image2text2x4color

from PIL import Image
img = Image.open("your_image.png")
width, height = img.size
img = img.convert("RGB")
img = img.load()
def rgb2hex(r,g,b):
    return '{:02x}{:02x}{:02x}'.format(r, g, b)
def colordif(r1,g1,b1,r2,g2,b2):
    return abs(r1-r2)+abs(g1-g2)+abs(b1-b2)
characters = [' ', '𜺨', '𜺫', '🮂', '𜴀', '▘', '𜴁', '𜴂', '𜴃', '𜴄', '▝', '𜴅', '𜴆', '𜴇', '𜴈', '▀', '𜴉', '𜴊', '𜴋', '𜴌', '🯦', '𜴍', '𜴎', '𜴏', '𜴐', '𜴑', '𜴒', '𜴓', '𜴔', '𜴕', '𜴖', '𜴗', '𜴘', '𜴙', '𜴚', '𜴛', '𜴜', '𜴝', '𜷑', '𜴟', '🯧', '𜴠', '𜴡', '𜴢', '𜴣', '𜴤', '𜴥', '𜴦', '𜴧', '𜴨', '𜴩', '𜴪', '𜴫', '𜴬', '𜴭', '𜴮', '𜴯', '𜴰', '𜴱', '𜴲', '𜴳', '𜴴', '𜴵', '🮅', '𜺣', '𜴶', '𜴷', '𜴸', '𜴹', '𜴺', '𜴻', '𜴼', '𜴽', '𜴾', '𜴿', '𜵀', '𜵁', '𜵂', '𜵃', '𜵄', '▖', '𜵅', '𜵆', '𜵇', '𜵈', '▌', '𜵉', '𜵊', '𜵋', '𜵌', '▞', '𜵍', '𜵎', '𜵏', '𜵐', '▛', '𜵑', '𜵒', '𜵓', '𜵔', '𜵕', '𜵖', '𜵗', '𜵘', '𜵙', '𜵚', '𜵛', '𜵜', '𜵝', '𜵞', '𜵟', '𜵠', '𜵡', '𜵢', '𜵣', '𜵤', '𜵥', '𜵦', '𜵧', '𜵨', '𜵩', '𜵪', '𜵫', '𜵬', '𜵭', '𜵮', '𜵯', '𜵰', '𜺠', '𜵱', '𜵲', '𜵳', '𜵴', '𜵵', '𜵶', '𜵷', '𜵸', '𜵹', '𜵺', '𜵻', '𜵼', '𜵽', '𜵾', '𜵿', '𜶀', '𜶁', '𜶂', '𜶃', '𜶄', '𜶅', '𜶆', '𜶇', '𜶈', '𜶉', '𜶊', '𜶋', '𜶌', '𜶍', '𜶎', '𜶏', '▗', '𜶐', '𜶑', '𜶒', '𜶓', '▚', '𜶔', '𜶕', '𜶖', '𜶗', '▐', '𜶘', '𜶙', '𜶚', '𜶛', '▜', '𜶜', '𜶝', '𜶞', '𜶟', '𜶠', '𜶡', '𜶢', '𜶣', '𜶤', '𜶥', '𜶦', '𜶧', '𜶨', '𜶩', '𜶪', '𜶫', '▂', '𜶬', '𜶭', '𜶮', '𜶯', '𜶰', '𜶱', '𜶲', '𜶳', '𜶴', '𜶵', '𜶶', '𜶷', '𜶸', '𜶹', '𜶺', '𜶻', '𜶼', '𜶽', '𜶾', '𜶿', '𜷀', '𜷁', '𜷂', '𜷃', '𜷄', '𜷅', '𜷆', '𜷇', '𜷈', '𜷉', '𜷊', '𜷋', '𜷌', '𜷍', '𜷎', '𜷏', '𜷐', '𜷑', '𜷒', '𜷓', '𜷔', '𜷕', '𜷖', '𜷗', '𜷘', '𜷙', '𜷚', '▄', '𜷛', '𜷜', '𜷝', '𜷞', '▙', '𜷟', '𜷠', '𜷡', '𜷢', '▟', '𜷣', '▆', '𜷤', '𜷥', '█', ]
for y in range(round(height/4-0.5)):
    row = ""
    for x in range(round(width/2-0.5)):
        bit = 0
        colors = []
        colorshex = []
        nocolor = []
        for i in range(8):
            r,g,b = img[x*2+(i%2),y*4+round(i/2-0.1)]
            hex2test = [rgb2hex(r, g, b)]
            if hex2test[0] in colorshex:
                nocolor[hex2test in colorshex] += 1
            else:
                colors += img[x*2+(i%2), y*4+round(i/2-0.1)]
                colorshex += hex2test
                nocolor += [0]
        Max = nocolor.index(max(nocolor))*3
        color1 = colors[Max:Max+3]
        nocolor = 0
        color2 = [0,0,0]
        for i in range(0,len(colors),3):
            r1,g1,b1 = color1
            r2,g2,b2 = colors[i:i+3]
            if colordif(r1,g1,b1,r2,g2,b2) > nocolor:
                nocolor = colordif(r1,g1,b1,r2,g2,b2)
                color2 = colors[i:i+3]
        for i in range(8):
            r1,g1,b1 = img[x*2+(i%2),y*4+round(i/2-0.1)]
            r2,g2,b2 = color1
            nocolor = colordif(r1,g1,b1,r2,g2,b2)
            r2,g2,b2 = color2
            bit += (nocolor>colordif(r1,g1,b1,r2,g2,b2))*(2**i)
        r,g,b = color1
        color1 = rgb2hex(r,g,b)
        r,g,b = color2
        color2 = rgb2hex(r,g,b)
        row += "b"+color1+"F"+color2+characters[bit]
    print(row)
print('image converter made by Scar32 $u"https://pastebin.com/u/Natsukl"@')