Date registered: July 27, 2011
Aug 18 2011
This is another preview of the next version of Fractal Domains. Since I still haven’t implemented saving these fractals as a parameter file (soon, I promise!), I can’t reproduce this. (Actually, I think I can remember how I did this one, so you may see a parameter file for it when Fractal Domains …
Aug 18 2011
This is another preview of the next version of Fractal Domains. Since I still haven’t implemented saving these fractals as a parameter file, I can’t reproduce this. This is a Julia set with the “stalk” option turned on, but I can’t even remember the nature of the function (I should start writing these …
Aug 18 2011
This is another preview of the next version of Fractal Domains. Since I still haven’t implemented saving these fractals as a parameter file, I can’t reproduce this. It’s some sort of Julia set, almost certainly based on a Newton’s method-like formula. Angular decomposition was chosen as the “dwell method” and an even/odd region …
Aug 18 2011
Aug 18 2011
This is another one by my stepdaughter Ronda. (She chose the title, also.) It is a portion of the Mandelbrot Set with the stalk options, and a regions split by dwell value. She had it with “Trap Interior Points” turned off so you could see the Mandelbrot members, and prefers it that way, …
Aug 18 2011
This is a part of a Julia set with a circular orbit trap.
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Aug 18 2011
This is a part of the Mandelbrot set with the “stalks” option turned on. Points with low iteration counts are excluded from the orbit trap test. This removes some large stalks that would have obscured the finer detail.
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Aug 18 2011
This is a Julia set rendered with an orbit trap. The orbit trap is a square, and the trapped points are further subdivided into two regions depending on whether the trapped point is closer to the real or the imaginary axis. In this image, a red and a green gradient are used for …
Aug 18 2011
