AutoLoop - record a single controller and play it back fluidly.

// by hand, for a single controller

(

Ndef(\test, { |pFreq=100, pWidth=0.5, amp=0.2, pan, detune = 0.2| 

Pan2.ar(LPF.ar(LFPulse.ar(pFreq + [detune, detune.neg], 0, pWidth).sum, 1500), pan,  amp) 

});

Spec.add(\pFreq, [2, 200, \exp]);

Spec.add(\pWidth, [0.01, 0.5, \exp]);

Spec.add(\detune, [0.01, 1, \exp]);

Ndef(\test).play;

c = AutoLoop(\test, (\pFreq: { |val| Ndef(\test).set(\pFreq, \pFreq.asSpec.map(val)) }));

c.getFunc_({ Ndef(\test).getKeysValues([\pFreq])[0] });

n = NodeProxyEditor(Ndef(\test), 5);

//n.edits[0].sliderView.mouseDownAction = {  if (c.autoIsOn) { c.autoOn(rec: true) }; }; 

//n.edits[0].sliderView.mouseUpAction = { if (c.autoIsOn) { c.play } }; 

)

CtLoop.verbose_(true);

CtLoop.verbose_(false);

c.startRec;

c.play;

c.stop;

c.list.round(0.01).printcsAll; "";

//////////// 

( // make autoloop buttons for 5 sliders

Ndef(\test, { |pFreq=100, pWidth=0.5, amp=0.2, pan, detune = 0.2| 

Pan2.ar(LPF.ar(LFPulse.ar(pFreq + [detune, detune.neg], 0, pWidth).sum, 1500), pan,  amp) 

});

Spec.add(\pFreq, [2, 200, \exp]);

Spec.add(\pWidth, [0.01, 0.5, \exp]);

Spec.add(\detune, [0.01, 1, \exp]);

n = NodeProxyEditor(Ndef(\test), 5);

n.w.bounds_(n.w.bounds.resizeBy(15,0));

n.edits.do { |ed, i| 

var key = ed.labelView.string.asSymbol;

var ctloop = AutoLoop((\test ++ "_" ++ key).asSymbol, ());

ctloop.connectToProxyEditor(n, i); 

ctloop.makeButton(n.w, Rect(340, i * 16 + 50, 12, 12));

};

)