Publisher review:Fractal Explorer - The whole Chaos in a single program. GUI-based program for exploring and studying the most common form of fractals, chaotic systems and fractional dimension systems.
The usage is straightforward. Type "fractal_explorer", and the main window will be opened and the Mandelbrot Set will be drawn. All features are available via menus and buttons. Information is given on the bottom-left corner of the figure, while tips and information will appear on the left side of the figure when user input is required/possible.
For most functions, dialogs will allow introducing user-defined parameters or equations for the calculation. Most dialog contains a button labeled "Cool Params" or "Examples" - this will propose a set of parameters leading to a chaotic behavior (as it is sometimes difficult to find a good parameter set); when only one typical set of parameter is customarily used, it will be given by default the first time the function is called.The features include:
- Logistic Equation
- Real 2D Attractors:
- Henon Attractor
- Pickover System
- Arbitrary Quadratic Map
- Real 3D Attractors
- Lorenz Attractor
- Roessler Attractor
- Limited Quadratic Map
- Complex Maps
- Mandelbrot Set
- Julia Sets
- Arbitrary Polynomial Newton-Raphson
- Attraction Basins
- Barnsley's Tree
- Arbitrary Mandelbrot and Julia-based
- Sets
- Quaternion
- Mandelbrot and Julia Sets
- String Systems
- Lindemayer Systems Single Rule
- Lindenmayer Systems Multiple-Rules
- Plant-like systems:
- Barbsley's Fern
- Fractal Trees
- 3D Systems
- 3D-Multiple-Rules Lindenmayer
- Systems
- Menger Sponge
- FOlded Plans:
- Mesh grids
- Fractals Clouds
- Fractal Landscapes
Fractal Explorer is a Matlab script for Mathematics scripts design by Laurent Cavin.
It runs on following operating system: Windows / Linux / Mac OS / BSD / Solaris.
Operating system:Windows / Linux / Mac OS / BSD / Solaris
Fractal Explorer script details 
