ball_paddle_collision_flag = ball.ball_paddle_collision(pd)
ball.ball_wall_collision()
score = ball.ball_brick_collision(bricks=BRICKS,
canvas=CANVAS,
powerups=POWERUPS,
score=score)
check_powerup_bricks()
check_ball_grab()
check_game_over()
check_game_win()
brick_fall(ball_paddle_collision_flag)
if ball.over(CANVAS):
reset()
pd.display(CANVAS)
ball.display(CANVAS)
print_canvas()
# TAKING INPUT
key_press = ip.get_parsed_input(timeout=0.07)
if key_press == "d":
pd.move_paddle(CANVAS, 4)
if attached:
ball.move(CANVAS, vel_x=4, attached=True)
elif key_press == "a":
pd.move_paddle(CANVAS, -4)
if attached:
ball.move(CANVAS, vel_x=-4, attached=True)
if not attached:
#
# main
#
WIDTH = 128
HEIGHT = 64
score = Score(WIDTH, HEIGHT)
ball = Ball(WIDTH, HEIGHT, score)
paddle_r = Paddle(WIDTH, HEIGHT)
paddle_l = Paddle(WIDTH, HEIGHT, True)
game_disp = set_pygame_keys(GameDisplay(WIDTH, HEIGHT), paddle_l, paddle_r)
#
# main loop
#
while 1:
time.sleep(.05)
if ball_hit_paddle(paddle_l, ball) or ball_hit_paddle(paddle_r, ball):
ball.x_bounce()
ball.move()
paddle_l.move()
paddle_r.move()
game_disp.check_keys()
game_disp.translate_to_pygame(
score.display(
ball.display(
paddle_l.display(
paddle_r.display(make_new_display(WIDTH, HEIGHT))))))
