Cherry Audio Forums

While I'm really enjoying the majority of modules I've purchased for VM so far there seems to be a great deal of redundancy in the 3rd party library, not only in the types of modules but the overall thinking of how a module should perform. It would be amazing to see if developers could replicate som...

This is a great module! SO glad you created it with all the unique options. It's a must buy!!

These are great updates!! Thanks for making your modules better and better all the time!

This was a discussion awhile back and the threads are in the forum. Indeed, having a consistent coloring scheme would be great when releasing presets.

andro wrote: ↑

Wed Jun 03, 2020 1:27 pm

Great! But now there is no need for me to release mine.
....
Maybe I do need to release mine.

Yes, I agree -- you should release yours as well if it's still the same idea we were discussing two weeks ago it would be quite different than this Voltmeter.

The idea behind all this is to demonstrate how you can use sequencers as clock dividers and use them in combination with amplifiers as a switch. The Sample&Hold module is used to hold the pitch CV over "silent" notes. The "Gate Ctrl" Envelope Generator module controls the gate time for every note i...

What would ultra-handy is to be able to record up to six different X/Y 'paths' and have them be loaded into an array which could then be switched either manually or by CV triggers. I envision six LEDs to show which 'path' is being played along with a button for manual switching and a jack for CV tri...

Middle C! Would there be any need for more than three inputs? Is three excessive anyway? I was hoping for at least six inputs as I'm planning on creating my own scales. Come to think of it why not make it eight. :D And, what would even be more helpful is a pass-through jack for each input to the ri...

I have nearly finished it. It has a tunable A reference, naturally. Interestingly, there is are some subtle exponential equations to solve for this, and they are sensitive to about 9 decimal places (such is exp()). My background is mathematics so this is right up my alley. cheerio! That's great! Lo...

honki-bobo wrote: ↑

Tue May 26, 2020 2:27 pm

Given that you are using a 440Hz base tuning, this formula converts Volts to Hz:
55.0*2^(x+0.25)
You can replace the 55.0 in the formula by (base tuning / 8) if you want to change your base tuning.

Ohhh, that's *very* handy! Thanks for the help!