Runglbook

[TricksterSam]

How many of you use Runglbook and how do you use it?

I wanted to use it to make a Benjolin in my rack, but it doesn't have internal feedback with an xor for the gate and most significant bit. I hacked it to use this xor feedback and to provide an xor out on the second output. Might be even better to choose what the second outlet does, but my skills aren't at that level yet. Could be cool to have xor out, an alternative 8 bit out, and a trigger pulse for each time the rungle cv changes.

Don't have much experience with the social conventions of shared projects. Can I upload a branch of this or should I fork it?

Would people like these changes? For me it would make Runglbook more useful, but perhaps people prefer the purity of keeping the xor as an external process. In this case, the Runglbook should at least provide the (second?) most significant bit for doing an XOR with the gate signal if people are building a Benjolin.

[djphazer]

I've honestly not played with Runglbook very much, haven't wrapped my head around the ideas and why they're useful. I'd love to see extra features added tho! It would give me a reason to prioritize the distraction ;-)

You should absolutely create a fork of this repo and commit your changes on top, maybe in a separate feature branch. I see you already made a repo, but it would work better as a fork under this one.

[djphazer]

Actually, I see now, you have one that is a fork, and one that's standalone...

[TricksterSam]

Hope, I did it right! Not used to collaborating, and I'm running myself through the paces of a lot of new information right now. Thanks for getting in touch. I've rebuilt runglers in Pure Data, Bitwig's grid, and now I have a friend building a standalone Rungler in circuits. A different friend created a Benjolin patch in VCV Rack and distributed it. I guess there's a few of us in Baltimore who have gone Rungler CrAzY. For me a Rungler is great for getting unpredictability through incomprehensible determinism. There's nothing random involved, but the output is very complex and varied when driven by regular waveforms whose frequencies are modulated by the rungler. I'm really into feedback loops. I've got another app I'm working on that also involves feedback to create deterministic complexity, but I'm a beginner C++ programmer so there's a lot of work to format my code properly to the language.

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