Writing documentationยถ

We use the Sphinx tool to generate the GPAW documentation.

First, you should take a look at the documentation for Sphinx and reStructuredText. Also, read carefully the Writing documentation for ASE page.


When writing documentation easy accessibility and readability is key. To that end the documentation is split into several parts:

Documentation/Basic usage: This part contains basic usage instructions for GPAW, including references to parameters for the GPAW calculator object. This part should not contain extended examples, theory or code references.

Documentation/Advanced topics: This part contains explanations of the various features of GPAW. The focus here is on implementation specific information, not theory, as well as code references.

Documentation/Theory: This is the place for theoretical descriptions of methods used in the code. Reference to literature should be given.

Tutorials and Exercises: As the name suggests, this is the heading for any worked out examples, tutorials and exercises. Entries are further sorted into fields of physics or application.

One should always the different pages relating to one topic for easy navigation between theory, implementation and example sections.

Getting started

If you donโ€™t already have your own copy of the GPAW package, then see Development workflow for how to set up your invironment. You will also need to pip install sphinx-rtd-theme.

Then cd to the doc directory and build the html-pages:

$ cd ~/gpaw/doc
$ make

Make your changes to the .rst files, run the make command again, check the results and if things looks ok, commit:

$ emacs index.rst
$ make
$ make browse
$ git add index.rst
$ git commit -m "..."

Adding figures and tables

We donโ€™t want to have png and csv files committed to Git. Instead, you should add the Python scripts that generate the figures and table data so that we can always generate them again if needed.

For quick scripts (no more than 5 seconds), see Running Python code to create figures. For more expensive scripts you can use AGTS for running long jobs that create figures or table data for this web-page. For an example, look at the source code here which will produce this: Tutorial: STM images - Al(111).

Ascii-art math to LaTeX converterยถ


\[\langle a|b \rangle\]
/  _ ~ ~    --- a
| dr ๐œ“ ๐œ“  + >  S
/     m n   --- ij
\[\int d\mathbf{r} \tilde{๐œ“}_{m} \tilde{๐œ“}_{n} + \sum^{}_{aij} S^{a}_{ij}\]

alias of Union[Sequence[float], ndarray]