Cheatsheet¶

While monospace is done using `monospace` in MyST, two `` are needed in reST (docstrings), namely ``variable``.

For detailed overview of MyST syntax, see the MyST documentation.

Cross-references¶

Cross-references to definitions, theorems or literature¶

MyST (.md files)

{prf:ref}`def-framework`	Definition 2
{prf:ref}`Framework <def-framework>`	Framework
{cite:p}`Geiringer1927`	[PollaczekGeiringer27]
{cite:p}`Laman1970{Thm 5.6}`	[Lam70, Thm 5.6]
{cite:p}`Geiringer1927,Laman1970`	[Lam70, PollaczekGeiringer27]

reST (docstrings)

:prf:ref:`def-framework`	Definition 2
:prf:ref:`Framework <def-framework>`	Framework
:cite:p:`Geiringer1927`	[PollaczekGeiringer27]
:cite:p:`Laman1970{Thm 5.6}`	[Lam70, Thm 5.6]
:cite:p:`Geiringer1927,Laman1970`	[Lam70, PollaczekGeiringer27]

Cross-references to classes or methods¶

MyST (.md files)

{class}`~pyrigi.framework.Framework`	`Framework`
{class}`pyrigi.framework.Framework`	`pyrigi.framework.Framework`
{meth}`pyrigi.framework.Framework.delete_edge`	`pyrigi.framework.Framework.delete_edge()`
{meth}`~pyrigi.framework.Framework.delete_edge`	`delete_edge()`
{meth}`~.Framework.delete_edge`	`delete_edge()`
{meth}`.Framework.delete_edge`	`Framework.delete_edge()`
{func}`networkx.classes.function.degree`	`networkx.classes.function.degree()`
{doc}`networkx:reference/drawing`	Drawing

reST (docstrings)

:class:`~pyrigi.framework.Framework`	`Framework`
:class:`pyrigi.framework.Framework`	`pyrigi.framework.Framework`
:meth:`pyrigi.framework.Framework.delete_edge`	`pyrigi.framework.Framework.delete_edge()`
:meth:`~pyrigi.framework.Framework.delete_edge`	`delete_edge()`
:meth:`~.Framework.delete_edge`	`delete_edge()`
:meth:`.Framework.delete_edge`	`Framework.delete_edge()`
:func:`networkx.classes.function.degree`	`networkx.classes.function.degree()`
:doc:`networkx:reference/drawing`	Drawing

Sample definition¶

:::{prf:definition} Sample definition
:label: def-sample

Here one can introduce a new _concept_.
Inline math can be used: $\omega\colon S_0 \rightarrow \RR^{d-1}$, and also display:
\begin{equation*}
 \omega\colon S_0 \rightarrow \RR^{d-1}\,.
\end{equation*} 

{{pyrigi_crossref}} {class}`~pyrigi.framework.Framework`
{meth}`~.Framework.graph`
{meth}`~.Framework.realization`
% list of related objects, methods,..., no separating commas

{{references}} {cite:p}`Lee2008`
% list of related references, no separating commas
:::

Definition 22 (Sample definition)

Here one can introduce a new concept. Inline math can be used: $\omega\colon S_0 \rightarrow \RR^{d-1}$, and also display:

\[\begin{equation*} \omega\colon S_0 \rightarrow \RR^{d-1}\,. \end{equation*} \]

PyRigi: Framework graph() realization()

References: [LS08]

Math¶

See above in the definition example or MyST documentation for more details. In the definition environment , $$ ... $$ does not work so

\begin{equation*}
 ...
\end{equation*}

must used (or an alternative like align).

The following latex macros can be used

`\RR`	$\RR$	real numbers
`\CC`	$\CC$	complex numbers
`\QQ`	$\QQ$	rational numbers
`\ZZ`	$\ZZ$	integers
`\NN`	$\NN$	natural numbers (including 0)
`\PP`	$\PP$	projective space
`\KK`	$\KK$	a field

New latex commands can be created by modifying both latex_elements and mathjax3_config in doc/conf.py.

Docstrings that use latex must be raw strings, namely r""" ... """.

`\RR`	\(\RR\)	real numbers
`\CC`	\(\CC\)	complex numbers
`\QQ`	\(\QQ\)	rational numbers
`\ZZ`	\(\ZZ\)	integers
`\NN`	\(\NN\)	natural numbers (including 0)
`\PP`	\(\PP\)	projective space
`\KK`	\(\KK\)	a field