public void playSoundOnetime(SoundDescriptor sd)
{
Sound snd = new Sound(sd);
snd.transient = true;
snd.play();
}
public void transitionMusic(SoundDescriptor music, double transitionTime)
{
//cleanup if we transition before we're done with a transition
if (myNextMusic != null)
{
if (music.source.filename != myNextMusic.source.filename)
{
myNextMusic.stop();
myNextMusic = null;
}
else
{
return; //don't transition to the same song
}
}
//don't transition to the same song
if (myCurrentMusic != null && myCurrentMusic.source.filename == music.source.filename)
{
return;
}
//transition to new song
Sound snd = new Sound(music);
myNextMusic = snd;
myNextMusic.volume = 0.0f;
myNextMusic.play();
myMusicTransitionTime = transitionTime;
myCurrentMusicTransitionTime = 0.0;
}
public void update(double dt)
{
pitch.update(dt);
volume.update(dt);
sound.pitch = pitch.currentVal;
sound.volume = soundscape.volume * volume.currentVal;
sound.play();
}
public void playSoundOneTime(string filename, Vector3 pos, bool relative, Vector3 vel, float falloffDistance, AbstractAudio.Priority priority)
{
SoundDescriptor desc = new SoundDescriptor();
desc.filename = filename;
desc.is3d = true;
desc.isLooping = false;
desc.priority = priority;
Sound snd = new Sound(desc);
snd.position = pos;
snd.velocity = vel;
snd.relativePosition = relative;
snd.transient = true;
snd.play();
}
public void update(double dt)
{
nextTime -= (float)dt;
if (nextTime <= 0.0f)
{
Random rand = new Random();
nextTime = rand.randomInRange(minDelay, maxDelay);
Vector3 pos = new Vector3(
rand.randomInRange(0.0f, maxRange[0]),
rand.randomInRange(0.0f, maxRange[1]),
rand.randomInRange(0.0f, maxRange[2])
);
sound.position = pos;
sound.pitch = rand.randomInRange(minPitch, maxPitch);
sound.volume = soundscape.volume;
sound.play();
}
}