Has anyone tried to code up something like the Karper?
The description reads as follows:
Karper is the newest idea, using 24 separate 8bit microcontrollers to do that many parallel Karpluss-Strong string synthesizers, in the tocante scale. Each string has a trigger and two sources of “the noise of computation” or the least significant, hairiest bits magnified as 1bit music (T.P.) These can be output to the trigger, or two circuit-bending nodes that change the octave and pitch degree, or simply listen to the noise of computation on a braided, inner pre-amp.
Which seems straightforward enough. I imagine having 24 separate MCUs is part of the secret sauce here, but I’m wondering if it’s possible to get some of the same kinds of sounds using vanilla code in something like Max.
It seems like there’s some random digital noise being generated, of which the least significant bit is being used as the impulse for the karpluss-strong algorithm. Not sure what a ‘least significant bit’ (LSB) would be in the context of an 8bit processor though, unless it’s something like two 4bit generators or something.
Also curious what the "circuit-bending’ nodes do more specifically. I can definitely hear an aspect of “changing notes” when poking around, but intrigued by the “noise of computation on a braided, inner pre-amp” bit.