More pages of beautiful math art thumbnails: Newest 13 12 11 10 9 8 7 6 5 4 3 2 Oldest
DPG files: Alphabetically by contributor | Alphabetically by title of graph

"Lollipop" by Michael Parker.

"Methane Molecule" by Ludvig Strigeus.

"Double Helix" by David Parker.

"Cuboctahedron" by Rod Rodrigues.

"Drink" by Daniel Bentham.

"Butterfly" (movie) by Jerry Thornhill.

"Spheres Tangent to Planes" by Staffan Björkenstam.

"Sphere Tangent To Planes" by Staffan Björkenstam. Use the Scrollbar to vary A, B, C, and D.

"Animated Plane 5" (movie) by Dan Simanski. This is a movie of a plane slicing a different surface.

"Tyrex" by Rainer Wonisch. Very high resolution; might take a few seconds to generate.

"Elliptical Orbit" (movie) by Hassan Sedaghat. Use the Scrollbar to vary A, B, and C.

"X Component of the Quadrupole Electric Field in the Z Plane" (movie) by Сергей Бирюков (Sergei Biryukov).

"Airplane" by Staffan Björkenstam. This graph illustrates the Doppler effect. Use the scrollbar to vary A (time) and B (Mach speed). From inside DPGraph, click on Edit for more information.

"Surreal Sphere to Sphere" by Lennart Agborn. Use the Scrollbar to vary A. The graph initially comes up blank; you must vary A to see it.

"x + y + z + xyz = 0" by Marijke van Gans. The Lorentz/Einstein composition of two velocities creates this graph that hogs six edges of a cube. From inside DPGraph, click on Edit for more information.

"Animated Plane 1" (movie) by Rod Rodrigues. This graph shows how to use Time to create a movie of a plane slicing a surface.

"X Component of the Quadrupole Electric Field in the Z Plane" by Сергей Бирюков (Sergei Biryukov). Use the Scrollbar to vary A.

"Rotating Transparent Plane" by Rod Rodrigues. Use the Scrollbar to vary A and rotate the plane. Transparency makes it easier to see how the plane intersects the surface.