public Osc(OscType type, float freq, float amp, float detune, float bias, float duty)
{
this.type = type;
this.freq.localValue = freq;
this.amp.localValue = amp;
this.detune.localValue = detune;
this.bias.localValue = bias;
this.duty.localValue = duty;
}
public override void UpdateControl(float[] signals)
{
if (control == null)
{
return;
}
type = control.type;
SyncControlSignal(signals, ref freq, ref control.freq);
SyncControlSignal(signals, ref detune, ref control.detune);
SyncControlSignal(signals, ref duty, ref control.duty);
SyncControlSignal(signals, ref amp, ref control.amp);
SyncControlSignal(signals, ref bias, ref control.bias);
SyncControlSignal(signals, ref shape, ref control.shape);
}
public void SetOscType(OscType t)
{
SetParameter((int)FMOD.DSP_OSCILLATOR.TYPE, (int)t);
}
public static Osc Osc(OscType type, float freq, float amp = 1, float detune = 0, float bias = 0, float duty = 0.5f) => Synth.Add(new Osc(type, freq, amp, detune, bias, duty));
public void SetOscType(OscType t)
{
SetParameter((int)FMOD.DSP_OSCILLATOR.TYPE, (int)t);
}
private void newOSC(ref oscillator osc, int size, OscType TypeOsc, double Frequency,
double Phase, float SampleRate)
{
try
{
osc.gen.signalpoints = new ComplexF[2048];
osc.gen.size = size;
osc.gen.Frequency = 2.0 * Math.PI * Frequency / SampleRate;
osc.gen.Phase = Phase;
}
catch (Exception ex)
{
Debug.Write(ex.ToString());
}
}
