use the sliders to change the zoom, xshift, yshift, and the detail. Z is what makes the shape. the higher the number, the thinner the spites. it also makes the "shadows" on the sides of the set rounder. CR is always 0 in Julia sets, but in this set, you can change it. and so is CI
---------------------------notes--------------------------------- recently I have been obsessed with the Mandelbrot set and the Julia set. The first time I saw it was when I was watching a video about euclidean geometry, I saw a video about it. So I looked up what it was, and got addicted to the Mandelbrot set. I looked it up on scratch, and found a codegolf challenge about it. So I decided to do it. I as able to do it, but I used a lot of sources. So then I found the Julia set when I was looking at search results for the Mandelbrot set. Both of them looked like almost the same math. so I made a new set based on the mathematics from the Julia set, and some of the math from the Mandelbrot set. (the Mandelbrot set is a Julia set.) and I made this. instant on forkphorus: https://forkphorus.github.io/#419907038 -------------------------------- it uses these equations: ((x^2)-(y^2))+CR (Z*((Z^X)*Y))+CI ((X^2)-(Y^2)) -------------------------------- try these combinations: alien: CR: 0.2 detail: 90 Z: 12 warped black hole: CR: 0.2 detail: 100 Z: 5 spiral galaxy: CR: 0.29 detail: 100 Z: 5 the coolest thing you've ever thing CR: 0.29 detail: 100 Z: 2 --------------------------------------------------------------------
