TestApp::TestApp(boost::shared_ptr<GameLog> loggerPtr, boost::shared_ptr<GameOptions> optionsPtr) throw (GameException &)
: GameMain(loggerPtr, optionsPtr)
, m_mvProjStackManager()
, m_viewFrustrum()
, m_isAnisotropicExtPresent(false)
, m_gameId(VIEW_ID_NO_VIEW_ATTACHED)
, m_listener()
, m_eventsRegistered(false) {
shared_ptr<GLMatrixStack> mvStack(GCC_NEW GLMatrixStack());
shared_ptr<GLMatrixStack> projStack(GCC_NEW GLMatrixStack(4));
m_mvProjStackManager.reset(GCC_NEW ModelViewProjStackManager(mvStack, projStack));
m_listener.reset(GCC_NEW TestAppEventListener(this));
}
// /////////////////////////////////////////////////////////////////
//
// /////////////////////////////////////////////////////////////////
Pool3dGame::Pool3dGame(boost::shared_ptr<GameLog> loggerPtr, boost::shared_ptr<GameOptions> optionsPtr) throw (GameException &)\
: GameMain(loggerPtr, optionsPtr), m_mvProjStackManager(), m_viewFrustrum(), m_isAnisotropicExtPresent(false), m_gameId(VIEW_ID_NO_VIEW_ATTACHED),\
m_uiId(VIEW_ID_NO_VIEW_ATTACHED), m_listener(), m_eventsRegistered(false)
{
// Build ModelView matrix stack with the default stack size (64).
// NB: This sets a limit for the game views scene graph to have a maximum depth of 64.
shared_ptr<GLMatrixStack> mvStack(GCC_NEW GLMatrixStack());
// Build Projection matrix stack with a small default stack size (Proj stack does not need to be
// very large, 2 matrices at most, we will say 4 for flexibility sake).
shared_ptr<GLMatrixStack> projStack(GCC_NEW GLMatrixStack(4));
m_mvProjStackManager.reset(GCC_NEW ModelViewProjStackManager(mvStack, projStack));
m_listener.reset(GCC_NEW Pool3dGameEventListener(this));
}
