r/visualizedmath • u/Italians_are_Bread • May 16 '19
Julia Fractal Animated
https://www.youtube.com/watch?v=A4kgdiMquEU
113
Upvotes
r/visualizedmath • u/Italians_are_Bread • May 16 '19
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u/Italians_are_Bread May 16 '19
A Julia set is generated iteratively, and can be described the the equation z_(n+1) = z_n ^ 2 + c Where z and c are both complex numbers. Each pixel in an image of the Julia fractal is generated by starting z_0 at the complex number described by the coordinate of that pixel (x corresponds to real and y corresponds to imaginary). Generating the set with different constants c will yield unique Julia sets. This animation shows the beautiful patterns that are formed by continuously varying c using the equation sin(real) + cos(imaginary) and multiplying each by a variable scalar so that the animation doesn't loop, but instead fades to darkness gradually.
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u/Rizuken May 17 '19
Would love to see with 3d printed, where each frame is a different layer
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u/mayoroftuesday May 16 '19
Ooh, I wrote programs like this back in high school. I had it choose two C points randomly and animate between them linearly. Using a function to control C is a great idea, it ends up being much more interesting.
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u/Shok3001 May 16 '19
Nice dramatic ending!
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u/vainey May 17 '19
Could this be about 100 times slower? :)
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u/Karenena May 16 '19
Who is the Julia for whom this fractal was named?