375auralassaults
375 Aural Assaults
375 aural assaults is a celebration of
the 375 years the city of New Haven, CT has been in existence.
Instead of celebrating with a lame light
show, we decided to celebrate with 375 aural assaults. Lasers come and go, but hearing damage is forever. Remember every magical year of New Haven’s glorious history with a horrifying, scientifically-produced audio file guaranteed to grate at your soul.
We will painstakingly design and post audio samples until there are 375 of them. Mathematical calculations taking into account our interest and attention spans put the estimated time to completion at 37.67 years.
Your benefactors and fellow former New Haven residents,
-nodenoise
-epbernard
44 posts
Don't wanna be here? Send us removal request.
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Audio
/*ASSAULT #44 : please adjust your radio dial
Instructions for use. 1. Turn your computer volume all the way down. 2. Put on headphones. 3. Carefully raise the volume. 4. Enjoy at a comfortable listening level.
Do not: turn volume all the way up, use headphones, experience bloody headphones.
*/
(
{
var gate = LFNoise1.kr(25, 0.1, 0).poll;
var noiz = PinkNoise.ar() * Env.asr(0.01, 1,releaseTime:0.01).kr(gate: gate);
var filt = Splay.arFill(14, {
[RLPF.ar(noiz, Demand.kr(gate, 0, Drand(Array.fill(12, {rrand(50, 1500)}),inf)),rrand(0.01,0.5)),
RHPF.ar(noiz, Demand.kr(gate, 0, Drand(Array.fill(12, {rrand(3500, 5500)}),inf)),rrand(0.0075,0.075))].choose;
}, level: 1/14, levelComp: false);
Normalizer.ar( filt );
}.play
)
0 notes
Audio
//ASSAULT #43 : tender dark_train, sing me your sweet song
(
play {
var train, dark_train;
train = PulseTrain.ar(Notch.ar(PinkNoise.ar(), LFNoise1.kr(5, 25,0)), 10, 0.5, 1.25);
train = Normalizer.ar(LeakDC.ar(Compander.ar(train, train, 1, 1, 0.5, 0.001, 0.001 )));
dark_train = DelayC.ar(train.neg,1, train);
dark_train = Normalizer.ar(dark_train);
LeakDC.ar([train,dark_train]);
}
)
#noise#noisemusic#SuperCollider#electronic music#electronicmusic#Computer Music#computermusic#375auralassaults
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Audio
//ASSAULT #42 : train + dark_train meet in the pouring rain and eat crickets
(
play {
var train, dark_train;
train = PulseTrain.ar(Notch.ar(PinkNoise.ar(), LFNoise1.kr(20, 120, 100)), 10, 0.5, 1.25);
train = Normalizer.ar(LeakDC.ar(Compander.ar(train, train, 1, 1, 0.5, 0.001, 0.001 )));
dark_train = DelayC.ar(train.neg,0.1,0.01);
RLPF.ar([train,dark_train], train.range(-50,1800), train);
}
)
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Audio
//ASSAULT #41 : All aboard...
(
play {
var train = PulseTrain.ar(Notch.ar(PinkNoise.ar(), LFNoise1.kr(10, 100,0)), 10, 0.5, 1.25);
Compander.ar(train, train, 1, 1, 0.5, 0.001, 0.001 ).dup(2);
}
)
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Audio
//ASSAULT #40 : not a new beginning, but at least it's horrible.
(
play { x= Impulse.ar(10, 0.5);
z = LPF.ar(LocalIn.ar(1) * 0.75, 2500, 0.75);
y= Mix.arFill(4, {CombC.ar(x + z, 0.2, LFNoise1.ar(rrand(0.125,0.5), 0.05, 0.07), rrand(0.1,1.5),0.5) > 0.125});
LocalOut.ar(LeakDC.ar(y));
Limiter.ar(Limiter.ar(z ! 2));
}
)
#375aap noise electronicmusic computermusic supercollider#Sound Design#Computer Music#sccode#SuperCollider
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Audio
//ASSAULT #39 : stereo : less gentle noises (in a cavernous bathroom.)
(play{
var snd1,snd2,snd3;
var array = [snd1, snd2, snd3];
array.size.do({|i|
var ch = [500, 1000, 2000].at(i);
var lfo1 = LFNoise1.kr(LFNoise1.kr(1, 0.1, 100), ch, ch*2);
var lfo2 = LFNoise1.kr(LFNoise1.kr(1, 0.1, 100), 0.49, 0.5).poll;
var lfo3 = LFNoise1.kr(LFNoise1.kr(0.5, 0.25,0.4), 0.35,0.45);
var s1 = RLPF.ar(PinkNoise.ar(), lfo1, lfo2);
var s2 = RLPF.ar(PinkNoise.ar() * s1, lfo1, lfo2);
s2 = Compander.ar(s2, s2, 0.15, 10, 1);
s2 = Pan2.ar(s2, (lfo2 -0.2) * 2);
array[i] = FreeVerb.ar(s2, lfo3, 0.8, 0.2);
//array[i] = s2;
});
array = Normalizer.ar(array.frac);
array = Limiter.ar(Compander.ar(array, array, 0.1, 0.1,0.1));
Mix(array);
})
#SuperCollider#sccode#noise#Sound Design#Computer Music#electronic music#aural assaults#375auralassaults
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Audio
//ASSAULT #38 : stereo : even gentler noises (in a cavernous bathroom.)
(play{
var snd1,snd2,snd3;
var array = [snd1, snd2, snd3];
array.size.do({|i|
var ch = [500, 1000, 2000].at(i);
var lfo1 = LFNoise1.kr(LFNoise1.kr(1, 0.1, 100), ch, ch*2);
var lfo2 = LFNoise1.kr(LFNoise1.kr(1, 0.1, 100), 0.49, 0.5).poll;
var lfo3 = LFNoise1.kr(LFNoise1.kr(0.5, 0.25,0.4), 0.35,0.45);
var s1 = RLPF.ar(PinkNoise.ar(), lfo1, lfo2);
var s2 = RLPF.ar(PinkNoise.ar() * s1, lfo1, lfo2);
s2 = Compander.ar(s2, s2, 0.15, 10, 1);
s2 = Pan2.ar(s2, (lfo2 -0.2) * 2);
array[i] = FreeVerb.ar(s2, lfo3, 0.8, 0.2);
//array[i] = s2;
});
Mix(array);
})
#SuperCollider#sccode#code#noise#Sound Design#Computer Music#electronic music#aural assaults#375auralassaults
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Audio
//ASSAULT #37 : mono : a kindler, gentler noise...
(play{var lfo1 = LFNoise1.kr(LFNoise1.kr(1, 0.1, 100), 500, 1000);var lfo2 = LFNoise1.kr(LFNoise1.kr(1, 0.1, 100), 0.49, 0.5);var snd1 = RLPF.ar(PinkNoise.ar(), lfo1, lfo2);var snd2 = RLPF.ar(PinkNoise.ar() * snd1, lfo1, lfo2);snd2!2;
})
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Audio
contains considerable amount of DC. listen at your (and your speakers) own risk.
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Audio
This assault is the result of digital look-ahead normalization on an extremely low input source, in this case, singing a low pitch adding overtones via embrasure change.
//ASSAULT #35 : stereo :: singing
({i = Normalizer.ar(SoundIn.ar(0), 1).sqrt; t = Normalizer.ar(SoundIn.ar(1).sqrt, 1); k = [A2K.kr(t).abs, A2K.kr(i).abs];CombC.ar([i,t], 2, k,k,k);}.play)
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Audio
This assault is the result of digital look-ahead normalization on an extremely low input source.
//ASSAULT #34 : stereo :: speaking
({i = Normalizer.ar(SoundIn.ar(0), 1).sqrt; t = Normalizer.ar(SoundIn.ar(1).sqrt, 1); k = [A2K.kr(t).abs, A2K.kr(i).abs];CombC.ar([i,t], 2, k,k,k);}.play)
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Audio
//ASSAULTS #30, 31, 32 : ( ~num = 4; ~buses = Array.fill(~num, {Bus.audio(s,1)}); play{ g = Array.fill(~num, {|i| v=LFNoise1;a=LFNoise0;b=CombC;c=PinkNoise;d=DelayN;f=RLPF;j=[a,v];r=rrand(0.5, 2.0); w=rrand(2.01, 4.01); e=b.ar((c.ar()*j.choose.kr(1,0.2,0.85)).pow(4)+d.ar(~buses[i],0.2,j.choose.kr(v.kr(0.5,r,w),0.1,0.1)),1,j.choose.kr(j.choose.kr(0.5,r,w),1,0).abs); h=f.ar(e,j.choose.kr(j.choose.kr(0.5,r,w),10000,10000),j.choose.kr(j.choose.kr(1,0.4,0.4),0.09,0.1)); Out.ar(~buses[i],h); LeakDC.ar(h).clip; }); g.postln; LeakDC.ar(Splay.ar(g ,1)); }; )
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Audio
//ASSAULTS #30, 31, 32 : ( ~num = 4; ~buses = Array.fill(~num, {Bus.audio(s,1)}); play{ g = Array.fill(~num, {|i| v=LFNoise1;a=LFNoise0;b=CombC;c=PinkNoise;d=DelayN;f=RLPF;j=[a,v];r=rrand(0.5, 2.0); w=rrand(2.01, 4.01); e=b.ar((c.ar()*j.choose.kr(1,0.2,0.85)).pow(4)+d.ar(~buses[i],0.2,j.choose.kr(v.kr(0.5,r,w),0.1,0.1)),1,j.choose.kr(j.choose.kr(0.5,r,w),1,0).abs); h=f.ar(e,j.choose.kr(j.choose.kr(0.5,r,w),10000,10000),j.choose.kr(j.choose.kr(1,0.4,0.4),0.09,0.1)); Out.ar(~buses[i],h); LeakDC.ar(h).clip; }); g.postln; LeakDC.ar(Splay.ar(g ,1)); }; )
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Audio
//ASSAULTS #30, 31, 32 : ( ~num = 4; ~buses = Array.fill(~num, {Bus.audio(s,1)}); play{ g = Array.fill(~num, {|i| v=LFNoise1;a=LFNoise0;b=CombC;c=PinkNoise;d=DelayN;f=RLPF;j=[a,v];r=rrand(0.5, 2.0); w=rrand(2.01, 4.01); e=b.ar((c.ar()*j.choose.kr(1,0.2,0.85)).pow(4)+d.ar(~buses[i],0.2,j.choose.kr(v.kr(0.5,r,w),0.1,0.1)),1,j.choose.kr(j.choose.kr(0.5,r,w),1,0).abs); h=f.ar(e,j.choose.kr(j.choose.kr(0.5,r,w),10000,10000),j.choose.kr(j.choose.kr(1,0.4,0.4),0.09,0.1)); Out.ar(~buses[i],h); LeakDC.ar(h).clip; }); g.postln; LeakDC.ar(Splay.ar(g ,1)); }; )
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Audio
//ASSAULTS #30, 31, 32 : ( ~num = 4; ~buses = Array.fill(~num, {Bus.audio(s,1)}); play{ g = Array.fill(~num, {|i| v=LFNoise1;a=LFNoise0;b=CombC;c=PinkNoise;d=DelayN;f=RLPF;j=[a,v];r=rrand(0.5, 2.0); w=rrand(2.01, 4.01); e=b.ar((c.ar()*j.choose.kr(1,0.2,0.85)).pow(4)+d.ar(~buses[i],0.2,j.choose.kr(v.kr(0.5,r,w),0.1,0.1)),1,j.choose.kr(j.choose.kr(0.5,r,w),1,0).abs); h=f.ar(e,j.choose.kr(j.choose.kr(0.5,r,w),10000,10000),j.choose.kr(j.choose.kr(1,0.4,0.4),0.09,0.1)); Out.ar(~buses[i],h); LeakDC.ar(h).clip; }); g.postln; LeakDC.ar(Splay.ar(g ,1)); }; )
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Audio
play{ a=LFNoise0;b=CombC;c=PinkNoise;d=DelayN;f=RLPF;v=LFNoise1; r=1; w=2; e=b.ar((c.ar()*a.kr(1,0.2,0.85)).pow(4) +d.ar(LocalIn.ar(2),0.2,a.kr(v.kr(0.5,r,w),0.1,0.1)),1, a.kr(v.kr(0.5,r,w),1,0).abs); b=b.ar(e,1,a.kr(v.kr(0.5,r,w),0.2,0.2).abs); g=f.ar(b,a.kr(v.kr(0.5,r,w),10000,10000),a.kr(v.kr(1,0.4,0.4),0.09,0.1)); h=f.ar(e,a.kr(v.kr(0.5,r,w),10000,10000),a.kr(v.kr(1,0.4,0.4),0.09,0.1)); LocalOut.ar([g,h]); LeakDC.ar([g,h]).clip; };
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Audio
play{ a=LFNoise0;b=CombC;c=PinkNoise;d=DelayN;f=RLPF;v=LFNoise1; r=1; w=2; e=b.ar((c.ar()*a.kr(1,0.2,0.85)).pow(4) +d.ar(LocalIn.ar(2),0.2,a.kr(v.kr(0.5,r,w),0.1,0.1)),1, a.kr(v.kr(0.5,r,w),1,0).abs); b=b.ar(e,1,a.kr(v.kr(0.5,r,w),0.2,0.2).abs); g=f.ar(b,a.kr(v.kr(0.5,r,w),10000,10000),a.kr(v.kr(1,0.4,0.4),0.09,0.1)); h=f.ar(e,a.kr(v.kr(0.5,r,w),10000,10000),a.kr(v.kr(1,0.4,0.4),0.09,0.1)); LocalOut.ar([g,h]); LeakDC.ar([g,h]).clip; };
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