
High-res: 800x800
Mathematica code:
f[x_, y_] := {Log[Sqrt[(x)^2 + (y)^2]], ArcTan[x, y]}
ImageTransformation[
ImageCrop[
DensityPlot[
Sum[Cos[(Cos[n*2*Pi/5] + Sin[n*2*Pi/5])* x + (Cos[n*2*Pi/5] - Sin[n*2*Pi/5])*y],
{n, 0, 4, 1}], {x, -125, 125}, {y, -125, 125},
PlotPoints -> 200, Mesh -> False, Frame -> False,
ColorFunction -> GrayLevel, ImageSize -> 834],
800],
f[#[[1]], #[[2]]] &, DataRange -> {{-Pi, Pi}, {-Pi, Pi}}]
Selected work by Andy Gilmore.
About his work:
A master of color and geometric composition, Andy Gilmore’s work is often characterized as kaleidoscopic and hypnotic, though it could just as well be described as visually acoustic, his often complex arrangements referencing the scales and melodies in music.
More of the awesomeness that is Andy Gilmore.
mathematical sculptures by Zachary Abel
ben:
This map of Massachusetts re-imagines the Commonwealth’s municipal boundaries by identifying Dunkin Donut store locations and implementing the Voronoi theorem to establish borders around them.(via Paste in Place)
(Source: fuckyeahblasphemy)
OKCupid is using the wrong mathematics to match potential dates together. But before I critique them, let me compliment them on what they’re doing right:
- “Our” mutual score is the geometric average of your score of me, and my score of you.
- They low-ball the match % until…
(Source: isomorphismes)
CubismROOM (( by Surrogate Self ))
I replicated the Pendulum previously shown using Cosine parametric functions to drive the animation.
(by rotoscopingintolife)
(Source: christofro)