
Granular Synthesis
I am dreaming of granular synthesis !
Few years ago I used my hardware sampler (EMU ESI4000) to to do some sort of granular synthesis based on a vocal sample. I used the ability of the ESI4k to chose the start ing point of the sample depending of the velocity. then with a midi analog type sequencer, I send notes and play on the velocity.
sooooooo
what would be great is a sample player for the modular that can have the starting point of the sample modulated.
Few years ago I used my hardware sampler (EMU ESI4000) to to do some sort of granular synthesis based on a vocal sample. I used the ability of the ESI4k to chose the start ing point of the sample depending of the velocity. then with a midi analog type sequencer, I send notes and play on the velocity.
sooooooo
what would be great is a sample player for the modular that can have the starting point of the sample modulated.
Four years later and we still don't have it.On 2002-10-23 18:38, olivar1 wrote:
I am dreaming of granular synthesis !
Few years ago I used my hardware sampler (EMU ESI4000) to to do some sort of granular synthesis based on a vocal sample. I used the ability of the ESI4k to chose the start ing point of the sample depending of the velocity. then with a midi analog type sequencer, I send notes and play on the velocity.
sooooooo
what would be great is a sample player for the modular that can have the starting point of the sample modulated.
_________________
Jimmy V.
<font size=-1>[ This Message was edited by: scope4live on 2006-06-24 23:06 ]</font>
that's correct and John Bowen confirms this in another thread.
Yet I wouldn't consider it a specific feature of granular synthesis - you wouldn't call an Akai S-612 a granular synth, would you ?
I'd also appreciate it a modulation target
cheers, Tom
<font size=-1>[ This Message was edited by: astroman on 2006-06-25 05:50 ]</font>
Yet I wouldn't consider it a specific feature of granular synthesis - you wouldn't call an Akai S-612 a granular synth, would you ?

I'd also appreciate it a modulation target
cheers, Tom
<font size=-1>[ This Message was edited by: astroman on 2006-06-25 05:50 ]</font>
Could that be considered as a bi-directional target? I use to use reverse envelopes, like the Hendrix solos on The Cry Of Love LP, and also Are You Experienced LP. You could get some nifty lead, and segue sounds. My favorite old sample was one of the first attempts at reverse, and granular re-arranging using these techniques. It was the Emu sample called Fairlight Moods. It sounded like a three note ( root,fifth,octave ) reverse ARP string pad with a beautiful reverse chorusing, it was my favorite sample 4 years. I was so green then, I thought that it was a Fairlight CMI, when all it was, was an attempt to manipulate sound like the NED Synclavier's, and Fairlight CMI's could
do then. Boy am I glad I never bought into one of those, It would be obsolete, and they had 15 year payment plans 4 the less fortunate.
do then. Boy am I glad I never bought into one of those, It would be obsolete, and they had 15 year payment plans 4 the less fortunate.
A brief explanation & links to some granular synthesis software >>> <a href="http://en.wikipedia.org/wiki/Granular_s ... nthesis</a>
I would just like to thank you for that usefull links.
From what I understand the Granuler synthesis is mainly based on sample processing.
From what I read somewhere else, both NOAH and ASB could not manage samples (especially user samples loading) which make it difficult to achieve a STS5000 ASB.
The problem from what I guess is mainly around dynamic DSP code loading (the reason why a modular ASB seems also to be difficult).
Any more information about that topic would be welcome.
From what I understand the Granuler synthesis is mainly based on sample processing.
From what I read somewhere else, both NOAH and ASB could not manage samples (especially user samples loading) which make it difficult to achieve a STS5000 ASB.
The problem from what I guess is mainly around dynamic DSP code loading (the reason why a modular ASB seems also to be difficult).
Any more information about that topic would be welcome.