from dataclasses import dataclass


@dataclass
class RGB:
    r: int = 0
    g: int = 0
    b: int = 0




def return_diff_color(c1: RGB, c2: RGB, percent: int) -> RGB:
    def return_diff(n1, n2, percent=100) -> int:
        if n1 > n2:
            return n1 - int((n1 - n2) * (percent / 100))
        elif n2 > n1:
            return n2 - int((n2 - n1) * (percent / 100))
        return n1
    new_rgb = RGB(r=return_diff(c1.r, c2.r,percent), g=return_diff(c1.g, c2.g,percent), b=return_diff(c1.b, c2.b,percent))
    return new_rgb


def color_to_hex(color: RGB) -> str:
    def return_hex_number(n: int):
        hnum=hex(int(n))
        return f'{str(hnum).replace("0x", "").zfill(2)}'

    r: str = return_hex_number(color.r)
    g: str = return_hex_number(color.g)
    b: str = return_hex_number(color.b)
    return f"{r}{g}{b}"


base_color = RGB(r=68, g=121, b=84)
end_color = RGB(r=0, g=255, b=68)

print(base_color)
print(end_color)
print(return_diff_color(base_color,end_color,50))

for x in range(1, 101,20):
    # _color=return_diff_color(c1=base_color,c2=end_color,percent=x)
    _color = f'#{color_to_hex(return_diff_color(base_color, end_color, x))}'
    print(_color)
# print(return_diff(0,100,50))