Titlebook: axịom™; The Scientific Compu Richard D. Jenks,Robert S. Sutor Book 1992 Springer Science+Business Media New York 1992 Mathematica.algebra.c

BORE

obscurity

Introduction to AXIOMWelcome to the world of AXIOM. We call AXIOM a scientific computation system: a self-contained toolbox designed to meet your scientific programming needs, from symbolics, to numerics, to graphics.

GOAD

闹剧

Using HyperDocHyperDoc is the gateway to AXIOM. It’s both an on-line tutorial and an on-line reference manual. It also enables you to use AXIOM simply by using the mouse and filling in templates. HyperDoc is available to you if you are running AXIOM under the X Window System.

Chromatic

Input Files and Output StylesIn this chapter we discuss how to collect AXIOM statements and commands into files and then read the contents into the workspace. We also show how to display the results of your computations in several different styles including T.X, FORTRAN and monospace two-dimensional format..

珐琅

User-Defined Functions, Macros and RulesIn this chapter we show you how to write functions and macros, and we explain how AXIOM looks for and applies them. We show some simple one-line examples of functions, together with larger ones that are defined piece-by-piece or through the use of piles.

reception

ABHOR

Some Examples of Domains and PackagesIn this chapter we show examples of many of the most commonly used AXIOM domains and packages. The sections are organized by constructor names.

外向者

Interactive ProgrammingProgramming in the interpreter is easy. So is the use of AXIOM’S graphics facility. Both are rather flexible and allow you to use them for many interesting applications. However, both require learning some basic ideas and skills.

FRAX-tool