Shah-i-Zinda, Samarkand, Uzbekistan.
“The Shah-i-Zinda Ensemble includes mausoleums and other ritual buildings of 11th–15th and 19th centuries. ...meaning "The living king" … The Shah-i-Zinda complex was formed over eight (from the 11th until the 19th) centuries and now includes more than twenty buildings.” https://en.wikipedia.org/wiki/Shah-i-Zinda
I've been fumbling around with #openprocessing #logics and #colours and made two sketches demonstrating something like logical combination of colours, applying logical operations to the r, g, b values of the colours to be "mixed". I know this is completely useless but it was a funny prgramming exercise...
You can see (and test) the results in the two sketches
Colour VenDetta:
https://openprocessing.org/sketch/2634928
and Colour VennDango:
My audio visualizer Gravity Pull now works on #mobile
Hexagonal tiling with stars, squares and assymmetric kites for #TilingTuesday
maybe ðere's a reason pentagonal dungeon crawlers haven't been invented yet
Tessellation with cairo pentagons and hexagons (regular and lengthened). All pentagons have the same shape, the ones joining as in cairo tessellations have different colour than the ones which not.
#tilingtuesday #tiling #Mathematics #Mathart
@imigueldiaz Haha, yeah, if your brain isn't an #Oscilloscope and the hospital refuses to lend you one of their heart monitors for visualising #OscilloscopeMusic , then it is indeed hard to hear the hidden #OscilloscopeArt , hehehe.
But there is always YouTube to the rescue.
#JerobeamFenderson isn't the only one doing this type of #MathArt, I highly recommend doing an 'oscilloscope music' search on YouTube for similar artists, you won't be disappointed.
Floor tiles, Imperial Citadel of Thăng Long, Hanoi, Vietnam
#Tiling #TilingTuesday #Pattern #Geometry #MathArt #MathsArt #photography
And now a proper video of my Audio Visualizer: Gravity Pull made in #WebGPU with my POINTS library
A design with roots in a question at math.stackexchange, and not unrelated to the "Anemone" jewelry design.
https://math.stackexchange.com/questions/4358367
https://diffgeom.com/products/abstract-peony-wall-art-poster
https://diffgeom.com/products/anemone-7-2-pendant-golden
I haven't raytraced anything since last October.. and I've been meaning to take POV-Ray for a spin at last. Then came @curved_ruler's recent posts about Li Dequan's strange attractor, and I knew exactly where to begin :) #MathArt
The recent stipplings and partitionings reminded me of this demo from about 2 years ago. In short, it's a Hilbert curve where the iteration level varies by the colour value. I wanted to make some small changes, but I ended up rewriting it completely. The shader approach seemed needlessly heavy and redundant for something that works more naturally on a CPU. But mostly it was just a fun exercise in looking at the same problem from a different angle.
The first picture shows the original idea. With the new idea, I wanted to get rid of the slanted lines; the result doesn't feel any better to me, but I guess it's interesting in its own way.
I tried to model these origami as transformation between cube and octahedron in Geogebra, but ended up with this instead
#MathArt #geometry #animation #loop #geogebra #tetrahedron #3d
Maximal Distance Coloring in a Pinwheel Maze
Happy birthday to #mathematician Felix Klein (1849-1925). This is a hand-carved and hand-printed image of the famous mathematical object, the Klein bottle, printed in a gradient of pale yellow-green to darker blue-green on paper 8” by 8” (20.3 cm by 20.3 cm). First described by mathematician Felix Klein in 1882, this object has a single surface, rather like a 3D version of a Möbius strip.
#linocut #sciart #printmaking #mathart #FelixKlein #histstm #mathematics #maths #reliefPrint #MastoArt