irrklang::ISound* CSoundManager::playWithFeedback( const core::vector3df origin, const std::string& event )
{
ISoundSource* sound = container->getSound(event);
if(!sound) //! \todo weitere errormöglichkeiten!
return nullptr;
sound->setDefaultVolume(0.0);
sound->setDefaultMinDistance(250);
return engine->play3D(sound, conv(origin), false, false, true);
}
// *********************************************************************************
// PLAY - FUNCTIONS
// --------------------
bool CSoundManager::play(const core::vector3df& origin, const std::string& event)
{
ISoundSource* sound = container->getSound(event);
if(!sound) //! \todo weitere errormöglichkeiten!
return false;
sound->setDefaultVolume(1.0);
sound->setDefaultMinDistance(250);
engine->play3D(sound, conv(origin));
return true;
}
ISoundSource *World::AddSoundSource()
{
ISoundSource *ss = new SoundSource(engine->GetSoundSystem());
AddTransformable(ss);
ss->drop();
// Maybe start it paused
if (IsPaused())
ss->Pause();
return ss;
}
int Arpe::playActionAudio(iPoint* value){
if( strcmp( (*(*value).actualAction).audioFilename,"") != 0) {
if( (*(*value).actualAction).audioOverplay == false)
this->audioEngine->stopAllSounds();
if( value->actualAction->audio3D ){
ISoundSource* as = this->audioEngine->addSoundSourceFromFile(value->actualAction->audioFilename);
vec3df pos(value->actualAction->x,value->actualAction->y,value->actualAction->z);
as->setDefaultVolume(value->actualAction->mathValue2);
this->audioEngine->play3D(as,pos);
}
else{
this->audioEngine->play2D((*(*value).actualAction).audioFilename);
}
return 1;
}
return 0;
}