//----------------------------------------------------------------//
static void _onTimer ( int millisec ) {
UNUSED ( millisec );
double fSimStep = AKUGetSimStep ();
int timerInterval = ( int )( fSimStep * 1000.0 );
glutTimerFunc ( timerInterval, _onTimer, timerInterval );
#if MOAI_HOST_USE_DEBUGGER
AKUDebugHarnessUpdate ();
#endif
AKUUpdate ();
#if MOAI_HOST_USE_FMOD_EX
AKUFmodUpdate ();
#endif
#if MOAI_HOST_USE_FMOD_DESIGNER
AKUFmodDesignerUpdate (( float )fSimStep );
#endif
// if ( sDynamicallyReevaluateLuaFiles ) {
// #ifdef _WIN32
// winhostext_Query ();
// #elif __APPLE__
// FWReloadChangedLuaFiles ();
// #endif
// }
glutPostRedisplay ();
}
//----------------------------------------------------------------//
static void _onTimer ( int millisec ) {
UNUSED ( millisec );
int timerInterval = ( int )( AKUGetSimStep () * 1000.0 );
glutTimerFunc ( timerInterval, _onTimer, timerInterval );
#ifdef GLUTHOST_USE_DEBUGGER
AKUDebugHarnessUpdate ();
#endif
AKUUpdate ();
#ifdef GLUTHOST_USE_FMOD_EX
AKUFmodExUpdate ();
#endif
if ( sDynamicallyReevaluatsLuaFiles ) {
#ifdef _WIN32
winhostext_Query ();
#elif __APPLE__
FWReloadChangedLuaFiles ();
#endif
}
glutPostRedisplay ();
}
//----------------------------------------------------------------//
static void _onTimer ( int millisec ) {
UNUSED ( millisec );
int timerInterval = ( int )( AKUGetSimStep () * 1000.0 );
glutTimerFunc ( timerInterval, _onTimer, timerInterval );
AKUUpdate ();
glutPostRedisplay ();
}
//----------------------------------------------------------------//
static void _onUpdate () {
AKUUpdate ();
#ifdef AKUGLUT_USE_FMOD
AKUFmodUpdate ();
#endif
glutPostRedisplay ();
}
//----------------------------------------------------------------//
void _onTimer ( int millisec ) {
glutTimerFunc ( GLUT_TIMER_INTERVAL, _onTimer, GLUT_TIMER_INTERVAL );
AKUUpdate ();
#ifdef AKUGLUT_USE_FMOD
AKUFmodUpdate ();
#endif
glutPostRedisplay ();
}
//----------------------------------------------------------------//
static void _onTimer ( int millisec ) {
UNUSED ( millisec );
int timerInterval = ( int )( AKUGetSimStep () * 1000.0 );
glutTimerFunc ( timerInterval, _onTimer, timerInterval );
AKUUpdate ();
#ifdef AKUGLUT_USE_FMOD
AKUFmodUpdate ();
#endif
glutPostRedisplay ();
}
//----------------------------------------------------------------//
void AKUModulesUpdate () {
#if AKU_WITH_FMOD_DESIGNER
AKUFmodDesignerUpdate ();
#endif
#if AKU_WITH_FMOD_EX
AKUFmodExUpdate ();
#endif
#if AKU_WITH_HARNESS
AKUHarnessUpdate ()
#endif
#if AKU_WITH_SIM
AKUUpdate ();
#endif
#if AKU_WITH_PLUGINS
AKUPluginsUpdate ();
#endif
}
//----------------------------------------------------------------//
extern "C" void Java_com_ziplinegames_moai_Moai_AKUUpdate ( JNIEnv* env, jclass obj ) {
InputEvent ievent;
while ( inputQueue->Pop ( ievent )) {
switch ( ievent.m_type ) {
case InputEvent::INPUTEVENT_TOUCH:
AKUEnqueueTouchEvent ( ievent.m_deviceId, ievent.m_sensorId, ievent.m_touchId, ievent.m_down, ievent.m_x, ievent.m_y );
break;
case InputEvent::INPUTEVENT_LEVEL:
AKUEnqueueLevelEvent ( ievent.m_deviceId, ievent.m_sensorId, ievent.m_x, ievent.m_y, ievent.m_z );
break;
case InputEvent::INPUTEVENT_COMPASS:
AKUEnqueueCompassEvent ( ievent.m_deviceId, ievent.m_sensorId, ievent.m_heading );
break;
case InputEvent::INPUTEVENT_LOCATION:
AKUEnqueueLocationEvent ( ievent.m_deviceId, ievent.m_sensorId, ievent.m_longitude, ievent.m_latitude, ievent.m_altitude, ievent.m_hAccuracy, ievent.m_vAccuracy, ievent.m_speed );
break;
}
}
AKUUpdate ();
}
void MoaiWidget::onUpdate(){
AKUUpdate ();
updateGL();
}