Scientific Visualization with the Wolfram Language
 

Scientific Visualization with the Wolfram Language

Maintained by Jeff Bryant

 
 
Intro 2D Graphics 3D Graphics Hybrid Graphics Animations


2D Graphics Generated by the Wolfram Language

This page contains a number of examples of 2D graphics created in the Wolfram Language. Click on the thumbnail to view a full-sized version.

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Mathematica Visualization - Doppler Tomography of a Cataclysmic Variable Star System Doppler Tomography
Doppler tomography of a cataclysmic variable star system. Doppler tomography is a method of obtaining a map of gas distribution from spectroscopy when the system itself cannot be resolved optically. Created by Jeff Bryant (jeffb@wolfram.com)
 
Mathematica Visualization - A Solution to the 3-Body Problem 3 Body Problem
A solution to the restricted 3-body problem. In this case, it is applied to a cataclysmic variable star system and shows the path of a gas particle being transferred from a lower mass secondary star to the more massive primary star. Created by Jeff Bryant (jeffb@wolfram.com)
 
Mathematica Visualization - Riemann Zeta Function in the Complex Plane Riemann Zeta
ContourPlot of the Riemann Zeta function in the complex plane. Created by Jeff Bryant (jeffb@wolfram.com)
 
Mathematica Visualization - Spectral Portrait of the West0655 MatrixMarket Dataset Spectral Portraits
Spectral portrait of a 655x655 sparse matrix. The spectral portrait is a graphical tool that provides the user with information about the spectral sensitivity of the spectrum of a matrix. Created by Jeff Bryant (jeffb@wolfram.com)
 
Mathematica Visualization - Adaptive Sampling of Graphics Adaptive Sampling
Adaptive sampling of 2D graphics. Mathematica adaptively determines the sampling of the points used to construct curves in 2D. More points are used only where necessary. Created by Jeff Bryant (jeffb@wolfram.com)
 
Mathematica Visualization - 76480 node sparse matrix connectivity using GraphPlot Sparse Matrices
76480 node sparse matrix connectivity using GraphPlot. Created by Jeff Bryant (jeffb@wolfram.com)
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