Fractals. Here a special colour-mapping method was used. See Mandelbrot inside (64 iters B&W).gif for a description of the method. From a self-written...
Mandelbrot set, a fractal. Here it's inside is colourised from a special method named "palette walk". In this example the function uses 64 iterations and...
Mandelbrot set, a fractal. Here it's inside is colourised from a special method named "palette walk". In this example the function uses 64 iterations and...
Image:Lévy's dragon curve (IFS).jpg Image:Mandelbrot inside (64 iters B&W).gif Image:Mandelbrot inside (64 iters colour).gif Image:Menger sponge (2D).jpg...
Comparsion of the functions of the Mandelbrot set and a bifurcation diagram. The function for the Mandelbrot-set is: Zn+1 = Zn2 + C The function for the...
Image:Lévy's dragon curve (IFS).jpg Image:Mandelbrot inside (64 iters B&W).gif Image:Mandelbrot inside (64 iters colour).gif Image:Menger sponge (2D).jpg...
Image:Lévy's dragon curve (IFS).jpg Image:Mandelbrot inside (64 iters B&W).gif Image:Mandelbrot inside (64 iters colour).gif Image:Menger sponge (2D).jpg...
Image:Lévy's dragon curve (IFS).jpg Image:Mandelbrot inside (64 iters B&W).gif Image:Mandelbrot inside (64 iters colour).gif Image:Menger sponge (2D).jpg...
Image:Lévy's dragon curve (IFS).jpg Image:Mandelbrot inside (64 iters B&W).gif Image:Mandelbrot inside (64 iters colour).gif Image:Menger sponge (2D).jpg...
Image:Lévy's dragon curve (IFS).jpg Image:Mandelbrot inside (64 iters B&W).gif Image:Mandelbrot inside (64 iters colour).gif Image:Menger sponge (2D).jpg...
_II.jpg){kind=link}
.gif){kind=link}
.gif){kind=link}
.jpg){kind=link}
.gif){kind=link}
.gif){kind=link}
.jpg){kind=link}
.jpg){kind=link}