MuPAD deserves the full support of the Linux community, and if you use mathematics in any way, then MuPAD should find a home on your system.

A Computer Algebra System (CAS) is a software package designed for the symbolic manipulation of mathematical expressions. A CAS should be able to:

  • perform numerical arithmetic with precision bounded only by the computer's hardware

  • perform basic calculus: partial and complete differentiation; symbolic and numerical integration

  • solve differential equations (partial and total)

  • manipulate power series

  • simplify algebraic expressions

  • understand standard functions: exponential, trigonometric, hyperbolic; in particular their derivatives and anti-derivatives, and their power series expansions

  • have a knowledge of some other functions: hypergeometric, Bessel

  • manipulate matrices and vectors; basic arithmetic, eigensystems, determinants, matrix decomposition

  • create two- and three-dimensional graphs

  • produce output in various forms: TeX/LaTeX, Fortran, C, HTML, PostScript

  • interact with other software; the CAS should be able to incorporate programs written in other languages

  • be extended: the CAS should have some programming language built in so that a user can add further functionality

As well as these basic requirements, many current CASs can do much more. Further capabilities may include:
  • number theoretical functions: primality testing, modular arithmetic, primitive root finding

  • orthogonal functions: Legendre, Chebyshev, Laguerre

  • animation of sequences of graphs

  • recurrence relation solving

There are a number of very mature and full-featured CASs available now. Maple and Mathematica are probably the most popular all-round packages; others include Mathcad, Matlab, Axiom, Derive, Macsyma, Reduce, and of course MuPAD.


MuPAD is a CAS developed at the University of Paderborn by a team headed by Benno Fuchssteiner. Although it may not have quite the range and pizazz of its better known rivals Maple and Mathematica, it is equal to them in depth, and in some ways even surpasses them. Its name is short for “MultiProcessing Algebra Data Tool”, and as we shall see, is a fairly good descriptor of it.

In contrast to the major commercial CASs, MuPAD is designed to be an open system—anybody can extend and add to it. The current version is 1.4, and was released in March 1998.

First Impressions

Let us suppose that you have installed MuPAD on your system. (I will discuss installation later.) What now?

You can start MuPAD in two ways: in a console, using the command


or, if you are running X, the command

will provide a graphical interface. If you have installed MuPAD correctly, both of these commands are, in fact, shell scripts which define certain environment variables and then call the actual executables.

Let us suppose you have chosen the latter. You will obtain a window something like that shown in Figure 1.

Figure 1. The Initial MuPAD Window

Notice the OpenWindows look and feel. As yet the MuPAD team has not released a Linux binary using Athena or Motif widgets, although one is in preparation. MuPAD was designed to work with the OpenWindows widget set, and as such behaves best if you use an OpenLook window manager. Many of its subsidiary windows do not have their own close or exit button, but rely on the window manager for this. For all the figures and screenshots in this article I have used olvwm: the Open Look Virtual Window Manager.

You will also notice that the menus are rather sparse; there is, in fact, not a great deal more functionality offered by the graphical interface than in an intelligent console. Don't be put off—there's more here than meets the eye!

MuPAD in Action

To save displaying too many screenshots, we shall go back to console mode. All MuPAD expressions are terminated with a colon or semi-colon (the colon suppresses display of the output), and the syntax is similar to that of Maple.

When MuPAD is started, a kernel (written in C++) is loaded; this defines a number of basic commands, functions, and constants. Other commands are available in specialized libraries, written in MuPAD's own language. These commands have to be loaded explicitly: either individually, or with the entire library.



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Anonymous's picture

Mupad has been bought out by mathworks and all code is now under matlab (junk) licence.
any and all open source work is now dead.

Thankyou for a well written a

Donald MacKinnon's picture

Thankyou for a well written article. TeXmacs acts as an excellent interface to mupad. I assume that the TeXmacs screen display generated by TeX. The graphics is generated by javaview. The combination of TeXmacs and javaview greatly enhance the mupad experience.