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Post by nl on Jun 15, 2017 1:55:06 GMT
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Post by nl on Jun 15, 2017 2:01:41 GMT
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Post by nl on Jun 15, 2017 2:03:06 GMT
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Post by nl on Jun 15, 2017 2:05:50 GMT
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Post by nl on Jun 15, 2017 2:08:39 GMT
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Post by jinx on Jun 15, 2017 10:14:57 GMT
Thanks for sharing. I love fractals and recursive stuff like the fibbinaci sequence.
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Post by nl on Jun 19, 2017 3:07:41 GMT
I definitely would suggest trying it yourself. Its fun!
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Post by jacques on Jun 19, 2017 9:29:53 GMT
nice images
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Post by nl on Jun 30, 2017 2:30:18 GMT
Man, I used to love fractals when I was young! I remember having a program on my old pc where you could fuck around with different values and it would generate fractals for you. Itd make my computer crash multiple times though, unfortunately. Anyone have something similar to that in mind? Well, theres ifs, chaos game, l-system, julia sets and more. How did they look when they generate and did they have a consistent self affinity?
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Post by nl on Jun 30, 2017 14:23:47 GMT
Oh! Then what you're talking about are called JULIA SETS Julia sets are actually very similar to the picture you shown known as THE MANDELBROT SET The Mandelbrot set is nice and all but personally I think it's more fun when you put a little abs() into the equation and maybe a little logic statements or trigonometry. Merely putting abs() into the mandelbrot set formula generates a fractal known as THE BURNING SHIP FRACTAL
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Post by nl on Jun 30, 2017 23:22:19 GMT
all of the Images I generate are in escape-time, the same program to generate these type of sets
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Post by softest on Jul 10, 2017 22:42:24 GMT
This thread fuckin rules. I'm gonna fractalate some damn fracking fractals!
And then come back and ask for help because I quit outta maths real early in highscool. :0
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Post by jacques on Jul 10, 2017 23:51:31 GMT
I had this gr8 maths teacher in grade 10 who was like made maths actually inspiring and i felt like learning, although I didnt learn anything really
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Post by nl on Jul 11, 2017 16:50:42 GMT
I really don't know exactly how they generate. It's got something to do with testing whether its a square root of a negative number (imaginary) or not (real). I don't get the whole plane it does it on, all the dimensional crap and the whole association of z^2+c thing. In America, high school is mostly just tedious algbra, easy geometry and basic trigonometry and in college they throw nearly all of that out of the window and do derivative and integrals. Also, dropping math is unheard of. You gotta finish one class each year. To make fractals like these: -open chaos pro -go to fractals and click escape-time -open the formulas window -try to find standard mandelbrot (the easiest to work with) - if you find z^power + pixel, theres the thing you'll want to mess with. power is a constant 2. z makes up basically the black area. pixel is kinda the whole map i think?? -like I said use abs(). It makes things interesting.
One thing I'll also mention, Colorcycling. TURN IT ON AND ENJOY.
If you want to zoom far in though, use Kalles Fraktaler 2. Eventually if you zoom in too much in Chaos pro, Everything gets all blocky.
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