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MakinMagic's avatar

Pure Julia IFS

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Created using Ultra Fractal.
A 4 transform IFS, all 4 transforms are non-linear, each based on a*z^2+b*z+c.
I just uploaded an update to mmf4.ufm:Escape-time IFS to the UF formula database.
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boot-cheese-3000's avatar
a julia fractal mandala.
lyc's avatar
great stuff dave :D are you building up a class library of bounded-functions?
MakinMagic's avatar
Thanks.
Er, no, not as such. I haven't started conversion of my IFS formulas to UF's new class based method.
After re-reading the thread on FF about getting a "true 3D" Mandelbrot with "buds" I suddenly thought that maybe a way to get nice "buds" in 3D would be to use quaternionic Julia Sets in an IFS and so added a small change to the 2D formula mmf4.ufm:Escape-time IFS to allow a*z^p+c*x+b in addition to a*z^p+b to give more options when trying the idea in 2D.
I realise that's not a "Mandelbrot" as such...
In fact in 3D it would probably result in renders similar to Indra's Pearls.
lyc's avatar
agreed, it's prudent to not insist on replicating expected results at the cost of producing amazing new results :D