Edit: Thanks to everyone who has volunteered and been testing these modules. I probably have enough testers for the time being.
Hi. I’m looking for testers - if you’re interested, please indicate so in this thread, or send me a direct message. Versions are available for all 3 platforms.
I’ve created 5 free basic modules that are targeted at users of some other paid modules that I’m hoping to release. The modules are all fairly simple, and I hope that they can help make manipulating modulation voltages a little easier/obvious for beginners.
The modules are:
CURVE: This applies a curve to the input, with a second scaling parameter to adjust where the curve is applied (and a graph to make this clear).
RANGE: Upper and lower bounds are used to define a range of the input to be scaled. The input can be clipped, and the output scaled to +/-5V, +10V, or +/-10V.
ATTENUVERTER: This one is fairly simple and obvious. Offset is +/-10V.
MATHS: Outputs A+B, A-B, min(A, B), and max(A, B).
SIGNS: Outputs an inverted, absolute value, or positive voltage.
Yeah, that’s the one: neumorphism. It certainly has some disadvantages, but I thought that this would be a good chance to try it out. It has also been a chance to try ditching those pesky SVG files for the panels/controls (well, almost - the logo at the bottom is still in SVG format, for now), haha.
For most components it shouldn’t be too hard to convert them to code (a few filled circles, a gradient or two, and some angle calculations for knob pointers, etc).
oh, I’ve draw stuff in code before, but nothing that fancy. The hard part for me is getting all the coordinates right - it’s a lot easer to drag shapes around on a screen (for me)
I can give them a test on Arch Linux with AMD graphics drivers. I’ve found a few ways to really push modules to their limits, so I sorta like the challenge of trying to break things
