OpenCL rendering test @xlace

Uploaded August 2013 | Updated September 2026, 5 hours ago

This is a trial animation rendered using Mandelbulber with OpenCl engine. I rendered it almost only to test stability of the software. But because the result is quite good I decided to publish this.
Rendering time in 1080p was 9 hours. You will ask why it was so long when it was rendered on GPU. It was long because application is focused on rendering quality. Even the scene was rendered with reflection depth 6. However on CPU it would be rendered in about 15 days!

Parteon: patreon.com/krzysztofmarczak

$To be inside (or outside?) Fractal animation rendered using Mandelbulber 2.32 https://www.patreon.com/krzysztofmarczak http://www.mandelbulber.com/ Music generated using Suno AI #mandelbulber #fractal #cgi$

Exporting 3D mesh from Mandelbulber program

$Mandelbrot fractal zoom$ $Mandelbox Trip - remastered (4K 60FPS) It is remastered version of my 14 years old animation Mandelbox Trip https://www.youtube.com/watch?v=bO9ugnn8DbE When I decided to make a fresh version, I didnt have any of the old files used for this animation. So, I had to recreate the exact shape of the fractal (find the correct parameters) and the animation path. I did this by manually figuring out the camera position and orientation for every 3 seconds of the animation. In the end, I think the new animation matches the old one well. In the past, it took about 10 days to render the animation in Full HD resolution at 30fps. This time, it took only 6 hours for 4K resolution at 60fps. In the past it was rendered using Mandelbulber 1.08. This animation was done in Mandelbulber version 2.32. © 2024 Copyright by Krzysztof Marczak music from Youtube AudioSwap: Crystal Harmony (Ray Kelley Band) Parteon: https://www.patreon.com/krzysztofmarczak$

Inserting keyframes between two existing

Time-lapse - One year in 15 seconds - view from my window

$Fractal parameters animated by sound (test) Test of new feature in Mandelbulber program. Different parameters can be animated by sound envelope and selected frequency bands. Rendered with Mandelbulber 0.85 http://sourceforge.net/projects/mandelbulber/ music: part of Lighttorrent - Sfumato please visit: http://www.fractalforums.com/mandelbulber/$

Mandelbulber tutorial part 4 - creating and assigning materials

$Hypercomplex fractal$