In his video on the Compare2 DivKid covers some of the possibilities of creating rhythms with the help of logic gates and I thought I try out some similar things with the ARC logic Neuron. What I like about the thresholds is that one can shift between different logic gate types simply by changing the thresholds, either on the inputs, or the trigger threshold, and that makes it easy the add rhythmic variation with a little modulation.

Here's one of my tryouts.

For what it's worth, here's also the little latch example from the manual.

Less important, but more to complete the exercise for myself, here's also the Boolean Logic Neuron.

And here the 3 ARC ANN submodules together:

And here's Mylar Melodies on Why Logic Modules are Ace!

https://youtu.be/DulDZSsMUpY

A further detail on Schmitt triggers: Reading in the Wikipedia article that “a Schmitt trigger can be converted into a latch and a latch can be converted into a Schmitt trigger” made me realize that the ARC Threshold Logic Neuron could be used as a Schmitt trigger. The ‘single-bit’ configuration allows for the threshold and memory properties to be incorporated in one element, as in some of the analogue circuits, rather than separating them into distinct elements as with a flip-flop or sample and hold.