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Description
A set of fractals based on our binary numeral system.

A plane can be divided into two equal self-similar parts, a binary fractal. This contains two non-trivial solutions, with variations related by logarithmic scaling. The "smooth" (upper) and "stepwise" (lower) variations are closely related, as both can be viewed as binary decision trees.

More info, code, scales and a variation .

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There are no restrictions on use of this image. Claiming to be the originator or owner, explicitly or implicitly, is bad karma . A link (if appropriate), a note to markdow30@gmail.com, and credit are appreciated but not required.

Matlab

Description
A set of fractals based on our binary numeral system.

A plane can be divided into two equal self-similar parts, a binary fractal. This contains two non-trivial solutions, with variations related by logarithmic scaling. The "smooth" (upper) and "stepwise" (lower) variations are closely related, as both can be viewed as binary decision trees.

More info, code, scales and a variation .

----------------------
There are no restrictions on use of this image. Claiming to be the originator or owner, explicitly or implicitly, is bad karma . A link (if appropriate), a note to markdow30@gmail.com, and credit are appreciated but not required.

Matlab