«Many patterns controlling a single synth» by Jonatan Liljedahl
on 09 Oct'12 16:29 inThis is a demonstration of how several parallell patterns can be controlling a single synth.
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( SynthDef(\sawFilt, { |out = 0, freq = 440, amp = 0.1, gate = 1, cf = 100, wobble = 3, t_bd, t_sd, pw = 0.4| var base = Splay.ar(RLPF.ar(Pulse.ar(freq * [0.99,0.5,1.01],pw),cf.lag(0.05),0.3).madd(SinOsc.ar(wobble).range(0.5,4)).sin) * 0.5; var env = Linen.kr(gate, attackTime: 0.01, releaseTime: 0.5, doneAction: 2); var sig = base; var bd = tanh(Ringz.ar(LPF.ar(Trig.ar(t_bd,SampleDur.ir),1000),30,0.5,5).sin*2); var sd = tanh(Ringz.ar(LPF.ar(Trig.ar(t_sd,SampleDur.ir),1000),120,0.75,PinkNoise.ar(2!2)).sin*2); sd = HPF.ar(sd,60); sig = tanh(GVerb.ar(HPF.ar(base * env,30), 70, 11, 0.15)*0.5 + sig + bd + sd); Out.ar(out, sig*amp*env); }).add; ) ( p = Pproto( { ~id = ( type: \on, dur: 0, instrument: \sawFilt, amp: 1, ).yield[\id]; ~type = \set; }, Ppar([ Pbind( \args, #[freq], \freq, Pseq([49,47,50,48]-12,inf).midicps, \dur, 4, ), Pbind( \args, #[cf], \cf, Pseq([100,Prand([700,400,1100],3)],inf), \stutter, Prand([1,2,4,8],inf), \dur, PdurStutter(Pkey(\stutter)*2, 2), // NOTE: also useful is .collect on patterns! // \dur, Prand([1,2,4,8], inf).collect{ |x| (1/x)!(x*2) }.flatten ), Pbind( \args, #[wobble], \wobble, Pxrand([3,1.5,6],inf), \dur, Prand([2,1],inf), ), Pbind( \args, #[t_bd], \t_bd, Pseq([1,0,0,1],inf), \dur, 0.5, ), Pbind( \args, #[t_sd], \t_sd, Pseq([0,0,1,0],inf), \dur, 0.5, ), Pbind( \args, #[pw], \pw, Prand([0.4,0.3,0.5],inf), \dur, 2, ), ]) ).play; )
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«Re: Many patterns controlling a single synth» by Don Smith (private)
will be cool to see Pproto version of this technique here )
I just edited it, using Proto instead of the old Pfset
much clearer - thanks!
Awesome!
Well there's a familiar name!