DPGraph: Dynamic Photorealistic 3D Graphing Software for Math and Physics Visualization

"Quality: Excellent. Value: Excellent." ... "DPGraph is one of the most exciting Windows-PC programs I've ever seen for creating beautiful, even stunning, mathematical graphics.", Dr. Michael W. Ecker, Recreational & Educational Computing, and DPGraph runs under Wine on Linux, or under SoftWindows or Virtual PC on the Mac.

DPGraph: Dynamic Photorealistic 3D Graphing Software
for Math and Physics Visualization

I (Dave Parker) will probably not be updating DPGraph for the foreseeable future. DPGraph is now freeware. Download it by clicking on "Free Full Version" in the top menu.

I'm currently working on some exciting physics that I call quantum electrogravity (QEG). QEG quantizes gravity and puts our universe inside a spinning black hole which is inside an infinitely nested holoverse of spinning black holes. Fun stuff! Check out pgu.org for more info.

DPGraph: the world's most powerful software for math and physics visualization. Create beautiful, interactive, dynamic, photorealistic 2D, 3D, 4D, 5D, 6D, 7D and 8D graphs. So easy to use that even junior high and senior high students have had their graphs published. Includes hundreds of examples contributed by users from around the world.

Over two million mathematicians, physicists, teachers and students at over 1,000 colleges, universities and K-12 schools worldwide are already licensed.

Optimized for the internet -- search for DPGraph using your favorite search engine to find ways that people are using DPGraph for both classroom and distance learning. Used for pre-algebra, geometry, trigonometry and general physics, through multivariable calculus, field theory, quantum mechanics and gravitation.

Use time and color as extra dimensions (to create motion or encode momentum, for example). Use the scrollbar to vary parameters in realtime, to slice through graphs, or to vary transparency. Programmed entirely in assembly language for maximum speed.

Graph functions, equations, conic sections, planes, spheres, toruses, parametric curves and surfaces, implicit equalities and inequalities, volume intersections, volumes of integration, vector fields, surfaces of revolution, equipotential surfaces, and much more, in rectangular, polar, cylindrical, or spherical coordinates.

"You'll be dazzled ...", ZDNet