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To watch this video you need “red-cyan anaglyph glasses”: http://en.wikipedia.org/wiki/Anaglyph_image#Viewing This video was made with Mathematica 7. This type of red-cyan anaglyph videos can be useful for display of complex 3D structures. Once the structure is built it takes just a few lines of Mathematica code to render a stereoscopic 3D tour of it. The actual code to produce the visual part is so short that I show it below for instructive purposes. To…
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This video was made with Mathematica 7. The six changing shapes in the video are called attractors. They are graphical forms of a simple mathematical formula attributed to Peter de Jong. At any given moment the way a single attractor looks depends only on four numbers. A slight variation in these numbers can remarkably change the appearance of an attractor. This is why there are so many different shapes and, while the numbers change continuously during…
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This video was made with Mathematica 7. While the camera traces a 3D Lissajous figure it is always pointed at the center where deltic and radial engines perform their cycles. The code for the models of engines and 3D Lissajous trajectory was taken from three different examples at The Wolfram Demonstration project. Here are the links: "3D Lissajous Figures" http://demonstrations.wolfram.com/3DLissajousFigures/ "Deltic Engine" http://demonstrations.wolfram.com/DelticEngine/ "Radial…
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This is an animated stereogram made with Mathematica 7. The image on the left is slightly different form the image on the right. Viewing the video with cross-eyed view method allows gaining greater depth perception. To view the image cross your eyes until four images appear, then allow the images to converge to a set of three, focusing on the centre image. Read more about stereograms here: en.wikipedia.org/wiki/Stereogram . The soundtrack is by “hisboyelroy”…
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This video was created with mathematica 7. It demonstrates how to build a scene with multiple objects and light sources. These two different examples are taken from “Lighting” section of Mathematica 7 Documentation Center. The code can be found in subsections “Applications” and “Neat examples”: http://reference.wolfram.com/mathematica/ref/Lighting.html . Soundtrack "Outside Poolside" by Lasswell is licensed under Creative Commons “Attribution Noncommercial”:…
Mathematica Render
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"MATHEMATICA RENDER" GROUP is a community dedicated to exploring the power of Wolfram Research Mathematica for technical and artistic design of the moving image. The goal is to promote Mathematica examples of dynamic visualizations that can
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