@mh8 thanks! https://github.com/claudeha/fragm-examples/blob/55b2daac0913e100c1bbfd7fe5e738e36510fad1/00-ScientificNotation.frag#L27 is the relevant part of the code.
I suppose the motion blur will smear out the rings thicker eventually to uniform grey (possibly speckled due to limited sample count). Then it will probably go all black or all white when it overflows to infinity - single precision float only goes to 1e38 or so...
Actually, even before infinity there may be problems, when `r -= floor(r)` becomes always 0 due to limited precision, at 2^24, with gradual degradation on the way there...
I may try it later and report back!
@mathr Hey there, the visual is also quite awesome ! Does it continue accelerating forever ? What happens at higher speeds ?!