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assets/tools/SAUCEToMiRCART.py: added (for spoke.)
assets/text/TODO: updated.
This commit is contained in:
Lucio Andrés Illanes Albornoz
parent
74da2e43c9
commit
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1) Scrollbar
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1) Scrollbar
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2) Allow {un,re}doing resizing
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2) Allow {un,re}doing resizing
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3) {Copy to,Paste from} clipboard
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3) Don't use ^C,<colour> encoding
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4) Incremental auto{load,save} & {backup,restore}
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4) {Copy to,Paste from} clipboard
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5) Open and toggle a reference image in the background
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5) Incremental auto{load,save} & {backup,restore}
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6) Client-Server or Peer-to-Peer realtime collaboration
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6) Open and toggle a reference image in the background
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7) Arbitrary {format,palette}s ({4,8} bit ANSI/mIRC, etc.)
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7) Client-Server or Peer-to-Peer realtime collaboration
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8) Hotkey & graphical interfaces to {composed,parametrised} tools
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8) Arbitrary {format,palette}s ({4,8} bit ANSI/mIRC, etc.)
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9) Layer, layout (e.g. for comics, zines, etc.) & {re,un}do canvas traits
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9) Hotkey & graphical interfaces to {composed,parametrised} tools
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10) Im- and exporting from/to ANSI, Blender, GIF, HTML, mIRC, Pastebin/..., PNG, printer, SAUCE, WEBM, etc.
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10) Layer, layout (e.g. for comics, zines, etc.) & {re,un}do canvas traits
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11) Asset management (e.g. kade, lion, etc.) & traits w/ simple linking & synchronised editing respecting layers
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11) Im- and exporting from/to ANSI, Blender, GIF, HTML, mIRC, Pastebin/..., PNG, printer, SAUCE, WEBM, etc.
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12) Sprites & scripted (Python?) animation on the basis of asset traits and {composable,parametrised} patterns (metric flow, particle system, rigging, ...)
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12) Asset management (e.g. kade, lion, etc.) & traits w/ simple linking & synchronised editing respecting layers
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13) Composition and parametrisation of tools from higher-order operators (brushes, filters, outlines, patterns & shaders) and unit tools; unit tools:
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13) Sprites & scripted (Python?) animation on the basis of asset traits and {composable,parametrised} patterns (metric flow, particle system, rigging, ...)
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14) Composition and parametrisation of tools from higher-order operators (brushes, filters, outlines, patterns & shaders) and unit tools; unit tools:
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a) geometric primitives (arrow, circle, cloud/speech bubble, curve, heart, hexagon, line, pentagon, polygon, rhombus, triangle, square, star)
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a) geometric primitives (arrow, circle, cloud/speech bubble, curve, heart, hexagon, line, pentagon, polygon, rhombus, triangle, square, star)
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b) regions (crop, duplicate, erase, fill, invert, measure, pick, rotate, scale, select, shift, slice, tile, translate)
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b) regions (crop, duplicate, erase, fill, invert, measure, pick, rotate, scale, select, shift, slice, tile, translate)
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c) text (edit, Unicode sets)
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c) text (edit, Unicode sets)
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150
assets/tools/SAUCEToMiRCART.py
Executable file
150
assets/tools/SAUCEToMiRCART.py
Executable file
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#!/usr/bin/env python3
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#
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# SAUCEToMiRCART.py -- convert SAUCE-encoded ANSi to mIRC art file (for spoke)
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# Copyright (c) 2019 Lucio Andrés Illanes Albornoz <lucio@lucioillanes.de>
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# This project is licensed under the terms of the MIT licence.
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#
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import os, re, struct, sys
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AnsiBgToMiRCARTColours = {
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107: 0, # Bright White
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40: 1, # Black
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104: 2, # Blue
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42: 3, # Green
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101: 4, # Red
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41: 5, # Light Red
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45: 6, # Pink
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43: 7, # Yellow
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103: 8, # Light Yellow
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102: 9, # Light Green
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46: 10, # Cyan
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106: 11, # Light Cyan
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44: 12, # Light Blue
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105: 13, # Light Pink
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100: 14, # Grey
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47: 15, # Light Grey
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};
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AnsiFgToMiRCARTColours = {
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97: 0, # Bright White
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30: 1, # Black
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94: 2, # Blue
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32: 3, # Green
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91: 4, # Red
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31: 5, # Light Red
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35: 6, # Pink
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33: 7, # Yellow
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93: 8, # Light Yellow
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92: 9, # Light Green
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36: 10, # Cyan
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96: 11, # Light Cyan
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34: 12, # Light Blue
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95: 13, # Light Pink
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90: 14, # Grey
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37: 15, # Light Grey
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};
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AnsiFgBoldToMiRCARTColours = {
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97: 0, # Bright White
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30: 14, # Grey
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94: 12, # Light Blue
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32: 9, # Light Green
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91: 4, # Light Red
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31: 4, # Light Red
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35: 13, # Light Pink
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33: 8, # Light Yellow
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93: 8, # Light Yellow
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92: 9, # Light Green
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36: 11, # Light Cyan
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96: 11, # Light Cyan
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34: 12, # Light Blue
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95: 13, # Light Pink
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90: 14, # Grey
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37: 0, # Bright White
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};
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def SAUCEToMiRCART(inPathName, outPathName):
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with open(inPathName, "rb") as inFile:
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inFileStat = os.stat(inPathName)
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inFile.seek(inFileStat.st_size - 128, 0)
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inFile.seek(5 + 2 + 35 + 20 + 20 + 8 + 4, 1)
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if (inFile.read(1) != b'\x01') \
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or (inFile.read(1) != b'\x01'):
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print("error: only character based ANSi SAUCE files are supported.", file=sys.stderr)
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return 1
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else:
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width, height = struct.unpack("H", inFile.read(2))[0], struct.unpack("H", inFile.read(2))[0]
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with open(outPathName, "w+") as outFile:
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inFile.seek(0, 0)
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inFileData, row, rowChars = inFile.read(inFileStat.st_size - 128).decode("cp437"), "", 0
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inFileChar, inFileCharMax = 0, len(inFileData)
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curBg, curFg = 1, 15; curBgAnsi, curBoldAnsi, curFgAnsi = 30, False, 37;
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while True:
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if inFileChar >= inFileCharMax:
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break
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else:
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m = re.match('\x1b\[((?:\d{1,3};?)+)m', inFileData[inFileChar:])
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if m:
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newBg, newFg = -1, -1
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for ansiCode in m[1].split(";"):
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ansiCode = int(ansiCode)
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if ansiCode == 0:
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curBgAnsi, curBoldAnsi, curFgAnsi = 30, False, 37; newBg, newFg = 1, 15;
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elif ansiCode == 1:
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curBoldAnsi, newFg = True, AnsiFgBoldToMiRCARTColours[curFgAnsi]
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elif ansiCode == 2:
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curBoldAnsi, newFg = False, AnsiFgToMiRCARTColours[curFgAnsi]
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elif ansiCode == 7:
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newBg, newFg = curFg, curBg; curBgAnsi, curFgAnsi = curFgAnsi, curBgAnsi;
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elif ansiCode in AnsiBgToMiRCARTColours:
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curBgAnsi, newBg = ansiCode, AnsiBgToMiRCARTColours[ansiCode]
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elif ansiCode in AnsiFgToMiRCARTColours:
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if curBoldAnsi:
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newFg = AnsiFgBoldToMiRCARTColours[ansiCode]
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else:
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newFg = AnsiFgToMiRCARTColours[ansiCode]
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curFgAnsi = ansiCode
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elif ansiCode in AnsiFgBoldToMiRCARTColours:
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curFgAnsi, newFg = ansiCode, AnsiFgBoldToMiRCARTColours[ansiCode]
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if ((newBg != -1) and (newFg != -1)) \
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and ((newBg == curFg) and (newFg == curBg)):
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row += "\u0016"; curBg, curFg = newBg, newFg;
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elif ((newBg != -1) and (newFg != -1)) \
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and ((newBg != curBg) and (newFg != curFg)):
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row += "\u0003{},{}".format(newFg, newBg); curBg, curFg = newBg, newFg;
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elif (newBg != -1) and (newBg != curBg):
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row += "\u0003{},{}".format(curFg, newBg); curBg = newBg;
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elif (newFg != -1) and (newFg != curFg):
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row += "\u0003{}".format(newFg); curFg = newFg;
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inFileChar += len(m[0])
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else:
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m = re.match('\x1b\[(\d+)C', inFileData[inFileChar:])
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if m:
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row += m[0]; inFileChar += len(m[0]); rowChars += int(m[1]);
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elif inFileData[inFileChar:inFileChar+2] == "\r\n":
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inFileChar += 2; rowChars = width;
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elif inFileData[inFileChar] == "\r" \
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or inFileData[inFileChar] == "\n":
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inFileChar += 1; rowChars = width;
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else:
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row += inFileData[inFileChar]; inFileChar += 1; rowChars += 1;
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if rowChars >= width:
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print(row, file=outFile); row = ""; rowChars = 0;
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if (curBg != 1) and (curFg != 15):
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row += "\u0003{},{}".format(curFg, curBg);
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elif curBg != 1:
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row += "\u0003{},{}".format(curFg, curBg);
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elif curFg != 1:
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row += "\u0003{}".format(curFg);
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#
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# Entry point
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def main(*argv):
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SAUCEToMiRCART(argv[1], argv[2])
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if __name__ == "__main__":
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if (len(sys.argv) - 1) != 2:
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print("usage: {} <SAUCE input file pathname> <mIRC art output file pathname>".format(sys.argv[0]), file=sys.stderr)
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else:
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main(*sys.argv)
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# vim:expandtab foldmethod=marker sw=4 ts=4 tw=120
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