| From | Sent On | Attachments |
|---|---|---|
| Roman Haefeli | Apr 24, 2006 9:18 am | .pd |
| cyrille henry | Apr 24, 2006 3:10 pm | |
| Frank Barknecht | Apr 25, 2006 12:06 am | |
| Roman Haefeli | Apr 25, 2006 4:09 am |
| Subject: | Re: [PD] modelling a 808-snaredrum | |
|---|---|---|
| From: | Roman Haefeli (redu...@yahoo.de) | |
| Date: | Apr 25, 2006 4:09:03 am | |
| List: | at.iem.pd-list | |
hi cyrille
"cyrille henry" <cyri...@la-kitchen.fr> wrote:
Roman Haefeli a écrit :
hi
though i could realize my idea (thanks to cyrille and frank), this was not the solution for my original problem: modelling the snare-sound of the snaredrum of tr-808. i could extract the (original) pure snare-sound by subtracting a soundsample without snare from a sample with both membrans and snare (here: http://www.netpd.org/~roman/sd_snare.wav). when looking at the waveform, it doesn't really look like noise, rather like a kind of filtered dirac, triggered randomly in time.
here is a patch trying to reproduce this. not really like the original sound, but ...
hehe, cool. this is exactly what i tried once, too. the waveform of this approach looks similar to the original sound somehow, but it doesn't sound similar :-( i think two things could be optimized: - a minimum delay between pulses would avoid low frequency parts (two or more subsequently following pulses form one 'fat' pulse). - the shape of the pulses could be designed using a FIR-filter - other ideas?
roman






.pd