Another noob question; how to hook up the buffer repeat’s freeze to multiple modulation outputs?
Hey all! I checked the manual, but didn’t see anything pertaining to this. If there’s another forum post answering this I’m sorry, I’m still learning my way around the forums.
As pictured. I have a chopped break sequenced. I’m trying to use the buffer repeat to loop the break repeatedly in a way where the timing of the glitching is controlled (when the freeze kicks), but the buffer repeat’s parameters are semi-randomized. The issue im running into is that I want to connect the buffer repeat's freeze to both of the graphic modulators so it freezes when either modulator triggers. I tried using a mixer and a layer mixer but no luck. Anything I’m doing wrong? Also any general suggestions on making an effect that glitches breaks would be wholly appreciated!
Comments
I think, the adder module might work for you.
I like to use xy-pads hooked up to all sorts of FX for glitching, using the gate output to make them momentary. Lots of fun:)
You might rather use the Punch-in Looper and Punch-in FX modules instead, for easier control.
@used_paper_bag may not make a difference but try making the trigger in both graphic modulators be at the max value. They may not be registering as a trigger. Added or mixer should be good.
The first graphic modulator is set to bipolar, is that on purpose? It cancels the other one out. If you’re using them for gates only, try setting the curve to max where you want it to trigger, just to be safe.
if the cancellation is on purpose, maybe you can use a compare module to compare the combined signal to 0(with a number module), then you are safe to get a clear gate signal. Also take a look at half rectify and full rectify, they set everything below 0 to 0 or invert it (respectively)
if not, start by turning off the bipolar setting on the first modulator.
when you combined the inputs with an adder module and hooked that up to the freeze input, you can also tap and hold the freeze input to get a monitor of the incoming signal. That’s usually very helpful for understanding what’s going on.
cheers :)