Sonic Pi source code (without personal random seed) ------------------------------ set_mixer_control! hpf: 25 set_mixer_control! amp: 0.8 duree_intro = 6 duree_corps = duree_intro * 19 duree_outro = duree_intro * 2 duree_totale = duree_intro + duree_corps + duree_outro print "durée totale: ", duree_totale / 60, " mn et", duree_totale % 60, " s" bass_cutoff = 35 continuer = true in_thread do while continuer == true sleep 1 if beat > duree_intro + duree_corps continuer = false print "fin du morceau !" end end end in_thread(name: :nappe) do print "nappe sous-jacente" sample :loop_3d_printer, attack: duree_intro, sustain: duree_corps, release: duree_outro, beat_stretch: duree_totale sample :loop_weirdo, attack: duree_intro, sustain: duree_corps, release: duree_outro, beat_stretch: duree_totale end in_thread(name: :robotique) do sleep duree_intro while continuer == true sleep rrand_i(3,7) print "jet d'un dé à 6 faces" jet_des = dice(6) case jet_des when 1..3 print "probabilité : 50%" sample :glitch_robot1, beat_stretch: rrand_i(4, 9), amp: 0.6 when 4..5 print "probabilité : 33,33%" sample :glitch_robot2, beat_stretch: rrand_i(4, 9), amp: 0.6 when 6 print "probabilité : 16,66%" sample :loop_electric, beat_stretch: rrand_i(4, 9), amp: 0.6 else end end end in_thread(name: :explosions) do sleep duree_intro while continuer == true sleep rrand_i(2,3) print "pile ou face : vrai 50%" if one_in(2) == true print "vrai" sample :drum_tom_lo_hard, beat_stretch: rrand_i(4, 9), amp: 0.7 else print "faux" sample :drum_tom_lo_soft, beat_stretch: rrand_i(4, 9), amp: 0.7 end sleep rrand_i(2,3) print "1 sur 3 : vrai 33,33%" if one_in(3) == true print "vrai" sample :drum_tom_hi_hard, beat_stretch: rrand_i(4, 9), amp: 0.7 end end end in_thread(name: :blips) do sleep duree_intro while continuer == true sleep rrand(1.5, 5.6) tirage = rrand_i(3,12) print "Entre 3 et 12" if tirage <= 5 print "5 ou moins" sample :elec_blip2, beat_stretch: rrand_i(0.3, 1.2), amp: 0.3 elsif tirage >= 9 print "9 ou plus" sample :elec_blip, beat_stretch: rrand_i(0.3, 1.2), amp: 0.3 else print "6 à 8" sample :elec_blup, beat_stretch: rrand_i(0.3, 1.2), amp: 0.3 end end end

Sonic Pi source code (without personal random seed) ------------------------------ set_mixer_control! hpf: 35 set_mixer_control! amp: 0.75 duree_totale = 234 print "durée totale: ", duree_totale / 60, " mn et", duree_totale % 60, " s" continuer = true in_thread do while continuer == true sleep 1 if beat > duree_totale continuer = false print "fin du morceau !" end end end define :zero do 8.times do print "zero" notes = scale("f2", :jiao).ring with_fx :reverb, room: 0.3, mix: 0.7 do with_fx :hpf, centre: rrand(50, 60), mix: 0.5 do with_fx :echo, amp: 0.35, phase: 0.62, decay: 15.2 do use_synth :dull_bell play notes.tick, amp: rrand(0.2, 0.4), attack: 5.3, sustain: 2, release: rrand(8,12), pan: rrand(-0.3, 0.3) end use_synth :hollow play notes.look, amp: rrand(0.2, 0.4), attack: 6.2, sustain: 1.2, release: 8.4, pan: rrand(-0.3, 0.3) sleep rrand(0.2, 0.35) end end end end define :un do 5.times do print "un" notes = scale("b2", :aeolian).ring with_fx :flanger, phase: rrand(0, 0.3), mix: 0.8 do with_fx :echo, amp: 0.45, phase: 0.12, decay: 6 do use_synth :dsaw play notes.tick, amp: rrand(0, 0.09), attack: 2, sustain: 1, release: rrand(1,4), pan: rrand(-0.3, 0.3) end use_synth :hollow play notes.look, amp: rrand(0, 0.08), attack: 1, sustain: 0, release: 3.5, pan: rrand(-0.3, 0.3) sleep 0.25 end end end define :deux do 6.times do print "deux" notes = scale("b3", :chinese).ring with_fx :slicer, phase: rrand(0, 0.3), mix: 0.8 do with_fx :echo, amp: 0.56, phase: 0.27, decay: 5.3 do use_synth :dark_ambience play notes.tick, amp: rrand(0, 0.029), attack: 2, sustain: 1, release: rrand(1,5), pan: rrand(-0.3, 0.3) end use_synth :fm play notes.look, amp: rrand(0, 0.18), attack: 1, sustain: 0, release: 4.5, pan: rrand(-0.3, 0.3) sleep 0.25 end end end define :trois do 7.times do print "trois" notes = scale("b4", :enigmatic).ring with_fx :wobble, mix: rrand(0, 0.3) do with_fx :bitcrusher, mix: 0.3 do with_fx :echo, amp: 0.45, phase: 0.26, decay: 7.2 do use_synth :dtri play notes.tick, amp: rrand(0, 0.04), attack: 2, sustain: 1, release: rrand(1,6), pan: rrand(-0.3, 0.3) end use_synth :hollow play notes.look, amp: rrand(0, 0.03), attack: 1, sustain: 0, release: 4.5, pan: rrand(-0.3, 0.3) sleep 0.25 end end end end define :quatre do 8.times do print "quatre" notes = scale("b5", :lydian_minor).ring with_fx :distortion, distort: rrand(0, 0.5), mix: 0.8 do with_fx :echo, amp: 0.515, phase: 0.21, decay: 8.8 do use_synth :tech_saws play notes.tick, amp: rrand(0, 0.05), attack: 2, sustain: 1, release: rrand(1,7), pan: rrand(-0.3, 0.3) end use_synth :chipbass play notes.look, amp: rrand(0, 0.06), attack: 1, sustain: 0, release: 3.5, pan: rrand(-0.3, 0.3) sleep 0.25 end end end define :cinq do 8.times do print "cinq" notes = scale("e2", :messiaen7).ring with_fx :whammy, deltime: 0.35, grainsize: 0.23, mix: 0.8 do with_fx :echo, amp: 0.55, phase: 0.12, decay: 7.4 do use_synth :subpulse play notes.tick, amp: rrand(0, 0.059), attack: 2, sustain: 1, release: rrand(1,8), pan: rrand(-0.3, 0.3) end use_synth :chipnoise play notes.look, amp: rrand(0, 0.04), attack: 1, sustain: 0, release: 3.2, pan: rrand(-0.3, 0.3) sleep 0.25 end end end define :six do 9.times do print "six" notes = scale("e3", :ritusen).ring with_fx :pitch_shift, pitch: rrand(0, 0.3), pitch_dis: rrand(0, 0.3), mix: 0.45 do with_fx :echo, amp: 0.65, phase: 0.32, decay: 7.2 do use_synth :tri play notes.tick, amp: rrand(0, 0.2), attack: 5, sustain: 1, release: rrand(2,8), pan: rrand(-0.3, 0.3) end use_synth :beep play notes.look, amp: rrand(0, 0.2), attack: 4, sustain: 0, release: 3.5, pan: rrand(-0.3, 0.3) sleep rrand(0.2, 0.35) end end end define :sept do 9.times do print "sept" notes = scale("e4", :spanish).ring with_fx :reverb, room: 0.4, mix: 0.55 do with_fx :slicer, phase: rrand(0, 0.3), mix: 0.8 do with_fx :echo, amp: 0.65, phase: 0.32, decay: 8.2 do use_synth :square play notes.tick, amp: rrand(0, 0.12), attack: 3.3, sustain: 1, release: rrand(2,8), pan: rrand(-0.3, 0.3) end use_synth :prophet play notes.look, amp: rrand(0, 0.1), attack: 4.2, sustain: 0.2, release: 3.4, pan: rrand(-0.3, 0.3) sleep rrand(0.2, 0.35) end end end end define :huit do 2.times do print "huit" notes = scale("e4", :purvi).ring with_fx :krush do with_fx :gverb, room: 654, mix: 1 do with_fx :wobble, phase: rrand(0, 0.3), seed: rrand_i(0,1000), mix: 0.3 do with_fx :echo, amp: 0.65, phase: 0.22, decay: 3.2 do use_synth :mod_dsaw play notes.tick, amp: rrand(0, 0.03), attack: 3.3, sustain: 1, release: rrand(2,8), pan: rrand(-0.3, 0.3) end use_synth :tb303 play notes.look, amp: rrand(0, 0.03), attack: 4.2, sustain: 0.2, release: 3.4, pan: rrand(-0.3, 0.3) sleep rrand(0.2, 0.35) end end end end end define :neuf do 4.times do print "neuf" notes = scale("g4", :locrian).ring with_fx :reverb, room: 0.42, mix: 0.58 do with_fx :bpf, centre: rrand(50, 100), mix: 0.7 do with_fx :echo, amp: 0.25, phase: 0.12, decay: 3.2 do use_synth :supersaw play notes.tick, amp: rrand(0, 0.26), attack: 3.3, sustain: 1, release: rrand(2,8), pan: rrand(-0.3, 0.3) end use_synth :hollow play notes.look, amp: rrand(0, 0.28), attack: 4.2, sustain: 0.2, release: 3.4, pan: rrand(-0.3, 0.3) sleep rrand(0.2, 0.35) end end end end define :dix do 5.times do print "dix" notes = scale("g3", :todi).ring with_fx :reverb, room: 0.3, mix: 0.7 do with_fx :lpf, centre: rrand(30, 100), mix: 0.6 do with_fx :echo, amp: 0.25, phase: 0.12, decay: 3.2 do use_synth :fm play notes.tick, amp: rrand(0, 0.26), attack: 3.3, sustain: 1, release: rrand(2,8), pan: rrand(-0.3, 0.3) end use_synth :dark_ambience play notes.look, amp: rrand(0, 0.28), attack: 4.2, sustain: 0.2, release: 3.4, pan: rrand(-0.3, 0.3) sleep rrand(0.2, 0.35) end end end end neuf sleep 5 zero in_thread do while continuer == true sleep 7 + rrand(0,11) un end end in_thread do while continuer == true sleep 18 + rrand(0,6) deux end end in_thread do while continuer == true sleep 27 + rrand(0,7) trois end end in_thread do while continuer == true sleep 16 + rrand(0,15) quatre end end in_thread do while continuer == true sleep 20 + rrand(0,21) cinq end end in_thread do while continuer == true sleep 42 + rrand(0,20) six end end in_thread do while continuer == true sleep 55 + rrand(0,11) sept end end in_thread do while continuer == true sleep 65 + rrand(0,9) huit end end in_thread do while continuer == true sleep 84 + rrand(0,19) neuf end end in_thread do while continuer == true sleep 111 + rrand(0,7) dix end end sleep duree_totale zero

Sonic Pi source code (without personal random seed) ------------------------------ set_mixer_control! hpf: 25 set_mixer_control! amp: 0.8 duree_totale = 201 print "durée totale: ", duree_totale / 60, " mn et", duree_totale % 60, " s" continuer = true in_thread do while continuer == true sleep 1 if beat > duree_totale continuer = false print "fin du morceau !" end end end with_fx :reverb, room: 0.55, mix: 0.2 do with_fx :flanger, mix: 0.3 do use_synth :dark_ambience in_thread do while continuer == true frequence = rrand(25, 240) duree1 = rrand(0,1.9) duree2 = rrand(0,1.9) duree3 = rrand(0,1.9) duree4 = rrand(0,1.9) play hz_to_midi(frequence), attack: duree1, sustain: duree2, release: duree3, amp: 0.25 sleep duree1 + duree2 + duree3 + duree4 end end use_synth :hollow in_thread do sleep 0.2 while continuer == true frequence = rrand(25, 240) duree1 = rrand(0,1.8) duree2 = rrand(0,1.8) duree3 = rrand(0,1.8) duree4 = rrand(0,1.8) play hz_to_midi(frequence), attack: duree1, sustain: duree2, release: duree3, amp: 0.2 sleep duree1 + duree2 + duree3 + duree4 end end use_synth :dark_ambience in_thread do sleep 4.2 while continuer == true frequence = rrand(25, 240) duree1 = rrand(0,1.7) duree2 = rrand(0,1.7) duree3 = rrand(0,1.7) duree4 = rrand(0,1.7) play hz_to_midi(frequence), attack: duree1, sustain: duree2, release: duree3, amp: 0.15 sleep duree1 + duree2 + duree3 + duree4 end end use_synth :pluck in_thread do sleep 6.3 while continuer == true frequence = rrand(25, 240) duree1 = rrand(0,1.6) duree2 = rrand(0,1.6) duree3 = rrand(0,1.6) duree4 = rrand(0,1.6) play hz_to_midi(frequence), attack: duree1, sustain: duree2, release: duree3, amp: 0.1 sleep duree1 + duree2 + duree3 + duree4 end end use_synth :growl in_thread do sleep 7.9 while continuer == true frequence = rrand(25, 300) duree1 = rrand(0,1.5) duree2 = rrand(0,1.5) duree3 = rrand(0,1.5) duree4 = rrand(0,1.5) play hz_to_midi(frequence), attack: duree1, sustain: duree2, release: duree3, amp: 0.05 sleep duree1 + duree2 + duree3 + duree4 end end use_synth :dark_ambience in_thread do sleep 11.7 while continuer == true frequence = rrand(25, 300) duree1 = rrand(0,1.4) duree2 = rrand(0,1.4) duree3 = rrand(0,1.4) duree4 = rrand(0,1.4) play hz_to_midi(frequence), attack: duree1, sustain: duree2, release: duree3, amp: 0.04 sleep duree1 + duree2 + duree3 + duree4 end end use_synth :dull_bell in_thread do sleep 14.6 while continuer == true frequence = rrand(25, 300) duree1 = rrand(0,1.3) duree2 = rrand(0,1.3) duree3 = rrand(0,1.3) duree4 = rrand(0,1.3) play hz_to_midi(frequence), attack: duree1, sustain: duree2, release: duree3, amp: 0.03 sleep duree1 + duree2 + duree3 + duree4 end end use_synth :hollow in_thread do sleep 18.5 while continuer == true frequence = rrand(25, 300) duree1 = rrand(0,1.2) duree2 = rrand(0,1.2) duree3 = rrand(0,1.2) duree4 = rrand(0,1.2) play hz_to_midi(frequence), attack: duree1, sustain: duree2, release: duree3, amp: 0.02 sleep duree1 + duree2 + duree3 + duree4 end end use_synth :prophet in_thread do sleep 22.1 while continuer == true frequence = rrand(25, 240) duree1 = rrand(0,1.1) duree2 = rrand(0,1.1) duree3 = rrand(0,1.1) duree4 = rrand(0,1.1) play hz_to_midi(frequence), attack: duree1, sustain: duree2, release: duree3, amp: 0.01 sleep duree1 + duree2 + duree3 + duree4 end end use_synth :hollow with_fx :flanger do in_thread do sleep 24.6 while continuer == true frequence = rrand(25, 300) duree1 = rrand(1.1,7.9) duree2 = rrand(1.1,7.9) duree3 = rrand(1.1,7.9) duree4 = rrand(1.1,7.9) play hz_to_midi(frequence), attack: duree1, sustain: duree2, release: duree3, amp: 0.25 sleep duree1 + duree2 + duree3 + duree4 end end end use_synth :dark_ambience with_fx :panslicer, mix: 0.34 do with_fx :distortion do in_thread do sleep rrand(20,21) while continuer == true frequence = rrand(25, 300) duree1 = rrand(2.1,8.9) duree2 = rrand(2.1,8.9) duree3 = rrand(2.1,8.9) duree4 = rrand(2.1,8.9) play hz_to_midi(frequence), attack: duree1, sustain: duree2, release: duree3, amp: 0.3 sleep duree1 + duree2 + duree3 + duree4 end end end end use_synth :hollow with_fx :bitcrusher do in_thread do sleep rrand(30,33) while continuer == true frequence = rrand(25, 300) duree1 = rrand(3.1,12.3) duree2 = rrand(3.1,12.3) duree3 = rrand(3.1,12.3) duree4 = rrand(3.1,12.3) play hz_to_midi(frequence), attack: duree1, sustain: duree2, release: duree3, amp: 0.25 sleep duree1 + duree2 + duree3 + duree4 end end end end end with_fx :reverb, room: 0.45, mix: 0.38 do with_fx :echo, decay: 0.28, mix: 0.65 do in_thread do sleep 3.1 while continuer == true duree1 = rrand(22.1,27.3) duree2 = rrand(14.5,16.7) sample :loop_breakbeat, beat_stretch: duree1, start: rrand(0, 0.49), finish: rrand(0.51, 1), attack: 5.2, release: 7.4, rate: [-1,1].choose, amp: rrand(0.4, 0.5) sleep duree1 + duree2 end end with_fx :bitcrusher do in_thread do sleep rrand(12,13) while continuer == true duree1 = rrand(16.1,19.3) duree2 = rrand(5.5,7.7) sample :loop_safari, beat_stretch: duree1, start: rrand(0, 0.49), finish: rrand(0.51, 1), attack: 3.2, release: 3.4, rate: [-1,-1,1].choose, amp: rrand(0.3, 0.5) sleep duree1 + duree2 end end end with_fx :krush do in_thread do sleep rrand(16,17) while continuer == true duree1 = rrand(10.1,12.3) duree2 = rrand(5.5,7.7) sample :mehackit_phone4, beat_stretch: duree1, start: rrand(0, 0.4), finish: rrand(0.6, 1), attack: 1.2, release: 1.4, rate: [-1,1].choose, amp: rrand(0.42, 0.48) sleep duree1 + duree2 end end end in_thread do sleep rrand(26,27) while continuer == true duree1 = rrand(17.1,22.3) duree2 = rrand(5.5,7.7) sample :loop_garzul, beat_stretch: duree1, start: rrand(0, 0.49), finish: rrand(0.51, 1), attack: 6.2, release: 5.4, rate: [-1,1].choose, amp: rrand(0.35, 0.45) sleep duree1 + duree2 end end end end

Sonic Pi source code (without personal random seed) ------------------------------ set_mixer_control! hpf: 25 set_mixer_control! amp: 0.8 duree_intro = 15 duree_tranche = duree_intro * 3 duree_acte = duree_tranche * 2 duree_morceau = duree_acte * 3 duree_outro = duree_intro * 2 duree_totale = duree_intro + duree_morceau + duree_outro print "durée totale: ", duree_totale / 60, " mn et", duree_totale % 60, " s" bass_cutoff = 35 continuer = true in_thread do while continuer == true sleep 1 if beat > duree_intro + duree_morceau continuer = false print "fin du morceau !" end end end with_fx :reverb, room: 0.6, mix: 0.6 do with_fx :panslicer, mix: 0.5 do with_fx :bpf, centre: 100, centre_slide: 1.2, res: 0.4, res_slide: 0.8, mix: 1 do |bpf| in_thread do use_synth :chipbass bourdon1 = play "f1", attack: duree_intro, sustain: duree_morceau, release: duree_outro, amp: 0, amp_slide: 0.8, note_slide: 3 bourdon1b = play "f1", attack: duree_intro, sustain: duree_morceau, release: duree_outro, amp: 0, amp_slide: 0.8, note_slide: 3 while continuer == true sleep rrand(0.8, 1.6) control bourdon1, amp: rrand(0, 0.2) control bourdon1b, amp: rrand(0, 0.05) sleep rrand(1.5,8) control bpf, centre: rrand_i(30,130) sleep rrand(1.5,5) control bpf, res: rrand(0.2,0.6) sleep rrand(0.8, 3) control bourdon1b, note: (scale, "f1", :prometheus).choose end end end end end with_fx :lpf, cutoff: 50, cutoff_slide: 3.2, mix: 0.8 do |lpf| in_thread do use_synth :tri bourdon2 = play "c2", attack: duree_intro, sustain: duree_morceau, release: duree_outro, amp: 0.1, note_slide: 5 bourdon2b = play "c2", attack: duree_intro, sustain: duree_morceau, release: duree_outro, amp: 0.05, note_slide: 5 while continuer == true sleep rrand(2.5,8) control lpf, cutoff: rrand_i(30,130) sleep rrand(1.3, 5) control bourdon2b, note: (scale, "c2", :prometheus).choose end end end with_fx :hpf, cutoff: 60, cutoff_slide: 3.3, mix: 1 do |hpf| in_thread do use_synth :dark_ambience bourdon3 = play "e2", attack: duree_intro, sustain: duree_morceau, release: duree_outro, amp: 0.4, note_slide: 6 bourdon3b = play "e2", attack: duree_intro, sustain: duree_morceau, release: duree_outro, amp: 0.05, note_slide: 6 while continuer == true sleep rrand(3.5,9.3) control hpf, cutoff: rrand_i(30,130) sleep rrand(1.8, 6) control bourdon3b, note: (scale, "e2", :prometheus).mirror.tick end end end with_fx :hpf, cutoff: 50, cutoff_slide: 2.2, mix: 1 do |hpf1| with_fx :lpf, cutoff: 50, cutoff_slide: 2.2, mix: 1 do |lpf1| with_fx :slicer, phase: 0.6, mix: 0.2 do in_thread do use_synth :hollow ghost1 = play "c1", attack: duree_intro, sustain: duree_morceau, release: duree_outro, amp: 0.3, note_slide: 7 ghost1b = play "c1", attack: duree_intro, sustain: duree_morceau, release: duree_outro, amp: 0.05, note_slide: 7 while continuer == true sleep rrand(1.5,3.3) control hpf1, cutoff: rrand_i(25,130) sleep rrand(0.5,4.3) control lpf1, cutoff: rrand_i(25,130) sleep rrand(2.8, 7) control ghost1b, note: (scale, "c1", :prometheus).mirror.tick end end end end end with_fx :hpf, cutoff: 60, cutoff_slide: 3.2, mix: 1 do |hpf2| with_fx :lpf, cutoff: 60, cutoff_slide: 3.2, mix: 1 do |lpf2| with_fx :tremolo, mix: 0.2 do in_thread do use_synth :hollow ghost2 = play "b2", attack: duree_intro, sustain: duree_morceau, release: duree_outro, amp: 0, amp_slide: 0.6, note_slide: 9 ghost2b = play "b2", attack: duree_intro, sustain: duree_morceau, release: duree_outro, amp: 0, amp_slide: 0.3, note_slide: 9 while continuer == true sleep rrand(0.7,2.3) control ghost2, amp: rrand(0, 0.25) control ghost2b, amp: rrand(0, 0.05) sleep rrand(1.5,5.3) control hpf2, cutoff: rrand_i(25,130) sleep rrand(1.5,6.3) control lpf2, cutoff: rrand_i(25,130) sleep rrand(3.8, 9) control ghost2b, note: (scale, "b2", :prometheus).mirror.tick end end end end end with_fx :reverb, room: 0.4, mix: 0.5 do with_fx :bitcrusher, bits: 10, mix: 1 do in_thread do duree_samples = 27 sample :loop_mika, rate: -1, beat_stretch: duree_samples, amp: 0.3, attack: duree_intro sample :loop_mika, beat_stretch: duree_samples, amp: 0.34, attack: duree_intro sample :loop_safari, rate: -1, beat_stretch: duree_samples, amp: 0.2, attack: duree_intro sample :loop_safari, beat_stretch: duree_samples, amp: 0.24, attack: duree_intro sample :loop_breakbeat, rate: -1, beat_stretch: duree_samples, amp: 0.1, attack: duree_intro sample :loop_breakbeat, beat_stretch: duree_samples, amp: 0.14, attack: duree_intro sleep duree_samples while continuer == true duree_samples = rrand_i(28,39) sample :loop_mika, rate: -1, beat_stretch: duree_samples, amp: 0.3 sample :loop_mika, beat_stretch: duree_samples, amp: 0.34 sample :loop_safari, rate: -1, beat_stretch: duree_samples, amp: 0.2 sample :loop_safari, beat_stretch: duree_samples, amp: 0.24 sample :loop_breakbeat, rate: -1, beat_stretch: duree_samples, amp: 0.1 sample :loop_breakbeat, beat_stretch: duree_samples, amp: 0.14 sleep duree_samples end duree_samples = duree_intro sample :loop_mika, rate: -1, beat_stretch: duree_samples, amp: 0.3, release: duree_samples sample :loop_mika, beat_stretch: duree_samples, amp: 0.34, release: duree_samples sample :loop_safari, rate: -1, beat_stretch: duree_samples, amp: 0.2, release: duree_samples sample :loop_safari, beat_stretch: duree_samples, amp: 0.24, release: duree_samples sample :loop_breakbeat, rate: -1, beat_stretch: duree_samples, amp: 0.1, release: duree_samples sample :loop_breakbeat, beat_stretch: duree_samples, amp: 0.14, release: duree_samples sleep duree_samples end end end

Sonic Pi source code (without personal random seed) ------------------------------ set_mixer_control! hpf: 35 set_mixer_control! amp: 0.8 duree_intro = 6.5 duree_tranche = 9 nb_tranches = 18 duree_morceau = duree_tranche * nb_tranches duree_outro = 6.5 continuer = true in_thread do while continuer == true sleep 1 if beat > duree_intro + duree_morceau continuer = false print "fin du morceau !" end end end with_fx :reverb, mix: 0.5 do with_fx :echo, mix: 0.6 do with_fx :octaver, mix: 0.7 do with_fx :flanger, mix: 0.8 do in_thread do while continuer == true sleep 0.1 + rrand(0, 0.8) use_synth :pluck play (scale :f5, :major_pentatonic, num_octaves: 3).choose, amp: 0.17, pan: rrand(-0.15, 0.15) end end end end end end with_fx :reverb, mix: 0.5, room: 0.45 do with_fx :echo, decay: 4.5, mix: 0.7, decay_slide: 3 do |echooo| with_fx :krush, mix: 0.6, mix_slide: 1.2 do |kr| in_thread do use_synth :tech_saws c = play "C2", attack: duree_intro, sustain: duree_morceau, release: duree_outro, amp: 0.03, amp_slide: 0.02, note_slide: 0.8 while continuer == true sleep 6 + rrand(0, 1) control c, note: (scale :c2, :major_pentatonic, num_octaves: 1).mirror.tick control c, amp: range(0.03, 0.1, 0.027).mirror.tick control echooo, decay: rrand(0,5) control kr, mix: rrand(0.2, 1) end end end end end with_fx :reverb, mix: 0.5 do with_fx :echo, mix: 0.6 do with_fx :octaver, mix: 0.7 do with_fx :flanger, mix: 0.8 do in_thread do sleep duree_tranche while continuer == true sleep 0.1 + rrand(0, 0.8) use_synth :pluck play (scale :d4, :major_pentatonic, num_octaves: 3).choose, amp: 0.2, pan: rrand(-0.15, 0.15) end end end end end end with_fx :reverb, mix: 0.5, room: 0.45 do with_fx :echo, decay: 4.5, mix: 0.5, decay_slide: 2 do |echooo| with_fx :bitcrusher, bits: 6, mix: 0.5, bits_slide: 1, mix_slide: 2 do |bitc| with_fx :whammy, mix: 0.4, mix_slide: 0.8 do |wham| in_thread do sleep duree_tranche * 2 use_synth :chiplead c = play "D3", attack: duree_intro, sustain: duree_morceau - duree_tranche * 2, release: duree_outro, amp: 0.02, amp_slide: 0.3, note_slide: 0.7 while continuer == true sleep 5 + rrand(0, 1.1) control c, note: (scale :d3, :major_pentatonic, num_octaves: 1).choose control c, amp: range(0.02, 0.1, 0.01).mirror.tick control echooo, decay: rrand(0,5) control bitc, bits: rrand_i(5,8) control bitc, mix: rrand(0.4, 0.6) control wham, mix: rrand(0.3, 0.5) end end end end end end with_fx :reverb, mix: 0.5 do with_fx :echo, mix: 0.6 do with_fx :octaver, mix: 0.7 do with_fx :flanger, mix: 0.8 do in_thread do sleep duree_tranche * 3 while continuer == true sleep 0.12 + rrand(0, 0.85) use_synth :pluck play (scale :e5, :major_pentatonic, num_octaves: 3).choose, amp: 0.2, pan: rrand(-0.2, 0.2) end end end end end end with_fx :reverb, mix: 0.5, room: 0.45, mix_slide: 3.1 do |revb| with_fx :echo, decay: 4.5, mix: 0.5 do |echooo| in_thread do sleep duree_tranche * 4 use_synth :growl c = play "F4", attack: duree_intro, sustain: duree_morceau - duree_tranche * 4, release: duree_outro, amp: 0.02, amp_slide: 0.3, note_slide: 0.9 while continuer == true sleep 4 + rrand(0, 0.6) control c, note: (scale :f1, :major_pentatonic, num_octaves: 1).choose control c, amp: range(0.02, 0.15, 0.02).mirror.tick control echooo, decay: rrand(0,5) control revb, mix: rrand(0.4, 0.6) end end end end with_fx :flanger, mix: 0.8 do in_thread do sleep duree_tranche * 5 while continuer == true sleep 0.14 + rrand(0, 0.89) use_synth :pluck play (scale :e6, :major_pentatonic, num_octaves: 3).choose, amp: 0.2, pan: rrand(-0.1, 0.1) end end end with_fx :reverb, mix: 0.5, room: 0.45 do with_fx :echo, decay: 4.5, mix: 0.5 do |echooo| with_fx :flanger, mix: 0.3, mix_slide: 1.2 do |flg| in_thread do sleep duree_tranche * 6 use_synth :hollow c = play "A5", attack: duree_intro, sustain: duree_morceau - duree_tranche * 6, release: duree_outro, amp: 0.01, amp_slide: 0.2, note_slide: 0.85 while continuer == true sleep 3 + rrand(0, 0.6) control c, note: (scale :a4, :major_pentatonic, num_octaves: 1).choose control c, amp: range(0.01, 0.07, 0.01).mirror.tick control echooo, decay: rrand(0,5) control flg, mix: rrand(0.25, 0.45) end end end end end in_thread do use_synth :dull_bell with_fx :echo, decay: 6 do while beat < duree_tranche * (nb_tranches - 1) sleep duree_tranche + rrand(0.3, 0.9) play "E3", amp: 0.17 end end end

Sonic Pi source code (without personal random seed) ------------------------------ set_mixer_control! hpf: 25 set_mixer_control! amp: 0.8 duree_intro = 3 duree_corps = duree_intro * 20 duree_outro = duree_intro * 4 duree_totale = duree_intro + duree_corps + duree_outro print "durée totale: ", duree_totale / 60, " mn et", duree_totale % 60, " s" continuer = true in_thread do while continuer == true sleep 1 if beat > duree_intro + duree_corps continuer = false print "fin du morceau !" end end end define :cacophonie do volume_cacophonie = 0.12 6.times do play rrand(30, 45), amp: volume_cacophonie sleep rrand(0.1, 0.6) end end define :melodie do volume_melodie = 0.08 play "a3", amp: volume_melodie sleep 0.25 play "a3", amp: volume_melodie sleep 0.25 play "e3", amp: volume_melodie sleep 0.25 play "e3", amp: volume_melodie sleep 0.5 play "f3", amp: volume_melodie sleep 0.25 play "c3", amp: volume_melodie sleep 0.5 play "a3", amp: volume_melodie sleep 0.25 play "a3", amp: volume_melodie sleep 0.25 play "e3", amp: volume_melodie sleep 0.25 play "e3", amp: volume_melodie sleep 0.5 play "f3", amp: volume_melodie sleep 0.125 play "f3", amp: volume_melodie sleep 0.125 play "c3", amp: volume_melodie sleep 0.5 end define :melange do in_thread do 4.times do harmonie end end melodie end define :cacophonie_multipliee do |n| n.times do cacophonie end end define :harmonie_variable do |base, repetitions, silence| volume_harmonie = 0.05 note_support = base repetitions.times do play note_support, attack: 0.8, sustain: 1.4, release: 0.8, amp: volume_harmonie play note_support + 2, attack: 0.8, sustain: 1.4, release: 0.8, amp: volume_harmonie play note_support + 4, attack: 0.8, sustain: 1.4, release: 0.8, amp: volume_harmonie sleep 3 sleep silence end end with_fx :reverb, room: 0.55, mix: 0.75 do in_thread do use_synth :dark_ambience with_fx :slicer, phase: 0.12, probability: 0.3 do play 30, attack: duree_intro, sustain: duree_corps, release: duree_outro, amp: 0.35 end with_fx :octaver do with_fx :bitcrusher do play 43, attack: duree_intro, sustain: duree_corps, release: duree_outro, amp: 0.3 end end with_fx :flanger do play 56, attack: duree_intro, sustain: duree_corps, release: duree_outro, amp: 0.35 end end end use_synth :prophet with_fx :flanger do in_thread do i = 1 while continuer == true sleep duree_intro + rrand_i(0,3) melodie sleep 0.2 cacophonie_multipliee i i = i + 1 end end end with_fx :reverb do in_thread do j = 30 while continuer == true sleep rrand_i(1,3) harmonie_variable j, 4, 1.25 j = j + 2 end end end

Sonic Pi source code (without personal random seed) ------------------------------ set_mixer_control! hpf: 25 set_mixer_control! amp: 0.8 duree_intro = 7 duree_corps = duree_intro * 20 duree_outro = duree_intro duree_totale = duree_intro + duree_corps + duree_outro print "durée totale: ", duree_totale / 60, " mn et", duree_totale % 60, " s" continuer = true in_thread do while continuer == true sleep 1 if beat > duree_intro + duree_corps continuer = false print "fin du morceau !" end end end with_fx :reverb, room: 0.4, mix: 0.8 do with_fx :krush do in_thread do use_synth :hollow bourdon = play 59, attack: duree_intro, sustain: duree_corps, release: duree_outro, amp: 0.02 end end end # metronomes personnalisés in_thread do while continuer == true cue :tempo_base sleep 4 end end in_thread do while continuer == true sleep 2 cue :tempo_decale sleep 2 end end in_thread do while continuer == true cue :tempo_melange sleep 2 + rrand_i(0,2) end end in_thread do while continuer == true cue :chaos sleep 5.4 + rrand(0,6) end end # sons déclenchés par les métronomes # synthétiseur use_synth :chiplead # ce choix va être utilisé par les in_thread qui suivent in_thread do loop do sync :tempo_base print "jeu sur tempo base" play 20, amp: 0.1 sample :ambi_drone, beat_stretch: rrand(0.1, 1.9), amp: 0.25 sample :ambi_lunar_land, beat_stretch: rrand(0.1, 1.9), amp: rrand(0,0.15) end end in_thread do loop do sync :tempo_decale print "jeu sur tempo décalé" play 22, amp: 0.1 sample :ambi_haunted_hum, beat_stretch: rrand(0.1, 1.9), amp: 0.25 sample :ambi_choir, beat_stretch: rrand(0.1, 1.9), amp: rrand(0,0.15) end end in_thread do loop do sync :tempo_melange print "jeu sur tempo mélangé" play 24, amp: 0.1 sample :glitch_perc1, beat_stretch: rrand(0.1, 1.9), amp: 0.18 sample :glitch_perc2, beat_stretch: rrand(0.1, 1.9), amp: rrand(0,0.2) end end in_thread do loop do sync :chaos print "jeu sur tempo chaotique" play 26, amp: 0.1 sample :loop_electric, beat_stretch: rrand(0.1, 7), amp: 0.1, attack: 2 sample :loop_drone_g_97, beat_stretch: rrand(0.1, 7), amp: 0.1, attack: 2 sample :bass_thick_c, beat_stretch: rrand(0.1, 7), amp: 0.1, attack: 2 sample :bass_voxy_c, beat_stretch: rrand(0.1, 7), amp: rrand(0,0.05), attack: 2 end end

Sonic Pi source code (without personal random seed) ------------------------------ set_mixer_control! hpf: 25 set_mixer_control! amp: 0.8 duree_intro = 13 duree_tranche = duree_intro * 3 duree_acte = duree_tranche * 3 duree_morceau = duree_acte * 3 duree_outro = duree_intro * 2 duree_totale = duree_intro + duree_morceau + duree_outro print "durée totale: ", duree_totale / 60, " mn et", duree_totale % 60, " s" bass_cutoff = 35 continuer = true in_thread do while continuer == true sleep 1 if beat > duree_intro + duree_morceau continuer = false print "fin du morceau !" end end end with_fx :reverb, room: 0.4, mix: 0.5 do with_fx :whammy, mix: 0.2 do in_thread do duree_samples = 29 with_fx :flanger, mix: 0.7 do sample :loop_compus, rate: -1, beat_stretch: duree_samples, amp: 0.3, attack: duree_intro sample :loop_compus, beat_stretch: duree_samples, amp: 0.34, attack: duree_intro end with_fx :reverb, room: 0.6, mix: 0.6 do sample :loop_garzul, rate: -1, beat_stretch: duree_samples, amp: 0.2, attack: duree_intro sample :loop_garzul, beat_stretch: duree_samples, amp: 0.24, attack: duree_intro end with_fx :panslicer, mix: 0.8 do sample :loop_tabla, rate: -1, beat_stretch: duree_samples, amp: 0.1, attack: duree_intro sample :loop_tabla, beat_stretch: duree_samples, amp: 0.14, attack: duree_intro end sleep duree_samples while continuer == true duree_samples = rrand_i(31,42) with_fx :flanger, mix: 0.7 do sample :loop_compus, rate: -1, beat_stretch: duree_samples, amp: 0.3 sample :loop_compus, beat_stretch: duree_samples, amp: 0.34 end with_fx :reverb, room: 0.6, mix: 0.6 do sample :loop_garzul, rate: -1, beat_stretch: duree_samples, amp: 0.2 sample :loop_garzul, beat_stretch: duree_samples, amp: 0.24 end with_fx :panslicer, mix: 0.8 do sample :loop_tabla, rate: -1, beat_stretch: duree_samples, amp: 0.1 sample :loop_tabla, beat_stretch: duree_samples, amp: 0.14 end sleep duree_samples end duree_samples = duree_intro * 2 with_fx :flanger, mix: 0.7 do sample :loop_compus, rate: -1, beat_stretch: duree_samples, amp: 0.3, release: duree_samples sample :loop_compus, beat_stretch: duree_samples, amp: 0.34, release: duree_samples end with_fx :reverb, room: 0.6, mix: 0.6 do sample :loop_garzul, rate: -1, beat_stretch: duree_samples, amp: 0.2, release: duree_samples sample :loop_garzul, beat_stretch: duree_samples, amp: 0.24, release: duree_samples end with_fx :panslicer, mix: 0.8 do sample :loop_tabla, rate: -1, beat_stretch: duree_samples, amp: 0.1, release: duree_samples sample :loop_tabla, beat_stretch: duree_samples, amp: 0.14, release: duree_samples end sleep duree_samples end end end with_fx :reverb, room: 0.4, mix: 0.4 do with_fx :wobble, mix: 0.2 do in_thread do sleep duree_intro while continuer == true sleep rrand(1, 12) with_fx :reverb, mix: 0.8 do sample :glitch_bass_g, rate: [-1, 1].choose, beat_stretch: rrand(2,10), amp: 0.4 sleep rrand(0.5, 8) sample :glitch_perc4, rate: [-1, 1].choose, beat_stretch: rrand(2,10), amp: 0.4 sleep rrand(0.5, 8) sample :glitch_perc2, rate: [-1, 1].choose, beat_stretch: rrand(2,10), amp: 0.4 end sleep rrand(1, 12) end end end end with_fx :reverb, room: 0.55, mix: 0.55 do with_fx :tremolo, mix: 0.4 do in_thread do sleep duree_intro * 3 while continuer == true sleep rrand(2, 17) with_fx :reverb, mix: 1 do sample :bd_haus, rate: [-1, 1].choose, beat_stretch: rrand(0.1,1), amp: 0.45 sleep rrand(0.5, 8) sample :bd_ada, rate: [-1, 1].choose, beat_stretch: rrand(0.1,1), amp: 0.45 sleep rrand(0.5, 8) sample :bd_pure, rate: [-1, 1].choose, beat_stretch: rrand(0.1,1), amp: 0.45 end sleep rrand(2, 17) end end end end with_fx :reverb, room: 0.6, mix: 0.44 do with_fx :octaver, mix: 0.2 do in_thread do sleep duree_intro * 6 while continuer == true sleep rrand(3, 19) with_fx :reverb, mix: 0.8 do sample :bass_hard_c, rate: [-1, 1].choose, beat_stretch: rrand(0.1,3), amp: 0.12 sleep rrand(0.5, 8) sample :bass_drop_c, rate: [-1, 1].choose, beat_stretch: rrand(0.1,3), amp: 0.12 sleep rrand(0.5, 8) sample :bass_voxy_c, rate: [-1, 1].choose, beat_stretch: rrand(0.1,3), amp: 0.12 end sleep rrand(3, 19) end end end end with_fx :reverb, room: 0.65, mix: 0.54 do with_fx :octaver, mix: 0.3 do in_thread do sleep duree_intro * 12 while continuer == true sleep rrand(2, 19) with_fx :reverb, mix: 0.8 do sample :drum_tom_mid_soft, rate: [-1, 1].choose, beat_stretch: rrand(1.1,4), amp: 0.22 sleep rrand(0.5, 8) sample :drum_cymbal_soft, rate: [-1, 1].choose, beat_stretch: rrand(1.1,4), amp: 0.22 sleep rrand(0.5, 8) sample :drum_cymbal_pedal, rate: [-1, 1].choose, beat_stretch: rrand(1.1,4), amp: 0.22 end sleep rrand(2, 19) end end end end

Sonic Pi source code (without personal random seed) ------------------------------ set_mixer_control! hpf: 25 set_mixer_control! amp: 0.8 duree_morceau = 145 print "durée : ", duree_morceau / 60, " mn et", duree_morceau % 60, " s" continuer = true in_thread do while continuer == true sleep 1 if beat > duree_morceau continuer = false print "fin du morceau !" end end end define :sample_cut do |sample_name, duration_max, rate_inversion, smooth, base_amp, sleep_after| # Paramètres : # nom du sample # duree max du sample # inversion, 0=jamais, 1=oui, une fois sur deux, 100=oui, toujours # arrondir les attack et release (duree) # volume de base # finir avec un sleep de la même durée que le son load_sample sample_name duree = 0 if duration_max == 0 duree = sample_duration sample_name else duree = rrand(0,duration_max) end start_point = rrand(0, 0.49) finish_point = rrand(0.51, 1) first_half_duration = 0.5 - start_point second_half_duration = finish_point - 0.5 total_duration_percentage = first_half_duration + second_half_duration total_duration = total_duration_percentage * duree current_rate = 1 if rate_inversion == 100 current_rate = -1 elsif rate_inversion = 1 current_rate = [-1,1].choose end current_amp = base_amp if (base_amp > 0.1 and base_amp < 0.9) current_amp = rrand(base_amp - 0.1, base_amp + 0.1) end sample sample_name, beat_stretch: duree, start: start_point, finish: finish_point, attack: smooth, release: smooth, rate: current_rate, amp: rrand(0.4, 0.6) if sleep_after == 1 sleep total_duration end end in_thread do while continuer == true samples_ring = sample_names :ambi current_sample = samples_ring.choose print current_sample sample_cut current_sample, 6, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end in_thread do while continuer == true samples_ring = sample_names :bass current_sample = samples_ring.choose print current_sample sample_cut current_sample, 6, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end in_thread do while continuer == true samples_ring = sample_names :bd current_sample = samples_ring.choose print current_sample sample_cut current_sample, 6, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end in_thread do while continuer == true samples_ring = sample_names :drum current_sample = samples_ring.choose print current_sample sample_cut current_sample, 6, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end in_thread do sleep rrand(3, 6) while continuer == true samples_ring = sample_names :elec current_sample = samples_ring.choose print current_sample sample_cut current_sample, 6, 1, 0.4, 0.55, 1 sleep rrand(0,3) end end in_thread do sleep rrand(3, 6) while continuer == true samples_ring = sample_names :glitch current_sample = samples_ring.choose print current_sample sample_cut current_sample, 6, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end in_thread do sleep rrand(3, 6) while continuer == true samples_ring = sample_names :guit current_sample = samples_ring.choose print current_sample sample_cut current_sample, 6, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end in_thread do sleep rrand(7, 11) while continuer == true samples_ring = sample_names :loop current_sample = samples_ring.choose print current_sample sample_cut current_sample, 6, 1, 0.4, 0.35, 1 sleep rrand(0,3) end end in_thread do sleep rrand(7, 11) while continuer == true samples_ring = sample_names :mehackit current_sample = samples_ring.choose print current_sample sample_cut current_sample, 6, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end in_thread do sleep rrand(7, 11) while continuer == true samples_ring = sample_names :misc current_sample = samples_ring.choose print current_sample sample_cut current_sample, 6, 1, 0.4, 0.6, 1 sleep rrand(0,3) end end in_thread do sleep rrand(12, 16) while continuer == true samples_ring = sample_names :perc current_sample = samples_ring.choose print current_sample sample_cut current_sample, 6, 1, 0.4, 0.55, 1 sleep rrand(0,3) end end in_thread do sleep rrand(12, 16) while continuer == true samples_ring = sample_names :sn current_sample = samples_ring.choose print current_sample sample_cut current_sample, 6, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end in_thread do sleep rrand(12, 16) while continuer == true samples_ring = sample_names :tabla current_sample = samples_ring.choose print current_sample sample_cut current_sample, 6, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end in_thread do sleep rrand(17,18) while continuer == true samples_ring = sample_names :vinyl current_sample = samples_ring.choose print current_sample sample_cut current_sample, 6, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end

Sonic Pi source code (without personal random seed) ------------------------------ set_mixer_control! hpf: 35 set_mixer_control! amp: 0.8 duree_intro = 3.4 duree_tranche = 7.2 nb_tranches = 28 duree_morceau = duree_tranche * nb_tranches duree_outro = 6.8 continuer = true in_thread do while continuer == true sleep 1 if beat > duree_intro + duree_morceau continuer = false print "fin du morceau !" end end end with_fx :reverb, room: 0.4, mix: 0.45 do with_fx :echo, decay: 3.2, mix: 0.5 do with_fx :octaver, mix: 0.5 do with_fx :flanger, mix: 0.45 do in_thread do while continuer == true sleep 3.1 + rrand(0, 1.45) sample :tabla_ghe4, amp: 0.22, rate: [1,-1,-1].choose, beat_stretch: rrand(0.2, 2.8), pan: rrand(-0.07, 0.07) end end end end end end with_fx :reverb, room: 0.4, mix: 0.4 do with_fx :echo, decay: 2.1, mix: 0.5 do with_fx :octaver, mix: 0.4 do with_fx :flanger, mix: 0.25 do in_thread do while continuer == true sleep 4.1 + rrand(0, 2.65) sample :tabla_tun2, amp: 0.22, rate: [1,-1,-1].choose, beat_stretch: rrand(1.2, 9.8), pan: rrand(-0.07, 0.07) end end end end end end in_thread do sleep duree_intro with_fx :echo, decay: 1.6, mix: 0.45 do while beat < duree_tranche * (nb_tranches - 1) sample :tabla_ke1, amp: 0.6, rate: [1,-1,-1].choose, beat_stretch: rrand(0.01, 2.1) sleep rrand(0.1, 3.1) sample :tabla_ke2, amp: 0.6, rate: [1,-1,-1].choose, beat_stretch: rrand(0.01, 2.1) sleep rrand(0.1, 3.1) sample :tabla_ke3, amp: 0.6, rate: [1,-1,-1].choose, beat_stretch: rrand(0.01, 2.1) sleep rrand(0.1, 3.1) end end end in_thread do sleep duree_intro * 2 with_fx :echo, decay: 1.9, mix: 0.45 do while beat < duree_tranche * (nb_tranches - 1) sample :tabla_te_m, amp: 0.35, rate: [1,-1,-1].choose, beat_stretch: rrand(0.01, 8.1) sleep rrand(1.1, 9.2) sample :tabla_te_ne, amp: 0.35, rate: [1,-1,-1].choose, beat_stretch: rrand(0.01, 8.1) sleep rrand(1.1, 9.2) sample :tabla_tas1, amp: 0.35, rate: [1,-1,-1].choose, beat_stretch: rrand(0.01, 8.1) sleep rrand(1.1, 9.2) end end end in_thread do sleep duree_intro * 3 with_fx :echo, decay: 1.3, mix: 0.5 do while beat < duree_tranche * (nb_tranches - 1) sample :tabla_ghe6, amp: 0.3, rate: [1,-1,-1].choose, beat_stretch: rrand(0.02, 7.1) sleep rrand(2.1, 11.2) sample :tabla_ghe7, amp: 0.3, rate: [1,-1,-1].choose, beat_stretch: rrand(0.02, 7.1) sleep rrand(2.1, 11.2) sample :tabla_ghe3, amp: 0.3, rate: [1,-1,-1].choose, beat_stretch: rrand(0.02, 7.1) sleep rrand(2.1, 11.2) end end end with_fx :reverb, room: 0.4, mix: 0.45 do with_fx :echo, decay: 1.4, mix: 0.5 do with_fx :octaver, mix: 0.5 do with_fx :flanger, mix: 0.45 do in_thread do sleep duree_tranche * 4 while continuer == true sleep 4.1 + rrand(0, 2.9) sample :tabla_na, attack: rrand(0.4, 1.2), amp: 0.28, rate: [1,-1].choose, beat_stretch: rrand(1.1, 8.9) end end end end end end with_fx :reverb, room: 0.4, mix: 0.45 do with_fx :echo, decay: 2.2, mix: 0.45 do with_fx :octaver, mix: 0.6 do with_fx :flanger, mix: 0.45 do in_thread do sleep duree_tranche * 7 while continuer == true sleep 3.12 + rrand(0, 2.65) sample :tabla_tas2, amp: 0.25, rate: [1,-1].choose, beat_stretch: rrand(2.2, 8), pan: rrand(-0.11, 0.11) end end end end end end with_fx :flanger, mix: 0.75 do in_thread do sleep duree_tranche * 10 while continuer == true sleep 4.14 + rrand(0, 2.7) sample :tabla_ghe3, amp: 0.19, rate: [1,-1,-1].choose, beat_stretch: rrand(0.2, 6.5) end end end with_fx :octaver, mix: 0.75 do in_thread do sleep duree_tranche * 14 while continuer == true sleep 5.34 + rrand(0, 1.75) sample :tabla_dhec, amp: 0.25, rate: [1,-1].choose, beat_stretch: rrand(1.2, 8.4), pan: rrand(-0.08, 0.08) end end end in_thread do sleep 3.2 with_fx :echo, decay: 5.6, mix: 0.45 do while beat < duree_tranche * (nb_tranches - 1) sample :tabla_tun3, amp: 0.23, rate: [1,-1].choose, beat_stretch: rrand(3.2, 12.4) sleep duree_tranche + rrand(1.3, 2.9) end end end

Sonic Pi source code (without personal random seed) ------------------------------ set_mixer_control! hpf: 25 set_mixer_control! amp: 0.8 duree_morceau = 185 print "durée : ", duree_morceau / 60, " mn et", duree_morceau % 60, " s" longueur_max_samples = 12 continuer = true in_thread do while continuer == true sleep 1 if beat > duree_morceau continuer = false print "fin du morceau !" end end end define :sample_cut do |sample_name, duration_max, rate_inversion, smooth, base_amp, sleep_after| # Paramètres : # nom du sample # duree max du sample # inversion, 0=jamais, 1=oui, une fois sur deux, 100=oui, toujours # arrondir les attack et release (duree) # volume de base # finir avec un sleep de la même durée que le son load_sample sample_name duree = 0 if duration_max == 0 duree = sample_duration sample_name else duree = rrand(0,duration_max) end start_point = rrand(0, 0.49) finish_point = rrand(0.51, 1) first_half_duration = 0.5 - start_point second_half_duration = finish_point - 0.5 total_duration_percentage = first_half_duration + second_half_duration total_duration = total_duration_percentage * duree current_rate = 1 if rate_inversion == 100 current_rate = -1 elsif rate_inversion = 1 current_rate = [-1,1].choose end current_amp = base_amp if (base_amp > 0.1 and base_amp < 0.9) current_amp = rrand(base_amp - 0.1, base_amp + 0.1) end sample sample_name, beat_stretch: duree, start: start_point, finish: finish_point, attack: smooth, release: smooth, rate: current_rate, amp: rrand(0.4, 0.6) if sleep_after == 1 sleep total_duration end end with_fx :reverb, room: 0.35, mix: 0.7 do with_fx :distortion, distort: 0.7 do in_thread do while continuer == true samples_ring = sample_names :ambi current_sample = samples_ring.choose print current_sample sample_cut current_sample, 19, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end end with_fx :bitcrusher do in_thread do sleep 3 while continuer == true samples_ring = sample_names :bass current_sample = samples_ring.choose print current_sample sample_cut current_sample, 6, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end end with_fx :flanger do in_thread do sleep 3 while continuer == true samples_ring = sample_names :bd current_sample = samples_ring.choose print current_sample sample_cut current_sample, 6, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end end with_fx :echo, decay: 0.55, mix: 0.8 do in_thread do while continuer == true samples_ring = sample_names :drum current_sample = samples_ring.choose print current_sample sample_cut current_sample, 9, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end end with_fx :octaver, mix: 0.45 do in_thread do sleep rrand(3, 6) while continuer == true samples_ring = sample_names :elec current_sample = samples_ring.choose print current_sample sample_cut current_sample, 11, 1, 0.4, 0.55, 1 sleep rrand(0,3) end end end with_fx :gverb, room: 1.1, mix: 0.25 do in_thread do sleep rrand(3, 6) while continuer == true samples_ring = sample_names :glitch current_sample = samples_ring.choose print current_sample sample_cut current_sample, 8, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end end with_fx :krush, mix: 0.8 do in_thread do sleep rrand(3, 6) while continuer == true samples_ring = sample_names :guit current_sample = samples_ring.choose print current_sample sample_cut current_sample, 7, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end end with_fx :panslicer do in_thread do sleep rrand(7, 11) while continuer == true samples_ring = sample_names :mehackit current_sample = samples_ring.choose print current_sample sample_cut current_sample, 16, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end end with_fx :slicer do in_thread do sleep rrand(7, 11) while continuer == true samples_ring = sample_names :misc current_sample = samples_ring.choose print current_sample sample_cut current_sample, 13, 1, 0.4, 0.6, 1 sleep rrand(0,3) end end end with_fx :ixi_techno do in_thread do sleep rrand(12, 16) while continuer == true samples_ring = sample_names :perc current_sample = samples_ring.choose print current_sample sample_cut current_sample, 9, 1, 0.4, 0.55, 1 sleep rrand(0,3) end end end with_fx :pitch_shift, pitch_dis: 0.2 do in_thread do sleep rrand(12, 16) while continuer == true samples_ring = sample_names :sn current_sample = samples_ring.choose print current_sample sample_cut current_sample, 8, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end end with_fx :whammy, mix: 0.75 do in_thread do sleep rrand(12, 16) while continuer == true samples_ring = sample_names :tabla current_sample = samples_ring.choose print current_sample sample_cut current_sample, 7, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end end with_fx :wobble, mix: 0.75 do in_thread do sleep rrand(17,18) while continuer == true samples_ring = sample_names :vinyl current_sample = samples_ring.choose print current_sample sample_cut current_sample, 15, 1, 0.4, 0.5, 1 sleep rrand(0,3) end end end end