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Stereoscopic 3D Macromolecule 1TF6
02:311,409 Plays / 3 Likes / 0 Comments
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…
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Peter de Jong Ephemeral Attractors
04:29862 Plays / 21 Likes / 0 Comments
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…
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01:33490 Plays / 1 Likes / 0 Comments
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…
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3D Without Glasses: Driving Mathematica’s Simulated Camera
01:201,418 Plays / 3 Likes / 1 Comment
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…
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Lightshow: Arranging Light Sources in Mathematica
01:45343 Plays / 0 Likes / 0 Comments
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…
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3D Without Glasses: Traveling Along a Beaded Torus Knot
01:45523 Plays / 1 Likes / 0 Comments
This is an animated stereogram made with Mathematica 7. The Mathematica’s simulated camera moves along the curve of a torus knot traced by sequence of spheres. The image on the left is slightly different…
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Driving Mathematica’s Simulated Camera
01:20185 Plays / 1 Likes / 0 Comments
This video was created with Mathematica 7. Mathematica’s simulated camera moves around a toroidal tunnel superimposed on array of randomly placed and sized spheres. The simulated camera is driven…
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2D and 3D Voronoi Diagrams on Random Walks
00:33262 Plays / 2 Likes / 0 Comments
Different representation of Voronoi diagrams with Mathematica functions ListPlot3D[...] and ListDensityPlot[...]. In the 3D case Mathematica simulated camera is uniformly rotated by continuously changing…
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Voronoi Image of Random Walks - Slow
00:13514 Plays / 2 Likes / 0 Comments
The Wolfram Demonstration Project has an excellent example by Yu-Sung Chang showing construction of a Voronoi diagram using distance transform on a set of points in 2D plane. Here same method is used…
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05:08315 Plays / 3 Likes / 0 Comments
Part of an experimental series exploring the relationship between particle number, surface area and mass. Constructed and rendered using Mathematica
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fb-loop Architecture Tatsuya Sakairi - Homeomorphic Aggregation
02:18768 Plays / 2 Likes / 0 Comments
Animation by Tatsuya Sakairi, Mathematica collaborator : Matthew Howard
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00:25265 Plays / 1 Likes / 0 Comments
This is a test animation of a knotted ring generated with Mathematica and Blender. The basic model is "Knots" from The Wolfram Demonstrations Project. http://demonstrations.wolfram.com/Knots/ Mesh…
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“Mathematica Render” by Vitaliy Kaurov has 15 videos
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