Ok, thanks.

I guess if i don't care much about invertibility, nor speed, I
can just look for resonances -- in other words, make myself
a table:
  notes=: ^0j2p1*(^.2^1+(i.61)%12)*/t

and take the inner product of this with some sound sample (which
uses the same t), and then find magnitude:
  %:(*+)notes +/ .*sample

In principle, at least, the more energy there is at some frequency,
the greater the resonance amplitude.

Well, it's a theory, anyways... now I just have to dig out
some code to import sound samples and try this out.

Anyways, thanks again for the tips and links,
--
Raul
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