void SceneSaveLoad::play(GameObject * _game_obj)
{
game_obj = _game_obj;
button_press = menu->verificaEventos(EGL_CLIQUE_ESQ);
switch(button_press){
case 0:
saveSlot(1);
break;
case 1:
loadSlot(1);
break;
}
button_press = panel->verificaEventos(EGL_CLIQUE_ESQ);
switch(button_press){
case SceneActual::WORKSHOP:
nextScene(SceneActual::WORKSHOP);
break;
}
if(key[SDLK_ESCAPE]){
game_obj->exit = true;
}
}
void Sensor::update() {
if (Serial1.available() > 0) {
input = Serial1.read();
if( input == 0 || input == 1 ) {
if (forward = (input == 0)) {
calcTiming();
nextFrame();
frameCounter++;
} else {
frameCounter--;
}
} else if ( input == 2) {
if (forward) nextSceneCounter++;
if (nextSceneCounter >= nextSceneThreshold) {
nextScene();
nextSceneCounter = 0;
}
} else if ( input == 3 ) {
if (forward) endCounter++; else startCounter++;
if (endCounter >= endThreshold) {
endFilm();
endCounter = startCounter = 0;
} else if (startCounter >= startThreshold) {
startFilm();
endCounter = startCounter = 0;
}
}
}
}
nsresult
nsSceneTracker::SceneNumberBetweenScenes (
nsIDOMHTMLParagraphElement* aLeftScene,
nsIDOMHTMLParagraphElement* aRightScene,
PRUint32* ioNumberLength,
PRUint32* outNumber,
PRBool* outPropagateChanges) {
NS_ENSURE_ARG_POINTER(ioNumberLength);
NS_ENSURE_ARG_POINTER(outNumber);
NS_ENSURE_ARG_POINTER(outPropagateChanges);
NS_ENSURE_ARG_MIN(*ioNumberLength, 1);
nsresult rv;
nsAutoString leftNumberStr;
PRUint32 leftNumber[DEFAULT_MAX_SCENE_DEPTH];
PRUint32 leftNumberLength = DEFAULT_MAX_SCENE_DEPTH;
nsAutoString rightNumberStr;
PRUint32 rightNumber[DEFAULT_MAX_SCENE_DEPTH];
PRUint32 rightNumberLength = DEFAULT_MAX_SCENE_DEPTH;
NS_NAMED_LITERAL_STRING(kNumberAttr, "scenenumber");
if (aLeftScene) {
rv = aLeftScene->GetAttribute(kNumberAttr, leftNumberStr);
if (NS_FAILED(rv))
return rv;
rv = ParseSceneNumber(leftNumberStr, &leftNumberLength, leftNumber);
if (NS_FAILED(rv))
return rv;
}
// Skip unlocked scenes, since we are allowed to renumber them anyway
nsCOMPtr<nsIDOMHTMLParagraphElement> nextScene(aRightScene);
while (nextScene && ! SceneHasLockedNumber(nextScene)) {
nsCOMPtr<nsIDOMHTMLParagraphElement> tmp(nextScene);
rv = GetNextNumberedScene(tmp, getter_AddRefs(nextScene));
if (NS_FAILED(rv))
return rv;
}
if (nextScene) {
rv = nextScene->GetAttribute(kNumberAttr, rightNumberStr);
if (NS_FAILED(rv))
return rv;
rv = ParseSceneNumber(rightNumberStr, &rightNumberLength, rightNumber);
if (NS_FAILED(rv))
return rv;
}
rv = mNumberSvc->NumberBetweenNumbers(
aLeftScene ? leftNumber : nsnull, leftNumberLength,
nextScene ? rightNumber : nsnull, rightNumberLength,
outNumber, ioNumberLength, outPropagateChanges);
return rv;
}
/* ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
* Define the vector of Scenes we can walk through
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/
void ControlPanel::setSceneWorld( std::vector<Scene*>* allScenes ){
world = allScenes;
curSceneIndex = -1; // initialize to no scene index
curScene = NULL;
if ( world->size() > 0 ){
nextScene();
}
}
void testApp::keyPressed(int key){
if(key==OF_KEY_LEFT) {
prevScene();
} else if(key==OF_KEY_RIGHT) {
nextScene();
} else if(key=='c') {
cameraManager.next();
} else if(key=='w') {
cameraManager.toggleWarperGui();
}
}
void Liquidmanager::Update(float beat_help,struct winampVisModule *this_mod,float beat_scaler,bool Tex_on)
{
g_pFrameTime->update();
if(m_pCurrentScene != NULL)
{
if(m_pCurrentScene->isComplete())
{
nextScene();
}
if(m_pCurrentScene != NULL)
m_pCurrentScene->Update(beat_help,this_mod,beat_scaler,Tex_on);
}
}
//--------------------------------------------------------------
void ofApp::keyPressed(int key){
switch (key) {
case 'f':
ofToggleFullscreen();
break;
case 'c':
doDrawSmallColour = !doDrawSmallColour;
break;
case OF_KEY_LEFT:
if (mode == MULTIPLE_SCENES) prevScene();
break;
case OF_KEY_RIGHT:
if (mode == MULTIPLE_SCENES) nextScene();
break;
default:
break;
}
}
Common::Error MohawkEngine_CSTime::run() {
MohawkEngine::run();
_console = new CSTimeConsole(this);
_gfx = new CSTimeGraphics(this);
_cursor = new DefaultCursorManager(this, ID_CURS);
_interface = new CSTimeInterface(this);
_view = new CSTimeView(this);
_view->setupView();
_view->setModule(new CSTimeModule(this));
while (!shouldQuit()) {
switch (_state) {
case kCSTStateStartup:
// We just jump straight to the case for now.
_state = kCSTStateNewCase;
break;
case kCSTStateNewCase:
initCase();
_state = kCSTStateNewScene;
break;
case kCSTStateNewScene:
nextScene();
_state = kCSTStateNormal;
break;
case kCSTStateNormal:
update();
break;
}
}
return Common::kNoError;
}
// 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> ---------------------//
}
void BaseScene::update(float dt){
if (dt <= 0) dt = Director::getInstance()->getAnimationInterval();
// 入洞检查
ballInRightHole();
// 键盘触发
if (SceneDesigner::balls){
for (int i = 0; i < SceneDesigner::balls->size(); i++)
SceneDesigner::balls->at(i)->applyKeepForce(pressed);
}
// 控件更新
score -= dt * 10;
scoreLabel->setString(MyTool::num2str(int(score)));
// 电球的引力和斥力作用
electricBallAreaEffect();
// physics update
#ifndef NOBOX2D
world->Step(dt, 8, 3);
#endif
dealafterContact();
if (SceneDesigner::balls){
std::string s = "";
for (int i = 0; i < int(SceneDesigner::balls->size()); i++){
auto ball = SceneDesigner::balls->at(i);
ball->updatePosWithBody();
ball->getBody()->SetAngularVelocity(ball->getVelocityValue() / RTM_RATIO / 2 /ball->radius);
if (score < 700){
/*s+= "s : (" + MyTool::num2str(ball->getSprite()->getPosition().x);
s += " ," + MyTool::num2str(ball->getSprite()->getPosition().y) + ") ";
s += "b : (" + MyTool::num2str(ball->getBody()->GetPosition().x * 32);
s += " ," + MyTool::num2str(ball->getBody()->GetPosition().y * 32) + ")";*/
s += "( e : " + MyTool::num2str(int(ball->enableBox2d)) + ", s : ";
if(ball->getSprite()) s += "y , b : ";
else s += "n , b : ";
if (ball->getBody()) s += "y ";
else s += "n ";
s += " )";
}
}
if (score < 700) {
auto debugger = ((LabelTTF*)getChildByName("debugger"));
debugger->setString(s);
}
}
if (lock == 0 && checkOver()){ // 检查是否还有球可进
int targetScore = 0;
if (score > targetScore) nextScene();
else gameover();
}
// 游戏结束
if (lock == 0 && score <= 0){
gameover();
}
}
bool Landing::onTouchBegan(Touch *touch, Event *unused_event)
{
nextScene();
return true;
}
//-------------------- protected methods -----------------------------
void ControlPanel::controlChanged( int control_enum_value ){
switch ( control_enum_value ){
case LIGHTING_CHECKBOX:
if( !lighting )
glDisable( GL_LIGHT0 );
else
glEnable( GL_LIGHT0 );
break;
case DRAWAXES_CHECKBOX:
curScene->setDrawAxes( drawAxes );
break;
case PREVSCENE_BUTTON:
prevScene();
break;
case NEXTSCENE_BUTTON:
nextScene();
break;
case QUIT_BUTTON:
exit( 0 );
break;
case SET_PROJECTION:
if( which_projection == 0 )
world->at( curSceneIndex )->setParallelStatus( true );
else
world->at( curSceneIndex )->setParallelStatus( false );
case LOOKAT:
updateWorldWithSlider();
break;
case PERSPECTIVE:
world->at( curSceneIndex )->setPerspective( viewAngle,
aspectRatio,
near, far );
break;
case SET_LOOKAT:
setLookAtSliders( );
break;
case SET_ADVANCED:
setAdvancedSliders( );
break;
case ADVANCED:
updateAdvanced( );
break;
case BOX_BUTTON:
world->at( curSceneIndex )->addObject( new Box() );
world->at( curSceneIndex )->redraw();
break;
case CLOWN_BUTTON:
world->at( curSceneIndex )->addObject( new Clown() );
world->at( curSceneIndex )->redraw();
break;
case DONUT_BUTTON:
world->at( curSceneIndex )->addObject( new Donut() );
world->at( curSceneIndex )->redraw();
break;
case EYE_BUTTON:
world->at( curSceneIndex )->addObject( new Eye() );
world->at( curSceneIndex )->redraw();
break;
case HAT_BUTTON:
world->at( curSceneIndex )->addObject( new Hat() );
world->at( curSceneIndex )->redraw();
break;
case HEAD_BUTTON:
world->at( curSceneIndex )->addObject( new Head() );
world->at( curSceneIndex )->redraw();
break;
case SNOWMAN_BUTTON:
world->at( curSceneIndex )->addObject( new Snowman() );
world->at( curSceneIndex )->redraw();
break;
case SPHERE_BUTTON:
world->at( curSceneIndex )->addObject( new Sphere() );
world->at( curSceneIndex )->redraw();
break;
}
}
