d = {
    0: (1,(1,1),0,(1,1),1),
    1: (0,(0,1),0,(0,1),0),
    2: (2,(0,1),1,(1,0),1),
    3: (1,(0,1),1,(0,1),1),
    4: (0,(1,1),1,(0,1),0),
    5: (1,(1,0),1,(0,1),1),
}

DOT = "*"
LINE = "|"
SPACE = " "
CHAR_SPACE_SIZE = 4
CHAR_SPACE = SPACE * CHAR_SPACE_SIZE
BASE_WIDTH = 2


def draw_layer(num, size, layer):
    num_setting = d[num]
    if layer in {0, 2, 4}:
        return f'{SPACE}{(DOT if num_setting[layer] else SPACE)*BASE_WIDTH*size}{SPACE}'
    return f'{LINE if num_setting[layer][0] else SPACE}' \
           f'{SPACE * BASE_WIDTH * size}' \
           f'{LINE if num_setting[layer][1] else SPACE}'


def draw(nums, size):
    print(f"printing {nums}, with size {size}")
    for layer in range(5):
        n = 1 if layer in {0, 2, 4} else size
        for i in range(n):
            print(CHAR_SPACE.join(draw_layer(num, size, layer) for num in nums))


if __name__ == '__main__':
    draw([0, 1, 2, 3, 4, 5], 3)