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Author | SHA1 | Date | |
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328faa847e |
2 changed files with 126 additions and 127 deletions
46
banter.py
46
banter.py
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@ -1,37 +1,37 @@
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#!/bin/sh
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''''exec /usr/bin/env python3 -u "$0" "$@" #'''
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__doc__ = 'little script to make irc color art that will probably get you banned'
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"""'exec /usr/bin/env python3 -u "$0" "$@" #"""
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__doc__ = "little script to make irc color art that will probably get you banned"
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# whee, look at this sus shebang workaround to always cause
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# unbuffered mode lol
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import sys,time,argparse
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import sys, time, argparse
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from PIL import Image, ImageOps
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from color import closestColor
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def main(imgPath,delay,ASCIIWIDTH,COLORCHAR,FILLER,SHARPNESS):
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im = Image.open(imgPath, 'r')
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im = ImageOps.scale(im, ASCIIWIDTH*SHARPNESS / im.width)
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def main(imgPath, delay, ASCIIWIDTH, COLORCHAR, FILLER, SHARPNESS):
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im = Image.open(imgPath, "r")
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im = ImageOps.scale(im, ASCIIWIDTH * SHARPNESS / im.width)
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width, height = im.size
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pixel_values = list(im.getdata())
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currentPixel = 0
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for y in range(0, height, 2*SHARPNESS):
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for y in range(0, height, 2 * SHARPNESS):
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line = []
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lastColor=69420
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lastColor = 69420
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for x in range(0, width, SHARPNESS):
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color = closestColor(pixel_values[width*y+x])
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color = closestColor(pixel_values[width * y + x])
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if color == lastColor:
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colorcode = ''
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colorcode = ""
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else:
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colorcode =COLORCHAR.format(color, color)
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line.append(colorcode+(FILLER[currentPixel % len(FILLER)]))
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lastColor=color
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currentPixel+=1
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colorcode = COLORCHAR.format(color, color)
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line.append(colorcode + (FILLER[currentPixel % len(FILLER)]))
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lastColor = color
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currentPixel += 1
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print(''.join(line))
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print("".join(line))
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if delay:
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time.sleep(delay)
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@ -39,18 +39,18 @@ def main(imgPath,delay,ASCIIWIDTH,COLORCHAR,FILLER,SHARPNESS):
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if __name__ == "__main__":
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parser = argparse.ArgumentParser("banter")
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parser.add_argument("file")
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parser.add_argument("-d",metavar='delay',default=0)
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parser.add_argument("-w",metavar='width',default=80)
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parser.add_argument("-s",metavar='sharpness',default=4)
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parser.add_argument("--colorfmt",metavar='format',default='\\x03{},{}')
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parser.add_argument("--filler",metavar='filler',default='.')
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parser.add_argument("-d", metavar="delay", default=0)
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parser.add_argument("-w", metavar="width", default=80)
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parser.add_argument("-s", metavar="sharpness", default=4)
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parser.add_argument("--colorfmt", metavar="format", default="\\x03{},{}")
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parser.add_argument("--filler", metavar="filler", default=".")
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args = parser.parse_args()
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main(
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args.file,
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float(args.d),
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int(args.w),
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args.colorfmt.encode().decode('unicode_escape'),
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args.filler.encode().decode('unicode_escape'),
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int(args.s)
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args.colorfmt.encode().decode("unicode_escape"),
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args.filler.encode().decode("unicode_escape"),
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int(args.s),
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)
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195
color.py
195
color.py
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@ -1,99 +1,99 @@
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EXTENDEDCOLORS = {
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17: "#472100",
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18: "#474700",
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19: "#324700",
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20: "#004700",
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21: "#00472c",
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22: "#004747",
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23: "#002747",
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24: "#000047",
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25: "#2e0047",
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26: "#470047",
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27: "#47002a",
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29: "#743a00",
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30: "#747400",
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31: "#517400",
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32: "#007400",
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33: "#007449",
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34: "#007474",
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35: "#004074",
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36: "#000074",
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37: "#4b0074",
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38: "#740074",
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39: "#740045",
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41: "#b56300",
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42: "#b5b500",
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43: "#7db500",
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44: "#00b500",
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45: "#00b571",
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46: "#00b5b5",
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47: "#0063b5",
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48: "#0000b5",
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49: "#7500b5",
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50: "#b500b5",
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51: "#b5006b",
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53: "#ff8c00",
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54: "#ffff00",
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55: "#b2ff00",
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56: "#00ff00",
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57: "#00ffa0",
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58: "#00ffff",
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59: "#008cff",
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60: "#0000ff",
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61: "#a500ff",
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62: "#ff00ff",
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63: "#ff0098",
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65: "#ffb459",
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66: "#ffff71",
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67: "#cfff60",
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68: "#6fff6f",
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69: "#65ffc9",
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70: "#6dffff",
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71: "#59b4ff",
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72: "#5959ff",
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73: "#c459ff",
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74: "#ff66ff",
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75: "#ff59bc",
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77: "#ffd39c",
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78: "#ffff9c",
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79: "#e2ff9c",
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80: "#9cff9c",
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81: "#9cffdb",
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82: "#9cffff",
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83: "#9cd3ff",
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84: "#9c9cff",
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85: "#dc9cff",
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86: "#ff9cff",
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87: "#ff94d3",
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89: "#131313",
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90: "#282828",
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91: "#363636",
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92: "#4d4d4d",
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93: "#656565",
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94: "#818181",
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95: "#9f9f9f",
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96: "#bcbcbc",
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97: "#e2e2e2",
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98: "#ffffff",
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17: "#472100",
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18: "#474700",
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19: "#324700",
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20: "#004700",
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21: "#00472c",
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22: "#004747",
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23: "#002747",
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24: "#000047",
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25: "#2e0047",
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26: "#470047",
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27: "#47002a",
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29: "#743a00",
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30: "#747400",
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31: "#517400",
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32: "#007400",
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33: "#007449",
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34: "#007474",
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35: "#004074",
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36: "#000074",
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37: "#4b0074",
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38: "#740074",
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39: "#740045",
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41: "#b56300",
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42: "#b5b500",
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43: "#7db500",
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44: "#00b500",
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45: "#00b571",
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46: "#00b5b5",
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47: "#0063b5",
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48: "#0000b5",
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49: "#7500b5",
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50: "#b500b5",
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51: "#b5006b",
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53: "#ff8c00",
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54: "#ffff00",
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55: "#b2ff00",
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56: "#00ff00",
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57: "#00ffa0",
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58: "#00ffff",
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59: "#008cff",
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60: "#0000ff",
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61: "#a500ff",
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62: "#ff00ff",
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63: "#ff0098",
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65: "#ffb459",
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66: "#ffff71",
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67: "#cfff60",
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68: "#6fff6f",
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69: "#65ffc9",
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70: "#6dffff",
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71: "#59b4ff",
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72: "#5959ff",
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73: "#c459ff",
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74: "#ff66ff",
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75: "#ff59bc",
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77: "#ffd39c",
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78: "#ffff9c",
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79: "#e2ff9c",
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80: "#9cff9c",
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81: "#9cffdb",
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82: "#9cffff",
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83: "#9cd3ff",
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84: "#9c9cff",
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85: "#dc9cff",
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86: "#ff9cff",
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87: "#ff94d3",
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89: "#131313",
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90: "#282828",
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91: "#363636",
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92: "#4d4d4d",
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93: "#656565",
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94: "#818181",
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95: "#9f9f9f",
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96: "#bcbcbc",
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97: "#e2e2e2",
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98: "#ffffff",
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}
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MIRCCOLORS = {
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1: (0,0,0),
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2: (0,0,127),
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3: (0,147,0),
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4: (255,0,0),
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5: (127,0,0),
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6: (156,0,156),
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7: (252,127,0),
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8: (255,255,0),
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9: (0,252,0),
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10: (0,147,147),
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11: (0,255,255),
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12: (0,0,252),
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13: (255,0,255),
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14: (127,127,127),
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15: (210,210,210)
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1: (0, 0, 0),
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2: (0, 0, 127),
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3: (0, 147, 0),
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4: (255, 0, 0),
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5: (127, 0, 0),
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6: (156, 0, 156),
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7: (252, 127, 0),
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8: (255, 255, 0),
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9: (0, 252, 0),
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10: (0, 147, 147),
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11: (0, 255, 255),
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12: (0, 0, 252),
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13: (255, 0, 255),
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14: (127, 127, 127),
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15: (210, 210, 210),
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}
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@ -101,16 +101,16 @@ colors = {}
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# copy the dict lol
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for i in MIRCCOLORS:
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colors[i]=MIRCCOLORS[i]
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colors[i] = MIRCCOLORS[i]
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for i in EXTENDEDCOLORS:
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hex=EXTENDEDCOLORS[i].lstrip('#')
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hex = EXTENDEDCOLORS[i].lstrip("#")
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# https://stackoverflow.com/a/29643643/9406294
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rgb=tuple(int(hex[i:i+2], 16) for i in (0, 2, 4))
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#print(rgb)
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rgb = tuple(int(hex[i : i + 2], 16) for i in (0, 2, 4))
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# print(rgb)
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colors[i]=rgb
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colors[i] = rgb
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COLORS = colors
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@ -124,7 +124,6 @@ def closestColor(rgb):
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diss = {}
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for cc in COLORS:
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rc, gc, bc = COLORS[cc]
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distance = abs(r-rc) + abs(g-gc) + abs(b-bc)
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distance = abs(r - rc) + abs(g - gc) + abs(b - bc)
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diss[cc] = distance
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return min(diss, key=diss.get)
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