public WaveTableOsc(AudioProcessor Processor, OscParameters paramOwnr)
{
processor = Processor;
paramOwner = paramOwnr;
phasor = 0.0;
phaseInc = 0.0;
phaseOfs = 0.5;
numWaveTables = 0;
for (int idx = 0; idx < numWaveTableSlots; idx++)
{
waveTables[idx].topFreq = 0;
waveTables[idx].waveTableLen = 0;
waveTables[idx].waveTable = null;
}
paramOwner.OscillatorType.OnValueChange += OscTypeChanged;
if (paramOwner.OscillatorType.Value == EOscillatorType.Sine || paramOwner.OscillatorType.Value == EOscillatorType.Saw)
{
SetOsc(baseFrequency, EOscillatorType.Saw);
}
else if (paramOwner.OscillatorType.Value == EOscillatorType.Square)
{
SetOsc(baseFrequency, EOscillatorType.Square);
}
else if (paramOwner.OscillatorType.Value == EOscillatorType.Triangle)
{
SetOsc(baseFrequency, EOscillatorType.Triangle);
}
}
public Oscillator(AudioProcessor audioProcessor, OscParameters paramOwner, int note, double detune, double phase) :
base(audioProcessor)
{
audioProcessor.OnSampleRateChanged += SampleRateChanged;
paramOwner.OscillatorType.OnValueChange += TypeChanged;
type = paramOwner.OscillatorType.Value;
calc = twoPI / Processor.SampleRate;
this.note = note;
this.phase = phase;
this.detune = detune;
this.paramOwner = paramOwner;
}
public AudioProcessor(PluginController pluginController) :
base(0, 2, 0)
{
PluginController = pluginController;
OscillatorA = new OscParameters(this);
OscillatorB = new OscParameters(this);
EnvelopeSound = new EnvelopeParameters(this);
Filter = new FilterParameters(this);
FilterEnv = new EnvelopeParameters(this);
Distortion = new Distortion(this);
LFOModifierA = new LFO(this);
LFOModifierB = new LFO(this);
VoicesGenereator = new VoiceManager(this);
OnBypassChanged += (sender, args) =>
{
Power.Value = (Bypass) ? EPowerStatus.Off : EPowerStatus.On;
};
}
