public void RegisterStreamEvent(Vector2Int frequencyRange, TemporalConductorCallback callback)
{
TemporalCoordinatorEvent te = null;
if (!_registeredEvents.ContainsKey (frequencyRange)) {
te = new TemporalCoordinatorEvent ();
_registeredEvents.Add (frequencyRange, te);
}
if (!_registeredEvents [frequencyRange].HasStreamEvents) {
te.HasStreamEvents = true;
AudioStreamEvent ase = new AudioStreamEvent (frequencyRange);
ase.SetCallback (streamInternalCallback);
_conductorInstance.RegisterEvent (ase);
}
te = _registeredEvents [frequencyRange];
if (te.Callbacks.Contains (callback)) {
Debug.LogWarning ("Attempting to register same callback twice. This is not allowed. Please supply different method signature as callback.");
return;
}
te.StreamEvent += callback;
}
public void UnregisterBeatEvent(Vector2Int frequencyRange, float beatDelta,TemporalConductorCallback callback)
{
if (!_registeredEvents.ContainsKey (frequencyRange))
return;
TemporalCoordinatorEvent te = _registeredEvents [frequencyRange];
if (te.Callbacks.Contains (callback) && te.BeatEvents.ContainsKey (beatDelta)) {
te.BeatEvents [beatDelta].Event -= callback;
te.Callbacks.Remove (callback);
}
}
public void UnregisterStreamEvent(Vector2Int frequencyRange, TemporalConductorCallback callback)
{
if (!_registeredEvents.ContainsKey (frequencyRange))
return;
TemporalCoordinatorEvent te = _registeredEvents [frequencyRange];
if (te.Callbacks.Contains (callback)) {
te.StreamEvent -= callback;
te.Callbacks.Remove (callback);
}
}
//make the programmer want it :p
public void SetCallback(TemporalConductorCallback cb)
{
_callback = cb;
}
public void RegisterBeatEvent(Vector2Int frequencyRange, float beatDelta,int halfFFTWindow,TemporalConductorCallback callback)
{
if (beatDelta == 0) {
Debug.LogError ("Attempting to register beat event with 0 beat delta. This is not allowed.");
return;
}
TemporalCoordinatorEvent te = null;
if (!_registeredEvents.ContainsKey (frequencyRange)) {
te = new TemporalCoordinatorEvent ();
_registeredEvents.Add (frequencyRange, te);
}
te = _registeredEvents [frequencyRange];
if (!te.BeatEvents.ContainsKey (beatDelta)) {
te.BeatEvents.Add (beatDelta, new BeatEventDatum());
BeatEvent be = new BeatEvent (frequencyRange, beatDelta,halfFFTWindow);
be.SetCallback (beatInternalCallback);
_conductorInstance.RegisterEvent (be);
}
te.BeatEvents [beatDelta].Event += callback;
}
