Atlas::Objects::Root RuleTreeAdapter::getSelectedRule() { CEGUI::TreeItem* item = mTreeWidget.getFirstSelectedItem(); if (item) { auto itemData = getRule(item->getText().c_str()); if (itemData.isValid()) { return itemData; } } return Atlas::Objects::Root(); }
void RuleTreeAdapter::addToTree(const Root& rule, CEGUI::TreeItem* parent, bool addRecursive) { CEGUI::TreeItem* item = ColouredTreeItem::create(rule->getId()); item->toggleIsOpen(); if (!parent) { mTreeWidget.addItem(item); } else { parent->addItem(item); } if (addRecursive) { std::list<std::string> children; extractChildren(rule, children); for (auto& child : children) { const auto& childData = getRule(child); if (childData.isValid()) { addToTree(childData, item, addRecursive); } } } }
void luaPopulateEntityList(CEGUI::Window* entityListWindow) { CEGUI::Tree* theTree = (CEGUI::Tree*)entityListWindow->getChildRecursive("Editing/EntityList/Tree"); // theTree->initialise(); theTree->resetList(); // Create classes, top-level readClasses(); stringTreeItemMap classTreeItems; for (unsigned int i = 0; i < classes.size(); i++) { std::string name = classes[i]; CEGUI::TreeItem* item = new CEGUI::TreeItem( name ); item->setAutoDeleted(true); item->setTextColours(CEGUI::colour(0.0, 0.0, 0.0)); theTree->addItem(item); classTreeItems.insert( stringTreeItemMap::value_type(name, item) ); } // Insert entities at second level for(LogicSystem::LogicEntityMap::iterator iter = LogicSystem::logicEntities.begin(); iter != LogicSystem::logicEntities.end(); iter++) { int uniqueId = iter->first; ScriptValuePtr scriptEntity = iter->second.get()->scriptEntity; std::string className = scriptEntity->getPropertyString("_class"); CEGUI::TreeItem* item = new CEGUI::TreeItem( Utility::toString(uniqueId) ); item->setAutoDeleted(true); item->setTextColours(CEGUI::colour(0.0, 0.0, 0.0)); classTreeItems[className]->addItem(item); } // Prune classes with 0 entities for (unsigned int i = 0; i < classes.size(); i++) { CEGUI::TreeItem *item = classTreeItems[classes[i]]; if (item->getItemCount() == 0) { theTree->removeItem(item); // Note: No need to remove from classTreeItems } } // Create tags CEGUI::TreeItem* tagsItem = new CEGUI::TreeItem( "__tags__" ); tagsItem->setAutoDeleted(true); tagsItem->setTextColours(CEGUI::colour(0.0, 0.333, 0.0)); theTree->addItem(tagsItem); stringTreeItemMap tagTreeItems; for(LogicSystem::LogicEntityMap::iterator iter = LogicSystem::logicEntities.begin(); iter != LogicSystem::logicEntities.end(); iter++) { int uniqueId = iter->first; ScriptValuePtr scriptEntity = iter->second.get()->scriptEntity; ScriptValuePtr tags = scriptEntity->getProperty("tags"); int numTags = tags->getPropertyInt("length"); // Add item under each of its tags, creating the tag category if necessary for (int i = 0; i < numTags; i++) { std::string currTag = tags->getPropertyString( Utility::toString(i) ); // Add the tag category if needed if (tagTreeItems.find(currTag) == tagTreeItems.end()) { CEGUI::TreeItem* item = new CEGUI::TreeItem( currTag ); item->setAutoDeleted(true); item->setTextColours(CEGUI::colour(0.0, 0.0, 0.0)); tagsItem->addItem(item); tagTreeItems.insert( stringTreeItemMap::value_type(currTag, item) ); } // Add the entity to the tag CEGUI::TreeItem* item = new CEGUI::TreeItem( Utility::toString(uniqueId) ); item->setAutoDeleted(true); item->setTextColours(CEGUI::colour(0.0, 0.0, 0.0)); tagTreeItems[currTag]->addItem(item); } } }
/*********************************************************** call to regenerate the quest book display ***********************************************************/ void JournalBox::RebuildBook(bool reset) { CEGUI::Tree * tree = static_cast<CEGUI::Tree *> ( CEGUI::WindowManager::getSingleton().getWindow("Root/JournalWin/tab/questtab/Tree")); CEGUI::Tree * tree2 = static_cast<CEGUI::Tree *> ( CEGUI::WindowManager::getSingleton().getWindow("Root/JournalWin/tab/questdonetab/Tree")); if(reset) { tree->resetList(); tree2->resetList(); _mapquestarea.clear(); _mapquestdonearea.clear(); CEGUI::WindowManager::getSingleton().getWindow("Root/JournalWin/tab/questtab/Description")->setText(""); CEGUI::WindowManager::getSingleton().getWindow("Root/JournalWin/tab/questdonetab/Description")->setText(""); _first_book_init = true; } // rebuild quests { // remove extra quests std::map<std::string, CEGUI::TreeItem *>::iterator itmap = _mapquestarea.begin(); while(itmap != _mapquestarea.end()) { bool remove = false; std::vector<CEGUI::TreeItem*> items = itmap->second->getItemList(); for(size_t i=0; i<items.size(); ++i) { if(_QuestsStarted.find(static_cast<MyTreeItem *> (items[i])->QuestId) == _QuestsStarted.end()) { itmap->second->removeItem(items[i]); if(itmap->second->getItemCount() == 0) remove = true; } } if(remove) { tree->removeItem(itmap->second); _mapquestarea.erase(itmap++); } else ++itmap; } // add missing quests LbaNet::QuestsMap::const_iterator itstarted = _QuestsStarted.begin(); LbaNet::QuestsMap::const_iterator endstarted = _QuestsStarted.end(); for(; itstarted != endstarted; ++itstarted) { const LbaNet::QuestInfo &qi = itstarted->second; if(qi.Visible) { std::string Tittle = Localizer::getInstance()->GetText(Localizer::Quest, (long)qi.TittleTextId); std::string Description = Localizer::getInstance()->GetText(Localizer::Quest, (long)qi.DescriptionTextId); std::string QuestArea = Localizer::getInstance()->GetText(Localizer::Quest, (long)qi.QuestAreaTextId); if(QuestArea == "") QuestArea = "General"; std::vector<CEGUI::String> listt; CreateTextList(Description, listt); std::map<std::string, CEGUI::TreeItem *>::iterator itm = _mapquestarea.find(QuestArea); if(itm != _mapquestarea.end()) { bool found = false; std::vector<CEGUI::TreeItem*> items = itm->second->getItemList(); for(size_t i=0; i<items.size(); ++i) { if(static_cast<MyTreeItem *> (items[i])->QuestId == qi.Id) { found = true; break; } } if(!found) { MyTreeItem * titm = new MyTreeItem((const unsigned char *)Tittle.c_str(), listt, (long)qi.Id); itm->second->addItem(titm); if(_first_book_init) { if(_selected_tree_quests == Tittle) { titm->setSelected(true); DisplayDescription (titm->Description, false); } } } } else { MyTreeItem * titm = new MyTreeItem((const unsigned char *)Tittle.c_str(), listt, (long)qi.Id); std::vector<CEGUI::String> empty; CEGUI::TreeItem * root = new MyTreeItem((const unsigned char *)QuestArea.c_str(), empty); tree->addItem(root); root->addItem(titm); _mapquestarea[QuestArea] = root; if(_first_book_init) { if(_selected_tree_quests == Tittle) { titm->setSelected(true); DisplayDescription (titm->Description, false); } } } } } } // rebuild quests done { // remove extra quests std::map<std::string, CEGUI::TreeItem *>::iterator itmap = _mapquestdonearea.begin(); while(itmap != _mapquestdonearea.end()) { bool remove = false; std::vector<CEGUI::TreeItem*> items = itmap->second->getItemList(); for(size_t i=0; i<items.size(); ++i) { if(_QuestsFinished.find(static_cast<MyTreeItem *> (items[i])->QuestId) == _QuestsFinished.end()) { itmap->second->removeItem(items[i]); if(itmap->second->getItemCount() == 0) remove = true; } } if(remove) { tree->removeItem(itmap->second); _mapquestdonearea.erase(itmap++); } else ++itmap; } // add missing quests LbaNet::QuestsMap::const_iterator itfinished = _QuestsFinished.begin(); LbaNet::QuestsMap::const_iterator endfinished = _QuestsFinished.end(); for(; itfinished != endfinished; ++itfinished) { const LbaNet::QuestInfo &qi = itfinished->second; if(qi.Visible) { std::string Tittle = Localizer::getInstance()->GetText(Localizer::Quest, (long)qi.TittleTextId); std::string Description = Localizer::getInstance()->GetText(Localizer::Quest, (long)qi.DescriptionTextId); std::string QuestArea = Localizer::getInstance()->GetText(Localizer::Quest, (long)qi.QuestAreaTextId); if(QuestArea == "") QuestArea = Localizer::getInstance()->GetText(Localizer::GUI, 84); std::vector<CEGUI::String> listt; CreateTextList(Description, listt); std::map<std::string, CEGUI::TreeItem *>::iterator itm = _mapquestdonearea.find(QuestArea); if(itm != _mapquestdonearea.end()) { bool found = false; std::vector<CEGUI::TreeItem*> items = itm->second->getItemList(); for(size_t i=0; i<items.size(); ++i) { if(static_cast<MyTreeItem *> (items[i])->QuestId == qi.Id) { found = true; break; } } if(!found) { MyTreeItem * titm = new MyTreeItem((const unsigned char *)Tittle.c_str(), listt, (long)qi.Id); itm->second->addItem(titm); if(_first_book_init) { if(_selected_tree_done_quests == Tittle) { titm->setSelected(true); DisplayDescription (titm->Description, true); } } } } else { MyTreeItem * titm = new MyTreeItem((const unsigned char *)Tittle.c_str(), listt, (long)qi.Id); std::vector<CEGUI::String> empty; CEGUI::TreeItem * root = new MyTreeItem((const unsigned char *)QuestArea.c_str(), empty); tree2->addItem(root); root->addItem(titm); _mapquestdonearea[QuestArea] = root; if(_first_book_init) { if(_selected_tree_done_quests == Tittle) { titm->setSelected(true); DisplayDescription (titm->Description, true); } } } } } } if(!_first_book_init) { if(tree->getFirstSelectedItem() == NULL) CEGUI::WindowManager::getSingleton().getWindow("Root/JournalWin/tab/questtab/Description")->setText(""); if(tree2->getFirstSelectedItem() == NULL) CEGUI::WindowManager::getSingleton().getWindow("Root/JournalWin/tab/questdonetab/Description")->setText(""); } if(_first_book_init) { _first_book_init = false; { std::map<std::string, CEGUI::TreeItem *>::iterator itm = _mapquestarea.begin(); std::map<std::string, CEGUI::TreeItem *>::iterator endm = _mapquestarea.end(); for(; itm != endm; ++itm) { if(std::find(_open_tree_quests.begin(), _open_tree_quests.end(), itm->first) != _open_tree_quests.end()) itm->second->toggleIsOpen(); } } { std::map<std::string, CEGUI::TreeItem *>::iterator itm = _mapquestdonearea.begin(); std::map<std::string, CEGUI::TreeItem *>::iterator endm = _mapquestdonearea.end(); for(; itm != endm; ++itm) { if(std::find(_open_tree_done_quests.begin(), _open_tree_done_quests.end(), itm->first) != _open_tree_done_quests.end()) itm->second->toggleIsOpen(); } } } }