With over 6,000 carefully integrated, built-in functions delivering computation and knowledge, there's lots to learn about the Wolfram Language. This tutorial will give you what you need to read and understand almost any Wolfram Language code and to get started doing Wolfram Language programming yourself.

Revised and expanded edition of this standard book on Mathematica programming. Treats all the new features of Mathematica 3.0. Support for developing larger applications in Mathematica has been improved.

Symbolic programming language to express complex ideas in computational form. Efficiently develop powerful programs through Wolfram Notebooks or command-line access.

Elementary Programming in Mathematica. Jon McLoone. This screencast introduces the basics of Mathematica programming, from creating a function to making a package.

The first part of the audience for this book are scientists who would like to understand Mathematica programming better, to take advantage of the possibilities it offers. The second part are (software) engineers who may consider Mathematica as a tool for a prototype design.

Revised and expanded edition of this standard book on Mathematica programming. Treats all the new features of Mathematica 3.0. Support for developing larger applications in Mathematica has been improved.

Mathematica: high-powered computation with thousands of Wolfram Language functions, natural language input, real-world data, mobile support.

Program Syntax. expr; expr; expr — sequence of commands (CompoundExpression) << file — input a file (>> file, >>> file for outputting to a file) (* … *) — comment. ccc ` nnn — symbol in context ccc. Session Syntax % — most recent output …

An example of object oriented programming in Mathematica is notebook programming. Notebook attributes can be edited with the option inspector. Notebook style follows a class organization.

Join a free online training session to learn different ways to interact with Mathematica—enter queries through free-form input and Wolfram Language, create notebooks, perform symbolic and numeric calculations, generate 2D and 3D graphics, create an interactive Manipulate, analyze data and turn your notebook into an interactive presentation.