Robin Schmidt

if you are ever going to do this, i may contribute code for halpern and gaussian response types

i'm not sure if i get this right, but it almost sounds to me like you are talking about just smoothing the edge here. what's the difference to using a...

and what have sawtooth waves to do with rotations? they create circular motion (i.e. sines and cosines)

wait wait wait...so you are using a sawtooth "phasor" for the phase-input of a sine wave, i.e. a sine-function, right (or maybe even some other wavshape)? when the phasor hits...

it's like you are imagining a rotating wheel that can only rotate once and then has to be rewinded back in order to allow for another forward rotation. ...but it...

as far as the sine is concerned, 0.1 is the same (equivalent) input as 1.1. the 1.1 is just mapped back to 0.1 in order to avoid overflow and other...

i'm still totally confused. there is no "glitch" in the sawtooth and i don't know how to imagine to "replace the sawtooth with my hand". the sawtooth shape is actually...

> focus on this one problem: Convert FM to PM the instantaneous phase of a signal is given by the integral (think: running sum) of the instantaneous frequency. so i...

i think, we are on the right track with integration/differentiation: https://moinsound.wordpress.com/2011/03/04/frequency-modulation-or-phase-modulation-synthesizer-technologies/ which boils down to 1st order lowpass/highpass filters applied to the modulator. a running sum is basically a 1st...

what is this update equation? ``` s0 -= f * s1; s1 += f * s0; ``` is this supposed to be a recursive sine oscillator? this would have to...