void setSequencer(int interIdx)
{
this.intervalVoices = new Dictionary<int, ISampleMaker>();
int inc = 0;
int intervalNb = interIdx;
double[] inter={5000.0,3000.0,5000.0};
this.sequencer.StepCount = 15+5;
IWaveForm form = new SineWaveForm();
double percent = 5 / 100d;
uint value = (uint)(15000 * percent);
for (inc = 0; inc < intervalNb; inc++)
{
//Pitch pitch = new Pitch(11, 3);
Oscillator osc1 = new Oscillator();
osc1.WaveForm = form;
Voice voice = new Voice();
voice.Attenuation = 0;
voice.Oscillators.AddRange(new List<Oscillator>() { osc1});
voice.Frequency = inter[inc];//pitch.Frequency;
voice.Envelope.Attack = value;
voice.Envelope.Decay = value;
this.intervalVoices.Add(inc, voice);
this.sequencer.AddNote(voice, (3+2)*inc+1, 3);
}
SynthMediaStreamSource source = new SynthMediaStreamSource(44100, 2);
source.SampleMaker = this.sequencer;
this.sequencer.Tempo = 360;
this.media.SetSource(source);
this.media.Stop();
this.sequencer.StepIndex = this.sequencer.StepCount - 1;
//
}
/// <summary>
/// Initialise the voices of the sequencer.
/// </summary>
/// <param name="interIdx"></param>
protected void setSequencer(int interIdx)
{
this._intervalVoices = new Dictionary <int, ISampleMaker>();
int inc = 0;
//int intervalNb = 2;// interIdx;
//double[] inter = { 5000.0, 3000.0, 1000.0, 3000.0 };
this._sequencer.VoiceCount = 1;
double percent = 10 / 100d;
uint value = (uint)(15000 * percent);
uint value2 = (uint)(15000 * percent);
//int[] pos = { 0, 2, 7, 2,0,19};
Stimulus st = null;
for (int i = 0; i < _StimuliStructure.Count; i++)
{
st = _StimuliStructure[i];
if (st._isSilent)
{
continue;
}
IWaveForm wform = new SineWaveForm();
Oscillator osc1 = new Oscillator();
osc1.WaveForm = wform;
Oscillator osc2 = new Oscillator();
osc2.WaveForm = wform;
Voice voice = new Voice();
voice.Attenuation = -10;
voice.Envelope.Attack = value;
voice.Envelope.Decay = value2;
voice.Oscillators.AddRange(new List <Oscillator>()
{
osc1
});
voice.Frequency = st._frequency;
this._intervalVoices.Add(inc++, voice);
this._sequencer.AddNote(voice, st._start, st._duration);
}
this._sequencer.StepCount = st._duration + st._start;
/* for (inc = 0; inc < intervalNb; inc++)
* {
* //Pitch pitch = new Pitch(11, 3);
* IWaveForm form = new SineWaveForm();
* Oscillator osc1 = new Oscillator();
* Oscillator osc2 = new Oscillator();
* osc1.WaveForm = new SineWaveForm();
* osc2.WaveForm = new SineWaveForm();
*
* Voice voice = new Voice();
* voice.Attenuation = 0;
* voice.Oscillators.AddRange(new List<Oscillator>() { osc1});
* voice.Frequency = inter[inc];//pitch.Frequency;
* voice.Envelope.Attack = value;
* voice.Envelope.Decay = value;
* this._intervalVoices.Add(inc, voice);
*
* //this.sequencer.AddNote(voice, (3 + 2) * inc + 1, 3);
* this._sequencer.AddNote(voice, pos[2 * inc], pos[2 * inc + 1]);
*
* }*/
if (false)
{
//Pitch pitch = new Pitch(11, 3);
IWaveForm form = new SineWaveForm();
Oscillator osc1 = new Oscillator();
Oscillator osc2 = new Oscillator();
osc1.WaveForm = new WhiteNoiseWaveForm();
osc2.WaveForm = form;
Voice voice = new Voice();
voice.Attenuation = -70;
voice.Oscillators.AddRange(new List <Oscillator>()
{
osc1, osc2
});
voice.Frequency = 400;
//voice.Envelope.Attack = value;
//voice.Envelope.Decay = value;
this._intervalVoices.Add(inc, voice);
//this.sequencer.AddNote(voice, (3 + 2) * inc + 1, 3);
this._sequencer.AddNote(voice, 0, this._sequencer.StepCount);
}
this._elt.Stop();
this._sequencer.StepIndex = -1;// this._sequencer.StepCount - 1;
}
