/**
* Normalizes a ball's position after it has hit a paddle.
*
* @param r The paddle the ball has hit.
*/
protected void normalize(Paddle p) {
// Quit if the ball is outside the width of the paddle
if (x < p.getLeft() || x > p.getRight()) {
return;
}
// Case if ball is above the paddle
if (y < p.getTop()) {
y = Math.min(y, p.getTop() - Ball.RADIUS);
} else if (y > p.getBottom()) {
y = Math.max(y, p.getBottom() + Ball.RADIUS);
}
}
protected void handleBottomFastBounce(Paddle paddle, float px, float py) {
if (mBall.goingDown() == false) return;
float bx = mBall.x;
float by = mBall.y + Ball.RADIUS;
float pbx = px;
float pby = py + Ball.RADIUS;
float dyp = by - paddle.getTop();
float xc = bx + (bx - pbx) * dyp / (pby - by);
if (by > paddle.getTop()
&& pby < paddle.getTop()
&& xc > paddle.getLeft()
&& xc < paddle.getRight()) {
mBall.x = xc;
mBall.y = paddle.getTop() - Ball.RADIUS;
mBall.bouncePaddle(paddle);
playSound(mPaddleSFX);
increaseDifficulty();
}
}
