def __call__(self, dt):
self.createBallTimer += dt
if (self.createBallTimer > self.createBallInterval):
self.createBallTimer = 0.0
ball = Ball(random.choice(self.ballTypes))
ball.moveStrategy = SinusMoveStrategy(self.angularSpeed, random.choice([-1, 1])*self.ballSpeed, ball);
self.gameLayer.addBall(ball)
self.ballsLeft -= 1
if self.ballsLeft == 0:
self.expired = True
return
def __call__(self, dt):
self.createBallTimer += dt
if (self.createBallTimer > self.createBallInterval):
self.createBallTimer = 0.0
ball = Ball(random.choice(self.ballTypes))
angle = 2*math.pi*random.random()
ball.moveStrategy = LineerMoveStrategy(angle, self.ballSpeed, ball);
self.gameLayer.addBall(ball)
self.ballsLeft -= 1
if self.ballsLeft == 0:
self.expired = True
return
def __call__(self, dt):
self.createBallTimer += dt
if (self.createBallTimer > self.createBallInterval):
self.createBallTimer = 0.0
angle = 2*math.pi*random.random()
for type in random.sample(self.ballTypes, self.simul):
ball = Ball(type)
ball.moveStrategy = LineerMoveStrategy(angle, self.ballSpeed, ball)
self.gameLayer.addBall(ball)
angle += self.angleStep
self.ballsLeft -= 1
if self.ballsLeft == 0:
self.expired = True
return
