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The basic linear algebra system is a package that provides classes for integer, real, and complex matrices and vectors; which forward the actual calculations to the corresponding methods of the jTEM packages mfc and numericalMethods.

Lots of interfaces that describe different domains and functions.

The jTEM project beans provides the means to auto generate a GUI to inspect objects that conform to the JavaBeans™ specification.

tool box for the facetedge package

Provides the classes for a facet edge data structure.

The projgeom package is a metric-neutral framework for working with Pluecker line geometry and Lie sphere geometry in their natural embeddings as Cayley-Klein geometries in projective 5-space.

The java2dx package extends java2d by connecting java2d functionality with that of other jTEM projects (modelling, numericalMethods, jrworkspace, beans)

The discretegroup package is a metric-neutral framework for working with the fundamental groups of 2- and 3-dimensional euclidean, hyperbolic, and spherical orbifolds and manifolds, with particular focus on a visualization link to jReality.

The mathExpr library provides classes to parse and evaluate mathematical expressions.

JTerm is a swing component that roughly has the look and feel of a Unix shell window: You can type text to some prompt and after hitting Return the text is evaluated. You are shown the result and you are presented with the next prompt.

The jgimmick package provides useful swing gadgets: a jog wheel and a timer control panel.

The ellipticFunctions package provides a library for elliptic functions. Some of the most famous mathematicions of the 18th-century, like Abel, Gauss, Jacobi, or Weierstrass, contributed to this subject and opend a complete new field in mathematics.