def part1():
"""Output the answer to part 1 - """
cpu = IntCodeProcessor(path='day11input.txt')
heading = (0, 1)
path = [(0, 0)]
paint = {}
result = None
next_input = None
while result is None:
try:
result = cpu.execute_program(next_input, reset=False)
except ExecutionError as err:
assert err.reason == ExecutionCode.NEED_INPUT
pass
output_count = len(cpu.outputs)
assert output_count == 2 or output_count == 0
if output_count == 2:
new_color = cpu.outputs.pop(0)
turn = cpu.outputs.pop(0)
heading = step_robot(new_color, turn, path, heading, paint)
next_input = paint.get(path[-1], 0)
print(f'Part 1 answer: {len(paint)}')
def part1(inputs=None):
"""Output the answer to part 1 - """
cpu = IntCodeProcessor(path='day13input.txt')
output = cpu.execute_program()
block_count = sum(
[1 for instruction in output[2::3] if instruction == BLOCK])
print(f'Part 1 answer: {block_count}')
def part2():
"""Output the answer to part 2 - What's the final score"""
program = IntCodeProcessor.load_program('day13input.txt')
program[0] = 2
cpu = IntCodeProcessor(program)
result = None
next_input = None
ball_pos = None
paddle_pos = None
score = None
while result is None:
try:
result = cpu.execute_program(next_input, reset=False)
except ExecutionError as err:
assert err.reason == ExecutionCode.NEED_INPUT
ball_pos, paddle_pos, score = process_output(cpu.outputs, ball_pos,
paddle_pos, score)
cpu.outputs = []
next_input = next_input_for(ball_pos, paddle_pos)
print(f'Part 2 answer: {score}')
from intcode import IntCodeProcessor
cpu = IntCodeProcessor(path='day05input.txt')
print('Part 1 answer: ', cpu.execute_program(1)[-1])
print('Part 2 answer: ', cpu.execute_program(5)[0])
if __name__ == '__main__':
#part1()
part2()
cpu = IntCodeProcessor(path='day11input.txt')
heading = (0, 1)
path = [(0, 0)]
paint = {}
result = None
next_input = 1
while result is None:
try:
result = cpu.execute_program(next_input, reset=False)
except ExecutionError as err:
assert err.reason == ExecutionCode.NEED_INPUT
pass
output_count = len(cpu.outputs)
assert output_count == 2 or output_count == 0
if output_count == 2:
new_color = cpu.outputs.pop(0)
turn = cpu.outputs.pop(0)
heading = step_robot(new_color, turn, path, heading, paint)
next_input = paint.get(path[-1], 0)
s = {}
for loc, color in paint.items():
s.setdefault(loc[1], []).append((loc[0], color))
def generate_thruster_signal(program, phase_settings):
cpu = IntCodeProcessor(program)
signal = 0
for phase in phase_settings:
signal = cpu.execute_program([phase, signal])[0]
return signal