void JTModelRemove(JTModel *Self, DefNode *Node)
{
VNode *view;
DefNode *Parent = Node->Parent;
Vec *vec = Parent->Children;
VecRemove(vec, Node);
view = Node->tnode.NextView;
while (view)
{
JTreeRemView(view->Tree, view);
view = view->NextView;
}
}
void State::Update(sf::RenderWindow& Window){
StateDB(2,"Top of Loop");
if(AddingObjects.size()){
StateDB(2,"Adding Objects");
while(AddingObjects.size()){
StateDB(3,"Added Object!");
auto it=AddingObjects.end()-1;
auto obj=*it;
StateObjects.push_back(obj);
if(obj->Coll())CollidingObjects.push_back(obj);
AddingObjects.erase(it);
}
sort(StateObjects.begin(),StateObjects.end(),[](Object* o,Object* oo){return o->Layer<oo->Layer;});
}
StateDB(2,"Collision Cells");
std::map<pairf,vector<Object*>> ColCels;
for(auto& it:CollidingObjects){
std::set<pairf> mycells=GetColPtMap(it,CellSize);
for(auto& it2:mycells){
ColCels[it2].push_back(it);
}
ColCels[GetCell(it->Loc,CellSize)].push_back(it);
}
///Collide Objects
StateDB(2,"Collision Assignment");
for(auto& it:ColCels){
vector<Object*>* Objs=&it.second;
for(unsigned int a=0;a<Objs->size()-1;a++){
Object* A=(*Objs)[a];
if(A->Coll())
for(unsigned int b=a+1;b<Objs->size();b++){
Object* B=(*Objs)[b];
if(B->Coll()){
if(!(A->Type==B->Type)||(A->SelfCol&&B->SelfCol)){
if(A->GetCol(B)){
A->ColObjects.insert(B);
}
}
}
}
}
it.second.clear();
}
ColCels.clear();
StateDB(2,"Process Events");
///Events
for(sf::Event& Event:Game->GameEvents){
StateDB(3,"Event Checked!");
for(GameEvent& it:Events){
StateDB(5,"Game Events");
if(Event.Type==it.myEvent.Type){
if(Event.Type==sf::Event::KeyReleased||Event.Type==sf::Event::KeyPressed){
Event::KeyEvent& k=Event.Key,K=it.myEvent.Key;
if(k.Code==K.Code&&k.Shift==K.Shift&&k.Alt==K.Alt&&k.Control==K.Control)it.Action();
}else if(Event.Type==Event::MouseButtonPressed||Event.Type==Event::MouseButtonReleased){
if(Event.MouseButton.Button==it.myEvent.MouseButton.Button)it.Action();
}else{
it.Action();
}
}
}
}
///End Events
///Draw/Update Objects
StateDB(2,"Draw and Update Objects");
for(auto& it:StateObjects){
if(it->ColObjects.size()){
StateDB(4,"Object Colliding");
for(auto& col:it->ColObjects){
it->Collision(col);
col->Collision(it);
}
it->ColObjects.clear();
}
StateDB(3,"Object Updated: "+it->myType);
it->Update();
StateDB(3,"Object Drawn: "+it->myType);
it->Draw(Window);
}
///Remove Objects
if(RemovingObjects.size()){
StateDB(2,"Removing Objects");
while(RemovingObjects.size()){
StateDB(2,"Object Removed");
auto end=RemovingObjects.end()-1;
Object* O=(*end);
O->Uninit();
VecRemove(O,StateObjects);
if(O->Coll())VecRemove(O,CollidingObjects);
if(Events.size()){
StateDB(2,"Event Removed");
unsigned int index=0;
while(index<Events.size()){
GameEvent& E=Events[index];
if(E.Owner==O){
Events.erase(Events.begin()+index);
}
else index++;
}
}
RemovingObjects.erase(end);
StateDB(2,"Object Deleted");
O->~Object();
StateDB(2,"End of Deletion");
}
}
StateDB(2,"Bottom of Loop");
}
