// INTERNALS
private bool Kick(LayerMask i_Mask, FP i_AppliedForce, FP i_DeltaTime, bool i_InvertVelocity = false)
{
bool kickedAnything = false;
TSCollider2D[] colliders = TSPhysics2D.OverlapCircleAll(tsTransform2D.position, m_Radius, i_Mask);
if (colliders != null)
{
for (int colliderIndex = 0; colliderIndex < colliders.Length; ++colliderIndex)
{
TSCollider2D currentCollider = colliders[colliderIndex];
if (currentCollider == null)
{
continue;
}
GameObject currentGo = currentCollider.gameObject;
if (m_CharacterController != null)
{
int currentLayer = m_CharacterController.currentLayer;
if (currentLayer == m_ChargingLayer)
{
continue;
}
}
tnKickable kickable = currentGo.GetComponent <tnKickable>();
if (kickable == null)
{
continue;
}
TSTransform2D kickableTransform = kickable.tsTransform2D;
if (kickableTransform == null)
{
continue;
}
TSVector2 kickablePosition = kickableTransform.position;
kickedAnything = true;
// Evaluate force.
TSVector2 direction = kickablePosition - tsTransform2D.position;
direction.Normalize();
TSVector2 force = direction * i_AppliedForce;
if (i_InvertVelocity)
{
if (i_DeltaTime > FP.Zero)
{
FP otherMass = kickable.mass;
TSVector2 otherVelocity = kickable.currentVelocity;
TSVector2 oppositeForce = (otherMass * otherVelocity) / i_DeltaTime;
oppositeForce = oppositeForce * -FP.One;
force += oppositeForce;
}
}
// Kick.
kickable.Kick(force, gameObject);
// Notify listeners.
if (m_KickEvent != null)
{
m_KickEvent(kickable);
}
}
}
return(kickedAnything);
}
