«greyball» by LFSaw
on 26 Jan'24 02:35 inreverb study
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( s.options.memSize_(65536 * 4); s.reboot; Spec.add(\damp, [0, 1]); Spec.add(\diff, [0, 1]); Spec.add(\highband, [1000, 10000, \exp]); Spec.add(\highx, [0, 1]); Spec.add(\lowband, [100, 6000, \exp]); Spec.add(\lowx, [0, 1]); Spec.add(\modDepth, [0, 50]); Spec.add(\modFreq, [0, 10]); Spec.add(\midx, [0, 1]); Spec.add(\size, [0.5, 3]); Spec.add(\t60, [0.1, 60, \exp]); Spec.add(\wet, [0, 1]); Spec.add(\shelfslope, [1, 10]); Spec.add(\shelfFreq, \freq); Spec.add(\fb, [0, 1]); Spec.add(\dtime, [0, 2]); ) s.makeWindow ( Ndef(\src, { //SoundIn.ar([0, 1]) Splay.ar(Impulse.ar([1, 3, 5, 7, 9]).scramble); }); ) ( Ndef(\src).fadeTime = 4; Ndef(\src).quant = 2; Ndef(\src, { var src = 10.collect{ Pan2.ar([HPF, LPF, ComplexRes].choose.performKeyValuePairs(\ar,[ \in, [Impulse, LFPulse].choose.ar( [4, 2, 1, 1/2, 1/3, 1/4, 1/6].choose, iphase: [0, 1/4, 1/8, 1/2, 1/3].choose, phase: [0, 1/4, 1/8, 1/2, 1/3].choose, width: [0.001, 0.0001, 0.01, 0.1, 0.2].choose, mul: [1, 2, 3, 4].choose.reciprocal * [1, -1].choose ), \freq, [10000, 2000, 1000, 500, 250, 125, 125/2].choose, \decay, [0.1, 0.2, 0.4, 1].choose, ] ), Rand(-1, 1)); }.sum; HighShelf.ar(src, \shelfFreq.kr(1000), \shelfslope.kr(1)); }) ) Ndef(\src).play; Ndef(\hole).play; ( Ndef(\hole, { var src, verb, amp; src = LeakDC.ar(Ndef(\src).ar); //amp = Amplitude.kr(src); // src = Gate.ar(src, amp-0.0003) src = src * \amp.kr(1); // var src = Impulse.ar(0.5); verb = GreyholeRaw.ar( src, src, \damp.kr(0.1), \dtime.kr(0.1), \diff.kr(0.707), \fb.kr(0.1), \modDepth.kr(0.01), \modFreq.kr(2), \size.kr(1) ); verb } ) ) Ndef(\hole).edit; Ndef(\src).edit; MIDIIn.connectAll MIDIdef.cc(\test, {arg ... args; args.postln}); MIDIdef.cc(\test).free; ( MIDIdef.cc(\dtime, {|val, num| Ndef(\hole).set(\dtime, \dtime .asSpec.map(val/127))}, 0); MIDIdef.cc(\fb, {|val, num| Ndef(\hole).set(\fb, \fb .asSpec.map(val/127))}, 1); MIDIdef.cc(\modDepth, {|val, num| Ndef(\hole).set(\modDepth, \modDepth .asSpec.map(val/127))}, 2); // MIDIdef.cc(\lowx, {|val, num| Ndef(\hole).set(\lowx, \lowx .asSpec.map(val/128))}, 3); // MIDIdef.cc(\midx, {|val, num| Ndef(\hole).set(\midx, \midx .asSpec.map(val/128))}, 4); // MIDIdef.cc(\highx, {|val, num| Ndef(\hole).set(\highx, \highx .asSpec.map(val/128))}, 5); MIDIdef.cc(\amp, {|val, num| Ndef(\hole).set(\amp, \amp .asSpec.map(val/127))}, 7); MIDIdef.cc(\size, {|val, num| Ndef(\hole).set(\size, \size .asSpec.map(val/127))}, 16); MIDIdef.cc(\diff, {|val, num| Ndef(\hole).set(\diff, \diff .asSpec.map(val/127))}, 17); MIDIdef.cc(\modFreq, {|val, num| Ndef(\hole).set(\modFreq, \modFreq .asSpec.map(val/128))}, 18); MIDIdef.cc(\lowband, {|val, num| Ndef(\hole).set(\lowband, \lowband .asSpec.map(val/127))}, 20); MIDIdef.cc(\highband, {|val, num| Ndef(\hole).set(\highband, \highband .asSpec.map(val/127))}, 21); MIDIdef.cc(\damp, {|val, num| Ndef(\hole).set(\damp, \damp .asSpec.map(val/127))}, 22); MIDIdef.cc(\dryAmp, {|val, num| Ndef(\src).vol = val/127}, 23); MIDIdef.cc(\rebuild, {|val, num| (val > 0).if{ Ndef(\src).rebuild; } }, 39) )
reception
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