Chaotic motion of a magnetic pendulum under the influence of gravity and 3 magnets •The colors indicate which magnet (red, green or blue) the pendulum ultimately ends up atpic.twitter.com/JXPTNyIDD9
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The magnetic pendulum: birds-eye view The coloring indicates which of the 3 magnets (red, green or blue) the pendulum ultimately came to rest at .. this image took about 5 hours to renderpic.twitter.com/C57aDaAp6Y
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Higher quality version here:https://www.youtube.com/watch?v=_XB6LEvlQFs&feature=youtu.be …
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This animation was inspired by the great Paul Nylander, who has many amazing animations on his website. http://www.bugman123.com/Fractals/index.html …
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This animation was a couple months in the making off & on to get it just right. So if you find this (or other) source code useful or just want to support my work in general, consider becoming a $1 Patron.https://www.patreon.com/inertialobserver …
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What does black encode?
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i'm not sure .. i didn't map anything to black which spot are you referring to?
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Is the diffraction near the edges real, or a numerical effect from the solver?
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almost certainly a numerical effect
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How do you create all of these?
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time & math
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