[Feature Request] Quantise to altered/harmonic series

[odsfgolfdjng]

A module that snaps the partials to fundamental * a. The way i would do it is:
mod = (fundamental * a * somebignumber) % (fundamental * somebignumber) / somebignumber;
freq = freq - mod;

Except for the first partial for obvious reasons. a is a slider the user can control. Hope that makes sense.
This has 3 great use cases i found.
1: Changing the partial frequencies can be used as more of a harmonic timbre control if you quantize them with a = 1.
2: Using custom scales and stretching the harmonic series accordingly can bring things back in harmony since the harmonics overlap.
3: Better controllable dissonance.

[eclab]

On Jun 17, 2022, at 6:16 AM, odsfgolfdjng ***@***.*** ***@***.***>> wrote: A module that snaps the partials to fundamental * a. The way i would do it is: mod = (fundamental * a * somebignumber) % (fundamental * somebignumber) / somebignumber; freq = freq - mod;

In Flow, all "frequencies" are relative to the fundamental, which is at frequency = 1.0. Then they're pitch-shifted based on the actual pitch of the note. So wouldn't it be easier to just do freq = (int) round(freq) Or if you don't mind rounding down, then just freq = (int) freq ? Sean

[odsfgolfdjng]

I may be missing something but wouldn't your method shift the frequencies differently then mine?

example1:
f = 1;
a = 2.5
freq = 3.3
mod = (f * a * 10) % (f * 10) / 10;
freq = freq - mod // 2.5 = 3.3 - 0.8

example2:
freq = a * round(freq) // 7.5 = 2.5 * 3