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Awesome, thanks for the detailed instructions...very much appreciated! I'm honestly pretty surprised that with all the buzz machines something like this hasn't been made though. That link has a shitload of other useful stuff I will be checking out as well.
Not exactly the same thing - but you can go the opposite route and get more accurate control; You can use peertrigger to sequence notes in another synth, and at the same time send peertrig to a peeradsr with the peeradsr controlling values.
Would be nice. Meantime, pybuzz can be used.thOke wrote:would be nice to have a buzz peer machine that assigns notes to a parameter.
Internal MIDI sends to Qsamo.
Internal MIDI also sends to pybuzz
pybuzz multiplies note value * 512 and sends to PeerCtrl
PeerCtrl inverts value and sends to Qsamo filter cutoff
I was just looking at IX Accumulator and wondering how hard it would be to code in a triggering mode that would let you do MIDI-note-to-value tricks.syphilissauna wrote:the afore mentioned scheme using peertrigger and peerasdr can do that tho yeah you have to fiddle around with the parameters to get it really working well in my experience .
btw, however one gets keytracking stuff happening in Buzz, peerctrl is the bomb when it comes to fine-tuning what happens to multiple target params on a per-key basis. Here's a version of my pybuzz demo up above where a track has been added to mess with resonance along with cutoff. (To understand why the behavior is different for each param, open peerctrl's Assignment Settings dialog and look at the value mapping envelopes for each track).
IXix wrote:Oi! Stop trying to think up extra work for me!snowglobe wrote:I was just looking at IX Accumulator and wondering how hard it would be to code in a triggering mode that would let you do MIDI-note-to-value tricks.
(Is the source available? Maybe this could be my entry point into coding actual Buzz machines. )