For comparision:
Sergey Khashin |
Fast Mandelbrot set with infinite resolution (this page),
July 9, 2011 | On a standard home PC java computes a single picture with arbitary high resolution for some seconds. My program computes similar or the same series of pictures to those computed by others scientists about 1000 times faster! Proper benchmarking will appear hopefully soon. This significant accelation is obtained due to purely mathematical improvements of the existing algorithms. |
Orson Wang |
Fractal Journey ,
April 30, 2011 A visual exploration of fractal geometry, Outtake: Mandelbrot Ultra Zoom. | "All images were lovingly rendered by 12 CPU cores running 24/7 for 6 months" |
David Madore | Mandelbrot set images and videos My program uses the GMP library for arbitrary precision floats. | "I distributed computation on a pool of 30ish dual-core PC's, which ran for about one night to produce these videos." |
Click on some place of the picture to get a doubling of its
scale with the center at the selected point. The number printed above the image indicates the current square size in the complex plane. |
Нажав мышкой в некоторое место картинки, мы получим удвоение ее
масштаба с центром в выбранной точке. Число над изображением означает текущий размер квадрата на комплексной плоскости. |