![]() ![]() I always think the way Pamela’s New Workout handles this is really clever. ![]() To do this, I think the ModMatrix UI would need a complete redesign. In an ideal world, each effect in each track would interpret the CV inputs in their own way. The real issue for me however which seriously limits the ModMatrix is that every effect on every track is affected with the exact same CV values. I agree and have messaged Squarp multiple times about being able to control the CV internally. The fact they’re adding new features means they might consider such an idea. ![]() Might be worth sending a feature request to Squarp. And it would also free up one of the Matrix inputs. This would (hopefully) stop issues caused by any latency. I’m hoping the new OS might fix this as things have been tightened up… but I am not getting my hopes up.Ī possible firmware solution would be to allow the output of a Track to be a cable free internal input source for the ModMatrix. Ie: a stepped LFO out via Midi would be delayed just too late to affect a gate on another track even though they should technically be hitting at the same time. This gives you a lot of control as you can set Modulation values accurately, but it isn’t great for beat / step accurate modulation. This means you can program modulation tracks in Hermod and send them out via Midi and back into the ModMatrix. The final frontier is to send Hermod’s Midi out back into it’s Midi in. Thinking further you could then send the output of this modulation back into the ModMatrix and have that control something like the Euclidean effect above to enable more interesting / fluctuating fill effects. You could also control the rate or depth (or both) of an LFO with external CV. Again, control of this via an attenuator is essential. When applied to multiple tracks this can really change up the beats & provide a kind of ‘fill’ vibe.Īnother idea is to have a gate control the transposition or scale of a melody. Send a gate / cv source into the ModMatrix and have it increase the amount of active steps in the Euclidean effect. It’s a very powerful feature but requires external offset & attenuator modules to get the best out of it (ie: provide fine tuned control of the modulation). ![]()
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