\documentclass[a4paper,11pt]{christophe} % Packages \usepackage[latin1]{inputenc} \usepackage[T1]{fontenc} \usepackage[french]{babel} \usepackage{kpfonts} \usepackage[margin=1.5cm]{geometry} % Mise en page \setcounter{tocdepth}{0} \setlength{\parindent}{0pt} \setlength{\parsep}{0pt} \setlength{\parskip}{0pt} \renewcommand{\arraystretch}{1.3} \pagestyle{empty} % Special \DeclareMathSymbol{\partialup}{\mathord}{letters}{128} \DeclareMathSymbol{\narrowiiintop}{\mathop}{largesymbolsA}{135} \def\narrowiiint{\narrowiiintop\nolimits} \newcommand{\versus}{\quad\textit{versus}\quad} %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %%%%%%%%% \begin{document} \begin{center} {\Large Kp-Fonts Abstract} \large{Release 2.32} \textit{For further informations and complete, read the doc files} \end{center} \bigskip \section*{Variant options} \begin{center} \textit{When there is an incompatibility between two options, kpfonts applies the heaviest} \end{center} \begin{description} \item[light]\textit{(Text \& Math)}\quad {\fontfamily{jkpl}\selectfont light fonts}\versus default fonts \item[nofligatures]\textit{(Text)}\quad {\fontfamily{jkpf}\selectfont final effect}\versus final effect \item[largesmallcaps]\textit{(T.)}\quad {\fontfamily{jkpk}\selectfont \textothersc{\textsc{Large Small Caps}}}\versus \textsc{Regular Small Caps} \item[oldstylenums, matholdstylenums, fulloldstylenums]\textit{(T., Math, T. \& M.)}\quad \oldstylenums{0123456789}\versus0123456\dots \item[oldstyle, matholdstyle, fulloldstyle]\textit{(T., M., T. \& M.)}\quad \textit{idem and}\quad {\fontfamily{jkpos}\selectfont ct, st, Q} \versus ct, st, Q \item[veryoldstyle, mathveryoldstyle, fullveryoldstyle]\textit{(T., M., T. \& M.)}\quad \textit{idem and}\quad {\fontfamily{jkpvos}\selectfont s, \textit{s}, s=} \versus s, \textit{s}, s= \item[rmx]\textit{(T.)}\quad then, the series are \textit{l, m, sb, b} \item[uprightRoman]\textit{(M.)}\quad the uppercase math roman letters are upright \item[uprightgreeks]\textit{(M.)}\quad the lowercase greek letters are upright, \quad$\alphaup,\betaup,\gammaup$\versus$\alpha,\beta,\gamma$ \item[frenchstyle]\textit{(M.)}\quad the uppercase math roman and lowercase greek letters are upright \item[slantedGreeks]\textit{(M.)}\quad the uppercase greek letters are slanted, \quad$\Gammasl,\Deltasl,\Phisl$\versus$\Gamma,\Delta,\Phi$ \item[narrowiints]\textit{(M.)}\quad the multiple integral symbols are narrower, \quad $\narrowiiint$\versus$\iiint$, \item[partialup]\textit{(M.)}\quad the \verb=\partial= symbol is upright,\quad$\partialup$\versus$\partial$, \item[mathcalassript]\textit{(M.)}\quad swaps between \verb=\mathcal{...}= $(\mathcal{ABC})$\versus\verb=\mathscr{...}= $(\mathscr{ABC})$ \end{description} \section*{Special commands} \begin{center} \textit{The result of the \textbf{"other"} commands depends from the options of \textit{kpfonts}} \end{center} \begin{description} \item[\textbackslash scslshape, \textbackslash textscsl\{\dots\}]\textit{(T.)}\quad \textscsl{Slanted Small Caps} \item[\textbackslash otherscshape, \textbackslash textothersc\{\dots\}, \textbackslash otherscslshape, \textbackslash textotherscsl\{\dots\}]\textit{(T.)}\quad \textsc{Small Caps} \versus\textothersc{Other Small Caps}, \qquad \textscsl{Small Caps} \versus\textotherscsl{Other Small Caps} \item[\textbackslash othertailQ, \textbackslash othertailscq, \textbackslash othertailscslq]\textit{(T.)}\quad Q\versus\othertailQ\quad,\quad \textsc{q}\versus\othertailscq \item[\textbackslash otheralpha, \textbackslash otherGamma\dots]\textit{(M.)}\quad $\alpha$\versus$\otheralpha$,\quad$\Gamma$\versus$\otherGamma$\dots \item[\textbackslash alphaup, \textbackslash alphasl, \textbackslash Gammaup, \textbackslash Gammasl\dots]\textit{(M.)}\quad $\alphaup$, $\alphasl$, $\Gammaup$, $\Gammasl$\dots \item[\textbackslash mathscr\{\dots\}]\textit{(M.)}\quad the math script alphabet\quad $(\mathscr{ABC})$ \item[\textbackslash D\{\dots\}]\textit{(M.)}\quad the integral \textit{d} symbol as \verb=\mathclose= and with good spacing \item[\textbackslash varint, \textbackslash variint\dots]\textit{(M.)}\quad the primitive symbols with good metrics if there is no superscript \item[\textbackslash widearc, \textbackslash widearcarrow, \textbackslash wideparen, \textbackslash widering]\quad $\widearc{arc}\quad\widearcarrow{arrow}\quad\wideparen{paren}\quad\widering{RING}$ \end{description} \section*{Partial loading options} \begin{center} \textit{Mainly for compatibility with other packages} \end{center} \begin{description} \item[noamsmath, notextcomp]\textit{kpfonts} doesn't load \textit{amsmath} or \textit{textcomp} packages \item[notext, nomath]\textit{kpfonts} doesn't load its \textit{text} or \textit{math} fonts \item[nosf, nott, onlyrm]\textit{(T.)}\quad \textit{kpfonts} doesn't load its \textit{sf}, \textit{tt} or \textit{both} fonts \item[nomathscript]\textit{(M.)}\quad\textit{kpfonts} doesn't load its \verb=\mathscr= fonts \item[noDcommand]\textit{(M.)}\quad\textit{kpfonts} doesn't load its \verb=\D= command \end{description} \end{document}