![These are the first 9 approximations of the Hilbert Curve. This continuous, nowhere differentiable, onto curve maps the interval [0,1] into the unit square: [0,1]x[0,1]. In fact in can be generalized to fill any n-dimensional hypercube. If I get a 3D version working I will be sure to post it.](http://25.media.tumblr.com/tumblr_lv3qw2JfpG1qlc2l8o1_400.gif)
These are the first 9 approximations of the Hilbert Curve. This continuous, nowhere differentiable, onto curve maps the interval [0,1] into the unit square: [0,1]x[0,1]. In fact in can be generalized to fill any n-dimensional hypercube. If I get a 3D version working I will be sure to post it.
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2779th said:
i lovve this it is so nice and it is great because you made it and it is colorful and now you know how to make gifs you so smart
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portfoliage said:
THIS IS SO MUCH PRETTIER
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2779th liked this
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ipiphi posted this
