ball.detect_bat(ai_bat.pos())
if ball.detect_edge() == 1:
# Player wins
player_score.update()
# Reposition ball with new heading
ball.new_position()
ball.setheading(choice([135, -135])) # + randint(-10, 10))
elif ball.detect_edge() == 2:
# AI wins
ai_score.update()
# Reposition ball with new heading
ball.new_position()
ball.setheading(choice([-45, 45])) # + randint(-10, 10))
else:
# If the bat direction has changed, then get a new random AI bat speed
if ball.ycor() - ai_bat.ycor() > 10:
new_ai_direction = 1
elif ball.ycor() - ai_bat.ycor() < -10:
new_ai_direction = -1
else:
new_ai_direction = 0
if new_ai_direction != ai_direction and new_ai_direction != 0:
ai_direction = new_ai_direction
ai_speed = int(
uniform(C.AI_BAT_SPEED - 3, C.AI_BAT_SPEED + 3) *
C.INIT_SPEED_MULTIPLIER / ball.speed_multiplier)
ai_bat.move(new_ai_direction * ai_speed)
# Close the screen once the game has ended and the screen is clicked
# This binds bye() method to mouse clicks on the Screen.
# Also enters s.mainloop() if “using_IDLE” in the configuration dictionary is False.
bat1.reset()
bat2.reset()
score_right.increase_score()
goal = True
goal_right += 1
rally = 0
ball.decrease_speed()
if goal_right > 9:
score_right.game_over()
game_is_on = False
# Detect collision with bats
if ball.distance(bat2) < 25 or ball.distance(
bat2.xcor(),
bat2.ycor() + 27) < 25 or ball.distance(bat2.xcor(),
bat2.ycor() - 27) < 25:
ball.setheading(random.randint(125, 200))
rally = check_for_rally(rally)
if ball.distance(bat1) < 25 or ball.distance(
bat1.xcor(),
bat1.ycor() + 27) < 25 or ball.distance(bat1.xcor(),
bat1.ycor() - 27) < 25:
ball.setheading(random.randint(-60, 60))
rally = check_for_rally(rally)
# Detect collision with floor
if ball.ycor() < -360:
# ball.setheading(random.randint(3, 60))
ball.setheading(-ball.heading())
