cWorld3D::~cWorld3D()
{
if(cHaptic::GetIsUsed())
{
//mpHaptic->GetLowLevel()->DestroyAllShapes();
//Not so good to do it here..
}
STLDeleteAll(mlstMeshEntities);
STLDeleteAll(mlstLights);
STLDeleteAll(mlstBillboards);
STLDeleteAll(mlstBeams);
STLDeleteAll(mlstColliders);
STLDeleteAll(mlstParticleSystems);
STLDeleteAll(mlstStartPosEntities);
STLMapDeleteAll(m_mapAreaEntities);
STLDeleteAll(mlstAINodeContainers);
STLDeleteAll(mlstAStarHandlers);
STLMapDeleteAll(m_mapTempNodes);
if(mpScript){
mpResources->GetScriptManager()->Destroy(mpScript);
}
if(mpPhysicsWorld && mbAutoDeletePhysicsWorld)
mpPhysics->DestroyWorld(mpPhysicsWorld);
//So that bodies can stop sound entities on destruction.
STLDeleteAll(mlstSoundEntities);
hplDelete(mpPortalContainer);
hplDelete(mpRootNode);
}
cScene::~cScene()
{
Log("Exiting Scene Module\n");
Log("--------------------------------------------------------\n");
STLDeleteAll(mlstWorld3D);
STLDeleteAll(mlstCamera);
hplDelete(mpCollider2D);
Log("--------------------------------------------------------\n\n");
}
cAnimationState::~cAnimationState()
{
STLDeleteAll(m_vEvents);
if (m_pAnimationManager)
m_pAnimationManager->Destroy(m_pAnimation);
}
void cMapHandler::Reset()
{
#ifdef DEMO_VERSION
glNumOfLoads = 0;
#endif
mMapChanger.mbActive = false;
msCurrentMap = "";
if(mpInit->mbResetCache) mpWorldCache->DecResources();
mvLoadedMaps.clear();
//Timers
STLDeleteAll(mlstTimers);
DestroyAll();
//Haptic
if(mpInit->mbHasHaptics)
{
mpInit->mpGame->GetHaptic()->GetLowLevel()->DestroyAllShapes();
mpInit->mpGame->GetHaptic()->GetLowLevel()->StopAllForces();
}
//World3D
if(mpScene->GetWorld3D()) mpScene->DestroyWorld3D(mpScene->GetWorld3D());
mpScene->SetWorld3D(NULL);
//Make sure no occulssion queries are left.
mpInit->mpGame->GetGraphics()->GetRenderer3D()->GetRenderList()->Clear();
}
void cGameMessageHandler::Update(float afTimeStep)
{
if(mpInit->mpPlayer->IsDead())
{
STLDeleteAll(mlstMessages);
mlstMessages.clear();
return;
}
int lCount=0;
tGameMessageListIt it = mlstMessages.begin();
for(;it != mlstMessages.end(); ++lCount)
{
cGameMessage *pMess = *it;
pMess->Update(afTimeStep);
if(lCount==0 && pMess->mbActive==false)
{
hplDelete( pMess );
it = mlstMessages.erase(it);
}
else
{
++it;
}
}
}
void cGameMessageHandler::Reset()
{
STLDeleteAll(mlstMessages);
mlstMessages.clear();
mbFocusIsedUsed = false;
}
void iPhysicsWorld::DestroyAll()
{
STLDeleteAll(mlstCharBodies);
//Bodies
tPhysicsBodyListIt it = mlstBodies.begin();
for(; it != mlstBodies.end(); ++it)
{
iPhysicsBody *pBody = *it;
pBody->Destroy();
hplDelete(pBody);
}
mlstBodies.clear();
STLDeleteAll(mlstShapes);
STLDeleteAll(mlstJoints);
STLDeleteAll(mlstControllers);
STLMapDeleteAll(m_mapMaterials);
}
cPhysics::~cPhysics()
{
Log("Exiting Physics Module\n");
Log("--------------------------------------------------------\n");
STLDeleteAll(mlstWorlds);
STLMapDeleteAll(m_mapSurfaceData);
Log("--------------------------------------------------------\n\n");
}
void cMapHandler::DestroyAll()
{
mbDestroyingAll = true;
RemoveLocalTimers();
//Game entities
STLMapDeleteAll(m_mapGameEntities);
m_mapGameEntities.clear();
mlstGameEnemies.clear();
mlstGameItems.clear();
//Light flashes
STLDeleteAll(mlstLightFlashes);
mlstLightFlashes.clear();
mbDestroyingAll = false;
}
cGraphicsDrawer::~cGraphicsDrawer()
{
ClearBackgrounds();
STLDeleteAll(mlstGfxObjects);
}
void cGuiClipRegion::Clear()
{
STLDeleteAll(mlstChildren);
}
cSurfaceData::~cSurfaceData()
{
STLDeleteAll(mvImpactData);
STLDeleteAll(mvHitData);
}
cNumericalPanel::~cNumericalPanel(void)
{
STLDeleteAll(mlstButtons);
}
cSector::~cSector()
{
STLDeleteAll(mlstPortals);
}
cAStarHandler::~cAStarHandler()
{
STLDeleteAll(m_setClosedList);
STLDeleteAll(m_setOpenList);
}
cVideoManager::~cVideoManager()
{
STLDeleteAll(mlstVideoLoaders);
}
iGameEntity::~iGameEntity()
{
cWorld3D *pWorld = mpInit->mpGame->GetScene()->GetWorld3D();
//////////////////////////////////////////////
// Remove all references to from all otter
//Log("Deleting '%s'\n",msName.c_str());
//Player
mpInit->mpPlayer->RemoveCollideScriptWithChildEntity(this);
//Other entities (check so not all entities are being destroyed,
// in that case it is not needed and might be bad).
if(mpInit->mpMapHandler->IsDestroyingAll()==false)
{
tGameEntityIterator it = mpInit->mpMapHandler->GetGameEntityIterator();
while(it.HasNext())
{
iGameEntity *pEntity = it.Next();
pEntity->RemoveCollideScriptWithChildEntity(this);
}
}
////////////////////////////////////////////
// Destroy haptic
for(size_t i=0; i< mvHapticShapes.size(); ++i)
{
if(mvHapticShapes[i])
{
mpInit->mpGame->GetHaptic()->GetLowLevel()->DestroyShape(mvHapticShapes[i]);
}
}
//////////////////////////////////////////////
// Destroy all graphics in the entity!
if(pWorld && mpInit->mbDestroyGraphics)
{
for(size_t i=0; i<mvBodies.size(); ++i)
{
//Make sure that this body is not picked!
if(mpInit->mpPlayer->GetPickedBody() == mvBodies[i])
mpInit->mpPlayer->GetPickRay()->mpPickedBody = NULL;
if(mpInit->mpPlayer->GetPushBody() == mvBodies[i])
{
ePlayerState state = mpInit->mpPlayer->GetState();
if( state == ePlayerState_Move ||
state == ePlayerState_Grab ||
state == ePlayerState_Push)
{
ePlayerState prevState = mpInit->mpPlayer->GetStateData(state)->mPreviuosState;
if(prevState == ePlayerState_InteractMode)
mpInit->mpPlayer->ChangeState(ePlayerState_InteractMode);
else
mpInit->mpPlayer->ChangeState(ePlayerState_Normal);
}
mpInit->mpPlayer->SetPushBody(NULL);
}
pWorld->GetPhysicsWorld()->DestroyBody(mvBodies[i]);
}
if(mpMeshEntity) pWorld->DestroyMeshEntity(mpMeshEntity);
for(size_t i=0; i<mvLights.size(); ++i)
pWorld->DestroyLight(mvLights[i]);
for(size_t i=0; i<mvParticleSystems.size(); ++i)
if(mvParticleSystems[i]) mvParticleSystems[i]->Kill();
for(size_t i=0; i<mvBillboards.size(); ++i)
pWorld->DestroyBillboard(mvBillboards[i]);
for(size_t i=0; i<mvBeams.size(); ++i)
pWorld->DestroyBeam(mvBeams[i]);
for(size_t i=0; i<mvSoundEntities.size(); ++i)
{
pWorld->DestroySoundEntity(mvSoundEntities[i]);
}
if(mpCharBody)
pWorld->GetPhysicsWorld()->DestroyCharacterBody(mpCharBody);
}
//Delete callbacks
for(int i=0; i< eGameEntityScriptType_LastEnum; ++i)
{
if( mvCallbackScripts[i]) hplDelete( mvCallbackScripts[i] );
}
STLMapDeleteAll(m_mapCollideCallbacks);
STLDeleteAll(mvTransMaterials);
for(size_t i=0; i<mvPreloadedBreakMeshes.size();++i)
{
mpInit->mpGame->GetResources()->GetMeshManager()->Destroy(mvPreloadedBreakMeshes[i]);
}
}
cGameMessageHandler::~cGameMessageHandler(void)
{
STLDeleteAll(mlstMessages);
}
cAnimation::~cAnimation()
{
STLDeleteAll(mvTracks);
}
bool cAStarHandler::GetPath(const cVector3f& avStart, const cVector3f& avGoal,tAINodeList *apNodeList)
{
/////////////////////////////////////////////////
// check if there is free path from start to goal
if(mpContainer->FreePath(avStart,avGoal,3))
{
mpGoalNode = NULL;
return true;
}
////////////////////////////////////////////////
//Reset all variables
//These should just be cleared and pools used instead.
STLDeleteAll(m_setClosedList);
STLDeleteAll(m_setOpenList);
m_setGoalNodes.clear();
mpGoalNode=NULL;
//Set goal position
mvGoal = avGoal;
float fMaxHeight = mpContainer->GetMaxHeight()*1.5f;
////////////////////////////////////////////////
//Find nodes reachable from the start and goal position (use double 2*2 distance)
float fMaxDist = mpContainer->GetMaxEdgeDistance()*2; //float fMaxDist = mpContainer->GetMaxEdgeDistance()*mpContainer->GetMaxEdgeDistance()*4;
/////////////////////
//Check with Start
//Log(" Get Start\n");
cAINodeIterator startNodeIt = mpContainer->GetNodeIterator(avStart,fMaxDist);
while(startNodeIt.HasNext())
{
cAINode *pAINode = startNodeIt.Next();
//Log("Check node: %s\n",pAINode->GetName().c_str());
float fHeight = fabs(avStart.y - pAINode->GetPosition().y);
float fDist = cMath::Vector3Dist(avStart,pAINode->GetPosition()); //float fDist = cMath::Vector3DistSqr(avStart,pAINode->GetPosition());
if(fDist < fMaxDist && fHeight <= fMaxHeight)
{
//Check if path is clear
if(mpContainer->FreePath(avStart,pAINode->GetPosition(),-1,
eAIFreePathFlag_SkipDynamic))
{
AddOpenNode(pAINode,NULL,fDist);
}
}
}
//Log(" Found start\n");
////////////////////////////////
//Check with Goal
//Log(" Get Goal\n");
cAINodeIterator goalNodeIt = mpContainer->GetNodeIterator(avGoal,fMaxDist);
while(goalNodeIt.HasNext())
{
cAINode *pAINode = goalNodeIt.Next();
//Log("Check node: %s\n",pAINode->GetName().c_str());
float fHeight = fabs(avGoal.y - pAINode->GetPosition().y);
float fDist = cMath::Vector3Dist(avGoal,pAINode->GetPosition()); //fDist = cMath::Vector3DistSqr(avGoal,pAINode->GetPosition());
if(fDist < fMaxDist && fHeight <= fMaxHeight)
{
//Check if path is clear
if(mpContainer->FreePath(avGoal,pAINode->GetPosition(),3))
{
m_setGoalNodes.insert(pAINode);
}
}
}
//Log(" Found goal\n");
/*for(int i=0; i<mpContainer->GetNodeNum(); ++i)
{
cAINode *pAINode = mpContainer->GetNode(i);
////////////////////////////////
//Check with Start
float fHeight = fabs(avStart.y - pAINode->GetPosition().y);
float fDist = cMath::Vector3Dist(avStart,pAINode->GetPosition());
//float fDist = cMath::Vector3DistSqr(avStart,pAINode->GetPosition());
if(fDist < fMaxDist && fHeight <= fMaxHeight)
{
//Check if path is clear
if(mpContainer->FreePath(avStart,pAINode->GetPosition(),-1))
{
AddOpenNode(pAINode,NULL,fDist);
}
}
////////////////////////////////
//Check with Goal
fHeight = fabs(avGoal.y - pAINode->GetPosition().y);
fDist = cMath::Vector3Dist(avGoal,pAINode->GetPosition());
//fDist = cMath::Vector3DistSqr(avGoal,pAINode->GetPosition());
if(fDist < fMaxDist && fHeight <= fMaxHeight)
{
//Check if path is clear
if(mpContainer->FreePath(avGoal,pAINode->GetPosition(),3))
{
m_setGoalNodes.insert(pAINode);
}
}
}*/
////////////////////////////////////////////////
//Iterate the algorithm
IterateAlgorithm();
////////////////////////////////////////////////
//Check if goal was found, if so build path.
if(mpGoalNode)
{
if(apNodeList)
{
cAStarNode *pParentNode = mpGoalNode;
while(pParentNode != NULL)
{
apNodeList->push_back(pParentNode->mpAINode);
pParentNode = pParentNode->mpParent;
}
}
return true;
}
else
{
return false;
}
}
cAnimationTrack::~cAnimationTrack()
{
STLDeleteAll(mvKeyFrames);
}
