diff options
author | Karl Berry <karl@freefriends.org> | 2006-01-09 00:40:28 +0000 |
---|---|---|
committer | Karl Berry <karl@freefriends.org> | 2006-01-09 00:40:28 +0000 |
commit | fd423d0bb64fe29a2be1fbae5baaf4bc386cc274 (patch) | |
tree | 6bf20bbdf3d9741134f6ea40b30c1b3722fa0cd1 /Master/texmf-dist/doc/omega/base | |
parent | 0afd1aaf73fc909c6604939dcaf4ccc983b7277e (diff) |
doc 1
git-svn-id: svn://tug.org/texlive/trunk@77 c570f23f-e606-0410-a88d-b1316a301751
Diffstat (limited to 'Master/texmf-dist/doc/omega/base')
-rw-r--r-- | Master/texmf-dist/doc/omega/base/doc-1.12.ps | 4500 | ||||
-rw-r--r-- | Master/texmf-dist/doc/omega/base/doc-1.8.tex | 2323 | ||||
-rw-r--r-- | Master/texmf-dist/doc/omega/base/torture.ps | 7612 | ||||
-rw-r--r-- | Master/texmf-dist/doc/omega/base/torture.tex | 1127 |
4 files changed, 15562 insertions, 0 deletions
diff --git a/Master/texmf-dist/doc/omega/base/doc-1.12.ps b/Master/texmf-dist/doc/omega/base/doc-1.12.ps new file mode 100644 index 00000000000..2e9d0b83a57 --- /dev/null +++ b/Master/texmf-dist/doc/omega/base/doc-1.12.ps @@ -0,0 +1,4500 @@ +%!PS-Adobe-2.0 +%%Creator: dvips(k) 5.86 Copyright 1999 Radical Eye Software +%%Title: doc-1.12.dvi +%%Pages: 43 +%%PageOrder: Ascend +%%BoundingBox: 0 0 596 842 +%%EndComments +%DVIPSWebPage: (www.radicaleye.com) +%DVIPSCommandLine: dvips doc-1.12 -o +%DVIPSParameters: dpi=600, compressed +%DVIPSSource: Omega output, Version 3.14159--1.12, 2000.02.13:1820 +%%BeginProcSet: texc.pro +%! +/TeXDict 300 dict def TeXDict begin/N{def}def/B{bind def}N/S{exch}N/X{S +N}B/A{dup}B/TR{translate}N/isls false N/vsize 11 72 mul N/hsize 8.5 72 +mul N/landplus90{false}def/@rigin{isls{[0 landplus90{1 -1}{-1 1}ifelse 0 +0 0]concat}if 72 Resolution div 72 VResolution div neg scale isls{ +landplus90{VResolution 72 div vsize mul 0 exch}{Resolution -72 div hsize +mul 0}ifelse TR}if Resolution VResolution vsize -72 div 1 add mul TR[ +matrix currentmatrix{A A round sub abs 0.00001 lt{round}if}forall round +exch round exch]setmatrix}N/@landscape{/isls true N}B/@manualfeed{ +statusdict/manualfeed true put}B/@copies{/#copies X}B/FMat[1 0 0 -1 0 0] +N/FBB[0 0 0 0]N/nn 0 N/IEn 0 N/ctr 0 N/df-tail{/nn 8 dict N nn begin +/FontType 3 N/FontMatrix fntrx N/FontBBox FBB N string/base X array +/BitMaps X/BuildChar{CharBuilder}N/Encoding IEn N end A{/foo setfont}2 +array copy cvx N load 0 nn put/ctr 0 N[}B/sf 0 N/df{/sf 1 N/fntrx FMat N +df-tail}B/dfs{div/sf X/fntrx[sf 0 0 sf neg 0 0]N df-tail}B/E{pop nn A +definefont setfont}B/Cw{Cd A length 5 sub get}B/Ch{Cd A length 4 sub get +}B/Cx{128 Cd A length 3 sub get sub}B/Cy{Cd A length 2 sub get 127 sub} +B/Cdx{Cd A length 1 sub get}B/Ci{Cd A type/stringtype ne{ctr get/ctr ctr +1 add N}if}B/id 0 N/rw 0 N/rc 0 N/gp 0 N/cp 0 N/G 0 N/CharBuilder{save 3 +1 roll S A/base get 2 index get S/BitMaps get S get/Cd X pop/ctr 0 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+\newcommand{\OFM}{\OMEGA FM} +\newcommand{\TFM}{TFM} +\newcommand{\PL}{PL} +\newcommand{\VF}{VF} +\newcommand{\VP}{VP} +\newcommand{\OPL}{\OMEGA PL} +\newcommand{\OVF}{\OMEGA VF} +\newcommand{\OVP}{\OMEGA VP} +\newcommand{\bits}[1]{\langle\mbox{\emph{#1-bit number}}\rangle} +\newcommand{\showfile}{\langle\mbox{\emph{file}}\rangle} +\newcommand{\showmode}{\langle\mbox{\emph{mode}}\rangle} +\newcommand{\showdir}{\langle\mbox{\emph{direction}}\rangle} +\newcommand{\showcs}{\langle\mbox{\emph{control-sequence}}\rangle} +\newcommand{\showtext}{\langle\mbox{\emph{typeset-material}}\rangle} +\newcommand{\showpenalty}{\langle\mbox{\emph{penalty}}\rangle} +\newcommand{\showtno}{\langle\mbox{\emph{table-no}}\rangle} +\newcommand{\showeno}{\langle\mbox{\emph{entry-no}}\rangle} +\newcommand{\showtable}{\langle\mbox{\emph{table-definition}}\rangle} +\newcommand{\showrule}{\langle\mbox{\emph{rule-definition}}\rangle} +\newcommand{\showglue}{\langle\mbox{\emph{glue-definition}}\rangle} +\newcommand{\showivalue}{\langle\mbox{\emph{ivalue-definition}}\rangle} +\newcommand{\showfvalue}{\langle\mbox{\emph{fvalue-definition}}\rangle} +\newcommand{\showmvalue}{\langle\mbox{\emph{mvalue-definition}}\rangle} +\newcommand{\showpenaltydef}{\langle\mbox{\emph{penalty-definition}}\rangle} +\newcommand{\showinteger}{\langle\mbox{\emph{integer}}\rangle} +\newcommand{\showfixword}{\langle\mbox{\emph{real}}\rangle} +\newcommand{\showorder}{\langle\mbox{\emph{order}}\rangle} +\newcommand{\showkind}{\langle\mbox{\emph{kind}}\rangle} +\newcommand{\showchardefn}{\langle\mbox{\emph{character-definition}}\rangle} +\newcommand{\showligocp}{\langle\mbox{\emph{ocp-file-name}}\rangle} + +\begin{document} +\title{Draft documentation for the \OMEGA\ system} +\author{John Plaice\thanks{School of Computer Science +and Engineering, University of New South Wales, +Sydney 2052, Australia. \texttt{plaice@cse.unsw.edu.au}} +\and Yannis Haralambous\thanks{Atelier Fluxus Virus, +187,~rue Nationale, F-59800 Lille, France. +\texttt{yannis@fluxus-virus.com}}} +\date{March 1999} +\maketitle + +\section{Introduction} +The \OMEGA\ (Omega) typesetting system, an extension of Donald Knuth's \TeX, +is designed for the typesetting of all the world's languages. It +normally uses the Unicode character encoding standard +as internal representation, although it can +accept any other character set for input or output. Since it allows +one to dynamically define finite state automata to translate from +one encoding to another, it is possible to define complex contextual +analysis for ligature choice, character cluster building or diacritic +placement, as required for scripts such as Arabic, Devanagari, +Hebrew or Khmer. It also allows any number of transliterations, +allowing anyone to type texts for any script, using any other script. +\OMEGA\ currently supports multidirectional writing, therefore +allowing typesetting of Hebrew, Arabic, Chinese, Japanese, Mongolian +and many other scripts. + +A Unicode-based font is also being designed for the alphabetic +scripts. This font is made up of four subfonts: (1)~Latin, Greek, +Cyrillic, Armenian, Georgian, punctuation; (2)~Hebrew, Arabic, Syriac; +(3)~Dingbats and non-letterlike symbols; (4)~Indic and South-East +Asian scripts. This font consists of all the glyphs required to +properly typeset each of the scripts, which means much more than +designing one glyph for each Unicode position. + +This document is the draft documentation for the \OMEGA\ typesetting +system, designed and developed by the authors. This draft document +accompanies the 1.8~release of~\OMEGA, which is available~at: +\begin{verbatim} + ftp://ftp.cse.unsw.edu.au/users/plaice/Omega +\end{verbatim} +or at any of the CTAN sites. + +This documentation should be considered cursory. +In particular, it only describes the drivers that +have been developed for typesetting and viewing, +and only presents the tools that are +based on \texttt{web2c}. + +For more information, see our Web page, currently~at: +\begin{verbatim} + http://www.ens.fr/omega +\end{verbatim} + +\section{Implementation} + +The canonical \OMEGA\ implementation is based on the standard +\texttt{web2c} \TeX\ distribution. Currently, \OMEGA\ is based +on \texttt{web2c-7.3}. This means that the following standard +distributions automatically include~\OMEGA: +\begin{itemize} +\item +Thomas Esser's Te\TeX\ (Unix).\\ +Look up \verb|http://www.tug.org/tetex/|\\ +or \verb|mailto:te@informatik.uni-hannover.de|~. +\item +Fabrice Popineau's \TeX Win32 (Windows95/NT).\\ +Look up \verb|ftp://ftp.ese-metz.fr/pub/TeX/win32|\\ +or \verb|mailto:popineau@esemetz.ese-metz.fr|~. +\item +Sebastian Rahtz's \TeX Live (CD-ROM).\\ +Look up \verb|http://www.tug.org/texlive.html|\\ +or \verb|mailto:s.rahtz@elsevier.co.uk|~. +\end{itemize} + +In addition, there are currently two other prepackaged +\TeX\ environments that support~\OMEGA: +\begin{itemize} +\item +Tom Kiffe's CMac\OMEGA\ (MacIntosh).\\ +Look up \verb|http://www.kiffe.com/cmacomega.html|\\ +or \verb|mailto:tom@kiffe.com|~. +\item +Christian Schenk's MiK\TeX\ (Windows95/NT).\\ +Look up \verb|http://www.inx.de/~cschenk/miktex|\\ +or \verb|mailto:cschenk@snafu.de|~. +\end{itemize} + +The three files distributed with the \OMEGA\ implementation are +\begin{verbatim} + web2c-7.3-omega-1.8.tar.gz + omegalib-1.8.tar.gz + omegadoc-1.8.tar.gz +\end{verbatim} +To install \OMEGA, you will require the standard \TeX\ distribution +as well. These files include +\begin{verbatim} + web-7.3.tar.gz + web2c-7.3.tar.gz +\end{verbatim} +as well as a standard \texttt{texmf} tree. +In addition to these files, the following drivers are needed: +\begin{verbatim} + dvipsk.tar.gz + odvipsk.tar.gz + gsftopk.tar.gz + xdvik.tar.gz + oxdvik.tar.gz + libwww.tar.gz +\end{verbatim} +These files are all made available in the above \texttt{ftp} sites. + +The installation procedure is described below. Assume that +\begin{itemize} +\item \verb|/usr/local/ftp| contains your downloaded files; +\item \verb|/usr/local/src| is where you place source files; and +\item \verb|/usr/local/share| is where the \texttt{texmf} tree is +to be placed; +\end{itemize} +\begin{verbatim} + FTP=/usr/local/ftp + SHARE=/usr/local/share + SRC=/usr/local/src + cd $SHARE + tar xzf $FTP/texmflib.tar.gz + tar xzf $FTP/omegalib-1.8.tar.gz + cd $SRC + tar xzf $FTP/web-7.3.tar.gz + tar xzf $FTP/web2c-7.3.tar.gz + tar xzf $FTP/web2c-7.3-omega-1.8.tar.gz + cd web2c-7.3 + tar xzf $FTP/dvipsk.tar.gz + tar xzf $FTP/odvipsk.tar.gz + tar xzf $FTP/gsftopk.tar.gz + tar xzf $FTP/xdvik.tar.gz + tar xzf $FTP/oxdvik.tar.gz + tar xzf $FTP/libwww.tar.gz + configure + make +\end{verbatim} +You will have to choose whether your call to \texttt{configure} +needs any arguments. Note that the files may not look exactly +like this, but you should be able to figure out what is happening. + +\section{What does \OMEGA\ offer?} + +The \OMEGA\ system is a derivative of Donald Knuth's \TeX. As such, +all of the \TeX\ file types can be used by \OMEGA\ as well. In +addition there are six new file types. They are: +\vspace*{.2cm} + +\begin{tabular}{lll} +Suffix & Replaces & Description\\ +\hline +\texttt{.opl} & \texttt{.pl} & Font property list (text)\\ +\texttt{.ofm} & \texttt{.tfm} & Font metric (binary)\\ +\texttt{.ovp} & \texttt{.vpl} & Virtual property list (text)\\ +\texttt{.ovf} & \texttt{.vf} & Virtual font (binary)\\ +\texttt{.otp} & ------ & \OMEGA\ Translation Process (text)\\ +\texttt{.ocp} & ------ & \OMEGA\ Compiled Process (binary)\\ +\end{tabular} +\vspace*{.2cm} + +\noindent These different file types are described in future sections. + +\noindent +The \OMEGA\ distribution contains several binaries, described below: +\vspace*{.2cm} + +\begin{tabular}{lll} +Binary & Replaces & Description\\ +\hline +\texttt{omega} (\OMEGA) & \TeX & Typesetting engine + ($\texttt{.tex} \rightarrow \texttt{.dvi}$) \\ +\texttt{lambda} (\LAMBDA) & \LaTeX & For structured documents + ($\texttt{.tex} \rightarrow \texttt{.dvi}$) \\ +\texttt{odvips} & \texttt{dvips} & PostScript driver + ($\texttt{.dvi} \rightarrow \texttt{.ps}$) \\ +\texttt{oxdvi} & \texttt{xdvi} & Screen previewer for \texttt{.dvi} + ($\texttt{.dvi} \rightarrow \textrm{screen}$) \\ +\texttt{odvicopy} & \texttt{dvicopy} & De-virtualizes \texttt{.dvi} + ($\texttt{.dvi} \rightarrow \texttt{.dvi}$) \\ +\texttt{odvitype} & \texttt{dvitype} & Debugging for \texttt{.dvi} + ($\texttt{.dvi} \rightarrow \textrm{text}$) \\ +\texttt{opl2ofm} & \texttt{pltotf} & Build font metric + ($\texttt{.opl} \rightarrow \texttt{.ofm}$) \\ +\texttt{ofm2opl} & \texttt{tftopl} & Debugging for \texttt{.ofm} + ($\texttt{.ofm} \rightarrow \texttt{.opl}$) \\ +\texttt{ovp2ovf} & \texttt{vptovf} & Build virtual font + ($\texttt{.ovp} \rightarrow \texttt{.ofm}\times\texttt{.ovf}$) \\ +\texttt{ovf2ovp} & \texttt{vftovp} & Debugging for \texttt{.ovf} + ($\texttt{.ofm}\times\texttt{.ovf} \rightarrow \texttt{.ovp}$) \\ +\texttt{otp2ocp} & ------ & Compile \OTP{} + ($\texttt{.otp} \rightarrow \texttt{.ocp}$) \\ +\texttt{outocp} & ------ & Debugging for \texttt{.ocp} + ($\texttt{.ocp} \rightarrow \textrm{text}$)\\ +\texttt{mkofm} & \texttt{mktextfm} & Generate \texttt{.ofm} file if needed\\ +\texttt{mkocp} & ------ & Generate \texttt{.ocp} file if needed\\ +\end{tabular} + +\section{Sixteen-bit fonts, registers, etc.} + +One of the fundamental limitations of \TeX3 is that most quantities can +only range between 0~and~255. Fonts are limited to~256 characters each, +only 256 fonts are allowed simultaneously, only 256 of any given kind of +can be used simultaneously, etc. \OMEGA\ loosens these restrictions, +allowing 65~536 (0--65~535) of each of these entities. + +\subsection{Characters} + +Each font can allow up to 65~536 characters, ranging between +0~and~65~535. Unless other means are provided, using \OMEGA\ +Translation Processes (see section~\ref{lab:otps}), the input +and output mechanisms for characters between 256 (hex~100) +and 65~535 (hex~ffff) use four circumflexes. For example, +\verb|^^^^cab0| means hex value \verb|cab0| and \verb|^^^^0020| +is the space character. + +\subsection{Fonts} + +Up to 65~536 fonts may be used. This is handled automatically, +and space is allocated as needed. + +\subsection{Registers} + +Up to 65~536 registers of each kind may be used. The only case to +be noted is that \verb|\box255| remains the box used by the output +routine. + +\subsection{Math codes} + +\TeX\ allows the use of 16 ($2^4$) font families, each font +of 256 ($2^8$) characters. +To access the characters in the math fonts, and to define how +they are to be used, there are several basic primitives: + +\begin{itemize} +\item \verb|\mathcode| $\bits{8}=\bits{15}$:\\ +Defines 15-bit math code for character; +\item \verb|\mathcode| $\bits{8}$:\\ +Outputs 15-bit math code associated with character; +\item \verb|\mathchar| $\bits{15}$:\\ +Generates a math character with 15-bit math code; +\item \verb|\mathaccent| $\bits{15}$:\\ +Generates a math accent with 15-bit math code; +\item \verb|\mathchardef| $\showcs=\bits{15}$:\\ +Defines a control sequence with a 15-bit math code; +\item \verb|\delcode| $\bits{8}=\bits{27}$:\\ +Defines 27-bit delimiter code for character; +\item \verb|\delcode| $\bits{8}$:\\ +Outputs 27-bit delimiter code associated with character; +\item \verb|\delimiter| $\bits{27}$:\\ +Generates a math delimiter with 27-bit delimiter code; +\item \verb|\radical| $\bits{27}$:\\ +Generates a math radical with 27-bit delimiter code; +\end{itemize} +where +\begin{itemize} +\item $\bits{8}$ refers to an 8-bit character; +\item $\bits{15}$ refers to value \texttt{0x8000} or a triple +\begin{itemize} +\item 3 bits for math category, +\item 4 bits for font family, +\item 8 bits for character in font, +\end{itemize} +called a \emph{math code}; +\item $\bits{27}$ refers to a negative number or a quintuple +\begin{itemize} +\item 3 bits for math category, +\item 4 bits for first font family, +\item 8 bits for first character in font, +\item 4 bits for second font family, +\item 8 bits for second character in font, +\end{itemize} +called a \emph{delimiter code}. +\end{itemize} + +\OMEGA, on the other hand, allows 256 ($2^8$) +font families, each font of 65~536 ($2^{16}$) characters. +So, in addition to the \TeX\ math font primitives, which continue to work, +there are 16-bit versions: + +\begin{itemize} +\item \verb|\omathcode| $\bits{16}=\bits{27}$:\\ +Defines 27-bit math code for character; +\item \verb|\omathcode| $\bits{16}$:\\ +Outputs 27-bit math code associated with character; +\item \verb|\omathchar| $\bits{27}$:\\ +Generates a math character with 27-bit math code; +\item \verb|\omathaccent| $\bits{27}$:\\ +Generates a math accent with 27-bit math code; +\item \verb|\omathchardef| $\showcs=\bits{27}$:\\ +Defines a control sequence with a 27-bit math code; +\item \verb|\odelcode| $\bits{16}=\bits{51}$:\\ +Defines 51-bit delimiter code for character; +\item \verb|\odelcode| $\bits{16}$:\\ +Outputs 51-bit delimiter code associated with character; +\item \verb|\odelimiter| $\bits{51}$:\\ +Generates a math delimiter with 51-bit delimiter code; +\item \verb|\oradical| $\bits{51}$:\\ +Generates a math radical with 51-bit delimiter code; +\end{itemize} +where +\begin{itemize} +\item $\bits{16}$ refers to a 16-bit character; +\item $\bits{27}$ refers to value \texttt{0x8000000} or a triple +\begin{itemize} +\item 3 bits for math category, +\item 8 bits for font family, +\item 16 bits for character in font, +\end{itemize} +called a \emph{math code}; +\item $\bits{51}$ refers to a pair of numbers, either both negative +or arranged as $\bits{27}\;\bits{24}$, with the first number being: +\begin{itemize} +\item 3 bits for math category, +\item 8 bits for first font family, +\item 16 bits for first character in font, +\end{itemize} +and the second number being: +\begin{itemize} +\item 8 bits for second font family, +\item 16 bits for second character in font, +\end{itemize} +called a \emph{delimiter code}. +\end{itemize} + +Since \OMEGA\ is upwardly compatible with \TeX, the older primitives +still continue to function as expected. Internally, math codes are +27-bit numbers and delimiter codes are 51-bit numbers. However, +if \verb|\mathcode|$\bits{15}$ appears in text mode, it +continues to generate a 15-bit number, to remain upwardly compatible +with \TeX: Donald Knuth defines several numerical constants through +\verb|\mathcode|. + +\section{New typesetting routines} + +Most of the development in \OMEGA\ has dealt with different means +for manipulating character streams. Nevertheless, there are new +typesetting routines. + +\subsection{New infinity level} + +A new infinity level \texttt{fi} has been added. It is smaller than +\texttt{fil} but bigger than any finite quantity. Its original intention +was for inter-letter stretching: either \emph{filling-in-the-black}, +as is done for calligraphic scripts such as Arabic; or for emphasis, +as in Russian; all this without having to rewrite existing macro packages. +There is therefore a new keyword, \texttt{fi}, and two new primitives, +\verb|\hfi| and~\verb|\vfi|. + +\subsection{Local paragraph parametrization} + +The \OMEGA\ system allows the finetuning of layout, using +\emph{local} paragraph primitives. The first two, +\verb|\localinterlinepenalty| and \verb|\localbrokenpenalty|, are +generalizations of \verb|\interlinepenalty| and \verb|\brokenpenalty|. + +When, say, \verb|\localinterlinepenalty=200| appears, a \emph{whatsit} node +is deposited into the token list for the current paragraph. If the +value is changed again, another whatsit node is deposited. When +\OMEGA\ cuts the paragraph into lines, it will add the current value +of the local penalty to the penalty node that is placed after every line +in the vertical list. Similarly for \verb|\localbrokenpenalty| when a +discretionary hyphen is placed at the end of a line. With these primitives, +it becomes possible to discourage or encourage page breaks at more +specific parts of a paragraph. + +This same local approach is taken for a completely different task: placing +fixed-width typeset material at the beginning (or the end) of every +line in a paragraph. + +{<<~\localleftbox{<<~}The original problem to be solved +was for fine French typesetting, in which guillemets +are placed running down the left side of a paragraph, +as in this paragraph, so long as material is being +quoted.~>>} Since \TeX\ breaks paragraphs in arbitrary +places, it was impossible to develop a robust macro +package that could, in a single pass, place the +guillemets in the right positions. + +The original text for the previous paragraph was: +\begin{verbatim} + {<<~\localleftbox{<<~}The original problem to be solved + was for fine French typesetting, in which guillemets + are placed running down the left side of a paragraph, + as in this paragraph, so long as material is being + quoted.~>>} Since \TeX\ breaks paragraphs in arbitrary + places, it was impossible to develop a robust macro + package that could, in a single pass, place the + guillemets in the right positions. +\end{verbatim} +There are currently four local primitives: +\begin{itemize} +\item \verb|\localleftbox{|$\showtext$\verb|}|:\\ +Until this primitive is redefined, then the typeset material +will be placed at the beginning of every line that follows +the occurrence of this primitive in the text. +\item \verb|\localrightbox{|$\showtext$\verb|}|:\\ +Until this primitive is redefined, then the typeset material +will be placed at the end of every line that follows +the occurrence of this primitive in the text. +\item \verb|\localinterlinepenalty|$\;=\showpenalty$:\\ +Until this primitive is redefined, then the given penalty +value will be added to the penalty node placed between +successive lines in a paragraph. +\item \verb|\localbrokenpenalty|$\;=\showpenalty$:\\ +Until this primitive is redefined, then each time that a +line ends with a discretionary node, then the given penalty +value will be added to the penalty node following that line. +\end{itemize} +Grouping is respected by all of the local paragraph primitives. + +\section{Multiple directions} + +Below is what is available in the experimental versions of~\OMEGA. +Unfortunately we did not consider it to be sufficiently stable +for it to be released generally. Therefore, \OMEGA\ continues +to support the bidirectionality functions of \verb|TeX--XeT|. +In addition, with the \verb|\pagedirHR| and \verb|\pagedirHL|, +primitives, it is possible to transform the entire page into +a right-to-left page or a left-to-right page. Similarly, +\verb|\pardirHR| and \verb|\pardirHL| allow the paragraph +direction to change. The page direction changes should occur +in empty pages, and the paragraph direction changes should +occur outside of horizontal mode. To ensure that tables +are used properly, there is a primitive \verb|nextfakemath|, +which, put in front of math mode, ignores that the mathematics +is supposed to be typeset from left-to-right. This is used +in~\LAMBDA, which goes into math mode to do \verb|tabular| +environments. + +\bigskip + +{\em +Since \TeX\ was originally designed for English, it only supports +left-to-right typesetting. This situation was improved somewhat +with Knuth and MacKay's \verb|TeX-XeT|, modified into Breitenlohner's +\verb|TeX--XeT|. However, these modifications to \TeX\ only +allow the use of right-to-left typesetting, and even then, only +within a particular paragraph. In other words, these systems do +not support the typesetting of a full text in the different writing +directions. + +The \OMEGA\ system distinguishes sixteen different directions, +which are designated by three parameters: +\begin{enumerate} +\item The \emph{beginning of the page} is one of \texttt{T}~(top), +\texttt{L}~(left), \texttt{R}~(right) or~\texttt{B}~(bottom). +For English and Arabic, the beginning of the page is~\texttt{T}; +for Japanese it is~\texttt{R}; for Mongolian it is~\texttt{L}. +\item The \emph{beginning of the line} defines where each line begins. +For English, it is~\texttt{L}; for Arabic, it is~\texttt{R}; for Japanese +and Mongolian, it is~\texttt{T}. +\item The \emph{top of the line} corresponds to the notion +of `up' within a line. Normally, this will be the same as for the +beginning of the page, as in \texttt{TLT} for English, \texttt{TRT} +for Arabic, \texttt{RTR} for Japanese, or \texttt{LTL} for Mongolian. +However, for English included in Mongolian text, successive lines +move `up' the page, which gives direction~\texttt{LTR}. +\end{enumerate} + +The \OMEGA\ system distinguishes three levels of different writing +direction: page (\verb|\pagedir|), text (\verb|\textdir|) and +mathematics (\verb|\mathdir|). Each of these primitives takes +as primitive one of the above sixteen writing directions. +\begin{itemize} +\item \verb|\pagedir| $\showdir$:\quad +The page direction can only be changed if the current vlist +is empty. This decision avoids ambiguous situations. +\item \verb|\textdir| $\showdir$:\quad +This primitive can appear anywhere in a text, and \OMEGA\ will +allow for the moment only mixed horizontal combinations. +Future versions will allow many different combinations, with +parametrization. +Grouping is respected, so it is possible to have inserts +within a paragraph: these are implemented using the local paragraph +mechanism described in the previous section. +\item \verb|\mathdir| $\showdir$:\quad +Normally mathematics is done in the same direction as English, +namely~\texttt{TLT}. There have been situations where it has been +written~\texttt{TRT}. \OMEGA\ allows only eight directions for +mathematics, namely those in which +the first and third direction parameters are identical. +\end{itemize} + +In addition, \OMEGA\ allows one to designate the direction of a box. +For example \verb|\hbox dir TRT{...}| creates a horizontal box, +and uses direction~\texttt{TRT} while building that box. + +Finally, fonts can be stored either naturally or not. In the unnatural +situation, called with primitive \verb|\unnaturaldir|, it is understood +that glyphs in the current font will always appear to the right of the +current point, above the baseline. In the natural situation, called +with \verb|\naturaldir|, glyphs appear in the `correct' direction. So a +natural Arabic font would have the glyphs appear to the left of the +current point, and a natural Japanese font would make the glyphs appear +below the current point. +} + +\section{Fonts for \OMEGA} + +The \TeX\ system takes the following approach to fonts. The \TeX\ driver +reads \TeX\ documents and generates \texttt{.dvi} files. The driver +uses font metric files (suffix \texttt{.tfm}, text version \texttt{.pl}) +to determine how to lay out boxes on a pages. The screen +driver or printer driver transforms the \texttt{.dvi} file in the +appropriate format, using bitmap fonts (\texttt{.pk}), scaled fonts +(\texttt{.pfa} or \texttt{.pfb}), or virtual fonts (\texttt{.vf}, +text version \texttt{.vp}). + +In the \OMEGA\ system, we make no attempt, for the moment, to change the +definition of bitmaps or scaled fonts. We have focused on the font +metrics (\texttt{.ofm}, text version \texttt{.opl}), and the +virtual fonts (\texttt{.ovf}, text version \texttt{.ovp}). + +Currently, these new font file formats come in two versions. The first, +called level~0, corresponds to the 16-bit version of \TFM\ files, with +no new functionality. Level~1 fonts are more ambitious, and provide +for more powerful features, including compression methods and additional +parameters. + +\subsection{Level-0 \OFM\ files} + +The level-0 \OFM\ files are simply 16-bit versions of \TFM\ files, and have +corresponding entries. +Below is a description of the first 14 words of a level-0 \OFM\ file. +Each entry is a 32-bit integer, non-negative and less than~$2^{31}$: +\begin{eqnarray*} +\myit{ofm-level} & = & 0; \\ +\myit{lf} & = & \mbox{length of the file, in words}; \\ +\myit{lh} & = & \mbox{length of the header data, in words}; \\ +\myit{bc} & = & \mbox{smallest character code in the font}; \\ +\myit{ec} & = & \mbox{largest character code in the font}; \\ +\myit{nw} & = & \mbox{number of entries in the width table}; \\ +\myit{nh} & = & \mbox{number of entries in the height table}; \\ +\myit{nd} & = & \mbox{number of entries in the depth table}; \\ +\myit{ni} & = & \mbox{number of entries in the italic correction table}; \\ +\myit{nl} & = & \mbox{number of entries in the lig-kern table}; \\ +\myit{nk} & = & \mbox{number of entries in the kern table}; \\ +\myit{ne} & = & \mbox{number of entries in the extensible character table}; \\ +\myit{np} & = & \mbox{number of font parameter words}; \\ +\myit{font-dir} & = & \mbox{direction of font}. +\end{eqnarray*} +We must have that $\myit{bc}-1\leq \myit{ec}\leq 65535$. +Furthermore, the following identity must hold: +\begin{eqnarray*} +\myit{lf} & = & +14 + \myit{lh} + 2*(\myit{ec}-\myit{bc}+1) + +\myit{nw} + \myit{nh} + \myit{nd} + \myit{ni} +\\ +& & 2*\myit{nl} + \myit{nk} + 2*\myit{ne} + \myit{np}. +\end{eqnarray*} +Note that a font may contain as many as 65536 characters (if $\myit{bc}=0$ +and $\myit{ec}=65535$), and as few as 0~characters +(if $\myit{bc}=\myit{ec}-1$). + +As with \TFM\ files, if two or more octexts are combined to form an integer +of 16~or more bits, the most significant octets appear first in the file. +This is called BigEndian order. + +Also as with \TFM\ files, the rest of the file is a sequence of ten data arrays having the informal specification +\begin{eqnarray*} +\myit{header} & : & + \mathbf{array}\;[0..\myit{lh}-1]\;\mathbf{of}\;\myit{stuff}\\ +\myit{char-info} & : & + \mathbf{array}\;[\myit{bc}..\myit{ec}]\;\mathbf{of}\; + \myit{char-info-word}\\ +\myit{width} & : & + \mathbf{array}\;[0..\myit{nw}-1]\;\mathbf{of}\;\myit{fix-word}\\ +\myit{height} & : & + \mathbf{array}\;[0..\myit{nh}-1]\;\mathbf{of}\;\myit{fix-word}\\ +\myit{depth} & : & + \mathbf{array}\;[0..\myit{nd}-1]\;\mathbf{of}\;\myit{fix-word}\\ +\myit{italic} & : & + \mathbf{array}\;[0..\myit{ni}-1]\;\mathbf{of}\;\myit{fix-word}\\ +\myit{lig-kern} & : & + \mathbf{array}\;[0..\myit{nl}-1]\;\mathbf{of}\; + \myit{lig-kern-command}\\ +\myit{kern} & : & + \mathbf{array}\;[0..\myit{nk}-1]\;\mathbf{of}\;\myit{fix-word}\\ +\myit{exten} & : & + \mathbf{array}\;[0..\myit{ne}-1]\;\mathbf{of}\; + \myit{extensible-recipe}\\ +\myit{param} & : & + \mathbf{array}\;[1..\myit{np}]\;\mathbf{of}\;\myit{fix-word} +\end{eqnarray*} + +There is no need to describe the entire file, only those parts that differ +from \TFM\ files: $\myit{char-info-word}$, +$\myit{lig-kern-command}$ and $\myit{extensible-recipe}$. +Here is a summary of those differences. +\begin{itemize} +\item $\myit{char-info-word}$ (8 octets): + +\begin{tabular}{lr} +$\myit{width}$ & 16 bits\\ +$\myit{height}$ & 8 bits\\ +$\myit{depth}$ & 8 bits\\ +$\myit{italic}$ & 8 bits\\ +$\myit{RFU}$ & 6 bits\\ +$\myit{tag}$ & 2 bits\\ +$\myit{remainder}$ & 16 bits\\ +\end{tabular} + +The meaning is as in \TFM\ files, so there are 65536 possible widths, +256 possible widths, 256 possible heights and 256 possible italic corrections. + +\item $\myit{lig-kern-command}$ (8 octets): + +\begin{tabular}{lr} +$\myit{skip-byte}$ & 16 bits\\ +$\myit{next-char}$ & 16 bits\\ +$\myit{op-byte}$ & 16 bits\\ +$\myit{remainder}$ & 16 bits\\ +\end{tabular} + +The meaning is as in \TFM\ files, with every entry doubling in size. + +\item $\myit{extensible-recipe}$ (8 octets): + +\begin{tabular}{lr} +$\myit{ext-top}$ & 16 bits\\ +$\myit{ext-mid}$ & 16 bits\\ +$\myit{ext-bot}$ & 16 bits\\ +$\myit{ext-rep}$ & 16 bits\\ +\end{tabular} + +Once again, the meaning is as in \TFM\ files, but every entry has +been doubled. +\end{itemize} + +\subsection{Level-0 \OPL\ files} + +The level-0 \OPL\ files are the same as \PL\ files, with the exception +that values restricted to 8~bits can now be 16~bits. + +\subsection{Level-0 \OVF\ files} + +The \OVF\ files are indistinguishable from \VF\ files, +except for the file suffix. They exist only because +the vast majority of drivers balk when they see +characters that are not 8~bits. + +\subsection{Level-0 \OVP\ files} + +The level-0 \OVP\ files are the same as \VP\ files, with the exception +that values restricted to 8~bits can now be 16~bits. + +\subsection{Level-1 \OFM\ files} + +The level-1 fonts take a different approach to level-0 fonts. They do +not make the assumption that typesetting means simply placing +placing glyphs on the baseline, one after another. Example +applications include the automatic placement of glue between characters +in East Asian scripts, the building of consonental clusters for +South-Asian and South-East-Asian scripts, as well as the placing of +diacritics in Arabic and Hebrew. + +Level-1 fonts are different from level-0 fonts at three levels. First, they +allow the definition of six new kinds of table: +\begin{itemize} +\item \textsc{ivalue} tables contain integers. +\item \textsc{fvalue} tables contain fixword values that do not grow with +magnification. +\item \textsc{mvalue} tables contain fixword values that do grow with +magnification. +\item \textsc{rule} tables contain \TeX\ rule definitions. +\item \textsc{glue} tables contain \TeX\ glue definitions. +\item \textsc{penalty} tables contain \TeX\ penalty definitions. +\end{itemize} +There can be several copies of each kind of table, but for the moment, +there is a maximum of 32~new tables in all. + +These new tables can be used as global tables, or can be indexed +on a character-by-character basis in the $\myit{char-info-word}$ entries, +which define character parameters. So, in addition to the standard +parameters of width, height, depth and italic correction, additional +parameters (of the six kinds outlined above) can be given for the +characters. + +To allow these new tables to be used, changes have also been made +to the lig-kern table. +\begin{itemize} +\item Characters can be put into equivalence classes, where all +characters in the same class will act the same in the lig-kern table; +\item Glue nodes, rule nodes and penalty nodes can be inserted +automatically into the stream, exactly as for kern nodes in~\TeX. +\item The lig-kern program can be completely replaced by an \OTP\ (see +section~\ref{lab:otps}). +\end{itemize} + +Now we begin with the first part of the header of a level-1 \OFM\ file. +Here are the first 17~words of a level-1 \OFM\ file. +Each entry below is a 32-bit integer, non-negative and less +than~$2^{31}$. +\begin{eqnarray*} +\myit{ofm-level} & = & 1; \\ +\myit{lf} & = & \mbox{length of the file, in words}; \\ +\myit{lh} & = & \mbox{length of the header data, in words}; \\ +\myit{bc} & = & \mbox{smallest character code in the font}; \\ +\myit{ec} & = & \mbox{largest character code in the font}; \\ +\myit{nw} & = & \mbox{number of entries in the width table}; \\ +\myit{nh} & = & \mbox{number of entries in the height table}; \\ +\myit{nd} & = & \mbox{number of entries in the depth table}; \\ +\myit{ni} & = & \mbox{number of entries in the italic correction table}; \\ +\myit{nl} & = & \mbox{number of entries in the lig-kern table}; \\ +\myit{nk} & = & \mbox{number of entries in the kern table}; \\ +\myit{ne} & = & \mbox{number of entries in the extensible character table}; \\ +\myit{np} & = & \mbox{number of font parameter words}; \\ +\myit{font-dir} & = & \mbox{direction of font}; \\ +\myit{nco} & = & \mbox{offset of the character entries, in words}; \\ +\myit{ncw} & = & \mbox{number of character info words}; \\ +\myit{npc} & = & \mbox{number of parameters per character}. +\end{eqnarray*} +Most of the entries in the first part are as for level-0 fonts. The new +entries pertain to how the $\myit{char-info-word}$ entries are stored. +\begin{itemize} +\item $\myit{nco}$:\quad This value gives the offset into the file +for the first word of the $\myit{char-info-word}$ table. The +$\myit{nco}$ value is required by output drivers, which need quick +access to the characters, even if the total length +of the tables preceding them is not easily computed,. +\item $\myit{ncw}$:\quad Since many large fonts have large numbers +of consecutive characters with identical metrics. These are compressed +in level-1 fonts, and so the number of $\myit{char-info-word}$ +entries is not simply $\myit{ec}-\myit{bc}+1$. The $\myit{ncw}$ +value gives the number of words used for character information, +not the number of entries. +\item $\myit{npc}$:\quad This is the number of extra parameters per character. +\item $\myit{real-lf}$:\quad This would be the length of +the file, were there no compression. +\end{itemize} + +The next twelve entries come in pairs. +For each kind of parameter (\textsc{ivalue}, \textsc{fvalue}, +\textsc{mvalue}, \textsc{rule}, \textsc{glue}, \textsc{penalty}), +the first entry states how many tables of that kind there are, +and the second states how many words these tables require. +\begin{eqnarray*} +\myit{nki} & = & \mbox{number of \textsc{ivalue} tables}; \\ +\myit{nwi} & = & \mbox{number of words for \textsc{ivalue} tables}; \\ +\myit{nkf} & = & \mbox{number of \textsc{fvalue} tables}; \\ +\myit{nwf} & = & \mbox{number of words for \textsc{fvalue} tables}; \\ +\myit{nkm} & = & \mbox{number of \textsc{mvalue} tables}; \\ +\myit{nwm} & = & \mbox{number of words for \textsc{mvalue} tables}; \\ +\myit{nkr} & = & \mbox{number of \textsc{rule} tables}; \\ +\myit{nwr} & = & \mbox{number of words for \textsc{rule} tables}; \\ +\myit{nkg} & = & \mbox{number of \textsc{glue} tables}; \\ +\myit{nwg} & = & \mbox{number of words for \textsc{glue} tables}; \\ +\myit{nkp} & = & \mbox{number of \textsc{penalty} tables}; \\ +\myit{nwp} & = & \mbox{number of words for \textsc{penalty} tables}. +\end{eqnarray*} + +We must have that $\myit{bc}-1\leq \myit{ec}\leq 65535$. +Furthermore, the following identity must hold: +\begin{eqnarray*} +\myit{lf} & = & +29 + \myit{lh} + \myit{ncw} + +\myit{nw} + \myit{nh} + \myit{nd} + \myit{ni} +\\ +& & 2*\myit{nl} + \myit{nk} + 2*\myit{ne} + \myit{np} +\\ +& & \myit{nki} + \myit{nwi} + +\myit{nkf} + \myit{nwf} + +\myit{nkm} + \myit{nwm} +\\ +& & \myit{nkr} + \myit{nwr} + +\myit{nkg} + \myit{nwg} + +\myit{nkp} + \myit{nwp}. +\end{eqnarray*} +Finally, the sum +$\myit{nki}+ \myit{nkf}+ \myit{nkm}+ +\myit{nkr}+ \myit{nkg}+ \myit{nkp}$ +must be less than 32. + +The rest of the file is composed of a number of arrays. The new parameter +tables are placed before the standard dimension tables, as it is difficult +to estimate space requirements without having read the new tables. +Furthermore, the character parameter indices in the $\myit{char-info-word}$ +entries are relative and must be translated into an absolute reference +into the tables. + +\begin{eqnarray*} +\myit{header} & : & + \mathbf{array}\;[0..\myit{lh}-1]\;\mathbf{of}\;\myit{stuff}\\ +\myit{ivalue-no} & : & + \mathbf{array}\;[0..\myit{nki}-1]\;\mathbf{of}\;\myit{integer}\\ +\myit{fvalue-no} & : & + \mathbf{array}\;[0..\myit{nkf}-1]\;\mathbf{of}\;\myit{integer}\\ +\myit{mvalue-no} & : & + \mathbf{array}\;[0..\myit{nkm}-1]\;\mathbf{of}\;\myit{integer}\\ +\myit{rule-no} & : & + \mathbf{array}\;[0..\myit{nkr}-1]\;\mathbf{of}\;\myit{integer}\\ +\myit{glue-no} & : & + \mathbf{array}\;[0..\myit{nkg}-1]\;\mathbf{of}\;\myit{integer}\\ +\myit{pen-no} & : & + \mathbf{array}\;[0..\myit{nkp}-1]\;\mathbf{of}\;\myit{integer}\\ +\myit{ivalue-table}[0] & : & + \mathbf{array}\;[0..\myit{ivalue-no}[0]-1]\; + \mathbf{of}\;\myit{integer}\\ +& \vdots\\ +\myit{ivalue-table}[\myit{nki}-1] & : & + \mathbf{array}\;[0..\myit{ivalue-no}[\myit{nki}-1]-1]\; + \mathbf{of}\;\myit{integer}\\ +\myit{fvalue-table}[0] & : & + \mathbf{array}\;[0..\myit{fvalue-no}[0]-1]\; + \mathbf{of}\;\myit{fix-word}\\ +& \vdots\\ +\myit{fvalue-table}[\textit{nkf}-1] & : & + \mathbf{array}\;[0..\myit{fvalue-no}[\textit{nkf}-1]-1]\; + \mathbf{of}\;\myit{fix-word}\\ +\myit{mvalue-table}[0] & : & + \mathbf{array}\;[0..\myit{mvalue-no}[0]-1]\; + \mathbf{of}\;\myit{fix-word}\\ +& \vdots\\ +\myit{mvalue-table}[\textit{nkm}-1] & : & + \mathbf{array}\;[0..\myit{mvalue-no}[\textit{nkm}-1]-1]\; + \mathbf{of}\;\myit{fix-word}\\ +\myit{rule-table}[0] & : & + \mathbf{array}\;[0..\myit{rule-no}[0]-1]\; + \mathbf{of}\;\myit{rule-entry}\\ +& \vdots\\ +\myit{rule-table}[\textit{nkr}-1] & : & + \mathbf{array}\;[0..\myit{rule-no}[\textit{nkr}-1]-1]\; + \mathbf{of}\;\myit{rule-entry}\\ +\myit{glue-table}[0] & : & + \mathbf{array}\;[0..\myit{glue-no}[0]-1]\; + \mathbf{of}\;\myit{glue-entry}\\ +& \vdots\\ +\myit{glue-table}[\textit{nkg}-1] & : & + \mathbf{array}\;[0..\myit{glue-no}[\textit{nkg}-1]-1]\; + \mathbf{of}\;\myit{glue-entry}\\ +\myit{pen-table}[0] & : & + \mathbf{array}\;[0..\myit{pen-no}[0]-1]\; + \mathbf{of}\;\myit{integer}\\ +& \vdots\\ +\myit{pen-table}[\textit{nkp}-1] & : & + \mathbf{array}\;[0..\myit{pen-no}[\textit{nkp}-1]-1]\; + \mathbf{of}\;\myit{integer}\\ +\myit{char-info} & : & + \mathbf{array}\;[0..\myit{ncw}-1]\;\mathbf{of}\; + \myit{char-info-word}\\ +\myit{width} & : & + \mathbf{array}\;[0..\myit{nw}-1]\;\mathbf{of}\;\myit{fix-word}\\ +\myit{height} & : & + \mathbf{array}\;[0..\myit{nh}-1]\;\mathbf{of}\;\myit{fix-word}\\ +\myit{depth} & : & + \mathbf{array}\;[0..\myit{nd}-1]\;\mathbf{of}\;\myit{fix-word}\\ +\myit{italic} & : & + \mathbf{array}\;[0..\myit{ni}-1]\;\mathbf{of}\;\myit{fix-word}\\ +\myit{lig-kern} & : & + \mathbf{array}\;[0..\myit{nl}-1]\;\mathbf{of}\; + \myit{lig-kern-command}\\ +\myit{kern} & : & + \mathbf{array}\;[0..\myit{nk}-1]\;\mathbf{of}\;\myit{fix-word}\\ +\myit{exten} & : & + \mathbf{array}\;[0..\myit{ne}-1]\;\mathbf{of}\; + \myit{extensible-recipe}\\ +\myit{param} & : & + \mathbf{array}\;[1..\myit{np}]\;\mathbf{of}\;\myit{fix-word} +\end{eqnarray*} + +So, for parameter $x$, there is a table $\myit{x-no}$, of +length~$\myit{nkx}$, giving the size of each table. +In addition, there are $\myit{nkx}$ tables +containing the actual entries, where the $i$-th table is of +length~$\myit{x-no}[i]$. + +The only parameter entries with an unclear structure are +$\myit{rule-entry}$ and $\myit{glue-entry}$. + +\begin{itemize} +\item +Each $\myit{rule-entry}$ uses three words (12~octets): +\vspace*{.1cm} + +\begin{tabular}{llrl} +1st word & $\myit{width}$ & 32 bits & fixword\\ +2nd word & $\myit{height}$ & 32 bits & fixword\\ +3rd word & $\myit{depth}$ & 32 bits & fixword\\ +\end{tabular} +\vspace*{.1cm} + +The interpretation of the values should be clear. If one of the +three values is~0, then it can stretch in the appropriate direction, +as is standard in~\TeX. +\item +Each $\myit{glue-entry}$ uses four words (16~octets): +\vspace*{.1cm} + +\begin{tabular}{llrl} +1st word & $\myit{subtype}$ & 4 bits & (0--3)\\ +& $\myit{argument-kind}$ & 4 bits & (0--2)\\ +& $\myit{stretch-order}$ & 4 bits & (0--4)\\ +& $\myit{shrink-order}$ & 4 bits & (0--4)\\ +& $\myit{char-rule}$ & 16 bits\\ +2nd word & $\myit{width}$ & 32 bits & fixword\\ +3rd word & $\myit{stretch}$ & 32 bits & fixword\\ +4th word & $\myit{shrink}$ & 32 bits & fixword\\ +\end{tabular} +\vspace*{.1cm} + +\begin{itemize} +\item$\myit{subtype}$ is one of +\vspace*{.1cm} + +\begin{tabular}{ll} +0 & $\myit{normal}$\\ +1 & $\myit{a-leaders}$\\ +2 & $\myit{c-leaders}$\\ +3 & $\myit{x-leaders}$\\ +\end{tabular} +\vspace*{.1cm} + +\item $\myit{argument-kind}$ is one of +\vspace*{.1cm} + +\begin{tabular}{ll} +0 & $\myit{space}$\\ +1 & $\myit{rule}$ ($\myit{subtype}$ must be leader)\\ +2 & $\myit{character}$ ($\myit{subtype}$ must be leader)\\ +\end{tabular} +\vspace*{.1cm} + +\item $\myit{stretch-order}$ and $\myit{shrink-order}$ +are one of +\vspace*{.1cm} + +\begin{tabular}{ll} +0 & $\myit{normal}$\\ +1 & $\myit{fi}$\\ +2 & $\myit{fil}$\\ +3 & $\myit{fill}$\\ +4 & $\myit{filll}$\\ +\end{tabular} +\vspace*{.1cm} + +\item $n=\myit{char-rule}$ depends on the value of +$\myit{argument-kind}$: +\begin{enumerate} +\item[0.] 0; +\item[1.] $n$-th rule in rule table~0; +\item[2.] $n$-character in font. +\end{enumerate} +\end{itemize} +The explanation here only really makes sense if the reader has a clear +understanding of how glue nodes are built in~\TeX. More detailed +documentation is forthcoming. +\end{itemize} + +The new $\myit{char-info-word}$ array is of great interest. Its length +is not directly computable from the number of characters in the font. Each +$\myit{char-info-word}$ entry contains a minimum of 12 octets, and is in +any case a multiple of four octets. Each entry is as follows: +\vspace*{.1cm} + +\begin{tabular}{llrl} +1st word & $\myit{width}$ & 16 bits\\ +& $\myit{height}$ & 8 bits\\ +& $\myit{depth}$ & 8 bits\\ +\hline +2nd word & $\myit{italic}$ & 8 bits\\ +& $\myit{RFU}$ & 5 bits\\ +& $\myit{ext-tag}$ & 1 bit\\ +& $\myit{tag}$ & 2 bits\\ +& $\myit{remainder}$ & 16 bits\\ +\hline +& $\myit{no-repeats}$ & 16 bits\\ +& $\myit{param}_0$ & 16 bits\\ +& \ldots\\ +& $\myit{param}_{\it npc-1}$ & 16 bits\\ +& $\myit{padding}$ & 16 bits & if necessary\\ +\end{tabular} +\vspace*{.1cm} + +\noindent +where $\myit{npc}$ is the number of characters per parameter. + +The $\myit{repeat}$ entry allows one to state that the following +\texttt{no-repeats} characters have identical attributes, thereby +allowing the \OFM\ file to be much smaller. This attribute is essential +for Chinese, Japanese and korean ideogram fonts. In other words, this +$\myit{char-info-word}$ entry is relevant to $(\myit{no-repeats}+1)$ +characters. + +If the $\myit{ext-tag}$ bit is on, then the lig-kern entry pointed to +by $\myit{remainder}$ is shared with all the other characters in its +\emph{equivalence class}, which corresponds to $\myit{param}_0$ +if there exists an \textsc{ivalue} table. + +We are now ready for the changed lig-kern table. There are four +new instructions, which can be distinguished by the fact that +the 0-th 16-bit entry ($\myit{skip-byte}$) is exactly~256. +In that case, then the 1st 16-bit entry ($\myit{next-char}$) +defines an equivalence class. If the next character is of that +equivalence class, then the 2nd 16-bit entry +(the $\myit{op-byte}$) is interpreted as follows: +\begin{enumerate} +\item[17.] Add the glue node defined by entry $\myit{remainder}$ +in the 0-th glue table. +\item[18.] Add the penalty node defined by entry $\myit{remainder}$ +in the 0-th penalty table. +\item[19.] Add the penalty node defined by entry +$\myit{remainder}/256$ in the 0-th penalty table, then +add the glue node defined by entry +$\myit{remainder}\;\textrm{mode}\;256$ in the 0-th glue table. +\item[20.] Add the kern node defined by entry $\myit{remainder}$ +in the 0-th mvalue table. +\end{enumerate} + +\subsection{Level-1 \OPL\ files} + +The level-1 \OPL\ files are the text versions of level-1 \OFM\ files. +Hence, level-1 \OPL\ files contain six kinds of new tables: +integer (\textsc{ivalue}), fixed (\textsc{fvalue}), +magnifiable fixed (\textsc{mvalue}), rule (\textsc{rule}), +glue (\textsc{glue}) and \textsc{penalty}) tables. +In addition, the character entries can include new parameters, +which can then be used in the extended lig-kern table. + +We begin with the new tables. +These extra tables are numbered within each class, from 0 to $n-1$, +where $n$ is the number of tables in that class. To define, say, +the fifth \textsc{ivalue} table, one begins as follows: +\[ + \bigl(\texttt{FONTIVALUE H 5 } \showtable\bigr) +\] +The instructions for defining tables are +\[ +\begin{array}{lll} + \bigl(\texttt{FONTIVALUE} & \showtno & \showtable\bigr)\\ + \bigl(\texttt{FONTFVALUE} & \showtno & \showtable\bigr)\\ + \bigl(\texttt{FONTMVALUE} & \showtno & \showtable\bigr)\\ + \bigl(\texttt{FONTRULE} & \showtno & \showtable\bigr)\\ + \bigl(\texttt{FONTGLUE} & \showtno & \showtable\bigr)\\ + \bigl(\texttt{FONTPENALTY}& \showtno & \showtable\bigr)\\ +\end{array} +\] + +The property lists for these tables contain as many entries as there are +slots in the table. So the fourth entry, starting from~0, in a glue +table would begin as follows: +\[ + \bigl(\texttt{GLUE H 4 } \showglue\bigr) +\] +The instructions for defining entries are: +\[ +\begin{array}{lll} + \bigl(\texttt{IVALUE} & \showeno & \showivalue\bigr)\\ + \bigl(\texttt{FVALUE} & \showeno & \showfvalue\bigr)\\ + \bigl(\texttt{MVALUE} & \showeno & \showmvalue\bigr)\\ + \bigl(\texttt{RULE} & \showeno & \showrule\bigr)\\ + \bigl(\texttt{GLUE} & \showeno & \showglue\bigr)\\ + \bigl(\texttt{PENALTY}& \showeno & \showpenaltydef\bigr)\\ +\end{array} +\] + +Now we come to the definitions of the individual entries. +The four simple ones are for \textsc{ivalue}, \textsc{fvalue}, +\textsc{mvalue} and \textsc{penalty}, which are as follows: +The instructions for defining entries are: +\[ +\begin{array}{ll} + \bigl(\texttt{IVALUEVAL} & \showinteger\bigr)\\ + \bigl(\texttt{FVALUEVAL} & \showfixword\bigr)\\ + \bigl(\texttt{MVALUEVAL} & \showfixword\bigr)\\ + \bigl(\texttt{PENALTYVAL}& \showinteger\bigr)\\ +\end{array} +\] +with some examples: +\begin{verbatim} + (IVALUEVAL H 42) + (PENALTYVAL D 1000) + (FVALUEVAL R 42.0) + (MVALUEVAL R 42.0) +\end{verbatim} +which define an integer value of hex-42, a penalty value of 1000, +a fix-word value of 42.0, and a magnifiable fix-word value of +42.0. + +A $\showrule$ contains three components, each defaulting to~0: +\[ +\begin{array}{ll} + \bigl(\texttt{RULEWD} & \showfixword\bigr)\\ + \bigl(\texttt{RULEHT} & \showfixword\bigr)\\ + \bigl(\texttt{RULEDP} & \showfixword\bigr)\\ +\end{array} +\] + +The most complex entries are for glue, which can take several +instructions. The first few instructions should be clear: +\[ +\begin{array}{ll} + \bigl(\texttt{GLUEWD} & \showfixword\bigr)\\ + \bigl(\texttt{GLUESTRETCH} & \showfixword\bigr)\\ + \bigl(\texttt{GLUESHRINK} & \showfixword\bigr)\\ + \bigl(\texttt{GLUESTRETCHORDER} & \showorder\bigr)\\ + \bigl(\texttt{GLUESHRINKORDER} & \showorder\bigr)\\ +\end{array} +\] +where $\showorder$ is one of \texttt{UNIT}, \texttt{FI}, \texttt{FIL}, +\texttt{FILL}, \texttt{FILLL}. + + +Now, glue can either be blank, or consist of a leader: +\[ +\begin{array}{ll} + \bigl(\texttt{GLUETYPE} & \showkind\bigr)\\ +\end{array} +\] +where $\showkind$ is one of \texttt{NORMAL}, \texttt{ALEADERS}, +\texttt{CLEADERS}, \texttt{XLEADERS}. If a leader is chosen, +then one of the following alternatives can be given: +\[ +\begin{array}{ll} + \bigl(\texttt{GLUERULE} & \showinteger\bigr)\\ + \bigl(\texttt{GLUECHAR} & \showinteger\bigr)\\ +\end{array} +\] +We give below the tables for an initial test with East Asian fonts: +\begin{verbatim} + (FONTIVALUE H 0 + (IVALUE H 0 + (IVALUEVAL H 0) + ) + (IVALUE H 1 + (IVALUEVAL H 1) + ) + (IVALUE H 2 + (IVALUEVAL H 2) + ) + (IVALUE H 3 + (IVALUEVAL H 3) + ) + ) + (FONTGLUE H 0 + (GLUE H 0 + (GLUETYPE H 0) + (GLUESTRETCHORDER NORMAL) + (GLUESHRINKORDER NORMAL) + (GLUEWD R 0.0) + (GLUESTRETCH R 0.0) + (GLUESCHRINK R 0.0) + ) + (GLUE H 1 + (GLUETYPE H 0) + (GLUESTRETCHORDER NORMAL) + (GLUESHRINKORDER NORMAL) + (GLUEWD R 1.2333 + (GLUESTRETCH R 4.5555) + (GLUESCHRINK R 2.3444) + ) + (FONTPENALTY H 0 + (PENALTY H 0 + (PENALTYVAL H 0) + ) + (PENALTY H 1 + (PENALTYVAL H 122A) + ) + ) +\end{verbatim} + +The extra tables can appear in any order, but they must all appear +\emph{before} the first character entry has appeared, since the +character parameters can refer to these tables. + +When defining the character entries, the standard entries (width, +height, depth and italic correction) all exist. One can also add +parameters to the characters by referring to the above +tables. The syntax for an entry resembles +\begin{verbatim} + (CHARIVALUE H 0 H 2) +\end{verbatim} +For this character, it is entry 2 in \textsc{ivalue} table 0 that is +relevant. All entries are similar: +\[ +\begin{array}{lll} + \bigl(\texttt{CHARIVALUE} & \showinteger & \showinteger\bigr)\\ + \bigl(\texttt{CHARFVALUE} & \showinteger & \showinteger\bigr)\\ + \bigl(\texttt{CHARMVALUE} & \showinteger & \showinteger\bigr)\\ + \bigl(\texttt{CHARRULE} & \showinteger & \showinteger\bigr)\\ + \bigl(\texttt{CHARGLUE} & \showinteger & \showinteger\bigr)\\ + \bigl(\texttt{CHARPENALTY} & \showinteger & \showinteger\bigr)\\ +\end{array} +\] +There is a special use for the 0-th integer table, which defines +the equivalence class of the character for the lig-kern table: +\[ +\begin{array}{ll} + \bigl(\texttt{CHARIVALUE H 0} & \showinteger\bigr) +\end{array} +\] +The idea is that characters that act similarly with respect to +their neighboring characters should have the same lig-kern +entry, allowing for the dramatic reduction in size of the +lig-kern table. More later. + +Also to save space, it is possible to state that several characters use the +same information. This is done with the \textsc{charrepeat} +instruction: +\[ +\begin{array}{ll} + \bigl(\texttt{CHARREPEAT H 34 H 42 } \showchardefn\bigr) +\end{array} +\] +states that characters \texttt{0x34} through to \texttt{0x76} +(\texttt{0x34}+\texttt{0x42}) all use the same information. +This clustering is done automatically by the \texttt{ovp2ovf} program. + +The lig-kern table uses four new instructions for the automatic +insertion of kern, glue and penalties between characters. For example, +\begin{verbatim} + (CKRN H 3 H 2) +\end{verbatim} +states that if we encounter this instruction, and the next character +has 3~in its 0-th \textsc{ivalue} table, then the 2-nd entry in the 0-th +\textsc{mvalue} table is inserted into the stream. +Similarly, +\begin{verbatim} + (CGLUE H 3 H 2) +\end{verbatim} +states that if we encounter this instruction, and the next character +has 3~in its 0-th \textsc{ivalue} table, then the 2-nd entry in the 0-th +\textsc{glue} table is inserted into the stream. +Once again, +\begin{verbatim} + (CPENALTY H 3 H 2) +\end{verbatim} +does the same thing, except that it inserts the 2-nd entry in the 0-th +\textsc{penalty} table into the stream. The other one is +\begin{verbatim} + (CPENGLUE H 3 H 2 H 4) +\end{verbatim} +which inserts the 2-nd entry in the 0-th \textsc{penalty} table, then +the 4-th entry in the 0-th \textsc{glue} table. + +The \textsc{label} instruction used in \PL\ files has a variant called +\textsc{clabel}, which means that several characters are using the same +lig-kern entry. It is this technique that allows \texttt{ovp2ovf} +to cluster the characters with similar properties, otherwise each would +point to a different lig-kern entry. + +Our example shows how East Asian fonts might be coded. The +equivalence class of a character has three possible values: 1~for +`left' characters (opening parenthesis, opening quote, etc.), +2~for `middle' or ordinary characters, +and 3~for `right' characters +(closing parenthesis, closing quote, period, etc.). +Here is the lig-kern table. +\begin{verbatim} + (LIGTABLE + (CLABEL H 1) + (CPENGLUE H 1 H 0 H 0) + (CPENGLUE H 2 H 0 H 0) + (CPENGLUE H 3 H 0 H 0) + (STOP) + (CLABEL H 2) + (CGLUE H 1 H 0) + (CGLUE H 2 H 0) + (CPENGLUE H 3 H 0 H 0) + (STOP) + (CLABEL H 2) + (CGLUE H 1 H 0) + (CGLUE H 2 H 0) + (CPENGLUE H 3 H 0 H 0) + (STOP) +\end{verbatim} +Glue is inserted between all pairs of characters that are of category 1, +2, or~3. In addition, a penalty is added in front of characters of +category 3 (`right' characters), preventing a linebreak just prior to +such characters. At the same time, a penalty is added after all +occurrences of characters of category~1 (`left' characters). + +Another possibility is to completely replace the lig-kern table, +with the instruction +\[ +\begin{array}{ll} + \bigl(\texttt{LIGTABLEOCP} & \showligocp\bigr)\\ +\end{array} +\] +Here the \OCP\ $\showligocp$ will be used instead of the lig-kern +table. + +\subsection{Level-1 \OVF\ files} + +The level-1 \OVF\ files are indistinguishable from level-0 +\OVF\ files. + +\subsection{Level-1 \OVP\ files} + +The level-1 \OVP\ files are similar to level-1 \OPL\ files for +the description of the tables. For the actual character layout +stuff, there is no difference with level-0 \OVP\ files. + +\section{\OMEGA\ Translation Processes} +\label{lab:otps} + +The changes described above are very useful, and allow the resolution +of several problems. However, they do not radically alter the +structure of \TeX. This is not the case for the \OMEGA\ Translation +Processes, which allow text to be passed through any number of finite +state automata, in order to impose the required effects. + +These processes are necessary for translating one character set to +another. They are also used to choose the various forms of letters in +Arabic, or to create consonental clusters in Khmer, or to rearrange +letter order in Indic scripts. They could also offer alternative +means of changing texts to upper or lower case or to hyphenate texts. + +Each translation process is placed in a file with the suffix \verb|.otp|. +Its syntax is similar but not identical to a \texttt{lex} or +\texttt{flex} file on Unix. Examples of translation processes can +be found in the \texttt{texmf/omega/otp} directory. + +An \verb|.otp| file defines a finite state automaton that transforms +an input character stream into an output character stream. +It consists of six parts: + +\begin{tabular}{l} +\emph{Input}\\ +\emph{Output}\\ +\emph{Tables}\\ +\emph{States}\\ +\emph{Aliases}\\ +\emph{Expressions}\\ +\end{tabular} + +\noindent +where the \emph{Expressions} actually state what translations take +place and in what situation. + +In what follows, $n$ refers to a positive integer between 0~and +$2^{24}-1$. It can be given in decimal form, octal form (preceded by +\texttt{@'}) or hexadecimal form (preceded by \texttt{@"}). +Hexadecimal numbers can use both minuscule and majuscule letters +to express the digits~\emph{a--f}. Numbers can also be given in +character form: a printable \textsc{ascii} character, when placed +inside a pair of quotes, generates the \textsc{ascii} code for that +character. For example, \verb|`a'| is equivalent to~\verb|@"61|. + +The \emph{Input} part states how many octets are in each input character. +If the section is empty, then the default value is~2, since we hope +that Unicode will become the standard means of communication in the future. +If the section is not empty, it must be of the form +\[ \mymathtt{input:}\;\mymathit{in}\mymathtt{;} \] +where \emph{in} states how many octets are in each input character. + +The \emph{Output} part states how many octets are in each output character. +If the section is empty, then the default value is~2, since we hope +that Unicode will become the standard means of communication in the future. +If the section is not empty, it must be of the form +\[ \mymathtt{output:}\;\mymathit{out}\mymathtt{;} \] +where \emph{out} states how many octets are in each output character. + +The \emph{Tables} part is used for defining tables that will be +referred to later in the expressions. Often, translations from one +character set to another are most efficiently presented through table +lookup. This section can be empty, in which case no tables have been +defined. If it is not empty, it is of the form +\[ \mymathtt{tables:}\; \mymathit{table}^+ \] +where each \emph{table} is of the form +\[ \mymathit{id}\mymathtt{[}n\mymathtt{]}\;\mymathtt{=}\; +\mymathtt{\char'173}n^+\mymathtt{\char'175}\mymathtt{;} \] +where the numbers in $n^+$ are comma-separated. + +The \emph{States} part is used to separate out the expressions. Not +all expressions will necessarily be applicable in all situations. +To do this, the user can name states and identify expressions with +state names, in order to express what expressions apply when. +This section can be empty, in which case there is only one state. If +it is not empty, it is of the form +\[ \mymathtt{states:}\; \mymathit{id}^+\mymathtt{;} \] +where the identifiers in $\mymathit{id}^+$ are comma-separated. + +The \emph{Aliases} part is used to simplify the definition of the left +hand sides of the expressions. Each expression consists of a +left-hand side, in the form of a simplified regular expression, and of a +right-hand side, which states what should be done with a recognized +string. To simplify the definitions of the left-hand sides, +aliases can be used. This section can be empty, in which case there +are no aliases. If it is not empty, it is of the form +\[ \mymathtt{aliases:}\; \mymathit{alias}^+ \] +where each \emph{alias} is of the form +\[ \mymathit{id}\;\mymathtt{=}\;\mymathit{left}\mymathtt{;}\] +and \emph{left} is defined below. + +The \emph{Expressions} part is the very reason for an \verb|.otp| +file. It states what translations must take place, and when. It +cannot be empty, and its syntax is +\[ \mymathtt{expressions:}\; \mymathit{expr}^+ \] +Each \emph{expr} is of the form +\[ + \mymathit{leftState}\; \mymathit{totalLeft}\; + \mymathit{right} \; \mymathit{pushBack} \; \mymathit{rightState} \mymathtt{;} +\] +where \emph{leftState} defines the state for which this expression is +applicable, \emph{totalLeft} defines the left-hand-side regular +expression, \emph{right} defines the characters to be output, +\emph{pushBack} states what characters must be added to the input +stream and \emph{rightState} gives the new state. + +Intuitively, if the automaton is in macro-state \emph{leftState} and +the regular expression \emph{totalLeft} corresponds to a prefix of the current +input stream, then (1)~the input stream is advanced to the end of the recognized +prefix, (2)~the characters generated by the \emph{right} +expression are put onto the output stream, (3)~the characters +generated by the \emph{pushBack} stream are placed at the beginning +of the input stream and (4)~the system changes to the macro-state +defined by \emph{rightState}. + +The \emph{leftState} field can be empty. If it is not, its syntax is +\[ \mymathtt{<} \mymathit{id} \mymathtt{>} \] + +The syntax for \emph{totalLeft} is +\[ \mymathtt{beg:}? \; \mymathit{left}^+ \; \mymathtt{end:}? \] +The \texttt{beg:}, if present, will only match the string if it is +at the beginning of the input. The \texttt{end:}, if present, will +only match the string if it is at the end of the input. + +The syntax for \emph{left} is given by +\begin{eqnarray*} +\mymathit{left} & ::= & n\\ +& \mid & n\mymathtt{-}n\\ +& \mid & \mymathtt{.}\\ +& \mid & \mymathtt{(}\mymathit{left}^+\mymathtt{)}\\ +& \mid & \mymathtt{\char94(}\mymathit{left}^+\mymathtt{)}\\ +& \mid & \{\mymathit{id}\}\\ +& \mid & \mymathit{left}\;\mymathtt{<}n\mymathtt{,}n?\mymathtt{>}\\ +\end{eqnarray*} +where the $\mymathit{left}^+$ means a series of \emph{left} separated +by vertical bars. Therefore, $n$ means a single number, $n\mymathtt{-}n$ is a +range, $\mymathtt{.}$~is a wildcard character, +$\mymathtt{(}\mymathit{left}^+\mymathtt{)}$ is a choice, +$\mymathtt{\char94(}\mymathit{left}^+\mymathtt{)}$ is the negation of a choice, +$\mymathtt{\char'173}\mymathit{id}\mymathtt{\char'175}$ +is the use of an alias and +$\mymathit{left}\mymathtt{<}n\mymathtt{,}n?\mymathtt{>}$ +means between $n$~and $n'$~occurrences of \emph{left}. Should there +be no~$n'$, then the expression means at least $n$~occurrences. + +The syntax for \emph{right} is +\[ \mymathtt{=>}\; \mymathit{stringExpr}^+ \] +while that for \emph{pushBack}, if it is not empty, is +\[ \mymathtt{<=}\; \mymathit{stringExpr}^+ \] +The \emph{right} expression corresponds to the characters that are to +be output. The \emph{pushBack} expression corresponds to the +characters that are put back onto the input stream. + +A \emph{stringExpr} defines a string of characters, using the +characters in the recognized input stream as arguments. It is of the form + +\begin{tabular}{ll} +& $s$\\ +$\mid$ & $n$\\ +$\mid$ & \verb|\|$n$\\ +$\mid$ & \verb|\$|\\ +$\mid$ & \verb|\($-|$n$\verb|)|\\ +$\mid$ & \verb|\*|\\ +$\mid$ & \verb|\(*-|$n$\verb|)|\\ +$\mid$ & \verb|\(*+|$n$\verb|)|\\ +$\mid$ & \verb|\(*+|$n$\verb|-|$n'$\verb|)|\\ +$\mid$ & \verb|#|\emph{arithExpr}\\ +\end{tabular} + +\noindent +where $s$~is an \textsc{ascii} character string enclosed in double +quotation marks. +The \verb|\|$n$ means the $n$-th character (starting from 1) +in the recognized prefix; the \verb|\$| means the last character in the +prefix; \verb|\($-|$n$\verb|)| the $n$-th, counting from the end. +The \verb|\*| means the entire recognized prefix; +\verb|\(*-|$n$\verb|)| the prefix without the last $n$~characters; +\verb|\(*+|$n$\verb|)| without the first $n$~characters; +\verb|\(*+|$n$\verb|-|$n'$\verb|)| removes the first~$n$ and last~$n'$ +characters. + +For example, Indic scripts are encoded with vowels at the end of a +syllable, but the vowel is actually printed first on the page. Up +to six consonants can precede a vowel, yielding the following +transliteration: +\begin{verbatim} + {consonant}<1,6> {vowel} => \$ \(*-1); +\end{verbatim} + +The \emph{arithExpr} entry allows for calculations to actually be +effected on the characters in the prefix. Their syntax is as follows: + +\begin{tabular}{ll} + & $n$\\ +$\mid$ & \verb|\|$n$\\ +$\mid$ & \verb|\$|\\ +$\mid$ & \verb|\($-|$n$\verb|)|\\ +$\mid$ & \emph{arithExpr}\verb| + |\emph{arithExpr}\\ +$\mid$ & \emph{arithExpr}\verb| - |\emph{arithExpr}\\ +$\mid$ & \emph{arithExpr}\verb| * |\emph{arithExpr}\\ +$\mid$ & \emph{arithExpr}\verb| div: |\emph{arithExpr}\\ +$\mid$ & \emph{arithExpr}\verb| mod: |\emph{arithExpr}\\ +$\mid$ & \emph{id}\verb|[|\emph{arithExpr}\verb|]|\\ +$\mid$ & \verb|(|\emph{arithExpr}\verb|)|\\ +\end{tabular} + +\noindent +where \emph{id}\verb|[|\emph{arithExpr}\verb|]| means a table lookup: +the \emph{id} must be a table defined in the \emph{Tables} section. +The other operations should be clear. + +The following example shows the use of tables. +\label{gb:unicode} +\begin{verbatim} +% File inbig5.otp +% Conversion to Unicode from Chinese Big 5 (HKU) +% Copyright (c) 1995 John Plaice and Yannis Haralambous +% This file is part of the Omega project. +% +% This file was derived from data in the tcs program +% ftp://plan9.att.com/plan9/unixsrc/tcs.shar.Z, 16 November 1994 +% + +input: 1; +output: 2; + +tables: + +in_big5_a1[@"9d] = { +@"20, @"2c, @"2ce, @"2e, @"2219, @"2219, @"3b, @"3a, +... +@"2199, @"2198, @"2225, @"2223, @"2215 +}; + +in_big5[@"3695] = { +@"3000, @"ff0c, @"3001, @"3002, @"ff0e, @"30fb, @"ff1b, @"ff1a, +... +@"fffd, @"fffd, @"fffd, @"fffd, @"fffd +}; + +expressions: + +@"1a => @"0a; +@"00-@"a0 => \1; +@"a1(@"40-@"7e) => #(in_big5_a1[\2-@"40]); +@"a1(@"a1-@"fe) => #(in_big5_a1[\2-@"62]); +(@"a2-@"fe)(@"40-@"7e) => #(in_big5[(\1-@"a2)*@"9d + \2-@"40]); +(@"a2-@"fe)(@"a1-@"fe) => #(in_big5[(\1-@"a2)*@"9d + \2-@"62]); +. . => @"fffd; +\end{verbatim} + +In the future, more operations may well be added. Research is still +under way for such things as providing means for defining functions, +local variables, error handling and other functionality. + +The \emph{pushBack} part, which serves to put characters back onto the +input stream, uses the same syntax as the \emph{right} part. When +characters are placed back onto the input stream, they will be looked +at upon the next iteration of the automaton. + +Finally, the \emph{rightState} can be empty or one of the following +three forms: + +\begin{tabular}{ll} +& \verb|<|\emph{id}\verb|>|\\ +$\mid$ & \verb|<push: |\emph{id}\verb|>|\\ +$\mid$ & \verb|<pop:>|\\ +\end{tabular} + +\noindent +If it is empty, the automaton stays in the same state. +If it is of the form \verb|<|\emph{id}\verb|>|, then the automaton +changes to state~\emph{id}. The \verb|<push: |\emph{id}\verb|>| +means change to state~\emph{id}, but remembering the current state. +The \verb|<pop:>| means return to the previously saved state. + +Several \texttt{.otp} files are in the +\texttt{omega/texmf/otp} directory. +The \texttt{char2uni} directory contains \OTP s that +convert national character sets to Unicode, while the +\texttt{omega} directory contains \OTP s designed to work +with the \OMEGA\ fonts. + +\section{Compiled Translation Processes} + +\OMEGA\ does not know anything about \OMEGA\ Translation Processes. +It actually reads a compiled form of these filters, known as +Compiled Translation Processes (file suffix \texttt{.ocp}). +Essentially, the \OCP s can be considered to be portable assembler +programs, and \OMEGA\ includes an interpreter for the generated +instructions. + +The command for reading in a \OCP\ file is similar to a font +declaration. The example +\begin{verbatim} + \ocp\TexUni=TeXArabicToUnicode +\end{verbatim} +means that the file \verb|TeXArabicToUnicode.ocp| is read +in by~\OMEGA\ and that internally the translation process is +referred to as \verb|\TeXUni|. + +The \OCP s consist of a sequence of 4-octet words. The first seven +words have the following form: + +\begin{tabular}{ll} +\emph{lf}&length of the entire file, in words;\\ +\emph{in}&number of octets in an input character;\\ +\emph{ot}&number of octets in an output character;\\ +\emph{nt}&number of tables;\\ +\emph{lt}&number of words allocated for tables;\\ +\emph{ns}&number of states;\\ +\emph{ls}&number of words allocated for states;\\ +\end{tabular} + +\noindent +The header words are followed by four arrays: +\begin{eqnarray*} +\mathit{table\_length} & : & + \mathbf{array} \; [0..\mathit{nt}-1] \; \mathbf{of} \; \mathit{word}\\ +\mathit{tables} & : & + \mathbf{array} \; [0..\mathit{lt}-1] \; \mathbf{of} \; \mathit{word}\\ +\mathit{state\_length} & : & + \mathbf{array} \; [0..\mathit{ns}-1] \; \mathbf{of} \; \mathit{word}\\ +\mathit{tables} & : & + \mathbf{array} \; [0..\mathit{ls}-1] \; \mathbf{of} \; \mathit{word} +\end{eqnarray*} + +The \emph{table\_length} array states how many words are used for each +of the tables in the~\OCP. For the GB~$\rightarrow$~Unicode example on +page~\pageref{gb:unicode}, the \emph{table\_length} would have two +entries: hex values \texttt{9d} and~\texttt{3695}. + +The \emph{tables} array is simply the concatenation of the tables in +the \OTP\ file. + +The \emph{state\_length} array states how many words are used for each +of the states in the~\OCP. For the GB~$\rightarrow$~Unicode example on +page~\pageref{gb:unicode}, the \emph{state\_length} would have one +entry. + +The \emph{states} array is simply the concatenation of the sequence of +instructions for each state in the \OTP\ file. Each instruction takes +one or two 4-octet words. Zero- and one-argument instructions use +one word. If the instruction consists of one word, +then the actual instruction is in the first two octets and the +argument is in the last two octets. If the instruction consists of +two words, then the actual instruction is in the first two octets, +the first argument is in the next two octets and the last argument is +in the last two octets. The instructions are as follows: + +\begin{tabbing} +\makebox[1cm][r]{99} \= \quad \verb|OTP_GOTO_NO_ADVANCE| \= \quad 2 arguments\kill +\makebox[1cm][r]{1} \> \quad \verb|OTP_RIGHT_OUTPUT| \> \quad 0 arguments\\ +\makebox[1cm][r]{2} \> \quad \verb|OTP_RIGHT_NUM| \> \quad 1 argument\\ +\makebox[1cm][r]{3} \> \quad \verb|OTP_RIGHT_CHAR| \> \quad 1 argument\\ +\makebox[1cm][r]{4} \> \quad \verb|OTP_RIGHT_LCHAR| \> \quad 1 argument\\ +\makebox[1cm][r]{5} \> \quad \verb|OTP_RIGHT_SOME| \> \quad 2 arguments\\ +\\ +\makebox[1cm][r]{6} \> \quad \verb|OTP_PBACK_OUTPUT| \> \quad 0 arguments\\ +\makebox[1cm][r]{7} \> \quad \verb|OTP_PBACK_NUM| \> \quad 1 argument\\ +\makebox[1cm][r]{8} \> \quad \verb|OTP_PBACK_CHAR| \> \quad 1 argument\\ +\makebox[1cm][r]{9} \> \quad \verb|OTP_PBACK_LCHAR| \> \quad 1 argument\\ +\makebox[1cm][r]{10} \> \quad \verb|OTP_PBACK_SOME| \> \quad 2 arguments\\ +\\ +\makebox[1cm][r]{11} \> \quad \verb|OTP_ADD| \> \quad 0 arguments\\ +\makebox[1cm][r]{12} \> \quad \verb|OTP_SUB| \> \quad 0 arguments\\ +\makebox[1cm][r]{13} \> \quad \verb|OTP_MULT| \> \quad 0 arguments\\ +\makebox[1cm][r]{14} \> \quad \verb|OTP_DIV| \> \quad 0 arguments\\ +\makebox[1cm][r]{15} \> \quad \verb|OTP_MOD| \> \quad 0 arguments\\ +\makebox[1cm][r]{16} \> \quad \verb|OTP_LOOKUP| \> \quad 0 arguments\\ +\makebox[1cm][r]{17} \> \quad \verb|OTP_PUSH_NUM| \> \quad 1 argument\\ +\makebox[1cm][r]{18} \> \quad \verb|OTP_PUSH_CHAR| \> \quad 1 argument\\ +\makebox[1cm][r]{19} \> \quad \verb|OTP_PUSH_LCHAR| \> \quad 1 argument\\ +\\ +\makebox[1cm][r]{20} \> \quad \verb|OTP_STATE_CHANGE| \> \quad 1 argument\\ +\makebox[1cm][r]{21} \> \quad \verb|OTP_STATE_PUSH| \> \quad 1 argument\\ +\makebox[1cm][r]{22} \> \quad \verb|OTP_STATE_POP| \> \quad 1 argument\\ +\\ +\makebox[1cm][r]{23} \> \quad \verb|OTP_LEFT_START| \> \quad 0 arguments\\ +\makebox[1cm][r]{24} \> \quad \verb|OTP_LEFT_RETURN| \> \quad 0 arguments\\ +\makebox[1cm][r]{25} \> \quad \verb|OTP_LEFT_BACKUP| \> \quad 0 arguments\\ +\\ +\makebox[1cm][r]{26} \> \quad \verb|OTP_GOTO| \> \quad 1 argument\\ +\makebox[1cm][r]{27} \> \quad \verb|OTP_GOTO_NE| \> \quad 2 arguments\\ +\makebox[1cm][r]{28} \> \quad \verb|OTP_GOTO_EQ| \> \quad 2 arguments\\ +\makebox[1cm][r]{29} \> \quad \verb|OTP_GOTO_LT| \> \quad 2 arguments\\ +\makebox[1cm][r]{30} \> \quad \verb|OTP_GOTO_LE| \> \quad 2 arguments\\ +\makebox[1cm][r]{31} \> \quad \verb|OTP_GOTO_GT| \> \quad 2 arguments\\ +\makebox[1cm][r]{32} \> \quad \verb|OTP_GOTO_GE| \> \quad 2 arguments\\ +\makebox[1cm][r]{33} \> \quad \verb|OTP_GOTO_NO_ADVANCE| \> \quad 1 argument\\ +\makebox[1cm][r]{34} \> \quad \verb|OTP_GOTO_BEG| \> \quad 1 argument\\ +\makebox[1cm][r]{35} \> \quad \verb|OTP_GOTO_END| \> \quad 1 argument\\ +\makebox[1cm][r]{36} \> \quad \verb|OTP_STOP| \> \quad 0 arguments\\ +\end{tabbing} + +The \verb|OTP_LEFT|, \verb|OTP_GOTO| and \verb|OTP_STOP| instructions +are used for recognizing prefixes in an input stream. The \verb|OTP_RIGHT| +instructions place characters on the output stream, while the +\verb|OTP_PBACK| instructions place characters back onto the input +stream. The instructions \verb|OTP_ADD| through to +\verb|OTP_PUSH_LCHAR| are used for internal computations in preparation +for \verb|OTP_RIGHT| or \verb|OTP_PBACK| instructions. Finally, the +\verb|OTP_STATE| instructions are for changing macro-states. + +The system that reads from the input stream uses two pointers, which +we will call \emph{first} and \emph{last}. The \emph{first} value +points to the beginning of the input prefix that is currently being +identified. The \emph{last} value points to the end of the input +prefix that has been read. When a prefix has been recognized, then +\emph{first} points to~\verb|\1| and \emph{last} points to~\verb|\$|. + +The \verb|OTP_LEFT_START| instruction, called at the beginning of +the parsing of a prefix, advances \emph{first} to $\emph{last}+1$; +\verb|OTP_LEFT_RETURN| resets the \emph{last} value to +$\emph{first}-1$ (it is called when a particular \emph{left} pattern +does not correspond to the prefix); \verb|OTP_LEFT_BACKUP| backs up +the \emph{last} pointer by~1. + +Internally, a \OCP\ program uses a program counter (PC), which is simply an +index into the appropriate state array. Like for all assembler +programs, this counter is normally incremented by 1 or~2, depending on +the size of the instruction, but it can be abruptly changed through +an \verb|OTP_GOTO| instruction. + +The argument in single-argument \verb|OTP_GOTO| instructions is the +new~PC. For the two-argument instructions, the first is the comparand +and the second is the new~PC should the test succeed. The +\verb|OTP_GOTO| instruction itself is an unconditional branch; +\verb|OTP_GOTO_NO_ADVANCE| advances \emph{last} by~1, and branches if +has reached the end of input; \verb|OTP_GOTO_BEG| branches at the +beginning of input and \verb|OTP_GOTO_END| branches at the end of +input. As for \verb|OTP_GOTO_|\emph{cond}, it succeeds if the +character pointed to by \emph{last} (we'll call it +\verb|*|\emph{last}) satisfies the test +\emph{cond}(\verb|*|\emph{last}, \emph{firstArg}). + +The \verb|OTP_STOP| instruction stops processing of the currently +recognized prefix. Normally the automaton will be restarted with an +\verb|OTP_LEFT_START| instruction. + +When computations are undertaken for the \verb|OTP_RIGHT| and +\verb|OTP_PBACK| instructions, a computation stack is used. +This stack is accessed through instructions \verb|OTP_ADD| through +to \verb|OTP_PUSH_LCHAR|, as well as through the instructions +\verb|OTP_RIGHT_OUTPUT| and \verb|OTP_PBACK_OUTPUT|. + +Since the \verb|OTP_RIGHT| and \verb|OTP_PBACK| instructions are +analogous, only the former are described. +The \verb|OTP_RIGHT_OUTPUT| instruction pops a value of the top of the +stack and outputs it; \verb|OTP_RIGHT_NUM|$(n$) simply places $n$ +on the output stream; \verb|OTP_RIGHT_CHAR|$(n)$ places the $n$-th input +character on the output stream; \verb|OTP_RIGHT_LCHAR| does the same, +but from the back; finally, \verb|OTP_RIGHT_SOME| places a substring +onto the output stream. + +Three instructions are used for placing values on the stack: +\verb|OTP_PUSH_NUM|$(n)$ pushes $n$ onto the stack, +\verb|OTP_PUSH_CHAR|$(n)$ pushes the $n$-th character and +\verb|OTP_PUSH_LCHAR|$(n)$ does the same from the end. + +The arithmetic operations of the form \verb|OTP_|\emph{op} apply the +operation +\begin{eqnarray*} +\mathit{stack}[\mathit{top}-1] & := & +\mathit{stack}[\mathit{top}-1] \; \mathit{op} \; +\mathit{stack}[\mathit{top}] +\end{eqnarray*} +where \emph{top} is the stack pointer, and then decrement the stack +pointer. Finally, the \verb|OTP_LOOKUP| instruction applies the +operation +\begin{eqnarray*} +\mathit{stack}[\mathit{top}-1] & := & +\mathit{stack}[\mathit{top}-1][\mathit{stack}[\mathit{top}]] +\end{eqnarray*} +and then decrements the pointer. + +Last, but not least, are the \verb|OTP_STATE| instructions, which +manipulate a stack of macro-states. The initial state is always~0. +The \verb|OTP_STATE_CHANGE|$(n)$ changes the current state +state~$n$; \verb|OTP_STATE_PUSH|$(n)$ pushes the current state onto +the state stack before changing the current state; +\verb|OTP_STATE_POP| pops the state at the top of the state stack into +the current state. + +\section{Translation process lists} + +Translation processes can be used for a number of different purposes. +Since not all uses can be foreseen, we have decided to offer a means +to dynamically reconfigure the set of translation processes that are +passing over the input text. This is done using stacks of translation +process lists. + +For any single purpose, for example to process a given language, +several \OCP s might be required. If one makes a context switch, +such as processing a different language, then one would to be able +to quickly replace \emph{all} of the \OCP s that are currently being +used. This is done using \OCP\ lists. + +A \OCP\ list is actually a list of pairs. Each pair consists of a +positive scaled value and a doubly ended queue of \OCP s. For +example, +\begin{verbatim} + \ocplist\ArabicOCP=[(1.0 : \TexUni,\UniUniTwo,\UniTwoFont)] +\end{verbatim} +the output from \OMEGA\ once the \OCP\ list \verb|\ArabicOCP| has +been typed, shows that that list has one element, namely the pair +with the scaled value~1.0 and the doubly ended queue with three +\OCP s, \verb|\TexUni|, \verb|\UniUniTwo| and \verb|\UniTwoFont|. + +\OCP\ lists are built up using the five operators \verb|\nullctlist|, +\verb|\addbefore|\-\verb|ocp|\-\verb|list|, \verb|\addafterocplist|, +\verb|\removebeforeocplist| and \verb|\removeafter|\-\verb|ocp|\-\verb|list|. +For example, the above output was generated by the following +sequence of \OMEGA\ statements: +\begin{verbatim} + \ocp\TexUni=TeXArabicToUnicode + \ocp\UniUniTwo=UnicodeToContUnicode + \ocp\UniTwoFont=ContUnicodeToTeXArabicOut + + \ocplist\ArabicOCP= + \addbeforeocplist 1 \TexUni + \addbeforeocplist 1 \UniUniTwo + \addbeforeocplist 1 \UniTwoFont + \nullocplist +\end{verbatim} + +The \verb|\ocplist| command is similar to the \verb|\ocp| command:\\ +\verb|\ocplist|~\emph{listName}~\verb|=|~\emph{ocpListExpr}. + +All \emph{ocpListExpr} are built up from either the empty \OCP\ list, +\verb|\nullocplist|, or from an already existing \OCP\ list. In the +latter case, the list is completely copied, to ensure that the named +list is not itself modified. Given a list~$l$, the instruction +\verb|\addbeforeocplist|~$n$~\emph{ocp}~$l$ states that the +\OCP\ \emph{ocp} is added at the head of the doubly ended queue for +value~$n$ in list~$l$. If that queue does not exist, it is created +and inserted in the list so that the scaled values are all in +increasing order. The instruction +\verb|\addafterocplist|~$n$~\emph{ocp}~$l$ does the same, except the +addition takes place at the tail of the doubly ended queue. The +instruction +\verb|\removebeforeocplist|~$n$~$l$ removes the \OCP\ at the head of the +doubly ended queue numbered~$n$. The instruction +\verb|\removeafterocplist|~$n$~$l$ does the same at the tail of the +doubly ended queue. See the next section for more examples. + +\section{Input Filters} + +Here we come to the crucial parts of \OMEGA. What happens to the +input stream as it passes through translation processes? What is +the interaction between \TeX's macro-expansion and \OMEGA's translation +processes? + +When \OMEGA\ is in horizontal mode and it encounters a +token of the form +\emph{letter}, \emph{other\_char}, \emph{char\_given} or +\emph{char\_num}, that character and all the successive +characters in those categories are read into a buffer. +The currently active \OCP\ is applied to the buffer, and +the result is placed back onto the input, to be reread +by the standard \TeX\ input routines, including macro +expansion. + +The currently active \OCP\ is designated by a pair $(v,i)$, +where $v$~is a scaled value and $i$~is an integer. If all the +enabled \OCP s are in a \OCP\ list, then the~$v$ designates the index into +the \OCP\ list and the~$i$ designates which element in the $v$-queue is +currently active. + +Once a \OCP\ has been used, the~$i$ is incremented; if it points to the +end of the current queue, then $v$~is set to the next queue, and +$i$~is reset to~1. + +When the last enabled \OCP\ has been used, then the standard techniques +for treating letters and other characters are used, namely generating +paragraphs, etc. + +What this means is that it is now possible to apply a filter on the +\emph{text} of a file without macro-expansion, generate a new text, +possibly with macros to be expanded, macro-expand, re-apply filters, +etc. All this without active characters, and without breaking macro +packages. + +How are \OCP\ lists enabled? \OCP\ lists are placed on a stack, each +numbered queue in a given list masking the queues with the same number +for the lists below that one on the stack. + +There are three commands, which all respect the grouping mechanism. +The \verb|\clearocplists| command disables all \OCP\ lists. +The \verb|\pushocplist|~\emph{OCPlist} command pushes \emph{OCPlist} +onto the stack. The \verb|\popocplist| command pops the last list +from the stack. + +For example, consider the following purely hypothetical situations: +\begin{verbatim} + \ocplist\FrenchOCP = \addbeforeocplist 1 \ocpA + \addbeforeocplist 2 \ocpB + \addbeforeocplist 3 \ocpC + \nullocplist +\end{verbatim} + +\begin{verbatim} + \ocplist\GermanOCP = \addbeforeocplist 1 \ocpD + \addbeforeocplist 2 \ocpE + \addbeforeocplist 3 \ocpF + \nullocplist +\end{verbatim} + +\begin{verbatim} + \ocplist\ArabicOCP = \addbeforeocplist 1 \ocpG + \addbeforeocplist 2 \ocpH + \addbeforeocplist 2 \ocpI + \addbeforeocplist 3 \ocpJ + \nullocplist +\end{verbatim} + +\begin{verbatim} + \ocplist\SpecialArabicOCP = + \addafterocplist 3 \ocpK + \ArabicOCP +\end{verbatim} + +\begin{verbatim} + \ocplist\UpperCaseOCP = + \addbeforeocplist 2.5 \ocpL + \nullocplist +\end{verbatim} +There are now 5 \OCP\ lists \emph{defined}, but none of them are +\emph{enabled}. The defined lists are: +\begin{verbatim} + \ocplist\FrenchOCP = + [(1.0:\ocpA), (2.0:\ocpB), (3.0:\ocpC)] + \ocplist\GermanOCP = + [(1.0:\ocpD), (2.0:\ocpE), (3.0:\ocpF)] + \ocplist\ArabicOCP = + [(1.0:\ocpG), (2.0:\ocpH,\ocpI), (3.0:\ocpJ)] + \ocplist\SpecialArabicOCP = + [(1.0:\ocpG), (2.0:\ocpH,\ocpI), (3.0:\ocpJ,\ocpK)] + \ocplist\UpperCaseOCP = + [(2.5:\ocpL)] +\end{verbatim} +Consider now the sequence of instructions +\begin{verbatim} + \clearocplists + \pushocplist\FrenchOCP + \pushocplist\UpperCaseOCP + \pushocplist\GermanOCP + \popocplist + \popocplist + \pushocplist\ArabicOCP + \pushocplist\SpecialArabicOCP + \pushocplist\GermanOCP +\end{verbatim} +The effective enabled \OCP\ list is, in turn: +\begin{verbatim} + [] + [(1.0:\ocpA), (2.0:\ocpB), (3.0:\ocpC)] + [(1.0:\ocpA), (2.0:\ocpB), (2.5:\ocpL), (3.0:\ocpC)] + [(1.0:\ocpD), (2.0:\ocpE), (2.5:\ocpL), (3.0:\ocpF)] + [(1.0:\ocpA), (2.0:\ocpB), (2.5:\ocpL), (3.0:\ocpC)] + [(1.0:\ocpA), (2.0:\ocpB), (3.0:\ocpC)] + [(1.0:\ocpG), (2.0:\ocpH,\ocpI), (3.0:\ocpJ)] + [(1.0:\ocpG), (2.0:\ocpH,\ocpI), (3.0:\ocpJ,\ocpK)] + [(1.0:\ocpD), (2.0:\ocpE), (3.0:\ocpF)] +\end{verbatim} + +The first test of the \OCP\ lists was for Arabic. The text was typed +in \textsc{ascii}, using a Latin transliteration. This text was first +transformed into Unicode, the official 16-bit encoding for the +world's character sets. These letters were then translated into +their appropriate visual forms (isolated, initial, medial or final) +and then the text was translated into the font encoding. During the +second translation, inter-letter black spacing is inserted, since Arabic +typesetting calls for word expansion to fill out a line. Here is the +input: +\begin{verbatim} + \font\ARfont=oar10 scaled 1728 offset 256 %% an X-font + \def\keshideh{% + \begingroup\penalty10000% + \clearocplists\xleaders\hbox{\char'767}\hskip0ptplus1fi% + \endgroup} + \ocp\TexUni=TeXArabicToUnicode + \ocp\UniUniTwo=UnicodeToContUnicode + \ocp\UniTwoFont=ContUnicodeToTeXArabicOut + \ocplist\ArabicOCP=% + \addbeforeocplist 1 \TexUni + \addbeforeocplist 1 \UniUniTwo + \addbeforeocplist 1 \UniTwoFont + \nullocplist + \def\AR#1{\begingroup\noindent\pushocplist \ArabicOCP% + \ARfont\language=255\textdir TRT #1\endgroup} +\end{verbatim} +Notice that the \verb|\keshideh|, which is dynamically inserted +between letters by the \verb|\UniUniTwo| \OCP, uses the \verb|fi| +infinity. It also disables all of the \OCP s, within a group. + +\section{Input and output character sets} + +In a multilingual, heterogeneous environment, it it inevitable that +different files will be written using different character sets. It +is even possible that the same file might have different parts that +use different character sets. How is it possible to tag +these files internally so that \OMEGA\ can read and write differently +encoded files in a meaningful manner. + +After looking at a lot of character sets, we have decided that the +vast majority of the world's character sets --- unfortunately not +all --- can be categorized into one of the following groups: +\begin{itemize} +\item \texttt{onebyte} includes all those character sets that include +the basic Roman letters, backslash and percent in the same positions +as does \textsc{ascii} (\textsc{iso-646}). Hence all the \textsc{iso-8859} +character sets, as well as many of the shifted East-Asian sets, +such as Shift-\textsc{jis}, are included. +\item \texttt{ebcdic} includes all those character sets that include +the basic Roman letters, backslash and percent in the same positions +as does \textsc{ebcdic-us}. Once again there are shifted character +sets that fall into this category. +\item \texttt{twobyte} includes all those character sets that include +the basic Roman letters, backslash and percent in the same positions +as does \textsc{unicode} (\textsc{iso-10646}). +\item \texttt{twobyteLE} is the same as \texttt{twobyte}, but in Little +Endian order, for ``Microsoft \textsc{unicode}''. +\end{itemize} +These categories are called \emph{modes}. + +In \OMEGA, it is assumed that every textual input source and textual output +sink has a mode, as well as two translations: one from the character set to +the internal encoding, and one from the internal encoding to the character +set in question. Normally the internal encoding will be \textsc{unicode}, +which means that linguistic information such as hyphenation will only need +to be defined once. There are situations in which extra characters will +be needed, if the characters or their scripts are not included in +\textsc{unicode}, but this will not be the norm. + +\OMEGA\ has two basic style of input: the old \TeX\ style, or the +automatic \OMEGA\ style. +In the automatic style, upon opening a file, \OMEGA\ reads the first +two octets, and draws the following conclusions: +\begin{itemize} +\item Hex \texttt{0025} (\textsc{unicode} \verb|%|) +or \texttt{005c} (\textsc{unicode} \verb|\|): the mode is \texttt{twobyte}. +\item Hex \texttt{2500} (\textsc{unicode} \verb|%|) +or \texttt{5c00} (\textsc{unicode} \verb|\|): the mode is \texttt{twobyteLE}. +\item Hex \texttt{25} (\textsc{ascii} \verb|%|) +or \texttt{5c} (\textsc{ascii} \verb|\|): the mode is \texttt{onebyte}. +\item Hex \texttt{6c} (\textsc{ebcdic-us} \verb|%|) +or \texttt{e0} (\textsc{ebcdic-us} \verb|\|): the mode is \texttt{ebcdic}. +\item If none of these four situations +occurs, then the default input mode is assumed. +\end{itemize} +% +Here are the primitives for manipulating modes: +\begin{itemize} +\item \verb|\DefaultInputMode| $\showmode$ : The default input mode is set +to $\showmode$. +\item \verb|\noDefaultInputMode| : The standard \TeX\ style of +input is restored. +\item \verb|\DefaultOutputMode| $\showmode$ : The default output mode +is set to $\showmode$. +\item \verb|\noDefaultOutputMode| : The standard \TeX\ style of +output is restored. +\item \verb|\InputMode| $\showfile$ $\showmode$ : The input mode for +file $\showfile$ is changed to $\showmode$, where $\showfile$ can be +\texttt{currentfile}, meaning the current file being \verb|\input|, +or an integer~$n$, which corresponds to \verb|\openin|~$n$. +\item \verb|\noInputMode| $\showfile$ : The input mode for +file $\showfile$ is restored to the standard \TeX\ style. +\item \verb|\OutputMode| $\showfile$ $\showmode$ : The output +mode for file $\showfile$ is changed to $\showmode$, where +$\showfile$ can be an integer~$n$, which corresponds to +\verb|\openout|~$n$. +\item \verb|\noOutputMode| $\showfile$ : The output mode for +file $\showfile$ is restored to the standard \TeX\ style. +\end{itemize} +% +Here are the primitives for manipulating translations: +\begin{itemize} +\item \verb|\DefaultInputTranslation| $\showmode$ $\showligocp$ : +The default input translation for mode $\showmode$ is $\showligocp$. +\item \verb|\noDefaultInputTranslation| $\showmode$ : +There is no longer a default input translation for mode $\showmode$. +\item \verb|\DefaultOutputTranslation| $\showmode$ $\showligocp$ : +The default output translation for mode $\showmode$ is $\showligocp$. +\item \verb|\noDefaultOutputTranslation| $\showmode$ : +There is no longer a default output translation for mode $\showmode$. +\item \verb|\InputTranslation| $\showfile$ $\showligocp$ : +The input translation for file $\showfile$ is $\showligocp$, +where $\showfile$ is \verb|currentfile| or an integer~$n$. +\item \verb|\noInputTranslation| $\showfile$ : +There is no longer an input translation for file $\showfile$. +\item \verb|\OutputTranslation| $\showfile$ $\showligocp$ : +The output translation for file $\showfile$ is $\showligocp$, +where $\showfile$ is an integer~$n$. +\item \verb|\noOutputTranslation| $\showfile$ : +There is no longer an output translation for file $\showfile$. +\end{itemize} +All of the above instructions apply only after the carriage return +ending the current line. + +The default mode when the system begins is \OMEGA\ style, +assuming \texttt{onebyte}. This is sufficient for all the +\texttt{iso-8859} character sets, for the \textsc{utf-8} +encoding for \textsc{unicode}, many national character sets, +and most mixed-length character sets used in East Asia. + +Once the basic family of character sets has been determined, +\OMEGA\ can read the files, and actually interpret control sequences. +It is then possible to be more specific and to specify exactly what +translation process must be applied to the entire file to convert +the input to \textsc{unicode}. + +Input translations are simply single \OCP s, which +differ from input filters in that they apply to \emph{all} characters +in a file, not simply the letters and other characters in horizontal +mode. For each kind of mode, there can be a default input +translation. + +Upon startup, there is no default translation for the +\texttt{onebyte}, \texttt{twobyte} or \texttt{twobyteLE} modes, +but there is one for \texttt{ebcdic}, namely +\begin{verbatim} + \ocp\OCPebcdic=ebcdic + \DefaultInputTranslation ebcdic \OCPebcdic +\end{verbatim} + +\section{Further work} + +The \OMEGA\ project is far from finished. Currently much of the current +work is geared towards font development. Nevertheless, new +functionality is to be added in the future. In particular, more +general methods for hyphenation, as well as for text output, using +\OTP s, are envisaged. + +\end{document} + + + +The \verb|.tfm| files used by \TeX3 only allow 256~characters each. +Like \TeX, \OMEGA\ uses \verb|.tfm| files, but it also uses +\emph{extended font metric} (\verb|.ofm|) files, which are +generalizations of \verb|.tfm| files for fonts of up to +65~536~characters each. + +The description below focuses on the differences between \verb|.tfm| +files and \verb|.ofm| files. The standard definition of \verb|.tfm| +files is in the second volume of Knuth's \emph{Computers and +Typesetting} series. + +The first 52 bytes (13 words) of an \verb|.ofm| file contain thirteen +32-bit integers that give the lengths of the various subsequent +portions of the file. These thirteen integers are, in order: + +\begin{tabular}{ll} +$0$ &empty word to designate \verb|.ofm| file;\\ +\emph{lf}&length of the entire file, in words;\\ +\emph{lh}&length of the header data, in words;\\ +\emph{bc}&smallest character code in the font;\\ +\emph{ec}&largest character code in the font;\\ +\emph{nw}&number of words in the width table;\\ +\emph{nh}&number of words in the height table;\\ +\emph{nd}&number of words in the depth table;\\ +\emph{ni}&number of words in the italic correction table;\\ +\emph{nl}&number of words in the lig-kern table;\\ +\emph{nk}&number of words in the kern table;\\ +\emph{ne}&number of words in the extensible character table;\\ +\emph{np}&number of font parameter words.\\ +\end{tabular} + +The first word is~0 (future versions of +\verb|.ofm| files could have different values; what is important is that +the first two bytes be~0 to differentiate \verb|.tfm| and \verb|.ofm| files). +The next twelve integers are as above, all non-negative and less +than~$2^{31}$. The inequality $\mathit{bc}-1\leq\mathit{ec}\leq65535$ +must hold, as must the equality +\[\mathit{lf}=13+ +\mathit{lh}+ +2(\mathit{ec}\!-\!\mathit{bc}\!+\!1)+ +\mathit{nw}+ +\mathit{nh}+ +\mathit{nd}+ +\mathit{ni}+ +\mathit{nl}+ +\mathit{nk}+ +\mathit{ne}+ +\mathit{np}.\] +Note that an \verb|.ofm| font may contain as many as 65~536 characters +(if $\mathit{bc}=0$ and $\mathit{ec}=65535$), and as few as 0~characters +(if $\mathit{bc}=\mathit{ec}+1$). + +The rest of the \verb|.ofm| file is, like in \verb|.tfm| files, a +sequence of ten data arrays. Three of the arrays are different: +\emph{char\_info}, \emph{lig\_kern} and \emph{exten}. + +The \emph{char\_info} array contains one \emph{char\_info\_word} entry +per character. Each \emph{char\_info\_word} in an \verb|.ofm| file +takes 2~words (8~octets), packed as follows: + +\begin{description} +\item[octets 0--1:] \emph{width\_index} (16~bits); +\item[octet 2:] \emph{height\_index} (8~bits); +\item[octet 3:] \emph{depth\_index} (8~bits); +\item[octets 4--5:] +\emph{italic\_index} (14 bits) times 4, plus \emph{tag} (2~bits); +\item[octets 6--7:] \emph{remainder} (16 bits). +\end{description} + +Therefore the \verb|.ofm| format imposes a limit of 256~different heights, +256~different depths, and 16~384~different italic corrections. + +The \emph{lig\_kern} array consists of a sequence of +\emph{lig\_kern\_command} entries. Each \emph{lig\_kern\_command} +in an \verb|.ofm| file takes 2~words (8~octets), packed as follows: + +\begin{description} +\item[octets 0--1:] \emph{skip\_byte}, indicates that this is the final +program step if the byte is 128 or more, otherwise the next step is obtained +by skipping this number of intervening steps. +\item[octets 2--3:] \emph{next\_char}, ``if \emph{next\_char} +follows the current character, then perform the operation and stop, +otherwise continue.'' +\item[octets 4--5:] \emph{op\_byte}, indicates a ligature step if less +than~128, a kern step otherwise. +\item[octets 6--7:] \emph{remainder}. +\end{description} + +For \verb|.tfm| files, if the very first instruction of a +character's \emph{lig\_kern} program has $\mathit{skip\_byte}>128$, +the program actually begins in location +$256*\mathit{op\_byte}+\mathit{remainder}$. +This feature allows access to large \emph{lig\_kern} arrays, +because the first instruction must otherwise appear in a location $\leq255$. +For \verb|.ofm| files, the latter value is $\leq65535$. + +Extensible characters are specified by an \emph{extensible\_recipe}, +which consists of four 2-octet words called \emph{top}, \emph{mid}, +\emph{bot}, and \emph{rep} (in this order). These bytes are the +character codes of individual pieces used to build up a large symbol. +If \emph{top}, \emph{mid}, or \emph{bot} are zero, they are not +present in the built-up result. For example, an extensible vertical +line is like an extensible bracket, except that the top and bottom +pieces are missing. + +\paragraph{Font offsets.} + +When switching from one alphabet to another in Unicode, one passes +from one Unicode page to another. However, the corresponding fonts will +normally all be numbered from~0. To deal with this situation, a +new keyword, \texttt{offset}, is introduced. In the \verb|\font| +command, $\mathtt{offset}\;n$ states that character~$c$ in the +font is referred to in \OMEGA\ by $n+c$. For example, +\begin{verbatim} + \font\ARfont=oar10 scaled 1728 offset 256 %% an Omega font +\end{verbatim} +states that the font \texttt{oar10} is to be loaded, using a scaling +factor of~1728, and that character~$c$ in the font will be referred to +in \OMEGA\ as $c+256$ or, equivalently, that character~$C$ in +\OMEGA\ refers to character $C-256$ in the font. + +\paragraph{Extended virtual property files.} + +The \texttt{.ovp} files are the same as \texttt{.vpl} files, except that +characters are no longer limited to 8~bits, but to 16~bits. + +\paragraph{Extended virtual font files.} + +The \texttt{.vf} file format already supports fonts with large +numbers of characters. However, not all drivers that read +\texttt{.vf} files properly support large fonts. Therefore, the +files generated from \texttt{.ovp} files are labeled \texttt{.ovf} +rather than~\texttt{.vf}. + +\section{Character dimensions} + +To simplify the acrobatics necessary for diacritic placement for +certain alphabets, four new primitives (\verb|\charwd|, \verb|\chardp|, +\verb|\charht|, and \verb|\charit|) are provided. When followed by +a integer designating a character, they respectively provide the +width, the depth, the height and the italic correction of the +character. For example, +\begin{verbatim} + \charwd120 +\end{verbatim} +can be considered to be an abbreviation of +\begin{verbatim} + \setbox250=\hbox{P}\wd250 +\end{verbatim} +but without the side effect of creating a box and putting something inside it. + +\end{document} diff --git a/Master/texmf-dist/doc/omega/base/torture.ps b/Master/texmf-dist/doc/omega/base/torture.ps new file mode 100644 index 00000000000..30bdb8628f7 --- /dev/null +++ b/Master/texmf-dist/doc/omega/base/torture.ps @@ -0,0 +1,7612 @@ +%!PS-Adobe-2.0 +%%Creator: (Omega) odvips(k) 5.92a Copyright 2002 Radical Eye Software +%%Title: torture.dvi +%%Pages: 18 +%%PageOrder: Ascend +%%BoundingBox: 0 0 596 842 +%%DocumentFonts: OmegaSerifCommon OmegaSerifLatin OmegaSerifGreek CMSY8 +%%+ OmegaSerifCommon-Bold OmegaSerifLatin-Bold OmegaSerifGreek-Bold +%%+ OmegaSerifCommon-Italic OmegaSerifLatin-Italic CMSY6 CMTT9 +%%+ OmegaSerifArabicOne CMEX10 CMMI10 CMR10 CMTT10 CMITT10 +%%+ OmegaSerifArabicTwo OmegaSerifArabicThree 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1991 Aug 15 07:20:57 +% Copyright (C) 1997 American Mathematical Society. All Rights Reserved. +11 dict begin +/FontInfo 7 dict dup begin +/version (1.0) readonly def +/Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def +/FullName (CMSY10) readonly def +/FamilyName (Computer Modern) readonly def +/Weight (Medium) readonly def +/ItalicAngle -14.035 def +/isFixedPitch false def +end readonly def +/FontName /CMSY10 def +/PaintType 0 def +/FontType 1 def +/FontMatrix [0.001 0 0 0.001 0 0] readonly def +/Encoding 256 array +0 1 255 {1 index exch /.notdef put} for +dup 0 /minus put +dup 33 /arrowright put +readonly def +/FontBBox{-29 -960 1116 775}readonly def +/UniqueID 5000820 def +currentdict end +currentfile eexec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cleartomark +%%EndFont +%%BeginFont: CMTT8 +%!PS-AdobeFont-1.1: CMTT8 1.0 +%%CreationDate: 1991 Aug 20 16:46:05 +% Copyright (C) 1997 American Mathematical Society. All Rights Reserved. +11 dict begin +/FontInfo 7 dict dup begin +/version (1.0) readonly def +/Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def +/FullName (CMTT8) readonly def +/FamilyName (Computer Modern) readonly def +/Weight (Medium) readonly def +/ItalicAngle 0 def +/isFixedPitch true def +end readonly def +/FontName /CMTT8 def +/PaintType 0 def +/FontType 1 def +/FontMatrix [0.001 0 0 0.001 0 0] readonly def +/Encoding 256 array +0 1 255 {1 index exch /.notdef put} for +dup 50 /two put +dup 97 /a put +dup 99 /c put +dup 102 /f put +dup 105 /i put +dup 110 /n put +dup 111 /o put +dup 114 /r put +dup 117 /u put +readonly def +/FontBBox{-5 -232 545 699}readonly def +/UniqueID 5000830 def +currentdict end +currentfile eexec +D9D66F633B846A97B686A97E45A3D0AA052A014267B7904EB3C0D3BD0B83D891 +016CA6CA4B712ADEB258FAAB9A130EE605E61F77FC1B738ABC7C51CD46EF8171 +9098D5FEE67660E69A7AB91B58F29A4D79E57022F783EB0FBBB6D4F4EC35014F +D2DECBA99459A4C59DF0C6EBA150284454E707DC2100C15B76B4C19B84363758 +469A6C558785B226332152109871A9883487DD7710949204DDCF837E6A8708B8 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known{/OmegaSerifCommon-Italic findfont dup/UniqueID known{dup +/UniqueID get 16262003 eq exch/FontType get 1 eq and}{pop false}ifelse +{save true}{false}ifelse}{false}ifelse +20 dict begin +/FontInfo 16 dict dup begin +/version (001.000) readonly def +/FullName (OmegaSerifCommon-Italic) readonly def +/FamilyName (OmegaSerifCommon) readonly def +/Weight (Medium) readonly def +/ItalicAngle -11 def +/isFixedPitch false def +/UnderlinePosition -100 def +/UnderlineThickness 50 def +/Notice (Copyright The Omega Project 1996 \(version 1997-02-08\)) readonly def +/em 1000 def +/ascent 769 def +/descent 231 def +end readonly def +/FontName /OmegaSerifCommon-Italic def +/Encoding 256 array +0 1 255 {1 index exch /.notdef put} for +dup 40 /parenleft put +dup 41 /parenright put +dup 45 /hyphen put +dup 160 /gravenosp put +readonly def +/PaintType 0 def +/FontType 1 def +/StrokeWidth 0 def +/FontMatrix[0.001 0 0 0.001 0 0]readonly def +/UniqueID 16262003 def +/FontBBox{-167 -438 1558 827}readonly 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All Rights Reserved. +11 dict begin +/FontInfo 7 dict dup begin +/version (1.100) readonly def +/Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def +/FullName (CMMI10) readonly def +/FamilyName (Computer Modern) readonly def +/Weight (Medium) readonly def +/ItalicAngle -14.04 def +/isFixedPitch false def +end readonly def +/FontName /CMMI10 def +/PaintType 0 def +/FontType 1 def +/FontMatrix [0.001 0 0 0.001 0 0] readonly def +/Encoding 256 array +0 1 255 {1 index exch /.notdef put} for +dup 100 /d put +dup 102 /f put +dup 120 /x put +readonly def +/FontBBox{-32 -250 1048 750}readonly def +/UniqueID 5087385 def +currentdict end +currentfile eexec +D9D66F633B846A97B686A97E45A3D0AA0529731C99A784CCBE85B4993B2EEBDE +3B12D472B7CF54651EF21185116A69AB1096ED4BAD2F646635E019B6417CC77B +532F85D811C70D1429A19A5307EF63EB5C5E02C89FC6C20F6D9D89E7D91FE470 +B72BEFDA23F5DF76BE05AF4CE93137A219ED8A04A9D7D6FDF37E6B7FCDE0D90B +986423E5960A5D9FBB4C956556E8DF90CBFAEC476FA36FD9A5C8175C9AF513FE +D919C2DDD26BDC0D99398B9F4D03D5993DFC0930297866E1CD0A319B6B1FD958 +9E394A533A081C36D456A09920001A3D2199583EB9B84B4DEE08E3D12939E321 +990CD249827D9648574955F61BAAA11263A91B6C3D47A5190165B0C25ABF6D3E +6EC187E4B05182126BB0D0323D943170B795255260F9FD25F2248D04F45DFBFB +DEF7FF8B19BFEF637B210018AE02572B389B3F76282BEB29CC301905D388C721 +59616893E774413F48DE0B408BC66DCE3FE17CB9F84D205839D58014D6A88823 +D9320AE93AF96D97A02C4D5A2BB2B8C7925C4578003959C46E3CE1A2F0EAC4BF +8B9B325E46435BDE60BC54D72BC8ACB5C0A34413AC87045DC7B84646A324B808 +6FD8E34217213E131C3B1510415CE45420688ED9C1D27890EC68BD7C1235FAF9 +1DAB3A369DD2FC3BE5CF9655C7B7EDA7361D7E05E5831B6B8E2EEC542A7B38EE +03BE4BAC6079D038ACB3C7C916279764547C2D51976BABA94BA9866D79F13909 +95AA39B0F03103A07CBDF441B8C5669F729020AF284B7FF52A29C6255FCAACF1 +74109050FBA2602E72593FBCBFC26E726EE4AEF97B7632BC4F5F353B5C67FED2 +3EA752A4A57B8F7FEFF1D7341D895F0A3A0BE1D8E3391970457A967EFF84F6D8 +47750B1145B8CC5BD96EE7AA99DDC9E06939E383BDA41175233D58AD263EBF19 +AFC0E2F840512D321166547B306C592B8A01E1FA2564B9A26DAC14256414E4C8 +42616728D918C74D13C349F4186EC7B9708B86467425A6FDB3A396562F7EE4D8 +40B43621744CF8A23A6E532649B66C2A0002DD04F8F39618E4F572819DD34837 +B5A08E643FDCA1505AF6A1FA3DDFD1FA758013CAED8ACDDBBB334D664DFF5B53 +956017667094CD8DC214A666D7D12CB23EC030318B42DFCF5EB15EC9308B324D +0A6DD804E67314F3F38D2A3CFDC92910D8F58B00F5AE62253FE93F693002D389 +B54D9570C3F6BD60ADF30F847F14CA3538AF785B2C4204A3556DE2461896ED59 +B6D9980719A1CE8667D834B27FCF581F4CC195DAD6F15F9A43DB75FBCCB414A8 +D6DE979087696BA293570896162450D720E55089860D0FE17E3831B9120F354F +73C67AC9F13ECFA6EB207EFB732EDCEDCFB3B4D17870ED58A3B45F7BC547B822 +B37625FC45713DFB2D08826CDA9A58E8E457158AF6610351F95384DD62E23AA5 +C1582A14378606C9983643D727D0C85069AA252A603B5DD2D78BBB7D19B23F7A +D897BE6D57EC52CB274147074AB77E702A44FCD91384770A57791895AE1F511B +40F7255185DDD580C7AF2F1D8B32FF151093088204BF90D462B164A62F2D101A +F3D569BA8517F8A5097DAC462525EB282855186FC64789EC08FBC719FB71E442 +88F94948F227A56F2DBC7F8304B3F875FB1BFC309D0F69B6687B3EA7A3559BFA +2297A6855CCABEC21017DAE2407FD9FC0EA689ED939F5278DC1584F9DE28994E +7DC99947E154E4AC7529075848B1E828813C139A7AF73B52E8DFFC3BC9F67E7D +82F5709273AC94EE32C2C3835895D0E337079681FDB72E8251A14F04A64FB0A9 +8D9CA9B465C1C17AB46F603CA561C48ED8A8A9D2F7578A7CBFEEF29AD1D3DC32 +E29BC2B8DD06630A47FA5ED62CD96F105A20162AE4B0D873394EEA24A8EFC0BB +78D959FC92B4793CE9CE921BDADBEB46126BDF89EAB957C9C961F218A2E1C3D9 +B9B06D30D7CB990E82F37308F84EC69DAF0AAB788E49AA0088824BCB82DCB968 +18D5573E6D58F857C8E48E83C134C7AF2DEEBDCFC0EAB8794B23C59D92D75893 +DE958AC7383B1755ABB6C6CEBE3D3B910C3FB8025CE9BA4CB5585137B039347A +E84650FADE6E9CEDBCB895F921D9AE82E9D98442488180AE4E70D1B1F8560115 +B97EC35851364444A52DEFA3D133F800553B837C45895763E4EF2A2D63BC1E35 +B97598FFBA04EEB9282A25FE8F748855605A4914D29A44B1FC8DB106F69A618B +B25407B544B01DF5097B7046B8486C5E19F4A09FBC68F397751145F00672460D +BADFBB1D4A91 +0000000000000000000000000000000000000000000000000000000000000000 +0000000000000000000000000000000000000000000000000000000000000000 +0000000000000000000000000000000000000000000000000000000000000000 +0000000000000000000000000000000000000000000000000000000000000000 +0000000000000000000000000000000000000000000000000000000000000000 +0000000000000000000000000000000000000000000000000000000000000000 +0000000000000000000000000000000000000000000000000000000000000000 +0000000000000000000000000000000000000000000000000000000000000000 +cleartomark +%%EndFont +%%BeginFont: CMEX10 +%!PS-AdobeFont-1.1: CMEX10 1.00 +%%CreationDate: 1992 Jul 23 21:22:48 +% Copyright (C) 1997 American Mathematical Society. All Rights Reserved. +11 dict begin +/FontInfo 7 dict dup begin +/version (1.00) readonly def +/Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def +/FullName (CMEX10) readonly def +/FamilyName (Computer Modern) readonly def +/Weight (Medium) readonly def +/ItalicAngle 0 def +/isFixedPitch false def +end readonly def +/FontName /CMEX10 def +/PaintType 0 def +/FontType 1 def +/FontMatrix [0.001 0 0 0.001 0 0] readonly def +/Encoding 256 array +0 1 255 {1 index exch /.notdef put} for +dup 90 /integraldisplay put +readonly def +/FontBBox{-24 -2960 1454 772}readonly def +/UniqueID 5000774 def +currentdict end +currentfile eexec +D9D66F633B846A97B686A97E45A3D0AA052A014267B7904EB3C0D3BD0B83D891 +016CA6CA4B712ADEB258FAAB9A130EE605E61F77FC1B738ABC7C51CD46EF8171 +9098D5FEE67660E69A7AB91B58F29A4D79E57022F783EB0FBBB6D4F4EC35014F +D2DECBA99459A4C59DF0C6EBA150284454E707DC2100C15B76B4C19B84363758 +469A6C558785B226332152109871A9883487DD7710949204DDCF837E6A8708B8 +2BDBF16FBC7512FAA308A093FE5CF5B8CAC6A7BEB5D02276E511FFAF2AE11910 +DE076F24311D94D07CACC323F360887F1EA11BDDA7927FF3325986FDB0ABDFC8 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readonly def +/FullName (OmegaSerifArabicTwo) readonly def +/FamilyName (OmegaSerifArabicTwo) readonly def +/Weight (Medium) readonly def +/ItalicAngle 0 def +/isFixedPitch false def +/UnderlinePosition -100 def +/UnderlineThickness 50 def +/Notice (Copyright The Omega Project 1996) readonly def +/em 1000 def +/ascent 625 def +/descent 375 def +end readonly def +/FontName /OmegaSerifArabicTwo def +/Encoding 256 array +0 1 255 {1 index exch /.notdef put} for +dup 32 /tehinviso put +dup 33 /tehinvini put +dup 36 /pehiso put +dup 37 /pehini put +dup 39 /pehfin put +dup 40 /tehehiso put +dup 41 /tehehini put +dup 44 /behehiso put +dup 45 /behehini put +dup 48 /hahhamzaiso put +dup 56 /nyehiso put +dup 60 /dyehiso put +dup 61 /dyehini put +dup 62 /dyehmed put +dup 64 /hahthreedaiso put +dup 65 /hahthreedaini put +dup 68 /tchehiso put +dup 69 /tchehini put +dup 70 /tchehmed put +dup 72 /tchehehiso put +dup 73 /tchehehini put +dup 76 /ddaliso put +dup 78 /dalringiso put +dup 80 /daldotiso put 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All Rights Reserved. +11 dict begin +/FontInfo 7 dict dup begin +/version (1.0) readonly def +/Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def +/FullName (CMTT9) readonly def +/FamilyName (Computer Modern) readonly def +/Weight (Medium) readonly def +/ItalicAngle 0 def +/isFixedPitch true def +end readonly def +/FontName /CMTT9 def +/PaintType 0 def +/FontType 1 def +/FontMatrix [0.001 0 0 0.001 0 0] readonly def +/Encoding 256 array +0 1 255 {1 index exch /.notdef put} for +dup 45 /hyphen put +dup 46 /period put +dup 50 /two put +dup 64 /at put +dup 97 /a put +dup 99 /c put +dup 100 /d put +dup 101 /e put +dup 102 /f put +dup 105 /i put +dup 108 /l put +dup 109 /m put +dup 110 /n put +dup 111 /o put +dup 112 /p put +dup 114 /r put +dup 115 /s put +dup 117 /u put +dup 118 /v put +dup 119 /w put +dup 120 /x put +dup 121 /y put +readonly def +/FontBBox{-6 -233 542 698}readonly def +/UniqueID 5000831 def +currentdict end +currentfile eexec +D9D66F633B846A97B686A97E45A3D0AA052A014267B7904EB3C0D3BD0B83D891 +016CA6CA4B712ADEB258FAAB9A130EE605E61F77FC1B738ABC7C51CD46EF8171 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All Rights Reserved. +11 dict begin +/FontInfo 7 dict dup begin +/version (1.0) readonly def +/Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def +/FullName (CMSY6) readonly def +/FamilyName (Computer Modern) readonly def +/Weight (Medium) readonly def +/ItalicAngle -14.035 def +/isFixedPitch false def +end readonly def +/FontName /CMSY6 def +/PaintType 0 def +/FontType 1 def +/FontMatrix [0.001 0 0 0.001 0 0] readonly def +/Encoding 256 array +0 1 255 {1 index exch /.notdef put} for +dup 3 /asteriskmath put +dup 121 /dagger put +readonly def +/FontBBox{-4 -948 1329 786}readonly def +/UniqueID 5000816 def +currentdict end +currentfile eexec +D9D66F633B846A97B686A97E45A3D0AA052F09F9C8ADE9D907C058B87E9B6964 +7D53359E51216774A4EAA1E2B58EC3176BD1184A633B951372B4198D4E8C5EF4 +A213ACB58AA0A658908035BF2ED8531779838A960DFE2B27EA49C37156989C85 +E21B3ABF72E39A89232CD9F4237FC80C9E64E8425AA3BEF7DED60B122A52922A +221A37D9A807DD01161779DDE7D5FC1B2109839E5B52DFB7605D7BA557CC35D6 +49F6EB651B83771034BA0C39DB8D426A24543EF4529E2D939125B5157482688E +9045C2242F4AFA4C489D975C029177CD6497EACD181FF151A45F521A4C4043C2 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b(\264)g(@)-64 +b(\274)g(I)-59 b(\217)g(B)-136 b(\263)-55 b(A)-85 b(\334)-209 +b(\317)-43 b(@)-55 b(\264)g(C)-107 b(\224)g(A)-61 b(\324)g(@)-42 +b(n)-96 b(!)-181 b(\327)-62 b(@)-34 b(\277)g(@)-64 b(\274)g(A)-43 +b(\320)g(H)-61 b(\324)g(@)-42 b(n)-166 b(v)-43 b(B)-55 +b(\264)g(@)-64 b(\274)g(I)-59 b(\217)g(B)-136 b(\263)-55 +b(A)-85 b(\334)3101 4663 y(c)-42 b(@)-89 b(\207)g(@)-61 +b(\330)g(@)-43 b(\332)g(C)-61 b(\324)g(@)-42 b(n)-176 +b(\327)-62 b(@)-55 b(\263)g(A)-85 b(\334)-199 b Fj(2)-76 +b Fk(\277)-34 b(C)-92 b(\210)g(@)-84 b(\244)g(@)-59 b(\217)g(A)-114 +b Fj(2)-76 b Fk(\277)-34 b(H)-59 b(\215)g(A)-93 b(\331)-199 +b(\277)-34 b(@)-92 b(\204)g(A)-55 b(\270)g(@)-61 b(\324)g(B)d(\314)g(@) +-42 b(n)-96 b F6(.)382 4876 y FP(transcribed)p FQ(:)609 +5088 y Fu(li\015aannahaA)24 b("Al<>\015Ana)h(laA)i(tufakkiru)e(fiI)h +(naf<>sihaA,)609 5201 y(walakinnahaA)e(tufakkiru)h(fiI)h +(\015aakhaway<>haA)609 5314 y(wafiI)g("Al<>khaTari)e("AlladhiI)h +(laHiqahumaA.)1831 5652 y FQ(67)p eop end +%%Page: 68 6 +TeXDict begin 68 5 bop 382 548 a Fp(5.2.2)92 b Fo(Urdu)21 +b(T)-7 b(ranscription)382 722 y FP(The)28 b(Urdu)g(transcription)k(is)c +(similar)h(to)f(the)h(Arabic)p FQ(/)p FP(F)o(arsi)g(one)g(described)i +(abo)o(v)o(e)p FQ(,)e FP(with)f(a)382 835 y(fe)n(w)23 +b(additional)j(characters)p FQ(,)g FP(and)e(one)g(e)o(xception)p +FQ(.)523 948 y FP(The)d(additional)k(characters)f(are)e +FB(\360)p FQ(,)f FA(L)g FP(and)h FA(^)p FQ(,)g FP(transcribed)j(by)c +Fu(\015t)p FQ(,)g Fu(\015d)p FQ(,)f Fu(\015r)p FQ(.)32 +b FP(The)21 b(e)o(xcep)p FQ(-)382 1061 y FP(tion)27 b(concerns)j(the)d +(tw)o(o)g(di\314erent)h(uses)g(of)f(the)g FG(hah)g FP(glyph)i +FB(\322)p FQ(.)42 b FP(In)27 b(Urdu)g(it)g(can)g(be)g(used)h(as)382 +1174 y(the)21 b(second)i(part)e(of)g(a)f(digraph)p FQ(,)j +FP(such)f(as)f(for)g(e)o(xample)69 b FB(~)-102 b Fz(F)56 +b FQ(,)20 b FP(in)h(which)g(case)h(we)e(transcribe)j(it)382 +1287 y(as)h Fu(-h)p FQ(;)g FP(it)h(can)g(also)g(be)g(the)f(standard)j +(consonant)h FG(hah)p FQ(,)d 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FA(\375)-148 b FB(\203)-93 b(\217)-77 b(\313)-67 +b(w)-81 b(\334)3116 2177 y(\317)-59 b(\326)-104 b FA(\355)-66 +b FB(\330)-73 b FQ(.)382 2389 y FP(transcribed)p FQ(:)609 +2602 y Fu(xmArI)26 b(Trf)h(prAnE)e(zmAnE)h(my\015n)h(dstUr)e(t-hA)i(kx) +f(Agr)h(ksI)609 2715 y(shkhS)f(kU)h(kAghdh)e(pr)i(kchh)f(lk-hA)g(xUA)h +(grA)f(p\015rA)g(ml)h(jAtA)f(tU)h(Uh)609 2828 y(As)d(przE)f(kU)h +(AHtyAT)e(sE)i(A\015t-hA)f(kr)g(kxy\015n)g(rk-h)g(dytA)h(yA)f(pAnI)h +(mI\015n)609 2941 y(bxA)j(dytA)f(tAkx)g(lk-hE)g(xU\015yE)g(HrUf)g(kI)h +(bE)f(HrmtI)g(nx)h(xU.)382 3186 y Fp(5.2.3)92 b Fo(P)o(ashto)23 +b(T)-7 b(ranscription)382 3361 y FP(The)24 b(P)o(ashto)h(transcription) +k(is)c(similar)g(to)g(the)g(Arabic)p FQ(/)p FP(F)o(arsi)h(one)f +(described)j(be)o(yond)p FQ(,)e FP(with)382 3474 y(a)c(fe)n(w)g +(additional)k(characters)g(and)d(some)g(e)o(xceptions)p +FQ(.)36 b FP(W)-7 b(e)22 b(are)h(proposing)j(tw)o(o)c +FO(W)p FP(TPs)p FQ(,)g FP(us)p FQ(-)382 3587 y FP(ing)28 +b(the)g(same)g(transcription)p 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+b(user)i(can)f(change)i(the)e FO(W)p FP(TPs)382 4533 +y FQ(\()p FP(see)24 b FQ(6\))f FP(so)h(that)g(the)g(former)g(is)f(used) +i(instead)g(of)e(the)h(latter)-5 b FQ(.)382 4777 y Fp(5.2.4)92 +b Fo(Sindhi)21 b(T)-7 b(ranscription)382 4951 y FP(Sindhi)23 +b(being)h(a)f(language)i(with)e(man)o(y)f(more)h(letters)h(than)g +(Arabic)p FQ(,)f FP(and)g(using)h(Arabic)g(let)p FQ(-)382 +5064 y FP(ters)30 b(in)f(a)g(w)o(ay)h(quite)g(di\314erent)h(than)g +(Arabic)p FQ(,)g FP(it)e(is)h(not)g(surprising)i(that)e(the)g(Sindhi)g +(tran)p FQ(-)382 5177 y FP(scription)d(is)e(fundamentally)k +(di\314erent)d(from)f(the)h(Arabic)p FQ(,)g FP(F)o(arsi)p +FQ(,)e FP(Urdu)h(and)h(P)o(ashto)f(ones)p FQ(.)382 5290 +y FP(As)f(a)g(matter)h(of)g(f)o(act)h(we)e(ha)n(v)o(e)h(tried)h(to)e +(use)h(as)g(fe)n(w)f(non)p FQ(-)p FP(alphabetic)29 b(characters)f(as)d +(possi)p FQ(-)382 5403 y FP(ble)p FQ(,)d FP(follo)n(wing)i(a)e(more)p +FQ(-)p FP(or)n FQ(-)p FP(less)i(rational)g(scheme)f(loosely)h(based)g 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2304 y(\313)-79 +b(\254)h(\324)-66 b(n)-158 b Fz(\221)-78 b(\223)e FB(m)-48 +b(\277)-60 b(\260)-66 b(n)-54 b(p)-59 b(t)-141 b(\203)-83 +b(w)-27 b(K)-54 b(\334)-146 b(\327)-117 b(\233)-99 b(\300)-60 +b(\330)-66 b(m)-107 b(g)-99 b Fz(\260)-164 b FB(\327)-107 +b(\223)-121 b(\244)-92 b(\324)-66 b(n)-61 b(!)-112 b(\263)-62 +b(d)-83 b(\203)-124 b(\224)-68 b(K)-39 b(\330)-66 b(m)-107 +b(p)-54 b(n)-48 b(\277)g(w)-27 b(K)-39 b(\254)-108 b(r)-149 +b(m)-48 b(\277)-89 b(\230)-68 b(K)-37 b(\213)-64 b(\332)g(\213)-71 +b(!)-116 b(\327)-92 b(\243)g(\324)-76 b(\217)-112 b(u)-168 +b(\253)-94 b(\311)g(\313)-67 b(n)-54 b(v)-59 b(\326)-163 +b Fz(\221)-78 b(\223)3339 2417 y FB(\313)-108 b(\230)-95 +b(\333)-54 b(w)-66 b(\324)-76 b(\315)-71 b(!)-116 b(\327)-79 +b(\253)-101 b Fz(\262)-152 b FB(\327)-95 b(~)g(\330)-87 +b(\323)g(\324)-76 b(\315)-116 b(p)-66 b(\254)-76 b(\213)-137 +b(\323)-85 b(\215)-69 b(\322)-111 b(m)-48 b(\277)-58 +b(\217)-37 b(K)-57 b(\203)-77 b(\300)-53 b(t)-111 b(m)-48 +b(\277)-74 b(\244)-53 b(K)-39 b(\330)-66 b(\332)-49 b(\300)c(t)-111 +b(m)-61 b(\337)g(w)-66 b(\254)f(q)-59 b(t)-111 b(m)-48 +b(\277)-21 b(K)-27 b(w)-81 b(\334)-144 b Fz(\235)-116 +b FB(\332)-86 b(\200)-95 b(\217)-37 b(K)-27 b(p)-66 b(\330)-87 +b(\323)-75 b(n)-119 b(\313)-89 b(\321)-137 b(\267)-62 +b(q)-71 b(\301)-78 b FQ(.)-138 b FB(\327)-73 b(\337)-61 +b(n)-54 b(m)3311 2530 y(\227)-107 b(\254)-76 b(\217)-112 +b(u)-143 b(m)-48 b(\277)-60 b(\254)-79 b(\314)-40 b(K)-32 +b(t)-100 b(p)-95 b(\230)-105 b(\213)-37 b(K)-32 b(s)-100 +b(v)-66 b(\254)g(q)g(\324)-76 b(\315)-71 b(!)-100 b(\267)-62 +b(n)-48 b(\277)-90 b(x)-131 b(\277)-60 b(\324)-77 b(\315)j +FQ(:)-106 b FB(\317)-54 b(n)-67 b(\313)-79 b(\330)-66 +b(m)-116 b(\323)-75 b(\320)-54 b(n)-95 b(v)-85 b(\204)-127 +b(x)-159 b(\323)-85 b(\215)-69 b(\322)-101 b(m)-48 b(\277)-89 +b(\230)-68 b(K)-58 b(\200)-96 b(\217)-69 b(s)-130 b(\203)-83 +b(w)-27 b(K)-54 b(\334)-122 b(v)-86 b(\204)-133 b(\240)-112 +b(\217)-105 b(m)-84 b Fz(\243)-95 b FB(\330)-76 b(\216)-64 +b(\332)-27 b(K)g(n)-102 b(u)3358 2643 y(\277)-48 b(w)g(\300)-60 +b(\254)-108 b(r)-141 b(c)-67 b(\313)g(n)g(\313)-81 b(\274)j(\315)-109 +b(c)-48 b(\277)-60 b(\254)-66 b(n)-54 b(p)g(n)-109 b +Fz(\235)g FB(v)-64 b(\217)-76 b(\327)-87 b(\323)-75 b(n)-61 +b(!)-107 b(\327)g(\223)-95 b(w)-86 b(\200)-95 b(\213)-76 +b(\327)-88 b(\316)-173 b Fz(\221)-78 b(\223)-86 b FB(\313)-108 +b(\230)-95 b(n)-75 b(\323)-85 b(\213)-64 b(v)e(\324)g(n)-113 +b(\273)-85 b(\301)-44 b(K)-66 b(\277)-59 b(\215)-37 b(K)-32 +b(s)-117 b(\327)-107 b(\223)i(\217)-76 b(\327)f(\216)-71 +b FQ(.)3236 2895 y Fc(8)p Fs(.)12 b Fc(2)-272 b(m)-82 +b(\310)-23 b(K)-78 b(\276)-163 b(\335)-158 b(\327)-117 +b(\223)-112 b(\270)-79 b(\213)-133 b(\226)-196 b(\316)-134 +b(\332)-112 b(\240)-123 b(\217)-71 b(\332)-104 b(\224)-128 +b(\321)-185 b Fq(W)-172 b Fc(\212)-71 b(v)-59 b(n)-73 +b(\313)g(n)j(\220)f(\332)e(\260)-119 b(x)3352 3070 y +FB(m)-110 b(\212)-37 b(K)-73 b(\317)-95 b(\224)-68 b(K)-41 +b(\274)-90 b(\321)-179 b(\222)-169 b(\327)-66 b(m)-54 +b(\332)-111 b(\225)-157 b(\332)-27 b(K)-72 b(\265)-157 +b(\327)-107 b(\223)k(\270)-72 b(\213)-121 b(\226)-179 +b(\316)-164 b FO(W)-174 b FB(\335)-132 b(v)-54 b(\333)-64 +b(\217)g(m)-157 b(\222)g(v)-66 b(\330)g(v)-81 b(\311)g(\332)-96 +b(x)-142 b(v)-54 b(n)-67 b(\313)g(n)j(\220)g(\332)e(\260)-108 +b(x)-103 b(!)-96 b(m)-67 b(\313)g(n)-157 b(\222)g(v)-54 +b(\333)-62 b(\264)g(\333)-54 b(\320)g(n)-81 b(\256)-88 +b(!)3352 3183 y(m)-67 b(\313)g(n)-176 b(\222)g(\332)-95 +b(\224)-109 b(\274)-41 b(K)-27 b(\333)-48 b(\300)-70 +b(\321)-141 b(\332)-81 b(\311)-107 b(\243)-80 b(n)-54 +b(\317)g(\333)-27 b(K)-49 b(\321)-83 b FQ(.)-164 b FB(\317)-66 +b(\330)-39 b(K)-27 b(\332)-64 b(\213)-37 b(K)-92 b(v)-54 +b(n)-67 b(\313)g(n)j(\220)g(\332)e(\260)-108 b(x)-161 +b(m)-64 b(\312)-71 b(!)-120 b(v)-66 b(\330)g(v)-81 b(\311)g(\332)-96 +b(x)-161 b(\332)-64 b(\213)-37 b(K)g(\216)-86 b(\316)-145 +b FQ(\))-68 b FB(\332)-54 b(w)-27 b(K)-39 b(\330)-66 +b(m)i(\216)-76 b(\327)-88 b(\316)-198 b(\222)-176 b(v)-54 +b(\333)-62 b(\264)g(\333)-54 b(\320)g(n)-81 b(\256)3352 +3296 y(v)-54 b(\333)-27 b(K)g(\320)-54 b(n)g(\332)-27 +b(K)-49 b(\321)-91 b FQ(\()-123 b(:)-128 b FB(\332)-64 +b(\221)-77 b(\313)g(\217)-132 b(\327)-79 b(\313)i(\213)-64 +b(m)-76 b(\316)-132 b(m)-64 b(\212)-120 b(\332)-95 b(\224)-105 +b(\213)-37 b(K)e(\327)-122 b(\332)-54 b(n)-71 b(\276)-44 +b(K)-83 b(v)-54 b(\333)-66 b(\260)-78 b(\330)i(\216)-64 +b(m)-132 b(\316)-144 b(\327)-107 b(\223)g(\330)-76 b(\212)-37 +b(K)-84 b(\222)-189 b(\316)-132 b(v)-54 b(\333)-64 b(\217)g(m)j(!)-140 +b(\335)-154 b(\327)-66 b(m)i(\216)g(m)-54 b(v)-76 b(\321)-144 +b(\327)-107 b(\223)-68 b(K)-27 b(\320)-54 b(n)g(\317)-76 +b(\321)-83 b(!)3352 3409 y(\332)-54 b(w)-68 b(\274)g(\320)-54 +b(\333)-68 b(\274)-90 b(\321)-121 b(\317)-70 b(\261)-147 +b(\335)k(\327)-66 b(\332)i(\213)-131 b(\316)-121 b(v)-95 +b(\224)g(\333)-68 b(\274)-41 b(K)-54 b(\311)-88 b(!)-95 +b(m)-64 b(\312)-121 b(\327)-66 b(\332)i(\213)-151 b(\223)-68 +b(K)-58 b(\210)-95 b(\213)-64 b(m)c(\313)-89 b(\321)-153 +b(\335)-144 b(\327)-107 b(\223)f(\314)g(\224)-95 b(n)-64 +b(\216)-76 b(\327)-134 b(\316)-121 b(v)-62 b(\264)-72 +b(\217)-64 b(m)-54 b(\317)-95 b(\224)f(\333)h(\224)-137 +b(x)-103 b FQ(.)3169 3522 y FO(W)g FB(!)-115 b(\212)e(m)-67 +b(\313)-108 b(\224)-122 b(\311)-113 b(\335)-161 b(\316)-141 +b(\327)-107 b(\223)f(\314)-67 b(\333)h(\324)-83 b(\301)-156 +b(\335)-151 b(\327)-107 b(\223)g(\330)-76 b(\212)-37 +b(K)-84 b(\222)-186 b(\316)-129 b(v)-54 b(\333)-64 b(\217)g(m)j +FQ(.)-130 b FB(m)-67 b(\313)-79 b(\330)-66 b(m)e(\273)-41 +b(K)-49 b(\321)-129 b(\317)-64 b Fz(N)-74 b FB(\216)-64 +b(m)j(!)-116 b(\212)f(m)-54 b(\332)-76 b(\321)-162 b(\335)-150 +b(\212)-37 b(K)-80 b(\332)-55 b(w)-27 b(K)g(n)-68 b(\273)-41 +b(K)-49 b(\321)3352 3635 y(\332)-64 b Fz(N)-76 b FB(\327)-66 +b(p)-27 b(K)g(n)-64 b Fz(M)-127 b FB(\327)-66 b(m)i(\216)-115 +b(v)-54 b(n)-62 b(\355)-35 b(K)-27 b(n)-64 b(\216)g(m)-137 +b(\335)-149 b(\327)-107 b(\223)k(\270)-72 b(\213)-121 +b(\226)-172 b(\212)-127 b(\327)-107 b(\223)-95 b(\333)-66 +b(\324)-76 b(\217)g(\327)j(!)-116 b(\313)-67 b(n)-95 +b(\227)g(n)-105 b(\332)-95 b(\224)-68 b(K)-35 b(\264)-89 +b(\275)-132 b(m)-64 b(\212)-115 b(\332)-48 b(\300)-61 +b(\314)-77 b(\213)-127 b(\327)-74 b(\267)i(\213)-37 b(K)-27 +b(m)-111 b(\226)-176 b(\273)-78 b(\217)-64 b(m)-105 b(v)-66 +b(\330)-107 b(\223)-68 b(K)-27 b(\320)-54 b(\333)-66 +b(\330)g(\332)-76 b(\321)-83 b FQ(.)3352 3748 y FB(\317)-66 +b(\330)g(\317)i(\221)g(m)-111 b(\222)-118 b(!)-92 b(v)-54 +b(n)-64 b Fz(M)-37 b FB(K)-27 b(m)-54 b(\332)-96 b(x)-159 +b(\316)-129 b(\327)-73 b(\337)-61 b(n)d(\212)g(m)j(!)-92 +b(\317)-64 b(\221)-77 b(\313)g(\217)-105 b(m)-143 b(u)-75 +b(K)-68 b(\317)-95 b(\224)f(\333)-62 b(\264)-119 b(\225)-84 +b(K)-125 b(\222)-164 b(\327)-107 b(\223)k(\270)-72 b(\213)-121 +b(\226)-174 b(\316)-118 b(\332)-54 b(\320)g(n)-62 b(\355)-72 +b(\217)-64 b(m)e(\327)-88 b(\316)-139 b(\316)-130 b(\327)-76 +b(\216)e(\313)-67 b(n)-111 b(\222)-174 b(\316)-117 b(v)-55 +b(\333)-64 b(\217)g(m)j(!)3352 3861 y(\332)-95 b(\224)-107 +b(\260)-76 b Fz(N)-64 b FB(m)-54 b(\317)-76 b(\321)-142 +b(\316)-132 b(\327)-107 b(\223)f(\314)-67 b(\333)h(\324)-107 +b(\230)-112 b(\301)-137 b(\316)-132 b(\327)-66 b(m)i(\216)g(m)-54 +b(v)-76 b(\321)-83 b(!)-94 b(\332)-54 b(w)-27 b(K)-39 +b(\330)-66 b(m)-95 b(\223)-68 b(K)h Fz(\200)g(\204\211)c +FB(m)-80 b(\243)g(n)-111 b(\222)-159 b FQ(\))-80 b FB(\327)-66 +b(\332)i(\213)-108 b(\332)-54 b(w)-27 b(K)g(\320)-66 +b(\330)-76 b(\220)g(\327)-88 b(\316)-83 b(!)-135 b(\223)-105 +b(\217)-64 b(m)-54 b(\332)-76 b(\321)-133 b(\257)-112 +b(\265)-155 b(\327)-79 b(\313)i(\213)-64 b(m)-76 b(\316)-83 +b(!)-106 b(\327)-66 b(\332)i(\213)3352 3974 y(\332)g(\221)-77 +b(\313)g(\217)-86 b(\316)-117 b(m)-64 b(\212)-146 b(\223)-68 +b(K)-58 b(\210)-95 b(\213)-77 b(\313)-89 b(\321)-117 +b(v)-54 b(n)-64 b(\220)-77 b(\313)g(\217)-112 b(u)-144 +b(v)-54 b(n)-95 b(\223)-108 b(\314)g(\224)-95 b(\333)-65 +b(\217)h(m)e(\327)-114 b(u)-165 b(\316)-132 b(\273)-78 +b(\217)-64 b(m)-95 b(\332)-54 b(\320)g(n)-62 b(\355)-73 +b(\217)-64 b(m)e(\327)-88 b(\316)-117 b(\332)-68 b(\314)-79 +b(\324)-93 b(\311)-81 b(\317)-76 b(\321)-117 b(m)-64 +b(\312)-118 b(\327)-66 b(\332)i(\213)-128 b(\316)-503 +b FP(Macintosh)p FQ(,)2809 4086 y FP(W)l(indo)n(ws)p +FQ(,)24 b FP(Unix)-603 b FQ(.)3211 4199 y FB(v)-54 b(n)g(\317)-102 +b(\240)g(n)h(v)-54 b(n)-67 b(\313)-77 b(\221)h(\327)-66 +b(m)i(\216)-76 b(\327)-114 b(u)-171 b(\316)-165 b FO(W)-220 +b FQ(u)-178 b FB(\257)-67 b(n)-111 b(\222)-158 b(v)-94 +b Fz(\200)-67 b(\204\210)-74 b FB(m)-86 b(\335)-133 b(\332)-54 +b(w)-27 b(K)g(n)-75 b(\310)-116 b(\223)f(\321)-123 b(\332)-95 +b(\224)-105 b(\315)-133 b(\316)-165 b FO(W)-220 b FQ(u)-125 +b FB(!)-109 b(\327)-123 b(\222)-158 b(v)-88 b Fz(\262)-61 +b(\233)-74 b FB(m)-62 b(\355)-72 b(\217)c(\327)g(\212)i(\312)3320 +4312 y(\335)-149 b(\327)-74 b(\267)i(\213)-37 b(K)-27 +b(m)-111 b(\226)-118 b FQ(.)-123 b FB(m)-64 b(\312)-138 +b FA(\242)-50 b FB(K)-78 b(\332)-67 b(\314)-108 b(\224)-122 +b(\311)-81 b(\332)-76 b(\321)-149 b(\316)-139 b(\327)-107 +b(\223)f(\314)-67 b(\333)h(\324)-83 b(\301)-122 b(m)-81 +b(\272)-54 b(K)-34 b(!)-103 b(m)-64 b(\212)-115 b(\332)-54 +b(n)-64 b(\216)-76 b(\327)-129 b(\327)-79 b(\313)i(\213)-64 +b(m)-76 b(\316)-127 b(m)-75 b(\323)g(\333)k(\301)-78 +b(!)-113 b(\212)-72 b(\263)-35 b(K)-27 b(\333)-64 b(\217)-71 +b(!)-103 b(m)-153 b(u)f(\332)-95 b(\224)-68 b(K)-35 b(\264)-103 +b(\224)c(\330)3352 4425 y(m)-68 b(\273)-41 b(K)-49 b(\321)-132 +b(m)-158 b(u)g(\332)-95 b(\224)-68 b(K)-39 b(\330)-79 +b(\257)-67 b(n)c(\276)-184 b(\222)-167 b(m)-54 b(\317)-62 +b(\270)g(n)-71 b(\276)-149 b(\316)-132 b(v)-67 b(\314)g(n)-95 +b(\227)g(\333)-54 b(\320)-96 b(x)-103 b FQ(.)-148 b FB(\212)-96 +b(\335)-184 b FO(W)-103 b FB(!)-109 b(m)-75 b(\323)g(\333)k(\301)-137 +b(\212)-120 b(m)-64 b(\216)g(m)-132 b(\316)-144 b(\327)-117 +b(\237)i(\217)-64 b(\332)-111 b(\225)-171 b FQ(\))-68 +b FB(\317)-80 b(\244)-53 b(K)-75 b(\240)-124 b(\321)3339 +4538 y(\257)-79 b(\330)j(\216)-121 b(\222)-175 b(\273)-78 +b(\217)-64 b(m)-126 b(\316)g(v)-95 b(\224)-107 b(\330)-66 +b(\317)-102 b(\240)g(\333)-66 b(\330)g(\332)-76 b(\321)-158 +b(\335)-148 b(\327)-107 b(\223)-95 b(q)-66 b(\330)g(\317)-81 +b(\336)-141 b(\212)-114 b(v)-66 b(\260)-107 b(\224)-68 +b(K)-27 b(n)-104 b(v)-54 b(n)-67 b(\313)-77 b Fz(N)-37 +b FB(K)e(\327)-60 b(\277)-90 b(x)-111 b FQ(\()-64 b(.)-120 +b FB(m)-95 b(\223)-103 b(\264)g(\224)c(\330)-73 b(!)-111 +b(\212)d(m)-95 b(\223)-89 b(\300)-62 b(\274)-78 b(\315)-136 +b(\316)e(\327)-66 b(m)-75 b(\323)g(\333)k(\301)3310 4651 +y FO(W)-150 b FB(")-97 b(m)-54 b(\317)-62 b(\356)g(n)-71 +b(\276)-137 b(\316)-120 b(v)-67 b(\314)g(n)-95 b(\227)g(\333)-54 +b(\320)-96 b(x)-140 b(m)-64 b(\216)g(m)-108 b(\212)-37 +b(K)-71 b(\332)-62 b(\264)-35 b(K)c(\260)-88 b(\321)-83 +b(!)-104 b(\212)-120 b(\327)-66 b(\332)-76 b(\321)-83 +b(!)-126 b(\335)-140 b(\212)-108 b(m)-62 b(\355)-89 b(\311)e(\312)-130 +b(\316)e(\327)-107 b(\223)-95 b(q)-54 b(w)-64 b(\217)-108 +b(m)-86 b(\335)-130 b(\332)-54 b(w)-27 b(K)-39 b(\330)-107 +b(\223)g(\330)-76 b(\212)-37 b(K)-68 b(\223)-117 b(\321)-83 +b(!)-94 b(\332)-62 b(\270)-35 b(K)-27 b(\333)-67 b(\314)-77 +b(\213)-37 b(K)3352 4764 y(\332)-67 b(\314)g(\333)j(\217)-86 +b(\316)-133 b(\327)-107 b(\223)f(\314)g(\224)-95 b(n)-64 +b(\216)-76 b(\327)j FQ(.)3211 4877 y FB(m)-68 b(\273)g(n)-75 +b(\310)g(\332)-54 b(n)-61 b(!)-105 b(\332)-64 b(\221)-77 +b(\313)g(\217)-117 b(m)-155 b(u)g(\332)-54 b(n)-99 b(\262)-152 +b(\332)-62 b(\264)-72 b(\217)-91 b(\256)-146 b(\327)-66 +b(\332)-76 b(\321)-129 b(\332)-54 b(\320)-66 b(\330)-79 +b(\313)-89 b(\321)-129 b(\332)-95 b(\224)-103 b(\270)-72 +b(\213)-64 b(m)-111 b(\226)-186 b(\316)-129 b(\332)-102 +b(\240)-112 b(\217)-64 b(\332)-95 b(\224)-117 b(\321)-142 +b(\257)-112 b(\265)-538 b FP(Macintosh)p FQ(,)3036 4990 +y FP(W)l(indo)n(ws)-375 b FB(!)-126 b(\212)-138 b(\327)-66 +b(\332)-27 b(K)g(\333)-125 b(\241)-132 b(!)-148 b(\335)-158 +b(\212)-87 b FA(\242)-50 b FB(K)-89 b(m)-105 b(\237)-115 +b(\217)-64 b(\332)-111 b(\225)-173 b(m)-126 b(\212)-37 +b(K)-89 b(\332)-62 b(\264)-35 b(K)-43 b(\261)-142 b(\212)-96 +b(\335)-148 b(v)-95 b(\224)-108 b(\314)g(\224)-95 b(n)-64 +b(\216)-76 b(\327)-114 b(u)-164 b(m)-68 b(\273)-41 b(K)-49 +b(\321)-138 b(\332)-81 b(\311)-26 b(K)-140 b FA(\242)-50 +b FB(K)-101 b(\327)-74 b(\267)i(\213)-64 b(\332)-71 b(\301)3348 +5103 y FQ(])j FB(m)-54 b(\317)g(n)-62 b(\355)-72 b(\217)-64 +b(m)e(\327)g(m)-103 b(\332)-54 b(w)-27 b(K)-39 b(\330)-66 +b(m)-95 b(\223)-68 b(K)h Fz(\200)g(\204\211)-133 b FB(\222)-160 +b(\332)-27 b(K)-68 b(\224)-108 b(\314)-67 b(\333)-111 +b(\225)-160 b(\332)-67 b(\314)g(\333)h(\330)-76 b(\220)-64 +b(\332)-71 b(\301)-78 b(!)-157 b(\222)d(v)-62 b(\356)-56 +b(\300)-48 b(\333)-64 b(\221)g(\332)-96 b(x)-585 b FQ(p)24 +b FP(wysiwyg)h FQ(q)-524 b FB(!)-100 b(\332)-95 b(\230)-136 +b(\224)-68 b(K)-39 b(\260)-93 b(\311)-154 b(\236)-190 +b(\273)-78 b(\217)-64 b(m)-113 b FQ(:)3352 5216 y FB(m)-105 +b(\237)-115 b(\217)-64 b(\332)-111 b(\225)-157 b(m)-64 +b(\216)g(m)-110 b(\212)-37 b(K)-73 b(\332)-95 b(\224)-107 +b(\330)-74 b(\263)-35 b(K)-43 b(\261)-128 b(\327)-74 +b(\267)i(\213)-37 b(K)-27 b(m)-111 b(\226)-118 b(!)-96 +b(m)-64 b(\212)-110 b(\332)-27 b(K)-61 b Fz(\262)g(\233)-86 +b FB(\257)-67 b(n)-111 b(\222)-214 b(\222)-157 b(v)-95 +b(\224)-105 b(\213)-37 b(K)-59 b(\335)-144 b(\327)-79 +b(\313)-94 b(\336)-127 b(\332)-95 b(\224)-68 b(K)-27 +b(n)-66 b(\327)-137 b(\236)-185 b(\327)-74 b(\355)i(\213)-64 +b(\332)-71 b(\301)-127 b(")-98 b(m)j(\223)-103 b(\356)-75 +b(\314)c(\330)-137 b(\236)3352 5328 y(m)-64 b(\216)g(m)-109 +b(\212)-37 b(K)-72 b(v)-95 b(\224)-107 b(\330)-74 b(\263)-35 +b(K)-43 b(\261)-115 b(v)-95 b(\224)-108 b(\314)g(\224)-95 +b(n)-64 b(\216)-76 b(\327)-114 b(u)-109 b(!)-95 b(\332)g(\224)-108 +b(\314)-77 b(\217)-109 b(m)-64 b(\212)-109 b(\332)-27 +b(K)-61 b Fz(\262)g(\233)-73 b FB(\332)-66 b(\330)-107 +b(\223)i(\217)-123 b(\273)-79 b(\217)-64 b(m)j FQ(.)c([)1836 +5652 y FB(79)p eop end 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b(\203)-106 b(\271)-137 b Fz(H)-71 +b FB(!)-142 b(\223)-95 b(\320)-64 b FA(U)-114 b FB(v)-81 +b(\336)-160 b(~)-83 b(n)-64 b(\216)-93 b(\203)-84 b(\333)-96 +b(x)-154 b(\267)-62 b(n)-54 b(\361)-64 b(\315)-125 b(\216)-78 +b(\273)-90 b FA(\345)-155 b FB(~)-110 b(\336)-160 b(\203)-107 +b(\271)-137 b Fz(H)-71 b FB(!)3311 3911 y(\223)-95 b(\320)-64 +b FA(U)-123 b FB(\273)-95 b(\336)-139 b(\313)-108 b(\224)-95 +b(w)-62 b(\270)-79 b(\301)-124 b(\267)-62 b(q)-102 b(\240)-129 +b(\336)-136 b Fz(H)-162 b FA(\247)-117 b FB(\217)-86 +b FA(\344)-150 b FB(~)-110 b(\336)-155 b(\203)-106 b(\271)-132 +b Fz(H)-162 b FA(\247)-107 b FB(\333)-54 b(k)-76 b(\321)-175 +b FA(\247)-107 b FB(w)-96 b(r)-142 b(a)-54 b(\361)-81 +b(\336)-136 b(\216)-85 b(\323)-76 b(\333)-66 b(\330)-88 +b(\316)-121 b(a)-75 b(\323)-97 b(\321)-83 b FQ(.)1836 +5652 y FB(80)p eop end +%%Trailer + +userdict /end-hook known{end-hook}if +%%EOF diff --git a/Master/texmf-dist/doc/omega/base/torture.tex b/Master/texmf-dist/doc/omega/base/torture.tex new file mode 100644 index 00000000000..7f2085fee86 --- /dev/null +++ b/Master/texmf-dist/doc/omega/base/torture.tex @@ -0,0 +1,1127 @@ +% This file is changed by Roozbeh Pournader to make it work +% with Omega 1.23 and fixing obvious bugs +\documentclass[a4paper,11pt]{article} +\usepackage{amsmath} +\usepackage{omega} +%\usepackage[dvips]{draftcopy}\draftcopyName{\today}{140} +\def\shortarab#1{{\pushocplist\ArabicOCP\fontfamily{omarb}\selectfont#1\popocplist}} +\def\shortberber#1{{\pushocplist\ArabicBerberOCP\fontfamily{omarb}\selectfont#1\popocplist}} +\def\shortgreek#1{{\pushocplist\GreekOCP\fontfamily{omlgc}\selectfont#1\popocplist}} +\def\shortlatberber#1{{\pushocplist\LatinBerberOCP\fontfamily{omlgc}\selectfont#1\popocplist}} +\def\shorttifi#1{{\pushocplist\TifinaghOCP\fontfamily{omlgc}\selectfont#1\popocplist}} +\def\shortpashto#1{{\pushocplist\AfghaPashtoOCP\fontfamily{omarb}\selectfont#1\popocplist}} +\def\shortpashtop#1{{\pushocplist\PakiPashtoOCP\fontfamily{omarb}\selectfont#1\popocplist}} +\def\shortsindhi#1{{\pushocplist\SindhiOCP\fontfamily{omarb}\selectfont#1\popocplist}} +\def\tl#1#2#3#4#5#6{\hline\rule[-5pt]{0pt}{14pt}\texttt{#1}&\shortarab{#1}&\texttt{#2}&\shortarab{#2}&\texttt{#3}&\shortarab{#3}& +\texttt{#4}&\shortarab{#4}&\texttt{#5}&\shortarab{#5}&\texttt{#6}&\shortarab{#6}\\} +% +\def\ttl#1#2#3{\hline\rule[-5pt]{0pt}{14pt}\texttt{#1}&\shortlatberber{#1}&\shortberber{#1}&\shorttifi{#1}& +\texttt{#2}&\shortlatberber{#2}&\shortberber{#2}&\shorttifi{#2}& +\texttt{#3}&\shortlatberber{#3}&\shortberber{#3}&\shorttifi{#3}\\} +% +\def\stl#1#2#3#4#5#6{\hline\rule[-5pt]{0pt}{14pt}\texttt{#1}&\shortsindhi{#1}&\texttt{#2}&\shortsindhi{#2}&\texttt{#3}&\shortsindhi{#3}& +\texttt{#4}&\shortsindhi{#4}&\texttt{#5}&\shortsindhi{#5}&\texttt{#6}&\shortsindhi{#6}\\} +\def\patl#1#2#3#4#5#6{\hline\rule[-5pt]{0pt}{14pt}\texttt{#1}&\shortpashto{#1}&\texttt{#2}&\shortpashto{#2}&\texttt{#3}&\shortpashto{#3}& +\texttt{#4}&\shortpashto{#4}&\texttt{#5}&\shortpashto{#5}&\texttt{#6}&\shortpashto{#6}\\} +\def\paptl#1#2#3#4#5#6{\hline\rule[-5pt]{0pt}{14pt}\texttt{#1}&\shortpashtop{#1}&\texttt{#2}&\shortpashtop{#2}&\texttt{#3}&\shortpashtop{#3}& +\texttt{#4}&\shortpashtop{#4}&\texttt{#5}&\shortpashtop{#5}&\texttt{#6}&\shortpashtop{#6}\\} +\begin{document} +\setcounter{page}{63} +\title{Multilingual Typesetting with \OMEGA, a Case Study: Arabic} +\author{Yannis Haralambous\thanks{Atelier Fluxus Virus, 187, rue Nationale, +59800 Lille, France, \texttt{yannis@fluxus-virus.com}} +\and +John Plaice\thanks{School of Computer Science and Engineering, +The University of New South Wales, Sydney 2052 Australia, +\texttt{plaice@cse.unsw.edu.au}} +} +\date{} +\maketitle +\begin{abstract} +In this paper we describe the internal structure of the Arabic script +package for the \OMEGA{} typesetting system, as well as the techniques +and tools used for its development. This package allows typesetting +using regular \LaTeX{} styles, in all Arabic alphabet languages: +Arabic, Berber, Farsi, Urdu, Pashto, Sindhi, Uighur, etc. + +We also give a description of the character codes added to Unicode, to +obtain the Unicode++ encoding, used by the \OMEGA{} system for +typesetting purposes. +\end{abstract} + +\section{Overview of the \OMEGA{} Arabic Script Package} + +Typesetting with \OMEGA{} is a process similar to typesetting with +\TeX: the user prepares a ``source'' file, containing the text of +\hisher{} document and a certain number of macro-commands for +attribute changes of the text (font characteristics, language, case, +etc.), references to figures (included in graphical format files on +disk) and other material included in or accompanying the text. + +Once this source file prepared, \OMEGA{} is launched: it reads the +file, expands the commands and typesets the text accordingly. To +perform this task, \OMEGA{} loads and executes several \OTP{}s +(\OMEGA{} Translation Processes), which take care of low level +properties of the document (contextual analysis of the script, case +switching according to script and language, etc.). It also uses +different fonts, most of which are \emph{virtual}, in the sense that +they themselves call other fonts. On a higher level, such a document +uses \LaTeX{} packages, some of them modified to take advantage of the +additional features of \OMEGA{} vs.\ \TeX. + +The leading idea of the \OMEGA{} Arabic Script Package (as of any +\OMEGA{} language package) is that the low level properties of the +script have to be separated from higher level typesetting +commands. For example, contextual analysis of the Arabic script has to +be completely independent of the \LaTeX{} command level, so that one +can use Arabic text in any context (inside a table or a formula, or +deeply nested inside several \LaTeX{} environments and commands, etc.) +and under any circumstances, as in the following example, which has been +typeset with ordinary \LaTeX{} environments and macros: + +{%\pardir TRT\textdir TRT +\pushocplist\ArabicOCP\fontfamily{omarb}\selectfont +\begin{center}\begin{tabular}{|c|c|}\hline +{\textdir TRT HayA"t} & {\textdir TRT mayyit}\\\hline +{\mathdir TLT$\displaystyle\int_{\text{\textdir TRT Sif<>r}}^{\hbox dir TRT{\textdir TRT ghyr maH<>duUd}}f(x)\,dx$} & {\textdir TRT 'aanA}\\\hline +\end{tabular}\end{center} +\popocplist} + +There are two key aspects to Arabic script typesetting, +unfortunately of unequal complexity: the first one is contextual +analysis, that is the fact that Arabic letters change shape according +to their position in a word, or according to the fact that they are +part of an abbreviation, etc. This aspect can be handled easily and +efficiently by \OTP{}s. The second aspect is more global: it is the +fact that Arabic script is written from right to left. + +Two methods can be applied: the first one is to change the default +direction of the whole document. This method is extremely efficient +when the document is entirely in Arabic, or if left-to-right text +excerpts are exceptional. Being global, this method applies also to +page-level typesetting methods, such as the order of columns in a +multicolumn environment, etc. Of course, mathematical formulas are not +affected by this global direction change. + +The second method is to keep left-to-right as default direction and to +temporarily switch to right-to-left for every Arabic script +sentence. This can be practical for a document where Arabic excerpts +are exceptional. + +\section{Parts of the \OMEGA{} Arabic Script Package} + +This package consists of the following elements: + +\begin{enumerate} +\item{}\tolerance=3000 The \texttt{OmegaSerifArabic} PostScript fonts: +files \texttt{omsea1.pfb}, \texttt{omsea2.pfb}, \texttt{omsea3.pfb} +and the corresponding AFM files. A Sans-serif font +(\texttt{Omega\-Sans\-Arabic}), as well as additional styles of the +Serif font are under development. +\item{}\tolerance=3000 The virtual font \texttt{omrl}: files +\texttt{omrl.ovf}, \texttt{omrl.ofm}, \texttt{omsea1.tfm}, +\texttt{omsea2.tfm}, \texttt{omsea3.tfm}. +\item{} The configuration file \texttt{omrl.cfg}, which is used by the +PERL utility MakeOVP to create the virtual font out of the AFM files +and other information. +\item{} A certain number of \OTP{}s: +\begin{enumerate} +\item{} \texttt{7arb2uni.otp}, 7-bit Arabic/Farsi transcription to Unicode; +\item{} \texttt{7ber2uni.otp}, 7-bit Berber transcription to Unicode; +\item{} \texttt{7urd2uni.otp}, 7-bit Urdu transcription to Unicode; +\item{} \texttt{7pas2uni.otp}, 7-bit Afghanistani Pashto transcription to Unicode; +\item{} \texttt{7pap2uni.otp}, 7-bit Pakistani Pashto transcription to Unicode; +\item{} \texttt{7snd2uni.otp}, 7-bit Sindhi transcription to Unicode; +\item{} \texttt{uni2cuni.otp}, contextual analysis, sending Unicode++ to cUnicode++ +(`c' for `contextual'); +\item{} \texttt{cuni2oar.otp}, cUnicode++ to \texttt{omrl} font. +\end{enumerate} +These \OTP{}s are available in human-readable and compiled binary +format (OCP), the latter being loaded by \OMEGA{} on runtime. +\item{} A \LaTeX{} style (\texttt{arabic.sty}) defining a command that +will activate and deactivate the \OTP{}s. +\item{} Documentation and test files (\texttt{testarab.tex}, +\texttt{testsind.tex}). +\end{enumerate} + +\section{Installation of the \OMEGA{} Arabic Script Package} + +To use the \OMEGA{} Arabic Script Package you must have \OMEGA{} +version 1.45 or higher installed on your machine. Place OFM, OVF, TFM +and OCP files where the system expects to find them (if in doubt, +consult the \texttt{texmf.conf} file). Keep the \texttt{arabic.sty} +file somewhere where it can be found by \OMEGA{}. Finally add the +following few lines to the \texttt{psfonts.map} configuration file of +\texttt{odvips}: +\begin{verbatim} +omsea1 OmegaSerifArabicOne </foo/omsea1.pfb +omsea2 OmegaSerifArabicTwo </foo/omsea2.pfb +omsea3 OmegaSerifArabicThree </foo/omsea3.pfb +\end{verbatim} +where \texttt{/foo} stands for the absolute path of the directory +containing the PFB files. + +This is all you need to do: you can start already by launching +\OMEGA{} on files \texttt{testarab.tex} and \texttt{testsind.tex}. + +In the following sections we will describe the use of the package, +from the end users' point of view. We will assume that the user is +familiar with the \TeX{} typesetting system and the \LaTeX{} macro +package. + +\section{Basic Macros} + +Before starting a new document one has to choose if the ``background +language'' is going to be an Arabic alphabet language, in other terms, +if we expect pages and columns to be typeset from right to left, and +the whole global page design to be right-to-left oriented. + +If this the case, then the macro +\verb=\GlobalArabic[=\texttt{\textit{language}}\verb=]= has to be used +in the document header, where the optional argument +\texttt{\textit{language}} is one of the following: \texttt{arabic} +(by default), \texttt{farsi}, \texttt{urdu}, \texttt{pashto}, +\texttt{sindhi}, \texttt{custom}. + +This macro will switch the global typesetting direction of the +document to right-to-left and will launch the \OTP s necessary for the +language chosen. + +Inside the document, independently of the choice of background +language, one can use \LaTeX{} environments \texttt{arabic}, +\texttt{berber}, \texttt{farsi}, \texttt{urdu}, \texttt{pashto}, +\texttt{pashtop}, \texttt{sindhi} to switch to the corresponding +language, and \texttt{latin} or \texttt{greek} to switch to a Latin +alphabet language or some flavour of Greek. It should be noted that +these macros are only temporary and will be adapted to a more global +language-switching scheme, currently being elaborated by the \LaTeX3 +and \OMEGA{} working groups. + +\section{Input of Arabic Alphabet Text} + +\subsection{You Have an Arabic Keyboard} + +If you have an Arabic Keyboard, containing sufficiently many keys for +the language you want to typeset (for example, with a standard Arabic +keyboard one can perhaps typeset Farsi, possibly Urdu but not Pashto +and certainly not Sindhi), you need to configure \OMEGA{} to your +\emph{input encoding}, by providing the appropriate input \OTP{} by +use of the \verb=\ArabicInputEncoding= macro, which you have to place +in the header of your document. We have already written such \OTP{}s +for three input encodings: Macintosh Arabic (\texttt{applemac}, +covering Arabic, Farsi, Urdu), Windows Arabic (\texttt{1256}, covering +Arabic and Farsi), MS-DOS Arabic ASMO (\texttt{708}, covering Arabic +only) and ISO~8859-6 (\texttt{iso8859-6}, covering only Arabic). If +your equipment is not in this list, go to section~\ref{writingOTPs} to +see how to write your own \OTP{}s. + +\subsection{You Don't Have an Arabic Keyboard} + +In that case you can use a Latin transcription: we have prepared ASCII +Latin transcriptions for each of the main Arabic-alphabet languages: +Arabic, Berber, Farsi, Urdu, Pashto (Afghanistani and Pakistani), +Sindhi. Here they are: + +\subsubsection{Arabic/Farsi Transcription}\label{arabtrans} + +\begin{center} +\begin{tabular}{|c|c||c|c||c|c||c|c||c|c||c|c|} +\tl{A}{p}{z}{`}{m}{I} +\tl{'a}{j}{zh}{gh}{n}{y} +\tl{'i}{H}{s}{f}{'n}{'y} +\tl{'A}{kh}{sh}{q}{-h}{||} +\tl{"A}{ch}{S}{v}{"h}{E} +\tl{b}{d}{D}{k}{e}{} +\tl{t}{dh}{T}{g}{U}{LLah} +\tl{th}{r}{Z}{l}{'u}{SLh} +\hline +\end{tabular} +\end{center} + +\noindent +Remarks: + +\begin{enumerate} +\item The \emph{tah marbutah} \shortarab{"h} can be written in two +ways: \texttt{"h} or \texttt{"t}. +\item The \emph{waw} \shortarab{w} can be written in two ways: +\texttt{w} or \texttt{U}. +\item The hyphen in front of the transcription of \shortarab{h} is +only necessary to prevent confusion between cases such as \texttt{kh} +(\shortarab{kh}) and \texttt{k-h} (\begin{arab}k-h\end{arab}). We +suggest you use it all the time. +\item VERY IMPORTANT: the duplication of consonants (\emph{shaddah}) +is obtained by writing the consonants twice. So for example, +\texttt{Dmm"h} will produce \begin{arab}Dmm"h\end{arab} and not +\begin{arab}Dm-m"h\end{arab}; to obtain the latter, type \texttt{Dm-m"h}, +as for example in the word \begin{arab}t-tHrrk\end{arab}, which +presents both cases, and which is typed \texttt{t-tHrrk}. +\end{enumerate} + +Vowels and other diacritics are obtained in the following way: (they +are typed after the consonant to which they belong) + +\begin{center} +\begin{tabular}{|l|c|} +\hline fatha & \texttt{a}\\ +\hline kasra & \texttt{i}\\ +\hline damma & \texttt{u}\\ +\hline soukoun & \texttt{<>}\\ +\hline vertical fatha & \texttt{a|}\\ +\hline fathatan & \texttt{aN}\\ +\hline kasratan & \texttt{iN}\\ +\hline dammatan & \texttt{uN}\\\hline +\end{tabular}\end{center} + +Example: it is a trivial task now to welcome you to this system of +Arabic input, by saying + +\begin{verbatim} +\begin{arab} +\Huge +'aahlAaN wa sahlAaN! +\end{arab} +\end{verbatim} + +{\pardir TRT\textdir TRT +\begin{center} +\begin{arab} +\Huge +'aahlAaN wa sahlAaN! +\end{arab} +\end{center} +} + +\noindent +Example of vowelized Arabic:\\[8pt] + +{\pardir TRT\textdir TRT +\begin{quote} +\pushocplist\ArabicOCP\fontfamily{omarb}\selectfont\LARGE li'aannahaA +"Al<>'Ana laA tufakkiru fiI naf<>sihaA, walakinnahaA tufakkiru fiI +'aakhaway<>haA wafiI "Al<>khaTari "AlladhiI laHiqahumaA. \popocplist +\end{quote} +} + +\noindent transcribed: + +\begin{quote} +\texttt{li'aannahaA "Al<>'Ana laA tufakkiru fiI naf<>sihaA,\\ +walakinnahaA tufakkiru fiI 'aakhaway<>haA\\ +wafiI "Al<>khaTari "AlladhiI laHiqahumaA.} +\end{quote} + +\subsubsection{Urdu Transcription} + +The Urdu transcription is similar to the Arabic/Farsi one described +above, with a few additional characters, and one exception. + +The additional characters are \shortarab{'t}, \shortarab{'d} and +\shortarab{'r}, transcribed by \texttt{'t}, \texttt{'d}, +\texttt{'r}. The exception concerns the two different uses of the +\emph{hah} glyph \shortarab{h}. In Urdu it can be used as the second +part of a digraph, such as for example +\begin{smallurdu}jh\end{smallurdu}, in which case we transcribe it as +\texttt{-h}; it can also be the standard consonant \emph{hah}, in +which case we transcribe it by \texttt{x}. Notice the four forms of +the latter in Urdu: \begin{smallurdu}x-x-x x\end{smallurdu}, while in +Arabic the same letter is written \begin{smallarab}h-h-h +h\end{smallarab}. + +\noindent +Example: + +{\pardir TRT\textdir TRT +\begin{quote} +\pushocplist\UrduOCP\fontfamily{omarb}\selectfont xmArI Trf prAnE +zmAnE my'n dstUr t-hA kx Agr ksI shkhS kU kAghdh pr kchh lk-hA xUA grA +p'rA ml jAtA tU Uh As przE kU AHtyAT sE A't-hA kr kxy'n rk-h dytA yA +pAnI mI'n bxA dytA tAkx lk-hE xU'yE HrUf kI bE HrmtI nx xU. +\popocplist +\end{quote}} + +\noindent +transcribed: + +\begin{quote} +\texttt{xmArI Trf prAnE zmAnE my'n dstUr t-hA kx Agr ksI\\ +shkhS kU kAghdh pr kchh lk-hA xUA grA p'rA ml jAtA tU Uh\\ +As przE kU AHtyAT sE A't-hA kr kxy'n rk-h dytA yA pAnI mI'n\\ +bxA dytA tAkx lk-hE xU'yE HrUf kI bE HrmtI nx xU.} +\end{quote} + +\subsubsection{Pashto Transcription} + +The Pashto transcription is similar to the Arabic/Farsi one described +beyond, with a few additional characters and some exceptions. We are +proposing two \OTP{}s, using the same transcription, for the two +flavors of written Pashto: Afganistani and Pakistani. + +1. Afghanistani Pashto + +\begin{center} +\begin{tabular}{|c|c||c|c||c|c||c|c||c|c||c|c|} +\patl{A}{'z}{'r}{D}{g}{-y} +\patl{b}{c}{z}{T}{l}{e} +\patl{p}{H}{zh}{Z}{m}{ay} +\patl{t}{kh}{'g}{`}{n}{ey} +\patl{'t}{d}{s}{gh}{'n}{||} +\patl{'s}{'d}{sh}{f}{w}{} +\patl{j}{dh}{x}{q}{-h}{LLah} +\patl{ch}{r}{S}{k}{L}{SLh} +\hline +\end{tabular} +\end{center} + +2. Pakistani Pashto + +\begin{center} +\begin{tabular}{|c|c||c|c||c|c||c|c||c|c||c|c|} +\paptl{A}{'z}{'r}{D}{g}{-y} +\paptl{b}{c}{z}{T}{l}{e} +\paptl{p}{H}{zh}{Z}{m}{ay} +\paptl{t}{kh}{'g}{`}{n}{ey} +\paptl{'t}{d}{s}{gh}{'n}{||} +\paptl{'s}{'d}{sh}{f}{w}{} +\paptl{j}{dh}{x}{q}{-h}{LLah} +\paptl{ch}{r}{S}{k}{L}{SLh} +\hline +\end{tabular} +\end{center} + +Nevertheless, one should be aware that an automatic transcription from +one glyph set to the other is not possible because, for example, a +letter such as \begin{pashto}x\end{pashto} is not used in Pakistani +Pashto and can be replaced by \begin{pashto}kh\end{pashto} or +\begin{pashto}sh\end{pashto}, depending on its pronunciation in a given word. + +\noindent +Example of Afghanistani Pashto: + +{\pardir TRT\textdir TRT +\begin{quote} +\pushocplist\AfghaPashtoOCP\fontfamily{omarb}\selectfont k-h ghUA'ray +chh d`ql yh zyAn AUDrrpUh shay dA U mnI || chh `ql hghh. qUtUnh +p-hs'rI kxI wzhnI zhh zhUnde wlA'rdI. zhUndUn p-h`ml AUArAd-h +wlA'rdI. ghUxtnh lUArAd-h d-hre-yshr ft ASl AUAsAs dI. cUmrh chh `ql +zyAtebz hghUmrh ArAd-h D`yf-h kebzI. \popocplist +\end{quote}} + +\noindent +and the same in Pakistani Pashto: + +{\pardir TRT\textdir TRT +\begin{quote} +\pushocplist\PakiPashtoOCP\fontfamily{omarb}\selectfont k-h ghUA'ray +chh d`ql yh zyAn AUDrrpUh shay dA U mnI || chh `ql hghh. qUtUnh +p-hs'rI kxI wzhnI zhh zhUnde wlA'rdI. zhUndUn p-h`ml AUArAd-h +wlA'rdI. ghUxtnh lUArAd-h d-hre-yshr ft ASl AUAsAs dI. cUmrh chh `ql +zyAtebz hghUmrh ArAd-h D`yf-h kebzI. \popocplist +\end{quote}} + +\noindent +transcribed: + +\begin{quote} +\texttt{k-h ghUA'ray chh d`ql yh zyAn AUDrrpUh shay dA\\ +U mnI || chh `ql hghh. qUtUnh p-hs'rI kxI wzhnI zhh zhUnde\\ +wlA'rdI. zhUndUn p-h`ml AUArAd-h wlA'rdI. ghUxtnh lUArAd-h\\ +d-hreyshr ft ASl AUAsAs dI. cUmrh chh `ql zyAtebz hghUmrh\\ +ArAd-h D`yf-h kebzI.} +\end{quote} + +A variant form \shortpashto{^^^^015d} of \shortpashto{'g} is provided +in the font. The user can change the \OTP{}s (see~\ref{writingOTPs}) +so that the former is used instead of the latter. + +\subsubsection{Sindhi Transcription} + +Sindhi being a language with many more letters than Arabic, and using +Arabic letters in a way quite different than Arabic, it is not +surprising that the Sindhi transcription is fundamentally different +from the Arabic, Farsi, Urdu and Pashto ones. As a matter of fact we +have tried to use as few non-alphabetic characters as possible, +following a more-or-less rational scheme loosely based on the +correspondence between Sindhi written in Arabic and in Devanagari +script and the standard transcription of the latter. Since shadda is +much more seldom in Sindhi than in Arabic, the ``double consonant $=$ +consonant $+$ shadda'' convention is not valid in this transcription; +instead we propose a transcription of the shadda diacritic: +\texttt{+}. + +\begin{center} +\begin{tabular}{|c|c||c|c||c|c||c|c||c|c||c|c|} +\stl{A}{p}{dh}{sh}{kh}{y} +\stl{'A}{ph}{.=d}{.s}{.n}{'y} +\stl{b}{j}{.d}{.z}{g}{meN} +\stl{=b}{=j}{.dh}{..t}{=g}{||eN} +\stl{bh}{=n}{=z}{..z}{l}{||} +\stl{t}{c}{r}{`}{m}{} +\stl{th}{ch}{.r}{gh}{n}{} +\stl{.t}{.h}{z}{f}{'n}{} +\stl{.th}{=kh}{zh}{q}{U}{LLah} +\stl{=s}{d}{s}{k}{-h}{SLh} +\hline +\end{tabular} +\end{center} + +\noindent +Remarks: + +\begin{enumerate} +\item The transcription \texttt{/} is used for constructions such as +\begin{sindhi}b/\end{sindhi} (\texttt{b/}), +\begin{sindhi}t/\end{sindhi} (\texttt{t/}), \begin{sindhi}kh/\end{sindhi} +(\texttt{kh/}), etc. +\item The \emph{waw} \shortarab{w} can be written in two ways: +\texttt{w} or \texttt{U}. +\end{enumerate} + +\noindent +Example: + +{\pardir TRT\textdir TRT +\begin{quote} +\pushocplist\SindhiOCP\fontfamily{omarb}\selectfont tn-hn kry AsAn khy +pn-hnjy =z-hnn khy sjA=g rkh'nU pUndU ||eN pn-hnjy jdUj-hd meN .=dA-hp +pydA kr'ny. AhU b/ m`lUm kr'nU pUndU t/ sndh meN hr 'A'yy wqt chA chA +thy r-hyU 'Ahy ||eN dshmn AsAn jy ||eN AsAn jy jdUj-hd jy khlAf k-h.rA +k-h.rA g-hA.t g-h.ry r-hyU 'Ahy. \popocplist +\end{quote}} + +\noindent +transcribed: + +\begin{quote} +\texttt{tn-hn kry AsAn khy pn-hnjy =z-hnn khy sjA=g rkh'nU\\ +pUndU ||eN pn-hnjy jdUj-hd meN .=dA-hp pydA kr'ny. AhU b/\\ +m`lUm kr'nU pUndU t/ sndh meN hr 'A'yy wqt chA chA thy r-hyU\\ +'Ahy ||eN dshmn AsAn jy ||eN AsAn jy jdUj-hd jy khlAf k-h.rA\\ +k-h.rA g-hA.t g-h.ry r-hyU 'Ahy.} +\end{quote} + +\subsubsection{Berber Transcription} + +The Berber transcription is different from the previous ones because +it is based on a tri-alphabetic system (Tifinagh, Latin and Arabic +alphabets).\footnote{The reader can find more information in \emph{Un +syst^^^^00e8me \TeX{} berb^^^^00e8re}, ^^^^00c9tudes et Documents +Berb^^^^00e8res, 11 (1994), La bo^^^^00eete ^^^^00e0 +Documents/^^^^00c9disud, Paris (France).} The goal of this +transcription is to enable output in the three alphabets, out of the +same code. In particular, since Latin alphabet has upper and lower +case, it should be possible to distinguish these (and of course ignore +the distinction when typesetting in Arabic or Tifinagh). In the table +below, all transcribed letters are in lowercase ASCII, but can very +well be written also in uppercase, producing the same result: +\texttt{Tifinagh}, \texttt{tifinagh} or \texttt{TIFINAGH} will all +three produce \begin{arab}tyfynAgh\end{arab}. + +\begin{center} +\begin{tabular}{|c|c|c|c||c|c|c|c||c|c|c|c|}\hline +Tr. & Lat. & Ar. & Tif. & Tr. & Lat. & Ar. & Tif. & Tr. & Lat. & Ar. & Tif. \\\hline +\ttl{a}{.h}{.s} +\ttl{b}{i}{t} +\ttl{c}{j}{.t} +\ttl{gh}{k}{u} +\ttl{d}{l}{x} +\ttl{.d}{m}{z} +\ttl{.e}{n}{.z} +\ttl{f}{.n}{.i} +\ttl{g}{q}{--} +\ttl{.g}{r}{} +\ttl{h}{s}{} +\hline +\end{tabular} +\end{center} + +\noindent +Remarks: + +\begin{enumerate} +\item Letter \shortarab{U} can also be transcribed \texttt{w}. +\item Letter \shortarab{I} can also be transcribed \texttt{y}. +\item The stroke \shortberber{^^^^063f} is not to be confused with the +graphical connecting stroke \emph{keshideh}. It is placed between +words and plays a grammatical role. +\item Duplication of consonants (\emph{shaddah}) again is transcribed +by writing the corresponding consonant twice. +\end{enumerate} + +\noindent +Example: + +{\pardir TRT\textdir TRT +\begin{quote} +\pushocplist\ArabicBerberOCP\fontfamily{omarb}\selectfont Tifinagh, +d--tira timezwura n .imazighen. Llant di tmurt--nnegh dat tira n +ta.erabt d--tla.tinit. Nnulfant--edd dat .imir n ugellid +Masinisen. .Imazighen n .imir--en, ttarun--tent ghefi.zra, degg +.ifran, ghef .igduren, maca tiggti ghef i.zekwan~: ttarun fell--asen +.isem n umettin, d wi--t--ilan, d wayen yexdem di tudert--is akken ur +t ttettun .ina.tfaren. \popocplist +\end{quote}} + +\noindent +transcribed: + +\begin{quote}\small +\texttt{Tifinagh, d--tira timezwura n .imazighen.\\ +Llant di tmurt--nnegh dat tira n ta.erabt d--tla.tinit.\\ +Nnulfant--edd dat .imir n ugellid Masinisen. .Imazighen n\\ +.imir--en, ttarun--tent ghefi.zra, degg .ifran, ghef .igduren,\\ +maca tiggti ghef i.zekwan~: ttarun fell--asen .isem n umettin,\\ +d wi--t--ilan, d wayen yexdem di tudert--is akken ur t ttettun\\ +.ina.tfaren.} +\end{quote} + +\noindent +The same code will produce the following output in the Tifinagh alphabet: + +\begin{quote} +\begin{tifinagh}Tifinagh, d--tira timezwura n .imazighen. +Llant di tmurt--nnegh dat tira n ta.erabt d--tla.tinit. Nnulfant--edd +dat .imir n ugellid Masinisen. .Imazighen n .imir--en, ttarun--tent +ghefi.zra, degg .ifran, ghef .igduren, maca tiggti ghef i.zekwan~: +ttarun fell--asen .isem n umettin, d wi--t--ilan, d wayen yexdem di +tudert--is akken ur t ttettun .ina.tfaren.\end{tifinagh} +\end{quote} + +\noindent +and the following one in the Latin alphabet: + +\begin{quote} +\begin{latberber}Tifinagh, d--tira timezwura n .imazighen. +Llant di tmurt--nnegh dat tira n ta.erabt d--tla.tinit. Nnulfant--edd +dat .imir n ugellid Masinisen. .Imazighen n .imir--en, ttarun--tent +ghefi.zra, degg .ifran, ghef .igduren, maca tiggti ghef i.zekwan~: +ttarun fell--asen .isem n umettin, d wi--t--ilan, d wayen yexdem di +tudert--is akken ur t ttettun .ina.tfaren.\end{latberber} +\end{quote} + +\section{Writing Your Own Transcription}\label{writingOTPs} + +We have developed and presented in this paper a certain number of +Arabic alphabet language transcriptions for two reasons: first, to +show the possibilities and power of \OMEGA, and second, to give a +starting point for the user to create \hisher{} own transcriptions. + +The process of creating a new transcription is twofold: the first +part, which can be very difficult and painful, consists of finding the +combination of letters, digits and ASCII symbols which will transcribe +each character; the second one, which is straightforward (modulo some +precautions) is to implement this in \OMEGA{} by writing the +appropriate \OTP. + +\subsection{A Good Transcription: Is it Possible?} + +There are (at least) two goals for a good transcription: + +\begin{enumerate} +\item \emph{It has to be readable and easily memorizable}. In other +words, \texttt{AHmd} is better than \texttt{'.hmd}, for denoting +\begin{smallarab}AHmd\end{smallarab} : although an apostrophe can be +considered a logical choice for transcribing an alif and the period in +front of the h may denote that it is an emphatic `h' sound, taking an +A for alif and a capital H for the emphatic h is more readable; also +using rules such as ``uppercase ASCII characters transcribe emphatic +letters'' is an easy way to memorize the transcriptions of +\shortarab{H}, \shortarab{T}, \shortarab{D}, \shortarab{S}, +\shortarab{Z}. +\item \emph{It has to be complete and avoid ambiguities}. Of course +all letters of the target language have to be covered, but having many +letters to transcribe leads sometimes to ambiguities: for example +taking \texttt{h} for \shortarab{h}, \texttt{k} for \shortarab{k} and +\texttt{kh} for \shortarab{kh} are perfectly logical choices; +nevertheless there is a hitch: when you need to transcribe +\begin{smallarab}k-h\end{smallarab} you are tempted to write simply +\texttt{kh} and this will of course produce \shortarab{kh} +instead. The solution we have given to this problem is to type a +hyphen between the letters which are not considered as a `digraph', +but this is only a compromise solution: the user must constantly be +aware of this problem, and this is hardly the case when you are +concentrated in your text... +\end{enumerate} + +It is clear that these two goals are contradictory: an accurate and +unambiguous transcription has to be complicated and will be difficult +to read and memorize; a friendly and easily readable transcription +will be full of ambiguities. + +An additional problem when making a transcription is to choose between +\emph{(etymo)logical}, \emph{phonetic} and \emph{graphical} +representations of characters. A typical example is the standard +\OMEGA{} transcription of Greek: \texttt{w} is chosen for letter +\shortgreek{w}, this is a purely \emph{graphical} choice: the `w' +looks like an omega, but has absolutely no other relation with, +neither historical nor phonetic (the letter omega represents the sound +`o' in modern Greek); \texttt{b} is chosen for letter \shortgreek{b}, +this is an \emph{etymological} choice: the Latin `B' derives from the +ancient Greek `B', otherwise \shortgreek{b} looks quite different than +`b' and is pronounced `v' in modern Greek; finally, \texttt{x} is a +\emph{phonetic} transcription of letter \shortgreek{x}; clearly they +do not bear any resemblance, and historically it is not clear (at +least to the author) why `x' should be derived from \shortgreek{x} +(their positions in the alphabet is quite different as well, and this +is an argument speaking against an etymological relation between the +letters). + +The reader may object that this distinction between etymological, +phonetic and graphical representations is not relevant for Arabic +alphabet transcriptions; actually this is only partly true: take for +example \texttt{bh} for \shortsindhi{bh}, this is an +\emph{etymological} transcription in the sense that it reflects the +standard transcription of the Indic alphabet letter which corresponds +to that Sindhi letter. Also \texttt{`} for ayn is in some sense a +\emph{graphical} representation: it has been chosen because it +resembles the IPA transcription of the ayn, which is ^^^^0295. For the +same reason, \texttt{'} has been chosen for the hamza with carrier (in +\shortarab{'a}, \shortarab{'u}, etc.): the hamza's IPA transcription +is ^^^^0294. + +We hope to have convinced the reader that the making of a +transcription is a difficult task, needing a lot of thought, +compromises and tests. Once again, we would like to emphasize the fact +that our transcriptions are only temptative proposals and should not +be taken as standards of any kind; after all the power of \OMEGA\ is +that it can work with any input transcription without affecting +further processing, be it contextual analysis, diacritic placement or +esthetical ligaturing. + +In the next section we will see how to implement a new transcription +or change an existing one by writing/modifying an \OTP\ file. But +first some generalities on the \OTP{}s used by the Arabic \OMEGA\ +system. + +\subsubsection{The \OTP{}s used by the Arabic \OMEGA{} system} + +When \OMEGA{} reads the text flow it places letters, digits and +punctuation (whatever is not an escape or special character) into a +buffer. When it encounters a special character it stops buffering and +executes one after the other all currently active \OTP{}s on the +buffer. In theory, \OTP{}s could be used to arbitrarily send +character combinations to other combinations: one could very well +imagine an \OTP{} sending the string "Yannis" to "John" and "John" to +"Yannis", or "Microsoft Word" to +"^^^^02a7\kern-1pt^^^^04a9^^^^03be^^^^0468^^^^029a"; nevertheless, +such an \OTP{} would not be of general use... + +Our development has mainly been focused in building \OTP{}s in +accordance to the following scheme: +$$ +\boxed{\text{Input text}} \xrightarrow{\text{\texttt{foo2uni}}} \boxed{\text{Unicode++}} +\xrightarrow{\text{\texttt{uni2foo}}} \boxed{\text{DVI output}} +$$ +where \texttt{foo2uni} sends text encoded in an arbitrary encoding +into Unicode++ (Unicode++ is Unicode extended for the needs of +\OMEGA{} and typography), and \texttt{uni2foo} converts +Unicode++-encoded data into the encoding of the output font. By this +method we are able to keep completely separate input encoding and font +encoding. + +In the case of Arabic things are slightly more complicated since an +additional step is needed: contextual analysis. This is where our +scheme proves to be extremely efficient: by performing contextual +analysis on the level of Unicode++, and hence obtaining the following +new scheme: +$$ +\boxed{\text{Input text}} \xrightarrow{\text{\texttt{foo2uni}}} \boxed{\text{Unicode++}} +\xrightarrow{\text{\texttt{uni2cuni}}} \boxed{\text{cUnicode++}} +\xrightarrow{\text{\texttt{cuni2oar}}} \boxed{\text{DVI output}} +$$ +we still remain independent of both the input and the font +encoding. This means that if we need to adapt \OMEGA{} to a new Arabic +encoding we only need to indicate which code position corresponds to +which Unicode character, and, on the other hand, if we want to adapt a +new font to \OMEGA, we only need to indicate which font position +corresponds to which contextual form of which character, in +cUnicode++. + +In the next section we will partly describe the syntax of \OTP{} files +by giving examples of \texttt{foo2uni} cases. + +\subsection{Implementing a Transcription} + +The \OTP{} files we will need for input encoding $\to$ Unicode++ +transformations use only part of the syntax of \OTP{} +files.\footnote{The \texttt{uni2cuni} \OTP{} file already needs more +complicated constructions.} Such an \OTP{} file is of the following +form: + +\begin{verbatim} +input: 1; +output: 2; +expressions: +... +... +\end{verbatim} + +\noindent where \texttt{input: 1; output: 2;} means that input is +8-bit while output is 16-bit, and \texttt{...} are lines of the +following form: + +\begin{verbatim} +before => after ; +\end{verbatim} + +\noindent where \texttt{before} is an expression before the +transformation, and \texttt{after} after it. For example, + +\begin{verbatim} +`a' => "o" ; +\end{verbatim} + +\noindent will transform all `a's in the file into `o's. + +How do we describe characters and strings? On the left side of +\texttt{=>} we can only put separate characters: they can be written +either as ``grave accent+ASCII character+apostrophe'' or as +\texttt{@"XYZT} where \texttt{XYZT} are hexadecimal digits: in this +case we are not restricted to ASCII characters. The latter syntax can +also be used on the right side. For example, + +\begin{verbatim} +`i'`j' => @"0133 ; +@"008E => @"00E9 ; +\end{verbatim} + +\noindent will send the string `ij' to the Unicode++ character +representing the Dutch ^^^^0133 ligature, and the 8-bit code 8E (a +Macintosh `e' with acute accent) to the Unicode++ character 00E9 +(which is the Unicode `e' with acute accent). + +On the right side of \texttt{=>} we can also write complete strings, +possibly containing \OMEGA{} commands, which will be forwarded to the +next \OTP{} or to the typesetting engine of \OMEGA. For example, + +\begin{verbatim} +`~' => "\penalty10000" ; +\end{verbatim} + +\noindent sends the tilde character to the \TeX{} command of infinite +penalty.\footnote{By this we obtain the same result as in \TeX{} but +without turning tilde into an active character, a fact that \TeX{} +users will surely appreciate.} We can also use ranges on the left +side: for example, \texttt{`a'-`k'} means ``all characters between a +and k''. + +By using parentheses and the vertical bar on the left side, we obtain +the Boolean `or' operator: + +\begin{verbatim} +(`E'|`e') => ; +\end{verbatim} + +\noindent for example, will send both uppercase and lowercase letters +`e' to nothing (a transformation which would leave Perec's book +\emph{La disparition} unchanged\footnote{Although there are rumors +that there is a single `e' in that book... The authors were not able +to find it yet.}). + +This operator becomes even more useful by the fact that we can use on +the right side the exact character matched on the left side: the +commands \verb=\1=, \verb=\2=, ... , \verb=\9= used on the right side +stand for the first, second, ..., ninth character matched on the left +side. For example: + +\begin{verbatim} +`c'(`a'|`e'|`i'|`o'|`u')`t' => "m" \1 "p" ; +\end{verbatim} + +\noindent will send cat, cet, cit, cot, cut respectively to map, mep, +mip, mop, mup. + +We can go even further: \OTP{} syntax allows us to add or substract a +fixed offset to the characters matched on the left side. For example: + +\begin{verbatim} +`a'-`z' => #(\1 - @"0020) ; +\end{verbatim} + +\noindent will substract 20 from the code position of the character +found on the left side. The characters on the left side being +precisely lowercase letters, this offset will turn them into uppercase +ones. + +\subsubsection{Examples} + +The beginning of the \OTP{} \texttt{7arb2uni}, used to send the ASCII +transcription of Arabic to Unicode++, described in~\ref{arabtrans}, to +Unicode++, looks like this: + +\begin{verbatim} +input: 1; +output: 2; + +expressions: + +`L'`L'`a'`h' => @"FDF2 ; +`S'`L'`h' => @"FDFA ; + +`|'`|'`|'`|' => @"0621 @"0651 ; +`|'`|' => @"0621 ; +`z'`h'`z'`h' => @"0698 @"0651 ; +`z'`h' => @"0698 ; +`z'`z' => @"0632 @"0651 ; +`z' => @"0632 ; +`y'`y' => @"064A @"0651 ; +`y' => @"064A ; +`v'`v' => @"06A4 @"0651 ; +`v' => @"06A4 ; +`u'`N' => @"064C ; +`u' => @"064F ; +\end{verbatim} + +Let us take a closer look at these lines. The left sides +\texttt{`L'`L'`a'`h'} and \texttt{`S'`L'`h'} correspond to the +(religious) ligatures \shortarab{LLah} and \shortarab{SLh} which +appear in the \emph{Arabic Presentation Forms} part of Unicode, that's +why the code positions we send them to are so high. The line +\texttt{`|'`|'`|'`|'} corresponds to a double hamza; according to our +transcription rules, by writing a letter's transcription twice without +intermediate hyphen, we get the letter followed by a \emph{shaddah} +diacritic. On the right side of \texttt{`|'`|'`|'`|'} you see two +codes: 0621 stands for the stand-alone hamza in Unicode++, and 0651 +for the \emph{shaddah}. The next line will send \texttt{||} to the +stand-alone hamza. + +WARNING: the order of these lines is very important: transformations +are matched in the order lines are read. By putting the double hamza +before the single one, \OMEGA{} will first look for a double hamza and +\emph{only if it does not find any} will then proceed to transforming +a single one. + +For the same reason digraphs such as \texttt{zh} must appear before +their first letter in the \OTP{} file (and trigraphs before the +starting digraph, etc.). That's why the order of lines starting with a +`z' is `zhzh', `zh', `zz', `z'.% +\footnote{There is a simple way of avoiding ordering problems: after +having written this part of the \OTP{} file, run a line sorting +program on it so that lines are sorted in \emph{inverse} +lexicographical order. This will automatically place trigraphs before +digraphs before singletons, etc.} + +Our sample file ends like this: + +\begin{verbatim} +`h'`h' => #(@"0647) #(@"0651) ; +`h' => #(@"0647) ; +`-'`-'`-' => @"2014; +`-' => ; +. => #(\1) ; +\end{verbatim} + +This means that after having entered all digraphs using `h' as second +character, we enter the stand-alone `h', first as a double letter, and +secondly as a single letter. Finally we send the triple hyphen to an +m-dash `---' and the single hyphen to nothing: its purpose is to +prevent combinations of letters to be interpreted as digraphs: when +reading \texttt{k-h}, \OMEGA{} will not match it with \texttt{kh}: it +will first match \texttt{k} with letter kaf, then send the hyphen to +the vacuum of non-existence and when arriving to the \texttt{h} the +\texttt{k} will already be matched so that it is too late to construct +a \texttt{kh} digraph. + +The period at the beginning of the last line is part of the \OTP{} +syntax we have not seen yet: it means `any character'. Since this is +the last line of the file, we can interpret it rather like `any still +not matched character'. This line simply sends any character not yet +matched to itself. + +\subsection{Wrapping it up} + +Once the \OTP{} file has been written or modified, one only needs to +compile it (by using the \texttt{otp2ocp} utility) and place it where +\OMEGA{} expects to find it. On the \LaTeX{} command level, \OTP{}s +are loaded via the \verb=\ocp= command, in a way similar to fonts: to +load the file \texttt{foo2uni} one will write + +\begin{verbatim} +\ocp\FooUni=foo2uni +\end{verbatim} + +Of course this is preferably done inside a \LaTeX{} package or style +file: the final user should not need to deal with or understand this +kind of code. Once the \OTP{}s are loaded they are combined into +\emph{lists}. In this way we can push or pop simultaneously \OTP{}s +on/from a stack. This is useful because a language switch usually +requires several \OTP{}s to be changed at once. To define \OTP{} lists +we use the following syntax: + +\begin{verbatim} +\ocplist\ArabicOCP= +\addbeforeocplist 100 \ArabUni +\addbeforeocplist 200 \UniCUni +\addbeforeocplist 300 \CUniArab +\nullocplist +\end{verbatim} + +The numbers (100, 200, 300) allow us to introduce additional \OTP{}s, +if necessary, between the already defined ones. Finally, to +activate/desactivate an \OTP{} list, we use the commands +\verb=\pushocplist= (followed by the name of the \OTP{} list) and +\verb=\popocplist=. To take a real life example, + +\begin{verbatim} +\ocp\ArabUni=7arb2uni +\ocp\UniCUni=uni2cuni +\ocp\CUniArab=cuni2oar +\ocplist\ArabicOCP= +\addbeforeocplist 100 \ArabUni +\addbeforeocplist 200 \UniCUni +\addbeforeocplist 300 \CUniArab +\nullocplist +\pushocplist\ArabicOCP +\end{verbatim} + +\noindent is sufficient to load all \OTP{}s necessary for typesetting +in the Arabic language. + +\section{Availability and Further Information} + +The \OMEGA{} system is entirely in the public domain. It can be +obtained from any CTAN server. The latest information on \OMEGA{} and +its Arabic system can be found on the \OMEGA{} server: + +$$\text{\texttt{http://www.ens.fr/omega}}$$ + +\noindent courtesy of the ^^^^00c9cole Normale Sup^^^^00e9rieure de +Paris. + +\section{Samples} + +Starting from next page, a few samples (Arabic, Berber, Sindhi). For +these examples we have switched the background language to Arabic, so +that even page numbers are in Arabic. + +\newpage +\makeatletter +\def\@evenfoot{\reset@font\hfil{\textdir TLT\thepage}\hfil} +\let\@oddfoot=\@evenfoot +\makeatother +\pagedir TRT +\bodydir TRT +\pardir TRT +\textdir TRT +\def\latinit#1{{\fontfamily{omlgc}\selectfont\pushocplist\BasicLatinOCP% +\textdir TLT #1\popocplist}} +\def\rmdefault{omarb} +\fontfamily{omarb}\selectfont +\pushocplist\ArabicOCP + + +\subsection{'aTfAl AlghAb"t} + +kAn l'aHd AlmlUk AlqdmA|| 'akht t`ysh m`h fI qSrh, b`d 'an mAt-t +zUjt-h, wtrkt lh mn Al'awlAd thlAth"t: 'amyryn w'amyr"t. wqd AzdAd Hbb +Almlk l'awlAd-h, b`d wfA"t wAldt-hm Almlk"t, w'aHbbhm HbbA kthyrA; +ly`wwDhm mA fqdUh mn `Tf 'ammhm wHbbhA lhm, wtfkyr hA fyhm; fkAn ys'al +`nhm kllmA HDr, wyfkkr fyhm kllmA dkhl, wywSI bhm kllmA khrj, wyTlbhm +kllmA jls ltnAwl T`Am Al'ifTAr 'aU AlghdA|| 'aU AlshshAI 'aU Al`shA||. + +mHHm"t 'akhyhA l'awlAd-h, wSmm-mt fymA bynhA wbyn nfs-hA 'an t`ml srrA +kll wsyl"t m-mkn"t l'ib`Ad-hm `n 'abyhm wAlttkhllS mnhm. + +wfI yUm mn Al'ayyAm kAn Al'amyrAn yl`bAn m` 'akht-hmA Al'amyr"t fI +HdA'yq AlqSr b`d khrUj Almlk, fshUUqt-hm `mmt-hm wHbb-bt 'ilyhm +Aldhdh-hAb m`hA 'ilI AlghAb"t l-ll`Ab fyhA, w-w`dt-hm 'an tryhm +'ashyA|| jmyl"t w'al`AbA ldhydh"t sArr"t tHt Al'ashjAr hnAk. + +fSddq Al'amyrAn wAl'amyr"t mA qAlt-h `mmt-hm, wlm y`rfUA mA tkhfyh +`nhm mn Alshshrr, wdhhbUA m`hA l-ll`b wAlrryAD"t fI 'alghAb"t, +wmshAhd"t Al'ashA|| Aljmyl"t fyhA, wr'uy"t Al'al`Ab Alghryb"t tHt +'ashjArhA. + +wqd sh`r Al'aTfAl bsrUr kthyr `nd mAkhrjUA m` `mmt-hm lhdhh +AlrrHl"t. w'akhdhUA ymshUn m`hA fI AlghAb"t HttI wSlUA 'ilI wsThA, +f'aHssUA bAltt`b Alshshdyd, wThrt `lAmAt-h fI mshyt-hm, w`lI wjUh-hm +b`d hdhh AlrrHl"t AlTTUyl"t Almt`b"t AlltI lm yjrrbUhA mn qbl. UlmAA +sh`rt Al`mm"t bshdd"t t`bhm, qAlt lhm: nAmUA hnA tHt hdhh Alshshjr"t +HttI tHDr AlHUryyAt ltl`b 'amAmkm 'al`AbA lm trUhA, wstjdUn fI +mshAhdt-hA kll ldhdh"t wsrUr. \popocplist + +\pushocplist\ArabicBerberOCP + +\subsection{Allal i useqdc n y.drisn \OMEGA\ d-tamazight} + +%\noindent{\leaders\hrule height0.5pt\hfill} +%\par + +A dd nessken s wayes yif useqdec n \OMEGA\ i tira s tutlayt tamazight, +ama s tifinagh, ama s isekkilen ila.taniyen. Newwi-dd tamazight am, +tutlayt yeddren (yettwarun s tifinagh tiynayin)~: izmer umdan ad +iseddu yall tighura n usuddes n tira, i waraten ussnanen, itekniken +negh i wid n tsikkla, am wid ssexdamen i usemsaru n tfransist. + +\OMEGA, d ameslay n usmihel i usuddes n tira. Am-wakken ne.zra, d ayen +i dd yttakken i.zubba.z war taggara i useqdec d usihrew, maca issefk +ad ilmed uqeddac kra tussniwin. Nunz-as, ta.z.zayt n ulmad-a, nezmer a +tt nsifess s useqdec n inagrawen n urmas n tira, isegh.zanen n usmihcl +n waraten, ittwassnen a.tas (wid ittnuzun, srayn ghef umdan, wid +izemren ad ssxedmen tazmert tasemsirawt n kra inagrawen imehlanen am +wid n \latinit{Macintosh, Windows, Unix}. + +Tan.da tamzwarut n \OMEGA{} --- ghas tin ay ittalasen ism n \OMEGA{} +---, us tli ageruedm i uqeddac. Am gg imeslayen n usmihel akk, ad yaru +wmdan ahil, deffir, a t issefsu akken a t yessughal s anqal n +tmacint. Di \OMEGA{}, ahil d ara n u.dris (n.t.te.dn ghur-s kra n +tsun.diwin i usbuni d tghessa tame.z.zult). Asefsu, d aselkem n wahil +\OMEGA~; angal n tmacint ara dd iffghen, d win, i d aglam n usebter ay +ittusuddsen, Iqqim-dd imir-n usemsaru. + +Akala-ya, yezmer a t yaf yefregh win inumen iseqdac n i.drisen ghef +\latinit{Macintosh, Windows}, d wiyi.d, i degg a.dris a dd iffegh di +tsemsarut akken yella gg uqdil [Anagraw-a yettwassnen s yism-is +imiwzil, s tglizit \latinit{<<~wysiwyg~>>}, ycsseghla.d kra~: a.dris +ara dd yesuffegh uqeddac, ad yili ghas s tseddi umi yessawe.d ugdil~; +asgmu.d ara dd tsuffegh tsemsarut, yesmer ad yili yuser kra.] + +Iwakken ad yeqqim useqdec sray f umdan, yezmer ad yessexdem asegh.zan +ittwassnen d allaeln i urmas. Taghessa tame.z.zult n wara (ighfawen, +tifula, tiseddarin, tizmilin tinaddayin, timitar tinmudag, asmel n +tektabin), a tt yessyghal si tbunit n usegh.zan-nni gher tsun.diwin n +\OMEGA. Imir, \OMEGA, ad issefsu angal-nni a dd yessuffegh a.dris +yuq.zen taghessa tame.z.zult tamezwarut, maca tira-ines ad ilint +ulaghent ugar. \popocplist + +\pushocplist\SindhiOCP +\subsection{ktyn kr mU.ryA j.=d-hn} + +%\noindent{\leaders\hrule height0.5pt\hfill} +%\par + +tn-hn kry AsAn khy pn-hnjy =z-hnn khy sjA=g rkh'nU pUndU ||eN pn-hnjy +jdUj-hd meN .=dA-hp pydA kr'ny. AhU b/ m`lUm kr'nU pUndU t/ sndh meN +hr 'A'yy wqt chA chA thy r-hyU 'Ahy ||eN dshmn AsAn jy ||eN AsAn jy +jdUj-hd jy khlAf k-h.rA k-h.rA g-hA.t g-h.ry r-hyU 'Ahy. + + +AsAn khy AhA b/ =khbr hj'n g-hrjy t/ AsAn jy 'As pAs ||eN ysgrdA'yy +meN chA chA thy r-hyU 'Ahy. hndstAn meN chA thy r-hyU 'Ahy, AfghAnstAn +meN chA thy r-hyU 'Ahy. `rAq ||eN AyrAn meN chA thy r-hyU 'A-hy ||eN +'AmrykA ||eN sUUyt yUnyn chA chA sUcy r-hyA 'Ahn. j.=d-hn AsAn s=jy +dnyA jy syAst ty ||eN s=jy dnyA jy jdUj-hd ty ||eN s=jy dnyA jy +tndylyn ty n..zr rkhndAsUn ||eN An-hn tbdylyn jy A=srn khy pn-hnjy +mlk, qUm ||eN `rAm ty pUndy .=dsndAsUn t/ An-hn tbdylyn mAn k-h.rA +mnfy ||eN k-h.rA m=sbt A=sr 'Ahn. t.=d-hn 'yy AsAn pn-hnjy jdUj-hd khy +b-htr b/ kry sg-hndAsUn t/ chU.tkAry UArU .hl b/ =gUly UyndAsUn. + + +r=gU =gAl-hyUn kndy ||eN n`rn h'nndy AsAn jy qUm chAlyh sAl py.rA'yUn +||eN `=zAb bhU=gyA 'Ahn ||eN An-hn n`rn AsAn jy qUm lA||i Udhyk +py.rA'yUn ||eN `=zAb nAzl kyA 'Ahn . jyk.=d-hn AsAn meN A=j qUm jy +Amyd pydA thy 'Ahy t/ AhA AsAn jy `ml ||eN AsAn jy by lU=s jdUj-hd jy +kry pydA thy 'Ahy ||eN mA'y-hU AsAn .=dAn-hn wAj-hA'yy rhyA 'Ahn. t/ +AsAn 'yy 'AhyUn jyky kj-h n/ kj-h kndAsUn. pr AsAn khy .=ds'nU 'Ahy t/ +dnyA jy Andr chA thy rhyU {}'Ahy ||eN AsAn jU dshmn ky'yn .hAltn khy +pn-hnjn mfAdn meN ktb 'A'n'n jy kUshsh kry rhyU 'Ahy, An-hy||a jy +lA||i .zrUry 'Ahy t/ AsAn pA'n meN .=dAhp pydA kryUn ||eN pA'n meN +=jA'n jU hk Usy` =khzAnU pydA kryUn. ||eN AsAn mUjUd-h .sUrt .hAl khy +smj-h'n lA||i rUzmrh jy my.dyA ||eN dnyA jy Andr thynd.r kArUA'yyn ty +g-hry n..zr rkhUn t/ dshmn ||eN jAr.hyt psnd qUtUn ||eN AsAn ty qAb.z +qUtUn dnyA jy Andr thynd.r tbdylyn khy sndn .hq meN ||eN sndn mfAdn jy +.hq meN, sndh ty jAr.hyt qA'nm rkh'n jy .hq meN, sndh khy mstql qb.zy +meN kr'n jy .hq meN ky'yn ktb 'A'ny r-hyUn 'Ahn. + +\popocplist +\end{document} |