I updated and fixed the weighted randomizer, hopefully there are no more bugs.
Major addition is crusher for coverage per timeranges and a sort of bit crusher per span values.
This adds some granulation on demand for both of these.

Leaving the old one "as is" in previous post, as there might be ...

The weighted randomizer is almost ready.
At least all crucial elements are there and it seems to work correctly.

I humanized it a little bit.

I think I just finalized the "Weighted randomizer" part for my project. It's something relatively well adjustable, see the description in schematic. It's useful for generating organic noises and modulators. @biliv - something for you

btw, can someone provide a quick ruby way for converting ...

It would be great tool, if it was 16-bit ADC...

iteration 20 adds 2 big tools: tools for batch processing (mostly complete, operates on wav, txt and csv files) and math function generator.

As for the math function generator, some say, that "using eval in ruby is evil". I don't think so, I'm not rubyist. Anyway, in this case, I think a simple ...

I'm getting an impression, that typical (?) programmers who use FS, too often say say "impossible".
Who to trust, when "no" is a "no"?
As a non-programmer, I don't understand the word "impossible".

I would understand a statement like "I don't know" or "let's figure out some logic behind and ...

How to externalize a math formula in ruby?

I want to plot a series of y values per array of x's (alternatively, in range between two values, and at resolution of given points), according to a formula entered from outside.

WASAPI problem, typical.

Apparently, this piece of asm code that is extensively used in FFT high resolution filter - is not working in x64 FS (alpha) environment, only in 32bit.

Anyone attempted to make this work in x64 environment?

silly me

(fft freezer is from Martin)