Stereoscopic Mandelbox 360 degree VR @xlace

Uploaded December 2016 | Updated September 2026, 1 hour ago

The animation was rendered using Mandelbulber 2.09-3

This is animation of traveling through Mandelbox fractal (known also as Amazing Box)

It's interactive (virtual reality) animation so you can rotate the view using mouse (when played on PC) or by rotating mobile device.

If you enable 3D effect then you can enjoy being inside the fractal. This will work with 3D television set, or red-cyan 3D glasses. You can use Google Cardboard with your mobile phone.

Animation by Krzysztof Marczak
Music by Stephen Sink (youtube.com/user/paigan0)

patreon.com/krzysztofmarczak
Mandelbulber project: github.com/buddhi1980/mandelbulber2

technical details:
- resolution: 4096 x 4096 (2 x Ultra HD)
- rendering time: 30 days on two PCs with Intel i7 and i5 (used NetRender)
- original bitrate 80Mb/s, format x264

$Stereoscopic Mandelbox 360 degree VR The animation was rendered using Mandelbulber 2.09-3 This is animation of traveling through Mandelbox fractal (known also as Amazing Box) Its interactive (virtual reality) animation so you can rotate the view using mouse (when played on PC) or by rotating mobile device. If you enable 3D effect then you can enjoy being inside the fractal. This will work with 3D television set, or red-cyan 3D glasses. You can use Google Cardboard with your mobile phone. Animation by Krzysztof Marczak Music by Stephen Sink (https://www.youtube.com/user/paigan0) https://www.patreon.com/krzysztofmarczak Mandelbulber project: https://github.com/buddhi1980/mandelbulber2 technical details: - resolution: 4096 x 4096 (2 x Ultra HD) - rendering time: 30 days on two PCs with Intel i7 and i5 (used NetRender) - original bitrate 80Mb/s, format x264$

Mandelbulber tutorial part 6 - Material editor - shading

$Julia Morph 3D - Hypercomplex - Quaternionic - Trigonometric Morphing between Four types of Julia fractal formulas: 1. Hypercomplex formula proposed by David Makin: http://www.fractalforums.com/3d-fractal-generation/true-3d-mandlebrot-type-fractal/56/ (post #56) 2. Quatenionic formula 3. Hypercomplex formula proposed by David Makin: http://www.fractalforums.com/images-showcase-%28rate-my-fractal%29/%27real%27-3d-mandelbrot-attempt/ (post #7) 4. Trigonometric formula proposed by Daniel White http://www.fractalforums.com/3d-fractal-generation/true-3d-mandlebrot-type-fractal/ (post #10) © Copyright by Krzysztof Marczak$ $Fractal animation driven by sound This animation was rendered using upcoming Mandelbulber 2.10. Fractal shape is changing together with music. Amplitude of different frequency bands controls different fractals parameters and light. Music: Stephen Sink - Monks (https://www.youtube.com/channel/UC-RDlNOPtZa5nEz0hN49_Qg) In the new version of program there is possible to assign different audio track to each animated parameter. In each audio track there can be selected frequency of interest (with help of frequency spectrum chart). Animation generated by sound can be mixed with keyframe animation. https://www.patreon.com/krzysztofmarczak$

$Flight through hybrid fractal 2$

$Orbit traps 3D fractal Animation rendered using Mandelbulber 2.05 Purpose to do this animation was to test new keyframe engine and NetRender feature in Mandelbulber program. It was rendered in headless mode using two Linux machines (headless feature is in development). During rendering of this animation I have found and fixed several bugs in the software. Parteon: https://www.patreon.com/krzysztofmarczak$ $Mandelbulb close up This is my first animation rendered using Distance Estimation algorithm. DE threshold is dynamically changed for each pixel according to perspective factor and zoom ratio. This is z^6 + c type fractal © Copyright by Krzysztof Marczak$