Reversed formula Julia set, a fractal. Formula used: z n + 1 = z n − c {\displaystyle z_{n+1}={\sqrt {z_{n}-c}}} C = 0.4 , 0.3 i {\displaystyle C=0.4...
Image:Julia set (Rev formula 03).jpg Image:Julia set (Rev formula 04).gif Image:Reversed Julia set C = ( 0.4 0.3 ).gif Image:Sierpinski square.jpg Image:Sierpinski...
Julia set, a fractal. Here created using the reversed formula in an iterated function system. Formula used: z n + 1 = z n − c {\displaystyle z_{n+1}={\sqrt...
Julia set, a fractal. C = [0.285, 0.01]. From a self-written tool I named "Julia dream", (after the Pink Floyd tune carrying the same title). See also:...
Julia set, a 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...
Julia set, a fractal. Here created using the reversed formula in an iterated function system. Formula used: z n + 1 = z n − c {\displaystyle z_{n+1}={\sqrt...
Julia set, a fractal. Here created using the revesed formula in an itearted function system. Formula used: z n + 1 = z n − c {\displaystyle z_{n+1}={\sqrt...
Julia set, a fractal. Here created using the revesed formula in an itearted function system. Formula used: z n + 1 = z n − c {\displaystyle z_{n+1}={\sqrt...
Julia set, a fractal. C = [0.285, 0.013]. A good name for this image is "The praying mantis galaxy". From a self-written tool I named "Julia dream", (after...
Julia set, a fractal. From a self-written tool I named "Julia dream", (after the Pink Floyd tune carrying the same title). Coordinate used: C = [- 0.038088...
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