<html><head><meta name="color-scheme" content="light dark"></head><body><pre style="word-wrap: break-word; white-space: pre-wrap;">\documentclass{article}

\usepackage[T1]{fontenc}
\usepackage[utf8]{inputenc}

 % Two LaTeX runs are required to ensure this document is up-to-date

 % It can take a long time to sort the index, in which case you can
 % use the optimize option.
 % This has values: off (no optimize, sorting is done every
 % run), low (sort every second run) or high (write sorted database
 % to file and read in next time round). Don't modify the
 % index/glossary databases while the optimize option is set to
 % high. Do the modifications while the optimize option is set to
 % low or off. Alternatively, delete the .aux and .gidx files before rerunning
 % LaTeX.

\usepackage
 [
  % locales = en, % this option requires datatool-english to be installed
  % optimize=high, % for draft documents to avoid sorting on every build
  % verbose
 ]
 {datagidx}%[=v2.32]

\usepackage[colorlinks]{hyperref}

 % Define some convenient commands

\newcommand*{\principleloc}[1]{\textbf{#1}}
\newcommand*{\appname}[1]{\texttt{#1}}

 % Later we'll switch to a fancy small caps Roman page numbering

\newcommand*{\myscroman}[1]{%
  \myscromannum{\value{#1}}%
}

\newcommand*{\myscromannum}[1]{%
  \textsc{\romannumeral#1}%
}

 % Don't let \appname interfere with the sorting and labelling of
 % terms:

\appto\newtermlabelhook{\let\appname\DTLgidxNoFormat}

 % (datagidx also does this for \MakeUppercase, \MakeTextUppercase,
 % \MakeLowercase, \MakeTextLowercase, \textsc and \acronymfont.)

 % Make an index database labelled 'index' with given title.

\newgidx{index}{Index}

 % Define some terms for the index (entries must be defined in the
 % preamble).

 % Either use "database" key in optional argument
 % or set the default database. It's less typing to set the default
 % database, so let's do that:

\DTLgidxSetDefaultDB{index}


 % All the following definitions will add terms to the "index" database:

\newterm{\DTLgidxName{Jane}{Doe}}

 % NB recent versions of the LaTeX kernel provide improved support
 % with UTF-8 characters in labels.

\newterm{macédoine}
\newterm{macramé}
\newterm{élite}
 % This term has a label that's different to the name
\newterm[label=manoeuvre]{manœuvre}

 % Sometimes the default sort may not suit your requirements. In
 % which case you can override it:

\newterm
[
  sort={Ten Downing Street}
]
{10 Downing Street}

\newterm{singular}
\newterm{plural}
\newterm{group}
\newterm[see=group]{scope}
\newterm[label={glossary}]{glossary}
\newterm
 [%
   label={index},
   seealso={glossary},
 ]
 {index}
\newterm
 [
   seealso={glossary}
 ]
 {acronym}

\newterm[parent=acronym]{reset}
\newterm[parent=acronym]{unset}

\newterm
 [%
   parent=acronym,
   label={firstuse},
 ]
 {first use}
\newterm
 [%
   parent=acronym,
   label={acronymlist},
   text={list of acronyms},
   plural={lists of acronyms}
 ]
 {list}

\newterm{reptile}

\newterm
 [%
   seealso={reptile}
 ]
 {crocodylian}

\newterm
 [%
   parent=crocodylian
 ]
 {crocodile}

\newterm
 [%
   parent=crocodylian
 ]
 {caiman}

\newterm
 [%
   parent=crocodylian
 ]
 {alligator}

\newterm{seal}
\newterm{sea lion}
\newterm{sea}
\newterm{sea anchor}
\newterm{sea urchin}
\newterm{seam bowler}
\newterm{seam}

 % Be careful if a value contains a comma or an equal sign. The
 % entire value must be grouped.
\newterm
 [%
   label={comma},
   sort={,},
   text={comma (,)},
   plural={commas (,)}
 ]%
 {, (comma)}

\newterm
 [%
   label={equals},
   sort={=},
   text={equal sign (=)},
   plural={equal signs (=)},
 ]%
 {= (equal sign)}

 % Don't need to worry about makeindex's special characters (since
 % we're not using makeindex!)
\newterm
 [%
   label={"},
   sort={"},
   text={double quote (")},
   plural={double quotes (")},
 ]%
 {" (double quote)}

\newterm
 [%
   label={!},
   sort={!},
   text={exclamation mark (!)},
   plural={exclamation marks (!)},
 ]%
 {! (exclamation mark)}

\newterm
 [%
   label={|},
   sort={|},
   text={vertical bar (\textbar)},
   plural={vertical bars (\textbar)},
 ]%
 {\textbar\ (vertical bar)}


 % Be careful of special characters

\newterm
 [%
   label={amp},
   sort={\DTLgidxStripBackslash{\&amp;}},
   text={ampersand (\&amp;)},
   plural={ampersands (\&amp;)},
 ]
 {\&amp; (ampersand)}

\newterm
 [%
   label={underscore},
   sort={\DTLgidxStripBackslash{\_}},
   text={underscore (\_)},
   plural={underscores (\_)},
 ]
 {\_ (underscore)}

\newterm
 [%
   label={dollar},
   sort={\DTLgidxStripBackslash{\$}},
   text={dollar (\$)},
   plural={dollars (\$)},
 ]
 {\$ (dollar)}

\newterm
 [%
   label={circum},
   sort={\DTLgidxStripBackslash{\^}},
   text={circumflex (\textasciicircum)},
   plural={circumflexes (\textasciicircum)},
 ]
 {\textasciicircum\ (circumflex)}

\newterm
 [%
   label={tilde},
   sort={\string~},
   text={tilde (\textasciitilde)},
   plural={tildes (\textasciitilde)},
 ]
 {\textasciitilde\ (tilde)}

\newterm{0\DTLgidxParen{zero}}

\newterm{1\DTLgidxParen{one}}

\newterm{2\DTLgidxParen{two}}

\newterm{3\DTLgidxParen{three}}

\newterm{10\DTLgidxParen{ten}}

\newterm{100\DTLgidxParen{one hundred}}

\newterm{20\DTLgidxParen{twenty}}

\newterm{alpine}

 % Let's index a person
 % The label is formed from the surname.
 % If you are indexing more than one person with the same surname,
 % you'll have to provide your own labels via the label key.

\newterm{\DTLgidxName{Donald E.}{Knuth}}

 % Let's have some examples from the Oxford Style Manual:

\newterm{highwater}
\newterm{highlights}
\newterm{highbrow}
\newterm{Highclere Castle}
\newterm{highball}
\newterm{high chair}
\newterm{high heels}
\newterm{high-fliers}

 % parenthetical material
\newterm{high\DTLgidxParen{light-headed}}

\newterm
[% label needed to distinguish from previous entry
  label=highheight,
]
{high\DTLgidxParen{height}}

\newterm{\emph{High Water}\DTLgidxParen{play}}

\newterm{high water}

% Label will be "New York New York".
% the comma and \emph will be stripped
\newterm{\emph{New York, New York}}

 % Using \DTLgidxName allows the sort key to work with \dtlwordindexcompare

\newterm{\DTLgidxName{J.}{High}}

\newterm{\DTLgidxName{P.}{High-Smith}}

\newterm{\DTLgidxName{A.}{Highsmith}}

\newterm{\DTLgidxName{Earl of}{New York}}

 % Some more examples from the Oxford Style Manual

\newterm
 [
   label={DrMeynell}
 ]
 {\DTLgidxName{\DTLgidxRank{Dr}{A.}}{Meynell}}

\newterm
 [%
   label={AliceMeynell}
 ]
 {\DTLgidxName{Alice}{Meynell}}

\newterm
 [%
   label={AMeynell}
 ]
 {\DTLgidxName{A}{Meynell}}

\newterm
 [%
   label={FMeynell}
 ]
 {\DTLgidxName{F.}{Meynell}}

\newterm
 [%
   label={WGMeynell}
 ]
 {\DTLgidxName{W.~G.}{Meynell}}

\newterm
 [%
   label={WMeynell}
 ]
 {\DTLgidxName{W.}{Meynell}}

\newterm
 [%
   label={SirMeynell}
 ]
 {\DTLgidxName{\DTLgidxRank{Sir}{F.}}{Meynell}}


 % Using \DTLgidxMac allows the sort key to sort on ``Mac'' rather
 % than the argument to \DTLgidxMac

\newterm{\DTLgidxName{Joe}{\DTLgidxMac{Mc}Cullers}}

\newterm{\DTLgidxName{Bob}{\DTLgidxMac{M'}Fingal}}

 % The labels need to be set here as we have identical surnames

\newterm
 [%
   label={TomMacFarlane}
 ]%
 {\DTLgidxName{Tom}{\DTLgidxMac{Mac}Farlane}}

\newterm
 [%
   label={DickMacFarlane}
 ]%
 {\DTLgidxName{Dick}{\DTLgidxMac{Mac}Farlane}}

\newterm{\DTLgidxName{Harry}{\DTLgidxMac{Mc}Namee}}

\newterm{\DTLgidxMac{Mc}Carthyism}
\newterm{\DTLgidxMac{Mc}Guffin}
\newterm{\DTLgidxMac{Mc}Coy}

\newterm{macadam}
\newterm{ma'am}
\newterm{ma}
\newterm{macabre}
\newterm{machete}


\newterm{deem}
\newterm{demote}
\newterm{deerstalker}
\newterm{deface}
\newterm{de facto}

 % Don't let the hyphen be considered a word boundary:
\newterm{de\DTLgidxIgnore{-}escalate}

 % Ignore particles such as "de", "von", "of"
 % The label defaults to deWinter but the name is displayed as
 % de~Winter

\newterm{\DTLgidxName{Fred}{\DTLgidxParticle{de}{Winter}}}

\newterm{\DTLgidxName{Wilma}{Winter}}

\newterm{\DTLgidxName{Betty}{Winters}}

\newterm{\DTLgidxOffice{Rollo}{ruler of Normandy}}

\newterm{\DTLgidxRank{Lady}{Felicity}}

 % these all need labels added to ensure uniqueness:

\newterm
[
  label={HenrySonJohn}
]
{\DTLgidxOffice{son \DTLgidxParticle{of}{John}}{Henry}}

\newterm
[
  label={HenryBeaumont}
]
{\DTLgidxOffice{bishop \DTLgidxParticle{of}{Bayeux}}%
{\DTLgidxName{Henry}{\DTLgidxParticle{de}{Beaumont}}}}

\newterm
[
  label={HenryScribe}
]
{\DTLgidxOffice{scribe \DTLgidxParticle{of}{Bury}
   \DTLgidxSaint{St}~Edmunds}{Henry}}

\newterm
[
  label={HenryKing}
]
{\DTLgidxOffice{king \DTLgidxParticle{of}{England}}{Henry}}

\newterm
[
  label={HenryBlois}
]
{\DTLgidxOffice{bishop \DTLgidxParticle{of}{Winchester}}{Henry
\DTLgidxParticle{of}{Blois}}}

\newterm
[
  label={HenryBlund}
]
{Henry Blund}

\newterm
[
  label={HenryEssex}
]
{Henry \DTLgidxParticle{of}{Essex}}

\newterm
[
  label={HenryLittle}
]
{Henry \DTLgidxParticle{the}{Little}}

\newterm
[
  label={HenryMowbray}
]
{Henry \DTLgidxParticle{de}{Mowbray}}

\newterm
[
  label={HenryFitzRobert}
]
{Henry \DTLgidxParticle{Fitz}{Robert}}

\newterm
[
   label={JBSaint}
]
{\DTLgidxName{J.~B.}{Saint}}

\newterm
[
  label={StAndrews}
]
{\DTLgidxPlace{\DTLgidxSaint{St}~Andrews}{Fife}}

\newterm
[
  label={StBenetsHall}
]
{\DTLgidxSaint{St}~Benet's Hall}

\newterm
[
  label={StJamesInfirmary}
]
{\DTLgidxSaint{St}~James Infirmary}

\newterm
[
  label={QStJohnSmythe}
]
{\DTLgidxName{Q.}{\DTLgidxSaint{St}~John-Smythe}}

\newterm
[
  label={SaintJulian}
]
{\DTLgidxSaint{Saint}-Julian}

\newterm
[
  label={StJustinRoseland}
]
{\DTLgidxSaint{St}~Just-in-Roseland}

 % Names with an associated number

 % The following gets the label 'James I' and sort 'James 01'

\newterm{James~\DTLgidxNameNum{1}}

 % The following gets the label 'James II' and sort 'James 02'

\newterm{James~\DTLgidxNameNum{2}}

 % etc
\newterm{James~\DTLgidxNameNum{3}}
\newterm{James~\DTLgidxNameNum{4}}
\newterm{James~\DTLgidxNameNum{5}}

 % In the following, the label and name default to 'New York, population' 
 % The text defaults to 'population'.
 % Using \DTLgidxSubject allows the sort key to work with \dtlwordindexcompare
 % Here both the label and the text have been changed from their
 % defaults.
\newterm
[
  label={popNY},% give it a short, easy to type label
  text={population of New York}
]
{\DTLgidxSubject{population}{New York}}

 % In the following, the becomes 'New York, USA' and the
 % label becomes 'New York USA'
 % The text becomes 'New York'.
\newterm{\DTLgidxPlace{USA}{New York}}

\newterm{\ensuremath{\alpha}-iron}% gets label and sort keys 'alpha-iron'

\newterm{\ensuremath{\alpha} chain}% label &amp; sort -&gt; 'alpha chain'

\newterm{\ensuremath{\alpha} Centauri}% label &amp; sort -&gt; 'alpha Centauri'

\newterm{alphabet}

\newterm{\ensuremath{\Lambda} calculus}% label &amp; sort -&gt; 'Lambda calculus'

 % and have a few more entries in the same letter group to test case
 % ordering:
\newterm{kite}
\newterm{koala}

 % Earlier I modified \newtermlabelhook so
 % that \appname won't interfere with the sorting
 % and labelling mechanism, so I don't need to specify separate sort
 % and label keys here:

\newterm{\appname{makeindex}}% label and sort both set to just 'makeindex'
\newterm{\appname{xindy}}% label and sort both set to just 'xindy'

\title{Sample Document Using the datagidx Package}
\author{Nicola L. C. Talbot}

\begin{document}
\pagenumbering{roman}

The datagidx package was developed to follow the word order indexing
style described by the Oxford Style Manual. Many of the examples
here are taken from that manual. Two \LaTeX\ runs are required. If
you get a pdfTeX warning that a destination has been referenced but
does not exist, this may mean the index is out-of-date and you need
to do another \LaTeX\ run.

With word ordering a word break (space or hyphen) comes before all
other letters of the alphabet (\gls{sea lion} comes before \gls{seal}). 
With letter ordering word breaks are ignored (so \gls{seal} comes
before \gls{sea lion}).

Use a few terms here: \gls{index}, \gls{group}, \gls{singular}, \gls{plural}.

\newpage

\Gls{singular}, \glspl{plural}. \gls{glossary}.
\Gls{acronym}: \gls{reset}, \gls{firstuse}.

\newpage
\pagenumbering{arabic}

Switched page numbering style. \Gls{singular}, \gls{kite},
\gls{koala}, \gls{crocodile}, \gls{seal}.

\Gls{sea},
\gls{sea anchor},
\gls{sea urchin}.

Some characters: \gls{comma}, \gls{equals}, \gls{"}, \gls{!}, \gls{|}
\gls{amp}, \gls{underscore}, \gls{dollar}, \gls{circum},
\gls{tilde}.

Some numbers: \gls{0}, \gls{1}, \gls{2}, \gls{3}, \gls{20}, \gls{10}.

\newpage

Some numbers again: \gls{0}, \gls{1}, \gls{2}, \gls{3}, \gls{100},
\gls{10}, \gls{20}.

Case mixture: \gls{kite}, 
\gls{Knuth} and 
\gls{[principleloc]koala}.

\Gls{de-escalate}, \gls{deem}, \gls{demote}.

We don't need to use \gls{makeindex} or \gls{xindy}!
However, \TeX\ takes longer to sort and collate than either
\gls{makeindex} or \gls{xindy}, so document compilation time will
take longer.

\newpage

\Gls{kite}, \gls{highwater}, \gls{koala}, \gls{caiman}, \gls{sea
lion}, \gls{high},
\gls{highbrow}, \gls{high chair}, \gls{highball}, \gls{reptile},
\gls{highlights}, \gls{high heels}, \gls{high-fliers}.
\Gls{seam} and \gls{seam bowler}.

\gls{New York New York}. \gls{New York}. 
\Gls{popNY}. \gls{New York USA}.
\gls{Highclere Castle}.

\gls{High}. \gls{High-Smith}, \gls{Highsmith}, \gls{High Water}
as opposed to \gls{high water}. \Gls{alphabet}. \Gls{alpine}.

Some terms with Greek letters: \gls{alpha-iron}, 
\gls{Lambda calculus}, \gls{alpha chain}, \gls{alpha Centauri}.

\newpage

\renewcommand{\thepage}{\myscroman{page}}%
Switching to small caps Roman page numbering.

\Gls{kite}. \Glspl{alligator}. \Gls{highheight}.

\gls{deWinter}.
\gls{Winter}.
\gls{Winters}.

\gls{McCullers}.

\gls{M'Fingal}.

\gls{TomMacFarlane}.

\gls{DickMacFarlane}.

\gls{McNamee}.

\gls{McCarthyism},
\gls{McGuffin},
\gls{McCoy}.

\Gls{macadam},
\gls{ma'am},
\gls{ma},
\gls{macabre},
\gls{macramé},
\gls{macédoine},
\gls{manoeuvre}.

\Gls{élite},
\gls{deem},
\gls{demote},
\gls{deerstalker},
\gls{deface},
\gls{de facto}.


\gls{AliceMeynell}.
\gls{AMeynell}.
\gls{DrMeynell}.
\gls{SirMeynell}.
\gls{FMeynell}.
\gls{WGMeynell}.
\gls{WMeynell}.

\gls{HenrySonJohn}. \gls{HenryBlois}.
\gls{HenryBeaumont}. \gls{HenryBlund}.
\gls{HenryLittle}. \gls{HenryEssex}. \gls{HenryMowbray}.
\gls{HenryFitzRobert}.
\gls{HenryKing}. \gls{HenryScribe}.

\gls{James V}.
\gls{James I}.
\gls{James IV}.
\gls{James III}.
\gls{James II}.

\gls{JBSaint}.
\gls{StAndrews}.
\gls{StBenetsHall}.
\gls{StJamesInfirmary}.
\gls{QStJohnSmythe}.
\gls{SaintJulian}.
\gls{StJustinRoseland}.

\gls{10 Downing Street}.

\newpage

% This will take a while as the sorting algorithm is complex. 

% NB locales=en will do this automatically (but it requires
% datatool-english to be installed):
\renewcommand{\dtlnonlettergroup}[1]{Symbols}

\printterms
 [
   heading={\section[Word Sorted Index]},% make a numbered section
   database=index,% 'index' database
   prelocation=dotfill,% put a dotted line before the location list
   columns=3,% page layout 
   style=index,% use 'index' style
   %balance=false,% don't balance columns
   postheading={Locations in bold indicate primary reference.
   (Word sort.)},
   showgroups, % show letter groups
% NB élite will end up in the É letter group by default.
% There will also be a second "Symbols" group at the end
% for characters with codepoints after "z".
% Use locales=en to treat "é" as "e" and gather the symbols
 ]


\end{document}
</pre></body></html>