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);
}
/// <summary>
/// Fills the sequencer with 16 secuencer nodes using default values.
/// </summary>
public Sequencer()
{
// Nodes setup
sequencerNode = new SequencerNode[16];
for (int i = 0; i < sequencerNode.Length; i++)
{
sequencerNode[i] = new SequencerNode();
}
// Properties setup
Active = false;
Attack = 0;
Release = 0;
SignalGeneratorType = SignalGeneratorType.Sin;
Gain = 1f;
}
public TestPlaybackEngine()
{
currentStep = 0;
timer.Elapsed += (a, b) => PlayNode();
mainMixer = new MixingSampleProvider(GlobalDef.WaveFormat);
mainMixer.ReadFully = true;
sequencer = new Sequencer();
var temp1 = new SequencerNode();
temp1.Note = 39;
var temp2 = new SequencerNode();
temp2.Note = 17;
var temp3 = new SequencerNode();
temp3.Note = 18;
var temp4 = new SequencerNode();
temp4.Note = 30;
//
var temp5 = new SequencerNode();
temp5.Note = 39;
var temp6 = new SequencerNode();
temp6.Note = 17;
var temp7 = new SequencerNode();
temp7.Note = 18;
var temp8 = new SequencerNode();
temp8.Note = 30;
//
var temp9 = new SequencerNode();
temp9.Note = 39;
var temp10 = new SequencerNode();
temp10.Note = 17;
var temp11 = new SequencerNode();
temp11.Note = 18;
var temp12 = new SequencerNode();
temp12.Note = 30;
//
var temp13 = new SequencerNode();
temp13.Note = 17;
var temp14 = new SequencerNode();
temp14.Note = 17;
var temp15 = new SequencerNode();
temp15.Note = 18;
var temp16 = new SequencerNode();
temp16.Note = 30;
sequencer.SetSequencerNode(temp1, 0);
sequencer.SetSequencerNode(temp2, 1);
sequencer.SetSequencerNode(temp3, 2);
sequencer.SetSequencerNode(temp4, 3);
sequencer.SetSequencerNode(temp5, 4);
sequencer.SetSequencerNode(temp6, 5);
sequencer.SetSequencerNode(temp7, 6);
sequencer.SetSequencerNode(temp8, 7);
sequencer.SetSequencerNode(temp9, 8);
sequencer.SetSequencerNode(temp10, 9);
sequencer.SetSequencerNode(temp11, 10);
sequencer.SetSequencerNode(temp12, 11);
sequencer.SetSequencerNode(temp13, 12);
sequencer.SetSequencerNode(temp14, 13);
sequencer.SetSequencerNode(temp15, 14);
sequencer.SetSequencerNode(temp16, 15);
}
public void SetSequencerNode(SequencerNode node, int i)
{
sequencerNode[i] = node;
}
public NodeSampleGenerator(SequencerNode node)
{
SignalGenerator signal = new SignalGenerator(GlobalDef.SampleRate, GlobalDef.Channels);
}