void OnParticleCollision(GameObject other)
{
ParticlePhysicsExtensions.GetCollisionEvents(ps, other, psCollisionEvents);
ParticleMagic pm = other.gameObject.GetComponent <ParticleMagic>();
if (pm != null)
{
solidMagicCollision = true;
solidMagicCollisionResetTime = .1f;
ActivateOnCollision.Value()();
// // List<Vector3> collisionPoints = new List<Vector3>( psCollisionEvents.Count );
for (int i = 0; i < psCollisionEvents.Count; i++)
{
ParticleCollisionData pcd = new ParticleCollisionData();
pcd.pointOfCollision = psCollisionEvents[i].intersection;
pcd.velocity = psCollisionEvents[i].velocity;
if (myCollider.isTrigger)
{
ClipperTest ct = other.gameObject.GetComponent <ClipperTest>();
pcd.elementCollision = myMagic.GetElement();
ct.AddCollisionPoints(pcd);
// print("ADDING TO OTHER CT");
}
else
{
pcd.elementCollision = pm.GetElement();
collisionPoints.Add(pcd);
}
float markerLength = .2f;
Debug.DrawLine(psCollisionEvents[i].intersection - Vector3.up * markerLength / 2, psCollisionEvents[i].intersection + Vector3.up * markerLength / 2, Color.blue);
Debug.DrawLine(psCollisionEvents[i].intersection - Vector3.right * markerLength / 2, psCollisionEvents[i].intersection + Vector3.right * markerLength / 2, Color.blue);
// print("ParticleCollision object " + psCollisionEvents[i].intersection );
}
}
}
void AddCollisionPoints(ParticleCollisionData pcd)
{
collisionPoints.Add(pcd);
}
