Sketches
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An interactive iteration on Factal Trees 01, to allow for configuration of branching parameters.
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A basic fractal tree, drawn recursively.
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Simulates tree growth with apical meristem cells driving growth at the end of branches, which secrete auxin, a growth inhibitor (shown as pink) which prevents lateral growth for little while.
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Coding Challenge (via Coding Train) to implement L-System (Lindenmayer System) tree generation.
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Models root growth based on 'space colonization' algorithm, where roots grow in spurts in an attempt to secure resources.
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Lorenz attractor sketch, following along the Coding Challenge
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A basic implementation of the 'Marching Squares' algorithm to plot the division line between 0 and 1 values in a 2D-field.
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An iteration of the 'Marching Squares' to do a bit of optimization and add in interpolation.
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An iteration of the 'Marching Squares' to add in multi-level isolines.
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Sketch that generates a maze by randomly walking through a grid of cells, creating walls as it goes.
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Initial sketch that demonstrates the stages of mitosis as a cell divides, inspired by a video on the 'Coding Train' YouTube channel.
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Simple rendering of seven-segment digital display (from old clocks / calculators), as you type, the sketch translates the digit into a series of bits, which in turn activates different segments of the display.
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Basic implementation of an n-body gravity simulation; calculates initial orbital velocity of planets to get things going.
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Added 3D support to the basic solar system sketch simulating gravity of n-bodies.
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Adds image textures to the 3D objects to display images of the planets in our solar system.
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Basic implementation of the classic arcade game, Space Invaders, inspired by the 'Coding Train' YouTube channel.
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A simple flyover an infinitely, autogenerated terrain.
