void TestUniverse()
{
dt = Time.deltaTime;
obj2cmr = Quaternion.Inverse(sr.m_rotation * sightpoint.rotation);
foreach (OrbitalPath v in ops)
{
v.UpdatePosition(dt);
v.TestUpdate();
}
foreach (SelfRotation v in srs)
{
// Quaternion m_rotateX = v.m_rotationX; //origin planet rotateX
// Quaternion m_rotateY = v.UpdateRotateY(dt); //origin planet rotateY
v.TestUpdate();
CloudEmitter ce = v.GetComponent <CloudEmitter>();
if (ce)
{
rotateY = ce.transform.GetComponent <SelfRotation>().s_angle;
//rotateX = ce.transform.GetComponent<SelfRotation>().rotationAngle;
ssrotate = sr.rotateY;
ce.relativeRotY = ssrotate - rotateY;
foreach (CloudMotion cm in ce.cms)
{
cm.UpdateRotate(dt, rotateY);
cm.TestUpdate();
if (cm.OutOfSight(ssrotate))
{
ce.cms.Remove(cm);
GameObject.Destroy(cm.gameObject);
}
}
}
}
}
void FixedUpdate()
{
if (test)
{
TestUniverse();
return;
}
dt = Time.deltaTime;
obj2cmr = Quaternion.Inverse(sr.m_rotation * sightpoint.rotation);
foreach (OrbitalPath v in ops)
{
v.transform.position = obj2cmr * (v.UpdatePosition(dt) - sp.m_position) + sightpoint.position;
}
foreach (SelfRotation v in srs)
{
Quaternion m_rotateX = v.m_rotationX; //origin planet rotateX
Quaternion m_rotateY = v.UpdateRotateY(dt); //origin planet rotateY
v.transform.rotation = obj2cmr * (m_rotateX * m_rotateY); //actual planet rotate
CloudEmitter ce = v.GetComponent <CloudEmitter>();
if (ce)
{
rotateY = ce.transform.GetComponent <SelfRotation>().s_angle;
//rotateX = ce.transform.GetComponent<SelfRotation>().rotationAngle;
ssrotate = sr.rotateY;
ce.relativeRotY = ssrotate - rotateY;
List <CloudMotion> delList = new List <CloudMotion>();
foreach (CloudMotion cm in ce.cms)
{
cm.transform.localRotation = cm.UpdateRotate(dt, rotateY); //, rotateX); //actual cloud rotate
cm.transform.GetComponent <MeshRenderer>().material.SetVector("_SunDirect", sun.forward);
if (cm.OutOfSight(ssrotate))
{
delList.Add(cm);
}
}
foreach (CloudMotion del in delList)
{
ce.cms.Remove(del);
GameObject.Destroy(del.gameObject);
}
delList.Clear();
}
}
}