def get_seat_id(input_seat_position: Tuple[int, int]):
"""Get seat id."""
return input_seat_position[0] * 8 + input_seat_position[1]
def part_one(input_data) -> int:
"""Print part one answer."""
part_one_ans = max(map(get_seat_id, map(get_seat_position, input_data)))
print(f"Part one ans: {part_one_ans}")
return part_one_ans # used in part 2
def part_two(part_one_ans: int, input_data) -> None:
"""Print part two answer."""
seen = set()
for seat_str in input_data:
seat_pos = get_seat_position(seat_str)
seat_id = get_seat_id(seat_pos)
seen.add(seat_id)
candidates = set(range(part_one_ans)) - seen
for candidate in candidates:
if (candidate + 1 in seen and candidate - 1 in seen):
part_two_ans = candidate
print(f"Part two ans: {part_two_ans}")
if __name__ == "__main__":
dat = get_day_input(5)
p1 = part_one(dat)
part_two(p1, dat)
print(f"Part one ans: {next_input * (2020 - next_input)}")
break
to_look_for.append(2020 - next_input)
def part_two(input_data) -> None:
"""Computes answer to part two."""
to_look_for = []
candidates = []
for i in input_data:
for j in input_data[1:]:
if i + j < 2020:
to_look_for.append(2020 - i - j)
if i in to_look_for:
candidates.append(i)
if len(candidates) == 2:
p2ans = (candidates[0] *
candidates[1] * (2020 -
candidates[0] -
candidates[1]
)
)
print(f"Part two ans: {p2ans}")
break
if __name__ == "__main__":
dat = [int(x) for x in get_day_input(1)]
part_one(dat)
part_two(dat)