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Code Editor : cases.sty
% C A S E S . S T Y ver 2.5 May 2002 % % Copyright (C) 1993,1994,1995,2000,2002 by Donald Arseneau % asnd@triumf.ca % These macros may be freely transmitted, reproduced, or modified % provided that this notice is left intact. Sub-equation numbering % is based on subeqn.sty by Stephen Gildea; most of the rest is based % on LaTeX's \eqnarray by Leslie Lamport and the LaTeX3 team. % % This provides a LaTeX environment {numcases} to produce multi-case % equations with a separate equation number for each case. There is % also {subnumcases} which numbers each case with the overall equation % number plus a letter [8a, 8b, etc.]. The syntax is % % \begin{numcases}{left_side} % case_1 & explanation_1 \\ % case_2 & explanation_2 \\ % ... % case_n & explanation_n % \end{numcases} % % Each case is a math formula, and each explanation is a piece of lr mode % text (which may contain math mode in \(...\) or $...$). The explanations % are optional. Equation numbers are inserted automatically, just as for % the eqnarray environment. In particular, the \nonumber command suppresses % an equation number and the \label command allows reference to a particular % case. In a subnumcases environment, a \label in the left_side of the % equation gives the overall equation number, without any letter. % % To use this package, % include "\usepackage{cases}" after \documentclass. You may also % specify "\usepackage[subnum]{cases}" to force *all* numcases % environments to be treated as subnumcases. % % Question: Is there a {numcases*} environment for unnumbered cases? % Answer: There is a {cases} environment in AMS-LaTeX, but it is just as % convenient to stick with the canonical LaTeX array: % \[ left side = \left\{ \begin{array}...\end{array} \right. \] % % Speaking of AMS-math, they use an entirely different system of equation % numbering, and this package uses ordinary LaTeX numbering. % % - - - - - % A simple example is: % \begin{numcases}{|x|=} % x, & for $x \geq 0$\\ % -x, & for $x < 0$ % \end{numcases} % % Giving: % / x for x > 0 (1) % |x| = < - % \ -x for x < 0 (2) % % - - - - - % % Another example is calculating the square root of $c+id$. First compute % \begin{subnumcases}{\label{w} w\equiv} % 0 & $c = d = 0$\label{wzero}\\ % \sqrt{|c|}\,\sqrt{\frac{1 + \sqrt{1+(d/c)^2}}{2}} & $|c| \geq |d|$ \\ % \sqrt{|d|}\,\sqrt{\frac{|c/d| + \sqrt{1+(c/d)^2}}{2}} & $|c| < |d|$ % \end{subnumcases} % Then, using $w$ from eq.~(\ref{w}), the square root is % \begin{subnumcases}{\sqrt{c+id}=} % 0 & $w=0$ (case \ref{wzero})\\ % w+i\frac{d}{2w} & $w \neq 0$, $c \geq 0$ \\ % \frac{|d|}{2w} + iw & $w \neq 0$, $c < 0$, $d \geq 0$ \\ % \frac{|d|}{2w} - iw & $w \neq 0$, $c < 0$, $d < 0$ % \end{subnumcases} % % - - - begin definitions - - - \ProvidesPackage{cases}[2002/05/02 ver 2.5 ] \newenvironment{numcases}[1]% {$$\numc@opts \setbox\z@\hbox {\advance\c@equation\@ne\def\@currentlabel{\p@equation\theequation}% local $\displaystyle {#1\null}\m@th$}% \numc@setsub \setbox\tw@\vbox\bgroup \stepcounter{equation}\def\@currentlabel{\p@equation\theequation}% \global\@eqnswtrue\m@th \everycr{}\tabskip\numc@left\let\\\@eqncr \halign to\dimen@ii \bgroup \kern\wd\z@ \kern14\p@ % assume width of brace \tabskip\z@skip \global\@eqcnt\@ne $\displaystyle{##}$\hfil &\global\@eqcnt\tw@ \skip@10\p@ \advance\skip@\tw@\arraycolsep \hskip\skip@ ##\unskip\hfil\tabskip\@centering% \unskip removes space if no explanations &\global\@eqcnt\thr@@\hbox to\z@\bgroup\hss##\egroup\tabskip\z@skip\cr }{\@@eqncr \egroup % end \halign, which does not contain first column or brace \global\advance\c@equation\m@ne %Measure the natural width of the alignment \unskip\unpenalty\unskip\unpenalty \setbox\z@\lastbox % grab last line \nointerlineskip \copy\z@ % then put it back \global\dimen@i\wd\z@ \setbox\z@\hbox{\hskip-\numc@left\unhbox\z@}% Measure its natural width \ifdim \wd\z@<\dimen@i \global\dimen@i\wd\z@ \fi \egroup% end \vbox (box\tw@, box\z@ is restored to LHS) \hbox to\dimen@ii{\m@th % assemble the whole equation \hskip\numc@left \hbox to\dimen@i{$\displaystyle \box\z@ % parameter #1 \dimen@\ht\tw@ \advance\dimen@\dp\tw@ % get size of brace \left\{\vcenter to\dimen@{\vfil}\right.\n@space % make brace $\hfil}\hskip\@centering % finished first part (filled whole line) \kern-\dimen@ii % backspace the full width $\vcenter{\box\tw@}$% overlay the alignment }% end the \hbox to\dimen@ii \numc@resetsub $$\global\@ignoretrue} \let\numc@setsub\relax \let\numc@resetsub\relax \def\subnumcases{\let\numc@setsub\subequations \let\numc@resetsub\endsubequations \numcases} \let\endsubnumcases\endnumcases % declare subequations -- either defining them following the style of % Gildea's subeqn.sty, or using the syntax of AMS-LaTeX if that is loaded. \@ifundefined{c@parentequation}{% No AMS, define subequations from scratch: % % These versions of subequations follow the style of Gildea's subeqn.sty, % but are thoroughly rewritten. % % You can change the labelling by redefining \thesubequation, but the names % of the counters may be confusing: The sub-number is given by counter % {equation}, while the overall equation number is given by {mainequation}. % There are two ways to reference the overall equation number: % through the value of \c@mainequation, as in \Roman{mainequation}, or % through \themainequation, which gives the text of the normal \theequation. % Refer to the local sub-number with \c@equation, as in \alph{equation}. % The default numbering is like 13c, given by: % \def\thesubequation{\themainequation\alph{equation}} % % Some alternatives: % \def\thesubequation{\themainequation.\Alph{equation}} % 13.C % \def\thesubequation{\themainequation-\roman{equation}} % 13-iii % \def\thesubequation{(\arabic{mainequation}\alph{equation})} % (13c) % The third alternative should be used if a document style has % declared \renewcommand{\@eqnnum}{\theequation} and % \renewcommand{\theequation}{(\arabic{equation})}, which makes % \ref put parentheses around regular equation numbers automatically. % \def\subequations{\refstepcounter{equation}% \mathchardef\c@mainequation\c@equation \let\@tempa\protect % * added protection \def\protect{\noexpand\protect\noexpand}% * \edef\themainequation{\theequation}\let\theequation\thesubequation \let\protect\@tempa % * \global\c@equation\z@} % \def\endsubequations{% \global\c@equation\c@mainequation \global\@ignoretrue} % % \begin{subeqnarray} works like \begin{subequations}\begin{eqnarray}, % with the added feature that a \label command given given at the very % beginning of the first entry defines a label for the overall equation % number. % \def\subeqnarray{\subequations\eqnarray\@ifnextchar\label{\@lab@subeqnarray}{}} \def\endsubeqnarray{\endeqnarray\endsubequations} \def\@lab@subeqnarray#1#2{\begingroup \let\@currentlabel\themainequation #1{#2}\endgroup} % }{}% AMS \subequations already defined \def\numc@left{\@centering} \def\numc@opts{\dimen@ii\displaywidth} \DeclareOption{subnum}{ \let\numc@setsub\subequations \let\numc@resetsub\endsubequations } \DeclareOption{fleqn}{ \def\numc@left{\mathindent} \def\numc@opts{\displaywidth\linewidth \dimen@ii\linewidth } } \ProcessOptions \endinput % Send problem reports to asnd@triumf.ca Test file integrity: ASCII 32-57, 58-126: !"#$%&'()*+,-./0123456789 :;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~
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