def run():
initPlayer(0, 0, False)
initPlayer(72, 56, True)
while True:
waitForUpdate()
update()
draw()
ball_posX = 20
ball_posY = 20
ball_speedX = 1
ball_speedY = 1
ball_size = 4
# paddle1 attributes
paddle1_posX = 10
paddle1_posY = 30
# Dimension of both paddles
paddle_height = 10
paddle_width = 3
while True:
gb.waitForUpdate()
gb.display.clear()
# Update paddle1 position
if (gb.buttons.repeat(gb.buttons.UP, 0)):
paddle1_posY = paddle1_posY - 1
if (gb.buttons.repeat(gb.buttons.DOWN, 0)):
paddle1_posY = paddle1_posY + 1
# Update ball position
ball_posX = ball_posX + ball_speedX
ball_posY = ball_posY + ball_speedY
# Collisions with walls
if (ball_posY < 0):
ball_speedY = 1
player_height = 12
player_width = 3
player_speed = 2
# Position initiale de la raquette :
player_x_position = 10
player_y_position = 30
# Score
score = 0
total = 0
begin()
while True:
waitForUpdate()
display.clear()
# Si on presse les boutons UP ou DOWN, nous déplaçons la raquette vers le haut, ou vers le bas :
if buttons.repeat(buttons.UP, 0):
player_y_position = player_y_position - player_speed
if buttons.repeat(buttons.DOWN, 0):
player_y_position = player_y_position + player_speed
# Nous déplaçons la balle
ball_x_position = ball_x_position + ball_x_speed
ball_y_position = ball_y_position + ball_y_speed
# Vérification si la balle entre en collision avec le haut, bas ou droite de l'écran
# Si c'est le cas, nous inversons sa direction
