Ok, had a great geek out session with @jamesbradbury this afternoon and after building something on top of his Auto Spectral Compensation we managed to get something working really nicely!
Have a play with it, and let us know your thoughts.
So a couple of questions and thoughts.
Firstly, it’s kind of slow… I guess faster than I thought it would be, but there is a marked difference between fluid.stuff~ @rodmode ENGAGED
and hisstools.stuff~
. I imagine(?) some of this is unavoidable since the hissstuff doesn’t have the kind of buffer-based threading that makes @blocking 2
possible.
I’m not a HISSpert, so there’s probably some improvements that can be made in the p IRprocessing
to speed things up, but I put some stuff in there that seem pretty boiler plate in terms of IR processing. (I feel like I’ve accidentally learned a bunch about IR shit now!)
Alternatively, perhaps it’s possible to somehow implement the post-flucoma.stuff~
part of the patch in the FluCoMa-verse, or in the fl.universe~
(I remember @a.harker mentioning building some filter stuff for framelib which could potentially make this possible, easier, and/or faster).
Another question is the melbands vs MFCCs thing. At the moment you pick the @numbands
you want (capped at 20 with the current @fftsettings
) and then filters are centered on those frequency. @jamesbradbury suggested that something faster/better might be to do the same with MFCCs since they compute faster and would potentially produce more perceptually meaningful compensations. We (he) wasn’t able to find the formula in order to make that happen, and there was enough other stuff going on in the patch that it got passed by, but this could be another potential vector for improvement (though the fluid.
part of the patch is plenty fast as it stands.
Another potential problem is the super fast onset detection I’m dealing with these days may overrun @blocking 2
. So this puts me in kind of new territory either wrapping up the relevant fluid.bufdescriptors~
object in a poly/roundrobin situation, or doing @blocking 0
(or 1?) and managing a queue of some kind. I suspect the former would be the better way to go for latency’s sake, but it’s a thing to ask/discuss.
AAAAAND lastly one of the things that I thought would be interesting to do would be to normalize (regularize? (standardize?!)) the input material that will be compensated for. More practically: say I’m using my snare to drive this system, specifically in the context of the corpus-based sampler thing from the other thread, and I want to have a wider range of timbral inflection available to me than is possible to make with the snare drum, that it would be good to expand that timbral range so that the available range of the snare is extended out (not to 20-20k, but perhaps to a specified range). I guess would be as simple, computationally, as running the center frequencies of the melband (or MFCC) calculation through a scaling function so those points would be centred on wider frequencies. Or actually, in typing this out now, I guess a better way would be to fake formula/calculation for where the center of the frequencies are in the p centerFreq
subpatch. That would retain(?) the relationship between the melbands/MFCCs. Either way, I wanted to flag this up as a point as well.
So yeah, open to thoughts!
edit:
(code updated with minphase IR-ing)
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-----------end_max5_patcher-----------