//
///////////////////////////////////////////////////////////////////////////////////////////////
// GCD SINMODFEED /////////////////////////////////////////////////////////////////////////////////////////
// feedback of modulated SinOsc

// low rumble 0 ------------------------------------
(
SynthDef(\dNoz, {
	arg out=0, gate=1, amp=0.1, envattackTime=0.001, release=0.001;
	var snd, env;
	env = Linen.kr(gate, envattackTime, 1, release, doneAction:2);
	snd = WhiteNoise.ar(1);
	snd = snd + SinOsc.ar(SinOsc.kr(10).range(40,60), mul:0.2);
	snd = snd + Pulse.ar(SinOsc.kr(12).range(40,60), mul:0.1);
	snd = snd.clip2(0.8);

	snd = LPF.ar(snd, LFNoise2.ar(0.4).range(60,100), mul:3);

	snd = snd.dup;
	snd[1] = DelayL.ar(snd[1], 0.05, SinOsc.kr(0.2).range(0.001,0.003));
	snd = snd * env * amp;
	Out.ar(out, snd);
	
}).add;
);
(
// "LFTri bass drum kick" - by luka@lukaprincic.si
SynthDef(\tribd, {
	arg out=0, gate=1, freq=77, amp=0.1;
	var snd,snd1, aenv, fenv, senv;

	fenv = Env(levels:[2, 1.2, 0], times: [0.1, 0.4]).kr;
	freq = [freq,freq*2] * fenv;
	freq = freq.max(10);

	snd = LFTri.ar(freq) + SinOsc.ar(freq) * [1,0.3];
	snd1 = SinOsc.ar(190, mul:3) * EnvGen.ar(Env.perc(releaseTime:0.1), gate) ;
	snd = snd.sum * 0.9;
	snd = LPF.ar(snd, freq * 4);

	snd = snd + RLPF.ar( BrownNoise.ar(1),
		Env(levels:[2000,500,90], times:[0.01,0.05]).kr, 0.3 );

	snd = snd + ( BPF.ar(WhiteNoise.ar(0.5), 3000) 
		* Env([1,1,0], [0.004,0.005]).kr );
	snd = snd + ( BPF.ar(WhiteNoise.ar(0.5), 7000) 
		* Env([1,1,0], [0.003,0.001]).kr );
	
	aenv = Env([1,1,0], [0.2,2], curve: -9).kr;
	snd = snd1 + snd * aenv;
	snd = Limiter.ar(snd, 8);
	
	senv = Linen.kr(releaseTime: 0.1, gate: gate, doneAction: Done.freeSelf);
	snd = LeakDC.ar(snd);
	snd = snd * amp * senv;
	snd = Pan2.ar(snd, pos:0);
	snd = snd.clip2;
	Out.ar(out, snd);
}).add;
);



////////////////////////////////////////////////////////////////////////////////////////////////////////
(
~clk3 = TempoClock.new(2.2);
//~myClock = TempoClock.new(2.2);

//~clk3 = TempoClock.tempo= 2.2 / 1;
{ // routine starts here
	1.wait;
	Ndef(\gcdmod).proxyspace.clock = ~clk3;
	Ndef(\gcdmod).proxyspace.quant = 1;	
	Ndef(\gcdmod, {
		var a = TDuty.ar(Dseq((0..3), inf) + 5 * SampleDur.ir);
		var b = TDuty.ar(Dseq((3..0), inf) + 5.01 * SampleDur.ir);
		var mod = 50;
		var t = PulseCount.ar(a) % mod;
		var u = PulseCount.ar(b) % mod;
		var n, j, d, e, c;

		d = LocalIn.ar(2);
		n = gcd(t, u + [0, 1]);
		e = n.linexp(0, mod, 70, 10000);
		j = SinOsc.ar(e);
		LocalOut.ar(j * d);
		c = CombC.ar(j, 1, [0.009,0.007,0.008, 0.006] * LFNoise1.ar([0.01,0.01]).range(1.3,0.7), 30, mul:0.05);
		j = j * LFNoise1.ar(0.2).range(0,0.5) + Splay.ar(c);
		j = Greyhole.ar(j, damp:0.5, diff:0.5 size:4);
		j = Limiter.ar(LPF.ar(HPF.ar(j, 100), LFNoise1.kr(0.1).exprange(200,18000)), 0.5, 0.55);
		j = j * LFPulse.ar([2.2,4.4]*2, 0.96, width:LFNoise1.ar(0.2).range(0.8,0.95)).range(LFNoise1.ar(0.1).range(0,1),1);
		j = j + LFPulse.ar([2.2,4.4], 0.96, mul: LFNoise1.kr(1/10).range(0,0.5) * Line.kr(0,1,30));
		j = LeakDC.ar(j);
		
		// Out.ar(0, j * EnvGate())
	});
	
	Ndef(\gcdkick).proxyspace.clock = ~clk3;
	Ndef(\gcdkick).proxyspace.quant = 1;
	Pdef(\gcdkick, {
		Pbind(*[
			instrument: \tribd,
			dur: Pseq([
				Rest(32),
				Pseq(
					[
						Prand( [ Pseq([1.5,1.5]), 3 ] ),
						3,
						Prand([
							4,
							Pn(1,3),
							Pn(Pseq([1/2,1,Prand([1/2,1.5])]),1)
						])
					] / 2, 32)
				],inf),
			//dur: 1,
			//dur: Pseq([1.5,1,1.5,1/2,2,1/2,1.5,1/2,1/4,1/2,1/4,3],inf),
			freq:77 + Prand((1..10)/5, inf),
			octave:2,
			amp:0.1
		])		
	};);
	Ndef(\gcdkick).mold(2, \audio, \elastic);
	Ndef(\gcdkick)[0] = Pdef(\gcdkick);


	Pbindef(\n1,
		\instrument, \dNoz,
		\dur, Pseq([20,Rest(10)],inf),
		\amp, 0.5,
		\legato, 1,
	);
	//Pdef(\n1).stop;
	//Pdef(\n1).clear;
	
	1.wait;

	s.makeBundle(0.25, {
		Pdef(\n1).play(~clk3, quant:1);
		Ndef(\gcdmod).play;
		Ndef(\gcdkick).play;
	});
	
}.fork(~clk3)
)
///////////////////////////////////////////////////////////////////////////////////////