void light::set_active (bool a)
{
if (a)
{
if (flags.bActive) return;
flags.bActive = true;
spatial_register ();
spatial_move ();
//Msg ("! L-register: %X",u32(this));
#ifdef DEBUG
Fvector zero = {0,-1000,0} ;
if (position.similar(zero)) {
Msg ("- Uninitialized light position.");
}
#endif // DEBUG
}
else
{
if (!flags.bActive) return;
flags.bActive = false;
spatial_move ();
spatial_unregister ();
//Msg ("! L-unregister: %X",u32(this));
}
}
void CPHShell::Deactivate(){
#ifdef ANIMATED_PHYSICS_OBJECT_SUPPORT
if (m_pPhysicsShellAnimatorC)
{
xr_delete<CPhysicsShellAnimator>(m_pPhysicsShellAnimatorC);
}
#endif
if(!isActive())return;
R_ASSERT2(!ph_world->Processing(),"can not deactivate physics shell during physics processing!!!");
R_ASSERT2(!ph_world->IsFreezed(),"can not deactivate physics shell when ph world is freezed!!!");
R_ASSERT2(!CPHObject::IsFreezed(),"can not deactivate freezed !!!");
ZeroCallbacks();
VERIFY(ph_world&&ph_world->Exist());
if(isFullActive())
{
vis_update_deactivate();
CPHObject::activate();
ph_world->Freeze();
CPHObject::UnFreeze();
ph_world->StepTouch();
ph_world->UnFreeze();
//Fmatrix m;
//InterpolateGlobalTransform(&m);
}
spatial_unregister();
vis_update_activate();
//if(ref_object && !CPHObject::is_active() && m_active_count == 0)
//{
// ref_object->processing_activate();
//}
DisableObject();
CPHObject::remove_from_recently_deactivated();
ELEMENT_I i;
for(i=elements.begin();elements.end() != i;++i)
(*i)->Deactivate();
JOINT_I j;
for(j=joints.begin();joints.end() != j;++j)
(*j)->Deactivate();
if(m_space) {
dSpaceDestroy(m_space);
m_space=NULL;
}
//bActive=false;
//bActivating=false;
m_flags.set(flActivating,FALSE);
m_flags.set(flActive,FALSE);
m_traced_geoms.clear();
CPHObject::UnsetRayMotions();
}
void CPHActivationShape:: Destroy ()
{
VERIFY(m_geom&&m_body) ;
spatial_unregister () ;
CPHObject::deactivate () ;
dGeomDestroyUserData (m_geom) ;
dGeomDestroy (m_geom) ;
m_geom =NULL ;
dBodyDestroy (m_body) ;
m_body =NULL ;
}
void CObject::net_Destroy ()
{
VERIFY (getDestroy());
xr_delete (collidable.model);
if (register_schedule())
shedule_unregister ();
spatial_unregister ();
// setDestroy (true);
// remove visual
cNameVisual_set ( 0 );
}
//----------------------------------------------------
CPS_Instance::~CPS_Instance ()
{
VERIFY (!g_bRendering);
xr_set<CPS_Instance*>::iterator it = g_pGamePersistent->ps_active.find(this);
VERIFY (it!=g_pGamePersistent->ps_active.end());
g_pGamePersistent->ps_active.erase (it);
xr_vector<CPS_Instance*>::iterator it2 = std::find( g_pGamePersistent->ps_destroy.begin(),
g_pGamePersistent->ps_destroy.end(), this);
VERIFY (it2==g_pGamePersistent->ps_destroy.end());
spatial_unregister ();
shedule_unregister ();
}
void CGlow::set_active (bool a)
{
if (a)
{
if (flags.bActive) return;
flags.bActive = true;
spatial_register ();
}
else
{
if (!flags.bActive) return;
flags.bActive = false;
spatial_unregister ();
}
}
CObject* CObject::H_SetParent (CObject* new_parent, bool just_before_destroy)
{
if (new_parent==Parent) return new_parent;
CObject* old_parent = Parent;
VERIFY2((new_parent==0)||(old_parent==0),"Before set parent - execute H_SetParent(0)");
// if (Parent) Parent->H_ChildRemove (this);
if (0==old_parent) OnH_B_Chield (); // before attach
else OnH_B_Independent (just_before_destroy); // before detach
if (new_parent) spatial_unregister ();
else spatial_register ();
Parent = new_parent;
if (0==old_parent) OnH_A_Chield (); // after attach
else OnH_A_Independent (); // after detach
// if (Parent) Parent->H_ChildAdd (this);
MakeMeCrow ();
return old_parent;
}
ISpatial::~ISpatial (void)
{
spatial_unregister ();
}