Mandelbulb Explorer
dark_mode
photo_camera Save Image
grain Cosmic Particles
help Help
speed High Performance Mode
v1.2.0
Made with ♥ using WebGL
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Presets
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insights
Fractal Properties
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Power ? Controls the exponential power in the Mandelbulb formula. Changing this creates vastly different fractal shapes.
8.0
Iterations ? Controls the number of formula iterations. Higher values create more detailed fractals but reduce performance.
9
Bailout ? Determines when a point is considered to escape to infinity. Affects the shape's boundaries.
2.0
auto_fix_high
Rendering
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Quality ? Controls the rendering resolution. Lower values improve performance but reduce image quality.
1.0
Detail Level ? Controls surface detail precision. Lower values show more detail but may cause artifacts.
0.001
Ray Steps ? Maximum number of steps in ray marching. Higher values improve accuracy but reduce performance.
100
light_mode
Lighting
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Ambient Light
0.2
Diffuse Light
0.7
Specular Highlight
0.3
Shininess
30
Fog Density
0.15
palette
Color
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Color Scale
0.5
Color Cycles
3.0
camera
Camera
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restart_alt Reset Camera Position
Rotation Speed
1.0
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Instructions
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Navigation Controls
Left Click + Drag
Rotate the view around the fractal
Right Click + Drag
Pan the view
Mouse Wheel
Zoom in and out
Keyboard Shortcuts
H
Toggle help panel
R
Reset camera position
S
Save screenshot
Space
Toggle auto-rotation
+ / -
Increase/decrease detail level
Tips
  • Start with the "Performance" preset if you experience low frame rates.
  • Decreasing the "Quality" slider greatly improves performance.
  • Try different Power values (4-12) for dramatically different fractal shapes.
  • For the most details, increase Iterations while decreasing Epsilon.
  • Use the "Save Image" button to capture your creations.
What is a Mandelbulb?

The Mandelbulb is a three-dimensional analogue of the Mandelbrot set, constructed using spherical coordinates. It was discovered by Daniel White and Paul Nylander in 2009. The explorer allows you to visualize and navigate this complex mathematical object in real-time using your browser's WebGL capabilities.

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