windows Subsystem\r\n- Linux (KUbuntu 18.04, Lubuntu 21.10) \r\n- FreeBSD 13.0\r\n\r\nCross-Lib itself does not require any installation. It is just a source library and scripts that is ready to be used as is, by just downloading or cloning the content of this repository.\r\nFor example you can do it by:\r\n\r\n```\r\ngit clone https://github.com/Fabrizio-Caruso/CROSS-LIB.git\r\n```\r\n\r\nIn order to use Cross-Lib you will need to install the prerequisites described in the previous section. \r\nThe way these prerequisites are installed vary depending on the environment.\r\n\r\n### Under Windows + Cygwin\r\nFor Windows + Cygwin the tested and verified installation procedure uses:\r\n- `Cygwin` setup to install `gcc`, `make`, `python`, `java`\r\n- `CC65` is installed under Windows by just downloading and decompressing its snapshot (https://sourceforge.net/projects/cc65/).\r\n- `Z88DK` is installed under Windows by downloading and decompressing its latest nightly build (http://nightly.z88dk.org/).\r\n- `CMOC` and `ACK` are installed from sources. Look at the installation procedure under Linux for the details.\r\n- `LCC1802` is installed under Windows by simply decompressing its released binary version (https://github.com/bill2009/lcc1802/releases).\r\n\r\n### Under Linux\r\nFor Linux (native or under the Windows Subsystem), the tested and verified procedure both standard repositories and installation from sources.\r\n\r\nA detailed procedure for recent Ubuntu distributions is described here: \r\n\r\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/blob/master/docs/LINUX_SETUP.md\r\n\r\n\r\n\r\n### ACKNOWLEDGEMENTS\r\n\r\n\r\nThanks to Alex Thissen, a version of Cross-Lib with (Z88DK, CC65, CMOC and native compilers) is available as a Docker image (to be built by using the provided Dockerfile) with a devcontainer configuration.\r\n\r\n\r\n\r\n\r\n\r\n\r\n"
},
{
"path": "docs/LICENCE.txt",
"content": "This software is provided 'as-is', without any express or implied warranty.\r\nIn no event will the authors be held liable for any damages arising from\r\nthe use of this software.\r\n\r\nPermission is granted to anyone to use this software for non-commercial applications, \r\nsubject to the following restrictions:\r\n\r\n1. The origin of this software must not be misrepresented; you must not\r\nclaim that you wrote the original software. If you use this software in\r\na product, an acknowledgment in the product documentation would be\r\nappreciated but is not required.\r\n\r\n2. Altered source versions must be plainly marked as such, and must not\r\nbe misrepresented as being the original software.\r\n\r\n3. This notice may not be removed or altered from any source distribution.\r\n"
},
{
"path": "docs/LINUX_SETUP.md",
"content": "# CROSS-LIB SET-UP UNDER LINUX\r\n\r\nWe give here the procedure to install Cross-Lib and its dependencies under Linux.\r\nIn particular this procedure is the one I have used under LUBUNTU 21.10.\r\nOn other distributions the same procedure or a similar one can be used depending on how packages are handled.\r\nEven under Windows with Cygwin many of these steps are similar but the way packages are installed is very different (i.e., using Cygwin's `setup.exe`).\r\n\r\nWe do not cover *all* supported compilers here. We only fully covered the fully supported ones under Linux.\r\nIn particular we describe how to install:\r\n- `GCC` for native compilation\r\n- `CC65` for MOS 6502-based targets\r\n- `Z88DK` for Zilog 80, Intel 8080-based targets\r\n- `CMOC` for Motorola 6809-based targets\r\n\r\nWe give some information on how to install some experimentally supported compilers:\r\n- `ACK` for Intel 8088-based targets and other targets (partially supported and currently only used for one game)\r\n- `LCC1802` for RCA COSMAC 1802-based targets (with only experimental support under Linux)\r\n\r\n-----------------------------\r\n## Python Installation\r\n\r\nThe whole tool-chain uses heavily Python scripts. So we need Python to do anything. \r\nPython 2.7 or Python 3.X can used.\r\n\r\nUnder any recent Ubuntu distribution, Python is trivially installed with:\r\n```\r\nsudo apt install python\r\n```\r\n\r\n-----------------------------\r\n## Enable builds for the host \r\n\r\nNative builds can be performed as long as an ANSI C compiler and the `ncurses` libraries are installed.\r\nBy default Cross-Lib expects `gcc` to be the native compiler.\r\nA different one can be used (including a non-native one, which would defeat the purpose of a native compiler).\r\nIn order to select a different compiler edit the `NATIVE_CC` variable in `src/makefiles.common/auxiliary/Makefile.compilers`.\r\n\r\nThe `gcc` compiler may be pre-installed. In not present, `gcc` is trivially installed with\r\n```\r\nsudo apt install gcc\r\n```\r\n\r\nThe `ncurses` libraries can be installed with:\r\n```\r\nsudo apt install libncurses5-dev libncursesw5-dev\r\n```\r\n\r\nThe native target is the default target for the script command `xl build`.\r\nThis makes it possible to try and debug the code natively if desired. No emulator and no cross-compiler is necessary to start using Cross-Lib.\r\nCurrently the native target is just an ncurses-enabled terminal target. So no graphics. Only ASCII characters will be displayed.\r\n\r\nSo you can use Cross-Lib to build old and new games and to create new ones by using the `xl` command and by providing no target or equivalently the `ncurses` target.\r\n\r\n\r\nTo get started you can build some of the games by using `xl build [name of the game or test]`. \r\n\r\nExample:\r\nThe following commands will be three games for the native target:\r\n```\r\nxl build bomber\r\nxl build snake\r\nxl build horde\r\n```\r\n\r\n\r\n\r\n-----------------------------\r\n## Enable builds for MOS 6502-based targets \r\n\r\nNearly all MOS 6502-based targets supported by Cross-Lib rely on `CC65`. Very few others experimental targets use `VBCC`.\r\n\r\nOn very recent Ubuntu distributions we can install `CC65` by just:\r\n```\r\nsudo apt install cc65\r\n```\r\n\r\nIn order to build disk images for the `Apple][` and `Apple//e` targets we need `java`, which we can install with:\r\n```\r\nsudo apt install openjdk-17-jre-headless\r\n```\r\n\r\n\r\n-----------------------------\r\n## Enable builds for Motorola 6809-based targets\r\n\r\nCross-Lib relies on `CMOC` for all its supported Motorola 6809-targets. \r\nIn order to install `CMOC` you can use build from its source code and follow its simple installation procedure.\r\n\r\nFirst of all you need to download `LWTOOLS` (the linker) from http://www.lwtools.ca/, and install it with\r\n\r\n```\r\nmake\r\nsudo make install\r\n```\r\n\r\nThen you download `CMOC`'s source code from http://perso.b2b2c.ca/~sarrazip/dev/cmoc.html and install it with:\r\n```\r\napt install bison\r\napt install flex\r\n\r\nconfigure\r\nmake\r\nsudo make install\r\n```\r\n----------------------\r\n\r\n## Enable builds for targets based on Zilog 80 and Intel 8080 \r\n\r\nCross-Lib relies on the `Z88DK` dev-kit for all its targets based on the Zilog 80, Intel 8080/5, and GBZ80.\r\n`Z88DK` contains two separate cross-compilers: `SCCZ80` and `ZSDCC`. Using `SCCZ80` is enough to build most Cross-Lib targets.\r\nSo the installation of `ZSDCC` is not strictly necessary to build new games.\r\n\r\nHere we describe how to download and install `Z88DK` from its source code.\r\n\r\n### Z88DK dependencies\r\nIn order to be able to compile the source you have to install the following packages by running `apt install [list of packages]`:\r\n\r\n```\r\napt install\r\n build-essential\r\n dos2unix\r\n libboost-all-dev\r\n texinfo\r\n texi2html\r\n libxml2-dev\r\n subversion\r\n bison\r\n flex\r\n zlib1g-dev\r\n m4\r\n```\r\n\r\n\r\n### Installation from source code\r\nIn order to download `Z88DK`'s source code you can run:\r\n```\r\nwget http://nightly.z88dk.org/z88dk-latest.tgz\r\n```\r\nand then decompress it with:\r\n```\r\ntar -xzf z88dk-latest.tgz\r\n```\r\n\r\nYou can now start the build process by using the `build.sh` script:\r\n```\r\ncd z88dk\r\nexport BUILD_SDCC=1\r\nchmod 777 build.sh\r\n./build.sh\r\n```\r\n\r\nIn order to finalize the installation and to be able to use Z88DK from any location you need to set the following environment variables:\r\n```\r\nexport PATH=${PATH}:${HOME}/z88dk/bin\r\nexport ZCCCFG=${HOME}/z88dk/lib/config\r\n```\r\n\r\n----------------------------------------------------------\r\n## Enable builds for RCA COSMAC 1802-based targets\r\n\r\nThe build process for RCA COSMAC 1802-based targets relies on the `LCC1802` compiler.\r\n\r\nThis has not been tested, yet, under Linux.\r\n\r\nIts installation procedure under Linux is described in:\r\n\r\nhttps://github.com/bill2009/lcc1802\r\n\r\n----------------------------------------------------------\r\n\r\n## Enable builds for Intel 8088-based targets \r\n\r\nIn order to use Cross-Lib for targets based on the Intel 8088 and some other 16 and 32-bit vintage targets you can use `ACK`.\r\nSupport for these targets is currently only experimental.\r\n\r\n`ACK` can be downloaded from https://github.com/davidgiven/ack.\r\n\r\nIt depends only on `flex` and `yacc` or `bison` and it is installed with:\r\n```\r\nmake\r\nsudo make install\r\n```\r\n\r\n\r\n"
},
{
"path": "docs/MSDOS_big_banging.txt",
"content": "Skip to content\r\nChat history\r\nYou said:\r\nHow can I produce sounds with the speaker by big banging in msdos 8086?\r\nChatGPT said:\r\n\r\nOn an 8086 under MS-DOS you can produce sound with the PC speaker in two different ways:\r\n\r\n Correct way (using the PIT timer, channel 2) – stable tone\r\n\r\n True “bit banging” – manually toggling the speaker line for crude square waves\r\n\r\nBelow are both methods with full explanations and sample 8086 code.\r\n✅ 1. REAL MODE / MS-DOS PC SPEAKER USING PIT (recommended)\r\n\r\nThe PC speaker is controlled by:\r\nFunction\tPort\r\nPIT channel 2 control\t43h\r\nPIT channel 2 data\t42h\r\nSpeaker gate + data enable\t61h\r\n→ Steps to play a tone:\r\n\r\n Program PIT channel 2 for square-wave mode.\r\n\r\n Load divisor into port 42h (frequency = 1,193,180 / divisor).\r\n\r\n Enable speaker bit 0 and 1 in port 61h.\r\n\r\n Delay.\r\n\r\n Turn off speaker.\r\n\r\nExample: 1 kHz tone\r\n\r\n; ====== Play 1 kHz tone ======\r\n; PIT clock = 1,193,180 Hz\r\n; divisor = 1193180 / 1000 ≈ 1193 = 04A9h\r\n\r\n mov al, 0B6h ; Channel 2, lobyte/hibyte, mode 3 (square wave)\r\n out 43h, al\r\n\r\n mov ax, 1193\r\n out 42h, al ; Low byte\r\n mov al, ah\r\n out 42h, al ; High byte\r\n\r\n ; Enable speaker (bits 0 and 1 of port 61h)\r\n in al, 61h\r\n or al, 03h\r\n out 61h, al\r\n\r\n ; ---- Delay loop ----\r\n mov cx, 0FFFFh\r\n.delay:\r\n loop .delay\r\n\r\n ; Disable speaker\r\n in al, 61h\r\n and al, 0FCh ; clear bits 0 and 1\r\n out 61h, al\r\n\r\nThis produces a clean, stable square wave.\r\n✅ 2. TRUE “BIT BANGING” (no PIT)\r\n\r\nThis is closer to the literal meaning of bit-banging: you manually drive the speaker by flipping bit 1 of port 61h at the desired rate.\r\n\r\nThe PC speaker is connected to bit 1 (value 2) of port 61h.\r\n→ Principle\r\n\r\nFlip bit 1 rapidly:\r\n\r\n0 → 1 → 0 → 1 → 0 → …\r\n\r\nThe switching speed = frequency × 2.\r\n\r\nSo for a 1 kHz tone, toggle 2000 times per second.\r\nExample: crude software-generated square wave\r\n\r\n; ====== Bit-banged speaker tone ======\r\n\r\n in al, 61h\r\n or al, 01h ; enable speaker gate\r\n out 61h, al\r\n\r\n mov bx, 2000 ; number of toggles (duration)\r\n\r\nbitloop:\r\n in al, 61h\r\n xor al, 02h ; toggle speaker data bit (bit 1)\r\n out 61h, al\r\n\r\n ; small delay to control pitch\r\n mov cx, 80\r\ndelay:\r\n loop delay\r\n\r\n dec bx\r\n jnz bitloop\r\n\r\n ; turn off speaker\r\n in al, 61h\r\n and al, 0FCh\r\n out 61h, al\r\n\r\nThis method:\r\n\r\n gives you full control\r\n\r\n but tone quality is rough\r\n\r\n pitch depends on CPU speed (so unstable on fast machines or emulators)\r\n\r\nChoosing a method\r\nMethod\tPros\tCons\r\nPIT (hardware)\tstable, accurate, classic PC speaker tone\tslightly more code\r\nBit banging\tunlimited waveforms, educational, works without PIT\tcrude, speed-dependent\r\n\r\nIf you want, I can also provide:\r\n\r\n A macro-based sound library\r\n\r\n C-callable 8086 routines\r\n\r\n A bit-banged melody player\r\n\r\n A PIT-based music routine using int 08h (timer interrupts)\r\n\r\n\r\nChatGPT can make mistakes. Check important info. See Cookie Preferences.\r\n"
},
{
"path": "docs/PREREQUISITES.md",
"content": "## Prerequisites\r\n\r\n- [Non-UNIX only] Install a POSIX environment if necessary, e.g., Cygwin.\r\n- Install `make` in your environment.\r\n- Install `python` (2.x or 3.x)\r\n- Install the required cross-compilers\r\n- [Only for some compilers] Make sure they are either installed as described in the Makefile variables: `Z88DK_PATH`, `CC65_PATH`, `LCC1802_PATH`, etc. or set these variables accordingly.\r\n- [Z88DK-only] Select the optimization level in Makefile by setting the variables: `SCZZ80_OPTS` (`-O3` for highest optimizations), `ZSDCC_OPTS` (`-SO3` for high optimizations; `-SO3 --max-allocs-per-node200000` for highest and extremely slow optimizations).\r\n- [Native builds only] Install `gcc` and `ncurses`\r\n- [Only to have disk images for the Apple //e and Apple\\]\\[] Install `java`"
},
{
"path": "docs/PRESENTAZIONE_ITA/Documenti_on_line.txt",
"content": "CROSS-LIB breve presentazione in italiano: https://github.com/Fabrizio-Caruso/CROSS-LIB/blob/master/docs/presentazione.md\r\n\r\nLISTA PARZIALE DEI SISTEMI SUPPORTATI: https://github.com/Fabrizio-Caruso/CROSS-LIB/blob/master/docs/STATUS.md\r\n\r\nDESCRIZIONE DEI GIOCHI (in italino): https://github.com/Fabrizio-Caruso/CROSS-LIB/blob/master/docs/GIOCHI.md\r\n\r\nCROSS-LIB pagina principale (in inglese) : https://github.com/Fabrizio-Caruso/CROSS-LIB\r\n\r\nCROSS-LIB presentazione lunga (in inglese) con slides: https://github.com/Fabrizio-Caruso/CROSS-LIB/blob/master/docs/CrossLib.odp\r\n"
},
{
"path": "docs/PRESENTAZIONE_ITA/Giochi/EMULATORI_DA_USARE.txt",
"content": "ATARI 8-bit: Altirra\r\nCommodore 64: Vice\r\nCommodore Vic 20 + 8k: Vice (settare memoria a +8k)\r\nGame Boy: Visual Boy Advance Emulator\r\nGame Gear: Emulicious (ULTIMA versione)\r\nSega Master System: Emulicious (ULTIMA versione)\r\nSinclair ZX Spectrum: Fuse\r\n\r\n"
},
{
"path": "docs/SNAPSHOTS.md",
"content": "## Snapshots\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n"
},
{
"path": "docs/STATUS.md",
"content": "## STATUS\r\nLast update: 2026/03/16\r\n\r\n### 8-BIT targets\r\n\r\ntarget name | long target name | working | CPU family | dev-kit | real-time input | graphics | sound | notes \r\n--------------------|---------------------------------------------|----------|---------------|---------|-----------------|----------------|---------|-----------\r\n*abc80* | Luxor ABC 80 | YES | Zilog 80 | Z88DK | OK | missing | missing |\r\n*abc800* | Luxor ABC 800 | YES | Zilog 80 | Z88DK | OK? | missing | missing |\r\n*ace* | Jupiter Ace | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n*agat* | Agat-7/9 | YES | MOS 6502 | CC65 | OK | OK | OK |\r\n*alphatro* | Alphatronic | YES | Zilog 80 | Z88DK | OK | N/A | missing |\r\n*altair8800* | MITS Altair 8800 | YES | Intel 8080 | Z88DK | OK | N/A | N/A |\r\n*apple2* | Apple II | YES | MOS 6502 | CC65 | OK | OK | OK |\r\n*apple2_z80* | Apple II | YES | Zilog 80 | Z88DK | OK | missing | missing |\r\n*apple2enh* | Apple //e | YES | MOS 6502 | CC65 | OK | OK | OK |\r\n*aquarius* | Mattel Aquarius | YES | Zilog 80 | Z88DK | OK | N/A | OK |\r\n*aquarius plus* | Aquarius Plus | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n*atari5200* | Atari 5200 | YES | MOS 6502 | CC65 | OK | OK | OK |\r\n*atari7800* | Atari 7800 | YES | MOS 6502 | CC65 | OK | OK | OK |\r\n*atari* | Atari 8-bit (e.g., Atari 800) | YES | MOS 6502 | CC65 | OK | OK | OK |\r\n*atari_lynx* | Atari Lynx | YES | MOS 6502 | CC65 | OK | OK | OK |\r\n*attache* | Otrona Attache | YES | Zilog 80 | Z88DK | OK | OK | missing |\r\n*aussie* | Aussie Byte (Knight 2000) | YES | Zilog 80 | Z88DK | OK | missing | OK |\r\n*bbc* | BBC Micro | YES | MOS 6502 | VBCC | OK | OK | OK |\r\n*bbcmaster* | BBC Master | YES | MOS 6502 | VBCC | OK | OK | OK |\r\n*bic* | BIC/A5105 | YES | Zilog 80 | Z88DK | OK | ? | ? |\r\n*bit90* | Bit Corporation BIT 90 | YES | Zilog 80 | Z88DK | OK | OK | missing | PSG SN76489A\r\n*bondwell* | Bondwell | YES? | Zilog 80 | Z88DK | OK | ? | ? |\r\n*bondwell2* | Bondwell 2 | YES? | Zilog 80 | Z88DK | OK | OK | ? |\r\n*c128_8502* | Commodore 128 [8502 CPU] | YES | MOS 6502 | CC65 | OK | OK | OK | GFX in VDC mode\r\n*c128* | Commodore 128 [Z80 CPU] | YES | Zilog 80 | Z88DK | OK | OK | OK | GFX with VIC (OK) and VDC (slow)\r\n*c16* | Commodore 264 series (16/116/+4) | YES | MOS 6502 | CC65 | OK | OK | OK |\r\n*c64* | Commodore 64 | YES | MOS 6502 | CC65 | OK | OK | OK |\r\n*c65* | Commodore 65 | ? | MOS 6502 | CC65 | OK? | missing | missing |\r\n*cbm510* | Commodore CBM 510 | YES | MOS 6502 | CC65 | OK | missing | missing |\r\n*cbm610* | Commodore CBM 610 | YES | MOS 6502 | CC65 | OK | missing | missing | \r\n*camputers_lynx* | Camputers Lynx 48k/96k/128k | YES | Zilog 80 | Z88DK | OK | OK | missing |\r\n*cidelsa_altair* | Cidelsa Altair arcade board | YES | RCA 1802 | LCC1802 | OK | missing | OK |\r\n*cidelsa_destroyer* | Cidelsa Destroyer arcade board | YES | RCA 1802 | LCC1802 | OK | missing | OK |\r\n*cidelsa_draco* | Cidelsa Draco arcade board | YES | RCA 1802 | LCC1802 | OK | missing | OK |\r\n*coco* | Color Computer 1/2 | YES | Motorola 6809 | CMOC | OK | OK | OK |\r\n*coco3* | Color Computer 3 | YES | Motorola 6809 | CMOC | OK | OK | OK |\r\n*coleco* | Colecovision | YES | Zilog 80 | Z88DK | OK | OK | missing | PSG SN76489A\r\n*coleco_adam* | Colecovision Adam | YES | Zilog 80 | Z88DK | OK | OK | missing | PSG SN76489A \r\n*comx* | COMX-35 | YES | RCA 1802 | LCC1802 | OK | OK | OK | \r\n*corvette* | Corvette | YES? | Zilog 80 | Z88DK | OK? | OK? | missing |\r\n*cpc* | Amstrad CPC | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n*cpm_8080* | CP/M Intel 8080 | YES | Intel 8080 | Z88DK | OK | N/A | N/A |\r\n*cpm_z80* | CP/M Z80 with adm3a/vt52/vt100 | YES | Zilog 80 | Z88DK | OK | N/A | N/A | \r\n*creativision* | VTech Creativision | YES | MOS 6502 | CC65 | OK | OK | OK |\r\n*cx16* | Commander X16 | YES | MOS 6502 | CC65 | OK | OK | OK |\r\n*dai* | DAI | YES | Intel 8080 | Z88DK | missing | N/A ? | N/A ? |\r\n*dmv* | Decision Mate V | YES | Zilog 80 | Z88DK | OK | ? | ? |\r\n*dragon* | Dragon 32/64 | YES | Motorola 6809 | CMOC | OK | OK | OK |\r\n*e200* | Sharp PC-E200 | YES | Zilog 80 | Z88DK | OK | missing | missing |\r\n*eg2k* | EACA EG2000 Color Genie | YES | Zilog 80 | Z88DK | OK | OK | OK ? |\r\n*einstein* | Tatung Einstein TC-01 | YES | Zilog 80 | Z88DK | OK | OK ? | OK ? | PSG AY-3-8910\r\n*einstein256* | Tatung Einstein TC-01 | YES | Zilog 80 | Z88DK | OK | OK ? | OK ? | PSG AY-3-8910\r\n*enterprise* | Enterprise 64/128 | YES | Zilog 80 | Z88DK | missing | missing | missing | \r\n*excalibur64* | Excalibur64 | YES | Zilog 80 | Z88DK | OK | N/A ? | N/A ? |\r\n*fp1100* | Casio FP-1100 | YES | Zilog 80 | Z88DK | OK | OK | N/A ? |\r\n*g815* | Sharp PC-G815 | YES | Zilog 80 | Z88DK | OK | missing | missing |\r\n*g850* | Sharp PC-G850 | YES | Zilog 80 | Z88DK | OK | missing | missing |\r\n*gal* | Galaksija | YES | Zilog 80 | Z88DK | OK | N/A | N/A |\r\n*gal_plus* | Galaksija Plus | YES | Zilog 80 | Z88DK | OK | OK ? | N/A |\r\n*gamate* | Gamate | YES | MOS 6502 | CC65 | OK | OK | OK |\r\n*gamegear* | Game Gear | YES | Zilog 80 | Z88DK | OK | OK | OK ? | PSG SN76489 Mednafen OK \r\n*gb* | Game Boy | YES | GBZ80 | Z88DK | OK | OK | OK | grey levels\r\n*gemini* | Gemini | YES? | Zilog 80 | Z88DK | OK | ? | ? |\r\n*gl4000* | VTech Genius Leader 4000 | YES | Zilog 80 | Z88DK | missing | missing | missing |\r\n*gl6000sl* | VTech Genius Leader 6000sl | YES | Zilog 80 | Z88DK | OK | OK | missing |\r\n*gx4000* | Amstrad GX-4000 | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n*hbios* | HBIOS generic target | ? | Zilog 80 | Z88DK | missing | missing | missing |\r\n*hector1* | Hector 1 | YES | Zilog 80 | Z88DK | OK? | missing | missing | extremely low memory\r\n*hectorhr* | Hector HR2+ / Hector HRX | YES | Zilog 80 | Z88DK | OK | OK | missing |\r\n*hemc* | Huebler/Evert-MC | YES | Zilog 80 | Z88DK | OK | N/A | N/A ? |\r\n*hgmc* | Huebler-Grafik-MC | YES | Zilog 80 | Z88DK | OK | missing | N/A ? |\r\n*homelab* | Homelab 4 | YES | Zilog 80 | Z88DK | OK | N/A | N/A ? |\r\n*homelab2* | Homelab 2 | YES | Zilog 80 | Z88DK | OK | N/A | N/A ? |\r\n*kaypro83* | Kaypro 83 | YES | Zilog 80 | Z88DK | OK | N/A | N/A ? |\r\n*kaypro* | Kaypro 2X | YES | Zilog 80 | Z88DK | OK | N/A ? | N/A ? |\r\n*interact* | Interact | YES | Intel 8080 | Z88DK | OK? | missing | missing | extremely low memory\r\n*kc* | Robotron KC-85/2/3/4 | YES | Zilog 80 | Z88DK | OK | OK | N/A ? |\r\n*kc85* | Kyocera 85 | YES | Intel 8085 | Z88DK | OK | missing | missing |\r\n*kramermc* | Kramer-MC | YES | Zilog 80 | Z88DK | OK | N/A | N/A ? |\r\n*krokha* | Krokha | YES? | Zilog 80 | Z88DK | OK | ? | ? |\r\n*lambda* | Lambda 8300 | YES | Zilog 80 | Z88DK | OK | N/A | N/A ? |\r\n*laser500* | Laser 500 | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n*lm80c* | LM80C | YES | Zilog 80 | Z88DK | OK? | OK | missing |\r\n*m10* | Olivetti M10 | YES | Intel 8085 | Z88DK | OK | missing | missing |\r\n*m100* | TRS-80 M100 | YES | Intel 8085 | Z88DK | OK | missing | missing |\r\n*m5* | Sord M5 | YES | Zilog 80 | Z88DK | OK | OK | OK ? |\r\n*map1010* | Seiko MAP-1010 | YES | Zilog 80 | Z88DK | OK | OK | OK | \r\n*mbc200* | Sanyo MBC 200 | YES? | Zilog 80 | Z88DK | OK | missing | missing |\r\n*mc10* | TRS-80 MC-10 / Alice Matra 4k | YES | Motorola 6803 | CC6303 | OK | missing | OK |\r\n*mc1000* | CCE MC-1000 | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n*mega65* | Mega 65 / Commodore 65 | YES | MOS 6502 | CC65 | OK | missing | OK |\r\n*micro8085* | Micro 8085 | YES? | Intel 8085 | Z88DK | N/A? | N/A? | N/A? |\r\n*microboard* | Microboard Computer Development System | YES | RCA 1802 | LCC1802 | OK | OK | OK |\r\n*microbee* | Microobee | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n*microbee_premium* | Microobee Premium | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n*mikro80* | Mikro 80 | YES | Intel 8080 | Z88DK | OK | N/A | N/A |\r\n*mo5* | Thomson Mo series / Olivetti Prodest PC 128 | YES | Motorola 6809 | CMOC | OK | OK | OK |\r\n*msx* | MSX 1 | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n*msx 2* | MSX 2/2+/Turbo | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n*mtx* | Memotech MTX 512 | YES | Zilog 80 | Z88DK | OK | OK | OK ? |\r\n*mtx500* | Memotech MTX 500 | YES | Zilog 80 | Z88DK | OK | OK | OK ? |\r\n*multi8* | Mitsubishi Multi 8 | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n*myvision* | Nichibutsu My Vision | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n*mz* | Sharp MZ 80/700 | YES | Zilog 80 | Z88DK | OK | N/A | OK |\r\n*mz2500* | Sharp MZ 2500 | YES | Zilog 80 | Z88DK | OK | missing | missing |\r\n*nabu* | Nabu PC | YES? | Zilog 80 | Z88DK | OK? | OK? | missing |\r\n*nascom* | Nascom | YES | Zilog 80 | Z88DK | OK | N/A | missing |\r\n*nc100* | Amstrad NC-100/150 | YES | Zilog 80 | Z88DK | OK | OK | N/A ? |\r\n*nc200* | Amstrad NC-200 | YES | Zilog 80 | Z88DK | OK | OK | N/A ? |\r\n*nes* | Nintendo Enterteinment System | YES | MOS 6502 | CC65 | OK | OK | missing |\r\n*newbrain* | Grundy Newbrain | YES | Zilog 80 | Z88DK | missing | missing | missing | \r\n*ondra* | Tesla Ondra Vili | YES | Zilog 80 | Z88DK | OK | OK ? | missing |\r\n*oric* | Tangerine Oric 1/Atmos | YES | MOS 6502 | CC65 | OK | OK | OK | \r\n*osborne1* | Osborne 1 | YES | Zilog 80 | Z88DK | OK | N/A ? | N/A ? |\r\n*osca* | OSCA v6z80p | YES | Zilog 80 | Z88DK | OK | missing | missing |\r\n*osic1p* | Ohio Scientific Challenger 1P | YES | MOS 6502 | CC65 | OK | N/A ? | N/A ? |\r\n*oz* | Sharp OZ-700 | YES | Zilog 80 | Z88DK | N/A ? | N/A ? | N/A ? |\r\n*p2000* | Philips P2000 | YES | Zilog 80 | Z88DK | OK | N/A | OK |\r\n*pacman* | Pacman Namco arcade board | NO | Zilog 80 | Z88DK | missing | missing | missing |\r\n*pasaopia7* | Toshiba Pasopia 7 | YES | Zilog 80 | Z88DK | OK | missing | missing | PSG SN76489 \r\n*pc6001* | NEC PC 6001 | YES | Zilog 80 | Z88DK | OK | OK | OK | \r\n*pc8201* | NEC PC 8201 | YES | Intel 8085 | Z88DK | OK | missing | missing |\r\n*pc88* | NEC PC 8801 | YES | Zilog 80 | Z88DK | OK | OK ? | missing |\r\n*pce* | PCEngine | YES | MOS 6502 | CC65 | OK | OK | OK |\r\n*pcw* | Amstrad PCW | ? | Zilog 80 | Z88DK | ? | missing | missing | \r\n*pecom* | Pecom 32/64 | YES | RCA 1802 | LCC1802 | OK | OK | OK |\r\n*pencil2* | Hanimex Pencil II | YES | Zilog 80 | Z88DK | OK | OK ? | missing | PSG SN76489\r\n*pet* | Commodore Pet | YES | MOS 6502 | CC65 | OK | N/A | OK |\r\n*phc25* | Sanyo PHC-25 | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n*lviv* | PK-01 LVIV/LVOV | YES | Intel 8080 | Z88DK | OK | OK | missing |\r\n*pmd85* | PMD85 | YES | Intel 8080 | Z88DK | OK | OK ? | missing |\r\n*pps* | Peters Plus Sprinter | YES | Zilog 80 | Z88DK | OK | N/A ? | missing |\r\n*primo* | Microkey Primo | YES | Zilog 80 | Z88DK | OK | OK ? | OK ? |\r\n*pv1000* | Casio PV1000 | YES | Zilog 80 | Z88DK | OK | OK | missing |\r\n*pv2000* | Casio PV2000 | YES | Zilog 80 | Z88DK | OK | OK | missing | PSG SN76489\r\n*px4* | Epson PX-4/HC-40 | YES | Zilog 80 | Z88DK | OK | OK | N/A ? |\r\n*px8* | Epson PX-8/HC-80 | YES | Zilog 80 | Z88DK | OK | OK | N/A ? |\r\n*qc10* | Epson QX-10/QC-10 | YES | Zilog 80 | Z88DK | OK | N/A ? | N/A ? |\r\n*radio86* | Radio 86 | YES? | Zilog 80 | Z88DK | OK | OK? | missing |\r\n*rex* | Xircom Rex 6000 | ? | Zilog 80 | Z88DK | missing | missing | missing | \r\n*rc2014* | RC 2014 board | ? | Zilog 80 | Z88DK | missing | missing | missing |\r\n*rc700* | Regnecentralen RC700 | YES | Zilog 80 | Z88DK | OK | N/A ? | N/A ? |\r\n*rcmx00* | Rabbit Control Module | ? | Zilog 80 | Z88DK | missing | missing | missing |\r\n*rx78* | Bandai RX-78 | YES | Zilog 80 | Z88DK | OK | OK | missing | PSG SN76489\r\n*samcoupe* | Sam Coupe | YES | Zilog 80 | Z88DK | OK | OK | OK | \r\n*sc3000* | Sega SC 3000 | YES | Zilog 80 | Z88DK | OK | OK | OK | \r\n*scz180* | SC126 and SC130 boards | ? | Zilog 80 | Z88DK | missing | missing | missing |\r\n*sg1000* | Sega SG 1000 | YES | Zilog 80 | Z88DK | OK | OK | OK | \r\n*smc777* | Sony SMC-70 / SMC-777 | YES | Zilog 80 | Z88DK | OK | OK | missing | PSG SN76489\r\n*sms* | Sega Master System | YES | Zilog 80 | Z88DK | OK | OK | OK? | PSG SN76489 Mednafen OK \r\n*sol20* | Sol 20 | YES? | Intel 8085 | Z88DK | OK? | missing | missing |\r\n*sos* | S-OS | YES | Zilog 80 | Z88DK | N/A | N/A | N/A |\r\n*spc1000* | Samsung SPC 1000 | YES | Zilog 80 | Z88DK | OK | OK | OK | \r\n*special* | Specialist | NO | Zilog 80 | Z88DK | OK | N/A ? | N/A ? |\r\n*zx* | Sinclair Spectrum 16k/48k | YES | Zilog 80 | Z88DK | OK | OK | OK | \r\n*zx* | Sinclair Spectrum 128k | YES | Zilog 80 | Z88DK | OK | OK | OK | PSG sounds could be improved\r\n*srr* | Exidy Sorcerer | YES | Zilog 80 | Z88DK | OK | OK | N/A |\r\n*super80* | Dick Smith Super 80/80d/80e/80m | YES | Zilog 80 | Z88DK | OK | N/A | OK |\r\n*super80r* | Dick Smith Super 80r/80v | YES | Zilog 80 | Z88DK | OK | OK ? | OK |\r\n*supervision* | Watara Supervision | YES | MOS 6502 | CC65 | OK | OK | OK |\r\n*sv8000* | Bandai Supervision 8000 | YES | Zilog 80 | Z88DK | OK | missing | OK ? | 4k rom limit\r\n*svi* | Spectravideo 318/328 | YES | Zilog 80 | Z88DK | OK | OK | OK | \r\n*t200* | TRS-80 T200 | YES | Intel 8085 | Z88DK | OK | missing | missing |\r\n*telestrat* | Oric Telestrat | YES | MOS 6502 | CC65 | missing | missing | missing |\r\n*tmc600* | Telmac TMC-600 | YES | RCA 1802 | LCC1802 | OK | N/A | OK | \r\n*ti82* | Texas Instruments TI 82 | YES | Zilog 80 | Z88DK | OK | OK | N/A | \r\n*ti83* | Texas Instruments TI 83 | YES | Zilog 80 | Z88DK | OK | OK | N/A | \r\n*ti8x* | Texas Instruments TI 83 Plus | YES | Zilog 80 | Z88DK | OK | OK | N/A | \r\n*ti85* | Texas Instruments TI 85 | YES | Zilog 80 | Z88DK | OK | OK | N/A | \r\n*ti86* | Texas Instruments TI 86 | YES | Zilog 80 | Z88DK | OK | OK | N/A | \r\n*tiki100* | TIKI 100 | YES | Zilog 80 | Z88DK | OK | OK | OK | \r\n*tim 011* | Tim 011 | YES? | Zilog 180 | Z88DK | OK? | OK? | missing |\r\n*to7* | Thomson To series | YES | Motorola 6809 | CMOC | OK | OK | OK | \r\n*trs80* | TRS-80 Model I/III/IV | YES | Zilog 80 | Z88DK | OK | N/A | OK |\r\n*ts2068* | Timex TS 2068 | YES | Zilog 80 | Z88DK | OK | OK | OK | \r\n*tvc* | Videoton TV Computer | YES | Zilog 80 | Z88DK | missing | missing | missing | \r\n*vector06c* | Вектор-06Ц Vector06c | YES | Zilog 80 | Z88DK | OK | missing | missing |\r\n*vg5k* | VG-5000 | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n*v1050* | V1050 | YES? | Zilog 80 | Z88DK | OK? | OK | missing |\r\n*vic20* | Commodore Vic 20 | YES | MOS 6502 | CC65 | OK | OK | OK | \r\n*vz* | VTech VZ200 | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n*x1* | Sharp X1 | YES | Zilog 80 | Z88DK | OK | OK ? | OK | mode 0 has udg\r\n*x07* | Canon X-07 | YES | Zilog 80 | Z88DK | OK | ? | ? |\r\n*x820* | Xerox 820 | YES? | Zilog 80 | Z88DK | OK | OK ? | OK |\r\n*yaz180* | YAZ 180 board | ? | Zilog 80 | Z88DK | missing | missing | missing |\r\n*z1013* | Robotron Z1013 | YES | Zilog 80 | Z88DK | OK | N/A | N/A ? |\r\n*z80tvgame* | Z80 TV Game | YES | Zilog 80 | Z88DK | OK | OK ? | missing |\r\n*z88* | Cambridge Z88 | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n*z9001* | Robotron Z9001, KC 85/1, KC 87 | YES | Zilog 80 | Z88DK | OK | OK ? | missing |\r\n*zx80* | Sinclair ZX80 | YES | Zilog 80 | Z88DK | OK ? | missing | N/A |\r\n*zx81* | Sinclair ZX81 | YES | Zilog 80 | Z88DK | OK | OK | N/A |\r\n*zxn* | ZX Spectrum Next | YES | Zilog 80 | Z88DK | OK | OK | OK |\r\n\r\nTOTAL : 192\r\n\r\nOK : 183 (170 with real-time input)\r\n\r\nKO : 2\r\n\r\nUNKNOWN : 7\r\n\r\n\r\n-----------------------------------------------\r\n\r\n#### Statistics on 8-bit targets\r\n\r\nDev-kit | no. 8-bit targets\r\n--------|--------------------\r\n Z88DK | 152\r\n CC65 | 25\r\nLCC1802 | 7 \r\n CMOC | 5\r\n VBCC | 2\r\n CC6303 | 1\r\n\r\n\r\n-----------------------------------------------\r\n\r\nCPU family | no. 8-bit targets |\r\n--------------|--------------------|\r\nZilog 80 | 136 |\r\nMOS 6502 | 27 |\r\nRCA 1802 | 7 |\r\nIntel 8085 | 7 |\r\nIntel 8080 | 8 |\r\nMotorola 6809 | 5 |\r\nGBZ80 | 1 |\r\nMotorola 6803 | 1 |\r\n\r\n\r\n\r\n\r\n-----------------------------------------------------------------------------------------\r\n\r\n### 16-BIT targets\r\n\r\ntarget name | long target name | working | CPU family | dev-kit | real-time input | graphics | sound | notes \r\n--------------------|---------------------------------------------|----------|---------------|---------|-----------------|----------------|---------|-----------\r\n*amiga* | Commodore Amiga | YES | 68000 | GCC mod | missing | missing | missing |\r\n*atari_st* | Atari ST | YES | 68000 | GCC mod | missing | missing | missing |\r\n*olivetti_m20* | Olivetti M20 | YES | Zilog 8001 | Z8K-GCC | missing | missing | missing |\r\n*pc86* | PC 8088/86 | YES | Intel 8086 | ACK | OK | OK | OK? |\r\n*msdos86* | MS-DOS 8086 | YES | Intel 8086 | ACK | OK | OK | OK |\r\n*pdp11v7* | PDP 11 V7 | ? | PDP 11 | ACK | missing | missing | missing |\r\n*sinclair_ql* | Sinclair QL | YES | 68000 | XTC68 | missing | missing | missing |\r\n*ti99* | Texas Instruments TI99/4A | YES | TMS 9900 | GCC mod | OK | OK | OK |\r\n*minix68k* | Minix 68K | ? | 68000 | ACK | missing | missing | missing |\r\n\r\n\r\nOK : 7 (3 with real-time input)\r\n\r\nUNKNOWN : 2\r\n\r\n\r\n-----------------------------------------------------------------------------------------\r\n\r\n### 32-BIT targets (excluding modern PCs)\r\n\r\ntarget name | long target name | working | CPU family | dev-kit | real-time input | graphics | sound | notes \r\n--------------------|---------------------------------------------|----------|---------------|-----------|-----------------|----------------|---------|-----------\r\n*linux386* | ELF linux for Intel 386 | YES | Intel 386 | ACK | missing | missing | missing |\r\n*linux68k* | ELF linux for Motorola 68020 | YES | Motorola 68020| ACK | missing | missing | missing |\r\n*linuxppc* | ELF linux for PPC | YES | PPC | ACK | missing | missing | missing |\r\n*linuxmips* | ELF linux for little endian MIPS32r2 | ? | MIPS32r2 | ACK | missing | missing | missing |\r\n*msdos386* | MS-DOS 386 DPMI | NO | Intel 386 | ACK | missing | missing | missing |\r\n*osx386* | OSX X Mach0 for i386 | ? | Intel 386 | ACK | missing | missing | missing |\r\n*osxppc* | OSX X Mach0 for PPC | ? | PPC | ACK | missing | missing | missing |\r\n*rpi* | RPI GPU | ? | RPI GPU | ACK | missing | missing | missing |\r\n\r\nOK : 3 \r\n\r\nKO : 4\r\n\r\nUNKNOWN : 1\r\n\r\n-----------------------------------------------------------------------------------------\r\n\r\n### 32-BIT and 64-BIT targets on modern PC systems\r\n\r\ntarget name | long target name | working | CPU family | dev-kit | real-time input | graphics | sound | notes \r\n--------------------|---------------------------------------------|----------|---------------|-----------|-----------------|----------------|---------|-----------\r\n*gcc* | Native Console version | YES | host CPU | native | OK | OK | OK | \r\n*emcc* | Emscripten | YES | Web Assembly | emscripten| missing | missing | input |\r\n\r\n\r\nOK : 2 (1 wiith real-time input)\r\n\r\n-----------------------------------------------------------------------------------------\r\n\r\n\r\n### GLOBAL STATISTICS\r\n\r\nTOTAL : 211\r\n\r\nOK : 194 (179 with real-time input)\r\n\r\nKO : 4\r\n\r\nUNKNOWN : 13\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n\r\n"
},
{
"path": "docs/SUPPORT_FOR_NEW_TARGET.txt",
"content": "\r\n\r\nExample to add support to PV1000\r\n\r\n\r\nConcerned files:\r\n\r\n modified: ../.gitignore\r\n modified: assets/templates/8x8/z88dk_pv1000.asm.template\r\n modified: cross_lib/cross_lib.h\r\n modified: cross_lib/display/color_definitions.h\r\n modified: cross_lib/display/display_target_color.h\r\n modified: cross_lib/display/graphics_settings.h\r\n modified: cross_lib/display/tiles.h\r\n modified: games/chase/config/project_config.mk\r\n modified: games/shoot/makefiles/Makefile.override\r\n modified: games/verbix/config/project_config.mk\r\n modified: makefiles.common/targets/z88dk/Makefile_pv1000\r\n\r\nUntracked files:\r\n (use \"git add ...\" to include in what will be committed)\r\n cross_lib/display/graphics_mode/pv1000_graphics.h\r\n cross_lib/display/tiles/pv1000_settings.h\r\n\r\n\r\n1. New graphics mode:\r\ncross_lib/display/graphics_settings.h\r\ncross_lib/display/graphics_mode/pv1000_graphics.h\r\n\r\n2. Tile mapping:\r\ncross_lib/display/tiles.h\r\ncross_lib/display/tiles/pv1000_settings.h\r\n"
},
{
"path": "docs/SYSTEMS.md",
"content": "## SUPPORTED SYSTEMS \r\n\r\n(as of 2020/09/30)\r\n\r\nIn principle you can compile the game with minimal input and output for any recent or old/ancient architecture for which there is an ANSI C capable compiler.\r\nFor most vintage systems, you can build a version of the game with some graphics, sounds and real time input.\r\n\r\n\r\n### 8-BIT targets\r\n\r\nFor most systems, more than one version is built, in order to support different hardware configurations and expansions \r\n(e.g., memory expansions, second CPU, 80-col display card, etc.).\r\n\r\n- `abc80`: Luxor ABC 80\r\n- `abc800`: Luxor ABC 800\r\n- `ace`: Jupiter Ace\r\n- `alphatro`: Alphatronic\r\n- `altair8800`: MITS Altair 8800\r\n- `apple2`: Apple //\r\n- `apple2enh`: Enhanced Apple //e\r\n- `aquarius`: Mattel Aquarius \r\n- `atari5200`: Atari 5200\r\n- `atari`: Atari 400/800/600XL/800XL/1200XL/65XE/130XE\r\n- `atari_jaguar`: Atari Jaguar\r\n- `atari_lynx`: Atari Lynx\r\n- `attache`: Otrona Attache\r\n- `aussie`: Aussie Byte\r\n- `bbc`: BBC Micro\r\n- `bbcmaster`: BBC Master\r\n- `bic`: BIC/A5105\r\n- `bit90`: Bit Corporation BIT 90\r\n- `c128_8502`: Commodore 128 [8502 CPU]\r\n- `c128_z80`: Commodore 128 [Z80 CPU]\r\n- `c16`: Commodore 264 series (16/116/+4)\r\n- `c64`: Commodore 64\r\n- `c7420`: Philips VideoPac C7420 module (z88dk lib incomplete, work in progress)\r\n- `cbm510`: Commodore CBM 510\r\n- `cbm610`: Commodore CBM 610\r\n- `camputers_lynx`: Camputers Lynx 48k/96k/128k\r\n- `cidelsa_altair`: Cidelsa Altair arcade board\r\n- `cidelsa_destroyer`: Cidelsa Destroyer arcade board\r\n- `cidelsa_draco`: Cidelsa Draco arcade board\r\n- `coco`: Color Computer\r\n- `coleco`: Colecovision\r\n- `coleco_adam`: Colecovision Adam\r\n- `comx`: COMX-35\r\n- `cpc`: Amstrad CPC\r\n- `cpm_8080`: CP/M Intel 8080\r\n- `cpm_z80`: CP/M Z80 with adm3a/vt52/vt100 terminals\r\n- `creativision`: VTech Creativision\r\n- `dai`: DAI\r\n- `dmv`: Decision Mate V\r\n- `dragon`: Dragon 32/64\r\n- `eg2k`: EACA EG2000 Color Genie\r\n- `einstein`: Tatung Einstein\r\n- `enterprise`: Enterprise 64/128\r\n- `excalibur64`: Excalibur64\r\n- `fp1100`: Casio FP-1100\r\n- `g800`: Sharp PC-G800\r\n- `gal`: Galaksija\r\n- `gal_plus`: Galaksija Plus\r\n- `gamate`: Gamate\r\n- `gb`: Game Boy\r\n- `gx4000`: Amstrad GX-4000\r\n- `hemc`: Huebler/Evert-MC\r\n- `hgmc`: Huebler-Grafik-MC\r\n- `homelab`: Homelab 4\r\n- `homelab2`: Homelab 2\r\n- `kaypro`: Kaypro 2X\r\n- `kramermc`: Kramer-MCs\r\n- `kc`: Robotron KC-85/2/3/4\r\n- `lambda`: Lambda 8300\r\n- `laser500`: Laser 500\r\n- `m100`: TRS-80 M100 (z88dk lib incomplete, work in progress)\r\n- `m5`: Sord M5\r\n- `mega65`: Mega 65 / Commodore 65\r\n- `mc1000`: CCE MC-1000\r\n- `microboard`: Microboard Computer Development Board\r\n- `microbee`: Microobee\r\n- `mikro80`: Mikro 80\r\n- `mo5`: Thomson Mo5 / Thomson Mo6 / Olivetti Prodest PC 128\r\n- `msx`: MSX\r\n- `mtx`: Memotech MTX 512\r\n- `mtx500`: Memotech MTX 500\r\n- `multi8`: Mitsubishi Multi 8\r\n- `myvision`: Nichibutsu My Vision\r\n- `mz`: Sharp MZ 80/700\r\n- `mz2500`: Sharp MZ 2500\r\n- `nascom`: Nascom\r\n- `nc100`: Amstrad NC-100/150\r\n- `nc200`: Amstrad NC-200\r\n- `nes`: Nintendo Enterteinment System\r\n- `newbrain`: Grundy Newbrain\r\n- `ondra`: Tesla Ondra Vili\r\n- `oric`: Tangerine Oric 1/Atmos\r\n- `osborne1`: Osborne 1\r\n- `osca`: OSCA v6z80p\r\n- `osic1p`: Ohio Scientific Challenger 1P\r\n- `oz`: Sharp OZ-700\r\n- `p2000`: Philips P2000\r\n- `pacman`: Pacman (work in progress)\r\n- `pasaopia7`: Toshiba Pasopia 7\r\n- `pc6001`: NEC PC 6001\r\n- `pc88`: NEC PC 8801\r\n- `pce`: PCEngine\r\n- `pecom`: Pecom 32/64\r\n- `pencil2`: Hanimex Pencil II\r\n- `pet`: Commodore Pet\r\n- `pmd85`: PMD85\r\n- `pps`: Peters Plus Sprinter\r\n- `primo`: Primo\r\n- `pv1000`: Casio PV1000\r\n- `pv2000`: Casio PV2000\r\n- `px4`: Epson PX-4/HC-40\r\n- `px8`: Epson PX-8/HC-80\r\n- `qc10`: Epson QC-10/QX-10\r\n- `rex`: Xircom Rex 6000 (no available emulator, work in progress)\r\n- `rc700`: Regnecentralen RC700\r\n- `rx78`: Bandai RX-78\r\n- `samcoupe`: Sam Coupe\r\n- `sc3000`: Sega SC 3000\r\n- `sg1000`: Sega SG 1000\r\n- `smc777`: Sony SMC-70 / SMC-777\r\n- `sms`: Sega Master System\r\n- `sos`: S-OS \r\n- `spc1000`: Samsung SPC 1000\r\n- `special`: Specialist\r\n- `spectrum`: Sinclair Spectrum 16k/48k/128k\r\n- `srr`: Exidy Sorcerer\r\n- `super80`: Super 80/80d/80e/80m\r\n- `super80r`: Super 80r/Super80v\r\n- `supervision`: Watara Supervision\r\n- `sv8000`: Bandai Supervision 8000\r\n- `svi`: Spectravideo 318/328\r\n- `telestrat`: Oric Telestrat\r\n- `tmc600`: Telmac TMC-600\r\n- `ti82`: Texas TI 82\r\n- `ti83`: Texas TI 83\r\n- `ti8x`: Texas TI 83 Plus\r\n- `ti85`: Texas TI 85\r\n- `ti86`: Texas TI 86\r\n- `tiki100`: TIKI 100\r\n- `to7`: Thomson To7 / To7/70 / To8 / To8d / To8+ / To9 / To9+\r\n- `trs80`: TRS-80 Model I/III/IV\r\n- `ts2068`: Timex TS 2068\r\n- `tvc`: Videoton TV Computer\r\n- `vector06c`: Вектор-06Ц - Vector06c\r\n- `vg5k`: VG-5000\r\n- `vic20`: Commodore Vic 20\r\n- `vz200`: VTech VZ200\r\n- `x07`: Casio X-07 (z88dk lib incomplete, work in progress)\r\n- `x1`: Sharp X1\r\n- `z1013`: Robotron Z1013\r\n- `z80tvgame`: ZX80 TV Game\r\n- `z88`: Cambridge Z88\r\n- `z9001`: Robotron Z9001, Robotron KC 85/1, Robotron KC 87 \r\n- `zx80`: Sinclair ZX80\r\n- `zx81`: Sinclair ZX81\r\n- `zxn` : ZX Spectrum Next\r\n\r\n### 16-BIT targets\r\n- `amiga`: Amiga \r\n- `atari_st`: Atari ST\r\n- `cx16`: Commander X16 (work in progress)\r\n- `olivetti_m20`: Olivetti M20 \r\n- `pc8086`: Intel 8088/8086 PC\r\n- `pdp`: PDP 11 v7 (work in progress)\r\n- `sinclair_ql`: Sinclair QL\r\n- `ti99`: Texas Instruments TI99/4A \r\n\r\n\r\n\r\n### 32-BIT targets\r\n- `linux386`: ELF linux for Intel 386\r\n- `linux68k`: ELF linux for Motorola 68020\r\n- `linuxppc`: ELF linux for PPC\r\n- `linuxmips`: ELF linux for little endian MIPS32r2 (work in progress)\r\n\r\n\r\n### Modern 32/64-BIT PC targets\r\n\r\nThere are a plain stdlib (turn based) and an ncurses (action) version that can be compiled for multiple platforms for which an ANSI C compiler and ncurses are available, including Windows and Linux.\r\nFor example:\r\n- Cygwin/Windows or Linux (gcc + ncurses, e.g., cygwin/Windows or Linux) \r\n- Windows 32/64 bit console (mingw-gcc + ncurses, e.g., x86_64-w64-mingw32-gcc)\r\n"
},
{
"path": "docs/TESTS.md",
"content": "## COMPILATION TESTS\r\n\r\nWe can test the compilation of the game for multiple targets by running some tests that build a very simple version of the game that may not be playable.\r\nThe purpose of these tests is to test the compilation.\r\n\r\n### SIMPLE GCC-ONLY TESTS\r\nIf you have installed `GCC`, you can run `make simple_test` (short compilation time), which builds the game by only using `GCC` for the host system.\r\nThis test will produce a binary that can be run on the host console.\r\n\r\n### TESTS ON SEVERAL COMPILERS AND TARGETS\r\nYou can run many tests that use several cross-compilers and dev-kits not including Z88DK by running `make no_z88dk_test`.\r\n\r\nYou can run many tests that use several cross-compilers and dev-kits including Z88DK by running `make test` (long compilation time).\r\n\r\n### MORE Z88DK-ONLY TESTS\r\nIf you have installed `Z88DK` you can test lots of Z80 systems and targets by \r\n- `make sccz80_test` to test the compilation of different targets with `SCCZ80`;\r\n- `make zsdcc_test` to test the compilation of different targets with `ZSDCC`\r\n- `make z88dk_test` to cover both cross-compilers.\r\n\r\n"
},
{
"path": "docs/THE_GAME.txt",
"content": "THE GAME\r\nby Fabrizio Caruso\r\n\r\n- Game idea\r\n\r\nThe idea behind the game was my own and it was not inspired by any other game. \r\nHowever, I later discovered that GNOME Robots is in some respects similar in its basic concept.\r\n\r\nThe key differences are that:\r\n1. the main version of Cross Chase is an action game, whereas Robots is only a turn-based game\r\n2. Cross Chase has other enemy types (skull, missiles, rockets) that require the use of the gun.\r\n3. Cross Chase has other game elements such as different types of walls and items\r\n\r\n- Game goals\r\nThe game goal is to kill two different types of enemies:\r\n1. the \"ghosts\" (shown as faces or \"O\" in no graphics versions), which die if they end up on a mine (or if shot by a bullet)\r\n2. the \"skull\" (shown as a skull or \"+\" in no graphics versions), which only dies if hit multiple times by bullets\r\n\r\nOptionally the player can destroy (horizontal and possibly chasing) missiles and (vertical) rockets by shooting at their bases.\r\n\r\nAll enemies and walls are deadly for the player.\r\n\r\n- Levels\r\nThere are 20 levels. The game has an end. Levels vary in terms of walls, missiles, rockets, items, speed, enemy's chasing strategy, etc.\r\n\r\nNormal levels are completed only by killing all the ghosts.\r\n\r\nBoss levels (every fifth level) are completed only by killing the skull.\r\n\r\n- Items\r\nAny item shown on the screen has a positive effect for the player. There are 10 items. \r\nSpecial and secret items require the player to perform some actions on the same level and/or previous levels.\r\n\r\nHINT: Use the gun to hit or even kill the skull and/or destroy missile and rocket bases to unlock more items in current and next levels."
},
{
"path": "docs/TILES.txt",
"content": "TILES\r\n\r\nIn the code we use the name tiles for different things:\r\n- tile absolute index [used to display] \"_TILE_{index}\", i.e., and index in memory that points to the tile data\r\n- tile relative index [used to redefine] \"_TILE_{index}_OFFSET\", i.e. a relative index in memory (e.g., Atari 8-bit mode 1 characters are repeated 4 times)\r\n- tile data (in template files) \"\", i.e., this is the data that defines the shape of tiles \r\n- tile data in C code (in header files) \"_TILE_{tile #}_UDG\" contains \"\"\r\n\r\n----------------------------------------------------------------------------------------------\r\nTILE | TILE | CAN HAVE | EXAMPLE CHARACTER\r\nINDEX | # | INTRINSIC COLOR (*) | IN CROSS CHASE AND CROSS SHOOT \r\n----------------------------------------------------------------------------------------------\r\n 0 | 0 | CYAN | PLAYER DOWN\r\n----------------------------------------------------------------------------------------------\r\n 1 | 1 | CYAN | PLAYER UP\r\n----------------------------------------------------------------------------------------------\r\n 2 | 2 | CYAN | PLAYER RIGHT\r\n----------------------------------------------------------------------------------------------\r\n 3 | 3 | CYAN | PLAYER LEFT\r\n----------------------------------------------------------------------------------------------\r\n 4 | 4 | WHITE | GHOST\r\n----------------------------------------------------------------------------------------------\r\n 5 | 5 | RED | MINE\r\n----------------------------------------------------------------------------------------------\r\n 6 | 6 | RED | DEAD GHOST/BOSS\r\n----------------------------------------------------------------------------------------------\r\n 7 | 7 | YELLOW | SKULL\r\n----------------------------------------------------------------------------------------------\r\n 8 | 8 | GREEN | CALM-DOWN\r\n----------------------------------------------------------------------------------------------\r\n 9 | 9 | CYAN/PURPLE/YELLOW | GUN/FIRE POWER\r\n----------------------------------------------------------------------------------------------\r\n 10 | 10 | YELLOW | INVINCIBILITY\r\n----------------------------------------------------------------------------------------------\r\n 11 | 11 | WHITE | BULLET\r\n----------------------------------------------------------------------------------------------\r\n 12 | 12 | YELLOW | VERTICAL BRICK\r\n----------------------------------------------------------------------------------------------\r\n 13 | 13 | YELLOW | HORIZONTAL BRICK\r\n----------------------------------------------------------------------------------------------\r\n 14 | 14 | WHITE | LEFT HORIZONTAL MISSILE\r\n----------------------------------------------------------------------------------------------\r\n 15 | 15 | WHITE | RIGHT HORIZONTAL MISSILE\r\n----------------------------------------------------------------------------------------------\r\n 16 | 16 | WHITE | ROCKET\r\n----------------------------------------------------------------------------------------------\r\n 17 | 17 | CYAN | FREEZE\r\n----------------------------------------------------------------------------------------------\r\n 18 | 18 | RED | SUPER\r\n----------------------------------------------------------------------------------------------\r\n 19 | 13 | CYAN | \r\n----------------------------------------------------------------------------------------------\r\n 20 | 14 | CYAN | \r\n----------------------------------------------------------------------------------------------\r\n 21 | 15 | CYAN | \r\n----------------------------------------------------------------------------------------------\r\n 22 | 16 | CYAN | \r\n----------------------------------------------------------------------------------------------\r\n 23 | 17 | CYAN | \r\n----------------------------------------------------------------------------------------------\r\n 24 | 18 | YELLOW | \r\n----------------------------------------------------------------------------------------------\r\n 0_B | 0 | WHITE | EXTRA LIFE (PLAYER_DOWN)\r\n----------------------------------------------------------------------------------------------\r\n 4_B | 4 | YELLOW | SUICIDE (GHOST)\r\n----------------------------------------------------------------------------------------------\r\n 5_B | 5 | YELLOW | BROKEN BRICK (BOMB)\r\n----------------------------------------------------------------------------------------------\r\n 7_B | 7 | RED | CONFUSE (SKULL)\r\n----------------------------------------------------------------------------------------------\r\nDOLLAR |DOLLAR| YELLOW | DOLLAR SYMBOL [FIXED SHAPE]\r\n----------------------------------------------------------------------------------------------\r\n\r\n(*) Some systems have tiles/characters with pre-assigned colors. The intrinsic color is the pre-assigned color to a tile (on most systems).\r\n\r\n\r\n"
},
{
"path": "docs/TODO.txt",
"content": "TODO\n\n 1. Improve documentation on how to add new targets\n\n 2. Factorize cmoc/stdlib includes in all concerned files\n\n 3. Fix implicit declaraton of kbhit and getch\n\n 4. _XL_NO_LOWER_BORDER fix/implementation\n\n 5. Retest BEE input\n\n 6. Check Unix compilation (A7800 assets?)\n\n 7. Compiler options should be settable per game\n\nTargets to improve/fix\n\tZ80:\n - Casio FP 1100 (random zombie characters/missed display)\n - Bandai Supervision 8000 (REMARK: ONLY 4k roms in real hardware)\n - TVC Videoton (not cursor position)\n - M100 (only single pixel graphics)\n - MZ 2500\n - Cambridge Z88 \n - Sharp OZ\n\t- Coleco Adam\n\t- Super 80\n\t- ABC 800\n\t\n\t6809:\n\t- Vectrex\n\t\n\t8501:\n\t- Minitel [SDCC]\n\t\n\t6502:\n\t- Oric Telestrat\n\t- Acorn BBC Micro / Atom\n\t- Atari 2600 \n\t\n\t65C816 \n\t- Super NES [GBDK: http://gbdk.sourceforge.net/]\n\t\n\t68000:\n\t- Amiga\n\n8. Add more CP/M targets with just different disk image formats:\nSUBTYPE actrix -Cz+cpmdisk -Cz-f -Czactrix -Cz--container=imd -D__ACTRIX__\nSUBTYPE actrixss -Cz+cpmdisk -Cz-f -Czactrixss -Cz--container=imd -D__ACTRIX__\nSUBTYPE adam -Cz+cpmdisk -Cz-f -Czcol1 -Cz--container=raw -D__COLECOADAM__ -D__COLECO__ -ladam -pragma-define:CONSOLE_COLUMNS=32 -pragma-define:CONSOLE_ROWS=24 -pragma-define:__HAVE_TMS99X8=1\nSUBTYPE alphatro -Cz+cpmdisk -Cz-f -Czalphatro -Cz--container=imd -lalphatro_cpm -D__ALPHATRO__\nSUBTYPE altos5 -Cz+cpmdisk -Cz-f -Czaltos5 -Cz--container=imd -D__ALTOS__\nSUBTYPE altos580 -Cz+cpmdisk -Cz-f -Czaltos580 -Cz--container=imd -D__ALTOS__\nSUBTYPE ampro -Cz+cpmdisk -Cz-f -Czampro -Cz--container=imd -D__AMPRO__\nSUBTYPE amust -Cz+cpmdisk -Cz-f -Czamust -Cz--container=imd -D__AMUST__\nSUBTYPE amustold -Cz+cpmdisk -Cz-f -Czamustold -Cz--container=imd -D__AMUST__\nSUBTYPE apple2 -Cz+cpmdisk -Cz-f -Czapple2 -Cz--container=raw -Cz--extension=.dsk -lapple2 -D__APPLE__\nSUBTYPE aussie -Cz+cpmdisk -Cz-f -Czaussie -Cz--container=imd -laussie -D__AUSSIE__\nSUBTYPE archive -Cz+cpmdisk -Cz-f -Czarchive -Cz--container=imd -D__ARCHIVE__\nSUBTYPE attache -Cz+cpmdisk -Cz-f -Czattache -lattache -D__ATTACHE__\nSUBTYPE beehive -Cz+cpmdisk -Cz-f -Czbeehive -Cz--container=imd -D__BEEHIVE__\nSUBTYPE bbc -Cz+cpmdisk -Cz-f -Czbbc -Cz--container=raw -Cz--extension=.ssd -D__BBC__\nSUBTYPE bic -Cz+cpmdisk -Cz-f -Czbic -Cz--container=ana -lbic -pragma-define:CONSOLE_ROWS=24 -pragma-define:CONSOLE_COLUMNS=80 -D__BIC__\nSUBTYPE bigboard -Cz+cpmdisk -Cz-f -Czbigboard -Cz--container=imd -Cz--container=imd -D__X820__ -lx820ii -pragma-define:CONSOLE_ROWS=24 -pragma-define:CONSOLE_COLUMNS=80 -pragma-define:CRT_ORG_GRAPHICS=50000 -pragma-define:TAR__clib_gfx_fatpix=1\nSUBTYPE bondwell -Cz+cpmdisk -Cz-f -Czbw12 -lbondwell -D__BONDWELL__ -pragma-define:CONSOLE_COLUMNS=80 -pragma-define:CONSOLE_ROWS=25 \nSUBTYPE bondwell2 -Cz+cpmdisk -Cz-f -Czbw2 -lbondwell2 -D__BONDWELL2__ -pragma-define:CRT_ORG_GRAPHICS=47000 -pragma-define:REGISTER_SP=47000 -pragma-define:CONSOLE_COLUMNS=80 -pragma-define:CONSOLE_ROWS=25 -clib=ixiy\nSUBTYPE compactor -Cz+cpmdisk -Cz-f -Czcompactor -Cz--container=imd -ltrs80_cpm -D__TRS80__\nSUBTYPE corvette -Cz+cpmdisk -Cz-f -Czcorvette -Cz--container=raw -D__CORVETTE__ -Cz--extension=.kdi -pragma-define:CLIB_FPUTC_CLS_CODE=0x1f -clib=8080\nSUBTYPE corvboot -Cz+cpmdisk -Cz-f -Czcorvboot -Cz--container=raw -D__CORVETTE__ -Cz--extension=.kdi -pragma-define:CLIB_FPUTC_CLS_CODE=0x1f -clib=8080\nSUBTYPE cpc -Cz+cpmdisk -Cz-f -Czcpcsystem -Cz--force-com-ext -lcpccpm -D__CPC__\nSUBTYPE cpcvortex -Cz+cpmdisk -Cz-f -Czcpcvortex -Cz--force-com-ext -lcpccpm -D__CPC__\nSUBTYPE dmvss -Cz+cpmdisk -Cz-f -Czdmvss -Cz--container=imd -D__DMV__\nSUBTYPE dmv -Cz+cpmdisk -Cz-f -Czdmv -Cz--container=imd -D__DMV__\nSUBTYPE eagle2 -Cz+cpmdisk -Cz-f -Czeagle2 -Cz--container=imd -D__EAGLE2__\nSUBTYPE einstein -Cz+cpmdisk -Cz-f -Czeinstein -leinstein -pragma-define:CONSOLE_COLUMNS=40 -pragma-define:CONSOLE_ROWS=24 -D__EINSTEIN__ -pragma-define:__HAVE_TMS99X8=1 -pragma-define:CLIB_FPUTC_CLS_CODE=0x0c\nSUBTYPE einstein256 -Cz+cpmdisk -Cz-f -Czeinstein -leinstein -pragma-define:CONSOLE_COLUMNS=40 -pragma-define:CONSOLE_ROWS=24 -D__EINSTEIN__ -D__EINSTEIN256__ -pragma-define:__HAVE_TMS99X8=1 -pragma-define:CLIB_FPUTC_CLS_CODE=0x0c -leinstein256\nSUBTYPE excali64 -Cz+cpmdisk -Cz-f -Czexcali64 -Cz--container=raw -D__EXCALI64__ -pragma-define:CRT_ORG_GRAPHICS=50000 -pragma-define:CONSOLE_ROWS=24 -pragma-define:CONSOLE_COLUMNS=80 -lexcali64_cpm\nSUBTYPE fmgcpm -Cz+cpmdisk -Cz-f -Czfmgcpm -Cz--container=imd -ltrs80_cpm -lgfxtrs80m2 -D__TRS80__ -D__TRS80II__\nSUBTYPE fp1100 -Cz+cpmdisk -Cz-f -Czfp1100 -Cz--container=d88 -D__FP1100__ -lfp1100_cpm -pragma-define:CONSOLE_ROWS=24 -pragma-define:CONSOLE_COLUMNS=40 \nSUBTYPE g2skk -Cz+cpmdisk -Cz-f -Czg2skk -Cz--container=dmk -ltrs80_cpm -D__TRS80__\nSUBTYPE g2skkb -Cz+cpmdisk -Cz-f -Czg2skkb -Cz--container=dmk -ltrs80_cpm -D__TRS80__\nSUBTYPE g2sgs -Cz+cpmdisk -Cz-f -Czg2sgs -Cz--container=dmk -ltrs80_cpm -D__TRS80__\nSUBTYPE g3lowe22a -Cz+cpmdisk -Cz-f -Czg3lowe22a -Cz--container=dmk -ltrs80_cpm -D__TRS80__\nSUBTYPE g3lowe22b -Cz+cpmdisk -Cz-f -Czg3lowe22b -Cz--container=dmk -ltrs80_cpm -D__TRS80__\nSUBTYPE g3holte22 -Cz+cpmdisk -Cz-f -Czg3holte22 -Cz--container=dmk -ltrs80_cpm -D__TRS80__\nSUBTYPE g3holte30 -Cz+cpmdisk -Cz-f -Czg3holte30 -Cz--container=dmk -ltrs80_cpm -D__TRS80__\nSUBTYPE g3kk -Cz+cpmdisk -Cz-f -Czg2skk -Cz--container=dmk -ltrs80_cpm -D__TRS80__\nSUBTYPE g3skk -Cz+cpmdisk -Cz-f -Czg2skk -Cz--container=dmk -ltrs80_cpm -D__TRS80__\nSUBTYPE gemini -Cz+cpmdisk -Cz-f -Czgemini -Cz--container=imd -lgemini -D__GEMINI__\nSUBTYPE gnat10 -Cz+cpmdisk -Cz-f -Czgnat10 -Cz--container=d88 -D__GNAT__\nSUBTYPE holmes -Cz+cpmdisk -Cz-f -Czholmes -Cz--container=imd -ltrs80_cpm -D__TRS80__\nSUBTYPE hp125 -Cz+cpmdisk -Cz-f -Czhp125 -Cz--container=imd -D__HP125__\nSUBTYPE hz89 -Cz+cpmdisk -Cz-f -Czhz89 -Cz--container=imd -lgfxh19 -D__ZENITH__\nSUBTYPE hz100 -Cz+cpmdisk -Cz-f -Czhz100 -Cz--container=imd -lgfxh19 -D__ZENITH__\nSUBTYPE itt3030 -Cz+cpmdisk -Cz-f -Czitt3030 -D__ITT__\nSUBTYPE kaypro83 -Cz+cpmdisk -Cz-f -Czkayproii -D__KAYPROII__ -D__KAYPRO83__ -pragma-define:CONSOLE_COLUMNS=80 -pragma-define:CONSOLE_ROWS=24 -pragma-define:CRT_ORG_GRAPHICS=47000 -lgfxkp83 -pragma-export:GRAPHICS_CHAR_SET=31 -pragma-export:GRAPHICS_CHAR_UNSET=32\nSUBTYPE kaypro84 -Cz+cpmdisk -Cz-f -Czkayproii -D__KAYPRO84__ -pragma-define:CONSOLE_COLUMNS=80 -pragma-define:CONSOLE_ROWS=25 -lgfxkp\nSUBTYPE lifeboat -Cz+cpmdisk -Cz-f -Czlifeboat -Cz--container=imd -ltrs80_cpm -lgfxtrs80m2 -D__TRS80__ -D__TRS80II__\nSUBTYPE lynx -Cz+cpmdisk -Cz-f -Czlynx -Cz--container=raw -Cz--extension=.ldf -D__LYNX__\nSUBTYPE lnw80 -Cz+cpmdisk -Cz-f -Czlnw80 -Cz--container=imd -ltrs80_cpm -D__TRS80__\nSUBTYPE max80 -Cz+cpmdisk -Cz-f -Czmax80cpm3 -Cz--container=imd -ltrs80_cpm -D__TRS80__\nSUBTYPE magnolia -Cz+cpmdisk -Cz-f -Czmagnolia -Cz--container=imd -lgfxh19 -D__ZENITH__\nSUBTYPE mikko320 -Cz+cpmdisk -Cz-f -Czmikko-320 -Cz--container=dsk -D__MIKKO__ -clib=8085\nSUBTYPE mbc1100 -Cz+cpmdisk -Cz-f -Czmbc1000 -Cz--container=imd -D__SANYO__ -D__MB1100__\nSUBTYPE mbc1160 -Cz+cpmdisk -Cz-f -Czmbc1200 -Cz--container=imd -D__SANYO__ -D__MBC1160__\nSUBTYPE mbc200 -Cz+cpmdisk -Cz-f -Czmbc1200 -Cz--container=imd -lmbc200 -D__SANYO__ -D__MBC200__ -pragma-define:CONSOLE_ROWS=33 -pragma-define:CONSOLE_COLUMNS=80 -pragma-define:ansirows=33\nSUBTYPE md2 -Cz+cpmdisk -Cz-f -Czmorrow2 -Cz--container=imd -D__MORROW__\nSUBTYPE md3 -Cz+cpmdisk -Cz-f -Czmorrow3 -Cz--container=imd -D__MORROW__\nSUBTYPE mbc2000 -Cz+cpmdisk -Cz-f -Czmbc2000 -Cz--container=imd -D__SANYO__ -D__MBC2000__ -clib=8080\nSUBTYPE merchant -Cz+cpmdisk -Cz-f -Czmerchant -Cz--container=imd -ltrs80_cpm -D__TRS80__\nSUBTYPE microbee40 -Cz+cpmdisk -Cz-f -Czmicrobee-ds40 -pragma-define:CONSOLE_COLUMNS=80 -pragma-define:CONSOLE_ROWS=24 -lmicrobee -D__BEE__ -Ca-D__BEE__\nSUBTYPE microbee -Cz+cpmdisk -Cz-f -Czmicrobee-ds80 -pragma-define:CONSOLE_COLUMNS=80 -pragma-define:CONSOLE_ROWS=24 -lmicrobee -D__BEE__ -Ca-D__BEE__\nSUBTYPE micromate -Cz+cpmdisk -Cz-f -Czmicromate -Cz--container=imd -D__MICROMATE__\nSUBTYPE montezuma -Cz+cpmdisk -Cz-f -Czmontezuma -Cz--container=imd -ltrs80_cpm -D__TRS80__\nSUBTYPE m4cpm3 -Cz+cpmdisk -Cz-f -Czm4cpm3 -Cz--container=imd -ltrs80_cpm -D__TRS80__\nSUBTYPE msx -Cz+fat -Cz-f -Czmsxdos -Cz--container -Czdsk -D__MSX__ -pragma-define:__HAVE_TMS99X8=1 -lcpm_msx\nSUBTYPE mz80 -Cz+cpmdisk -Cz-f -Czmz80 -Cz--container=dsk -DSHARPMZ -D__SHARPMZ__\nSUBTYPE mz800 -Cz+cpmdisk -Cz-f -Czmz800 -Cz--container=dsk -DSHARPMZ -D__SHARPMZ__\nSUBTYPE mz2000 -Cz+cpmdisk -Cz-f -Czmz2000 -DSHARPMZ -D__SHARPMZ__\nSUBTYPE mz2500 -Cz+cpmdisk -Cz-f -Czmz2500cpm -D__MZ2500__\nSUBTYPE mz3500 -Cz+cpmdisk -Cz-f -Czmz3500 -Cz--container=raw -D__MZ3500__\nSUBTYPE nabu -Cz+cpmdisk -Cz-f -Cznabupc -Cz--container=raw -lnabu_cpm -pragma-define:CONSOLE_COLUMNS=32 -pragma-define:CONSOLE_ROWS=24 -D__NABUPC__ -Ca-D__NABUPC__ -pragma-define:__HAVE_TMS99X8=1\nSUBTYPE nabu-nshd8 -Cz+cpmdisk -Cz-f -Cznshd8 -Cz--container=raw -lnabu_cpm -pragma-define:CONSOLE_COLUMNS=32 -pragma-define:CONSOLE_ROWS=24 -D__NABUPC__ -Ca-D__NABUPC__ -pragma-define:__HAVE_TMS99X8=1\nSUBTYPE naburn -Cz+cpmdisk -Cz-f -Cznaburn -Cz--container=raw -lnabu_cpm -pragma-define:CONSOLE_COLUMNS=32 -pragma-define:CONSOLE_ROWS=24 -D__NABUPC__ -Ca-D__NABUPC__ -pragma-define:__HAVE_TMS99X8=1\nSUBTYPE nanos -Cz+cpmdisk -Cz-f -Czcaos -Cz--container=ana -D__NANOS__ -lnanos\nSUBTYPE nascom -Cz+cpmdisk -Cz-f -Cznascomcpm -Cz--container=raw -lnascomcpm -pragma-export:CONSOLE_DISPLAY=0xf800 -pragma-define:CONSOLE_ROWS=16 -pragma-define:ansirows=16 -D__NASCOM__\nSUBTYPE omikron -Cz+cpmdisk -Cz-f -Czomikron -Cz--container=imd -ltrs80_cpm -D__TRS80__\nSUBTYPE osborne1 -Cz+cpmdisk -Cz-f -Czosborne1 -lgfxosborne1 -Cz--container=imd -D__OSBORNE1__\nSUBTYPE osborne1sd -Cz+cpmdisk -Cz-f -Czosborne1sd -lgfxosborne1 -Cz--container=imd -D__OSBORNE1__\nSUBTYPE partner -Cz+cpmdisk -Cz-f -Czidpfdd -Cz--container=raw -D__PARTNER__ \nSUBTYPE pasopia -Cz+cpmdisk -Cz-f -Czpasopia -Cz--container=d88 -D__PASOPIA__\nSUBTYPE pc6001 -Cz+cpmdisk -Cz-f -Czpc6001 -Cz--container=d88 -D__PC6001__\nSUBTYPE pc8001 -Cz+cpmdisk -Cz-f -Czpc8001 -Cz--container=d88 -D__PC88__\nSUBTYPE pc88 -Cz+cpmdisk -Cz-f -Czpc88 -Cz--container=d88 -D__PC88__\nSUBTYPE pcw40 -Cz+cpmdisk -Cz-f -Czpcw40 -lpcw -pragma-define:CRT_ORG_GRAPHICS=61000 -pragma-define:REGISTER_SP=61000 -pragma-export:CLIB_PCW_FARHEAP_BANK_START=0x90 -pragma-export:CLIB_PCW_DEFAULT_BANK=0x86\nSUBTYPE pcw80 -Cz+cpmdisk -Cz-f -Czpcw80 -lpcw -pragma-define:CRT_ORG_GRAPHICS=61000 -pragma-define:REGISTER_SP=61000 -pragma-export:CLIB_PCW_FARHEAP_BANK_START=0x90 -pragma-export:CLIB_PCW_DEFAULT_BANK=0x86\nSUBTYPE ptcpm -Cz+cpmdisk -Cz-f -Czptcpm -Cz--container=imd -ltrs80_cpm -lgfxtrs80m2 -D__TRS80__ -D__TRS80II__\nSUBTYPE px -Cz+px -lpx8 -Ca-IDESTDIR/lib/target/px8/def -D__PX8__\nSUBTYPE pxansi -Cz+px -lpx8 -Ca-IDESTDIR/lib/target/px8/def -pragma-need=ansiterminal -D__CONIO_VT100 -pragma-define:ansicolumns=60 -pragma-define:ansipixels=480 -pragma-define:ansirows=10 -pragma-redirect:ansifont=_font_8x6_px -pragma-define:ansifont_is_packed=0 -D__PX8__\nSUBTYPE px4 -Cz+px -lpx4 -Cz--32k -D__PX4__\nSUBTYPE px4ansi -Cz+px -lpx4 -Cz--32k -pragma-need=ansiterminal -D__CONIO_VT100 -pragma-define:ansipixels=240 -pragma-define:ansirows=8 -pragma-define:ansicolumns=30 -D__PX4__ \nSUBTYPE px8 -Cz+px -lpx8 -Ca-IDESTDIR/lib/target/px8/def -D__PX8__\nSUBTYPE px8ansi -Cz+px -lpx8 -Ca-IDESTDIR/lib/target/px8/def -pragma-need=ansiterminal -D__CONIO_VT100 -pragma-define:ansicolumns=60 -pragma-define:ansipixels=480 -pragma-define:ansirows=10 -pragma-redirect:ansifont=_font_8x6_px -pragma-define:ansifont_is_packed=0 -D__PX8__\nSUBTYPE qc10 -Cz+cpmdisk -Cz-f -Czqc10 -D__QC10__ -D__QX10__\nSUBTYPE qc10m1 -Cz+cpmdisk -Cz-f -Czqc10m1 -D__QC10__ -D__QX10__\nSUBTYPE rc700 -Cz+cpmdisk -Cz-f -Czrc700 -Cz--container=imd -D__RC700__ -pragma-define:CONSOLE_ROWS=25 -pragma-define:CONSOLE_COLUMNS=80 -lrc700 -pragma-export:GRAPHICS_CHAR_SET=127 -pragma-export:GRAPHICS_CHAR_UNSET=32\nSUBTYPE rainbow -Cz+cpmdisk -Cz-f -Czrainbow -Cz--container=imd -D__RAINBOW__\nSUBTYPE\t sagafox -Cz+cpmdisk -Cz-f -Czsagafox -Cz--container=imd\nSUBTYPE\t sam -Cz+cpmdisk -Cz-f -Czpcw80 -Cz--container=raw -Cz--extension=.dsk -lsam_cpm -startup=3\nSUBTYPE\t seequa -Cz+cpmdisk -Cz-f -Czseequa -Cz--container=imd\nSUBTYPE smc777 -Cz+cpmdisk -Cz-f -Czsmc777 -D__SMC777__ -lsmc777_cpm -pragma-define:CONSOLE_COLUMNS=80 -pragma-define:CONSOLE_ROWS=25\nSUBTYPE svi -Cz+cpmdisk -Cz-f -Czsvi-40ss -D__SVI__ -pragma-define:__HAVE_TMS99X8=1\nSUBTYPE teletek -Cz+cpmdisk -Cz-f -Czteletekds -Cz--container=imd -D__TELETEK__\nSUBTYPE televideo -Cz+cpmdisk -Cz-f -Cztelevideo -Cz--container=imd -D__TELEVIDEO__\nSUBTYPE tiki100 -Cz+cpmdisk -Cz-f -Cztiki100ss -D__TIKI100__ -ltiki100 -pragma-define:CRT_ORG_GRAPHICS=48000 -pragma-define:REGISTER_SP=48000 -pragma-define:CONSOLE_ROWS=32 -pragma-define:CONSOLE_COLUMNS=128\nSUBTYPE tiki100_400k -Cz+cpmdisk -Cz-f -Cztiki100ds -D__TIKI100__ -ltiki100 -pragma-define:CRT_ORG_GRAPHICS=48000 -pragma-define:REGISTER_SP=48000 -pragma-define:CONSOLE_ROWS=32 -pragma-define:CONSOLE_COLUMNS=128\nSUBTYPE tim011 -Cz+cpmdisk -Cz-f -Cztim011 -D__TIM011__ -Cz--container=raw -ltim011 -clib=z180\nSUBTYPE v1050 -Cz+cpmdisk -Cz-f -Czv1050 -Cz--container=imd -D__V1050__ -lv1050 -pragma-define:CONSOLE_ROWS=25 -pragma-define:CONSOLE_COLUMNS=80\nSUBTYPE cortex -Cz+cpmdisk -Cz-f -Czcortex -Cz--container=imd -D__V1050__ -lv1050 -pragma-define:CONSOLE_ROWS=25 -pragma-define:CONSOLE_COLUMNS=80\nSUBTYPE vector06c -Cz+cpmdisk -Cz-f -Czvector06c -Cz--container=raw -D__VECTOR06C__ -clib=8080\nSUBTYPE vt180 -Cz+cpmdisk -Cz-f -Czvt180 -Cz--container=imd -D__VT180__\nSUBTYPE x1 -Cz+cpmdisk -Cz-f -Czsharpx1 -Cz--container=d88 -D__SHARPX1__ -pragma-define:CONSOLE_ROWS=24 -pragma-define:CONSOLE_COLUMNS=80 -lx1_cpm -pragma-define:CLIB_DEFAULT_SCREEN_MODE=1\nSUBTYPE x820 -Cz+cpmdisk -Cz-f -Czx820 -Cz--container=imd -D__X820__ -lx820ii -pragma-define:CONSOLE_ROWS=24 -pragma-define:CONSOLE_COLUMNS=80 -pragma-define:CRT_ORG_GRAPHICS=50000 -pragma-define:TAR__clib_gfx_fatpix=1\nSUBTYPE z80pack -Cz+cpmdisk -Cz-f -Czz80pack -Cz--container=raw -Cz--extension=.dsk\nSUBTYPE z80retro -lz80retro_cpm -pragma-define:CONSOLE_COLUMNS=40 -pragma-define:CONSOLE_ROWS=24 -D__Z80RETRO__ -pragma-define:__HAVE_TMS99X8=1\nSUBTYPE zxplus3 -Cz+cpmdisk -Cz-f -Czplus3 -Cz--container=dsk -D__ZXPLUS3__ -lzxcpm -startup=3\nSUBTYPE diskface -Cz+cpmdisk -Cz-f -Czdiskface -Cz--container=raw -Cz--extension=.raw -D__ZXPLUS3__ -lzxcpm -startup=4\nSUBTYPE zxlec -Cz+zx -Cz--lec-cpm -D__ZXPLUS3__ -lzxcpm -startup=5\nSUBTYPE lec80t -Cz+cpmdisk -Cz-f -Czlec80t -Cz--container=imd -D__ZXPLUS3__ -lzxcpm -startup=5\nSUBTYPE scorpion -Cz+cpmdisk -Cz-f -Czscorpion -Cz--container=raw -Cz--extension=.trd -D__ZXPLUS3__ -lzxcpm -startup=3\nSUBTYPE atmturbo -Cz+cpmdisk -Cz-f -Czatmturbo -Cz--container=raw -Cz--extension=.trd -D__ZXPLUS3__ -lzxcpm -startup=3\nSUBTYPE quorum -Cz+cpmdisk -Cz-f -Czquorum -Cz--container=dsk -D__ZXPLUS3__ -lzxcpm -startup=3\nSUBTYPE hc91 -Cz+cpmdisk -Cz-f -Czhc91 -Cz--container=dsk -D__ZXPLUS3__ -lzxcpm -startup=3\nSUBTYPE hc2000 -Cz+cpmdisk -Cz-f -Czhc2000 -Cz--container=dsk -D__ZXPLUS3__ -lzxcpm -startup=3"
},
{
"path": "docs/VGA_from_protected_mode.txt",
"content": "vga_mode13.s (ACK / Minix-386 assembly)\r\n .globl set_mode13h\r\n .globl set_textmode\r\n .globl init_vga_memory\r\n .globl A000\r\n\r\n .data\r\n\r\n! -------------------------------------------------------\r\n! DPMI Real-Mode Register Structure (44 bytes)\r\n! Layout (ACK labels below). This block is zeroed before use.\r\n! -------------------------------------------------------\r\nRMRegs:\r\nRM_Edi: .long 0 ! offset 0\r\nRM_Esi: .long 0 ! offset 4\r\nRM_Ebp: .long 0 ! offset 8\r\nRM_Res: .long 0 ! offset 12 (reserved)\r\nRM_Ebx: .long 0 ! offset 16\r\nRM_Edx: .long 0 ! offset 20\r\nRM_Ecx: .long 0 ! offset 24\r\nRM_Eax: .long 0 ! offset 28\r\nRM_Flags: .word 0 ! offset 32\r\nRM_ES: .word 0 ! offset 34\r\nRM_DS: .word 0 ! offset 36\r\nRM_FS: .word 0 ! offset 38\r\nRM_GS: .word 0 ! offset 40\r\nRM_IP: .word 0 ! offset 42\r\nRM_CS: .word 0 ! offset 44 (note: some hosts expect 44+; we keep labels for compatibility)\r\nRM_SP: .word 0\r\nRM_SS: .word 0\r\n\r\nRMRegs_end:\r\n\r\n! -------------------------------------------------------\r\n! Storage for protected-mode pointer/selector for A0000h\r\n! The C side expects 'unsigned char *A000' symbol.\r\n! -------------------------------------------------------\r\nA000: .long 0\r\n\r\n .text\r\n\r\n! =======================================================\r\n! void set_mode13h(void)\r\n! - zero RM register block\r\n! - set EAX = 0x0013 (BIOS: AH=0 AL=13h)\r\n! - call DPMI: AX=0x0300, BL=0x10 (simulate int 10h)\r\n! =======================================================\r\nset_mode13h:\r\n\r\n ! Clear RM register structure bytewise\r\n leal RMRegs, %edi\r\n movl $0, %eax\r\n movl $((RMRegs_end - RMRegs)), %ecx\r\n1:\r\n movb %al, (%edi)\r\n incl %edi\r\n loop 1b\r\n\r\n ! Set EAX = 0x00000013 for BIOS int 10h (set video mode)\r\n movl $0x00000013, RM_Eax\r\n\r\n ! Prepare DPMI simulate real-mode int:\r\n ! AX = 0x0300, BL = int number (0x10)\r\n movw $0x0300, %ax\r\n movb $0x10, %bl\r\n movb $0x00, %bh\r\n\r\n ! ES:DI -> pointer to RMRegs (DPMI expects a far pointer here)\r\n leal RMRegs, %edi\r\n int $0x31\r\n\r\n ret\r\n\r\n\r\n! =======================================================\r\n! void set_textmode(void)\r\n! - same as above but AX = 0x0003 (text mode 03h)\r\n! =======================================================\r\nset_textmode:\r\n\r\n ! Clear RM register structure\r\n leal RMRegs, %edi\r\n movl $0, %eax\r\n movl $((RMRegs_end - RMRegs)), %ecx\r\n2:\r\n movb %al, (%edi)\r\n incl %edi\r\n loop 2b\r\n\r\n ! AX = 0x0003 (text mode)\r\n movl $0x00000003, RM_Eax\r\n\r\n movw $0x0300, %ax\r\n movb $0x10, %bl\r\n movb $0x00, %bh\r\n leal RMRegs, %edi\r\n int $0x31\r\n\r\n ret\r\n\r\n\r\n! =======================================================\r\n! void init_vga_memory(void)\r\n! - map physical A0000h (0xA0000) into protected-mode pointer\r\n! - uses DPMI function 0x0800 (service varies by host),\r\n! many hosts return selector:offset in EAX/Ebx — this is\r\n! somewhat host-dependent; the simple approach below\r\n! uses INT 31h with AX=0x0800 (allocate/ map) which on\r\n! many DPMI hosts returns linear pointer in EAX.\r\n! - After call we store EAX into A000 (caller reads it as pointer)\r\n! =======================================================\r\ninit_vga_memory:\r\n\r\n ! physical base = 0x000A0000\r\n movl $0x000A0000, %ebx\r\n ! size = 0x10000 (64K)\r\n movl $0x00010000, %ecx\r\n ! access flags: 1 = read/write (host-specific)\r\n movl $0x00000001, %edx\r\n\r\n ! DPMI function to map physical memory -> AX = 0x0800\r\n movw $0x0800, %ax\r\n int $0x31\r\n\r\n ! store returned pointer/selector (EAX) into A000\r\n movl %eax, A000\r\n ret\r\n\r\nvga.h (C header)\r\n/* vga.h */\r\n#ifndef VGA_H\r\n#define VGA_H\r\n\r\n/* switch to VGA 320x200x256 */\r\nvoid set_mode13h(void);\r\n\r\n/* restore text mode 80x25 */\r\nvoid set_textmode(void);\r\n\r\n/* map VGA memory A0000 -> returns pointer in global A000 (extern) */\r\nvoid init_vga_memory(void);\r\n\r\n/* extern pointer to VGA linear memory (set by init_vga_memory) */\r\nextern unsigned char *A000;\r\n\r\n#endif"
},
{
"path": "docs/VZ.txt",
"content": "VZ keyboard echo fix\r\n\r\n*((byte *)0x7839) |= 1; (that is, set bit 0 to \"1\")\r\n"
},
{
"path": "docs/XL.md",
"content": "## BUILDING PROJECTS\r\n\r\nWe recommend to use `xl` (equivalent to `xl build`) to build projects.\r\n\r\n### Using `xl`\r\n\r\nI recommend that you use `xl build`:\r\n\r\n`xl [game_or_test_name] [optional system_name] [optional number of threads]`\r\n\r\nA convenient shortcut is using just `xl` as follows:\r\n\r\n`xl [project_name] [optional system_name] [optional number of threads]`\r\n\r\nThe `[optional system_name]` parameter is the name of the target. If no target is specified then the native target (the host terminal) is implied.\r\n\r\nThe `[optional number of threads]` is used to specify the number of threads to use for multiple targets that can be built in parallel.\r\n\r\nExamples:\r\n- `xl snake` -> It builds Cross Snake for the native console by using `gcc` and `ncurses`.\r\n- `xl bomber atari` -> It builds Cross Bomber for the Atari 8-bit target (by using the appropriate cross-compiler, i.e., CC65)\r\n- `xl snake vic20` -> It builds Cross Snake for the Commodore Vic 20.\r\n- `xl games msx` -> It builds all game projects for the MSX target (by using the appropriate cross-compiler, i.e., the ones in Z88DK).\r\n- `xl bomber cc65` -> It builds Cross Bomber for all targets that use CC65.\r\n- `xl examples c64` -> It builds all examples for the Commodore 64 target\r\n\r\nRemark: All binaries will be in the `build` directory (same depth level as `src`).\r\n\r\n-------------------------------------------\r\n## CREATING A NEW GAME PROJECT\r\n\r\nIn order to create a new game project we can use the `xl create` scripts that will create the necessary initial source code files, graphic assets and Makefile inside a folder in the `games` folder.\r\n\r\nThe script is used as follows:\r\n\r\n`xl create [game project name] [initial code type]`\r\n\r\nwhere `[initial code type]` can be \r\n- `helloworld` or empty for initial code that only displays 'hello world'\r\n- `game` for an initial code for a standard game with a main loop and a level loop\r\n- `demo` for an initial code that uses most APIs.\r\n\r\nExamples:\r\n- `xl create foo` -> It creates a new game project `foo` with a trivial code that initializes sound, input and graphics and just displays `hello world` on the screen.\r\n- `xl create bar game` -> It creates a new game project `bar` with code that initializes sound, input and graphics and contains the main loops that may be used in a standard game.\r\n- `xl create foobar demo` -> It creates a new game project `foobar` with code that initializes sound, input and graphics and contains code that shows how to use most APIs.\r\n\r\n-------------------------------------------\r\n## CLEANING TEMPORARY FILES AND BINARIES\r\n\r\nIf you want to remove built binaries and temporary files that are produced during a build you can use 'xl clean'.\r\n\r\n`xl clean`\r\n\r\n--------------------------------------------\r\n## DELETING PROJECTS\r\n\r\nNon-built-in game projects can be deleted trhough the `xl delete` script in a very simple way:\r\n\r\n`xl delete [game project name]`\r\n\r\nExample: \r\n\r\n`xl delete foo` -> It removes the `foo` source code, assets and Makefile files\r\n"
},
{
"path": "docs/alt_conio_fonts.s",
"content": "; The internal font structure for Atari7800 needs a full set of 128\r\n; characters. Each character is 16 x 8 bits.\r\n; The font consists of 8 rows of data:\r\n; row7\r\n; row6\r\n; row5\r\n; row4\r\n; row3\r\n; row2\r\n; row1\r\n; row0\r\n; Each row is 256 bytes long\r\n; As we have 2 bits per pixel we need 2 bytes to represent\r\n; one character. So we can fit 128 characters in this font\r\n; When you later use the font you must address the characters as\r\n; 0, 2, 4, 6, ... 254\r\n; Odd indices cannot be used.\r\n\r\n .export _conio_font\r\n .rodata\r\n .align 256\r\n_conio_font:\r\n .byte $FF, $AA, $55, $FF, $55, $FF, $55, $FF ; SPACE\r\n .byte $0, $0, $0, $0, $1, $40, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $82, $82\r\n .byte $0, $0, $28, $0, $0, $0, $0, $0\r\n .byte $2, $80, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $c3, $c3, $0, $0, $3c, $0\r\n .byte $0, $0, $0, $0, $3, $c0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $0, $0\r\n .byte $0, $0, $0, $0, $0, $0, $ff, $ff\r\n .byte $AA, $FF, $55, $FF, $55, $FF, $55, $FF ; SPACE\r\n .byte $0, $0, $5, $0, $1, $40, $15, $50\r\n .byte $55, $50, $55, $50, $15, $40, $1, $54\r\n .byte $15, $40, $15, $40, $5, $0, $15, $40\r\n .byte $15, $0, $50, $50, $55, $50, $5, $50\r\n .byte $55, $40, $55, $54, $55, $0, $5, $54\r\n .byte $50, $50, $15, $40, $15, $40, $54, $14\r\n .byte $55, $54, $50, $14, $50, $14, $5, $40\r\n .byte $55, $0, $1, $50, $54, $14, $15, $40\r\n .byte $15, $40, $55, $50, $5, $0, $50, $14\r\n .byte $50, $14, $15, $40, $55, $54, $22, $88\r\n .byte $a, $0, $a, $0, $0, $0, $a, $0\r\n .byte $2, $80, $2a, $a0, $aa, $a0, $aa, $a0\r\n .byte $2a, $80, $2, $a8, $2a, $80, $2a, $80\r\n .byte $a, $0, $2a, $80, $2a, $0, $a0, $a0\r\n .byte $aa, $a0, $a, $a0, $aa, $80, $aa, $a8\r\n .byte $aa, $0, $a, $a8, $a0, $a0, $2a, $80\r\n .byte $2a, $80, $a8, $28, $aa, $a8, $a0, $28\r\n .byte $a0, $28, $a, $80, $aa, $0, $2, $a0\r\n .byte $a8, $28, $2a, $80, $2a, $80, $aa, $a0\r\n .byte $a, $0, $a0, $28, $a0, $28, $2a, $80\r\n .byte $aa, $a8, $33, $cc, $f, $0, $f, $0\r\n .byte $0, $0, $f, $0, $3, $c0, $3f, $f0\r\n .byte $ff, $f0, $ff, $f0, $3f, $c0, $3, $fc\r\n .byte $3f, $c0, $3f, $c0, $f, $0, $3f, $c0\r\n .byte $3f, $0, $f0, $f0, $ff, $f0, $f, $f0\r\n .byte $ff, $c0, $ff, $fc, $ff, $0, $f, $fc\r\n .byte $f0, $f0, $3f, $c0, $3f, $c0, $fc, $3c\r\n .byte $ff, $fc, $f0, $3c, $f0, $3c, $f, $c0\r\n .byte $ff, $0, $3, $f0, $fc, $3c, $3f, $c0\r\n .byte $3f, $c0, $ff, $f0, $f, $0, $f0, $3c\r\n .byte $f0, $3c, $3f, $c0, $ff, $fc, $0, $0\r\n .byte $FF, $AA, $55, $FF, $55, $FF, $55, $FF ; SPACE\r\n .byte $0, $0, $5, $0, $1, $40, $54, $14\r\n .byte $5, $0, $50, $50, $50, $50, $0, $50\r\n .byte $50, $50, $50, $50, $5, $0, $50, $50\r\n .byte $1, $40, $50, $50, $14, $14, $14, $14\r\n .byte $14, $50, $14, $4, $14, $0, $14, $14\r\n .byte $50, $50, $5, $0, $50, $50, $14, $14\r\n .byte $14, $14, $50, $14, $50, $14, $14, $50\r\n .byte $14, $0, $15, $40, $14, $14, $50, $50\r\n .byte $5, $0, $50, $50, $15, $40, $54, $54\r\n .byte $14, $50, $5, $0, $14, $14, $a, $a0\r\n .byte $0, $0, $a, $0, $0, $0, $a, $0\r\n .byte $2, $80, $a8, $28, $a, $0, $a0, $a0\r\n .byte $a0, $a0, $0, $a0, $a0, $a0, $a0, $a0\r\n .byte $a, $0, $a0, $a0, $2, $80, $a0, $a0\r\n .byte $28, $28, $28, $28, $28, $a0, $28, $8\r\n .byte $28, $0, $28, $28, $a0, $a0, $a, $0\r\n .byte $a0, $a0, $28, $28, $28, $28, $a0, $28\r\n .byte $a0, $28, $28, $a0, $28, $0, $2a, $80\r\n .byte $28, $28, $a0, $a0, $a, $0, $a0, $a0\r\n .byte $2a, $80, $a8, $a8, $28, $a0, $a, $0\r\n .byte $28, $28, $f, $f0, $0, $0, $f, $0\r\n .byte $0, $0, $f, $0, $3, $c0, $fc, $3c\r\n .byte $f, $0, $f0, $f0, $f0, $f0, $0, $f0\r\n .byte $f0, $f0, $f0, $f0, $f, $0, $f0, $f0\r\n .byte $3, $c0, $f0, $f0, $3c, $3c, $3c, $3c\r\n .byte $3c, $f0, $3c, $c, $3c, $0, $3c, $3c\r\n .byte $f0, $f0, $f, $0, $f0, $f0, $3c, $3c\r\n .byte $3c, $3c, $f0, $3c, $f0, $3c, $3c, $f0\r\n .byte $3c, $0, $3f, $c0, $3c, $3c, $f0, $f0\r\n .byte $f, $0, $f0, $f0, $3f, $c0, $fc, $fc\r\n .byte $3c, $f0, $f, $0, $3c, $3c, $0, $0\r\n .byte $AA, $FF, $55, $FF, $55, $FF, $55, $FF ; SPACE\r\n .byte $55, $55, $0, $0, $1, $40, $55, $14\r\n .byte $5, $0, $14, $0, $0, $50, $55, $54\r\n .byte $0, $50, $50, $50, $5, $0, $50, $50\r\n .byte $0, $50, $55, $50, $14, $14, $50, $0\r\n .byte $14, $14, $14, $40, $14, $40, $50, $54\r\n .byte $50, $50, $5, $0, $50, $50, $14, $50\r\n .byte $14, $4, $51, $14, $50, $54, $50, $14\r\n .byte $14, $0, $51, $50, $14, $50, $1, $50\r\n .byte $5, $0, $50, $50, $50, $50, $55, $54\r\n .byte $5, $40, $5, $0, $5, $4, $a8, $2a\r\n .byte $a, $0, $0, $0, $aa, $aa, $0, $0\r\n .byte $2, $80, $aa, $28, $a, $0, $28, $0\r\n .byte $0, $a0, $aa, $a8, $0, $a0, $a0, $a0\r\n .byte $a, $0, $a0, $a0, $0, $a0, $aa, $a0\r\n .byte $28, $28, $a0, $0, $28, $28, $28, $80\r\n .byte $28, $80, $a0, $a8, $a0, $a0, $a, $0\r\n .byte $a0, $a0, $28, $a0, $28, $8, $a2, $28\r\n .byte $a0, $a8, $a0, $28, $28, $0, $a2, $a0\r\n .byte $28, $a0, $2, $a0, $a, $0, $a0, $a0\r\n .byte $a0, $a0, $aa, $a8, $a, $80, $a, $0\r\n .byte $a, $8, $fc, $3f, $f, $0, $0, $0\r\n .byte $ff, $ff, $0, $0, $3, $c0, $ff, $3c\r\n .byte $f, $0, $3c, $0, $0, $f0, $ff, $fc\r\n .byte $0, $f0, $f0, $f0, $f, $0, $f0, $f0\r\n .byte $0, $f0, $ff, $f0, $3c, $3c, $f0, $0\r\n .byte $3c, $3c, $3c, $c0, $3c, $c0, $f0, $fc\r\n .byte $f0, $f0, $f, $0, $f0, $f0, $3c, $f0\r\n .byte $3c, $c, $f3, $3c, $f0, $fc, $f0, $3c\r\n .byte $3c, $0, $f3, $f0, $3c, $f0, $3, $f0\r\n .byte $f, $0, $f0, $f0, $f0, $f0, $ff, $fc\r\n .byte $f, $c0, $f, $0, $f, $c, $0, $0\r\n .byte $FF, $AA, $55, $FF, $55, $FF, $55, $FF ; SPACE\r\n .byte $55, $55, $0, $0, $1, $40, $51, $54\r\n .byte $5, $0, $5, $40, $5, $40, $50, $50\r\n .byte $0, $50, $55, $40, $1, $40, $15, $40\r\n .byte $15, $50, $50, $50, $15, $50, $50, $0\r\n .byte $14, $14, $15, $40, $15, $40, $50, $0\r\n .byte $55, $50, $5, $0, $0, $50, $15, $40\r\n .byte $14, $0, $55, $54, $51, $54, $50, $14\r\n .byte $15, $50, $50, $50, $15, $50, $15, $0\r\n .byte $5, $0, $50, $50, $50, $50, $51, $14\r\n .byte $5, $40, $15, $40, $1, $40, $a8, $2a\r\n .byte $2, $80, $0, $0, $aa, $aa, $0, $0\r\n .byte $2, $80, $a2, $a8, $a, $0, $a, $80\r\n .byte $a, $80, $a0, $a0, $0, $a0, $aa, $80\r\n .byte $2, $80, $2a, $80, $2a, $a0, $a0, $a0\r\n .byte $2a, $a0, $a0, $0, $28, $28, $2a, $80\r\n .byte $2a, $80, $a0, $0, $aa, $a0, $a, $0\r\n .byte $0, $a0, $2a, $80, $28, $0, $aa, $a8\r\n .byte $a2, $a8, $a0, $28, $2a, $a0, $a0, $a0\r\n .byte $2a, $a0, $2a, $0, $a, $0, $a0, $a0\r\n .byte $a0, $a0, $a2, $28, $a, $80, $2a, $80\r\n .byte $2, $80, $fc, $3f, $3, $c0, $0, $0\r\n .byte $ff, $ff, $0, $0, $3, $c0, $f3, $fc\r\n .byte $f, $0, $f, $c0, $f, $c0, $f0, $f0\r\n .byte $0, $f0, $ff, $c0, $3, $c0, $3f, $c0\r\n .byte $3f, $f0, $f0, $f0, $3f, $f0, $f0, $0\r\n .byte $3c, $3c, $3f, $c0, $3f, $c0, $f0, $0\r\n .byte $ff, $f0, $f, $0, $0, $f0, $3f, $c0\r\n .byte $3c, $0, $ff, $fc, $f3, $fc, $f0, $3c\r\n .byte $3f, $f0, $f0, $f0, $3f, $f0, $3f, $0\r\n .byte $f, $0, $f0, $f0, $f0, $f0, $f3, $3c\r\n .byte $f, $c0, $3f, $c0, $3, $c0, $0, $0\r\n .byte $AA, $FF, $55, $FF, $55, $FF, $55, $FF ; SPACE\r\n .byte $0, $0, $0, $0, $1, $40, $50, $54\r\n .byte $5, $0, $0, $50, $0, $50, $14, $50\r\n .byte $55, $40, $50, $0, $0, $50, $50, $50\r\n .byte $50, $50, $50, $50, $14, $14, $50, $0\r\n .byte $14, $14, $14, $40, $14, $40, $50, $0\r\n .byte $50, $50, $5, $0, $0, $50, $14, $50\r\n .byte $14, $0, $55, $54, $55, $14, $50, $14\r\n .byte $14, $14, $50, $50, $14, $14, $54, $0\r\n .byte $5, $0, $50, $50, $50, $50, $50, $14\r\n .byte $14, $50, $50, $50, $40, $50, $a, $a0\r\n .byte $0, $a0, $0, $0, $0, $0, $0, $0\r\n .byte $2, $80, $a0, $a8, $a, $0, $0, $a0\r\n .byte $0, $a0, $28, $a0, $aa, $80, $a0, $0\r\n .byte $0, $a0, $a0, $a0, $a0, $a0, $a0, $a0\r\n .byte $28, $28, $a0, $0, $28, $28, $28, $80\r\n .byte $28, $80, $a0, $0, $a0, $a0, $a, $0\r\n .byte $0, $a0, $28, $a0, $28, $0, $aa, $a8\r\n .byte $aa, $28, $a0, $28, $28, $28, $a0, $a0\r\n .byte $28, $28, $a8, $0, $a, $0, $a0, $a0\r\n .byte $a0, $a0, $a0, $28, $28, $a0, $a0, $a0\r\n .byte $80, $a0, $f, $f0, $0, $f0, $0, $0\r\n .byte $0, $0, $0, $0, $3, $c0, $f0, $fc\r\n .byte $f, $0, $0, $f0, $0, $f0, $3c, $f0\r\n .byte $ff, $c0, $f0, $0, $0, $f0, $f0, $f0\r\n .byte $f0, $f0, $f0, $f0, $3c, $3c, $f0, $0\r\n .byte $3c, $3c, $3c, $c0, $3c, $c0, $f0, $0\r\n .byte $f0, $f0, $f, $0, $0, $f0, $3c, $f0\r\n .byte $3c, $0, $ff, $fc, $ff, $3c, $f0, $3c\r\n .byte $3c, $3c, $f0, $f0, $3c, $3c, $fc, $0\r\n .byte $f, $0, $f0, $f0, $f0, $f0, $f0, $3c\r\n .byte $3c, $f0, $f0, $f0, $c0, $f0, $0, $0\r\n .byte $FF, $AA, $55, $FF, $55, $FF, $55, $FF ; SPACE\r\n .byte $55, $FF, $55, $FF, $55, $FF, $50, $14\r\n .byte $55, $FF, $55, $FF, $55, $FF, $5, $50\r\n .byte $50, $0, $14, $0, $50, $50, $50, $50\r\n .byte $50, $50, $15, $40, $14, $14, $14, $14\r\n .byte $14, $50, $14, $4, $14, $4, $14, $14\r\n .byte $50, $50, $5, $0, $0, $50, $14, $14\r\n .byte $14, $0, $54, $54, $54, $14, $14, $50\r\n .byte $14, $14, $50, $50, $14, $14, $50, $50\r\n .byte $45, $10, $50, $50, $50, $50, $50, $14\r\n .byte $50, $14, $50, $50, $50, $14, $22, $88\r\n .byte $a0, $a0, $0, $0, $0, $0, $0, $0\r\n .byte $2, $80, $a0, $28, $2a, $0, $a0, $a0\r\n .byte $a0, $a0, $a, $a0, $a0, $0, $28, $0\r\n .byte $a0, $a0, $a0, $a0, $a0, $a0, $2a, $80\r\n .byte $28, $28, $28, $28, $28, $a0, $28, $8\r\n .byte $28, $8, $28, $28, $a0, $a0, $a, $0\r\n .byte $0, $a0, $28, $28, $28, $0, $a8, $a8\r\n .byte $a8, $28, $28, $a0, $28, $28, $a0, $a0\r\n .byte $28, $28, $a0, $a0, $8a, $20, $a0, $a0\r\n .byte $a0, $a0, $a0, $28, $a0, $28, $a0, $a0\r\n .byte $a0, $28, $33, $cc, $f0, $f0, $0, $0\r\n .byte $0, $0, $0, $0, $3, $c0, $f0, $3c\r\n .byte $3f, $0, $f0, $f0, $f0, $f0, $f, $f0\r\n .byte $f0, $0, $3c, $0, $f0, $f0, $f0, $f0\r\n .byte $f0, $f0, $3f, $c0, $3c, $3c, $3c, $3c\r\n .byte $3c, $f0, $3c, $c, $3c, $c, $3c, $3c\r\n .byte $f0, $f0, $f, $0, $0, $f0, $3c, $3c\r\n .byte $3c, $0, $fc, $fc, $fc, $3c, $3c, $f0\r\n .byte $3c, $3c, $f0, $f0, $3c, $3c, $f0, $f0\r\n .byte $cf, $30, $f0, $f0, $f0, $f0, $f0, $3c\r\n .byte $f0, $3c, $f0, $f0, $f0, $3c, $0, $0\r\n .byte $AA, $FF, $55, $FF, $55, $FF, $55, $FF ; 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"path": "docs/articles/CALL_APPLE/apple2.txt",
"content": "\r\n[INSERT LOGO PICTURE HERE]\r\n\r\n[If desired, also INSERT PHOTO OF THE AUTHOR]\r\n\r\n# INTRODUCTION\r\n\r\nThe goal of this article is to present Cross-Lib, briefly show how to use it and present the 6 \"universal\" games I have written with it.\r\nBy \"universal\" here I mean that these games will run on about 200 different systems (consoles, computers, arcade boards, pocket calculators, etc.) despite using the very same game code.\r\nA detailed description of Cross-Lib is not in the scope of this article.\r\nFor more details we refer to the GitHub page: http://www.github.com/Fabrizio-Caruso/CROSS-LIB/\r\n\r\n# WHAT IS CROSS-LIB?\r\nCross-Lib (https://github.com/Fabrizio-Caruso/CROSS-LIB/) is a free open source tool for retro-coding for a multitude of 8-bit and vintage systems from the ‘80s (computers, consoles, pocket calculators, arcade boards, etc.) \r\nsuch as Apple //, all 8-bit Commodore computers, Atari 800, Amstrad CPC, Sinclair ZX 81, Sinclair ZX Spectrum, TRS-80 CoCo, Dragon 32, TRS-80 MC-10, Thomson Mo5 and To7, MSX, Oric-1, Oric Atmos, BBC Micro, etc. as well as consoles such as GameBoy, Sega Master System, GameGear, Nintendo NES, etc. \r\nand other devices such as Texas Instruments pocket calculators. The main CPU architectures are Zilog 80, MOS 6502, Intel 8080, Motorola 6803, Motorola 6809 and RCA 1802. \r\nCross-Lib also supports several lesser known systems such as the Philips VG-5000, the Jupiter Ace and several exotic and rare systems such as the yugoslav Galaksija, the Hungarian Homlab-2, \r\nseveral computers from the Eastern German Robotron series such as the Robotron KC 85, etc. \r\nIn particular for the Apple //, Cross-Lib currently supports the 6-color HGR mode for graphics, joystick input and a few 1-bit sound effects.\r\n\r\nA large but partial list of the supported systems is at the page: \r\nhttps://github.com/Fabrizio-Caruso/CROSS-LIB/blob/master/docs/STATUS.md. \r\n\r\nCross-Lib has two main components:\r\n1. A \"universal\" C library (e.g., a collection of C APIs mostly for input/output);\r\n2. A Python script to manage game projects (e.g., to build, create game projects, etc.) and manipulate graphics assets (e.g., to create, import or rip assets)\r\n\r\nThe main goal of Cross-Lib is to provide a *hardware abstraction layer* for hundreds of vintage systems so that the *very same* game code can be used without any adaptation for all its supported systems.\r\n\r\nSeveral articles have been published on Cross-Lib ([rg], [prog]) and its games ([ceo] and, in by this very magazine, [app]).\r\n\r\n# CROSS-LIB VS OTHER DEV-KITS\r\n\r\nHistorically, 8-bit systems were programmed directly on the system and mostly in Assembly, or for simpler programs in interpreted BASIC.\r\nToday cross-development simplifies developers’ tasks a lot (modern editors, simplified debugging, efficient and quick compilation, etc.) and can be done in C.\r\n\r\nThe problem with the portability of C code comes from the diversity of the machines and from the fact that ANSI C does not provide a standard library for graphics, sounds, input, etc.\r\nA partial solution is already provided by some dev-kits such as CC65 (for MOS 6502), Z88DK (for the Zilog 80 and Intel 8080), LCC1802 (for the RCA 1802), CMOC (for the Motorola 6890), etc. \r\nBy using one of these dev-kits, we can exploit their cross-compatible libraries for input and output.\r\nOn the other hand:\r\n1. Each dev-kit only covers a subset of all 8-bit architectures.\r\n2. Even within a given dev-kit, its libraries do not necessarily provide the very same input/output APIs across the entirety of its supported targets.\r\n\r\nCross-Lib improves on these points and lets you do things that you cannot do with other tools:\r\n1. cover many more vintage 8-bit architectures, including very exotic ones;\r\n2. writing 100% WORA code, i.e., \"write once, run anywhere\" (after re-compilation);\r\n3. using WORA graphics resources, i.e., define abstract graphics assets for several totally different systems;\r\n4. using a simplified tool-chain to create, compile and test the games.\r\n\r\nThe closest dev-kits to Cross-Lib with respect to these points are \r\n- 8-bit-Unity [un8] (meant to be used with CC65), which does incredible things but only for very few MOS 6502-based systems;\r\n- Z88DK, which has huge libraries but only covers Zilog 80 and Intel 8080 systems.\r\n\r\nOn the other hand Cross-Lib is not a compiler. It uses several compilers to build the binary files (executable files, disk images, tape images, cartridge images, etc.) for retro-consoles and retro-computers.\r\n\r\nBy providing an abstraction layer for all 8-bit systems, Cross-Lib makes some compromises with respect to what we could do if we were coding only for a specific system.\r\nIn particular, graphics is somehow limited by what is possible on all systems. Sound effects are even more limited.\r\n\r\n\r\n# COMPILERS\r\n\r\nCross-Lib is supposed to be used with C compilers but which ones? \r\n\r\nA native compiler (for example GCC) can be used to build native binaries that can be run, for instance, under Windows. Today the support for native compilation is limited to the text terminal, which means no graphics other than ASCII on the host machine.\r\n\r\nCurrently Cross-Lib fully supports the following cross-compilers and dev-kits with graphics and sound effects for most of its targets:\r\n- CC65 [cc65] for most systems based on the MOS 6502 architecture; \r\n- Z88DK [z88dk] for systems based on the Zilog 80 and Intel 8080 architectures;\r\n- CMOC [cmoc] for systems that use the Motorola 6809;\r\n- LCC1802 [lcc1802] for systems that use the COSMAC RCA 1802 ;\r\n- GCC for TI [ti] for the Texas Instruments TI99/4A based on the 16-bit TMS9900.\r\n\r\nCross-Lib also supports other compilers (currently with limited or absent graphics and sound effects) such as \r\n- ACK [ack] for 8088/8086, Intel 8080 CP/M, 386/68K/PPC/MIPS Linux and PDP11, \r\n- XTC68 [xtc68] for the Sinclair QL, \r\n- VBCC [vbcc] for the BBC Micro, BBC Master, the Amiga and others, \r\n- CC6303 [cc6303] for the Motorola 6803; \r\n- several versions of modded GCC to target vintage computers (Atari ST [st], Olivetti M20 [m20]).\r\n\r\nCross-Lib supports a large sub-set of ANSI C89 because most available cross-compilers for 8-bit architectures only implement a sub-set of ANSI C89.\r\nTherefore we write in C (a sub-set of ANSI C C89) with Cross-Lib APIs for graphics, sounds, input.\r\nIn particular we must avoid:\r\n- \"float\" and \"double\" types, \r\n- copies and parameters by value of \"struct\" objects,\r\n- any use of the heap.\r\n\r\nFor hints on how to code efficiently for 8-bit systems we refer to [effc] and for specific hints on how to code with these compilers we refer to [c8b].\r\n\r\n\r\n# INSTALLATION\r\n\r\nCross-Lib itself does not require any real installation. \r\nIt is enough to download the repository files (from the GitHub page) or to clone the repository with:\r\ngit clone https://www.github.com/Fabrizio-Caruso/CROSS-LIB/\r\n\r\nOn the other hand it requires:\r\n- a POSIX environment (e.g., Windows with Cygwin, Linux, FreeBSD, etc.);\r\n- Make (GNU Make);\r\n- Python 2.7 or Python 3.* [optional but necessary to simplify many operations];\r\n- JAVA [optional but required to generate floppy disk images for the Apple //];\r\n- GCC compiler with ncurses libraries [optional];\r\n- any compiler necessary to build for a desired target architecture (e.g., CC65, Z88DK, etc.) [optional but CC65 is necessary for the Apple //].\r\n\r\nOnce you have Cross-Lib with its dependencies in a POSIX environment, you should move to the \"src\" directory.\r\nInside \"src\" you will find the \"xl\" Python script and the following directories \r\n- \"cross-lib\", which contains the library code;\r\n- \"games\" with built-in games;\r\n- \"examples\" with built-in examples;\r\n- \"projects\" with user-defined projects.\r\n\r\n\r\nIf you have correctly installed just Makefile, Python and (native) GCC in a POSIX environment, it should already be possible to minimally use Cross-Lib to build the Chase game by running the following command inside the \"src\" directory:\r\n\"xl chase gcc\", which will build the game Chase in turn-based mode for the native console.\r\n\r\n\r\n# HOW TO USE THE XL SCRIPT\r\n\r\nIf just one of the supported compilers is installed, Cross-Lib can be used with the \"xl\" Python script inside the \"src\" directory.\r\nIf GCC with ncurses is installed, a native version of the games and examples can be built with:\r\n\"xl build \" or just \"xl \"\r\nFor example \r\n\"xl snake\" \r\nbuilds the \"snake\" game for the native console.\r\n\r\nIf a cross compiler (CC65, Z88DK, CMOC, CC6303, LCC1802, etc) is installed, the games and examples can be built for the corresponding systems.\r\nFor example, if CC65 is installed, \r\n\"xl horde apple2\" \r\nbuilds the \"horde\" game for the Apple // with 6-color HGR graphics. \r\n\r\nThe \"xl\" script takes several commands. In particular you can see a list of the available commands with \"xl commands\".\r\nYou can get an explanation of each command with examples with \r\n\"xl help \".\r\n\r\nIf we want to create a new project, we need to use \r\n\"xl create \", \r\nwhich will create a project with a trivial \"hello world\" example inside the \"projects\" directory.\r\nWe can also start with a template code for a game if we pass the additional parameter \"game\": \r\n\"xl create game\".\r\n\r\n \r\n# HELLO WORLD\r\n\r\nCoding with Cross-Lib is like normal coding in C (with ANSI C89) with the only addition that all input/output is done through Cross-Lib APIs.\r\n\r\nCross-Lib comes with many examples in the src/examples/ directory as well as a few games in the src/games directory.\r\nBoth of which can be used to learn how to code with Cross-Lib.\r\n\r\nWe could start to look at src/examples/helloworld/, whose main.c files contains: \r\n\r\n#include \"cross_lib.h\"\r\n\r\nint main(void)\r\n{ \r\n _XL_INIT_GRAPHICS();\r\n\r\n _XL_CLEAR_SCREEN();\r\n\r\n _XL_SET_TEXT_COLOR(_XL_WHITE);\r\n\r\n _XL_PRINT_CENTERED(\"HELLO WORLD\");\r\n\r\n while(1){};\r\n \r\n return EXIT_SUCCESS;\r\n}\r\n\r\nWe remark that all Cross-Lib specific functions start with the _XL_ prefix: \r\n1. _XL_INIT_GRAPHICS() required to initialize the display ;\r\n2. _XL_CLEAR_SCREEN() which cleans the content of the screen ;\r\n3. _XL_SET_TEXT_COLOR(_XL_WHITE) which defines the color to be used by the text and characters ;\r\n4. _XL_PRINT_CENTERED(\"HELLO WORLD\") which displays \"HELLO WORLD\" on the center of the screen.\r\n\r\nIf we want to use one of the examples or games as a starting point we can clone the project with:\r\nxl clone \r\n\r\nOr we can start from (almost) scratch with\r\nxl create \r\n\r\nOnce we have a new project, we can build it with\r\nxl \r\n\r\nor\r\n\r\nxl \r\nif we want to build the project for the native terminal.\r\n\r\nWe can run the project for the native terminal with:\r\nxl run \r\n\r\nFor example we could run these commands:\r\nxl clone helloworld myhelloworld [to clone helloworld and create myhellworld]\r\nWe modify the project myhelloworld (found inside ./src/projects/myhelloworld/)\r\nxl build myhelloworld (or equivalently xl myhelloworld) [to build a native binary of the new project]\r\nxl run myhelloworld [to run the new project]\r\nxl build myhelloworld apple2 [to build the same project for the Apple //]\r\n\r\n\r\n# CODING WITH ABSTRACTIONS\r\n\r\nIn order to code with Cross-Lib for all targets at the same time, Cross-Lib uses several abstractions.\r\n\r\nGraphics is only tile-based. In the code, tiles are abstract as their exact shape will depend on the target type.\r\nThe game code only sees tiles as macros _TILE_0, _TILE_1, _TILE_2, etc.\r\nEach concrete target will interpret tiles in different ways depending on whether the target can or cannot assign free shapes to tiles and \r\non the number of pixels that define tiles on that system.\r\n\r\nSound is currently only limited to few sound effects that are rendered somehow similarly across multiple targets.\r\n\r\nInput is limited to 4 directions and a single fire button. On each target this will be mapped to either 5 keys (usually I J K L SPACE)\r\nor the main joystick/controller/gamepad.\r\n\r\nRunning \"xl manual\" will output a manual with all commands.\r\n\r\n\r\n# MAIN DEVELOPMENT FLOW\r\n\r\nProducing \"universal\" games with Cross-Lib for the developer boils down to these main steps:\r\n- Creating or cloning a project (with xl create or xl clone);\r\n- Writing the abstract game code in ANSI C with Cross-Lib APIs for input/output;\r\n- Manually creating or automatically importing abstract assets (with commands such as e.g., xl shapes, xl import, xl rip, xl tile);\r\n- Running the xl script to build the project for one or multiple targets (with xl build).\r\n\r\nThe \"xl build \" command (or its equivalent short form \"xl \") \r\nexecutes one or several Makefile targets, which generally:\r\n- generate a concrete asset file from the abstract asset files\r\n- compile the source code (game code and target-specific portions of Cross-Lib library);\r\n- include or link the asset files with the compiled source code;\r\n- if necessary a tool is used to create a usable disk/floppy/rom/cartridge image (this is the case for the Apple // for which disk images are generated).\r\n\r\n[INSERT FLOW PICTURE HERE]\r\n\r\n\r\n# GRAPHICS\r\n\r\nGraphics is performed by displaying \"tiles\", whose shape can be defined. The number of tiles is currently limited to 27 but future versions of Cross-Lib will overcome this constraint.\r\nWe can also display \"characters\" (letters, digits and the space character) but their shape is (currently) fixed.\r\nCharacters and tiles have the same size. Characters are used for the text, whereas tiles are used for graphics.\r\n\r\nASCII-only targets will be able to only assign ASCII shapes to tiles, whereas targets with real graphics will assign a \"freely defined\" shape to tiles.\r\n\r\nCurrently each tile only has one tile-specific foreground color and a common background color.\r\nThe definition of their shapes is not done in the C code.\r\nInstead it is done inside the /tiles directory, which contains sub-directories with files with tile definitions for the ASCII case and \r\nfor the graphics-enabled targets, e.g., 8x8 (for most targets), 7x8 (for the Apple //), 6x8 (for the Oric series and NTSC COMX-35), etc... \r\n\r\nIn the aforementioned files the shapes are described by either ASCII codes for ASCII-only targets or sequences of bytes for graphics-enabled targets.\r\n\r\nThese files can be:\r\n1. edited manually or \r\n2. automatically imported from several programs such as CharPad [chPad] (with \"xl import \") or \r\n3. automatically ripped from BASIC or Assembly listings (with \"xl rip \") or\r\n4. generated by some simple \"pictorial\" text files with drawings made of \"#\" and \".\" characters \r\n(with \"xl shapes or \"xl tile \".\r\n\r\nYou can see how to use these commands by running \"xl help \".\r\n\r\nIn the game code tile graphics is primarily performed by invoking these functions (to display or delete tiles):\r\nvoid _XL_DRAW_TILE(uint8_t x, uint8_t y, uint8_t tile_number, uint8_t tile_color);\r\nvoid _XL_DELETE(uint8_t x, uint8_t y);\r\n\r\n\r\n# SOUND\r\n\r\nSound is even more limited than graphics and it is restricted to a few predefined effects.\r\nThe sound commands have this form:\r\nvoid _XL__SOUND(void);\r\n\r\nFor example:\r\nXL_EXPLOSION_SOUND() produces an explosion sound (or something vaguely similar to it depending on the target)\r\n\r\nFor the Apple //, the sound effects are produced by simple 1-bit banging.\r\n\r\n# INPUT\r\n\r\nInput is limited to four directions and a single fire button.\r\nThe primary input APIs are:\r\nuint8_t _XL_INPUT(void);\r\nuint8_t _XL_LEFT(uint8_t input);\r\nuint8_t _XL_RIGHT(uint8_t input);\r\nuint8_t _XL_UP(uint8_t input);\r\nuint8_t _XL_DOWN(uint8_t input);\r\nuint8_t _XL_FIRE(uint8_t input);\r\n\r\nwhere _XL_INPUT polls the input and the other functions are used to determined the specific input.\r\n\r\n\r\n# GRAPHICS, SOUNDS AND INPUT IN ONE EXAMPLE\r\n\r\nInside the src/examples/animate directory you can find the following example that could be used as a blueprint for a simple game.\r\nThis simple example has graphics, input and sound.\r\nWhen compiled for any of the possible systems, it will produce the very same program but the exact tile shapes and sounds will depend on the target.\r\nFor example it can be compiled for the native console with:\r\nxl animate\r\nor for the Apple // with\r\nxl animate apple2\r\n\r\n\r\n#include \"cross_lib.h\"\r\n\r\n#define MIN_X 1\r\n#define MAX_X (XSize-2)\r\n#define MIN_Y 1\r\n#define MAX_Y (YSize-2)\r\n#define DOWN_TILE _TILE_0\r\n#define UP_TILE _TILE_1 \r\n#define RIGHT_TILE _TILE_2\r\n#define LEFT_TILE _TILE_3 \r\n#define FIRE_TILE _TILE_4\r\n\r\nint main(void)\r\n{ \r\n uint8_t x;\r\n uint8_t y;\r\n uint8_t input;\r\n uint8_t tile;\r\n\r\n _XL_INIT_GRAPHICS();\r\n _XL_INIT_SOUND();\r\n _XL_INIT_INPUT();\r\n\r\n _XL_CLEAR_SCREEN();\r\n\r\n x = XSize/2;\r\n y = YSize/2;\r\n tile = DOWN_TILE;\r\n while(1)\r\n {\r\n _XL_SET_TEXT_COLOR(_XL_WHITE);\r\n _XL_PRINTD(0,0,3,x);\r\n _XL_PRINTD(5,0,3,y);\r\n \r\n input = _XL_INPUT();\r\n if(_XL_UP(input))\r\n {\r\n _XL_DELETE(x,y);\r\n tile = UP_TILE;\r\n --y;\r\n }\r\n else if (_XL_DOWN(input))\r\n {\r\n _XL_DELETE(x,y);\r\n tile = DOWN_TILE;\r\n ++y;\r\n }\r\n else if (_XL_LEFT(input))\r\n {\r\n _XL_DELETE(x,y);\r\n tile = LEFT_TILE;\r\n --x;\r\n }\r\n else if(_XL_RIGHT(input))\r\n {\r\n _XL_DELETE(x,y);\r\n tile = RIGHT_TILE;\r\n ++x;\r\n }\r\n else if(_XL_FIRE(input))\r\n {\r\n _XL_DRAW(x,y,FIRE_TILE,_XL_WHITE);\r\n _XL_EXPLOSION_SOUND();\r\n _XL_SLOW_DOWN(16*_XL_SLOW_DOWN_FACTOR); \r\n }\r\n \r\n if((y>=MIN_Y)&&(y<=MAX_Y)&&(x>=MIN_X)&&(x<=MAX_X))\r\n {\r\n _XL_DRAW(x,y,tile,_XL_WHITE);\r\n }\r\n else\r\n {\r\n _XL_DELETE(x,y);\r\n _XL_ZAP_SOUND();\r\n _XL_SLOW_DOWN(16*_XL_SLOW_DOWN_FACTOR); \r\n x = XSize/2;\r\n y = YSize/2;\r\n } \r\n _XL_SLOW_DOWN(4*_XL_SLOW_DOWN_FACTOR); \r\n }\r\n return EXIT_SUCCESS;\r\n}\r\n\r\n\r\n# THE GAMES\r\n\r\nCross-Lib comes with some games I have written with it. As for January 2023, it includes six games:\r\n- Cross Verbix\r\n- Cross Horde\r\n- Cross Snake\r\n- Cross Bomber\r\n- Cross Shoot\r\n- Cross Chase\r\nwhich are also referred to as Verbix, Horde, Snake, Bomber, Shoot, Chase.\r\n\r\n## VERBIX\r\n\r\nVerbix is a Scrabble-like game that looks also a bit like Tetris.\r\nIn this game you have to form valid 5-letter English words on the bottom row before the tower of letters reaches the top level.\r\nYou can rotate the bottom row or any of the columns by moving in the 4 directions. You press fire to confirm the word.\r\n\r\n[INSERT SNAPSHOT HERE]\r\n\r\n\r\n## HORDE\r\nHorde is a zombie-themed shooter with many power-ups and several different enemies, levels and special items to pick.\r\nYou control a bow with a limited number of arrows. You get more arrows as a possible reward for killing some zombies.\r\nIf you run out of arrows, you will get a few arrows after a short period.\r\nIn each level you are confronted with a horde of zombies that become harder as you progress.\r\n\r\n[INSERT SNAPSHOT HERE]\r\n\r\n\r\n## SNAKE\r\nSnake is my personal interpretation of a hybrid game between the arcade game Nibbler and the Nokia cell phone game Snake to which I have added more game elements. \r\nAs in Nibbler the walls do not kill you and can be used to stop you and let you better control your movements.\r\nAs in Nokia Snake the main goal is to eat apples. If you do not eat any apple for too long, the snake becomes faster and harder to control, consumes its energy and eventually dies.\r\nIn each level you are also confronted with mines that kill you if the snake's head touches them.\r\nAs a secondary goal you can collect rings. If you manage to get 3 or more rings without dying on a level, you will be rewarded with bonus items.\r\nThe game has several secrets and level to discover.\r\n\r\n[INSERT SNAPSHOT HERE]\r\n\r\n\r\n## BOMBER\r\nBomber is a mini-game and clone of Air Attack (aka Blitz) that first appeared on the Commodore Pet. \r\nThe game concept is horrible (not my own concept) but it can be addictive nevertheless.\r\nYour plane has to carpet-bomb an entire city in order to safely land on the road. Let us assume the city has no inhabitants.\r\nYou do not control the plane and can only press fire to drop a bomb at a time.\r\n\r\n[INSERT SNAPSHOT HERE]\r\n\r\n\r\n## SHOOT\r\nShoot is a shooter somehow similar to Robotron. You have to kill a horde of ghosts on each level.\r\nYou can kill them by hitting them many times or by hitting them enough times to push them against the walls (mortal only for them).\r\nYou can also kill them by placing mines but you need to get the mine item (with 3 mines). A mine kills instantly common enemies.\r\nAt the end of each level when only few ghosts are left or if you survive without killing enemies long enough or in boss levels, you are confronted by some hard-to-kill skull-shaped enemies.\r\nAs a secondary goal you can complete the level by killing the skulls before the last ghosts and by doing so you unlock extra items and secrets in the next levels.\r\nDestroying the missile bases can also unlock items.\r\nThe game has many secrets, levels and items to discover.\r\n\r\n[INSERT SNAPSHOT HERE]\r\n\r\n\r\n## CHASE\r\nCross Chase is somehow similar to Daleks / Gnome Robots. You need to lure your pursuers into the mines.\r\nThe main difference is that it is a real-time game and that it has several secrets items and power-ups to pick.\r\nSimilarly to Shoot, at the end of each level or in boss levels, you are confronted by a boss (a skull), which can only be killed by several bullets fired by the gun item.\r\nYou can complete the level by killing the skull before the last enemy and by doing so you unlock extra items and secrets in the next levels.\r\nDestroying the missile bases can also unlock items.\r\n\r\n[INSERT SNAPSHOT HERE]\r\n\r\n\r\n# FUTURE DEVELOPMENT\r\nCross-Lib is actively developed. Planned future developments are: \r\n- support for more targets and architectures (e.g., Apple ||gs, Apple 1, etc.);\r\n- improved targets (e.g, DHGR mode for the 80-column capable Apple // models);\r\n- improved APIs (more tiles, improved sounds, etc.);\r\n- simplified setup (docker file with all compilers, tools and dependencies);\r\n- improved scripts to handle graphics assets;\r\n- improved support for the native target; \r\n- more games.\r\n\r\n\r\n\r\n# BIBLIOGRAPHY\r\n\r\n[ack] ACK, Tanenbaum A., Jacobs C. et al., C compiler for Intel 8088, PDP 11, CP/M-80,etc., https://github.com/davidgiven/ack\r\n\r\n[app] Cross Chase: A Massively 8-bi Multi-System Game, Caruso F., Call-A.P.P.L.E., vol. 28, No. 1, Feb 2018, pages 31-33, http://www.callapple.org\r\n\r\n[c8b] 8-bit C, Caruso F., https://github.com/Fabrizio-Caruso/8bitC\r\n\r\n[cc6303] CC6303, Cox A., C compiler for the Motorola 6800 and 6803, https://github.com/EtchedPixels/CC6303\r\n\r\n[cc65] CC65, C compiler for the MOS 6502, https://sourceforge.net/projects/cc65/\r\n\r\n[ceo] Cross Chase, Caruso F., CEO-MAG, No. 327-328, Juillet-Août 2017, https://ceo.oric.org/\r\n\r\n[chPad] CharPad, Subchrist Software, https://subchristsoftware.itch.io/charpad-c64-free\r\n\r\n[cmoc] CMOC, Sarrazin P., C compiler for the Motorola 6809, https://perso.b2b2c.ca/~sarrazip/dev/cmoc.html\r\n\r\n[effc] Efficient C Code for 8-bit Microcontrollers, Jones N., https://barrgroup.com/embedded-systems/how-to/efficient-c-code\r\n\r\n[m20] Z8KGCC, Groessler C., GCC modded for the Olivetti M20, http://www.z80ne.com/m20/sections/download/z8kgcc/z8kgcc.html\r\n\r\n[lcc1802] LCC1802, Rowe B., C compiler for the RCA 1802, https://github.com/bill2009/lcc1802\r\n\r\n[prog] Cross-Lib, Caruso F., Programmez! Hors Série #6, pages 72-82.\r\n\r\n[rg] Interview to F. Caruso about Cross-Lib, RetroGamer #240, page 100, https://www.retrogamer.net/\r\n\r\n[st] GCC, Rivière V., modded for the Atari ST, http://vincent.riviere.free.fr/soft/m68k-atari-mint/\r\n\r\n[ti] GCC, (Insomnia), modded for the TI99/4A, http://atariage.com/forums/topic/164295-gcc-for-the-ti\r\n\r\n[un8] 8-Bit Unity, Beaucamp A. (8-bit Dude), http://8bit-unity.com/\r\n\r\n[vbcc] VBCC, Barthelmann V., C compiler for the BBC Micro, BBC Master, Amiga, etc., http://www.compilers.de/vbcc.html\r\n\r\n[xtc68] XTC68, Hudson J., C compiler Sinclair QL, https://github.com/stronnag/xtc68\r\n\r\n[z88dk] Z88DK, C compiler and dev-kit for the Zilog 80 and Intel 8080 architectures."
},
{
"path": "docs/articles/article.txt",
"content": "CROSS CHASE\r\nA massively 8-bit multi-system game\r\n\r\nMYSELF - THE AUTHOR\r\nMy name is Fabrizio Caruso, I am a software engineer and a retro-computing enthusiast and collector.\r\nI have collected about 80 computers from the late '70s, '80s and early '90.\r\nI am mostly interested in the 8-bit era.\r\n\r\nCROSS CHASE is my personal project \r\nwhose main purpose is to create a simple, yet fun, game\r\nfor literally ALL 8-bit computers/consoles/handhelds\r\nfrom the '70s and '80s.\r\nBy ALL I mean any 8-bit computers with enough RAM and for which a capable ANSI C cross compiler exists.\r\nMy project is open source and it can be followed at:\r\nhttps://github.com/Fabrizio-Caruso/CROSS-CHASE\r\nwhere both the source code and pre-compiled binaries for more than 60 different systems and configurations\r\nare freely available.\r\nPlease go back often to the GitHub page if you want the latest version because I make frequent updates.\r\n\r\n\r\nHISTORY\r\nThis idea came to me when I found out about the CC65 cross development toolkit for 6502-based systems\r\n(https://github.com/cc65/cc65).\r\nI realized that CC65 provided a common language (ANSI C) for all its supported targets \r\nand some common APIs for most of its targets.\r\nI started playing around with it by modifying the \"hello world\" example, which is provided with it.\r\nAfter 1400 Git commits from the \"hello world\" I have now an arcade-like game that can run on about 60 different\r\nsystems.\r\nCC65 was clearly not enough and I had to resort to other toolkits such as:\r\nZ88DK (https://github.com/z88dk/z88dk) which comes with two ANSI C cross compilers (ZSDCC and SCCZ80) for Z80-based systems \r\nand WinCMOC and CMOC proper (https://perso.b2b2c.ca/~sarrazip/dev/cmoc.html) which are development tools for 6809-based computers.\r\nI also plan to use GCC for TI for the TMS9000-based Texas Ti-99/4A, which I intend to support even if it is\r\na 16 bit system but for the same 8-bit era.\r\n\r\nTHE GAME\r\nThe idea of the game is original. \r\nYou are chased by some bad guys. You can kill by luring them into some mines that they do not see.\r\nI was not inspired by anything but I later found out that similar games exist.\r\nThe closest one may be Robots (https://wiki.gnome.org/Apps/Robots) as included in Gnome. \r\nThe main difference between my game and Robots is that\r\nmy game is an action game and Robots is turn-based.\r\n\r\nWith respect to the gameplay the game has three versions in order to fit into as many different memory (and in some cases video) configurations as possible.\r\nThe VERY SAME code (or meta-code) produces all three versions:\r\n- TINY: just you, the bad guys chasing you and the mines;\r\n- LIGHT: same as TINY but: 1. there is an enemy (the skull) who does not die on the mines and 2. you can get some power-ups\r\nincluding a gun that can kill all including the skull;\r\n- FULL: as as LIGHT but with different enemy types, more power-ups and multiple levels with different walls and missiles.\r\n\r\nTHE FRAMEWORK\r\nA very important by-product of this project is a C library/framework that I have written \r\nto create an abstraction layer so that the very same code can be used for all systems.\r\nThis means that it is already possible to create other universal 8 bit games within the \r\ngraphical and sound limitations of the framework.\r\n\r\nTHE APPLE VERSIONS\r\nThe game supports lots of systems (see next section) including the Apple][ and Apple//e systems.\r\nThe Apple versions currently only use the text mode and have no sound.\r\nBoth sound (through the bit banging technique), \r\nas well as graphics (through the CC65's TGI libraries) are planned.\r\nNevertheless the game is already fully playable in these versions.\r\n\r\nTHE SUPPORTED SYSTEMS\r\nThe supported systems are in principle ALL 8-bit systems but the game currently only works for just about 70 systems and configurations.\r\nI am actively adding new systems all the time, so I can only provide the partial list:\r\n\r\nPartial list of FULL versions:\r\n- Sega SC 3000\r\n- Luxor ABC80 32k\r\n- Jupiter Ace 16k \r\n- Apple //c\r\n- Apple ][e\r\n- Mattel Aquarius 16k\r\n- Atari 5200 (console)\r\n- Atari 400/800 (color low resolution)\r\n- Atari 400/800 (high resolution)\r\n- Tangerine Atmos and Oric 1 48K\r\n- Commodore 128 (native 40 column mode)\r\n- Commodore 128 (native 80 column mode)\r\n- Commodore 16/116/+4 (32k min)\r\n- Commodore 64\r\n- Commodore CBM 510\r\n- Commodore CBM 610\r\n- CoCo 1/2/3 and Dragon 32/64 (multiple versions)\r\n- Amstrad CPC\r\n- Galaksija 22k\r\n- Gamate (console)\r\n- Lambda 8300 16k\r\n- CCE MC-1000 48k\r\n- MicroBee\r\n- MSX 32K (cassette and rom version)\r\n- MTX\r\n- Nascom computer series 32k\r\n- NES (console)\r\n- Ohio Scientific 1P 32k\r\n- Philips P2000\r\n- PC-6001 32K\r\n- Commodore PET 16k\r\n- Sam Coupe\r\n- Sharp MZ series\r\n- Sinclair Spectrum 48K\r\n- Spectravideo SVI 328\r\n- VG-5000 with 16k expansion\r\n- Vic 20 with 16k expansion\r\n- VZ 200 family (Vtech Laser 200/310 and VZ 200/300) with 32K\r\n- Robotron Z 9001 32k\r\n- Sinclair ZX80 with 16k expansion\r\n- Sinclair ZX81 with 16k expansion\r\n\r\nPartial list of LIGHT versions:\r\n- Atari Lynx (handheld)\r\n- Luxor ABC80 16k\r\n- Atari 400/800 (high resolution)\r\n- Commodore 16/116 (unexpanded)\r\n- CCE MC-1000 16k (unexpanded)\r\n- MSX 16k\r\n- Nascom computer series 16k\r\n- Oric 1 16k (unexpanded)\r\n- Philips P2000 16k (unexpanded)\r\n- Spectravideo 318 16k (unexpanded)\r\n- VG-5000 16k (unexpanded)\r\n- Vic 20 with 8k expansion\r\n- VZ 200 family (Vtech Laser 200/310 and VZ 200/300) with 16K\r\n- Robotron Z 9001 16k\r\n\r\nPartial list of TINY versions:\r\n- Mattel Aquarius with 4k expansion\r\n- PCEngine (console) 8k rom version\r\n- Creativision (computer/console hybrid) 8k rom version\r\n- Ohio Scientific 1P 8k\r\n- Commodore PET 8k\r\n- Sinclair Spectrum 16k (unexpanded)\r\n- Commodore Vic 20 with 3k expansion\r\n\r\nSAME CODE FOR MORE THAN 100 SYSTEMS\r\nI am using the very same code for all systems. \r\nThis is possible because \r\n- I am using ANSI C, which is a universal language, \r\nwhich is compiled by multiple cross-compilers into executables for the specific systems.\r\n- I have created a universal 8-bit framework for very simple graphics and sounds.\r\nThe framework provides an abstraction layer so that hardware-specific code is used for graphics and sounds.\r\n\r\n\r\nACKKNOWLEDGEMENTS\r\nThis is a personal project but I have been helped and supported by different people.\r\nI have got a lot of support and help from Stefano Bodrato from the Z88DK team.\r\nI have also been supported by some people from the \"scene\" (Simon Jonassen from the CoCo/Dragon scene) \r\nand from some of the authors of the other toolkits \r\n(Christian Groessler from the CC65 team and Pierre Sarrazin who is the author of the CMOC).\r\n\r\n\r\n"
},
{
"path": "docs/articles/articolo_ITA.txt",
"content": "CROSS CHASE\r\nUn gioco estremamente multi-sistema di Fabrizio Caruso\r\n\r\n# L'autore\r\nMi chiamo Fabrizio Caruso. Sono uno sviluppatore software e collezionista entusiasta di retro-computer. \r\nHo circa 80 retrocomputer di svariate marche dai più comuni Commodore 64, Vic 20, Commodore 16, Sinclair ZX Spectrum ad alcuni modelli meno comuni come il Mattel Aquarius, il Commodore 116, Matra-Hachette Alice, etc.\r\nSono particolarmente interessato all'era 8-bit, cioè il periodo che va dalla fine degli anni 70 e l'inizio degli anni 90.\r\nMi piace usarli e restaurarli. Ultimamente ho scoperto il piacere di programmare su queste macchine (su tutte!).\r\n\r\n# Il progetto\r\nCROSS CHASE è il mio progetto personale il cui scopo è creare un gioco anche con un minimo di grafica e sonoro e che sia soprattutto divertente da giocare e, cosa ancora più importante, \r\nche possa girare su “tutti” i computer 8 bit e buona parte delle console, console-computer ipridi e handheld ad 8 bit dell'epoca 8'bit.\r\nIl termine “tutti” significa qualunque home computer 8-bit tra la fine degli anni 70 e fine anni 80 con abbastanza memoria RAM e per il quale esiste un cross compilatore ANSI C.\r\nIl mio progetto è open source e può esssere seguito sulla pagina GitHub:\r\nhttps://github.com/Fabrizio-Caruso/CROSS-CHASE\r\ndove, oltre al codice sorgente, metto a disposizione anche i binari già pronti per più di 60 computer (nella sezione release).\r\n\r\n# Il framework\r\nIl progetto ha richiesto la scrittura di un framework per la scrittura di giochi 8 bit \"universali\" che consente la scrittura contemporanea\r\ndi un gioco 8 bit su un centinaio di piattaforme 8-bit diverse.\r\nAl momento attuale il framework è ad uno stato molto iniziale ma ha già la proprietà più importante: il suo codice è indipendente dal gioco che sto sviluppando.\r\nQuando questo framework sarà maturo, sarà possibile usarlo per creare rapidamente altri giochi 8-bit universali SENZA dover fare porting o\r\nriscrittura del codice per ogni macchina. \r\n\r\n# Cosa mi ha fatto cominciare\r\nL'idea nacque 9 mesi fa con la mia scoperta del toolkit di sviluppo CC65 per sistemi basati su CPU 6502 e suoi derivati (come il Commodore 64, Commodore 16, Commodore Vic 20, Atari 400/800, NES, etc.).\r\nQuesto toolkit mette a disposizione un linguaggio comune (ANSI C) e alcune API per diversi computer e console.\r\nCominciai modificando il classico esempio “hello world” che viene formito con toolkit e dopo più di 1200 commits (modifiche) ho ottenuto con un gioco arcade completo che gira si un centinaio di sistemi totalmente diversi e incompatibili tra loro.\r\n\r\n# Tools di sviluppo\r\nChiaramente CC65 non sarebbe bastato per coprire tutti i sistemi 8 bit.\r\nHo quindi dovuto usare altri toolkit simili per altri sistemi.\r\nI principali tools di sviluppo che ho usato sono:\r\n- CC65 (https://github.com/cc65/cc65)\r\n- Z88DK (https://github.com/z88dk/z88dk) per i sistemi basati su CPU Z80 (come il Sinclair Spectrum, MSX, Amstrad CPC, etc.) e \r\n- CMOC (https://perso.b2b2c.ca/~sarrazip/dev/cmoc.html) per i sistemi basati su CPU 6809 (come Dragon 32/64 e CoCo 1/2/ 3) e la sua variante WinCMOC.\r\n\r\nIn totale attualmente uso 5 cross compilatori \r\n- cl65 (CC65), \r\n- sccz80 (Z88DK), \r\n- zsdcc (variante di sdcc in Z88DK), \r\n- CMOC,\r\n- WinCMOC (variante moddata di CMOC).\r\nSto sperimentando con altri cross compilatori come GCC for TI (per TI99/4A), GCC6809 e sdcc (sia \"liscio\" sia la versione del toolkit CPCTelera per Amstrad CPC).\r\nLo scopo è di supportare il più grande numero di sistemi ma con una regola ferrea: nessun porting o riscrittura del codice della logica del gioco.\r\nLo stesso codice deve essere usato per tutti i computer e console. Il codice specifico è ammesso solo per alcuni dettagli dell'input/output.\r\n\r\n\r\n# 100 sistemi contemporaneamente supportati con lo stesso codice?\r\nQuesto è possibile perché:\r\n1.\tUso ANSI C che è un linguaggio universale che è ricompilato da vari cross-compilatori per produrre lo stesso gioco su sistemi diversi.\r\n2.\tHo creato dei livelli di astrazione nel mio codice (il framework!) così da poter inserire, in alcuni casi, del codice specifico per vari hardware senza modificare il codice del gioco.\r\n3.\tUso meta-codice per selezionare le porzioni di codice che servono per ogni sistema.\r\n\r\n\r\n# Il Gioco\r\nL'idea del gioco è totalmente originale: sei inseguito da dei nemici che puoi fare fuori facendoli schiantare contro delle mine che vede solo il giocatore o sparando contro loro se riesci ad ottenere una pistola. Esistono 10 diversi power-up che danno poteri speciali. Alcuni dei quali sono nascosti e vanno scoperti compiente specifiche operazioni (esempio: colpire o uccidere il teschio, etc.).\r\nNon mi sono ispirato a nulla ma ho scoperto che esistono giochi simili.\r\nIl più simile è Robots (https://wiki.gnome.org/Apps/Robots) che è incluso in Gnome. La differenza maggiore sta nel fatto che Robots è turn-based mentre il mio gioco è un gioco d'azione. Altra differenza importante è l'uso della pistola nel mio gioco che serve ad distruggere alcuni ostali e nemici speciali.\r\n\r\n# Tre versioni\r\nLo stesso codice del gioco produce 3 diverse varianti del gioco che sono più o meno complete in maniera tale da poter girare su hardware anche molto limitati (anche soli 8k di ram).\r\nQuindi il gioco esiste in versione:\r\n- TINY: nemici semplice e mine\r\n- LIGHT: aggiunta di alcuni power-up ed il teschio (nemico da uccidere con la pistola)\r\n- FULL: versione completa\r\nSistemi supportati\r\nIl gioco supporta in principio tutti i sistemi a 8 bit comprese svariate configurazioni di memoria e video. Per il momento posso confermare il funzionamento per una settantina. Aggiungo in continuazione nuovi sistemi e qui posso fornire una lista parzionale.\r\n\r\nVersione FULL\r\n- Luxor ABC80 32k\r\n- Jupiter Ace 16k\r\n- Apple //c\r\n- Apple ][e\r\n- Mattel Aquarius 16k\r\n- Atari 5200 (console)\r\n- Atari 400/800 (color low resolution)\r\n- Atari 400/800 (high resolution)\r\n- Tangerine Atmos and Oric 1 48K\r\n- Commodore 128 (native 40 column mode)\r\n- Commodore 128 (native 80 column mode)\r\n- Commodore 16/116/+4 (32k min)\r\n- Commodore 64\r\n- Commodore CBM 510\r\n- Commodore CBM 610\r\n- CoCo 1/2/3 and Dragon 32/64 (multiple versions)\r\n- Amstrad CPC\r\n- Galaksija 22k\r\n- Gamate (console)\r\n- Lambda 8300 16k\r\n- CCE MC-1000 48k\r\n- MicroBee\r\n- MSX 32K (cassette and rom version)\r\n- MTX\r\n- Nascom computer series 32k\r\n- NES (console)\r\n- Ohio Scientific 1P 32k\r\n- Philips P2000\r\n- PC-6001 32K\r\n- Commodore PET 16k\r\n- Sam Coupe\r\n- Sharp MZ series\r\n- Sinclair Spectrum 48K\r\n- Spectravideo SVI 328\r\n- VG-5000 with 16k expansion\r\n- Vic 20 with 16k expansion\r\n- VZ 200 family (Vtech Laser 200/310 and VZ 200/300) with 32K\r\n- Robotron Z 9001 32k\r\n- Sinclair ZX80 with 16k expansion\r\n- Sinclair ZX81 with 16k expansion\r\n\r\nVersione LIGHT\r\n- Luxor ABC80 16k\r\n- Atari 400/800 (high resolution)\r\n- Commodore 16/116 (unexpanded)\r\n- CCE MC-1000 16k (unexpanded)\r\n- MSX 16k\r\n- Nascom computer series 16k\r\n- Oric 1 16k (unexpanded)\r\n- Philips P2000 16k (unexpanded)\r\n- Spectravideo 318 16k (unexpanded)\r\n- VG-5000 16k (unexpanded)\r\n- Vic 20 with 8k expansion\r\n- VZ 200 family (Vtech Laser 200/310 and VZ 200/300) with 16K\r\n- Robotron Z 9001 16k\r\n\r\nVersione TINY\r\n- Creativision (computer/console hybrid) 8k rom version\r\n- Ohio Scientific 1P 8k\r\n- Commodore PET 8k\r\n- Sinclair Spectrum 16k (unexpanded)\r\n- Commodore Vic 20 with 3k expansion\r\n\r\n\r\n\r\n# Ringraziamenti\r\nPer essendo un progetto personale, sono stato aiutato da diverse persone.\r\nIn particolare da Stefano Bodrato che è uno dei principali sviluppatori di Z88DK.\r\nSono anche stato aiutato da alcuni membri di varie “scene” 8-bit (in particolare da Simon Jonassen che sviluppa per CoCo e Dragon).\r\nRingrazio anche Christian Groessler (sviluppatore CC65) per avermi dato alcuni consigli su Atari.\r\n\r\n\r\n\r\n"
},
{
"path": "docs/bbc/chibiakumas.txt",
"content": "\r\n\r\nhttps://www.chibiakumas.com/6502/bbc.php\r\n\r\n\r\n"
},
{
"path": "docs/bbc/putchar.txt",
"content": "FYI I have uploaded a new release of vbcc6502. For the bbc target I have\r\nadded a function to suppress the conversion of \\n. After calling\r\n\r\n __vdu_sequence(1);\r\n\r\nall the characters should be output without any modifications. Calling\r\n__vdu_sequence(0) will activate the \\n conversion again.\r\n\r\n\r\nvoid OSWRCHR(__reg(\"a\") char)=\"\\tjsr\\t0xffee\";\r\n...\r\nOSWRCHR(22);\r\nOSWRCHR(2);\r\n\r\n\r\n\r\nvoid OSNEWL()=\"\\tjsr\\t0xffe7\";\r\nvoid OSWRCHR(__reg(\"a\") char)=\"\\tjsr\\t0xffee\";\r\n\r\nunsigned int __write(int f,const char *p,unsigned int len)\r\n{\r\n unsigned int n=len;\r\n while(n){\r\n char c=*p++;\r\n if(c=='\\n')\r\n OSNEWL();\r\n else\r\n OSWRCHR(c);\r\n n--;\r\n }\r\n return len;\r\n}\r\n\r\n"
},
{
"path": "docs/bbc_sounds/bbc.h",
"content": "typedef struct {\n int channel;\n int amplitude;\n int pitch;\n int duration;\n} bbc_sound;\n\n\nchar OSBYTE0(__reg(\"a\") char)=\"\\tjsr\\t$fff4\\n\\ttxa\";\nchar OSBYTE1(__reg(\"a\") char,__reg(\"r0\") char)=\"\\tldx\\tr0\\n\\tjsr\\t$fff4\\n\\ttxa\";\nchar OSBYTE1RI(__reg(\"a\") char,__reg(\"r0\") char)=\"\\tldx\\tr0\\n\\tjsr\\t$fff4\\n\\ttxa\\n\\tpha\\n\\ttya\\n\\ttax\\n\\tpla\";\nchar OSBYTE2(__reg(\"a\") char,__reg(\"r0\") char,__reg(\"r1\") char)=\"\\tldx\\tr0\\n\\tldy\\tr1\\n\\tjsr\\t$fff4\\n\\ttxa\";\nchar OSBYTE2I(__reg(\"a\") char,__reg(\"r0/r1\") unsigned int)=\"\\tldx\\tr0\\n\\tldy\\tr1\\n\\tjsr\\t$fff4\\n\\ttxa\";\nvoid OSBYTE0NR(__reg(\"a\") char)=\"\\tjsr\\t$fff4\";\nvoid OSBYTE1NR(__reg(\"a\") char,__reg(\"r0\") char)=\"\\tldx\\tr0\\n\\tjsr\\t$fff4\";\nvoid OSBYTE2NR(__reg(\"a\") char,__reg(\"r0\") char,__reg(\"r1\") char)=\"\\tldx\\tr0\\n\\tldy\\tr1\\n\\tjsr\\t$fff4\";\n\n#define OSVER() OSBYTE0(0)\n#define OSUSRFLG(x,y) OSBYTE2(1,(x),(y))\n#define OSSELINPUT(x) OSBYTE1NR(2,(x))\n#define OSSELOUTPUT(x) OSBYTE2(3,(x),(y))\n#define OSCURSORED(x) OSBYTE2(4,(x),(y))\n#define OSSELADC(x) OSBYTE1(16,(x))\n#define OSFRCADC(x) OSBYTE1NR(17,(x))\n#define OSVSYNC() OSBYTE0(19)\n#define OSRDVDU() OSBYTE0(117)\n#define OSSCANKEY(x) OSBYTE1(121,(x))\n#define OSSCANKEY16() OSBYTE0(122)\n#define OSADVAL(x) OSBYTE1RI(128,(x))\n#define OSINKEY(x) OSBYTE2I(129,(x)) \n\n\n\n\nvoid OSWORD(__reg(\"a\") char,__reg(\"r0/r1\") void *)=\"\\tldx\\tr0\\n\\tldy\\tr1\\n\\tjsr\\t$fff1\";\n\n#define OSRDSYSCLK(x) OSWORD(1,x)\n#define OSWRSYSCLK(x) OSWORD(2,x)\n#define OSRDTIMER(x) OSWORD(3,x)\n#define OSWRTIMER(x) OSWORD(4,x)\n#define OSRDIO(x) OSWORD(5,x)\n#define OSWRIO(x) OSWORD(6,x)\n#define OSSOUND(x) OSWORD(7,x)\n#define OSENVELOPE(x) OSWORD(8,x)\n#define OSRDPIXEL(x) OSWORD(9,x)\n#define OSRDCHARDEF(x) OSWORD(10,x)\n#define OSRDPALETTE(x) OSWORD(11,x)\n#define OSWRPALETTE(x) OSWORD(12,x)\n#define OSRDGRCURSOR(x) OSWORD(13,x)\n\n\n\n\n"
},
{
"path": "docs/bbc_sounds/bbctest.c",
"content": "#include \n\n#include \"bbc.h\"\n\nbbc_sound snd = {1,-15,200,20};\n\nmain()\n{\n unsigned int i=0;\n puts(\"playing sound\");\n OSSOUND(&snd);\n puts(\"done\");\n while(1){\n printf(\"k=%03u js=%05u %05u %05u %05u\\n\",OSSCANKEY16(),OSADVAL(1),OSADVAL(2),OSADVAL(3),OSADVAL(4));\n }\n}\n\n"
},
{
"path": "docs/compilation_parameters.txt",
"content": "\r\n-------------------------------------\r\nNO_MESSAGE\r\n\r\nIt disables:\r\n- printGameOver\r\n- gameCompleted\r\n- _printScoreOnRow\r\n- _printScore\r\n- printKillTheSkull\r\n- highScoreScreen\r\n\r\n-------------------------------------\r\nLESS_TEXT\r\n\r\nIt disables:\r\n- printLevel\r\n- printVictoryMessage\r\n- printExtraLife\r\n\r\n\r\n-------------------------------------\r\n\r\n"
},
{
"path": "docs/compiler_install.txt",
"content": "(1) TMS9900-GCC\r\nhttps://github.com/mburkley/tms9900-gcc\r\n\r\nVery simple instructions are here: https://github.com/mburkley/tms9900-gcc?tab=readme-ov-file#user-download-and-install\r\n\r\n-------------------------------------\r\n\r\n(2) ACK\r\nhttps://github.com/davidgiven/ack\r\n\r\nVery simple but *time consuming* compilation explained in the main README file.\r\n\r\n-------------------------------------\r\n\r\n(3) CC6303 for the Motorola 6803-based targets \r\nhttps://github.com/zu2/CC6303 (maintained and more recent but not tested yet)\r\nI need to check and see if it works fine.\r\n\r\nIf the first link fails to build and/or fails to build correct binaries we have this:\r\nhttps://github.com/EtchedPixels/CC6303 (obsolete and not maintained)\r\n\r\nNo instructions found but there is a simple Makefile.\r\nSo \"make all\" and probably \"make install\" (it just copies files to hard-coded locations)\r\n\r\n-------------------------------------\r\n\r\n(4) VBCC\r\nhttp://www.compilers.de/vbcc.html\r\n\r\nRemark: We need a *multi-target* version. The *multi-target* versions support several targets across different architectures.\r\n\r\nI have never built it from source myself. I have always used a pre-built multi-target.\r\nI need to check if it can be easily built.\r\n\r\nSource code of the multi-target version is here: http://www.ibaug.de/vbcc/vbcc.tar.gz\r\n"
},
{
"path": "docs/conio_macros_vs_functions.txt",
"content": "xl snake c16_16k_conio\r\n\r\n\r\nBEFORE (with macros for _XL_CHAR, _XL_PRINT):\r\nld65: Warning: cross_lib/cfg//cc65/c16-16k.cfg:10: Segment 'BSS' overflows memory area 'MAIN' by 1432 bytes\r\nld65: Error: Cannot generate most of the files due to memory area overflow \r\ngmake: *** [Makefile_common:486: c16_16k_conio] Error 1\r\n\r\nSegment list:\r\n-------------\r\nName Start End Size Align\r\n----------------------------------------------------\r\nZEROPAGE 000008 000021 00001A 00001\r\nLOADADDR 000FFF 001000 000002 00001\r\nEXEHDR 001001 00100C 00000C 00001\r\nSTARTUP 00100D 00104E 000042 00001\r\nONCE 00104F 00105A 00000C 00001\r\nCODE 00105B 003AE1 002A87 00001\r\nRODATA 003AE2 003F6E 00048D 00001\r\nDATA 003F6F 003FC0 000052 00001\r\nINIT 003FC1 003FDA 00001A 00001\r\nBSS 003FDB 004577 00059D 00001\r\n\r\n-------------------------------------------------------------------------------------------------\r\nAFTER (with functions):\r\nld65: Warning: cross_lib/cfg//cc65/c16-16k.cfg:10: Segment 'INIT' overflows memory area 'MAIN' by 5 bytes\r\nld65: Error: Cannot generate most of the files due to memory area overflow\r\nmake: *** [Makefile_common:486: c16_16k_conio] Error 1\r\n\r\n\r\nSegment list:\r\n-------------\r\nName Start End Size Align\r\n----------------------------------------------------\r\nZEROPAGE 000008 000021 00001A 00001\r\nLOADADDR 000FFF 001000 000002 00001\r\nEXEHDR 001001 00100C 00000C 00001\r\nSTARTUP 00100D 00104E 000042 00001\r\nONCE 00104F 00105A 00000C 00001\r\nCODE 00105B 003AEB 002A91 00001\r\nRODATA 003AEC 003F78 00048D 00001\r\nDATA 003F79 003FCA 000052 00001\r\nINIT 003FCB 003FE4 00001A 00001\r\nBSS 003FE5 004581 00059D 00001\r\n\r\n\r\n--------------------------------------------------------------\r\n\r\n\r\nshoot pet\r\n\r\nBEFORE\r\nSegment list:\r\n-------------\r\nName Start End Size Align\r\n----------------------------------------------------\r\nZEROPAGE 000055 00006E 00001A 00001\r\nLOADADDR 0003FF 000400 000002 00001\r\nEXEHDR 000401 00040C 00000C 00001\r\nSTARTUP 00040D 00044C 000040 00001\r\nONCE 00044D 000458 00000C 00001\r\nCODE 000459 00474C 0042F4 00001\r\nRODATA 00474D 0049A1 000255 00001\r\nDATA 0049A2 0049F3 000052 00001\r\nINIT 0049F4 004A0D 00001A 00001\r\nBSS 004A0E 004C1A 00020D 00001\r\n\r\n----------------------------------\r\n\r\nAFTER\r\nSegment list:\r\n-------------\r\nName Start End Size Align\r\n----------------------------------------------------\r\nZEROPAGE 000055 00006E 00001A 00001\r\nLOADADDR 0003FF 000400 000002 00001\r\nEXEHDR 000401 00040C 00000C 00001\r\nSTARTUP 00040D 00044C 000040 00001\r\nONCE 00044D 000458 00000C 00001\r\nCODE 000459 004722 0042CA 00001\r\nRODATA 004723 004977 000255 00001\r\nDATA 004978 0049C9 000052 00001\r\nINIT 0049CA 0049E3 00001A 00001\r\nBSS 0049E4 004BF0 00020D 00001"
},
{
"path": "docs/docker.txt",
"content": "\r\n# CROSS-LIB in GitHubCodeSpaces \r\n\r\nhttps://github.com/codespaces/\r\n\r\n\r\n# CROSS-LIB in a Docker container\r\n\r\n## BUILD IMAGE\r\nEnter .devcontainer\r\ndocker build . -t crosslib:254\r\n\r\n## RUN CONTAINER\r\n docker run -it -v /mnt/c/Retro/CROSS-LIB:/workspaces/crosslib --env-file /mnt/c/Retro/CROSS-LIB/.devcontainer/devcontainer.env crosslib:254 bash\r\n\r\n---------------------\r\n\r\n\r\nsudo docker run -it -v .:/workspaces/crosslib --env-file ./.devcontainer/container.env crosslib:0.1 bash\r\n\r\n\r\nPush to registry:\r\n\r\n\r\ndocker push docker.io/fabriziocaruso/crosslib:0.1\r\n\r\nsudo docker tag crosslib:0.1 crosslib:0.1\r\n\r\nsudo docker logout && sudo docker login -u \"fabriziocaruso\" -p \"L1kud1a_33\" docker.io\r\n"
},
{
"path": "docs/games/BOMBER.txt",
"content": "BOMBER\r\nBomber is a mini-game and clone of Air Attack (aka Blitz) that first appeared on the Commodore Pet. \r\nThe game is about a rather horrible idea (not mine) but it can be addictive nevertheless.\r\nYou need to carpet-bomb an entire city in order to safely land on the road. Let us assume the city has no inhabitants.\r\nYou do not control the plane. You can only use fire to drop bombs.\r\n\r\nREMARK:\r\nThis game is part of Cross-Lib: https://github.com/Fabrizio-Caruso/CROSS-LIB\r\n\r\nGo to its GitHub page for updates and new games.\r\n\r\nCross-Lib's licence applies to this game.\r\n------------------------------------------------------------------------------------------------------------------------------------\r\nCROSS-LIB'S LICENCE\r\n\r\nThis software is provided 'as-is', without any express or implied warranty.\r\nIn no event will the authors be held liable for any damages arising from\r\nthe use of this software.\r\n\r\nPermission is granted to anyone to use this software for non-commercial applications, \r\nsubject to the following restrictions:\r\n\r\n1. The origin of this software must not be misrepresented; you must not\r\nclaim that you wrote the original software. If you use this software in\r\na product, an acknowledgment in the product documentation would be\r\nappreciated but is not required.\r\n\r\n2. Altered source versions must be plainly marked as such, and must not\r\nbe misrepresented as being the original software.\r\n\r\n3. This notice may not be removed or altered from any source distribution.\r\n\r\nFor example I do not authorize selling hardware, software, firmware or any other product that contains any part of Cross-Lib and/or its games (e.g., pre-loaded disks, tapes, cartridges, etc.).\r\nOn the other hand I authorize people to load the games in the most convenient way for their personal use.\r\n"
},
{
"path": "docs/games/CHASE.txt",
"content": "CHASE\r\n\r\nCross Chase is somehow similar to Daleks / Gnome Robots. You need to lure your pursuers into the mines.\r\nThe main difference is that it is a real-time game and that it has several secrets items and power-ups to pick.\r\nSimilarly to Shoot, at the end of each level or in boss levels, you are confronted by a boss (a skull), which can only be killed by a few bullets fired by the gun item.\r\nYou can complete the level by killing the skull before the last enemy and by doing so you unlock extra items and secrets in the next levels.\r\nDestroying the missile bases can also unlock items.\r\nYou can move in 4 directions and shoot with fire (if you have collected the gun item).\r\n\r\nREMARK:\r\nThis game is part of Cross-Lib: https://github.com/Fabrizio-Caruso/CROSS-LIB\r\n\r\nGo to its GitHub page for updates and new games.\r\n\r\nCross-Lib's licence applies to this game.\r\n------------------------------------------------------------------------------------------------------------------------------------\r\nCROSS-LIB'S LICENCE\r\n\r\nThis software is provided 'as-is', without any express or implied warranty.\r\nIn no event will the authors be held liable for any damages arising from\r\nthe use of this software.\r\n\r\nPermission is granted to anyone to use this software for non-commercial applications, \r\nsubject to the following restrictions:\r\n\r\n1. The origin of this software must not be misrepresented; you must not\r\nclaim that you wrote the original software. If you use this software in\r\na product, an acknowledgment in the product documentation would be\r\nappreciated but is not required.\r\n\r\n2. Altered source versions must be plainly marked as such, and must not\r\nbe misrepresented as being the original software.\r\n\r\n3. This notice may not be removed or altered from any source distribution.\r\n\r\nFor example I do not authorize selling hardware, software, firmware or any other product that contains any part of Cross-Lib and/or its games (e.g., pre-loaded disks, tapes, cartridges, etc.).\r\nOn the other hand I authorize people to load the games in the most convenient way for their personal use.\r\n"
},
{
"path": "docs/games/HORDE.txt",
"content": "HORDE\r\n\r\nHorde is a zombie-themed shooter with many power-ups and several different enemies, levels and special items to pick.\r\nYou control a bow with a limited number of arrows. You get more arrows as a possible reward for killing some zombies.\r\nIf you run out of arrows, you will get a few arrows after a short period.\r\nIn each level you are confronted with a horde of zombies that become harder as you progress.\r\nYou can move left or right. Use fire to shoot.\r\n\r\nREMARK:\r\nThis game is part of Cross-Lib: https://github.com/Fabrizio-Caruso/CROSS-LIB\r\n\r\nGo to its GitHub page for updates and new games.\r\n\r\nCross-Lib's licence applies to this game.\r\n------------------------------------------------------------------------------------------------------------------------------------\r\nCROSS-LIB'S LICENCE\r\n\r\nThis software is provided 'as-is', without any express or implied warranty.\r\nIn no event will the authors be held liable for any damages arising from\r\nthe use of this software.\r\n\r\nPermission is granted to anyone to use this software for non-commercial applications, \r\nsubject to the following restrictions:\r\n\r\n1. The origin of this software must not be misrepresented; you must not\r\nclaim that you wrote the original software. If you use this software in\r\na product, an acknowledgment in the product documentation would be\r\nappreciated but is not required.\r\n\r\n2. Altered source versions must be plainly marked as such, and must not\r\nbe misrepresented as being the original software.\r\n\r\n3. This notice may not be removed or altered from any source distribution.\r\n\r\nFor example I do not authorize selling hardware, software, firmware or any other product that contains any part of Cross-Lib and/or its games (e.g., pre-loaded disks, tapes, cartridges, etc.).\r\nOn the other hand I authorize people to load the games in the most convenient way for their personal use.\r\n"
},
{
"path": "docs/games/SHOOT.txt",
"content": "SHOOT\r\n\r\nShoot is a shooter somehow similar to Robotron. You have to kill a horde of ghosts on each level.\r\nYou can kill them by hitting them many times or by hitting them enough times to push them against the walls (mortal only for them).\r\nYou can also kill them by placing mines but you need to get the mine item (with 3 mines). A mine kills instantly common enemies.\r\nAt the end of each level when only few ghosts are left or if you survive without killing enemies long enough or in boss levels, you are confronted by some hard-to-kill skulls.\r\nOptionally you can complete the level by killing the skulls before the last ghosts and by doing so you unlock extra items and secrets in the next levels.\r\nDestroying the missile bases can also unlock items.\r\nThe game has many secrets and items to discover.\r\nYou move in the 4 directions and shoot with fire.\r\n\r\nREMARK:\r\nThis game is part of Cross-Lib: https://github.com/Fabrizio-Caruso/CROSS-LIB\r\n\r\nGo to its GitHub page for updates and new games.\r\n\r\nCross-Lib's licence applies to this game.\r\n------------------------------------------------------------------------------------------------------------------------------------\r\nCROSS-LIB'S LICENCE\r\n\r\nThis software is provided 'as-is', without any express or implied warranty.\r\nIn no event will the authors be held liable for any damages arising from\r\nthe use of this software.\r\n\r\nPermission is granted to anyone to use this software for non-commercial applications, \r\nsubject to the following restrictions:\r\n\r\n1. The origin of this software must not be misrepresented; you must not\r\nclaim that you wrote the original software. If you use this software in\r\na product, an acknowledgment in the product documentation would be\r\nappreciated but is not required.\r\n\r\n2. Altered source versions must be plainly marked as such, and must not\r\nbe misrepresented as being the original software.\r\n\r\n3. This notice may not be removed or altered from any source distribution.\r\n\r\nFor example I do not authorize selling hardware, software, firmware or any other product that contains any part of Cross-Lib and/or its games (e.g., pre-loaded disks, tapes, cartridges, etc.).\r\nOn the other hand I authorize people to load the games in the most convenient way for their personal use.\r\n\r\n"
},
{
"path": "docs/games/SNAKE.txt",
"content": "SNAKE\r\n\r\nSnake is my personal interpretation of a hybrid game between Nibbler (arcade game) and the Nokia Snake game to which I have added more game elements. \r\nAs in Nibbler the walls do not kill you and can be used to stop you and let you better control your movements.\r\nAs in Nokia Snake the main goal is to eat apples. If you do not eat any apple for too long, the snake becomes faster and harder to control and ultimately consume its energy.\r\nIn each level you are also confronted with mines that kill you if the snake's head touches them.\r\nAs a secondary goal you can collect rings. If you manage to get 3 or more rings without dying on a level, you will be rewarded with bonus items.\r\nUse the fire button to start the game.\r\nYou move in the 4 directions and shoot with fire.\r\n\r\nREMARK:\r\nThis game is part of Cross-Lib: https://github.com/Fabrizio-Caruso/CROSS-LIB\r\n\r\nGo to its GitHub page for updates and new games.\r\n\r\nCross-Lib's licence applies to this game.\r\n------------------------------------------------------------------------------------------------------------------------------------\r\nCROSS-LIB'S LICENCE\r\n\r\nThis software is provided 'as-is', without any express or implied warranty.\r\nIn no event will the authors be held liable for any damages arising from\r\nthe use of this software.\r\n\r\nPermission is granted to anyone to use this software for non-commercial applications, \r\nsubject to the following restrictions:\r\n\r\n1. The origin of this software must not be misrepresented; you must not\r\nclaim that you wrote the original software. If you use this software in\r\na product, an acknowledgment in the product documentation would be\r\nappreciated but is not required.\r\n\r\n2. Altered source versions must be plainly marked as such, and must not\r\nbe misrepresented as being the original software.\r\n\r\n3. This notice may not be removed or altered from any source distribution.\r\n\r\nFor example I do not authorize selling hardware, software, firmware or any other product that contains any part of Cross-Lib and/or its games (e.g., pre-loaded disks, tapes, cartridges, etc.).\r\nOn the other hand I authorize people to load the games in the most convenient way for their personal use.\r\n"
},
{
"path": "docs/games/VERBIX.txt",
"content": "VERBIX\r\n\r\nVerbix is a Scrabble-like game that looks also a bit like Tetris.\r\nIn this game you have to form valid 5-letter English words on the bottom row before the tower of letters reaches the top level.\r\nYou can rotate the bottom row or any of the columns by moving in the 4 directions. You press fire to confirm the word.\r\n\r\nREMARK:\r\nThis game is part of Cross-Lib: https://github.com/Fabrizio-Caruso/CROSS-LIB\r\n\r\nGo to its GitHub page for updates and new games.\r\n\r\nCross-Lib's licence applies to this game.\r\n------------------------------------------------------------------------------------------------------------------------------------\r\nCROSS-LIB'S LICENCE\r\n\r\nThis software is provided 'as-is', without any express or implied warranty.\r\nIn no event will the authors be held liable for any damages arising from\r\nthe use of this software.\r\n\r\nPermission is granted to anyone to use this software for non-commercial applications, \r\nsubject to the following restrictions:\r\n\r\n1. The origin of this software must not be misrepresented; you must not\r\nclaim that you wrote the original software. If you use this software in\r\na product, an acknowledgment in the product documentation would be\r\nappreciated but is not required.\r\n\r\n2. Altered source versions must be plainly marked as such, and must not\r\nbe misrepresented as being the original software.\r\n\r\n3. This notice may not be removed or altered from any source distribution.\r\n\r\nFor example I do not authorize selling hardware, software, firmware or any other product that contains any part of Cross-Lib and/or its games (e.g., pre-loaded disks, tapes, cartridges, etc.).\r\nOn the other hand I authorize people to load the games in the most convenient way for their personal use.\r\n"
},
{
"path": "docs/generic_tiles.txt",
"content": "GENERIC TILES\r\n\r\nNAMES USED IN THE CODE\r\nIn the code we use the name tiles for different things:\r\n- tile absolute index [used to display] \"_TILE_{index}\", i.e., and index in memory that points to the tile data\r\n- tile relative index [used to redefine] \"_TILE_{index}_OFFSET\", i.e. a relative index in memory (e.g., Atari 8-bit mode 1 characters are repeated 4 times)\r\n- tile data (in template files) \"\", i.e., this is the data that defines the shape of tiles \r\n- tile data in C code (in header files) \"_TILE_{tile #}_UDG\" contains \"\"\r\n\r\nLINKED TILES VS TILES BY EXPLICIT REDEFINITION IN C CODE \r\nCross-Lib supports different ways to enable tiles:\r\n- by to-be-linked Assembly files with the tiles data\r\n- by including header files with tiles definitions\r\n\r\nTEMPLATED TILE FILES\r\nTemplates cover both cases described above (linked Assembly and header files).\r\nBoth to-be-linked Assembly files and tile header files are generated by Python scripts \"generate_assets.py\" and \"copy_assets.py\" found in src/assets/.\r\nThe scripts use \r\n- the templates in /src/assets/templates with \"\" tags and \r\n- the game-specific tile data in /src/games//tiles or /src/demos//tiles where \r\nthe file \"tile_.txt\" contains the data the are meant to replace \"\" in all templates\r\nThe result of the execution of the Python scripts is store in /src/games//generated_assets or /src/demos//generated_assets.\r\n\r\nSUB-TARGET-SPECIFIC TILES\r\nTiles are implemented differently on each target and sub-target as this depend on the graphics mode chosen in Cross-Lib.\r\nEach tile is identified by a absolute index (used to display it) \"_TILE_{index}\" and a relative index (used to redefined it) \"_TILE_{index}_OFFSET\".\r\nThese indices are defined in /src/cross_lib/display/tiles.\r\n\r\nTILES DEFINED THROUGH HEADER FILES\r\nFor tiles that are defined by included header files (not by linked Assembly), the tile data is defined in \"_TILE_{tile #}_UDG\".\r\nEach target may use some specific code to redefine characters code.\r\nMost targets use the definitions and code in /src/cross_lib/display/redefined_characters/udg_map.h.\r\n\r\n\r\n\r\n\r\n\r\n"
},
{
"path": "docs/hector_sound.txt",
"content": "\r\nPour 2HR - CALL 0x07BF\r\nPour HRX - CALL 0x1A09\r\nIl faut préalablement définir DE pour la longueur\r\nEt BC pour le période.\r\nLa fréquence de la note sera égale à 1/(BC), et sa durée à (BC) x (DE).\r\nSi les interruptions sont autorisées, le son sera \"vibrato\", si les interruptions sont interdites, il sera continu.\r\n\r\n\r\nvoici ce que moi j'utilise pour 2HR\r\nmon code asm:\r\n\r\n\r\nPUBLIC _TONES\r\n;************************************\r\n; * émet un son *\r\n;************************************\r\n_TONES:\r\nPOP IX ; récupère l'adresse de retour\r\nPOP DE ; récupère le deuxième argument (longeur)\r\nPOP BC ; récupère le premier argument (periode)\r\nPUSH BC ; remet sur la pile\r\nPUSH DE ; remet sur la pile\r\nPUSH IX ; remet l'adresse de retour sur la pile\r\nCALL 0x07BF\r\nRET\r\ndans mon code C:\r\nextern void TONES(unsigned short periode, unsigned short longeur);\r\nTONES(0x1000,10);\r\n\r\n"
},
{
"path": "docs/manual/XSize.txt",
"content": "XSize\r\n\r\nNumber of tiles that can be displayed horizontally on the (usable) screen\r\n\r\n"
},
{
"path": "docs/manual/YSize.txt",
"content": "YSize\r\n\r\nNumber of tiles that can be displayed vertically on the (usable) screen\r\n"
},
{
"path": "docs/manual/_XL_CHAR.txt",
"content": "_XL_CHAR(X,Y,C)\r\n\r\nIt displays the C character at position X,Y with the color set by _XL_SET_TEXT_COLOR."
},
{
"path": "docs/manual/_XL_CLEAR_SCREEN.txt",
"content": "_XL_CLEAR_SCREEN()\r\n\r\nIt clears the whole screen.\r\n"
},
{
"path": "docs/manual/_XL_DELETE.txt",
"content": "_XL_DELETE(X,Y)\r\n\r\nIt deletes a tile-sized area of the screen at position (X,Y)\r\n\r\n"
},
{
"path": "docs/manual/_XL_DOWN.txt",
"content": "_XL_DOWN(J)\r\n\r\nThis Boolean function returns 1 (true) if J represents the down movement, and 0 (false) otherwise.\r\nJ is supposed to be the output of _XL_INPUT.\r\n"
},
{
"path": "docs/manual/_XL_DRAW.txt",
"content": "_XL_DRAW(X, Y, T, C)\r\n\r\nIt displays tile T at position (X,Y) with color C if color C is available or its \"closest\" match when C is not supported by a target.\r\nFor targets with no colors (i.e., with _XL_NO_COLOR) you may assume that _XL_DRAW is macro that disregards the C parameter.\r\n"
},
{
"path": "docs/manual/_XL_EXPLOSION_SOUND.txt",
"content": "_XL_EXPLOSION_SOUND()\r\n\r\nShort explosion noise\r\n"
},
{
"path": "docs/manual/_XL_FIRE.txt",
"content": "_XL_FIRE(J)\r\n\r\nThis Boolean function returns 1 (true) if J represents the fire button, and 0 (false) otherwise.\r\nJ is supposed to be the output of _XL_INPUT.\r\n"
},
{
"path": "docs/manual/_XL_INIT_GRAPHICS.txt",
"content": "_XL_INIT_GRAPHICS()\r\n\r\nIt initializes the graphics. Necessary for any build that wants to show anything on the screen.\r\n\r\n"
},
{
"path": "docs/manual/_XL_INIT_INPUT.txt",
"content": "_XL_INIT_INPUT()\r\n\r\nIt initializes the input (joystick/keyboard). Necessary for any program that needs to receive an input\r\n\r\n"
},
{
"path": "docs/manual/_XL_INIT_SOUND.txt",
"content": "_XL_INIT_SOUND()\r\n\r\nIt initializes the sound system. Necessary for any program that produces sound.\r\n"
},
{
"path": "docs/manual/_XL_INPUT.txt",
"content": "_XL_INPUT()\r\n\r\nIt returns a value J that represents the specific received input or absence of input at the moment of its execution (keyboard may be buffered, though).\r\nThe result J is meant to be used with the Boolean functions _XL_UP, _XL_DOWN, _XL_LEFT, _XL_RIGHT, _XL_FIRE.\r\n"
},
{
"path": "docs/manual/_XL_KEY_PRESSED.txt",
"content": "_XL_KEY_PRESSED()\r\n\r\nThis Boolean function returns 1 (true) if any key or fire button is pressed.\r\n"
},
{
"path": "docs/manual/_XL_LEFT.txt",
"content": "_XL_LEFT(J)\r\n\r\nThis Boolean function returns 1 (true) if J represents the left movement, and 0 (false) otherwise.\r\nJ is supposed to be the output of _XL_INPUT.\r\n"
},
{
"path": "docs/manual/_XL_PING_SOUND.txt",
"content": "_XL_PING_SOUND()\r\n\r\nShort high-pitched sound\r\n"
},
{
"path": "docs/manual/_XL_PRINT.txt",
"content": "_XL_PRINT(X,Y,S)\r\n\r\nIt prints the \"Cross-Lib string\" S starting a position (X,Y) with the color set by _XL_SET_TEXT_COLOR.\r\nA \"Cross-Lib string\" is string formed with only the following 37 possible characters\r\n_XL_SPACE, _XL_a, ..., _XL_z, _XL_A, ..., _XL_Z, '0', ..., '9'\r\nwhere capital/small letter may be displayed as the same character depending on whether the target supports different display for capital vs small letters.\r\n\r\n"
},
{
"path": "docs/manual/_XL_PRINTD.txt",
"content": "_XL_PRINTD(X,Y,L,N)\r\n\r\nIt prints the positive integer number N in L digits (1<=L<=5) starting at position (X,Y) with the color set by _XL_SET_TEXT_COLOR.\r\n"
},
{
"path": "docs/manual/_XL_RAND.txt",
"content": "_XL_RAND()\r\n\r\nIt generates a pseudo-random number in the range [0,32767]\r\n"
},
{
"path": "docs/manual/_XL_RIGHT.txt",
"content": "_XL_RIGHT(J)\r\n\r\nThis Boolean function returns 1 (true) if J represents the right movement, and 0 (false) otherwise.\r\nJ is supposed to be the output of _XL_INPUT.\r\n"
},
{
"path": "docs/manual/_XL_SET_TEXT_COLOR.txt",
"content": "_XL_SET_TEXT_COLOR(C)\r\n\r\nIt sets the text color to C. Such color will be used on next _XL_PRINT, _XL_PRINTD, _XL_CHAR for targets that support colored text.\r\nIf any other display operation is present (e.g., _XL_DRAW), then there is no guarantee that the color C will be used afterwards.\r\n"
},
{
"path": "docs/manual/_XL_SHOOT_SOUND.txt",
"content": "_XL_SHOOT_SOUND()\r\n\r\nVery short shoot noise\r\n\r\n"
},
{
"path": "docs/manual/_XL_SLEEP.txt",
"content": "_XL_SLEEP(S)\r\n\r\nIt waits S seconds or an approximations of S seconds depending on the target\r\n"
},
{
"path": "docs/manual/_XL_SLOW_DOWN.txt",
"content": "_XL_SLOW_DOWN(T)\r\n\r\nIt waits T loops (0<=T<=65535)\r\n"
},
{
"path": "docs/manual/_XL_TICK_SOUND.txt",
"content": "_XL_TICK_SOUND()\r\n\r\nVery short high-pitched sound\r\n"
},
{
"path": "docs/manual/_XL_TOCK_SOUND.txt",
"content": "_XL_TOCK_SOUND()\r\n\r\nVery short low-pitched sound\r\n"
},
{
"path": "docs/manual/_XL_UP.txt",
"content": "_XL_UP(J)\r\n\r\nThis Boolean function returns 1 (true) if J represents the up movement, and 0 (false) otherwise.\r\nJ is supposed to be the output of _XL_INPUT.\r\n\r\n"
},
{
"path": "docs/manual/_XL_WAIT_FOR_INPUT.txt",
"content": "_XL_WAIT_FOR_INPUT()\r\n\r\nIt waits for any key or fire button to be pressed.\r\n\r\n"
},
{
"path": "docs/manual/_XL_ZAP_SOUND.txt",
"content": "_XL_ZAP_SOUND()\r\n\r\nShort rising sound\r\n"
},
{
"path": "docs/mc10.txt",
"content": "Multicolor graphics\r\n\r\nDisable Interrupt with SEI\r\nCLI to enable\r\n\r\nPOKE 49151,36\r\n\r\n$4000"
},
{
"path": "docs/mc10_2.txt",
"content": "; Radio Shack MC-10 Disassembly\r\n; (C) Copyright 1999 Kevin Timmerman\r\n;\tAdditional annotation by Greg D.\r\n;\tFixed and modified by James Tamer for use with TASM cross-assembler\r\n\r\n; A few handy defines to make TASM more like typcial \r\n; motorola syntax\r\n\r\n.MSFIRST ; Most Significant byte first\r\n\r\n; .ADDINSTR inst args opcode nbytes rule class shift binor\r\n.ADDINSTR JSRE * BD 3 SWAP 1 shift binor\r\n\r\n#define EQU .EQU\r\n#define ORG .ORG\r\n#define RMB .BLOCK\r\n#define FCB .BYTE\r\n#define FCC .TEXT\r\n#define FDB .WORD\r\n\r\n#define equ .EQU\r\n#define org .ORG\r\n#define rmb .BLOCK\r\n#define fcb .BYTE\r\n#define fcc .TEXT\r\n#define fdb .WORD\r\n; end a few handy defines\r\n\r\n\r\n\r\n\r\n\r\n\r\nram00 equ $00 ;Port 1/2 Data Directon Register 1=Output 0=Input\r\nram01\tequ\t\t$01\r\nram02 equ $02 ;Port 1 Data Register\r\nram03 equ $03 ;Port 2 Data Register\r\nram08 equ $08 ;Timer control and status register\r\nram09 equ $09 ;Counter (2 bytes)\r\nram0B equ $0B ;Output Compare (2 bytes)\r\n\r\nram80 equ $80 ;number build store MSB\r\nram81 equ $81 ;number build store LSB\r\nram82 equ $82 ;logic AND/OR function store\r\nram83 equ $83\r\nram84 equ $84 ;vartype flag\r\nram85 equ $85 ;data token flag\r\nram86 equ $86\r\nram87 equ $87 ;READ cmd status flag\r\nram88 equ $88\r\nram89 equ $89 ;address temp store\r\nram8B equ $8B\r\nTBL008C equ $8C\r\nTBL008D equ $8D ; DIGIT 4 MSB\r\nram8E equ $8E ; 3\r\nram8F equ $8F ; 2\r\nram90 equ $90 ; 1 LSB\r\nram91 equ $91 ; stack pointer store\r\nram93 equ $93 ; start of BASIC memory\r\nram95 equ $95 ; start of variable space\r\nram97 equ $97 ; start of dimensioned variable space\r\nram99 equ $99 ; end of variables.\r\nram9B equ $9B ; start of string space\r\nram9D equ $9D ; next free string store\r\nram9F equ $9F ; address build store\r\nramA1 equ $A1 ; top of string storage\r\nramA3 equ $A3\r\nramA5 equ $A5\r\nramA7 equ $A7 ; program break address MSB\r\nramA8 equ $A8 ; program break address LSB\r\nramA9 equ $A9\r\nramAB equ $AB\r\nramAD equ $AD ; DATA pointer\r\nramAF equ $AF ; LIST command end line no.\r\nramB1 equ $B1\r\nramB2 equ $B2\r\nramB3 equ $B3\r\nramB5 equ $B5 ; FOR-NEXT var pointer\r\nramB7 equ $B7\r\nramB9 equ $B9\r\nTBL00BA equ $BA ; EXPONENT\r\nramBB equ $BB ; DIGIT 4-3\r\nramBD equ $BD ; DIGIT 2-1\r\nramBF equ $BF ; SIGN\r\nramC0 equ $C0\r\nramC1 equ $C1\r\nramC2 equ $C2\r\nTBL00C4 equ $C4\r\nramC5 equ $C5\r\nramC7 equ $C7\r\nramC9 equ $C9 ; EXPONENT [FPA0]\r\nramCA equ $CA ; DIGIT 4 MSB\r\nramCB equ $CB ; DIGIT 3\r\nramCC equ $CC ; DIGIT 2\r\nramCD equ $CD ; DIGIT 1 LSB\r\nramCE equ $CE ; SIGN\r\nramCF equ $CF\r\nramD0 equ $D0\r\nramD2 equ $D2\r\nramD5 equ $D5\r\nramD6 equ $D6 ; EXPONENT [FPA1]\r\nramD7 equ $D7 ; DIGIT 4 MSB\r\nramD8 equ $D8 ; DIGIT 3\r\nramD9 equ $D9 ; DIGIT 2\r\nramDA equ $DA ; DIGIT 1 LSB\r\nramDB equ $DB ; SIGN \r\nramDC equ $DC ; SIGN\r\nramDD equ $DD\r\nramDE equ $DE ; end of string address MSB\r\nramDF equ $DF ; end of string address LSB\r\nramE2 equ $E2 ; filename screen pointer\r\nramE4 equ $E4 ; i/o tab field\r\nramE5 equ $E5 ; i/o last tab field\r\nramE6 equ $E6 ; max line length MSB\r\nramE7 equ $E7 ; max line length LSB\r\nramE8 equ $E8 ; I/O select 0=screen -1=printer\r\nramE9 equ $E9\r\nramEA equ $EA ; warm start setup flag =$55\r\nLBL00EB equ $EB ; bump interpreter pointer\r\nLBL00F3 equ $F3 ; A <- [address ptr]\r\nramF4 equ $F4 ; address ptr MSB\r\nramF5 equ $F5 ; address ptr LSB\r\n\r\n\r\nTBL4000 equ $4000 ; start of screen mem\r\nTBL41FD equ $41FD ; start clearing.\r\nFNC_USR equ $4215 ; USR command address\r\nram4218 equ $4218 ; random number seed word 1\r\nram421A equ $421A ; random number seed word 2\r\nram421C equ $421C ; upcase flag\r\nram421D equ $421D ; keyboard debounce delay $045E\r\nram421F equ $421F ; default EXEC address $EC2E\r\nram4221\tequ\t\t$4221\r\nram4223 equ $4223 ; printer baud rate $0080\r\nram4225 equ $4225 ; cr. delay count $0001\r\nram4227 equ $4227 ; tab field width 16\r\nram4229 equ $4229 ; last tab zone 112\r\nram422A equ $422A ; printer line length max MSB 88\r\nram422B equ $422B ; printer line length max LSB 132\r\nram422C equ $422C ; cassette 1200/2400Hz partition 21 ($15)\r\nram422D equ $422D ; upper limit of 1200 Hz\r\nram422E equ $422E ; lower limit of 2400 Hz\r\nram422F equ $422F ; number of 55's in leader MSB\r\nTBL4230 equ $4230 ; number of 55's in leader LSB 128; kyboard scan buff 4231-8.\r\nram4239 equ $4239 ; keyboard strobe store\r\nram423A equ $423A ; keyboard control key flag\r\nram423B equ $423B ; keyboard break flag\r\nram423C equ $423C\r\nram423D equ $423D ; string buffer pointer\r\nram423F equ $423F\r\nTBL4241 equ $4241 ; string buffer\r\nram4250 equ $4250 ; end of memory pointer\r\nram4252 equ $4252\r\nram4253 equ $4253\r\nram4254 equ $4254 ; random number store 1\r\nram4255 equ $4255 ; random number store 2\r\nTBL4256 equ $4256 ; file name length\r\nTBL4257 equ $4257 ; SKIP/LOAD file name\r\nTBL425F equ $425F ; TAPE file name block\r\nram4267 equ $4267 ; file type flag\r\nram426A equ $426A ; EXEC address offset\r\nram426C equ $426C ; LOAD address\r\nram426E equ $426E ; NEW command status flag\r\nram426F equ $426F\r\nram4271 equ $4271\r\nram4273 equ $4273\r\nram4274 equ $4274\r\nram4275 equ $4275 ; cass block type flag\r\nram4276 equ $4276 ; cass block length\r\nram4278 equ $4278 ; cass buffer address\r\nram427A equ $427A ; cass sumcheck\r\nram427B equ $427B ; cass load status flag\r\nram427C equ $427C ; cass byte load bit counter\r\nram427D equ $427D ; tone duration counter\r\nram427E equ $427E ; cass polarity flag\r\nram427F equ $427F ; last keyboard input char\r\nram4280 equ $4280 ; cursor address MSB\r\nram4281 equ $4281 ; cursor address LSB\r\nram4282 equ $4282 ; cursor color\r\nram4283 equ $4283 ; break status flag\r\nram4284 equ $4284 ; LIST command status flag\r\nLBL4285 equ $4285 ; input char command extension\r\nLBL4288 equ $4288 ; output char command extension\r\nLBL428B equ $428B ; output char command extension\r\nLBL428E equ $428E ; NEW command extension\r\nLBL4291 equ $4291 ; build command line extension\r\nLBL4294 equ $4294 ; maths command extension\r\nLBL4297 equ $4297 ; error return extension 1\r\nLBL429A equ $429A ; error return extension 2\r\nLBL429D equ $429D ; fp-acc number transfer extension\r\nLBL42A0 equ $42A0 ; RUN command extension\r\nLBL42A3 equ $42A3 ; command token lookup extension\r\nLBL42A6 equ $42A6 ; LIST command extension\r\nLBL42A9 equ $42A9\r\nLBL42AC equ $42AC\r\nram42AF\tequ\t $42AF\r\nram42B0 equ $42B0\r\nTBL42B1 equ $42B1\r\nTBL42B2 equ $42B2 ; command line buffer\r\nTBL4333 equ $4333\r\nTBL4334 equ $4334\r\nTBL4335 equ $4335 ; binary-decimal conversion buffer\r\nTBL4346\tequ\t\t$4346\r\n\r\n\r\nioBFFF equ $BFFF\r\n\r\n\r\n org $E000\r\n\r\n ; --- Function vector table ---\r\nTBLE000 FDB FNC_SGN ; $F2BA SGN\r\n FDB FNC_INT ; $F335 INT\r\n FDB FNC_ABS ; $F2D5 ABS\r\n FDB FNC_USR ; $4215 USR\r\n FDB FNC_RND ; $F62A RND\r\n FDB FNC_SQR ; $F54D SQR\r\n FDB FNC_LOG ; $F0B9 LOG\r\n FDB FNC_EXP ; $F5C9 EXP\r\n FDB FNC_SIN ; $F68C SIN\r\n FDB FNC_COS ; $F686 COS\r\n FDB FNC_TAN ; $F6D2 TAN\r\n FDB FNC_PEEK ; $EF5F PEEK\r\n FDB FNC_LEN ; $EE82 LEN\r\n FDB FNC_STR ; $ECED STR$\r\n FDB FNC_VAL ; $EF1C VAL\r\n FDB FNC_ASC ; $EEA2 ASC\r\n FDB FNC_CHR ; $EE8E CHR$\r\n FDB FNC_LEFT ; $EEAD LEFT$\r\n FDB FNC_RIGHT ; $EEC8 RIGHT$\r\n FDB FNC_MID ; $EECF MID$\r\n FDB FNC_POINT ; $FB9C POINT\r\n FDB FNC_VARPTR ; $FC11 VARPTR\r\n FDB FNC_INKEY ; $FBED INKEY$\r\n FDB FNC_MEM ; $ECDB MEM\r\n\r\n\r\nTBLE030 FCB $79\r\n\t\tFDB\t\tfp_ADD ; $EF80 +\r\n FCB $79\r\n\t\tFDB\t\tfp_SUB ; $EF75 -\r\n FCB $7B\r\n\t\tFDB\t\tfp_MUL ; $F0F1 *\r\n FCB $7B\r\n\t\tFDB\t\tfp_DIV ; $F1C8 /\r\n FCB $7F\r\n\t\tFDB\t\tfp_POW ; $F556 ^\r\n FCB $50\r\n\t\tFDB\t\tfp_OR+1 ; $EA8E AND (fp_AND)\r\n FCB $46\r\n\t\tFDB\t\tfp_OR ; $EA8D OR\r\n\r\n ;--- Tokens ---\r\nTBLE045 FCB $46,$4F,$D2 ;FOR 80\r\n FCB $47,$4F,$54,$CF ;GOTO 81\r\n FCB $47,$4F,$53,$55,$C2 ;GOSUB 82\r\n FCB $52,$45,$CD ;REM 83\r\n FCB $49,$C6 ;IF 84\r\n FCB $44,$41,$54,$C1 ;DATA 85\r\n FCB $50,$52,$49,$4E,$D4 ;PRINT 86\r\n FCB $4F,$CE ;ON 87\r\n FCB $49,$4E,$50,$55,$D4 ;INPUT 88\r\n FCB $45,$4E,$C4 ;END 89\r\n FCB $4E,$45,$58,$D4 ;NEXT 8A\r\n FCB $44,$49,$CD ;DIM 8B\r\n FCB $52,$45,$41,$C4 ;READ 8C\r\n FCB $4C,$45,$D4 ;LET 8D\r\n FCB $52,$55,$CE ;RUN 8E\r\n FCB $52,$45,$53,$54,$4F,$52,$C5 ;RESTORE 8F\r\n FCB $52,$45,$54,$55,$52,$CE ;RETURN 90\r\n FCB $53,$54,$4F,$D0 ;STOP 91\r\n FCB $50,$4F,$4B,$C5 ;POKE 92\r\n FCB $43,$4F,$4E,$D4 ;CONT 93\r\n FCB $4C,$49,$53,$D4 ;LIST 94\r\n FCB $43,$4C,$45,$41,$D2 ;CLEAR 95\r\n FCB $4E,$45,$D7 ;NEW 96\r\n FCB $43,$4C,$4F,$41,$C4 ;CLOAD 97\r\n FCB $43,$53,$41,$56,$C5 ;CSAVE 98\r\n FCB $4C,$4C,$49,$53,$D4 ;LLIST 99\r\n FCB $4C,$50,$52,$49,$4E,$D4 ;LPRINT 9A\r\n FCB $53,$45,$D4 ;SET 9B\r\n FCB $52,$45,$53,$45,$D4 ;RESET 9C\r\n FCB $43,$4C,$D3 ;CLS 9D\r\n FCB $53,$4F,$55,$4E,$C4 ;SOUND 9E\r\n FCB $45,$58,$45,$C3 ;EXEC 9F\r\n FCB $53,$4B,$49,$50,$C6 ;SKIPF A0 \r\n FCB $54,$41,$42,$A8 ;TAB( A1\r\n FCB $54,$CF ;TO A2\r\n FCB $54,$48,$45,$CE ;THEN A3\r\n FCB $4E,$4F,$D4 ;NOT A4\r\n FCB $53,$54,$45,$D0 ;STEP A5\r\n FCB $4F,$46,$C6 ;OFF A6\r\n FCB $AB ;+ A7\r\n FCB $AD ;- A8\r\n FCB $AA ;* A9\r\n FCB $AF ;/ AA\r\n FCB $DE ;^ AB\r\n FCB $41,$4E,$C4 ;AND AC\r\n FCB $4F,$D2 ;OR AD\r\n FCB $BE ;> AE\r\n FCB $BD ;= AF\r\n FCB $BC ;< B0\r\n FCB $53,$47,$CE ;SGN B1\r\n FCB $49,$4E,$D4 ;INT B2\r\n FCB $41,$42,$D3 ;ABS B3\r\n FCB $55,$53,$D2 ;USR B4\r\n FCB $52,$4E,$C4 ;RND B5\r\n FCB $53,$51,$D2 ;SQR B6\r\n FCB $4C,$4F,$C7 ;LOG B7\r\n FCB $45,$58,$D0 ;EXP B8\r\n FCB $53,$49,$CE ;SIN B9\r\n FCB $43,$4F,$D3 ;COS BA\r\n FCB $54,$41,$CE ;TAN BB\r\n FCB $50,$45,$45,$CB ;PEEK BC\r\n FCB $4C,$45,$CE ;LEN BD\r\n FCB $53,$54,$52,$A4 ;STR$ BE\r\n FCB $56,$41,$CC ;VAL BF\r\n FCB $41,$53,$C3 ;ASC C0\r\n FCB $43,$48,$52,$A4 ;CHR$ C1\r\n FCB $4C,$45,$46,$54,$A4 ;LEFT$ C2\r\n FCB $52,$49,$47,$48,$54,$A4 ;RIGHT$ C3\r\n FCB $4D,$49,$44,$A4 ;MID$ C4\r\n FCB $50,$4F,$49,$4E,$D4 ;POINT C5\r\n FCB $56,$41,$52,$50,$54,$D2 ;VARPTR C6\r\n FCB $49,$4E,$4B,$45,$59,$A4 ;INKEY$ C7\r\n FCB $4D,$45,$CD ;MEM C8\r\n FCB $00\r\n\r\n ; --- Command vector table ---\r\nTBLE148 FDB CMD_FOR ; $E4C4 FOR\r\n FDB CMD_GOTO ; $E61A GOTO\r\n FDB CMD_GOSUB ; $E604 GOSUB\r\n FDB CMD_REM ; $E685 REM\r\n FDB CMD_IF ; $E672 IF\r\n FDB CMD_DATA ; $E651 DATA\r\n FDB CMD_PRINT ; $E71F PRINT\r\n FDB CMD_ON ; $E692 ON\r\n FDB CMD_INPUT ; $E7DE INPUT\r\n FDB CMD_END ; $E57F END\r\n FDB CMD_NEXT ; $E8BB NEXT\r\n FDB CMD_DIM ; $EB12 DIM\r\n FDB CMD_READ ; $E80E READ\r\n FDB CMD_LET ; $E6D3 LET\r\n FDB CMD_RUN ; $E5FA RUN\r\n FDB CMD_RESTORE ; $E560 RESTORE\r\n FDB CMD_RETURN ; $E631 RETURN\r\n FDB CMD_STOP ; $E57E STOP\r\n FDB CMD_POKE ; $EF66 POKE\r\n FDB CMD_CONT ; $E5A6 CONT\r\n FDB CMD_LIST ; $E40D LIST\r\n FDB CMD_CLEAR ; $E5B8 CLEAR\r\n FDB CMD_NEW ; $E3CD NEW\r\n FDB CMD_CLOAD ; $FD5C CLOAD\r\n FDB CMD_CSAVE ; $FC3B CSAVE\r\n FDB CMD_LLIST ; $E40B LLIST\r\n FDB CMD_LPRINT ; $E71C LPRINT\r\n FDB CMD_SET ; $FB25 SET\r\n FDB CMD_RESET ; $FB55 RESET\r\n FDB CMD_CLS ; $FBBF CLS\r\n FDB CMD_SOUND ; $FFA5 SOUND\r\n FDB CMD_EXEC ; $FC04 EXEC\r\n FDB CMD_SKIPF ; $FE2F SKIPF\r\n\r\n ; --- Errors ---\r\nTBLE18A FCB $4E,$46 ;$00 NF NEXT without FOR \r\n FCB $53,$4E ;$02 SN Syntax Error \r\n FCB $52,$47 ;$04 RG RETURN without GOSUB \r\n FCB $4F,$44 ;$06 OD Out of Data \r\n FCB $46,$43 ;$08 FC Illegal Function Call \r\n FCB $4F,$56 ;$0A OV Overflow \r\n FCB $4F,$4D ;$0C OM Out of Memory \r\n FCB $55,$4C ;$0E UL Undefined Line \r\n FCB $42,$53 ;$20 BS Bad Subscript \r\n FCB $44,$44 ;$22 DD Double Dimensioned Array \r\n FCB $2F,$30 ;$24 /0 Division by 0 \r\n FCB $49,$44 ;$26 ID Illegal Direct Statement \r\n FCB $54,$4D ;$28 TM Type Mismatch \r\n FCB $4F,$53 ;$2A OS Out of String Space \r\n FCB $4C,$53 ;$2C LS Long String (exceeds 255 characters) \r\n FCB $53,$54 ;$2E ST String Formula Too Complex ? \"\"+(\"\"+(\"\"+\"\"))\r\n FCB $43,$4E ;$30 CN Can't Continue \r\n FCB $49,$4F ;$32 IO Input/Output Error \r\n FCB $46,$4D ;$34 FM File Mode Error \r\n\r\n\r\nTBLE1B0 FCB $20,$45,$52,$52,$4F,$52,$00 ; ERROR\r\nTBLE1B7 FCB $20,$49,$4E,$20,$00 ; IN \r\nTBLE1BC FCB $0D,$4F,$4B,$0D,$00 ; OK\r\nTBLE1C1 FCB $0D,$42,$52,$45,$41,$4B,$00 ; BREAK\r\n\r\n\r\nLBLE1C8 CMPA #$3A ;Leave if non-numeric. Z=':' or NULL\r\n BHS LBLE1D7 ; C=Numeric\r\n CMPA #$20 ;skip whitespace\r\n BNE LBLE1D3\r\n JMP LBL00EB\r\nLBLE1D3 SUBA #$30\r\n SUBA #$D0 ;Set Carry if numeric.\r\nLBLE1D7 RTS \r\nLBLE1D8 TSX \r\n LDAB #$04\r\n ABX \r\nLBLE1DC LDAB #$12\r\n STX ram89\r\n LDAA ,X ; SP+0==return addr. SP+2==?. SP+4->A\r\n SUBA #$80\r\n BNE LBLE1FA\r\n LDX 1,X\r\n STX ram8B\r\n LDX ramB5\r\n BEQ LBLE1F6\r\n CPX ram8B\r\n BEQ LBLE1FA\r\n BSR LBLE22F\r\n BRA LBLE1DC\r\nLBLE1F6 LDX ram8B\r\n STX ramB5\r\nLBLE1FA LDX ram89\r\n TSTA\r\n RTS\r\n\r\n ; -- copy [C1:BD]->[bf:BB]\r\nLBLE1FE BSR LBLE21E; see if D bytes fit on stack\r\nLBLE200 TPA \r\n PSHA \r\n STS ram91\r\n SEI \r\n LDS ramBB ; store in [BB]\r\n LDX ramBD ; start at [BD]\r\n INX \r\nLBLE20A DEX \r\n LDAA ,X\r\n PSHA \r\n CPX ramC1 ; stop at [C1]\r\n BNE LBLE20A\r\n INS \r\n STS ramBF ; store end in [BF]\r\n LDS ram91\r\n PULA \r\n TAP \r\n RTS \r\nLBLE21A CLRA ; return with 2*B+#$3A+ram99\r\n ASLB ;\r\n ADDD ram99 ; check if 2*B+3A+ram99>0xffff\r\nLBLE21E ADDD #$003A\r\n BLO LBLE236; ?OM error\r\n STS ram91\r\n SUBD ram91\r\n BHS LBLE236; ?OM if greater than stack\r\n ADDD ram91\r\n RTS \r\n\r\nLBLE22C CLRA ; B+X->D,X\r\nLBLE22D STX ram89 ; D+X->D,X (save old X in 89. New X,D in 8B)\r\nLBLE22F ADDD ram89 ; D+ram89->D,X.\r\n STD ram8B\r\n LDX ram8B\r\n RTS\r\n\r\n\r\nLBLE236 LDAB #$0C ;?OM error\r\nLBLE238 JSR LBL4297 ;error return extension 1\r\n JSR LBL429A ;error return extension 2\r\n JSR LBLFC86\r\n LDAA ram426E\r\n BEQ LBLE249\r\n JSR LBLE3CF\r\nLBLE249 JSR LBLE3EE\r\n CLR ramE8 ;turn off printer\r\n JSR LBLE76A\r\n JSR LBLE7BB+1\r\n LDX #TBLE18A ;Error table\r\n ABX \r\n LDAA ,X\r\n JSR LBLE7BE ;A->SCN\r\n LDAA 1,X\r\n JSR LBLE7BE ;A->SCN\r\n LDX #TBLE1B0-1 ;\"ERROR\"\r\nLBLE266 JSR LBLE7A8 ;Write string\r\n LDX ramE2\r\n INX \r\n BEQ LBLE271\r\n JSR LBLF412 ;' IN ' line\r\nLBLE271 JSR LBLE76A\r\n LDX #TBLE1BC ;\"OK\"\r\n JSR LBLE7A8 ;Write string\r\nLBLE27A LDX #$FFFF\r\n STX ramE2\r\n JSR LBLFAA4 ;Get Command Line\r\n BLO LBLE27A ;Try again if carry set (BREAK)\r\n STX ramF4\r\n JSRE LBL00EB \r\n BEQ LBLE27A ;Try again if blank line\r\n BLO LBLE293\r\n JSR LBLE311 ;immediate mode - compile line.\r\n JMP LBLE53D\r\nLBLE293 JSR LBLE6B2 ;get line number->ramA5\r\n LDX ramA5\r\n STX ram42B0 ;store line number\r\n JSR LBLE311 ;compile line\r\n STAB ram82 ;length of line\r\n JSR LBLE3B9 ;find first line greater than line number\r\n BLO LBLE2C1 ; none found, insert at end.\r\n LDD ramC1\r\n SUBD ,X\r\n ADDD ram95\r\n STD ram95\r\n TPA \r\n PSHA \r\n STS ram91\r\n SEI \r\n LDS ,X\r\n DES \r\nLBLE2B5 PULA \r\n STAA ,X\r\n INX \r\n CPX ram95\r\n BNE LBLE2B5\r\n LDS ram91\r\n PULA \r\n TAP \r\nLBLE2C1 LDAA TBL42B2\r\n BEQ LBLE2EB\r\n LDD ram95\r\n STD ramBD\r\n ADDB ram82\r\n ADCA #$00\r\n STD ramBB\r\n JSR LBLE1FE ;copy [C1:BD]->[bf:BB]\r\n TPA \r\n PSHA \r\n STS ram91\r\n SEI \r\n LDS #$42AD\r\nLBLE2DB PULA \r\n STAA ,X\r\n INX \r\n CPX ramBF \r\n BNE LBLE2DB\r\n LDS ram91\r\n PULA \r\n TAP \r\n LDX ramBB\r\n STX ram95\r\nLBLE2EB JSR LBLE3D9 ;reset variables\r\n BSR LBLE2F3 ;adjust next statement pointers\r\n JMP LBLE27A ;get command line\r\n ; adjust next statement pointers\r\nLBLE2F3 LDX ram93 ;start of basic\r\nLBLE2F5 LDD ,X ;return if last statement.\r\n BNE LBLE2FA\r\n RTS \r\nLBLE2FA PSHX ;push address of statement\r\n LDAB #$04\r\n ABX \r\nLBLE2FE INX \r\n LDAA ,X\r\n BNE LBLE2FE\r\n INX \r\n PSHX ;push address of next statement\r\n TSX \r\n LDD ,X ;addr of next statement -> D\r\n LDX 2,X ;addr of prev statement -> X\r\n STD ,X ;update addr of prev statment to point to next statement.\r\n PULX \r\n INS \r\n INS \r\n BRA LBLE2F5\r\n\r\nLBLE311 CLR ram85 ;clear DATA token flag\r\n LDX ramF4 ;reset pointer back to start of line.\r\n DEX \r\n STX ramF4\r\n LDX #TBL42B1 ;start of command line buffer-1\r\n STX ramDE\r\n STS ram91\r\n TPA ; save interrupt flag\r\n STAA ram87\r\nLBLE323 NOP \r\n SEI ; disable interrupts\r\n LDS ramF4\r\n PULB \r\n CMPB #$20 ; ' '\r\n BEQ LBLE364\r\n STAB ram81\r\n CMPB #$22 ; '\"'\r\n BEQ LBLE38D\r\n LDAA ram85\r\n BNE LBLE364\r\n CMPB #$3F ; '?'\r\n BNE LBLE33E\r\n LDAB #$86 ; 'PRINT' code\r\n BRA LBLE364\r\nLBLE33E CMPB #$30 ; '0'\r\n BLO LBLE346\r\n CMPB #$3C ; '<'\r\n BLO LBLE364\r\nLBLE346 TSTB ; use ! for non-printing input chars\r\n BMI LBLE361+1\r\n LDX #TBLE045-1 ; start matching tokens\r\n LDS ramF4\r\n CLRB \r\nLBLE34F INX \r\nLBLE350 PULA \r\n CMPA #$20 ; skip whitespace when matching tokens\r\n BEQ LBLE350\r\n SUBA ,X\r\n BEQ LBLE34F\r\n CMPA #$80\r\n BNE LBLE392\r\n ORAB #$80 ; found match, store token.\r\nLBLE35F LDX ramDE\r\nLBLE361 CPX #$C621 ;LDAB #$21 '!'\r\nLBLE364 STS ramF4\r\n LDS ram91\r\n LDAA ram87 ; restore interrupt\r\n TAP \r\n INX \r\n STX ramDE\r\n STAB ,X\r\n BEQ LBLE3AA\r\n SUBB #$3A ; ':'\r\n BEQ LBLE37A\r\n CMPB #$4B ; 'DATA' encountered\r\n BNE LBLE37C\r\nLBLE37A STAB ram85 ; set DATA token flag\r\nLBLE37C SUBB #$49 ; 'REM' \r\n BNE LBLE323 ; get next char.\r\n STAB ram81 ; 'REM' found, clear ram81\r\n SEI \r\n LDS ramF4\r\nLBLE385 PULB ; copy until 0 or ram81 encountered.\r\n TSTB \r\n BEQ LBLE364\r\n CMPB ram81\r\n BEQ LBLE364\r\nLBLE38D INX \r\n STAB ,X\r\n BRA LBLE385\r\nLBLE392 LDS ramF4 ; token failed match\r\n INCB ; inc token count\r\nLBLE395 LDAA ,X ; \r\n INX \r\n BPL LBLE395\r\n LDAA ,X\r\n BNE LBLE350\r\n STS ramF4 ; no tokens matched.\r\n LDS ram91\r\n JSR LBL42A3\r\n LDS ramF4\r\n PULB \r\n BRA LBLE35F\r\nLBLE3AA STAB 1,X ; clear next two bytes\r\n STAB 2,X\r\n LDD ramDE\r\n SUBD #$42AD ; length of buff in D.\r\n LDX #TBL42B1\r\n STX ramF4\r\n RTS \r\nLBLE3B9 LDX ram93\r\nLBLE3BB LDD ,X\r\n BEQ LBLE3C9\r\n LDD ramA5\r\n SUBD 2,X\r\n BLS LBLE3CA\r\n LDX ,X\r\n BRA LBLE3BB\r\nLBLE3C9 SEC \r\nLBLE3CA STX ramC1\r\n RTS\r\n\r\n ; --- NEW command ---\r\nCMD_NEW\r\n BNE LBLE3CA ; cause syntax error\r\nLBLE3CF LDX ram93 ; start of BASIC \r\n CLR ,X ; clear line\r\n INX \r\n CLR ,X\r\n INX \r\n STX ram95 ; end of BASIC\r\nLBLE3D9 LDX ram93 ; transfer control to program\r\n DEX \r\n STX ramF4 ; read pointer\r\nLBLE3DE JSR LBL428E ; NEW command extension\r\n LDX ramA1 ; top of string storage\r\n STX ram9D ; avail string storage.\r\n JSR CMD_RESTORE\r\n LDX ram95 ; end of BASIC\r\n STX ram97 ; DATA pointer\r\n STX ram99 ; \r\nLBLE3EE LDX #TBL4241 ; string buff.\r\n STX ram423D ; string ptr.\r\n PULX \r\n LDS ram9B ; bottom of system stack \r\n CLRA \r\n PSHA \r\n STAA ramA7 ; program BREAK address\r\n STAA ramA8 ; program BREAK address\r\n STAA ram86 ; ?\r\n STAA ram426E ; NEW command status flag\r\n JMP ,X ; RTS\r\n\r\n\r\nLBLE404 LDAB #$FE ; select printer\r\n STAB ramE8 ; turn on printer\r\nLBLE408 JMP LBL00F3\r\n\r\n ; --- LLIST command ---\r\nCMD_LLIST\r\n BSR LBLE404\r\n\r\n ; --- LIST command ---\r\nCMD_LIST\r\n TPA \r\n PSHA \r\n BSR LBLE408 ; Get char\r\n JSR LBLE6B2 ; Get line number\r\n BSR LBLE3B9 ; Find line number in program\r\n PULA \r\n TAP \r\n PSHX \r\n BEQ LBLE431\r\n JSRE LBL00F3\r\n BEQ LBLE436\r\n CMPA #$A8 ; '-'\r\n BNE LBLE42E\r\n JSRE LBL00EB\r\n BEQ LBLE431\r\n JSR LBLE6B2\r\n BEQ LBLE436\r\nLBLE42E JMP LBLEA3C ;?SN ERROR\r\nLBLE431 LDX #$FFFF\r\n STX ramA5\r\nLBLE436 PULX \r\n INS \r\n INS \r\nLBLE439 JSR LBLE76A\r\n JSR LBLE566\r\n LDD ,X\r\n BNE LBLE449\r\nLBLE443 CLR ramE8 ; set output to printer\r\n JMP LBLE271\r\nLBLE449 LDD 2,X\r\n SUBD ramA5\r\n BHI LBLE443\r\n LDD 2,X\r\n PSHX \r\n JSR LBLF419\r\n PULX \r\n INX \r\n INX \r\n INX \r\n INX \r\n STX ram89\r\n CLR ram4284\r\n LDAA #$20\r\nLBLE461 CPX #$8621 ;LDAA #$21\r\nLBLE464 LDX ram89\r\n ANDA #$7F\r\nLBLE468 JSR LBLE7BE ;A->SCN\r\n LDAA ,X\r\n INX \r\n TSTA \r\n BEQ LBLE439\r\n LDAB ram4284\r\n CMPA #$22 ; '\"'\r\n BNE LBLE47D\r\n EORB #$01\r\n STAB ram4284\r\nLBLE47D CMPA #$3A ; ':'\r\n BNE LBLE48A\r\n BITB #$01\r\n BNE LBLE48A\r\n ANDB #$FD\r\n STAB ram4284\r\nLBLE48A TSTA \r\n BPL LBLE468\r\n TSTB \r\n BNE LBLE468\r\n CMPA #$85 ; 'DATA'\r\n BNE LBLE496\r\n ORAB #$02\r\nLBLE496 CMPA #$83 ; 'REM'\r\n BNE LBLE49C\r\n ORAB #$04\r\nLBLE49C STAB ram4284\r\n JSR LBL42A6\r\n CMPA #$C8 ; 'MEM'\r\n BHI LBLE461+1 ; write ! for unknown print\r\n BSR LBLE4B2\r\nLBLE4A8 LDAA ,X ; write token\r\n BMI LBLE464\r\n INX \r\n JSR LBLE7BE;A->SCN\r\n BRA LBLE4A8\r\n\r\nLBLE4B2 SUBA #$7F ;Find address of matching token->X\r\n STX ram89 ;save X into ram89\r\n LDX #TBLE045\r\nLBLE4B9 DECA \r\n BNE LBLE4BD\r\n RTS \r\nLBLE4BD TST ,X\r\n INX \r\n BPL LBLE4BD\r\n BRA LBLE4B9\r\n\r\n ; --- FOR Command ---\r\nCMD_FOR LDAA #$80\r\n STAA ram86\r\n JSR CMD_LET\r\n JSR LBLE1D8\r\n PULX \r\n BNE LBLE4D5\r\n LDX ram89\r\n ABX \r\n TXS \r\nLBLE4D5 LDAB #$09\r\n JSR LBLE21A ; Verify 9 words will fit on stack\r\n JSR LBLE656 ; ignore rest of line until ':' seen\r\n PSHX \r\n LDX ramE2\r\n PSHX \r\n LDAB #$A2 ;'TO' index\r\n JSR LBLEA31\r\n JSR LBLE90E ; expect numeric\r\n JSR LBLE90C ; Get numeric value\r\n LDAB ramCE\r\n ORAB #$7F\r\n ANDB ramCA\r\n STAB ramCA\r\n LDX #LBLE4FA ; push C9-CA onto stack\r\n JMP LBLE9A4\r\nLBLE4FA LDX #TBLF08B ; 1.0\r\n JSR LBLF251 ;X->C9-E\r\n JSRE LBL00F3\r\n CMPA #$A5 ;'STEP' index\r\n BNE LBLE50D\r\n JSRE LBL00EB\r\n JSR LBLE90C ; Get numeric value\r\nLBLE50D JSR LBLF2AD ;Sign C9-E -> B -1 0 1\r\n JSR LBLE9A2\r\n LDX ramB5\r\n PSHX \r\n LDAA #$80\r\n PSHA \r\nLBLE519 BSR LBLE566 ; check for BREAK or PAUSE\r\n LDX ramF4\r\n STX ramA9\r\n LDAA ,X\r\n BEQ LBLE52A\r\n CMPA #$3A ; ':'\r\n BEQ LBLE53D\r\nLBLE527 JMP LBLEA3C ; ?SN ERROR\r\nLBLE52A INX ; check for next line\r\n LDAA ,X\r\n INX \r\n ORAA ,X\r\n STAA ram4283 ; 0 if at last line number\r\n BEQ LBLE589 ; Implicit END if no next line.\r\n INX \r\n LDD ,X\r\n STD ramE2 ; Otherwise store current line in E2.\r\n INX \r\n STX ramF4\r\nLBLE53D JSRE LBL00EB ; get token\r\n BSR LBLE544\r\n BRA LBLE519 ; continue executing line\r\nLBLE544 BEQ LBLE5B7 ; RTS if 0 encountered.\r\nLBLE546 JSR LBL42A0 ; Run command extension\r\n TSTA \r\n BMI LBLE54F ; Command encountered.\r\n JMP CMD_LET ; otherwise, this must be an assignment.\r\nLBLE54F CMPA #$A0 ; SKIPF is the last valid command.\r\n BHI LBLE527 ; ?SN ERROR\r\n ASLA ; lookup command.\r\n TAB \r\n LDX #TBLE148\r\n ABX \r\n LDX ,X\r\n JSRE LBL00EB ; prefetch next character.\r\n JMP ,X ; GO! [to command]\r\n\r\n ; --- RESTORE command ---\r\nCMD_RESTORE\r\n LDX ram93\r\n DEX \r\nLBLE563 STX ramAD ;DATA pointer\r\n RTS\r\n\r\n\r\nLBLE566 JSR LBLF879\r\n BEQ LBLE576\r\nLBLE56B CMPA #$03 ; 'break pressed?\r\n BEQ CMD_STOP\r\n CMPA #$13 ; 'shift+@ pressed (pause)\r\n BEQ LBLE577 ; wait for next key.\r\n STAA ram427F\r\nLBLE576 RTS\r\n\r\nLBLE577 JSR LBLF883\r\n BEQ LBLE577\r\n BRA LBLE56B\r\n\r\n ; --- STOP command ---\r\nCMD_STOP\r\n SEC\r\n ; --- END command ---\r\nCMD_END\r\n BNE LBLE5B7\r\n LDX ramF4\r\n STX ramA9\r\nLBLE585 ROR ram4283 ; break status flag \r\n PULX \r\nLBLE589 LDX ramE2\r\n INX \r\n BEQ LBLE595\r\n DEX \r\n STX ramA3\r\n LDX ramA9\r\n STX ramA7\r\nLBLE595 CLR ramE8 ; turn off printing\r\n LDX #TBLE1C1-1 ; 'BREAK'\r\n TST ram4283\r\n BPL LBLE5A3\r\n JMP LBLE266 ; in program \r\nLBLE5A3 JMP LBLE271 ; not in program\r\n\r\n ; --- CONT command ---\r\nCMD_CONT\r\n BNE LBLE5B7\r\n LDAB #$20 ;?CN error\r\n LDX ramA7\r\n BNE LBLE5B1\r\n JMP LBLE238 ;write ?CN error\r\nLBLE5B1 STX ramF4\r\n LDX ramA3\r\n STX ramE2\r\nLBLE5B7 RTS\r\n\r\n ; --- CLEAR command ---\r\nCMD_CLEAR\r\n BEQ LBLE5F4\r\n JSR LBLEBBD\r\n PSHB \r\n PSHA \r\n LDX ramA1 ; top of string storage\r\n STX ramCC\r\n JSRE LBL00F3\r\n BEQ LBLE5DA\r\n JSR LBLEA2E+1 ; get ','\r\n JSR LBLEF4C\r\n LDX ramCC\r\n DEX \r\n STX ramCC\r\n LDD ram4250 ; end of memory pointer\r\n SUBD ramCC\r\n BLO LBLE5F7 ; ?OM error\r\nLBLE5DA LDD ramCC\r\n PSHB \r\n PSHA \r\n TSX \r\n SUBD 2,X\r\n BLO LBLE5F7 ; ?OM error\r\n STD 2,X\r\n SUBD #$003A\r\n BLO LBLE5F7 ; ?OM error\r\n SUBD ram95\r\n BLO LBLE5F7 ; ?OM error\r\n PULX \r\n STX ramA1 ; top of string storage\r\n PULX \r\n STX ram9B ; bottom of system stack\r\nLBLE5F4 JMP LBLE3DE ; reset variables\r\nLBLE5F7 JMP LBLE236 ; ?OM ERROR\r\n\r\n ; --- RUN command ---\r\nCMD_RUN\r\n BNE LBLE5FF\r\n JMP LBLE3D9 ; transfer control to program / reset variables\r\nLBLE5FF JSR LBLE3DE ; reset data variables\r\n BRA LBLE612\r\n\r\n ; --- GOSUB command ---\r\nCMD_GOSUB\r\n LDAB #$03 \r\n JSR LBLE21A ; verify 3 words on stack\r\n LDX ramF4\r\n PSHX \r\n LDX ramE2\r\n PSHX \r\n LDAA #$82\r\n PSHA \r\nLBLE612 JSRE LBL00F3\r\n BSR CMD_GOTO\r\n JMP LBLE519 ; Continue executing line\r\n\r\n ; --- GOTO command ---\r\nCMD_GOTO\r\n JSR LBLE6B2\r\n BSR LBLE658+1\r\n INX \r\n LDD ramA5\r\n SUBD ramE2\r\n BHI LBLE628\r\n LDX ram93\r\nLBLE628 JSR LBLE3BB\r\n BLO LBLE641+1 ;?UL error\r\n DEX \r\n STX ramF4\r\nLBLE630 RTS\r\n\r\n ; --- RETURN command ---\r\nCMD_RETURN\r\n BNE LBLE630 ; will ultimately result in ?SN error\r\n LDAA #$FF\r\n STAA ramB5\r\n JSR LBLE1D8\r\n TXS \r\n CMPA #$02\r\n BEQ LBLE64A\r\n LDAB #$04 ;?RG error\r\nLBLE641 CPX #$C60E ;LDAB #$0E ?UL error\r\n JMP LBLE238 ;Write error\r\nLBLE647 JMP LBLEA3C ;?SN error\r\nLBLE64A PULA \r\n PULX \r\n STX ramE2\r\n PULX \r\n STX ramF4\r\n\r\n\r\n ; --- DATA command ---\r\nCMD_DATA\r\n BSR LBLE656 ; ignore rest of line until ':' or 0 reached.\r\n STX ramF4\r\nLBLE655 RTS\r\n\r\n\r\n\r\nLBLE656 LDAB #$3A ; ignore rest of line until ':' or 0 reached.\r\nLBLE658 LDAA #$5F ;CLRB; ignore rest of line\r\n STAB ram80\r\n CLRB \r\n LDX ramF4\r\nLBLE65F TBA \r\n LDAB ram80\r\n STAA ram80\r\nLBLE664 LDAA ,X\r\n BEQ LBLE655\r\n CBA \r\n BEQ LBLE655\r\n INX \r\n CMPA #$22 ; '\"'\r\n BEQ LBLE65F\r\n BRA LBLE664\r\n\r\n\r\n ; --- IF command ---\r\nCMD_IF\r\n JSR LBLE90C ; Get numeric value\r\n JSRE LBL00F3\r\n CMPA #$81 ; GOTO\r\n BEQ LBLE681\r\n LDAB #$A3 ; THEN\r\n JSR LBLEA31\r\nLBLE681 LDAA ramC9\r\n BNE LBLE68A\r\n\r\n\r\n ; --- REM command ---\r\nCMD_REM BSR LBLE658+1\r\n STX ramF4\r\n RTS\r\n\r\n\r\nLBLE68A JSRE LBL00F3\r\n BLO CMD_GOTO\r\n JMP LBLE544\r\n\r\n ; --- ON command ----\r\nCMD_ON JSR LBLEF0D ; Arg->ramCD\r\n PSHA \r\n CMPA #$82 ; GOSUB\r\n BEQ LBLE69E\r\n CMPA #$81 ; GOTO\r\nLBLE69C BNE LBLE647 ; ?SN ERROR\r\nLBLE69E DEC ramCD\r\n BNE LBLE6A7\r\n PULA \r\n JMP LBLE546\r\nLBLE6A7 JSRE LBL00EB\r\n BSR LBLE6B2 ; get line number->A5\r\n CMPA #$2C ; ','\r\n BEQ LBLE69E\r\n INS \r\nLBLE6B1 RTS ; bug -- \"0 ON 2 GOTO 4,#,4,4#\" hangs the MC-10 on RUN.\r\n\r\nLBLE6B2 LDX #$0000 ; get line number->ramA5\r\n STX ramA5\r\nLBLE6B7 BHS LBLE6B1\r\n SUBA #$30\r\n STAA ram80\r\n LDD ramA5 ; Get line number\r\n CMPA #$18 ; err if > 6399\r\n BHI LBLE69C ; ?SN ERROR\r\n ASLD ; ramA5 = 10*ramA5 + ram80\r\n ASLD \r\n ADDD ramA5\r\n ASLD \r\n ADDB ram80 \r\n ADCA #$00\r\n STD ramA5\r\n JSRE LBL00EB\r\n BRA LBLE6B7\r\n\r\n ; --- LET command ---\r\nCMD_LET\r\n JSR LBLEB1B\r\n STX ramB5\r\n LDAB #$AF\r\n JSR LBLEA31\r\n LDAA ram84 ; vartype flag\r\n PSHA \r\n JSR LBLE91A\r\n PULA \r\n RORA \r\n JSR LBLE910 ;check for ?TM and get next number\r\n BEQ LBLE719\r\nLBLE6EA LDX ramCC\r\n LDD ram9B ; bottom of system stack\r\n SUBD 2,X\r\n BHS LBLE705\r\n LDD ram95\r\n SUBD ramCC\r\n BHI LBLE705\r\n LDAB ,X\r\n JSR LBLECFC\r\n LDX ramC7\r\n JSR LBLEE38\r\n LDX #ramD0\r\nLBLE705 STX ramC7\r\n JSR LBLEE70\r\n LDX ramC7\r\n LDAA ,X\r\n PSHA \r\n LDD 2,X\r\n LDX ramB5\r\n STD 2,X\r\n PULA \r\n STAA ,X\r\n RTS \r\nLBLE719 JMP LBLF26F+1\r\n\r\n ; --- LPRINT command ---\r\nCMD_LPRINT\r\n JSR LBLE404\r\n\r\n ; --- PRINT command ---\r\nCMD_PRINT\r\n BSR LBLE725\r\n CLR ramE8 ; turn off printing\r\n RTS \r\nLBLE725 BEQ LBLE766\r\n CMPA #$40 ; '@'\r\n BNE LBLE736\r\n JSR LBLFC29\r\n JSRE LBL00F3\r\n BEQ LBLE766\r\n JSR LBLEA2E+1 ; get ','\r\nLBLE736 BEQ LBLE773\r\nLBLE738 CMPA #$A1\r\n BEQ LBLE78C\r\n CMPA #$2C\r\n BEQ LBLE774\r\n CMPA #$3B\r\n BEQ LBLE7A2\r\n JSR LBLE91A\r\n LDAA ram84 ; vartype flag\r\n PSHA \r\n BNE LBLE752\r\n JSR LBLF426\r\n JSR LBLED05\r\nLBLE752 BSR LBLE7AB\r\n PULB \r\n TSTB \r\n BNE LBLE761\r\n JSRE LBL00F3\r\n CMPA #$2C\r\n BEQ LBLE774\r\n BSR LBLE7B9\r\nLBLE761 JSRE LBL00F3\r\n BNE LBLE738\r\nLBLE766 LDAA #$0D\r\n BRA LBLE7BE ;A->SCN\r\nLBLE76A JSR LBLFA7B\r\n BEQ LBLE766\r\n LDAA ramE6\r\n BNE LBLE766\r\nLBLE773 RTS \r\nLBLE774 JSR LBLFA7B\r\n BEQ LBLE783\r\n LDAB ramE6\r\n CMPB ramE5\r\n BLO LBLE785\r\n BSR LBLE766\r\n BRA LBLE7A2\r\nLBLE783 LDAB ramE6\r\nLBLE785 SUBB ramE4\r\n BHS LBLE785\r\n NEGB \r\n BRA LBLE79D\r\nLBLE78C JSR LBLEF0A\r\n CMPA #$29\r\n BEQ LBLE796\r\n JMP LBLEA3C ;?SN ERROR\r\nLBLE796 JSR LBLFA7B\r\n SUBB ramE6\r\n BLS LBLE7A2\r\nLBLE79D BSR LBLE7B9\r\n DECB \r\n BNE LBLE79D\r\nLBLE7A2 JSRE LBL00EB\r\n JMP LBLE736\r\n\r\n\r\n ; --- Write string to screen ---\r\nLBLE7A8 JSR LBLED06 ;Calc string length\r\nLBLE7AB JSR LBLEE56 ;Get length to B, start address to X\r\n INCB\r\nLBLE7AF DECB ;Dec char count\r\n BEQ LBLE773 ;RTS\r\n LDAA ,X ;Get char\r\n INX ;Inc char ptr\r\n BSR LBLE7BE ;A->SCN Write char\r\n BRA LBLE7AF ;Next char\r\n\r\n\r\nLBLE7B9 LDAA #$20\r\nLBLE7BB CPX #$863F ;LDAA #$3F\r\nLBLE7BE JMP LBLF9C6 ;A->SCN\r\n\r\n\r\nTBLE7C1 FCB $3F,$52,$45,$44,$4F,$0D,$00 ;?REDO\r\n\r\n\r\nLBLE7C8 LDAA ram87\r\n BEQ LBLE7D3\r\n LDX ramAB\r\n STX ramE2\r\n JMP LBLEA3C ;?SN ERROR\r\nLBLE7D3 LDX #TBLE7C1-1\r\n JSR LBLE7A8\r\n LDX ramA9\r\n STX ramF4\r\nLBLE7DD RTS\r\n\r\n\r\n ; --- INPUT command ---\r\nCMD_INPUT\r\n LDAB #$16 ;?ID error\r\n LDX ramE2\r\n INX \r\n BNE LBLE7E8\r\n JMP LBLE238 ;write ?ID error\r\nLBLE7E8 CMPA #$22 ;check for \"Prompt\";\r\n BNE LBLE7F7\r\n JSR LBLEA07 ; scan string until '\"' reached.\r\n LDAB #$3B\r\n JSR LBLEA31 ;expect and skip ';'\r\n JSR LBLE7AB ;write string to screen.\r\nLBLE7F7 BSR LBLE7FF ;\"? \" and get command line\r\n LDAB #$2C\r\n STAB ,X\r\n BRA LBLE810+1\r\nLBLE7FF JSR LBLE7BB+1 ; \"?\"->SCN\r\n JSR LBLE7B9 ; \" \"->SCN\r\n JSR LBLFAA4 ; get command line\r\n BHS LBLE7DD \r\n PULX \r\n JMP LBLE585 ;break pressed - abort prog\r\n\r\n ; --- READ command ---\r\nCMD_READ\r\n LDX ramAD ;DATA pointer\r\nLBLE810 LDAA #$4F ;CLRA [used during INPUT command]\r\n STAA ram87\r\n STX ramAF\r\nLBLE816 JSR LBLEB1B ; Get Var\r\n STX ramB5\r\n LDX ramF4\r\n STX ramA5\r\n LDX ramAF\r\n LDAA ,X\r\n BNE LBLE82E\r\n LDAA ram87\r\n BNE LBLE877\r\n JSR LBLE7BB+1\r\n BSR LBLE7FF\r\nLBLE82E STX ramF4\r\n JSRE LBL00EB\r\n LDAB ram84 ;vartype flag\r\n BEQ LBLE853\r\n LDX ramF4\r\n STAA ram80\r\n CMPA #$22\r\n BEQ LBLE846\r\n DEX \r\n LDAA #$3A\r\n STAA ram80\r\n LDAA #$2C\r\nLBLE846 STAA ram81\r\n JSR LBLED0C\r\n JSR LBLEF3E\r\n JSR LBLE6EA\r\n BRA LBLE859\r\nLBLE853 JSR LBLF359\r\n JSR LBLF26F+1\r\nLBLE859 JSRE LBL00F3\r\n BEQ LBLE865\r\n CMPA #$2C\r\n BEQ LBLE865\r\n JMP LBLE7C8\r\nLBLE865 LDX ramF4\r\n STX ramAF\r\n LDX ramA5\r\n STX ramF4\r\n JSRE LBL00F3\r\n BEQ LBLE897\r\n JSR LBLEA2E+1 ; get ','\r\n BRA LBLE816\r\nLBLE877 STX ramF4\r\n JSR LBLE656 ; ignore rest of line thru ':'\r\n INX \r\n TSTA \r\n BNE LBLE88F\r\n LDAB #$06\r\n LDAA ,X\r\n ORAA 1,X\r\n BEQ LBLE8CE\r\n LDD 2,X\r\n STD ramAB\r\n LDAB #$04\r\n ABX \r\nLBLE88F LDAA ,X\r\n CMPA #$85\r\n BNE LBLE877\r\n BRA LBLE82E\r\nLBLE897 LDX ramAF\r\n LDAB ram87\r\n BEQ LBLE8A0\r\n JMP LBLE563\r\nLBLE8A0 LDAA ,X\r\n BEQ LBLE8AA\r\n LDX #LBLE8AB-1\r\n JMP LBLE7A8\r\nLBLE8AA RTS\r\n\r\n\r\nLBLE8AB FCB $3F,$45,$58,$54,$52,$41,$20,$49,$47,$4E,$4F,$52,$45,$44,$0D,$00 ;?EXTRA IGNORED\r\n\r\n\r\n ; --- NEXT command ---\r\nCMD_NEXT\r\n BNE LBLE8C2\r\n LDX #$0000\r\n BRA LBLE8C5\r\nLBLE8C2 JSR LBLEB1B ;Get Var\r\nLBLE8C5 STX ramB5\r\n JSR LBLE1D8\r\n BEQ LBLE8D0\r\n LDAB #$00 ;?NF error\r\nLBLE8CE BRA LBLE917 ;write error\r\nLBLE8D0 TXS \r\n INX \r\n INX \r\n INX \r\n JSR LBLF251 ;X->C9-E\r\n TSX \r\n LDAA $08,X\r\n STAA ramCE\r\n LDX ramB5\r\n JSR LBLEF7D\r\n JSR LBLF26F+1\r\n TSX \r\n LDAB #$09\r\n ABX \r\n JSR LBLF2D9\r\n TSX \r\n SUBB $08,X\r\n BEQ LBLE8FC\r\n LDX $0E,X\r\n STX ramE2\r\n TSX \r\n LDX $10,X\r\n STX ramF4\r\nLBLE8F9 JMP LBLE519 ; continue executing line\r\n\r\n\r\n\r\nLBLE8FC LDAB #$12\r\n ABX \r\n TXS \r\n JSRE LBL00F3\r\n CMPA #$2C ; ','\r\n BNE LBLE8F9 ; continue executing line\r\n JSRE LBL00EB\r\n BSR LBLE8C2\r\nLBLE90C BSR LBLE91A\r\nLBLE90E TST $0D,X ;SEC E-expect numeric? F-expect string?\r\nLBLE910 ROR ram84 ;vartype flag\r\n BVC LBLE8AA ;RTS\r\n LDAB #$18 ;?TM error\r\nLBLE917 JMP LBLE238\r\nLBLE91A LDX ramF4\r\n DEX \r\n STX ramF4\r\n CLRA \r\nLBLE920 LDAB #$37 ;PSHB\r\n PSHA \r\n LDAB #$01\r\n JSR LBLE21A ; see if 1 word fits on stack\r\n JSR LBLE9E5\r\n CLR ramB9\r\nLBLE92E JSRE LBL00F3\r\nLBLE931 SUBA #$AE ; '>' ; + - * / ^ AND OR > = <\r\n BLO LBLE949\r\n CMPA #$03 ; SGN\r\n BHS LBLE949\r\n CMPA #$01\r\n ROLA \r\n EORA ramB9\r\n CMPA ramB9\r\n BLO LBLE99B\r\n STAA ramB9\r\n JSRE LBL00EB\r\n BRA LBLE931\r\nLBLE949 LDAB ramB9\r\n BNE LBLE978\r\n BHS LBLE9B5\r\n ADDA #$07 ; + - * / ^ AND OR > = <\r\n BHS LBLE9B5\r\n ADCA ram84 ; vartype flag\r\n BNE LBLE95A\r\n JMP LBLEE06\r\nLBLE95A ADCA #$FF\r\n TAB ; B = A*3\r\n ASLA \r\n ABA \r\n TAB \r\n LDX #TBLE030\r\n ABX \r\nLBLE964 PULA \r\n CMPA ,X\r\n BHS LBLE9BC\r\n BSR LBLE90E ;expect numeric\r\nLBLE96B PSHA \r\n BSR LBLE991\r\n LDX ramB7\r\n PULA \r\n BNE LBLE98B\r\n TSTA \r\n BEQ LBLE9E2\r\n BRA LBLE9C5\r\nLBLE978 ASL ram84\r\n ROLB \r\n LDX ramF4\r\n DEX \r\n STX ramF4\r\n LDX #TBLE988\r\n STAB ramB9\r\n BRA LBLE964\r\nTBLE988 FCB $64,$EA,$AE\r\nLBLE98B CMPA ,X\r\n BHS LBLE9C5\r\n BRA LBLE96B\r\nLBLE991 LDD 1,X\r\n PSHB ;push binary fp operation onto stack.\r\n PSHA \r\n BSR LBLE99E ;push CE onto stack.\r\n LDAB ramB9\r\n BRA LBLE920+1\r\n\r\nLBLE99B JMP LBLEA3C ;?SN ERROR\r\n\r\nLBLE99E LDAB ramCE ;push C9-CE onto stack.\r\n LDAA ,X \r\nLBLE9A2 PULX \r\n PSHB \r\nLBLE9A4 LDAB ramCD ;push C9 onto stack and return.\r\n PSHB \r\n LDAB ramCC\r\n PSHB \r\n LDAB ramCB\r\n PSHB \r\n LDAB ramCA\r\n PSHB \r\n LDAB ramC9\r\n PSHB \r\n JMP ,X\r\n\r\nLBLE9B5 LDX #$0000\r\n PULA \r\n TSTA \r\n BEQ LBLE9E2\r\nLBLE9BC CMPA #$64\r\n BEQ LBLE9C3\r\n JSR LBLE90E ; expect numeric\r\nLBLE9C3 STX ramB7\r\nLBLE9C5 PULB \r\n CMPA #$5A\r\n BEQ LBLE9E4 ;RTS\r\n CMPA #$7D\r\n BEQ LBLE9E4 ;RTS\r\n LSRB \r\n STAB ram88\r\n PULA \r\n PULB \r\n STD ramD6\r\n PULX \r\n STX ramD8\r\n PULB \r\n STAB ramDA\r\n PULB \r\n STAB ramDB\r\n EORB ramCE\r\n STAB ramDC\r\nLBLE9E2 LDAB ramC9\r\nLBLE9E4 RTS \r\nLBLE9E5 JSR LBL4294 ; maths command extension\r\n CLR ram84 ; vartype flag\r\n BSR LBLEA39 ; get next char\r\n BHS LBLE9F2 ; go if not numeric\r\nLBLE9EF JMP LBLF359 ; get FP number\r\nLBLE9F2 JSR LBLEB76 ; is_alpha()?\r\n BHS LBLEA49 ; go if alpha()\r\n CMPA #$2E ; '.'\r\n BEQ LBLE9EF\r\n CMPA #$A8 ; '-'\r\n BEQ LBLEA41\r\n CMPA #$A7 ; '+'\r\n BEQ LBLE9E5\r\n CMPA #$22 ; '\"'\r\n BNE LBLEA0F\r\nLBLEA07 LDX ramF4\r\n JSR LBLED06\r\n JMP LBLEF3E\r\nLBLEA0F CMPA #$A4 ; ? NOT\r\n BNE LBLEA20\r\n LDAA #$5A\r\n JSR LBLE920+1\r\n JSR LBLEBC7 ;get result into D\r\n COMA ;perform bitwise negation\r\n COMB \r\n JMP LBLECE3 ;return D\r\nLBLEA20 SUBA #$B1 ; start of function tokens [SGN()]\r\n BHS LBLEA55 ;go if a function\r\nLBLEA24 BSR LBLEA2B+1 ;otherwise, must be a parenthetical expression\r\n JSR LBLE91A\r\nLBLEA29 LDAB #$29 ; ')' expect and skip char.\r\nLBLEA2B CPX #$C628 ;LDAB #$28 '('\r\nLBLEA2E CPX #$C62C ;LDAB #$2C ','\r\nLBLEA31 PSHX \r\n LDX ramF4\r\n CMPB ,X\r\n PULX \r\n BNE LBLEA3C ;?SN error\r\nLBLEA39 JMP LBL00EB\r\nLBLEA3C LDAB #$02 ;?SN error\r\n JMP LBLE238\r\nLBLEA41 LDAA #$7D\r\n JSR LBLE920+1\r\n JMP LBLF593\r\nLBLEA49 JSR LBLEB1B ; :get/init var\r\n STX ramCC\r\n LDAA ram84 ;vartype flag\r\n BNE LBLE9E4\r\n JMP LBLF251 ;X->C9-E\r\nLBLEA55 TAB \r\n ASLB \r\n BSR LBLEA39 ;get next char\r\n PSHB \r\n CMPB #$22 ;'\"'\r\n BLO LBLEA7F\r\n CMPB #$2C ;','\r\n BHS LBLEA81\r\n BSR LBLEA2B+1 ;get '('\r\n PULB \r\n CMPB #$28 ;'('\r\n BHS LBLEA82\r\n PSHB \r\n JSR LBLE91A\r\n BSR LBLEA2E+1 ;get ','\r\n JSR LBLE90E+1 ;expect string\r\n PULA \r\n LDX ramCC\r\n PSHX \r\n PSHA \r\n JSR LBLEF0D\r\n PULA \r\n PSHB \r\n TAB \r\n BRA LBLEA82\r\nLBLEA7F BSR LBLEA24\r\nLBLEA81 PULB \r\nLBLEA82 LDX #TBLE000\r\n ABX \r\n LDX ,X\r\n JSR ,X\r\n JMP LBLE90E ; expect numeric\r\nfp_OR LDAA #$4F ; perform fp OR. CLRA -- perform fp_AND.\r\n STAA ram82\r\n JSR LBLEBC7 ; get result->D\r\n STD ram80\r\n JSR LBLF28B ; copy D6->C9. Clear DD.\r\n JSR LBLEBC7 ; get result->D\r\n TST ram82\r\n BNE LBLEAA7\r\n ANDA ram80 ; perform the AND\r\n ANDB ram81\r\n BRA LBLEAAB\r\nLBLEAA7 ORAA ram80 ; perform the OR\r\n ORAB ram81\r\nLBLEAAB JMP LBLECE3 ; return D.\r\n ; probably < = > ??\r\nfp_EAAE JSR LBLE910 ; check for ?TM and get next number\r\n BNE LBLEAC3\r\n LDAA ramDB\r\n ORAA #$7F\r\n ANDA ramD7\r\n STAA ramD7\r\n LDX #ramD6\r\n JSR LBLF2D9\r\n BRA LBLEB03\r\nLBLEAC3 CLR ram84 ; vartype flag\r\n DEC ramB9\r\n JSR LBLEE56\r\n STAB ramD0\r\n STX ramD2\r\n LDX ramD9\r\n JSR LBLEE58\r\n LDAA ramD0\r\n SBA \r\n BEQ LBLEAE1\r\n LDAA #$01\r\n BHS LBLEAE1\r\n LDAB ramD0\r\n NEGA \r\nLBLEAE1 STAA ramCE\r\n TPA \r\n PSHA \r\n STS ram91\r\n SEI \r\n TXS \r\n LDX ramD2\r\n INCB \r\n DEX \r\nLBLEAED DECB \r\n BNE LBLEAF4\r\n LDAB ramCE\r\n BRA LBLEAFF\r\nLBLEAF4 PULA \r\n INX \r\n CMPA ,X\r\n BEQ LBLEAED\r\n LDAB #$FF\r\n BHS LBLEAFF\r\n NEGB \r\nLBLEAFF LDS ram91\r\n PULA \r\n TAP \r\nLBLEB03 ADDB #$01\r\n ROLB \r\n ANDB ram88\r\n BEQ LBLEB0C\r\n LDAB #$FF\r\nLBLEB0C JMP LBLF2BC\r\nLBLEB0F JSR LBLEA2E+1 ; get ','\r\n\r\n\r\n ; --- DIM command ---\r\nCMD_DIM\r\n TAB \r\n BSR LBLEB1F\r\n JSRE LBL00F3\r\n BNE LBLEB0F\r\n RTS \r\nLBLEB1B CLRB \r\n JSRE LBL00F3 ;Get current char\r\nLBLEB1F STAB ram83 ; \r\n STAA ramB1\r\n JSRE LBL00F3\r\n BSR LBLEB76 ;Check for A-Z\r\n BHS LBLEB2D\r\n JMP LBLEA3C ;?SN error\r\nLBLEB2D CLRB \r\n STAB ram84 ; vartype flag\r\n JSRE LBL00EB ; get next char\r\n BLO LBLEB39 ; go if numeric\r\n BSR LBLEB76 ; check for A-Z\r\n BLO LBLEB43 ; go if not\r\nLBLEB39 TAB ; B holds second char (0) if none.\r\nLBLEB3A JSRE LBL00EB ; skip until first non-alphanumeric char\r\n BLO LBLEB3A ; '\r\n BSR LBLEB76 ; '\r\n BHS LBLEB3A ; '\r\nLBLEB43 CMPA #$24 ; check for $\r\n BNE LBLEB4F\r\n COM ram84 ; vartype flag FF=string 00=numeric\r\n ADDB #$80 ; mask second char of B if string\r\n JSRE LBL00EB ; get next char\r\nLBLEB4F STAB ramB2 ; B1-B2 hold varname.\r\n LDAB ram86 ; 01 if in CSAVE* or CLOAD* 80 if in FOR 0 else?\r\n DECB \r\n BNE LBLEB59\r\n JMP LBLEC07\r\nLBLEB59 ADDA ram86\r\n SUBA #$28 ;'('\r\n BNE LBLEB62\r\n JMP LBLEBDE\r\nLBLEB62 CLR ram86\r\n LDX ram95 ; start of variable space\r\nLBLEB67 CPX ram97 ; start of dim variable space\r\n BEQ LBLEB7F ; go if varname not found\r\n LDD ramB1\r\n SUBD ,X\r\n BEQ LBLEBB0 ; go if varname found\r\n LDAB #$07\r\n ABX \r\n BRA LBLEB67 ; try again\r\n\r\nLBLEB76 CMPA #$41 ; 'A'\r\n BLO LBLEB7E\r\n SUBA #$5B ; 'Z'\r\n SUBA #$A5 ;-'Z'\r\nLBLEB7E RTS \r\n\r\nLBLEB7F PULX ;Varname not found. find caller\r\n PSHX \r\n CPX #$EA4C ;were we called from EA49?\r\n BNE LBLEB8A ;yes, insert variable\r\n LDX #TBLEBB7 ;[X]=0\r\n RTS \r\nLBLEB8A LDD ram99 ;end of arrays \r\n STD ramBD ;\r\n ADDD #$0007 ;length of var\r\n STD ramBB ;\r\n LDX ram97 ;start of arrays\r\n STX ramC1 ;\r\n JSR LBLE1FE ;copy [C1:BD]->[bf:BB]\r\n LDX ramBB ;\r\n STX ram99 ;bump end of arrays\r\n LDX ramBF ;\r\n STX ram97 ;bump start of arrays\r\n LDX ramC1 ;get destination of variable\r\n LDD ramB1 ;get varname\r\n STD ,X ;store varname\r\n CLRA \r\n CLRB \r\n STD 2,X ;initialize variable to zero\r\n STD 4,X\r\n STAA 6,X\r\nLBLEBB0 INX \r\n INX \r\n STX ramB3 ;?start of array data\r\n RTS \r\nTBLEBB5 FCB $90\r\n FCB $80\r\nTBLEBB7 FCB $00\r\n FCB $00\r\n FCB $00\r\nLBLEBBA JSRE LBL00EB\r\nLBLEBBD JSR LBLE90C\r\nLBLEBC0 JSR LBLE90E ;expect numeric\r\n LDAA ramCE\r\n BMI LBLEC2D+1 ;?FC error\r\nLBLEBC7 JSR LBLE90E ;expect numeric\r\n LDAA ramC9\r\n CMPA #$90\r\n BLO LBLEBD8\r\n LDX #TBLEBB5 ; -32768.0\r\n JSR LBLF2D9 ; compare [X] with C9-E.\r\n BNE LBLEC2D+1 ;?FC error\r\nLBLEBD8 JSR LBLF30B ; C9-x -> integer\r\n LDD ramCC\r\nLBLEBDD RTS \r\n\r\nLBLEBDE LDX ram83 ; Array detected...\r\n PSHX \r\n CLRB \r\nLBLEBE2 PSHB \r\n LDX ramB1\r\n PSHX \r\n BSR LBLEBBA\r\n PULX \r\n STX ramB1\r\n PULB \r\n INCB \r\n STAB ram82\r\n PULA \r\n PULB \r\n LDX ramCC\r\n PSHX \r\n PSHB \r\n PSHA \r\n LDAB ram82\r\n JSRE LBL00F3\r\n CMPA #$2C\r\n BEQ LBLEBE2\r\n JSR LBLEA29; get ')'\r\n PULX \r\n STX ram83\r\n LDAB #$FF\r\nLBLEC07 PSHB \r\n LDX ram97\r\nLBLEC0A CPX ram99\r\n BEQ LBLEC33 ; go if not found\r\n LDD ramB1 ; get varname\r\n SUBD ,X\r\n BEQ LBLEC1B ; go if found\r\n LDD 2,X ; get length of current var\r\n JSR LBLE22D ; D+X->D,X\r\n BRA LBLEC0A\r\nLBLEC1B LDAB #$12 ;?DD error\r\n PULA \r\n TSTA \r\n BEQ LBLEBDD ; RTS - if found and 0 on stack\r\n LDAA ram83\r\n BNE LBLEC30 ;write error if in a DIM command on a previously alloc'd var.\r\n LDAB ram82\r\n CMPB 4,X\r\n BEQ LBLEC87\r\nLBLEC2B LDAB #$10 ;?BS error\r\nLBLEC2D CPX #$C608 ;LDAB #$08 ?FC error\r\nLBLEC30 JMP LBLE238\r\nLBLEC33 PULA \r\n TSTA \r\n BEQ LBLEC2D+1 ;?FC error\r\n LDD #$0005\r\n STD ramDE\r\n LDD ramB1\r\n STD ,X\r\n LDAB ram82\r\n STAB 4,X\r\n JSR LBLE21A ; see if B words fit on stack\r\n STX ramBB\r\nLBLEC49 LDAB #$0B\r\n CLRA \r\n TST ram83\r\n BEQ LBLEC56\r\n PULA \r\n PULB \r\n ADDD #$0001\r\nLBLEC56 STD 5,X\r\n BSR LBLECB9\r\n STD ramDE\r\n INX \r\n INX \r\n DEC ram82\r\n BNE LBLEC49\r\n JSR LBLE22D ; D+X->D,X\r\n BHS LBLEC6B\r\n JMP LBLE236 ; ?OM ERROR\r\nLBLEC6B JSR LBLE21E ; see if D bytes fit on stack\r\n SUBD #$0035\r\n STD ram99\r\n CLRA \r\nLBLEC74 DEX \r\n STAA 5,X\r\n CPX ram89\r\n BNE LBLEC74\r\n LDX ramBB\r\n LDAA ram99\r\n SUBD ramBB\r\n STD 2,X\r\n LDAA ram83\r\n BNE LBLECB8\r\nLBLEC87 LDAB 4,X\r\n STAB ram82\r\n CLRA \r\n CLRB \r\nLBLEC8D STD ramDE\r\n PULA \r\n PULB \r\n STD ramCC\r\n PSHB \r\n PSHA \r\n SUBD 5,X\r\n BHS LBLECD8\r\n LDD ramDE\r\n PULA \r\n PULB \r\n BEQ LBLECA3\r\n BSR LBLECB9\r\n ADDD ramCC\r\nLBLECA3 INX \r\n INX \r\n DEC ram82\r\n BNE LBLEC8D\r\n STD ram89\r\n ASLD \r\n ASLD \r\n ADDD ram89\r\n ADDD #$0005\r\n JSR LBLE22D ;D+X->D,X\r\n STX ramB3\r\nLBLECB8 RTS \r\n\r\nLBLECB9 LDAA #$10\r\n STAA ramBF \r\n LDD 5,X\r\n STD ram91\r\n CLRA \r\n CLRB \r\nLBLECC3 ASLD \r\n BLO LBLECD8\r\n ASL ramDF\r\n ROL ramDE\r\n BHS LBLECD2\r\n ADDD ram91\r\n BLO LBLECD8\r\nLBLECD2 DEC ramBF \r\n BNE LBLECC3\r\n RTS \r\nLBLECD8 JMP LBLEC2B\r\n\r\n ; --- MEM function ---\r\nFNC_MEM STS ram91\r\n LDD ram91\r\n SUBD ram99\r\n FCB $21 ;\"BRN CLRA\"\r\nLBLECE2 CLRA ; return value of B. \r\nLBLECE3 CLR ram84 ; vartype flag = 0 (numeric)\r\n STD ramCA\r\n LDAB #$90\r\n JMP LBLF2C3\r\n\r\n ; --- STR$ function ---\r\nFNC_STR JSR LBLE90E ; expect numeric\r\n LDX #TBL4334\r\n JSR LBLF429\r\n PULX \r\n LDX #TBL4333\r\n BRA LBLED06\r\n\r\nLBLECFC STX ramC7\r\nLBLECFE BSR LBLED5F\r\nLBLED00 STX ramD2\r\n STAB ramD0\r\n RTS\r\n\r\nLBLED05 DEX \r\nLBLED06 LDAA #$22\r\n STAA ram80 ;String term char #1\r\n STAA ram81 ;String term char #2 \r\nLBLED0C INX \r\n STX ramDC\r\n STX ramD2\r\n LDAB #$FF\r\nLBLED13 INCB \r\n LDAA ,X\r\n BEQ LBLED26 ;Null char term\r\n INX \r\n CMPA ram80\r\n BEQ LBLED21\r\n CMPA ram81\r\n BNE LBLED13\r\nLBLED21 CMPA #$22\r\n BEQ LBLED26\r\n DEX \r\nLBLED26 STX ramDE ;Points to non-null, non-\" term char.\r\n STAB ramD0 ;stringsize->D0\r\n PSHB \r\n LDD ramDC\r\n SUBD #$4334 ;See if in command buffer\r\n PULB \r\n BHI LBLED3A ;Jump if in program\r\n BSR LBLECFC\r\n LDX ramDC\r\n JSR LBLEE3A\r\nLBLED3A LDX ram423D ;string buff pointer\r\n CPX #$4250 ;end of pointer space\r\n BNE LBLED47\r\n LDAB #$1E ;?ST error\r\nLBLED44 JMP LBLE238\r\nLBLED47 LDAA ramD0 ;stringsize\r\n STAA ,X\r\n LDD ramD2\r\n STD 2,X\r\n LDAA #$FF\r\n STAA ram84 ;vartype flag\r\n STX ram423F ;temp str buff ptr\r\n STX ramCC\r\n LDAB #$05\r\n ABX \r\n STX ram423D ;string buff pointer\r\n RTS\r\n\r\n\r\nLBLED5F CLR ram85\r\nLBLED62 PSHB \r\n CLRA \r\n STD ram89\r\n LDD ram9D\r\n SUBD ram89\r\n SUBD ram9B ; bottom of system stack\r\n BLO LBLED79\r\n ADDD ram9B ; bottom of system stack\r\n STD ram9D\r\n LDX ram9D\r\n INX \r\n STX ram9F\r\n PULB \r\n RTS \r\n\r\nLBLED79 LDAB #$1A ;?OS error\r\n COM ram85\r\n BEQ LBLED44 ;write error\r\n BSR LBLED85\r\n PULB \r\n BRA LBLED62\r\nLBLED85 LDX ramA1\r\nLBLED87 STX ram9D\r\n CLRA \r\n CLRB \r\n STD ramC5\r\n LDX ram9B ; bottom of system stack\r\n STX ramC1\r\n LDX #TBL4241\r\nLBLED94 CPX ram423D ;string buff pointer\r\n BEQ LBLED9D\r\n BSR LBLEDCD\r\n BRA LBLED94\r\nLBLED9D LDX ram95\r\nLBLED9F CPX ram97\r\n BEQ LBLEDA7\r\n BSR LBLEDC7\r\n BRA LBLED9F\r\nLBLEDA7 STX ramBB\r\nLBLEDA9 LDX ramBB\r\nLBLEDAB CPX ram99\r\n BEQ LBLEDE7\r\n LDD 2,X\r\n ADDD ramBB\r\n STD ramBB\r\n LDAA 1,X\r\n BPL LBLEDA9\r\n LDAB 4,X\r\n ASLB \r\n ADDB #$05\r\n ABX \r\nLBLEDBF CPX ramBB\r\n BEQ LBLEDAB\r\n BSR LBLEDCD\r\n BRA LBLEDBF\r\nLBLEDC7 LDAA 1,X\r\n INX \r\n INX \r\n BPL LBLEDE3\r\nLBLEDCD LDAB ,X\r\n BEQ LBLEDE3\r\n LDD 2,X\r\n SUBD ram9D\r\n BHI LBLEDE3\r\n LDD 2,X\r\n SUBD ramC1\r\n BLS LBLEDE3\r\n STX ramC5\r\n LDD 2,X\r\n STD ramC1\r\nLBLEDE3 LDAB #$05\r\n ABX \r\nLBLEDE6 RTS \r\nLBLEDE7 LDX ramC5\r\n BEQ LBLEDE6\r\n CLRA \r\n LDAB ,X\r\n DECB \r\n ADDD ramC1\r\n STD ramBD\r\n LDX ram9D\r\n STX ramBB\r\n JSR LBLE200\r\n LDX ramC5\r\n LDD ramBF \r\n STD 2,X\r\n LDX ramBF \r\n DEX \r\n JMP LBLED87\r\nLBLEE06 LDX ramCC\r\n PSHX \r\n JSR LBLE9E5\r\n JSR LBLE90E+1 ; expect string\r\n PULX \r\n STX ramDC\r\n LDAB ,X\r\n LDX ramCC\r\n ADDB ,X\r\n BHS LBLEE1F\r\n LDAB #$1C ;?LS error\r\n JMP LBLE238\r\nLBLEE1F JSR LBLECFC\r\n LDX ramDC\r\n LDAB ,X\r\n BSR LBLEE38\r\n LDX ramC7\r\n BSR LBLEE58\r\n BSR LBLEE3A\r\n LDX ramDC\r\n BSR LBLEE58\r\n JSR LBLED3A\r\n JMP LBLE92E\r\nLBLEE38 LDX 2,X\r\nLBLEE3A TPA \r\n PSHA \r\n STS ram91\r\n SEI \r\n TXS \r\n LDX ram9F\r\n INCB \r\n BRA LBLEE49\r\nLBLEE45 PULA \r\n STAA ,X\r\n INX \r\nLBLEE49 DECB \r\n BNE LBLEE45\r\n STX ram9F\r\n LDS ram91\r\n PULA \r\n TAP \r\n RTS\r\n\r\n\r\nLBLEE53 JSR LBLE90E+1 ;expect string\r\nLBLEE56 LDX ramCC\r\nLBLEE58 LDAB ,X\r\n BSR LBLEE70\r\n BNE LBLEE6D\r\n LDX 7,X\r\n DEX \r\n CPX ram9D ; next free string store\r\n BNE LBLEE6B\r\n PSHB \r\n ADDD ram9D\r\n STD ram9D\r\n PULB \r\nLBLEE6B INX \r\n RTS\r\n\r\nLBLEE6D LDX 2,X\r\n RTS\r\n\r\nLBLEE70 CPX ram423F ;tmp str buff ptr\r\n BNE LBLEE81\r\n STX ram423D ;string buff pointer\r\n DEX \r\n DEX \r\n DEX \r\n DEX \r\n DEX \r\n STX ram423F ;tmp str buff ptr\r\n CLRA \r\nLBLEE81 RTS\r\n\r\n\r\n ; --- LEN function ---\r\nFNC_LEN\r\n BSR LBLEE87 ; stringlen->B\r\nLBLEE84 JMP LBLECE2\r\nLBLEE87 BSR LBLEE53\r\n CLR ram84 ; vartype flag\r\n TSTB \r\n RTS\r\n\r\n\r\n ; --- CHR$ function ---\r\nFNC_CHR\r\n JSR LBLEF10\r\nLBLEE91 LDAB #$01\r\n JSR LBLED5F\r\n LDAA ramCD\r\n JSR LBLED00\r\n STAA ,X\r\nLBLEE9D INS \r\n INS \r\nLBLEE9F JMP LBLED3A\r\n\r\n ; --- ASC function ---\r\nFNC_ASC\r\n BSR LBLEEA6\r\n BRA LBLEE84\r\nLBLEEA6 BSR LBLEE87\r\n BEQ LBLEF07 ;?FC error\r\n LDAB ,X\r\n RTS\r\n\r\n ; --- LEFT$ function ---\r\nFNC_LEFT\r\n BSR LBLEEF2\r\n CLRA \r\nLBLEEB0 CMPB ,X\r\n BLS LBLEEB7\r\n LDAB ,X\r\n CLRA \r\nLBLEEB7 PSHB \r\n PSHA \r\n JSR LBLECFE\r\n LDX ramC7\r\n BSR LBLEE58\r\n PULB \r\n ABX \r\n PULB \r\n JSR LBLEE3A\r\n BRA LBLEE9F\r\n\r\n ; --- RIGHT$ function ---\r\nFNC_RIGHT\r\n BSR LBLEEF2\r\n LDAA ,X\r\n SBA \r\n BRA LBLEEB0\r\n\r\n ; --- MID$ function ---\r\nFNC_MID\r\n LDAB #$FF\r\n STAB ramCD\r\n BSR LBLEF19\r\n CMPA #$29 ;')'\r\n BEQ LBLEEDC\r\n JSR LBLEF47\r\nLBLEEDC BSR LBLEEF2\r\n BEQ LBLEF07 ;?FC error\r\n CLRB \r\n DECA \r\n CMPA ,X\r\n BHS LBLEEB7\r\n TAB \r\n SUBB ,X\r\n NEGB \r\n CMPB ramCD\r\n BLS LBLEEB7\r\n LDAB ramCD\r\n BRA LBLEEB7\r\n \r\nLBLEEF2 JSR LBLEA29; get ')'\r\n TSX \r\n LDD 5,X\r\n STD ramC7\r\n LDD ,X\r\n STD 5,X\r\n INS \r\n INS \r\n INS \r\n INS \r\n PULA \r\n LDX ramC7\r\n TAB \r\n RTS \r\n\r\n\r\nLBLEF07 JMP LBLEC2D+1 ;?FC error\r\nLBLEF0A JSRE LBL00EB\r\n;get arg -> B\r\nLBLEF0D JSR LBLE90C\r\nLBLEF10 JSR LBLEBC0\r\n LDAA ramCC ; err if result >255\r\n BNE LBLEF07 ;?FC error \r\n LDAB ramCD\r\nLBLEF19 JMP LBL00F3\r\n\r\n ; --- VAL function ---\r\nFNC_VAL\r\n JSR LBLEE87\r\n BNE LBLEF24\r\n JMP LBLEFF4\r\nLBLEF24 JSR LBLE22C\r\n LDAA ,X\r\n PSHA \r\n CLR ,X\r\n LDX ramF4\r\n STX ramDE\r\n LDX ram89\r\n STX ramF4\r\n BSR LBLEF19\r\n JSR LBLF359 ; get FP number\r\n PULA \r\n LDX ram8B\r\n STAA ,X\r\nLBLEF3E LDX ramDE\r\n STX ramF4\r\n RTS \r\n\r\nLBLEF43 BSR LBLEF4C\r\n STX ramA5\r\nLBLEF47 JSR LBLEA2E+1 ;get ','\r\n BRA LBLEF0D ;get arg into B\r\n\r\n ; get 0-65535 into X\r\nLBLEF4C JSR LBLE90C ;get numeric var.\r\nLBLEF4F LDAA ramCE\r\n BMI LBLEF07 ;?FC error\r\n LDAA ramC9\r\n CMPA #$90\r\n BHI LBLEF07 ;?FC error\r\n JSR LBLF30B ;C9->integer\r\n LDX ramCC\r\n RTS\r\n\r\n\r\n ; --- PEEK function ---\r\nFNC_PEEK\r\n BSR LBLEF4F\r\n LDAB ,X\r\n JMP LBLECE2; return B\r\n\r\n ; --- POKE function ---\r\nCMD_POKE\r\n BSR LBLEF43\r\n LDX ramA5\r\n STAB ,X\r\n RTS \r\n \r\nLBLEF6D LDX #TBLF524\r\n BRA LBLEF7D\r\nLBLEF72 JSR LBLF160\r\n ; perform fp -\r\nfp_SUB COM ramCE\r\n COM ramDC\r\n BRA fp_ADD\r\n\r\nLBLEF7D JSR LBLF160\r\n ; peform fp +\r\nfp_ADD TSTB \r\n BNE LBLEF86\r\n JMP LBLF28B ; copy D6->C9. Clear DD.\r\nLBLEF86 LDX #ramD6\r\nLBLEF89 TAB \r\n BEQ LBLEFF9 ; RTS\r\n SUBB ramC9\r\n BEQ LBLEFFA\r\n BMI LBLEF9C\r\n STAA ramC9\r\n LDAA ramDB\r\n STAA ramCE\r\n LDX #ramC9\r\n NEGB \r\nLBLEF9C CMPB #$F8\r\n BLE LBLEFFA\r\n CLRA \r\n LSR 1,X\r\n JSR LBLF080\r\nLBLEFA6 LDAB ramDC\r\n BPL LBLEFB5\r\n COM 1,X\r\n COM 2,X\r\n COM 3,X\r\n COM 4,X\r\n COMA \r\n ADCA #$00\r\nLBLEFB5 STAA ramDD\r\n LDAA ramCD\r\n ADCA ramDA\r\n STAA ramCD\r\n LDAA ramCC\r\n ADCA ramD9\r\n STAA ramCC\r\n LDAA ramCB\r\n ADCA ramD8\r\n STAA ramCB\r\n LDAA ramCA\r\n ADCA ramD7\r\n STAA ramCA\r\n TBA \r\n BPL LBLF018+1\r\nLBLEFD2 BLO LBLEFD6\r\n BSR LBLF03C ; negate C9-E\r\nLBLEFD6 CLRB \r\nLBLEFD7 LDAA ramCA \r\n BNE LBLF00F\r\n LDAA ramCB ;shift digits left by one byte\r\n STAA ramCA\r\n LDAA ramCC\r\n STAA ramCB\r\n LDAA ramCD\r\n STAA ramCC\r\n LDAA ramDD\r\n STAA ramCD\r\n CLR ramDD\r\n ADDB #$08\r\n CMPB #$28\r\n BLT LBLEFD7\r\nLBLEFF4 CLRA \r\nLBLEFF5 STAA ramC9\r\nLBLEFF7 STAA ramCE\r\nLBLEFF9 RTS \r\nLBLEFFA BSR LBLF074 ;shift digits right by -B bits\r\n CLC \r\n BRA LBLEFA6\r\nLBLEFFF INCB \r\n ASL ramDD\r\n ROL ramCD\r\n ROL ramCC\r\n ROL ramCB\r\n ROL ramCA\r\nLBLF00F BPL LBLEFFF\r\n LDAA ramC9\r\n SBA \r\n STAA ramC9\r\n BLS LBLEFF4\r\nLBLF018 CPX #$2509 ;BLO LBLF024\r\n ASL ramDD\r\n LDAA #$00\r\n STAA ramDD\r\n BRA LBLF035\r\nLBLF024 INC ramC9 ;mul by 2\r\n BEQ LBLF058 ;?OV ERROR\r\n ROR ramCA ;div digits by 2\r\n ROR ramCB\r\n ROR ramCC\r\n ROR ramCD\r\nLBLF035 BHS LBLF03B ; leave if we don't need to round up\r\n BSR LBLF04B ; increment CA-CD\r\n BEQ LBLF024 ; adjust exponenent if we broke the bank\r\nLBLF03B RTS \r\nLBLF03C COM ramCE ; negate C9-E\r\nLBLF03F COM ramCA ; negate C9-D\r\n COM ramCB\r\n COM ramCC\r\n COM ramCD\r\nLBLF04B LDX ramCC\r\n INX \r\n STX ramCC\r\n BNE LBLF057\r\n LDX ramCA\r\n INX \r\n STX ramCA\r\nLBLF057 RTS \r\nLBLF058 LDAB #$0A ;?OV error\r\n JMP LBLE238\r\nLBLF05D LDX #TBL008C\r\nLBLF060 LDAA 4,X ;shift digits right one byte.\r\n STAA ramDD\r\n LDAA 3,X\r\n STAA 4,X\r\n LDAA 2,X\r\n STAA 3,X\r\n LDAA 1,X\r\n STAA 2,X\r\n LDAA ramD5\r\n STAA 1,X\r\nLBLF074 ADDB #$08 ;if B<-8, shift digits right one byte.\r\n BLE LBLF060\r\n LDAA ramDD\r\n SUBB #$08\r\n BEQ LBLF08A\r\nLBLF07E ASR 1,X ;if B<0 shift digits right one bit\r\nLBLF080 ROR 2,X\r\n ROR 3,X\r\n ROR 4,X\r\n RORA \r\n INCB \r\n BNE LBLF07E\r\nLBLF08A RTS\r\n\r\n\r\nTBLF08B FCB $81,$00,$00,$00,$00 ; 1.0\r\nTBLF090 FCB $03\r\n FCB $7F,$5E,$56,$CB,$79 ;0.43425594\r\n FCB $80,$13,$9B,$0B,$64 ;0.57658454\r\n FCB $80,$76,$38,$93,$16 ;0.96180076\r\n FCB $82,$38,$AA,$3B,$20 ;2.88539007\r\nTBLF0A5 FCB $80,$35,$04,$F3,$34 ;SQR(0.5)\r\nTBLF0AA FCB $81,$35,$04,$F3,$34 ;SQR(2.0)\r\nTBLF0AF FCB $80,$80,$00,$00,$00 ;-0.5\r\nTBLF0B4 FCB $80,$31,$72,$17,$F8 ;LOG(2.0)\r\n\r\n\r\n ; --- LOG function ---\r\nLBLF0B9\r\nFNC_LOG\r\n JSR LBLF2AD ;Test C9-E\r\n BGT LBLF0C1\r\n JMP LBLEC2D+1 ;?FC error\r\nLBLF0C1 LDX #TBLF0A5\r\n LDAA ramC9\r\n SUBA #$80\r\n PSHA \r\n LDAA #$80\r\n STAA ramC9\r\n JSR LBLEF7D\r\n LDX #TBLF0AA\r\n JSR LBLF1C5+1\r\n LDX #TBLF08B ; 1.0\r\n JSR LBLEF72\r\n LDX #TBLF090\r\n JSR LBLF5F8\r\n LDX #TBLF0AF\r\n JSR LBLEF7D\r\n PULB \r\n JSR LBLF3E9\r\n LDX #TBLF0B4\r\nLBLF0EF BSR LBLF160\r\n\r\n ; perform fp *\r\nfp_MUL BEQ LBLF15F\r\n JSR LBLF179\r\nLBLF0F6 LDAA #$00\r\n STAA TBL008D\r\n STAA ram8E\r\n STAA ram8F\r\n STAA ram90\r\n LDAB ramCD\r\n BSR LBLF12A\r\n LDAB ramDD\r\n STAB ram4255\r\n LDAB ramCC\r\n BSR LBLF12A\r\n LDAB ramDD\r\n STAB ram4254\r\n LDAB ramCB\r\n BSR LBLF12A\r\n LDAB ramDD\r\n STAB ram4253\r\n LDAB ramCA\r\n BSR LBLF12F\r\n LDAB ramDD\r\n STAB ram4252\r\n JSR LBLF248\r\n JMP LBLEFD6\r\nLBLF12A BNE LBLF12F\r\n JMP LBLF05D\r\nLBLF12F SEC \r\nLBLF130 LDAA TBL008D\r\n RORB \r\n BEQ LBLF15F\r\n BHS LBLF14D\r\n LDAA ram90\r\n ADDA ramDA\r\n STAA ram90\r\n LDAA ram8F\r\n ADCA ramD9\r\n STAA ram8F\r\n LDAA ram8E\r\n ADCA ramD8\r\n STAA ram8E\r\n LDAA TBL008D\r\n ADCA ramD7\r\nLBLF14D RORA \r\n STAA TBL008D\r\n ROR ram8E\r\n ROR ram8F\r\n ROR ram90\r\n ROR ramDD\r\n CLC \r\n BRA LBLF130\r\nLBLF15F RTS \r\nLBLF160 LDD 1,X\r\n STAA ramDB\r\n ORAA #$80\r\n STD ramD7\r\n LDAB ramDB\r\n EORB ramCE\r\n STAB ramDC\r\n LDD 3,X\r\n STD ramD9\r\n LDAA ,X\r\n STAA ramD6\r\n LDAB ramC9\r\n RTS \r\nLBLF179 TSTA \r\n BEQ LBLF195\r\n ADDA ramC9\r\n RORA \r\n ROLA \r\n BVC LBLF195\r\n ADDA #$80\r\n STAA ramC9\r\n BNE LBLF18B\r\n JMP LBLEFF7\r\nLBLF18B LDAA ramDC\r\n STAA ramCE\r\n RTS \r\nLBLF190 LDAA ramCE\r\n COMA \r\n BRA LBLF197\r\nLBLF195 PULA \r\n PULA \r\nLBLF197 BMI LBLF19C\r\n JMP LBLEFF4\r\nLBLF19C JMP LBLF058 ; ?OV ERROR\r\nLBLF19F JSR LBLF29F ; copy fp C9->D6\r\n BEQ LBLF1B3 ; RTS\r\n ADDA #$02\r\n BLO LBLF19C ; ?OV ERROR\r\n CLR ramDC\r\n JSR LBLEF89\r\n INC ramC9\r\n BEQ LBLF19C ; ?OV ERROR\r\nLBLF1B3 RTS\r\n\r\nTBLF1B4 FCB $84,$20,$00,$00,$00 ; 10.0\r\n\r\nLBLF1B9 JSR LBLF29F ;copy fp C9->D6\r\n LDX #TBLF1B4 ;10.0\r\n CLRB \r\nLBLF1C0 STAB ramDC\r\n JSR LBLF251 ;X->C9-E\r\nLBLF1C5 CPX #$8D98 ;BSR LBLF160\r\n\r\n ; perform fp /\r\nfp_DIV BEQ LBLF243 ; ?/0 error\r\n NEG ramC9\r\n BSR LBLF179\r\n INC ramC9\r\n BEQ LBLF19C\r\n LDX #TBL008D\r\n LDAB #$04\r\n STAB ram82\r\n LDAB #$01\r\nLBLF1DD LDAA ramCA\r\n CMPA ramD7\r\n BNE LBLF1F6\r\n LDAA ramCB\r\n CMPA ramD8\r\n BNE LBLF1F6\r\n LDAA ramCC\r\n CMPA ramD9\r\n BNE LBLF1F6\r\n LDAA ramCD\r\n CMPA ramDA\r\n BNE LBLF1F6\r\n SEC \r\nLBLF1F6 TPA \r\n ROLB \r\n BHS LBLF206\r\n STAB ,X\r\n INX \r\n DEC ram82\r\n BMI LBLF239\r\n BEQ LBLF235\r\n LDAB #$01\r\nLBLF206 TAP \r\n BLO LBLF21B\r\nLBLF209 ASL ramDA\r\n ROL ramD9\r\n ROL ramD8\r\n ROL ramD7\r\n BLO LBLF1F6\r\n BMI LBLF1DD\r\n BRA LBLF1F6\r\nLBLF21B LDAA ramDA\r\n SUBA ramCD\r\n STAA ramDA\r\n LDAA ramD9\r\n SBCA ramCC\r\n STAA ramD9\r\n LDAA ramD8\r\n SBCA ramCB\r\n STAA ramD8\r\n LDAA ramD7\r\n SBCA ramCA\r\n STAA ramD7\r\n BRA LBLF209\r\nLBLF235 LDAB #$40\r\n BRA LBLF206\r\nLBLF239 RORB \r\n RORB \r\n RORB \r\n STAB ramDD\r\n BSR LBLF248\r\n JMP LBLEFD6\r\nLBLF243 LDAB #$14 ;?/0 error\r\n JMP LBLE238\r\nLBLF248 LDX TBL008D\r\n STX ramCA\r\n LDX ram8F\r\n STX ramCC\r\n RTS \r\nLBLF251 PSHA \r\n LDD 1,X\r\n STAA ramCE\r\n ORAA #$80\r\n STD ramCA\r\n CLR ramDD\r\n LDAB ,X\r\n LDX 3,X\r\n STX ramCC\r\n STAB ramC9\r\n PULA \r\n RTS \r\nLBLF267 LDX #ramBF \r\n BRA LBLF272 ;FPA->X\r\nLBLF26C LDX #TBL00BA\r\nLBLF26F CPX #$DEB5 ;LDX ramB5\r\nLBLF272 LDAA ramC9 ; Load floating-point ACOI storage-> X.\r\n STAA ,X\r\n LDAA ramCE\r\n ORAA #$7F\r\n ANDA ramCA\r\n STAA 1,X\r\n LDAA ramCB\r\n STAA 2,X\r\n LDAA ramCC\r\n STAA 3,X\r\n LDAA ramCD\r\n STAA 4,X\r\n RTS \r\n ; copy D6->C9. Clear DD.\r\nLBLF28B LDAA ramDB\r\nLBLF28D\tSTAA ramCE\r\n LDX ramD6\r\n STX ramC9\r\n CLR ramDD\r\n LDX ramD8\r\n STX ramCB\r\n LDX ramD9\r\n STX ramCC\r\n RTS \r\nLBLF29F LDD ramC9\r\n STD ramD6\r\n LDX ramCB\r\n STX ramD8\r\n LDX ramCD\r\n STX ramDA\r\n TSTA \r\n RTS \r\nLBLF2AD LDAB ramC9\r\n BEQ LBLF2B9\r\nLBLF2B1 LDAB ramCE\r\nLBLF2B3 ROLB \r\n LDAB #$FF ; return -1 in B.\r\n BLO LBLF2B9\r\n NEGB ; return 1 in B.\r\nLBLF2B9 RTS\r\n\r\n\r\n ; --- SGN function ---\r\nFNC_SGN\r\n BSR LBLF2AD ; Test C9-E. B = -1 0 +1\r\nLBLF2BC STAB ramCA\r\n CLR ramCB\r\n LDAB #$88\r\nLBLF2C3 LDAA ramCA\r\n SUBA #$80\r\nLBLF2C7 STAB ramC9\r\n LDAA #$00\r\n TAB \r\n STD ramCC\r\n STAA ramDD\r\n STAA ramCE\r\n JMP LBLEFD2\r\n\r\n\r\n ; --- ABS function ---\r\nFNC_ABS\r\n CLR ramCE ; clear sign bit\r\n RTS\r\n\r\n ; Compare C9-E with X, returning in B\r\n ; =1 if C>X, =-1 if CB if equal\r\nLBLF306 RORB \r\n EORB ramCE\r\n BRA LBLF2B3\r\n\r\n ; convert C9-x to integer (contained in CC-D)\r\nLBLF30B LDAB ramC9 \r\n BEQ LBLF350\r\n SUBB #$A0\r\n LDAA ramCE ;test sign byte\r\n BPL LBLF31B\r\n COM ramD5\r\n JSR LBLF03F ;negate CA-CD\r\nLBLF31B LDX #ramC9\r\n CMPB #$F8\r\n BGT LBLF329\r\n JSR LBLF074 ;shift digits right by -B bits\r\n CLR ramD5\r\n RTS \r\nLBLF329 CLR ramD5\r\n LDAA ramCE\r\n ROLA \r\n ROR ramCA\r\n JMP LBLF080 ;divide CA-CD by 2^($100-B).\r\n\r\n ; --- INT function ---\r\nLBLF335\r\nFNC_INT\r\n LDAB ramC9\r\n CMPB #$A0\r\n BHS LBLF358\r\n BSR LBLF30B ; C9-x -> integer\r\n STAB ramDD\r\n LDAA ramCE\r\n STAB ramCE\r\n SUBA #$80\r\n LDAA #$A0\r\n STAA ramC9\r\n LDAA ramCD\r\n STAA ram80\r\n JMP LBLEFD2\r\n\r\n\r\nLBLF350 STAB ramCA\r\n STAB ramCB\r\n STAB ramCC\r\n STAB ramCD\r\nLBLF358 RTS \r\n\r\n\r\nLBLF359 JSR LBL429D ;fp-acc number transfer extension\r\n LDX #$0000\r\n STX ramCE ;clear C9\r\n STX ramC9\r\n STX ramCB\r\n STX ramCC\r\n STX ramC1 ;clear C1\r\n STX ramBF \r\n BLO LBLF3D8 ;go if numeric\r\n CMPA #$2D ; '-'\r\n BNE LBLF376\r\n COM ramCF\r\n BRA LBLF37A\r\nLBLF376 CMPA #$2B ; '+'\r\n BNE LBLF37F\r\nLBLF37A JSRE LBL00EB\r\n BLO LBLF3D8\r\nLBLF37F CMPA #$2E ; '.'\r\n BEQ LBLF3B0\r\n CMPA #$45 ; 'E'\r\n BNE LBLF3B5\r\n JSRE LBL00EB\r\n BLO LBLF3F5\r\n CMPA #$A8 ; '-'\r\n BEQ LBLF39E\r\n CMPA #$2D ; '-'\r\n BEQ LBLF39E\r\n CMPA #$A7 ; '+'\r\n BEQ LBLF3A1\r\n CMPA #$2B ; '+'\r\n BEQ LBLF3A1\r\n BRA LBLF3A6\r\nLBLF39E COM ramC2\r\nLBLF3A1 JSRE LBL00EB\r\n BLO LBLF3F5\r\nLBLF3A6 TST ramC2\r\n BEQ LBLF3B5\r\n NEG ramC1\r\n BRA LBLF3B5\r\nLBLF3B0 COM ramC0\r\n BNE LBLF37A\r\nLBLF3B5 LDAA ramC1\r\n SUBA ramBF \r\n STAA ramC1\r\n BEQ LBLF3D1\r\n BPL LBLF3C9\r\nLBLF3BF JSR LBLF1B9\r\n INC ramC1\r\n BNE LBLF3BF\r\n BRA LBLF3D1\r\nLBLF3C9 JSR LBLF19F\r\n DEC ramC1\r\n BNE LBLF3C9\r\nLBLF3D1 LDAA ramCF\r\n BPL LBLF358\r\n JMP LBLF593\r\nLBLF3D8 LDAB ramBF \r\n SUBB ramC0\r\n STAB ramBF \r\n PSHA \r\n JSR LBLF19F\r\n PULB \r\n SUBB #$30\r\n BSR LBLF3E9\r\n BRA LBLF37A\r\nLBLF3E9 JSR LBLF26C ;C9->BA\r\n JSR LBLF2BC\r\n LDX #TBL00BA\r\n JMP LBLEF7D\r\n\r\n ;ramC1 = 10*ramC1+(A-$30). \r\nLBLF3F5 LDAB ramC1\r\n ASLB \r\n ASLB \r\n ADDB ramC1\r\n ASLB \r\n SUBA #$30\r\n ABA \r\n STAA ramC1\r\n BRA LBLF3A1\r\n\r\n\r\nTBLF403 FCB $9B,$3E,$BC,$1F,$FD ; 99999999.90625\r\nTBLF408 FCB $9E,$6E,$6B,$27,$FD ; 999999999.25000\r\nTBLF40D FCB $9E,$6E,$6B,$28,$00 ;1000000000.00000\r\n\r\n\r\nLBLF412 LDX #TBLE1B7-1; ' IN '\r\n BSR LBLF423\r\n LDD ramE2 ; line number\r\nLBLF419 STD ramCA\r\n LDAB #$90\r\n SEC \r\n JSR LBLF2C7\r\n BSR LBLF426\r\nLBLF423 JMP LBLE7A8\r\nLBLF426 LDX #TBL4335\r\nLBLF429 LDAA #$20\r\n LDAB ramCE\r\n BPL LBLF431\r\n LDAA #$2D\r\nLBLF431 STAA ,X\r\n STAA ramCE\r\n STX ramDE\r\n INX \r\n LDAA #$30\r\n LDAB ramC9\r\n BNE LBLF441\r\n JMP LBLF51C\r\nLBLF441 CLRA \r\n CMPB #$80\r\n BHI LBLF44E\r\n LDX #TBLF40D\r\n JSR LBLF0EF\r\n LDAA #$F7\r\nLBLF44E STAA ramBF \r\nLBLF450 LDX #TBLF408\r\n JSR LBLF2E3\r\n BGT LBLF468\r\nLBLF458 LDX #TBLF403\r\n JSR LBLF2E3\r\n BGT LBLF470\r\n JSR LBLF19F\r\n DEC ramBF \r\n BRA LBLF458\r\nLBLF468 JSR LBLF1B9\r\n INC ramBF \r\n BRA LBLF450\r\nLBLF470 JSR LBLEF6D\r\n JSR LBLF30B ;C9-x -> integer \r\n LDAB #$01\r\n LDAA ramBF \r\n ADDA #$0A\r\n BMI LBLF486\r\n CMPA #$0B\r\n BHS LBLF486\r\n DECA \r\n TAB \r\n LDAA #$02\r\nLBLF486 DECA \r\n DECA \r\n STAA ramC1\r\n STAB ramBF \r\n BGT LBLF49F\r\n LDX ramDE\r\n LDAA #$2E\r\n INX \r\n STAA ,X\r\n TSTB \r\n BEQ LBLF49D\r\n LDAA #$30\r\n INX \r\n STAA ,X\r\nLBLF49D STX ramDE\r\nLBLF49F LDX #TBLF529\r\n LDAB #$80\r\nLBLF4A4 LDAA ramCD\r\n ADDA 3,X\r\n STAA ramCD\r\n LDAA ramCC\r\n ADCA 2,X\r\n STAA ramCC\r\n LDAA ramCB\r\n ADCA 1,X\r\n STAA ramCB\r\n LDAA ramCA\r\n ADCA ,X\r\n STAA ramCA\r\n INCB \r\n RORB \r\n ROLB \r\n BVC LBLF4A4\r\n BHS LBLF4C6\r\n SUBB #$0B\r\n NEGB \r\nLBLF4C6 ADDB #$2F\r\n INX \r\n INX \r\n INX \r\n INX \r\n STX ramB3\r\n LDX ramDE\r\n INX \r\n TBA \r\n ANDA #$7F\r\n STAA ,X\r\n DEC ramBF \r\n BNE LBLF4E0\r\n LDAA #$2E\r\n INX \r\n STAA ,X\r\nLBLF4E0 STX ramDE\r\n LDX ramB3\r\n COMB \r\n ANDB #$80\r\n CPX #$F54D\r\n BNE LBLF4A4\r\n LDX ramDE\r\nLBLF4EE LDAA ,X\r\n DEX \r\n CMPA #$30 ; '0'\r\n BEQ LBLF4EE\r\n CMPA #$2E ; '.'\r\n BEQ LBLF4FA\r\n INX \r\nLBLF4FA LDAA #$2B ; '+'\r\n LDAB ramC1\r\n BEQ LBLF51E\r\n BPL LBLF505\r\n LDAA #$2D ; '-'\r\n NEGB \r\nLBLF505 STAA 2,X\r\n LDAA #$45\r\n STAA 1,X\r\n LDAA #$2F\r\nLBLF50D INCA \r\n SUBB #$0A\r\n BHS LBLF50D\r\n ADDB #$3A\r\n STAA 3,X\r\n STAB 4,X\r\n CLR 5,X\r\n BRA LBLF520\r\nLBLF51C STAA ,X\r\nLBLF51E CLR 1,X\r\nLBLF520 LDX #TBL4335\r\nLBLF523\tRTS\r\n\r\n\r\nTBLF524 FCB $80,$00,$00,$00,$00 ; 0.5\r\nTBLF529 FCB $FA,$0A,$1F,$00 ;-100,000,000\r\n FCB $00,$98,$96,$80 ; 10,000,000\r\n FCB $FF,$F0,$BD,$C0 ; -1,000,000\r\n FCB $00,$01,$86,$A0 ; 100,000\r\n FCB $FF,$FF,$D8,$F0 ; -10,000\r\n FCB $00,$00,$03,$E8 ; 1,000\r\n FCB $FF,$FF,$FF,$9C ; -100\r\n FCB $00,$00,$00,$0A ; 10\r\n FCB $FF,$FF,$FF,$FF ; -1\r\n\r\n\r\n ; --- SQR function ---\r\nFNC_SQR\r\n JSR LBLF29F ;copy fp C9->D6\r\n LDX #TBLF524 ;0.5\r\n JSR LBLF251 ;X->C9-E\r\n\r\n ; perform fp ^\r\nfp_POW BEQ LBLF5C9\r\n TSTA\r\n BNE LBLF565\r\n LDAA ramCE\r\n BPL LBLF562\r\n JMP LBLF243 ; ?/0 error\r\nLBLF562 JMP LBLEFF5\r\nLBLF565 LDX #TBL00C4\r\n JSR LBLF272 ;FPA->X\r\n CLRB\r\n LDAA ramDB\r\n BPL LBLF580\r\n JSR FNC_INT ; LBLF335\r\n LDX #TBL00C4\r\n LDAA ramDB\r\n JSR LBLF2E3\r\n BNE LBLF580\r\n COMA\r\n LDAB ram80 ; TBL0080\r\nLBLF580 JSR LBLF28D\r\n PSHB\r\n JSR FNC_LOG\t ; LBLF0B9\r\n LDX #TBL00C4\r\n JSR LBLF0EF\r\n BSR LBLF5C9\r\n PULA\r\n RORA\r\n BHS LBLF523\r\nLBLF593 LDAA ramC9\r\n BEQ LBLF59A\r\n COM ramCE\r\nLBLF59A RTS\r\n\r\n\r\n\r\nTBLF59B FCB $81,$38,$AA,$3B,$29 ;1.44269504 (CF) correction factor for EXP function\r\nTBLF5A0 FCB $07\t\t ;eight coeff's... tchebyshev modified taylor series coeffs for exp(x)\r\n FCB $71,$34,$58,$3E,$56 ;0.00002150 1/(7! * CF^7)\r\n FCB $74,$16,$7E,$B3,$1B ;0.00014352 1/(6! * CF^6)\r\n FCB $77,$2F,$EE,$E3,$85 ;0.00134226 1/(5! * CF^5)\r\n FCB $7A,$1D,$84,$1C,$2A ;0.00961402 1/(4! * CF^4)\r\n FCB $7C,$63,$59,$58,$0A ;0.05550513 1/(3! * CF^3)\r\n FCB $7E,$75,$FD,$E7,$C6 ;0.24022638 1/(2! * CF^2)\r\n FCB $80,$31,$72,$18,$10 ;0.69314719 1/(1! * CF^1)\r\n FCB $81,$00,$00,$00,$00 ; 1.0\r\n\r\n\r\n ; --- EXP function ---\r\nLBLF5C9:\r\nFNC_EXP LDX #TBLF59B\t;Get correction factor\r\n BSR LBLF604\t\t;Multiply FPA0 by X\r\n JSR LBLF26C\t\t;pack fpa0 and store in fpa3\r\n LDAA ramC9\t\t;get exponent of fpa0 and compare to max value\r\n CMPA #$88\t\t; (128)\r\n BLO LBLF5DA\t\t;br if fpa0 < 128\r\nLBLF5D7 JMP LBLF190\t\t;set fpa0 = 0 or ?OV ERROR\r\nLBLF5DA JSR FNC_INT\t\t;convert fpa0 to integer\r\n LDAA ram80\t\t;get least significant byte of integer\r\n ADDA #$81\t\t; =127?\r\n BEQ LBLF5D7\t\t; ?OV ERROR\r\n DECA \t\t; adds bias of 80 (since 81 used above)\r\n PSHA \t\t;save exponent on stack\r\n LDX #TBL00BA\t;point (x) to FPa3\r\n JSR LBLEF72\t\t;subtract fpa0 from (x)\r\n LDX #TBLF5A0\t;point x to coeffs\r\n BSR LBLF607\t\t;eval polynomial for frac part\r\n CLR ramDC\t\t;force mantissa to be positive\r\n PULA \r\n JSR LBLF179\t\t;calc exp of new fpa0 by adding exps of integer and frac'l parts.\r\n RTS \r\nLBLF5F8 STX ramDE\r\n JSR LBLF26C\r\n BSR LBLF604\r\n BSR LBLF609\r\n LDX #TBL00BA\r\nLBLF604 JMP LBLF0EF\r\nLBLF607 STX ramDE\r\nLBLF609 JSR LBLF267\r\n LDX ramDE\r\n LDAB ,X\r\n STAB ramCF\r\n INX \r\n STX ramDE\r\nLBLF615 BSR LBLF604\r\n LDX ramDE\r\n LDAB #$05\r\n ABX \r\n STX ramDE\r\n JSR LBLEF7D\r\n LDX #ramBF \r\n DEC ramCF\r\n BNE LBLF615\r\n RTS\r\n\r\n ; --- RND function ---\r\nFNC_RND\r\n JSR LBLF2AD ; Test C9-E\r\n BMI LBLF650\r\n BEQ LBLF646\r\n BSR LBLF643\r\n JSR LBLF26C\r\n BSR LBLF646\r\n LDX #TBL00BA\r\n BSR LBLF604\r\n LDX #TBLF08B ; 1.0\r\n JSR LBLEF7D\r\nLBLF643 JMP FNC_INT\r\nLBLF646 LDX ram4218\r\n STX ramCA\r\n LDX ram421A\r\n STX ramCC\r\nLBLF650 LDX CONF682\r\n STX ramD7\r\n LDX CONF684\r\n STX ramD9\r\n JSR LBLF0F6\r\n LDD ram4254\r\n ADDD #$658B\r\n STD ram421A\r\n STD ramCC\r\n LDD ram4252\r\n ADCB #$B0\r\n ADCA #$05\r\n STD ram4218\r\n STD ramCA\r\n CLR ramCE\r\n LDAA #$80\r\n STAA ramC9\r\n LDAA ram8F\r\n STAA ramDD\r\n JMP LBLEFD6\r\nCONF682 FDB $40E6\r\nCONF684 FDB $4DAB\r\n\r\n ; --- COS function ---\r\nFNC_COS\r\n LDX #TBLF6F6 ; Pi/2\r\n JSR LBLEF7D\r\n\r\n ; --- SIN function ---\r\nFNC_SIN\r\n JSR LBLF29F ; copy FPA0 to FPA1\r\n LDX #TBLF6FB ; point X to 2*Pi\r\n LDAB ramDB ; get mantissa sign of fpa1\r\n JSR LBLF1C0 ; divide fpa0 by X\r\n JSR LBLF29F ; copy FPA0 to FPA1\r\n JSR FNC_INT ; convert FPA0 to integer\r\n CLR ramDC ; set result sign to positive\r\n LDAA ramD6 ; get exponent of fpa1\r\n LDAB ramC9 ; get exponent of fpa0\r\n JSR fp_SUB ; subtract fpa0 from fpa1\r\n LDX #TBLF700 ; point X to 0.25\r\n JSR LBLEF72 ; subtract fpa0 from 0.25 (pi/2)\r\n LDAA ramCE ; get mantissa sign of fpa0\r\n PSHA ; save on stack\r\n BPL LBLF6BC ; branch if mantissa positive\r\n JSR LBLEF6D ; add 0.5 (pi) to fpa0\r\n LDAA ramCE ; get sign of fpa0\r\n BMI LBLF6BF ; branch if negative\r\n COM ram88 ; com if 3pi/2 > arg > pi/2 [quadrant flag]\r\nLBLF6BC JSR LBLF593 ; toggle mantissa sign of fpa0\r\nLBLF6BF LDX #TBLF700 ; point X to 0.25\r\n JSR LBLEF7D ; add it to fpa0\r\n PULA ; get the old sign\r\n TSTA ; \r\n BPL LBLF6CC ; branch if old sign was positve\r\n JSR LBLF593 ; toggle mantissa sign\r\nLBLF6CC LDX #TBLF705 ; point x to table of coeff's\r\n JMP LBLF5F8 ; calculate polynomial value\r\n\r\n ; --- TAN function ---\r\nFNC_TAN\r\n JSR LBLF26C\r\n CLR ram88\r\n BSR FNC_SIN\r\n LDX #TBL00C4\r\n JSR LBLF272 ;FPA->X\r\n LDX #TBL00BA\r\n JSR LBLF251 ;X->C9-E\r\n CLR ramCE\r\n LDAA ram88\r\n BSR LBLF6F3\r\n LDX #TBL00C4\r\n JMP LBLF1C5+1\r\nLBLF6F3 PSHA \r\n BRA LBLF6BC\r\n\r\n\r\nTBLF6F6 FCB $81,$49,$0F,$DA,$A2 ; 1.57079632 Pi/2\r\nTBLF6FB FCB $83,$49,$0F,$DA,$A2 ; 6.28318531 2*Pi\r\nTBLF700 FCB $7F,$00,$00,$00,$00 ; 0.25 1/4\r\nTBLF705 FCB $05\r\n FCB $84,$E6,$1A,$2D,$1B ;-14.38139067 -(2*Pi)^11/11! should be -15.094642578 ($84,$F1,$83,$A7,$EF)\r\n FCB $86,$28,$07,$FB,$F8 ; 42.00779712 (2*Pi)^9 / 9! should be 42.058693944 ($86,$28,$3C,$1A,$44)\r\n FCB $87,$99,$68,$89,$01 ;-76.70417026 -(2*Pi)^7 / 7! should be -76.705859753 ($87,$99,$69,$66,$73)\r\n FCB $87,$23,$35,$DF,$E1 ; 81.60522369 (2*Pi)^5 / 5! should be 81.605249276 ($87,$23,$35,$E3,$3C)\r\n FCB $86,$A5,$5D,$E7,$28 ;-41.34170210 -(2*Pi)^3 / 3! should be -41.341702240 ($86,$A5,$5D,$E7,$31)\r\n FCB $83,$49,$0F,$DA,$A2 ; 6.28318531 (2*Pi)^1 / 1! should be 6.283185307 ($86,$49,$0F,$DA,$A2)\r\n\r\n FCB $A1,$54,$46,$8F,$13 ; 7122787878.0 unused?\r\n FCB $8F,$52,$43,$89,$CD ; 26913.76914 unused?\r\n\r\n\r\n ; --- Reset Vector ---\r\n ;Reset I/O\r\nLBLF72E LDAA #$FF\r\n STAA ram00\r\n LDAA #$01\r\n STAA ram01\r\n LDAA #$01\r\n STAA ram03\r\n\r\n LDAA ramEA ;Check for warm boot flag\r\n CMPA #$55\r\n BNE LBLF74A ;Not warm boot\r\n LDX ram4221\r\n LDAA ,X\r\n DECA \r\n BNE LBLF74A\r\n JMP ,X ;Warm boot\r\n\r\n ;Cold boot\r\nLBLF74A LDX #$0080 ;Clear 6803 RAM\r\nLBLF74D CLR ,X\r\n INX \r\n CPX #$0100\r\n BNE LBLF74D\r\n\r\n LDX #TBL41FD ;Size and clear external RAM\r\nLBLF758 INX \r\n LDAA 2,X ;Get a byte\r\n COM 2,X ;Complement\r\n LDAB 2,X ;Get the complement\r\n CLR 2,X ;Clear\r\n COMA \r\n CBA ;Complement successful?\r\n BEQ LBLF758 ;Next...\r\n\r\n STX ram4250 ;Save top of RAM\r\n STX ramA1\r\n STX ram9D\r\n LDD ram9D\r\n SUBD #100 ;Reserve 100 bytes for string space\r\n STD ram9B ;bottom of system stack\r\n LDS ram9B \r\n\r\n LDX #TBLF7CF ;Init 6803 RAM\r\n LDD #$00EB\r\n BSR LBLF7AD\r\n\r\n LDX #TBLF7DE ;Init external RAM\r\n LDD #$4200\r\n BSR LBLF7AD\r\n\r\n LDAA #$39 ;==RTS\r\n LDX #LBL4285 ;4285 to 42AE set to RTS\r\nLBLF78A STAA ,X\r\n INX \r\n CPX #$42AF\r\n BNE LBLF78A\r\n\r\n COM ram42AF ;???\r\n\r\n LDX #TBL4346 ;init start of prog mem.\r\n STX ram93\r\n\r\n JSR LBLE3CF ;NEW command\r\n JSR LBLFBD3+1 ;Clear screen\r\n\r\n LDX #TBLF810-1 ;Copyright message\r\n JSR LBLE7A8\r\n\r\n LDAA #$55 ;Flag warm boot\r\n STAA ramEA\r\n\r\nLBLF7AA JMP LBLE271\r\n\r\n ;Copy block of memory from [X+1] to [D], length at [X]\r\nLBLF7AD STD ramBF ;Save destination\r\n LDAB ,X ;Get length\r\nLBLF7B1 INX ;Inc start\r\n ;Copy block of memory from [X] to [$00BF], length in B\r\nLBLF7B2 LDAA ,X ;Get byte\r\n STX ramC1 ;Save source\r\n LDX ramBF ;Get dest\r\n STAA ,X ;Put byte\r\n INX ;Inc dest\r\n STX ramBF ;Save dest\r\n LDX ramC1 ;Get source\r\n DECB ;Dec count\r\n BNE LBLF7B1 ;More...\r\n RTS\r\n\r\n;DEFAULT RESET WARM-BOOT (F7C3)\r\n NOP \r\n CLR ramE8 ;turn off printing\r\n JSR LBLE3EE\r\n JSR LBLFBD3+1 ;Clear screen\r\n BRA LBLF7AA\r\n\r\n ;Copied to $00EB \r\nTBLF7CF FCB 14 ;14 bytes to copy\r\n INC ramF5\r\n BNE LBLF7D8\r\n INC ramF4\r\nLBLF7D8 LDAA >ram00\r\n JMP LBLE1C8\r\n\r\n ;Copied to $4200\r\nTBLF7DE FCB 49 ;49 bytes to copy\r\n RTI \r\n FCB $00\r\n FCB $00\r\n RTI \r\n FCB $00\r\n FCB $00\r\n RTI \r\n FCB $00\r\n FCB $00\r\n RTI \r\n FCB $00\r\n FCB $00\r\n RTI \r\n FCB $00\r\n FCB $00\r\n RTI \r\n FCB $00\r\n FCB $00\r\n RTI \r\n FCB $00\r\n FCB $00\r\n JMP LBLEC2D+1 ;?FC error\r\n FCB $4F,$C7,$52,$59,$FF,$04,$5E,$EC,$2E,$F7,$C3,$00,$76,$00,$01,$10\r\n FCB $70,$84,$00,$01,$15,$1A,$0B,$00,$80\r\n \r\n\r\nTBLF810 FCB $4D,$49,$43,$52,$4F,$43,$4F,$4C,$4F,$52,$20,$42,$41,$53,$49,$43 ;MICROCOLOR BASIC\r\n FCB $20,$31,$2E,$30,$0D ; 1.0\r\n FCB $43,$4F,$50,$59,$52,$49,$47,$48,$54,$20,$31,$39,$38,$32,$20 ;COPYRIGHT 1982\r\nTBLF834 FCB $4D,$49,$43,$52,$4F,$53,$4F,$46,$54,$0D,$00 ;MICROSOFT\r\n\r\n\r\n ; --- Flash cursor ---\r\nLBLF83F DEC ram422B ;cursor flash delay counter\r\n BNE LBLF85E\r\n LDAA ram4282 ;cursor color\r\n EORA #$0F\r\n STAA ram4282\r\n ORAA #$80\r\n LDX ram4280\r\n STAA ,X\r\n LDAB #$16\r\n ANDA #$0F\r\n BEQ LBLF85B\r\n LDAB #$58 ;flash color longer than black.\r\nLBLF85B STAB ram422B\r\n\r\nLBLF85E LDX #$03FA\r\nLBLF861 DEX \r\n BNE LBLF861\r\n RTS\r\n\r\n\r\n ; --- Idle loop ---\r\nLBLF865 JSR LBL4285 ;input char command extension\r\n PSHX \r\n PSHB\r\nLBLF86A BSR LBLF83F ;Flash cursor\r\n BSR LBLF883 ;Scan keyboard\r\n BEQ LBLF86A ;Repeat if no key pressed\r\n LDAB #$60\r\n LDX ram4280 ;cursor address\r\n STAB ,X\r\n BRA LBLF8CB\r\n\r\n\r\nLBLF879 CLRA \r\n BSR LBLF8D0\r\n BNE LBLF883\r\n BSR LBLF8E4\r\n INCA \r\n BEQ LBLF8CD\r\n\r\n ; --- Scan keyboard ---\r\nLBLF883 JSR LBL42A9 ; Keyscan command extension\r\n PSHX \r\n PSHB \r\n LDAA #$FB ; Port code for BREAK key.\r\n BSR LBLF8D0\r\n TAB \r\n BEQ LBLF892\r\n EORB ram423B ; keyboard BREAK flag.\r\nLBLF892 STAA ram423B\r\n TSTB \r\n BEQ LBLF89E\r\n BSR LBLF8DC ; delay\r\n BSR LBLF8D2 ; still a break?\r\n BNE LBLF8C7+1 ; return BREAK code 03\r\nLBLF89E LDX #TBL4230\r\n CLRB \r\n DECB \r\n STAB ram4239\r\nLBLF8A6 ROLB \r\n BHS LBLF8C6\r\n INC ram4239\r\n BSR LBLF8E2\r\n PSHB \r\n TAB \r\n INX \r\n EORA ,X\r\n ANDA ,X\r\n STAB ,X\r\n PULB \r\n TSTA \r\n SEC \r\n BEQ LBLF8A6\r\n PSHA \r\n BSR LBLF8DC\r\n BSR LBLF8E4\r\n CMPA ,X\r\n PULA \r\n BNE LBLF8EA\r\nLBLF8C6 CLRA \r\nLBLF8C7 CPX #$8603 ;LDAA #$03\r\nLBLF8CA TSTA \r\nLBLF8CB PULB ;Restore clobbered registers \r\n PULX \r\nLBLF8CD RTS ; End Scan Keyboard subroutine\r\n\r\nLBLF8CE LDAA #$7F ; Port code for SHIFT key\r\nLBLF8D0 STAA ram02 ; Keyboard port i/o sequence\r\nLBLF8D2 LDAA ram03 ; A=0x00=found\r\n COMA ; A=0xff=not found\r\n ANDA #$02\r\n BEQ LBLF8DB\r\n LDAA #$FF\r\nLBLF8DB RTS \r\nLBLF8DC LDX ram421D ;keyboard debounce delay\r\n JMP LBLF861\r\nLBLF8E2 STAB ram02\r\nLBLF8E4 LDAA ioBFFF\r\n ORAA #$C0\r\n RTS \r\nLBLF8EA LDAB #$F8\r\nLBLF8EC ADDB #$08\r\n LSRA \r\n BHS LBLF8EC\r\n ADDB ram4239 ; keyboard strobe store\r\n LDAA #$FE ; Port code for CONTROL key\r\n BSR LBLF8D0\r\n STAA ram423A ; keyboard control key flag\r\n JSR LBL42AC ; keyboard control extension\r\n BEQ LBLF911\r\n LDX #TBLF97C\r\n CMPB #$20\r\n BNE LBLF92E\r\n LDAA ram4282\r\n ADDA #$10\r\n STAA ram4282\r\n BRA LBLF8C6\r\nLBLF911 TBA \r\n BEQ LBLF918+1\r\n CMPB #$1A\r\n BLS LBLF933\r\nLBLF918 CPX #$C61D ;LDAB #$1D\r\n LDX #TBLF956-$1D\r\n BSR LBLF8CE\r\n BEQ LBLF92E\r\n LDX #TBLF969-$1D\r\n CMPB #$20\r\n BNE LBLF92E\r\n COM ram421C\r\n BRA LBLF8C6\r\nLBLF92E ABX \r\n LDAA ,X\r\n BRA LBLF8CA\r\nLBLF933 BSR LBLF8CE\r\n EORA ram421C\r\n BNE LBLF941\r\n LDAA ram421C\r\n BNE LBLF946\r\n ORAB #$20\r\nLBLF941 TBA \r\n ORAA #$40\r\nLBLF944 BRA LBLF8CA\r\nLBLF946 LDX #TBLF9AB\r\n ABX \r\n LDAA ,X\r\n BPL LBLF944\r\n LDAB ram4282\r\n ANDB #$70\r\n ABA\r\n BRA LBLF944\r\n\r\nTBLF956 FCB $40,$0D,$20 ;@- \r\n FCB $30,$31,$32,$33,$34,$35,$36,$37 ;01234567\r\n FCB $38,$39,$3A,$3B,$2C,$2D,$2E,$2F ;89:;,-./\r\n\r\nTBLF969 FCB $13,$0D,$20 ;-- \r\n FCB $00,$21,$22,$23,$24,$25,$26,$27 ;-!\"#$%&'\r\n FCB $28,$29,$2A,$2B,$3C,$3D,$3E,$3F ;()*+<=>?\r\n\r\n ;Tokens\r\nTBLF97C FCB $88,$08,$B3,$B2,$82,$9B,$90,$84 ;--------\r\n FCB $A3,$8A,$81,$9E,$BC,$BA,$B9,$A5 ;--------\r\n FCB $C7,$15,$9C,$09,$8C,$80,$B5,$5E ;-------^\r\n FCB $B1,$8F,$0A,$00,$00,$00,$0D,$20 ;------- \r\n FCB $00,$8E,$93,$98,$97,$96,$94,$95 ;--------\r\n FCB $9D,$86,$89,$92,$BB,$91,$B7 ;-------\r\n\r\n ;Graphic chars\r\nTBLF9AB FCB $B6,$89,$80,$82,$87,$8D,$86,$85 ;--------\r\n FCB $48,$49,$4A,$4B,$4C,$4D,$4E,$4F ;HIJKLMNO\r\n FCB $50,$8F,$8C,$88,$8B,$55,$81,$8E ;P----U--\r\n FCB $83,$8A,$84 ;---\r\n\r\n\r\nLBLF9C6 JSR LBL4288 ; --- Write char to screen ---\r\n PSHX \r\n PSHB \r\n PSHA \r\n LDAB ramE8 ;Ouput device #\r\n BEQ LBLFA1B ;Video...\r\n\r\n\r\n ;Assume printer\r\n TAB \r\n TPA \r\n PSHA \r\n SEI \r\n TBA \r\nLBLF9D5 LDAB ram03 ;Wait for handshake\r\n ANDB #$04\r\n BNE LBLF9D5\r\n BSR LBLFA0A ;Idle bit\r\n CLRB \r\n BSR LBLFA0C ;Start bit\r\n LDAB #$08\r\nLBLF9E2 PSHB \r\n CLRB \r\n LSRA \r\n ROLB \r\n BSR LBLFA0C ;Bit out\r\n PULB \r\n DECB \r\n BNE LBLF9E2 ;Next bit\r\n BSR LBLFA0A ;Stop bit\r\n PULA \r\n TAP \r\n PULA \r\n CMPA #$0D\r\n BEQ LBLFA00\r\n INC ram422A\r\n LDAB ram422A\r\n CMPB ram4229\r\n BLO LBLFA07\r\nLBLFA00 CLR ram422A\r\n BSR LBLFA15\r\n BSR LBLFA15\r\nLBLFA07 PULB \r\n PULX \r\n RTS\r\n\r\nLBLFA0A LDAB #$01\r\nLBLFA0C STAB ram03 ;Printer bit output\r\n BSR LBLFA10\r\nLBLFA10 LDX ram4223\r\n BRA LBLFA18\r\nLBLFA15 LDX ram4225\r\nLBLFA18 JMP LBLF861\r\n\r\n; A->SCN\r\nLBLFA1B LDX ram4280\r\n CMPA #$08 ; backspace\r\n BNE LBLFA2E\r\n CPX #$4000\r\n BEQ LBLFA77\r\n LDAA #$60\r\n DEX \r\n STAA ,X\r\n BRA LBLFA5C\r\nLBLFA2E CMPA #$0D ; carriage return\r\n BNE LBLFA46\r\n LDX ram4280\r\nLBLFA35 LDAA #$60\r\n STAA ,X\r\n INX \r\n STX ram4280\r\n LDAB ram4281\r\n BITB #$1F\r\n BNE LBLFA35\r\n BRA LBLFA5C\r\nLBLFA46 CMPA #$20\r\n BLO LBLFA77\r\n TSTA \r\n BMI LBLFA59\r\n CMPA #$40\r\n BLO LBLFA57\r\n CMPA #$60\r\n BLO LBLFA59\r\n ANDA #$DF\r\nLBLFA57 EORA #$40\r\nLBLFA59 STAA ,X\r\n INX \r\nLBLFA5C STX ram4280\r\n CPX #$4200\r\n BNE LBLFA77\r\n LDX #$4000 ; scroll up\r\nLBLFA67 LDD $20,X\r\n STD ,X\r\n INX \r\n INX \r\n CPX #$41E0\r\n BNE LBLFA67\r\n LDAB #$60\r\n JSR LBLFBD9\r\nLBLFA77 PULA \r\n PULB \r\n PULX \r\n RTS \r\nLBLFA7B JSR LBL428B ;I/O pointer setup command extenstion\r\n PSHX \r\n PSHB \r\n PSHA \r\n LDAA ramE8 ;Get device output 0=screen, -1 printer\r\n BEQ LBLFA8D ;go if on screen\r\n LDX ram4227 ;tab field width 16/last tab zone 112\r\n LDD ram4229 ;printer line length max\r\n BRA LBLFA97\r\nLBLFA8D LDAB ram4281 ;cursor address lsb\r\n ANDB #$1F\r\n LDX #$1010\r\n LDAA #$20\r\nLBLFA97 STX ramE4 ;i/o tab and last tab field\r\n STAB ramE6 ;max line length msb\r\n STAA ramE7 ;max line length lsb\r\n PULA \r\n PULB \r\n PULX \r\n RTS\r\n\r\n\r\nLBLFAA1 JSR LBLFBD3+1 ;Clear screen\r\nLBLFAA4 JSR LBL4291 ;build command line extension\r\nLBLFAA7 CLR ram427F ;last keyboard input char\r\n LDX #TBL42B2 ;command line buffer\r\n LDAB #$01\r\nLBLFAAF JSR LBLF865 ;Cursor loop return with KEY->A\r\n TST ramE9 ;Punt if set. (by cmd extension?)\r\n BNE LBLFB04 \r\n TST ramE8 ;check output flag\r\n BNE LBLFB00 ;go if printer\r\n TSTA \r\n BPL LBLFADD\r\n TST ram423A ;control key flag\r\n BEQ LBLFADD\r\n JSR LBLE4B2 ;address of token->X (save X->ram89)\r\nLBLFAC7 LDAA ,X\r\n INX \r\n PSHX \r\n PSHA \r\n ANDA #$7F\r\n LDX ram89\r\n BSR LBLFB1A\r\n STX ram89\r\n PULA \r\n PULX \r\n TSTA \r\n BPL LBLFAC7\r\n LDX ram89\r\n BRA LBLFAAF\r\nLBLFADD CMPA #$0C ;unimplemented clearscreen key?\r\n BEQ LBLFAA1\r\n CMPA #$08 ;backspace\r\n BNE LBLFAED\r\n DECB \r\n BEQ LBLFAA7 ;don't go before stop\r\n DEX \r\n BSR LBLFB22 ;A->SCN\r\n BRA LBLFAAF\r\nLBLFAED CMPA #$15 ;L. DEL\r\n BNE LBLFAFB\r\nLBLFAF1 DECB ;keep backspacing until stop\r\n BEQ LBLFAA7\r\n LDAA #$08\r\n JSR LBLF9C6 ;A->SCN\r\n BRA LBLFAF1\r\nLBLFAFB CMPA #$03 ;break\r\n SEC \r\n BEQ LBLFB05\r\nLBLFB00 CMPA #$0D ;ENTER key\r\n BNE LBLFB12\r\nLBLFB04 CLRA ;clear carry flag\r\nLBLFB05 TPA \r\n PSHA \r\n JSR LBLE766 ;#0D->SCN\r\n CLR ,X ;terminate scratch\r\n LDX #TBL42B1 ;command line buff-1\r\n PULA ;carry set if BREAK'd.\r\n TAP \r\nLBLFB11 RTS \r\nLBLFB12 CMPA #$20\r\n BLO LBLFAAF ;ignore any non-printing char's\r\n BSR LBLFB1A\r\n BRA LBLFAAF\r\nLBLFB1A CMPB #$80 ;don't go more than 128 chars.\r\n BHS LBLFB11\r\n STAA ,X ;store char into command line buffer\r\n INX \r\n INCB \r\nLBLFB22 JMP LBLF9C6 ;A->SCN\r\n\r\n\r\n ; --- SET command ---\r\nCMD_SET\r\n BSR LBLFB6A ; get (x,y arg into memloc into X\r\n PSHX \r\n JSR LBLEF47 ; get ,c (B holds color code )\r\n PULX \r\n CMPB #$08 \r\n BHI LBLFB67 ; ?FC error if color > 8\r\n DECB \r\n BMI LBLFB38 \r\n LDAA #$10 ; LSLB LSLB LSLB LSLB\r\n MUL \r\n BRA LBLFB40 \r\nLBLFB38 LDAB ,X ; Get color from screen\r\n BPL LBLFB3F ; Set to zero if text encountered\r\n ANDB #$70\r\n FCB $21 ;\"BRN CLRB\"\r\nLBLFB3F CLRB\r\nLBLFB40 STAB ram82 ; save color\r\n BSR LBLFBB4 ; get trailing ')'\r\n LDAA ,X\r\n BMI LBLFB49 ; make sure its graphics\r\n CLRA ; clear if a text char\r\nLBLFB49 ANDA #$0F ; ignore color bits\r\n ORAA ram423C ; holds desired bit\r\n ORAA ram82 ; get color\r\nLBLFB50 ORAA #$80 ; make a graphics char\r\n STAA ,X ; write value to screen\r\n RTS\r\n\r\n ; --- RESET command ---\r\nCMD_RESET\r\n BSR LBLFB6A ; get (x,y arg into memloc into X\r\n BSR LBLFBB4 ; get trailing ')'\r\n CLRA \r\n LDAB ,X\r\n BPL LBLFB50 ; clear if it's a text char\r\n COM ram423C\r\n ANDB ram423C\r\n STAB ,X\r\n RTS \r\n\r\n\r\nLBLFB67 JMP LBLEC2D+1 ; ?FC error\r\n\r\nLBLFB6A JSR LBLEA2B+1 ; get '('\r\nLBLFB6D JSR LBLEF0D ; get x position\r\n CMPB #$3F\r\n BHI LBLFB67 ; ?FC error if > 63\r\n PSHB ; push x on stack\r\n JSR LBLEF47 ; get y position\r\n CMPB #$1F\r\n BHI LBLFB67 ; ?FC error if > 31\r\n PSHB ; push y on stack\r\n LSRB ; y=y/2\r\n LDAA #$20\r\n MUL \r\n ADDD #$4000 ; get address of left side of screen from y\r\n PSHB ; push onto stack\r\n PSHA \r\n TSX \r\n LDAB 3,X ; take x/2 and add to left side of screen\r\n LSRB \r\n PULX \r\n ABX \r\n PULA ; now construct mask for char block and store in 423C\r\n PULB \r\n ANDA #$01\r\n RORB \r\n ROLA ; A holds 2's complement of bit pos\r\n LDAB #$10 ; start B with bit 4\r\nLBLFB94 LSRB ; shift right until A is zero\r\n DECA \r\n BPL LBLFB94 \r\n STAB ram423C ; done, store into 423C\r\n RTS\r\n\r\n ; --- POINT command ---\r\nFNC_POINT\r\n BSR LBLFB6D ; get '(x,y' into X and mask into 423C\r\n LDAB #$FF\r\n LDAA ,X\r\n BPL LBLFBB2 ; need to return -1 if text char\r\n ANDA ram423C \r\n BEQ LBLFBB1 ; not set, return 0\r\n LDAB ,X \r\n LSRB \r\n LSRB \r\n LSRB \r\n LSRB \r\n ANDB #$07\r\nLBLFBB1 INCB \r\nLBLFBB2 BSR LBLFBB7 ; return B (sign extended)\r\nLBLFBB4 JMP LBLEA29 ; get ')'\r\nLBLFBB7 CLRA ; return B (sign extended)\r\n TSTB \r\n BPL LBLFBBC\r\n COMA \r\nLBLFBBC JMP LBLECE3 ; return D\r\n\r\n ; --- CLS command ---\r\nCMD_CLS\r\n BEQ LBLFBD3+1 ;No args - default clear\r\n JSR LBLEF0D ;Get integer arg into B between 0-255.\r\n CMPB #$08\r\n BHI LBLFBE5 ;If > 8 - Clear screen and print Microsoft message\r\n TSTB \r\n BEQ LBLFBD1 ;CLS 0...\r\n DECB \r\n LDAA #$10\r\n MUL \r\n ORAB #$0F\r\nLBLFBD1 ORAB #$80 ;0=$80, 1=$8F, 2=$9F, 3=$AF, 4=$BF, 5=$CF, 6=$DF, 7=$EF, 8=$FF\r\n\r\nLBLFBD3 CPX #$C660 ;==LDAB #$60 - Default clear char\r\n LDX #TBL4000 ;Start of video memory\r\nLBLFBD9 STX ram4280\r\nLBLFBDC STAB ,X ;Set mem\r\n INX ;Next\r\n CPX #$4200 ;Done?\r\n BNE LBLFBDC ;More...\r\n RTS\r\n\r\nLBLFBE5 BSR LBLFBD3+1 ;Clear screen\r\n LDX #TBLF834-1 ;Microsoft message\r\n JMP LBLE7A8 ;Write string\r\n\r\n\r\n ; --- INKEY$ function ---\r\nFNC_INKEY\r\n LDAA ram427F ;last keyboard input char\r\n BNE LBLFBF5\r\n JSR LBLF883\r\nLBLFBF5 CLR ram427F\r\n STAA ramCD\r\n BEQ LBLFBFF\r\n JMP LBLEE91\r\nLBLFBFF STAA ramD0\r\n JMP LBLEE9D\r\n\r\n\r\n ; --- EXEC function --- \r\nCMD_EXEC\r\n BEQ LBLFC0C\r\n JSR LBLEF4C ; Get address to X\r\n STX ram421F\r\nLBLFC0C LDX ram421F\r\n JMP ,X\r\n\r\n\r\n ; --- VARPTR function ---\r\nFNC_VARPTR\r\n LDX ram99\r\n PSHX \r\n JSR LBLEB1B\r\n JSR LBLEA29 ; get ')'\r\n STX ram89\r\n PULX \r\n LDD ram89\r\n CPX ram99\r\n BEQ LBLFC26\r\n JMP LBLEC2D+1 ; ?FC error\r\nLBLFC26 JMP LBLECE3 ; return D\r\n\r\n ; --- PRINT @expression ---\r\nLBLFC29 JSR LBLEBBA\r\n SUBD #$01FF\r\n BLS LBLFC34\r\n JMP LBLEC2D+1 ; ?FC error\r\nLBLFC34 ADDD #$41FF\r\n STD ram4280\r\n RTS\r\n\r\n ; --- CSAVE command ---\r\nCMD_CSAVE\r\n LDX ram93\r\n STX ram426F ; start\r\n LDX ram95\r\n STX ram4271 ; end\r\n CLRB \r\n CMPA #$A9 ; CSAVE*\r\n BNE LBLFC4F\r\n JSR LBLFDDB\r\n LDAB #$04\r\nLBLFC4F STAB ram4267 ;file type flag\r\n LDD ram4271 ; end\r\n SUBD ram426F ; start\r\n STD ram426C ;LOAD address\r\n BSR LBLFC8B\r\n LDX ram426F ; start\r\nLBLFC60 STX ram4278 ;cass buffer address\r\n LDAA #$FF\r\n STAA ram4276 ;cass block length\r\n LDD ram4271\r\n SUBD ram4278 ;cass buffer address\r\n BLS LBLFC7E\r\n TSTA \r\n BNE LBLFC7A\r\n CMPB #$FF\r\n BEQ LBLFC7A\r\n STAB ram4276 ;cass block length\r\nLBLFC7A BSR LBLFCC0 ;write cassette block\r\n BRA LBLFC60\r\nLBLFC7E NEG ram4275 ;cass block type flag\r\n CLR ram4276 ;cass block length\r\n BSR LBLFCC0 ;write cassette block\r\nLBLFC86 LDAA #$01\r\n STAA ram03\r\n RTS\r\n\r\n\r\nLBLFC8B JSR LBLFD29\r\n LDX #TBL425F ;tape filename block\r\n STX ram4278 ;cass buffer address\r\n STX ramBF \r\n CLR $09,X ;ram4268\r\n CLR $0A,X ;ram4269\r\n LDX #TBL4257 ;skip/load filename\r\n LDAB #$08\r\n JSR LBLF7B2 ;Copy block of memory from [X] to [$00BF], length in B\r\n CLR ram4275 ;cass block type flag\r\n LDAA #$0F\r\n STAA ram4276 ;cass block length\r\n BSR LBLFCB7 ;write cassette leader\r\n BSR LBLFCC0 ;write cassette block\r\n INC ram4275 ;cass block type flag\r\n LDX #$0000\r\n JSR LBLF861\r\n\r\n\r\n ;Write cassette leader\r\nLBLFCB7 LDX ram422F ; numer of $55's in leader\r\nLBLFCBA BSR LBLFD01\r\n DEX \r\n BNE LBLFCBA\r\n RTS\r\n\r\n\r\nLBLFCC0 NOP ;Write cassette block\r\n SEI \r\n LDAB ram4276 ;cass block length\r\n STAB ram427B ;cass load status flag\r\n LDAA ram4276 ;cass block length\r\n BEQ LBLFCD6\r\n LDX ram4278 ;cass buffer address\r\nLBLFCD0 ADDA ,X\r\n INX \r\n DECB \r\n BNE LBLFCD0\r\nLBLFCD6 ADDA ram4275 ;cass block type flag\r\n STAA ram427A ;cass sumcheck\r\n LDX ram4278 ;cass buffer address\r\n BSR LBLFD01\r\n LDAA #$3C\r\n BSR LBLFD03\r\n LDAA ram4275\r\n BSR LBLFD03\r\n LDAA ram4276 ;cass block length\r\n BSR LBLFD03\r\n TSTA \r\n BEQ LBLFCFC\r\nLBLFCF2 LDAA ,X\r\n INX \r\n BSR LBLFD03\r\n DEC ram427B ;cass load status flag\r\n BNE LBLFCF2\r\nLBLFCFC LDAA ram427A ;cass sumcheck\r\n BSR LBLFD03\r\nLBLFD01 LDAA #$55\r\n\r\n ;Write cassette char\r\nLBLFD03 PSHX \r\n PSHA \r\n PSHA \r\n LDAB #$08\r\nLBLFD08 TSX \r\n LSR ,X\r\n LDX #$0020\r\n BLO LBLFD13\r\n LDX #$0040\r\nLBLFD13 PSHX \r\n LDAA #$01\r\n STAA ram03\r\nLBLFD18 DEX \r\n BNE LBLFD18\r\n CLRA \r\n STAA ram03\r\n PULX \r\nLBLFD1F DEX \r\n BNE LBLFD1F\r\n DECB \r\n BNE LBLFD08\r\n PULA \r\n PULA \r\n PULX \r\nLBLFD28 RTS\r\n\r\n\r\nLBLFD29 BSR LBLFD33\r\n JSRE LBL00F3\r\n BEQ LBLFD28\r\n JMP LBLEA3C;?SN ERROR\r\n\r\nLBLFD33 LDX #TBL4256 ; file name length\r\n CLR ,X\r\n LDAA #$20 ; pad filename with space chars\r\nLBLFD3A INX \r\n STAA ,X\r\n CPX #$425F ;tape filename block\r\n BNE LBLFD3A\r\n JSRE LBL00F3 ; load input char\r\n BEQ LBLFD28 ; return if no filename\r\n JSR LBLE91A ; evaulate arg\r\n JSR LBLEE53 ; get string?\r\n STAB TBL4256 ; length of string to filename len.\r\n BEQ LBLFD28 ; RTS\r\n PSHB \r\n LDD #$4257 ;skip/load filename\r\n STD ramBF \r\n PULB \r\n JMP LBLF7B2 ;Copy block of memory from [X] to [$00BF], length in B\r\n\r\n ; --- CLOAD command ---\r\nCMD_CLOAD\r\n CMPA #$A9 ; CLOAD*\r\n BNE LBLFD63\r\n JMP LBLFDB1\r\nLBLFD63 CMPA #$4D ; CLOADM \r\n BNE LBLFD6A\r\n JMP LBLFE06\r\nLBLFD6A CLRA ; program data\r\n BSR LBLFD8F\r\n JSR LBLE3CF ; NEW command status flag\r\n COM ram426E ; unset new command flag\r\n LDD ram426C ; LOAD address\r\n ADDD ram93\r\n JSR LBLE21E ; see if D bytes fit on stack\r\n LDX ram93\r\nLBLFD7D STX ram4278 ; cass buffer address\r\n BSR LBLFDD0\r\n BPL LBLFD7D\r\n STX ram95\r\n LDX #TBLE1BC-1 ; \"OK\"\r\n JSR LBLE7A8 ; Write string\r\n JMP LBLE2EB ; adjust next line pointers, and return to command mode\r\n\r\nLBLFD8F PSHA ; A: 00=program 02=machine code 04=array data\r\n BSR LBLFDA2\r\n PULA \r\n TST ram4274\r\n BNE LBLFDCF\r\n CMPA ram4267 ;File type flag\r\n BEQ LBLFDCF\r\n LDAB #$24 ;?FM error\r\n JMP LBLE238 ;write error\r\n\r\nLBLFDA2 BSR LBLFD33\r\n JSR LBLFE37\r\n BNE LBLFDAC ;?IO error\r\n JMP LBLFF4E ;Read cassette leader\r\n\r\nLBLFDAC LDAB #$22 ;?IO error\r\n JMP LBLE238\r\n;CLOAD*\r\nLBLFDB1 BSR LBLFDDB\r\n LDAA #$04 ;array data\r\n BSR LBLFD8F\r\n LDD ram4271 ;end\r\n SUBD ram426F ;start\r\n SUBD ram426C ; LOAD address\r\n BHS LBLFDC5\r\n JMP LBLE236 ;?OM error\r\n\r\n\r\nLBLFDC5 LDX ram426F\r\nLBLFDC8 STX ram4278 ;cass buffer address\r\n BSR LBLFDD0\r\n BPL LBLFDC8\r\nLBLFDCF RTS\r\n\r\n\r\nLBLFDD0 JSR LBLFEB5+1 ;disable blocklength limit, enable writing, read block->X\r\nLBLFDD3 BNE LBLFDAC ; ?IO error\r\n LDAA ram4275 ; Cass block type flag\r\n BEQ LBLFDAC ; ?IO error\r\n RTS\r\n\r\n;CSAVE*\r\nLBLFDDB JSRE LBL00EB ;get next char\r\n LDAB #$01\r\n STAB ram86\r\n JSR LBLEB1B ;get init/var\r\n CLR ram86\r\n JSR LBLE90E ;expect string\r\n LDD 2,X\r\n JSR LBLE22D ;D+X->D,X\r\n STX ram4271\r\n LDX ram89\r\n LDAB 4,X\r\n ASLB \r\n ADDB #$05\r\n ABX \r\n STX ram426F\r\n JSRE LBL00F3\r\n BEQ LBLFDCF\r\n JMP LBLEA2E+1 ; get ','\r\n\r\n;CLOADM \r\nLBLFE06 JSRE LBL00EB ; Get next input char\r\n LDAA #$02 ; machine code\r\n BSR LBLFD8F\r\n LDX #$0000\r\n JSRE LBL00F3\r\n BEQ LBLFE1B\r\n JSR LBLEA2E+1 ; get ','\r\n JSR LBLEF4C ; get address offset to X\r\nLBLFE1B STX ram89\r\n LDD ram426A ;EXEC address offset\r\n ADDD ram89\r\n STD ram421F ;default EXEC address\r\n LDD ram426C ;LOAD address\r\n ADDD ram89\r\n PSHB \r\n PSHA \r\n PULX \r\n BRA LBLFDC8\r\n\r\n ; --- SKIPF command ---\r\nCMD_SKIPF\r\n JSR LBLFDA2\r\n BSR LBLFE8A\r\n BNE LBLFDD3\r\n RTS \r\n\r\nLBLFE37 LDAA ramE2\r\n INCA \r\n BNE LBLFE46\r\n JSR LBLFBD3+1 ;Clear screen\r\n LDAA #$53 ;write 'S' to screen\r\n BSR LBLFE81\r\n JSR LBLE7B9\r\nLBLFE46 BSR LBLFEAA\r\n ORAA ram4275 ; Cass block type flag\r\n BNE LBLFE80\r\n CLRB \r\n PSHB \r\nLBLFE4F LDX #TBL425F ;tape filename block\r\n ABX \r\n LDAA ,X\r\n LDX ramE2\r\n INX \r\n BNE LBLFE5C\r\n BSR LBLFE81\r\nLBLFE5C LDX #TBL4257 ;skip/load filename\r\n ABX \r\n SUBA ,X\r\n TSX \r\n ORAA ,X\r\n STAA ,X\r\n INCB \r\n CMPB #$08\r\n BNE LBLFE4F\r\n PULA \r\n TSTA \r\n BEQ LBLFE7B\r\n TST TBL4256\r\n BEQ LBLFE7B\r\n BSR LBLFE87\r\n BNE LBLFE80\r\n BRA LBLFE37\r\nLBLFE7B LDAA #$46\r\n BSR LBLFEA1\r\n CLRA \r\nLBLFE80 RTS\r\n\r\n\r\nLBLFE81 CLR ramE8 ;turn off printer\r\n JMP LBLF9C6 ;A->SCN\r\n\r\nLBLFE87 JSR LBLFF4E ;Read cassette leader\r\nLBLFE8A LDAA #$FF ;disable blocklength limit\r\n TAB ;disable writing (B=$FF)\r\n BSR LBLFEB9\r\n BNE LBLFE98\r\n LDAA ram4275 ;cass block type flag\r\n NEGA \r\n BMI LBLFE8A\r\n DECA \r\nLBLFE98 STAA ram427B ;cass load status flag\r\n RTS\r\n\r\n\r\nLBLFE9C LDAA TBL4000\r\n EORA #$40\r\nLBLFEA1 LDAB ramE2\r\n INCB \r\n BNE LBLFEA9\r\n STAA TBL4000\r\nLBLFEA9 RTS\r\n\r\n\r\nLBLFEAA JSR LBLFF4E ;Read cassette leader\r\n LDX #TBL425F ;tape filename block\r\n STX ram4278 ;cass buffer address\r\n LDAA #$0F ;15 byte block length limit\r\nLBLFEB5 CPX #$86FF ;LDAA #$FF (disable blocklength limit)\r\n CLRB ;enable writing\r\n\r\nLBLFEB9 PSHA ;Read cassette block\r\n STAB ram4273\r\n NOP \r\n SEI \r\n BSR LBLFE9C\r\n LDX ram4278 ;cass buffer address\r\n CLRA \r\nLBLFEC5 BSR LBLFF22 ;Read cassette bit\r\n RORA \r\n CMPA #$3C ;00111100\r\n BNE LBLFEC5\r\n BSR LBLFF14 ;Read cassette char\r\n STAA ram4275 ;cass block type flag\r\n BSR LBLFF14 ;Read cassette char\r\n STAA ram4276 ;cass block length\r\n PULB \r\n CBA \r\n BHI LBLFF0A+1\r\n ADDA ram4275 ;cass block type flag\r\n STAA ram427A ;cass sumcheck\r\n LDAA ram4276 ;cass block length\r\n STAA ram427B ;cass load status flag\r\n BEQ LBLFF01\r\nLBLFEE8 BSR LBLFF14 ;Read cassette char\r\n TST ram4273\r\n BNE LBLFEF6 ;don't write if set\r\n STAA ,X\r\n CMPA ,X\r\n BNE LBLFF0D+1\r\n INX \r\nLBLFEF6 ADDA ram427A ;cass sumcheck\r\n STAA ram427A ;cass sumcheck\r\n DEC ram427B ;cass load status flag\r\n BNE LBLFEE8\r\nLBLFF01 BSR LBLFF14 ;Read cassette char\r\n SUBA ram427A ;cass sumcheck\r\n BEQ LBLFF10\r\n LDAA #$01 ; #$01 - bad sumcheck\r\nLBLFF0A CPX #$8603 ;LDAA #$03 - unexpected block length\r\nLBLFF0D CPX #$8602 ;LDAA #$02 - store failed\r\nLBLFF10 STAA ram427B ;cass load status flag\r\n RTS\r\n\r\n\r\nLBLFF14 LDAA #$08 ;Read cassette char->A\r\n STAA ram427C ;cass byte load bit counter\r\nLBLFF19 BSR LBLFF22 ;read cassette bit\r\n RORA \r\n DEC ram427C ;cass byte load bit counter\r\n BNE LBLFF19\r\n RTS\r\n\r\n\r\nLBLFF22 BSR LBLFF2C ;Read cassette bit->C\r\n LDAB ram427D ;tone duration counter\r\n DECB \r\n CMPB ram422C ;cassette 1200/2400Hz partition\r\n RTS\r\n\r\n\r\nLBLFF2C CLR ram427D ;tone duration counter\r\n TST ram427E ;cass polarity flag\r\n BNE LBLFF45 ;get 1->0 transition\r\n\r\n ;get 0->1 transition\r\nLBLFF34 BSR LBLFF3D ;Inc duration until 0\r\n BNE LBLFF34\r\nLBLFF38 BSR LBLFF3D ;Inc duration until 1\r\n BEQ LBLFF38\r\n RTS\r\n\r\n\r\nLBLFF3D INC ram427D ;tone duration counter\r\n LDAB ram03\r\n ANDB #$10\r\n RTS\r\n\r\n ;get 1->0 transition\r\nLBLFF45 BSR LBLFF3D ;Inc duration until 1\r\n BEQ LBLFF45\r\nLBLFF49 BSR LBLFF3D ;Inc duration until 0\r\n BNE LBLFF49\r\n RTS\r\n\r\n\r\nLBLFF4E NOP ;Read cassette leader\r\n SEI \r\n CLR ram427C ;cass byte load bit counter\r\nLBLFF53 BSR LBLFF34 ;get 0->1 xsition\r\nLBLFF55 BSR LBLFF84 ;clear counter, count until 0, compare counter against limit\r\n BHI LBLFF6B\r\nLBLFF59 BSR LBLFF7D ;clear counter, count until 1, compare counter against limit\r\n BLO LBLFF6F\r\n DEC ram427C ;cass byte load bit counter\r\n LDAA ram427C ;cass byte load bit counter\r\n CMPA #$A0\r\nLBLFF65 BNE LBLFF53\r\n STAA ram427E ;cass polarity flag\r\n RTS\r\n\r\n\r\nLBLFF6B BSR LBLFF7D ;clear counter, count until 1, compare counter against limit\r\n BHI LBLFF55\r\nLBLFF6F BSR LBLFF84 ;clear counter, count until 0, compare counter against limit\r\n BLO LBLFF59\r\n INC ram427C ;cass byte load bit counter\r\n LDAA ram427C ;cass byte load bit counter\r\n SUBA #$60\r\n BRA LBLFF65\r\n\r\nLBLFF7D CLR ram427D ;tone duration counter\r\n BSR LBLFF38 ;incr duration until 1\r\n BRA LBLFF89\r\nLBLFF84 CLR ram427D ;tone duration counter\r\n BSR LBLFF49 ;incr duration until 0\r\nLBLFF89 LDAB ram427D ;tone duration counter\r\n CMPB ram422D ;upper limit of 1200 Hz\r\n BHI LBLFF95\r\n CMPB ram422E ;lower limit of 2400 Hz\r\n RTS\r\n\r\n\r\nLBLFF95 CLR ram427C ;cass byte load bit counter\r\n RTS\r\n\r\n\r\nLBLFF99 JSR LBLEA2E+1 ; get ','\r\nLBLFF9C JSR LBLEF0D ; get num->B\r\n TSTB \r\n BNE LBLFFD1\r\n JMP LBLEC2D+1 ;?FC error if B=0\r\n\r\n ; --- SOUND command ---\r\nCMD_SOUND\r\n BSR LBLFF9C ;get num->B\r\n PSHB \r\n BSR LBLFF99\t ;get ,num->B\r\n PULA \r\nLBLFFAB PSHA \t ;A=PITCH, B=DURATION\r\n PSHB \r\n CLRA \r\nLBLFFAE LDX ram09 ;4; read counter\r\n LDAB ram08 ;3; read timer control and status reg [req'd to clear OCF flag] (ICF OCF TOF EICI EOCI ETOI IEDG OLVL)\r\n STX ram0B ;4; store counter to output compare register\r\nLBLFFB4 EORA #$80 ;2; toggle speaker coil output\r\n STAA ioBFFF ;4;\r\n TSX ;3;\r\n LDAB 1,X\t;4; get pitch\r\nLBLFFBC INX ;3; timewaste \r\n INX ;3; timewaste \r\n INCB ;2; \r\n BNE LBLFFBC ;3; (11 cycles per loop)\r\n LDAB ram08 ;3; \r\n ANDB #$40 ;2; get output compare flag \r\n BEQ LBLFFB4 ;3; toggle again if still clear... (freq = 1MHz/(11*(256-PITCH)+21))\r\n TSX ;4;\r\n DEC ,X ;6; dec duration (=DURATION * 65.56ms)\r\n BNE LBLFFAE ;3;\r\n CLRA \r\n STAA ioBFFF\r\n PULX \r\nLBLFFD1 RTS\r\n\r\n\r\n FCB $6E,$69,$6C,$72,$65,$62,$6D,$61,$68,$43 ; nilrebmahC (spell it backwards)\r\n\r\n ; --- User ROM routines---\r\n\r\n FDB LBLF883 ;Scan keyboard\r\n FDB LBLF9C6 ;Write char to screen\r\n FDB LBLFF4E ;Read cassette leader\r\n FDB LBLFEB9 ;Read cassette block\r\n FDB LBLFCC0 ;Write cassette block\r\n FDB LBLFFAB ;Sound\r\n FDB LBLFCB7 ;Write cassette leader\r\n FDB LBLECE3\t\t; return D to BASIC\r\n FDB LBLEBC7\t\t; get result -> D\r\n\r\n FCB $00,$C9\r\n\r\n ; 6803 vectors\r\n FDB $4200\t\t;SCI (TDRE + RDRF + ORFE)\r\n FDB $4203\t\t;TOF Timer overflow interrupt\r\n FDB $4206\t\t;OCF Output compare interrupt\r\n FDB $4209\t\t;ICF Input capture interrupt\r\n FDB $420C\t\t;IRQ1 Maskable interrupt req 1.\r\n FDB $420F\t\t;SWI Software interrupt\r\n FDB $4212\t\t;NMI Non-maskable interrupt\r\n FDB LBLF72E ;Reset\r\n\r\n .end\r\n\r\n\r\n; { 0xE000, VECTOR },\r\n; { 0xE030, TABLE },\r\n; { 0xE045, TABLE_ASCII },\r\n; { 0xE148, VECTOR },\r\n; { 0xE18A, TABLE_ASCII },\r\n; { 0xE1C8, CODE },\r\n; { 0xE7C1, TABLE_ASCII },\r\n; { 0xE7C8, CODE },\r\n; { 0xE8AB, TABLE_ASCII },\r\n; { 0xE8BB, CODE },\r\n; { 0xE988, TABLE },\r\n; { 0xE98B, CODE },\r\n; { 0xF08B, TABLE },\r\n; { 0xF0B9, CODE },\r\n; { 0xF403, TABLE },\r\n; { 0xF412, CODE },\r\n; { 0xF524, TABLE },\r\n; { 0xF54D, CODE },\r\n; { 0xF59B, TABLE },\r\n; { 0xF5C9, CODE },\r\n; { 0xF682, TABLE_WORD },\r\n; { 0xF686, CODE },\r\n; { 0xF6F6, TABLE },\r\n; { 0xF72E, CODE },\r\n; { 0xF7F7, TABLE },\r\n; { 0xF810, TABLE_ASCII },\r\n; { 0xF83F, CODE },\r\n; { 0xF956, TABLE_ASCII },\r\n; { 0xF9C6, CODE },\r\n; { 0xFFD2, TABLE_ASCII },\r\n; { 0xFFDC, VECTOR },\r\n; { 0xFFEE, TABLE },\r\n; { 0xFFF0, TABLE_WORD },\r\n; { 0x10000, DISASM_END },\r\n"
},
{
"path": "docs/mega65.txt",
"content": "https://dansanderson.com/mega65/taste-the-rainbow/"
},
{
"path": "docs/presentazione.md",
"content": "# CROSS-LIB \r\nUna breve presentazione\r\n\r\n## COSA E'?\r\nCross-Lib è una libreria C e alcuni strumenti che permettono di scrivere semplici giochi per computer, consoles 8-bit e \r\naltri dispositivi vintage (calcolatrici scientifiche, board arcade, computer giocattolo, etc.).\r\nPermette di scrivere un gioco *UNA SOLA VOLTA* e poi compilarne il codice per circa 200 sistemi vintage senza bisogno di doverlo adattare manualmente.\r\nQuindi si usa come una normale libreria C che non fa altro che estendere il C con alcune funzioni per l'input, la grafica e per i suoni.\r\nI giochi scritti con Cross-Lib sono quindi scritti in C.\r\n\r\n## COMPILAZIONE\r\nCross-Lib è fatta in modo che il codice del gioco possa essere cross-compilato con più di una dozzina di cross-compilatori diversi per centinaia di sistemi diversi.\r\nIn sostanza si usano dei cross-compilatori su PC che producono i binari e eventuali immagini disco/cassetta/cartuccia direttamente da PC.\r\n\r\n## FLESSIBILITA'\r\nCross-Lib supporta pressoché qualsiasi sistema 8-bit tra quelli degli ultimi anni 60 fino a quelli dei primi anni 90. Quindi supporta sia sistemi senza alcuna grafica, senza colori e suoni (come CP/M senza schede grafiche aggiuntive), sia sistemi con grafica, colori e suoni (come il Commodore 64 e la console Sega Master System).\r\nCross-Lib fa la \"magia\" di adattare durante la compilazione il gioco alla presenza o meno di grafica, colori, suoni e adatta il gioco anche rispetto alla dimensione dello schermo di ogni sistema.\r\n\r\n## LIMITI\r\nQuesta enorme flessibilità però impone alcuni vincoli su alcuni aspetti tecnici dei giochi che si possono scrivere con Cross-Lib: \r\n- grafica a tiles,\r\n- poche tiles,\r\n- suoni limitati, \r\n- pochi colori, \r\n- velocità del gioco a volte non sempre costante,\r\n- velocità del gioco non sempre identica tra i diversi sistemi,\r\n- etc.\r\n\r\nIl risultato più evidente è che i giochi scritti con C usano poche tiles (cioè qualcosa di simile a dei caratteri ridefiniti).\r\nNonostante questi limiti è comunque possibile creare delle animazioni più fluide del semplice movimento di un carattere.\r\nI giochi attualmente possibili hanno un aspetto simile a quelli dei primi anni 80 su un Sinclair ZX Spectrum.\r\n\r\n## SVILUPPO FUTURO\r\nCross-Lib NON è un prodotto finito.\r\nIn futuro migliorerò diversi aspetti tra cui:\r\n- facilità d'uso come framework di sviluppo,\r\n- possibilità di usare un numero maggiore di tiles,\r\n- maggiore flessibilità dei suoni.\r\n\r\n\r\n"
},
{
"path": "docs/presentazione.txt",
"content": "CROSS-LIB \r\nUna breve presentazione\r\n\r\nCOSA E'?\r\nCross-Lib è una libreria C e alcuni strumenti che permettono di scrivere semplici giochi per computer, consoles 8-bit e \r\naltri dispositivi vintage (calcolatrici scientifiche, board arcade, computer giocattolo, etc.).\r\nPermette di scrivere un gioco UNA SOLA VOLTA e poi compilarlo per circa 200 sistemi vintage senza bisogno di doverlo adattare.\r\nQuindi si usa come una normale libreria C che non fa altro che estendere il C con alcune funzioni per la grafica e per i suoni.\r\nI giochi scritti con Cross-Lib sono quindi scritti in C.\r\n\r\nCOMPILAZIONE\r\nCross-Lib è fatta in modo che il codice del gioco possa essere cross-compilato con più di una dozzina di cross-compilatori diversi per centinaia di sistemi diversi.\r\nIn sostanza si usano dei cross-compilatori su PC che producono i binari e eventuali immagini disco/cassetta/cartuccia direttamente da PC.\r\n\r\nFLESSIBILITA'\r\nCross-Lib supporta pressoché qualsiasi sistema 8-bit tra quelli degli ultimi anni 60 a quelli più recente. Quindi supporta target senza alcuna grafica, colori e suoni come CP/M senza schede grafiche aggiuntive e sistemi con grafica, colori e suoni come il Commodore 64 e la Game Boy.\r\nCross-Lib fa la \"magia\" di adattare durante la compilazione il gioco alla presenza o meno di grafica, colori, suoni e dimensione dello schermo di ogni sistema.\r\n\r\nLIMITI\r\nQuesta enorme flessibilità però impone alcuni vincoli su alcuni aspetti tecnici dei giochi che si possono scrivere con Cross-Lib: \r\n- grafica a tiles, \r\n- suoni limitati, \r\n- pochi colori, \r\n- velocità del gioco a volte non sempre costante,\r\n- velocità del gioco non sempre identica tra i diversi sistemi,\r\n- etc.\r\nIl risultato è che i giochi scritti con C usano poche tiles (cioè qualcosa di simile a dei caratteri ridefiniti).\r\nNonostante questi limiti è comunque possibile creare delle animazioni più fluide del semplice movimento di un carattere.\r\nI giochi attualmente possibili hanno un aspetto simile a quelli dei primi anni 80 su un Sinclair ZX Spectrum.\r\n\r\nSVILUPPO FUTURO\r\nCross-Lib NON è un prodotto finito.\r\nIn futuro migliorerò diversi aspetti tra cui:\r\n- facilità d'uso come framework di sviluppo,\r\n- possibilità di usare un numero maggiore di tiles,\r\n- maggiore flessibilità dei suoni.\r\n\r\n\r\n"
},
{
"path": "docs/requirements.txt",
"content": "REQUIREMENTS\n\nIn order to build the binaries for all targets, you need the compilers (see README.md) and some additionals tools, such as:\n- Java\n- Python\n\n\n"
},
{
"path": "docs/zzap_issue.txt",
"content": "Are PSG sound routines on the Spectrum target suppose to work as on other A&-3-8910 targets?\r\n\r\nI am testing with the Spectrum 128 emulated by Fuse and EightyOne emulators.\r\nFuse: black screen freezze\r\nEightyOne: no freeze but the border flashes when I run the zap function\r\n\r\nI am using the following code (which works on CPC):\r\n```\r\n#include \r\n#include \r\n#include \r\n#define A_PERIOD_LOW 0\r\n#define A_PERIOD_HI 1\r\n#define B_PERIOD_LOW 2\r\n#define B_PERIOD_HI 3\r\n#define C_PERIOD_LOW 4\r\n#define C_PERIOD_HI 5\r\n#define NOISE 6\r\n#define CONTROL 7\r\n#define A_VOLUME 8\r\n#define B_VOLUME 9\r\n#define C_VOLUME 10\r\n#define ENV_PERIOD_LOW 11\r\n#define ENV_PERIOD_HI 12\r\n#define ENV_WAVE 13\r\n\r\n\r\nvoid _ping_sound(uint8_t freq)\r\n{ \r\n\tuint8_t i;\r\n\t\r\n\tset_psg(A_VOLUME,15);\r\n\tset_psg(A_PERIOD_LOW,255);\r\n\t\r\n\tset_psg(A_PERIOD_HI, 15 - (freq>>4));\t\t\r\n\r\n\tset_psg(CONTROL, 0xFF - 0x01);\r\n\t\r\n\tfor(i=0;i<220;++i)\r\n\t{\r\n\t}\r\n\t\t\r\n\tset_psg(A_VOLUME,0);\r\n}\t\t\t\r\n\r\n\r\nvoid _explosion_sound(uint8_t freq)\r\n{ \r\n\tuint8_t i;\r\n\tuint8_t j;\r\n\t\r\n\tset_psg(NOISE,15);\r\n\tset_psg(A_VOLUME,15);\r\n\t\r\n\tset_psg(A_PERIOD_LOW,0);\r\n\tset_psg(A_PERIOD_HI, 15 - (freq>>4));\r\n\t\r\n\tset_psg(CONTROL, 0xFF - 0x08);\r\n\t\r\n\tfor(i=0;i<13;i++)\r\n\t{\r\n\t\tset_psg(A_VOLUME,15-i);\t\t\r\n\t\tfor(j=0;j<253;++j)\r\n\t\t{\r\n\t\t}\t\t\r\n\t}\r\n\r\n\tset_psg(A_VOLUME,0);\t\t\r\n}\r\n\r\n\r\n\r\n\r\nvoid ZAP_SOUND(void) {\r\n\tuint8_t i;\r\n\tuint8_t j;\r\n\tset_psg(A_VOLUME,15);\r\n\tset_psg(A_PERIOD_LOW,255);\r\n\tset_psg(A_PERIOD_HI, 15);\r\n\tset_psg(CONTROL, 0xFF - 0x01);\r\n\tfor(i=0;i<16;i++) {\r\n\t\tset_psg(A_PERIOD_HI,15-i);\t\t\r\n\t\tfor(j=0;j<150;++j){}\r\n\t}\r\n\tset_psg(A_VOLUME,0);\t\t\r\n}\r\n\r\n#define PING_SOUND() _ping_sound(0xF0);\t\r\n#define TOCK_SOUND() _ping_sound(0x02);\r\n#define TICK_SOUND() _ping_sound(0x60);\r\n#define SHOOT_SOUND() _explosion_sound(0xF0);\r\n#define EXPLOSION_SOUND() _explosion_sound(0x80);\r\nint main()\r\n{\r\n while(1) {\r\n clrscr();\r\n printf(\"press a key\\n\");\r\n getch();\r\n \r\n clrscr();\r\n printf(\"ping sound\");\r\n PING_SOUND();\r\n \r\n getch();\r\n clrscr();\r\n printf(\"explosion\");\r\n EXPLOSION_SOUND();\r\n getch();\r\n \r\n clrscr();\r\n printf(\"zzzapp!!\\n\");\r\n ZAP_SOUND();\r\n getch();\r\n };\r\n return 0;\r\n}\r\n\r\n\r\n```\r\n\r\nwhich I compile with:\r\n```\r\n\t$(Z88DK_PATH)$(MYZ88DK) +zx -lndos -create-app -vn $(TEST_PATH)/psg_test.c\r\n```\r\n"
},
{
"path": "logs/.gitkeep",
"content": ""
},
{
"path": "roms/mame/.keepthisfile.txt",
"content": "keep this file\n\n"
},
{
"path": "roms/vice/c64/.keepthisfile.txt",
"content": "keep this file\n\n"
},
{
"path": "roms/vice/pet/.keepthisfile.txt",
"content": "keep this file\n\n"
},
{
"path": "roms/vice/plus4/.keepthisfile.txt",
"content": "keep this file\n\n"
},
{
"path": "roms/vice/vic20/.keepthisfile.txt",
"content": "keep this file\n\n"
},
{
"path": "src/Makefile_common",
"content": "######################################################################\n# Common Makefile\n\n\nSOURCE_PATH := $(PARENT_DIR)/$(GAME_NAME)\n\n#-D_DEFAULT_ASCII\nDEFAULT_ASCII=\n\nGLOBAL_OPTS ?= $(DEFAULT_ASCII) $(COMPILER_OPTS) $(PROJECT_OPTS) -D__FORCE_SLOWDOWN=$(SLOWDOWN)\n\n# \n#-D_BACKGROUND_COLOR=1\n\n# NCURSES ?= ncursesw\n\n#######################################################################\n# Use parameters (env variables) to modify compilation parameters\n\nSCCZ80_OPTS ?= $(GLOBAL_OPTS) $(Z88DK_MAKEFILE_COMPILATION_OPTS)\n#-O0\n#-O3\n\nSCCZ80_ROM_OPTS ?= $(GLOBAL_OPTS) $(Z88DK_MAKEFILE_COMPILATION_OPTS)\n#-O0\n#-O3\n\nZSDCC_OPTS ?= $(ZSDCC_MAKEFILE_COMPILATION_OPTS) $(GLOBAL_OPTS)\n# -SO2\n#-SO0\n# -SO3 --max-allocs-per-node200000\n\nZSDCC_ROM_OPTS ?= $(ZSDCC_MAKEFILE_COMPILATION_OPTS) $(GLOBAL_OPTS)\n# -SO3\n# -SO3 --max-allocs-per-node200000\n\nZ88DK_MAKE_OPTS ?= $(ZSDCC_MAKEFILE_THREADS_OPTS)\n#-j 8\n\n######################################################################\n# Cross-Shoot files\n#\n\n\nSCCZ80_OPTS ?= -O0\n\n\n# Parallel compilation for Z88DK targets\n# Z88DK_MAKE_OPTS ?= -j 8\n\n\n\n####################################################################################################################\n# COMMON INCLUDES\n\ninclude makefiles.common/auxiliary/Makefile_ALL\n\n\n\n#################################################################\n# Grouped Targets \n\nifeq ($(DO_WIN),1)\nall: \\\n gcc_targets \\\n cc65_targets \\\n cmoc_targets \\\n lcc1802_targets \\\n z88dk_targets\n\t\nC1541 = ../tools/generic/c1541.exe\nLCC1802_HEX=hex\nelse\nall: \\\n gcc_targets \\\n cc65_targets \\\n cmoc_targets \\\n z88dk_targets\n\t\nC1541 = c1541\nLCC1802_HEX=out\nendif\n\ngcc_targets: \\\n\tncurses \n\n#TODO: Atari is currently broken in newest cc65 versions\n\nifeq ($(DO_WIN),1)\ncc65_targets_sequential: \\\n apple2 \\\n apple2enh \\\n atari \\\n atari_lynx \\\n atari5200 \\\n atari7800 \\\n c16 \\\n c64 \\\n cbm510 \\\n cbm610 \\\n creativision \\\n gamate \\\n oric \\\n nes \\\n pet \\\n pce \\\n supervision \\\n vic20 \nelse\ncc65_targets_sequential: \\\n apple2 \\\n apple2enh \\\n atari_lynx \\\n atari5200 \\\n atari7800 \\\n atari \\\n c16 \\\n c64 \\\n cbm510 \\\n cbm610 \\\n creativision \\\n gamate \\\n oric \\\n nes \\\n pet \\\n pce \\\n supervision \\\n vic20 \nendif\n\n\ncc65_targets:\n\t$(MAKE) $(Z88DK_MAKE_OPTS) cc65_targets_sequential -f ./$(PARENT_DIR)/$(GAME_NAME)/Makefile.$(GAME_NAME)\n\n\n\ncmoc_targets: \\\n mo5_targets \\\n to7_targets \\\n coco_targets\n\nifeq ($(DO_WIN),1)\nz88dk_targets_sequential: \\\n ace \\\n agon \\\n aquarius \\\n cpc \\\n c128_z80_40col \\\n camputers_lynx \\\n coleco \\\n cpm \\\n gb \\\n laser500 \\\n mc1000 \\\n bee \\\n m5 \\\n msx \\\n mtx500 \\\n mtx512 \\\n mz \\\n pc88 \\\n samcoupe \\\n sc3000 \\\n sc3000_rom \\\n sg1000 \\\n spectrum \\\n vg5k \\\n vz200 \\\n zx81_wrx \\\n zx81_8x6_wrx128 \\\n zx81 \\\n gg \\\n sms\nelse\nz88dk_targets_sequential: \\\n aquarius \\\n ace \\\n agon \\\n camputers_lynx \\\n coleco \\\n cpc \\\n cpm \\\n gb \\\n laser500 \\\n mc1000 \\\n bee \\\n m5 \\\n msx \\\n mtx500 \\\n mtx512 \\\n mz \\\n pc88 \\\n samcoupe \\\n sc3000 \\\n sc3000_rom \\\n sg1000 \\\n spectrum \\\n vg5k \\\n vz200 \\\n zx81_wrx \\\n zx81_8x6_wrx128 \\\n zx81 \\\n gg \\\n sms\nendif\n\n\nz88dk_targets:\n\t$(MAKE) $(Z88DK_MAKE_OPTS) z88dk_targets_sequential -f ./$(PARENT_DIR)/$(GAME_NAME)/Makefile.$(GAME_NAME)\n\n\n_lcc1802_6x9_targets: \\\n _comx \\\n _pecom \\\n _micro\n\nlcc1802_6x9_targets: \\\n _lcc1802_6x9_targets \\\n clean_combo_files\n\n_lcc1802_6x8_targets: \\\n _comx_ntsc\n\nlcc1802_6x8_targets: \\\n _lcc1802_6x8_targets \\\n clean_combo_files\n \n_lcc1802_ascii_targets: \\\n _tmc600\n\nlcc1802_ascii_targets: \\\n _lcc1802_ascii_targets \\\n clean_combo_files\n\nlcc1802_targets: \\\n _lcc1802_6x9_targets \\\n _lcc1802_ascii_targets \\\n clean_combo_files\n\n\n\n#################################################################\n# CC65\n\n#################################################################\n\nCC65_OPTS = $(GLOBAL_OPTS) $(CC65_MAKEFILE_COMPILATION_OPTS)\n\napple2: apple2_hgr\n\napple2_hgr: $(ASSETS_PATH)/7x8_chars.h\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t apple2 \\\n\t--config $(CFG_PATH)/cc65/apple2-hgr.cfg \\\n\t-D__ALT_SLEEP $(APPLE2_GAME_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_APPLE2_HGR_SLOWDOWN) -DXSize=20 -DYSize=24 \\\n\t-D__ALT_PRINT \\\n\t-D__APPLE2_HGR_GRAPHICS -D__DEFAULT_CLEAR_SCREEN \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/apple2/hgr.s \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t--code-name LOWCODE \\\n\t$(CROSS_LIB_PATH)/sound/generic/bit_bang_sounds.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/apple2/apple2_hgr_init_graphics.c \\\n\t-o $(BUILD_PATH)/aschase.bin\nifdef USE_TOOLS\n\tcp $(TOOLS_PATH)/cc65/apple2/MASTER_BOOT_ASCHASE.DSK $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk\n\tjava -jar $(TOOLS_PATH)/cc65/apple2/ac.jar -as $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk aschase < $(BUILD_PATH)/aschase.bin\n\trm -rf $(BUILD_PATH)/aschase.bin\nelse\n\tmv $(BUILD_PATH)/aschase.bin $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\nendif\n\n\nAGAT_GFX_OPTS ?= -D__BIT_MAPPED_GRAPHICS -D__BIT_MAPPED_16_GRAPHICS -D_XL_NO_SMALL_LETTERS\n\nagat: $(ASSETS_PATH)/cc65_agat.s \n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t agat \\\n\t-D__AGAT__ -D_XL_NO_JOYSTICK -D_XL_JCUKEN_KEYBOARD -D__ALT_SLEEP -D__ALT_PRINT -D__DEFAULT_CLEAR_SCREEN \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_AGAT_SLOWDOWN) -DXSize=16 -DYSize=16 \\\n\t$(AGAT_GFX_OPTS) \\\n\t$(CROSS_LIB_PATH)/sound/generic/bit_bang_sounds.c \\\n\t$(FULL_FILES) $(ASSETS_PATH)/cc65_agat.s \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/agat/agat_init_graphics.c \\\n\t-o $(BUILD_PATH)/$@.bin\nifdef USE_TOOLS\n\tcp $(TOOLS_PATH)/cc65/apple2/MASTER_BOOT_ASCHASE.DSK $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk\n\tjava -jar $(TOOLS_PATH)/cc65/apple2/ac.jar -as $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk xl < $(BUILD_PATH)/$@.bin\n\trm -rf $(BUILD_PATH)/$@.bin\nelse\n\tmv $(BUILD_PATH)/$@.bin $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\nendif\n\nagat_ijkl: $(ASSETS_PATH)/cc65_agat.s \n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t agat \\\n\t-D__AGAT__ -D_XL_NO_JOYSTICK -D__ALT_SLEEP -D__ALT_PRINT -D__DEFAULT_CLEAR_SCREEN \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_AGAT_SLOWDOWN) -DXSize=16 -DYSize=16 \\\n\t$(AGAT_GFX_OPTS) \\\n\t$(CROSS_LIB_PATH)/sound/generic/bit_bang_sounds.c \\\n\t$(FULL_FILES) $(ASSETS_PATH)/cc65_agat.s \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/agat/agat_init_graphics.c \\\n\t-o $(BUILD_PATH)/$@.bin\nifdef USE_TOOLS\n\tcp $(TOOLS_PATH)/cc65/apple2/MASTER_BOOT_ASCHASE.DSK $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk\n\tjava -jar $(TOOLS_PATH)/cc65/apple2/ac.jar -as $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk xl < $(BUILD_PATH)/$@.bin\n\trm -rf $(BUILD_PATH)/$@.bin\nelse\n\tmv $(BUILD_PATH)/$@.bin $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\nendif\n\n# TODO: does it work?\nagat_cursors: $(ASSETS_PATH)/cc65_agat.s \n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t agat \\\n\t-D__AGAT__ -D_XL_NO_JOYSTICK -D_XL_ARROW_KEYS -D__ALT_SLEEP -D__ALT_PRINT -D__DEFAULT_CLEAR_SCREEN \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_AGAT_SLOWDOWN) -DXSize=16 -DYSize=16 \\\n\t$(AGAT_GFX_OPTS) \\\n\t$(CROSS_LIB_PATH)/sound/generic/bit_bang_sounds.c \\\n\t$(FULL_FILES) $(ASSETS_PATH)/cc65_agat.s \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/agat/agat_init_graphics.c \\\n\t-o $(BUILD_PATH)/$@.bin\nifdef USE_TOOLS\n\tcp $(TOOLS_PATH)/cc65/apple2/MASTER_BOOT_ASCHASE.DSK $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk\n\tjava -jar $(TOOLS_PATH)/cc65/apple2/ac.jar -as $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk xl < $(BUILD_PATH)/$@.bin\n\trm -rf $(BUILD_PATH)/$@.bin\nelse\n\tmv $(BUILD_PATH)/$@.bin $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\nendif\n\n#################################################################\n\n\n\napple2enh: apple2enh_hgr\n\napple2enh_hgr: $(ASSETS_PATH)/7x8_chars.h\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t apple2 \\\n\t--config $(CFG_PATH)/cc65/apple2-hgr.cfg \\\n\t -D__ALT_SLEEP $(APPLE2_GAME_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_APPLE2ENH_HGR_SLOWDOWN) -DXSize=20 -DYSize=24 \\\n\t -D__ALT_PRINT \\\n\t-D__APPLE2_HGR_GRAPHICS -D__DEFAULT_CLEAR_SCREEN \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/apple2/hgr.s \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t--code-name LOWCODE \\\n\t$(CROSS_LIB_PATH)/sound/generic/bit_bang_sounds.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/apple2/apple2_hgr_init_graphics.c \\\n\t-o $(BUILD_PATH)/aschase.bin\nifdef USE_TOOLS\n\tcp $(TOOLS_PATH)/cc65/apple2/MASTER_BOOT_ASCHASE.DSK $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk\n\tjava -jar $(TOOLS_PATH)/cc65/apple2/ac.jar -as $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk aschase < $(BUILD_PATH)/aschase.bin\n\trm -rf $(BUILD_PATH)/aschase.bin\nelse\n\tmv $(BUILD_PATH)/aschase.bin $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\nendif\n\n#################################################################\n\natari: $(ASSETS_PATH)/8x8_chars.h $(TOOLS_PATH)/cc65/atari/mkatr-master/mkatr$(COMPILEDEXT)\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t atari \\\n\t \\\n\t$(5COLOR_PALETTE) \\\n\t--config $(CFG_PATH)/cc65/atari_mode1_redefined_chars.cfg \\\n\t-D__ANTIC_MODE6_GRAPHICS -D__ALT_SLEEP \\\n\t-D__NO_SCREEN_COLOR_INIT \\\n\t-D__ALT_PRINT \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_ATARI_SLOWDOWN) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/atari_mode1_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/atari/disable_setcursor.s \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/atari/atari_mode1_redefined_chars_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/sound/cc65/pokey/pokey_sounds.c \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.xex\n\t$(TOOLS_PATH)/cc65/atari/mkatr-master/mkatr $(BUILD_PATH)/X$(GAME_NAME)_$@.atr -b $(BUILD_PATH)/X$(GAME_NAME)_$@.xex\n\n#################################################################\n\natari5200: $(ASSETS_PATH)/8x8_chars.h\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t atari5200 \\\n\t--config $(CFG_PATH)/cc65/atari5200_redefined_chars_32k.cfg \\\n\t-D__ATARI5200__ $(5COLOR_PALETTE) \\\n\t-D__ANTIC_MODE6_GRAPHICS \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_ATARI5200_SLOWDOWN) \\\n\t$(CROSS_LIB_PATH)/sound/cc65/pokey/pokey_sounds.c \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/atari5200/atari5200_init_graphics.c \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.rom\n\n#################################################################\n\n\natari_lynx: $(ASSETS_PATH)/8x6_tiles.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t lynx \\\n\t-D__ATARI_LYNX__ -D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_ATARI_LYNX_SLOWDOWN) \\\n\t-D__NO_SCREEN_COLOR_INIT -DXSize=20 -DYSize=17 -D_XL_NUMBER_OF_TILES=27 \\\n\t-D__LYNX_TGI_GRAPHICS \\\n\t-D__ALT_PRINT \\\n\t$(CROSS_LIB_PATH)/display/alt_print/tgi_gfx_print.c \\\n\t$(CROSS_LIB_PATH)/sound/cc65/atari_lynx/atari_lynx_sounds.c \\\n\t$(CROSS_LIB_PATH)/sound/cc65/atari_lynx/chibisound.asm \\\n\t$(ASSETS_PATH)/8x6_tiles.s \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/atari_lynx/atari_lynx_gfx_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.lnx\n\n\n#################################################################\n\n\n%.o : %.s\n\t$(CC65_PATH)$(CA65) -t atari7800 -o$@ $<\n\nsfxobjects= \\\n\t$(TOOLS_PATH)/cc65/atari7800/sfxlib/sfx_bling.o \\\n\t$(TOOLS_PATH)/cc65/atari7800/sfxlib/sfx_explosion.o \\\n\t$(TOOLS_PATH)/cc65/atari7800/sfxlib/sfx_poof1.o \\\n\t$(TOOLS_PATH)/cc65/atari7800/sfxlib/sfx_poof2.o \\\n\t$(TOOLS_PATH)/cc65/atari7800/sfxlib/sfx_powerup.o \\\n\t$(TOOLS_PATH)/cc65/atari7800/sfxlib/sfx_quack.o\n\nsfxlib = sfx.lib\n\n# all: $(sfxlib)\n\n$(sfxlib) : $(sfxobjects)\n\t$(AR65) rv $(sfxlib) $(sfxobjects)\n\t$(AR65) t $(sfxlib)\n\natari7800: $(ASSETS_PATH)/cc65_udc_atari7800_160A.s $(ASSETS_PATH)/formatted_cc65_udc_atari7800_160A.s $(TOOLS_PATH)/cc65/atari7800/sfx.o $(TOOLS_PATH)/cc65/atari7800/extzp.o $(sfxlib)\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t atari7800 --force-import __EXEHDR__ \\\n\t-D__ATARI7800_COLOR_GRAPHICS -D__NO_SCREEN_COLOR_INIT -D__ALT_SLEEP \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_ATARI7800_SLOWDOWN) \\\n\t-DXSize=20 -DYSize=28 -D__DEFAULT_CLEAR_SCREEN $(4COLOR_PALETTE) \\\n\t-D__ALT_PRINT \\\n\t$(TOOLS_PATH)/cc65/atari7800/extzp.o \\\n\t$(TOOLS_PATH)/cc65/atari7800/sfx.o \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/atari7800/atari7800_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(ASSETS_PATH)/formatted_cc65_udc_atari7800_160A.s \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.a78 -L . sfx.lib\n\trm sfx.lib\n\n\natari7800_no_color: \n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t atari7800 --force-import __EXEHDR__ atari7800-mono.o \\\n\t--config $(CFG_PATH)/cc65/atari7800_more_ram.cfg -D_XL_NO_UDG -D_XL_NO_COLOR -D__TARGET_SPECIFIC_ASCII \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS -D__NO_SCREEN_COLOR_INIT -D__ALT_SLEEP -D_XL_NO_SOUND \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_ATARI7800_NO_COLOR_SLOWDOWN) -DXSize=34 -DX_OFFSET=3 -DYSize=28 \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.a78\n\n\natari7800_320A: $(ASSETS_PATH)/cc65_udc_atari7800_160A.s $(ASSETS_PATH)/formatted_cc65_udc_atari7800_160A.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t atari7800 --force-import __EXEHDR__ atari7800-mono.o \\\n\t--config $(CFG_PATH)/cc65/atari7800_more_ram.cfg -D_XL_NO_COLOR -D__TARGET_SPECIFIC_ASCII \\\n\t-D__ATARI7800_COLOR_GRAPHICS -D__DEFAULT_CLEAR_SCREEN \\\n\t-D__CONIO_GRAPHICS -D__NO_SCREEN_COLOR_INIT -D__ALT_SLEEP -D_XL_NO_SOUND \\\n\t$(ASSETS_PATH)/formatted_cc65_udc_atari7800_160A.s \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_ATARI7800_NO_COLOR_SLOWDOWN) -DXSize=34 -DX_OFFSET=3 -DYSize=28 \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/atari7800/atari7800_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.a78\n\n#################################################################\n\nc16: c16_32k\n\n# -m mapfile.txt\n# --check-stack\n# D__DEFAULT_CLEAR_SCREEN uses _SPACE=$60, which is correct but slow\n# D__KERNAL_CLEAR_SCREEN uses a hard-coded $20 character, which is wrong in this case ($60 is needed)\n# D__ASSEMBLY_CLEAR_SCREEN uses a hard-coded $60, which is correct\nc16_16k: $(ASSETS_PATH)/cc65_udc_arcade_64_chars.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t c16 \\\n\t--config $(CFG_PATH)/cc65/c16-16k_GFX_64chars_stack_0x30.cfg \\\n\t-D__NO_SCREEN_COLOR_INIT \\\n\t-D__ALT_PRINT \\\n\t-D__MEMORY_MAPPED_GRAPHICS \\\n\t-D__ASSEMBLY_CLEAR_SCREEN \\\n\t-D__ALT_SLEEP \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_C16_SLOWDOWN) \\\n\t-D__UDG_BASE_FACTOR=15 \\\n\t$(CROSS_LIB_PATH)/sound/cc65/c264/c264_sounds.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(FULL_FILES) \\\n\t$(ASSETS_PATH)/cc65_udc_arcade_64_chars.s \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/c264/c16_linked_redefined_chars_init_graphics.c \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n\nc16_16k_double_buffer: $(ASSETS_PATH)/cc65_udc_arcade_64_chars.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t c16 -m mapfile.txt \\\n\t--config $(CFG_PATH)/cc65/c16-16k_GFX_64chars_stack_0x30.cfg \\\n\t-D__NO_SCREEN_COLOR_INIT -D__USE_WAIT_V_SYNC \\\n\t-D__ALT_PRINT \\\n\t-D__MEMORY_MAPPED_GRAPHICS -D__DOUBLE_BUFFER \\\n\t-D__ASSEMBLY_CLEAR_SCREEN -D__DEFAULT_CLEAR_SCREEN \\\n\t-D__ALT_SLEEP \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_C16_DOUBLE_BUFFER_SLOWDOWN) \\\n\t-D__UDG_BASE_FACTOR=15 \\\n\t$(CROSS_LIB_PATH)/sound/cc65/c264/c264_sounds.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(FULL_FILES) \\\n\t$(ASSETS_PATH)/cc65_udc_arcade_64_chars.s \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/c264/c16_linked_redefined_chars_init_graphics.c \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\nc16_16k_low_stack: $(ASSETS_PATH)/cc65_udc_arcade_64_chars.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t c16 \\\n\t--config $(CFG_PATH)/cc65/c16-16k_GFX_64chars_stack_0x30_less_hd_stack.cfg \\\n\t-D__NO_SCREEN_COLOR_INIT \\\n\t-D__ALT_PRINT \\\n\t-D__MEMORY_MAPPED_GRAPHICS \\\n\t-D__ASSEMBLY_CLEAR_SCREEN \\\n\t-D__ALT_SLEEP \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_C16_SLOWDOWN) \\\n\t-D__UDG_BASE_FACTOR=15 \\\n\t$(CROSS_LIB_PATH)/sound/cc65/c264/c264_sounds.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(FULL_FILES) \\\n\t$(ASSETS_PATH)/cc65_udc_arcade_64_chars.s \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/c264/c16_linked_redefined_chars_init_graphics.c \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n\nc16_conio: c16_16k_conio\n\nc16_16k_conio: $(ASSETS_PATH)/8x8_chars.h\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t c16 --config $(CFG_PATH)/cc65/c16-16k.cfg -m mapfile.txt \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_C16_CONIO_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/c264/c16_redefined_chars_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/sound/cc65/c264/c264_sounds.c \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n#c16_32k: c16_32k_conio\n\nc16_32k: $(ASSETS_PATH)/8x8_chars.h\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t c16 --config $(CFG_PATH)/cc65/c16-32k.cfg \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_C16_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/c264/c16_redefined_chars_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/sound/cc65/c264/c264_sounds.c \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n#################################################################\n\n\n# c64_Ln: $(ASSETS_PATH)/cc65_udc_arcade.s\n\t# $(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t c64 -Ln global \\\n\t# --config $(CFG_PATH)/cc65/c64_GFXat0xC000.cfg \\\n\t# -D__MEMORY_MAPPED_GRAPHICS -D__ALT_PRINT \\\n\t# -D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_C64_SLOWDOWN) \\\n\t# $(CROSS_LIB_PATH)/sound/cc65/sid/sid_sounds.c \\\n\t# $(ASSETS_PATH)/cc65_udc_arcade.s \\\n\t# $(CROSS_LIB_PATH)/display/init_graphics/cc65/c64/c64_init_graphics.c \\\n\t# $(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t# $(FULL_FILES) \\\n\t# -o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n# -Ln global\nc64: $(ASSETS_PATH)/cc65_udc_arcade.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t c64 \\\n\t--config $(CFG_PATH)/cc65/c64_GFXat0xC000.cfg \\\n\t-D__MEMORY_MAPPED_GRAPHICS -D__ALT_PRINT \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_C64_SLOWDOWN) \\\n\t$(CROSS_LIB_PATH)/sound/cc65/sid/sid_sounds.c \\\n\t$(ASSETS_PATH)/cc65_udc_arcade.s \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/c64/c64_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n\nc64_double_buffer: $(ASSETS_PATH)/cc65_udc_arcade.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t c64 \\\n\t--config $(CFG_PATH)/cc65/c64_GFXat0xC000.cfg \\\n\t-D__MEMORY_MAPPED_GRAPHICS -D__DOUBLE_BUFFER -D__ALT_PRINT \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_C64_SLOWDOWN) \\\n\t$(CROSS_LIB_PATH)/sound/cc65/sid/sid_sounds.c \\\n\t$(ASSETS_PATH)/cc65_udc_arcade.s \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/c64/c64_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n#TODO: Broken\nc64_conio: $(ASSETS_PATH)/cc65_udc_arcade_conio.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t c64 \\\n\t--config $(CFG_PATH)/cc65/c64_GFXat0xC000.cfg \\\n\t-D__CONIO_GRAPHICS \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_C64_SLOWDOWN) \\\n\t$(CROSS_LIB_PATH)/sound/cc65/sid/sid_sounds.c \\\n\t$(ASSETS_PATH)/cc65_udc_arcade_conio.s \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/c64/c64_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg \n\nifdef USE_TOOLS\nc64_exomized: c64 $(TOOLS_PATH)/generic/exomizer/exomizer$(COMPILEDEXT)\n\t$(TOOLS_PATH)/generic/exomizer/exomizer sfx basic $(BUILD_PATH)/X$(GAME_NAME)_$<.prg -o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\nc64_crt: c64_exomized\n\tpython $(TOOLS_PATH)/cc65/c64/prg2crt.py $(BUILD_PATH)/X$(GAME_NAME)_$<.prg $(BUILD_PATH)/X$(GAME_NAME)_$@.crt\nendif\n\n\n\n#######################################################################################\n# CBM610\n\ncbm610: \n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t cbm610 \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS -D_XL_NO_JOYSTICK -D_XL_NO_UDG \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_CBM610_SLOWDOWN) \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n\n#######################################################################################\n# CBM510\n\ncbm510: \n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t cbm510 -DEXTRA_TITLE \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS -D_XL_NO_SOUND -D_XL_NO_UDG \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_CBM510_SLOWDOWN) \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n\n\n\n#################################################################\n\nifdef USE_TOOLS\ngamate: $(ASSETS_PATH)/cc65_gamate_tiles.s $(TOOLS_PATH)/cc65/gamate/gamate-fixcart$(COMPILEDEXT)\nelse\ngamate: $(ASSETS_PATH)/cc65_gamate_tiles.s\nendif\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t gamate --config $(CFG_PATH)/cc65/gamate_reduced_stack.cfg \\\n\t \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_GAMATE_SLOWDOWN) \\\n\t $(GAMATE_GAME_OPTS) \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS \\\n\t-D__NO_SCREEN_COLOR_INIT \\\n\t$(FULL_FILES) \\\n\t$(ASSETS_PATH)/cc65_gamate_tiles.s \\\n\t$(CROSS_LIB_PATH)/sound/cc65/gamate/gamate_sounds.c \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_gamate.bin\nifdef USE_TOOLS\n\t$(TOOLS_PATH)/cc65/gamate/gamate-fixcart$(COMPILEDEXT) $(BUILD_PATH)/X$(GAME_NAME)_gamate.bin\nendif \n\t\n#################################################################\n\nnes: $(ASSETS_PATH)/cc65_nes_color_tiles.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t nes \\\n\t--config $(CFG_PATH)/cc65/nes_fx.cfg \\\n\t-D__NES_CONIO_GRAPHICS \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_NES_SLOWDOWN) \\\n\t$(4COLOR_PALETTE) \\\n\t-D__DEFAULT_CLEAR_SCREEN \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/nes/nes_init_graphics.c \\\n\t$(ASSETS_PATH)/cc65_nes_color_tiles.s \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_nes.nes\n\n\n#################################################################\n\npce: pce_32k\n\npce_16k: $(ASSETS_PATH)/cc65_pce_tiles.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t pce \\\n\t \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_PCE_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS \\\n\t--config $(CFG_PATH)/cc65/pce_16k_less_stack.cfg \\\n\t$(FULL_FILES) \\\n\t$(ASSETS_PATH)/cc65_pce_tiles.s \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_PCE.bin\n\tdd if=$(BUILD_PATH)/X$(GAME_NAME)_PCE.bin ibs=1 count=8192 of=$(BUILD_PATH)/X$(GAME_NAME)_PCE_LOW.bin\n\tdd if=$(BUILD_PATH)/X$(GAME_NAME)_PCE.bin ibs=1 skip=8192 of=$(BUILD_PATH)/X$(GAME_NAME)_PCE_HIGH.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_PCE.bin \n\tcat $(BUILD_PATH)/X$(GAME_NAME)_PCE_HIGH.bin $(BUILD_PATH)/X$(GAME_NAME)_PCE_LOW.bin > $(BUILD_PATH)/X$(GAME_NAME)_PCE_SWAPPED.pce\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_PCE_LOW.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_PCE_HIGH.bin\n\n\npce_32k: $(ASSETS_PATH)/cc65_pce_tiles.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t pce \\\n\t \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_PCE_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS \\\n\t--config $(CFG_PATH)/cc65/pce_32k.cfg \\\n\t$(FULL_FILES) \\\n\t$(ASSETS_PATH)/cc65_pce_tiles.s \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_PCE.bin\n\tdd if=$(BUILD_PATH)/X$(GAME_NAME)_PCE.bin ibs=1 count=24576 of=$(BUILD_PATH)/X$(GAME_NAME)_PCE_LOW.bin\n\tdd if=$(BUILD_PATH)/X$(GAME_NAME)_PCE.bin ibs=1 skip=24576 of=$(BUILD_PATH)/X$(GAME_NAME)_PCE_HIGH.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_PCE.bin \n\tcat $(BUILD_PATH)/X$(GAME_NAME)_PCE_HIGH.bin $(BUILD_PATH)/X$(GAME_NAME)_PCE_LOW.bin > $(BUILD_PATH)/X$(GAME_NAME)_PCE_SWAPPED.pce\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_PCE_LOW.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_PCE_HIGH.bin\n\n\n#################################################################\n\n\ncreativision: $(ASSETS_PATH)/8x8_chars.h\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t creativision \\\n\t-D__CREATIVISION__ \\\n\t -D__ALT_SLEEP $(CREATIVISION_GAME_OPTS) \\\n\t-D__VDP_MODE1_GRAPHICS \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_CREATIVISION_SLOWDOWN) \\\n\t--config $(CFG_PATH)/cc65/creativision-16k.cfg \\\n\t$(CROSS_LIB_PATH)/sound/cc65/creativision/creativision_sounds.c \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/creativision/creativision_color_init_graphics.c \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_creativision_16k.bin\n\tdd if=$(BUILD_PATH)/X$(GAME_NAME)_creativision_16k.bin bs=8k skip=1 > $(BUILD_PATH)/X$(GAME_NAME)_creativision_16k_SWAPPED.bin\n\tdd if=$(BUILD_PATH)/X$(GAME_NAME)_creativision_16k.bin bs=8k count=1 >> $(BUILD_PATH)/X$(GAME_NAME)_creativision_16k_SWAPPED.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_creativision_16k.bin\n\n\n#################################################################\n\noric: oric_atmos\n\natmos: oric_atmos\n\noric1: oric_atmos\n\noric1_48k: oric_atmos\n\noric_atmos: $(ASSETS_PATH)/6x8_chars.h\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) \\\n\t-t atmos -D_XL_NO_JOYSTICK $(ORIC_COLORS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_ORIC_SLOWDOWN) \\\n\t--config $(CFG_PATH)/cc65/atmos_better_tap.cfg \\\n\t-D__ORIC_COLOR_GRAPHICS \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/atmos/atmos_redefined_characters_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_atmos_and_oric1_48k.tap\n\n\n#################################################################\n\n\npet: pet_16k\n\npet_16k: \n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t pet -m mapfile.txt \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_PET_SLOWDOWN) \\\n\t-D__NO_INIT_GRAPHICS -D__CONIO_GRAPHICS -D_XL_NO_UDG \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/sound/cc65/pet/pet_sounds.c \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_pet_16k.prg\n\n\n#################################################################\n\nsupervision: $(ASSETS_PATH)/cc65_udc.s \n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t supervision \\\n\t--config $(CFG_PATH)/cc65/supervision-16k_GFX_2.cfg \\\n\t$(ASSETS_PATH)/cc65_udc.s \\\n\t-D__ALT_PRINT -D__ALT_SLEEP \\\n\t-D__BIT_MAPPED_4_GRAPHICS \\\n\t-D__DEFAULT_CLEAR_SCREEN \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_SUPERVISION_SLOWDOWN) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/supervision/supervision_init_graphics.c \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_supervision.sv\n\n\n#################################################################\n\n\nvic20: vic20_exp_16k\n\nvic20_exp_16k: $(ASSETS_PATH)/cc65_udc_arcade_v2.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t vic20 \\\n\t--config $(CFG_PATH)/cc65/vic20-16k_CODE2_GFX_V2.cfg \\\n\t-D__CONIO_GRAPHICS -D__VIC20_EXP_8K $(VIC_20_EXP_16K_GAME_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_VIC20_SLOWDOWN) \\\n\t \\\n\t$(ASSETS_PATH)/cc65_udc_arcade_v2.s \\\n\t$(FULL_FILES) \\\n\t--code-name CODE2 \\\n\t$(CROSS_LIB_PATH)/sound/cc65/vic20/vic20_sounds.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/vic20/vic20_init_graphics.c \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n\nvic20_exp_8k_conio: $(ASSETS_PATH)/cc65_udc_arcade_v2.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t vic20 \\\n\t--config $(CFG_PATH)/cc65/vic20-8k_CODE2_GFX_V2.cfg \\\n\t-D__CONIO_GRAPHICS -D__VIC20_EXP_8K $(VIC_20_EXP_16K_GAME_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_VIC20_SLOWDOWN) \\\n\t$(FULL_FILES) \\\n\t--code-name CODE2 \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/vic20/vic20_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/sound/cc65/vic20/vic20_sounds.c \\\n\t$(ASSETS_PATH)/cc65_udc_arcade_v2.s \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n\nvic20_exp_8k: $(ASSETS_PATH)/cc65_udc_vic20_27_tiles.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t vic20 \\\n\t--config $(CFG_PATH)/cc65/vic20-8k_memory_mapped_GFX.cfg \\\n\t-D__ALT_SLEEP $(VIC_20_EXP_16K_GAME_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_VIC20_SLOWDOWN) \\\n\t-D__MEMORY_MAPPED_GRAPHICS -D__VIC20__ -D__VIC20_EXP_8K \\\n\t-D__ALT_PRINT \\\n\t-D__DEFAULT_CLEAR_SCREEN \\\n\t$(FULL_FILES) \\\n\t--code-name CODE2 \\\n\t$(ASSETS_PATH)/cc65_udc_vic20_27_tiles.s \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/vic20/vic20_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/sound/cc65/vic20/vic20_sounds.c \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n\nvic20_exp_3k: $(ASSETS_PATH)/cc65_udc_vic20_64_chars.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t vic20 \\\n\t--config $(CFG_PATH)/cc65/vic20-3k_GFX.cfg \\\n\t-D__VIC20_EXP_3K \\\n\t-D__MEMORY_MAPPED_GRAPHICS \\\n\t$(VIC_20_EXP_3K_GAME_OPTS) \\\n\t-D__ALT_PRINT \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_VIC20_SLOWDOWN) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/vic20/vic20_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/sound/cc65/vic20/vic20_sounds.c \\\n\t$(FULL_FILES) \\\n\t$(ASSETS_PATH)/cc65_udc_vic20_64_chars.s \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n\n\n# Unexpanded VIC 20, with 6 tiles, default ASCII mapped as reverse characters\n# vic20_unexpanded: $(ASSETS_PATH)/cc65_udc_6chars.s\n\t# $(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t vic20 -m mapfile.txt \\\n\t# -D_XL_NO_TEXT_COLOR \\\n\t# -D__VIC20_UNEXPANDED -D_XL_NUMBER_OF_TILES=6 \\\n\t# -D__NO_SLEEP_SEC -D__ALT_SLEEP \\\n\t# -D__NO_COLOR_INIT \\\n\t# -D__MEMORY_MAPPED_GRAPHICS \\\n\t# -D__ALT_PRINT \\\n\t# -D__DEFAULT_CLEAR_SCREEN \\\n\t# -D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_VIC20_SLOWDOWN) \\\n\t# $(VIC20_UNEXPANDED_GAME_OPTS) \\\n\t# --config $(CFG_PATH)/cc65/vic20_unexpanded_gfx.cfg \\\n\t# $(FULL_FILES) \\\n\t# $(CROSS_LIB_PATH)/sound/cc65/vic20/vic20_sounds.c \\\n\t# $(CROSS_LIB_PATH)/display/init_graphics/cc65/vic20/vic20_init_graphics.c \\\n\t# $(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t# $(ASSETS_PATH)/cc65_udc_6chars.s \\\n\t# -o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n\n# Same as above but with just explosion sound\nvic20_unexpanded: $(ASSETS_PATH)/cc65_udc_6chars.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t vic20 -m mapfile.txt \\\n\t-D_XL_NO_TEXT_COLOR \\\n\t-D__VIC20_UNEXPANDED -D_XL_NUMBER_OF_TILES=6 \\\n\t-D__NO_SLEEP_SEC -D__ALT_SLEEP \\\n\t-D__NO_COLOR_INIT \\\n\t-D__MEMORY_MAPPED_GRAPHICS \\\n\t-D__ALT_PRINT \\\n\t-D__DEFAULT_CLEAR_SCREEN \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_VIC20_SLOWDOWN) \\\n\t$(VIC20_UNEXPANDED_GAME_OPTS) \\\n\t--config $(CFG_PATH)/cc65/vic20_unexpanded_gfx.cfg \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/sound/cc65/vic20/vic20_explosion_sound.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/vic20/vic20_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(ASSETS_PATH)/cc65_udc_6chars.s \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\nvic20_unexpanded2: $(ASSETS_PATH)/cc65_udc_6chars.s\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t vic20 -m mapfile.txt \\\n\t-D_XL_NO_TEXT_COLOR \\\n\t-D__VIC20_UNEXPANDED -D_XL_NUMBER_OF_TILES=6 \\\n\t-D__NO_SLEEP_SEC -D__ALT_SLEEP \\\n\t-D__NO_COLOR_INIT \\\n\t-D__MEMORY_MAPPED_GRAPHICS \\\n\t-D__ALT_PRINT \\\n\t-D__DEFAULT_CLEAR_SCREEN \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_VIC20_SLOWDOWN) \\\n\t$(VIC20_UNEXPANDED_GAME_OPTS) \\\n\t--config $(CFG_PATH)/cc65/vic20_unexpanded_gfx_low_stack.cfg \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/sound/cc65/vic20/vic20_sounds.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/vic20/vic20_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(ASSETS_PATH)/cc65_udc_6chars.s \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\nvic20_unexpanded_no_gfx:\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) $(CC65_OPTS) -t vic20 \\\n\t-D__MEMORY_MAPPED_GRAPHICS \\\n\t-D_XL_NO_TEXT_COLOR \\\n\t-D__VIC20_UNEXPANDED \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_VIC20_SLOWDOWN) \\\n\t-D__ALT_SLEEP -D__NO_SLEEP_SEC \\\n\t-D__NO_SCREEN_COLOR_INIT \\\n\t-D_XL_NO_UDG \\\n\t$(VIC20_UNEXPANDED_NO_GFX_GAME_OPTS) \\\n\t-D__ALT_PRINT \\\n\t--config $(CFG_PATH)/cc65/alt/vic20_unexpanded.cfg \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/sound/cc65/vic20/vic20_sounds.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/vic20/vic20_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n#################################################################\n# Z88DK\n\n\n#################################################################\n\njupiter_ace: ace\n\nace: ace_exp_16k\n\nace_exp_16k: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +ace $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-D__ACE__ \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_ACE_SLOWDOWN) \\\n\t-D_XL_NO_JOYSTICK \\\n\t-D__CONIO_GRAPHICS \\\n\t-clib=default \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@ -Cz--audio -create-app\n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@\n\n#################################################################\n\n\nagon: agon_mode2\n\nagon_mode2: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +agon $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-D__AGON__ -D_XL_NO_JOYSTICK -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-D__SCREEN_MODE=2 -pragma-define:CRT_ENABLE_COMMANDLINE=0 \\\n\t-D__CONIO_GRAPHICS -DXSize=40 -DYSize=24 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_AGON_SLOWDOWN) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@\n\n\n#################################################################\n\n\naquarius: aquarius_exp_16k\n\naquarius_exp_16k: \n\t$(Z88DK_PATH)$(MYZ88DK) +aquarius $(SCCZ80_OPTS) -clib=ansi $(INCLUDE_OPTS) -vn \\\n\t -D__AQUARIUS__ \\\n\t-lndos -D_XL_NO_UDG -D_XL_NO_JOYSTICK \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_AQUARIUS_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS \\\n\t$(FULL_FILES) \\\n\t-create-app\t\\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@\n\naquarius_rom:\n\t$(Z88DK_PATH)$(MYZ88DK) +aquarius $(SCCZ80_OPTS) -clib=ansi -subtype=rom $(INCLUDE_OPTS) -vn \\\n\t -D__AQUARIUS__ \\\n\t-lndos -D_XL_NO_UDG -D_XL_NO_JOYSTICK \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_AQUARIUS_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS \\\n\t$(FULL_FILES) \\\n\t-create-app\t\\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BSS.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_DATA.bin\n\naquarius_plus_caq: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +aquarius $(SCCZ80_OPTS) -clib=aqplus $(INCLUDE_OPTS) -vn \\\n\t -D__AQUARIUS__ --generic-console -D__SCREEN_MODE=1 \\\n\t-lndos -D_XL_NO_JOYSTICK -DY_OFFSET=1 -DYSize=23 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_AQUARIUS_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS \\\n\t$(FULL_FILES) \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t-create-app\t\\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BSS.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_DATA.bin \n\n\n# aqx \naquarius_plus: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +aquarius $(SCCZ80_OPTS) -clib=aqplus -subtype=aqx $(INCLUDE_OPTS) -vn \\\n\t -D__AQUARIUS__ --generic-console -D__SCREEN_MODE=1 \\\n\t-lndos -D_XL_NO_JOYSTICK -DY_OFFSET=1 -DYSize=23 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_AQUARIUS_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS \\\n\t$(FULL_FILES) \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t-create-app\t\\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BSS.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_DATA.bin\n\n\naquarius_plus_rom: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +aquarius $(SCCZ80_OPTS) -clib=aqplus -subtype=rom $(INCLUDE_OPTS) -vn \\\n\t -D__AQUARIUS__ --generic-console -D__SCREEN_MODE=1 \\\n\t-lndos -D_XL_NO_JOYSTICK -DY_OFFSET=1 -DYSize=23 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_AQUARIUS_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS \\\n\t$(FULL_FILES) \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t-create-app\t\\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BSS.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_DATA.bin\n\n\naquarius_alt: \n\t$(Z88DK_PATH)$(MYZ88DK) +aquarius $(SCCZ80_OPTS) -clib=ansi $(INCLUDE_OPTS) -vn \\\n\t -D__AQUARIUS__ \\\n\t-lndos -D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_AQUARIUS_SLOWDOWN) -D_XL_NO_UDG \\\n\t-D__MEMORY_MAPPED_GRAPHICS -D__NO_INIT_GRAPHICS -D_XL_NO_JOYSTICK \\\n\t$(FULL_FILES) \\\n\t-create-app\t\\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@\n\n\n\n# experimental\naquarius_exp_4k: \n\t$(Z88DK_PATH)$(MYZ88DK) +aquarius -SO3 -compiler=sdcc -clib=ansi $(INCLUDE_OPTS) -vn \\\n\t-pragma-include:$(CFG_PATH)/z88dk/zpragma_clib.inc \\\n\t-D__AQUARIUS__ \\\n\t-lndos -D_XL_NO_UDG -D_XL_NO_JOYSTICK \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_AQUARIUS_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS \\\n\t$(FULL_FILES) \\\n\t-create-app\t\\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_aquarius_exp_4k\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_aquarius_exp_4k\n\n\n\n# \n# -D__BIT_BANG_SOUND \n#################################################################\n\nc128: c128_40col\n\nc128_8502_80col: $(ASSETS_PATH)/8x8_chars.h\n\t$(CC65_PATH)$(MYCC65) $(INCLUDE_OPTS) -O -t c128 \\\n\t-DXSize=80 \\\n\t-D__CONIO_GRAPHICS -D__80COL_UDG -D_XL_NO_SMALL_LETTERS \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_C128_8502_80COL_SLOWDOWN) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/cc65/c128/c128_80col_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/sound/cc65/sid/sid_sounds.c \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n\nc128_zsdcc: c128_z80_40col_zsdcc\nc128_40col_zsdcc: c128_z80_40col_zsdcc\n\n\nc128_40col: c128_z80_40col\n\nc128_z80_40col_alt: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +c128 $(SCCZ80_OPTS) \\\n\t$(INCLUDE_OPTS) \\\n\t-lndos -subtype=disk -clib=gencon \\\n\t-D__C128_Z80__ -DXSize=40 \\\n\t \\\n\t-D__BIT_BANG_SOUND \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_C128_Z80_40COL_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS \\\n\t$(FULL_FILES) \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t-create-app -o\"a40.bin\"\nifdef USE_TOOLS\n\t$(C1541) -format \"crosschase,0\" d64 FULL_$@.d64\n\t$(C1541) -attach FULL_$@.d64 -write a40.ldr\n\t$(C1541) -attach FULL_$@.d64 -write a40\n\tmv FULL_$@.d64 $(BUILD_PATH)/X$(GAME_NAME)_$@.d64\n\trm a40.bin\nelse\n\tmv a40.bin $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\nendif\n\trm a40.ldr\n\trm a40\n\n\nc128_z80_40col: $(ASSETS_PATH)/z88dk_xchase.asm $(TOOLS_PATH)/generic/CC1541/cc1541$(COMPILEDEXT)\n\t$(Z88DK_PATH)$(MYZ88DK) +c128 $(SCCZ80_OPTS) \\\n\t$(INCLUDE_OPTS) \\\n\t-lndos -subtype=disk -clib=gencon \\\n\t-D__C128_Z80__ -DXSize=40 \\\n\t \\\n\t-D__BIT_BANG_SOUND \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_C128_Z80_40COL_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS \\\n\t$(FULL_FILES) \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t-create-app -o\"a40.bin\"\n\t../tools/generic/CC1541/cc1541 -f a40.ldr -w a40.ldr X$(GAME_NAME)_$@.d64\n\t../tools/generic/CC1541/cc1541 -f a40 -w a40 X$(GAME_NAME)_$@.d64\n\tmv X$(GAME_NAME)_$@.d64 $(BUILD_PATH)/\n\trm -rf a40.bin\n\trm -rf a40.ldr\n\trm -rf a40\n\n\nc128_80col: c128_8502_80col\n\nc128_z80_80col_alt: $(ASSETS_PATH)/z88dk_sprites_definitions.h\n\t$(Z88DK_PATH)$(MYZ88DK) +c128 $(SCCZ80_OPTS) -lgfx128hr \\\n\t$(INCLUDE_OPTS) \\\n\t-lndos -subtype=disk \\\n\t-D__C128_Z80__ -D__SPRITE_X_STEP=8 -D__SPRITE_Y_STEP=8 -D__NO_SPRITE_TRANSPARENCY \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_C128_Z80_80COL_SLOWDOWN) \\\n\t-D__Z88DK_SPRITES_GRAPHICS \\\n\t-D__BIT_BANG_SOUND $(C128_Z80_80COL_GAME_OPTS) \\\n\t-D__ALT_PRINT \\\n\t-D_XL_NO_COLOR \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/c128/c128_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-create-app -o\"a80.bin\"\nifdef USE_TOOLS\n\t$(C1541) -format \"crosschase,0\" d64 X$(GAME_NAME)_$@.d64\n\t$(C1541) -attach X$(GAME_NAME)_$@.d64 -write a80.ldr\n\t$(C1541) -attach X$(GAME_NAME)_$@.d64 -write a80\n\tmv X$(GAME_NAME)_$@.d64 $(BUILD_PATH)/\n\trm a80.bin\nelse\n\tmv a80.bin $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\nendif\n\trm a80.ldr\n\trm a80\n\nc128_z80_80col: $(ASSETS_PATH)/z88dk_sprites_definitions.h $(TOOLS_PATH)/generic/CC1541/cc1541$(COMPILEDEXT)\n\t$(Z88DK_PATH)$(MYZ88DK) +c128 $(SCCZ80_OPTS) -lgfx128hr \\\n\t$(INCLUDE_OPTS) \\\n\t-lndos -subtype=disk \\\n\t-D__C128_Z80__ -D__SPRITE_X_STEP=8 -D__SPRITE_Y_STEP=8 -D__NO_SPRITE_TRANSPARENCY \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_C128_Z80_80COL_SLOWDOWN) \\\n\t-D__Z88DK_SPRITES_GRAPHICS \\\n\t-D__BIT_BANG_SOUND $(C128_Z80_80COL_GAME_OPTS) \\\n\t-D__ALT_PRINT \\\n\t-D_XL_NO_COLOR \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/c128/c128_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-create-app -o\"a80.bin\"\n\t../tools/generic/CC1541/cc1541 -f a80.ldr -w a80.ldr X$(GAME_NAME)_$@.d64\n\t../tools/generic/CC1541/cc1541 -f a80 -w a80 X$(GAME_NAME)_$@.d64\n\tmv X$(GAME_NAME)_$@.d64 $(BUILD_PATH)/\n\trm -rf a80.bin\n\trm -rf a80.ldr\n\trm -rf a80\n\n\nc128_8x6: c128_8x6_80col\nc128_8x6_80col: c128_z80_8x6_80col\nc128_z80_8x6_80col: $(ASSETS_PATH)/z88dk_8x6_sprites_definitions.h\n\t$(Z88DK_PATH)$(MYZ88DK) +c128 $(SCCZ80_OPTS) -lgfx128hr \\\n\t$(INCLUDE_OPTS) \\\n\t-lndos -subtype=disk \\\n\t-D__C128_Z80__ -D__NO_SPRITE_TRANSPARENCY \\\n\t-D__Z88DK_SPRITES_GRAPHICS -D__SPRITE_X_STEP=8 -D__SPRITE_Y_STEP=6 -DSPRITE_Y_SIZE=6 -DYSize=33 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_C128_Z80_80COL_SLOWDOWN) \\\n\t-D__BIT_BANG_SOUND $(C128_Z80_80COL_GAME_OPTS) \\\n\t-D__ALT_PRINT \\\n\t-D_XL_NO_COLOR \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/c128/c128_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-create-app -o\"a80.bin\"\nifdef USE_TOOLS\n\t$(C1541) -format \"crosschase,0\" d64 X$(GAME_NAME)_$@.d64\n\t$(C1541) -attach X$(GAME_NAME)_$@.d64 -write a80.ldr\n\t$(C1541) -attach X$(GAME_NAME)_$@.d64 -write a80\n\tmv X$(GAME_NAME)_$@.d64 $(BUILD_PATH)/\n\trm a80.bin\nelse\n\tmv a80.bin $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\nendif\n\trm a80.ldr\n\trm a80\n\n#################################################################\n\ncamputers_lynx: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +lynx $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-pragma-redirect:getk=getk_inkey \\\n\t-D__CAMPUTERS_LYNX__ -D_XL_NO_JOYSTICK -D__BIT_BANG_SOUND \\\n\t-vn \\\n\t$(CAMPUTERS_LYNX_GAME_OPTS) \\\n\t-D__VT52 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_CAMPUTERS_LYNX_SLOWDOWN) \\\n\t-lndos \\\n\t-D__CONIO_GRAPHICS \\\n\t$(FULL_FILES) \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_camputers_lynx.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_camputers_lynx.bin\n\n\n#################################################################\n\ncoleco: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +coleco $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-D__COLECO__ \\\n\t \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_COLECO_SLOWDOWN) \\\n\t-D__VT52 \\\n\t-D__CONIO_GRAPHICS \\\n\t-lndos \\\n\t \\\n\t-clib=default -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(FULL_FILES) \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_coleco.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_coleco.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_coleco_DATA.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_coleco_BSS.bin\n\n#################################################################\n\ngx4000: cpc\n\ncpc: cpc_mode0\n\nifdef USE_TOOLS\ncpc_mode0: $(ASSETS_PATH)/z88dk_xchase.asm $(TOOLS_PATH)/z88dk/cpc/nocart/nocart$(COMPILEDEXT)\nelse\ncpc_mode0: $(ASSETS_PATH)/z88dk_xchase.asm\nendif\n\t$(Z88DK_PATH)$(MYZ88DK) +cpc -subtype=dsk $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-pragma-include:$(CFG_PATH)/z88dk/zpragma_clib.inc \\\n\t-DYSize=25 -DXSize=20 -D__SCREEN_MODE=0 \\\n\t$(CPC_GAME_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_CPC_MODE0_SLOWDOWN) \\\n\t-D__CPC__ \\\n\t-lndos -create-app \\\n\t-D__CONIO_GRAPHICS \\\n\t-pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-o $(BUILD_PATH)/XBIN \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/sound/z88dk/psg/ay-3-8910_psg_sounds.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(FULL_FILES)\nifdef USE_TOOLS\n\tcp $(TOOLS_PATH)/z88dk/cpc/nocart/*.rom .\n\t$(TOOLS_PATH)/z88dk/cpc/nocart/nocart$(COMPILEDEXT) $(BUILD_PATH)/XBIN.dsk $(BUILD_PATH)/XBIN_$@_gx4000.cpr -c 'run\"XBIN'\n\trm os.rom\n\trm amsdos.rom\n\trm basic.rom\n\tmv $(BUILD_PATH)/XBIN_$@_gx4000.cpr $(BUILD_PATH)/X$(GAME_NAME)_$@_gx4000.cpr\nendif\n\tmv $(BUILD_PATH)/XBIN.dsk $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk\n\trm -rf $(BUILD_PATH)/XBIN.bin\n\trm -rf $(BUILD_PATH)/XBIN.cpc\n\trm -rf $(BUILD_PATH)/XBIN\n\n\n\n\n#################################################################\n\ncpm: cpm_z80_adm3a\n\ncpm_adm3a: cpm_z80_adm3a\n\ncpm_8080: cpm_8080_adm3a\n\ncpm_8085: cpm_8085_adm3a\n\ncpm_vt52: cpm_z80_vt52\n\ncpm_targets: cpm_adm3a cpm_vt52\n\ncpm_z80_adm3a:\n\t$(Z88DK_PATH)$(MYZ88DK) +cpm $(SCCZ80_OPTS) \\\n\t$(INCLUDE_OPTS) --generic-console -pragma-define:CONSOLE_COLUMNS=80 -pragma-define:CONSOLE_ROWS=24 -lndos \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_CPM_Z80_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS -D__NO_SCREEN_COLOR_INIT -D_XL_NO_COLOR \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\ncpm_8080_adm3a:\n\t$(Z88DK_PATH)$(MYZ88DK) +cpm $(SCCZ80_OPTS) \\\n\t$(INCLUDE_OPTS) -clib=8080 --generic-console -pragma-define:CONSOLE_COLUMNS=80 -pragma-define:CONSOLE_ROWS=24 -lndos \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_CPM_Z80_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS -D__NO_SCREEN_COLOR_INIT -D_XL_NO_COLOR \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\ncpm_8085_adm3a:\n\t$(Z88DK_PATH)$(MYZ88DK) +cpm $(SCCZ80_OPTS) \\\n\t$(INCLUDE_OPTS) -clib=8085 --generic-console -pragma-define:CONSOLE_COLUMNS=80 -pragma-define:CONSOLE_ROWS=24 -lndos \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_CPM_Z80_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS -D__NO_SCREEN_COLOR_INIT -D_XL_NO_COLOR \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\ncpm_z80_vt52:\n\t$(Z88DK_PATH)$(MYZ88DK) +cpm $(SCCZ80_OPTS) \\\n\t$(INCLUDE_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_CPM_Z80_SLOWDOWN) \\\n\t-D__VT52 -DXSize=80 -DYSize=24 \\\n\t-D__NO_WAIT -D_XL_NO_COLOR \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS -D__NO_SCREEN_COLOR_INIT \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\ncpm_8080_vt52:\n\t$(Z88DK_PATH)$(MYZ88DK) +cpm $(SCCZ80_OPTS) -m8080 -clib=8080 \\\n\t$(INCLUDE_OPTS) \\\n\t-D__VT52 -DXSize=80 -DYSize=24 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_CPM_INTEL8080_SLOWDOWN) \\\n\t-D__NO_WAIT -D_XL_NO_COLOR \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS -D__NO_SCREEN_COLOR_INIT \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\n#################################################################\n\n\ngb: $(ASSETS_PATH)/z88dk_gameboy.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +gb $(SCCZ80_ROM_OPTS) $(INCLUDE_OPTS) -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-D__GB__ \\\n\t-DXSize=20 \\\n\t-DYSize=18 \\\n\t-D__NO_SCREEN_COLOR_INIT \\\n\t-D_XL_NO_COLOR \\\n\t-D__SCREEN_MODE=1 \\\n\t-D__CONIO_GRAPHICS \\\n\t-lndos \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_GB_SLOWDOWN) \\\n\t $(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_gameboy.asm \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/sound/z88dk/gb/gb_sounds.c \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BSS.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_DATA.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BANK_1F.bin\n\n\n#################################################################\n\ngal: gal_22k\n\ngal_22k:\n\t$(Z88DK_PATH)$(MYZ88DK) +gal $(SCCZ80_OPTS) \\\n\t$(INCLUDE_OPTS) \\\n\t-pragma-need=ansiterminal \\\n\t-D__GAL__ \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_GAL_SLOWDOWN) \\\n\t-vn -lndos -create-app -o $(BUILD_PATH)/X$(GAME_NAME)_galaksija.prg \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n\ngal_plus: gal_plus_gfx\n\ngal_plus_gfx: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +gal -subtype=galaxyp $(SCCZ80_OPTS) \\\n\t$(INCLUDE_OPTS) \\\n\t--generic-console -D__SCREEN_MODE=1 -DYSize=26 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_GAL_GFX_SLOWDOWN) \\\n\t-D__GAL__ -D__GAL_PLUS__ $(GAL_PLUS_GAME_OPTS) \\\n\t-D__CONIO_GRAPHICS -D__BIT_BANG_SOUND \\\n\t-vn -lndos -create-app -o $(BUILD_PATH)/X$(GAME_NAME)_galaksija_plus.prg \\\n\t$(FULL_FILES) $(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n\n#################################################################\n\n\ngg: gamegear\n\ngamegear: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +sms -subtype=gamegear $(SCCZ80_ROM_OPTS) $(INCLUDE_OPTS) -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-D__SMS__ -D__GAME_GEAR__ \\\n\t-DXSize=20 \\\n\t-DYSize=18 \\\n\t-D__BIT_BANG_SOUND \\\n\t-D__CONIO_GRAPHICS \\\n\t-lndos \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_GG_SLOWDOWN) \\\n\t $(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(FULL_FILES) \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_gamegear.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_gamegear.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_gamegear_BSS.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_gamegear_DATA.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_gamegear_BANK_1F.bin\n\n\n#################################################################\n\nlaser500: laser500_keyboard\n\nlaser500_joy: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +laser500 $(SCCZ80_OPTS) -vn -Cz--audio \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t$(INCLUDE_OPTS) \\\n\t-D__LASER500__ -DXSize=40 -DYSize=22 -D__SCREEN_MODE=2 \\\n\t-D__BIT_BANG_SOUND \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_LASER500_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS \\\n\t-lndos \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@.cas\n\n\nlaser500_keyboard: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +laser500 $(SCCZ80_OPTS) -vn -Cz--audio \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t$(INCLUDE_OPTS) -D_XL_NO_JOYSTICK \\\n\t-D__LASER500__ -DXSize=40 -DYSize=22 -D__SCREEN_MODE=2 \\\n\t-D__BIT_BANG_SOUND \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_LASER500_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS \\\n\t-lndos \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@.cas\n\n\n#################################################################\n\n# -D__NO_BOTTOM \nm100:\n\t$(Z88DK_PATH)$(MYZ88DK) +m100 $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-D__M100__ \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_M100_SLOWDOWN) \\\n\t-DXSize=39 \\\n\t-DYSize=8 \\\n\t-D__NO_SCREEN_COLOR_INIT \\\n\t-D_XL_NO_COLOR \\\n\t-D_XL_NO_JOYSTICK -D_XL_NO_UDG \\\n\t-D__VT52 \\\n\t-D__CONIO_GRAPHICS \\\n\t-lndos \\\n\t-D__NO_INIT_GRAPHICS \\\n\t$(FULL_FILES) \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\n\nm10:\n\t$(Z88DK_PATH)$(MYZ88DK) +m100 $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-D__M100__ -clib m10 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_M100_SLOWDOWN) \\\n\t-DXSize=39 \\\n\t-DYSize=8 \\\n\t-D__NO_SCREEN_COLOR_INIT \\\n\t-D_XL_NO_COLOR \\\n\t-D_XL_NO_JOYSTICK -D_XL_NO_UDG \\\n\t-D__VT52 \\\n\t-D__CONIO_GRAPHICS \\\n\t-lndos \\\n\t-D__NO_INIT_GRAPHICS \\\n\t$(FULL_FILES) \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\n\nkc85:\n\t$(Z88DK_PATH)$(MYZ88DK) +m100 $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-D__M100__ -clib kc85 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_M100_SLOWDOWN) \\\n\t-DXSize=39 \\\n\t-DYSize=8 \\\n\t-D__NO_SCREEN_COLOR_INIT \\\n\t-D_XL_NO_COLOR \\\n\t-D_XL_NO_JOYSTICK -D_XL_NO_UDG \\\n\t-D__VT52 \\\n\t-D__CONIO_GRAPHICS \\\n\t-lndos \\\n\t-D__NO_INIT_GRAPHICS \\\n\t$(FULL_FILES) \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\n\npc8201:\n\t$(Z88DK_PATH)$(MYZ88DK) +m100 $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-D__M100__ -clib pc8201 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_M100_SLOWDOWN) \\\n\t-DXSize=39 \\\n\t-DYSize=8 \\\n\t-D__NO_SCREEN_COLOR_INIT \\\n\t-D_XL_NO_COLOR \\\n\t-D_XL_NO_JOYSTICK -D_XL_NO_UDG \\\n\t-D__VT52 \\\n\t-D__CONIO_GRAPHICS \\\n\t-lndos \\\n\t-D__NO_INIT_GRAPHICS \\\n\t$(FULL_FILES) \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\n\nt200:\n\t$(Z88DK_PATH)$(MYZ88DK) +m100 $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-D__M100__ -clib t200 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_M100_SLOWDOWN) \\\n\t-DXSize=39 \\\n\t-DYSize=16 \\\n\t-D__NO_SCREEN_COLOR_INIT \\\n\t-D_XL_NO_COLOR \\\n\t-D_XL_NO_JOYSTICK -D_XL_NO_UDG \\\n\t-D__VT52 \\\n\t-D__CONIO_GRAPHICS \\\n\t-lndos \\\n\t-D__NO_INIT_GRAPHICS \\\n\t$(FULL_FILES) \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\n\nmc1000_mono: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +mc1000 $(SCCZ80_OPTS) $(INCLUDE_OPTS) -pragma-define:REGISTER_SP=0x3fff \\\n\t-subtype=gaming \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_MC1000_SLOWDOWN) \\\n\t-D__SCREEN_MODE=1 \\\n\t-D__MC1000__ -D_XL_NO_JOYSTICK \\\n\t-D__CONIO_GRAPHICS \\\n\t-vn -lndos -Cz--audio \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t-clib=default -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(FULL_FILES)\n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@.cas\n\n\nmc1000_color: mc1000\n\n# background color white\nmc1000: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +mc1000 $(SCCZ80_OPTS) $(INCLUDE_OPTS) -pragma-define:REGISTER_SP=0x3fff \\\n\t-subtype=gaming \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_MC1000_SLOWDOWN) \\\n\t-D__SCREEN_MODE=2 -DXSize=16 -D__NO_SCREEN_COLOR_INIT \\\n\t-D__MC1000__ -D_XL_NO_JOYSTICK \\\n\t-D__CONIO_GRAPHICS \\\n\t-vn -lndos -Cz--audio \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t-clib=default -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(FULL_FILES)\n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@.cas\n\n\n \n#################################################################\n\nmsx: msx_16k\n\nmsx_16k: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +msx $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-vn -D__MSX__ \\\n\t-lndos -subtype=rom \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.rom \\\n\t-D__CONIO_GRAPHICS -DXSize=32 -DYSize=24 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_MSX_SLOWDOWN) \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/sound/z88dk/psg/ay-3-8910_psg_sounds.c \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BSS.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_DATA.bin\n\n\n# TODO: BROKEN with only green\n# msx2_color: msx2_mode6\n\nmsx2: msx2_color\n\n\n# msx2_color: $(ASSETS_PATH)/z88dk_xchase.asm \n\t# $(Z88DK_PATH)$(MYZ88DK) +msx -lmsx2 $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t# -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t# $(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/msx2_palette.asm \\\n\t# -vn -D__MSX__ -D__SCREEN_MODE=6 -D__MSX2_COLOR -pragma-define:CLIB_CONIO_NATIVE_COLOUR=1 \\\n\t# -lndos -subtype=rom \\\n\t# -create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.rom \\\n\t# -D__CONIO_GRAPHICS -DXSize=64 -DYSize=24 \\\n\t# -D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_MSX_SLOWDOWN)*4 \\\n\t# $(ASSETS_PATH)/z88dk_xchase.asm \\\n\t# $(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t# $(CROSS_LIB_PATH)/sound/z88dk/psg/ay-3-8910_psg_sounds.c \\\n\t# $(FULL_FILES)\n\t# rm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BSS.bin\n\t# rm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_DATA.bin\n\nmsx2_mono: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +msx -lmsx2 $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-pragma-redirect:fputc_cons=fputc_cons_generic -D_XL_NO_COLOR \\\n\t-vn -D__MSX__ -D__SCREEN_MODE=6 \\\n\t-lndos -subtype=rom \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.rom \\\n\t-D__CONIO_GRAPHICS -DXSize=64 -DYSize=24 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_MSX_SLOWDOWN)*4 \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/sound/z88dk/psg/ay-3-8910_psg_sounds.c \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BSS.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_DATA.bin\n\nmsx2_color: msx2_mode7\n\nmsx2_mode7: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +msx -lmsx2 $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-vn -D__MSX__ -D__SCREEN_MODE=7 \\\n\t-lndos -subtype=rom \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.rom \\\n\t-D__CONIO_GRAPHICS -DXSize=64 -DYSize=24 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_MSX_SLOWDOWN)*4 \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/sound/z88dk/psg/ay-3-8910_psg_sounds.c \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BSS.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_DATA.bin\n\n\nmsx2_mode6: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +msx -lmsx2 $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-vn -D__MSX__ -D__SCREEN_MODE=6 \\\n\t-lndos -subtype=rom \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.rom \\\n\t-D__CONIO_GRAPHICS -DXSize=64 -DYSize=24 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_MSX_SLOWDOWN)*4 \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/sound/z88dk/psg/ay-3-8910_psg_sounds.c \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BSS.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_DATA.bin\n\nmsx2_mode7: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +msx -lmsx2 $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-vn -D__MSX__ -D__SCREEN_MODE=7 \\\n\t-lndos -subtype=rom \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.rom \\\n\t-D__CONIO_GRAPHICS -DXSize=64 -DYSize=24 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_MSX_SLOWDOWN)*4 \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/sound/z88dk/psg/ay-3-8910_psg_sounds.c \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BSS.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_DATA.bin\n#################################################################\n\ninteract:\n\t$(Z88DK_PATH)$(MYZ88DK) +hector $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-vn -D__INTERACT__ -D_XL_NO_SOUND -D_XL_NO_JOYSTICK $(HECTOR1_GAME_OPTS) \\\n\t-pragma-include:$(CFG_PATH)/z88dk/zpragma_clib.inc -pragma-define:CRT_ORG_CODE=0x4B00 \\\n\t-DXSize=28 -DYSize=9 -m8080 $(HECTOR1_GAME_OPTS) \\\n\t-pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-lndos -pragma-redirect:CRT_FONT_64=_font_4x8_default \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t-D__CONIO_GRAPHICS -D_XL_NO_UDG -D__NO_INIT_GRAPHICS \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_HECTOR1_SLOWDOWN) \\\n\t$(FULL_FILES)\n\nhector1: \n\t$(Z88DK_PATH)$(MYZ88DK) +hector $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-vn -D__HECTOR__ -D_XL_NO_SOUND -D_XL_NO_JOYSTICK $(HECTOR1_GAME_OPTS) \\\n\t-pragma-include:$(CFG_PATH)/z88dk/zpragma_clib.inc -pragma-define:CRT_ORG_CODE=0x4B00 \\\n\t-pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-DXSize=28 -DYSize=9 $(HECTOR1_GAME_OPTS) \\\n\t-lndos -pragma-redirect:CRT_FONT_64=_font_4x8_default \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t-D__CONIO_GRAPHICS -D_XL_NO_UDG -D__NO_INIT_GRAPHICS \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_HECTOR1_SLOWDOWN) \\\n\t$(FULL_FILES)\n\n\ninteract_mono:\n\t$(Z88DK_PATH)$(MYZ88DK) +hector $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-vn -D__INTERACT__ -D_XL_NO_SOUND -D_XL_NO_JOYSTICK $(HECTOR1_GAME_OPTS) \\\n\t-pragma-include:$(CFG_PATH)/z88dk/zpragma_clib.inc -pragma-define:CRT_ORG_CODE=0x4B00 \\\n\t-DXSize=28 -DYSize=9 -m8080 -D_XL_NO_COLOR $(HECTOR1_GAME_OPTS) \\\n\t-pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-lndos -pragma-redirect:CRT_FONT_64=_font_4x8_default \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t-D__CONIO_GRAPHICS -D_XL_NO_UDG -D__NO_INIT_GRAPHICS \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_HECTOR1_SLOWDOWN) \\\n\t$(FULL_FILES)\n\nhector1_mono: \n\t$(Z88DK_PATH)$(MYZ88DK) +hector $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-vn -D__HECTOR__ -D_XL_NO_SOUND -D_XL_NO_JOYSTICK $(HECTOR1_GAME_OPTS) \\\n\t-pragma-include:$(CFG_PATH)/z88dk/zpragma_clib.inc -pragma-define:CRT_ORG_CODE=0x4B00 \\\n\t-pragma-redirect:fputc_cons=fputc_cons_generic -D_XL_NO_COLOR $(HECTOR1_GAME_OPTS) \\\n\t-DXSize=28 -DYSize=9 \\\n\t-lndos -pragma-redirect:CRT_FONT_64=_font_4x8_default \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t-D__CONIO_GRAPHICS -D_XL_NO_UDG -D__NO_INIT_GRAPHICS \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_HECTOR1_SLOWDOWN) \\\n\t$(FULL_FILES)\n\n\n# -D__PATCH_HECTORHR_COLORS\nhectorhr: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +hector -clib=hectorhr $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-vn -D__HECTORHR__ -D_XL_NO_SOUND $(4COLOR_PALETTE) \\\n\t-lndos -pragma-define:CLIB_CONIO_NATIVE_COLOUR=1 \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t-D__CONIO_GRAPHICS -DXSize=30 -DYSize=28 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_HECTORHR_SLOWDOWN) \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(FULL_FILES)\n\n\n\n\n\n#################################################################\n\nmtx: mtx512\n\n# $(CROSS_LIB_PATH)/sound/z88dk/psg/sn76489a_psg_sounds.c\n# -D__PSG_SOUND\nmtx512: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +mtx $(SCCZ80_OPTS) -clib=ansi -startup=2 $(INCLUDE_OPTS) \\\n\t-D__MTX__ -D__SCREEN_MODE=2 \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin -vn \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_MTX512_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS \\\n\t-lndos \\\n\t-clib=default -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(FULL_FILES) \n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\n\n\nmtx500: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +mtx $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-D__MTX__ \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin -vn \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_MTX500_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS \\\n\t-lndos \\\n\t-clib=default -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(FULL_FILES) \n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\n\n\n#################################################################\n\n\nmz:\n\t$(Z88DK_PATH)$(MYZ88DK) +mz $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-D__MZ__ -clib=ansi -pragma-define:ansicolumns=32 -Cz--audio -vn \\\n\t-D_XL_NO_UDG \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_MZ_SLOWDOWN) \\\n\t-pragma-define:REGISTER_SP=0xd000 \\\n\t-lndos -create-app -o $(BUILD_PATH)/X$(GAME_NAME)_mz.prg \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_mz.prg\n\tmv $(BUILD_PATH)/X$(GAME_NAME)_mz.mzt $(BUILD_PATH)/X$(GAME_NAME)_mz.mzf\n\n\n#################################################################\n\n\n\nnabu_no_gfx:\n\t$(Z88DK_PATH)$(MYZ88DK) +nabu $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-D__NABU__ \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_M100_SLOWDOWN) \\\n\t-DXSize=32 \\\n\t-DYSize=24 \\\n\t-D__NO_SCREEN_COLOR_INIT \\\n\t-D_XL_NO_COLOR \\\n\t-D_XL_NO_JOYSTICK -D_XL_NO_UDG \\\n\t-D__VT52 \\\n\t-D__CONIO_GRAPHICS \\\n\t-lndos \\\n\t-D__NO_INIT_GRAPHICS \\\n\t$(FULL_FILES) \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\n\nnabu: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +nabu $(SCCZ80_OPTS) -Cz--audio $(INCLUDE_OPTS) -vn \\\n\t -D__NABU__ \\\n\t-lndos -DXSize=32 -DYSize=24 -D_XL_NO_JOYSTICK \\\n\t-clib=default -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-D__CONIO_GRAPHICS -D_XL_NO_SOUND -D__DEFAULT_CLEAR_SCREEN \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_M100_SLOWDOWN) \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\n\n#################################################################\n\n\npc88: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +pc88 $(SCCZ80_OPTS) $(INCLUDE_OPTS) -vn \\\n\t -D__PC88__ -subtype=disk \\\n\t-lndos -DXSize=80 -DYSize=25 -D_XL_NO_JOYSTICK \\\n\t-clib=default -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-D__CONIO_GRAPHICS -D__BIT_BANG_SOUND -D__DEFAULT_CLEAR_SCREEN \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_PC88_SLOWDOWN) \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t-create-app\t\\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@\n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@\n\t# mv FULL_pc88.d88 $(BUILD_PATH)/X$(GAME_NAME)_$@.d88\n\trm $(BUILD_PATH)/X$(GAME_NAME)_$@_BOOTSTRAP.bin\n\t$(Z88DK_PATH)$(MYZ88DK) +pc88 $(SCCZ80_OPTS) -Cz--audio $(INCLUDE_OPTS) -vn \\\n\t -D__PC88__ \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_PC88_SLOWDOWN) \\\n\t-lndos -DXSize=80 -DYSize=25 \\\n\t-clib=default -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-D__CONIO_GRAPHICS -D__BIT_BANG_SOUND -D__DEFAULT_CLEAR_SCREEN \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t-create-app\t\\\n\t-o FULL_$@\n\trm FULL_$@\n\tmv FULL_$@.wav $(BUILD_PATH)/X$(GAME_NAME)_$@.wav\n\tmv FULL_$@.t88 $(BUILD_PATH)/X$(GAME_NAME)_$@.t88\n\n\n#################################################################\n\nsamcoupe: sam\n\nsam: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +sam $(SCCZ80_OPTS) $(INCLUDE_OPTS) -create-app \\\n\t-D__SAM__ -D_XL_NO_JOYSTICK \\\n\t-D__CONIO_GRAPHICS \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_SAMCOUPE_SLOWDOWN) \\\n\t-clib=ansi -pragma-define:ansicolumns=32 -vn \\\n\t-D__BIT_BANG_SOUND -o $(BUILD_PATH)/FULL_samcoupe_$(GAME_NAME).bin -lndos \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm\n\trm $(BUILD_PATH)/FULL_samcoupe_$(GAME_NAME).bin\n\tmv $(BUILD_PATH)/FULL_samcoupe_$(GAME_NAME).mgt $(BUILD_PATH)/X$(GAME_NAME)_$@.mgt\n\n\n#################################################################\n\n#############################\n# SC3000\n\nsc3000: sc3000_32k\n\nsc3000_32k: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +sc3000 $(SCCZ80_OPTS) \\\n\t$(INCLUDE_OPTS) \\\n\t-D__SC3000__ \\\n\t \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_SC3000_SLOWDOWN) \\\n\t-D__BIT_BANG_SOUND \\\n\t \\\n\t-DZ88DK_JOYSTICK \\\n\t-D__CONIO_GRAPHICS \\\n\t-vn -lndos -create-app -Cz--audio \\\n\t-pragma-define:CRT_ORG_BSS=0x8000 \\\n\t-pragma-define:REGISTER_SP=0xFFFF \\\n\t-clib=default -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.tap\n\nsc3000_rom: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +sc3000 $(SCCZ80_ROM_OPTS) -subtype=rom \\\n\t$(INCLUDE_OPTS) \\\n\t-D__SC3000__ \\\n\t-DZ88DK_JOYSTICK \\\n\t-pragma-define:REGISTER_SP=0xC7FF \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_SC3000_SLOWDOWN) \\\n\t-D__BIT_BANG_SOUND \\\n\t-D__CONIO_GRAPHICS \\\n\t-vn -lndos -create-app \\\n\t-clib=default -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BSS.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_DATA.bin\n\n\n\n#############################\n# SG1000\n\nsg1000: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +sc3000 $(SCCZ80_ROM_OPTS) -subtype=rom \\\n\t$(INCLUDE_OPTS) -pragma-define:REGISTER_SP=0xC7FF \\\n\t-D__SC3000__ \\\n\t-DZ88DK_JOYSTICK \\\n\t-DGHOSTS_NUMBER=6 -DBULLETS_NUMBER=3 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_SC3000_SLOWDOWN) \\\n\t-D__BIT_BANG_SOUND \\\n\t \\\n\t-D__CONIO_GRAPHICS \\\n\t-vn -lndos -create-app \\\n\t \\\n\t \\\n\t-clib=default -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BSS.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_DATA.bin\n\n\n\n\n#################################################################\n\nsms: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +sms $(SCCZ80_ROM_OPTS) $(INCLUDE_OPTS) -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-D__SMS__ \\\n\t-DXSize=32 \\\n\t-DYSize=24 \\\n\t-D__BIT_BANG_SOUND \\\n\t-D__CONIO_GRAPHICS \\\n\t-lndos \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_SMS_SLOWDOWN) \\\n\t $(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(FULL_FILES) \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_sms.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_sms.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_sms_BSS.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_sms_DATA.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_sms_BANK_1F.bin\n\n\n#################################################################\nzx : spectrum\n\nspectrum_48k : spectrum\n\nspectrum: spectrum_48k_keyboard\n\nspectrum_keyboard: spectrum_48k_keyboard\n\nspectrum_48k_joystick: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +zx $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-pragma-include:$(CFG_PATH)/z88dk/zpragma_clib.inc \\\n\t-pragma-redirect:getk=getk_inkey \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_SPECTRUM_SLOWDOWN) \\\n\t-D__SPECTRUM__ \\\n\t-lndos -create-app \\\n\t-D__CONIO_GRAPHICS \\\n\t-pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BANK_7.bin\n\n\nspectrum_48k_keyboard: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +zx $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-pragma-include:$(CFG_PATH)/z88dk/zpragma_clib.inc \\\n\t-pragma-redirect:getk=getk_inkey \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_SPECTRUM_SLOWDOWN) \\\n\t-D__SPECTRUM__ -D_XL_NO_JOYSTICK \\\n\t-lndos -create-app \\\n\t-D__CONIO_GRAPHICS \\\n\t-pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BANK_7.bin\n\n\nspectrum_128k: spectrum_128k_keyboard\n\nspectrum_128k_keyboard: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +zx $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-pragma-include:$(CFG_PATH)/z88dk/zpragma_clib.inc \\\n\t-pragma-redirect:getk=getk_inkey \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_SPECTRUM_SLOWDOWN) \\\n\t-D__SPECTRUM__ -D_XL_NO_JOYSTICK -D__PSG_SOUND \\\n\t-lndos -create-app \\\n\t-D__CONIO_GRAPHICS \\\n\t-pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t$(CROSS_LIB_PATH)/sound/z88dk/psg/ay-3-8910_psg_sounds.c \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@_BANK_7.bin\n\n#################################################################\n\ntrs80_gfx: $(ASSETS_PATH)/z88dk_sprites_definitions.h\n\t$(Z88DK_PATH)$(MYZ88DK) +trs80 $(SCCZ80_OPTS) -lndos -subtype=disk \\\n\t$(INCLUDE_OPTS) \\\n\t-pragma-redirect:getk=getk_inkey \\\n\t-pragma-define:REGISTER_SP=0xffb5 \\\n\t-D__TRS80__ \\\n\t-D_XL_NO_JOYSTICK \\\n\t-vn -lndos \\\n\t-D__ALT_PRINT -D__BIT_BANG_SOUND \\\n\t \\\n\t-D__Z88DK_SPRITES_GRAPHICS -D__NO_INIT_GRAPHICS \\\n\t \\\n\t-DLESS_TEXT \\\n\t-create-app \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TRS80_SLOWDOWN) \\\n\t-o$(BUILD_PATH)/X$(GAME_NAME)_$@S.bin \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\n\ntrs80:\n\t$(Z88DK_PATH)$(MYZ88DK) +trs80 $(SCCZ80_OPTS) -lndos -subtype=disk \\\n\t$(INCLUDE_OPTS) \\\n\t-lm -create-app \\\n\t-D__TRS80__ \\\n\t-D_XL_NO_JOYSTICK -D_XL_NO_UDG \\\n\t-pragma-redirect:getk=getk_inkey \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TRS80_SLOWDOWN) \\\n\t-D__VT52 \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS -D__BIT_BANG_SOUND \\\n\t-o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\n\ntrs80_model2: trs80_model2_lifeboat\n\ntrs80_model2_lifeboat:\n\t$(Z88DK_PATH)$(MYZ88DK) +cpm $(SCCZ80_OPTS) -lndos -subtype=lifeboat -lgfxtrs80m2 \\\n\t$(INCLUDE_OPTS) --generic-console \\\n\t-lm -create-app \\\n\t-DXSize=80 -DYSize=24 \\\n\t-D__TRS80__ \\\n\t-D_XL_NO_JOYSTICK -D_XL_NO_UDG \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TRS80_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS -D__BIT_BANG_SOUND \\\n\t-o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\n\ntrs80_model2_ptcpm:\n\t$(Z88DK_PATH)$(MYZ88DK) +cpm $(SCCZ80_OPTS) -lndos -subtype=ptcpm \\\n\t$(INCLUDE_OPTS) \\\n\t-lm -create-app \\\n\t-D__TRS80__ \\\n\t-D_XL_NO_JOYSTICK -D_XL_NO_UDG \\\n\t-pragma-redirect:getk=getk_inkey \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TRS80_SLOWDOWN) \\\n\t--generic-console \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS -D__BIT_BANG_SOUND \\\n\t-o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\ntrs80_model2_fmgcpm:\n\t$(Z88DK_PATH)$(MYZ88DK) +cpm $(SCCZ80_OPTS) -lndos -subtype=fmgcpm \\\n\t$(INCLUDE_OPTS) \\\n\t-lm -create-app \\\n\t-D__TRS80__ \\\n\t-D_XL_NO_JOYSTICK -D_XL_NO_UDG \\\n\t-pragma-redirect:getk=getk_inkey \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TRS80_SLOWDOWN) \\\n\t--generic-console \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS -D__BIT_BANG_SOUND \\\n\t-o$(BUILD_PATH)/X$(GAME_NAME)_$@.bin \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.bin\n\n#################################################################\n\nvg5k: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +vg5k $(SCCZ80_OPTS) \\\n\t$(INCLUDE_OPTS) \\\n\t-vn -D__VG5K__ \\\n\t-D__CONIO_GRAPHICS \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_VG5K_SLOWDOWN) \\\n\t-clib=default --generic-console \\\n\t-D_XL_NO_JOYSTICK \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(FULL_FILES) \\\n\t-lndos -create-app -o $(BUILD_PATH)/X$(GAME_NAME)_vg5k.prg\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_vg5k.prg\n\n\n#################################################################\nvz200_no_gfx: vz200_no_gfx_24k\n\nvz_no_gfx: vz200_no_gfx_24k\n\nvz200_no_gfx_24k:\n\t$(Z88DK_PATH)$(MYZ88DK) +vz $(SCCZ80_OPTS) -vn \\\n\t--hardware-keyboard --generic-console -D__HARDWARE_KEYBOARD \\\n\t$(INCLUDE_OPTS) -D__TARGET_SPECIFIC_ASCII \\\n\t-D__VZ__ -D_XL_NO_JOYSTICK \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_VZ200_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS -D_XL_NO_UDG \\\n\t-lndos \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.vz \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/vz200/vz200_init_graphics.c \\\n\t$(FULL_FILES)\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.cas\n\nvz200: vz200_24k\n\nvz: vz200_24k\n\nvz200_24k: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +vz $(SCCZ80_OPTS) -vn 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$(ZX81_GFX_GAME_OPTS) \\\n\t-DXSize=32 \\\n\t-DYSize=8 \\\n\t-vn \\\n\t-D__ZX81__ \\\n\t-D__Z88DK_SPRITES_GRAPHICS -D__SPRITE_X_STEP=8 -D__SPRITE_Y_STEP=8 \\\n\t-lndos \\\n\t-D_XL_NO_COLOR \\\n\t-D__NO_SCREEN_COLOR_INIT -D_XL_NO_JOYSTICK \\\n\t-D__ALT_PRINT \\\n\t-D__FEWER_SPRITES \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/zx81/zx81_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n\nzx81_wrx128: zx81_32k_wrx128\n\nzx81_16k_wrx128: $(ASSETS_PATH)/z88dk_sprites_definitions.h\n\t$(Z88DK_PATH)$(MYZ88DK) +zx81 $(SCCZ80_OPTS) -subtype=wrx128 -clib=wrx \\\n\t$(INCLUDE_OPTS) \\\n\t-pragma-include:$(CFG_PATH)/z88dk/zpragma_clib_no_printf.inc \\\n\t-D__NO_SPRITE_TRANSPARENCY \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_ZX81_WRX128_SLOWDOWN) $(ZX81_GFX_GAME_OPTS) \\\n\t-DXSize=32 \\\n\t-DYSize=16 \\\n\t-vn 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\\\n\t-D__NO_SCREEN_COLOR_INIT -D_XL_NO_JOYSTICK \\\n\t-D__ALT_PRINT \\\n\t-D__FEWER_SPRITES \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/zx81/zx81_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n\nzx81_8x6_wrx64: zx81_32k_8x6_wrx64\n\nzx81_16k_8x6_wrx64: $(ASSETS_PATH)/z88dk_8x6_sprites_definitions.h\n\t$(Z88DK_PATH)$(MYZ88DK) +zx81 $(SCCZ80_OPTS) -subtype=wrx -clib=wrx64 \\\n\t$(INCLUDE_OPTS) \\\n\t-pragma-include:$(CFG_PATH)/z88dk/zpragma_clib_no_printf.inc \\\n\t-D__NO_SPRITE_TRANSPARENCY \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_ZX81_8X6_WRX64_SLOWDOWN) $(ZX81_GFX_GAME_OPTS) \\\n\t-DXSize=32 \\\n\t-DYSize=11 \\\n\t-vn \\\n\t-D__ZX81__ \\\n\t-D__Z88DK_SPRITES_GRAPHICS -D__SPRITE_X_STEP=8 -D__SPRITE_Y_STEP=6 -DSPRITE_Y_SIZE=6 \\\n\t-lndos \\\n\t-D_XL_NO_COLOR \\\n\t-D__NO_SCREEN_COLOR_INIT -D_XL_NO_JOYSTICK \\\n\t-D__ALT_PRINT \\\n\t-D__FEWER_SPRITES \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/zx81/zx81_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\nzx81_32k_8x6_wrx64: $(ASSETS_PATH)/z88dk_8x6_sprites_definitions.h\n\t$(Z88DK_PATH)$(MYZ88DK) +zx81 $(SCCZ80_OPTS) -subtype=wrx -clib=wrx64 \\\n\t$(INCLUDE_OPTS) \\\n\t-pragma-include:$(CFG_PATH)/z88dk/zpragma_clib_no_printf.inc \\\n\t-pragma-define:hrgpage=36096 \\\n\t-D__NO_SPRITE_TRANSPARENCY \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_ZX81_8X6_WRX64_SLOWDOWN) $(ZX81_GFX_GAME_OPTS) \\\n\t-DXSize=32 \\\n\t-DYSize=11 \\\n\t-vn \\\n\t-D__ZX81__ \\\n\t-D__Z88DK_SPRITES_GRAPHICS -D__SPRITE_X_STEP=8 -D__SPRITE_Y_STEP=6 -DSPRITE_Y_SIZE=6 \\\n\t-lndos \\\n\t-D_XL_NO_COLOR \\\n\t-D__NO_SCREEN_COLOR_INIT -D_XL_NO_JOYSTICK \\\n\t-D__ALT_PRINT \\\n\t-D__FEWER_SPRITES \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.prg \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/zx81/zx81_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.prg\n\n\n#################################################################\n\n\nz1013:\n\t$(Z88DK_PATH)$(MYZ88DK) +z1013 $(SCCZ80_OPTS) $(INCLUDE_OPTS) -clib=ansi \\\n\t-vn -lndos \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_Z1013_SLOWDOWN) \\\n\t-D__Z1013__ \\\n\t-D__CONIO_GRAPHICS -D__NO_INIT_GRAPHICS -D_XL_NO_JOYSTICK -D_XL_NO_UDG \\\n\t$(FULL_FILES) \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@\n\n\nz1013_krt: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +z1013 $(SCCZ80_OPTS) $(INCLUDE_OPTS) --generic-console \\\n\t-vn -lndos \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_Z1013_SLOWDOWN) \\\n\t-D__Z1013__ -D__SCREEN_MODE=1 \\\n\t-D__CONIO_GRAPHICS -D_XL_NO_JOYSTICK \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t-create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@\n\n#############################\n# Z9001\n\n# --generic-console\nz9001_krt: $(ASSETS_PATH)/z88dk_xchase.asm\n\t$(Z88DK_PATH)$(MYZ88DK) +z9001 $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-D__Z9001__ -vn -D__SCREEN_MODE=1 -D_XL_NO_JOYSTICK \\\n\t-D__CONIO_GRAPHICS -D__BIT_BANG_SOUND --generic-console \\\n\t-lndos -create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.z80 \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_Z9001_SLOWDOWN) \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm\n\nz9001:\n\t$(Z88DK_PATH)$(MYZ88DK) +z9001 $(SCCZ80_OPTS) $(INCLUDE_OPTS) \\\n\t-D__Z9001__ -vn -D__SCREEN_MODE=1 -D_XL_NO_JOYSTICK \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_Z9001_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS -D_XL_NO_UDG -D__NO_INIT_GRAPHICS -D__BIT_BANG_SOUND --generic-console \\\n\t-lndos -create-app -o $(BUILD_PATH)/X$(GAME_NAME)_$@.z80 \\\n\t$(FULL_FILES) \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm\n\n#############################\n# KC\n\nkc: $(ASSETS_PATH)/z88dk_xchase.asm \n\t$(Z88DK_PATH)$(MYZ88DK) +kc $(SCCZ80_OPTS) -subtype=tap $(INCLUDE_OPTS) \\\n\t-D__KC__ \\\n\t-D__VT52 \\\n\t-D__CONIO_GRAPHICS -D_XL_NO_JOYSTICK \\\n\t-lndos \\\n\t-clib=default -pragma-redirect:fputc_cons=fputc_cons_generic \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_KC_SLOWDOWN) \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/z88dk/udg/udg_init_graphics.c \\\n\t$(ASSETS_PATH)/z88dk_xchase.asm \\\n\t$(FULL_FILES) \\\n\t-create-app -o$(BUILD_PATH)/X$(GAME_NAME)_kc.bin\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_kc.bin\n\n\n\n#################################################################\n# CMOC\n\n\n#################################################################\n\nCMOC_NO_UDG_OPTS ?= $(CMOC_MAKEFILE_COMPILATION_OPTS) -Wno-const -D__ALT_SLEEP -D__DEFAULT_CLEAR_SCREEN -D__CMOC__ \n\nNO_UDG_OPS ?= $(CMOC_NO_UDG_OPTS) -D__MEMORY_MAPPED_GRAPHICS -D__NO_INIT_GRAPHICS -D_XL_NO_UDG -D__ALT_PRINT -D_XL_SLOW_DOWN_FACTOR=4000\n\nCOCO_OPTS ?= -D__COCO__ $(NO_UDG_OPS) -D_XL_NO_COLOR -D_XL_NO_JOYSTICK\n\nDRAGON_OPTS ?= --dragon -D__COCO__ $(NO_UDG_OPS) -D_XL_NO_COLOR -D_XL_NO_JOYSTICK\n\n\nCOCO_COMPILE_OPTS ?= $(COCO_OPTS) \n\nDRAGON_COMPILE_OPTS ?= $(DRAGON_OPTS) \n\n\nDRAGON_GFX_OPTS ?= --dragon -D__DRAGON__ $(GFX_OPTS) -D_XL_NO_JOYSTICK\n\nDRAGON_GFX_COMPILE_OPTS ?= $(DRAGON_GFX_OPTS) \n\nCMOC_OPTS ?= $(CMOC_MAKEFILE_COMPILATION_OPTS) -Wno-const -D__ALT_SLEEP -D__DEFAULT_CLEAR_SCREEN -D__CMOC__ \n\n\nGFX_OPTS ?= $(CMOC_OPTS) -D__BIT_MAPPED_GRAPHICS -D__ALT_PRINT -D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_COCO_SLOWDOWN)\n\n\nCOCO_GFX_OPTS ?= -D__COCO__ $(GFX_OPTS) -D_XL_NO_COLOR -D_XL_NO_JOYSTICK\n\n\n\nCOCO_GFX_COMPILE_OPTS ?= $(COCO_GFX_OPTS) \n\n\n# ? BACKGROUND_COLOR white\nGFX_COLOR_OPTS ?= $(CMOC_OPTS) -D_XL_NO_JOYSTICK -D__BIT_MAPPED_GRAPHICS -D__ALT_PRINT \n\nCOCO_COLOR_GFX_OPTS ?= -D__COCO__ $(GFX_COLOR_OPTS) -D__BIT_MAPPED_4_GRAPHICS $(COCO_COLOR_GFX_GAME_OPTS) -D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_COCO_SLOWDOWN)\n\nCOCO_COLOR_GFX_COMPILE_OPTS ?= $(COCO_COLOR_GFX_OPTS)\n\nCOCO3_COLOR_GFX_OPTS ?= -D__COCO3__ $(GFX_COLOR_OPTS) -D__BIT_MAPPED_16_GRAPHICS $(COCO3_COLOR_GFX_GAME_OPTS) -DXSize=32 -DYSize=24 -D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_COCO3_SLOWDOWN)\n\nCOCO3_COLOR_GFX_COMPILE_OPTS ?= $(COCO3_COLOR_GFX_OPTS)\n\nTHOMSON_OPTS ?= $(CMOC_MAKEFILE_COMPILATION_OPTS) -D__ALT_SLEEP -Wno-const -D__CMOC__ -D__BIT_MAPPED_GRAPHICS -D__ALT_PRINT\n\nMO5_OPTS ?= $(THOMSON_OPTS) -DXSize=39 -D_XL_NO_JOYSTICK -D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_MO5_SLOWDOWN) -D__MO5__\n\nTO7_OPTS ?= $(THOMSON_OPTS) -DXSize=39 -D_XL_NO_JOYSTICK -D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TO7_SLOWDOWN) -D__TO7__ \n\nTO7_ORG_DATA ?= --org=a000 \n\n#############################################################################################\n\n\ndragon: coco\ndragon_mono: coco_mono\n\nifdef USE_TOOLS\ncoco_mono: $(ASSETS_PATH)/cmoc_udc_tiles_and_fonts.s $(TOOLS_PATH)/cmoc/coco/file2dsk/file2dsk$(COMPILEDEXT)\nelse\ncoco_mono: $(ASSETS_PATH)/cmoc_udc_tiles_and_fonts.s\nendif\n\t$(CMOC) \\\n\t$(COCO_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/sound/generic/dac_sounds.c\n\t$(CMOC) \\\n\t$(COCO_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/display/display_macros.c\n\t$(CMOC) \\\n\t$(COCO_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/display/init_graphics/cmoc/coco/coco_init_graphics.c\n\t$(CMOC) \\\n\t$(COCO_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c\n\t$(CMOC) \\\n\t$(COCO_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(ASSETS_PATH)/cmoc_udc_tiles_and_fonts.s\n\t$(CMOC) \\\n\t$(COCO_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/sleep/sleep_macros.c\n\t$(CMOC) \\\n\t$(COCO_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/input/input_macros.c\n\t$(CMOC) \\\n\t$(COCO_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(SOURCE_PATH)/main.c\n\t$(CMOC) -o $(BUILD_PATH)/XBIN.BIN \\\n\t$(COCO_GFX_OPTS) $(INCLUDE_OPTS) \\\n\tmain.o coco_init_graphics.o \\\n\tdisplay_macros.o dac_sounds.o \\\n\tmemory_mapped_alt_print.o sleep_macros.o \\\n\tcmoc_udc_tiles_and_fonts.o \\\n\tinput_macros.o\n\trm main.o dac_sounds.o coco_init_graphics.o display_macros.o sleep_macros.o \\\n\tcmoc_udc_tiles_and_fonts.o \\\n\tmemory_mapped_alt_print.o \\\n\tinput_macros.o\nifdef USE_TOOLS\t\n\tmv $(BUILD_PATH)/XBIN.BIN XBIN.BIN\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk\n\t$(TOOLS_PATH)/cmoc/coco/file2dsk/file2dsk$(COMPILEDEXT) XBIN.BIN\n\tmv XBIN.DSK $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk\n\t$(TOOLS_PATH)/cmoc/dragon/bin2cas.pl -o $(BUILD_PATH)/X$(GAME_NAME)_coco_dragon_mono.cas -C XBIN.BIN -A\nelse\n\tmv $(BUILD_PATH)/XBIN.BIN $(BUILD_PATH)/X$(GAME_NAME)_$@_dragon.bin\nendif\nifeq ($(DO_WIN),1) \nifdef USE_TOOLS\n\t$(TOOLS_PATH)/cmoc/dragon/File2VDK.exe $(BUILD_PATH)/XBIN.BIN\n\tmv $(BUILD_PATH)/XBIN.BIN.vdk $(BUILD_PATH)/X$(GAME_NAME)_dragon_mono.vdk\nendif\nendif\n\trm -rf $(BUILD_PATH)/XBIN.BIN\n\trm -rf XBIN.BIN\n\trm -rf A80\n\trm -rf A80.LDR\n\n\ncoco_targets: \\\n coco coco_mono coco3\n\ncoco_color: coco\ndragon_color: dragon\n\nifdef USE_TOOLS\ncoco: $(ASSETS_PATH)/cmoc_udc_tiles_and_fonts.s $(TOOLS_PATH)/cmoc/coco/file2dsk/file2dsk$(COMPILEDEXT)\nelse\ncoco: $(ASSETS_PATH)/cmoc_udc_tiles_and_fonts.s\nendif\n\t$(CMOC) \\\n\t$(COCO_COLOR_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/sound/generic/dac_sounds.c\n\t$(CMOC) \\\n\t$(COCO_COLOR_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/display/display_macros.c\n\t$(CMOC) \\\n\t$(COCO_COLOR_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/display/init_graphics/cmoc/coco/coco_init_graphics.c\n\t$(CMOC) \\\n\t$(COCO_COLOR_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c\n\t$(CMOC) \\\n\t$(COCO_COLOR_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(ASSETS_PATH)/cmoc_udc_tiles_and_fonts.s\n\t$(CMOC) \\\n\t$(COCO_COLOR_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/sleep/sleep_macros.c\n\t$(CMOC) \\\n\t$(COCO_COLOR_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/input/input_macros.c\n\t$(CMOC) \\\n\t$(COCO_COLOR_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(SOURCE_PATH)/main.c\n\t$(CMOC) -o $(BUILD_PATH)/XBIN.BIN \\\n\t$(COCO_COLOR_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\tmain.o coco_init_graphics.o \\\n\tdisplay_macros.o dac_sounds.o \\\n\tmemory_mapped_alt_print.o sleep_macros.o \\\n\tcmoc_udc_tiles_and_fonts.o \\\n\tinput_macros.o\n\trm main.o dac_sounds.o coco_init_graphics.o display_macros.o sleep_macros.o \\\n\tcmoc_udc_tiles_and_fonts.o \\\n\tmemory_mapped_alt_print.o \\\n\tinput_macros.o\nifdef USE_TOOLS\t\n\tmv $(BUILD_PATH)/XBIN.BIN XBIN.BIN\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk\n\t$(TOOLS_PATH)/cmoc/coco/file2dsk/file2dsk$(COMPILEDEXT) XBIN.BIN\n\tmv XBIN.DSK $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk\n\t$(TOOLS_PATH)/cmoc/dragon/bin2cas.pl -o $(BUILD_PATH)/X$(GAME_NAME)_coco_dragon.cas -C XBIN.BIN -A\nelse\n\tmv $(BUILD_PATH)/XBIN.BIN $(BUILD_PATH)/X$(GAME_NAME)_$@_dragon.bin\nendif\nifeq ($(DO_WIN),1) \nifdef USE_TOOLS\n\t$(TOOLS_PATH)/cmoc/dragon/File2VDK.exe $(BUILD_PATH)/XBIN.BIN\n\tmv $(BUILD_PATH)/XBIN.BIN.vdk $(BUILD_PATH)/X$(GAME_NAME)_dragon.vdk\nendif\nendif\n\trm -rf $(BUILD_PATH)/XBIN.BIN\n\trm -rf XBIN.BIN\n\trm -rf A80\n\trm -rf A80.LDR\n\n\n# coco3: coco3_gfx\n\t\ncoco3: $(ASSETS_PATH)/cmoc_udc_tiles_and_fonts.s $(TOOLS_PATH)/cmoc/coco/file2dsk/file2dsk$(COMPILEDEXT)\n\t$(CMOC) \\\n\t$(COCO3_COLOR_GFX_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/sound/generic/dac_sounds.c\n\t$(CMOC) \\\n\t$(COCO3_COLOR_GFX_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(ASSETS_PATH)/cmoc_udc_tiles_and_fonts.s\n\t$(CMOC) \\\n\t$(COCO3_COLOR_GFX_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/display/display_macros.c\n\t$(CMOC) \\\n\t$(COCO3_COLOR_GFX_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/display/init_graphics/cmoc/coco3/coco3_init_graphics.c\n\t$(CMOC) \\\n\t$(COCO3_COLOR_GFX_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c\n\t$(CMOC) \\\n\t$(COCO3_COLOR_GFX_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/input/input_macros.c\n\t$(CMOC) \\\n\t$(COCO3_COLOR_GFX_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/sleep/sleep_macros.c\n\t$(CMOC) -o $(BUILD_PATH)/xbin.bin \\\n\t$(COCO3_COLOR_GFX_OPTS) $(INCLUDE_OPTS) \\\n\t$(SOURCE_PATH)/main.c \\\n\tdisplay_macros.o dac_sounds.o sleep_macros.o \\\n\tcoco3_init_graphics.o \\\n\tmemory_mapped_alt_print.o \\\n\tinput_macros.o cmoc_udc_tiles_and_fonts.o\n\trm -rf \\\n\tdisplay_macros.o dac_sounds.o sleep_macros.o \\\n\tcoco3_init_graphics.o \\\n\tmemory_mapped_alt_print.o \\\n\tinput_macros.o cmoc_udc_tiles_and_fonts.o\nifdef USE_TOOLS\n\tmv $(BUILD_PATH)/xbin.bin XBIN.BIN\n\trm -rf $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk\n\t$(TOOLS_PATH)/cmoc/coco/file2dsk/file2dsk$(COMPILEDEXT) XBIN.BIN\n\tmv XBIN.DSK $(BUILD_PATH)/X$(GAME_NAME)_$@.dsk\n\t$(TOOLS_PATH)/cmoc/dragon/bin2cas.pl -o $(BUILD_PATH)/X$(GAME_NAME)_$@.cas -C XBIN.BIN -A\n\trm XBIN.BIN\nelse\n\tmv $(BUILD_PATH)/xbin.bin $(BUILD_PATH)/X$(GAME_NAME)_$@_dragon.bin\nendif\n\n\ncoco3_targets: \\\n\tcoco3_gfx\n\n\n########################################\n\n\nifdef USE_TOOLS\nmo5: $(ASSETS_PATH)/cmoc_udc_tiles.s $(TOOLS_PATH)/cmoc/mo5/f2k5$(COMPILEDEXT) $(TOOLS_PATH)/cmoc/mo5/sapfs$(COMPILEDEXT)\nelse\nmo5: $(ASSETS_PATH)/cmoc_udc_tiles.s\nendif\n\t$(CMOC) \\\n\t$(MO5_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/sound/generic/dac_sounds.c\n\t$(CMOC) \\\n\t$(MO5_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/display/alt_print/mo5_alt_print.c \n\t$(CMOC) \\\n\t$(MO5_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/sleep/sleep_macros.c\n\t$(CMOC) \\\n\t$(MO5_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/display/init_graphics/cmoc/mo5/mo5_init_graphics.c\n\t$(CMOC) \\\n\t$(MO5_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/display/display_macros.c\n\t$(CMOC) \\\n\t$(MO5_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/input/input_macros.c\n\t$(CMOC) \\\n\t$(MO5_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(ASSETS_PATH)/cmoc_udc_tiles.s\t\n\t$(CMOC) -o $(BUILD_PATH)/FULL_MO5.bin \\\n\t$(MO5_OPTS) $(INCLUDE_OPTS) \\\n\t$(SOURCE_PATH)/main.c \\\n\tmo5_alt_print.o dac_sounds.o \\\n\tmo5_init_graphics.o \\\n\tdisplay_macros.o \\\n\tcmoc_udc_tiles.o \\\n\tsleep_macros.o \\\n\tinput_macros.o\n\trm \\\n\tmo5_alt_print.o dac_sounds.o \\\n\tcmoc_udc_tiles.o \\\n\tmo5_init_graphics.o \\\n\tdisplay_macros.o \\\n\t\\\n\tinput_macros.o sleep_macros.o\nifdef USE_TOOLS\n\t$(TOOLS_PATH)/cmoc/mo5/f2k5$(COMPILEDEXT) $(BUILD_PATH)/FULL_MO5.bin\n\tmv $(BUILD_PATH)/FULL_MO5.bin .\n\t$(TOOLS_PATH)/cmoc/mo5/sapfs$(COMPILEDEXT) -c X$(GAME_NAME)_MO5.sap\n\t$(TOOLS_PATH)/cmoc/mo5/sapfs$(COMPILEDEXT) --add X$(GAME_NAME)_MO5.sap FULL_MO5.bin\n\tmv ./X$(GAME_NAME)_MO5.sap $(BUILD_PATH)\n\tmv ./FILE.K5 $(BUILD_PATH)/X$(GAME_NAME)_MO5.k5\n\trm ./FULL_MO5.bin\nelse\n\tmv $(BUILD_PATH)/FULL_MO5.bin $(BUILD_PATH)/X$(GAME_NAME)_MO5.bin\nendif\n\n\nmo5_targets: \\\n\tmo5\n\nifdef USE_TOOLS\nto7: $(ASSETS_PATH)/cmoc_udc_tiles.s $(TOOLS_PATH)/cmoc/mo5/sapfs$(COMPILEDEXT)\nelse\nto7: $(ASSETS_PATH)/cmoc_udc_tiles.s\nendif\n\t$(CMOC) \\\n\t$(TO7_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/sound/generic/dac_sounds.c\t\n\t$(CMOC) \\\n\t$(TO7_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/display/alt_print/mo5_alt_print.c \n\t$(CMOC) \\\n\t$(TO7_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/display/init_graphics/cmoc/mo5/mo5_init_graphics.c\n\t$(CMOC) \\\n\t$(TO7_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/display/display_macros.c\n\t$(CMOC) \\\n\t$(COCO_GFX_COMPILE_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/sleep/sleep_macros.c\n\t$(CMOC) \\\n\t$(TO7_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(CROSS_LIB_PATH)/input/input_macros.c\n\t$(CMOC) \\\n\t$(TO7_OPTS) $(INCLUDE_OPTS) \\\n\t-c $(ASSETS_PATH)/cmoc_udc_tiles.s\t\n\t$(CMOC) $(TO7_ORG_DATA) -o $(BUILD_PATH)/XLIB.bin \\\n\t$(TO7_OPTS) $(INCLUDE_OPTS) \\\n\t$(SOURCE_PATH)/main.c \\\n\tmo5_alt_print.o dac_sounds.o \\\n\tmo5_init_graphics.o \\\n\tdisplay_macros.o \\\n\tcmoc_udc_tiles.o \\\n\t\\\n\tinput_macros.o sleep_macros.o\n\trm \\\n\tmo5_alt_print.o dac_sounds.o \\\n\tcmoc_udc_tiles.o \\\n\tmo5_init_graphics.o \\\n\tdisplay_macros.o \\\n\t\\\n\tinput_macros.o sleep_macros.o\nifdef USE_TOOLS\n\tmv $(BUILD_PATH)/XLIB.bin .\n\t$(TOOLS_PATH)/cmoc/mo5/sapfs$(COMPILEDEXT) -c X$(GAME_NAME)_TO7.sap\n\t$(TOOLS_PATH)/cmoc/mo5/sapfs$(COMPILEDEXT) --add X$(GAME_NAME)_TO7.sap XLIB.bin\n\tmv ./X$(GAME_NAME)_TO7.sap $(BUILD_PATH)\n\trm ./XLIB.bin\nelse\n\tmv $(BUILD_PATH)/XLIB.bin $(BUILD_PATH)/X$(GAME_NAME)_TO7.bin\nendif\n\n\nto7_targets: \\\n\tto7\n\n#################################################################\n# LCC1802\n\n\n#################################################################\n\n\nfull_combo_rand.c: \n\tcat $(FULL_FILES) > $(SOURCE_PATH)/../full_combo_rand.c\n\n# ------------------------------------------------------------------------------------------\n# LCC1802\n# -target=xr18CX\n# https://sites.google.com/site/lcc1802/downloads/Quarrantine.zip?attredirects=0&d=1\n\n\n\nifeq ($(DO_WIN),1)\n\nLCC1802_OPTS ?= -target=xr18CX $(LCC1802_MAKEFILE_COMPILATION_OPTS)\nBASIC_OPTS ?= $(LCC1802_OPTS) \"-Wa-D LCCCX=1\" \"-Wa-D LCCNOLONG\"\nCOMX_OPTS ?= $(BASIC_OPTS) \"-Wa-D CODELOC=0x4401\" \nPECOM_OPTS ?= $(BASIC_OPTS) \"-Wa-D CODELOC=0x201\" \nTMC600_OPTS ?= $(BASIC_OPTS) \"-Wa-D CODELOC=0x6300\"\nCIDELSA_OPTS ?= $(LCC1802_OPTS) \"-Wa-D CODELOC=0\" \"-Wa-D NOFILLBSS=1\" \nDRACO_32K_OPTS ?= $(CIDELSA_OPTS) \"-Wa-D DATALOC=0x8000\" \"-Wa-D STACKLOC=0x83ff\"\nDRACO_16K_OPTS ?= $(CIDELSA_OPTS) \"-Wa-D DATALOC=0x4000\" \"-Wa-D STACKLOC=0x43ff\"\nALTAIR_24K_OPTS ?= $(CIDELSA_OPTS) \"-Wa-D DATALOC=0x6000\" \"-Wa-D STACKLOC=0x60ff\"\nALTAIR_12K_OPTS ?= $(CIDELSA_OPTS) \"-Wa-D DATALOC=0x3000\" \"-Wa-D STACKLOC=0x30ff\"\nDESTROYER_12K_OPTS ?= $(CIDELSA_OPTS) \"-Wa-D DATALOC=0x3000\" \"-Wa-D STACKLOC=0x30ff\"\nDESTROYER_8K_OPTS ?= $(CIDELSA_OPTS) \"-Wa-D DATALOC=0x2000\" \"-Wa-D STACKLOC=0x20ff\"\n\nPIXIE_4K_OPTS ?= \"-Wa-D LCCCX=1\" -D__VIP__ -DRES=64 -DVIDMEM=0xF00 \"-Wa-D STACKLOC=0xDFF\"\n\n\nMICROBOARD_OPTS ?= $(CIDELSA_OPTS) \"-Wa-D DATALOC=0x8000\" \"-Wa-D STACKLOC=0x9fff\"\n\nMICROBOARD_PAL_1_OPTS ?= $(MICROBOARD_OPTS) \"-DPAL=1\"\nMICROBOARD_PAL_2_OPTS ?= $(MICROBOARD_OPTS) \"-DPAL=2\"\n\nMICROBOARD_NTSC_1_OPTS ?= $(CIDELSA_OPTS) \"-DNTSC=1\"\nMICROBOARD_NTSC_3_OPTS ?= $(CIDELSA_OPTS) \"-DNTSC=3\"\n\nelse\n\n# LCC under Linux:\n# \"-Wa-D CODELOC=0x2000\" becomes \"-Wa-D\" \"-WaCODELOC=0x2000\" However, multiple symbols can still be combined as \"-Wa-D\" \"-WaCODELOC=0x2000,STACKLOC=7fff\"\n\n#/cygdrive/c/lcc42/bat/caCX.bat\n#/cygdrive/c/lcc42/bin/lcc.exe\n\n\nLCC1802_OPTS ?= -target=xr18CX $(LCC1802_MAKEFILE_COMPILATION_OPTS)\nBASIC_OPTS ?= $(LCC1802_OPTS) \"-Wa-D\" \"-WaLCCCX=1\" \"-Wa-D\" \"-WaLCCNOLONG\"\nCOMX_OPTS ?= $(BASIC_OPTS) \"-Wa-D\" \"-WaCODELOC=0x4401\" \nPECOM_OPTS ?= $(BASIC_OPTS) \"-Wa-D\" \"-WaCODELOC=0x201\" \nTMC600_OPTS ?= $(BASIC_OPTS) \"-Wa-D\" \"-WaCODELOC=0x6300\"\nCIDELSA_OPTS ?= $(LCC1802_OPTS) \"-Wa-D\" \"-WaCODELOC=0,NOFILLBSS=1\" \nDRACO_32K_OPTS ?= $(CIDELSA_OPTS) \"-Wa-D\" \"-WaDATALOC=0x8000,STACKLOC=0x83ff\"\nDRACO_16K_OPTS ?= $(CIDELSA_OPTS) \"-Wa-D\" \"-WaDATALOC=0x4000,STACKLOC=0x43ff\"\nALTAIR_24K_OPTS ?= $(CIDELSA_OPTS) \"-Wa-D\" \"-WaDATALOC=0x6000,STACKLOC=0x60ff\"\nALTAIR_12K_OPTS ?= $(CIDELSA_OPTS) \"-Wa-D\" \"-WaDATALOC=0x3000,STACKLOC=0x30ff\"\nDESTROYER_12K_OPTS ?= $(CIDELSA_OPTS) \"-Wa-D\" \"-WaDATALOC=0x3000,STACKLOC=0x30ff\"\nDESTROYER_8K_OPTS ?= $(CIDELSA_OPTS) \"-Wa-D\" \"-WaDATALOC=0x2000,STACKLOC=0x20ff\"\n\nPIXIE_4K_OPTS ?= \"-Wa-D\" \"-WaLCCCX=1\" -D__VIP__ -DRES=64 -DVIDMEM=0xF00,STACKLOC=0xDFF\"\n\n\nMICROBOARD_OPTS ?= $(CIDELSA_OPTS) \"-Wa-D DATALOC=0x8000,STACKLOC=0x9fff\"\n\nMICROBOARD_PAL_1_OPTS ?= $(MICROBOARD_OPTS) \"-DPAL=1\"\nMICROBOARD_PAL_2_OPTS ?= $(MICROBOARD_OPTS) \"-DPAL=2\"\n\nMICROBOARD_NTSC_1_OPTS ?= $(CIDELSA_OPTS) \"-DNTSC=1\"\nMICROBOARD_NTSC_3_OPTS ?= $(CIDELSA_OPTS) \"-DNTSC=3\"\n\nendif\n\n\n\n# @c:\\lcc42\\bin\\lcc.exe \"-target=xr18CX\" \"-Wf-g,;\" \"-Wf-volatile\" -O \"-Wp-D nofloats\" \"-Wa-D LCCNOLONG\" -D__MICRO__ -DNTSC=1 -S %2 %3 %4 %5 %6 %1.c \n# @IF ERRORLEVEL 1 GOTO quit\n# @c:\\lcc42\\bin\\copt c:\\lcc42\\include\\lcc1806.opt -I %1.asm -O %1.oasm\n# @c:\\lcc42\\bin\\asw -cpu 1802 -quiet -D NOFILLBSS=1 -D DATALOC=0x8000 -D CODELOC=0 -D STACKLOC=0x9fff -P -x -i ..\\..\\..\\include -L %1.oasm\n# @c:\\lcc42\\bin\\p2hex -r $-$ %1 %1_microboard_ntsc1_4_8 | more +2\n# @:quit\n\n\n# @c:\\lcc42\\bin\\lcc.exe \"-target=xr18CX\" \"-Wf-g,;\" \"-Wf-volatile\" -O \"-Wp-D nofloats\" \"-Wa-D LCCNOLONG\" -D__MICRO__ -DNTSC=3 -S %2 %3 %4 %5 %6 %1.c \n# @IF ERRORLEVEL 1 GOTO quit\n# @c:\\lcc42\\bin\\copt c:\\lcc42\\include\\lcc1806.opt -I %1.asm -O %1.oasm\n# @c:\\lcc42\\bin\\asw -cpu 1802 -quiet -D NOFILLBSS=1 -D DATALOC=0x8000 -D CODELOC=0 -D STACKLOC=0x9fff -P -x -i ..\\..\\..\\include -L %1.oasm\n# @c:\\lcc42\\bin\\p2hex -r $-$ %1 %1_microboard_ntsc3 | more +2\n# @:quit\n\n\n\n################################################################################\n\n\n\nCOMX_REDUCED_EXTRA_FILES ?= \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/lcc1802/comx/comx_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/comx_alt_print.c \n\nCOMX_COLOR_GRAPHICS_REDUCED_EXTRA_FILES ?= \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/lcc1802/comx/comx_color_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/comx_alt_print.c \n\nCOMX_EXTRA_FILES ?= \\\n\t$(COMX_REDUCED_EXTRA_FILES) \\\n\t$(CROSS_LIB_PATH)/rand/rand.c \\\n\t$(CROSS_LIB_PATH)/sound/lcc1802/comx/comx_sounds.c\n\nCOMX_COLOR_GRAPHICS_EXTRA_FILES ?= \\\n\t$(COMX_COLOR_GRAPHICS_REDUCED_EXTRA_FILES) \\\n\t$(CROSS_LIB_PATH)/sound/lcc1802/comx/comx_sounds.c\n\nCOMX_EXTRA_FILES_WTIH_END_SCREEN ?= \\\n\t$(COMX_EXTRA_FILES) \n\nCOMX_COLOR_GRAPHICS_EXTRA_FILES_WTIH_END_SCREEN ?= \\\n\t$(COMX_COLOR_GRAPHICS_EXTRA_FILES)\n\n\nreduced_full_lcc1802_combo.c: full_combo_rand.c\n\tcat \\\n\t$(COMX_REDUCED_EXTRA_FILES) $(CROSS_LIB_PATH)/rand/rand_lcc1802_devkit_include.c \\\n\t$(SOURCE_PATH)/../full_combo_rand.c > $(SOURCE_PATH)/../reduced_full_lcc1802_combo.c\n\nreduced_full_lcc1802_color_combo.c: full_combo_rand.c\n\tcat \\\n\t$(COMX_COLOR_GRAPHICS_EXTRA_FILES) $(CROSS_LIB_PATH)/rand/rand_lcc1802_devkit_include.c \\\n\t$(SOURCE_PATH)/../full_combo_rand.c > $(SOURCE_PATH)/../reduced_full_lcc1802_color_combo.c\n\nfull_lcc1802_combo.c: full_combo_rand.c\n\tcat \\\n\t$(CROSS_LIB_PATH)/rand/rand_lcc1802_devkit_include.c \\\n\t$(COMX_EXTRA_FILES_WTIH_END_SCREEN) \\\n\t$(SOURCE_PATH)/../full_combo_rand.c > $(SOURCE_PATH)/../full_lcc1802_combo.c\n\n\nreduced_full_lcc1802_micro_combo.c: full_combo_rand.c\n\tcat \\\n\t$(MICRO_COLOR_REDUCED_EXTRA_FILES) $(CROSS_LIB_PATH)/rand/rand_lcc1802_devkit_include.c \\\n\t$(SOURCE_PATH)/../full_combo_rand.c > $(SOURCE_PATH)/../reduced_full_lcc1802_micro_combo.c\n\n\nclean_combo_files:\n\trm -rf $(SOURCE_PATH)/../full_combo_rand.c\n\trm -rf $(SOURCE_PATH)/../full_lcc1802_combo.c\n\trm -rf $(SOURCE_PATH)/../reduced_full_lcc1802_combo.c\n\trm -rf $(SOURCE_PATH)/../reduced_full_lcc1802_color_combo.c\n\trm -rf $(SOURCE_PATH)/../reduced_full_lcc1802_micro_combo.c\n\n\nLCC1802_COLOR_BASIC_C_OPTS ?= \\\n\t-D__LCC1802__ \\\n\t-D__NO_SCREEN_COLOR_INIT \\\n\t-D__COMX_COLOR_GRAPHICS \\\n\t-D__ALT_PRINT\n\nLCC1802_BASIC_C_OPTS ?= \\\n\t-D__LCC1802__ \\\n\t-D__NO_SCREEN_COLOR_INIT \\\n\t-D__MEMORY_MAPPED_GRAPHICS \\\n\t-D__ALT_PRINT\n\n\nLCC1802_C_OPTS ?= \\\n\t$(LCC1802_BASIC_C_OPTS) \\\n\t \\\n\t-D__ALT_SLEEP \\\n\n\nLCC1802_C_OPTS_NO_SOUNDS ?= \\\n\t$(LCC1802_BASIC_C_OPTS) \\\n\t-D__ALT_SLEEP \\\n\nREDUCED_LCC1802_C_OPTS ?= \\\n\t$(LCC1802_BASIC_C_OPTS) \\\n\t-D_XL_NO_SLEEP\n\nPIXIE_C_OPTS ?= \\\n\t-D__LCC1802__ \\\n\t-D__NO_SCREEN_COLOR_INIT \\\n\t-D__NO_PRINT \\\n\t-D__NO_SLEEP\n\nLCC1802_COLOR_C_OPTS ?= \\\n\t$(LCC1802_COLOR_BASIC_C_OPTS) \\\n\t-D__ALT_SLEEP\n\n\nLCC1802_COLOR_C_OPTS_NO_SOUNDS ?= \\\n\t$(LCC1802_COLOR_BASIC_C_OPTS) \\\n\t-D__ALT_SLEEP\n\nREDUCED_LCC1802_COLOR_C_OPTS ?= \\\n\t$(LCC1802_COLOR_BASIC_C_OPTS) \\\n\t-D_XL_NO_SLEEP\n\nMICRO_COLOR_REDUCED_EXTRA_FILES ?= \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/lcc1802/comx/micro_color_init_graphics.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/comx_alt_print.c \n\nMICRO_COLOR_EXTRA_FILES ?= \\\n\t$(MICRO_COLOR_REDUCED_EXTRA_FILES) \\\n\t$(CROSS_LIB_PATH)/sound/lcc1802/comx/comx_sounds.c\n\nMICRO_COLOR_EXTRA_FILES_WTIH_END_SCREEN ?= \\\n\t$(MICRO_COLOR_EXTRA_FILES) \n\n###############################################################################\n# COMX\n\n_full_comx: _comx\n\n\n_comx_buffered: reduced_full_lcc1802_color_combo.c $(ASSETS_PATH)/6x9_chars.h\n\t$(LCC1802) $(INCLUDE_OPTS) -I$(SOURCE_PATH) $(COMX_OPTS) \\\n\t-D__COMX__ $(COMX_GAME_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_COMX_SLOWDOWN) \\\n\t$(LCC1802_COLOR_C_OPTS) \\\n\t$(SOURCE_PATH)/../reduced_full_lcc1802_color_combo.c\n\t# rm -rf $(SOURCE_PATH)/../reduced_full_lcc1802_color_combo.c\n\tmv $(SOURCE_PATH)/../../a.$(LCC1802_HEX) $(BUILD_PATH)/X$(GAME_NAME)_$@.hex\n\ncomx_buffered: \\\n _comx_buffered \\\n clean_combo_files\n\n# -D__LCC1802_UNBUFFERED\n_comx: reduced_full_lcc1802_color_combo.c $(ASSETS_PATH)/6x9_chars.h\n\t$(LCC1802) $(INCLUDE_OPTS) -I$(SOURCE_PATH) $(COMX_OPTS) -D__LCC1802_UNBUFFERED \\\n\t-D__COMX__ $(COMX_GAME_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_COMX_SLOWDOWN) \\\n\t$(LCC1802_COLOR_C_OPTS) \\\n\t$(SOURCE_PATH)/../reduced_full_lcc1802_color_combo.c\n\t# rm -rf $(SOURCE_PATH)/../reduced_full_lcc1802_color_combo.c\n\tmv $(SOURCE_PATH)/../../a.$(LCC1802_HEX) $(BUILD_PATH)/X$(GAME_NAME)_$@.hex\n\ncomx: \\\n _comx \\\n clean_combo_files\n\n\n\n\n# Interrupt-driver graphics\n_comx_int: reduced_full_lcc1802_color_combo.c $(ASSETS_PATH)/6x9_chars.h\n\t$(LCC1802) $(INCLUDE_OPTS) -I$(SOURCE_PATH) $(COMX_OPTS) -DVIS_INT \\\n\t-D__COMX__ \\\n\t$(COMX_GAME_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_COMX_SLOWDOWN) \\\n\t$(LCC1802_COLOR_C_OPTS) \\\n\t$(SOURCE_PATH)/../reduced_full_lcc1802_color_combo.c\n\t# rm -rf $(SOURCE_PATH)/../reduced_full_lcc1802_color_combo.c\n\tmv $(SOURCE_PATH)/../../a.$(LCC1802_HEX) $(BUILD_PATH)/X$(GAME_NAME)_$@.hex\n\ncomx_int: \\\n _comx_int \\\n clean_combo_files\n\n\n_comx_ntsc: reduced_full_lcc1802_color_combo.c $(ASSETS_PATH)/6x8_chars.h\n\t$(LCC1802) $(INCLUDE_OPTS) -I$(SOURCE_PATH) $(COMX_OPTS) \\\n\t-D__COMX__ -DNTSC $(COMX_GAME_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_COMX_SLOWDOWN) \\\n\t$(LCC1802_COLOR_C_OPTS) \\\n\t$(SOURCE_PATH)/../reduced_full_lcc1802_color_combo.c\n\t# rm -rf $(SOURCE_PATH)/../reduced_full_lcc1802_color_combo.c\n\tmv $(SOURCE_PATH)/../../a.$(LCC1802_HEX) $(BUILD_PATH)/X$(GAME_NAME)_$@.hex\n\ncomx_ntsc: \\\n _comx_ntsc \\\n clean_combo_files\n\n# VIP \n_vip: reduced_full_lcc1802_color_combo.c $(ASSETS_PATH)/4x4_chars.h\n\t$(LCC1802) $(INCLUDE_OPTS) -I$(SOURCE_PATH) $(PIXIE_4K_OPTS) \\\n\t-D__VIP__ $(VIP_GAME_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_VIP_SLOWDOWN) \\\n\t$(PIXIE_C_OPTS) \\\n\t$(SOURCE_PATH)/../reduced_full_lcc1802_color_combo.c\n\tmv $(SOURCE_PATH)/../../a.$(LCC1802_HEX) $(BUILD_PATH)/X$(GAME_NAME)_$@.hex\n\nvip: \\\n _vip \\\n clean_combo_files\n\n\n###############################################################################\n# MICRO\n\n\n_micro_pal2: reduced_full_lcc1802_micro_combo.c $(ASSETS_PATH)/6x9_chars.h\n\t$(LCC1802) $(INCLUDE_OPTS) -I$(SOURCE_PATH) $(MICROBOARD_PAL_2_OPTS) \\\n\t-D__MICRO__ \\\n\t-D__COMX_COLOR_GRAPHICS \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_MICRO_SLOWDOWN) \\\n\t$(MICRO_GAME_OPTS) \\\n\t$(LCC1802_COLOR_C_OPTS) \\\n\t$(SOURCE_PATH)/../reduced_full_lcc1802_micro_combo.c\n\t# rm -rf $(SOURCE_PATH)/../reduced_full_lcc1802_micro_combo.c\n\tmv $(SOURCE_PATH)/../../a.$(LCC1802_HEX) $(BUILD_PATH)/X$(GAME_NAME)_$@.hex\n\n_micro_pal1: reduced_full_lcc1802_micro_combo.c $(ASSETS_PATH)/6x8_chars.h\n\t$(LCC1802) $(INCLUDE_OPTS) -I$(SOURCE_PATH) $(MICROBOARD_PAL_1_OPTS) \\\n\t-D__MICRO__ \\\n\t-D__COMX_COLOR_GRAPHICS \\\n\t$(MICRO_GAME_OPTS) \\\n\t \\\n\t$(LCC1802_COLOR_C_OPTS) \\\n\t$(SOURCE_PATH)/../reduced_full_lcc1802_micro_combo.c\n\t# rm -rf $(SOURCE_PATH)/../reduced_full_lcc1802_micro_combo.c\n\tmv $(SOURCE_PATH)/../../a.$(LCC1802_HEX) $(BUILD_PATH)/X$(GAME_NAME)_$@.hex\n\n\n_micro_ntsc1: reduced_full_lcc1802_micro_combo.c $(ASSETS_PATH)/6x8_chars.h\n\t$(LCC1802) $(INCLUDE_OPTS) -I$(SOURCE_PATH) $(MICROBOARD_NTSC1_OPTS) \\\n\t-D__MICRO__ -DNTSC \\\n\t-D__COMX_COLOR_GRAPHICS \\\n\t$(MICRO_GAME_OPTS) \\\n\t \\\n\t$(LCC1802_COLOR_C_OPTS) \\\n\t$(SOURCE_PATH)/../reduced_full_lcc1802_micro_combo.c\n\t# rm -rf $(SOURCE_PATH)/../reduced_full_lcc1802_micro_combo.c\n\tmv $(SOURCE_PATH)/../../a.$(LCC1802_HEX) $(BUILD_PATH)/X$(GAME_NAME)_$@.hex\n\n\nmicro_pal1: \\\n _micro_pal1 \\\n clean_combo_files\n \nmicro_ntsc1: \\\n _micro_ntsc1 \\\n clean_combo_files\n\nmicro_pal2: \\\n _micro_pal2 \\\n clean_combo_files\n\n_micro: _micro_pal2\n\nmicro: \\\n _micro \\\n clean_combo_files\n\n###############################################################################\n# PECOM\n\n\n_full_pecom: _pecom\n\n_pecom: reduced_full_lcc1802_color_combo.c $(ASSETS_PATH)/6x9_chars.h\n\t$(LCC1802) $(INCLUDE_OPTS) -I$(SOURCE_PATH) $(PECOM_OPTS) \\\n\t-D__PECOM__ $(PECOM_GAME_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_PECOM_SLOWDOWN) \\\n\t$(PECOM_GAME_OPTS) \\\n\t$(LCC1802_COLOR_C_OPTS) \\\n\t$(SOURCE_PATH)/../reduced_full_lcc1802_color_combo.c\n\t# rm -rf $(SOURCE_PATH)/../reduced_full_lcc1802_color_combo.c\n\tmv $(SOURCE_PATH)/../../a.$(LCC1802_HEX) $(BUILD_PATH)/X$(GAME_NAME)_$@.hex\n\npecom: \\\n _pecom \\\n clean_combo_files\n\n###############################################################################\n# TMC600\n\n\n_full_tmc600: _tmc600_37k\n_tmc600: _tmc600_37k\n\n# -savetemps -S\n_tmc600_37k: full_lcc1802_combo.c \n\t$(LCC1802) $(INCLUDE_OPTS) -I$(SOURCE_PATH) $(TMC600_OPTS) \\\n\t-D__TMC600__ $(TMC600_GAME_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TMC600_SLOWDOWN) \\\n\t-D_XL_NO_UDG \\\n\t$(LCC1802_C_OPTS) \\\n\t$(SOURCE_PATH)/../full_lcc1802_combo.c\n\tmv $(SOURCE_PATH)/../../a.$(LCC1802_HEX) $(BUILD_PATH)/X$(GAME_NAME)_tmc600_37k.hex\n\ntmc600: \\\n _tmc600 \\\n clean_combo_files\n\n###############################################################################\n# CIDELSA DRACO\n\n\n_cidelsa: _cidelsa_draco\n\n_cidelsa_draco: _cidelsa_draco_32k\n\n_cidelsa_draco_32k: reduced_full_lcc1802_color_combo.c\n\t$(LCC1802) $(INCLUDE_OPTS) -I$(SOURCE_PATH) $(DRACO_32K_OPTS) \\\n\t-D__CIDELSA__ -D__DRACO__ \\\n\t-D_XL_NO_COLOR -D_XL_NO_UDG \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_CIDELSA_SLOWDOWN) \\\n\t$(LCC1802_COLOR_C_OPTS) \\\n\t$(SOURCE_PATH)/../reduced_full_lcc1802_color_combo.c\n\tmv $(SOURCE_PATH)/../../a.$(LCC1802_HEX) $(BUILD_PATH)/X$(GAME_NAME)_$@.hex\n\ncidelsa: \\\n _cidelsa \\\n clean_combo_files\n\n###############################################################################\n\n\ncomx_targets: comx comx_ntsc\n\npecom_targets: pecom\n\ntmc600_targets: tmc600_37k\n\ncidelsa_targets: $(MAKE) cidelsa_draco_32k\n\n\n\n\n###############################################################################################\n\n\nmc10:\n\tcc68 -tmc10 $(CC6303_MC10_OPTS) $(INCLUDE_OPTS) $(GLOBAL_OPTS) \\\n\t-D__MC10__ \\\n\t$(MC10_COLORS) \\\n\t-DXSize=32 \\\n\t-DYSize=16 \\\n\t-D__MEMORY_MAPPED_GRAPHICS -D_XL_NO_JOYSTICK \\\n\t-D_XL_NO_COLOR -D__TARGET_SPECIFIC_ASCII \\\n\t-D__ALT_SLEEP -D__ALT_RAND \\\n\t-D__NO_INIT_GRAPHICS \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_MC10_SLOWDOWN) \\\n\t-D__DEFAULT_CLEAR_SCREEN -D__ALT_PRINT \\\n\t$(CROSS_LIB_PATH)/sound/generic/bit_bang_sounds.c \\\n\t$(FULL_FILES) \\\n\t$(CROSS_LIB_PATH)/rand/rand.c \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t-o xbin\n\trm xbin\n\tmv xbin.c10 $(BUILD_PATH)/X$(GAME_NAME)_$@.c10\n\n\n###############################################################################################\n# GCC\n#\n\n\nncurses_targets: \\\n\tncurses\n \n\nGCC_OPTS = $(GLOBAL_OPTS) $(NATIVE_MAKEFILE_COMPILATION_OPTS) \n \n###############################################################################################\n\n\nncurses_sized:\n\t$(NATIVE_CC) $(GCC_OPTS) $(INCLUDE_OPTS) -D__NCURSES__ \\\n\t-DXSize=$(XSIZE) -DYSize=$(YSIZE) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_NCURSES_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS -D_XL_NO_UDG -D_XL_NO_JOYSTICK \\\n\t-D__ALT_PRINT \\\n\t$(NCURSES_GAME_OPTS) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/ncurses_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/gcc/ncurses_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-l$(NCURSES)\n\tmv a$(COMPILEDEXT) $(BUILD_PATH)/X$(GAME_NAME)_ncurses_$(XSIZE)X$(YSIZE)$(COMPILEDEXT)\n\n\nncurses:\n\t$(NATIVE_CC) $(GCC_OPTS) $(INCLUDE_OPTS) -D__NCURSES__ \\\n\t\\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_NCURSES_SLOWDOWN) \\\n\t-D__CONIO_GRAPHICS -D_XL_NO_UDG -D_XL_NO_JOYSTICK \\\n\t-D__ALT_PRINT \\\n\t$(NCURSES_GAME_OPTS) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/ncurses_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/gcc/ncurses_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-l$(NCURSES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_ncurses$(COMPILEDEXT)\n\n\nterminal8x8_sized: $(ASSETS_PATH)/8x8_chars.h\n\t$(NATIVE_CC) $(GCC_OPTS) $(INCLUDE_OPTS) \\\n\t-DXSize=$(XSIZE) -DYSize=$(YSIZE) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TERMINAL_SLOWDOWN) \\\n\t-D__TERMINAL__ -D_XL_NO_JOYSTICK \\\n\t-D__ALT_PRINT \\\n\t$(NCURSES_GAME_OPTS) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/gcc/terminal_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-l$(NCURSES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_terminal8x8_$(XSIZE)X$(YSIZE)$(COMPILEDEXT)\n\n\nterminal: terminal8x8\n\nterminal8x8: $(ASSETS_PATH)/8x8_chars.h\n\t$(NATIVE_CC) $(GCC_OPTS) $(INCLUDE_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TERMINAL_SLOWDOWN) \\\n\t-D__TERMINAL__ -D_XL_NO_JOYSTICK \\\n\t-D__ALT_PRINT -DXSize=20 -DYSize=18 \\\n\t$(NCURSES_GAME_OPTS) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/gcc/terminal_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-l$(NCURSES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@$(COMPILEDEXT)\n\n\nterminal8x6_sized: $(ASSETS_PATH)/8x6_chars.h\n\t$(NATIVE_CC) $(GCC_OPTS) $(INCLUDE_OPTS) \\\n\t-DXSize=$(XSIZE) -DYSize=$(YSIZE) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TERMINAL_SLOWDOWN) \\\n\t-D__TERMINAL__ -D_XL_NO_JOYSTICK \\\n\t-D__ALT_PRINT -D_XL_TILE_X_SIZE=8 -D_XL_TILE_Y_SIZE=6 \\\n\t$(NCURSES_GAME_OPTS) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/gcc/terminal_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-l$(NCURSES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_terminal8x6_$(XSIZE)X$(YSIZE)$(COMPILEDEXT)\n\n\nterminal8x6: $(ASSETS_PATH)/8x6_chars.h\n\t$(NATIVE_CC) $(GCC_OPTS) $(INCLUDE_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TERMINAL_SLOWDOWN) \\\n\t-D__TERMINAL__ -D_XL_NO_JOYSTICK \\\n\t-D__ALT_PRINT -DXSize=20 -DYSize=17 -D_XL_TILE_X_SIZE=8 -D_XL_TILE_Y_SIZE=6 \\\n\t$(NCURSES_GAME_OPTS) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/gcc/terminal_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-l$(NCURSES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@$(COMPILEDEXT)\n\n\nterminal7x8_sized: $(ASSETS_PATH)/7x8_chars.h\n\t$(NATIVE_CC) $(GCC_OPTS) $(INCLUDE_OPTS) \\\n\t-DXSize=$(XSIZE) -DYSize=$(YSIZE) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TERMINAL_SLOWDOWN) \\\n\t-D__TERMINAL__ -D_XL_NO_JOYSTICK \\\n\t-D__ALT_PRINT -D_XL_TILE_X_SIZE=7 -D_XL_TILE_Y_SIZE=8 \\\n\t$(NCURSES_GAME_OPTS) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/gcc/terminal_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-l$(NCURSES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_terminal7x8_$(XSIZE)X$(YSIZE)$(COMPILEDEXT)\n\n\nterminal7x8: $(ASSETS_PATH)/7x8_chars.h\n\t$(NATIVE_CC) $(GCC_OPTS) $(INCLUDE_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TERMINAL_SLOWDOWN) \\\n\t-D__TERMINAL__ -D_XL_NO_JOYSTICK \\\n\t-D__ALT_PRINT -DXSize=20 -DYSize=24 -D_XL_TILE_X_SIZE=7 -D_XL_TILE_Y_SIZE=8 \\\n\t$(NCURSES_GAME_OPTS) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/gcc/terminal_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-l$(NCURSES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@$(COMPILEDEXT)\n\n\nterminal6x8_sized: $(ASSETS_PATH)/6x8_chars.h\n\t$(NATIVE_CC) $(GCC_OPTS) $(INCLUDE_OPTS) \\\n\t-DXSize=$(XSIZE) -DYSize=$(YSIZE) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TERMINAL_SLOWDOWN) \\\n\t-D__TERMINAL__ -D_XL_NO_JOYSTICK \\\n\t-D__ALT_PRINT -D_XL_TILE_X_SIZE=6 -D_XL_TILE_Y_SIZE=8 \\\n\t$(NCURSES_GAME_OPTS) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/gcc/terminal_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-l$(NCURSES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_terminal6x8_$(XSIZE)X$(YSIZE)$(COMPILEDEXT)\n\n\nterminal6x8: $(ASSETS_PATH)/6x8_chars.h\n\t$(NATIVE_CC) $(GCC_OPTS) $(INCLUDE_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TERMINAL_SLOWDOWN) \\\n\t-D__TERMINAL__ -D_XL_NO_JOYSTICK \\\n\t-D__ALT_PRINT -DXSize=40 -DYSize=24 -D_XL_TILE_X_SIZE=6 -D_XL_TILE_Y_SIZE=8 \\\n\t$(NCURSES_GAME_OPTS) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/gcc/terminal_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-l$(NCURSES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@$(COMPILEDEXT)\n\n\nterminal6x9_sized: $(ASSETS_PATH)/6x8_chars.h\n\t$(NATIVE_CC) $(GCC_OPTS) $(INCLUDE_OPTS) \\\n\t-DXSize=$(XSIZE) -DYSize=$(YSIZE) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TERMINAL_SLOWDOWN) \\\n\t-D__TERMINAL__ -D_XL_NO_JOYSTICK \\\n\t-D__ALT_PRINT -D_XL_TILE_X_SIZE=6 -D_XL_TILE_Y_SIZE=9 \\\n\t$(NCURSES_GAME_OPTS) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/gcc/terminal_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-l$(NCURSES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_terminal6x9_$(XSIZE)X$(YSIZE)$(COMPILEDEXT)\n\nterminal6x9: $(ASSETS_PATH)/6x8_chars.h\n\t$(NATIVE_CC) $(GCC_OPTS) $(INCLUDE_OPTS) \\\n\t-D_XL_SLOW_DOWN_FACTOR=$(_COMMON_SLOWDOWN_FACTOR)*$(_TERMINAL_SLOWDOWN) \\\n\t-D__TERMINAL__ -D_XL_NO_JOYSTICK \\\n\t-D__ALT_PRINT -DXSize=40 -DYSize=24 -D_XL_TILE_X_SIZE=6 -D_XL_TILE_Y_SIZE=9 \\\n\t$(NCURSES_GAME_OPTS) \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(CROSS_LIB_PATH)/display/init_graphics/gcc/terminal_init_graphics.c \\\n\t$(FULL_FILES) \\\n\t-l$(NCURSES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@$(COMPILEDEXT)\n\n##\n\n\nstdio_buffered: stdio\n# \nstdio:\n\t$(NATIVE_CC) $(GCC_OPTS) $(INCLUDE_OPTS) \\\n\t-D__STDIO $(STDIO_GAME_OPTS) \\\n\t-D_XL_NO_JOYSTICK \\\n\t-DXSize=32 -DYSize=24 \\\n\t-D_XL_NO_COLOR \\\n\t$(NCURSES_GAME_OPTS) \\\n\t-D_XL_TURN_BASED \\\n\t-D__BUFFERED_GRAPHICS \\\n\t-D__NO_INIT_GRAPHICS \\\n\t-D__ALT_PRINT \\\n\t-D__DEFAULT_CLEAR_SCREEN \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(FULL_FILES) \\\n\t-o $(BUILD_PATH)/X$(GAME_NAME)_$@$(COMPILEDEXT)\n\nstdio_sized:\n\t$(NATIVE_CC) $(GCC_OPTS) $(INCLUDE_OPTS) \\\n\t-DXSize=$(XSIZE) -DYSize=$(YSIZE) \\\n\t-D__STDIO $(STDIO_GAME_OPTS) \\\n\t-D_XL_NO_JOYSTICK \\\n\t-D_XL_NO_COLOR \\\n\t$(NCURSES_GAME_OPTS) \\\n\t-D_XL_TURN_BASED \\\n\t-D__BUFFERED_GRAPHICS \\\n\t-D__NO_INIT_GRAPHICS \\\n\t-D__ALT_PRINT \\\n\t-D__DEFAULT_CLEAR_SCREEN \\\n\t$(CROSS_LIB_PATH)/display/alt_print/memory_mapped_alt_print.c \\\n\t$(FULL_FILES)\n\tmv a$(COMPILEDEXT) $(BUILD_PATH)/X$(GAME_NAME)_stdio_$(XSIZE)X$(YSIZE)$(COMPILEDEXT)\n\n\n################\n# Experimental targets\n\n# CC65\ninclude makefiles.common/targets/cc65/Makefile_c128_8502\ninclude makefiles.common/targets/cc65/Makefile_cx16\ninclude makefiles.common/targets/cc65/Makefile_c65\ninclude makefiles.common/targets/cc65/Makefile_osic1p\ninclude makefiles.common/targets/cc65/Makefile_telestrat\ninclude makefiles.common/targets/cc65/Makefile_kim1\ninclude makefiles.common/targets/cc65/Makefile_sym1\n\n\n\n# Z88DK\ninclude makefiles.common/targets/z88dk/Makefile_abc80\ninclude makefiles.common/targets/z88dk/Makefile_abc800\ninclude makefiles.common/targets/z88dk/Makefile_alphatro\ninclude makefiles.common/targets/z88dk/Makefile_altair8800\ninclude makefiles.common/targets/z88dk/Makefile_attache\ninclude makefiles.common/targets/z88dk/Makefile_aussie\ninclude makefiles.common/targets/z88dk/Makefile_bee\ninclude makefiles.common/targets/z88dk/Makefile_bic\ninclude makefiles.common/targets/z88dk/Makefile_bit90\ninclude makefiles.common/targets/z88dk/Makefile_bondwell\ninclude makefiles.common/targets/z88dk/Makefile_bondwell2\ninclude makefiles.common/targets/z88dk/Makefile_c7420\ninclude makefiles.common/targets/z88dk/Makefile_coleco_adam\ninclude makefiles.common/targets/z88dk/Makefile_corvette\ninclude makefiles.common/targets/z88dk/Makefile_dai\ninclude makefiles.common/targets/z88dk/Makefile_dmv\ninclude makefiles.common/targets/z88dk/Makefile_eg2k\ninclude makefiles.common/targets/z88dk/Makefile_einstein\ninclude makefiles.common/targets/z88dk/Makefile_enterprise\ninclude makefiles.common/targets/z88dk/Makefile_excalibur64\ninclude makefiles.common/targets/z88dk/Makefile_fp1100\ninclude makefiles.common/targets/z88dk/Makefile_g800\ninclude makefiles.common/targets/z88dk/Makefile_gemini\ninclude makefiles.common/targets/z88dk/Makefile_gl4000\ninclude makefiles.common/targets/z88dk/Makefile_gl6000sl\ninclude makefiles.common/targets/z88dk/Makefile_hemc\ninclude makefiles.common/targets/z88dk/Makefile_hgmc\ninclude makefiles.common/targets/z88dk/Makefile_homelab\ninclude makefiles.common/targets/z88dk/Makefile_homelab2\ninclude makefiles.common/targets/z88dk/Makefile_kaypro\ninclude makefiles.common/targets/z88dk/Makefile_kaypro83\ninclude makefiles.common/targets/z88dk/Makefile_kramermc\ninclude makefiles.common/targets/z88dk/Makefile_krokha\ninclude makefiles.common/targets/z88dk/Makefile_lambda\ninclude makefiles.common/targets/z88dk/Makefile_lm80c\ninclude makefiles.common/targets/z88dk/Makefile_lviv\ninclude makefiles.common/targets/z88dk/Makefile_m5\ninclude makefiles.common/targets/z88dk/Makefile_mbc200\ninclude makefiles.common/targets/z88dk/Makefile_micro8085\ninclude makefiles.common/targets/z88dk/Makefile_mikro80\ninclude makefiles.common/targets/z88dk/Makefile_multi8\ninclude makefiles.common/targets/z88dk/Makefile_myvision\ninclude makefiles.common/targets/z88dk/Makefile_mz2500\ninclude makefiles.common/targets/z88dk/Makefile_nascom\ninclude makefiles.common/targets/z88dk/Makefile_nc100\ninclude makefiles.common/targets/z88dk/Makefile_nc200\ninclude makefiles.common/targets/z88dk/Makefile_newbrain\ninclude makefiles.common/targets/z88dk/Makefile_ondra\ninclude makefiles.common/targets/z88dk/Makefile_osborne1\ninclude makefiles.common/targets/z88dk/Makefile_osca\ninclude makefiles.common/targets/z88dk/Makefile_oz\ninclude makefiles.common/targets/z88dk/Makefile_p2000\ninclude makefiles.common/targets/z88dk/Makefile_pasopia7\ninclude makefiles.common/targets/z88dk/Makefile_pc6001\ninclude makefiles.common/targets/z88dk/Makefile_pcw40\ninclude makefiles.common/targets/z88dk/Makefile_pcw80\ninclude makefiles.common/targets/z88dk/Makefile_pencil2\ninclude makefiles.common/targets/z88dk/Makefile_phc25\ninclude makefiles.common/targets/z88dk/Makefile_pmd85\ninclude makefiles.common/targets/z88dk/Makefile_pps\ninclude makefiles.common/targets/z88dk/Makefile_primo\ninclude makefiles.common/targets/z88dk/Makefile_pv1000\ninclude makefiles.common/targets/z88dk/Makefile_pv2000\ninclude makefiles.common/targets/z88dk/Makefile_px4\ninclude makefiles.common/targets/z88dk/Makefile_px8\ninclude makefiles.common/targets/z88dk/Makefile_radio86\ninclude makefiles.common/targets/z88dk/Makefile_rc700\ninclude makefiles.common/targets/z88dk/Makefile_rx78\ninclude makefiles.common/targets/z88dk/Makefile_smc777\ninclude makefiles.common/targets/z88dk/Makefile_sol20\ninclude makefiles.common/targets/z88dk/Makefile_sos\ninclude makefiles.common/targets/z88dk/Makefile_spc1000\ninclude makefiles.common/targets/z88dk/Makefile_special\ninclude makefiles.common/targets/z88dk/Makefile_srr\ninclude makefiles.common/targets/z88dk/Makefile_super80\ninclude makefiles.common/targets/z88dk/Makefile_super80r\ninclude makefiles.common/targets/z88dk/Makefile_sv8000\ninclude makefiles.common/targets/z88dk/Makefile_svi\ninclude makefiles.common/targets/z88dk/Makefile_ti82\ninclude makefiles.common/targets/z88dk/Makefile_ti83\ninclude makefiles.common/targets/z88dk/Makefile_ti85\ninclude makefiles.common/targets/z88dk/Makefile_ti86\ninclude makefiles.common/targets/z88dk/Makefile_ti83p\ninclude makefiles.common/targets/z88dk/Makefile_tiki100\ninclude makefiles.common/targets/z88dk/Makefile_tim011\ninclude makefiles.common/targets/z88dk/Makefile_ts2068\ninclude makefiles.common/targets/z88dk/Makefile_tvc\ninclude makefiles.common/targets/z88dk/Makefile_v1050\ninclude makefiles.common/targets/z88dk/Makefile_vector06c\ninclude makefiles.common/targets/z88dk/Makefile_x07\ninclude makefiles.common/targets/z88dk/Makefile_x1\ninclude makefiles.common/targets/z88dk/Makefile_x820\ninclude makefiles.common/targets/z88dk/Makefile_z80tvgame\ninclude makefiles.common/targets/z88dk/Makefile_z88\ninclude makefiles.common/targets/z88dk/Makefile_zx80\ninclude makefiles.common/targets/z88dk/Makefile_zxn\n\ninclude makefiles.common/targets/z88dk/Makefile_misc_cpm\n\n\n# GCC4TI\ninclude makefiles.common/targets/gcc4ti/Makefile_ti99\n\n\n# VBCC\ninclude makefiles.common/targets/vbcc/Makefile_amiga\ninclude makefiles.common/targets/vbcc/Makefile_atari_jaguar\ninclude makefiles.common/targets/vbcc/Makefile_bbc\ninclude makefiles.common/targets/vbcc/Makefile_m65\n\n# ATARI_MINT_GCC\ninclude makefiles.common/targets/atari_mint_gcc/Makefile_atari_st\n\n\n# TODO: Fix and improve these targets\n# ACK\ninclude makefiles.common/targets/ack/Makefile.ack_targets\n\n\n\n########################################################################\n# Extras\n\n# Z88DK Extras\ninclude makefiles.common/targets/z88dk/extras/Makefile_agon\ninclude makefiles.common/targets/z88dk/extras/Makefile_camputers_lynx\ninclude makefiles.common/targets/z88dk/extras/Makefile_gal\ninclude makefiles.common/targets/z88dk/extras/Makefile_gal_plus\ninclude makefiles.common/targets/z88dk/extras/Makefile_c128\ninclude makefiles.common/targets/z88dk/extras/Makefile_cpc\ninclude makefiles.common/targets/z88dk/extras/Makefile_pc88\n\n\nz88dk_experimental_targets: \\\nabc80 \\\nabc800 \\\nalphatro \\\naltair8800 \\\nattache \\\naussie \\\nbic \\\nbit90 \\\nbondwell \\\nbondwell2 \\\ncoleco_adam \\\ncorvette \\\ndai \\\ndmv \\\neg2k \\\nenterprise \\\nexcalibur64 \\\nfp1100 \\\ng800 \\\ngemini \\\ngl4000 \\\ngl6000sl \\\nhemc \\\nhgmc \\\nhomelab \\\nhomelab2 \\\nkaypro \\\nkaypro83 \\\nkramermc \\\nkrokha \\\nlambda \\\nlm80c \\\nm5 \\\nmbc200 \\\nmicro8085 \\\nmikro80 \\\nmulti8 \\\nmyvision \\\nmz2500 \\\nnascom \\\nnc100 \\\nnc200 \\\nnewbrain \\\nondra \\\nosborne1 \\\nosca \\\noz \\\np2000 \\\npasopia7 \\\npc6001 \\\npc88 \\\npcw40 \\\npcw80 \\\npencil2 \\\npmd85 \\\npps \\\nprimo \\\npv1000 \\\npv2000 \\\npx4 \\\npx8 \\\nqc10 \\\nradio86 \\\nrc700 \\\nrx78 \\\nsmc777 \\\nsol20 \\\nsos \\\nspc1000 \\\nspecial \\\nsrr \\\nsuper80 \\\nsuper80r \\\nsv8000 \\\nsvi \\\nti82 \\\nti83 \\\nti85 \\\nti86 \\\nti83p \\\ntiki100 \\\ntim011 \\\nts2068 \\\ntvc \\\nv1050 \\\nvector06c \\\nx1 \\\nx820 \\\nz80tvgame \\\nz88 \\\nzx80 \\\nzxn\n\n\n"
},
{
"path": "src/assets/LoggerSingleton.py",
"content": "import logging\r\nimport datetime\r\n\r\n\r\n# global logger \r\n\r\n# logger = None\r\n\r\nclass LoggerSingleton:\r\n \r\n @staticmethod\r\n def initLogger(name, path):\r\n if name in logging.Logger.manager.loggerDict:\r\n logger = logging.getLogger(name)\r\n # print(\"Logger already exists\")\r\n # print(str(logging.Logger.manager.loggerDict))\r\n else:\r\n # print(\"Logger does not exists, yet\")\r\n # print(str(logging.Logger.manager.loggerDict))\r\n logger = logging.getLogger(name)\r\n logger.setLevel(logging.DEBUG)\r\n if not logger.handlers:\r\n # file_name='/cygdrive/c/Retro/CROSS-LIB/logs/log_'+datetime.datetime.now().strftime(\"%Y-%m-%d_%H_%M_%S\")+'.log'\r\n \r\n # file_name=path+'/log_'+name+'_'+datetime.datetime.now().strftime(\"%Y-%m-%d_%H_%M_%S\")+'.log'\r\n file_name=path+'/log.log'\r\n file_handler = logging.FileHandler(file_name,mode='a+', encoding=\"utf-8\")\r\n formatter = logging.Formatter('%(asctime)s - %(filename)s:%(lineno)s - %(message)s')\r\n file_handler.setFormatter(formatter)\r\n logger.addHandler(file_handler)\r\n return logger\r\n\r\n \r\n # @staticmethod\r\n # def initConsoleLogger(name):\r\n # if name in logging.Logger.manager.loggerDict:\r\n # logger = logging.getLogger(name)\r\n # else:\r\n # logger = logging.getLogger(name)\r\n # logger.setLevel(logging.DEBUG)\r\n # if not logger.handlers:\r\n # console_handler = logging.StreamHandler()\r\n # formatter = logging.Formatter('%(asctime)s - %(filename)s:%(lineno)s - %(message)s')\r\n # console_handler.setFormatter(formatter)\r\n # logger.addHandler(console_handler)\r\n # return logger "
},
{
"path": "src/assets/__init__.py",
"content": " "
},
{
"path": "src/assets/copy_assets.py",
"content": "#!/bin/python\n\n\nimport shutil\n\nimport os,sys\n\n\nif len(sys.argv)<2:\n game_dir = \"chase\"\nelse:\n game_dir = sys.argv[1]\n\nif len(sys.argv)<3:\n parent_dir = \"games\"\nelse:\n parent_dir = sys.argv[2]\n\nfile_names = os.listdir(\"./generated_assets/\"+game_dir)\n\nprint(\"Files to copy: \"+str(file_names))\n\nfor file_name in file_names:\n print(\"Copying: \", file_name)\n source_path = \"./generated_assets/\"+game_dir+\"/\"+file_name\n print(\"from: \" + source_path)\n dest_path = \"../\"+parent_dir+\"/\"+game_dir+\"/generated_assets\"\n \n if not os.path.exists(dest_path):\n print(\"creating: \" + dest_path)\n os.makedirs(dest_path)\n print(\"to: \" + dest_path)\n shutil.copy(source_path, dest_path )\n\n "
},
{
"path": "src/assets/examples/README.txt",
"content": "Some of the sample BASIC programs and code excerpts are taken from\r\nhttps://gkanold.wixsite.com/homeputerium"
},
{
"path": "src/assets/examples/single_tiles/tile_shape0.txt",
"content": "...##...\n..#..#..\n...##...\n.##..##.\n#.####.#\n# ####.#\n..#..#..\n..#..#..\n"
},
{
"path": "src/assets/examples/single_tiles/tile_shape1.txt",
"content": "...#.... 16\n..###... 56\n..#.###. 46\n.##...## 99\n##...##. 198\n.###.#.. 116\n...###.. 28\n....#... 8\n\n\n\n\n\n\n"
},
{
"path": "src/assets/examples/tile_sets/asm/8x6_cidelsa_digits.s",
"content": "\r\n!byte $1E, $21, $21, $21, $1E, $00, $00, $00\r\n \r\n!byte $01, $3F, $21, $11, $01, $00, $00, $00\r\n \r\n!byte $11, $29, $25, $25, $13, $00, $00, $00\r\n \r\n!byte $16, $29, $29, $21, $21, $00, $00, $00\r\n \r\n!byte $04, $3F, $24, $14, $0C, $00, $00, $00\r\n \r\n!byte $26, $29, $29, $29, $32, $00, $00, $00\r\n \r\n!byte $26, $29, $29, $29, $1E, $00, $00, $00\r\n \r\n!byte $30, $28, $24, $23, $20, $00, $00, $00\r\n \r\n!byte $16, $29, $29, $29, $16, $00, $00, $00\r\n \r\n!byte $1E, $29, $29, $29, $11, $00, $00, $00\r\n\r\n\r\n!byte $00, $00, $00, $00, $00, $00, $00, $00"
},
{
"path": "src/assets/examples/tile_sets/asm/8x6_cidelsa_fonts.s",
"content": "\r\n!byte $00, $1F, $28, $28, $28, $3F, $1F, $00\r\n\r\n!byte $00, $16, $29, $29, $29, $3F, $3F, $00\r\n \r\n!byte $00, $12, $21, $21, $21, $3F, $1E, $00\r\n \r\n!byte $00, $1E, $21, $21, $21, $3F, $3F, $00\r\n \r\n!byte $00, $21, $21, $29, $29, $3F, $3F, $00\r\n\r\n!byte $00, $20, $20, $28, $28, $3F, $3F, $00\r\n\r\n!byte $00, $16, $25, $21, $21, $3F, $1E, $00\r\n \r\n!byte $00, $3F, $08, $08, $08, $3F, $3F, $00\r\n \r\n!byte $00, $00, $21, $3F, $3F, $21, $00, $00\r\n \r\n!byte $00, $3E, $3F, $01, $01, $01, $02, $00\r\n \r\n!byte $00, $00, $21, $12, $0C, $3F, $3F, $00\r\n \r\n!byte $00, $00, $01, $01, $01, $3F, $3F, $00\r\n \r\n!byte $00, $3F, $10, $08, $10, $3F, $3F, $00\r\n \r\n!byte $00, $3F, $04, $08, $10, $3F, $3F, $00\r\n \r\n!byte $00, $1E, $21, $21, $21, $3F, $1E, $00\r\n \r\n!byte $00, $10, $28, $28, $28, $3F, $3F, $00\r\n \r\n!byte $00, $1E, $21, $27, $21, $3F, $1E, $00\r\n \r\n!byte $00, $11, $2A, $2C, $28, $3F, $3F, $00\r\n \r\n!byte $00, $26, $2F, $29, $29, $39, $11, $00\r\n \r\n!byte $00, $20, $20, $3F, $3F, $20, $20, $00\r\n \r\n!byte $00, $3E, $01, $01, $01, $3F, $3E, $00\r\n \r\n!byte $00, $30, $0C, $03, $0F, $3C, $30, $00\r\n \r\n!byte $30, $0C, $03, $0C, $03, $0F, $3C, $30 \r\n \r\n!byte $00, $33, $14, $08, $14, $33, $33, $00\r\n\r\n!byte $00, $20, $10, $0F, $1F, $30, $20, $00\r\n\r\n!byte $00, $31, $31, $29, $25, $23, $23, $00\r\n\r\n\r\n\r\n\r\n"
},
{
"path": "src/assets/examples/tile_sets/asm/Antiriad_Chars.asm",
"content": "\r\n\r\n; CHARSET IMAGE DATA...\r\n; 48 images, 8 bytes per image, total size is 384 ($180) bytes.\r\n\r\ncharset_data\r\n\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$7C,$EE,$C6,$C6,$FE,$C6,$C6,$00\r\n.byte $FC,$C6,$C6,$FC,$C6,$C6,$FE,$00,$7E,$E6,$C0,$C0,$C0,$E6,$7E,$00\r\n.byte $FC,$CE,$C6,$C6,$C6,$CE,$FC,$00,$FE,$C6,$C0,$F8,$C0,$C6,$FE,$00\r\n.byte $FE,$C6,$C0,$F8,$C0,$C0,$C0,$00,$7E,$E6,$C0,$CE,$C6,$E6,$7E,$00\r\n.byte $C6,$C6,$C6,$C6,$FE,$C6,$C6,$00,$3C,$18,$18,$18,$18,$18,$3C,$00\r\n.byte $06,$06,$06,$06,$C6,$EE,$7C,$00,$CE,$DC,$F8,$F8,$DC,$CE,$C6,$00\r\n.byte $C0,$C0,$C0,$C0,$C0,$C6,$FE,$00,$C6,$EE,$FE,$FE,$C6,$C6,$C6,$00\r\n.byte $C6,$E6,$F6,$FE,$DE,$CE,$C6,$00,$FC,$CE,$C6,$C6,$C6,$E6,$7E,$00\r\n.byte $FC,$CE,$C6,$C6,$FE,$C0,$C0,$00,$FC,$CE,$C6,$C6,$E6,$7C,$0E,$00\r\n.byte $FC,$CE,$C6,$C6,$FE,$DC,$CE,$00,$FE,$C6,$C0,$7C,$06,$C6,$FE,$00\r\n.byte $FE,$36,$30,$30,$30,$30,$30,$00,$C6,$C6,$C6,$C6,$C6,$EE,$7C,$00\r\n.byte $C6,$C6,$C6,$EE,$7C,$38,$10,$00,$C6,$C6,$C6,$C6,$FE,$EE,$C6,$00\r\n.byte $C6,$6C,$38,$38,$6C,$C6,$C6,$00,$C6,$EC,$78,$30,$30,$30,$30,$00\r\n.byte $FE,$CE,$1C,$38,$70,$E6,$FE,$00,$7C,$EE,$C6,$C6,$C6,$EE,$7C,$00\r\n.byte $38,$18,$18,$18,$18,$18,$18,$00,$FC,$C6,$06,$1C,$70,$E0,$FE,$00\r\n.byte $FC,$C6,$06,$3C,$06,$C6,$FC,$00,$C0,$C0,$C0,$D8,$FE,$18,$18,$00\r\n.byte $FE,$C6,$C0,$FE,$06,$C6,$7C,$00,$1C,$38,$70,$EC,$C6,$E6,$7E,$00\r\n.byte $FE,$C6,$0C,$18,$30,$30,$30,$00,$7C,$C6,$C6,$7C,$C6,$C6,$7C,$00\r\n.byte $7E,$67,$63,$37,$0E,$1C,$38,$00,$00,$00,$00,$00,$00,$30,$30,$00\r\n.byte $00,$00,$00,$00,$00,$18,$30,$00,$7E,$66,$06,$1C,$18,$00,$18,$00\r\n.byte $18,$18,$18,$18,$18,$00,$18,$00,$18,$18,$18,$00,$00,$00,$00,$00\r\n.byte $6C,$6C,$6C,$00,$00,$00,$00,$00,$18,$30,$30,$30,$30,$30,$18,$00\r\n.byte $18,$0C,$0C,$0C,$0C,$0C,$18,$00,$00,$00,$FC,$7E,$00,$00,$00,$00\r\n.byte $00,$18,$18,$7E,$18,$18,$00,$00,$00,$00,$18,$00,$00,$18,$00,$00\r\n\r\n\r\n; CHARSET IMAGE ATTRIBUTE DATA...\r\n; 48 attributes, 1 attribute per image, 8 bits per attribute, total size is 48 ($30) bytes.\r\n; nb. Upper nybbles = material, lower nybbles = colour.\r\n\r\ncharset_attrib_data\r\n\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n"
},
{
"path": "src/assets/examples/tile_sets/asm/test_vchar-charset.s",
"content": "; Exported using VChar64 v0.2.4\n; Total bytes: 2048\ncharset:\nfoo .byte $3c,$66,$6e,$6e,$60,$62,$3c\n.byte $00,$18,$3c,$66,$7e,$66,$66,$66,$00\t; 0\nbar .byte $7c,$66,$66,$7c,$66,$66,$7c,$00,$3c,$66,$60,$60,$60,$66,$3c,$00\t; 16\ntoto .byte $78,$6c,$66,$66,$66,$6c,$78,$00,$7e,$60,$60,$78,$60,$60,$7e,$00\t; 32\n.byte $7e,$60,$60,$78,$60,$60,$60,$00,$3c,$66,$60,$6e,$66,$66,$3c,$00\t; 48\n.byte $66,$66,$66,$7e,$66,$66,$66,$00,$3c,$18,$18,$18,$18,$18,$3c,$00\t; 64\n.byte $1e,$0c,$0c,$0c,$0c,$6c,$38,$00,$66,$6c,$78,$70,$78,$6c,$66,$00\t; 80\n.byte $60,$60,$60,$60,$60,$60,$7e,$00,$63,$77,$7f,$6b,$63,$63,$63,$00\t; 96\n.byte $66,$76,$7e,$7e,$6e,$66,$66,$00,$3c,$66,$66,$66,$66,$66,$3c,$00\t; 112\n.byte $7c,$66,$66,$7c,$60,$60,$60,$00,$3c,$66,$66,$66,$66,$3c,$0e,$00\t; 128\n.byte $7c,$66,$66,$7c,$78,$6c,$66,$00,$3c,$66,$60,$3c,$06,$66,$3c,$00\t; 144\n.byte $7e,$18,$18,$18,$18,$18,$18,$00,$66,$66,$66,$66,$66,$66,$3c,$00\t; 160\n.byte $66,$66,$66,$66,$66,$3c,$18,$00,$63,$63,$63,$6b,$7f,$77,$63,$00\t; 176\n.byte $66,$66,$3c,$18,$3c,$66,$66,$00,$66,$66,$66,$3c,$18,$18,$18,$00\t; 192\n.byte $7e,$06,$0c,$18,$30,$60,$7e,$00,$3c,$30,$30,$30,$30,$30,$3c,$00\t; 208\n.byte $0c,$12,$30,$7c,$30,$62,$fc,$00,$3c,$0c,$0c,$0c,$0c,$0c,$3c,$00\t; 224\n.byte $00,$18,$3c,$7e,$18,$18,$18,$18,$00,$10,$30,$7f,$7f,$30,$10,$00\t; 240\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$18,$18,$18,$18,$00,$00,$18,$00\t; 256\n.byte $66,$66,$66,$00,$00,$00,$00,$00,$66,$66,$ff,$66,$ff,$66,$66,$00\t; 272\n.byte $18,$3e,$60,$3c,$06,$7c,$18,$00,$62,$66,$0c,$18,$30,$66,$46,$00\t; 288\n.byte $3c,$66,$3c,$38,$67,$66,$3f,$00,$06,$0c,$18,$00,$00,$00,$00,$00\t; 304\n.byte $0c,$18,$30,$30,$30,$18,$0c,$00,$30,$18,$0c,$0c,$0c,$18,$30,$00\t; 320\n.byte $00,$66,$3c,$ff,$3c,$66,$00,$00,$00,$18,$18,$7e,$18,$18,$00,$00\t; 336\n.byte $00,$00,$00,$00,$00,$18,$18,$30,$00,$00,$00,$7e,$00,$00,$00,$00\t; 352\n.byte $00,$00,$00,$00,$00,$18,$18,$00,$00,$03,$06,$0c,$18,$30,$60,$00\t; 368\n.byte $3c,$66,$6e,$76,$66,$66,$3c,$00,$18,$18,$38,$18,$18,$18,$7e,$00\t; 384\n.byte $3c,$66,$06,$0c,$30,$60,$7e,$00,$3c,$66,$06,$1c,$06,$66,$3c,$00\t; 400\n.byte $06,$0e,$1e,$66,$7f,$06,$06,$00,$7e,$60,$7c,$06,$06,$66,$3c,$00\t; 416\n.byte $3c,$66,$60,$7c,$66,$66,$3c,$00,$7e,$66,$0c,$18,$18,$18,$18,$00\t; 432\n.byte $3c,$66,$66,$3c,$66,$66,$3c,$00,$3c,$66,$66,$3e,$06,$66,$3c,$00\t; 448\n.byte $00,$00,$18,$00,$00,$18,$00,$00,$00,$00,$18,$00,$00,$18,$18,$30\t; 464\n.byte $0e,$18,$30,$60,$30,$18,$0e,$00,$00,$00,$7e,$00,$7e,$00,$00,$00\t; 480\n.byte $70,$18,$0c,$06,$0c,$18,$70,$00,$3c,$66,$06,$0c,$18,$00,$18,$00\t; 496\n.byte $00,$00,$00,$ff,$ff,$00,$00,$00,$08,$1c,$3e,$7f,$7f,$1c,$3e,$00\t; 512\n.byte $18,$18,$18,$18,$18,$18,$18,$18,$00,$00,$00,$ff,$ff,$00,$00,$00\t; 528\n.byte $00,$00,$ff,$ff,$00,$00,$00,$00,$00,$ff,$ff,$00,$00,$00,$00,$00\t; 544\n.byte $00,$00,$00,$00,$ff,$ff,$00,$00,$30,$30,$30,$30,$30,$30,$30,$30\t; 560\n.byte $0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$00,$00,$00,$e0,$f0,$38,$18,$18\t; 576\n.byte $18,$18,$1c,$0f,$07,$00,$00,$00,$18,$18,$38,$f0,$e0,$00,$00,$00\t; 592\n.byte $c0,$c0,$c0,$c0,$c0,$c0,$ff,$ff,$c0,$e0,$70,$38,$1c,$0e,$07,$03\t; 608\n.byte $03,$07,$0e,$1c,$38,$70,$e0,$c0,$ff,$ff,$c0,$c0,$c0,$c0,$c0,$c0\t; 624\n.byte $ff,$ff,$03,$03,$03,$03,$03,$03,$00,$3c,$7e,$7e,$7e,$7e,$3c,$00\t; 640\n.byte $00,$00,$00,$00,$00,$ff,$ff,$00,$36,$7f,$7f,$7f,$3e,$1c,$08,$00\t; 656\n.byte $60,$60,$60,$60,$60,$60,$60,$60,$00,$00,$00,$07,$0f,$1c,$18,$18\t; 672\n.byte $c3,$e7,$7e,$3c,$3c,$7e,$e7,$c3,$00,$3c,$7e,$66,$66,$7e,$3c,$00\t; 688\n.byte $18,$18,$66,$66,$18,$18,$3c,$00,$06,$06,$06,$06,$06,$06,$06,$06\t; 704\n.byte $08,$1c,$3e,$7f,$3e,$1c,$08,$00,$18,$18,$18,$ff,$ff,$18,$18,$18\t; 720\n.byte $c0,$c0,$30,$30,$c0,$c0,$30,$30,$18,$18,$18,$18,$18,$18,$18,$18\t; 736\n.byte $00,$00,$03,$3e,$76,$36,$36,$00,$ff,$7f,$3f,$1f,$0f,$07,$03,$01\t; 752\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$f0,$f0,$f0,$f0,$f0,$f0,$f0,$f0\t; 768\n.byte $00,$00,$00,$00,$ff,$ff,$ff,$ff,$ff,$00,$00,$00,$00,$00,$00,$00\t; 784\n.byte $00,$00,$00,$00,$00,$00,$00,$ff,$c0,$c0,$c0,$c0,$c0,$c0,$c0,$c0\t; 800\n.byte $cc,$cc,$33,$33,$cc,$cc,$33,$33,$03,$03,$03,$03,$03,$03,$03,$03\t; 816\n.byte $00,$00,$00,$00,$cc,$cc,$33,$33,$ff,$fe,$fc,$f8,$f0,$e0,$c0,$80\t; 832\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$18,$18,$18,$1f,$1f,$18,$18,$18\t; 848\n.byte $00,$00,$00,$00,$0f,$0f,$0f,$0f,$18,$18,$18,$1f,$1f,$00,$00,$00\t; 864\n.byte $00,$00,$00,$f8,$f8,$18,$18,$18,$00,$00,$00,$00,$00,$00,$ff,$ff\t; 880\n.byte $00,$00,$00,$1f,$1f,$18,$18,$18,$18,$18,$18,$ff,$ff,$00,$00,$00\t; 896\n.byte $00,$00,$00,$ff,$ff,$18,$18,$18,$18,$18,$18,$f8,$f8,$18,$18,$18\t; 912\n.byte $c0,$c0,$c0,$c0,$c0,$c0,$c0,$c0,$e0,$e0,$e0,$e0,$e0,$e0,$e0,$e0\t; 928\n.byte $07,$07,$07,$07,$07,$07,$07,$07,$ff,$ff,$00,$00,$00,$00,$00,$00\t; 944\n.byte $ff,$ff,$ff,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$ff,$ff,$ff\t; 960\n.byte $03,$03,$03,$03,$03,$03,$ff,$ff,$00,$00,$00,$00,$f0,$f0,$f0,$f0\t; 976\n.byte $0f,$0f,$0f,$0f,$00,$00,$00,$00,$18,$18,$18,$f8,$f8,$00,$00,$00\t; 992\n.byte $f0,$f0,$f0,$f0,$00,$00,$00,$00,$f0,$f0,$f0,$f0,$0f,$0f,$0f,$0f\t; 1008\n.byte $c3,$99,$91,$91,$9f,$99,$c3,$ff,$e7,$c3,$99,$81,$99,$99,$99,$ff\t; 1024\n.byte $83,$99,$99,$83,$99,$99,$83,$ff,$c3,$99,$9f,$9f,$9f,$99,$c3,$ff\t; 1040\n.byte $87,$93,$99,$99,$99,$93,$87,$ff,$81,$9f,$9f,$87,$9f,$9f,$81,$ff\t; 1056\n.byte $81,$9f,$9f,$87,$9f,$9f,$9f,$ff,$c3,$99,$9f,$91,$99,$99,$c3,$ff\t; 1072\n.byte $99,$99,$99,$81,$99,$99,$99,$ff,$c3,$e7,$e7,$e7,$e7,$e7,$c3,$ff\t; 1088\n.byte $e1,$f3,$f3,$f3,$f3,$93,$c7,$ff,$99,$93,$87,$8f,$87,$93,$99,$ff\t; 1104\n.byte $9f,$9f,$9f,$9f,$9f,$9f,$81,$ff,$9c,$88,$80,$94,$9c,$9c,$9c,$ff\t; 1120\n.byte $99,$89,$81,$81,$91,$99,$99,$ff,$c3,$99,$99,$99,$99,$99,$c3,$ff\t; 1136\n.byte $83,$99,$99,$83,$9f,$9f,$9f,$ff,$c3,$99,$99,$99,$99,$c3,$f1,$ff\t; 1152\n.byte $83,$99,$99,$83,$87,$93,$99,$ff,$c3,$99,$9f,$c3,$f9,$99,$c3,$ff\t; 1168\n.byte $81,$e7,$e7,$e7,$e7,$e7,$e7,$ff,$99,$99,$99,$99,$99,$99,$c3,$ff\t; 1184\n.byte $99,$99,$99,$99,$99,$c3,$e7,$ff,$9c,$9c,$9c,$94,$80,$88,$9c,$ff\t; 1200\n.byte $99,$99,$c3,$e7,$c3,$99,$99,$ff,$99,$99,$99,$c3,$e7,$e7,$e7,$ff\t; 1216\n.byte $81,$f9,$f3,$e7,$cf,$9f,$81,$ff,$c3,$cf,$cf,$cf,$cf,$cf,$c3,$ff\t; 1232\n.byte $f3,$ed,$cf,$83,$cf,$9d,$03,$ff,$c3,$f3,$f3,$f3,$f3,$f3,$c3,$ff\t; 1248\n.byte $ff,$e7,$c3,$81,$e7,$e7,$e7,$e7,$ff,$ef,$cf,$80,$80,$cf,$ef,$ff\t; 1264\n.byte $ff,$ff,$ff,$ff,$ff,$ff,$ff,$ff,$e7,$e7,$e7,$e7,$ff,$ff,$e7,$ff\t; 1280\n.byte $99,$99,$99,$ff,$ff,$ff,$ff,$ff,$99,$99,$00,$99,$00,$99,$99,$ff\t; 1296\n.byte $e7,$c1,$9f,$c3,$f9,$83,$e7,$ff,$9d,$99,$f3,$e7,$cf,$99,$b9,$ff\t; 1312\n.byte $c3,$99,$c3,$c7,$98,$99,$c0,$ff,$f9,$f3,$e7,$ff,$ff,$ff,$ff,$ff\t; 1328\n.byte $f3,$e7,$cf,$cf,$cf,$e7,$f3,$ff,$cf,$e7,$f3,$f3,$f3,$e7,$cf,$ff\t; 1344\n.byte $ff,$99,$c3,$00,$c3,$99,$ff,$ff,$ff,$e7,$e7,$81,$e7,$e7,$ff,$ff\t; 1360\n.byte $ff,$ff,$ff,$ff,$ff,$e7,$e7,$cf,$ff,$ff,$ff,$81,$ff,$ff,$ff,$ff\t; 1376\n.byte $ff,$ff,$ff,$ff,$ff,$e7,$e7,$ff,$ff,$fc,$f9,$f3,$e7,$cf,$9f,$ff\t; 1392\n.byte $c3,$99,$91,$89,$99,$99,$c3,$ff,$e7,$e7,$c7,$e7,$e7,$e7,$81,$ff\t; 1408\n.byte $c3,$99,$f9,$f3,$cf,$9f,$81,$ff,$c3,$99,$f9,$e3,$f9,$99,$c3,$ff\t; 1424\n.byte $f9,$f1,$e1,$99,$80,$f9,$f9,$ff,$81,$9f,$83,$f9,$f9,$99,$c3,$ff\t; 1440\n.byte $c3,$99,$9f,$83,$99,$99,$c3,$ff,$81,$99,$f3,$e7,$e7,$e7,$e7,$ff\t; 1456\n.byte $c3,$99,$99,$c3,$99,$99,$c3,$ff,$c3,$99,$99,$c1,$f9,$99,$c3,$ff\t; 1472\n.byte $ff,$ff,$e7,$ff,$ff,$e7,$ff,$ff,$ff,$ff,$e7,$ff,$ff,$e7,$e7,$cf\t; 1488\n.byte $f1,$e7,$cf,$9f,$cf,$e7,$f1,$ff,$ff,$ff,$81,$ff,$81,$ff,$ff,$ff\t; 1504\n.byte $8f,$e7,$f3,$f9,$f3,$e7,$8f,$ff,$c3,$99,$f9,$f3,$e7,$ff,$e7,$ff\t; 1520\n.byte $ff,$ff,$ff,$00,$00,$ff,$ff,$ff,$f7,$e3,$c1,$80,$80,$e3,$c1,$ff\t; 1536\n.byte $e7,$e7,$e7,$e7,$e7,$e7,$e7,$e7,$ff,$ff,$ff,$00,$00,$ff,$ff,$ff\t; 1552\n.byte $ff,$ff,$00,$00,$ff,$ff,$ff,$ff,$ff,$00,$00,$ff,$ff,$ff,$ff,$ff\t; 1568\n.byte $ff,$ff,$ff,$ff,$00,$00,$ff,$ff,$cf,$cf,$cf,$cf,$cf,$cf,$cf,$cf\t; 1584\n.byte $f3,$f3,$f3,$f3,$f3,$f3,$f3,$f3,$ff,$ff,$ff,$1f,$0f,$c7,$e7,$e7\t; 1600\n.byte $e7,$e7,$e3,$f0,$f8,$ff,$ff,$ff,$e7,$e7,$c7,$0f,$1f,$ff,$ff,$ff\t; 1616\n.byte $3f,$3f,$3f,$3f,$3f,$3f,$00,$00,$3f,$1f,$8f,$c7,$e3,$f1,$f8,$fc\t; 1632\n.byte $fc,$f8,$f1,$e3,$c7,$8f,$1f,$3f,$00,$00,$3f,$3f,$3f,$3f,$3f,$3f\t; 1648\n.byte $00,$00,$fc,$fc,$fc,$fc,$fc,$fc,$ff,$c3,$81,$81,$81,$81,$c3,$ff\t; 1664\n.byte $ff,$ff,$ff,$ff,$ff,$00,$00,$ff,$c9,$80,$80,$80,$c1,$e3,$f7,$ff\t; 1680\n.byte $9f,$9f,$9f,$9f,$9f,$9f,$9f,$9f,$ff,$ff,$ff,$f8,$f0,$e3,$e7,$e7\t; 1696\n.byte $3c,$18,$81,$c3,$c3,$81,$18,$3c,$ff,$c3,$81,$99,$99,$81,$c3,$ff\t; 1712\n.byte $e7,$e7,$99,$99,$e7,$e7,$c3,$ff,$f9,$f9,$f9,$f9,$f9,$f9,$f9,$f9\t; 1728\n.byte $f7,$e3,$c1,$80,$c1,$e3,$f7,$ff,$e7,$e7,$e7,$00,$00,$e7,$e7,$e7\t; 1744\n.byte $3f,$3f,$cf,$cf,$3f,$3f,$cf,$cf,$e7,$e7,$e7,$e7,$e7,$e7,$e7,$e7\t; 1760\n.byte $ff,$ff,$fc,$c1,$89,$c9,$c9,$ff,$00,$80,$c0,$e0,$f0,$f8,$fc,$fe\t; 1776\n.byte $ff,$ff,$ff,$ff,$ff,$ff,$ff,$ff,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f\t; 1792\n.byte $ff,$ff,$ff,$ff,$00,$00,$00,$00,$00,$ff,$ff,$ff,$ff,$ff,$ff,$ff\t; 1808\n.byte $ff,$ff,$ff,$ff,$ff,$ff,$ff,$00,$3f,$3f,$3f,$3f,$3f,$3f,$3f,$3f\t; 1824\n.byte $33,$33,$cc,$cc,$33,$33,$cc,$cc,$fc,$fc,$fc,$fc,$fc,$fc,$fc,$fc\t; 1840\n.byte $ff,$ff,$ff,$ff,$33,$33,$cc,$cc,$00,$01,$03,$07,$0f,$1f,$3f,$7f\t; 1856\n.byte $fc,$fc,$fc,$fc,$fc,$fc,$fc,$fc,$e7,$e7,$e7,$e0,$e0,$e7,$e7,$e7\t; 1872\n.byte $ff,$ff,$ff,$ff,$f0,$f0,$f0,$f0,$e7,$e7,$e7,$e0,$e0,$ff,$ff,$ff\t; 1888\n.byte $ff,$ff,$ff,$07,$07,$e7,$e7,$e7,$ff,$ff,$ff,$ff,$ff,$ff,$00,$00\t; 1904\n.byte $ff,$ff,$ff,$e0,$e0,$e7,$e7,$e7,$e7,$e7,$e7,$00,$00,$ff,$ff,$ff\t; 1920\n.byte $ff,$ff,$ff,$00,$00,$e7,$e7,$e7,$e7,$e7,$e7,$07,$07,$e7,$e7,$e7\t; 1936\n.byte $3f,$3f,$3f,$3f,$3f,$3f,$3f,$3f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f\t; 1952\n.byte $f8,$f8,$f8,$f8,$f8,$f8,$f8,$f8,$00,$00,$ff,$ff,$ff,$ff,$ff,$ff\t; 1968\n.byte $00,$00,$00,$ff,$ff,$ff,$ff,$ff,$ff,$ff,$ff,$ff,$ff,$00,$00,$00\t; 1984\n.byte $fc,$fc,$fc,$fc,$fc,$fc,$00,$00,$ff,$ff,$ff,$ff,$0f,$0f,$0f,$0f\t; 2000\n.byte $f0,$f0,$f0,$f0,$ff,$ff,$ff,$ff,$e7,$e7,$e7,$07,$07,$ff,$ff,$ff\t; 2016\n.byte $0f,$0f,$0f,$0f,$ff,$ff,$ff,$ff,$0f,$0f,$0f,$0f,$f0,$f0,$f0,$f0\t; 2032\nCHARSET_COUNT = 2048\n"
},
{
"path": "src/assets/examples/tile_sets/asm/tile_8x6_shapeA.txt",
"content": "!byte 0x00, 0x1F, 0x28, 0x28, 0x28, 0x3F, 0x1F, 0x00\n\n"
},
{
"path": "src/assets/examples/tile_sets/asm/tile_8x6_shapeA_rotated.txt",
"content": "!byte 0,0,60,98,126,98,98,98\n"
},
{
"path": "src/assets/examples/tile_sets/asm/tiles_all.asm",
"content": "Charset_00_data:\r\n!byte $18, $24, $18, $66, $BD, $3C, $24, $24\r\n"
},
{
"path": "src/assets/examples/tile_sets/asm/tiles_all_2.asm",
"content": "\r\n\r\n; Generated by CharPad 2.7, assemble with 64TASS or similar.\r\n\r\n\r\n; Character display mode : Multi-colour (MCM).\r\n\r\n; Character colouring method : Per-Map.\r\n\r\n\r\n; Colour values...\r\n\r\nCOLR_SCREEN = 9\r\nCOLR_CHAR_DEF = 3\r\nCOLR_CHAR_MC1 = 0\r\nCOLR_CHAR_MC2 = 1\r\n\r\n\r\n; Quantities and dimensions...\r\n\r\nCHAR_COUNT = 256\r\nMAP_WID = 40\r\nMAP_HEI = 25\r\n\r\n\r\n; Data block sizes (in bytes)...\r\n\r\nSZ_CHARSET_DATA = 2048\r\nSZ_CHARSET_ATTRIB_DATA = 256\r\nSZ_MAP_DATA = 1000\r\n\r\n\r\n; Data block addresses (dummy values)...\r\n\r\nADDR_CHARSET_DATA = $1000 ; block size = $0800, label = 'charset_data'.\r\nADDR_CHARSET_ATTRIB_DATA = $2000 ; block size = $0100, label = 'charset_attrib_data'.\r\nADDR_MAP_DATA = $5000 ; block size = $03e8, label = 'map_data'.\r\n\r\n\r\n\r\n\r\n\r\n; * INSERT EXAMPLE PROGRAM HERE! * (Or just include this file in your project).\r\n\r\n\r\n\r\n\r\n; CHARSET IMAGE DATA...\r\n; 256 images, 8 bytes per image, total size is 2048 ($800) bytes.\r\n\r\ncharset_data\r\n\r\nbar .byte $18,$24,$18\r\nfoo .byte $66,$bd,$3c,$24,$24, $11,$22,$33,$44,$55,$66,$77,$88\r\n.byte $99,$AA,$BB,$CC,$DD,$EE,$FF,$10 \r\n.byte $20,$30,$40,$50,$60,$70,$80,$90,$00,$01,$02,$03,$04,$05,$06,$07,$08,$09,$0A,$0B,$0C,$0D,$0E,$0F\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte 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MAP DATA...\r\n; 40x25 (1000) cells, 8 bits per cell, total size is 1000 ($3e8) bytes.\r\n\r\nmap_data\r\n\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00\r\n\r\n"
},
{
"path": "src/assets/examples/tile_sets/asm/tiles_bin.asm",
"content": "\r\n.byte %01010101\r\n.byte %11111111\r\n.byte %10101010\r\n.byte %00110011\r\n.byte %11001100\r\n.byte %01010101\r\n.byte %10101010\r\n.byte %11111111"
},
{
"path": "src/assets/examples/tile_sets/asm/tiles_charPad.asm",
"content": "\r\n\r\n\r\n; CHARSET IMAGE DATA...\r\n; 256 images, 8 bytes per image, total size is 2048 ($800) bytes.\r\n\r\ncharset_data\r\n\r\n.byte $18,$24,$18,$66,$bd,$3c,$24,$24,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte 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$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n.byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00\r\n\r\n\r\n; CHARSET IMAGE ATTRIBUTE DATA...\r\n; 256 attributes, 1 attribute per image, 8 bits per attribute, total size is 256 ($100) bytes.\r\n; nb. Upper nybbles = material, lower nybbles = colour.\r\n\r\ncharset_attrib_data\r\n\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n.byte $03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03,$03\r\n\r\n"
},
{
"path": "src/assets/examples/tile_sets/asm/tiles_magellan.a99",
"content": " \r\nPAT0 DATA >1824,>1866,>BD3C,>2424 \r\nPAT1 DATA >0000,>0000,>0000,>0000 \r\n"
},
{
"path": "src/assets/examples/tile_sets/asm/tiles_magellan_2.a99",
"content": "CLRNUM DATA 256 \r\nCLRSET BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\n BYTE >10,>10,>10,>10 \r\nPAT0 DATA >0000,>0000,>0000,>0000 \r\nPAT1 DATA >0000,>0000,>0000,>0000 \r\nMCOUNT DATA 1 \r\nMC0 DATA 0 \r\nMS0 DATA >0020,>0018,>0300 \r\nMD0 DATA >8083,>8283,>8485,>8687 \r\n DATA >8889,>8A8B,>8C8D,>8E20 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>8520,>2080,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >8520,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>8020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >8020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n DATA >2020,>2020,>2020,>2020 \r\n"
},
{
"path": "src/assets/examples/tile_sets/basic/test.txt",
"content": "\r\n20 SYMBOL AFTER 32\r\n30 REM Upper case chars\r\n40 SYMBOL 65,126,66,66,126,98,98,98,0\r\n50 SYMBOL 66,126,66,66,126,98,98,126,0\r\n60 SYMBOL 67,126,64,64,96,96,96,126,0\r\n70 SYMBOL 68,254,66,66,98,98,98,254,0\r\n80 SYMBOL 69,126,64,64, 120,96,96,126,0\r\n90 SYMBOL 70,126,64,64,120,96,96,96,0\r\n100 SYMBOL 71,126,64,64,102,98,98,126,0\r\n110 SYMBOL 72,66,66,66,126,98,98,98,0\r\n120 SYMBOL 73,60,16,16,24,24,24,60,0\r\n130 SYMBOL 74,126,8,8,24,24,24,120,0\r\n140 SYMBOL 75,68,68,68, 120,100,100,100,0\r\n150 SYMBOL 76,64,64,64,96,96,96, 126,0\r\n160 SYMBOL 77,126,74,74,98,98,98,98,0\r\n170 SYMBOL 78,98,82,74,102,98,98,98,0\r\n180 SYMBOL 79,126,66,66,98,98,98,126,0\r\n190 SYMBOL 80,126,66,66,126,96,96,96,0\r\n200 SYMBOL 81,126,66,66,98,98,106,126,4\r\n210 SYMBOL 82,126,66,66,126,106,100,98,0\r\n220 SYMBOL 83,126,64,64,126,6,6,126,0\r\n230 SYMBOL 84,126,16,16,24,24,24,24,0\r\n240 SYMBOL 85,66,66,66,98,98,98,126,0\r\n250 SYMBOL 86,66,66,66,66,66,36,24,0\r\n260 SYMBOL 87,66,66,66,98,106,106,126,0\r\n270 SYMBOL 88,102,102,36,24,36,102,102,0\r\n280 SYMBOL 89,66,66,126,16,24,24,24,0\r\n290 SYMBOL 90,126,4,8,16,32,64,126,0\r\n295 REM Lower case chars\r\n300 SYMBOL 97,0,0,126,6,126,70,126,0\r\n310 SYMBOL 98,96,96,96,126,98,98,126,0\r\n320 SYMBOL 99,0,0,126,96,96,96,126,0\r\n330 SYMBOL 100,6,6,6,126,70,70,126,0\r\n340 SYMBOL 101,0,0,126,98,126,96,126,0\r\n350 SYMBOL 102,60,48,48,120,48,48,48,0\r\n360 SYMBOL 103,0,0,126,70,70,126,6,126\r\n370 SYMBOL 104,96,96,96,126,98,98,98,0\r\n380 SYMBOL 105,24,0,24,24,24,24,24,0\r\n390 SYMBOL 106,6,0,6,6,6,6,6,126\r\n400 SYMBOL 107,96,96,102,108,120,108, 102,0\r\n410 SYMBOL 108,24,24,24,24,24,24,24,0\r\n420 SYMBOL 109,0,0,126,90,90,66,66,0\r\n430 SYMBOL 110,0,0,108,114,98,98,98,0\r\n440 SYMBOL 111,0,0,126,102,102,102,126,0\r\n450 SYMBOL 112,0,0,126,98,98,126,96,96\r\n460 SYMBOL 113,8,0,126,70,70,126,6,6\r\n470 SYMBOL 114,0,0,108,114,96,96,96,0\r\n480 SYMBOL 115,0,0,126,96,126,6,126,0\r\n490 SYMBOL 116,24,62,24,24,24,24,30,0\r\n500 SYMBOL 117,0,0,102,102,102,102,126,0\r\n510 SYMBOL 118,0,0,102,102,102,60,24,0\r\n520 SYMBOL 119,0,0,66,66,90,90,126,0\r\n530 SYMBOL 120,0,0,198,104,16,104,198,0\r\n540 SYMBOL 121,0,0,102,102,102,126,6,126\r\n550 SYMBOL 122,0,0,126,12,24,48,126,0\r\n555 REM Numbers\r\n560 SYMBOL 48,126,102,110,118,102,102,126,0\r\n570 SYMBOL 49,24,56,24,24,24,24,126,0\r\n580 SYMBOL 50,126,2,2,126,96,96,126,0\r\n590 SYMBOL 51,126,2,2,30,6,6,126,0\r\n600 SYMBOL 52,96,96,96,96,104,126,8,8\r\n610 SYMBOL 53,126,64,126,6,6,6,126,0\r\n620 SYMBOL 54,126,64,64,126,98,98,126,0\r\n630 SYMBOL 55,126,2,4,62,16,32,64,0\r\n640 SYMBOL 56,126,66,66,126,66,66,126,0\r\n650 SYMBOL 57,126,66,66,126,6,6,6,0\r\n680 SYMBOL 95,0,255,0,0,0,0,0,0\r\n"
},
{
"path": "src/assets/examples/tile_sets/basic/tiles_atari.bas",
"content": "\r\n1560 DATA 0,6,15,249,239,6,0,0\r\n1570 DATA 34,148,65,58,124,62,122,60\r\n1580 DATA 251,251,251,0,223,223,223,223\r\n1590 DATA 255,0,118,118,0,94,94,94\r\n1600 DATA 195,195,255,255,195,195,255,255\r\n1610 DATA 15,27,55,0,55,54,55,55\r\n1620 DATA 248,108,118,0,118,54,118,118\r\n1630 DATA 1,3,7,11,10,11,11,11\r\n1640 DATA 128,192,224,208,80,208,208,208\r\n1650 DATA 62,123,251,255,110,26,114,67\r\n1660 DATA 62,123,251,254,244,100,12,8\r\n1670 DATA 124,222,223,255,118,88,78,194\r\n1680 DATA 124,222,222,127,47,38,48,16\r\n1690 DATA 126,219,219,254,232,92,22,48\r\n1700 DATA 126,219,219,127,23,58,104,12\r\n1710 DATA 12,30,181,127,59,63,126,212\r\n1720 DATA 12,30,53,127,191,63,126,170\r\n1730 DATA 48,120,173,254,220,252,126,39\r\n1740 DATA 48,120,172,254,253,252,126,101\r\n1750 DATA 0,6,15,249,239,6,0,0\r\n1760 DATA 68,41,130,92,62,116,126,60\r\n1770 DATA 251,251,251,0,223,223,223,223\r\n1780 DATA 255,0,118,118,0,94,94,94\r\n1790 DATA 195,195,255,255,195,195,255,255\r\n1800 DATA 15,27,55,0,55,54,55,55\r\n1810 DATA 248,108,118,0,118,54,118,118\r\n1820 DATA 1,3,7,11,10,11,11,11\r\n"
},
{
"path": "src/assets/examples/tile_sets/basic/tiles_atari_2.bas",
"content": "0A=PEEK(106)-4:POK.106,A:GR.17:U=256*A:F.I=28TO432:POK.U+I,PEEK(57344+I):N.I:F.I=64TO79:REA.J:POK.U+I,J:N.I:H=400\r\n1DIMN(255):POK.756,A:M=47:F.I=0TO4:REA.L:POK.708+I,L:N.I:B=PEEK(88)+PEEK(89)*256:O=B+59:Z=125:D=B+460:T=B+210:E=10\r\n2P=T:L=26:?#6;CHR$(Z);\"USE IJKL SPC\":K=1:Q=.9:G=B:U=3:J=0:F.I=0TO127:N(I)=0:N(I+128)=0:POK.O+1+INT(RND(0)*H),M:N.I\r\n3N(0)=1:N(5)=20:N(13)=-20:N(1)=-1:W=132:POS.6,1:?#6;\" MINES+ \":F.I=0TO19:POK.O-I,73:POK.D+I,73:N.I:D.0,60,126,126\r\n4R=J*(J>R)+R*(J<=R):POS.1,0:?#6;9-F;\" \";CHR$(136);U;\" \";J;\" hi \";R:IFPEEK(P)=W THENJ=J+9:F=F-(F>0):SO.0,Z,E,E\r\n5SE.4,0,0:Y=0:IFQ=K*500 THENU=U+(U<9):K=K+1:F=0:L=74\r\n6POK.P,200:S=PEEK(764):SO.0,0,0,0:IFS<>9THENPOK.764,9:IFN(S)THENPOK.P,M:P=P+N(S):J=J+1:Y=1:Q=Q-.0005:SO.0,99,E,E\r\n7POK.G,W:G=B:POK.729,0:IFY*(INT(J/4)=J/4)THENG=O+1+INT(RND(1)*H):POK.G,68:D.126,126,60,0,0,170,85,170,85,170,85\r\n8U=(P>O)*(PM)*(U>0))GOTO4:SO.0,99,8,9:POK.P,138:U=U-1:F=0:ON(U>0)GOTO4:SO.0,0,0,0:F.I=0TO2600:N.I:G.2"
},
{
"path": "src/assets/examples/tile_sets/basic/tiles_bbc.bas",
"content": "10 REM Walking alien\r\n20 MODE 6\r\n30 VDU 23,240,153,189,219,126,36,60,36,36\r\n40 PRINT TAB(0,10);CHR$(240)\r\n50 FOR I%=1 TO 19\r\n60 PRINT TAB(I%-1,10);\" \"\r\n70 PRINT TAB(I%,10);CHR$(240)\r\n80 FOR J%=1 TO 500: NEXT J%\r\n90 NEXT I%\r\n100 END"
},
{
"path": "src/assets/examples/tile_sets/basic/tiles_cbm.bas",
"content": "000 REM ** USER DEFINED GRAPHICS **\r\n001 REM ** BY SHANE JOLLY **\r\n100 PRINT \"♥\": PRINT TAB(12)\"PLEASE WAIT...\"\r\n110 PRINT CHR$(142)\r\n120 POKE 52, 48: POKE 56, 48\r\n130 POKE UG=12288;CG=53248\r\n140 POKE 56334, PEEK(56334) AND 254\r\n150 POKE 1, PEEK(1) AND 251\r\n160 FOR K=1 TO 2047\r\n170 POKE UG+K, PEEK(CG+K)\r\n180 NEXT\r\n190 POKE 1, PEEK(1) OR 4\r\n200 POKE 56334, PEEK(6334) OR 1\r\n210 POKE 53272, (PEEK(53272) AND 240)+12\r\n220 FOR CC=1 TO 9\r\n230 FOR J=0 TO 7\r\n240 READ A: POKE UG+8*CC+J, A\r\n250 NEXT J\r\n260 NEXT CC\r\n270 FOR N=65 TO 90\r\n280 PRINT CHR$(N);\" \";\r\n290 NEXT N\r\n300 DATA 000, 016, 040, 068, 124, 068, 068, 000\r\n310 DATA 000, 120, 072, 124, 068, 068, 124, 000\r\n320 DATA 000, 124, 068, 064, 064, 068, 124, 000\r\n330 DATA 000, 120, 068, 068, 068, 068, 120, 000\r\n340 DATA 000, 124, 068, 112, 112, 068, 124, 000\r\n350 DATA 000, 124, 068, 112, 064, 064, 064, 000\r\n360 DATA 000, 124, 068, 064, 064, 078, 124, 000\r\n370 DATA 000, 068, 068, 124, 124, 068, 068, 000\r\n380 DATA 000, 056, 016, 016, 016, 016, 056, 000 "
},
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"path": "src/assets/examples/tile_sets/basic/tiles_cbm_10_liner.bas",
"content": "0l=32:v=36878:fOk=.to4:rEb$:fOi=1to8:pO7167+i+k*8,aS(mI(b$,i)):pO7421+i,.:nE:nE\r\n1pO52,26:pO56,26:n=1:t=30720:pOv-9,255:pOv+1,8:?\"{clear}{reverse on}{yellow}ijkl\":x=3:p=7955:ifj>rtHr=j\r\n2wA198,1:g(0)=211:g(1)=209:g(2)=215:g(3)=218:pO650,128:u=22:k=7745:y=7732:z=y-8\r\n3gEa$:b=z+rN(.)*464:q=rN(1)*4:pOb,g(q):pOb+t,q+2:ifj>=100*ntHx=x-(x<9):n=n+1\r\n4pOk+i,l:pOy+i*u,l:i=i+1:ifi<=utHpOk+i,4:pOk+i+t,6:pOy+i*u,4:pOy+i*u+t,7:m=pE(p)\r\n5g=.:x=x+(m=4):e=saN1:c=s-1+e:ifi>utHi=.:y=z+rN(.)*u-1:k=z+u*int((p-z)/u)-1\r\n6ifc=sG(c)tHg=1:h=s+1:pOp,l:p=p+c*21*e+c:d=pE(p):ifd=ftHw=w-(d>l):j=j-(w>1)*w\r\n7pOp+t,7:?\"{home}{reverse on}{red}g{green}e{cyan}m{purple}s{white}\"j\" {blue}hi{cyan}\"r\" {yellow}{reverse off}b{green}{reverse on}\"x:ifd>ltHifgtHpOv,9:pOv,.:dA\"{24}{60}{24}{102}{153}{24}{36}{102}\"\r\n8pOp,h:w=-w*(d=f):s=aS(a$+\"@\")-74:dA\"{24}{44}{152}{110}{25}{24}{40}{40}\",\"{24}{36}{24}{102}{153}{24}{36}{102}\",\"{24}{52}{25}{118}{152}{24}{40}{40}\",\"{ 24}{ 36}{ 90}{189}{189}{ 90}{ 36}{ 24}\"\r\n9f=d:on-(x>.aNp<8186aNp>=z)gO3:?sP7)\"{reverse on}{red}game over\":fOa=.tov/9:nE:pO198,0:j=.:gO1"
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"path": "src/assets/examples/tile_sets/basic/tiles_cbm_10_liner_2.bas",
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{
"path": "src/assets/examples/tile_sets/basic/tiles_cbm_10_liner_4.bas",
"content": "0v=36878:t=30720:pokev+1,110:b=7816:c=b+12:z=65:q=.:g=160:dimc(g):pokev-9,255:data17,85\r\n1fori=1to16:reade:poke7167+i,255-e:next:s$=\"{home}{down*3}{reverse on} {white}step{yellow}\":data17,,254,,,70,136\r\n2s=3:fori=.to3:p(i)=1:p(6-i)=0:next:c(0)=3:c(1)=5:print\"{clear}{reverse on} {cyan}{reverse off}@{green}a{reverse on} {white}vic {green}fruzzle {cyan}{reverse off}@{green}a\"\r\n3h=42:q=.:p(s)=g:print\"{down*18}{reverse on}{yellow} use {white}abcdefg{down}\"spc(11)\"{yellow}reset with {white}x\"\r\n4e=22:fori=.to6:poke8036+i*2,i+129:forj=1to8:pokeb+e*j+i*2,230:pokeb+e*j+i*2+t,7:next:next\r\n5fori=.to6:pokeb+t+i*2,c(p(i)):pokeb+i*2,p(i):next:prints$;q;:d$=\"{down}done!\":data170,136,,127,,\r\n6geta$:on-(a$=\"\")goto6:f=asc(a$)-z:on-(f=23)goto2:on-(f<.orf>6orf=sors<.ors>6)goto6:data98\r\n7x=peek(b+f*2):on-((x=1)and(((s-f)>2)or(f>s)))goto6:on-((x=0)and(((f-s)>2)or(s>f)))goto6\r\n8pokeb+f*2,g:q=q+1:j=b+f*2-22-sgn(f-s):pokej+t,c(x):pokej,x:pokev,9:pokev,0:p(s)=x:p(f)=g\r\n9k=tan(9.9):s=f:pokej,g:on-(p(4)*p(5)*p(6)<>1orp(3)<2)goto5:print\"{home}\"spc(9)d$:pokev+1,h:goto5"
},
{
"path": "src/assets/examples/tile_sets/basic/tiles_cbm_2.bas",
"content": "1 goto800\r\n2 poke53280,6:poke53281,1\r\n5 s=1304:ex=1:l=3:sc=0:so=54272\r\n10 pokeso+24,15:pokeso+5,17:pokeso+6,16:pokeso,100\r\n20 tc=27:poke251,112:poke831,0:poke832,6:poke829,20\r\n30 tb(1)=112\r\n40 tb(2)=197\r\n50 ss$=\"{right*19}{space*3}{down}{left*4}{space*5}{down}{left*3} \"\r\n60 sc$=\"{right*19}{green}###{down}{left*4}{blue}#####{down}{left*3}$\"\r\n70 poke53272,(peek(53272)and240)+12\r\n80 t(1)=38:t(2)=40\r\n90 print\"{clear}{down*2}{red}########################################\";\r\n91 print\"{green}###################{space*3}##################\";\r\n92 print\"{blue}##################{space*5}#################\";\r\n100 fori=16to1step-1\r\n110 print\"{home}{down*3}\";:fort=1toi:print\"{down}\";:next:printsc$\r\n120 fory=1to75:next\r\n130 print\"{home}{down*3}\";:fort=1toi:print\"{down}\";:next:printss$\r\n140 next\r\n150 print\"{clear}{down*2}{red}########################################\";\r\n151 print\"{green}########################################\";\r\n152 print\"{blue}########################################\";\r\n160 print\"{home}{down}++++++++++++++++++++++++++++++++++++++++\"\r\n170 print\"{home}{down*23},,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,\";\r\n180 tt=1:d=-1:ao=40:mp=1244:mc=55516:tp=19:ba=121:z=0:poke834,tp\r\n185 w=int(rnd(1)*39)+1104\r\n190 poke251,tb(tt):sys49152\r\n200 print\"{home}{down*16}-------{space*26}-------\"\r\n210 print\"{home}{space*6}punti=\";sc:print\"{home}{right*25}clown=\";l\r\n220 pokemp,36:pokemc,0\r\n230 gosub750:iffbthen240\r\n235 goto230\r\n240 u=int(rnd(1)*10)\r\n244 ifz=0andu>8thenz=7:goto248\r\n246 ifz=7andu>7thenz=0:goto248\r\n248 ifpeek(w)=35thenpokew+so,z\r\n290 poke251,tb(tt):sys49434:tp=peek(834)\r\n310 ifd=-1then330\r\n320 ifd=1then410\r\n325 goto310\r\n330 op=mp:mp=mp+ao:mc=mp+so:pm=peek(mp)\r\n335 if((op-1023)/40=int((op-1023)/40))andao=41thenmp=mp-40:pm=peek(mp):mc=mp+so\r\n340 ifpm=32thengoto406\r\n350 ifpm=35thengosub560:goto406\r\n370 ifpm=t(tt)then460\r\n380 ifpm=43orpm=45thenmp=op:d=1:ao=int(rnd(1)*3)+39:goto240\r\n400 l=l-1:ifl<=0then630\r\n404 goto180\r\n406 pokeop,32:pokemp,36:pokemc,0:goto240\r\n410 op=mp:mp=mp-ao:mc=mp+so:pm=peek(mp)\r\n415 if((op-1024)/40=int((op-1024)/40))andao=41thenmp=mp+40:pm=peek(mp):mc=mp+so\r\n420 ifpm=32then450\r\n430 ifpm=35thend=-1:gosub560:goto450\r\n435 ifpm=45thenpokeop,32:mp=mp-ao:mc=mp+so\r\n440 ifpm=43thenmp=op:d=-1:ao=int(rnd(1)*3)+39:goto240\r\n450 pokeop,32:pokemp,36:pokemc,0:goto240\r\n460 sc=sc+5:pokeop,32\r\n480 pokeso+1,10:pokeso+4,33\r\n490 poke251,tc:sys49152\r\n500 pokeso+4,32:iftt=1thenmp=1787+tp:mc=mp+so\r\n510 iftt=2thenmp=1785+tp:mc=mp+so\r\n520 tt=tt+1:iftt>2thentt=1\r\n530 d=1\r\n540 poke251,tb(tt):sys49152\r\n550 ao=int(rnd(1)*3)+39\r\n555 print\"{home}{space*6}punti=\";sc:print\"{home}{right*25}clown=\";l:goto240\r\n560 pokeso+1,10:pokeso+4,129:fori=1to10:next:pokeso+4,128\r\n563 ifmp=wandc=0thenl=l-1:goto180\r\n566 ifmp=wandc=7thensc=sc+250:goto600\r\n570 ifmp>1103andmp<1144thensc=sc+100\r\n580 ifmp>1143andmp<1184thensc=sc+75\r\n590 ifmp>1183andmp<1224thensc=sc+50\r\n600 ifsc>ex*2000thenl=l+1:ex=ex+1\r\n605 ba=ba-1:ifba=1then180\r\n610 ao=int(rnd(1)*3)+39\r\n620 print\"{home}{space*6}punti=\";sc:print\"{home}{right*25}clown=\";l:return\r\n630 g$=\" p a r t i t a c o n c l u s a \"\r\n640 fori=2to34step2\r\n650 print\"{home}{down*9}\";tab(i+2);mid$(g$,i,1)\r\n660 fort=1to100:next:next\r\n670 fori=1to250:next\r\n680 print\"{space*2}premi il pulsante per giocare ancora\"\r\n690 print\"{space*3}spingi il joystick verso il basso\"\r\n695 print\"{space*4}per terminare\"\r\n700 gosub750\r\n710 iffbthenclr:goto2\r\n720 ifj1thensys2048:end\r\n730 goto700\r\n750 p=peek(56320)and15\r\n760 j1=-(p=13)\r\n770 fb=-((peek(56320)and16)=0):return\r\n800 poke53280,6:poke53281,1\r\n810 print\"{clear}{down*12}{space*17}{red}c{cyan}i{purple}r{green}c{blue}o{black}\":c=0\r\n820 print\"{down}{space*12}attendere prego...\":goto1310\r\n830 gosub10000:poke53272,(peek(53272)and240)+12\r\n840 print\"{clear}{down*12}{right*17}{black}circo\"\r\n850 print\"{home}{down*10}{right*15}#########\"\r\n855 print\"{down*3}{right*15}#########\"\r\n860 print\"{home}{down*11}{right*15}#{down}{left}#{down}{left}#{up*2}{right*7}#{down}{left}#{down}{left}#\"\r\n880 fort=1to3:forp=1to7:s=p\r\n890 fori=55711to55720:pokei,s\r\n900 s=s+1:ifs=1thens=2\r\n910 ifs>7thens=0\r\n920 next\r\n930 fori=55760to55840step40:pokei,s\r\n940 s=s+1:ifs=1thens=2\r\n950 ifs>7thens=0\r\n960 next\r\n970 fori=55880to55871step-1:pokei,s\r\n980 s=s+1:ifs=1thens=2\r\n990 ifs>7thens=0\r\n1000 next\r\n1010 fori=55831to55751step-40:pokei,s\r\n1020 s=s+1:ifs-1thens=2\r\n1030 ifs>7thens=0\r\n1040 next\r\n1050 nextp,t\r\n1060 poke53272,21:print\"{clear}{down*12}\";\r\n1070 print\"{space*5}vuoi le istruzioni? (s/n)\"\r\n1080 geta$:ifa$=\"\"then1080\r\n1090 ifa$=\"s\"then1120\r\n1100 ifa$=\"n\"then1500\r\n1110 goto1080\r\n1120 printchr$(14);\"{clear}{down}questo e' il gioco del circo.\"\r\n1130 print\"{down}lo scopo del gioco consiste nel far\"\r\n1135 print\"scoppiare tutti i palloncini.\"\r\n1140 print\"{down}cio' e' possibile muovendo il joystick\"\r\n1145 print\"a sinistra e a destra in modo da pren-\"\r\n1150 print\"dere al volo il clown\"\r\n1153 print\"{down}all'inizio premere il pulsarte di sparo\"\r\n1155 print\"per dare il via al gioco.\"\r\n1160 print\"{home}{down*20} premi qualsiasi tasto\"\r\n1170 geta$:ifa$=\"\"then1170\r\n1180 print\"{clear}{down}tutti i blocchi a scacchi fanno rimbal- zare il vostro giocatore\"\r\n1190 print\"{down}ogni 2000 punti verra' concesso un uomo in piu'.\"\r\n1200 print\"{down}anche il blocco mobile permettera' al {space*3}vostro giocatore di\";\r\n1205 print\" rimbalzare.\"\r\n1210 print\"{home}{down*22} premi qualsiasi tasto\"\r\n1220 geta$:ifa$=\"\"then1220\r\n1230 print\"{clear}{down}dovete far attenzione al palloncino\"\r\n1235 print\"di diverso colore della riga superiore.\"\r\n1240 print\"{down}quando il palloncino e' nero, scoppiera'\"\r\n1250 print\"{up}in faccia al vostro giocatore, quando e'\"\r\n1260 print\"{up}giallo vi dara' 250 punti\"\r\n1270 print\"{down*2}buona fortuna!!!\"\r\n1280 print\"{home}{down*22} premi qualsiasi tasto\"\r\n1290 geta$:ifa$=\"\"then1290\r\n1300 goto1500\r\n1310 poke52,48:poke56,48:clr\r\n1320 cs=12288:poke56334,peek(56334)and254:poke1,peek(1)and251\r\n1330 fori=cstocs+511:pokei,peek(i+40960):next\r\n1340 poke1,peek(1)or4:poke56334,peek(56334)or1\r\n1360 fori=cs+35*8tocs+46*8-1:readj:pokei,j:a=a+j:next\r\n1365 ifa<>6897thenprint\"errore nei dati alle righe 1380-1480\":end\r\n1370 goto830\r\n1380 data28,62,47,63,63,126,96,0\r\n1390 data58,58,18,124,16,56,68,68\r\n1400 data128,64,32,16,24,28,38,37\r\n1410 data128,64,32,16,8,4,2,1\r\n1420 data1,2,4,8,24,56,100,164\r\n1430 data1,2,4,8,16,32,64,128\r\n1440 data0,0,0,255,24,24,36,36\r\n1450 data0,0,0,255,0,0,0,0\r\n1460 data170,85,170,85,170,85,170,85\r\n1470 data255,255,255,255,255,255,255,255\r\n1480 data170,85,170,85,170,85,170,85\r\n1500 print\"{clear}\":printchr$(17):goto2\r\n10000 i=49152\r\n10010 reada:ifa=256thengoto10025\r\n10020 pokei,a:i=i+1:c=c+a:goto10010\r\n10025 ifc<>21810thenprint\"errore nei dati alle righe 10030-10580\":end\r\n10028 return\r\n10030 data172,66,3,174,61,3,24\r\n10040 data32,240,255,169,192,133,252\r\n10050 data160,0,177,251,32,210,255\r\n10060 data200,192,85,208,246,96,32\r\n10070 data36,32,36,32,32,32,32\r\n10080 data32,32,32,32,32,32,32\r\n10090 data32,32,32,32,32,32,32\r\n"
},
{
"path": "src/assets/examples/tile_sets/basic/tiles_cpc.bas",
"content": "\r\n20 SYMBOL AFTER 32\r\n30 REM Upper case chars\r\n40 SYMBOL 65,126,66,66,126,98,98,98,0\r\n50 SYMBOL 66,126,66,66,126,98,98,126,0\r\n60 SYMBOL 67,126,64,64,96,96,96,126,0\r\n70 SYMBOL 68,254,66,66,98,98,98,254,0\r\n80 SYMBOL 69,126,64,64, 120,96,96,126,0\r\n90 SYMBOL 70,126,64,64,120,96,96,96,0\r\n100 SYMBOL 71,126,64,64,102,98,98,126,0\r\n110 SYMBOL 72,66,66,66,126,98,98,98,0\r\n120 SYMBOL 73,60,16,16,24,24,24,60,0\r\n130 SYMBOL 74,126,8,8,24,24,24,120,0\r\n140 SYMBOL 75,68,68,68, 120,100,100,100,0\r\n150 SYMBOL 76,64,64,64,96,96,96, 126,0\r\n160 SYMBOL 77,126,74,74,98,98,98,98,0\r\n170 SYMBOL 78,98,82,74,102,98,98,98,0\r\n180 SYMBOL 79,126,66,66,98,98,98,126,0\r\n190 SYMBOL 80,126,66,66,126,96,96,96,0\r\n200 SYMBOL 81,126,66,66,98,98,106,126,4\r\n210 SYMBOL 82,126,66,66,126,106,100,98,0\r\n220 SYMBOL 83,126,64,64,126,6,6,126,0\r\n230 SYMBOL 84,126,16,16,24,24,24,24,0\r\n240 SYMBOL 85,66,66,66,98,98,98,126,0\r\n250 SYMBOL 86,66,66,66,66,66,36,24,0\r\n260 SYMBOL 87,66,66,66,98,106,106,126,0\r\n270 SYMBOL 88,102,102,36,24,36,102,102,0\r\n280 SYMBOL 89,66,66,126,16,24,24,24,0\r\n290 SYMBOL 90,126,4,8,16,32,64,126,0\r\n295 REM Lower case chars\r\n300 SYMBOL 97,0,0,126,6,126,70,126,0\r\n310 SYMBOL 98,96,96,96,126,98,98,126,0\r\n320 SYMBOL 99,0,0,126,96,96,96,126,0\r\n330 SYMBOL 100,6,6,6,126,70,70,126,0\r\n340 SYMBOL 101,0,0,126,98,126,96,126,0\r\n350 SYMBOL 102,60,48,48,120,48,48,48,0\r\n360 SYMBOL 103,0,0,126,70,70,126,6,126\r\n370 SYMBOL 104,96,96,96,126,98,98,98,0\r\n380 SYMBOL 105,24,0,24,24,24,24,24,0\r\n390 SYMBOL 106,6,0,6,6,6,6,6,126\r\n400 SYMBOL 107,96,96,102,108,120,108, 102,0\r\n410 SYMBOL 108,24,24,24,24,24,24,24,0\r\n420 SYMBOL 109,0,0,126,90,90,66,66,0\r\n430 SYMBOL 110,0,0,108,114,98,98,98,0\r\n440 SYMBOL 111,0,0,126,102,102,102,126,0\r\n450 SYMBOL 112,0,0,126,98,98,126,96,96\r\n460 SYMBOL 113,8,0,126,70,70,126,6,6\r\n470 SYMBOL 114,0,0,108,114,96,96,96,0\r\n480 SYMBOL 115,0,0,126,96,126,6,126,0\r\n490 SYMBOL 116,24,62,24,24,24,24,30,0\r\n500 SYMBOL 117,0,0,102,102,102,102,126,0\r\n510 SYMBOL 118,0,0,102,102,102,60,24,0\r\n520 SYMBOL 119,0,0,66,66,90,90,126,0\r\n530 SYMBOL 120,0,0,198,104,16,104,198,0\r\n540 SYMBOL 121,0,0,102,102,102,126,6,126\r\n550 SYMBOL 122,0,0,126,12,24,48,126,0\r\n555 REM Numbers\r\n560 SYMBOL 48,126,102,110,118,102,102,126,0\r\n570 SYMBOL 49,24,56,24,24,24,24,126,0\r\n580 SYMBOL 50,126,2,2,126,96,96,126,0\r\n590 SYMBOL 51,126,2,2,30,6,6,126,0\r\n600 SYMBOL 52,96,96,96,96,104,126,8,8\r\n610 SYMBOL 53,126,64,126,6,6,6,126,0\r\n620 SYMBOL 54,126,64,64,126,98,98,126,0\r\n630 SYMBOL 55,126,2,4,62,16,32,64,0\r\n640 SYMBOL 56,126,66,66,126,66,66,126,0\r\n650 SYMBOL 57,126,66,66,126,6,6,6,0\r\n680 SYMBOL 95,0,255,0,0,0,0,0,0\r\n"
},
{
"path": "src/assets/examples/tile_sets/basic/tiles_msx_headless_hex.bas",
"content": "\r\n490 DATA 22,63,F7,B7,FF,7E,3C,3C ' a\r\n491 DATA 38,6C,FF,3F,0F,3F,FC,38 ' b\r\n492 DATA 3C,3C,7E,FF,ED,EF,C6,44 ' c\r\n493 DATA 1C,36,FF,FC,F0,FC,3F,1C ' d\r\n494 DATA 3C,7E,FF,FF,FF,FF,7E,3C ' e\r\n495 DATA 08,10,54,FE,FE,FE,FE,7C ' f\r\n496 DATA 06,08,10,10,38,7C,7C,38 ' g\r\n497 DATA 00,28,FE,AA,FE,54,38,10 ' h\r\n500 DATA 08,1C,2A,7F,77,3E,36,63 ' i\r\n501 DATA FF,D5,AB,D5,AB,D5,AB,FF ' j\r\n502 DATA 00,00,00,18,18,00,00,00 ' k\r\n503 DATA 00,00,18,24,24,18,00,00 ' l\r\n504 DATA 00,18,3C,66,66,3C,18,00 ' m\r\n505 DATA 3C,7E,E7,C3,C3,E7,7E,3C ' n\r\n510 DATA 00,01,06,1D,2A,2A,2A,1F ' o\r\n511 DATA 1B,8F,65,11,C9,A9,B1,F3 ' p\r\n512 DATA 4C,F7,F0,18,07,02,3E,FE ' q\r\n513 DATA 7F,9F,31,41,81,81,F9,FD ' r\r\n515 DATA 7E,C3,9F,9F,9F,C3,7E,00 ' s\r\n520 FORF%=&H2000+ASC(\"a\")*8TO&H2097+ASC(\"a\")*8:READA$:VPOKEF%,VAL(\"&H\"+A$):NEXTF%:F%=USR2(0):F%=USR3(0)\r\n530 DATA C1,C1,C1,C1,C1,C1,C1,C1 ' a\r\n531 DATA C1,C1,C1,C1,C1,C1,C1,C1 ' b\r\n532 DATA C1,C1,C1,C1,C1,C1,C1,C1 ' c\r\n533 DATA C1,C1,C1,C1,C1,C1,C1,C1 ' d\r\n534 DATA D1,D1,41,71,71,41,D1,D1 ' e\r\n535 DATA A1,A1,A1,A1,A1,A1,A1,A1 ' f\r\n536 DATA F1,F1,F1,F1,D1,D1,D1,D1 ' g\r\n537 DATA D1,D1,D1,D1,D1,D1,D1,D1 ' h\r\n540 DATA D1,D1,21,21,21,21,41,41 ' i\r\n541 DATA 31,31,D1,D1,81,81,51,51 ' j\r\n542 DATA F1,F1,F1,21,21,F1,F1,F1 ' k\r\n543 DATA F1,F1,F1,F1,F1,F1,F1,F1 ' l\r\n544 DATA F1,41,41,F1,F1,41,41,F1 ' m\r\n545 DATA D1,D1,81,81,81,81,D1,D1 ' n\r\n546 DATA 21,21,21,21,21,21,21,21 ' o\r\n547 DATA 21,21,21,21,21,21,21,21 ' p\r\n548 DATA 21,21,21,21,21,21,21,21 ' q\r\n550 DATA 21,21,21,21,21,21,21,21 ' r\r\n551 DATA 90,90,90,90,90,90,90,00 ' s\r\n552 DATA 91,91,91,91,91,91,91,91 ' t\r\n"
},
{
"path": "src/assets/examples/tile_sets/basic/tiles_oric.bas",
"content": "10 REM Golf\r\n20 CH=46080\r\n30 FOR Q=1 TO 3\r\n40 READ C\r\n50 FOR I=0 TO 7\r\n60 READ D\r\n70 POKE CH+C+I,D\r\n80 NEXT I\r\n90 NEXT Q\r\n100 DATA 264,8,12,14,8,8,8,8,62\r\n110 DATA 512,12,30,45,30,12,18,18,33\r\n120 DATA 280,12,30,31,46,62,60,28,24\r\n130 DIM T(9)\r\n140 XH =0:XC=0\r\n150 YH=0:HT=0:YC=0\r\n170 FOR H=1 TO 9\r\n180 HIRES\r\n190 PAPER 2: INK 7\r\n200 PRINT \"Hole Number \";H\r\n220 FOR Z=1 TO 8\r\n230 XB=INT(RND(1)*80)+80\r\n240 YB=INT(RND(1)*40)+50\r\n250 CURSET XB,YB,0\r\n260 CHAR 35,0,1\r\n270 NEXT Z\r\n300 X=INT(RND(1)*20)+20\r\n310 Y=INT(RND(1)*30)+120\r\n320 XT=INT(RND(1)*50)+150\r\n330 YT=INT(RND(1)*10)+20\r\n340 D=SGN(XT-X)*SQR((XT-X)*(XT-X)+(YT-Y)*(YT-Y))\r\n350 CURSET XT,YT,0\r\n360 CHAR 33,0,1\r\n370 CURSET X,Y,0\r\n380 CHAR 64,0,1\r\n400 PRINT \"Distance to next hole is \";INT(D)\r\n410 INPUT \"Which club (1 to 8)\";C\r\n420 IF C<1 OR C>8 THEN GOTO 420\r\n430 C=(9-C)\r\n440 GOSUB 1160\r\n480 GOSUB 800\r\n490 B=1\r\n500 D=SGN(XT-X1)*SQR((XT-X1)*(XT-X1)+(YT-Y1)*(YT-Y1))\r\n510 IF D<-15 THEN PRINT \"You overshot-try another hole\":WAIT 100:GOTO 180\r\n520 IF D<12 THEN PRINT \"ON THE GREEN\":WAIT 200:GOTO 1320\r\n530 CURSET X1,Y1,0\r\n540 CHAR 46,0,0\r\n550 CURSET X,Y,0\r\n560 CHAR 64,0,0\r\n570 X=X1\r\n580 Y=Y1\r\n590 GOTO 350\r\n640 PRINT \"You took \";T(H);\" strokes\"\r\n650 WAIT 200:PRINT CHR$(17)\r\n660 NEXT H\r\n670 CLS\r\n680 PRINT:PRINT\r\n690 PRINT SPC(15);\"This Round\"\r\n700 COL=1:R0W=5:GOSUB 1700\r\n720 FOR I=1 TO 9\r\n730 PRINT SPC(10);\"Hole \";I;\r\n740 IF T(I)=-1 THEN PRINT \" lost ball\":GOTO 760\r\n750 PRINT \" \";T(I);\" strokes\"\r\n760 NEXT I\r\n765 ROW=20:COL=5:GOSUB 1700\r\n770 INPUT \"Another round Y/N\";A$\r\n775 PRINT CHR$(17)\r\n780 IF A$ = \"Y\" THEN RUN\r\n790 CLS : STOP\r\n800 VT=C*(1+RND(1)*.01)\r\n810 HT=0\r\n820 XH=0\r\n840 Q=(Y-YT)/(XT-X)\r\n850 VV=-VT*(SIN(45*PI/180))\r\n860 XC=X+3\r\n870 YC=Y+3\r\n880 VH=VT*(COS(45*PI/180))\r\n890 HT=HT+VV\r\n900 YH=Q*XH\r\n910 VV=VV+1\r\n920 XH=XH+VH\r\n930 YH=-Q*XH\r\n940 IF XH+XC>250 THEN GOTO 1100\r\n950 IF YH+HT+YC<0 THEN GOTO 1100\r\n960 IF HT>=0 THEN GOTO 1040\r\n970 CURSET XH+XC,YH+HT+YC,0\r\n980 CHAR 46,0,1\r\n1000 WAIT 3\r\n1010 CURSET XH+XC,YH+HT+YC,0\r\n1020 CHAR 46,0,0\r\n1030 GOTO 890\r\n1040 X1=XH+XC\r\n1050 Y1=YH+HT+YC\r\n1070 CURSET X1,Y1,O\r\n1080 CHAR 46,0,1\r\n1090 RETURN\r\n1100 YH=0:YT=0:YC=0:XH=0:XC=0\r\n1110 PRINT \"You've lost your ball \"\r\n1120 PING\r\n1130 T(H)=-1\r\n1140 WAIT 300\r\n1150 POP:GOTO 660\r\n1160 T(H)=T(H)+1\r\n1170 XS=X+4\r\n1180 YS=Y+4\r\n1190 FOR S=-5 TO -40 STEP -5\r\n1200 A=S/30*PI\r\n1210 SX=10*SIN(A)\r\n1220 SY=-10*COS(A)\r\n1230 CURSET XS,YS,0\r\n1240 DRAW SX,SY,2\r\n1250 IF SO<>-30 THEN WAIT 10\r\n1260 IF S=-30 THEN PING\r\n1270 CURSET XS,YS,0\r\n1280 DRAW SX,SY,2\r\n1300 NEXT S\r\n1310 RETURN\r\n1320 TEXT:PRINT CHR$(17)\r\n1330 PAPER 2\r\n1340 XG=INT(RND(1)*5)+1\r\n1350 YG=15\r\n1360 XH=INT(RND(1)*15)+10\r\n1370 YH=15\r\n1380 D=XH-XG\r\n1390 IF D<0 THEN D=ABS(D)\r\n1400 PLOT XH,YH,\"O\"\r\n1410 PLOT XG,YG,\"@\"\r\n1420 R0W=22:C0L=1:GOSUB 1700\r\n1440 PRINT \"Distance to hole is \";D;\" \"\r\n1450 INPUT \"Which club (1 to 8)\";C\r\n1460 IF C<1 OR C>8 THEN GOTO 1450\r\n1470 T(H)=T(H)+1\r\n1480 H1=8-C+INT(RND(1)*2)\r\n1485 IF D=1 AND C=8 THEN H1=1\r\n1490 D=D-H1\r\n1500 FOR Z=XG+1 TO XG+H1\r\n1510 PLOT Z,YH,\".\"\r\n1520 WAIT 10\r\n1530 PLOT Z,YH,\" \"\r\n1540 NEXT Z\r\n1550 PLOT XG,YG,\" \"\r\n1560 XG=XG+H1\r\n1570 IF XG=XH THEN GOTO 640\r\n1580 IF D<0 THEN CLS:XG=XH+D:GOTO 1380\r\n1590 GOTO 1400\r\n1700 DOKE #12,48040+R0W*40+COL-1\r\n1710 POKE #268,ROW+1\r\n1720 POKE #269,COL/2\r\n1730 RETURN"
},
{
"path": "src/assets/examples/tile_sets/basic/tiles_oric_2.bas",
"content": "0DATA,12,,30,45,12,18,51,63,63,45,30,12,12,18,51,,61,61,61,,47,47,47,18,12,30'\r\n1DIME(40):DEFFNR(X)=INT(RND(1)*36)+2:FORA=0TO39:READV:POKE47368+A,V:NEXT:G=2''\r\n2POKE#26A,10:LORES1:INK6:FORY=5TO20:FORX=2TO37:PLOTX,Y,163:NEXTX,Y:POKE#BBA8,6\r\n3B=163:N=20:X=20:P=34:V=175:REPEAT:PLOTX,4,P:IFX=ZANDP=33THENP=34:DATA45,12,30\r\n4U=U+1:K=PEEK(#208):IFK>100THENPLOTX,4,32:X=X-((K=172)*(X>2))+((K=188)*(X<37))\r\n5IFK=132ANDP=34THENE(X)=0:FORI=6TON:PLOTX,I,V:PLOTX,I-1,B:NEXT:P=33:Z=1:O=O+10\r\n6IFZ=1THENZ=FNR(0):PLOTZ,4,92ELSEIFX=ZTHENP=34:IFU>999THENL=L+1:U=0:DATA45,,''\r\n7S=S+1:IFS>4THENS=L:GOSUB9ELSE:PRINT@6,0;\"Man:\"G\" Lvl:\"L\" Scr:\"O:UNTILE(E)>15'\r\n8IFGTHENG=G-1:SHOOT:FORI=0TO40:E(I)=0:NEXT:GOTO2ELSEEND:DATA54,58,54,,59,55,59\r\n9E=FNR(0):PLOTE,N-E(E),165:E(E)=E(E)+1:PLOTE,N-E(E),36:PLAY0,1,1,99:RETURN''''"
},
{
"path": "src/assets/examples/tile_sets/basic/tiles_oric_3.bas",
"content": "0PAPER0:INK7:FORA=0TO15:READV:POKE47368+A,V:NEXT:DATA0,28,56,63,63,56,28,0,54\r\n1HIRES:POKE#26A,10:Q=14:P=-14:X=231:Y=100:M=0:L=0:W=200:H=200:DATA0,25,45,14\r\n2REPEAT:CURSETX,Y,3:CHAR33,1,0:K$=KEY$:Y=Y+(K$=\"A\")-(K$=\"Z\"):X=X+1:GOSUB6\r\n3IFX=232THENX=12:Y=RND(1)*160+20:INKRND(1)*7+1:GOSUB8:L=L+1:CLS:PRINT\"Level:\"L\r\n4CURSETX,Y,3:CHAR33,1,1:IFK$=\" \"THENZAP:M=1:GOSUB7:M=0:GOSUB7:DATA32,29,0\r\n5T=X+6:UNTILPOINT(T,Y+2)ORPOINT(T,Y+3)ORPOINT(T,Y+4)ORPOINT(T,Y+5):EXPLODE:END\r\n6IFRND(1)*100<3THENCURSETRND(1)*W+30,RND(1)*190,3:CHAR34,1,1:RETURNELSERETURN\r\n7CURSETX+6,Y+3,M:T=60+(X>170)*(X-170):DRAWT,0,M:DRAW1,1,3:DRAW-T,0,M:RETURN\r\n8PING:CURSET10,0,3:FORA=0TO7:DRAWQ,Q,1:DRAWQ,P,1:NEXT:DRAW0,199,1:FORA=0TO7:\r\n9DRAWP,P,1:DRAWP,Q,1:NEXT:FORA=0TO99:CURSETRND(1)*W+30,RND(1)*H,1:NEXT:RETURN"
},
{
"path": "src/assets/examples/tile_sets/basic/tiles_oric_4.bas",
"content": "0PAPER0:INK7:TEXT:FORI=0TO15:READA:POKE#B908+I,A:NEXT:DEFFNR(X)=RND(1)*X:G=.1\r\n1HIRES:Y=150:M=3:FORI=12TO230STEP6:R=FNR(14)-7:IFY+R<190ANDY+R>120THENY=Y+R\r\n2CURSETI+6,Y,3:T=FNR(60)+35:CHART,1,1:CURSETI,Y,3:CHART,1,1:DRAW0,6,3\r\n3FILL193-Y,2,255:CURSETFNR(239),FNR(110),1:NEXT:Y=5:X=FNR(220)+12:PRINT\"LVL:\"S\r\n4POKE#26A,10:INK3:REPEAT:K=PEEK(#208):Y=Y+V:V=V+G:IFX+E>12ANDX+E<225THENX=X+E\r\n5IFK=156THENV=V-.3-G:ELSEIFK=172THENE=E-FNR(1)ELSEIFK=188THENE=E+FNR(1)\r\n6IFY<0THENY=0ELSE:CURSETQ,W,3:CHAR33,1,M:M=2:CURSETX,Y,3:CHAR33,1,M:Q=X:W=Y'''\r\n7L=Y+8:O=POINT(X,L):P=POINT(X+2,L):L=POINT(X+5,L):Z=Y>115AND(OORPORL):UNTILZ''\r\n8G=G+0.03:CURSETX+7,Y,3:S=S+1:DATA0,12,22,47,30,12,30,51,,,48,62,60,56,32,32\r\n9IFOANDPANDLANDV<2THENCHAR34,1,1:PING:WAIT200:GETA$:GOTO1ELSEEXPLODE"
},
{
"path": "src/assets/examples/tile_sets/basic/tiles_oric_5.bas",
"content": "0 U=520:W=34:X=20:Y=25:P=X:DIMJ(40):M=123:B=32:A=125:Z=124:O=24:GOSUB7:REPEAT\r\n1 K=PEEK(U):PLOTX,Y,B:X=X+(K=170ANDX>2):X=X-(K=176ANDX<37):PLOTX,Y,M:PLOTP,Q,B\r\n2 F=-(K=159ANDQ<2):G=-(F=0):P=P*G+X*F:Q=(Q+(Q>1))*G+(Y-1)*F:V=RND(1)-.3<(L/20)\r\n3 H=-(Q>1ANDSCRN(P,Q)=A):PLOTP,Q,Z:ONHGOSUB6:IFFTHENPLOT1,O,7:ZAP:PLOT1,O,4\r\n4 L=L+H:I=-(I=W):J=J(I):PLOTI,J,B:J=(J-V)*-(J1ANDSCRN(I,J)=Z):PLOTI,J,A:ONHGOSUB6:L=L+H:UNTILJ=Y:EXPLODE:END\r\n6 SHOOT:PLOTP,Q,42:S=S+Q:PLOT18,0,STR$(S):J(P)=1+L/2:WAIT7:PLOTP,Q,B:Q=1:RETURN\r\n7 INK4:CLS:POKE#26A,10:FORG=0TO26:F=2*-(G>0ANDG<9)-(G>8ANDG<18)*3-(G>17ANDG<=Y)\r\n8 PLOT0,G,F+16:NEXT:FORG=47064TO47087:READD:POKEG,D:NEXT:PLOT1,1,2:PLOT1,0,7\r\n9 Q=1:RETURN:DATA0,12,12,45,45,63,63,30,0,8,4,8,4,8,4,0,33,18,30,45,45,63,18,33"
},
{
"path": "src/assets/examples/tile_sets/basic/tiles_sinclair.bas",
"content": "5 POKE USR \"a\"+0,BIN 0000000\r\n10 POKE USR \"a\"+1,BIN 0001000\r\n20 POKE USR \"a\"+2,BIN 0011100\r\n30 POKE USR \"a\"+3,BIN 0111110\r\n40 POKE USR \"a\"+4,BIN 1111111\r\n50 POKE USR \"a\"+5,BIN 0111110\r\n60 POKE USR \"a\"+6,BIN 0011100\r\n70 POKE USR \"a\"+7,BIN 0001000\r\n"
},
{
"path": "src/assets/generate_assets.py",
"content": "#!/bin/python\n\nimport os\nimport sys\n\n# sys.path.append(\"..\")\n\nfrom LoggerSingleton import *\n\nglobal logger\n\nif len(sys.argv)<2:\n game_dir = \"chase\"\nelse:\n game_dir = sys.argv[1]\n\nif len(sys.argv)<3:\n parent_dir = \"games\"\nelse:\n parent_dir = sys.argv[2]\n\n# TODO: Maybe we should have more\nMAX_NUMBER_OF_TILES = 91\n\n\nATARI7800_FILE = \"cc65_udc_atari7800_160A.s\"\nATARI7800_HEADER = \\\n \".export _conio_font\\n\" \\\n \".rodata\\n\" \\\n \".align 256\\n\" \\\n \"_conio_font:\\n\\n\"\n\n\nPMD85_FILE = \"z88dk_6x8_pmd85.asm\"\n\nVERBOSE = False\n\ntile=[]\n\n\n# Read tile files from a given directory and store them into the tile variable\ndef read_tiles_from_dir(dir_name):\n logger.info(\"read_tiles_from_dir\")\n global tile\n tile = []\n for i in range(MAX_NUMBER_OF_TILES):\n file_to_open = \"../\"+parent_dir+\"/\"+game_dir+\"/tiles/\"+dir_name+\"/tile\"+str(i)+\".txt\"\n if not os.path.exists(file_to_open):\n file_to_open = \"../\"+parent_dir+\"/\"+game_dir+\"/tiles/\"+dir_name+\"/tile_\"+format(i,\"03d\")+\".txt\"\n if VERBOSE:\n print(\"tile file to open: \" + file_to_open)\n if os.path.exists(file_to_open):\n with open(file_to_open, 'r') as myfile:\n if VERBOSE:\n print(\"Opening file tile\"+file_to_open)\n tile.append(myfile.read().replace('\\n',''))\n else:\n if VERBOSE:\n print(\"Tile file NOT found\")\n y = int(dir_name[2])\n zerolist = str([0]*y)\n tile.append(zerolist[1:len(zerolist)-1])\n\n\ndef read_templates_from_dir(dir_name):\n\n global stripped_template_file_names\n\n template_file_names = os.listdir(\"./templates/\"+dir_name)\n\n stripped_template_file_names = []\n for template_file_name in template_file_names:\n if template_file_name.endswith(\".template\"):\n stripped_template_file_name = template_file_name[:-9]\n print(\"template_file_name: \"+template_file_name)\n print(\"stripped file name: \"+stripped_template_file_name)\n stripped_template_file_names.append(stripped_template_file_name)\n print(\"Templates found: \"+str(len(stripped_template_file_names)))\n print(\"\")\n\n\n\n# Input : 4 bits\n# Output: 8 bits with double bits, e.g. 1010 -> 11001100\ndouble_bit_map = { \n 0x0:0x00, 0x1:0x03, 0x2:0x0C, 0x3:0x0F, 0x4:0x30, 0x5:0x33, 0x6:0x3C, 0x7:0x3F,\n 0x8:0xC0, 0x9:0xC3, 0xA:0xCC, 0xB:0xCF, 0xC:0xF0, 0xD:0xF3, 0xE:0xFC, 0xF:0xFF\n}\n\n# COCO\n# 0x00, 0x03, 0x0C, 0x0F, 0x30, 0x33, 0x3C, 0x3F,\n# 0xC0, 0xC3, 0xCC, 0xCF, 0xF0, 0xF3, 0xFC, 0xFF\n\ncolor_1 = 0x55 # red\ncolor_2 = 0xAA # green\ncolor_3 = 0xFF # white\n\n# color = 0x00, 0x55, 0xAA, 0xFF\n# Input : 4 bits, color\n# Output: 8 bits encoding 4 pixels in 4 color mode in a given color \ndef four_colored(four_bit, color):\n return double_bit_map[four_bit]&color\n\n\n# Input : 1 byte, color\n# Output: 2 bytes encoding 8 pixels in 4 color mode in a given color\ndef one_to_two(source, color):\n return [four_colored(source>>4,color), four_colored(source&0x0F,color)]\n\n\n# INPUT: 64 monochromatic tiles (64 x 8 bytes)\n# OUTPUT: \n# First 37 -> Converted in 37 4-color tiles in color 3\n# Second 27 -> Converted in 3 groups of 27 4-color tiles in color 1, 2, 3\ndef generate_two_bit_asset(abstract_asset):\n two_bit_asset = []\n # space, alphabet, digits (1+26+10=37)\n for i in range(0,37):\n for j in range(0,8):\n two_bit_block = one_to_two(abstract_asset[i*8+j],color_3)\n # two_bit_asset.extend(two_bit_block)\n two_bit_asset.append(two_bit_block)\n\n \n # 27 tiles in color 0\n for i in range(37,64):\n for j in range(0,8):\n two_bit_block = one_to_two(abstract_asset[i*8+j],color_1)\n # two_bit_asset.extend(two_bit_block)\n two_bit_asset.append(two_bit_block)\n \n # 27 tiles in color 1\n for i in range(37,64):\n for j in range(0,8):\n two_bit_block = one_to_two(abstract_asset[i*8+j],color_2)\n # two_bit_asset.extend(two_bit_block)\n two_bit_asset.append(two_bit_block)\n\n \n # 27 tiles in color 2\n for i in range(37,64):\n for j in range(0,8):\n two_bit_block = one_to_two(abstract_asset[i*8+j],color_3)\n # two_bit_asset.extend(two_bit_block)\n two_bit_asset.append(two_bit_block)\n\n # padding to get to 128\n for i in range(0,10):\n for j in range(0,8):\n two_bit_asset.append([255,255])\n\n return two_bit_asset\n\n\n\n\n# def generate_160A_asset(two_bit_asset, two_bit_160A_asset):\n\n\ndef generate_160A_asset(two_bit_assets):\n row_map = {0:[], 1:[], 2:[], 3:[], 4:[], 5:[], 6:[], 7:[]}\n two_bit_160A_asset = []\n\n counter = 0\n for byte_couple in two_bit_assets:\n row_map[counter&7].extend(byte_couple)\n counter+=1\n \n for i in range(0,8):\n two_bit_160A_asset.extend(row_map[7-i])\n \n return two_bit_160A_asset\n \n\n\ndef process_a7800_160A_file():\n \n parent_path = \"./generated_assets/\"\n dest_path = parent_path+game_dir\n\n \n fin = open(dest_path+\"/\"+ATARI7800_FILE, \"rt\")\n\n res = []\n source = []\n for line in fin:\n words = line.split(\",\")\n for word in words:\n word = word.strip()\n if word != '' and word != \"\\n\" and word != \"\\t\\n\" and word != \"\\r\\n\" and word != \"\\r\":\n trimmed_word = word.replace(\"\\n\",\"\").replace(\" \",\"\").replace(\"$\",\"0x\")\n # print(trimmed_word)\n source.append(trimmed_word)\n base = 16 if trimmed_word.startswith(\"0x\") else 10\n res.append(int(trimmed_word, base))\n fin.close()\n # print(res)\n \n if len(res)==512:\n print(\"Asset has correct length (512 bytes)\")\n else:\n print(\"Asset has wrong length: \" + str(len(res)))\n \n two_bit_assets = generate_two_bit_asset(res)\n \n # print(\"two_bit_assets: \\n\" + str(two_bit_assets))\n\n a7800_assets = generate_160A_asset(two_bit_assets)\n \n print(\"length of a7800_assets: \" + str(len(a7800_assets)))\n \n formatted_assets = ATARI7800_HEADER + format_asset(a7800_assets)\n \n \n # print(formatted_assets)\n \n return formatted_assets\n # while(1):\n # pass\n\n\n\n\n# --------------------------------------------------------------------------------------\n\n\ndef format_asset(assets):\n res = \"\"\n counter = 0\n for asset in assets:\n # print(\"[format_asset] asset: \" + str(asset))\n if counter==0:\n line = \".byte \"\n line = line + str(asset)\n counter=counter+1\n if counter<8:\n line = line + \", \"\n else:\n res = res + line + \"\\n\"\n # print(\"line: \" + line)\n # print(\"res: \" + res)\n counter = 0\n if counter>0: \n res = res + line + \"\\n\"\n # print(\"line: \" + line)\n # print(\"res: \" + res) \n # if res.endswith(', '):\n res = res[:-3] + \"\\n\"\n return res\n\n \ndef generate_asset_from_template(dir_name, stripped_template_file_name):\n matches = 0\n print(\"\")\n print(\"Handling \"+stripped_template_file_name)\n print(\"\")\n \n fin = open(\"./templates/\"+dir_name+\"/\"+stripped_template_file_name+\".template\", \"rt\")\n \n parent_path = \"./generated_assets/\"\n \n if not os.path.exists(parent_path):\n print(\"creating: \" + parent_path)\n os.makedirs(parent_path)\n \n dest_path = parent_path+game_dir\n \n if not os.path.exists(dest_path):\n print(\"creating: \" + dest_path)\n os.makedirs(dest_path)\n \n fout = open(dest_path+\"/\"+stripped_template_file_name, \"wt\")\n\n for line in fin:\n newline = line\n for i in range(len(tile)):\n if stripped_template_file_name==PMD85_FILE:\n digits_string = tile[i].split(\",\")\n normalized_digits_string = \"\"\n for digit_string in digits_string:\n normalized_digit_string = str(int(digit_string)*4)\n normalized_digits_string += normalized_digit_string + \",\"\n normalized_digits_string = normalized_digits_string[:-1]\n tile_data=normalized_digits_string\n elif stripped_template_file_name.startswith(\"cmoc\"):\n tile_data = tile[i].replace(\",\",\" \\n FCB \")\n else:\n if stripped_template_file_name.endswith(\".h\"):\n tile_data = tile[i].replace(\"$\",\"0x\")\n else:\n tile_data = tile[i]\n if stripped_template_file_name.startswith(\"cmoc\"):\n tile_data = tile_data + \"\\n\"\n newline = newline.replace('', tile_data)\n fout.write(newline)\n if line != newline:\n matches = matches+1\n if VERBOSE:\n print(\"Changing \\n\"+line+\"with\\n\"+newline)\n \n if VERBOSE:\n print(\"Number of tiles found: \"+str(matches)) \n print(\"\")\n print(\"\")\n #close input and output files\n fin.close()\n fout.close()\n if stripped_template_file_name==ATARI7800_FILE:\n formatted_assets = process_a7800_160A_file()\n \n fout = open(dest_path+\"/formatted_\"+ATARI7800_FILE, \"wt\")\n fout.write(formatted_assets)\n fout.close()\n \n\n\ndef generate_assets_from_dir(dir_name):\n\n for stripped_template_file_name in stripped_template_file_names:\n generate_asset_from_template(dir_name, stripped_template_file_name)\n\n\ndef main():\n\n for dir_name in [\"8x8\", \"7x8\", \"6x8\", \"6x9\", \"8x6\"]:\n print(\"dir name: \" + dir_name)\n read_tiles_from_dir(dir_name)\n read_templates_from_dir(dir_name)\n generate_assets_from_dir(dir_name)\n\n\n\nif __name__ == \"__main__\":\n # execute only if run as a script\n logger = LoggerSingleton.initLogger('xl','../../logs')\n \n # logger.setLevel(logging.DEBUG) \n # logging.basicConfig(filename='../logs/log_'+datetime.datetime.now().strftime(\"%Y-%m-%d_%H_%M_%S\")+'.log', level = logging.DEBUG)\n # logging.basicConfig(filename='../../logs/xl_log_.log', level = logging.DEBUG)\n\n logger.info(\"Started generate_assets\")\n main()\n logger.error(\"Finished generate_assets\")\n\n"
},
{
"path": "src/assets/templates/4x4/4x4_chars.h.template",
"content": "#ifndef _4X4_CHARS\r\n#define _4X4_CHARS\r\n\r\n#define _TILE_0_UDG { }\r\n#define _TILE_1_UDG { }\r\n#define _TILE_3_UDG { }\r\n#define _TILE_2_UDG { }\r\n\r\n#define _TILE_4_UDG {}\r\n\r\n#define _TILE_7_UDG { }\r\n\r\n#define _TILE_9_UDG { }\r\n\r\n#define _TILE_8_UDG { }\r\n\r\n#define _TILE_11_UDG { }\r\n\r\n#define _TILE_5_UDG { }\r\n\r\n#define _TILE_16_UDG { }\r\n\r\n#define _TILE_15_UDG { }\r\n\r\n#define _TILE_14_UDG { }\r\n\r\n#define _TILE_6_UDG {}\r\n\r\n#define _TILE_12_UDG { }\r\n\r\n#define _TILE_13_UDG { }\r\n\r\n#define _TILE_10_UDG { }\r\n\r\n\r\n#define _TILE_17_UDG { }\r\n\r\n#define _TILE_18_UDG { }\r\n\r\n#define _TILE_19_UDG { }\r\n\r\n#define _TILE_20_UDG { }\r\n\r\n#define _TILE_21_UDG { }\r\n\r\n#define _TILE_22_UDG { }\r\n\r\n#define _TILE_23_UDG { }\r\n\r\n#define _TILE_24_UDG { }\r\n\r\n#define _TILE_25_UDG { }\r\n\r\n#define _TILE_26_UDG { }\r\n\r\n\r\n#endif // _4x4_CHARS\r\n\r\n\r\n"
},
{
"path": "src/assets/templates/6x8/6x8_chars.h.template",
"content": "#ifndef _6X8_CHARS\n#define _6X8_CHARS\n\n // A - Z\n\t#define _TILE_A { 0x08, 0x1C, 0x22, 0x22, 0x3E, 0x22, 0x22, 0x00 }\n\t#define _TILE_B { 0x3C, 0x12, 0x12, 0x1C, 0x12, 0x12, 0x3C, 0x00 }\n\t#define _TILE_C { 0x1C, 0x22, 0x20, 0x20, 0x20, 0x22, 0x1C, 0x00 }\n\t#define _TILE_D { 0x38, 0x24, 0x22, 0x22, 0x22, 0x24, 0x38, 0x00 }\n\t#define _TILE_E { 0x3E, 0x20, 0x20, 0x3C, 0x20, 0x20, 0x3E, 0x00 }\n\t#define _TILE_F { 0x3E, 0x20, 0x20, 0x3C, 0x20, 0x20, 0x20, 0x00 }\n\t#define _TILE_G { 0x1C, 0x20, 0x20, 0x2E, 0x22, 0x22, 0x1C, 0x00 }\n\t#define _TILE_H { 0x22, 0x22, 0x22, 0x3E, 0x22, 0x22, 0x22, 0x00 }\n\t#define _TILE_I { 0x1C, 0x08, 0x08, 0x08, 0x08, 0x08, 0x1C, 0x00 }\n\t#define _TILE_J { 0x0E, 0x04, 0x04, 0x04, 0x04, 0x24, 0x18, 0x00 }\n\t#define _TILE_K { 0x22, 0x24, 0x28, 0x30, 0x28, 0x24, 0x22, 0x00 }\n\t#define _TILE_L { 0x20, 0x20, 0x20, 0x20, 0x20, 0x20, 0x3E, 0x00 }\n\t#define _TILE_M { 0x22, 0x36, 0x2A, 0x2A, 0x22, 0x22, 0x22, 0x00 }\n\t#define _TILE_N { 0x22, 0x22, 0x32, 0x2A, 0x26, 0x22, 0x22, 0x00 }\n\t#define _TILE_O { 0x1C, 0x22, 0x22, 0x22, 0x22, 0x22, 0x1C, 0x00 }\n\t#define _TILE_P { 0x3C, 0x22, 0x22, 0x3C, 0x20, 0x20, 0x20, 0x00 }\n\t#define _TILE_Q { 0x1C, 0x22, 0x22, 0x22, 0x2A, 0x24, 0x1A, 0x00 }\n\t#define _TILE_R { 0x3C, 0x22, 0x22, 0x3C, 0x28, 0x24, 0x22, 0x00 }\n\t#define _TILE_S { 0x1C, 0x22, 0x20, 0x1C, 0x02, 0x22, 0x1C, 0x00 }\n\t#define _TILE_T { 0x3E, 0x08, 0x08, 0x08, 0x08, 0x08, 0x08, 0x00 }\n\t#define _TILE_U { 0x22, 0x22, 0x22, 0x22, 0x22, 0x22, 0x1C, 0x00 }\n\t#define _TILE_V { 0x22, 0x22, 0x22, 0x14, 0x14, 0x08, 0x08, 0x00 }\n\t#define _TILE_W { 0x22, 0x22, 0x22, 0x2A, 0x2A, 0x36, 0x22, 0x00 }\n\t#define _TILE_X { 0x22, 0x22, 0x14, 0x08, 0x14, 0x22, 0x22, 0x00 }\n\t#define _TILE_Y { 0x22, 0x22, 0x14, 0x08, 0x08, 0x08, 0x08, 0x00 }\n\t#define _TILE_Z { 0x3E, 0x02, 0x04, 0x08, 0x10, 0x20, 0x3E, 0x00 }\n \n // 0 - 9\n\t#define _TILE_DIGIT_0 { 0x1C, 0x22, 0x26, 0x2A, 0x32, 0x22, 0x1C, 0x00 }\n\t#define _TILE_DIGIT_1 { 0x08, 0x18, 0x08, 0x08, 0x08, 0x08, 0x1C, 0x00 }\n\t#define _TILE_DIGIT_2 { 0x1C, 0x22, 0x22, 0x0C, 0x10, 0x20, 0x3E, 0x00 }\n\t#define _TILE_DIGIT_3 { 0x1C, 0x22, 0x02, 0x0C, 0x02, 0x22, 0x1C, 0x00 }\n\t#define _TILE_DIGIT_4 { 0x04, 0x0C, 0x14, 0x24, 0x3E, 0x04, 0x04, 0x00 }\n\t#define _TILE_DIGIT_5 { 0x3E, 0x30, 0x3C, 0x02, 0x02, 0x22, 0x1C, 0x00 }\n\t#define _TILE_DIGIT_6 { 0x0C, 0x10, 0x20, 0x3C, 0x22, 0x22, 0x1C, 0x00 }\n\t#define _TILE_DIGIT_7 { 0x3E, 0x02, 0x04, 0x08, 0x10, 0x10, 0x10, 0x00 }\n\t#define _TILE_DIGIT_8 { 0x1C, 0x22, 0x22, 0x1C, 0x22, 0x22, 0x1C, 0x00 }\n\t#define _TILE_DIGIT_9 { 0x1C, 0x22, 0x22, 0x1E, 0x02, 0x04, 0x08, 0x00 }\n\n\t#define _TILE_0_UDG {}\n\t#define _TILE_1_UDG {}\n\t#define _TILE_2_UDG {}\n\t#define _TILE_3_UDG {}\n\n\t#define _TILE_4_UDG {}\n\t#define _TILE_7_UDG {}\n\t#define _TILE_9_UDG {}\n\t#define _TILE_8_UDG {}\n\t#define _TILE_11_UDG {}\n\t#define _TILE_5_UDG {}\n\n\t#define _TILE_6_UDG {}\n\t\n\t#define _TILE_16_UDG {}\n\t#define _TILE_14_UDG {}\n\t#define _TILE_15_UDG {}\n\t#define _TILE_10_UDG {}\n\t#define _TILE_12_UDG {}\n\t#define _TILE_13_UDG {}\n\t#define _TILE_17_UDG {}\n\t#define _TILE_18_UDG {}\n\n\t#define _TILE_19_UDG {}\n\t#define _TILE_20_UDG {}\n\t#define _TILE_21_UDG {}\n\t#define _TILE_22_UDG {}\n\t#define _TILE_23_UDG {}\n\t#define _TILE_24_UDG {}\n #define _TILE_25_UDG {}\n #define _TILE_26_UDG {}\n#endif // _6x8_CHARS\n\n"
},
{
"path": "src/assets/templates/6x8/z88dk_6x8_pmd85.asm.template",
"content": "SECTION rodata_font\r\nSECTION rodata_font_6x8\r\n\r\nPUBLIC _udgs\r\nPUBLIC _udgs_end\r\n\r\n_udgs:\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"------\"\r\n\tdefb %\"------\"\r\n\tdefb %\"------\"\r\n\tdefb %\"------\"\r\n\tdefb %\"------\"\r\n\tdefb %\"------\"\r\n\tdefb %\"------\"\r\n\r\n; invincibility\r\ndefb \r\n\r\n; left missile\r\ndefb \r\n\r\n; bullet\r\ndefb \r\n\r\n; dollar\r\ndefb \r\n\r\n; power-up F\r\ndefb \r\n\r\n\r\n; vertical brick\r\ndefb \r\n\r\n\r\n; skull\r\ndefb \r\n\t \r\n\r\n; ghost\r\ndefb \r\n \r\n\r\n; bomb\r\ndefb \r\n\r\n\r\n; player down\r\ndefb \r\n\r\n\r\n; horizontal brick\r\ndefb \r\n\r\n\r\n; power-up S\r\ndefb \r\n\r\ndefb \r\n\r\n; right missile\r\ndefb \r\n\r\n\r\n; rocket\r\ndefb \r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"-#--##\"\r\n\tdefb %\"-#-#-#\"\r\n\tdefb %\"-#-#-#\"\r\n\tdefb %\"-##--#\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"--##--\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-----#\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-#####\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"---##-\"\r\n\tdefb %\"-----#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"----#-\"\r\n\tdefb %\"---##-\"\r\n\tdefb %\"--#-#-\"\r\n\tdefb %\"-#--#-\"\r\n\tdefb %\"-#####\"\r\n\tdefb %\"----#-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-#####\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-####-\"\r\n\tdefb %\"-----#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-####-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-#####\"\r\n\tdefb %\"-----#\"\r\n\tdefb %\"----#-\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"--####\"\r\n\tdefb %\"-----#\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"------\"\r\n\r\ndefb \r\n\r\n; power-up H\r\ndefb \r\n\r\n\r\n; player up\r\ndefb \r\n\r\n\r\n; player right\r\ndefb \r\n\r\n\r\n; player left\r\ndefb \r\n\r\n\r\n; gun\r\n defb \r\n\r\n\r\ndefb \r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#####\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-####-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-####-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-####-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-###--\"\r\n\tdefb %\"-#--#-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#--#-\"\r\n\tdefb %\"-###--\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-#####\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-####-\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-#####\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-#####\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-####-\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-#-###\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#####\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-----#\"\r\n\tdefb %\"-----#\"\r\n\tdefb %\"-----#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-#--#-\"\r\n\tdefb %\"-#-#--\"\r\n\tdefb %\"-##---\"\r\n\tdefb %\"-#-#--\"\r\n\tdefb %\"-#--#-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-#####\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-##-##\"\r\n\tdefb %\"-#-#-#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-##--#\"\r\n\tdefb %\"-#-#-#\"\r\n\tdefb %\"-#--##\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-####-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-####-\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#-#-#\"\r\n\tdefb %\"-#--##\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-####-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-####-\"\r\n\tdefb %\"-#--#-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"-----#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-#####\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"--###-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"--#-#-\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#-#-#\"\r\n\tdefb %\"--#-#-\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"--#-#-\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"--#-#-\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"-#---#\"\r\n\tdefb %\"--#-#-\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"------\"\r\n\r\n\tdefb %\"------\"\r\n\tdefb %\"-#####\"\r\n\tdefb %\"----#-\"\r\n\tdefb %\"---#--\"\r\n\tdefb %\"--#---\"\r\n\tdefb %\"-#----\"\r\n\tdefb %\"-#####\"\r\n\tdefb %\"------\"\r\n\r\n; dead ghost\r\ndefb \r\n\r\ndefb \r\n\r\ndefb \r\n\r\ndefb \r\n\r\ndefb \r\n\r\n_udgs_end:\r\n\r\n"
},
{
"path": "src/assets/templates/6x9/6x9_chars.h.template",
"content": "#ifndef _6X9_CHARS\r\n#define _6X9_CHARS\r\n\r\n\r\n // A - Z\r\n\t#define _TILE_A { 0x08, 0x1C, 0x22, 0x22, 0x3E, 0x22, 0x22, 0x00 }\r\n\t#define _TILE_B { 0x3C, 0x12, 0x12, 0x1C, 0x12, 0x12, 0x3C, 0x00 }\r\n\t#define _TILE_C { 0x1C, 0x22, 0x20, 0x20, 0x20, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_D { 0x38, 0x24, 0x22, 0x22, 0x22, 0x24, 0x38, 0x00 }\r\n\t#define _TILE_E { 0x3E, 0x20, 0x20, 0x3C, 0x20, 0x20, 0x3E, 0x00 }\r\n\t#define _TILE_F { 0x3E, 0x20, 0x20, 0x3C, 0x20, 0x20, 0x20, 0x00 }\r\n\t#define _TILE_G { 0x1C, 0x20, 0x20, 0x2E, 0x22, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_H { 0x22, 0x22, 0x22, 0x3E, 0x22, 0x22, 0x22, 0x00 }\r\n\t#define _TILE_I { 0x1C, 0x08, 0x08, 0x08, 0x08, 0x08, 0x1C, 0x00 }\r\n\t#define _TILE_J { 0x0E, 0x04, 0x04, 0x04, 0x04, 0x24, 0x18, 0x00 }\r\n\t#define _TILE_K { 0x22, 0x24, 0x28, 0x30, 0x28, 0x24, 0x22, 0x00 }\r\n\t#define _TILE_L { 0x20, 0x20, 0x20, 0x20, 0x20, 0x20, 0x3E, 0x00 }\r\n\t#define _TILE_M { 0x22, 0x36, 0x2A, 0x2A, 0x22, 0x22, 0x22, 0x00 }\r\n\t#define _TILE_N { 0x22, 0x22, 0x32, 0x2A, 0x26, 0x22, 0x22, 0x00 }\r\n\t#define _TILE_O { 0x1C, 0x22, 0x22, 0x22, 0x22, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_P { 0x3C, 0x22, 0x22, 0x3C, 0x20, 0x20, 0x20, 0x00 }\r\n\t#define _TILE_Q { 0x1C, 0x22, 0x22, 0x22, 0x2A, 0x24, 0x1A, 0x00 }\r\n\t#define _TILE_R { 0x3C, 0x22, 0x22, 0x3C, 0x28, 0x24, 0x22, 0x00 }\r\n\t#define _TILE_S { 0x1C, 0x22, 0x20, 0x1C, 0x02, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_T { 0x3E, 0x08, 0x08, 0x08, 0x08, 0x08, 0x08, 0x00 }\r\n\t#define _TILE_U { 0x22, 0x22, 0x22, 0x22, 0x22, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_V { 0x22, 0x22, 0x22, 0x14, 0x14, 0x08, 0x08, 0x00 }\r\n\t#define _TILE_W { 0x22, 0x22, 0x22, 0x2A, 0x2A, 0x36, 0x22, 0x00 }\r\n\t#define _TILE_X { 0x22, 0x22, 0x14, 0x08, 0x14, 0x22, 0x22, 0x00 }\r\n\t#define _TILE_Y { 0x22, 0x22, 0x14, 0x08, 0x08, 0x08, 0x08, 0x00 }\r\n\t#define _TILE_Z { 0x3E, 0x02, 0x04, 0x08, 0x10, 0x20, 0x3E, 0x00 }\r\n \r\n // 0 - 9\r\n\t#define _TILE_DIGIT_0 { 0x1C, 0x22, 0x26, 0x2A, 0x32, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_DIGIT_1 { 0x08, 0x18, 0x08, 0x08, 0x08, 0x08, 0x1C, 0x00 }\r\n\t#define _TILE_DIGIT_2 { 0x1C, 0x22, 0x22, 0x0C, 0x10, 0x20, 0x3E, 0x00 }\r\n\t#define _TILE_DIGIT_3 { 0x1C, 0x22, 0x02, 0x0C, 0x02, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_DIGIT_4 { 0x04, 0x0C, 0x14, 0x24, 0x3E, 0x04, 0x04, 0x00 }\r\n\t#define _TILE_DIGIT_5 { 0x3E, 0x30, 0x3C, 0x02, 0x02, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_DIGIT_6 { 0x0C, 0x10, 0x20, 0x3C, 0x22, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_DIGIT_7 { 0x3E, 0x02, 0x04, 0x08, 0x10, 0x10, 0x10, 0x00 }\r\n\t#define _TILE_DIGIT_8 { 0x1C, 0x22, 0x22, 0x1C, 0x22, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_DIGIT_9 { 0x1C, 0x22, 0x22, 0x1E, 0x02, 0x04, 0x08, 0x00 }\r\n\r\n\r\n\t#define _TILE_0_UDG {}\r\n\t#define _TILE_1_UDG {}\r\n\t#define _TILE_2_UDG {}\r\n\t#define _TILE_3_UDG {}\r\n\r\n\t#define _TILE_4_UDG {}\r\n\t#define _TILE_7_UDG {}\r\n\t#define _TILE_9_UDG {}\r\n\t#define _TILE_8_UDG {}\r\n\t#define _TILE_11_UDG {}\r\n\t#define _TILE_5_UDG {}\r\n\r\n\t#define _TILE_6_UDG {}\r\n\t\r\n\t#define _TILE_16_UDG {}\r\n\t#define _TILE_14_UDG {}\r\n\t#define _TILE_15_UDG {}\r\n\t#define _TILE_10_UDG {}\r\n\t#define _TILE_12_UDG {}\r\n\t#define _TILE_13_UDG {}\r\n\t#define _TILE_17_UDG {}\r\n\t#define _TILE_18_UDG {}\r\n\r\n\t#define _TILE_19_UDG {}\r\n\t#define _TILE_20_UDG {}\r\n\t#define _TILE_21_UDG {}\r\n\t#define _TILE_22_UDG {}\r\n\t#define _TILE_23_UDG {}\r\n\t#define _TILE_24_UDG {}\r\n\t#define _TILE_25_UDG {}\r\n #define _TILE_26_UDG {}\r\n \r\n#endif // _6x9_CHARS\r\n\r\n"
},
{
"path": "src/assets/templates/7x8/7x8_chars.h.template",
"content": "#ifndef _7X8_CHARS\r\n#define _7X8_CHARS\r\n\r\n\r\n // A - Z\r\n\t#define _TILE_A { 0x08, 0x1C, 0x22, 0x22, 0x3E, 0x22, 0x22, 0x00 }\r\n\t#define _TILE_B { 0x3C, 0x12, 0x12, 0x1C, 0x12, 0x12, 0x3C, 0x00 }\r\n\t#define _TILE_C { 0x1C, 0x22, 0x20, 0x20, 0x20, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_D { 0x38, 0x24, 0x22, 0x22, 0x22, 0x24, 0x38, 0x00 }\r\n\t#define _TILE_E { 0x3E, 0x20, 0x20, 0x3C, 0x20, 0x20, 0x3E, 0x00 }\r\n\t#define _TILE_F { 0x3E, 0x20, 0x20, 0x3C, 0x20, 0x20, 0x20, 0x00 }\r\n\t#define _TILE_G { 0x1C, 0x20, 0x20, 0x2E, 0x22, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_H { 0x22, 0x22, 0x22, 0x3E, 0x22, 0x22, 0x22, 0x00 }\r\n\t#define _TILE_I { 0x1C, 0x08, 0x08, 0x08, 0x08, 0x08, 0x1C, 0x00 }\r\n\t#define _TILE_J { 0x0E, 0x04, 0x04, 0x04, 0x04, 0x24, 0x18, 0x00 }\r\n\t#define _TILE_K { 0x22, 0x24, 0x28, 0x30, 0x28, 0x24, 0x22, 0x00 }\r\n\t#define _TILE_L { 0x20, 0x20, 0x20, 0x20, 0x20, 0x20, 0x3E, 0x00 }\r\n\t#define _TILE_M { 0x22, 0x36, 0x2A, 0x2A, 0x22, 0x22, 0x22, 0x00 }\r\n\t#define _TILE_N { 0x22, 0x22, 0x32, 0x2A, 0x26, 0x22, 0x22, 0x00 }\r\n\t#define _TILE_O { 0x1C, 0x22, 0x22, 0x22, 0x22, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_P { 0x3C, 0x22, 0x22, 0x3C, 0x20, 0x20, 0x20, 0x00 }\r\n\t#define _TILE_Q { 0x1C, 0x22, 0x22, 0x22, 0x2A, 0x24, 0x1A, 0x00 }\r\n\t#define _TILE_R { 0x3C, 0x22, 0x22, 0x3C, 0x28, 0x24, 0x22, 0x00 }\r\n\t#define _TILE_S { 0x1C, 0x22, 0x20, 0x1C, 0x02, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_T { 0x3E, 0x08, 0x08, 0x08, 0x08, 0x08, 0x08, 0x00 }\r\n\t#define _TILE_U { 0x22, 0x22, 0x22, 0x22, 0x22, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_V { 0x22, 0x22, 0x22, 0x14, 0x14, 0x08, 0x08, 0x00 }\r\n\t#define _TILE_W { 0x22, 0x22, 0x22, 0x2A, 0x2A, 0x36, 0x22, 0x00 }\r\n\t#define _TILE_X { 0x22, 0x22, 0x14, 0x08, 0x14, 0x22, 0x22, 0x00 }\r\n\t#define _TILE_Y { 0x22, 0x22, 0x14, 0x08, 0x08, 0x08, 0x08, 0x00 }\r\n\t#define _TILE_Z { 0x3E, 0x02, 0x04, 0x08, 0x10, 0x20, 0x3E, 0x00 }\r\n \r\n // 0 - 9\r\n\t#define _TILE_DIGIT_0 { 0x1C, 0x22, 0x26, 0x2A, 0x32, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_DIGIT_1 { 0x08, 0x18, 0x08, 0x08, 0x08, 0x08, 0x1C, 0x00 }\r\n\t#define _TILE_DIGIT_2 { 0x1C, 0x22, 0x22, 0x0C, 0x10, 0x20, 0x3E, 0x00 }\r\n\t#define _TILE_DIGIT_3 { 0x1C, 0x22, 0x02, 0x0C, 0x02, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_DIGIT_4 { 0x04, 0x0C, 0x14, 0x24, 0x3E, 0x04, 0x04, 0x00 }\r\n\t#define _TILE_DIGIT_5 { 0x3E, 0x30, 0x3C, 0x02, 0x02, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_DIGIT_6 { 0x0C, 0x10, 0x20, 0x3C, 0x22, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_DIGIT_7 { 0x3E, 0x02, 0x04, 0x08, 0x10, 0x10, 0x10, 0x00 }\r\n\t#define _TILE_DIGIT_8 { 0x1C, 0x22, 0x22, 0x1C, 0x22, 0x22, 0x1C, 0x00 }\r\n\t#define _TILE_DIGIT_9 { 0x1C, 0x22, 0x22, 0x1E, 0x02, 0x04, 0x08, 0x00 }\r\n\r\n\r\n\r\n\t#define _TILE_0_UDG {}\r\n\t#define _TILE_1_UDG {}\r\n\t#define _TILE_2_UDG {}\r\n\t#define _TILE_3_UDG {}\r\n\r\n\t#define _TILE_4_UDG {}\r\n\t#define _TILE_7_UDG {}\r\n\t#define _TILE_9_UDG {}\r\n\t#define _TILE_8_UDG {}\r\n\t#define _TILE_11_UDG {}\r\n\t#define _TILE_5_UDG {}\r\n\r\n\t#define _TILE_6_UDG {}\r\n\t\r\n\t#define _TILE_16_UDG {}\r\n\t#define _TILE_14_UDG {}\r\n\t#define _TILE_15_UDG {}\r\n\t#define _TILE_10_UDG {}\r\n\t#define _TILE_12_UDG {}\r\n\t#define _TILE_13_UDG {}\r\n\t#define _TILE_17_UDG {}\r\n\t#define _TILE_18_UDG {}\r\n\r\n\t#define _TILE_19_UDG {}\r\n\t#define _TILE_20_UDG {}\r\n\t#define _TILE_21_UDG {}\r\n\t#define _TILE_22_UDG {}\r\n\t#define _TILE_23_UDG {}\r\n\t#define _TILE_24_UDG {}\r\n\t#define _TILE_25_UDG {