Depending how many steps you want (we were shooting for 16), having that many bump scanners would probably be pretty CPU intensive. The other thought was to use S&Hs for storage and address them with bump scanners. You need to let it build up a new loop if you do that, so not very performance oriented. But of course it doesn’t respond so well to changes in the clock or the loop length. Using a sample recorder seemed the best fit CPU wise, and I got the CV component working OK - see below. The first challenge was trying to figure out what to use for storage, and then how to address it. It got pretty challenging right out of the gate to design something that you would realistically want to use, so we put it on the back burner for now. So, and I actually started down this path a while back, of trying to build pretty much this as a bespoke/middle layer unit. if run at audio rate it generates independent different sounds from each out or a mixed down version of 4 sounds from the out. If run at slow frequencies it generates sequences of gates from the individual outs and a cv sequence from the mix out. each side of the module contains a battery of 4 lfsr which can be configured independently (length of the register and taps) and can be tapped independently but the 4 outs can be summed together. Given the extreme modularity of the 301 it would be very interesting if the unit was a very bare bone implementation with which one can build different applications by chaining and combining them alone and them with other units.Įxample: the zorlon cannon mk2 is a dual module. If not i’d like to aks if there is someone interested in developing it in LUA or if might be interested in creating a unit. what i’d like to ask is if there is a way to build one with available units (i’ve seen wild things here made with repurposing units for functions very far from the original meaning). I’m sure this is something that can be done at dsp level and perhaps even at middle layer. one of the most recent is detroit underground du-rdt, the one i have is instead The Harvestman\IME Zorlon Cannon mk2.Īs you can see the concept might be used for a wide range of applications, from pseudo random cv sequences to pseudo random gates to pitched noise and tonal sound generation.
perhaps the most well known is the turing machine. There are modules that already implement this technique in the eurorack realm.
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