int Pt_minimalmapplication::executeAll()
{
noBenchmark = true;
createMLocale();
createMApplicationWindow();
windowShow();
createMApplicationPage();
pageAppear();
// terminate as soon as startup is complete and the main loop is empty
EmptyMainLoopHelper mainLoopHelper;
mainLoopHelper.triggerTermination(EmptyMainLoopHelper::ExitOnEmpty);
return qApp->exec();
}
ResourceWindow::ResourceWindow(int x, int y, int w, int h, char* name) : Fl_Group(x, y, w, h, name), SBWindowListener(), SelectionListener()
{
itemInfoWidget = NULL;
lastClickedItemPath = " ";
emptyString = "";
/*
_itemNameList.push_back("controller");
_itemNameList.push_back("physics");
_itemNameList.push_back("neutral");
_itemNameList.push_back("au");
_itemNameList.push_back("viseme");
_itemNameList.push_back("default");
*/
// create Tree Info Object
int index = 0;
this->begin();
resourceTree = new Fl_TreeHorizontal(x, y, w , h );
resourceTree->showroot(0);
Fl_Tree_Item* pathTree = resourceTree->add("Paths");
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(pathTree, "paths"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add(pathTree,"Scripts"), "script path"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add(pathTree,"Motions"), "motion path"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add(pathTree,"Audio"), "audio path"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add(pathTree,"Mesh"), "mesh path"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Scene"), "scene"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Available Scripts"), "scriptfiles"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Runtime Scripts"), "script"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Skeletons"), "skeleton"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Character Maps"), "jointmap"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Gesture Maps"), "gesturemap"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Lip Syncing"), "lipsync"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Motions"), "motion"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Blends"), "blend"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Transitions"), "transition"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Models"), "mesh"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Face Definitions"), "facedefinition"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Event Handlers"), "eventhandler"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Pawns"), "pawn"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Characters"), "character"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Services"), "service"));
_treeMap.insert(std::pair<Fl_Tree_Item*, std::string>(resourceTree->add("Behavior Sets"), "behaviorset"));
resourceTree->callback(treeCallBack,this);
this->end();
this->resizable(resourceTree);
updateGUI();
//resourceTree->close(resourceTree->root());
for (std::map<Fl_Tree_Item*, std::string>::iterator iter = _treeMap.begin();
iter != _treeMap.end();
iter++)
{
//(*iter).first->labelfont(FL_HELVETICA_BOLD);
// (*iter).second.closecond->close();
}
windowShow();
_specialNames[1] = "controller";
_specialNames[2] = "skeleton";
_specialNames[3] = "minibrain";
_specialNames[4] = "physics";
_specialNames[5] = "neutral";
_specialNames[6] = "au";
_specialNames[7] = "viseme";
_specialNames[8] = "default";
for (std::map<int, std::string>::iterator iter = _specialNames.begin();
iter != _specialNames.end();
iter++)
{
_reverseSpecialNames.insert(std::pair<std::string, int>((*iter).second, (*iter).first));
}
_dirty = true;
}
