![]() ![]() "Polynomic power 2", "FoldingIntPower2", "Smooth Mandelbox" and "Tglad's formula" are great places to start, while "Generalized Mandelbox Fold" manages to create Borg cube-type designs entirely mathematically. Click the View tab and you're able to manipulate this in 3D space: the left-hand buttons rotate the fractal the right-hand buttons move your viewpoint "Forward" zooms in "Back" zooms out, and "Reset view" returns to the starting point.Ĭlick the "Fractal" tab and choose a new "Fractal formula type" to produce different images. Just clicking "Render" gets the process started, with Mandelbulber using its default settings to produce your first fractal. But don't let that put you off: most of the options can be ignored, at least initially, and you can create some great images with very little effort. It moves beyond the usual abstract 2D images to produce amazing 3D fractals, with complex shading, ray-tracing, full lighting control, high resolution support (you can create images larger than 16,000 x 16,000 pixels), even the ability to create custom animations where the camera flies around and into your chosen view.Īll this configurability does make for a complex interface, with more than 200 settings and controls spread across multiple tabs. ![]() Mandelbulber is a fractal program with a difference. ![]()
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