/* // discarded \fwot <+ "bd r r bd sn r bd sn".pbind(\chan, 8, \dur, 1/4, \amp, 0.8, \stut, [1,[2,4].pshufn(1)].pwrand([0.9,0.1])); \fwot <+ ("0:10|1:011" << "bd cp cp|ch bd".bjorklund([3,5],8)).pbind(\chan, 8, \dur, 1/4, \amp, 0.8); \fwot <+ ("0:1001|1:0012|2:0021" <<< "ch*4 rm rm".bjorklund([3,4,7],8,1)).pbind(\chan, 8, \dur, 1/4, \amp, 0.8); \fwot <+ ("0:1001|1:0012|2:0021" <<< "ch oh").pbind(\chan, 8, \dur, 1/4, \amp, 0.8); */
// silence \piano >> nil;
This a hacky script to download a bunch of samples from https://www.conversesamplelibrary.com/.
Useful info: https://www.reddit.com/r/edmproduction/comments/2ux1bq/converse_has_released_their_new_rubber_tracks/cocwtga/
| #!/usr/bin/env python3 | |
| import requests | |
| import threading | |
| url = "http://127.0.0.1:8001/o/token/" | |
| client = { | |
| 'id': "abc", | |
| 'secret': "def" | |
| } |
| s.boot; | |
| ( | |
| SynthDef(\simple, { |freq=440, pos=0, amp=0.5| | |
| Pan2.ar(SinOsc.ar(freq), pos, amp); | |
| }).add | |
| ; | |
| SynthDef(\simple_rev, { |sig, mix=0.5, room=0.5, damp=0.1| | |
| FreeVerb.ar(sig, mix, room, damp); | |
| }).add |
( ~percs = "r cl rs|ma r / r ch r r / r r r r / r|rs rs r r / r rs r cp|r / r r r r / r r cl r / r cl r r / r cl rs r|cl / r r r r / r r r r / r r r r / r ma ch r / r|r ch ma rs / r r|ma ch|r rs / r|r ch r|ma rs / r r r r / r cl rs r / r ch r r / r r r r / r|rs rs r r / r rs r cp|r / r r r r / r r cl r / r cl r r / r cl rs r|cl / r r r r / r r r r / r r r r / rs rs rs rs/ rs rs rs rs/ r rs rs r/ rs rs r rs / r rs ch|rs r/ rs ch|rs r|r rs / r rs r rs/ cp rs rs rs / r rs ch ch/ r cp ma ch / r r rs r / r r rs|ch r / r cl rs r / r ch r r / r r r r / r|rs rs r r / r rs r cp|r / r r r r / r r cl r / r cl r r / r cl rs r|cl / r r r r / r r r r / r r r r / rs rs rs rs/ rs rs rs rs " .sometimes{ |evt| evt++"@" } .asRepetitionStream .player( \chan, 9, \sustain, 1, \amp, 0.5, \dur, 1/4,
| Psoftclip : FilterPattern { | |
| var <>lo, <>hi; | |
| *new { arg pattern,lo,hi; | |
| ^super.new(pattern).lo_(lo).hi_(hi) | |
| } | |
| storeArgs { ^[pattern,lo,hi] } | |
| embedInStream { arg event; | |
| var next; |
| Python { | |
| classvar py; | |
| classvar <py_bin; | |
| var py_pipe; | |
| *initClass{ | |
| py_bin = "which python".unixCmdGetStdOut.replace(Char.nl, "").asString; | |
| } | |
| ( | |
| r = Repetition.new; | |
| m = r.initMIDI("LoopBe Internal MIDI", "LoopBe Internal MIDI"); | |
| MidiEvents(m); | |
| ) | |
| ( | |
| var rou = Routine({ | |
| loop { | |
| var pbd = (tempo: Pseq([1,1,1/2,1,1/2,1].pyramid,inf), type: \md, amp: 0.9, ); |
Additional info to Dan Stowell's fantastic post about building supercollider.
Note: This are the steps I made to build the binaries based on that post.
To make things simple, created a very simple Debian image based on "stable" with the necessary dependencies to properly build the .deb files. See Dockerfile.
| TempoClock.default.tempo = 2; | |
| ( | |
| ~bus.free; | |
| ~nowhere.free; | |
| ~bus = Bus.audio(s, numChannels:2); | |
| ~nowhere = Bus.audio(s, numChannels:2); | |
| ~dirt.orbits[0].outBus = ~bus; | |
| ~dirt.orbits[1].outBus = ~nowhere; | |
| Ndef(\x, { |