package rosshendler2604;
import java.io.*;
import com.softsynth.jsyn.*;
/**************
** WARNING - this code automatically generated by Wire.
** The real source is probably a Wire patch.
** Do NOT edit this file unless you copy it to another directory and change the name.
** Otherwise it is likely to get clobbered the next time you
** export Java source code from Wire.
**
** Wire is available from: http://www.softsynth.com/wire/
*/
public class Voice1 extends SynthNote
{
    // Declare units and ports.
    SynthEnvelope misc0;
    EnvelopePlayer envAmp;
    SineOscillator lfo1;
    public SynthInput modRate;
    public SynthInput modDepth;
    AddUnit add1;
    SawtoothOscillatorBL sawOscBl1;
    SawtoothOscillatorBL sawOscBl2;
    AddUnit add2;
    MultiplyUnit mult1;
    Filter_LowPass lowPass1;
    MultiplyUnit mult3;
    EnvelopePlayer envFilter;
    SynthEnvelope envelope1;

    public Voice1()
    {
        this( Synth.getSharedContext() );
    }
    public Voice1( SynthContext synthContext )
    {
        super( synthContext );
        // Create unit generators.
        double[] misc0Data = {
            0.05685764884685114, 0.9528301886792453, 
            0.07670399498876532, 0.7416666666666667, 
            0.07817926716442031, 0.42138364779874216, 
            0.1409988150273605, 0.2791666666666667, 
            0.15398946562688853, 0.3867924528301887, 
            0.0687029923566117, 0.1320754716981132, 
            0.11134622899175017, 0.24528301886792453, 
            0.15522475125437774, 0.0, 
        };
        misc0 = new SynthEnvelope( synthContext, misc0Data );
        misc0Data = null;
        misc0.setSustainLoop( 2, 2 );
        misc0.setReleaseLoop( -1, -1 );
        add( envAmp = new EnvelopePlayer(synthContext) );
        add( lfo1 = new SineOscillator(synthContext) );
        add( add1 = new AddUnit(synthContext) );
        add( sawOscBl1 = new SawtoothOscillatorBL(synthContext) );
        add( sawOscBl2 = new SawtoothOscillatorBL(synthContext) );
        add( add2 = new AddUnit(synthContext) );
        add( mult1 = new MultiplyUnit(synthContext) );
        add( lowPass1 = new Filter_LowPass(synthContext) );
        add( mult3 = new MultiplyUnit(synthContext) );
        add( envFilter = new EnvelopePlayer(synthContext) );
        double[] envelope1Data = {
            0.0, 0.0, 
            0.42500981444924585, 1.0, 
            0.27363454919196795, 0.15471698113207547, 
            0.2803533305792978, 0.9924528301886792, 
            0.5608456071701995, 0.27169811320754716, 
            0.9323008600633715, 0.0, 
        };
        envelope1 = new SynthEnvelope( synthContext, envelope1Data );
        envelope1Data = null;
        envelope1.setSustainLoop( 1, 5 );
        envelope1.setReleaseLoop( -1, -1 );
        // Connect units and ports.
        envAmp.rate.set( 0, 1.0 );
        envAmp.output.connect( sawOscBl1.amplitude);
        envAmp.output.connect( sawOscBl2.amplitude);

        addPort( frequency = add1.inputA, "frequency" );
        frequency.setup( 0.0, 261.6263168, 4000.0 );
        addPort( output = lowPass1.output, "output" );
        lfo1.phase.set( 0, -0.9137762784957886 );
        lfo1.output.connect( add1.inputB);

        addPort( modRate = lfo1.frequency, "modRate" );
        modRate.setup( 0.0, 4.861202654271092, 30.0 );

        addPort( modDepth = lfo1.amplitude, "modDepth" );
        modDepth.setup( 0.0, 2.2798838570006374, 400.0 );
        add1.output.connect( mult1.inputA);
        add1.output.connect( sawOscBl1.frequency);

        addPort( amplitude = envAmp.amplitude, "amplitude" );
        amplitude.setup( 0.0, 0.5, 1.0 );
        sawOscBl1.phase.set( 0, -0.15585535764694214 );
        sawOscBl1.output.connect( add2.inputA);
        sawOscBl2.phase.set( 0, 0.07583419233560562 );
        sawOscBl2.output.connect( add2.inputB);
        add2.output.connect( mult3.inputA);
        mult1.inputB.set( 0, 1.0099999904632568 );
        mult1.output.connect( sawOscBl2.frequency);
        lowPass1.Q.set( 0, 9.311314582824707 );
        lowPass1.amplitude.set( 0, 1.0 );
        mult3.inputB.set( 0, 0.20000000298023224 );
        mult3.output.connect( lowPass1.input);
        envFilter.rate.set( 0, 1.0 );
        envFilter.amplitude.set( 0, 3346.263671875 );
        envFilter.output.connect( lowPass1.frequency);
    }
    
    public void setStage( int time, int stage )
    {
        switch( stage )
        {
        case 0:
            envAmp.envelopePort.clear( time );
            envAmp.envelopePort.queueOn( time, misc0 );
            envFilter.envelopePort.clear( time );
            envFilter.envelopePort.queueOn( time, envelope1 );
            start( time );
            break;
        case 1:
            envAmp.envelopePort.queueOff( time, misc0 );
            envFilter.envelopePort.queueOff( time, envelope1 );
            break;
        default:
            break;
        }
    }
}