private bool UpdateCollisionWithBall(MyBall ball)
{
bool collided = (ball.IsInAutoDrawSet()) && Collided(ball);
if (collided)
{
ball.RemoveFromAutoDrawSet();
}
return(collided);
}
public bool UpdatePaddles(float rotation, MyBall ball)
{
bool hit = false;
int i = 0;
while ((!hit) && (i < mPaddles.Length))
{
hit = mPaddles[i].Update(rotation, ball);
i++;
}
return(hit);
}
protected override void InitializeWorld()
{
World.SetWorldCoordinate(new Vector2(0, 0), kWorldWidth);
mHit = mMissed = 0;
mLeftPaddles = new PaddleSet(PaddleSet.PaddleSetType.eLeftSet,
3, // number of paddles
15, // x position of the paddles
10, // initial y position
15); // y distance between the paddles
mRightPaddles = new PaddleSet(PaddleSet.PaddleSetType.eRightSet,
4, // number of paddles
70, // x position of the paddles
15, // initial y positions
8); // y distance between the paddles
mBall = new MyBall();
}
protected override void InitializeWorld()
{
World.SetWorldCoordinate(new Vector2(0, 0), kWorldWidth);
mHit = mMissed = 0;
mLeftPaddles = new Paddle[kNumPaddlesPerSide];
float y = kYDist;
int i = 0;
while (i < kNumPaddlesPerSide)
{
// allocate the left/right paddles
mLeftPaddles[i] = new Paddle(new Vector2(kLeftPosition, y));
i++;
y += kYDist;
}
mBall = new MyBall();
}
public bool Update(float userInput, MyBall ball)
{
float rotateTo = RotatedAngle(userInput);
// update the rotine stuff
bool ballDead = UpdateCollisionWithBall(ball);
// Now come to handle our own state
switch (mCurrentPaddleState)
{
case PaddleState.PaddleAtRest:
UpdatePaddleFromRest(rotateTo);
break;
case PaddleState.PaddleReturning:
UpdatePaddleFromDownMotion(rotateTo);
break;
}
mShowDir.SetEndPoints(Center, Center + (3 * FrontDirection), 0.8f);
mShowDir.Color = Color.Black;
return(ballDead);
}
