def part1():
grid = ParseInput(problem.GetRaw(11))
converged = grid.RunToConvergence()
print(sum(cell == "#" for cell in converged.data.values()))
def part2():
debug.console.rule("[bold red]Part 2")
p = Parse(problem.GetRaw(17), dimension=4)
for _ in range(0, 6):
p = Step(p)
debug.console.log(len(p))
def part1():
debug.console.rule("[bold red]Part 1")
tiles = {t.tile_id: t for t in FromStr(problem.GetRaw(20))}
solution = Solve(tiles)
debug.console.log(solution[0, 0][0] * solution[0, 11][0] *
solution[11, 0][0] * solution[11, 11][0])
def part2():
debug.console.rule("[bold red]Part 2")
tiles = {t.tile_id: t for t in FromStr(problem.GetRaw(20))}
solution = Solve(tiles)
stitched = Stitch(tiles, solution)
debug.console.log(Roughness(stitched))
def part1():
debug.console.rule("[bold red]Part 1")
state = State.FromStr(problem.GetRaw(22))
state.Run(False)
debug.console.log(state.value_winner)