Hi!
As I was exploring the Mutate and Deviate functions of the MK3 Launchkeys, I starting feeling my eurorack modules get jealous: could similar algorithms be implemented with modular/analog systems? How could you go about "freezing" a generative pattern in a modular/analog setup if you liked what you got?
Sure, modules like Turing Machine and Marbles can freeze generative sequences, but they're digital - they can store patterns in RAM without breaking a sweat. The problem is, they're limited to whatever generative method they were programmed to use. What if you came up with your own generative engine and wanted to freeze a pattern you got so that you could develop the presented idea without having it change continuously?
Would it be possible to build a system that would offer up a new, melody and rhythm, every time you push a button?
This video is my attempt to propose a solution to all of the above, using a few sample and hold modules and a sequential switch, and a few generative techniques, which you can replace with your own.
If you don't know what these modules are, no worries, the June book update coming tomorrow will include a detailed description of the two patches in this video, a new chapter on sequential switches, and a few other tips/ideas and updates.
Patreon exclusive downloads attached to this post: The two VCV Rack patches described in the video. All the modules in the patches are free, but you need to make sure to subscribe to them on the VCV Rack website and download them to your computer.
All my best,
Ziv (trying to solving analog envy of certain digital features on youtube as "Loopop"...)