in case i resubmit with a less grating entry here is the original code for posterity's sake

n1=random(),
clockLen=200000,
sample= t%clockLen==0?floor(n1*200+40):sample,

n3=random()*40,
sample2= t%clockLen==0?floor(n3):sample2,

vol=t%clockLen==0?1:vol-.1,
bufLen=sample,
buf=t==0?[]:buf,
bufFreq= sample2,
bufPos=t%bufLen,

n2=random()*1000,


init=(source)=>source[t]=t<bufLen?n1:source[t],
initTrig= init(buf),
delay = (source) => (t%clockLen<(clockLen/2.5))?
source[(bufPos+bufFreq)%bufLen]=t>=(bufLen?source[bufPos]+source[(bufPos+bufFreq)%bufLen]:source[(bufPos+bufFreq)%bufLen]):
source[bufPos]=source[bufPos]-1,
initDelay = delay(buf),
impulse = (source, signal) => source[bufPos] = signal,
initImpulse =n2>998 && (bufPos%bufLen>0&&bufPos%bufLen<(bufLen/2.5))? impulse(buf, n1):-1,
t*buf[bufPos]*.00001

you're not supposed to decay the volume, just apply a low-pass continually and volume decay will happen by itself. just loop over the buffer, doing prev_sample+curr_sample/2, store at current index, advance to next index, rinse and repeat indefinitely. but then again you probably knew this already. anyway horrific noises are always good.

cool creepypasta bro

always love bytebeat

i love this noisia track

this sounds like a chainsaw comparison video