def run() -> tuple(Solution, Solution):
data: Dataset = day(15, lambda row: list(map(int, list(row))))
m = Map(data, 5)
return (
Map(data).shortest_path(),
Map(data, 5).shortest_path(),
)
def run() -> tuple(Solution, Solution):
data: Dataset = day(13)
points, folds = parse_data(data)
return (
len(fold_all(points, folds, 1)),
print_code(fold_all(points, folds)),
)
def run() -> tuple(Solution, Solution):
data: Dataset = day(14)
formula, rules = parse_data(data)
return (Reaction(formula,
rules).step(10).count(), Reaction(formula,
rules).step(40).count())
def run() -> tuple(Solution, Solution):
data: Dataset = day(16)
packet = PacketParser.parse_hex(data)
return (packet.version_sum(), packet.eval())
def run() -> tuple(Solution, Solution):
data = day(5, lambda line: Line(*parse_numbers(line)))
return (max_overlapping_lines(filter(Line.is_horizontal,
data)), max_overlapping_lines(data))
def run() -> tuple(Solution, Solution):
data: Dataset = day(11, lambda line: list(map(int, list(line))))
return (
FlashingMatrix(data).run(100),
FlashingMatrix(data).find_first_synchronized()
)
def run() -> tuple(Solution, Solution):
data = day(2)
return (
final_position(data, position_class=Position),
final_position(data, position_class=AimPosition)
)
def run():
data = day(1, apply=int)
return (
find_increasing(data),
find_increasing_triples(data)
)
def run() -> tuple(Solution, Solution):
data = day(6, parse_numbers)
return (len(Aquarium(data[0]).next_day(80)),
len(Aquarium(data[0]).next_day(256)))
def run() -> tuple(Solution, Solution):
data = day(3)
return (power_consumption(data), LifeSupportRating(data).value)
def run() -> tuple(Solution, Solution):
data: Dataset = day(17, parse_target)
hits = list(all_hits(data))
return (max(hits), len(hits))
def run() -> tuple(Solution, Solution):
data = day(10)
return (
corrupted_score(data),
autocomplete_score(data)
)
def run() -> tuple(Solution, Solution):
data: Dataset = day(9, lambda line: list(map(int, list(line))))
hm = HeatMap(data)
print(hm)
return (hm.risk_factor(), hm.three_biggest_basins())
def run() -> tuple(Solution, Solution):
data = day(4, parse_numbers)
numbers, boards = parse_data(data)
return (first_winning_score(boards,
numbers), last_winning_score(boards, numbers))
def run() -> tuple(Solution, Solution):
data: Dataset = day(12, lambda line: line.split('-'))
caves = Graph(data)
return (caves.number_of_paths(),
caves.number_of_paths(with_second_visit=True))