Mandelbulb v2 keyframes test @xlace

Uploaded June 2015 | Updated September 2026, 1 hour ago

It's testing animation rendered with Mandelbulber v2
The code for keyframe animation feature is almost finished. Now is the time for heavy testing.
What is different in animations in compare with Mandelbulber v1:
- possible to animate ALL parameters, even colors, booleans and integers
- possible to change interpolation type for all animated parameters
- available Akima interpolation
- much better camera animation (camera - target system)
- possible to edit animated parameters in the table view
- possible to modify selected parameter for selected range of keyframes
- added build-in animation player

$Mandelbrot fractal zoom 6$ $IFS stereo Stereoscopic animation with IFS fractal rendered using Mandelbulber program. This is a test of stereo rendering which will be available soon in Mandelbulber 2.09$ $Mandelbulb Power 2 This is a fractal animation rendered using Mandelbulber-OpenCL 1.19 http://www.mandelbulber.com better quality video is here: https://vimeo.com/83147653 I found that there are no animations with this type of fractal, so I decided to render it. It is difficult to render because needs very short raymarching steps. It renders very slow even on GPU. I think it was worth to render it, because Mandelbulb Power 2 has some very interesting areas. Music from YouTube AudioSwap: Beautiful Imperfections - Gareth Johnson © Copyright 2013 by Krzysztof Marczak My image gallery: http://krzysztofmarczak.deviantart.com please also visit www.fractalforums.com Parteon: https://www.patreon.com/krzysztofmarczak Enjoy watching!$ $Mandelbox Fractal Trip 2 Animation was rendered using Mandelbulber 0.97 http://sites.google.com/site/mandelbulber/ Video postprocesig was made using Adobe Premier Elements 4 Music played on Yamaha DGX 200 Mandelbox reference: http://www.fractalforums.com/3d-fractal-generation/amazing-fractal/ Animation and music created by Krzysztof Marczak Parteon: https://www.patreon.com/krzysztofmarczak Copyright © 2010$

Mandelbulber tutorial part 1 - Configuration

$Mandelbulber v2 OpenCL fast engine 4K test This the trial of rendering flight animation using Mandelbulber v2 with partially implemented OpenCL rendering engine. There reason of this test was to check stability of application during long rendering and how rendering behaves when camera is very close to the surface. Because OpenCL kernel code runs using only single precision floating point numbers, its not possible to do deep zooms of 3D fractals. To render this animation in 4K resolutiuon it took only 9 hours on nVidia GTX 1050. https://www.patreon.com/krzysztofmarczak$ $Mandelbrot 3D fractal - rotated view$