void bounce()
{
List <PaddleSegmentBounceStats> statBlocks = new List <PaddleSegmentBounceStats> {
lastBounceThisFrame.PaddleSegment.BounceStats
};
if (penultimateBounceThisFrame != null && collisionsWereNextToEachOther())
{
statBlocks.Add(penultimateBounceThisFrame.PaddleSegment.BounceStats);
}
PaddleSegmentBounceStats bounceStats = PaddleSegmentBounceStats.Average(statBlocks);
float inheritAngleDirection = MathfExtra.TernarySign(Mover.LineRightEdge.position.x - Mover.LineLeftEdge.position.x); // flip the angle if the mover goes from right to left, or don't inherit any angle if the mover goes up and down
float inheritSpeedAngle = Mover.Velocity * bounceStats.InheritSpeedAngleMultiplier * inheritAngleDirection;
float exitAngleOffPaddle = Mathf.Clamp(bounceStats.BounceAngle + inheritSpeedAngle, -180, 180);
Ball ball = lastBounceThisFrame.Ball;
float speed = bounceStats.BounceSpeed + Mathf.Abs(Mover.Velocity) * bounceStats.InheritSpeedBounceMultiplier;
Vector2 newVelocity = speed * angleToVector(exitAngleOffPaddle);
newVelocity.x += ball.Velocity.x * bounceStats.OriginalXSpeedOfBallRetainedOnBounce;
ball.Bounce(newVelocity, Vector2Int.up);
}
void manageMoveLag()
{
var moveDirection = MathfExtra.TernarySign(Mover.Velocity);
if (moveDirection != previousMoveDirection)
{
previousMoveDirection = moveDirection;
if (moveDirection != 0)
{
visualPositionAtStartOfLag = transform.position;
MoveLagTransition.FlashFromTo(0, 1);
}
}
Visual.transform.position = Vector3.Lerp(visualPositionAtStartOfLag, transform.position + startingVisualLocalPosition, MoveLagTransition.Value);
}
