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Mathematica-based software for creating mathematical and algorithmic art, as well as mathematical recreations and active learning through art. Allows you to write simple programs that generate geometrical patterns, ornaments and designs. Easily creates fractal effects. Features built-in tools for "automatic" generation of attractive patterns.
Combinatorica is a library of 230 functions turning Mathematica into a powerful tool for graph theory and combinatorics.
A mathematical word processor and easy to use front end for Mathematica.
FeynArts is a Mathematica package for the generation and visualization of Feynman diagrams and amplitudes.
Allows the use of many Mathematica functions over finite fields without any modification; e.g solving linear equations, inverses, determinants, derivations, resultants. By Ryoh Fuji-Hara, University of Tsukuba. Package and documentation are available for download.
Unusual color illustrations created using Mathematica.
A group of tutorial notebooks to assist students studying Linear Algebra topics.
A moderated newsgroup that focuses on the software package Mathematica.
Various Mathematica-related demonstrations.
mathStatica solves the algebraic / symbolic problems that are of primary interest in mathematical statistics. It does so by building upon the symbolic computational power of Mathematica.
A collection of Mathematica v.2 routines by Peter Olver.
Supplementary help browser.
Company specializing in consulting and training in Mathematica. Based in Mountain View, CA, USA.
Economics and econometrics in Mathematica.
A Mathematica package to dissect signals found in a wide variety of disciplines in terms of their time-frequency content.
A collection of thousands of interactive mathematical demonstrations created using Mathematica, all of which come complete with source code.
Resources that document various capabilities of Mathematica, such as: articles, books, conference proceedings, courseware, user-submitted MathSource notebooks, and technical notes.
Full information on the functions, capabilities, and unified architecture of the Mathematica system.
Free interactive viewer for Mathematica notebooks.
Free interactive viewer for Mathematica notebooks.
Resources that document various capabilities of Mathematica, such as: articles, books, conference proceedings, courseware, user-submitted MathSource notebooks, and technical notes.
A moderated newsgroup that focuses on the software package Mathematica.
Full information on the functions, capabilities, and unified architecture of the Mathematica system.
A collection of thousands of interactive mathematical demonstrations created using Mathematica, all of which come complete with source code.
Unusual color illustrations created using Mathematica.
A group of tutorial notebooks to assist students studying Linear Algebra topics.
Supplementary help browser.
Various Mathematica-related demonstrations.
mathStatica solves the algebraic / symbolic problems that are of primary interest in mathematical statistics. It does so by building upon the symbolic computational power of Mathematica.
Economics and econometrics in Mathematica.
Allows the use of many Mathematica functions over finite fields without any modification; e.g solving linear equations, inverses, determinants, derivations, resultants. By Ryoh Fuji-Hara, University of Tsukuba. Package and documentation are available for download.
Combinatorica is a library of 230 functions turning Mathematica into a powerful tool for graph theory and combinatorics.
A mathematical word processor and easy to use front end for Mathematica.
A Mathematica package to dissect signals found in a wide variety of disciplines in terms of their time-frequency content.
FeynArts is a Mathematica package for the generation and visualization of Feynman diagrams and amplitudes.
Company specializing in consulting and training in Mathematica. Based in Mountain View, CA, USA.
Mathematica-based software for creating mathematical and algorithmic art, as well as mathematical recreations and active learning through art. Allows you to write simple programs that generate geometrical patterns, ornaments and designs. Easily creates fractal effects. Features built-in tools for "automatic" generation of attractive patterns.
A collection of Mathematica v.2 routines by Peter Olver.
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- Recently edited by merlin1
- Recently edited by merlin1