I wonder if it can be accomplished using a positive offset in the both input of each generator to minimize patching.Can you give an example of "super exponential"?Yes, I had it going for so long with -5, I just got over it. I can't remember how long, but you can accomplish what you want.If we can go back to the "rate" question - can I slow it down beyond a 22-sec cycle as mentioned earlier with a negative cv offset into the rise and fall cv ins?
From the manual….
If I can get 4-6 minute cycles, that would rule.The stage times are managed by the Rise and Fall Time knobs (A.9, A.12). The Rise knob lets you set how much time the function takes to reach the maximum level. The Fall knob let you set how much time the function takes to decrease and “rest” after the rising stage (when in Transient mode) and/or after hold (when in Hold).These parameters can be independently modulated via any control voltage using the jack sockets connected to them on the left (A.10, A.13). Any positive voltage increases the knob value, while a negative one decreases it.
It is also possible to modulate these parameter simultaneously through the V/oct input (A.15), which is connected to the rise cv in and fall cv in. This input works in the opposite way; positive signals decrease the time and negative ones increase it. This socket is marked with a note symbol to point out that it is the one you may want to use as V/oct Input.
Statistics: Posted by clwilla — Fri Dec 27, 2024 4:13 pm