Procgen line art to plot on an AxiDraw.
This repo is kind of a mess; neither the source nor the output is intended for public consumption. The code is stream-of-conciousness, and is primarily here as a backup.
Every 7x7 crossword grid with the following constraints:
- "American" style with black squares (not bars)
- At least one black square
- All entries are at least 3 letters long
- 180 degree rotational symmetry
This piece was never fully plotted on the AxiDraw; it has way too many line segments.
300 randomly sampled points visualized 3 ways. Points sampled with Poisson-disc sampling.
The original idea was that I could come up with new ways of visualizing these points over time, and cycle through which 3 panels I used.
My favorites are #1, #2, #4, displayed in that order (left-to-right).
Points connected with both their minimum-spanning tree as well as their Steiner tree.
Voronoi diagram of the source points.
The cells of the Voronoi diagram are 4-colored with the following four styles:
- Blank
- Polygon outline of Voronoi ridge verticies
- Star polygon ({n/2}) of Voronoi ridge verticies
- Line segments connecting each point to all of its Voronoi ridge veritices
$ python three_views.py -N 300 -p 1 -H 12 -W 8.5 -R 32 -S -r three_views/1.png -o three_views/1.axi
$ python three_views.py -N 300 -p 2 -H 12 -W 8.5 -R 32 -S -r three_views/2.png -o three_views/2.axi
$ python three_views.py -N 300 -p 4 -H 12 -W 8.5 -R 32 -S -r three_views/4.png -o three_views/4.axi
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