def get_map(cls, program: typing.List[int], draw_mode=False) -> "Map":
computer = IntComputer(program, wait_after_output=True, wait_for_input=True)
visited = defaultdict(int)
droid_map = Map()
steps = 0
while not computer.finished and steps < 6000:
direction = droid_map.get_best_direction(visited)
steps += 1
computer.inputs = [direction]
computer.run()
while not computer.waiting:
computer.run()
output = computer.output
if output == OUTPUT_WALL:
droid_map.wall_hit([NORTH, SOUTH, WEST, EAST][direction - 1])
if output == OUTPUT_FREE:
[droid_map.north, droid_map.south, droid_map.west, droid_map.east][
direction - 1
]()
droid_map.set_position(droid_map.position, FREE)
if output == OUTPUT_OXYGEN:
[droid_map.north, droid_map.south, droid_map.west, droid_map.east][
direction - 1
]()
droid_map.set_position(droid_map.position, OXYGEN)
visited[droid_map.position] += 1
if draw_mode:
droid_map.render()
return droid_map
def day05_01():
program = get_number_list_from_file("./puzzles/05/puzzle.txt")
computer = IntComputer(memory=program)
computer.inputs = [1]
computer.run()
print(f"conditioner unit (part 1) {computer.output}")
def day05_02():
program = get_number_list_from_file("./puzzles/05/puzzle.txt")
computer = IntComputer(memory=program)
computer.inputs = [5]
computer.run()
print(f"thermal radiator controller (part 2) {computer.output}")
