frankbuss / frankbussrackplugin Goto Github PK

I have an idea for a patch where it'd be really useful to be able to scroll the whole length of the bar using CV. An update to shaker or a whole new module would be great!

Hello,

I really love Formula. It is a great problem solver.

Its scope could be even broader if channel number within a polyphonic signal could be used as a variable. So one could change the results of the operation according to the channel or apply some operations differently channel per channel (like > or <...). One could even imagine some ways to transform a monophonic signal into a polyphonic.

plugin.json needs the following updates:

• sourceUrl should contain the full GitHub URL, incl. the .git: https://github.com/FrankBuss/FrankBussRackPlugin.git

The repository is missing the Makefile and the plugin can't be built!

Formula is such a problem solver I can't see how to do without. Please update if for Rack 2.x!

Another feature request because Formula is really a module I can't do without!

I think it's not mandatory to have the formula displayed all the time. It could be edited within a temporary window, allowing the module to be narrower. It would spare much space!

Hello,

I really like Formula, I use it as a Swiss army knife. However the fact that the output won't go beyond -5/+5V is an issue. It would be really nice if it could go at least up to -10/+10V. It would be even nicer if one could set the voltage limits freely (after all, there's no such thing as power rails on a virtual analog).

It can be tedious to write complicated formulas as a single expression and they can be difficult to read. It seems like being able to define your own local variables for subexpressions would make things clearer?

I think it would be useful for Formula to have another lowercase letter variable (let's assume "c" for the purposes of this discussion) so that the output signal can depend on the output channel number.

Some possible uses:

• Generate 1/16 volts on output channel 1, 2/16 volts on output channel 2, ... and 1 volt on output channel 16:
  c/16

• Output x on channel 1, and y on all the other channels:
  (c==1)*x + (c!=1)*y

• Generate the first 16 sine waves of the harmonic series:
  sin(2*pi*p*c)*5

Your Formula module is so useful in so many situations. Thank you for creating it, and I'm very glad it will be available in Rack v1! I learned a lot from your code when I was creating my computerscare modules plugin - thank you for releasing the source code as well!