public void OnNucleonCollisionExit(NucleonCollisionExit CollisionExit)
{
TouchingFaces.Remove(CollisionExit.OtherCollider.GetInstanceID());
if (CollisionExit.OtherCollider == Ground)
{
Grounded = false;
Ground = null;
GravityTimer = (sfloat)0;
}
}
public void OnNucleonCollisionEnter(NucleonCollision Collision)
{
if (!TouchingFaces.ContainsKey(Collision.OtherCollider.GetInstanceID()))
{
TouchingFaces.Add(Collision.OtherCollider.GetInstanceID(), new bool[0]);
}
bool[] FacesArray = { Collision.TouchingMinX, Collision.TouchingMaxX, Collision.TouchingMinY, Collision.TouchingMaxY, Collision.TouchingMinZ, Collision.TouchingMaxZ };
TouchingFaces[Collision.OtherCollider.GetInstanceID()] = FacesArray;
transform.position = (Vector3)PrepareDetunnel(FacesArray, Collision);
if (Collision.CollisionDirection.y < (sfloat)0 && !FacesArray[0] && !FacesArray[1] && !FacesArray[4] && !FacesArray[5])
{
Grounded = true;
Ground = Collision.OtherCollider;
CalculationVelocity.y = 0;
GravityTimer = (sfloat)0;
transform.position = (Vector3) new svector3(
(sfloat)transform.position.x,
(((sfloat)transform.localScale.y + (sfloat)Collision.SelfCollider.Scale.y) / (sfloat)2) + Collision.OtherCollider.CubeModel.MaxY - (sfloat)Collision.SelfCollider.CollisionOverlapThreshold - (sfloat)Collision.SelfCollider.Position.y,
(sfloat)transform.position.z);
}
}
