public void PlayNode()
{
if (currentStep == endStep)
{
currentStep = 0;
}
AdsrSampleProvider sample = sequencer.GenerateSampleProvider(currentStep);
mainMixer.AddMixerInput(sample);
Timer timer2 = new Timer(sequencer.sequencerNode[currentStep].GateTime)
{
AutoReset = false,
Enabled = true
};
timer2.Elapsed += (a, b) =>
{
StopNode(sample);
timer2.Dispose();
};
currentStep++;
}
public void PlayNode()
{
if (CurrentStep == endStep)
{
CurrentStep = 0;
}
// Loop thru each sequencer and play the node at the current step.
for (int i = 0; i < _sequencers.Count(); i++)
{
if (_sequencers[i].Active == true && _sequencers[i].GetSequencerNode(CurrentStep).Active == true) // Check if sequencer or node is active.
{
AdsrSampleProvider sample = _sequencers[i].GenerateSampleProvider(CurrentStep);
mainMixer.AddMixerInput(sample);
Timer timer2 = new Timer(_sequencers[i].sequencerNode[CurrentStep].GateTime)
{
AutoReset = false,
Enabled = true
};
timer2.Elapsed += (a, b) =>
{
StopNode(sample);
timer2.Dispose();
};
}
}
CurrentStep++;
}
public AdsrSampleProvider GenerateSampleProvider(int i)
{
SequencerNode node = sequencerNode[i];
SignalGenerator signal = new SignalGenerator(GlobalDef.SampleRate, GlobalDef.Channels);
signal.Frequency = node.Frequency;
signal.Gain = node.Gain * Gain;
signal.Type = SignalGeneratorType;
AdsrSampleProvider adsr = new AdsrSampleProvider(signal);
adsr.AttackSeconds = _attack;
adsr.ReleaseSeconds = _release;
return(adsr);
}
public void StopNode(AdsrSampleProvider sample)
{
sample.Stop();
//mainMixer.RemoveMixerInput(sample);
}
