if result_direction == OUTPUT_TURN_RIGHT
else (direction_idx - 1 + len(directions))
) % len(directions)
position = (
position[0] + directions[direction_idx][0],
position[1] + directions[direction_idx][1],
)
return point_colors
def paint_output(painted_grid: dict):
minx = min(painted_grid, key=lambda tile: tile[0])[0]
maxx = max(painted_grid, key=lambda tile: tile[0])[0]
miny = min(painted_grid, key=lambda tile: tile[1])[1]
maxy = max(painted_grid, key=lambda tile: tile[1])[1]
for y in range(miny, maxy + 1):
row = ""
for x in range(minx, maxx + 1):
row += "#" if painted_grid.get((x, y)) == COLOR_WHITE else " "
print(row)
instructions = IntCode.read_instructions(sys.argv[1])
print(f"Panels: {len(get_painted_grid(instructions.copy(), COLOR_BLACK))}")
paint_output(get_painted_grid(instructions.copy(), COLOR_WHITE))
from intcode import IntCode
INPUT_DEBUG = 1
INPUT_BOOST = 2
instructions = IntCode.read_instructions("input.txt")
intcode = IntCode(instructions).with_input(INPUT_BOOST)
result = 0
while result is not None:
result = intcode.run_instructions()
if result is not None:
print(f"Output: {result}")
