KaliRotReflect Juila + Circle Invert

[Roquen]

[alij]

Lovely image
I like the way the colour bleeds out around the edges 

[Dinkydau]

Nice, there's a lot going on there with light, fog and electricity.

[Pauldelbrot]

What's the formula for this, exactly?

[Roquen]

This image is just a couple of lines of code added to the fragmentarium example...so if it looks nice I can't claim much credit.

Standard kaliset, except components swapped (rotation + reflection) prior to the inversion:

(x,y) (|y|,|x|) instead of (x,y) (|x|,|y|)

In m-set mode it looks now like this: http://roquendm.deviantart.com/art/RotReflectKaliSet-m-set-mode-403028570

the rest is 'c' is transformed by T prior to iteration:

c = T(p,o,r) =

where 'p' is the julia point, o = center of circle and r is the circle's radius.  This image is:

T((.5,1.724), (0,0), 1)

Shoved up couple more, but I'm obviously liking circles today...they look pretty similar:
http://roquendm.deviantart.com/art/RotReflectKali-Julia-I-403028578
http://roquendm.deviantart.com/art/RotReflectKali-Julia-II-403028565

[Pauldelbrot]

Nice. Got a fragmentarium formula file or similar that others can use to explore this?

[Roquen]

Your wish is my command.

[Pauldelbrot]

Thanks. I'll check it out sometime soon.

[Nahee_Enterprises]

    http://s824.photobucket.com/user/RoquenDM/media/KaliSetMashup_zps73f47bce.jpg.html

Interesting image!!!   Thanks for the .FRAG file.     
 

[Roquen]

This one is simple, but I find the structure interesting.  There seems to be binary splitting almost everywhere.

http://roquendm.deviantart.com/art/RotReflectKali-Julia-IV-404244106

Code:

#preset E4
Center = 0.246775,-1.72005
Zoom = 0.0362903
Iterations = 62
PreIterations = 1
Julia = true
EscapeSize = 5
MinRadius = 0
Scaling = -15
Invert = false
InvertC = 0,0
JuliaC = 1.5448,-0.0814
#endpreset

[Nahee_Enterprises]

    This one is simple, but I find the structure interesting.   There seems to be binary splitting almost everywhere.
            http://roquendm.deviantart.com/art/RotReflectKali-Julia-IV-404244106

I like this image much better than the one you started the topic off with!!!     
 

[Roquen]

Thanks.  I forgot to mention...the pattern is more obvious if crank the iterations down to one and step them up.