void CCharactersManager::CleanUp ( void )
{
CHECKED_DELETE ( m_pPropertiesManager ); // Eliminamos las propiedades por defecto
CHECKED_DELETE ( m_pAnimatedStatesManager ); // Eliminamos los estados por defecto
CHECKED_DELETE ( m_pPlayer );
Destroy();
}
CPhysicController::~CPhysicController()
{
//delete m_pPhXControllerDesc->callback;
CHECKED_DELETE ( m_pPhXCapsuleControllerDesc );
CHECKED_DELETE ( m_pPhXBoxControllerDesc );
CHECKED_DELETE ( m_pReport );
}
/// <summary>
/// Libera memoria.
/// </summary>
void CTriggerManager::Release()
{
//free memory
std::vector<CPhysicUserData*>::iterator l_iter = m_vUserDatas.begin();
for(;l_iter != m_vUserDatas.end();++l_iter)
{
CHECKED_DELETE(*l_iter);
}
std::vector<CPhysicActor*>::iterator l_iter2 = m_vTriggerActors.begin();
for(;l_iter2 != m_vTriggerActors.end();++l_iter2)
{
CHECKED_DELETE(*l_iter2);
}
/*std::vector<CTrigger*>::iterator l_iter3 = m_vTriggers.begin();
for(;l_iter3 != m_vTriggers.end();++l_iter3)
{
//CHECKED_DELETE(*l_iter3);
if(*l_iter3) delete *l_iter3; *l_iter3=0;
}*/
m_vUserDatas.clear();
m_vTriggers.clear();
m_vTriggerActors.clear();
Destroy();
}
void CComponentPhysXController::Release(void)
{
//treure controller del physic manager
CORE->GetPhysicsManager()->ReleasePhysicController(m_pPhysXController);
CHECKED_DELETE(m_pPhysXController);
CHECKED_DELETE(m_pPhysXData);
}
CProcessIA4::~CProcessIA4()
{
// CHECKED_DELETE(m_pPlayer);
//CHECKED_DELETE(m_pPlayer12);
CHECKED_DELETE(gController1);
// CHECKED_DELETE(userdata);
CHECKED_DELETE(m_pCoregame);
}
//----------------------------------------------
void CTrigger::CleanUp()
{
CPhysicUserData *l_pUserData = m_pTriggerActor->GetUserData();
CORE->GetPhysicsManager()->ReleasePhysicActor(m_pTriggerActor);
CHECKED_DELETE(l_pUserData);
CHECKED_DELETE(m_pTriggerActor);
}
//----------------------------------------------------------------------------
// Free memory
//----------------------------------------------------------------------------
void CZombie::Release(){
//free memory
CHECKED_DELETE(m_pUserData);
CHECKED_DELETE(m_actManoDerecha);
CHECKED_DELETE(m_actManoIzquierda);
/*CHECKED_DELETE(m_triggerManoDerecha);
CHECKED_DELETE(m_triggerManoIzquierda);*/
CHECKED_DELETE(m_movIA);
}
// -----------------------------------------
// MÈTODES PRINCIPALS
// -----------------------------------------
void CPhysicController::CreateController ( NxController* _pController, NxScene* _pScene)
{
m_pPhXScene = _pScene;
m_pPhXController = _pController;
assert ( m_pPhXScene );
assert ( m_pPhXController );
CHECKED_DELETE ( m_pPhXBoxControllerDesc );
CHECKED_DELETE ( m_pPhXCapsuleControllerDesc );
}
//----------------------------------------------------------------------------
// Free memory
//----------------------------------------------------------------------------
void CInputManager::Release ()
{
LOGGER->AddNewLog(ELL_INFORMATION, "InputManager:: shutting down DirectInput");
CHECKED_DELETE(m_pKB);
CHECKED_DELETE(m_pMouse);
CHECKED_DELETE(m_pGamePad);
CHECKED_RELEASE(m_pDI);
CHECKED_DELETE(m_pAction);
LOGGER->AddNewLog(ELL_INFORMATION, "InputManager:: offline (ok)");
}
bool CRenderableObjectsLayersManager::LoadRenderableObject( const std::string& l_FilePath, const std::string& l_Name, const std::string& l_RoomName )
{
bool lOk = true;
CXMLTreeNode l_Node, l_Root;
if (!l_Root.LoadAndFindNode(l_FilePath.c_str(), "RenderableObjects", l_Node))
{
return false;
}
CRenderableObjectsManager *lRenderableObjectManager = new CRenderableObjectsManager();
uint32 l_NumChilds = l_Node.GetNumChildren();
m_ResourcesVector.reserve( l_NumChilds );
for (uint32 i = 0; i < l_NumChilds; ++i)
{
const CXMLTreeNode& lNode = l_Node( i );
const std::string& lTagName = lNode.GetName();
const std::string& lName = lNode.GetAttribute<std::string>( "name", "" );
CRenderableObject* p_object = NULL;
if ( lTagName == "MeshInstance" )
{
const std::string& lType = lNode.GetAttribute<std::string>( "type", "static" );
p_object = ( lType == "static" ) ? AddStatic( lNode ) : AddDynamic( lNode );
}
else if ( lTagName == "AnimatedInstance" )
{
p_object = new CAnimatedInstanceModel( lNode );
}
if( p_object )
{
p_object->SetRoomName( l_RoomName );
if (!lRenderableObjectManager->AddResource(lName, p_object))
{
LOG_ERROR_APPLICATION( "Error adding renderable object %s!", lName.c_str() );
CHECKED_DELETE( p_object );
}
}
}
if(!AddResource(l_Name, lRenderableObjectManager))
{
CHECKED_DELETE(lRenderableObjectManager);
ASSERT(false, "The layer %s could not be added", l_Name.c_str());
return false;
}
return true;
}
CDebugRender::~CDebugRender()
{
CHECKED_DELETE(m_AxisRenderableVertexs);
CHECKED_DELETE(m_GridRenderableVertexs);
CHECKED_DELETE(m_CubeRenderableVertexs);
CHECKED_DELETE(m_SphereRenderableVertexs);
CHECKED_RELEASE(m_DrawQuadBlendState);
CHECKED_DELETE(m_DrawQuadRV);
CHECKED_RELEASE(m_WireframeRenderState);
CHECKED_RELEASE(m_SolidRenderState);
}
void CPlayerPhysicProcess::DeleteController( CPhysicUserData* PUD )
{
std::vector<CPhysicController*>::iterator it = std::find( m_vController.begin(), m_vController.end(),
PUD->GetController() );
if ( it != m_vController.end() )
{
CHECKED_DELETE( *it );
std::vector<CPhysicUserData*>::iterator itPUD = std::find( m_vPUD.begin(), m_vPUD.end(), PUD );
if ( itPUD != m_vPUD.end() )
CHECKED_DELETE( *itPUD );
}
}
CAStarProcess::~CAStarProcess()
{
CHECKED_DELETE( m_pAStarScene );
for ( size_t i = 0; i < m_vPA.size(); ++i )
CHECKED_DELETE( m_vPA[i] );
m_vPA.clear();
for ( size_t i = 0; i < m_vPUD.size(); ++i )
CHECKED_DELETE( m_vPUD[i] );
m_vPUD.clear();
CHECKED_DELETE( m_PhysicController );
}
//----------------------------------------------------------------------------
// Free memory
//----------------------------------------------------------------------------
void CSpirit::Release()
{
//free memory
CHECKED_DELETE(m_eje);
// CHECKED_DELETE(m_emitter);
}
CElevatorAnimatedPhysicModel::~CElevatorAnimatedPhysicModel()
{
if (m_PhysicElement!=NULL)
CORE->GetPhysicsManager()->ReleasePhysicActor(m_PhysicElement->m_PhysicActor);
CHECKED_DELETE(m_PhysicElement);
}
void CParticleSystemManager::LoadXML()
{
// Parse all the particle systems
CXMLTreeNode l_XML, l_Node;
if ( l_XML.LoadAndFindNode( mConfigPath.c_str(), "particles_systems", l_Node ) )
{
mEmitterFactory->SetEmittersPath( l_Node.GetAttribute<std::string>( "emitters_path", "" ) );
for ( uint32 i = 0, lCount = l_Node.GetNumChildren(); i < lCount; ++i )
{
const CXMLTreeNode& lCurrentSystem = l_Node( i );
const std::string& lSystemCoreName = lCurrentSystem.GetAttribute<std::string>( "name", "" );
CParticleSystemCore* lSystemCore = new CParticleSystemCore( lCurrentSystem, mEmitterFactory );
ASSERT( lSystemCore, "Null PSystemCore" );
if ( lSystemCoreName == "" || !mCores.AddResource( lSystemCoreName, lSystemCore ) )
{
LOG_ERROR_APPLICATION( "Error initing emitter %s", lSystemCoreName );
CHECKED_DELETE( lSystemCore );
}
}
}
}
void CTriggerManager::AddTrigger(CTrigger* lTrigger)
{
if(!AddResource(lTrigger->GetName(), lTrigger))
{
CHECKED_DELETE(lTrigger);
}
}
///<summary>
/// CAnimatedInstanceModel:: Destroy
///</summary>
void CAnimatedInstanceModel::Destroy()
{
CHECKED_DELETE(m_CalModel);
CHECKED_RELEASE(m_pVB);
CHECKED_RELEASE(m_pIB);
m_TextureList.clear();
}
bool CTriggerManager::LoadXML( const std::string& FileName )
{
mConfigPath = FileName;
CXMLTreeNode newFile;
if ( !newFile.LoadFile( FileName.c_str() ) )
{
LOG_ERROR_APPLICATION( "CTriggerManager::LoadXML=> ERROR loading the file %s.\n", FileName.c_str() );
return false;
}
CXMLTreeNode m = newFile["triggers"];
if ( m.Exists() )
{
int count = m.GetNumChildren();
for ( int i = 0; i < count; ++i )
{
const std::string l_TagName = m( i ).GetName();
if ( l_TagName == "trigger" )
{
CTrigger* l_Trigger = new CTrigger( m( i ) );
if(!AddResource(l_Trigger->GetName(), l_Trigger))
{
CHECKED_DELETE(l_Trigger);
}
}
}
}
return true;
}
///<summary>
/// CParticleManager:: Release : Liberación de memoria.
///</summary>
///<param name="void"></param>
///<returns name="void"></returns>
void CParticleManager::Release()
{
//vector de ParticleEmitter
std::vector<CParticleEmitter*>::iterator l_Iter = m_vParticleEmitter.begin();
for(; l_Iter != m_vParticleEmitter.end(); ++l_Iter)
{
CHECKED_DELETE(*l_Iter);
}
m_vParticleEmitter.clear();
m_stInfo.vColor.clear();
m_stInfo.vDir.clear();
m_stInfo.vInstance.clear();
m_vInfo.clear();
m_vColor.clear();
m_vTimeColor.clear();
m_vDir.clear();
m_vTimeDir.clear();
m_vSize.clear();
m_vTimeSize.clear();
m_vVelocity.clear();
m_vTimeVel.clear();
m_vAngle.clear();
m_vTimeAngle.clear();
m_vInstance.clear();
m_vPEmitterByInstance.clear();
}
CEmiterInstance* CEmiterManager::CreateEmiter(const string &_szName, const string &_szCore, const CObject3D& _Position, const Vect3f& _vDimensions, int _iMaxParticles, bool _bBillboardMode)
{
CEmiterInstance* l_pEI = GetResource(_szName);
if(l_pEI)
{
l_pEI->Reset(_szCore,_Position,_vDimensions, _iMaxParticles, _bBillboardMode);
}
else
{
l_pEI = new CEmiterInstance();
if(l_pEI->Init(_szCore,_Position,_vDimensions, _iMaxParticles, _bBillboardMode))
{
AddResource(_szName, l_pEI);
}
else
{
LOGGER->AddNewLog(ELL_ERROR, "CEmiterManager::CreateEmiter Error a l'inicialitzar un emiter");
LOGGER->AddNewLog(ELL_ERROR, "\tName: %s", _szName.c_str());
LOGGER->AddNewLog(ELL_ERROR, "\tCore: %s", _szCore.c_str());
CHECKED_DELETE( l_pEI );
}
}
return l_pEI;
}
CInstanceMesh* CRenderableObjectsLayersManager::AddDynamic( const CXMLTreeNode& atts )
{
CInstanceMesh* l_InstanceMesh = new CInstanceMesh( atts );
if(!l_InstanceMesh->IsOk())
{
LOG_WARNING_APPLICATION("The instance mesh %s, is not correct, it would not be rendererd", l_InstanceMesh->GetName().c_str());
CHECKED_DELETE(l_InstanceMesh);
return NULL;
}
// User data
CPhysicUserData * lData = new CPhysicUserData(l_InstanceMesh->GetName());
lData->SetGroup(ECG_DYNAMIC_OBJECTS);
// Phyx actor
CPhysicActor* l_MeshActor = new CPhysicActor(lData);
l_MeshActor->SetCollisionGroup(ECG_DYNAMIC_OBJECTS);
// Obtain a box from the static mesh aabb
CStaticMesh* l_StaticMesh = l_InstanceMesh->GetStaticMesh();
Math::AABB3f l_AABB = l_StaticMesh->GetAABB();
Math::Vect3f l_Pos = l_InstanceMesh->GetTransform() * l_AABB.GetCenter();
l_MeshActor->AddBoxShape(Vect3f(l_AABB.GetWidth() * 0.5f, l_AABB.GetHeight() * 0.5f, l_AABB.GetDepth() * 0.5f), l_Pos);
l_MeshActor->CreateBody(1.0f);
l_InstanceMesh->SetActor(l_MeshActor);
l_InstanceMesh->SetType("dynamic");
PhysXMInstance->AddPhysicActor(l_MeshActor, false);
return l_InstanceMesh;
}
CMap::~CMap()
{
CHECKED_DELETE( m_Player );
std::vector<CItemMap*>::iterator it = m_vItems.begin(),
it_end = m_vItems.end();
for ( ; it != it_end ; ++it )
CHECKED_DELETE( *it );
std::vector<CEnemyMap*>::iterator it2 = m_vEnemy.begin(),
it_end2 = m_vEnemy.end();
for ( ; it2 != it_end2 ; ++it2 )
CHECKED_DELETE( *it2 );
}
void CMoveTask::destroy()
{
for(unsigned int i=0; i < m_Sons.size(); i++)
{
CHECKED_DELETE(m_Sons[i]);
}
m_Sons.clear();
}
CMaterial::~CMaterial()
{
for(size_t i=0;i<m_Parameters.size();++i)
{
CHECKED_DELETE(m_Parameters[i]);
}
Destroy();
}
CLightProbe::~CLightProbe()
{
for(std::map<std::string, CLightProbeVertex*>::iterator it = mVertexs.begin(); it != mVertexs.end(); it++)
{
CHECKED_DELETE(it->second);
}
mVertexs.clear();
}
CPlayerPhysicProcess::~CPlayerPhysicProcess()
{
CLogger::GetSingletonPtr()->SaveLogsInFile();
for ( size_t i = 0; i < m_vPA.size(); ++i )
CHECKED_DELETE( m_vPA[i] );
m_vPA.clear();
for ( size_t i = 0; i < m_vPUD.size(); ++i )
CHECKED_DELETE( m_vPUD[i] );
m_vPUD.clear();
for ( size_t i = 0; i < m_vController.size(); ++i )
CHECKED_DELETE( m_vController[i] );
m_vController.clear();
}
CGizmo::~CGizmo()
{
std::vector<CGizmoElement*>::iterator it = m_Elements.begin(),
it_end = m_Elements.end();
for ( ; it != it_end; ++it )
{ CHECKED_DELETE(*it); }
m_Elements.clear();
}
bool CStaticMesh::ExtractTexture(FILE* modelFile, std::vector<CTexture*>& textVector)
{
assert(modelFile);
uint16 length = 0;
char* path;
std::string sPath = "";
//Read Length of the texture path
fread(&length, sizeof(uint16), 1, modelFile);
path = new char[length];
memset(path, 0, length);
//Read Path
fread(path, 1, length, modelFile);
sPath = std::string(path);
CHECKED_DELETE(path);
std::string texName = m_MeshName + "_" + sPath;
CTexture* texture = CORE->GetTextureManager()->GetResource(texName);
if(texture == NULL)
{
texture = new CTexture();
texture->SetName(texName);
if(!texture->Load(sPath))
{
CHECKED_DELETE(texture);
texture = CORE->GetTextureManager()->GetNoTexture();
std::string err = "CStaticMesh::ExtractTexture->No se ha podido crear la textura: " + sPath;
LOGGER->AddNewLog(ELL_WARNING, err.c_str() );
}
}
textVector.push_back(texture);
return true;
}
void CStaticMesh::ClearRenderableVertex()
{
for(uint32 i = 0; i < m_RVs.size(); ++i)
{
CRenderableVertexs* rndVtx = m_RVs[i];
CHECKED_DELETE(rndVtx);
}
m_RVs.clear();
}