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Merge pull request #11 from sensestage/nescivi
Nescivi
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nescivi/code-livecode-live-29-06-2020-performance-code-buffer.scd
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@@ -0,0 +1,50 @@ | ||
~in = { SoundIn.ar( [0,1] ); }; | ||
~in.play; | ||
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~ps = { PitchShift.ar( ~in.ar, 0.2, [4/5, 5/4], 0.2, 0.2 ) }; | ||
~ps.play; | ||
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b = Buffer.alloc( s, s.sampleRate * 5.rand + 2, 2 ); | ||
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~rec = { RecordBuf.ar( ~ps.ar, b, 0, 0, 0.6 ); }; | ||
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~play = { PlayBuf.ar( 2, b, 0.8, loop: 1 )*2 }; | ||
~play.play | ||
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~filt = { Resonz.ar( ~play.ar, t.at( \keyVal ).kr.linexp( 0,1, 300, 4500 ), t.at( \headx ).kr.linexp( -1.0, 1.0, 0.02, 0.2 ), 16 ) }; | ||
~filt.play; | ||
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t = ThinkPad.new; | ||
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c = Buffer.alloc( s, s.sampleRate, 2 ); | ||
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~recc = { RecordBuf.ar( ~filt.ar, c, 0, t.at( \t_x).kr, t.at(\t_y).kr, t.at( \t_touch ).kr ); }; | ||
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~plc = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*8 * \amp.kr(1) }; | ||
~plc.play | ||
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~plc[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,2], inf ), \delta, Pseq( [2,1,1,0.25], inf), \amp, Pseq( [2,1,2,3], inf ) ); | ||
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~plc = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*8 * \amp.kr(1) * EnvGen.kr( Env.perc, \trig.tr, timeScale: \dur.kr(1) ) }; | ||
~plc.play | ||
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~plc[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,2], inf ), \delta, Pseq( [2,1,1,0.25], inf) / 2, \amp, Pseq( [2,1,2,3], inf ) * 4, \trig, 1, \dur, 1 ); | ||
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~plc2 = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*8 * \amp.kr(1) * EnvGen.kr( Env.perc, \trig.tr, timeScale: \dur.kr(1) )}; | ||
~plc2.play | ||
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~plc2[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 4, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 4, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 2, \trig, 1, \dur, 0.5 ); | ||
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~plc3 = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*8 * \amp.kr(1) * EnvGen.kr( Env.perc, \trig.tr, timeScale: \dur.kr(1) ) }; | ||
~plc3.play | ||
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~plc3[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * Pstutter( 4, Pseq( [8,7,9,8], inf ) ), \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 8, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 2, \trig, 1, \dur, 0.5 ); | ||
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~plc4 = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*8 * \amp.kr(1) * EnvGen.kr( Env.perc, \trig.tr, timeScale: \dur.kr(1) ) }; | ||
~plc4.play | ||
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~plc4[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 8 ), inf ) / 2, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) * 2, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 8, \trig, 1, \dur, 2 ); | ||
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p.stop(15); |
247 changes: 247 additions & 0 deletions
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nescivi/code-livecode-live-29-06-2020-performance-history-transcript.scd
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/////////////////////////////////////////////////// | ||
// History, as it was on Mon Jun 29 21:15:19 2020. | ||
/////////////////////////////////////////////////// | ||
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// - 0:0:0 - | ||
~in = { SoundIn.ar( [0,1] ); }; | ||
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// - 0:0:2.22 - | ||
~in.play; | ||
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// - 0:0:18.7 - | ||
~ps = { PitchShift.ar( ~in.ar, 0.2, [4/5, 5/4], 0.2, 0.2 ) }; | ||
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// - 0:0:21.51 - | ||
~ps.play; | ||
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// - 0:0:37.64 - | ||
b = Buffer.alloc( s, s.sampleRate * 5.rand + 2, 2 ); | ||
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// - 0:0:52.65 - | ||
~rec = { RecordBuf.ar( ~ps.ar, b, 0, 1, 0.6 ); }; | ||
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// - 0:1:9.8 - | ||
~play = { PlayBuf.ar( 2, b, 0.8, loop: 1 ) }; | ||
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// - 0:1:13.03 - | ||
~play.play | ||
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// - 0:1:16.9 - | ||
~play = { PlayBuf.ar( 2, b, 0.8, loop: 1 )*2 }; | ||
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// - 0:1:32 - | ||
~filt = { Resonz.ar( ~play.ar, 700, 0.2, 4 ) }; | ||
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// - 0:1:37.69 - | ||
~filt.play; | ||
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// - 0:1:41.71 - | ||
t = ThinkPad.new; | ||
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// - 0:1:56.97 - | ||
~filt = { Resonz.ar( ~play.ar, t.at( \keyVal ).kr.linexp( 0,1, 300, 4500 ), 0.2, 4 ) }; | ||
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// - 0:2:17.56 - | ||
~filt = { Resonz.ar( ~play.ar, t.at( \keyVal ).kr.linexp( 0,1, 300, 4500 ), t.at( \headx ).kr.linexp( -1.0, 1.0, 0.02, 0.2 ), 4 ) }; | ||
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// - 0:2:21.44 - | ||
~filt = { Resonz.ar( ~play.ar, t.at( \keyVal ).kr.linexp( 0,1, 300, 4500 ), t.at( \headx ).kr.linexp( -1.0, 1.0, 0.02, 0.2 ), 8 ) }; | ||
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// - 0:2:24.85 - | ||
~filt = { Resonz.ar( ~play.ar, t.at( \keyVal ).kr.linexp( 0,1, 300, 4500 ), t.at( \headx ).kr.linexp( -1.0, 1.0, 0.02, 0.2 ), 16 ) }; | ||
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// - 0:2:35.53 - | ||
c = Buffer.alloc( s, s.sampleRate, 2 ); | ||
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// - 0:3:5.44 - | ||
~recc = { RecordBuf.ar( ~filt.ar, c, 0, t.at( \t_x).kr, t.at(\t_y).kr, t.at( \t_touch ).kr ); }; | ||
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// - 0:3:15.7 - | ||
~plc = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*2 }; | ||
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// - 0:3:16.35 - | ||
~plc.play | ||
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// - 0:3:21.47 - | ||
~plc = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*5 }; | ||
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// - 0:3:24.87 - | ||
~plc = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*5 }; | ||
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// - 0:3:27.6 - | ||
~plc = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*8 }; | ||
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// - 0:3:48.62 - | ||
~plc[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,1], inf ) ) | ||
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// - 0:3:55.79 - | ||
~plc[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,1], inf ), \delta, 2 ); | ||
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// - 0:4:10.64 - | ||
~plc[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,2], inf ), \delta, Pseq( [2,1,1,0.25], inf) ); | ||
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// - 0:4:20.09 - | ||
~plc = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*8 * \amp.kr(1) }; | ||
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// - 0:4:25.35 - | ||
~plc[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,2], inf ), \delta, Pseq( [2,1,1,0.25], inf), \amp, 2 ); | ||
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// - 0:4:34.68 - | ||
~plc[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,2], inf ), \delta, Pseq( [2,1,1,0.25], inf), \amp, Pseq( [2,1,2,3], inf ) ); | ||
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// - 0:4:46 - | ||
~plc[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,2], inf ), \delta, Pseq( [2,1,1,0.25], inf) / 2, \amp, Pseq( [2,1,2,3], inf ) ); | ||
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// - 0:4:52.97 - | ||
~plc2 = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*8 * \amp.kr(1) }; | ||
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// - 0:4:54.09 - | ||
~plc2.play | ||
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// - 0:4:57.73 - | ||
~plc2[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,2], inf ) * 4, \delta, Pseq( [2,1,1,0.25], inf), \amp, Pseq( [2,1,2,3], inf ) ); | ||
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// - 0:5:3.14 - | ||
~plc2[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,2], inf ) * 4, \delta, Pseq( [2,1,1,0.25], inf) / 2, \amp, Pseq( [2,1,2,3], inf ) ); | ||
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// - 0:5:7.46 - | ||
~plc2[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,2], inf ) * 4, \delta, Pseq( [2,1,1,0.25], inf) / 4, \amp, Pseq( [2,1,2,3], inf ) ); | ||
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// - 0:5:11.79 - | ||
~plc2[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,2], inf ) * 4, \delta, Pshuf( [2,1,1,0.25], inf) / 4, \amp, Pseq( [2,1,2,3], inf ) ); | ||
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// - 0:5:20.52 - | ||
~plc2[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,2], inf ) * 4, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 4, \amp, Pseq( [2,1,2,3], inf ) ); | ||
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// - 0:5:31.8 - | ||
~plc2[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 4, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 4, \amp, Pseq( [2,1,2,3], inf ) ); | ||
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// - 0:5:42.88 - | ||
~plc2[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 4, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 4, \amp, Pn( Pshuf( [2,1,2,3], 4, ), inf ) ); | ||
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// - 0:5:44.7 - | ||
~plc2[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 4, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 4, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) ); | ||
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// - 0:5:58.5 - | ||
~plc3 = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*8 * \amp.kr(1) }; | ||
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// - 0:5:59.25 - | ||
~plc3.play | ||
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// - 0:6:0.08 - | ||
~plc3[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 4, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 4, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) ); | ||
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// - 0:6:3.15 - | ||
~plc3[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 8, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 4, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) ); | ||
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// - 0:6:7.82 - | ||
~plc3[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 8, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 8, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) ); | ||
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// - 0:6:11.39 - | ||
~plc3[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 8, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 8, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 2 ); | ||
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// - 0:6:23.62 - | ||
~plc4 = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*8 * \amp.kr(1) }; | ||
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// - 0:6:24.37 - | ||
~plc4.play | ||
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// - 0:6:25.66 - | ||
~plc4[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 8, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 8, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 2 ); | ||
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// - 0:6:29.62 - | ||
~plc4[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) / 2, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 8, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 2 ); | ||
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// - 0:6:35.53 - | ||
~plc4[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) / 2, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) * 2, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 2 ); | ||
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// - 0:6:42.99 - | ||
~plc4[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) / 2, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) * 2, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 3 ); | ||
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// - 0:6:45 - | ||
~plc4[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) / 2, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) * 2, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 4 ); | ||
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// - 0:7:3.44 - | ||
~plc4 = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*8 * \amp.kr(1) * EnvGen.kr( Env.perc, \trig.tr, timeScale: \dur.kr(1) ) }; | ||
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// - 0:7:7.91 - | ||
~plc4[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) / 2, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) * 2, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 4, \trig, 1 ); | ||
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// - 0:7:15.08 - | ||
~plc4[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) / 2, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) * 2, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 4, \trig, 1, \dur, 1 ); | ||
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// - 0:7:21.11 - | ||
~plc4[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) / 2, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) * 2, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 4, \trig, 1, \dur, 0.5 ); | ||
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// - 0:7:25.8 - | ||
~plc4[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) / 2, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) * 2, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 8, \trig, 1, \dur, 0.5 ); | ||
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||
// - 0:7:33.65 - | ||
~plc3 = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*8 * \amp.kr(1) * EnvGen.kr( Env.perc, \trig.tr, timeScale: \dur.kr(1) ) }; | ||
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// - 0:7:37.08 - | ||
~plc2 = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*8 * \amp.kr(1) * EnvGen.kr( Env.perc, \trig.tr, timeScale: \dur.kr(1) )}; | ||
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// - 0:7:42.4 - | ||
~plc = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*8 * \amp.kr(1) * EnvGen.kr( Env.perc, \trig.tr, timeScale: \dur.kr(1) ) }; | ||
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// - 0:7:57.26 - | ||
~plc3[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 8, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 8, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 2, \trig, 1, \dur, 0.5 ); | ||
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// - 0:7:59.05 - | ||
~plc3[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 8, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 8, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 2, \trig, 1, \dur, 0.25 ); | ||
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||
// - 0:8:1.39 - | ||
~plc3[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 8, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 8, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 2, \trig, 1, \dur, 0.125 ); | ||
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||
// - 0:8:3.33 - | ||
~plc3[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 8, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 8, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 2, \trig, 1, \dur, 0.25 ); | ||
|
||
// - 0:8:7.71 - | ||
~plc2[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 4, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 4, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ), \trig, 1, \dur, 0.25 ); | ||
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||
// - 0:8:15.91 - | ||
~plc2[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 4, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 4, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 2, \trig, 1, \dur, 0.25 ); | ||
|
||
// - 0:8:17.6 - | ||
~plc2 = { PlayBuf.ar( 2, c, \rate.kr(1), loop: 1 )*8 * \amp.kr(1) * EnvGen.kr( Env.perc, \trig.tr, timeScale: \dur.kr(1) )}; | ||
|
||
// - 0:8:23.15 - | ||
~plc[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,2], inf ), \delta, Pseq( [2,1,1,0.25], inf) / 2, \amp, Pseq( [2,1,2,3], inf ) , \trig, 1, \dur, 0.5 ); | ||
|
||
// - 0:8:28.69 - | ||
~plc[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,2], inf ), \delta, Pseq( [2,1,1,0.25], inf) / 2, \amp, Pseq( [2,1,2,3], inf ) * 2, \trig, 1, \dur, 0.5 ); | ||
|
||
// - 0:8:30.55 - | ||
~plc[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,2], inf ), \delta, Pseq( [2,1,1,0.25], inf) / 2, \amp, Pseq( [2,1,2,3], inf ) * 3, \trig, 1, \dur, 0.5 ); | ||
|
||
// - 0:8:34.07 - | ||
~plc[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,2], inf ), \delta, Pseq( [2,1,1,0.25], inf) / 2, \amp, Pseq( [2,1,2,3], inf ) * 4, \trig, 1, \dur, 0.5 ); | ||
|
||
// - 0:8:42.01 - | ||
~plc[1] = \set -> Pbind( \rate, Pseq( [1,4/5,5/4,2], inf ), \delta, Pseq( [2,1,1,0.25], inf) / 2, \amp, Pseq( [2,1,2,3], inf ) * 4, \trig, 1, \dur, 1 ); | ||
|
||
// - 0:8:46.25 - | ||
~plc2[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 4, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 4, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 2, \trig, 1, \dur, 0.5 ); | ||
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// - 0:8:49.21 - | ||
~plc3[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * 8, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 8, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 2, \trig, 1, \dur, 0.5 ); | ||
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// - 0:8:52.71 - | ||
~plc4[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) / 2, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) * 2, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 8, \trig, 1, \dur, 2 ); | ||
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// - 0:9:4.44 - | ||
~plc4[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 8 ), inf ) / 2, \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) * 2, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 8, \trig, 1, \dur, 2 ); | ||
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// - 0:9:37.15 - | ||
~plc3[1] = \set -> Pbind( \rate, Pn( Pshuf( [1,4/5,5/4,2], 4 ), inf ) * Pstutter( 4, Pseq( [8,7,9,8], inf ) ), \delta, Pn( Pshuf( [2,1,1,0.25], 4 ), inf) / 8, \amp, Pn( Pshuf( [2,1,2,3], 4 ), inf ) * 2, \trig, 1, \dur, 0.5 ); | ||
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// - 0:9:47.99 - | ||
p.stop(15); | ||
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// - 0:9:51.83 - | ||
~rec = { RecordBuf.ar( ~ps.ar, b, 0, 0, 0.6 ); }; | ||
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// - 0:9:52.82 - | ||
~rec = { RecordBuf.ar( ~ps.ar, b, 0, 0, 0.6 ); }; | ||
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