Not #polygonSquiggles or #wedgeSquiggles this time. But nevertheless it is a squiggle drawing.
#mathart #mathsart #crescentsquiggles #rhombus #symmetry #rhombusWorms
#rhombusworms #symmetry #rhombus #crescentSquiggles #mathsart #mathart #wedgeSquiggles #polygonSquiggles
Posted 3 years ago on Twitter.
Can you tell how these pictures differ?
How do the differences affect how they are perceived by the viewer?
#symmetry #rhombus #rhombusworms #mathsart #mathart
An 8-fold pattern using the same basic idea, but with 2π/24-#rhombusworms instead.
#symmetry #rhombuses #mathsart #mathart #rhombusworms
More squiggle art.
This one involves #crescentSquiggles, which I got by finding a way to apply my squiggle algorithm (https://mathstodon.xyz/@HypercubicPeg/108315553189253657 ) to #rhombusWorms.
It is a variation on the piece “Deception in the Shadows” which was shown at Bridges a few years ago.
#BridgesMathArt #symmetry #mathsart #mathart #rhombusworms #crescentSquiggles
Something that I did last year out of 2π/60-#rhombusworms
#rhombuses #symmetry #mathsart #mathart #rhombusworms
Clips from the rhombusworm video.
The first shows equilateral (but not necessarily equiangular) polygons rotating to form n-fold rhombus rosettes. In particular, if n is even, then they can be generated by rotating regular n-gons around a point, but if n is odd, it can work with somewhat squished (n+1)-gons formed by merging two equilateral n-gons in a particular way.
The second shows rhombusworms rotating to form the same rosettes.
#regularPolygons #rhombusRosette #polygons #rhombusworms