def main():
input_queue = Queue()
output_queue = Queue()
program = IntcodeProgram(io_scheme=IntcodeProgram.IOScheme.QUEUE,
input_queue=input_queue,
output_queue=output_queue)
program.initialize_memory_from_file('input.txt')
arcade_data = program.dump_memory()
program.run_to_end()
tiles = defaultdict(int)
while True:
try:
x = program.get_output(block=False)
y = program.get_output(block=False)
tile = Tile(program.get_output(block=False))
tiles[tile] += 1
except Empty:
break
print(f'Block Count: {tiles[Tile.BLOCK]}')
program.load_memory(arcade_data)
program.set_memory_address(0, 2)
tiles = {}
while True:
try:
program.execute_next()
except WaitingForInput:
process_frame(program, tiles)
# draw_screen(tiles)
paddle = get_paddle_x(tiles)
ball = get_ball_x(tiles)
if paddle > ball:
program.queue_input(-1)
elif paddle < ball:
program.queue_input(1)
else:
program.queue_input(0)
except ProgramHalted:
print('Program Complete')
process_frame(program, tiles)
break
draw_screen(tiles)
print(f'Final Score: {tiles[(-1, 0)]}')
def main():
input_queue = Queue()
output_queue = Queue()
program = IntcodeProgram(io_scheme=IntcodeProgram.IOScheme.QUEUE,
input_queue=input_queue,
output_queue=output_queue)
program.initialize_memory_from_file('input.txt')
memory_dump = program.dump_memory()
survey_hull(program, memory_dump)
survey_hull(program, memory_dump, run=True)
def main():
input_queue = Queue()
output_queue = Queue()
program = IntcodeProgram(io_scheme=IntcodeProgram.IOScheme.QUEUE,
input_queue=input_queue,
output_queue=output_queue)
program.initialize_memory_from_file('input.txt')
memory_dump = program.dump_memory()
left_edge_coordinates, right_edge_coordinates = part_one(
program, memory_dump)
part_two(program, memory_dump, left_edge_coordinates,
right_edge_coordinates)
def main():
input_queue = Queue()
output_queue = Queue()
program = IntcodeProgram(io_scheme=IntcodeProgram.IOScheme.QUEUE,
input_queue=input_queue,
output_queue=output_queue)
program.initialize_memory_from_file('input.txt')
memory_dump = program.dump_memory()
program.run_to_end()
scaffolding = build_scaffolding(program)
alignment_parameters = []
for scaffold in scaffolding:
if scaffolding.issuperset(scaffold.get_neighbors()):
alignment_parameters.append(scaffold.x * scaffold.y)
print(f'Part One: {sum(alignment_parameters)}')
program.load_memory(memory_dump)
program.set_memory_address(0, 2)
drive_around(program)
