177 рядки
13 KiB
Python
177 рядки
13 KiB
Python
import re
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import ipdb
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rgb2set = { "ef0": "#000000", "ef1": "#CD0000", "ef2": "#00CD00", "ef3": "#CDCD00", "ef4": "#0000EE", "ef5": "#CD00CD", "ef6": "#00CDCD", "ef7": "#E5E5E5",
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"ef8": "#7F7F7F", "ef9": "#FF0000", "ef10": "#00FF00", "ef11": "#FFFF00", "ef12": "#5C5CFF", "ef13": "#FF00FF", "ef14": "#00FFFF", "ef15": "#FFFFFF",
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"eb8": "#7F7F7F", "eb9": "#FF0000", "eb10": "#00FF00", "eb11": "#FFFF00", "eb12": "#5C5CFF", "eb13": "#FF00FF", "eb14": "#00FFFF", "eb15": "#FFFFFF", "ef16": "#000000",
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"ef17": "#00005f", "ef18": "#000087", "ef19": "#0000af", "ef20": "#0000d7", "ef21": "#0000ff", "ef22": "#005f00", "ef23": "#005f5f", "ef24": "#005f87", "ef25": "#005faf",
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"ef26": "#005fd7", "ef27": "#005fff", "ef28": "#008700", "ef29": "#00875f", "ef30": "#008787", "ef31": "#0087af", "ef32": "#0087d7", "ef33": "#0087ff", "ef34": "#00af00",
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"ef35": "#00af5f", "ef36": "#00af87", "ef37": "#00afaf", "ef38": "#00afd7", "ef39": "#00afff", "ef40": "#00d700", "ef41": "#00d75f", "ef42": "#00d787", "ef43": "#00d7af",
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"ef44": "#00d7d7", "ef45": "#00d7ff", "ef46": "#00ff00", "ef47": "#00ff5f", "ef48": "#00ff87", "ef49": "#00ffaf", "ef50": "#00ffd7", "ef51": "#00ffff", "ef52": "#5f0000",
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"ef53": "#5f005f", "ef54": "#5f0087", "ef55": "#5f00af", "ef56": "#5f00d7", "ef57": "#5f00ff", "ef58": "#5f5f00", "ef59": "#5f5f5f", "ef60": "#5f5f87", "ef61": "#5f5faf",
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"ef62": "#5f5fd7", "ef63": "#5f5fff", "ef64": "#5f8700", "ef65": "#5f875f", "ef66": "#5f8787", "ef67": "#5f87af", "ef68": "#5f87d7", "ef69": "#5f87ff", "ef70": "#5faf00",
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"ef71": "#5faf5f", "ef72": "#5faf87", "ef73": "#5fafaf", "ef74": "#5fafd7", "ef75": "#5fafff", "ef76": "#5fd700", "ef77": "#5fd75f", "ef78": "#5fd787", "ef79": "#5fd7af",
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"ef80": "#5fd7d7", "ef81": "#5fd7ff", "ef82": "#5fff00", "ef83": "#5fff5f", "ef84": "#5fff87", "ef85": "#5fffaf", "ef86": "#5fffd7", "ef87": "#5fffff", "ef88": "#870000",
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"ef89": "#87005f", "ef90": "#870087", "ef91": "#8700af", "ef92": "#8700d7", "ef93": "#8700ff", "ef94": "#875f00", "ef95": "#875f5f", "ef96": "#875f87", "ef97": "#875faf",
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"ef98": "#875fd7", "ef99": "#875fff", "ef100": "#878700", "ef101": "#87875f", "ef102": "#878787", "ef103": "#8787af", "ef104": "#8787d7", "ef105": "#8787ff", "ef106": "#87af00",
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"ef107": "#87af5f", "ef108": "#87af87", "ef109": "#87afaf", "ef110": "#87afd7", "ef111": "#87afff", "ef112": "#87d700", "ef113": "#87d75f", "ef114": "#87d787", "ef115": "#87d7af",
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"ef116": "#87d7d7", "ef117": "#87d7ff", "ef118": "#87ff00", "ef119": "#87ff5f", "ef120": "#87ff87", "ef121": "#87ffaf", "ef122": "#87ffd7", "ef123": "#87ffff", "ef124": "#af0000",
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"ef125": "#af005f", "ef126": "#af0087", "ef127": "#af00af", "ef128": "#af00d7", "ef129": "#af00ff", "ef130": "#af5f00", "ef131": "#af5f5f", "ef132": "#af5f87", "ef133": "#af5faf",
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"ef134": "#af5fd7", "ef135": "#af5fff", "ef136": "#af8700", "ef137": "#af875f", "ef138": "#af8787", "ef139": "#af87af", "ef140": "#af87d7", "ef141": "#af87ff", "ef142": "#afaf00",
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"ef143": "#afaf5f", "ef144": "#afaf87", "ef145": "#afafaf", "ef146": "#afafd7", "ef147": "#afafff", "ef148": "#afd700", "ef149": "#afd75f", "ef150": "#afd787", "ef151": "#afd7af",
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"ef152": "#afd7d7", "ef153": "#afd7ff", "ef154": "#afff00", "ef155": "#afff5f", "ef156": "#afff87", "ef157": "#afffaf", "ef158": "#afffd7", "ef159": "#afffff", "ef160": "#d70000",
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"ef161": "#d7005f", "ef162": "#d70087", "ef163": "#d700af", "ef164": "#d700d7", "ef165": "#d700ff", "ef166": "#d75f00", "ef167": "#d75f5f", "ef168": "#d75f87", "ef169": "#d75faf",
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"ef170": "#d75fd7", "ef171": "#d75fff", "ef172": "#d78700", "ef173": "#d7875f", "ef174": "#d78787", "ef175": "#d787af", "ef176": "#d787d7", "ef177": "#d787ff", "ef178": "#d7af00",
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"ef179": "#d7af5f", "ef180": "#d7af87", "ef181": "#d7afaf", "ef182": "#d7afd7", "ef183": "#d7afff", "ef184": "#d7d700", "ef185": "#d7d75f", "ef186": "#d7d787", "ef187": "#d7d7af",
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"ef188": "#d7d7d7", "ef189": "#d7d7ff", "ef190": "#d7ff00", "ef191": "#d7ff5f", "ef192": "#d7ff87", "ef193": "#d7ffaf", "ef194": "#d7ffd7", "ef195": "#d7ffff", "ef196": "#ff0000",
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"ef197": "#ff005f", "ef198": "#ff0087", "ef199": "#ff00af", "ef200": "#ff00d7", "ef201": "#ff00ff", "ef202": "#ff5f00", "ef203": "#ff5f5f", "ef204": "#ff5f87", "ef205": "#ff5faf",
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"ef206": "#ff5fd7", "ef207": "#ff5fff", "ef208": "#ff8700", "ef209": "#ff875f", "ef210": "#ff8787", "ef211": "#ff87af", "ef212": "#ff87d7", "ef213": "#ff87ff", "ef214": "#ffaf00",
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"ef215": "#ffaf5f", "ef216": "#ffaf87", "ef217": "#ffafaf", "ef218": "#ffafd7", "ef219": "#ffafff", "ef220": "#ffd700", "ef221": "#ffd75f", "ef222": "#ffd787", "ef223": "#ffd7af",
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"ef224": "#ffd7d7", "ef225": "#ffd7ff", "ef226": "#ffff00", "ef227": "#ffff5f", "ef228": "#ffff87", "ef229": "#ffffaf", "ef230": "#ffffd7", "ef231": "#ffffff", "ef232": "#080808",
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"ef233": "#121212", "ef234": "#1c1c1c", "ef235": "#262626", "ef236": "#303030", "ef237": "#3a3a3a", "ef238": "#444444", "ef239": "#4e4e4e", "ef240": "#585858", "ef241": "#626262",
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"ef242": "#6c6c6c", "ef243": "#767676", "ef244": "#808080", "ef245": "#8a8a8a", "ef246": "#949494", "ef247": "#9e9e9e", "ef248": "#a8a8a8", "ef249": "#b2b2b2", "ef250": "#bcbcbc",
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"ef251": "#c6c6c6", "ef252": "#d0d0d0", "ef253": "#dadada", "ef254": "#e4e4e4", "ef255": "#eeeeee", }
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rgb2irc = { 52: '16', 94: '17', 100: '18', 58: '19', 22: '20', 29: '21', 23: '22', 24: '23', 17: '24', 54: '25', 53: '26', 89: '27',
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88: '28', 130: '29', 142: '30', 64: '31', 28: '32', 35: '33', 30: '34', 25: '35', 18: '36', 91: '37', 90: '38', 125: '39',
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124: '40', 166: '41', 184: '42', 106: '43', 34: '44', 49: '45', 37: '46', 33: '47', 19: '48', 129: '49', 127: '50', 161: '51',
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196: '52', 208: '53', 226: '54', 154: '55', 46: '56', 86: '57', 51: '58', 75: '59', 21: '60', 171: '61', 201: '62', 198: '63',
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203: '64', 215: '65', 227: '66', 191: '67', 83: '68', 122: '69', 87: '70', 111: '71', 63: '72', 177: '73', 207: '74', 205: '75',
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217: '76', 223: '77', 229: '78', 193: '79', 157: '80', 158: '81', 159: '82', 153: '83', 147: '84', 183: '85', 219: '86', 212: '87',
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16: '88', 233: '89', 235: '90', 237: '91', 239: '92', 241: '93', 244: '94', 247: '95', 250: '96', 254: '97', 231: '98', }
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set2rgb = { 52: '#470000', 94: '#472100', 100: '#474700', 58: '#324700', 22: '#004700', 29: '#00472C', 23: '#004747', 24: '#002747', 17: '#000047', 54: '#2E0047', 53: '#470047', 89: '#47002A',
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88: '#740000', 130: '#743A00', 142: '#747400', 64: '#517400', 28: '#007400', 35: '#007449', 30: '#007474', 25: '#004074', 18: '#000074', 91: '#4B0074', 90: '#740074', 125: '#740045',
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124: '#B50000', 166: '#B56300', 184: '#B5B500', 106: '#7DB500', 34: '#00B500', 49: '#00B571', 37: '#00B5B5', 33: '#0063B5', 19: '#0000B5', 129: '#7500B5', 127: '#B500B5', 161: '#B5006B',
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196: '#FF0000', 208: '#FF8C00', 226: '#FFFF00', 154: '#B2FF00', 46: '#00FF00', 86: '#00FFA0', 51: '#00FFFF', 75: '#008CFF', 21: '#0000FF', 171: '#A500FF', 201: '#FF00FF', 198: '#FF0098',
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203: '#FF5959', 215: '#FFB459', 227: '#FFFF71', 191: '#CFFF60', 83: '#6FFF6F', 122: '#65FFC9', 87: '#6DFFFF', 111: '#59B4FF', 63: '#5959FF', 177: '#C459FF', 207: '#FF66FF', 205: '#FF59BC',
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217: '#FF9C9C', 223: '#FFD39C', 229: '#FFFF9C', 193: '#E2FF9C', 157: '#9CFF9C', 158: '#9CFFDB', 159: '#9CFFFF', 153: '#9CD3FF', 147: '#9CD3FF', 183: '#DC9CFF', 219: '#FF9CFF', 212: '#FF94D3',
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16: '#000000', 233: '#131313', 235: '#282828', 237: '#363636', 239: '#4D4D4D', 241: '#656565', 244: '#818181', 247: '#9F9F9F', 250: '#BCBCBC', 254: '#E2E2E2', 231: '#FFFFFF', }
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def parse_control(s):
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px=[]
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py=[]
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_s=s
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px=findall(_s,'\x1b')
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for i,_ in enumerate(px):
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print(f'{i}')
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py.append( _s.find('m',_)+1 )
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return px,py
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def findall(s,w):
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return [i for i in range(len(s)) if s.startswith(w, i)]
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def escape_ansi(line):
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ansi_escape = re.compile(r'(\x9B|\x1B\[)[0-?]*[ -/]*[@-~]')
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return ansi_escape.sub('', str(line))
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def invert_dict(d):
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return {v: k for k, v in d.items()}
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def hex2gravity(h):
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r,g,b=int(h[1:3],16),int(h[3:5],16),int(h[5:7],16)
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o=list(set2rgb.values()); o.sort()
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_R=[]; _G=[]; _B=[];
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for _ in o:
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R,G,B=(''.join([x for x in _[1:][:2]]).zfill(2)),(''.join([x for x in _[1:][2:4]]).zfill(2)),(''.join([x for x in _[1:][4:6]]).zfill(2))
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_R.append(int(R,16)); _G.append(int(G,16)); _B.append(int(B,16));
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_r = []
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for _ in _R:
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if r < _:
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rsub = _ - r
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else:
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rsub = r - _
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_r.append(rsub)
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_g = []
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for _ in _G:
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if g < _:
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gsub = _ - g
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else:
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gsub = g - _
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_g.append(gsub)
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_b = []
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for _ in _B:
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if b < _:
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bsub = _ - b
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else:
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bsub = b - _
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_b.append(bsub)
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rgb = []
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for _ in range(len(_r)):
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rgb.append(_r[_]+_g[_]+_b[_])
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nearest_color_minus = min(rgb)
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nearest_color_index = [i for i, x in enumerate(rgb) if x == nearest_color_minus]
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nearest_color = o[nearest_color_index[0]]
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print(f"\t\t\t\t! hex2gravity: nearest color determined: {nearest_color} from set2rgb index {nearest_color} translated as irc color code 0x03{rgb2irc[invert_dict(set2rgb)[nearest_color]]}")
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return str(f"\x03{rgb2irc[invert_dict(set2rgb)[nearest_color]]}")
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def color_line(s,ss,t):
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_reset = "\x1b[0m" #0f
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_bright = "\x1b[1m"
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_dim = "\x1b[2m"
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_underscore = "\x1b[4m"
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_blink = "\x1b[5m"
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_reverse = "\x1b[7m"
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_hidden = "\x1b[8m"
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_black = "\x1b[30m" #01
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_red = "\x1b[31m" #04
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_green = "\x1b[32m" #03
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_yellow = "\x1b[33m" #08
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_blue = "\x1b[34m" #02
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_magenta = "\x1b[35m" #13
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_cyan = "\x1b[36m" #11
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_white = "\x1b[37m" #00
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_BGblack = "\x1b[40m" #01
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_BGred = "\x1b[41m" #04
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_BGgreen = "\x1b[42m" #03
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_BGyellow = "\x1b[43m" #08
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_BGblue = "\x1b[44m" #02
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_BGmagenta = "\x1b[45m" #13
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_BGcyan = "\x1b[46m" #11
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_BGwhite = "\x1b[47m" #00
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codes=["\x1b[0m","\x1b[30m","\x1b[31m","\x1b[32m","\x1b[33m","\x1b[34m","\x1b[35m","\x1b[36m","\x1b[37m","\x1b[40m","\x1b[41m","\x1b[42m","\x1b[43m","\x1b[44m","\x1b[45m","\x1b[46m","\x1b[47m","\x1b(B","\x1b[m","\x1b[2m"]
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colors=["\x0f","\x0301","\x0304","\x0303","\x0308","\x03002","\x0313","\x0311","\x0300","\x03,01","\x03,04","\x03,03","\x03,08","\x03,02","\x03,13","\x03,11","\x03,00","","\x0f",""] #f.write('\x0301,00decoded\n')
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_s=s
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p=[]
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for _ in range(len(t[0])):
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print(f"here {_}")
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r=findall(s[t[0][_]:t[1][_]],'\x1b')
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for __ in range(len(r)):
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if not __ == len(r)-1:
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p.append(s[t[0][_]:t[1][_]][r[__]:r[__+1]])
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else:
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check = s[t[0][_]:t[1][_]][r[__]:]
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if check.find('mm') == -1:
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p.append(check)
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else:
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p.append(check[:-1])
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for __ in p:
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_s = _s.replace(__,"{}")
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c=[]
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for _ in p:
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for i,__ in enumerate(codes):
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if _ == __:
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c.append(colors[i])
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if _.find('\x1b[38;5;') != -1:
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gravity = _.replace('\x1b[38;5;','')[:-1]
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farthest_color_hex = rgb2set['ef{}'.format(gravity)]
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result = hex2gravity(farthest_color_hex)
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r=findall(_s,'{}')
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for _ in range(len(r)):
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_s=_s.replace('{}',c[_],_+1)
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return _s
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print('color testing tools')
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r1='\x1b[47m\x1b[30m▶ Monero (XMR) \x1b[0m\x1b[37m▶\x1b[0m Thu 08 +1d \x1b[31m-3.57%\x1b[0m'
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r1='\x1b[2m│\x1b[0m 1 \x1b[2m│\x1b[0m \x1b[36mBTC\x1b[0m \x1b[2m│\x1b[0m \x1b[36m32830.2\x1b[0m \x1b[2m│\x1b[0m \x1b[32m0.95%\x1b[0m \x1b[2m│\x1b[0m \x1b[31m-0.04%\x1b[0m \x1b[2m│\x1b[0m 615.622B \x1b[2m│\x1b[0m \x1b[31m▁\x1b[0m\x1b[31m▂\x1b[0m\x1b[32m▃\x1b[0m\x1b[31m▂\x1b[0m\x1b[32m▂\x1b[0m\x1b[31m▂\x1b[0m\x1b[31m▇\x1b[0m\x1b[31m▃\x1b[0m\x1b[32m▇\x1b[0m\x1b[32m▂\x1b[0m\x1b[32m▅\x1b[0m\x1b[31m▃\x1b[0m \x1b[2m│\x1b[0m'
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r2=escape_ansi(r1).replace('\x1b(B','')
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t=parse_control(r1)
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d=color_line(r1,r2,t)
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