I just like zooming on the Mandelbrot set and watching videos that do the same thing. Used to make Mandelbrowser (a free mobile fractal zoom app) to make fractal zooms, but now I use Kalles Fraktaler (a windows fractal zoom application) to make these fractal zooms.
Will do, but I sometimes do deep zooms that are computationally expensive. And those take like days to render. So, in order to save time, I have to lower the resolution so that it takes less time. But I will do high resolution zooms soon.
@@ilovefractals1729 Does the calculation become more expensive as the zoom increases, or are there simply an astronomical number of frames to calculate, or both? Thanks 😆
A Julia morph is the principle of creating Julia sets from Julia sets. So if you have a Julia set, and you deform the image relative to it (i.e. zoom into it in the Mandelbrot), you get a Julia-Julia set out of it.
@@CarlTheRU-vidr10kquestion: where'd u get the banner from? I watched a video of it a while ago and I want to see it again, but i dont know the title. I know that ur banner is in the video.
I own an acer laptop. It's not bad, it can make zooms up to e1000, and other stuff. This isn't the deepest zoom by the way, there are other zooms that go beyond e1000 like this link: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-4CYSGkytD5I.html
@@Yilmaz4 1 second, or maybe 5 minutes depending on the location. This is because I'm using Kalles Fraktaler, a Windows application that allows you to zoom into fractals like the Mandelbrot set. The limit for this application is e600 as images start to load slower if you don't have ldbl64.
@@ilovefractals1729 i recently started creating my own app for rendering videos like these, and it takes it more than 20 minutes to render a single frame at e6 iterations when there's a minibrot in the frame 😭downsides of python i guess lol anyways thx for answering
