Zorba in Belleville
This code is taken from an algorave that took place at the Zorba (Belleville, Paris) in early november (2022). It is a very straightforward dance oriented performance that plays a lot with simple audio sample manipulations. As stated in the opening banner, this performance was meant to test the stability of Sardine after introducing new features and control mechanisms. Everything lives in the baba function, meaning that you only need to keep track one function during the whole performance. Performance video Sounds are extracted from a very heavy sound library, lazy-loaded when needed. This is how I like to make music, extracting a lof of raw audio files from my hard disk :)
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@swim
def baba(d=0.5, i=0):
S('juppad:3, juppad:4', cutoff=5000, begin=0.1, orbit=2, cut=0, legato=1.1).out(i, 8, 0.25)
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
S('juppad:3, juppad:4', cutoff=5000, begin=0.1, orbit=2, cut=0, legato=1.1).out(i, 8, 0.25) # up
# S('bip:rand*20', shape=0.4, midinote='quant([0,3,10]+50, C@minor), quant([0,3,10]+50, F@minor)').out(i, 1, 0.25)
S('boop:rand*40').out()
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
# S('f', shape=0.7).out(i, 4) # -> monter shape pour les harmoniques
# S('hhh:3', amp='[0:0.4,0.05]', legato='0.1~0.5').out(i) # -> hhh ramp
S('.., p:5, .', legato=0.5, shape=0.7).out(i, 1)
# S('.., p:6, ., .., p:3, ..', legato=0.5, shape=0.7).out(i, 1)
S('juppad:3, juppad:4', begin=0.1, orbit=2, cut=0, legato=1.1).out(i, 8, 0.25)
# S('bip:rand*20', midinote='adisco((C|[C,F|Ab])!2)').out(i, 2) # petit surplus harmonique
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
S('f, f, ..', shape=0.7).out(i, 4) # -> monter shape pour les harmoniques
S('hhh:3', amp='[0:0.4, 0.05]', legato='0.1~0.5').out(i) # -> hhh ramp
S('.., p:5, .', legato=0.5, shape=0.7).out(i, 1)
S('juppad:3, juppad:4', begin=0.1, orbit=2, cut=0,
legato=1.1, speed='1',
crush=4).out(i, 8, 0.25) # -> ici il y a de la réduction
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
S('f', shape=0.7).out(i, 4) # -> monter shape pour les harmoniques
S('hhh:3', amp='[0:0.4, 0.05]', legato='0.1~0.5').out(i) # -> hhh ramp
S('.., p:5, .', legato=0.5, shape=0.7).out(i, 1)
S('laz:rand*20',
speed="1, 2,4", hcutoff=6000,
room=0.5, size=0.2, dry=0.1, orbit=3, amp=0.4).out(i, 1, 0.25)
S('juppad:3, juppad:4', begin=0.1, orbit=2, cut=0,
legato=1.1, speed='1, 2',
crush=4).out(i, 8, 0.25) # -> ici il y a de la réduction
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
S('f', shape=0.7).out(i, 4) # -> monter shape pour les harmoniques
S('hhh:3', amp='[0:0.4, 0.05]', legato='0.1~0.5').out(i) # -> hhh ramp
S('.., p:5, .', legato=0.5, shape=0.7).out(i, 1)
S('laz:rand*20',
speed="1, 2,4", hcutoff=6000,
room=0.5, size=0.2, dry=0.1, orbit=3, amp=0.4).out(i, 1, 0.25)
S('juppad:3, juppad:4', begin=0.1, orbit=2, cut=0,
pan='r',
legato=1.1, speed='1|2|4', leslie=1, lesliespeed=8,
crush=12).out(i, 8, 0.25) # -> ici il y a de la réduction
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
S('., f', shape=0.7).out(i, 4) # -> monter shape pour les harmoniques
S('.., p:5, .', legato=0.5, shape=0.7).out(i, 1)
# S('juppad:3, juppad:4', orbit=2, cut=0, legato=1.1).out(i, 8, 0.25)
S('laz:rand*20',
speed="1, 2,4", hcutoff=3000, legato=1,
room=0.5, size=0.2, dry=0.1, orbit=3, amp=0.4).out(i, 1, 0.25)
S('juppad:3, juppad:4',
speed=0.75, squiz=2,
orbit=2, cut=0,
legato=1.1).out(i, 8, 0.25)
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
S('f', shape=0.7).out(i, 4)
S('.., p:5, .', legato=0.5, shape=0.7).out(i, 1)
S('conga:rand*20', speed="[1,2,4]/4", hcutoff=2000, shape=0.7,
room=0.5, size=0.2, dry=0.1, orbit=3, amp=0.4).out(i, 1, 0.25)
S('juppad:3, juppad:4',
speed=0.75, squiz=2,
orbit=2, cut=0,
legato=1.1).out(i, 8, 0.25)
S('kit2:3', shape=0.5).out(i, 8)
S('., kit2:10, ., kit2:9!2', shape=0.5).out(i, 2)
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
S('f', shape=0.7).out(i, 4)
S('.., p:5, .', legato=0.5, shape=0.7).out(i, 1)
S('conga:rand*20', speed="[1,2,4]/4", hcutoff=2000, shape=0.7,
room=0.5, size=0.2, dry=0.1, orbit=3, amp=0.4).out(i, 1, 0.25)
S('conga:rand*20', speed="[1,2,2]/2", hcutoff=1000, shape=0.7,
room=0.5, size=0.2, dry=0.1, orbit=3, amp=0.4).out(i, 1, 0.5)
# S('juppad:3, juppad:4', # commenter ce bloc
# speed=0.75, squiz=2,
# orbit=2, cut=0,
# legato=1.1).out(i, 8, 0.25)
S('kit2:3', shape=0.5).out(i, 8)
S('., kit2:10, ., kit2:9!2', shape=0.5).out(i, 2)
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
# S('f', shape=0.7).out(i, 4)
S('.., p:5, .', legato=0.5, shape=0.7).out(i, 1)
S('conga:rand*20', speed="[1,2,4]/4", hcutoff=2000, shape=0.7,
room=0.5, size=0.2, dry=0.1, orbit=3, amp=0.4).out(i, 1, 0.25)
# S('euclid(conga:rand*20, 12,16)', speed="[1,2,4]/2", hcutoff=1000, shape=0.7,
# room=0.5, size=0.2, dry=0.1, orbit=3, amp=0.4).out(i, 1, 0.25)
# S('juppad:3, juppad:4', # commenter ce bloc
# speed=0.75, squiz=2,
# orbit=2, cut=0,
# legato=1.1).out(i, 8, 0.25)
S('kit2:3', shape=0.5).out(i, 8)
S('., kit2:10, ., kit2:9!2', shape=0.5).out(i, 2)
a(baba, d=1/8, i=i+1)
# Remonter à la ligne 167 pour plus de fun
#############################################################################
## ICI RUPTURE VERS L'INCLUSION DES FOUND SOUNDS
#############################################################################
@swim
def baba(d=0.5, i=0):
# S('f', shape=0.7, cutoff=100).out(i, 8)
S('hhh:3', amp='[0:0.2,0.01]', legato='0.1~0.5').out(i) # -> hhh ramp
S('.., p:(5|10), .', legato=0.5).out(i, 1)
S('m|c:[4:9]', legato=0.2).out(i, P('4!12, 3!12', i))
S('lost:[1:100]', # -> lost into jupfx
cutoff=9000, # ->
shape=0.5,
pan='sin($/40)', # -> X
legato=0.3, # ->
begin='r').out(i) # -> begin r ou {0, 1, 0.1}
a(baba, d=1/8, i=i+1)
# Inclure
@swim
def baba(d=0.5, i=0):
S('a', shape=0.7).out(i, 4) # -> monter shape pour les harmoniques
S('c', shape=0.7).out(i, 3) # -> monter shape pour les harmoniques
S('d:7', orbit=3, room=0.2, size=0.8, dry=0.2).out(i, 8)
S('hhh:3', amp='{0, 0.2, 0.01}', legato='0.1~0.5').out(i) # -> hhh ramp
S('.., p:5, .', legato=0.5).out(i, 1) # -> refaire entrer ça
S('m|c:[4:9]', legato=0.2).out(i, P('4!12, 3!12', i))
S('lost:[1:100]', # -> lost into jupfx
cutoff=9000, # ->
shape=0.5,
pan='sin($/40)', # -> X
legato=0.9, # ->
begin='r').out(i) # -> begin r ou {0, 1, 0.1}
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0): # potentiomètre du réel
S('a', shape=0.7).out(i, P('4!12, 5!12', i)) # -> monter shape pour les harmoniques
S('c', shape=0.7).out(i, 3) # -> monter shape pour les harmoniques
# S('c', shape=0.7).out(i, P('3!12, 2!12, 5!12',i)) # -> monter shape pour les harmoniques
# S('hhh', amp='{0, 0.2, 0.01}', legato='0.1~0.5').out(i) # -> hhh ramp
S('d:4, d:5, .', legato=0.5).out(i, 3)
S('m|g:[4:9]', legato=0.2).out(i, P('4!12, 1!24', i))
S('long|(lost:rand*8)', # -> lost into jupfx
midinote='C',
cutoff=4000, # ->
pan='[0:0.5, 0.1], [0.5:1, 0.1]', # -> X
legato='0.1|0.2|0.7|0.1',
cut=1, orbit=2, room=0.5, size=0.2, dry=0.1,
begin='[0:1,0.01], [1:0,0.01]').out(i) # -> begin r ou {0, 1, 0.1}
a(baba, d=1/8, i=i+1)
# Ici on peut explorer des choses plus ambient et se perdre un peu
@swim
def baba(d=0.5, i=0): # potentiomètre du réel
S('a', cutoff=200, shape=0.7).out(i, P('4!12, 5!12', i))
# S('c', cutoff=100, shape=0.7).out(i, 3)
# S('c', shape=0.7).out(i, P('3!12, 2!12, 5!12',i))
# S('hhh', amp='{0, 0.2, 0.01}', legato='0.1~0.5').out(i) # -> hhh ramp
# S('d:4, d:5, .', legato=0.5).out(i, 3)
S('m|g:[4:9]', legato=0.2).out(i, P('4!12, 1!24', i))
S('long|(lost:rand*8)', # -> lost into jupfx
midinote='C',
cutoff=4000, # ->
pan='[0:0.5, 0.1], [0.5:1, 0.1]', # -> X
legato='[0.1|0.2|0.7|0.1]+0.6', # -> facteur de fun
cut='1|0, 1|0, 1!4', orbit=2, room=0.5, size=0.2, dry=0.1,
begin='[0:1,0.01], [1:0,0.01]').out(i) # -> begin r ou {0, 1, 0.1}
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
# S('f', shape=0.5).out(i, 4)
# S('hhh', amp='{0, 0.2, 0.01}', legato='0.1~0.5').out(i) # -> hhh ramp
# S('d:4, d:5, .', legato=0.5).out(i, 3)
# S('d:{4,9}', legato=0.5).out(i, 4)
# S('z', shape=0.8).out(i, 4)
S('hhh:12', hcutoff=500, speed='[1:10]', shape=0.8).out(i, 1)
# S('kit5:[6!4,7!2,5!5,4]', shape=0.8).out(i, 3)
# S('q:rand*8', shape=0.4).out(i, P('1!12, 2!8', i))
S('long:1', # -> lost into jupfx
midinote='C',
cutoff=4000, # ->
pan='[0:0.5, 0.1], [0.5:1, 0.1]', # -> X
legato='0.1|0.2|0.3|0.1',
begin='[0:1,0.01], [1:0,0.01]').out(i) # -> begin r ou {0, 1, 0.1}
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
# S('f', shape=0.5).out(i, 4)
# S('hhh', amp='{0, 0.2, 0.01}', legato='0.1~0.5').out(i) # -> hhh ramp
# S('d:4, d:5, .', legato=0.5).out(i, 3)
# S('d:{4,9}', legato=0.5).out(i, 4)
# S('z', shape=0.8).out(i, 4)
S('hhh:12', hcutoff=500, speed='[1:10]', shape=0.8).out(i, 1)
# S('kit5:[6!4,7!2,5!5,4]', shape=0.8).out(i, 3)
# S('q:rand*8', shape=0.4).out(i, P('1!12, 2!8', i))
S('long:1', # -> lost into jupfx
midinote='C',
cutoff=4000, # ->
pan='[0:0.5, 0.1], [0.5: 1, 0.1]', # -> X
legato='0.1|0.2|0.3|0.1',
begin='[0:1,0.01], [1:0,0.01]').out(i) # -> begin r ou {0, 1, 0.1}
a(baba, d=1/8, i=i+1)
panic()
S('lost').out()
S('lost:2').out()
# Fêter Halloween
S('lost:7', legato=7, speed=0.5, release=7).out()
S('lost:0', legato=7, speed=0.5, release=7).out()
S('lost:3', legato=7, speed=0.5, release=7).out()
panic()
# ██████████████████████████████████████████████████████████████████████████████
# █ █
# █ █ █ ▄▄ █░█ ▄▀█ █░█ ▄▀█ █░░ █ █▄░█ ▄▀█ █
# █ █ █ ░░ █▀█ █▀█ ▀▄▀ █▀█ █▄▄ █ █░▀█ █▀█ █
# █ █
# ██████████████████████████████████████████████████████████████████████████████
@swim
def baba(d=0.5, i=0):
# S('bip:rand*20', shape=0.4, midinote='quant([0+12|24,3,6,10]+50, C@minor), quant([0,3,10]+50, F@minor)').out(i, 1, 0.25)
# S('bip:rand*20+20', shape=0.4, midinote='quant([0+12|24,3,6,10]+62, C@minor), quant([0,3,10]+62|74, F@minor)').out(i, 3, 0.25)
S('boop:rand*40').out()
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
S('bip:rand*20',
orbit=2, room=0.7, size='r', dry='0.1',
shape=0.4, midinote='quant([0+12|24,3,6,10]+50, C@minor), quant([0,3,10]+50, F@minor)').out(i, 1, 0.25)
S('bip:rand*20+20',
orbit=2, room=0.5, size='r', dry='0.1',
shape=0.4, midinote='quant([0+12|24,3,6,10]+62, C@minor), quant([0,3,10]+62|74, F@minor)').out(i, 3, 0.25)
S('boop:rand*40').out()
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
S('bip:rand*20',
orbit=2, room=0.7, size='r', dry='0.1', legato=1,
shape=0.4, midinote='quant([0+12|24,3,6,10]+50, C@minor), quant([0,3,10]+50, F@minor)').out(i, 1, 0.25)
S('bip:rand*20, boop:rand*200',
orbit=2, room=0.7, size='r', dry='0.1', legato=1,
shape=0.4, midinote='quant([0+12|24,1~20,6,0~20]+80, C@minor), quant([0~20,3,10]+50, F@minor)').out(i, 3, 1)
S('(ff):rand*20', # ulh electrowave ff
orbit=2, room=0.7, size='r', dry='0.1', legato=0.2, hcutoff=500,
shape=0.4, midinote='quant([0+12|24,1~20,6,0~20]+50, C@minor), quant([0~20,3,10]+50, F@minor)').out(i, 2, 1)
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
S('ff', shape=0.5).out(i, 4)
S('ll', shape=0.5).out(i, 4)
S('gameboysnare', cutoff=800).out(i, 8)
S('., hhh:rand*40', hcutoff=9000).out(i, 1)
S('., hhh:rand*40', hcutoff=9000, speed='1~50').out(i, 1)
S('bip:rand*20',
orbit=2, room=0.7, size='r', dry='0.1', legato=1,
shape=0.4, midinote='quant([0+12|24,3,6,10]+50, C@minor), quant([0,3,10]+50, F@minor)').out(i, 1, 0.25)
S('bip:rand*20, boop:rand*200',
orbit=2, room=0.7, size='r', dry='0.1', legato=1,
shape=0.4, midinote='quant([0+12|24,1~20,6,0~20]+80, C@minor), quant([0~20,3,10]+50, F@minor)').out(i, 3, 1)
S('(ulh):rand*20', # ulh electrowave ff
orbit=2, room=0.7, size='r', dry='0.1', legato=0.2, hcutoff=500,
shape=0.4, midinote='quant([0+12|24,1~20,6,0~20]+50, C@minor), quant([0~20,3,10]+50, F@minor)').out(i, 2, 1)
a(baba, d=1/8, i=i+1)
# <-> des allers retours
@swim
def baba(d=0.5, i=0):
# S('ff, gg:rand*29', shape=0.8, leslie=1, leslierate=5, lesliespeed=2).out(i, 2)
# S('ll', shape=0.8).out(i, 4)
S('gameboysnare', cutoff=800).out(i, 8)
# S('., hhh:rand*40', hcutoff=9000).out(i, 1)
S('., hhh:rand*40', hcutoff=9000, speed='1~50').out(i, 1)
# S('bip:rand*20', lesliespeed='2*8', leslierate='rand*5', leslie=1,
# orbit=2, room=0.7, size='r', dry='0.1', legato=1,
# shape=0.4, midinote='quant([0+12|24,3,6,10]+50, C@minor), quant([0,3,10]+50, F@minor)').out(i, 1, 0.25)
S('bip:rand*20, boop:rand*200', lesliespeed='2*8', leslierate='rand*5', leslie=1,
orbit=2, room=0.7, size='r', dry='0.1', legato=1,
shape=0.4, midinote='quant([0+12|24,1~20,6,0~20]+80, C@minor), quant([0~20,3,10]+50, F@minor)').out(i, 3, 1)
S('(ulh):rand*20', # ulh electrowave ff
orbit=2, room=0.7, size='r', dry='0.1', legato=0.2, hcutoff=500,
shape=0.4, midinote='quant([0+12|24,1~20,6,0~20]+50, C@minor), quant([0~20,3,10]+50, F@minor)').out(i, 2, 1)
a(baba, d=1/8, i=i+1)
# --|--> transition du coq à l'âne
@swim
def baba(d=0.5, i=0):
S('m, ..., m, ...', shape=0.5).out(i, 2)
S('rev([s,a,l,u,t, z,o,r,b,a]:rand*8)',
legato=0.1, pan='tan(r/100)', accelerate=0.2,
room=0.1, dry=0.1, size=0.1,
).out(i, 2)
S('perca:[1:20], ..',
speed=2 if rarely() else 'rand*4',
).out(i, 2)
a(baba, d=1/16, i=i+1)
@swim
def baba(d=0.5, i=0):
S('m, ..., m, ...', shape=0.5).out(i, 2)
S('long:13', shape=0.5,
begin='0.5, 0.5, 0.42, 0.5!2, 0.6', orbit=3,
cut=1, legato=2).out(i, 8, 0.25)
S('perca:[1:20], ..', speed=2).out(i, 2)
a(baba, d=1/16, i=i+1)
@swim
def baba(d=0.5, i=0):
S('f, ..., f, ...').out(i, 2)
S('gg, ...', shape=0.5, orbit=4, room=0.2, size=0.2, dry=0.2).out(i, 2)
S('perca:[1: 20], ..', speed='1+rand*4', cutoff='200+rand*8000').out(i, 2)
S('perca:[20: 1], .', speed='0.1+sin($)', cutoff='200+rand*8000').out(i, 3)
S('long:13', shape=0.7,
begin='0.1, 0.2, 0.3, 0.5',
orbit=3,
cut=1).out(i, 8, 0.25) # 0.5 0.6
a(baba, d=1/16, i=i+1)
@swim
def baba(d=0.5, i=0):
S('m, ..., m, ...', shape=0.5).out(i, 2)
S('hhh:rand*49', amp=0.3, hcutoff='sin(i.i/40)*7000').out(i, 2)
S('long:13', shape=0.5,
begin='0.6, 0.5, 0.42, 0.6, 0.7', orbit=3,
cut=1, legato=2).out(i, 8, 0.25)
S('q:[1:20], ..', speed=2).out(i, 2)
a(baba, d=1/16, i=i+1)
@swim
def baba(d=0.5, i=0):
S('m, ..., m, ...', shape=0.5).out(i, 2)
S('hhh:rand*49', amp=0.3, hcutoff='sin(i.i/40)*7000').out(i, 2)
S('long:13', shape=0.5,
begin='0.5, 0.5, 0.42, 0.5!2, 0.6', orbit=3,
cut=1, legato=2).out(i, 8, 0.25)
S('q:[1:20], ..', speed=2).out(i, 2)
a(baba, d=1/16, i=i+1)
# une petite transition jsp
@swim
def baba(d=0.5, i=0):
# S('m, ..., m, ...', shape=0.5).out(i, 2)
# S('hhh:rand*49', amp=0.3, hcutoff='sin(i.i/40)*7000').out(i, 2)
S('jupfx:rand*20', shape=0.5, hcutoff='200 + rand*8000',
begin='0.5, 0.5, 0.42, 0.5!2, 0.6', orbit=3,
cut=1, legato=2).out(i, 8, 0.25)
S('q:[1:20], ..', speed=2).out(i, 2)
a(baba, d=1/16, i=i+1)
# Débrouille toi
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# C'EST PIERRE BONNARD, IL FAUT ALLER LE VOIR.
@swim
def baba(d=0.5, i=0):
M(velocity='90~110', note='inrot(C@maj7, F@maj7)-12').out(i, 2)
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
M(velocity='90~110', dur=1, note='inrot(C@maj7, F@maj7)-12').out(i, 2)
M(velocity='90~110|70', dur='15~20', note="F', ..., G'', ..., [D, E, F, A]+12").out(i, 2)
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
M(velocity='90~110', dur=1, note='inrot(C@maj7, F@maj7)-12').out(i, 2)
M(velocity='90~110|90', dur='15~20', note="F., ..., F.., ...").out(i, 2)
M(velocity='90~110|90', dur='15~20', note="F., A, .., F.., ...").out(i, 2)
a(baba, d=1/8, i=i+1)
# <-> alterner
@swim
def baba(d=0.5, i=0):
M(dur='2~5', note='inrot(C@maj7, F@maj7)-12').out(i, 2)
M(dur='2~5', note='disco(inrot(C@maj7, F@maj7))').out(i, 5)
M(dur='2~12', note='adisco(inrot(inrot(C@maj7, F@maj7), G@fifths))').out(i, 4)
a(baba, d=1/8, i=i+1)
@swim
def baba(d=0.5, i=0):
M(note='inrot(C@maj7, F@maj7)-12').out(i, 2)
if rarely():
M(note='disco(inrot(C@maj7, F@maj7))').out(i, 5)
if sometimes():
M(note='adisco(inrot(inrot(C@maj7, F@maj7), G@fifths))').out(i, 4)
a(baba, d=1/8, i=i+1)
c._midi_nudge = 0.30
@swim
def baba(d=0.5, i=0):
S('ff').out(i, 4)
M(velocity='90~110', dur=1, note='inrot(C@maj7, F@maj7)-12').out(i, 2)
M(velocity='90~110|90', dur='15~20', note="F., ..., F.., ...").out(i, 2)
M(velocity='90~110|90', dur='15~20', note="F., A, .., F.., ...").out(i, 2)
a(baba, d=1/8, i=i+1)
# ██████████████████████████████████████████████████████████████████████████████
# █ █
# █ █ █░█ ▄▄ █░░ █▀▀ █▀█ █ ▄▀█ █▄░█ █▀█ ▄▀█ █▄░█ ▄▀█ █░░ █▀█ █
# █ █ ▀▄▀ ░░ █▄▄ ██▄ █▀▀ █ █▀█ █░▀█ █▄█ █▀█ █░▀█ █▀█ █▄▄ █▄█ █
# █ █
# ██████████████████████████████████████████████████████████████████████████████
panic()
@swim
def baba(d=0.5, i=0):
S('kit3:[1,2,1,2,4,5,4,6]', legato=1).out(i, 8)
S('long:42', begin='r', cut=1).out(i, 8)
a(baba, d=1/32, i=i+1)
@swim
def baba(d=0.5, i=0):
S('jupbass:28|44, jupbass:28', octave=4,
legato=1, cut=1, orbit=3).out(i, 24, 1)
if sometimes():
S('z:6' if random() > 0.5 else 'z:7', shape=0.9, hcutoff=7000).out(i, 4)
a(baba, d=1/32, i=i+1)
@swim
def baba(d=0.5, i=0):
S('kit3:[1,2~10,1,2,4~10,5,4,6]', legato=1).out(i, 8)
S('long:42', begin='r', cut=1).out(i, 8)
a(baba, d=1/32, i=i+1)
@swim
def baba(d=0.5, i=0):
# Ce truc est quand même giga fade :'(((((((((((((
S('jupbass:28|44, jupbass:28', octave=4,
legato=1, cut=1, orbit=3).out(i, 24, 1)
if sometimes():
S('z:6' if random() > 0.5 else 'z:7', shape=0.9, hcutoff=7000).out(i, 4)
# Du du du du dudududududu dudu du du dud udu dudu
a(baba, d=1/32, i=i+1)
# Réponse :
@swim
def baba(d=0.5, i=0):
S('kit3:[0, 1,2,1,2,4,5,4,6,7,8, 1, 0]', legato=1).out(i, 8)
S('long:42', begin='r', cut=1).out(i, 8)
S('long:42~46', begin='r', cut=1, speed=0.5).out(i, 8)
S('jupbass:28|44, jupbass:28', octave=4,
legato=1, cut=1, orbit=3).out(i, 24, 1)
if sometimes():
S('z:6' if random() > 0.1 else 'z:7',
pan='r',
legato=1, shape=0.9, hcutoff=7000).out(i, 4)
if sometimes():
S('dd:6|7|8' if random() > 0.5 else 'j:0~7',
pan='r',
legato=1, shape=0.9, hcutoff=7000).out(i, 4)
a(baba, d=1/32, i=i+1)
@swim
def baba(d=0.5, i=0):
S('kit3:[1,2,1,2,4,5,4,6,1,2,3,1,2,3,2,3,4,5~8!5]', legato=1).out(i, 8)
S('long:20~33', begin='r', cut=1).out(i, 8)
S('long:42~46', begin='r', cut=1, speed=0.5).out(i, 8)
S('jupbass:28|44, jupbass:28', octave=4,
legato=1, cut=1, orbit=3).out(i, 24, 1)
if sometimes():
S('z:6' if random() > 0.1 else 'z:8~400',
pan='r',
legato=1, shape=0.9, hcutoff=7000).out(i, 4)
if sometimes():
S('dd:6|7|8' if random() > 0.5 else 'z:7~200',
pan='r',
legato=1, shape=0.9, hcutoff=7000).out(i, 4)
a(baba, d=1/32, i=i+1)
@swim
def baba(d=0.5, i=0):
S('kit3:[1,2,1,2,4,5,4,6,1,2,3,1,2,3,2,3,4,5~8!5]', legato=1).out(i, 8)
# S('long:42', begin='{0,2,0.4}', cut=1).out(i, 16)
S('long:42', begin='[0:1, 0.08]', cut=1).out(i, 16) # -> éplucher comme un oignon (solo de fichier .wav)
# S('long:42~46', begin='r', cut=1, speed=0.5).out(i, 8)
# S('jupbass:28|44, jupbass:28', octave=4,
# legato=1, cut=1, orbit=3).out(i, 24, 1)
if sometimes():
S('z:6' if random() > 0.1 else 'z:8~400',
pan='r',
legato=1, shape=0.9, hcutoff=7000).out(i, 4)
if sometimes():
S('dd:6|7|8' if random() > 0.5 else 'z:7~200',
pan='r',
legato=1, shape=0.9, hcutoff=7000).out(i, 4)
a(baba, d=1/32, i=i+1)
@swim
def baba(d=0.5, i=0):
S('kit3:[1,2,1,2,4,5,4,6,1,2,3,1,2,3,2,3,4,5~8!5]', legato=1).out(i, 8)
S('long:10~33', begin='r', cut=1, speed="1~8").out(i, 8)
S('long:20~46', begin='r', cut=1, speed="1~8").out(i, 8)
a(baba, d=1/32, i=i+1)
# Réponse :
@swim
def baba(d=0.5, i=0):
S('kit2:[0, 1,2, 0, 1,2,4,5,4,0,6,1,2,3,1,2,3,2,3,4,5~8!5]', legato=1).out(i, 8)
S('kit3:[1,2,1,2,4,5,4,6,1,2,3,1,2,3,2,3,4,5~8!5]', legato=1).out(i, 8)
S('long:103', begin='0.1, 0.5', cut=1, speed="1~8").out(i, 16)
S('long:20', begin='0.1, 0.5', cut=1, speed="1~8").out(i, 8)
a(baba, d=1/32, i=i+1)
@swim
def baba(d=0.5, i=0):
S('cc').out(i, 12)
S('kit2:[0, 1,2, 0, 1,2,4,5,4,0,6,1,2,3,1,2,3,2,3,4,5~8!5]', legato=1).out(i, 8)
S('kit3:[1,2,1,2,4,5,4,6,1,2,3,1,2,3,2,3,4,5~8!5]', legato=1).out(i, 8)
S('long:103', begin='0.1, 0.5', cut=1, speed="1~8").out(i, 16)
S('long:20', begin='0.1, 0.5', cut=1, speed="1~8").out(i, 8)
a(baba, d=1/32, i=i+1)
@swim
def baba(d=0.5, i=0):
S('jupbass:28|44, jupbass:28', octave=4,
legato=1, cut=1, orbit=3).out(i, 24, 1)
S('kit4:rand*20', legato=0.4, begin=0.01).out(i, 12)
S('kit3:[1,2,1,2,4,5,4,6]').out(i, 8)
S('long:40', begin='0.60!4, 0.555!2, 0.27!4, 0.25!2', orbit=2, cut=1).out(i, 32)
S('long:40', speed=1.01, begin='0.60!4, 0.555!2, 0.27!4, 0.25!2', orbit=2, cut=1).out(i, 32)
if sometimes():
S('z:6', shape=0.9, hcutoff=5000).out(i, 4)
a(baba, d=1/32, i=i+1)
panic()
@swim
def baba(d=0.5, i=0):
S('jupbass:28|44, jupbass:28', octave=4,
legato=1, cut=1, orbit=3).out(i, 24, 1)
S('kit4:rand*20', legato=0.4, begin=0.01).out(i, 12)
S('kit3:[1,2,1,2,4,5,4,6]').out(i, 8)
S('long:26', amp=0.5, begin='0.60!4, 0.555!2, 0.27!4, 0.25!2', orbit=2, cut=1).out(i, 32)
S('long:26', speed=1.01, begin='0.60!4, 0.555!2, 0.27!4, 0.25!2', orbit=2, cut=1).out(i, 32)
if sometimes():
S('z:6', shape=0.9).out(i, 4)
a(baba, d=1/32, i=i+1)
# Variation 3
@swim
def baba(d=0.5, i=0):
S('jupbass:28|44, jupbass:28', octave=4,
legato=1, cut=1, orbit=3).out(i, 24, 1)
S('kit4:rand*20', legato=0.4, begin=0.01).out(i, 12)
S('kit3:[1,2,1,2,4,5,4,6]').out(i, 8)
S('long:40', begin='0.60!4, 0.555!2, 0.27!4, 0.25!2', orbit=2, cut=1).out(i, 32)
S('long:40', speed=1.01, begin='0.60!4, 0.555!2, 0.27!4, 0.25!2', orbit=2, cut=1).out(i, 32)
if sometimes():
S('z:6', shape=0.9).out(i, 4)
a(baba, d=1/32, i=i+1)
panic()