Fork Code: spawnSynthGranulizer

name
code content
//A granular synth using spawned patterns
//might be easiest to learn controls using pan
//wslib quark and DPW3Tri plugin required

//NICOLE = child stream
//centr = the basic static value of that variable
//shift = the amount of change from grain to grain in a single pbind stream (mostly bi-directional, use <> buttons for rate & filter)
//dev = the amount of random deviation from centre using the distribution from the pop-up next to it
//round button next to dev changes the effect of the dev∆ slider to work on the Pbind rather than the Pspawnwer
//it does not affect the brownian distribution

//PAPA = parent stream
//step = the step value used if a brownian distribution is chosen from pop-up in nicole
//shift∆ = the amount of change from stream to stream created by the spawner (use <> just above for rate & filter directionality here)
//dev∆ = the change in the amount of random deviation from stream to stream created by the spawner = default
//some of the random deviations can 'pass thru zero"

//idiosyncrasies:
//the "Ƅ" symbol in the nicole/DELTA section refers to bend - controls the random deviation parameters for bend amount
// the distribution type pop-up for the papa/delta is above in the papa/length section
//in the nicole/filter section there is a knob to control HPF cutoff
//note also the gauss distribution requires much lower setting of dev than either Rand or Brown here
// the extra + button in the nicole/freq section opens a gui to creat tuned clouds according to probabilities for each note

//some symbols have been used from the Mac character viewer - yet to find out if these are Windows compatible

//haven't been on SC too long but thought it might be fun for others to play around with too
//it is a work in progress

//PS. the reference to PAPA/nicole is from a stupid old car advert stuck in my head
//it loosely refers to the parent and child streams of the Pspawn

(
Routine.run{



SynthDef(\sinGab, { |amp=0.1, freq=440, bend=1.0, sustain=0.05, pan=0, filter=22000, hiPass=20, vol=1|
		var snd = HPF.ar((LPF.ar(FSinOsc.ar(Line.ar(freq, freq*bend, sustain).clip(10,22000)), filter)), hiPass);
	var env = EnvGen.ar(Env.sine(sustain, amp * AmpComp.ir(freq) * 0.5), doneAction: 2);
	var kak = Pan2.ar(snd * env, pan, vol);
	Out.ar(4, kak);
	OffsetOut.ar(0, kak);
}, \ir ! 8).add;


SynthDef(\sinWide, { |amp=0.1, freq=440, bend=1.0, sustain=0.05, pan=0, width=0.5, filter=22000, hiPass=20, vol=1|
	var holdT = sustain * width;
	var fadeT = 1 - width * sustain * 0.5;
	var snd = HPF.ar((LPF.ar(FSinOsc.ar(Line.ar(freq, freq*bend, sustain).clip(10,22000)), filter)), hiPass);
	var env = EnvGen.ar(Env([0, 1, 1, 0], [fadeT, holdT, fadeT], \sin),
		levelScale: amp * AmpComp.ir(freq) * 0.5,
		doneAction: 2);
	var kak = Pan2.ar(snd * env, pan, vol);
	Out.ar(4, kak);
	OffsetOut.ar(0, kak);
}, \ir ! 9).add;


SynthDef(\sinPerc, { |amp=0.1, freq=440, bend=1.0, sustain=0.05, pan=0, filter=22000, hiPass=20, vol=1|
	var snd = HPF.ar((LPF.ar(FSinOsc.ar(Line.ar(freq, freq*bend, sustain).clip(10,22000)), filter)), hiPass);
	var env = EnvGen.ar(
		Env.perc(0.1, 0.9, amp * AmpComp.ir(freq) * 0.5),
			timeScale: sustain, doneAction: 2
		);
	var kak = Pan2.ar(snd * env, pan, vol);
	Out.ar(4, kak);
	OffsetOut.ar(0, kak);
}, \ir ! 8).add;


SynthDef(\sinPercRev, { |amp=0.1, freq=440, bend=1.0, sustain=0.05, pan=0, filter=22000, hiPass=20, vol=1|
	var snd = HPF.ar((LPF.ar(FSinOsc.ar(Line.ar(freq, freq*bend, sustain).clip(10,22000)), filter)), hiPass);
	var env = EnvGen.ar(
		Env.perc(0.9, 0.1, amp * AmpComp.ir(freq) * 0.5, 4),
			timeScale: sustain, doneAction: 2
		);
	var kak = Pan2.ar(snd * env, pan, vol);
	Out.ar(4, kak);
	OffsetOut.ar(0, kak);
}, \ir ! 8).add;


SynthDef(\noiseGab, { |amp=0.2, freq=440, bend=1.0, sustain=0.05, pan=0, filter=22000, hiPass=20, vol=1, rq=0.1|
	var snd = HPF.ar((LPF.ar((BPF.ar(GrayNoise.ar, Line.ar(freq, freq*bend, sustain).clip(10,22000), rq, 3)), filter)), hiPass);
	var env = EnvGen.ar(Env.sine(sustain, amp * 0.5), doneAction: 2);
	var kak = Pan2.ar(snd * env, pan, vol);
	Out.ar(4, kak);
	OffsetOut.ar(0, kak);
}, \ir ! 9).add;


SynthDef(\noiseWide, { |amp=0.2, freq=440, bend=1.0, sustain=0.05, pan=0, filter=22000, hiPass=20, vol=1, rq=0.1, width=0.5|
	var holdT = sustain * width;
	var fadeT = 1 - width * sustain * 0.5;
	var snd = HPF.ar((LPF.ar((BPF.ar(GrayNoise.ar, Line.ar(freq, freq*bend, sustain).clip(10,22000), rq, 3)), filter)), hiPass);
	var env = EnvGen.ar(Env([0, 1, 1, 0], [fadeT, holdT, fadeT], \sin),
		levelScale: amp * 0.5, doneAction: 2);
	var kak = Pan2.ar(snd * env, pan, vol);
	Out.ar(4, kak);
	OffsetOut.ar(0, kak);
}, \ir ! 10).add;


SynthDef(\noisePerc, { |amp=0.2, freq=440, bend=1.0, sustain=0.05, pan=0, filter=22000, hiPass=20, vol=1, rq=0.1|
	var snd = HPF.ar((LPF.ar((BPF.ar(GrayNoise.ar, Line.ar(freq, freq*bend, sustain).clip(10,22000), rq, 3)), filter)), hiPass);
	var env = EnvGen.ar(Env.perc(0.1, 0.9, amp * 0.5), timeScale: sustain, doneAction: 2);
	var kak = Pan2.ar(snd * env, pan, vol);
	Out.ar(4, kak);
	OffsetOut.ar(0, kak);
}, \ir ! 9).add;


SynthDef(\noisePercRev, { |amp=0.2, freq=440, bend=1.0, sustain=0.05, pan=0, filter=22000, hiPass=20, vol=1, rq=0.1|
	var snd = HPF.ar((LPF.ar((BPF.ar(GrayNoise.ar, Line.ar(freq, freq*bend, sustain).clip(10,22000), rq, 3)), filter)), hiPass);
	var env = EnvGen.ar(
	    Env.perc(0.9, 0.1, amp * 0.5, 4),
			timeScale: sustain, doneAction: 2
		);
	var kak = Pan2.ar(snd * env, pan, vol);
	Out.ar(4, kak);
	OffsetOut.ar(0, kak);
}, \ir ! 9).add;



SynthDef(\sqGab, { |amp=0.1, freq=440, bend=1.0, sustain=0.05, pan=0, filter=22000, hiPass=20, vol=1|
	var snd = HPF.ar((LPF.ar(Pulse.ar(Line.ar(freq, freq*bend, sustain).clip(10,22000), 0.5), filter)), hiPass);
	var env = EnvGen.ar(Env.sine(sustain, amp * 0.5), doneAction: 2);
	var kak = Pan2.ar(snd * env, pan, vol);
	Out.ar(4, kak);
	OffsetOut.ar(0, kak);
}, \ir ! 8).add;


SynthDef(\sqWide, { |amp=0.1, freq=440, bend=1.0, sustain=0.05, pan=0, filter=22000, hiPass=20, vol=1, width=0.5|
	var holdT = sustain * width;
	var fadeT = 1 - width * sustain * 0.5;
	var snd = HPF.ar((LPF.ar(Pulse.ar(Line.ar(freq, freq*bend, sustain).clip(10,22000), 0.5), filter)), hiPass);
	var env = EnvGen.ar(Env([0, 1, 1, 0], [fadeT, holdT, fadeT], \sin),
		levelScale: amp * 0.5,
		doneAction: 2);
	var kak = Pan2.ar(snd * env, pan, vol);
	Out.ar(4, kak);
	OffsetOut.ar(0, kak);
}, \ir ! 9).add;


SynthDef(\sqPerc, { |amp=0.1, freq=440, bend=1.0, sustain=0.05, pan=0, filter=22000, hiPass=20, vol=1|
	var snd = HPF.ar((LPF.ar(Pulse.ar(Line.ar(freq, freq*bend, sustain).clip(10,22000), 0.5), filter)), hiPass);
	var env = EnvGen.ar(
		Env.perc(0.1, 0.9, amp * 0.5, 4),
			timeScale: sustain, doneAction: 2
		);
	var kak = Pan2.ar(snd * env, pan, vol);
	Out.ar(4, kak);
	OffsetOut.ar(0, kak);
}, \ir ! 8).add;


SynthDef(\sqPercRev, { |amp=0.1, freq=440, bend=1.0, sustain=0.05, pan=0, filter=22000, hiPass=20, vol=1|
	var snd = HPF.ar((LPF.ar(Pulse.ar(Line.ar(freq, freq*bend, sustain).clip(10,22000), 0.5), filter)), hiPass);
	var env = EnvGen.ar(
		Env.perc(0.9, 0.1, amp * 0.5, 4),
			timeScale: sustain, doneAction: 2
		);
	var kak = Pan2.ar(snd * env, pan, vol);
	Out.ar(4, kak);
	OffsetOut.ar(0, kak);
}, \ir ! 8).add;


SynthDef(\triGab, { |amp=0.1, freq=440, bend=1.0, sustain=0.05, pan=0, filter=22000, hiPass=20, vol=1|
	var snd = HPF.ar((LPF.ar(DPW3Tri.ar(Line.ar(freq, freq*bend, sustain).clip(10,22000)), filter)), hiPass);
	var env = EnvGen.ar(Env.sine(sustain, amp * 0.5), doneAction: 2);
	var kak = Pan2.ar(snd * env, pan, vol);
	Out.ar(4, kak);
	OffsetOut.ar(0, kak);
}, \ir ! 8).add;


SynthDef(\triWide, { |amp=0.1, freq=440, bend=1.0, sustain=0.05, pan=0, filter=22000, hiPass=20, vol=1, width=0.5|
	var holdT = sustain * width;
	var fadeT = 1 - width * sustain * 0.5;
	var snd = HPF.ar((LPF.ar(DPW3Tri.ar(Line.ar(freq, freq*bend, sustain).clip(10,22000)), filter)), hiPass);
	var env = EnvGen.ar(Env([0, 1, 1, 0], [fadeT, holdT, fadeT], \sin),
		levelScale: amp * 0.5,
		doneAction: 2);
	var kak = Pan2.ar(snd * env, pan, vol);
	Out.ar(4, kak);
	OffsetOut.ar(0, kak);
}, \ir ! 9).add;



SynthDef(\triPercRev, { |amp=0.1, freq=440, bend=1.0, sustain=0.05, pan=0, filter=22000, hiPass=20, vol=1|
	var snd = HPF.ar((LPF.ar(DPW3Tri.ar(Line.ar(freq, freq*bend, sustain).clip(10,22000)), filter)), hiPass);
	var env = EnvGen.ar(
		Env.perc(0.9, 0.1, amp * 0.5, 4),
			timeScale: sustain, doneAction: 2
		);
	var kak = Pan2.ar(snd * env, pan, vol);
	Out.ar(4, kak);
	OffsetOut.ar(0, kak);
}, \ir ! 8).add;

SynthDef(\Cator, {
	          var imp, delimp, listen;
	          imp = Impulse.kr(20);
	          delimp = Delay1.kr(imp);
	          listen = In.ar(4, 2);
	          SendReply.kr(imp, '/levels', [Amplitude.kr(listen), K2A.ar(Peak.ar(listen, delimp).lag(0, 1))]);
}).add;


s.sync;

//	Synth(\triPercRev, [\out, 0, \amp, 0.2, \rate, 1, \pos, 500, \sustain, 0.5, \pan, 0.5] )


defer{
~w = Window("vOwel moGrains SYNTH", Rect(600, 180, 830, 705))
           .background = Color.white;

//CLOUD

~cloudView = Window("cloud", Rect(150,423,420,462));
		~cloudView.view.background_(Color.white);

~clow = UserView(~cloudView, Rect(15, 15, 390, 432));
~clow.background = Color.new255(190, 190, 190);
~clow.drawFunc = {Pen.color = Color.white;
			      Pen.addRect(
				Rect(40,40,80,16));
				Pen.fillStroke;
			Pen.color = Color.black;
			      Pen.addRect(
				Rect(40,61,60,16));
				Pen.fillStroke;
			Pen.color = Color.white;
			      Pen.addRect(
				Rect(40,82,80,16));
				Pen.fillStroke;
			Pen.color = Color.black;
			      Pen.addRect(
				Rect(40,103,60,16));
				Pen.fillStroke;
			Pen.color = Color.white;
			      Pen.addRect(
				Rect(40,124,80,16));
			    Pen.fillStroke;
			Pen.color = Color.white;
			      Pen.addRect(
				Rect(40,145,80,16));
				Pen.fillStroke;
			Pen.color = Color.black;
			      Pen.addRect(
				Rect(40,166,60,16));
				Pen.fillStroke;
			Pen.color = Color.white;
			      Pen.addRect(
				Rect(40,187,80,16));
				Pen.fillStroke;
			Pen.color = Color.black;
			      Pen.addRect(
				Rect(40,208,60,16));
				Pen.fillStroke;
			Pen.color = Color.white;
			      Pen.addRect(
				Rect(40,229,80,16));
				Pen.fillStroke;
			Pen.color = Color.black;
			      Pen.addRect(
				Rect(40,250,60,16));
				Pen.fillStroke;
			Pen.color = Color.white;
			      Pen.addRect(
				Rect(40,271,80,16));
				Pen.fillStroke;
			Pen.color = Color.white;
			      Pen.addRect(
				Rect(40,292,80,16));
				Pen.fillStroke;
			Pen.color = Color.black;
			      Pen.addRect(
				Rect(40,313,60,16));
				Pen.fillStroke;
			Pen.color = Color.white;
			      Pen.addRect(
				Rect(40,334,80,16));
				Pen.fillStroke;
			Pen.color = Color.black;
			      Pen.addRect(
				Rect(40,355,60,16));
				Pen.fillStroke;
			Pen.color = Color.white;
			      Pen.addRect(
				Rect(40,376,80,16));
				Pen.fillStroke;
			~clow.refresh;};



//PAPA

~papa = CompositeView(~w, Rect(15, 15, 345, 675))
                     .background = Color.new255(190, 190, 190);

~pap = StaticText(~papa, Rect(10, 3, 325, 26))
                 .string = "PAPA";
~pap.background = Color.new255(190, 190, 190);
~pap.align = \center;
~pap.font = Font("Abadi MT Condensed Extra Bold", 20);
~pap.stringColor = Color.white;

~papaLengthBak = CompositeView(~papa, Rect(8, 40, 318, 53))
                              .background = Color.new255(105, 105, 105);

~papaLengthWind = CompositeView(~papaLengthBak, Rect(3, 3, 312, 47))
                               .background = Color.white;

~spawnBak = CompositeView(~papa, Rect(8, 98, 318, 95))
                         .background = Color.new255(105, 105, 105);

~spawnWind = CompositeView(~spawnBak, Rect(3, 3, 312, 89))
                          .background = Color.white;

~papaFreqBak = CompositeView(~papa, Rect(8, 198, 318, 74))
                           .background = Color.new255(105, 105, 105);

~papaFreqWind = CompositeView(~papaFreqBak, Rect(3, 3, 312, 68))
                            .background = Color.white;

~papaFilterBak = CompositeView(~papa, Rect(8, 277, 318, 74))
                           .background = Color.new255(105, 105, 105);

~papaFilterWind = CompositeView(~papaFilterBak, Rect(3, 3, 312, 68))
                            .background = Color.white;

~papaDurBak = CompositeView(~papa, Rect(8, 356, 318, 74))
                           .background = Color.new255(105, 105, 105);

~papaDurWind = CompositeView(~papaDurBak, Rect(3, 3, 312, 68))
                            .background = Color.white;

~papaDensityBak = CompositeView(~papa, Rect(8, 435, 318, 74))
                           .background = Color.new255(105, 105, 105);

~papaDensityWind = CompositeView(~papaDensityBak, Rect(3, 3, 312, 68))
                            .background = Color.white;

~papaAmpBak = CompositeView(~papa, Rect(8, 514, 318, 74))
                           .background = Color.new255(105, 105, 105);

~papaAmpWind = CompositeView(~papaAmpBak, Rect(3, 3, 312, 68))
                            .background = Color.white;

~papaPanBak = CompositeView(~papa, Rect(8, 593, 318, 74))
                           .background = Color.new255(105, 105, 105);

~papaPanWind = CompositeView(~papaPanBak, Rect(3, 3, 312, 68))
                            .background = Color.white;


//NICOLE

~nicole = CompositeView(~w, Rect(365, 15, 411, 675))
                       .background = Color.new255(190, 190, 190);

~nic = StaticText(~nicole, Rect(10, 3, 388, 26))
                 .string = "nicole";
~nic.background = Color.new255(190, 190, 190);
~nic.align = \center;
~nic.font = Font("Abadi MT Condensed Extra Bold", 20);
~nic.stringColor = Color.white;

~nicoleLengthBak = CompositeView(~nicole, Rect(19, 40, 392, 74))
                                .background = Color.new255(105, 105, 105);

~nicoleLengthWind = CompositeView(~nicoleLengthBak, Rect(3, 3, 389, 68))
                                 .background = Color.white;


~soundFile = CompositeView(~nicole, Rect(19, 119, 392, 74))
                          .background = Color.new255(105, 105, 105);

~soundFileBak = CompositeView(~soundFile, Rect(3, 3, 389, 68))
                          .background = Color.white;



~extraBitH = CompositeView(~w, Rect(776, 126, 36, 3))
                           .background = Color.new255(105, 105, 105);

~extraBitV = CompositeView(~w, Rect(812, 126, 3, 600))
                           .background = Color.new255(105, 105, 105);

~freqBak = CompositeView(~nicole, Rect(19, 198, 384, 74))
                       .background = Color.new255(105, 105, 105);

~freqWind = CompositeView(~freqBak, Rect(3, 3, 378, 68))
                        .background = Color.white;

~filterBak = CompositeView(~nicole, Rect(19, 277, 384, 74))
                       .background = Color.new255(105, 105, 105);

~filterWind = CompositeView(~filterBak, Rect(3, 3, 378, 68))
                        .background = Color.white;

~durBak = CompositeView(~nicole, Rect(19, 356, 384, 74))
                       .background = Color.new255(105, 105, 105);

~durWind = CompositeView(~durBak, Rect(3, 3, 378, 68))
                        .background = Color.white;

~densityBak = CompositeView(~nicole, Rect(19, 435, 384, 74))
                       .background = Color.new255(105, 105, 105);

~densityWind = CompositeView(~densityBak, Rect(3, 3, 378, 68))
                        .background = Color.white;

~ampBak = CompositeView(~nicole, Rect(19, 514, 384, 74))
                       .background = Color.new255(105, 105, 105);

~ampWind = CompositeView(~ampBak, Rect(3, 3, 378, 68))
                        .background = Color.white;

~panBak = CompositeView(~nicole, Rect(19, 593, 384, 74))
                       .background = Color.new255(105, 105, 105);

~panWind = CompositeView(~panBak, Rect(3, 3, 378, 68))
                        .background = Color.white;



//LABELS


~nicLengthLabel = StaticText(~w, Rect(338, 83, 49, 18))
                                .string = "length";
~nicLengthLabel.background = Color.new255(105, 105, 105);
~nicLengthLabel.align = \center;
~nicLengthLabel.font = Font("Helvetica Neue Bold Condensed", 12);
~nicLengthLabel.stringColor = Color.white;

~spawnLabel = StaticText(~w, Rect(338, 162, 49, 18))
                            .string = "DELTA";
~spawnLabel.background = Color.new255(105, 105, 105);
~spawnLabel.align = \center;
~spawnLabel.font = Font("Helvetica Neue Bold Condensed", 12);
~spawnLabel.stringColor = Color.white;

~rateLabel = StaticText(~w, Rect(338, 241, 49, 18))
                            .string = "freq";
~rateLabel.background = Color.new255(105, 105, 105);
~rateLabel.align = \center;
~rateLabel.font = Font("Helvetica Neue Bold Condensed", 13);
~rateLabel.stringColor = Color.white;

~filterLabel = StaticText(~w, Rect(338, 320, 49, 18))
                            .string = "filter";
~filterLabel.background = Color.new255(105, 105, 105);
~filterLabel.align = \center;
~filterLabel.font = Font("Helvetica Neue Bold Condensed", 13);
~filterLabel.stringColor = Color.white;

~durLabel = StaticText(~w, Rect(338, 399, 49, 18))
                            .string = "dur";
~durLabel.background = Color.new255(105, 105, 105);
~durLabel.align = \center;
~durLabel.font = Font("Helvetica Neue Bold Condensed", 13);
~durLabel.stringColor = Color.white;

~densityLabel = StaticText(~w, Rect(338, 478, 49, 18))
                            .string = "delta";
~densityLabel.background = Color.new255(105, 105, 105);
~densityLabel.align = \center;
~densityLabel.font = Font("Helvetica Neue Bold Condensed", 13);
~densityLabel.stringColor = Color.white;

~ampLabel = StaticText(~w, Rect(338, 557, 49, 18))
                            .string = "amp";
~ampLabel.background = Color.new255(105, 105, 105);
~ampLabel.align = \center;
~ampLabel.font = Font("Helvetica Neue Bold Condensed", 13);
~ampLabel.stringColor = Color.white;

~panLabel = StaticText(~w, Rect(338, 636, 49, 18))
                          .string = "pan";
~panLabel.background = Color.new255(105, 105, 105);
~panLabel.align = \center;
~panLabel.font = Font("Helvetica Neue Bold Condensed", 13);
~panLabel.stringColor = Color.white;


~cloudView.front;
~w.front;


//CLOUD

~cloud1 = EZSlider(~clow, Rect(130, 376, 220, 16), "1", initVal:1, labelWidth:20, numberWidth:40);
~cloud2 = EZSlider(~clow, Rect(130, 355, 220, 16), "2", labelWidth:20, numberWidth:40);
~cloud3 = EZSlider(~clow, Rect(130, 334, 220, 16), "3", labelWidth:20, numberWidth:40);
~cloud4 = EZSlider(~clow, Rect(130, 313, 220, 16), "4", labelWidth:20, numberWidth:40);
~cloud5 = EZSlider(~clow, Rect(130, 292, 220, 16), "5", labelWidth:20, numberWidth:40);
~cloud6 = EZSlider(~clow, Rect(130, 271, 220, 16), "6", labelWidth:20, numberWidth:40);
~cloud7 = EZSlider(~clow, Rect(130, 250, 220, 16), "7", labelWidth:20, numberWidth:40);
~cloud8 = EZSlider(~clow, Rect(130, 229, 220, 16), "8", labelWidth:20, numberWidth:40);
~cloud9 = EZSlider(~clow, Rect(130, 208, 220, 16), "9", labelWidth:20, numberWidth:40);
~cloud10 = EZSlider(~clow, Rect(130, 187, 220, 16), "10", labelWidth:20, numberWidth:40);
~cloud11 = EZSlider(~clow, Rect(130, 166, 220, 16), "11", labelWidth:20, numberWidth:40);
~cloud12 = EZSlider(~clow, Rect(130, 145, 220, 16), "12", labelWidth:20, numberWidth:40);
~cloud13 = EZSlider(~clow, Rect(130, 124, 220, 16), "1", labelWidth:20, numberWidth:40);
~cloud14 = EZSlider(~clow, Rect(130, 103, 220, 16), "2", labelWidth:20, numberWidth:40);
~cloud15 = EZSlider(~clow, Rect(130, 82, 220, 16), "3", labelWidth:20, numberWidth:40);
~cloud16 = EZSlider(~clow, Rect(130, 61, 220, 16), "4", labelWidth:20, numberWidth:40);
~cloud17 = EZSlider(~clow, Rect(130, 40, 220, 16), "5", labelWidth:20, numberWidth:40);

//PAPA

~papaCentre = EZSlider(~papaLengthWind, Rect(2, 5, 300, 16), "centr",
	                                                 ControlSpec(0.01, 100.0, \exp, 0.001, 100, nil),
	                                                 {|sl| ~papaCentreV = sl.value}, labelWidth:45);


~spawnRandom = PatternProxy(Pfunc{ |e| e.spawnRand});
~spawnGaussian = PatternProxy(Pfunc{ |e| e.spawnGauss});
~spawnBrownian = PatternProxy(Pfunc{ |e| e.spawnBrown});

~spawnChoice = [~spawnRandom, ~spawnGaussian, ~spawnBrownian];

~spawnDevShape = PopUpMenu.new(~papaLengthWind, Rect(188, 26, 66, 16))
		.items_(["Rand", "Gauss", "Brown"])
		.action_( { |menu| ~spawnPop.source = ~spawnChoice.at(menu.value)} );
~spawnDevShape.value = 0;

~spawnPop = PatternProxy(Pfunc{ |e| e.spawnRand});




~spawnCentre = EZSlider(~spawnWind, Rect(2, 5, 300, 16), "centr",
	                                                 ControlSpec(0.01, 100.0, \exp, 0.001, 100, nil),
	                                                 {|sl| ~spawnCentreV = sl.value}, labelWidth:45);

~spawnSlope = EZSlider(~spawnWind, Rect(2, 26, 300, 16), "shift",
	                                             ControlSpec(-0.5, 0.5, \lin, 0.001, 0, nil),
                                                 {|sl| ~spawnSlopeV = sl.value}, labelWidth:45);

~spawnDev = EZSlider(~spawnWind, Rect(2, 47, 300, 16), "dev",
	                                              ControlSpec(0.0, 1.0, \lin, 0.001, 0, nil),
                                                  {|sl| ~spawnDevV = sl.value}, labelWidth:45);

~spawnStep = EZSlider(~spawnWind, Rect(2, 68, 300, 16), "step",
	                                      ControlSpec(0.0, 0.5, \lin, 0.001, 0, nil),
                                          {|sl| ~spawnStepV = sl.value}, labelWidth:45);





~freqStep = EZSlider(~papaFreqWind, Rect(21, 5, 281, 16), "step",
	                                      ControlSpec(0, 2000, \lin, 1, 0, nil),
                                          {|sl| ~freqStepV = sl.value}, labelWidth:26);

~papaFreqSlope = EZSlider(~papaFreqWind, Rect(2, 26, 300, 16), "shift∆",
	                                             ControlSpec(0.0, 1.0, \lin, 0.001, 0, nil),
                                                 {|sl| ~papaFreqSlopeV = sl.value}, labelWidth:45);

~spawnFreqDevScaler = EZSlider(~papaFreqWind, Rect(2, 47, 300, 16), "dev∆",
	                                              ControlSpec(-0.10, 0.10, \lin, 0.001, 0, nil),
                                                  {|sl| ~spawnFreqDevScalerV = sl.value}, labelWidth:45);

~papaFreqSlopeControl = Button(~papaFreqWind, Rect(3, 5, 15, 15 ))
                   .states_([[">", Color.black, Color.white],["<", Color.black, Color.white]])
	               .action_({~papaFreqSlopeSwitch = ~papaFreqSlopeDir.at(~papaFreqSlopeControl.value)});
~papaFreqSlopeControl.value = 0;
~papaFreqSlopeDir = [1,-1];
~papaFreqSlopeSwitch = ~papaFreqSlopeDir.at(~papaFreqSlopeControl.value);




~filterStep = EZSlider(~papaFilterWind, Rect(21, 5, 281, 16), "step",
	                                      ControlSpec(0, 5000, \lin, 1, 0, nil),
                                          {|sl| ~filterStepV = sl.value}, labelWidth:26);

~papaFilterSlope = EZSlider(~papaFilterWind, Rect(2, 26, 300, 16), "shift∆",
	                                             ControlSpec(0.0, 1.0, \lin, 0.001, 0, nil),
                                                 {|sl| ~papaFilterSlopeV = sl.value}, labelWidth:45);

~spawnFilterDevScaler = EZSlider(~papaFilterWind, Rect(2, 47, 300, 16), "dev∆",
	                                              ControlSpec(-0.25, 0.25, \lin, 0.001, 0, nil),
                                                  {|sl| ~spawnFilterDevScalerV = sl.value}, labelWidth:45);

~papaFilterSlopeControl = Button(~papaFilterWind, Rect(3, 5, 15, 15 ))
                   .states_([[">", Color.black, Color.white],["<", Color.black, Color.white]])
	               .action_({~papaFilterSlopeSwitch = ~papaFilterSlopeDir.at(~papaFilterSlopeControl.value)});
~papaFilterSlopeControl.value = 0;
~papaFilterSlopeDir = [1,-1];
~papaFilterSlopeSwitch = ~papaFilterSlopeDir.at(~papaFilterSlopeControl.value);




~durStep = EZSlider(~papaDurWind, Rect(2, 5, 300, 16), "step",
	                                      ControlSpec(0.0, 0.10, \lin, 0.001, 0, nil),
                                          {|sl| ~durStepV = sl.value}, labelWidth:45);

~papaDurSlope = EZSlider(~papaDurWind, Rect(2, 26, 300, 16), "shift∆",
	                                             ControlSpec(-0.10, 0.10, \lin, 0.001, 0, nil),
                                                 {|sl| ~papaDurSlopeV = sl.value}, labelWidth:45);

~spawnDurDevScaler = EZSlider(~papaDurWind, Rect(2, 47, 300, 16), "dev∆",
	                                              ControlSpec(-0.10, 0.10, \lin, 0.001, 0, nil),
                                                  {|sl| ~spawnDurDevScalerV = sl.value}, labelWidth:45);



~densityStep = EZSlider(~papaDensityWind, Rect(2, 5, 300, 16), "step",
	                                      ControlSpec(0.0, 0.10, \lin, 0.001, 0, nil),
                                          {|sl| ~densityStepV = sl.value}, labelWidth:45);

~papaDensitySlope = EZSlider(~papaDensityWind, Rect(2, 26, 300, 16), "shift∆",
	                                             ControlSpec(-0.10, 0.10, \lin, 0.001, 0, nil),
                                                 {|sl| ~papaDensitySlopeV = sl.value}, labelWidth:45);

~spawnDensityDevScaler = EZSlider(~papaDensityWind, Rect(2, 47, 300, 16), "dev∆",
	                                              ControlSpec(-0.10, 0.10, \lin, 0.001, 0, nil),
                                                  {|sl| ~spawnDensityDevScalerV = sl.value}, labelWidth:45);


~ampStep = EZSlider(~papaAmpWind, Rect(2, 5, 300, 16), "step",
	                                      ControlSpec(0.0, 0.50, \lin, 0.001, 0, nil),
                                          {|sl| ~ampStepV = sl.value}, labelWidth:45);

~papaAmpSlope = EZSlider(~papaAmpWind, Rect(2, 26, 300, 16), "shift∆",
	                                             ControlSpec(-0.50, 0.50, \lin, 0.001, 0, nil),
                                                 {|sl| ~papaAmpSlopeV = sl.value}, labelWidth:45);

~spawnAmpDevScaler = EZSlider(~papaAmpWind, Rect(2, 47, 300, 16), "dev∆",
	                                              ControlSpec(-0.50, 0.50, \lin, 0.001, 0, nil),
                                                  {|sl| ~spawnAmpDevScalerV = sl.value}, labelWidth:45);




~panStep = EZSlider(~papaPanWind, Rect(2, 5, 300, 16), "step",
	                                      ControlSpec(0.0, 1.0, \lin, 0.001, 0, nil),
                                          {|sl| ~panStepV = sl.value}, labelWidth:45);

~papaPanSlope = EZSlider(~papaPanWind, Rect(2, 26, 300, 16), "shift∆",
	                                             ControlSpec(-0.50, 0.50, \lin, 0.001, 0, nil),
                                                 {|sl| ~papaPanSlopeV = sl.value}, labelWidth:45);

~spawnPanDevScaler = EZSlider(~papaPanWind, Rect(2, 47, 300, 16), "dev∆",
	                                              ControlSpec(-0.50, 0.50, \lin, 0.001, 0, nil),
                                                  {|sl| ~spawnPanDevScalerV = sl.value}, labelWidth:45);





//NICOLE

~nicCentre = EZSlider(~nicoleLengthWind, Rect(2, 5, 293, 16), "centr",
	                                                 ControlSpec(0.01, 100.0, \exp, 0.001, 100, nil),
	                                                 {|sl| ~nicLengthV = sl.value}, labelWidth:38);

~nicSlope = EZSlider(~nicoleLengthWind, Rect(2, 26, 293, 16), "shift",
	                                     ControlSpec(-1.00, 1.00, \lin, 0.001, 0, nil),
                                         {|sl| ~nicSlopeV = sl.value}, labelWidth:38);

~nicDev = EZSlider(~nicoleLengthWind, Rect(2, 47, 293, 16), "dev",
	                                      ControlSpec(0.0, 5.0, \lin, 0.001, 0, nil),
                                          {|sl| ~nicDevV = sl.value}, labelWidth:38);

~moLabel = StaticText(~w, Rect(685, 63, 125, 40))
                                .string = "moGrains";
~moLabel.background = Color.white;
~moLabel.align = \center;
~moLabel.font = Font("Cracked", 35);
~moLabel.stringColor = Color.black; //Color.new255(105, 105, 105);


~bendRanger = EZRanger(~soundFileBak, Rect(6, 26, 278, 16), nil,
	                    ControlSpec(0.25, 4.0, \exp, 0.001),
	                   {|sl| ~bendRangerL = sl.lo.value; ~bendRangerH = sl.hi.value}, [1,1], numberWidth:34);

~bendLabel = StaticText(~soundFileBak, Rect(288, 26, 16, 16))
                          .string = "Ƅ";
~bendLabel.background = Color.white;
~bendLabel.align = \left;
~bendLabel.stringColor = Color.new255(190, 190, 190);


~envLabel = StaticText(~soundFileBak, Rect(3, 7, 40, 14))
                                .string = "synth";
~envLabel.background = Color.white;
~envLabel.align = \center;
~envLabel.font = Font("Helvetica Neue Bold Condensed", 12);
~envLabel.stringColor = Color.new255(190, 190, 190);


~sinGab = PatternProxy(\sinGab);
~sinWide = PatternProxy(\sinWide);
~sinPerc = PatternProxy(\sinPerc);
~sincreP = PatternProxy(\sinPercRev);
~noiseGab = PatternProxy(\noiseGab);
~noiseWide = PatternProxy(\noiseWide);
~noisePerc = PatternProxy(\noisePerc);
~noisecreP = PatternProxy(\noisePercRev);
~sqGab = PatternProxy(\sqGab);
~sqWide = PatternProxy(\sqWide);
~sqPerc = PatternProxy(\sqPerc);
~sqcreP = PatternProxy(\sqPercRev);
~triGab = PatternProxy(\triGab);
~triWide = PatternProxy(\triWide);
~tricreP = PatternProxy(\triPercRev);

~envChoice = [~sinGab, ~sinWide, ~sinPerc, ~sincreP,
		      ~noiseGab, ~noiseWide, ~noisePerc, ~noisecreP,
		      ~sqGab, ~sqWide, ~sqPerc, ~sqcreP,
		      ~triGab, ~triWide, ~tricreP];

~envShape = PopUpMenu.new(~soundFileBak, Rect(43, 5, 92, 16))
		.items_(["sinGab", "sinWide", "sinPerc", "sincreP",
		          "noiseGab", "noiseWide", "noisePerc", "noisecreP",
		          "sqGab", "sqWide", "sqPerc", "sqcreP",
		          "triGab", "triWide", "tricreP"])
		.action_( { |menu| ~envPop.source = ~envChoice.at(menu.value)} );
~envShape.value = 0;

~envPop = PatternProxy(\sinGab);






~freqCentre = EZSlider(~freqWind, Rect(2, 5, 293, 16), "centr",
	                                   ControlSpec(20, 20000, \exp, 1, 440, nil),
                                       {|sl| ~freqCentreV = sl.value}, labelWidth:38);

~freqSlope = EZSlider(~freqWind, Rect(2, 26, 293, 16), "shift",
	                                     ControlSpec(0.0, 1.0, \lin, 0.001, 0, nil),
                                         {|sl| ~freqSlopeV = sl.value}, labelWidth:38);

~freqDev = EZSlider(~freqWind, Rect(2, 47, 293, 16), "dev",
	                                      ControlSpec(0, 5.0, \lin, 0.001, 0, nil),
                                          {|sl| ~freqDevV = sl.value}, labelWidth:38);

~cloudViz = Button(~freqWind, Rect(303, 6, 15, 15 ))
                   .states_([["+", Color.black, Color.white],["−", Color.white, Color.new255(190, 190, 190)]])
	               .action_({ |v| ~cloudView.visible = ~cloudViz.value.asBoolean});
~cloudViz.value = 0;


~freqSlopeControl = Button(~freqWind, Rect(303, 27, 15, 15 ))
                   .states_([[">", Color.black, Color.white],["<", Color.black, Color.white]])
	               .action_({~freqSlopeSwitch = ~freqSlopeDir.at(~freqSlopeControl.value)});
~freqSlopeControl.value = 0;
~freqSlopeDir = [1,-1];
~freqSlopeSwitch = ~freqSlopeDir.at(~freqSlopeControl.value);


~freqRandom = PatternProxy(Pfunc{ |e| e.freqPatternRand});
~freqGaussian = PatternProxy(Pfunc{ |e| e.freqPatternGauss});
~freqBrownian = PatternProxy(Pfunc{ |e| e.freqPatternBrown});

~freqChoice = [~freqRandom, ~freqGaussian, ~freqBrownian];

~freqDevShape = PopUpMenu.new(~freqWind, Rect(303, 47, 67, 16))
		.items_(["Rand", "Gauss", "Brown"])
		.action_( { |menu| ~freqPop.source = ~freqChoice.at(menu.value)} );
~freqDevShape.value = 0;

~freqPop = PatternProxy(Pfunc{ |e| e.freqPatternRand});


~freqDevSwitcher = RoundButton(~freqWind, Rect(4, 50, 11, 11))
		           .states_([["", Color.white, Color.white],["", Color.new255(105, 105, 105), Color.new255(105, 105, 105)]]);
~freqDevSwitcher.value=0;





~filterCentre = EZSlider(~filterWind, Rect(2, 5, 293, 16), "centr",
	                                   ControlSpec(20, 20000, \exp, 1, 20000, nil),
                                       {|sl| ~filterCentreV = sl.value}, labelWidth:38);

~filterSlope = EZSlider(~filterWind, Rect(2, 26, 293, 16), "shift",
	                                     ControlSpec(0.0, 1.0, \lin, 0.001, 0, nil),
                                         {|sl| ~ampSlopeV = sl.value}, labelWidth:38);

~filterDev = EZSlider(~filterWind, Rect(2, 47, 293, 16), "dev",
	                                      ControlSpec(0, 5.0, \lin, 0.001, 0, nil),
                                          {|sl| ~filterDevV = sl.value}, labelWidth:38);

~filterSlopeControl = Button(~filterWind, Rect(303, 26, 15, 15 ))
                   .states_([[">", Color.black, Color.white],["<", Color.black, Color.white]])
	               .action_({~filterSlopeSwitch = ~filterSlopeDir.at(~filterSlopeControl.value)});
~filterSlopeControl.value = 0;
~filterSlopeDir = [1,-1];
~filterSlopeSwitch = ~filterSlopeDir.at(~filterSlopeControl.value);

~hiPass = EZKnob(~filterWind, Rect(330, 7, 36, 36), nil,
	                                  ControlSpec(20, 22000, \exp, 1, 20, nil),
                                      {|sl| ~hiPassV = sl.value}, nil, unitWidth: 0, labelHeight: 0);

~filterRandom = PatternProxy(Pfunc{ |e| e.filterPatternRand});
~filterGaussian = PatternProxy(Pfunc{ |e| e.filterPatternGauss});
~filterBrownian = PatternProxy(Pfunc{ |e| e.filterPatternBrown});

~filterChoice = [~filterRandom, ~filterGaussian, ~filterBrownian];

~filterDevShape = PopUpMenu.new(~filterWind, Rect(303, 47, 66, 16))
		.items_(["Rand", "Gauss", "Brown"])
		.action_( { |menu| ~filterPop.source = ~filterChoice.at(menu.value)} );
~filterDevShape.value = 0;

~filterPop = PatternProxy(Pfunc{ |e| e.filterPatternRand});

~filterDevSwitcher = RoundButton(~filterWind, Rect(4, 50, 11, 11))
		           .states_([["", Color.white, Color.white],["", Color.new255(105, 105, 105), Color.new255(105, 105, 105)]]);
~filterDevSwitcher.value=0;





~durCentre = EZSlider(~durWind, Rect(2, 5, 293, 16), "centr",
	                                   ControlSpec(0.001, 2.0, \exp, 0.001, 0.1, nil),
                                       {|sl| ~durCentreV = sl.value}, labelWidth:38);

~durSlope = EZSlider(~durWind, Rect(2, 26, 293, 16), "shift",
	                                     ControlSpec(-0.05, 0.05, \lin, 0.001, 0, nil),
                                         {|sl| ~durSlopeV = sl.value}, labelWidth:38);

~durDev = EZSlider(~durWind, Rect(2, 47, 293, 16), "dev",
	                                      ControlSpec(0.0, 0.25, \lin, 0.001, 0, nil),
                                          {|sl| ~durDevV = sl.value}, labelWidth:38);

~durRandom = PatternProxy(Pfunc{ |e| e.durPatternRand});
~durGaussian = PatternProxy(Pfunc{ |e| e.durPatternGauss});
~durBrownian = PatternProxy(Pfunc{ |e| e.durPatternBrown});

~durChoice = [~durRandom, ~durGaussian, ~durBrownian];

~durDevShape = PopUpMenu.new(~durWind, Rect(303, 47, 66, 16))
		.items_(["Rand", "Gauss", "Brown"])
		.action_( { |menu| ~durPop.source = ~durChoice.at(menu.value)} );
~durDevShape.value = 0;

~durPop = PatternProxy(Pfunc{ |e| e.durPatternRand});

~durDevSwitcher = RoundButton(~durWind, Rect(4, 50, 11, 11))
		           .states_([["", Color.white, Color.white],["", Color.new255(105, 105, 105), Color.new255(105, 105, 105)]]);
~durDevSwitcher.value=0;




~densityCentre = EZSlider(~densityWind, Rect(2, 5, 293, 16), "centr",
	                                   ControlSpec(0.001, 1.0, \exp, 0.001, 0.1, nil),
                                       {|sl| ~densityCentreV = sl.value}, labelWidth:38);

~densitySlope = EZSlider(~densityWind, Rect(2, 26, 293, 16), "shift",
	                                     ControlSpec(-0.010, 0.010, \lin, 0.001, 0, nil),
                                         {|sl| ~densitySlopeV = sl.value}, labelWidth:38);

~densityDev = EZSlider(~densityWind, Rect(2, 47, 293, 16), "dev",
	                                      ControlSpec(0.0, 0.50, \lin, 0.001, 0, nil),
                                          {|sl| ~densityDevV = sl.value}, labelWidth:38);

~densityRandom = PatternProxy(Pfunc{ |e| e.densityPatternRand});
~densityGaussian = PatternProxy(Pfunc{ |e| e.densityPatternGauss});
~densityBrownian = PatternProxy(Pfunc{ |e| e.densityPatternBrown});

~densityChoice = [~densityRandom, ~densityGaussian, ~densityBrownian];

~densityDevShape = PopUpMenu.new(~densityWind, Rect(303, 47, 66, 16))
		.items_(["Rand", "Gauss", "Brown"])
		.action_( { |menu| ~densityPop.source = ~densityChoice.at(menu.value)} );
~densityDevShape.value = 0;

~densityPop = PatternProxy(Pfunc{ |e| e.densityPatternRand});

~densityDevSwitcher = RoundButton(~densityWind, Rect(4, 50, 11, 11))
		           .states_([["", Color.white, Color.white],["", Color.new255(105, 105, 105), Color.new255(105, 105, 105)]]);
~densityDevSwitcher.value=0;





~ampCentre = EZSlider(~ampWind, Rect(2, 5, 293, 16), "centr",
	                                   ControlSpec(0.0, 1.0, \lin, 0.001, 0.8, nil),
                                       {|sl| ~ampCentreV = sl.value}, labelWidth:38);

~ampSlope = EZSlider(~ampWind, Rect(2, 26, 293, 16), "shift",
	                                     ControlSpec(-0.20, 0.20, \lin, 0.001, 0, nil),
                                         {|sl| ~ampSlopeV = sl.value}, labelWidth:38);

~ampDev = EZSlider(~ampWind, Rect(2, 47, 293, 16), "dev",
	                                      ControlSpec(0.0, 1.0, \lin, 0.001, 0, nil),
                                          {|sl| ~ampDevV = sl.value}, labelWidth:38);

~ampRandom = PatternProxy(Pfunc{ |e| e.ampPatternRand});
~ampGaussian = PatternProxy(Pfunc{ |e| e.ampPatternGauss});
~ampBrownian = PatternProxy(Pfunc{ |e| e.ampPatternBrown});

~ampChoice = [~ampRandom, ~ampGaussian, ~ampBrownian];

~ampDevShape = PopUpMenu.new(~ampWind, Rect(303, 47, 66, 16))
		.items_(["Rand", "Gauss", "Brown"])
		.action_( { |menu| ~ampPop.source = ~ampChoice.at(menu.value)} );
~ampDevShape.value = 0;

~ampPop = PatternProxy(Pfunc{ |e| e.ampPatternRand});

~ampDevSwitcher = RoundButton(~ampWind, Rect(4, 50, 11, 11))
		           .states_([["", Color.white, Color.white],["", Color.new255(105, 105, 105), Color.new255(105, 105, 105)]]);
~ampDevSwitcher.value=0;





~panCentre = EZSlider(~panWind, Rect(2, 5, 293, 16), "centr",
	                                   ControlSpec(-1.0, 1.0, \lin, 0.001, 0, nil),
                                       {|sl| ~panCentreV = sl.value}, labelWidth:38);

~panSlope = EZSlider(~panWind, Rect(2, 26, 293, 16), "shift",
	                                     ControlSpec(-0.10, 0.10, \lin, 0.001, 0, nil),
                                         {|sl| ~panSlopeV = sl.value}, labelWidth:38);

~panDev = EZSlider(~panWind, Rect(2, 47, 293, 16), "dev",
	                                      ControlSpec(0.0, 1.0, \lin, 0.001, 0, nil),
                                          {|sl| ~panDevV = sl.value}, labelWidth:38);

~panRandom = PatternProxy(Pfunc{ |e| e.panPatternRand});
~panGaussian = PatternProxy(Pfunc{ |e| e.panPatternGauss});
~panBrownian = PatternProxy(Pfunc{ |e| e.panPatternBrown});

~panChoice = [~panRandom, ~panGaussian, ~panBrownian];

~panDevShape = PopUpMenu.new(~panWind, Rect(303, 47, 66, 16))
		.items_(["Rand", "Gauss", "Brown"])
		.action_( { |menu| ~panPop.source = ~panChoice.at(menu.value)} );
~panDevShape.value = 0;

~panPop = PatternProxy(Pfunc{ |e| e.panPatternRand});

~panDevSwitcher = RoundButton(~panWind, Rect(4, 50, 11, 11))
		           .states_([["", Color.white, Color.white],["", Color.new255(105, 105, 105), Color.new255(105, 105, 105)]]);
~panDevSwitcher.value=0;



//MASTER

~masterButton = Button(~w, Rect(784, 135, 20, 72));
~masterButton.states_([["O", Color.black, Color.white],["O", Color.white, Color.yellow]]);
~masterButton.action = {|view|
	                   if (view.value==1) { x=Synth(\Cator); t=q.play} {  t.stop; x.free; ~levelIndicator.value=0 } };
~masterButton.value=0;

~recordButton = Button(~w, Rect(784, 214, 20, 72));
~recordButton.states_([["R", Color.black, Color.white],["R", Color.white, Color.red]]);
~recordButton.action = {|view|
	if (view.value==1) {s.record} {s.stopRecording}};
~recordButton.value=0;

~masterVolume = SmoothSlider(~w, Rect(784, 293, 20, 151)).value_(0.4);


~levelIndicator = LevelIndicator(~w, Rect(784, 451, 20, 239));

o = OSCFunc({arg msg;
{
~levelIndicator.value = msg[3].ampdb.linlin(-40, 0, 0, 1);
~levelIndicator.peakLevel = msg[4].ampdb.linlin(-40, 0, 0, 1);
}.defer;
}, '/levels', s.addr);


~levelIndicator.warning = -6.dbamp;
~levelIndicator.critical = -3.dbamp;
~levelIndicator.value=0;

~cloudView.visible=false;
~w.onClose = {~cloudView.close}
};

s.sync;

//sort->
(
p = Pbind(
	   \instrument, ~envPop,
	   \serial, Pseries(0,1,inf),
       \bend, Pfunc{ exprand(~bendRanger.lo.value, ~bendRanger.hi.value)},
	   \freqCloud,  Pwrand([1, 2.pow(1/12), 2.pow(2/12), 2.pow(3/12), 2.pow(4/12),
	                       2.pow(5/12), 2.pow(6/12), 2.pow(7/12), 2.pow(8/12),
	                       2.pow(9/12), 2.pow(10/12), 2.pow(11/12), 2.pow(12/12),
				           2.pow(13/12), 2.pow(14/12), 2.pow(15/12), 2.pow(16/12)],

				Pfunc{[~cloud1.value,~cloud2.value,~cloud3.value,~cloud4.value,
					~cloud5.value,~cloud6.value,~cloud7.value,~cloud8.value,
					~cloud9.value,~cloud10.value,~cloud11.value,~cloud12.value,
					~cloud13.value,~cloud14.value,~cloud15.value,~cloud16.value,~cloud17.value].normalizeSum}, inf),

	   \freqSeriesUp, (Pkey(\freqCloud)*Pfunc{~freqCentre.value}) * (Pfunc{~freqSlope.value} * Pkey(\serial) + 1),
	   \freqSeriesDown, (Pkey(\freqCloud)*Pfunc{~freqCentre.value}) / (Pfunc{~freqSlope.value} * Pkey(\serial) +1),
	   \freqSeries, Pif (Pfunc{~freqSlopeSwitch} > 0, Pkey(\freqSeriesUp), Pkey(\freqSeriesDown)),
	   \filterSeriesUp, (Pfunc{~filterCentre.value} * (Pfunc{~filterSlope.value} * Pkey(\serial) + 1)).clip(20,20000),
	   \filterSeriesDown, (Pfunc{~filterCentre.value} / (Pfunc{~filterSlope.value} * Pkey(\serial) +1)).clip(20,20000),
	   \filterSeries, Pif (Pfunc{~filterSlopeSwitch} > 0, Pkey(\filterSeriesUp), Pkey(\filterSeriesDown)),
	   \hiPass, Pfunc{~hiPass.value},
       \durSeries, (Pfunc{~durCentre.value} + (Pfunc{~durSlope.value} * Pkey(\serial))).max(0.001),
	   \densitySeries, (Pfunc{~densityCentre.value} + (Pfunc{~densitySlope.value} * Pkey(\serial))).max(0.001),
       \ampSeries, (Pfunc{~ampCentre.value} + (Pfunc{~ampSlope.value} * Pkey(\serial))).clip(0,1),
	   \panSeries, (Pfunc{~panCentre.value} + (Pfunc{~panSlope.value} * Pkey(\serial))).clip(-1,1),
	   \vol, Pfunc{~masterVolume.value}*2.5,


);


q = Pspawn(
     Pbind(
		  \spawnSerial, Pif(Ptime(inf) < Pfunc{~papaCentre.value}, Pseries(0,1,inf)),

		  \nicSeries, Pfunc{ |e| Pfunc{~nicCentre.value} + (Pfunc{~nicSlope.value} * e.spawnSerial)},
		  \nicLength, Pfunc{ |e| rrand(e.nicSeries - Pfunc{~nicDev.value}, e.nicSeries + Pfunc{~nicDev.value}).max(0.01)},





		  \freqRandP, Pfunc{ |e| exprand(Pkey(\freqSeries) / (Pfunc{~freqDev.value} + (Pfunc{~spawnFreqDevScaler.value} * e.spawnSerial + 1)),
					Pkey(\freqSeries) * (Pfunc{~freqDev.value} + (Pfunc{~spawnFreqDevScaler.value} * e.spawnSerial + 1))).clip(10,22000)},
		  \freqRandN, Pfunc{ |e| exprand(Pkey(\freqSeries) / (Pfunc{~freqDev.value} + (Pfunc{~spawnFreqDevScaler.value} * Pkey(\serial) + 1)),
					Pkey(\freqSeries) * (Pfunc{~freqDev.value} + (Pfunc{~spawnFreqDevScaler.value} * Pkey(\serial) + 1))).clip(10,22000)},
		  \freqRand, Pif (Pfunc{~freqDevSwitcher.value} < 1, Pfunc{ |e| e.freqRandP}, Pfunc{ |e| e.freqRandN}),

		  \freqGaussP, Pfunc{ |e| (Pgauss( Pkey(\freqSeries), (Pkey(\freqSeries)*(Pfunc{~freqDev.value} +
			                                 (Pfunc{~spawnFreqDevScaler.value} * e.spawnSerial))), inf)).clip(20,20000)},
		  \freqGaussN, Pfunc{ |e| (Pgauss( Pkey(\freqSeries), (Pkey(\freqSeries)*(Pfunc{~freqDev.value} +
			                                 (Pfunc{~spawnFreqDevScaler.value} * Pkey(\serial)))), inf)).clip(20,20000)},
		  \freqGauss, Pif (Pfunc{~freqDevSwitcher.value} < 1, Pfunc{ |e| e.freqGaussP}, Pfunc{ |e| e.freqGaussN}),

		  \freqBrown, Pfunc{ |e| (Pbrown(Pkey(\freqSeries) / (Pfunc{~freqDev.value} + (Pfunc{~spawnFreqDevScaler.value} * e.spawnSerial + 1)),
			                             Pkey(\freqSeries) * (Pfunc{~freqDev.value} + (Pfunc{~spawnFreqDevScaler.value} * e.spawnSerial + 1)),
			                             Pfunc{~freqStep.value}, inf)).clip(10,22000)},

		  \freqPatternRandUp, Pfunc{ |e| e.freqRand * (Pfunc{~papaFreqSlope.value} * e.spawnSerial +1)},
		  \freqPatternRandDown, Pfunc{ |e| e.freqRand / (Pfunc{~papaFreqSlope.value} * e.spawnSerial +1)},
		  \freqPatternRand, Pif (Pfunc{~papaFreqSlopeSwitch} > 0, Pfunc{ |e| e.freqPatternRandUp},
			                                                          Pfunc{ |e| e.freqPatternRandDown}),
		  \freqPatternGaussUp, Pfunc{ |e| e.freqGauss * (Pfunc{~papaFreqSlope.value} * e.spawnSerial +1)},
		  \freqPatternGaussDown, Pfunc{ |e| e.freqGauss / (Pfunc{~papaFreqSlope.value} * e.spawnSerial +1)},
		  \freqPatternGauss, Pif (Pfunc{~papaFreqSlopeSwitch} > 0, Pfunc{ |e| e.freqPatternGaussUp},
			                                                           Pfunc{ |e| e.freqPatternGaussDown}),
		  \freqPatternBrownUp, Pfunc{ |e| e.freqBrown * (Pfunc{~papaFreqSlope.value} * e.spawnSerial +1)},
		  \freqPatternBrownDown, Pfunc{ |e| e.freqBrown / (Pfunc{~papaFreqSlope.value} * e.spawnSerial +1)},
		  \freqPatternBrown, Pif (Pfunc{~papaFreqSlopeSwitch} > 0, Pfunc{ |e| e.freqPatternBrownUp},
			                                                           Pfunc{ |e| e.freqPatternBrownDown}),
		  \freqPattChoose, ~freqPop,



		  \filterRandP, Pfunc{ |e| exprand(Pkey(\filterSeries) / (Pfunc{~filterDev.value} + (Pfunc{~spawnFilterDevScaler.value} * e.spawnSerial + 1)),
			              Pkey(\filterSeries) * (Pfunc{~filterDev.value} + (Pfunc{~spawnFilterDevScaler.value} * e.spawnSerial + 1))).clip(20,20000)},
		  \filterRandN, Pfunc{ |e| exprand(Pkey(\filterSeries) / (Pfunc{~filterDev.value} + (Pfunc{~spawnFilterDevScaler.value} * Pkey(\serial) + 1)),
			              Pkey(\filterSeries) * (Pfunc{~filterDev.value} + (Pfunc{~spawnFilterDevScaler.value} * Pkey(\serial) + 1))).clip(20,20000)},
		  \filterRand, Pif (Pfunc{~filterDevSwitcher.value} < 1, Pfunc{ |e| e.filterRandP}, Pfunc{ |e| e.filterRandN}),

		  \filterGaussP, Pfunc{ |e| (Pgauss( Pkey(\filterSeries), (Pkey(\filterSeries)*(Pfunc{~filterDev.value} +
			                                 (Pfunc{~spawnFilterDevScaler.value} * e.spawnSerial))), inf)).clip(20,20000)},
		  \filterGaussN, Pfunc{ |e| (Pgauss( Pkey(\filterSeries), (Pkey(\filterSeries)*(Pfunc{~filterDev.value} +
			                                 (Pfunc{~spawnFilterDevScaler.value} * Pkey(\serial)))), inf)).clip(20,20000)},
		  \filterGauss, Pif (Pfunc{~filterDevSwitcher.value} < 1, Pfunc{ |e| e.filterGaussP}, Pfunc{ |e| e.filterGaussN}),

		  \filterBrown, Pfunc{ |e| (Pbrown(Pkey(\filterSeries) / (Pfunc{~filterDev.value} + (Pfunc{~spawnFilterDevScaler.value} * e.spawnSerial + 1)),
			                                Pkey(\filterSeries) * (Pfunc{~filterDev.value} + (Pfunc{~spawnFilterDevScaler.value} * e.spawnSerial + 1)),
			                                Pfunc{~filterStep.value}, inf)).clip(20,20000)},

		  \filterPatternRandUp, Pfunc{ |e| (e.filterRand * (Pfunc{~papaFilterSlope.value} * e.spawnSerial +1)).clip(20,20000)},
		  \filterPatternRandDown, Pfunc{ |e| (e.filterRand / (Pfunc{~papaFilterSlope.value} * e.spawnSerial +1)).clip(20,20000)},
		  \filterPatternRand, Pif (Pfunc{~papaFilterSlopeSwitch} > 0, Pfunc{ |e| e.filterPatternRandUp},
			                                                          Pfunc{ |e| e.filterPatternRandDown}),
		  \filterPatternGaussUp, Pfunc{ |e| (e.filterGauss * (Pfunc{~papaFilterSlope.value} * e.spawnSerial +1)).clip(20,20000)},
		  \filterPatternGaussDown, Pfunc{ |e| (e.filterGauss / (Pfunc{~papaFilterSlope.value} * e.spawnSerial +1)).clip(20,20000)},
		  \filterPatternGauss, Pif (Pfunc{~papaFilterSlopeSwitch} > 0, Pfunc{ |e| e.filterPatternGaussUp},
		 	                                                           Pfunc{ |e| e.filterPatternGaussDown}),
		  \filterPatternBrownUp, Pfunc{ |e| (e.filterBrown * (Pfunc{~papaFilterSlope.value} * e.spawnSerial +1)).clip(20,20000)},
		  \filterPatternBrownDown, Pfunc{ |e| (e.filterBrown / (Pfunc{~papaFilterSlope.value} * e.spawnSerial +1)).clip(20,20000)},
		  \filterPatternBrown, Pif (Pfunc{~papaFilterSlopeSwitch} > 0, Pfunc{ |e| e.filterPatternBrownUp},
			                                                           Pfunc{ |e| e.filterPatternBrownDown}),
		  \filterPattChoose, ~filterPop,



          \durRandP, Pfunc{ |e| rrand(Pkey(\durSeries) - (Pfunc{~durDev.value}  +
			                                                  (Pfunc{~spawnDurDevScaler.value} * e.spawnSerial)),
				                     Pkey(\durSeries) + (Pfunc{~durDev.value}  +
				                                              (Pfunc{~spawnDurDevScaler.value} * e.spawnSerial))).max(0.001)},
		  \durRandN, Pfunc{ |e| rrand(Pkey(\durSeries) - (Pfunc{~durDev.value}  +
			                                                  (Pfunc{~spawnDurDevScaler.value} * Pkey(\serial))),
				                     Pkey(\durSeries) + (Pfunc{~durDev.value}  +
				                                              (Pfunc{~spawnDurDevScaler.value} * Pkey(\serial)))).max(0.001)},
		  \durRand, Pif (Pfunc{~durDevSwitcher.value} < 1, Pfunc{ |e| e.durRandP}, Pfunc{ |e| e.durRandN}),


		  \durGaussP, Pfunc{ |e| (Pgauss( Pkey(\durSeries), (Pfunc{~durDev.value}  +
			                                                     (Pfunc{~spawnDurDevScaler.value} * e.spawnSerial)), inf )).max(0.001)},
		  \durGaussN, Pfunc{ |e| (Pgauss( Pkey(\durSeries), (Pfunc{~durDev.value}  +
			                                                     (Pfunc{~spawnDurDevScaler.value} * Pkey(\serial))), inf )).max(0.001)},
		  \durGauss, Pif (Pfunc{~durDevSwitcher.value} < 1, Pfunc{ |e| e.durGaussP}, Pfunc{ |e| e.durGaussN}),

		  \durBrown, Pfunc{ |e| (Pbrown( Pkey(\durSeries) - (Pfunc{~durDev.value}  +
			                                                      (Pfunc{~spawnDurDevScaler.value} * e.spawnSerial)),
			                             Pkey(\durSeries) + (Pfunc{~durDev.value}  +
				                                                  (Pfunc{~spawnDurDevScaler.value} * e.spawnSerial)),
			                             Pfunc{~durStep.value}, inf )).max(0.001)},

		  \durPatternRand, Pfunc{ |e| (e.durRand + (Pfunc{~papaDurSlope.value} * e.spawnSerial)).max(0.001)},
		  \durPatternBrown, Pfunc{ |e| (e.durBrown + (Pfunc{~papaDurSlope.value} * e.spawnSerial)).max(0.001)},
		  \durPatternGauss, Pfunc{ |e| (e.durGauss + (Pfunc{~papaDurSlope.value} * e.spawnSerial)).max(0.001)},
		  \durPattChoose, ~durPop,



		  \densityRandP, Pfunc{ |e| rrand(Pkey(\densitySeries) - (Pfunc{~densityDev.value}  +
			                                                  (Pfunc{~spawnDensityDevScaler.value} * e.spawnSerial)),
				                     Pkey(\densitySeries) + (Pfunc{~densityDev.value}  +
				                                              (Pfunc{~spawnDensityDevScaler.value} * e.spawnSerial))).max(0.001)},
		  \densityRandN, Pfunc{ |e| rrand(Pkey(\densitySeries) - (Pfunc{~densityDev.value}  +
			                                                  (Pfunc{~spawnDensityDevScaler.value} * Pkey(\serial))),
				                     Pkey(\densitySeries) + (Pfunc{~densityDev.value}  +
				                                              (Pfunc{~spawnDensityDevScaler.value} * Pkey(\serial)))).max(0.001)},
		  \densityRand, Pif (Pfunc{~densityDevSwitcher.value} < 1, Pfunc{ |e| e.densityRandP}, Pfunc{ |e| e.densityRandN}),


		  \densityGaussP, Pfunc{ |e| (Pgauss( Pkey(\densitySeries), (Pfunc{~densityDev.value}  +
			                                                     (Pfunc{~spawnDensityDevScaler.value} * e.spawnSerial)), inf )).max(0.001)},
		  \densityGaussN, Pfunc{ |e| (Pgauss( Pkey(\densitySeries), (Pfunc{~densityDev.value}  +
			                                                     (Pfunc{~spawnDensityDevScaler.value} * Pkey(\serial))), inf )).max(0.001)},
		  \densityGauss, Pif (Pfunc{~densityDevSwitcher.value} < 1, Pfunc{ |e| e.densityGaussP}, Pfunc{ |e| e.densityGaussN}),

		  \densityBrown, Pfunc{ |e| (Pbrown( Pkey(\densitySeries) - (Pfunc{~densityDev.value}  +
			                                                      (Pfunc{~spawnDensityDevScaler.value} * e.spawnSerial)),
			                             Pkey(\densitySeries) + (Pfunc{~densityDev.value}  +
				                                                  (Pfunc{~spawnDensityDevScaler.value} * e.spawnSerial)),
			                             Pfunc{~densityStep.value}, inf )).max(0.001)},

		  \densityPatternRand, Pfunc{ |e| (e.densityRand + (Pfunc{~papaDensitySlope.value} * e.spawnSerial)).max(0.001)},
		  \densityPatternBrown, Pfunc{ |e| (e.densityBrown + (Pfunc{~papaDensitySlope.value} * e.spawnSerial)).max(0.001)},
		  \densityPatternGauss, Pfunc{ |e| (e.densityGauss + (Pfunc{~papaDensitySlope.value} * e.spawnSerial)).max(0.001)},
		  \densityPattChoose, ~densityPop,



          \ampRandP, Pfunc{ |e| rrand(Pkey(\ampSeries) - (Pfunc{~ampDev.value}  +
			                                                  (Pfunc{~spawnAmpDevScaler.value} * e.spawnSerial)),
				                     Pkey(\ampSeries) + (Pfunc{~ampDev.value}  +
				                                              (Pfunc{~spawnAmpDevScaler.value} * e.spawnSerial))).clip(0,1)},
		  \ampRandN, Pfunc{ |e| rrand(Pkey(\ampSeries) - (Pfunc{~ampDev.value}  +
			                                                  (Pfunc{~spawnAmpDevScaler.value} * Pkey(\serial))),
				                     Pkey(\ampSeries) + (Pfunc{~ampDev.value}  +
				                                              (Pfunc{~spawnAmpDevScaler.value} * Pkey(\serial)))).clip(0,1)},
		  \ampRand, Pif (Pfunc{~ampDevSwitcher.value} < 1, Pfunc{ |e| e.ampRandP}, Pfunc{ |e| e.ampRandN}),


		  \ampGaussP, Pfunc{ |e| (Pgauss( Pkey(\ampSeries), (Pfunc{~ampDev.value}  +
			                                                     (Pfunc{~spawnAmpDevScaler.value} * e.spawnSerial)), inf )).clip(0,1)},
		  \ampGaussN, Pfunc{ |e| (Pgauss( Pkey(\ampSeries), (Pfunc{~ampDev.value}  +
			                                                     (Pfunc{~spawnAmpDevScaler.value} * Pkey(\serial))), inf )).clip(0,1)},
		  \ampGauss, Pif (Pfunc{~ampDevSwitcher.value} < 1, Pfunc{ |e| e.ampGaussP}, Pfunc{ |e| e.ampGaussN}),

		  \ampBrown, Pfunc{ |e| (Pbrown( Pkey(\ampSeries) - (Pfunc{~ampDev.value}  +
			                                                      (Pfunc{~spawnAmpDevScaler.value} * e.spawnSerial)),
			                             Pkey(\ampSeries) + (Pfunc{~ampDev.value}  +
				                                                  (Pfunc{~spawnAmpDevScaler.value} * e.spawnSerial)),
			                             Pfunc{~ampStep.value}, inf )).clip(0,1)},

		  \ampPatternRand, Pfunc{ |e| (e.ampRand + (Pfunc{~papaAmpSlope.value} * e.spawnSerial)).clip(0,1)},
		  \ampPatternBrown, Pfunc{ |e| (e.ampBrown + (Pfunc{~papaAmpSlope.value} * e.spawnSerial)).clip(0,1)},
		  \ampPatternGauss, Pfunc{ |e| (e.ampGauss + (Pfunc{~papaAmpSlope.value} * e.spawnSerial)).clip(0,1)},
		  \ampPattChoose, ~ampPop,




	      \panRandP, Pfunc{ |e| rrand(Pkey(\panSeries) - (Pfunc{~panDev.value}  +
			                                                  (Pfunc{~spawnPanDevScaler.value} * e.spawnSerial)),
				                     Pkey(\panSeries) + (Pfunc{~panDev.value}  +
				                                              (Pfunc{~spawnPanDevScaler.value} * e.spawnSerial))).clip(-1,1)},
		  \panRandN, Pfunc{ |e| rrand(Pkey(\panSeries) - (Pfunc{~panDev.value}  +
			                                                  (Pfunc{~spawnPanDevScaler.value} * Pkey(\serial))),
				                     Pkey(\panSeries) + (Pfunc{~panDev.value}  +
				                                              (Pfunc{~spawnPanDevScaler.value} * Pkey(\serial)))).clip(-1,1)},
		  \panRand, Pif (Pfunc{~panDevSwitcher.value} < 1, Pfunc{ |e| e.panRandP}, Pfunc{ |e| e.panRandN}),


		  \panGaussP, Pfunc{ |e| (Pgauss( Pkey(\panSeries), (Pfunc{~panDev.value}  +
			                                                     (Pfunc{~spawnPanDevScaler.value} * e.spawnSerial)), inf )).clip(-1,1)},
		  \panGaussN, Pfunc{ |e| (Pgauss( Pkey(\panSeries), (Pfunc{~panDev.value}  +
			                                                     (Pfunc{~spawnPanDevScaler.value} * Pkey(\serial))), inf )).clip(-1,1)},
		  \panGauss, Pif (Pfunc{~panDevSwitcher.value} < 1, Pfunc{ |e| e.panGaussP}, Pfunc{ |e| e.panGaussN}),

		  \panBrown, Pfunc{ |e| (Pbrown( Pkey(\panSeries) - (Pfunc{~panDev.value}  +
			                                                      (Pfunc{~spawnPanDevScaler.value} * e.spawnSerial)),
			                             Pkey(\panSeries) + (Pfunc{~panDev.value}  +
				                                                  (Pfunc{~spawnPanDevScaler.value} * e.spawnSerial)),
			                             Pfunc{~panStep.value}, inf )).clip(-1,1)},

		  \panPatternRand, Pfunc{ |e| (e.panRand + (Pfunc{~papaPanSlope.value} * e.spawnSerial)).clip(-1,1)},
		  \panPatternBrown, Pfunc{ |e| (e.panBrown + (Pfunc{~papaPanSlope.value} * e.spawnSerial)).clip(-1,1)},
		  \panPatternGauss, Pfunc{ |e| (e.panGauss + (Pfunc{~papaPanSlope.value} * e.spawnSerial)).clip(-1,1)},
		  \panPattChoose, ~panPop,

		  \pattern, Pfunc { |e| Pbindf(p,\serialx, Pif(Ptime(inf) < e.nicLength, Pseries(0,1,inf)),
			                             \freq, e.freqPattChoose,
			                             \filter, e.filterPattChoose,
			                             \sustain, e.durPattChoose,
			                             \delta, e.densityPattChoose,
			                             \amp, e.ampPattChoose,
			                             \pan, e.panPattChoose






		)},
		 \spawnSeries, Pfunc{~spawnCentre.value} + (Pfunc{~spawnSlope.value} * Pkey(\spawnSerial)),
		 \spawnRand, (Pwhite(Pkey(\spawnSeries) - Pfunc{~spawnDev.value}, Pkey(\spawnSeries) + Pfunc{~spawnDev.value}, inf)).max(0.01),
		 \spawnGauss, (Pgauss(Pkey(\spawnSeries), Pfunc{~spawnDev.value}, inf)).max(0.01),
		 \spawnBrown, (Pbrown(Pkey(\spawnSeries) - Pfunc{~spawnDev.value}, Pkey(\spawnSeries) + Pfunc{~spawnDev.value},
			                             Pfunc{~spawnStep.value}, inf)).max(0.01),
		 \delta, ~spawnPop,
	     \method, \par)
	     );
)
});
code description use markdown for formating
category tags comma separated, i.g. "wild, siren" (do not enter default SC class names, please)
ancestor(s) comma separated identificators, i.g. "1-C,1-1,1-4M,1-x"
Private? the code will be accessible by direct url and not visible in public activity
comment of change