Triangles and tiles... and flow field
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Still with my triangles and grids
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@jplebreton Is the new term "algorithmic art"?
Here are some of my experiments:
Another work in progress image.
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@bnut BAH! The sticky edges were due entirely to a bug in my projection code. The box size is just slightly less than 1 so that it fits in my collision detection grid and when projecting z, I failed also to project x and y. Now they no longer stick which leaves the cube edges somewhat less visible.
Here's a changing projection shape.
#AlgorithmicArt #CreativeCoding #simulation #swarming #ALife
#Processing #glsl #shaders
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@bnut Flocks on a box
I let the simulation run for several minutes before recording. The edges do appear to be a bit sticky causing the flocks have a bias to moving parallel to them, but particles are only briefly trapped there before being pulled away.
#AlgorithmicArt #CreativeCoding #simulation #swarming #ALife
#Processing #glsl #shaders
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@bnut Swarms on a seam
The particles try to move in 3-D, but then their position is constrained so that z = abs(x).
Still seems to work with this particular set of forces, though it's not all that easy to see in this low-res, short animation.
#AlgorithmicArt #CreativeCoding #simulation #swarming #ALife
#Processing #glsl #shaders
Playing with text as texture. Text as pixels almost.
Continued thread
Still on this series.
New article on my website: Euclidean constructive geometry
#programming #algorithmicart #cprogramming #geometry #euclide #mathematics
https://baillehachepascal.dev/2025/euclide_constructive_geometry.php
Physarum / ant simulation.
interactive tutorial:
https://denizbicer.com/202408-UnderstandingPhysarum.html
more incl img src
https://cargocollective.com/sagejenson/physarum
h/t @gorillasun
Playing with hatching and line index
#algorithmicArt
Algorithmic doodle of the weekend.
I've made a little tool to code Euclide constructive geometry. It processes a description of the geometry as a text file and plot the result. To test it, I've designed this cherry tree flower in the style of Japanese kamon. Made of 240 points, 155 segments, 155 circles, but the script is only 100 lines thanks to a subroutine system.
Variationes circa triangula
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