I've found that the ZZC Clock makes an excellent pair with my Algomorph module: by patching the ZZC Clock's gate and phase outputs to Algomorph's Morph and Trigger inputs, circular morphing between Algomorph's three stored algorithms is enabled.
There's just one minute issue: Algomorph is designed around pivoting left or right from a center algorithm of the user's choice, and therefore it expects +/-5V at its Morph CV input, and so a -5V offset is required between our modules:
I've considered adding an option to Algomorph's contextual menu to enable 0V-10V Morph CV input, but it's my thinking that it makes more sense to have this on ZZC Clock's end. Having a clock which centers its phase around the middle of a beat (0v = half-phase) seems to make more sense than having a module which denotes neutral-position as 5V, I think.
In any case I'm not totally opposed to adding the option on my end, but I figured I would run the idea by you to see what you think.
I've found that the ZZC Clock makes an excellent pair with my Algomorph module: by patching the ZZC Clock's gate and phase outputs to Algomorph's Morph and Trigger inputs, circular morphing between Algomorph's three stored algorithms is enabled.
There's just one minute issue: Algomorph is designed around pivoting left or right from a center algorithm of the user's choice, and therefore it expects +/-5V at its Morph CV input, and so a -5V offset is required between our modules:
I've considered adding an option to Algomorph's contextual menu to enable 0V-10V Morph CV input, but it's my thinking that it makes more sense to have this on ZZC Clock's end. Having a clock which centers its phase around the middle of a beat (0v = half-phase) seems to make more sense than having a module which denotes neutral-position as 5V, I think.
In any case I'm not totally opposed to adding the option on my end, but I figured I would run the idea by you to see what you think.