You may also enjoy https://observablehq.com/@jrus/halton

Or for an alternative, https://observablehq.com/@jrus/plastic-sequence

Oh, thanks! I was reading about AMD's recently open sourced FSR2 algorithms (https://github.com/GPUOpen-Effects/FidelityFX-FSR2#camera-jitter), which use Halton sequence for camera jitter to improve spatial resolution. I wanted to see how that looked like in practice. I should have know that someone would already have a notebook about it! I've added some links to your notebooks to the text here, since they go into a lot more detail than this notebook.

Have you considered adding an option to skip the animation, so that different configurations can be explored more easily?

Hidden in the appendix there is a "speed up" slider. Set that to 10 and the animation goes about 10x faster. It would also be fine to set that arbitrarily high. (~1300 is the highest that would matter though).

Then I'd recommend to move the slider up here and increase its upper limit to something like 200 or 250.

The correct link is https://en.wikipedia.org/wiki/Coprime_integers

You'll have to wrap the first paragraph in asterisks, due to the underscores in the <a> element.

You may want to switch to a non-cyclical color scheme like "turbo", to keep points added near the end distinguishable from points added at the start.