public void FetchCollisions()
{
CubeModel.UpdateBounds(transform, (svector3)Position, (svector3)Scale);
Colliding = ActiveCollisions.Count > 0;
DeltaPosition = ((svector3)transform.position + (svector3)Position) - LastPosition;
LastPosition = ((svector3)transform.position + (svector3)Position);
for (int i = 0; i < NucleonManager.Colliders.Length; i++)
{
NucleonBoxCollider BoxCollider = (NucleonBoxCollider)NucleonManager.Colliders[i];
if (BoxCollider != this)
{
bool Colliding = intersector.CC_I(CubeModel, BoxCollider.CubeModel);
CollisionCheck(Colliding, BoxCollider);
if (Colliding && DebugCollisionVertices)
{
List <svector3> CollidingPointsFetchList = new List <svector3>();
foreach (svector3 Vertice in CubeModel.Vertices)
{
if (intersector.PC_I(Vertice, BoxCollider.CubeModel))
{
CollidingPointsFetchList.Add(Vertice);
}
}
CollidingPoints = CollidingPointsFetchList;
}
if (!Colliding && DebugCollisionVertices)
{
CollidingPoints.Clear();
}
}
}
}
void Awake()
{
DeltaPosition = svector3.Zero();
LastPosition = svector3.Zero();
try
{
Body = GetComponent <NucleonRigidbody>();
}
catch { }
CubeModel = new CubeModel();
ActiveCollisions = new List <NucleonCollider>();
CollidingPoints = new List <svector3>();
UpdateInterval = (sfloat)1f / (sfloat)UpdatesPerSecond;
}
