% 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