Well, I wasn’t implying that you didn’t or should have searched. I just thought that it might be relevant if you hadn’t seen it previously.
I can only assume that the trig mix knob increases the number of steps which receive substitutions as the value increases and that the substitutions are made by interpreting 2 notes, probably on different steps, one from each sequencer, and then the machine picks one or the other thus randomly substituting the step value(s).
There may be something else going on like the trig mix knob starts pulling step values from steps further apart in the sequence the higher you turn it, but as it’s already randomized I’m not sure there’s much functional value in doing that if it actually does work that way because while it’s like shuffling the cards an extra time, the initial randomness is more likely to be inadvertently ordered by re-randomizing than it is in it’s initial random substitution so that’s why my guess is that it’s a pretty straightforward operation (not that I would know how to recreate it).
Anyways, there’s an element of “left door / right door” which you need to address to mix the two sequencers in such a way. It has to be able pick a direction at random, and to do it at the desired point and interval.
The clever thing about the labyrinth is the way that they’ve simplified the interface for doing this and also in that it seems to perform as intended, however I’m pretty sure you can substitute that integration for modules that behave similarly and achieve a result that performs well enough so as not to feel that it’s totally lacking in comparison to the moog unit.
Probably all the insight that I have though. Good luck.
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