def part1(inp: list[str]) -> None:
tiles = parse_tiles(inp)
img = Image()
img.fit(tiles)
edge_ids = map(lambda tile: tile.id, img.get_edge_tiles())
print(reduce(operator.mul, edge_ids))
def part2(inp: list[str]) -> None:
tiles = parse_tiles(inp)
img = Image()
img.fit(tiles)
combined = img.get_combined()
for i, variation in enumerate(get_variations(combined)):
monster_count = count_monsters(variation)
if monster_count > 1:
total_count = sum(sum(row) for row in variation)
print(total_count - monster_count * 15)
return
