// ofBaseApp
//--------------------------------------------------------------
// need to call ofxScene::RunnerScene::update()
void ofxSceneManager::update() {
_handleSceneChanges();
// update the current main scene
if(!_scenes.empty() && _currentScene >= 0) {
ofxScene* s = _currentScenePtr;
// call setup if scene is not setup yet
if(!s->isSetup()) {
_currentRunnerScenePtr->setup();
}
_currentRunnerScenePtr->update();
// if this scene says it's done, go to the next one
if(s->isDone() && !_bSignalledAutoChange) {
nextScene();
_bSignalledAutoChange = true;
}
}
}
// ofBaseApp
//--------------------------------------------------------------
// need to call ofxScene::RunnerScene::update()
void ofxSceneManager::update() {
_handleSceneChanges();
// update the current main scene
if(!_scenes.empty() && _currentScene >= 0) {
ofxScene* s = _currentScenePtr;
// call setup if scene is not setup yet
if(!s->isSetup()) {
_currentRunnerScenePtr->setup();
}
_currentRunnerScenePtr->update();
// if this scene says it's done, go to the next one
if(s->isDone() && !_bSignalledAutoChange) {
nextScene();
_bSignalledAutoChange = true;
}
}
//--------------------- <CAMBIOS MASOTROS> ---------------------//
// update the new scene, if there is one
if(_bOverlapTransitions && !_scenes.empty() && _newScene != SCENE_NOCHANGE && _newScene >= 0){
ofxScene* next_s = getSceneAt(_newScene);
if(!next_s->isSetup()) {
_newRunnerScenePtr->setup();
}
_newRunnerScenePtr->update();
}
//--------------------- </CAMBIOS MASOTROS> ---------------------//
}
