Image:Julia set (Rev formula 04).gif

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Julia set, a fractal. Here created using the revesed formula in a itearted function system.

Formula used:

z_{n+1} = \sqrt{z_n - c}

One of the two roots are selected from some kind of function system and then after a number of pre-iterations (10-20) the position of Z is constantly plotted after each iteration. The method is wery much like the "random game" IFS method.

See also:



Image: User:Solkoll.
Public domain This image has been released into the public domain by its author, Solkoll. This applies worldwide.

In some countries this may not be legally possible; if so:
Solkoll grants anyone the right to use this work for any purpose, without any conditions, unless such conditions are required by law.


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More fractals from my tools:

All fractals are from self-written tools - linear IFS images from my: "2D IFS Studio", non-linear (rev Julia) from "3D RJIFS", (that also writes 2D rev Julias), escape time Z² fractals from "Julia dream", the rest are from small "hacks".

See also: Solkoll & Solkoll 3D


File history

Click on a date/time to view the file as it appeared at that time.

Date/TimeDimensionsUserComment
current14:24, 5 April 2005764×456 (31 KB)Solkoll (New version, new (deeper) coordinate, better method for selecting roots used.)
13:43, 4 April 2005800×468 (48 KB)Solkoll ('''Julia set''', a fractal. Here created using the revesed formula in a itearted function system. Formula used: :<math>z_{n+1} = \sqrt{z_n - c}</math> One of the two roots are selected from some kind of function system and then after a number of)
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