Install octave with Homebrew

Project links

• Homepage

Commands and aliases

• mkoctfile
• mkoctfile-11.3.0
• octave
• octave-11.3.0
• octave-cli
• octave-cli-11.3.0
• octave-config
• octave-config-11.3.0

Project history

Octave began as companion software for an undergraduate chemical reactor design textbook by James B. Rawlings and John G. Ekerdt. The official about page says full-time development began in spring 1992, the first alpha release was published on 1993-01-04, and version 1.0 was released on 1994-02-17.

John W. Eaton is identified by the project FAQ as the original author, with discussions starting around 1988 and full-time development beginning in February 1992. The name honors Octave Levenspiel, a chemical reaction engineering professor known for back-of-the-envelope calculations, not music.

Octave became GNU Octave in 1997 beginning with version 2.0.6, aligning the project with GNU infrastructure and coding standards while remaining a community-developed numerical environment. The official manual and FAQ describe a system that grew far beyond courseware into a general-purpose free-software platform for numerical experiments.

Adoption history

The official about page says Octave is included with many GNU/Linux distributions, and the package metadata in av.db shows packaging across Homebrew, Debian/Ubuntu, Fedora, MacPorts, Nix, Arch, Alpine, Chocolatey, Scoop, winget, and openSUSE-family repositories. That distribution coverage is central to its role as the free-software MATLAB-like environment users can install from ordinary package managers.

The Octave manual documents use in chemical engineering courses, mathematics teaching, Stanford’s online Machine Learning class, and broader teaching, research, and commercial applications. The FAQ describes users ranging from students to researchers in statistics, machine learning, and data analytics, plus universities, companies, and individual users.

Octave Forge and the Octave package ecosystem extend the core system in a MATLAB-toolbox-like model. The FAQ describes Octave Forge as a collection of packages for GNU Octave, a test bed for code that may later move into core, and a source of binaries for systems lacking developer tools.

How it is used

Users run `octave` or `octave-cli` interactively, execute `.m` scripts, use the Qt GUI/IDE for editing and debugging, and call numerical routines for linear and nonlinear equations, numerical linear algebra, statistics, plotting, and automated data processing. The manual emphasizes both the GUI-hosted IDE and the command-line interface.

Developers package and extend Octave through `.m` files, dynamically loadable modules built with `mkoctfile`, MEX-compatible interfaces, startup files such as `octaverc`, and add-on packages. The Homebrew package’s executables include versioned and unversioned `octave`, `octave-cli`, `mkoctfile`, and `octave-config`, reflecting both end-user and extension-building workflows.

Why package nerds care

Octave is one of the flagship free numerical-computing packages: it combines a language runtime, CLI, GUI, plotting stack, native-code extension build tools, documentation, and package ecosystem into a single distribution artifact. For package managers it is challenging and interesting because it touches Fortran and C++ numerical libraries, graphics back ends, documentation, GUI dependencies, and ABI-sensitive extension building.

Its MATLAB compatibility gives it a distinctive package-nerd role. Octave is not merely another calculator or scripting language; it is the installable free-software answer for users who need to run or port matrix-oriented `.m` code, teach numerical methods, or reproduce scientific computations without proprietary tooling.

Timeline

• 1988: project discussions began around software for chemical reactor design education.
• 1992: John W. Eaton began full-time development.
• 1993-01-04: first alpha release.
• 1994-02-17: version 1.0 release.
• 1997: Octave became GNU Octave beginning with version 2.0.6.
• 2011: the FAQ says GNU Octave began regular participation as a mentoring organization in Summer of Code events.
• 2026: the official manual citation page identifies GNU Octave 11.1.0 documentation.

Related projects

• GNU Octave is closely related to MATLAB-compatible `.m` language workflows, Octave Forge packages, BLAS/LAPACK-style numerical libraries, plotting systems, and comparable numerical environments such as Scilab, FreeMat, Julia, Python/SciPy, and R.

Sources

• https://docs.octave.org/octave
• https://docs.octave.org/v11.1.0/Introduction.html
• https://docs.octave.org/v11.1.0/Preface.html
• https://octave.org/about
• https://wiki.octave.org/FAQ
• source_facts.config-file-location
• source_facts.executables
• source_facts.package-manager