Difference between revisions of "GNU Octave Wiki"

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* [[Instrument_control__package|Instrument control]]
* [[Instrument_control__package|Instrument control]]
* [[Sockets_package|Sockets]]
* [[Sockets_package|Sockets]]
* [[Image_acquisition_package|Image acquisition]] Capture images, for example from v4l2 hardware like webcams
* [[Video_package|Video]]
* [[Video_package|Video]]
* [[Fem-fenics|fem-fenics]] Interface to [http://fenicsproject.org/ FEnics] FEM library
* [[Fem-fenics|fem-fenics]] Interface to [http://fenicsproject.org/ FEnics] FEM library

Revision as of 04:16, 14 February 2014

GNU Octave is a high-level interpreted language, primarily intended for numerical computations. It provides capabilities for the numerical solution of linear and nonlinear problems, and for performing other numerical experiments. It also provides extensive graphics capabilities for data visualization and manipulation. GNU Octave is normally used through its interactive interface (CLI and GUI), but it can also be used to write non-interactive programs. The GNU Octave language is quite similar to MATLAB® so that most programs are easily portable.

This wiki is intended to supplement the GNU Octave documentation. Before adding content, please check that it is not already part of, or belongs in, the documentation and read the Contribution guidelines.

GNU Octave FAQ

The FAQ is a list of frequently asked questions (FAQ) for GNU Octave users and a good place to start.

Answers to questions regarding what is Octave, licensing, new features, documentation, installation, coding, contributing to Octave, and more, are found there.

Table of contents

Below is a temporary attempt to organize the "most wanted" pages of the Wiki. A list of all pages on the wiki can be seen here. To locate something specific, try the wiki's search box, or prepend site:http://www.octave.org/wiki/ to a google search. Please read the Contribution guidelines first, if you want to contribute to this Wiki.






  • Octave Basics - For those just getting started.
  • Tips and tricks - Guidelines to improve your coding skills.
  • Cookbook - Several simple and useful examples.
  • Octave load - Use liboctave functions to load variables from a file in Octave's binary format.
  • Fortran - Accessing liboctave from a Fortran 2003 program.
  • Octave fun - Coding can be fun -- miscellaneous more or less funny scripts
  • Video tutorials

Plotting tutorials


  • Release 3.8 - Information about the upcoming 3.8 release.
  • Roadmap - Future plans for the development of Octave





Project Ideas

External Links