(
Ndef(\plop).put(0, { arg freq=200, rq=0.1, pan=0, amp=0.1;
	var sig;
	var sig1, sig2, sig3, sig4, sig5, sig6, sig7, sig8;
	sig1 = WhiteNoise.ar(1, 0);
	sig2 = LPF.ar(WhiteNoise.ar(1, 0),  SinOsc.kr(1/16 * [1,2,3,4]/2).range(100,9001));
	sig3 = LFSaw.ar(( freq* [1/2,1,2,1] ).clip(20,15000)) * [1,4,1/2,2];
	sig1 = SelectX.ar(\mixg.kr(0.5)*2, [sig1, sig2, sig3]);
	sig = Gate.ar(sig1, LFPulse.ar( SinOsc.kr(1/8 * [1,2,3,4].reverse/2).range(30,100), 0.5));
	sig = Gate.ar(sig, LFPulse.ar( freq ));
	sig = RLPF.ar(sig, ( freq * SinOsc.kr([1,2,3,4]/4).range(1,4) ).clip(20,15000), rq * [1,2,3,4]);
	sig1 = LFPulse.ar(freq * [1,1/2]) * [1,1/2];
	sig = SelectX.ar(\mix.kr(0.8)*2, [sig, sig1 * sig, sig1]);
	sig1 = BPF.ar(sig, ( freq*2 ).clip(20,15000), rq) * 5;
	sig2 = BPF.ar(sig, freq, rq) * 5;
	sig3 = BPF.ar(sig, freq/2, rq) * 5;
	sig = SelectX.ar(\mix2.kr(0.6) * 3, [sig, sig1, sig2, sig3]);
	sig = Pan2.ar(sig, LFNoise1.kr(1/2 * [1,2,3,4]).range(-1.0,1.0) * 0.3, amp).mean;
}).play;

Spec.add(\mix, \unipolar);
Spec.add(\mix2, \unipolar);
Spec.add(\mixg, \unipolar);
);

Ndef(\plop).edit;

Ndef(\plop).unset(\freq);

(
	Ndef(\plop).put(1, \set -> Pbind(
		\degree, Pseq([
			0,3,2,3,
			4,2,2,3,
		],inf),
		\octave, 4,
		\dur, Pseq([1,2,4,1],inf)/4,
	)
);
)