I've been playing around with writing my own computer program for making Fractal Images. The images below are not a portfoilo but more of a display of the evolution of my program Email Me and let me know what you think: Here |
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This is what I call my short grey palette. In some places it gives a stark 3D shadowing effect.3 |
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The images above were all created from the standard Mandelbrot equation. This image was created when I modified the initial Zr value for the start of each interation set from 0 to 0.3 with the coloring based on breakout value. 11 |
This image is the same view as the one above but with the coloring based on angle of the breakout value and a different color palette. 12 |
This is a zoom in on the middle of the above image.13 |
This is the same as the ones above using angle coloring with my short grey palette. 14 |
This is the same view as the second image at the top using angle coloring and my short grey palette. 15 |
The next 7 images are all the same full Mandelbrot image as shown in the first image. Each is rendered using breakout angle with different palettes. 16 |
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This was my first attempt to make a Kaleidoscope effect using the image above and folding it on itself to make 4 mirrow images. 23 |
These last three are hot off the press. I made these yesterday when I used the breakout and the breakout-1 Zr and Zi values to calculate the angle. 24 |
These are zoom in's near the center upper left of the image above.25 |
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This is a zoom in on the center of the image above. Notice the very small dark dot in the center. 50 |
This is another zoom in on the center of the image above. Notice that dot again. 51 |
Notice the small purpleish star looking spot off center in the image above, this image is a zoom in on that spot. All of this zooming is like a microscope. The deeper you look the more detail comes out. 52 |
Here it is full size 53 |
When I started looking at my
fractals I found that I didn't like 'Black Holes" and figured there had to be something more inside. This image reveals what is inside the center of the images above. I believe this is the essence of the word Fractal. If you take the first image, the original Mendelbrot as being the size of 1 (or 100%). Then the central image here is 10 to the minus 14. In this image I used a palet with 3.6 Million possible colors. 54 |
Here is the same image in a totally different color palette. 55 |
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3600 colors 57 |
36,000 colors58/font> |