static void ActualUpdate()
{
if (s_instances.Count == 0)
{
return;
}
foreach (SPWorld w in s_instances)
{
SPAPI.spEndUpdate(w.GetContext());
}
foreach (SPWorld w in s_instances)
{
s_current = w;
SPAPI.spCallHandlers(w.GetContext());
SPAPI.spClearCollidersAndForces(w.GetContext());
w.CallUpdateRoutines();
w.UpdateKernelParams();
s_current = null;
}
UpdateSPObjects();
foreach (SPWorld w in s_instances)
{
SPAPI.spBeginUpdate(w.GetContext(), Time.deltaTime);
}
}
public override void OnEnable()
{
m_world = GetComponent <SPWorld>();
m_max_instances = m_world.m_max_particle_num;
base.OnEnable();
ResetGPUResoures();
}
public unsafe void PropagateHit(ref SPParticle particle)
{
Vector3 f = SPAPI.spGetIntermediateData(SPWorld.GetCurrentContext())->accel *SPWorld.GetCurrent().m_particle_mass;
if (m_rigid3d != null)
{
m_rigid3d.AddForceAtPosition(f, particle.position);
}
if (m_rigid2d != null)
{
m_rigid2d.AddForceAtPosition(f, particle.position);
}
}
public void PropagateForce(ref SPParticleForce force)
{
Vector3 pos = force.position_average;
Vector3 f = force.force * SPWorld.GetCurrent().m_particle_mass;
if (m_rigid3d != null)
{
m_rigid3d.AddForceAtPosition(f, pos);
}
if (m_rigid2d != null)
{
m_rigid2d.AddForceAtPosition(f, pos);
}
}
