Kimi Takemura
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q1 2024
studies in l-systems / tree growthsoftware used: houdini fx
notes: Ability to grow and control amount of branches via code. some parmeters include amount of splits, lenght of each section, degree of rotation from spawn point. Noise functions can also be added to randomize the parameters.
example of code used for l-system growth: X = ~(10)";F/[+FX]/[-FX]
notes: Ability to grow and control amount of branches via code. some parmeters include amount of splits, lenght of each section, degree of rotation from spawn point. Noise functions can also be added to randomize the parameters.
example of code used for l-system growth: X = ~(10)";F/[+FX]/[-FX]
illustrations
blurb text
blurb text
l-systems usage
software used: houdini fx, maxon redshift, adobe illustrator
notes: these modular trees could be used in artistic compositions, or also flattened and exported into flat 2D svgs, using a python node in houdini. Further cleanup happens within illustrator, to compress the vector graphics into a usable file size.
software used: houdini fx, maxon redshift, adobe illustrator
notes: these modular trees could be used in artistic compositions, or also flattened and exported into flat 2D svgs, using a python node in houdini. Further cleanup happens within illustrator, to compress the vector graphics into a usable file size.
A flower petal repeated onto points at a radial angle of 137.5, the golden ratio.
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