public Synth(SynthData synthData) : base(synthData.PitchDepth)
{
SynthData = synthData;
Oscillators = new Oscillator[SynthData.OSCount];
for (int i = 0; i < SynthData.OSCount; i++)
{
Oscillators[i] = new Oscillator(synthData.PitchDepth);
Oscillators[i].Amplitude = SynthData.Amplitude;
}
}
static void Main(string[] args)
{
//float[] buffer = new float[100];
AdditiveWaveformGenerator wave = new AdditiveWaveformGenerator();
AdditiveWaveformGenerator modWave = new AdditiveWaveformGenerator();
AdditiveWaveformGenerator modWave2 = new AdditiveWaveformGenerator();
wave.Harmonics = HarmonicPrimitives.GenerateSquareWaveHarmonics(64);
modWave.Harmonics = HarmonicPrimitives.GenerateSawWaveHarmonics(64);
modWave2.Harmonics = HarmonicPrimitives.GenerateSquareWaveHarmonics(32);
ADSREnvelope pitchEnvelope = new ADSREnvelope();
pitchEnvelope.InitialValue = 0; //NoteUtils.GetMidiNoteFrequency(46 + 36);
pitchEnvelope.PeekValue = 0; //NoteUtils.GetMidiNoteFrequency(46 + 36);
pitchEnvelope.AttackTime = 0F;
pitchEnvelope.AttackType = CurveType.Linear;
pitchEnvelope.AttackCurveHardness = 2F;
pitchEnvelope.DecayTime = 0.095F;
pitchEnvelope.DecayType = CurveType.FastStart;
pitchEnvelope.DecayCurveHardness = 4F;
pitchEnvelope.EndValue = 110F;
pitchEnvelope.VoidValue = 110F;
pitchEnvelope.ReleaseTime = 0F;
pitchEnvelope.ReleaseType = CurveType.SlowStart;
pitchEnvelope.ReleaseCurveHardness = 2F;
pitchEnvelope.SustainValue = 0;//NoteUtils.GetMidiNoteFrequency(46);
Oscillator osc3 = new Oscillator();
osc3.PitchSource = pitchEnvelope;
osc3.PitchModulators = new ISampleProvider[0];
osc3.PitchMultiplier = 0.5F;
osc3.Volume = 1F;
osc3.AmplitudeSource = new ConstantSampleValue(1F);
osc3.WaveformSource = modWave2;
osc3.Carrier = false;
Oscillator osc2 = new Oscillator();
osc2.PitchSource = pitchEnvelope;
osc2.PitchModulators = new ISampleProvider[0];
osc2.PitchMultiplier = 0.5F;
osc2.Volume = 1F;
osc2.AmplitudeSource = new ConstantSampleValue(1F);
osc2.WaveformSource = modWave;
osc2.Carrier = false;
ADSREnvelope volumeEnvelope = new ADSREnvelope();
volumeEnvelope.InitialValue = 0F;
volumeEnvelope.PeekValue = 1F;
volumeEnvelope.AttackTime = 0F;
volumeEnvelope.AttackType = CurveType.Linear;
volumeEnvelope.AttackCurveHardness = 2F;
volumeEnvelope.DecayTime = 1F;
volumeEnvelope.DecayType = CurveType.FastStart;
volumeEnvelope.DecayCurveHardness = 4F;
volumeEnvelope.SustainValue = 0F;
volumeEnvelope.EndValue = 0F;
volumeEnvelope.VoidValue = 0F;
volumeEnvelope.ReleaseTime = 0F;
volumeEnvelope.ReleaseType = CurveType.SlowStart;
volumeEnvelope.ReleaseCurveHardness = 2F;
Oscillator osc = new Oscillator();
int note = 57;
osc.PitchSource = pitchEnvelope;
osc.PitchModulators = new ISampleProvider[1] {
osc2
};
//osc.PitchModulators = new ISampleProvider[0];
osc.PitchMultiplier = 1F;
osc.Volume = 1F;
osc.AmplitudeSource = volumeEnvelope;
osc.WaveformSource = wave;
Waveshaper shaper = new Waveshaper();
shaper.Input = osc;
shaper.Hardness = 5F;
LowpassFilter filter = new LowpassFilter();
filter.Input = shaper;
filter.CutoffFrequency = 1770;
StandardOutPlayer player = new StandardOutPlayer();
player.Input = shaper;
int samplesPerBufferSize = 2205;
osc2.AllocateBuffers(samplesPerBufferSize);
osc3.AllocateBuffers(samplesPerBufferSize);
osc.AllocateBuffers(samplesPerBufferSize * 2);
player.Initialize(samplesPerBufferSize);
player.StartPlayback();
Stream stdin = Console.OpenStandardInput();
while (true)
{
byte midiNote = (byte)stdin.ReadByte();
pitchEnvelope.InitialValue = NoteUtils.GetMidiNoteFrequency(midiNote + 36);
pitchEnvelope.PeekValue = NoteUtils.GetMidiNoteFrequency(midiNote + 36);
pitchEnvelope.SustainValue = NoteUtils.GetMidiNoteFrequency(midiNote);
pitchEnvelope.EnvelopeFinished = false;
player.ResetOffset();
wave.ResetOffset();
modWave.ResetOffset();
}
}