//------------------------------------------------------------------------
// name: X
// desc: public class for globally-shared variables for 220b final project
// This needs to be called for it all to work.
// Running loadall.ck will prepare everything.
//------------------------------------------------------------------------

public class X
{
    // == global gain ==
    static Gain @ out;
    static Gain @ outL;
    static Gain @ outR;
    
    static Gain @ in;
    static Gain @ inL;
    static Gain @ inR;
    
    static Dyno @ limiter;
    
    // == events to control parameters ==
    // thumbs up
    static Event @ thumbsUp;
    // thumbs down
    static Event @ thumbsDown;
    
    // start synthesis
    static Event @ synthesize;
}

// instantiate the gain
new Gain @=> X.out;
new Gain @=> X.outL;
new Gain @=> X.outR;
new Gain @=> X.in;
new Gain @=> X.inL;
new Gain @=> X.inR;

// instantiate limiter
new Dyno @=> X.limiter;
0.3 => float maxAmp;
X.out.gain(maxAmp);
X.outL.gain(maxAmp);
X.outR.gain(maxAmp);

X.limiter.thresh(maxAmp);
X.limiter.slopeBelow(maxAmp);
X.limiter.slopeAbove(0.0);

X.in => X.out;
X.inL => X.outL;
X.inR => X.outR;

// patch to dac
X.out => X.limiter => dac;
X.outL => X.limiter => dac.chan(0);
X.outR => X.limiter => dac.chan(1);


// == events to control parameters ==
// thumbs up
new Event @=> X.thumbsUp;
// thumbs down
new Event @=> X.thumbsDown;

// start synthesis
new Event @=> X.synthesize;

// wait around
while( true ) 
{
    2::second => now;
}