def main():
text_input = get_raw_input()
int_code = IntCode(text_input)
int_code._int_code[0] = 2
tiles = dict()
score = 0
paddle = Paddle()
ball = Ball()
while not int_code.finished:
for co in tiles.keys():
if tiles[co] == Tiles.PADDLE:
paddle.x = co[0]
elif tiles[co] == Tiles.BALL:
ball.set_x_pos(co[0])
ball.update_direction()
if ball.direction == Directions.LEFT and paddle.x > ball.x:
int_code.add_input(Joystick.LEFT)
elif ball.direction == Directions.RIGHT and ball.x > paddle.x:
int_code.add_input(Joystick.RIGHT)
elif paddle.x > ball.x:
int_code.add_input(Joystick.LEFT)
elif paddle.x < ball.x:
int_code.add_input(Joystick.RIGHT)
else:
int_code.add_input(Joystick.NEUTRAL)
int_code.execute_till_halt()
output_instructions = list(int_code.output_buffer.queue)
i = 0
while i + 2 < len(output_instructions):
x, y, id_ = output_instructions[i:i + 3]
if x == -1 and y == 0:
score = id_
else:
tiles[(x, y)] = id_
i += 3
print_tiles(tiles)
print('Score after all blocks are broken:', score)
def main():
text_input = get_raw_input()
int_code = IntCode(text_input)
int_code.execute_till_halt()
output_instructions = list(int_code.output_buffer.queue)
tiles = dict()
i = 0
while i + 2 < len(output_instructions):
tiles[(output_instructions[i],
output_instructions[i + 1])] = output_instructions[i + 2]
i += 3
count = 0
for tile in tiles.values():
if tile == 2:
count += 1
print(count)
