FPhysXVehicleManager::~FPhysXVehicleManager()
{
#if PX_DEBUG_VEHICLE_ON
if(TelemetryData4W)
{
TelemetryData4W->free();
TelemetryData4W = NULL;
}
TelemetryVehicle = NULL;
#endif
// Remove the N-wheeled vehicles.
while( Vehicles.Num() > 0 )
{
RemoveVehicle( Vehicles.Last() );
}
// Release batch query data
if ( WheelRaycastBatchQuery )
{
WheelRaycastBatchQuery->release();
WheelRaycastBatchQuery = NULL;
}
// Release the friction values used for combinations of tire type and surface type.
//if ( SurfaceTirePairs )
//{
// SurfaceTirePairs->release();
// SurfaceTirePairs = NULL;
//}
}
void CPoolsSA::DeleteAllVehicles ( )
{
DEBUG_TRACE("void CPoolsSA::DeleteAllVehicles ( )");
while ( m_vehiclePool.ulCount > 0 )
RemoveVehicle ( m_vehiclePool.ulCount - 1 );
m_vehiclePool.map.clear ();
}
void CPoolsSA::RemoveVehicle ( CVehicle* pVehicle, bool bDelete )
{
DEBUG_TRACE("void CPoolsSA::RemoveVehicle ( CVehicle * pVehicle, bool bDelete )");
assert ( NULL != pVehicle );
CVehicleSA* pVehicleSA = dynamic_cast < CVehicleSA* > ( pVehicle );
if ( pVehicleSA )
{
RemoveVehicle ( pVehicleSA->GetArrayID (), bDelete );
}
}
