protected virtual void HandleGravity()
{
//If we have a Physicsbody, borrow their calculation since we dont want to do it twice...
if (pb)
{
gravityUp = pb.GravityUp;
gravityRight = pb.GravityRight;
gravityForward = pb.GravityForward;
}
else
{
//Get the nearest gravitational field and use this as our primary sourse of data
GameObject fieldTmp = GeoCoord.NearestGravitationalBody(transform.position);
if (fieldTmp != nearestGravityField)
{
nearestGravityField = fieldTmp;
gb = nearestGravityField.GetComponent <GravitationalBody>();
}
gravityUp = gb.GravityUp(transform);
//Also collect right and forward while we are here
gravityRight = Vector3.Cross(rb.velocity.normalized, gravityUp);
gravityForward = Vector3.Cross(gravityUp, gravityRight);
//TODO: MOVE TO METHOD SO WE DONT HAVE DUPLICATE CODE
}
}
protected virtual void CalculateUp()
{
//Get the nearest gravitational field and use this as our primary sourse of data
GameObject fieldTmp = GeoCoord.NearestGravitationalBody(transform.position);
if (fieldTmp != nearestGravityField && fieldTmp !=null) {
nearestGravityField = fieldTmp;
gb = nearestGravityField.GetComponent<GravitationalBody>();
}
if (gb) {
gravityUp = gb.GravityUp(transform);
//Also collect right and forward while we are here
gravityRight = Vector3.Cross(rb.velocity.normalized, gravityUp);
gravityForward = -Vector3.Cross(gravityUp, gravityRight);
}
//TODO: MOVE TO METHOD SO WE DONT HAVE DUPLICATE CODE
//DEEEEBUG because this is probably wrong
//Debug.DrawRay(transform.position, gravityUp * 10f, Color.green);
//Debug.DrawRay(transform.position, gravityRight * 10f, Color.red);
//Debug.DrawRay(transform.position, gravityForward * 10f, Color.blue);
}
