void CheckRiderHit(int hitPlayerIndex)
{
RiderStateManager otherRider = hitPlayers[hitPlayerIndex];
// both players handle reflection
Vector3 collisionNormal = (this.transform.position - otherRider.transform.position).normalized;
jumpDirection = jumpDirection - 2f * (Vector3.Dot(jumpDirection, collisionNormal)) * collisionNormal;
if (stateMachine.currentState == "JUMP" && otherRider.stateMachine.currentState == "RIDE")
{
}
else if (stateMachine.currentState == "RIDE" && otherRider.stateMachine.currentState == "JUMP")
{
speed += (otherRider.jumpSpeed + Mathf.Abs(otherRider.speed)) * 2f * Vector3.Dot(-collisionNormal, this.tangent) * Vector3.Dot(otherRider.jumpDirection, this.tangent);
}
// only one player handles the speed and killing stuff
if (Mathf.Abs(speed) > killSpeedThreshold && !OtherHasSimilarSpeed(otherRider))
{
Debug.Log("high speed collision, kill player " + otherRider.playerNum);
hitPlayers[hitPlayerIndex].Kill();
}
else
{
Debug.Log("bump");
}
if (!otherRider.hitPlayers.Contains(this))
{
float tempSpeed = speed;
speed = otherRider.speed;
otherRider.speed = tempSpeed;
}
}
bool OtherHasSimilarSpeed(RiderStateManager other)
{
float otherSpeed = other.speed;
return(Mathf.Abs(speed - otherSpeed) <= killSpeedThreshold);
}
