antebellumCerebellum
4615
5
0
breathe deep
My first rotation - I accidentally offset the circle of rotation so it passes through 0 instead of sticking around the Mandelbrot's mandelbulb. So we see that at c=0, it is a perfect radius of convergence (looks like ellipse because view is squished.)
playing around with different paths, I quickly found out that what is needed is to closely follow the mandelbulb, a task which I gave up relatively quickly, all things considered.
My recreation of Wikipedia's Julia set rotation. Why mess with a classic?
A zoom! I increased iterations as I zoomed in, thus the 'revealing' of areas as it zooms. These programs were mostly to test Julia, https://julialang.org/.
TheMadArtificer
What coloring scheme are you using? Is it based on the Green function for the set, or something else?
antebellumCerebellum
The color is just the number of iterations before the point it is coloring diverged after many iterations of z^2+c. Nuthin' Fancy.