1 files changed, 197 insertions, 98 deletions
diff --git a/Master/texmf-dist/doc/latex/nwejm/examples/sample.tex b/Master/texmf-dist/doc/latex/nwejm/examples/sample.tex
index 9fb33aee135..17b9772296e 100644
--- a/Master/texmf-dist/doc/latex/nwejm/examples/sample.tex
+++ b/Master/texmf-dist/doc/latex/nwejm/examples/sample.tex
@@ -1,101 +1,200 @@
-\providecommand{\eulersidentity}{%
+% This is an example of the usage of the `nwejmart' class dedicated to articles
+% submitted to the North-Western European Journal of Mathematics.
+%
+% The language of the article is by default English. Should it be French, German
+% or Dutch instead, it would be specified as \documentclass' option.
+\documentclass[
+% french  % If the language of the article will be French
+% german  % If the language of the article will be German
+% dutch   % If the language of the article will be Dutch
+]{nwejmart}
+%
+% The following package should not be used for a real article! ;)
+\usepackage{lipsum}
+%
+% Replace below the examples of simple and sophisticated bibliographic files
+% `sample.bib' and `biblatex-examples.bib' by your own bibtex file(s),
+% preferrably at `biblatex' format (don't forget the `.bib' extension
+% below). This will require an extra `biber' compilation. See `biblatex'
+% package's documentation for more details.
+\addbibresource{sample.bib}
+\addbibresource{biblatex-examples.bib}
+%
+% Should acronyms be used in the article, define them thanks to \newacronym
+% command from `glossaries' package as follows:
+%  - 1st argument: ⟨label⟩      of the acronym (also called key),
+%  - 2nd argument: ⟨short form⟩ of the acronym (lowercase!),
+%  - 3rd argument: ⟨long form⟩  of the acronym,
+% and use them with \gls{⟨label⟩} (or, if needed, with \acrshort{⟨label⟩}).
+% See `glossaries' package's documentation for more details.
+\newacronym{nwejm}{nwejm}{North-Western European Journal of Mathematics}
+%
+\begin{document}
+%
+% Title of the article. A short form (that will be displayed in the headers and
+% in the volume's TOC) may be specified as optional argument.
+\title{Article's Title}
+%
+% Subtitle of the article, if any. A short form may be specified as optional
+% argument.
+% \subtitle{Article's Subtitle}
+%
+% Author(s) of the article:
+% - one \author command per author,
+% - mandatory argument entered as `⟨Last Name⟩, ⟨First Name⟩'.
+% Use the key-value `affiliation={⟨affiliation⟩}' optional argument to specify
+% one or more affiliations. An affiliation can be tagged
+% (`affiliation=[⟨tag⟩]{⟨affiliation⟩}') and reused later
+% (affiliationtagged={⟨tag⟩}).
+\author[affiliation={Affiliation 1}]{Last1, First1}
+\author[affiliation=[aff2]{Affiliation 2}]{Last2, First2}
+\author[affiliation={Affiliation 3},affiliation={Affiliation 3 bis}]{Last3, First3}
+\author[affiliation={Affiliation 4},affiliationtagged={aff2}]{Last4, First4}
+%
+% The abstract is entered as usually.
+\begin{abstract}
+  \lipsum[1]
+\end{abstract}
+%
+% The keywords are entered thanks to \keywords command, as a comma separated list.
+\keywords{foo,bar,baz}
+%
+% The Mathematical Subject Classification (MSC) are entered thanks to \msc
+% command,as a comma separated list.
+\msc{11B13,11B30,11P70}
+%
+\maketitle
+%
+% Acknowledgments, if any, are entered thanks to \acknowledgments command (and
+% will be displayed just before the bibliography, thanks to the
+% \printbibliography command).
+\acknowledgments{Thanks to mum, daddy and all my buddies.}
+%
+% Unnumbered sections, if needed, are entered as usually with the starred
+% version of the \section command. Note that:
+% - their titles will automatically be displayed in the headers (and in the
+%   volume's TOC),
+% - no need to use the starred versions of the subsequent \subsection commands
+% (if any)
+\section*{Recommendations for \LaTeX}
+Don't use:
+\begin{itemize}
+\item \verb"$$...$$" but \verb"\[...\]"
+\item \verb"$a \over b$" but \verb"$\frac{a}{b}$"
+\item \verb"{\cal ...}" but \verb"\mathcal{...}"
+\item \verb"{\bf ...}" but \verb"\textbf{...}"
+\item \verb"{\it ...}" but \verb"\emph{...}"
+\item \verb"\'e" for instance to get an accent but type it directly (\verb"é")
+  using the UTF8 encoding.
+\end{itemize}
+%
+% Use mainly the \autocite command (from `biblatex' package) to cite
+% references. Depending on the context, \textcite command (among others) may be
+% used. See `biblatex' package's documentation for more details.
+More generally, it is worth having a look at documents that highlight obsolete
+commands and
+packages\autocite{ensenbach2016,ensenbach2011,trettin2007,ensenbach2011a,trettin2007a}.
+%
+\section*{Introduction}
+%
+\subsection{Citations tests}
+%
+\begin{enumerate}
+\item It\footnote{Foo bar.} is well known\autocite{baez/article}
+  that... Moreover, it is well known\autocite{companion} that...
+\item \textcite{baez/article} have proved... Moreover, \textcite{companion}
+  have proved...
+\end{enumerate}
+%
+\subsection{Cross-references tests}
+%
+% The cross-references are entered thanks to the \vref command (from `varioref'
+% package) and the `cleveref' features. Note that:
+% - the name of the object referenced is automatically added,
+% - the page of the object referenced is automatically added (if not on the
+%   same page).
+Cf. \vref{thm-bolzano-weierstrass} \& \vref{rmk-euler} \&
+\vref{eq-euler} \& \vref{sec-first-numbered}.
+%
+\subsection{Acronyms tests}
+%
+% As said above, use \gls{⟨label⟩} to display the acronym labelled ⟨label⟩. Note
+% that, automatically:
+% - the first occurrence of this command displays the /complete/ form of the
+%   acronym (long form followed by the short one in parentheses),
+% - the subsequent occurrences of this command display only the short form of the
+%   acronym,
+% - if an occurrence should be displayed as the short form of an acronym,
+%   regardless it is the first one or not, the command \acrshort{⟨label⟩} is to
+%   be used.
+\begin{enumerate}
+\item The present article is published in the \gls{nwejm}.
+\item Moreover, the present article is published in the \gls{nwejm}.
+\end{enumerate}
+%
+\subsection{Miscellaneaous}
+%
+% Use:
+% - the \century command to display centuries, even negative ones,
+% - the \aside command for interpolated clauses,
+% - the \ie command for "that is",
+% - the \acrlong when need to display (only) the long form of an acronym.
+\begin{itemize}
+\item It has been proved in the \century{19} \aside{more than 100 years ago}
+  that...
+\item This has been conceptualized in the \century{-3} \aside*{more than 2000
+    years ago}.
+\item \acrshort{nwejm} \ie{} \acrlong*{nwejm}.
+\item \acrshort{nwejm} \ie*{} \acrlong*{nwejm}.
+\end{itemize}
+%
+\subsection{Theorems tests}
+%
+% The theorems and the like are entered as usually. Note that, should one of
+% them be unnumbered, the environment used would be starred.
+\begin{theorem}[Bolzano–Weierstrass]\label{thm-bolzano-weierstrass}
+  A subset of $\bbR^n$ ($n\in\bbN^*$) is sequentially compact if and only if it is
+  closed and bounded.
+\end{theorem}
+\begin{proof}[not that easy!]
+  ...
+\end{proof}
+\begin{definition}
+  In Cartesian space $\bbR^n$ with the $p$-norm $L_p$, an open ball is the set
+  \[
+    B(r)=\set{x\in \bbR^n}[\sum _{i=1}^n\left|x_i\right|^p<r^p]
+  \]
+\end{definition}
+\begin{remark}[Euler's identity]\label{rmk-euler}
+  One of the most beautiful mathematical equation:
   \begin{equation*}
     \E[\I\pi]+1=0
   \end{equation*}
-}
-\providecommand{\sample}[1]{%
-  %
-  \newacronym{nwejm-\languagename}{nwejm}{North-Western European Journal of Mathematics}
-  %
-  \begin{abstract}
-    \lipsum[1]
-  \end{abstract}
-  %
-  \keywords{foo,bar,baz}
-  %
-  \msc{11B13,11B30,11P70}
-  %
-  \acknowledgments{Thanks to mum, daddy and all my buddies.}
-  %
-  \maketitle
-  %
-  \section*{Introduction}
-  %
-  \subsection{Citations tests}
-  #1
-  %
-  \subsection{Cross-references tests}
-  Cf. \vref{thm:bolzano-weierstrass-\languagename,rmk:euler-\languagename} \&
-  \vref{eq:euler-\languagename} \& \vref{sec:first-numbered-\languagename}.
-  %
-  \subsection{Miscellaneaous}
-  \begin{itemize}
-  \item It has been proved in the \century{19} \aside{more than 100 years ago}
-    that...
-  \item This has been conceptualized in the \century{-3} \aside*{more than 2000
-      years ago}.
-  \item \acrshort{nwejm-\languagename} \ie{} \acrlong*{nwejm-\languagename}.
-  \item \acrshort{nwejm-\languagename} \ie*{} \acrlong*{nwejm-\languagename}.
-  \end{itemize}
-  %
-  \subsection{Acronyms tests}
-  \begin{enumerate}
-  \item The present article is published in the \gls{nwejm-\languagename}.
-  \item Moreover, the present article is published in the \gls{nwejm-\languagename}.
-  \end{enumerate}
-  %
-  \subsection{Theorems tests}
-  \begin{theorem}[Bolzano–Weierstrass]\label{thm:bolzano-weierstrass-\languagename}
-    A subset of $\bbR^n$ ($n\in\bbN^*$) is sequentially compact if and only if it is
-    closed and bounded.
-  \end{theorem}
-  \begin{proof}[not that easy!]
-    ...
-  \end{proof}
-  \begin{definition}
-    In Cartesian space $\bbR^n$ with the $p$-norm $L_p$, an open ball is the set
-    \[
-      B(r)=\set{x\in \bbR^n}[\sum _{i=1}^n\left|x_i\right|^p<r^p]
-    \]
-  \end{definition}
-  \begin{remark}[Euler's identity]\label{rmk:euler-\languagename}
-    One of the most beautiful mathematical equation:
-    \begin{equation}
-      \E[\I\pi]+1=0
-    \end{equation}
-  \end{remark}
-  \begin{lemma*}[Zorn]
-    Suppose a partially ordered set $P$ has the property that every chain has an
-    upper bound in $P$. Then the set $P$ contains at least one maximal element.
-  \end{lemma*}
-  \begin{axiom}\label{my-axiom-\languagename}
-    The following assertions are considered as true.
-    \begin{assertions}
-    \item\label{rare-expensive-\languagename} Anything that is scarce also is
-      expensive.
-    \item\label{cheap-horse-\languagename} A cheap horse is scarce.
-    \end{assertions}
-  \end{axiom}
-  According to \vref{rare-expensive-\languagename,cheap-horse-\languagename}
-  from \vref{my-axiom-\languagename}, a cheap horse is expensive.
-  %
-  \subsection{Dummy text and nice equation}
-  %
-  \lipsum[2-6]
-  %
-  \begin{equation}\label{eq:euler-\languagename}
-    \E[\I\pi]+1=0
-  \end{equation}
-  %
-  \lipsum[8-15]
-  %
-  \section{First (numbered) section}\label{sec:first-numbered-\languagename}
-  \lipsum[2]
-  \subsection{First subsection}
-  \lipsum[3-8]
-  \subsection{Second subsection}
-  \lipsum[9-15]
-  \section{Second (numbered) section}
-  \lipsum[16-38]
-  \printbibliography
-}
+\end{remark}
+\begin{lemma*}[Zorn]
+  Suppose a partially ordered set $P$ has the property that every chain has an
+  upper bound in $P$. Then the set $P$ contains at least one maximal element.
+\end{lemma*}
+%
+\lipsum[2-6]
+%
+\begin{equation}\label{eq-euler}
+  \E[\I\pi]+1=0
+\end{equation}
+%
+\lipsum[8-15]
+%
+\section{First (numbered) section}\label{sec-first-numbered}
+\lipsum[2]
+\subsection{First subsection}
+\lipsum[3-8]
+\subsection{Second subsection}
+\lipsum[9-15]
+\section{Second (numbered) section}
+\lipsum[16-38]
+%
+% The \printbibliography command (from `biblatex' package) displays the list of
+% references (preceded by the acknowledgments, if any).
+\printbibliography
+%
+\end{document}