1 void app_shared_init();
    void app_compute_init();
    void app_init_gl();
    void app_draw();
  5 void app_compute();
    
    void main(int argc, char **argv)
    {
       CAVEConfigure(&argc,argv,NULL);
 10    app_shared_init(argc,argv);
       CAVEInit();
       CAVEInitApplication(app_init_gl,0);
       CAVEDisplay(app_draw,0);
       app_compute_init(argc,argv);
 15    while (!getbutton(ESCKEY))
       {
           app_compute();
       }
       CAVEExit();
 20 }

  1 class MyApplication : public vrj::GlApp
    {
    public:
    // Data callbacks  (Do not put OpenGL code here)
  5    virtual void init();
       virtual void preFrame();
       virtual void intraFrame();
       virtual void postFrame();
          
 10 // OpenGL callbacks (put only OpenGL code here)
       virtual void contextInit();
       virtual void draw();
    };
    
 15 int main(int argc, char* argv[]) 
    {
       // configure kernel with *.config files
       vrj::Kernel* kernel = vrj::Kernel::instance(); // Get the kernel
       for(int i=1; i<argc; i++)
 20    {
          // loading config file passed on command line...
          kernel->loadConfigFile(argv[i]);
       }
    
 25    // start the kernel
       kernel->start();
    
       // set the application for the kernel to run
       MyApplication* application = new MyApplication();
 30    kernel->setApplication(application);
    
       // Block until the kernel exits.
       kernel->waitForKernelStop();
    
 35    return 0;
    }