compute_cursor(key_pressed)
return ball, cursor, bricks, lifes
# Use it to determine the main program, RESPECT THE SYNTAX
if __name__ == '__main__':
width_screen = 600
height_screen = 600
# Enable graphics engine
engine = GameEngine(width_screen, height_screen)
# Create ball
ball = Ball(width_screen / 2, height_screen - 200)
ball.dx = -6
ball.dy = -3
# Create cursor
cursor = Cursor(width_screen / 2, height_screen - 30)
# Create Bricks
bricks = add_lines_brick(2, 3, width_screen)
# Create lifes
lifes = [
Life(5, height_screen - 100),
Life(50, height_screen - 100),
Life(100, height_screen - 100)
]
print(bricks)
# Main loop for graphics
while len(bricks) > 0 and len(lifes) > 0:
key = pygame.key.get_pressed()
if key[pygame.K_w]:
paddle1.rect.y += -paddle1.speed
if key[pygame.K_s]:
paddle1.rect.y += paddle1.speed
if key[pygame.K_UP]:
paddle2.rect.y += -paddle2.speed
if key[pygame.K_DOWN]:
paddle2.rect.y += paddle2.speed
pong.rect.x += pong.speed * pong.dx
pong.rect.y += pong.speed * pong.dy
# -- Ball Collisions
if pong.rect.y > 490:
pong.dy = -1
if pong.rect.x > 740:
pong.rect.x, pong.rect.y = 375, 250
pong.dx = -1
paddle1.points += 1
if pong.rect.y < 10:
pong.dy = 1
if pong.rect.x < 10:
pong.rect.x, pong.rect.y = 375, 250
pong.dx = 1
paddle2.points += 1
if paddle1.rect.colliderect(pong.rect):
pong.dx = 1
if paddle2.rect.colliderect(pong.rect):
pong.dx = -1