Yep, there are infinitely many julia sets composed "entirely" (mathematical rigor pending) of circles. I'd practically forgotten about them, they are pretty cool.
The circley fractal was generated using a sine function, z--> c sin(z). It seems to generate counterparts of (all?) the usual Julia Set images, but with extra repetition and threading.
This one was the counterpart of the conventional Julia Set image for coordinates (0,0) (which normally generates a simple non-fractal circle): http://www.relativitybook.com/CoolStuff/julia_set_alt.html
Yep, there are infinitely many julia sets composed "entirely" (mathematical rigor pending) of circles. I'd practically forgotten about them, they are pretty cool.
ReplyDeletehmm, lotsa circles in the blogspot {spot?} background image...
ReplyDeleteThe circley fractal was generated using a sine function, z--> c sin(z). It seems to generate counterparts of (all?) the usual Julia Set images, but with extra repetition and threading.
ReplyDeleteThis one was the counterpart of the conventional Julia Set image for coordinates (0,0) (which normally generates a simple non-fractal circle):
http://www.relativitybook.com/CoolStuff/julia_set_alt.html