Script to generate color codes from the color wheel to be used with an... ancestral wheel

colorcodes.py

from typing import Tuple
from colorsys import rgb_to_hsv, hsv_to_rgb


def hex_to_floats(h: str) -> Tuple[float, float, float]:
    i = int(h, 16)
    return tuple(
        (i // 256 ** position & 255)
        / 255
        for position in [2, 1, 0])

def floats_to_hex(r: float, g: float, b: float) -> str:
    return hex(int(r * 256) * 256 ** 2 + int(g * 256) * 256 + int(b * 256))

def deg_to_fract(d: float) -> float:
    return d / 360

def fract_to_deg(f: float) -> float:
    return f * 360 % 360

def generate_hues(g: int, offset: int = -30):
    hues = []
    ancestors = 2 ** g
    for i in range(ancestors):
        h = i * 360 / ancestors + offset + 360 / (2 * ancestors)
        hues.append(h)
    return hues

def hue_to_code(h: int, s: float = 0.2, v: float = 0.99) -> str:
    return floats_to_hex(*hsv_to_rgb(deg_to_fract(h), s, v))


if __name__ == "__main__":
    hexcodes = {
        "F": "b3f4c5", # Nu blå, H = 240°
        "FF": "c3edfa",
        "FM": "d5eea5",
        "M": "fedac6", # Nu gul, H = 60°
        "MF": "fed9d9",
        "MM": "feeab3"
    }
    for k, v in hexcodes.items():
        print(f"{k} ({v}) = {rgb_to_hsv(*hex_to_floats(v))}")
    # print(hex_to_floats("b3f4c5"))

    print(floats_to_hex(0.5, 0.9999, 0.25))
    print(list(hue_to_code(h) for h in generate_hues(1)))
    print(list(hue_to_code(h) for h in generate_hues(2)))
    print(list(hue_to_code(h) for h in generate_hues(3)))
    print(list(hue_to_code(h) for h in generate_hues(4)))
    print(list(hue_to_code(h) for h in generate_hues(5)))
    print(list(hue_to_code(h) for h in generate_hues(6)))


# M: '0xfdfdca', F: '0xcacafd']
# MM: '0xfdd7ca', MF: '0xd7fdca', FF: '0xcaf0fd', FM: '0xf0cafd']
# MMM: '0xfdc4ca', MMF: '0xfdeaca', MFM: '0xeafdca', MFF: '0xcafdd1', FFF: '0xcafdf7', FFM: '0xcaddfd', FMF: '0xddcafd', FMM: '0xfdcaf7']
# MMMM: '0xfdbaca', MMMF: '0xfdcdca', MMFM: '0xfde0ca', MMFF: '0xfdf3ca', MFMM: '0xf3fdca', MFMF: '0xe0fdca', MFFM: '0xcdfdca', MFFF: '0xcafdda', FFFF: '0xcafded', FFFM: '0xcafafd', FFMF: '0xcae7fd', FFMM: '0xcad4fd', FMFF: '0xd4cafd', FMFM: '0xe7cafd', FMMF: '0xfacafd', FMMM: '0xfdcaed']
# MMMMM: '0xfdb6ca', MMMMF: '0xfdbfca', MMMFM: '0xfdc9ca', MMMFF: '0xfdd2ca', MMFMM: '0xfddcca', MMFMF: '0xfde5ca', MMFFM: '0xfdefca', MMFFF: '0xfdf8ca', MFMMM: '0xf8fdca', MFMMF: '0xeffdca', MFMFM: '0xe5fdca', MFMFF: '0xdcfdca', MFFMM: '0xd2fdca', MFFMF: '0xcafdcc', MFFFM: '0xcafdd5', MFFFF: '0xcafddf', -- FFFFF: '0xcafde8', FFFFM: '0xcafdf2', FFFMF: '0xcafdfb',  FFFMM: '0xcaf5fd', FFMFF: '0xcaecfd', FFMFM: '0xcae2fd', FFMMF: '0xcad9fd', FFMMM: '0xcacffd', FMFFF: '0xcfcafd', FMFFM: '0xd9cafd', FMFMF: '0xe2cafd', FMFMM: '0xeccafd', FMMFF: '0xf5cafd', FMMFM: '0xfdcafb', FMMMF: '0xfdcaf2', FMMMM: '0xfdcae8']
# ['0xfdb3ca', '0xfdb8ca', '0xfdbdca', '0xfdc2ca', '0xfdc6ca', '0xfdcbca', '0xfdd0ca', '0xfdd5ca', '0xfdd9ca', '0xfddeca', '0xfde3ca', '0xfde8ca', '0xfdecca', '0xfdf1ca', '0xfdf6ca', '0xfdfbca', '0xfbfdca', '0xf6fdca', '0xf1fdca', '0xecfdca', '0xe8fdca', '0xe3fdca', '0xdefdca', '0xd9fdca', '0xd5fdca', '0xd0fdca', '0xcbfdca', '0xcafdce', '0xcafdd3', '0xcafdd8', '0xcafddc', '0xcafde1', '0xcafde6', '0xcafdeb', '0xcafdef', '0xcafdf4', '0xcafdf9', '0xcafcfd', '0xcaf7fd', '0xcaf3fd', '0xcaeefd', '0xcae9fd', '0xcae4fd', '0xcae0fd', '0xcadbfd', '0xcad6fd', '0xcad1fd', '0xcacdfd', '0xcdcafd', '0xd1cafd', '0xd6cafd', '0xdbcafd', '0xe0cafd', '0xe4cafd', '0xe9cafd', '0xeecafd', '0xf3cafd', '0xf7cafd', '0xfccafd', '0xfdcaf9', '0xfdcaf4', '0xfdcaef', '0xfdcaeb', '0xfdcae6']