diff options
| author | Karl Berry <karl@freefriends.org> | 2007-08-20 00:53:31 +0000 |
|---|---|---|
| committer | Karl Berry <karl@freefriends.org> | 2007-08-20 00:53:31 +0000 |
| commit | e167bf48b8287c1f5b69d1cfed9bf01db39a306e (patch) | |
| tree | 2d68c7832cfaecb8822ddf5e09af9e69cd1618ca /Master/texmf-doc | |
| parent | ecba2fb228fa7ad92c06db0f761d203e1eba2f0d (diff) | |
rm make-tex-work
git-svn-id: svn://tug.org/texlive/trunk@4770 c570f23f-e606-0410-a88d-b1316a301751
Diffstat (limited to 'Master/texmf-doc')
177 files changed, 0 insertions, 46162 deletions
diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/README b/Master/texmf-doc/doc/english/make-tex-work/examples/README deleted file mode 100644 index d6c07fe3d73..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/README +++ /dev/null @@ -1,56 +0,0 @@ -This file is README dated 18 Apr 1994. - -This directory contains the examples from _Making TeX Work_: - -Title : Making TeX Work -Author : Norman Walsh -Publisher : O'Reilly and Associates -Date : April, 1994 -ISBN : 1-56592-051-1 -Pages : 518 -Price : US$29.95 - -The examples are: - -ex-01-01: example 1-1: An Example of a TeX Document -ex-01-02: example 1-2: A typical bibliography database entry -ex-02-01: example 2-1: A Simple Driver File -ex-02-02: example 2-2: Local Variables in an Emacs Buffer -ex-02-03: example 2-3: A Contrived Error -ex-02-04: example 2-4: Revision Control Macros for TeX Documents Using RCS -ex-03-01: example 3-1: The Document BADFONT.TeX -ex-04-01: example 4-1: Plain TeX Input -ex-04-02: example 4-2: LaTeX2e Input -ex-04-03: example 4-3: LaTeX Input File -ex-04-04: example 4-4: AMS-TeX Input File -ex-04-05: example 4-5: Lollipop Input File -ex-04-06: example 4-6: TeXinfo Input -ex-04-07: example 4-7: The ChemTeX Source for Caffeine -ex-04-08: example 4-8: The ChemStruct Source for the Lithium Cation -ex-04-09: example 4-9: The MusicTeX Source for Figure 4-7 -ex-05-01: example 5-1: Font-shape Declaration with NFSS2 -ex-05-02: example 5-2: Font-shape declaration with NFSS2 (simplified) -ex-05-03: example 5-3: The PStoTeXfont script -ex-06-01: example 6-1: The Input for the Plain TeX Diagram -ex-06-02: example 6-2: The LaTeX Input for Figure 6-2 -ex-06-03: example 6-3: The epic Input for Figure 6-3 -ex-06-04: example 6-4: The Input for Figure 6-4 -ex-06-05: example 6-5: PiCTeX Input for Figure 6-5 -ex-06-06: example 6-6: The XY-pic Input for Figure 6-6 -ex-06-07: example 6-7: The DraTeX Input for Figure 6-7 -ex-06-08: example 6-8: Converting EPS to a Bitmap with Ghostview -ex-06-09: example 6-9: Script for Inserting a Captured TeXt Screen -ex-07-01: example 7-1: A Sample Multilingual Document Using English and French -ex-10-01: example 10-1: TeXinfo Commands -ex-11-01: example 11-1: The Code for the Figure Eight -ex-12-01: example 12-1: A Sample BIBTeX entry -ex-12-02: example 12-2: A Tib style database entry -ex-D-01 : example D-1: MakeTeXPK.pl -ex-D-02 : example D-2: MakeTeXTFM.pl -ex-D-03 : example D-3: dvidxx.btm -ex-D-04 : example D-4: makepk.btm -ex-D-05 : example D-5: enc-afm.pl -ex-D-06 : example D-6: TeXtoXfont -ex-D-07 : example D-7: PStoXfont -ex-D-08 : example D-8: txt2verb.pl - diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-01-01 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-01-01 deleted file mode 100644 index acb17e7c033..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-01-01 +++ /dev/null @@ -1,8 +0,0 @@ -\def\ora{O'Reilly \& Associates} -\font\orafont=grlg10 -\parskip=\baselineskip -\parindent=0pt -\pageno=5 -This book is published by \ora\ in -the \textit{Nutshell} series. -\bye diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-01-02 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-01-02 deleted file mode 100644 index 8439f035edf..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-01-02 +++ /dev/null @@ -1,9 +0,0 @@ -@Book{kn:texbook, - author = "Donald E. Knuth", - title = "The {\TeX}book", - publisher = "Addison-Wesley", - year = 1989, - edition = "Fifteenth", - isbn = "0-201-13447-0" - note = "Paperback ISBN: 0-201-13448-9" -} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-02-01 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-02-01 deleted file mode 100644 index 09e32f3cde3..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-02-01 +++ /dev/null @@ -1,6 +0,0 @@ -\documentstyle[ora]{book} -\begin{document} - \input{intro} - \input{chap1} - \input{chap2} -\end{document} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-02-02 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-02-02 deleted file mode 100644 index 45593e4c7dd..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-02-02 +++ /dev/null @@ -1,4 +0,0 @@ -% Local Variables: -% TeX-master: "driver.tex" -% TeX-command-default: "LaTeX" -% End: diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-02-03 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-02-03 deleted file mode 100644 index 4992587b605..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-02-03 +++ /dev/null @@ -1,12 +0,0 @@ -This is TeX version 3.141... -** (flintstone.tex -some -messages [1] -(fred.tex [2] -some more -messages -[3] ) (wilma.tex [4] -! Undefined control sequence. -the dog \dino - tipped over the car. -l.6 the dog \dino\ tipped over the car. diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-02-04 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-02-04 deleted file mode 100644 index a949b916902..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-02-04 +++ /dev/null @@ -1,33 +0,0 @@ - Documents Using RCS} -%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% -% RCS definitions... -% -\newif\ifdraft -\def\RCSID$#1${% - \ifdraft{\tolerance=100000% - \hbadness=100000% - \raggedright% - \marginpar{\tiny Draft #1}}% - \typeout{Draft #1}% - \else\typeout{Production run #1}\fi% -} - -\def\RCSmargid$#1: #2 #3 #4 #5 #6 #7${% -% #1 = ``Id'' -% #2 = filename -% #3 = vers -% #4 = date -% #5 = time -% #6 = author -% #7 = state [locker] - \ifdraft - \setbox0=\hbox to 0pt{% - \tolerance=100000% - \hbadness=100000% - \parbox{4in}{% - \rm\tiny #2\\ #3\\ #4}% - \hss}% - \marginpar{\box0}% - \typeout{Draft Id: #2 #3 #4 #5 #6 #7}% - \fi -} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-03-01 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-03-01 deleted file mode 100644 index 3905e43def2..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-03-01 +++ /dev/null @@ -1,22 +0,0 @@ -\documentstyle{article} -% The following definition changes the font that LaTeX -% uses for the 'Large' font. I have introduced a typo -% into the definition, ``\fontsiz'' should be ``\fontsize''. -% -% The first time a \Large font is requested, an error will occur. -% -\renewcommand{\Large}{\fontsiz{17}{20pt}\selectfont} -\begin{document} - -This text precedes the first section header. - -% Note: LaTeX uses the \Large font in section -% headers...this will fail in a confusing way -% because the error is deep within the definition -% of \section where \Large is used... -% -\section{First Section} - -This is the first and only sentence of the first section. - -\end{document} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-01 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-01 deleted file mode 100644 index 1b7d26d9380..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-01 +++ /dev/null @@ -1,32 +0,0 @@ -% Format: Plain -\font\chapfont=cmbx12 scaled 1728 -\font\titlefont=cmbx12 scaled 2073 -\font\secfont=cmbx12 scaled 1200 - -\parskip=\baselineskip -\parindent=0pt -\hsize=5in -\hoffset=.75in - -\leftline{\chapfont Chapter 1} -\vskip36pt - -\leftline{\titlefont Unsolved Problems} -\vskip36pt - -\leftline{\secfont 1.1\ \ Odd Perfect Numbers} -\vskip12pt - -A number is said to be {\it perfect\/} if it -is the sum of its divisors. For example, $6$ is -perfect because $1+2+3 = 6$, and $1$, $2$, and $3$ -are the only numbers that divide evenly into $6$ -(apart from $6$ itself). - -It has been shown that all even perfect numbers -have the form $$2^{p-1}(2^{p}-1)$$ where $p$ -and $2^{p}-1$ are both prime. - -The existence of {\it odd\/} perfect numbers is -an open question. -\bye diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-02 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-02 deleted file mode 100644 index fd640088e08..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-02 +++ /dev/null @@ -1,25 +0,0 @@ -% Format: LaTeX2e -\documentclass{report} - -\setlength{\parskip}{\baselineskip} -\setlength{\parindent}{0pt} - -\begin{document} - -\chapter{Unsolved Problems} - -\section{Odd Perfect Numbers} - -A number is said to be \emph{perfect} if it -is the sum of its divisors. For example, $6$ is -perfect because \(1+2+3 = 6\), and $1$, $2$, and $3$ -are the only numbers that divide evenly into $6$ -(apart from 6 itself). - -It has been shown that all even perfect numbers -have the form \[2^{p-1}(2^{p}-1)\] where $p$ -and \(2^{p}-1\) are both prime. - -The existence of \emph{odd} perfect numbers is -an open question. -\end{document} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-03 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-03 deleted file mode 100644 index 3119cf8bab4..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-03 +++ /dev/null @@ -1,25 +0,0 @@ -% Format: LaTeX -\documentstyle{report} - -\setlength{\parskip}{\baselineskip} -\setlength{\parindent}{0pt} - -\begin{document} - -\chapter{Unsolved Problems} - -\section{Odd Perfect Numbers} - -A number is said to be {\em perfect\/} if it -is the sum of its divisors. For example, $6$ is -perfect because \(1+2+3 = 6\), and $1$, $2$, and $3$ -are the only numbers that divide evenly into $6$ -(apart from 6 itself). - -It has been shown that all even perfect numbers -have the form \[2^{p-1}(2^{p}-1)\] where $p$ -and \(2^{p}-1\) are both prime. - -The existence of {\em odd\/} perfect numbers is -an open question. -\end{document} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-04 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-04 deleted file mode 100644 index f6ac1adcc9b..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-04 +++ /dev/null @@ -1,27 +0,0 @@ -% Format: AMSTeX -\documentstyle{amsppt} - -\parindent=0pt -\parskip=\baselineskip -\hoffset=.75in - -\topmatter -\title \chapter{1} Unsolved Problems\endtitle -\endtopmatter - -\document -\head{1.1} Odd Perfect Numbers\endhead - -A number is said to be {\it perfect\/} if it -is the sum of its divisors. For example, $6$ is -perfect because $1+2+3 = 6$, and $1$, $2$, and $3$ -are the only numbers that divide evenly into $6$ -(apart from $6$ itself). - -It has been shown that all even perfect numbers -have the form $$2^{p-1}(2^{p}-1)$$ where $p$ -and $2^{p}-1$ are both prime. - -The existence of {\it odd\/} perfect numbers is -an open question. -\enddocument diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-05 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-05 deleted file mode 100644 index cccb0e95601..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-05 +++ /dev/null @@ -1,42 +0,0 @@ -% Format: Lollipop -\DefineHeading:Chapter - breakbefore:yes whiteafter:12pt - line:start PointSize:20 Style:bold - literal:Chapter Spaces:1 ChapterCounter - line:stop - vwhite:36pt - line:start PointSize:24 Style:bold title - line:stop - vwhite:24pt - Stop -\DefineHeading:Section - whitebefore:{20pt plus 2pt} whiteafter:14pt - line:start PointSize:14 Style:bold - ChapterCounter . SectionCounter - Spaces:1 title line:stop - label:start ChapterCounter . SectionCounter - label:stop - Stop -\GoverningCounter:Section=Chapter -\AlwaysIndent:no -\Distance:parskip=12pt -\Distance:hoffset=.75in -\Distance:voffset=.5in -\Start -\Chapter Unsolved Problems - -\Section Odd Perfect Numbers - -A number is said to be {\it perfect\/} if it -is the sum of its divisors. For example, $6$ is -perfect because $1+2+3 = 6$, and $1$, $2$, and $3$ -are the only numbers that divide evenly into $6$ -(apart from $6$ itself). - -It has been shown that all even perfect numbers -have the form $$2^{p-1}(2^{p}-1)$$ where $p$ -and $2^{p}-1$ are both prime. - -The existence of {\it odd\/} perfect numbers is -an open question. -\Stop diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-06 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-06 deleted file mode 100644 index cc95fc65a9a..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-06 +++ /dev/null @@ -1,38 +0,0 @@ -\input texinfo @c -*- TeXinfo -*- -@setfilename perf-inf.inf -@ifinfo - @paragraphindent 0 -@end ifinfo -@iftex - @defaultparindent=0pt @parindent=0pt -@end iftex - -@node Top, , (dir), (dir) -@chapter Unsolved Problems -@section Odd Perfect Numbers - -A number is said to be @i{perfect} if it is -the sum of its divisors. For example, 6 is -perfect because -@tex $1+2+3 = 6$, -@end tex -@ifinfo -1+2+3 = 6, -@end ifinfo -and 1, 2, and 3 are the only numbers that divide -evenly into 6 (apart from 6 itself). - -It has been shown that all even perfect numbers -have the form -@tex $$2^{p-1}(2^{p}-1)$$ where $p$ and $2^{p}-1$ -@end tex -@ifinfo -@center 2^(p-1) (2^p - 1) - -where p and 2^p - 1 -@end ifinfo -are both prime. - -The existence of @i{odd} perfect numbers is an -open question. -@bye diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-07 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-07 deleted file mode 100644 index 45d24e38c54..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-07 +++ /dev/null @@ -1,7 +0,0 @@ -\initial -\len=4 -\def\H{\hbox{\rm H}} -\def\C{\hbox{\rm C}} -\def\O{\hbox{\rm O}} - -\[ \purine{$\H_3\C$}{$\O$}{$\C\H_3$}{Q}{$\O$}{Q}{Q}{D}{$\C\H_3$} \] diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-08 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-08 deleted file mode 100644 index d8c9b953434..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-08 +++ /dev/null @@ -1,17 +0,0 @@ -\structure{\atom{~~Li$^+$} -\side{\nwbelow\atom{O} -\side{\nsingle\atom{H}\nnwbelow\atom{O}\side{\wsingle\atom{H}} -\nsingle\atom{H}}\swsingle\atom{H}\wnwbelow\atom{O} -\side{\wsingle\atom{H}}\nsingle\atom{H}} -\side{\nebelow\atom{O} -\side{\nsingle\atom{H}\nnebelow\atom{O}\side{\esingle\atom{H}} -\nsingle\atom{H}}\sesingle\atom{H}\enebelow\atom{O} -\side{\esingle\atom{H}}\nsingle\atom{H}} -\side{\swbelow\atom{O} -\side{\ssingle\atom{H}\sswbelow\atom{O}\side{\wsingle\atom{H}} -\ssingle\atom{H}}\nwsingle\atom{H}\wswbelow\atom{O} -\side{\wsingle\atom{H}}\ssingle\atom{H}} -\side{\sebelow\atom{O} -\side{\ssingle\atom{H}\ssebelow\atom{O}\side{\esingle\atom{H}} -\ssingle\atom{H}}\nesingle\atom{H}\esebelow\atom{O} -\side{\esingle\atom{H}}\ssingle\atom{H}}} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-09 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-09 deleted file mode 100644 index c86290fcc83..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-04-09 +++ /dev/null @@ -1,16 +0,0 @@ -\begin{music} -\parindent 1cm -\def\nbinstruments{1}\relax -\def\instrumenti{Piano}% -\nbporteesi=2\relax -\generalmeter{\meterfrac{4}{4}}\relax -\debutextrait -\normal -\temps\Notes\ibu0f0\qh0{cge}\tbu0\qh0g|\hl j\enotes -\temps\Notes\ibu0f0\qh0{cge}\tbu0\qh0g|\ql l\sk\ql n\enotes -\barre -\Notes\ibu0f0\qh0{dgf}|\qlp i\enotes -\notes\tbu0\qh0g|\ibbl1j3\qb1j\tbl1\qb1k\enotes -\temps\Notes\ibu0f0\qh0{cge}\tbu0\qh0g|\hl j\enotes -\finextrait -\end{music} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-05-01 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-05-01 deleted file mode 100644 index 48a3a5809aa..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-05-01 +++ /dev/null @@ -1,5 +0,0 @@ -\DeclareFontShape{OT1}{logo}{m}{n}{% - <-8>sub * cmr/m/n% - <8><9><10>gen * logo% - <10.95>logo10 at 10.95pt% - <12->logo10}{} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-05-02 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-05-02 deleted file mode 100644 index 29914979d03..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-05-02 +++ /dev/null @@ -1,5 +0,0 @@ -\DeclareFontShape{OT1}{logo}{m}{n}{% - <-8>sub * cmr/m/n% - <8-9>logo8% - <9-10>logo9% - <10->logo10}{} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-05-03 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-05-03 deleted file mode 100644 index 89f65e1c984..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-05-03 +++ /dev/null @@ -1,48 +0,0 @@ -#!/usr/local/bin/bash -# -# This script file makes a new TeX font from a PS outline. -# -# Parameters are: -# -# name dpi bdpi [mag mode destdir] -# -# `name' is the name of the font, such as `ptmr'. `dpi' -# is the resolution the font is needed at. `bdpi' is -# the base resolution. -# -# This script ignores the remaining parameters. They are -# left here to document the fact that the caller may provide -# them. They may be provided because the caller thinks -# MetaFont is going to do the work... -# -# Of course, this needs to be set up for your site. -# -# TEMPDIR needs to be unique for each process because of the -# possibility of simultaneous processes running this script. - -TEMPDIR=/tmp/temp-tex-PS.$$ -NAME=$1 -DPI=$2 -BDPI=$3 - -LOCALDIR=/usr/local/lib/mf/fonts -DESTDIR=$LOCALDIR/pk - -BASENAME=$NAME.$DPI -PFADIR=/usr/local/lib/tex/ps/outlines - -# Clean up on normal or abnormal exit -trap "cd /; rm -rf $TEMPDIR" 0 1 2 15 - -mkdir $TEMPDIR -cd $TEMPDIR - -# We proceed by making a 10pt font at the resolution -# requested... -echo Making ${DPI}dpi version of $NAME. -ps2pk -X$DPI -P10 -a$PFADIR/$NAME.afm \ - $PFADIR/$NAME.pfa ${BASENAME}pk - -mv ${BASENAME}pk $DESTDIR - -exit 0 diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-01 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-01 deleted file mode 100644 index 173cc3c3607..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-01 +++ /dev/null @@ -1,12 +0,0 @@ -\newdimen\unitlength -\unitlength=1cm - -\def\plot(#1,#2){% - \rlap{\kern#1\unitlength\raise#2\unitlength% - \hbox{$\scriptstyle\bullet\;(#1,#2)$}}} - -\centerline{% - \hbox{\plot(0,0) - \plot(1,1) - \plot(-3,2)}% -} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-02 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-02 deleted file mode 100644 index e1bf051272f..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-02 +++ /dev/null @@ -1,43 +0,0 @@ -\unitlength=1.00mm -\special{em:linewidth 0.4pt} -\linethickness{0.4pt} -\begin{picture}(93.00,40.00) -\put(0.00,10.00){\line(1,0){70.00}} -\put(70.00,10.00){\line(2,3){20.00}} -\put(90.00,40.00){\line(-1,0){70.00}} -\put(20.00,40.00){\line(-2,-3){20.00}} -\put(70.00,10.00){\line(1,0){1.00}} -\put(72.00,10.00){\line(1,0){1.00}} -\put(74.00,10.00){\line(1,0){1.00}} -\put(76.00,10.00){\line(1,0){1.00}} -\put(78.00,10.00){\line(1,0){1.00}} -\put(80.00,10.00){\line(1,0){1.00}} -\put(82.00,10.00){\line(1,0){1.00}} -\put(84.00,10.00){\line(1,0){1.00}} -\put(86.00,10.00){\line(1,0){1.00}} -\put(88.00,10.00){\line(1,0){1.00}} -\put(90.00,10.00){\line(0,1){1.00}} -\put(90.00,12.00){\line(0,1){1.00}} -\put(90.00,14.00){\line(0,1){1.00}} -\put(90.00,16.00){\line(0,1){1.00}} -\put(90.00,18.00){\line(0,1){1.00}} -\put(90.00,20.00){\line(0,1){1.00}} -\put(90.00,22.00){\line(0,1){1.00}} -\put(90.00,24.00){\line(0,1){1.00}} -\put(90.00,26.00){\line(0,1){1.00}} -\put(90.00,28.00){\line(0,1){1.00}} -\put(90.00,30.00){\line(0,1){1.00}} -\put(90.00,32.00){\line(0,1){1.00}} -\put(90.00,34.00){\line(0,1){1.00}} -\put(90.00,36.00){\line(0,1){1.00}} -\put(90.00,38.00){\line(0,1){1.00}} -\put(87.00,10.00){\line(0,1){3.00}} -\put(87.00,13.00){\line(1,0){3.00}} -\put(93.00,20.00){\vector(0,-1){10.00}} -\put(93.00,30.00){\vector(0,1){10.00}} -\put(93.00,25.00){\makebox(0,0)[cc]{$h$}} -\put(30.00,7.00){\vector(-1,0){30.00}} -\put(40.00,7.00){\vector(1,0){30.00}} -\put(35.00,7.00){\makebox(0,0)[cc]{$w$}} -\put(45.00,25.00){\makebox(0,0)[cc]{$A=h\times w$}} -\end{picture} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-03 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-03 deleted file mode 100644 index 3ab8143acaf..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-03 +++ /dev/null @@ -1,14 +0,0 @@ -\unitlength = 1mm -\begin{picture}(50,100)(0,0) -\put(0,0){\tiny \grid(50,50)(5,5)[0,0]} -\put(25,25){\circle{50}} -\drawline(15,0)(20,5)(30,10)(50,35) -\drawline[-50](10,5)(15,10)(25,15)(45,40) -\thicklines -\dottedline{1.4}(5,10)(10,15)(15,25)(40,45) -\dashline{2}(0,15)(5,20)(10,30)(35,50) -\thinlines -\begin{drawjoin} -\jputfile{epicdata}{\picsquare} -\end{drawjoin} -\end{picture} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-04 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-04 deleted file mode 100644 index 0aeedce2493..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-04 +++ /dev/null @@ -1,25 +0,0 @@ -\unitlength = 1mm -\begin{picture}(100,50)(0,0) -\put(0,0){\tiny \grid(100,50)(10,10)[0,0]} -\bezier{500}(0,0)(0,0)(100,50) -\bezier{500}(0,0)(10,0)(100,50) -\bezier{500}(0,0)(20,0)(100,50) -\bezier{500}(0,0)(30,0)(100,50) -\bezier{500}(0,0)(40,0)(100,50) -\bezier{500}(0,0)(50,0)(100,50) -\bezier{500}(0,0)(60,0)(100,50) -\bezier{500}(0,0)(70,0)(100,50) -\bezier{500}(0,0)(80,0)(100,50) -\bezier{500}(0,0)(90,0)(100,50) -\bezier{500}(0,0)(100,0)(100,50) - -\bezier{500}(0,0)(0,50)(100,50) -\bezier{500}(0,0)(0,40)(100,50) -\bezier{500}(0,0)(0,30)(100,50) -\bezier{500}(0,0)(0,20)(100,50) -\bezier{500}(0,0)(0,10)(100,50) -\bezier{500}(0,0)(0,0)(100,50) - -\multiput(0,0)(10,0){11}{\circle*{1}} -\multiput(0,0)(0,10){6}{\circle*{1}} -\end{picture} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-05 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-05 deleted file mode 100644 index 6be82ab7523..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-05 +++ /dev/null @@ -1,91 +0,0 @@ -\newdimen\unit \unit=1.375in -\newdimen\shadeunit -\newif \ifFirstPass -\FirstPasstrue -%\FirstPassfalse % uncomment this after you have the size you want -% -\def\DF{{\cal A}}% -% -%The following figure appears in the preface to the \PiCTeX\ manual -% -$$ -\beginpicture - \ifFirstPass - \savelinesandcurves on "pictex-Arcsine.tex" - \else - \replot "pictex-Arcsine.tex" - \fi -% \ninepoint % (See Appendix E of the TeXbook.) - \normalgraphs - % Density plot - \setcoordinatesystem units <\unit,.4\unit> point at 0 0 - \setplotarea x from 0 to 1, y from 0 to 2.5 - \axis bottom invisible label {\lines {$t$\cr - shaded area is $\DF(\beta) - \DF(\alpha)$\cr}} ticks - numbered from 0.0 to 1.0 by 0.5 - unlabeled short quantity 11 - length <0pt> withvalues $\alpha$ $\beta$ / at .65 .85 / / - \axis left invisible label {$a(t)$} ticks - numbered from 0.0 to 2.0 by 1.0 - unlabeled short from 0.5 to 2.5 by 1.0 / - \plotheading{\lineskiplimit=1pt \lines{% - Density\cr - $a(t) = 1\big/\bigl(\pi \sqrt{t(1-t)}\,\bigr)$\cr - of the arc sine law\cr}} - \grid 1 1 - \putrule from .65 0.0 to .65 .66736 - \putrule from .85 0.0 to .85 .89145 - \shadeunit=.2\unit \divide\shadeunit by 12 - \setshadegrid span <\shadeunit> point at .75 0 - \setquadratic - \vshade .65 0 .66736 <,,,1pt> .75 0 .73511 .85 0 .89145 / - % Move origin to (.5,0) - % Left half} - \ifFirstPass - \setcoordinatesystem point at -.5 0 - \inboundscheckon - \plot -.48429 2.55990 -.47553 2.06015 -.46489 1.72936 / - \inboundscheckoff - \plot -.46489 1.72936 -.43815 1.32146 -.40451 1.08308 - -.36448 .92999 -.31871 .82623 -.26791 .75400 - -.21289 .70358 -.12434 .65727 .0 .63662 / - % Right half - \inboundscheckon - \plot .48429 2.55990 .47553 2.06015 .46489 1.72936 / - \inboundscheckoff - \plot .46489 1.72936 .43815 1.32146 .40451 1.08308 - .36448 .92999 .31871 .82623 .26791 .75400 - .21289 .70358 .12434 .65727 .0 .63662 / - \fi - % Distribution function - % Set origin of new coordinate system 1.7*1.375in=2.34in - % to the right of the original origin. - \setcoordinatesystem units <\unit,\unit> point at -1.7 0 - \setplotarea x from 0 to 1, y from 0 to 1 - \axis bottom label {$x\vphantom{t}$} ticks - numbered from 0.0 to 1.0 by 0.5 unlabeled short quantity 11 / - \axis left label {$\DF(x)$} ticks - numbered from 0.0 to 1.0 by 0.5 unlabeled short quantity 11 / - \plotheading{\lines{% - Distribution function\cr - $\DF(x) = {2\over \raise1pt\hbox{\seveni ^^Y}} - \arcsin(\sqrt{x}\,)$\cr - of the arc sine law\cr}} - \linethickness=.25pt \grid {20} {20} - \linethickness=.4pt \grid 2 2 - % Left half - % Now move origin of coordinate system up to (.5,.5) - \ifFirstPass - \setcoordinatesystem point at -2.2 -.5 - \plot -.50000 -.50 -.49901 -.48 -.49606 -.46 - -.49104 -.44 -.48439 -.42 -.47553 -.40 -.46489 -.38 - -.43815 -.34 -.40451 -.30 -.36448 -.26 -.31871 -.22 - -.26791 -.18 -.21289 -.14 -.12434 -.08 .0 .0 / - % Right half - \plot .50000 .50 .49901 .48 .49606 .46 - .49104 .44 .48439 .42 .47553 .40 .46489 .38 - .43815 .34 .40451 .30 .36448 .26 .31871 .22 - .26791 .18 .21289 .14 .12434 .08 .0 .0 / - \fi -\endpicture -$$ diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-06 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-06 deleted file mode 100644 index c589bdde904..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-06 +++ /dev/null @@ -1,46 +0,0 @@ -% Graph representing BAWL term [1]++[2]. [XY-pic & -*-tex-*-] -% by Kristoffer H. Rose <kris@diku.dk> -% -\def\n#1{\llap{{\sevenit#1\/}:\,}} -\def\op#1{(\mskip-.5\thinmuskip{#1}\mskip-.5\thinmuskip)} -\def\concat{\mathbin{\text{\rm+\kern-.5em+}}} -% -\def\du#1#2{% - % #1: slidesign, #2: #rows to go down. - \save\aftergo{\go="p",[0,0]!<#1\jot,0pt>% - \xto`d[#2,0]+<-2.5pc,-.8pc>`"p" "p"\restore}} -% -\def\dul#1#2#3{% -% #1: slidesign, #2: #rows to go down; #3: #columns to go left. -\save\aftergo{\go="p",[0,0]!<#1\jot,0pt>% -\xto`d[#2,0]+<-2.5pc,-.8pc>`[#2,-#3]+<-2.5pc,0pc> `"p" "p"\restore}} -% -\spreaddiagramrows{-1.4pc} -\spreaddiagramcolumns{-1pc} -% -$$ -\displaylines{\quad - \left\lceil\openup-\jot\eqalign{ - [1]\concat[2] \quad\text{where}\qquad - [\,] \concat ys &= ys \cr - (x:xs) \concat ys &= x:(xs \concat ys)}\right\rceil -\hfill\cr\hfill - =\qquad - {\diagram&& & & &&\n1\@\dlto\xto[2,2]\\ - & & & & &\n2{!\@}\xto[3,-2]\drto\\ - & & & & &&\n3\op:\dlto\dto&&\n4\op:\dlto\dto\\ - & & & & &\n51&\n6[\,] &\n72&\n8[\,]\\ - & & &\n{10}\lor\dlto\drrto \go+<-3em,0em>="10"\\ - & &\n{11}\lambda \dlto\ddto&&&\n{12}\lambda \dlto\drto\\ - &\n{13}\@\dlto\drto&& &\n{14}\@\dlto\drto - &&\n{15}\op:\du04[3,-2]\drrto\\ -\n{16}{!\@}\dul000"10"\drto&&\n{17}{?}&\n{18}{!\@} \dul023"10" \drto - &&\n{19}{?}&&&\n{20}\@\ddlto\du00[0,-3]\\ - &\n{21}[\,]& & &\n{22}\op:\dto\drto&& & &\\ - & & & &\n{23}{?}&\n{24}{?} - &&\n{25}\@ \dul-27"10"\du+3[0,-2]\\ - & & & & & & &\\ - & & & & & & &\\ - & & & & & & &\enddiagram} -\quad\cr} -$$ diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-07 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-07 deleted file mode 100644 index e203af7fad7..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-07 +++ /dev/null @@ -1,59 +0,0 @@ -\Draw \Ragged(4) %%%%%%%%% tree %%%%%%%%%%% - -\Define\DotsToLoc(1){ \MarkLoc(x) - \CSeg\DoLine(x,#1)(5){ - \MoveF(-3)\LineF(1)} } -\PictNode(3){ \IF \EqText(,#2) \THEN \Text(--#1--) \ELSE - \ThreeDim(#1,#2,#3) - \MarkPLoc(1) \Line(50,0,0) \MarkPLoc(2) \Line(0,50,0) - \MarkPLoc(3) \Line(-50,0,0) \MarkPLoc(4) \Line(0,-50,0) - \Move(0,0,50) \MarkPLoc(1') - \Move(50,0,0) \MarkPLoc(2') {\Line(0,0,-50)} - \Line(0,50,0) \MarkPLoc(3') {\Line(0,0,-50)} - \Line(-50,0,0) \MarkPLoc(4') {\Line(0,0,-50)} - \Do(1,4){ \Do(1,4){ - \MarkPLoc(p\Val\I) \I+1; \Move(0,0,-16.66666) - } \Move(16.66666,0,66.66666) } - \TwoDim - \MoveToLL(3,4)(4',1') \DotsToLoc(1') \DotsToLoc(1) - \MoveToLL(2,3)(1',2') \DotsToLoc(1') - \PaintQuad(p0,p1,p5,p4) \PaintQuad(p2,p3,p7,p6) - \PaintQuad(p5,p6,p10,p9) \PaintQuad(p8,p9,p13,p12) - \PaintQuad(p10,p11,p15,p14) - \MoveToLoc(1) \CSeg[0.5]\Move(1,2) \Move(0,-5) - \EntryExit(0,1,0,0) \Text(--(#1,#2,#3)--) - \EndTwoDim - \EndThreeDim \FI } - -\Define\MyEdge(2){\EdgeTo(#1,#2,0,1)} \TreeAlign(V,0,-1)(0,0,0) -\TreeSpec(o,\OvalNode&r,\RectNode)()(\MyEdge) -\TreeSpace(C,10,15) \AdjTree(A,0..0,0,-201,201,0 ) -\Tree()( - 3,o,perspective~~projections~~eye~at~{(x,y,z)},, // - 2,r,125,100,-100 & 0,r,75,75,-100 & 0,r,125,75,-100 // - 0,r,125,125,-200 & 0,r,75,75,-200 //) - -%%%%%%%%% graph %%%%%%%%%%% - -\MoveToNode(2..1,2.5,-1) \MarkLoc(1) -\MoveToNode(1..2,1,-1.5) \MarkLoc(2) -\CSeg\Scale(1,2) \Scale(0.16666,0.14286) - -\Axis(1,2)(E3,&&&&&&&) -\Axis(1,2)(S3,0&1&2&3&4&5&6) - \MoveToLoc(1) -\Table\x{ -1,2 & 0,5 & 4,-3 & -1,-4 & -2,0 } - \PenSize(1.5pt) \Move(1,0) \x(0,99){\Line} -\Table\x{ 3,3 & 1,-5 & -1,-2 & -3,4 } - \Move(1,4) \x(0,99){\Line} - -%%%%%%%%% DraTeX+AlDraTeX logos %%%%%%%%%%% - -\it \TextNode(1){\Text(--#1--)} -\MoveToNode(0..0,0,1) \Units(1pt,1pt) \Move(-60,0) -\EntryExit(1,1,0,0) \Node(d)(--Dra\TeX--) -\MoveToNode(2..0,-1,1) \Move(0,40) \EntryExit(-1,-1,0,0) -\Node(a)(--Al~~Dra~~\TeX--) \PenSize(0.75pt) -\ArrowHeads(2) \CurvedEdgeAt(d,-1,-1,a,0,1)(225,1.1,70,1.3) - -\EndDraw diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-08 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-08 deleted file mode 100644 index 9cbd15ae66d..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-08 +++ /dev/null @@ -1,81 +0,0 @@ -#! perl -# -# Usage: gs-eps epsfile <outputfile> <resolution> <device> -# -# Where: epsfile is the encapsulated postscript file -# outputfile is the output file (the default name -# is <basename epsfile>.<device>) -# resolution is the output resolution (default=300) -# device is the GS driver to use (default=pbm) - -($epsfile,$outputfile,$res,$device) = @ARGV; - -if (! $epsfile) { - printf "Usage: gs-eps epsfile <outputfile> <resolution>"; - printf " <gsdriver>\n"; - printf "Note: parameters are positional. To specify a"; - printf " driver, you\n"; - printf "must also specify an outputfile and resolution.\n"; - exit 1; - } - -$epsfile =~ tr/\\/\//; # translate \foo\bar -> /foo/bar - -if (! -r $epsfile) { - printf "Cannot read file: $epsfile\n"; - exit 1; - } - -if (! $res) { $res = 300 } -if (! $device) { $device = "pbm" } - -if (! $outputfile ) { - @pathname = split(/\//,$epsfile); - $outputfile = $pathname[$#pathname]; - $outputfile =~ s/.eps$//; - $outputfile = join(".", $outputfile, $device); - } - -printf "Converting $epsfile to $outputfile at ${res}dpi...\n"; - -open (EPSFILE,$epsfile); - -undef $bbox; -undef $showpg; -while (<EPSFILE>) { - $bbox = $_ if /\%\%\s*BoundingBox:\s*\d+\s+\d+\s+\d+\s+\d+/; - $showpage = $_ if /showpage/; - last if ($bbox && $showpage); - } - -if (! $bbox) { - printf "Cannot find a bounding box in $epsfile"; - exit 1; - } - -$bbox =~ s/\D*//; # remove everything preceding the digits - -($llx,$lly,$urx,$ury) = split(/\s/,$bbox); - -$xsize = sprintf("%d", (($urx - $llx) * $res / 72) + 0.5); -$ysize = sprintf("%d", (($ury - $lly) * $res / 72) + 0.5); - -printf "$llx neg $lly neg translate .gt. gs-eps-a.$$\n"; -printf "quit .gt. gs-eps-b.$$\n"; - -if (! $showpg) { - printf "showpage .gt. gs-eps-b.$$\n"; - printf "quit .gtgt. gs-eps-b.$$\n"; - } - -# join sillyness to keep the length of lines in the -# script small enough to print in the book. -$gscmd = join(" ", "gs -sDEVICE=$device", - "-q -sOutputFile=$outputfile", - "-g${xsize}x${ysize} -r$res", - "gs-eps-a.$$ $epsfile -", - ".lt. gs-eps-b.$$"); - -printf "$gscmd\n"; - -printf "rm -f gs-eps-a.$$ gs-eps-b.$$\n"; diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-09 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-09 deleted file mode 100644 index 0852abdb0c9..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-06-09 +++ /dev/null @@ -1,33 +0,0 @@ -% use any IBM OEM encoded fixed width font! -\font\screenfont=ncrr-ibm at 7pt -%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% -% These macros are derived from The TeXbook pg 380-381 -\def\uncatcodespecials{\def\do##1{\catcode`##1=12 }\dospecials} -\def\setupverbatim{\screenfont% - \def\par{\leavevmode\endgraf\relax}% - \obeylines\uncatcodespecials% - \catcode`\\=0\catcode`\{=1\catcode`\}=2\obeyspaces} -{\obeyspaces\global\let =\ } % let active space be a control space -\def\screenlisting#1{\par\begingroup% - \def\c##1{\char##1}\setupverbatim\input{#1}% - \endgroup} -%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% -\def\screenbox#1{% - \vbox{\offinterlineskip% - \parskip=0pt\parindent=0pt% - \screenlisting{#1}}} -%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% -% Input converted file '#1' and set it inside a box with '#2' padding -% space around the image. -\def\screendump#1#2{% - \hbox{\vrule% - \vbox{\hrule% - \hbox{\hskip#2% - \vbox{\vskip#2% - \def\twentyxs{xxxxxxxxxxxxxxxxxxxx}% - \setbox0=\hbox{\screenfont\twentyxs\twentyxs\twentyxs\twentyxs}% - \hbox to \wd0{\screenbox{#1}\hss}% - \vskip#2}% - \hskip#2}% - \hrule}% - \vrule\hss}} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-07-01 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-07-01 deleted file mode 100644 index fa87ff6c02a..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-07-01 +++ /dev/null @@ -1,8 +0,0 @@ - Using English and French} -\documentstyle[english,francais]{article} -\begin{document} -This is a document which uses both English and -French. \selectlanguage{french} Mais, Je ne parle plus -la francais. \selectlanguage{english} So I won't try -to make this example very long. -\end{document} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-10-01 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-10-01 deleted file mode 100644 index cc95fc65a9a..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-10-01 +++ /dev/null @@ -1,38 +0,0 @@ -\input texinfo @c -*- TeXinfo -*- -@setfilename perf-inf.inf -@ifinfo - @paragraphindent 0 -@end ifinfo -@iftex - @defaultparindent=0pt @parindent=0pt -@end iftex - -@node Top, , (dir), (dir) -@chapter Unsolved Problems -@section Odd Perfect Numbers - -A number is said to be @i{perfect} if it is -the sum of its divisors. For example, 6 is -perfect because -@tex $1+2+3 = 6$, -@end tex -@ifinfo -1+2+3 = 6, -@end ifinfo -and 1, 2, and 3 are the only numbers that divide -evenly into 6 (apart from 6 itself). - -It has been shown that all even perfect numbers -have the form -@tex $$2^{p-1}(2^{p}-1)$$ where $p$ and $2^{p}-1$ -@end tex -@ifinfo -@center 2^(p-1) (2^p - 1) - -where p and 2^p - 1 -@end ifinfo -are both prime. - -The existence of @i{odd} perfect numbers is an -open question. -@bye diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-11-01 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-11-01 deleted file mode 100644 index ea60ed245c5..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-11-01 +++ /dev/null @@ -1,19 +0,0 @@ -mode_setup; -u# := 2mm#; -define_pixels(u); - -beginchar("A", 8u#, 9u#, 5u#); - z1 = ( 0u, 0u); - z2 = ( 8u, 0u); - z3 = ( 1u, 8u); - z4 = ( 7u, 8u); - pickup pencircle scaled 1u#; - draw z4 .. z1 .. z2 .. z3 .. cycle; - pickup pencircle scaled 3u#; - drawdot z1; - drawdot z2; - drawdot z3; - drawdot z4; -endchar; - -\end diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-12-01 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-12-01 deleted file mode 100644 index 0f0ccfadbbf..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-12-01 +++ /dev/null @@ -1,7 +0,0 @@ -@book{kn:texbook, - author = "Donald E. Knuth", - title = "The {\TeX}book", - publisher = "Addison-Wesley", - year = 1989, - edition = "Fifteenth", -} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-12-02 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-12-02 deleted file mode 100644 index 36100d1df00..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-12-02 +++ /dev/null @@ -1,4 +0,0 @@ -%A Donald E. Knuth -%T The \TeX{}book -%I Addison-Wesley -%D 1989 diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-01 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-01 deleted file mode 100644 index 391127e360e..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-01 +++ /dev/null @@ -1,568 +0,0 @@ -#!/usr/local/bin/perl -# -# MakeTeXPK.pl version 1.0, Copyright (C) 1993,94 by Norman Walsh. -# NO WARRANTY. Distribute freely under the GNU GPL. -# -# This script attempts to make a new TeX PK font, because one wasn't -# found. Parameters are: -# -# name dpi bdpi [[[magnification] mode] subdir] -# -# `name' is the name of the font, such as `cmr10' (*NOT* cmr10.mf). -# `dpi' is the resolution the font is needed at. -# `bdpi' is the base resolution, useful for figuring out the mode to -# make the font in. -# `magnification' is a string to pass to MF as the magnification. -# `mode' if supplied, is the mode to use. -# -# This script was designed with two goals in mind: to support recursive -# subdirectory searching for fonts and to provide support for PK files -# built from both MF fonts and PS fonts. It also supports the Sauter -# and DC fonts which can be built at any design size. -# -# This script was designed and tested with the following directory structure -# in mind: each typeface is stored in its own directory with appropriate -# subdirectories for font sources, metrics, and glyphs. The script may not -# work exactly right if you use a different directory structure (the font -# installation, in particular, will probably be incorrect). However, -# several other versions of MakeTeXPK exist which will handle simpler -# directory structures, so you need not feel compelled to use the one -# described here. -# -# For MF fonts: (... is usually something like /usr/local/lib/tex/fonts) -# -# .../typeface/src holds the sources -# /tfm holds the TFM files -# /glyphs root for glyphs -# /glyphs/mode holds the PK files for "mode". -# -# For PS fonts: (... is usually something like /usr/local/lib/tex/fonts) -# -# .../typeface/afm holds the AFM files -# /tfm holds the TFM files -# /vf holds the VF files -# /vpl holds the VPL files -# /glyphs root for glyphs -# /glyphs/pk/999dpi holds the PK files at 999 dpi created by ps2pk -# /glpyhs/type1 holds the type1 PFA/PFB sources for the fonts -# - -require "getopts.pl"; -$rc = &Getopts ('v'); # Get options from the user... - -$USE_MODE_IN_DEST = 1; # Does the destination directory name include - # the name of the mode? - -$VERBOSE = $opt_v || $ENV{"DEBUG_MAKETEXPK"}; # Verbose? - -chop($CWD = `pwd`); # Where are we? -$TEMPDIR = "/tmp/mkPK.$$"; # Where do temp files go? -$MFBASE = "&plain"; # What MF base do we use by default? - -# Where are fonts stored? -$TEXFONTS = $ENV{"TEXFONTS"} || ".:/usr/local/lib/fonts//"; - -# Define modes that should be used for base resolutions... -$DPI_MODES{300} = "laserwriter"; -$DPI_MODES{200} = "FAX"; -$DPI_MODES{360} = "lqhires"; -$DPI_MODES{400} = "nexthi"; -$DPI_MODES{600} = "QMSmoa"; -$DPI_MODES{100} = "nextscreen"; - -$DPI_MODES{100} = "videodisplayi"; -$DPI_MODES{110} = "videodisplayii"; -$DPI_MODES{118} = "videodisplayiii"; -$DPI_MODES{120} = "videodisplayiv"; -$DPI_MODES{124} = "videodisplayv"; -$DPI_MODES{130} = "videodisplayvi"; -$DPI_MODES{140} = "videodisplayvii"; -$DPI_MODES{150} = "videodisplayviii"; - -$DPI_MODES{72} = "MacTrueSize"; -$DPI_MODES{635} = "linolo"; -$DPI_MODES{1270} = "linohi"; -$DPI_MODES{2540} = "linosuper"; - -# Where are the DC fonts stored and what base names can be used? -$DCR_DIR = '/usr/local/lib/fonts/free/dc/src'; -@DCR_GEN = ('dcb','dcbom','dcbx','dcbxsl','dcbxti','dccsc','dcdunh','dcff', - 'dcfi','dcfib','dcitt','dcr','dcsl','dcsltt','dcss','dcssbx', - 'dcssi','dctcsc','dcti','dctt','dcu','dcvtt' ); - -# Where are the Sauter fonts stored and what base names can be used? -$SAUTER_DIR = '/usr/local/lib/fonts/free/sauter/src'; -@SAUTER_GEN = ('cmb','cmbizx','cmbozx','cmbsy','cmbszx','cmbx','cmbxsl', - 'cmbxti', 'cmbz', 'cmbzx', 'cmcsc', 'cmdszc', 'cmdunh', - 'cmex', 'cmff', 'cmfi', 'cmfib', 'cminch', 'cmitt', 'cmmi', - 'cmmib', 'cmr', 'cmrcz', 'cmrisz', 'cmritz', 'cmriz', - 'cmrotz', 'cmroz', 'cmrsz', 'cmrtz', 'cmruz', 'cmrz', - 'cmsl', 'cmsltt', 'cmss', 'cmssbx', 'cmssdc', 'cmssi', - 'cmssq', 'cmssqi', 'cmsy', 'cmtcsc', 'cmtex', 'cmti', - 'cmtt', 'cmu', 'cmvtt', 'czinch', 'czssq', 'czssqi', - 'lasy', 'lasyb'); - -$SAUTER_ROUNDING{11} = '10.954451'; -$SAUTER_ROUNDING{14} = '14.4'; -$SAUTER_ROUNDING{17} = '17.28'; -$SAUTER_ROUNDING{20} = '20.736'; -$SAUTER_ROUNDING{25} = '24.8832'; -$SAUTER_ROUNDING{30} = '29.8685984'; - -# Get the command line arguments... -($NAME, $DPI, $BDPI, $MAG, $MODE, $FORCEDEST, $EXTRA) = @ARGV; - -open (TTY, ">/dev/tty"); # Open the TTY (so we can print messages -select (TTY); $| = 1; select(STDOUT); # even if STDERR and STDOUT are both - # redirected) - -if ($VERBOSE) { - print TTY "$0: font name: $NAME\n"; - print TTY "$0: dpi: $DPI\n"; - print TTY "$0: base dpi: $BDPI\n"; - print TTY "$0: magnification: $MAG\n" if $MAG; - print TTY "$0: mode: $MODE\n" if $MODE; - print TTY "$0: force destination directory: $FORCEDEST\n" if $FORCEDEST; - print TTY "$0: extra: $EXTRA\n" if $EXTRA; -} - -# Make sure we got enough arguments, but not too many... -die "$0: Invalid arguments.\n" if ($BDPI eq "" || $EXTRA ne ""); - -# Calculate the magnification from the requested resolutions if no -# magnification string was provided. -if (!$MAG) { - $MAG = "$DPI/$BDPI"; - print TTY "$0: magnification: $MAG\n" if $VERBOSE; -} - -# Calculate the mode if the mode was not given. Die if we don't know -# what mode to use for the requested base resolution. -if ($MODE eq "") { - $MODE = $DPI_MODES{$BDPI}; - die "$0: No mode for ${BDPI}dpi base resolution.\n" if $MODE eq ""; - print TTY "$0: mode: $MODE\n" if $VERBOSE; -} - -######################################################################## - -# Really start the work... -print TTY "Attempting to build PK file for: $NAME at ${DPI}dpi.\n"; - -$mfFile = $NAME; -$mfFile =~ /^(.*[^0-9])(\d+)$/; -$mfBase = $1; -$mfSize = $2; - -# Presumably, we got here because the PK file doesn't exist. Let's look -# for the MF file or the PFA or PFB file... - -# ... it's more complicated than that... - -# If the font is from a PFA/B file, it may have the name "rxxx" or -# "xxx0" because virtual fonts extract glyphs from the "raw" font. -# We need to find the PFA/B file and install the font with the right name. -# I'm not sure what the best solution would really be, but this will work. -# Luckily, it gets installed with the right name 'cause we already -# figured that out... -# -# A better solution on Unix machines might be to make "xxx0.pfa" or -# "rxxx.pfa" a symbolic link to "xxx.pfa". But that won't work for other -# architectures... - -$t1source = ""; -$t1source = $1 if $mfFile =~ /^r(.*)$/; -$t1source = $1 if $mfFile =~ /^(.*)0$/ && ($t1source eq ""); - -if ($t1source) { - $fontSource = &find_fonts($TEXFONTS, - ("$mfFile.mf", "$mfFile.pfa", "$mfFile.pfb", - "$t1source.pfa", "$t1source.pfb")); -} else { - $fontSource = &find_fonts($TEXFONTS, - ("$mfFile.mf", "$mfFile.pfa", "$mfFile.pfb")); -} - -if ($fontSource) { - if ($fontSource =~ /\.pfa$/ || $fontSource =~ /\.pfb$/) { - print TTY "Building PK file from PostScript source.\n"; - &make_and_cd_tempdir(); - &make_from_ps($fontSource); - } elsif ($fontSource =~ /\.mf$/) { - local($fpath, $fname); - print TTY "Building PK file from MF source.\n"; - &make_and_cd_tempdir(); - - if ($fontSource =~ /^(.*)\/([^\/]*)$/) { - $fpath = $1; - $fname = $2; - - $fpath = $CWD if $fpath eq "."; - $fpath = "$CWD/.." if $fpath eq ".."; - } else { - $fpath = ""; - $fname = $fontSource; - } - - &make_from_mf($fpath, $fname); - } else { - print TTY "$0: Cannot build PK font for $NAME.\n"; - print TTY " " x length($0), " Unprepared for $fontSource.\n"; - die "\n"; - } -} else { - if (grep(/^$mfBase$/, @DCR_GEN)) { - - print TTY "Building PK file from DC source.\n"; - - &make_and_cd_tempdir(); - - $MFBASE = "&dxbase"; - open (MFFILE, ">$mfFile.mf"); - print MFFILE "gensize:=$mfSize; generate $mfBase;\n"; - close (MFFILE); - - &make_from_mf("$DCR_DIR","$mfFile.mf"); - - } elsif (grep(/^$mfBase$/, @SAUTER_GEN)) { - - print TTY "Building PK file from Sauter source.\n"; - - &make_and_cd_tempdir(); - - if (defined($SAUTER_ROUNDING{$mfSize})) { - $designSize = $SAUTER_ROUNDING{$mfSize}; - } else { - $designSize = $mfSize; - } - - open (MFFILE, ">$mfFile.mf"); - print MFFILE "design_size := $designSize;\n"; - print MFFILE "input b-$mfBase;\n"; - close (MFFILE); - - &make_from_mf("$SAUTER_DIR","$mfFile.mf"); - - } else { - print TTY "$0: Cannot build PK file. Can't find source.\n"; - die "\n"; - } -} - -&cleanup(); - -exit 0; - -######################################################################## - -sub run { - local(@cmd) = @_; - local($rc); - - open (SAVEOUT, ">&STDOUT"); - open (SAVEERR, ">&STDERR"); - close (STDOUT); - open (STDOUT, ">&TTY"); - close (STDERR); - open (STDERR, ">&TTY"); - - # Chdir seems to return a funny exit code. So do it internally... - # (this is a hack) - if (@cmd[0] eq "chdir") { - $rc = chdir(@cmd[1]); - $rc = !$rc; - } else { - $rc = system(@cmd); - } - - close (STDOUT); - open (STDOUT, ">&SAVEOUT"); - close (SAVEOUT); - - close (STDERR); - open (STDERR, ">&SAVEERR"); - close (SAVEERR); - - if ($rc) { - printf TTY "%s\n", "*" x 72; - print TTY "$0 error : system return code: $rc\n"; - print TTY "$0 failed: @cmd\n"; - printf TTY "%s\n", "*" x 72; - } - - $rc; -} - -sub make_and_cd_tempdir { - &run ("mkdir", "$TEMPDIR"); - &run ("chdir", "$TEMPDIR"); -} - -sub cleanup { - &run ("chdir", "$CWD"); - &run ("rm", "-rf", "$TEMPDIR"); -} - -sub install_font { - local($source_path, $font, $subdir, $mode) = @_; - local($pkdirs, @paths, $ptarget); - local($target) = ""; - - if ($VERBOSE) { - print "Install: source_path: $source_path\n"; - print "Install: font : $font\n"; - print "Install: subdir : $subdir\n"; - print "Install: mode : $mode\n"; - } - - $pkdirs = $ENV{"TEXPKS"} || $ENV{"PKFONTS"} || ""; - @paths = split(/:|;/,$pkdirs); - - # Need to find an installable target for the PK files. Try - # ../glyphs/$subdir and ../$subdir then give up and use the best $pkdirs - # path... - - if (!$target) { - ($ptarget = $source_path) =~ s#/[^/]*$##; - $target = "$ptarget/glyphs/$subdir" - if -d "$ptarget/glyphs/$subdir" - || (-d "$ptarget/glyphs" - && -w "$ptarget/glyphs" - && ! -f "$ptarget/glyphs/$subdir"); - } - - if (!$target) { - ($ptarget = $source_path) =~ s#/[^/]*$##; - $target = "$ptarget/$subdir" - if -d "$ptarget/$subdir" - || (-d $ptarget && -w $ptarget && ! -f "$ptarget/$subdir"); - - # what a minute, suppose we just made a font in the current - # directory...let's put the PK file there too... - if (! -d "$target" && ($source_path eq $CWD)) { - $target = $source_path; - $USE_MODE_IN_DEST = 0; - } - } - - while (!$target && ($ptarget = shift @paths)) { - $target = $ptarget if ($ptarget ne "." && $ptarget ne ".." - && -d $ptarget && -w $ptarget); - } - - if ($target) { - if (! -d $target) { - &run ("mkdir", "$target"); - &run ("chmod", "777", "$target"); - } - - if ($USE_MODE_IN_DEST) { - $target .= "/$mode"; - if (! -d $target) { - &run ("mkdir", "$target"); - &run ("chmod", "777", "$target"); - } - } - - print TTY "Installing $font in $target.\n"; - &run ("cp", "$font", "$target/fonttmp.$$"); - &run ("chdir", "$target"); - &run ("mv", "fonttmp.$$", "$font"); - &run ("chmod", "a+r", "$font"); - &run ("chdir", "$TEMPDIR"); - print STDOUT "$target/$font\n"; - } else { - print TTY "$0: Install failed: no where to put $font.\n"; - } -} - -sub make_from_mf { - local ($source_path, $source_file) = @_; - local ($mfsource, $mfinputs, $cmd); - local ($gfname, $pkname, $realdpi, $testdpi); - local ($cmpath); - - print "source_path: $source_path\n" if $VERBOSE; - print "source_file: $source_file\n" if $VERBOSE; - - &run ("chdir", "$TEMPDIR"); - - if (!$source_file) { - $mfsource = $source_path; - ($source_path = $mfsource) =~ s#/[^/]*$##; - ($source_file = $mfsource) =~ s#^.*/([^/]*)$#$1#; - } - - $mfinputs = $ENV{"MFINPUTS"}; - $mfinputs =~ s/^:*(.*):*$/$1/ if $mfinputs; - $ENV{"MFINPUTS"} = ".:$source_path"; - $ENV{"MFINPUTS"} .= ":$mfinputs" if $mfinputs; - - print "MFINPUTS: $ENV{MFINPUTS}\n" if $VERBOSE; - - $cmpath = "/usr/local/lib/fonts/free/cm/src"; - if (-d $cmpath && $ENV{"MFINPUTS"} !~ /$cmpath/) { - $ENV{"MFINPUTS"} .= ":$cmpath"; - } - - $cmd = "$MFBASE \\mode:=$MODE; mag:=$MAG; scrollmode; " . - "\\input $source_file"; - print TTY "virmf $cmd\n"; - - $saveTERM = $ENV{"TERM"}; - $saveDISPLAY = $ENV{"DISPLAY"}; - delete $ENV{"DISPLAY"}; - $ENV{"TERM"} = "vt100"; - - $rc = &run ("virmf", "$cmd"); - - $ENV{"DISPLAY"} = $saveDISPLAY; - $ENV{"TERM"} = $saveTERM; - - $realdpi = $DPI; - $gfname = "./$mfFile.${realdpi}gf"; - - for ($testdpi = $realdpi-2; $testdpi < $realdpi+3; $testdpi++) { - $gfname = "./$mfFile.${testdpi}gf", $realdpi = $testdpi - if ! -f $gfname && -f "./$mfFile.${testdpi}gf"; - } - - $gfname = "./$mfFile.${realdpi}gf"; - $pkname = "./$mfFile.${realdpi}pk"; - - $rc = &run ("gftopk", "$gfname", "$pkname"); - - &install_font($source_path, "$mfFile.${realdpi}pk", 'pk', "$MODE"); -} - -sub make_from_ps { - local ($source_path, $source_file) = @_; - local ($pssource, @cmd); - local ($basename, $afmFile, $afmtest, $part); - - &run ("chdir", "$TEMPDIR"); - - if (!$source_file) { - $pssource = $source_path; - ($source_path = $pssource) =~ s#/[^/]*$##; - ($source_file = $pssource) =~ s#^.*/([^/]*)$#$1#; - } - - # Need to find the AFM file... - $afmFile = ""; - ($basename = $source_file) =~ s/\.pf[ab]$//; - # First, look in ../afm: - ($afmtest = $source_path) =~ s#/[^/]*$##; - $afmtest .= "/afm/$basename.afm"; - $afmFile = $afmtest if -r $afmtest; - - # Then, look in ../../afm: - ($afmtest = $source_path) =~ s#/[^/]*$##; - $afmtest =~ s#/[^/]*$##; - $afmtest .= "/afm/$basename.afm"; - $afmFile = $afmtest if !$afmFile && -r $afmtest; - - die "$0: Cannot find AFM file for $source_file.\n" if !$afmFile; - - @cmd = ('ps2pk', "-a$afmFile", "-X$DPI", - "$source_path/$source_file", "./$mfFile.${DPI}pk"); - - foreach $part (@cmd) { - print TTY "$part "; - } - print TTY "\n"; - - $rc = &run (@cmd); - - &install_font($source_path, "$mfFile.${DPI}pk", 'pk', "${DPI}dpi"); -} - -sub find_fonts { -# This subroutine searches for font sources. It looks in all the directories -# in the path specified. Recursive searches are preformed on directories -# that end in //, !, or !!. The emTeX directive "!", which should search -# only one level deep, is treated exactly like "!!". -# - local($path, @fonts) = @_; - local(@dirs, $dir, $font); - local(@matches) = (); - local(@recursive_matches); - - $path =~ s/!!/\/\//g; - $path =~ s/!/\/\//g; - $path =~ s/\\/\//g; - - print TTY "CWD: ", `pwd` if $VERBOSE; - print TTY "Find: @fonts\n" if $VERBOSE; - print TTY "Path: $path\n" if $VERBOSE; - - @dirs = split(/:|;/, $path); - while (@dirs) { - $dir = shift @dirs; - next if !$dir; - - if ($dir =~ /\/\//) { - @recursive_matches = &recursive_search($dir, @fonts); - push (@matches, @recursive_matches) - if @recursive_matches; - } else { - $dir =~ s/\/*$//; # remove trailing /, if present - foreach $font (@fonts) { - push (@matches, "$dir/$font") - if -f "$dir/$font"; - } - } - } - - $font = shift @matches; - - if (@matches) { - print TTY "$0: Found more than one match.\n"; - print TTY " " x length($0), " Using: $font\n"; - } - - $font; -} - -sub recursive_search { - local($dir, @fonts) = @_; - local(@matches) = (); - local(@dirstack, $rootdir, $font, $fontmask); - - $dir =~ /^(.*)\/\/(.*)$/; - $rootdir = $1; - $fontmask = $2; - - $rootdir =~ s/\/*$//; # remove trailing /'s - - # Note: this perl script has to scan them all, the mask is meaningless. - # Especially since I'm looking for the font *source* not the TFM or - # PK file... - - $fontmask =~ s/\$MAKETEX_BASE_DPI/$BDPI/g; - $fontmask =~ s/\$MAKETEX_MAG/$MAG/g; - $fontmask =~ s/\$MAKETEX_MODE/$MODE/g; - - print TTY "Search root=$rootdir\n" if $VERBOSE; - print TTY "Search mask=$fontmask (ignored by $0)\n" if $VERBOSE; - - @dirstack = ($rootdir); - - while ($rootdir = shift @dirstack) { - opendir (SEARCHDIR, "$rootdir"); - while ($dir = scalar(readdir(SEARCHDIR))) { - if ($dir ne "." && $dir ne ".." && -d "$rootdir/$dir") { - push(@dirstack, "$rootdir/$dir"); - foreach $font (@fonts) { - if (-f "$rootdir/$dir/$font") { - print TTY "Matched: $rootdir/$dir/$font\n" if $VERBOSE; - push(@matches, "$rootdir/$dir/$font"); - } - } - } - } - closedir (SEARCHDIR); - } - - @matches; -} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-02 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-02 deleted file mode 100644 index 7283ee9459e..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-02 +++ /dev/null @@ -1,427 +0,0 @@ -#!/usr/local/bin/perl -# -# MakeTeXTFM.pl version 1.0, Copyright (C) 1993,94 by Norman Walsh. -# NO WARRANTY. Distribute freely under the GNU GPL. -# -# This script attempts to make a new TeX TFM file, because one wasn't -# found. The only argument is the name of the TFM file, such as -# `cmr10.tfm' (*NOT* just `cmr10'). -# -# This script was designed with two goals in mind: to support recursive -# subdirectory searching for fonts and to provide support for PK files -# built from both MF fonts and PS fonts. It also supports the Sauter -# and DC fonts which can be built at any design size. -# -# This script was designed and tested with the following directory structure -# in mind: each typeface is stored in its own directory with appropriate -# subdirectories for font sources, metrics, and glyphs. The script may not -# work exactly right if you use a different directory structure (the font -# installation, in particular, will probably be incorrect). However, -# several other versions of MakeTeXPK exist which will handle simpler -# directory structures, so you need not feel compelled to use the one -# described here. -# -# For MF fonts: (... is usually something like /usr/local/lib/tex/fonts) -# -# .../typeface/src holds the sources -# /tfm holds the TFM files -# /glyphs root for glyphs -# /glyphs/mode holds the PK files for "mode". -# -# For PS fonts: (... is usually something like /usr/local/lib/tex/fonts) -# -# .../typeface/afm holds the AFM files -# /tfm holds the TFM files -# /vf holds the VF files -# /vpl holds the VPL files -# /glyphs root for glyphs -# /glyphs/pk/999dpi holds the PK files at 999 dpi created by ps2pk -# /glpyhs/type1 holds the type1 PFA/PFB sources for the fonts -# -# The TFM files constructed for PostScript fonts are mapped to the Old TeX -# encoding. -# - -require "getopts.pl"; -$rc = &Getopts ('v'); # Get options from the user... - -$VERBOSE = $opt_v || $ENV{"DEBUG_MAKETEXPK"}; # Verbose? - -chop($CWD = `pwd`); # Where are we? -$TEMPDIR = "/tmp/mkPK.$$"; # Where do temp files go? -$MFBASE = "&plain"; # What MF base do we use by default? - -# Where are fonts stored? -$TEXFONTS = $ENV{"TEXFONTS"} || ".:/usr/local/lib/fonts//"; - -# Define modes that should be used for base resolutions... -$DPI_MODES{300} = "laserwriter"; -$DPI_MODES{200} = "FAX"; -$DPI_MODES{360} = "lqhires"; -$DPI_MODES{400} = "nexthi"; -$DPI_MODES{600} = "QMSmoa"; -$DPI_MODES{100} = "nextscreen"; - -$DPI_MODES{100} = "videodisplayi"; -$DPI_MODES{110} = "videodisplayii"; -$DPI_MODES{118} = "videodisplayiii"; -$DPI_MODES{120} = "videodisplayiv"; -$DPI_MODES{124} = "videodisplayv"; -$DPI_MODES{130} = "videodisplayvi"; -$DPI_MODES{140} = "videodisplayvii"; -$DPI_MODES{150} = "videodisplayviii"; - -$DPI_MODES{72} = "MacTrueSize"; -$DPI_MODES{635} = "linolo"; -$DPI_MODES{1270} = "linohi"; -$DPI_MODES{2540} = "linosuper"; - -# Where are the DC fonts stored and what base names can be used? -$DCR_DIR = '/usr/local/lib/fonts/free/dc/src'; -@DCR_GEN = ('dcb','dcbom','dcbx','dcbxsl','dcbxti','dccsc','dcdunh','dcff', - 'dcfi','dcfib','dcitt','dcr','dcsl','dcsltt','dcss','dcssbx', - 'dcssi','dctcsc','dcti','dctt','dcu','dcvtt' ); - -# Where are the Sauter fonts stored and what base names can be used? -$SAUTER_DIR = '/usr/local/lib/fonts/free/sauter/src'; -@SAUTER_GEN = ('cmb','cmbizx','cmbozx','cmbsy','cmbszx','cmbx','cmbxsl', - 'cmbxti', 'cmbz', 'cmbzx', 'cmcsc', 'cmdszc', 'cmdunh', - 'cmex', 'cmff', 'cmfi', 'cmfib', 'cminch', 'cmitt', 'cmmi', - 'cmmib', 'cmr', 'cmrcz', 'cmrisz', 'cmritz', 'cmriz', - 'cmrotz', 'cmroz', 'cmrsz', 'cmrtz', 'cmruz', 'cmrz', - 'cmsl', 'cmsltt', 'cmss', 'cmssbx', 'cmssdc', 'cmssi', - 'cmssq', 'cmssqi', 'cmsy', 'cmtcsc', 'cmtex', 'cmti', - 'cmtt', 'cmu', 'cmvtt', 'czinch', 'czssq', 'czssqi', - 'lasy', 'lasyb'); - -$SAUTER_ROUNDING{11} = '10.954451'; -$SAUTER_ROUNDING{14} = '14.4'; -$SAUTER_ROUNDING{17} = '17.28'; -$SAUTER_ROUNDING{20} = '20.736'; -$SAUTER_ROUNDING{25} = '24.8832'; -$SAUTER_ROUNDING{30} = '29.8685984'; - -open (TTY, ">/dev/tty"); -select (TTY); $| = 1; select(STDOUT); - -$tfmFile = @ARGV[0]; -if (!$tfmFile) { - print TTY "$0 error: No TFM file specified.\n"; - die "\n"; -} - -print TTY "\nAttempting to build TFM file: $tfmFile.\n"; - -# This is the *wierdest* bug I've ever seen. When this script is called -# by virtex to build a TFM file, the argument (as interpreted by Perl) -# has (at least one) ASCII 16 attached to the end of the argument. This -# loop removes all control characters from the $tfmFile name string... -$tfmFile =~ /(.)$/; -$char = ord ($1); -while ($char <= 32) { - $tfmFile = $`; - $tfmFile =~ /(.)$/; - $char = ord ($1); -} - -# Now we know the name of the TFM file. Next, get the name of the MF file -# and the base name and size of the MF file. - -($mfFile = $tfmFile) =~ s/\.tfm$//; -$mfFile =~ /^(.*[^0-9])(\d+)$/; -$mfBase = $1; -$mfSize = $2; - -# Presumably, we got here because the TFM file doesn't exist. Let's look -# for the MF file or the AFM file... - -$tfmSource = &find_fonts($TEXFONTS, ("$mfFile.mf", "$mfFile.afm")); - -if ($tfmSource) { - if ($tfmSource =~ /\.afm$/) { - print TTY "Building $tfmFile from AFM source.\n"; - &make_and_cd_tempdir(); - &make_from_afm($tfmSource); - } elsif ($tfmSource =~ /\.mf$/) { - local($fpath, $fname); - print TTY "Building $tfmFile from MF source.\n"; - &make_and_cd_tempdir(); - - if ($tfmSource =~ /^(.*)\/([^\/]*)$/) { - $fpath = $1; - $fname = $2; - - $fpath = $CWD if $fpath eq "."; - $fpath = "$CWD/.." if $fpath eq ".."; - } else { - $fpath = ""; - $fname = $tfmSource; - } - - &make_from_mf($fpath, $fname); - } else { - print TTY "$0: Cannot build $tfmFile.\n"; - print TTY " " x length($0), " Unprepared for $tfmSource.\n"; - die "\n"; - } -} else { - if (grep(/^$mfBase$/, @DCR_GEN)) { - - print TTY "Building $tfmFile from DC source.\n"; - - &make_and_cd_tempdir(); - - $MFBASE = "&dxbase"; - open (MFFILE, ">$mfFile.mf"); - print MFFILE "gensize:=$mfSize; generate $mfBase;\n"; - close (MFFILE); - - &make_from_mf("$DCR_DIR","$mfFile.mf"); - - } elsif (grep(/^$mfBase$/, @SAUTER_GEN)) { - - print TTY "Building $tfmFile from Sauter source.\n"; - - &make_and_cd_tempdir(); - - if (defined($SAUTER_ROUNDING{$mfSize})) { - $designSize = $SAUTER_ROUNDING{$mfSize}; - } else { - $designSize = $mfSize; - } - - open (MFFILE, ">$mfFile.mf"); - print MFFILE "design_size := $designSize;\n"; - print MFFILE "input b-$mfBase;\n"; - close (MFFILE); - - &make_from_mf("$SAUTER_DIR","$mfFile.mf"); - - } else { - print TTY "$0: Cannot build $tfmFile. Can't find source.\n"; - die "\n"; - } -} - -&cleanup(); - -exit 0; - -sub run { - local(@cmd) = @_; - local($rc); - - open (SAVEOUT, ">&STDOUT"); - open (SAVEERR, ">&STDERR"); - close (STDOUT); - open (STDOUT, ">&TTY"); - close (STDERR); - open (STDERR, ">&TTY"); - - # Chdir seems to return a funny exit code. So do it internally... - # (this is a hack) - if (@cmd[0] eq "chdir") { - $rc = chdir(@cmd[1]); - $rc = !$rc; - } else { - $rc = system(@cmd); - } - - close (STDOUT); - open (STDOUT, ">&SAVEOUT"); - close (SAVEOUT); - - close (STDERR); - open (STDERR, ">&SAVEERR"); - close (SAVEERR); - - if ($rc) { - printf TTY "%s\n", "*" x 72; - print TTY "MakeTeXTFM error : system return code: $rc\n"; - print TTY "MakeTeXTFM failed: @cmd\n"; - printf TTY "%s\n", "*" x 72; - } - - $rc; -} - -sub make_and_cd_tempdir { - &run ("mkdir", "$TEMPDIR"); - &run ("chdir", "$TEMPDIR"); -} - -sub cleanup { - &run ("chdir", "$CWD"); - &run ("rm", "-rf", "$TEMPDIR"); -} - -sub install_font { - local($source_path, $font, $subdir) = @_; - local(@paths) = split(/:|;/,$ENV{"TEXFONTS"}); - local($target) = ""; - local($ptarget); - - if (!$target && $source_path =~ /\/src$/) { - $ptarget = $source_path; - $ptarget =~ s/(.*)\/src$/$1/; - $ptarget .= "/$subdir"; - $target = $ptarget if (-d $ptarget && -w $ptarget); - } - - if (!$target && $source_path =~ /\/afm$/) { - $ptarget = $source_path; - $ptarget =~ s/(.*)\/afm$/$1/; - $ptarget .= "/$subdir"; - $target = $ptarget if (-d $ptarget && -w $ptarget); - } - - if (!$target && ($source_path eq $CWD)) { - $target = $source_path; - } - - while (!$target && ($ptarget = shift @paths)) { - $target = $ptarget if ($ptarget ne "." && $ptarget ne ".." - && -d $ptarget && -w $ptarget); - } - - if ($target) { - print TTY "Installing $font in $target.\n"; - &run ("cp", "$font", "$target/fonttmp.$$"); - &run ("chdir", "$target"); - &run ("mv", "fonttmp.$$", "$font"); - &run ("chmod", "a+r", "$font"); - &run ("chdir", "$TEMPDIR"); - print STDOUT "$target/$font\n"; - } else { - print TTY "$0: Install failed: no where to put $font.\n"; - } -} - -sub make_from_mf { - local ($source_path, $source_file) = @_; - local ($mfsource, $mfinputs, $cmd); - - &run ("chdir", "$TEMPDIR"); - - if (!$source_file) { - $mfsource = $source_path; - ($source_path = $mfsource) =~ s#/[^/]*$##; - ($source_file = $mfsource) =~ s#^.*/([^/]*)$#$1#; - } - - $mfinputs = $ENV{"MFINPUTS"}; - $mfinputs =~ s/^:*(.*):*$/$1/ if $mfinputs; - $ENV{"MFINPUTS"} = ".:$source_path"; - $ENV{"MFINPUTS"} .= ":$mfinputs" if $mfinputs; - - print "MFINPUTS: $ENV{MFINPUTS}\n" if $VERBOSE; - - $cmd = "$MFBASE \\mode:=laserwriter; scrollmode; \\input $source_file"; - print TTY "virmf $cmd\n"; - - $saveTERM = $ENV{"TERM"}; - $saveDISPLAY = $ENV{"DISPLAY"}; - delete $ENV{"DISPLAY"}; - $ENV{"TERM"} = "vt100"; - - $rc = &run ("virmf", "$cmd"); - - $ENV{"DISPLAY"} = $saveDISPLAY; - $ENV{"TERM"} = $saveTERM; - - &install_font($source_path, $tfmFile, 'tfm'); -} - -sub make_from_afm { - local ($afmFile) = @_; - local ($source_path); - - print TTY "afm2tfm $afmFile -v $mfFile ${mfFile}0\n"; - $rc = &run ("afm2tfm", "$afmFile", "-v", "$mfFile", "${mfFile}0"); - - print TTY "vptovf $mfFile.vpl $mfFile.vf $mfFile.tfm\n"; - $rc = &run ("vptovf", "$mfFile.vpl", "$mfFile.vf", "$mfFile.tfm"); - - ($source_path = $afmFile) =~ s#/[^/]*$##; - &install_font($source_path, "$mfFile.tfm", 'tfm'); - &install_font($source_path, "${mfFile}0.tfm", 'tfm'); - &install_font($source_path, "$mfFile.vpl", 'vpl'); - &install_font($source_path, "$mfFile.vf", 'vf'); -} - -sub find_fonts { - local($path, @fonts) = @_; - local(@dirs, $dir, $font); - local(@matches) = (); - local(@recursive_matches); - - print "Find fonts on path: $path\n" if $VERBOSE; - - @dirs = split(/:|;/, $path); - while ($dir = shift @dirs) { - print "Search: $dir\n" if $VERBOSE; - if ($dir =~ /\/\//) { - @recursive_matches = &recursive_search($dir, @fonts); - push (@matches, @recursive_matches) - if @recursive_matches; - } else { - $dir =~ s/\/*$//; # remove trailing /, if present - foreach $font (@fonts) { - push (@matches, "$dir/$font") - if -f "$dir/$font"; - } - } - } - - $font = shift @matches; - - if (@matches) { - print TTY "$0: Found more than one match.\n"; - print TTY " " x length($0), " Using: $font\n"; - } - - $font; -} - -sub recursive_search { - local($dir, @fonts) = @_; - local(@matches) = (); - local(@dirstack, $rootdir, $font, $fontmask); - - $dir =~ /^(.*)\/\/(.*)$/; - $rootdir = $1; - $fontmask = $2; - - $rootdir =~ s/\/*$//; # remove trailing /'s - - # Note: this perl script has to scan them all, the mask is meaningless. - # Especially since I'm looking for the font *source* not the TFM or - # PK file... - - $fontmask =~ s/\$MAKETEX_BASE_DPI/$BDPI/g; - $fontmask =~ s/\$MAKETEX_MAG/$MAG/g; - $fontmask =~ s/\$MAKETEX_MODE/$MODE/g; - - print "Search root=$rootdir\n" if $VERBOSE; - print "Search mask=$fontmask (ignored by $0)\n" if $VERBOSE; - - @dirstack = ($rootdir); - - while ($rootdir = shift @dirstack) { - opendir (SEARCHDIR, "$rootdir"); - while ($dir = scalar(readdir(SEARCHDIR))) { - if ($dir ne "." && $dir ne ".." && -d "$rootdir/$dir") { - push(@dirstack, "$rootdir/$dir"); - foreach $font (@fonts) { - if (-f "$rootdir/$dir/$font") { - print "Matched: $rootdir/$dir/$font\n" if $VERBOSE; - push(@matches, "$rootdir/$dir/$font"); - } - } - } - } - closedir (SEARCHDIR); - } - - @matches; -} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-03 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-03 deleted file mode 100644 index 7a1158292a7..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-03 +++ /dev/null @@ -1,215 +0,0 @@ -@echo off -: ----------------------------------------------------------------------- -: DVIDXX Copyright (C) 1992,94 by Norman Walsh -: -: This file is free. You can do anything you like with it with one -: exception: if you change this file, you MUST rename it! -: -: Requirements: 4DOS, emTeX drivers 1.4s or higher, MAKEPK.BTM -: -: Usage: DVIDXX emtexDriver driverOptions -: -: Note: DVIDXX requires a fair amount of free environment space in order -: to function properly. -: -: Norman Walsh -: <norm@ora.com> -: -: 12/09/1992: - Vers 0.5 -: - This is a first attempt. It works, but it doesn't have -: any bells and whistles. It would be nice, for example, -: if it noticed that PS2PK failed for a particular font... -: ----------------------------------------------------------------------- -: -: This batch file is a replacement for emTeX's dvidrv program. It offers -: one additional feature. In addition to using MFjob to build fonts that -: don't exist, DVIDXX can use PS2PK to build PK files for PostScript fonts. -: Note: You must have the AFM and PFA/B files for the PS fonts in question. -: -: Why did you write this as a 4DOS BTM file? For two reasons. First, I -: wanted it to be interpreted rather than compiled so that it would be -: easy to change, modify, and extend. Second, I did it in 4DOS BTM language -: because DOS's batch language is too primitive. Yes, maybe I _could_ have -: done it with a plain BAT file, but I had no desire to try. -: -: ----------------------------------------------------------------------- -: -: This file relies on MAKEPK.BTM to actually build the fonts with PS2PK. -: -: Both MAKEPK and DVIDXX are somewhat dependant on the layout of your -: hard disk. Well, on the layout of mine, actually ;-) -: -: Here's how my HD is organized: -: -: C:\PSFONTS\ Root of my PostScript fonts directory. -: This is stored in the %[PSFONTS] env. variable -: %[PSFONTS]\PFB Where .PFB files are kept -: %[PSFONTS]\AFM Where .AFM files are kept -: %[PSFONTS]\UTIL Where MAKEPK is kept -: -: ----------------------------------------------------------------------- -: Make sure this is 4DOS... -if "%@eval[2+2]" == "4" goto start -echo Sorry, this batch file can only be run with 4Dos. -goto end -: ----------------------------------------------------------------------- -: Call the driver (maybe we won't have to do anything else) -: In a network environment, you may have to make the mfjob-file unique -: for each user in some way... -: ----------------------------------------------------------------------- -:start -if not "%_dos" == "DOS" goto os2ok -iff %_env lt 128 then - echo Sorry, this batch file requires at least 128 bytes of free environment - echo space. Consult your 4DOS manual for information about increasing it. - goto end -endiff -:os2ok -setlocal -set MFJOBFN=dvidxx.mfj - -%1 %2$ +mfjob-file:%MFJOBFN +batch-mode -iff not errorlevel == 8 then - endlocal - goto end -endiff -: ----------------------------------------------------------------------- -: Ok, we have to build some fonts... -: -: NEWJOB = name of the MFjob file that will actually be used -: PSJOB = name of the batch file that will build fonts with PS2PK -: PSCNT = number of PS fonts to build -: MFCNT = number of MF fonts to build -: MFJOBLEN = number of lines in the original MFjob file -: LNUM = current line number (in original MFjob file) -: LINE = text of the current line -: FONT = name of font -: SIZE = ptsize of current font (assumes designsize of 10pt) -: PSFNT = 0/1 flag determines if the %FONT in question is PS or not -: ----------------------------------------------------------------------- -echo Looking at MFJob file... -set NEWJOB=%@unique[%@path[%MFJOBFN]] -set PSJOB=%@unique[%@path[%MFJOBFN]] -ren %NEWJOB %NEWJOB.mfj /q -ren %PSJOB %PSJOB.btm /q -set NEWJOB=%NEWJOB.mfj -set PSJOB=%PSJOB.btm -set PSCNT=0 -set MFCNT=0 -set MFJOBLEN=%@lines[%MFJOBFN] -set LNUM=0 - -: Create the batch file and the new MFjob file... -echo %% > %NEWJOB -echo pushd %PSFONTS > %PSJOB - -: ----------------------------------------------------------------------- -: Loop through the entire MFjob file. Lines that begin "{font=" are -: analyzed further to determine what kind of font it is. All other lines -: are simply copied to the new MFjob file. -: ----------------------------------------------------------------------- - -:looptop - -if %LNUM gt %MFJOBLEN goto loopover - -: Deleting this percent stuff will save a small amount of time, but -: since reading from the MFjob file is pretty slow, I find it reassuring... -set PERC=%@eval[%LNUM / %MFJOBLEN * 100] -set p=%@index[%PERC,.] -if %p gt 0 set PERC=%@substr[%PERC,0,%p] -echos %@CHAR[13]Working: -echos %[PERC]%% - -set LINE=%@line[%MFJOBFN,%LNUM] -: -: We employ a convoluted compound test because %@substr["%foo",1,5] fails -: with a "no closing quote" error if the %@len["%foo"] < 5... -: -set FOUND=0 -iff %@len["%LINE"] gt 5 then - if (%@substr["%LINE",1,5]) == ({font) set FOUND=1 -endiff - -: If we found a font, %FOUND will be 1 -iff %FOUND == 1 then - Rem Extract the font name and the size - set p=%@index["%LINE",;] - set FONT=%@substr["%LINE",7,%@eval[%p - 7]] - set p=%@index["%LINE",mag=] - set q=%@index["%LINE",}] - set SIZE=%@substr["%LINE",%@eval[%p+4],%@eval[%q-%p-5]] - set SIZE=%@eval[%SIZE*10] - - Rem This is where we test to see if it is a PS font. I've got a really - Rem simple test below. Basically, I keep all my PFB files for PS fonts - Rem in a single directory. If the font in question isn't in that directory, - Rem I assume it is an MF font. - set PSFNT=0 - gosub ispsfont - iff %PSFNT == 1 then - Echo %FONT at %[SIZE]pt will be built by PS2PK - Rem I keep MAKEPK in C:\PSFONTS\UTIL so that's what I write to the batch - Rem file. If you keep it somewhere else, you'll have to change this. - echo call %[psfonts]\util\makepk %FONT %SIZE >> %PSJOB - set PSCNT=%@eval[%PSCNT + 1] - else - Echo %FONT at %[SIZE]pt will be built by MFjob - echo %LINE >> %NEWJOB - set MFCNT=%@eval[%MFCNT + 1] - endiff -else - echo %LINE >> %NEWJOB -endiff - -set LNUM=%@eval[%LNUM + 1] -goto looptop -:loopover - -: ----------------------------------------------------------------------- - -: Finish up the PSJOB file and clean up the messages on the screen -echo popd >> %PSJOB -echos %@CHAR[13] %@CHAR[13] - -: ----------------------------------------------------------------------- - -: Go for it! -iff %MFCNT gt 0 then - echo Attempting to build %MFCNT fonts with MFjob - mfjob %NEWJOB -endiff -del %NEWJOB /q - -: Get back the environment space that we (may) need in MAKEPK... -unset MFJOBLEN LNUM LINE FONT SIZE PSFNT MFCNT NEWJOB - -iff %PSCNT gt 0 then - echo Attempting to build %PSCNT fonts with PS2PK - call %PSJOB -endiff -del %PSJOB /q - -: ----------------------------------------------------------------------- -: Try to run the driver again...this time it should succeed! - -del %MFJOBFN /q -%1 %2$ +mfjob-file:%MFJOBFN +batch-mode -iff errorlevel == 8 then - echo Font building must have failed for at least one font. Look in - echo the %MFJOBFN file to see which font(s) failed. -endiff - -endlocal -goto end - -: ----------------------------------------------------------------------- -: This really simple subroutine is how I look for PS fonts. This routine -: should set PSFNT=1 iff the %FONT variable names a PostScript font. -: -:ispsfont -if exist %[psfonts]\pfb\%FONT.pfb set PSFNT=1 -return - -: ----------------------------------------------------------------------- -:end diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-04 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-04 deleted file mode 100644 index 7f096b4ca5d..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-04 +++ /dev/null @@ -1,151 +0,0 @@ -@echo off -: ----------------------------------------------------------------------- -: MAKEPK Copyright (C) 1992,94 by Norman Walsh -: -: This file is free. You can do anything you like with it with one -: exception: if you change this file, you MUST rename it! -: -: Requirements: 4DOS, ps2pk, afm2tfm, pfm2afm, pkbbox -: -: Usage: MAKEPK fontfn ptsize [pkfn] [-opts] -: -: Norman Walsh -: <norm@ora.com> -: -: 12/09/1992: - Vers 0.5 -:-------------------------------------------------------------------------- -: See usage info below -: -: This batch file relies on the following directory structure: -: -: C:\PSFONTS\ Root of the PostScript fonts directory. -: This is stored in the %[PSFONTS] env. variable -: %[PSFONTS]\PFB Where .PFB files are kept -: %[PSFONTS]\AFM Where .AFM files are kept -: %[PSFONTS]\PFM Where .PFM files are kept (only required if the -: AFM file does not exist) -: %[PSFONTS]\TFM Where _all_ TFM files are kept for PS fonts -: C:\BIN\PS2PK Where all the PS2PK utils are kept -:-------------------------------------------------------------------------- -: Make sure the parameters are ok... -iff %# lt 1 then - echo Usage: %0 fontfn ptsize [pkfn] [-opts] - echo. - echo MAKEPK rasterizes 'fontfn' at 'ptsize' and stores it in 'pkfn'. The - echo default 'pkfn' is the name of the 'fontfn'. All fonts are stored in - echo the %[psfonts]\@Rrdpi\ directory. If -opts are supplied, they are - echo passed to PS2PK. - quit 1 -endiff - -: Setup local environment -setlocal -pushd %[psfonts] - -: Parse the command line -set pfbfn=%@name[%1] -set ptsz=%2 -set pkfn=%@name[%3] -shift 2 -:toshift -iff ³%@substr[%1,0,1]³ == ³-³ then - set pkopts=%pkopts %1 -else - set pkfn=%@name[%1] -endiff -shift -if %# gt 0 goto toshift -: ----------------------------------------------------------------------- -: Figure out the name of the appropriate PK directory. Create it if it -: doesn't exist. Abort if a filename exists with that name... -: -: TeX seems to underestimate the font size by a very small amount. We -: compensate (in the calculation of the directory) by adding the small -: amount 0.0005 to the point size before truncating to integer... -: -set pkres=%@int[%@eval[(%@eval[%ptsz+0.0005] * 300) / 10]] -set pkdir=%[pkres]dpi -if isdir %pkdir goto okdir -iff not exist %pkdir then - md %pkdir - goto okdir -endiff -echo MakePK: Cannot create directory: %pkdir -quit 1 -:okdir -: ----------------------------------------------------------------------- -: Setup the %PKFN if it wasn't set by a parameter -if "%pkfn" == "" set pkfn=%@name[%pfbfn] - -: If the font and TFM alread exist, don't bother making them -iff exist %[pkdir]\%[pkfn].pk .and. .\tfm\%@filesize[%[pkfn].tfm] gt 0 then - popd - quit 0 -endiff - -: Check to see if an AFM file exists (and has a reasonable size)... -iff %@filesize[.\afm\%[pfbfn].afm] gt 0 then - set afmok=1 -else - set afmok=0 -endiff -: ----------------------------------------------------------------------- -: Make sure we have everything we need...a PFB and an AFM or PFM... -set ok=1 -iff not exist .\pfb\%[pfbfn].pfb then - echo Cannot find PFB file: .\pfb\%[pfbfn].pfb - set ok=0 -endiff -iff not exist .\pfm\%[pfbfn].pfm .and. %afmok == 0 then - echo Cannot find PFM file (.\pfm\%[pfbfn].pfm) and - echo cannot find AFM file (.\afm\%[pfbfn].afm) - set ok=0 -endiff -if "%ok" == "0" quit 1 -set ok= -: ----------------------------------------------------------------------- -: If we didn't find an AFM file, make one... -iff %afmok == 0 then - echo PFMtoAFM... - \bin\ps2pk\pfm2afm .\pfm\%[pfbfn].pfm .\afm\%[pfbfn].afm -endiff - -: ----------------------------------------------------------------------- -: Build the font... -echo Rasterizing... -::: The lines marked *** MERGE *** should be joined onto the end of the -::: preceding line. They were broken only to fit within the margins of -::: this book. -echo ps2pk -P10 -X%[pkres] -a.\afm\%[pfbfn].afm %pkopts -*** MERGE *** .\pfb\%[pfbfn].pfb %[pkdir]\%[pkfn].pk -ps2pk -V -P10 -X%[pkres] -a.\afm\%[pfbfn].afm %pkopts -*** MERGE *** .\pfb\%[pfbfn].pfb %[pkdir]\%[pkfn].pk - -: If we didn't get a descent AFM then we built it with AFM2PFM. -: Unfortunately, the bounding boxes are missing if we did that. -: So add the bounding boxes with the UGLY HACKISH PKbbox program... -iff %afmok == 0 then - echo PKbbox to make bounding boxes... - set tempafm=%@unique[.] - c:\tex\util\pkbbox %pkdir\%pkfn.pk .\afm\%[pfbfn].afm > %tempafm - move %tempafm .\afm\%[pfbfn].afm -endiff - -: If there's no TFM, build it... -iff not exist .\tfm\%[pkfn].tfm then - echo AFMtoTFM... - afm2tfm .\afm\%[pfbfn].afm .\tfm\%[pkfn].tfm -endiff - -::: If we didn't build a 10pt font, scale it appropriately -::iff not "%ptsz" == "10" then -:: c:\tex\util\pkscale %[pkdir]\%[pkfn].pk .\tfm\%[pkfn].tfm /designsize:10 -:: del %[pkdir]\%[pkfn].bak /q -::endiff - -: -: ----------------------------------------------------------------------- -: We're all done... -popd -endlocal -quit 0 diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-05 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-05 deleted file mode 100644 index bb8e67689b3..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-05 +++ /dev/null @@ -1,174 +0,0 @@ -#! /usr/local/bin/perl -# -# Usage: enc-afm afm-file enc-file > encoded-afm-file -# -# Where: afm-file is the original AFM file with an arbitrary -# encoding enc-file is the encoding file (in PS -# format, a la dvips .enc files) encoded-afm-file is -# the new AFM file with 'enc-file' encoding. -# - -# what about .notdef? - -$afmfile = @ARGV[0]; -$encfile = @ARGV[1]; - -print STDERR "Reading encoding file: $encfile\n"; -&read_encfile($encfile); -print STDERR "Reading AFM file: $afmfile\n"; -&read_afmfile($afmfile); - -# Assign the correct encoding position to each char -$missing = 0; -for ($count = 0; $count < $vectorlen; $count++) { - $missing_glyphs{@encoding[$count]} = 1, $missing = 1 - if !defined($vectorplace{@encoding[$count]}) - && @encoding[$count] ne ".notdef"; - $vectorplace{@encoding[$count]} = $count; -} - -&print_long_list("Note: the following glyphs are missing " - . "from the AFM file: ", - sort (keys %missing_glyphs)) - if $missing; - -# Construct the CharMetrics lines -@output_encoding = (); -foreach $name (keys %metrics) { - push (@output_encoding, - sprintf("C %3d ; %s", - $vectorplace{$name}, $metrics{$name})); -} - -# Sort the CharMetrics lines -@sorted_encoding = sort (@output_encoding); - -# Move the unused characters to the end of the list -@output_encoding = grep(/^C\s+\d+/, @sorted_encoding); -@minusone_encoding = grep(/C\s+-1/, @sorted_encoding); -push(@output_encoding, @minusone_encoding); - -# Print the new AFM file -print $line, "\n" while ($line = shift @preamble); - -print "Comment Encoded with enc-afm from $encfile.\n"; -print "EncodingScheme $encname\n"; -printf "StartCharMetrics %d\n", $#output_encoding+1; -print $line, "\n" while ($line = shift @output_encoding); -print "EndCharMetrics\n"; - -print $line, "\n" while ($line = shift @postamble); - -exit 0; - -sub read_afmfile { - local ($afmfile) = @_; - local ($inpreamble, $inmetrics, $inpostamble) = (1,0); - local ($width, $name, $bbox, $prname); - - @preamble = (); - %metrics = (); - %vectorplace = (); - @postamble = (); - - open (AFM, $afmfile) - || die "Can't open afm file: $afmfile\n"; - - while (<AFM>) { - chop; - - push(@postamble, $_) if $inpostamble; - push(@preamble, $_) - if $inpreamble && ! /^EncodingScheme\s/i; - - if (/^EndCharMetrics/) { - $inmetrics = 0; - $inpostamble = 1; - } - - if ($inmetrics) { - $width = $1 if /[;\s]+WX\s+([0-9]+)[;\s]+/; - $name = $1 if /[;\s]+N\s+(\w+)[;\s]+/; - $bbox = $1 if /[;\s]+B\s+([^;]+)[;\s]+/; - die "Invalid line in AFM file: $_\n" - if ($name eq ""); - $metrics{$name} = sprintf("WX %4d ; N %s ; B %s ;", - $width, $name, $bbox); - $vectorplace{$name} = -1; - } - - if (/^StartCharMetrics/) { - $inpreamble = 0; - $inmetrics = 1; - } - } -} - -sub read_encfile { - local ($encfile) = @_; - local ($place, $line); - - open (ENC, $encfile) - || die "Can't open encoding file: $encfile\n"; - - $encname = ""; - @encoding = (); - $#encoding = 256; # set the array length - $vectorlen = 0; - $done = 0; - while (<ENC>) { - chop; - next if /^\s*%/; - - $line = $_; - if ($encname eq "") { - die "Invalid line in encoding file: $_\n" - if ! /\s*\/(.*)\s*\[(.*)$/; - $encname = $1; - $line = $2; - } - - $place = index($line, "%"); - $line = substr($line,$[,$place-1) if $place >= $[; - - $place = index($line, "]"); - if ($place >= $[) { - $line = substr($line,$[,$place-1); - $done = 1; - } - - while ($line =~ /^\s*\/(\S*)\s*(.*)$/) { - @encoding[$vectorlen++] = $1; - $line = $2; - } - - last if $done; - } -} - -############################################################ -# This routine prints a message followed by a potentially -# long list of items, seperated by spaces. It will never -# allow "word wrap" to occur in the middle of a word. There -# has to be a better way, using Perl's report generation to -# do this, but I haven't looked yet. -# -sub print_long_list { - local ($message,@thelist) = @_; - local ($line) = $message; - local ($item, $displaystring) = ("", ""); - - foreach $item (@thelist) { - if (length($line . $item) < 73) { - $line .= $item . ", "; - } else { - $displaystring .= $line . "\n"; - $line = $item . ", "; - } - } - - $line =~ s/(.*),\s*$/$1/; # remove the last ", "... - $displaystring .= $line . "\n"; - - print STDERR $displaystring; -} diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-06 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-06 deleted file mode 100644 index b7fb42f1853..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-06 +++ /dev/null @@ -1,181 +0,0 @@ -#!/usr/local/bin/bash -# -# This script file makes a new X/TeX screen font, because one wasn't -# found. Parameters are: -# -# name dpi bdpi magnification destdir -# -# `name' is the name of the font, such as `cmr10'. `dpi' is -# the resolution the font is needed at. `bdpi' is the base -# resolution, useful for figuring out the mode to make the font -# in. `magnification' is a string to pass to MF as the -# magnification. 'destdir' is the directory in which to cache the new -# font. -# -# Note that this file must execute Metafont, mftobdf, and then bdftosnf, -# and place the result in the correct location for X -# to find it subsequently. -# -# Of course, it needs to be set up for your site. -# -# TEMPDIR needs to be unique for each process because of the possibility -# of simultaneous processes running this script. -TEMPDIR=/tmp/bdf-snf.$$ -NAME=$1 -DPI=$2 -BDPI=$3 -MAG=$4 -MODE=$5 -DESTDIR=$6 -umask 0 - -#declare -i cmfound=0 -#MFDIRS=`echo $MFINPUTS | gawk -F: '{ for (i=1; i<=NF; i++) print $i }'` -#for f in $MFDIRS -#do -# if [ -r $f/$NAME.mf ]; then -# declare -i cmfound=1 -# fi -#done - -if [ -r /usr/local/lib/tex/fonts/ps-outlines/$NAME.pfa ] -then - echo Building X-font from PostScript outline - PStoXfont $1 $2 $3 $4 $5 $6 - exit 0 -else - echo Building X-font from MetaFont outline -fi - -# Something like the following is useful at some sites. -GFNAME=$NAME.$DPI'gf' -BDFNAME=$NAME.$DPI.'bdf' -SNFNAME=$NAME.$DPI.pcf - -COMPRESS=1 - -# check if we're not running with MIT server after all -if xdpyinfo|grep -s 'vendor string: *.*MIT.*'; then -# DESTDIR=/usr/lib/X11/fonts/xtex -# SNFNAME=$NAME.$DPI.'snf' - COMPRESS=0 - MITSERVER=1 -fi - -if test "$COMPRESS" = "1" -then - SNFZNAME=${SNFNAME}'.Z' -else - SNFZNAME=${SNFNAME} -fi - -# Clean up on normal or abnormal exit -trap "cd /; rm -rf $TEMPDIR $DESTDIR/bdftmp.$$ $DESTDIR/snftmp.$$" 0 1 2 15 - -mkdir $TEMPDIR -cd $TEMPDIR - -if test -r $DESTDIR/$BDFNAME -then - echo "$DESTDIR/$BDFNAME already exists!" - exit 0 -fi - -if test -r $DESTDIR/$SNFNAME -then - echo "$DESTDIR/$SNFNAME already exists!" - exit 0 -fi - -if test -r $DESTDIR/$SNFZNAME -then - echo "$DESTDIR/$SNZFNAME already exists!" - exit 0 -fi - - -## -# First try mftobdf, maybe it exists... -## - -echo "1st mftobdf -dpi" $DPI $NAME -mftobdf -dpi $DPI $NAME -if test ! -r $BDFNAME -then - pwd - echo mf "\mode:=$MODE; mag:=$MAG/1000; scrollmode; input $NAME </dev/null" - mf "\mode:=$MODE; mag:=$MAG/1000; scrollmode; input $NAME" </dev/null - if test ! -r $GFNAME - then -# -# My local metafont gives bogus names occasionally. Don't know why. -# - echo "Unable to find $GFNAME in directory "`pwd` - OLDDPI=$DPI - NEWDPI=`expr $DPI - 1` - if [ -r $NAME.$NEWDPI'gf' ] ; then - DPI=$NEWDPI - fi - NEWDPI=`expr $DPI + 1` - if [ -r $NAME.$NEWDPI'gf' ] ; then - DPI=$NEWDPI - fi - if [ -r $NAME.$DPI'gf' ] ; then - GFNAME=$NAME.$DPI'gf' - BDFNAME=$NAME.$DPI.'bdf' - SNFNAME=$NAME.$DPI.pcf - echo "Metafont built $GFNAME instead of $NAME.${OLDDPI}gf, \ -but that's ok..." - gftopk $GFNAME - else - echo "Metafont failed for some reason on $GFNAME, \ -but continuing anyway" - fi - else - gftopk $GFNAME - fi - - echo "mftobdf -dpi" $DPI $NAME - mftobdf -dpi $DPI $NAME - if test ! -r $BDFNAME - then - echo "Mftobdf failed for some reason on $BDFNAME" - exit 1 - fi -fi - -echo "$FONTCOMPILER" -if [ $MITSERVER ]; then - bdftopcf $BDFNAME > $SNFNAME -else - /usr/bin/dxfc $BDFNAME > $SNFNAME -fi -if test ! -r $SNFNAME -then - echo "Font compiler failed for some reason on $SNFNAME" - exit 1 -fi - -# Install the BDF and SNF files carefully, since others may be doing -# the same as us simultaneously. - -#cp $BDFNAME $DESTDIR/bdftmp.$$ -cp $SNFNAME $DESTDIR/snftmp.$$ -cd $DESTDIR -#mv bdftmp.$$ $BDFNAME -mv snftmp.$$ $SNFNAME - -if test "$COMPRESS" = "1" -then - compress -f $SNFNAME -fi - -if [ $MITSERVER ]; then - mkfontdir $DESTDIR -else - /usr/bin/dxmkfontdir $DESTDIR -fi -xset +fp $DESTDIR -xset fp rehash - -exit 0 diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-07 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-07 deleted file mode 100644 index 5ae9a0e61c2..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-07 +++ /dev/null @@ -1,64 +0,0 @@ -#!/usr/local/bin/bash -# -# This script file makes a new X/TeX screen font, because one wasn't -# found. Parameters are: -# -# name dpi bdpi mag mode destdir -# -# `name' is the name of the font, such as `cmr10'. `dpi' is -# the resolution the font is needed at. `bdpi' is the base -# resolution, useful for figuring out the mode to make the font -# in. `magnification' is a string to pass to MF as the -# magnification. 'destdir' is the directory in which to cache the new -# font. -# -# Note that this file must execute Metafont, mftobdf, and then bdftosnf, -# and place the result in the correct location for X -# to find it subsequently. -# -# Of course, it needs to be set up for your site. -# -# TEMPDIR needs to be unique for each process because of the possibility -# of simultaneous processes running this script. -# -# This temp directory has to be under /users/oos/bin (or somewhere globally -# accessible) because this script runs PS2PK on ibis even if it is started -# elsewhere (e.g. on a Sparc). To do so, it uses the "ibis [cmd]" shortcut -# and passes the temp directory. If the TEMPDIR was /tmp/whatever then, -# it would fail because /tmp on a Sparc isn't /tmp on ibis. -TEMPDIR=/users/oos/bin/PStemp/temp-X-PS.$$ - -NAME=$1 -DPI=$2 -BDPI=$3 -MAG=$4 -MODE=$5 -DESTDIR=$6 - -BASENAME=$NAME.$MAG.$BDPI -PTSIZE=`echo "2 k $MAG 100 / p q" | dc` -PFADIR=/usr/local/lib/tex/fonts/ps-outlines/ - -# Clean up on normal or abnormal exit -trap "cd /; rm -rf $TEMPDIR" 0 1 2 15 - -mkdir $TEMPDIR -cd $TEMPDIR - -echo Making ${PTSIZE}pt ${BDPI}dpi version of $NAME. -ps2pk -v -X$BDPI -P$PTSIZE -a$PFADIR/$NAME.afm \ - $PFADIR/$NAME.pfa $BASENAME.pk - -pktobdf $BASENAME.pk | gawk -vname=$NAME.$DPI -f \ - /usr/local/lib/tex/ps/PStoXfont.awk > $BASENAME.bdf -bdftopcf $BASENAME.bdf > $BASENAME.pcf -mv $BASENAME.pcf $DESTDIR - -mkfontdir $DESTDIR -xset +fp $DESTDIR -xset fp rehash - -exit 0 - - - diff --git a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-08 b/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-08 deleted file mode 100644 index 7e860797a8e..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/examples/ex-D-08 +++ /dev/null @@ -1,191 +0,0 @@ -#!/usr/local/bin/perl -# -# txt2verb Copyright (C) 1993 by Norm Walsh <norm@ora.com> -# Distribute freely under the terms of the GNU Copyleft. -# -# Converts a text "screen" into a form suitable for \inputing into TeX -# and printing as a screen dump. The original form is assumed to be -# a series of 80-byte lines with any character in the range 0-255 present -# (including CR and LF in the middle of a line). -# -# The output form is a series of lines of varying length. There is -# one output line for each input line. TeX special characters and all -# characters in the ranges 0-31 and 127-255 are replaced by control -# sequences. -# -# Usage: -# -# txt2verb screenfile <texfile> -# -# If texfile is not specified, stdout is assumed. -# -# Options: -# -# -l File of lines. Input file contains lines of varying length, -# but no imbedded CR or LF chars. -# -v Verbose: print each input line as it's read. -# -q Quiet: no messages. -# -L # Set line length to '#' characters. -# -# To incorporate the resulting screen dump in your Plain TeX or LaTeX -# document, insert the following macro definitions before the first -# screen dump: -# -# \font\screenfont=cr-pc8 at 8pt % use any IBM OEM encoded fixed width font! -# -# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% -# % These macros are derived from The TeXbook pg 380-381 -# \def\uncatcodespecials{\def\do##1{\catcode`##1=12 }\dospecials} -# \def\setupverbatim{\screenfont% -# \def\par{\leavevmode\endgraf\relax}% -# \obeylines\uncatcodespecials% -# \catcode`\\=0\catcode`\{=1\catcode`\}=2\obeyspaces} -# {\obeyspaces\global\let =\ } % let active space be a control space -# \def\screenlisting#1{\par\begingroup% -# \def\c##1{\char##1}\setupverbatim\input{#1}% -# \endgroup} -# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% -# \def\screenbox#1{% -# \vbox{\offinterlineskip% -# \parskip=0pt\parindent=0pt% -# \screenlisting{#1}}} -# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% -# % Input converted file '#1' and set it inside a box with '#2' padding -# % space around the image. -# \def\screendump#1#2{% -# \hbox{\vrule% -# \vbox{\hrule% -# \hbox{\hskip#2% -# \vbox{\vskip#2% -# \def\twentyxs{xxxxxxxxxxxxxxxxxxxx}% -# \setbox0=\hbox{\screenfont\twentyxs\twentyxs\twentyxs\twentyxs}% -# \hbox to \wd0{\screenbox{#1}\hss}% -# \vskip#2}% -# \hskip#2}% -# \hrule}% -# \vrule\hss}} -# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% -# -# To include the converted image 'screen.tex' in your document with 2pt -# of padding around the image, use: -# -# \screendump{screen}{2pt} -# -# in your document. Note: since this is set as an 'hbox', you may need -# to use \leavevmode\screendump{screen}{2pt} -# -########################################################################## - -require 'getopts.pl'; -do Getopts('lvqL:'); - -die "$0: options make no sense: -l and -L $opt_L.\n" if $opt_l && $opt_L; - -$FILEOFLINES = $opt_l; -$VERBOSE = $opt_v; -$QUIET = $opt_q; -$LINELENGTH = $opt_L || 80; - -$capturefile = @ARGV[0] || die "Usage: $0 capturefile <texfile>"; -$texfile = @ARGV[1] || "-"; - -select(STDERR); $| = 1; select(STDOUT); # no buffering of stderr - -%badchars = (); # These characters are illegal on input - -# anything in the control character range -for ($byte = 0; $byte < 32; $byte++) { - $char = sprintf("%c", $byte); - $badchars{$char} = "\\c{$byte}"; -} - -# and anything over 126 -for ($byte = 127; $byte < 256; $byte++) { - $char = sprintf("%c", $byte); - $badchars{$char} = "\\c{$byte}"; -} - -$badchars{"\%"} = '\%'; -$badchars{"\$"} = '\$'; -$badchars{"\&"} = '\&'; -$badchars{"\#"} = '\#'; -$badchars{"\{"} = '\c{123}'; -$badchars{"\}"} = '\c{125}'; -$badchars{"\\"} = '\c{92}'; -$badchars{"\_"} = '\c{95}'; -$badchars{"\^"} = '\c{94}'; - -open (CAPTFILE, $capturefile) - || die "Can't open capture file: $capturefile\n"; -open (TEXFILE, ">$texfile") - || die "Can't open TeX file: $texfile\n"; -while ($line = &get_line()) { - print STDERR "." if $texfile ne "-" && !$VERBOSE && !$QUIET; - print STDERR "$line\n" if $VERBOSE; - - $outputbuf = ""; - while (length($line) > 0) { - $char = substr($line,0,1); - $line = substr($line,1); - - if (defined($badchars{$char})) { - $outputbuf .= $badchars{$char}; - } else { - $outputbuf .= $char; - } - } - print TEXFILE "$outputbuf\n"; -} - -close(CAPTFILE); -close(TEXFILE); - -exit 0; - -sub get_text_line { - local($line); - - if ($line = scalar(<CAPTFILE>)) { - chop($line); - } - - $line; -} - -sub get_data_line { - local($datalen, $line); - - if ($datalen = read(CAPTFILE, $line, $LINELENGTH)) { - # if we got a complete line, look to see if the next - # characters in the file are CR, CR/LF, or LF. If so, remove - # them (assume the are line breaks in the file) - if ($datalen = $LINELENGTH) { - $place = tell(CAPTFILE); - $datalen = read(CAPTFILE, $line, 1); - if ($line eq "\015") { - $place++; - $datalen = read(CAPTFILE, $line, 1); - if ($line ne "\012") { - seek(CAPTFILE, $place, 0); - } - } elsif ($line ne "\012") { - seek(CAPTFILE, $place, 0); - } - } - } else { - return undef; - } - - $line; -} - -sub get_line { - local($line); - if ($FILEOFLINES) { - $line = &get_text_line(); - } else { - $line = &get_data_line(); - } - - $line; -} diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/apa.html b/Master/texmf-doc/doc/english/make-tex-work/html/apa.html deleted file mode 100644 index 5ac16b87c4b..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/apa.html +++ /dev/null @@ -1,903 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Appendix A. Filename Extension Summary</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt03.html" - title="Part III. A Tools Overview" /> - <link rel="previous" href="ch16.html" - title="Chapter 16. TeX Utilities" /> - <link rel="next" href="apb.html" - title="Appendix B. Font Samples" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Chapter 16. TeX Utilities" - href="ch16.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Appendix B. Font Samples" - href="apb.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="appendix"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="chap.fileext" - name="chap.fileext"></a>Appendix A. Filename - Extension Summary</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - </div> - - <p>This chapter summarizes many common filename extensions. - The extensions are listed in alphabetical order. All - extensions can be shortened to three letters for consistency - with operating systems that do not allow longer file - extensions. On other file systems, they may be slightly - different. For example, <tt>EPS</tt> files are sometimes - called <tt>EPSF</tt> files on unix systems, which allow - longer filenames.</p> - - <div class="variablelist"> - <dl> - <dt><span class="term">abf</span></dt> - - <dd> - <p>An Adobe binary screen font file contains a binary - encoding of a BDF (bitmap distribution format) file. - Binary encoding makes the files smaller, but it also - makes them less portable and unintelligible to humans. - The binary format is described in Adobe's ABF Format - Specification [<a - href="bi01.html#abffiles">abffiles</a>]. BDF files are - described below.</p> - </dd> - - <dt><span class="term">afm</span></dt> - - <dd> - <p>Adobe font metrics files are ASCII files distributed - with \ps Type 1 fonts. Type 1 fonts are the - linearly scalable fonts that \ps printer users are most - familiar with. Bounding boxes, an encoding vector (what - characters go where), kerning, and ligature information - are among the things described in this file. The AFM - file format is described completely in Adobe's AFM - Format Specification [<a - href="bi01.html#afmfiles">afmfiles</a>].</p> - - <p>\ps fonts (available through commercial vendors or - from the Internet) are supplied with AFM files. - Generally, the only occasion that you would have to - modify an AFM file would be to change the encoding - vector.</p> - </dd> - - <dt><span class="term">aux</span></dt> - - <dd> - <p>Auxiliary files are built by LaTeX each time it - formats a document. LaTeX writes information about - cross references, citations, etc., to the auxiliary - file for post-processing by other tools, or for TeX - processing the next time this document is - formatted.</p> - </dd> - - <dt><span class="term">bbl</span></dt> - - <dd> - <p>Bibliography files are created by BibTeX from the - citations in your document, the bibliography databases - (BIB) that you specify, and the bibliography style - (BST) you use. BibTeX writes the resulting bibliography - to the BBL file, which is automatically included in - your LaTeX document at the place where you define the - bibliography.</p> - </dd> - - <dt><span class="term">bdf</span></dt> - - <dd> - <p>Bitmap distribution format files are ASCII files - that describe a bitmap font. They are frequently used - to distribute bitmap versions of scalable fonts in - screen resolution at common sizes. They are resolution - specific, but they are portable from one architecture - to another. The BDF file format is described completely - in Adobe's BDF Format Specification [<a - href="bi01.html#bdffiles">bdffiles</a>].</p> - - <p>Some fonts packages are distributed with BDF files. - Other BDF files are created as part of the conversion - process from native format to X11 format. It is - unlikely that you would ever create one purely by - hand.</p> - </dd> - - <dt><span class="term">bib</span></dt> - - <dd> - <p>Bibliography databases contain bibliographic - information. These are generally handwritten and may - contain bibliographic information for all of the - sources that you are (ever) likely to cite. The BibTeX - program reads information about each work that you - FIXME: from the BIB file. Consult the documentation for - BibTeX for more information about the format of BIB - files.</p> - </dd> - - <dt><span class="term">blg</span></dt> - - <dd> - <p>BibTeX log files record the status of the last run - of BibTeX.</p> - </dd> - - <dt><span class="term">bst</span></dt> - - <dd> - <p>Bibliography style files are used by BibTeX to - define the layout of the citations. BibTeX produces - LaTeX commands in the BBL file that define the - citations in the format specified by the BST file.</p> - - <p>You may eventually write or modify a bibliography - style file, but it is less common than modifying LaTeX - style files because bibliographies have a more rigidly - defined format. Consult the documentation for BibTeX - for more information about the format of BST files.</p> - </dd> - - <dt><span class="term">bzr</span></dt> - - <dd> - <p>The GNU fontutils define the BZR format to hold - generic scalable font data. The file actually contains - the specification for a series of bezier curves. The - BZR file format is defined in the TeXinfo pages that - accompany the GNU fontutils. The GNU fontutils create - BZR files.</p> - </dd> - - <dt><span class="term">dvi</span></dt> - - <dd> - <p>TeX produces device-independent output in the DVI - file. This file describes the TeXed document in a - simple stack language that can be rendered on any - device. The format of DVI files is described in the - \web documentation for <b>DVItype</b>, or in <span - class="emphasis"><em>The DVI Drivers - Standard</em></span> [<a - href="bi01.html#dvi:standard">dvi:standard</a>].</p> - - <p>TeX (and some <b>MFware</b> utilities) produces DVI - files.</p> - - <p>\hyphenation{encap-sulated}</p> - </dd> - - <dt><span class="term">epsf</span></dt> - - <dd> - <p>Encapsulated \ps files contain scalable \ps images - and extra information (such as the size of the image's - bounding box) that is necessary to scale the image - appropriately for printing, unlike generic \ps. Using - encapsulated \ps images in your TeX document requires a - DVI driver that understands \ps \specials. How to - include pictures and figures via encapsulated - PostScript is described in detail in Chapter <a - href="ch06.html" - title="Chapter 6. Pictures and Figures">Chapter 6</a>, - <span class="emphasis"><em><a href="ch06.html" - title="Chapter 6. Pictures and Figures">Chapter 6</a></em></span>.</p> - - <p>You are unlikely to create encapsulated \ps files by - hand, but many drawing and drafting programs can create - them for you.</p> - </dd> - - <dt><span class="term">fig</span></dt> - - <dd> - <p>FIG files are created by the <b>XFig</b> program - (and possibly other programs). The scalable - representation of a collection of graphics objects is - stored in ASCII form in FIG files. The <b>transfig</b> - program can translate FIG files into a number of other - formats including EPSF, HPGL, and a variety of LaTeX - environments.</p> - </dd> - - <dt><span class="term">fli</span></dt> - - <dd> - <p>Font libraries are distributed with emTeX. They - contain a collection of PK files. Font libraries have - several advantages over a directory full of PK files: - they are easier to maintain (because you don't have to - deal with hundreds of files); they are faster to search - (because they are indexed more efficiently than a - directory); they are smaller (because <span - class="emphasis"><em>each</em></span> PK file wastes an - average of half a cluster of disk space); and the name - of each font is not limited to eight characters as it - is under MS-DOS file naming conventions.</p> - - <p>Note: <b>dvips</b> can also use emTeX FLI files.</p> - </dd> - - <dt><span class="term">gf</span></dt> - - <dd> - <p>Generic font files contain bitmap data for the - characters of a font. The GF format is very simple, and - many TeX related programs that create fonts produce GF - files. The disadvantage of GF files is that they are - very large (because no compression is performed). The - format of GF files is described in the \web - documentation for <b>GFtoPK</b> (or any of the - GF-related <b>MFware</b> programs).</p> - - <p>MetaFont is the primary source for GF files. Some - other programs (some of the GNU fontutils, for example) - also produce GF files.</p> - </dd> - - <dt><span class="term">gif</span></dt> - - <dd> - <p>Graphics interchange format is a CompuServe bitmap - graphics standard. GIF files are very popular, and a - number of converters (e.g., <b>BM2FONT</b>) can - translate GIF files into a format usable by TeX.</p> - </dd> - - <dt><span class="term">glo</span></dt> - - <dd> - <p>Glossary files are produced by the LaTeX \glossary - command. They are analogous to the IDX files produced - by the \index commands. The glossary is inserted in - your document wherever the \makeglossary command - occurs.</p> - </dd> - - <dt><span class="term">gsf</span></dt> - - <dd> - <p>Ghostscript fonts are scalable fonts very similar to - \ps Type 1 fonts. Theoretically, - <b>Ghostscript</b> can use \ps Type 1 fonts - directly, although I have never tried. Several GSF - fonts are distributed with <b>Ghostscript</b>.</p> - </dd> - - <dt><span class="term">hpgl</span></dt> - - <dd> - <p>Hewlett-Packard GL is a plotter language. Many - programs can produce vector graphics in HPGL - format.</p> - </dd> - - <dt><span class="term">hptfm</span></dt> - - <dd> - <p>Hewlett-Packard tagged font metric files are a lot - like TeX TFM files. It is unfortunate that both files - have the extension TFM because they are completely - incompatible. You can generate TeX TFM files from - HPTFMs with the <b>HPTFM2PL</b> program.</p> - </dd> - - <dt><span class="term">idx</span></dt> - - <dd> - <p>Index files are produced automatically when you use - the \index commands in LaTeX. The IDX file contains raw - indexing data that will be used by the <b>MakeIndex</b> - program to build an index for your document. You must - include the <tt>makeidx</tt> style in your - <tt>documentstyle</tt> command, and you must turn on - indexing with \makeindex in the preamble of your - document if you wish to (re)build the index. See the - entry for IND files below for more information.</p> - </dd> - - <dt><span class="term">ilg</span></dt> - - <dd> - <p><b>MakeIndex</b> log files record the status of the - last run of <b>MakeIndex</b>.</p> - </dd> - - <dt><span class="term">img</span></dt> - - <dd> - <p>The IMG format is a particular bitmapped image - format used by the GEM Window System (a PC-based - windowed desktop interface product). The GNU fontutils - read IMG files as their default format. The - <b>PBMplus</b> utilities<sup>[<a id="id2942243" - name="id2942243" href="#ftn.id2942243">129</a>]</sup> - can convert between many graphics file formats, - including IMG.</p> - - <p>Some scanning software produces IMG files directly. - Other IMG files are distributed by the Free Software - Foundation as part of an ongoing project to produce - high-quality, free typefaces.</p> - </dd> - - <dt><span class="term">ind</span></dt> - - <dd> - <p>Index files are produced by the <b>MakeIndex</b> and - automatically get included into your LaTeX document - wherever you put the \printindex command. The \index - commands in your LaTeX document write raw indexing data - to the IDX file. <b>MakeIndex</b> reads the IDX file, - sorts and formats the index according to the IST file, - and produces an IND file for your document.</p> - </dd> - - <dt><span class="term">ist</span></dt> - - <dd> - <p>Index specification files are used by - <b>MakeIndex</b> to format the index file. Consult the - documentation for <b>MakeIndex</b> for more - information.</p> - </dd> - - <dt><span class="term">jpeg</span></dt> - - <dd> - <p>JPEG files are compressed bitmap images. Because - JPEG files use a “lossy” compression - algorithm, they are frequently much smaller than other - formats.</p> - </dd> - - <dt><span class="term">lof</span></dt> - - <dd> - <p>List of figures files are produced by the - \listoffigures command in LaTeX. After seeing - \listoffigures, LaTeX writes figure captions to the LOF - file. The next time the document is formatted, LaTeX - will insert the LOF file at the point where you issue - the \listoffigures command.</p> - </dd> - - <dt><span class="term">log</span></dt> - - <dd> - <p>Log files are always produced by TeX and MetaFont. - The LOG file is generally uninteresting. Status and - warning messages deemed too trivial (or too detailed) - for the display are written to the log file (all - messages written to the display are also written to the - log).</p> - </dd> - - <dt><span class="term">lot</span></dt> - - <dd> - <p>List of tables files are exactly analogous to LOF - files.</p> - </dd> - - <dt><span class="term">mf</span></dt> - - <dd> - <p>Just as TeX reads TEX files, which are plain ASCII - descriptions of a typeset document, MetaFont reads MF - files, which are plain ASCII descriptions of a - typeface. MetaFont and MF files are the topic of - Knuth's \MFbook [<a - href="bi01.html#kn:mfbook">kn:mfbook</a>]. Unlike \ps - fonts, MetaFont fonts are not linearly scaled.<sup>[<a - id="id2942471" name="id2942471" - href="#ftn.id2942471">130</a>]</sup></p> - - <p>The standard TeX distribution contains the MF files - for the Computer Modern fonts. Knuth has produced - several more MF files to demonstrate MetaFont. The - American Mathematical Society has extended Computer - Modern with several more. The <b>MFpic</b> macro - package produces MF files from a picture-like - environment in TeX. \TheMFbook describes how to create - your own fonts with MetaFont.</p> - - <p>The <span class="emphasis"><em>List of - MetaFonts</em></span> [<a - href="bi01.html#lreq:metafonts">lreq:metafonts</a>] is - posted occasionally to the newsgroups - \path|comp.text.tex| and \path|comp.fonts|.</p> - - <p>Chapter <a href="ch11.html" - title="Chapter 11. Introducing MetaFont">Chapter 11</a>, - <span class="emphasis"><em><a href="ch11.html" - title="Chapter 11. Introducing MetaFont">Chapter 11</a></em></span>, - describes MetaFont in more detail. The TeX fonts - available in MetaFont format are listed in - Chapter <a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, - <span class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>.</p> - </dd> - - <dt><span class="term">mfj</span></dt> - - <dd> - <p>MFjob files are plain ASCII files that contain - instructions for <b>MFjob</b>, an emTeX program that - builds groups of MetaFont fonts. MFJ files can be - created by hand to automate the process of building a - set of fonts. They are also created by the emTeX DVI - drivers if automatic font generation is being used.</p> - </dd> - - <dt><span class="term">msp</span></dt> - - <dd> - <p>Microsoft Paint files contain bitmapped graphic - images. They can be included in a TeX document with - \special commands recognized by the emTeX DVI - drivers.</p> - </dd> - - <dt><span class="term">pbm</span></dt> - - <dd> - <p>The portable bitmap format is a flexible bitmap - representation introduced by the <b>PBMplus</b> - package. The <b>PBMplus</b> utilities allow for the - conversion of PBM format files to and from almost - anything else. The PBM format (and all the utilities) - are described in the manpages that accompany the - <b>PBMplus</b> toolkit distribution.</p> - - <p>The PBM toolkit and many other X11 graphics - utilities can read and write PBM files (e.g. XV).</p> - </dd> - - <dt><span class="term">pcf</span></dt> - - <dd> - <p>The PCF format is one of several X11 bitmap font - formats. Architecture-specific versions of X11 use PCF - files. Other architectures use one of a number of other - architecture-specific formats (e.g., SNF). PCF files - are used by at least the DEC versions of the X11 - server. The X11 distribution for your architecture - includes a program that will convert BDF files to the - standard adopted for your architecture.</p> - - <p>PCF files are almost invariably created from some - other source. It is unlikely that you will ever create - one by hand.</p> - </dd> - - <dt><span class="term">pcl</span></dt> - - <dd> - <p>PCL files contain printer commands for HP LaserJet - printers. DVI drivers for HP LaserJet printers create - PCL files. It is possible to get information out of - some PCL files with <b>pcltomsp</b>.</p> - </dd> - - <dt><span class="term">pcx</span></dt> - - <dd> - <p>PCX files contain bitmapped graphic images. They can - be included in a TeX document with \special commands - recognized by the emTeX DVI drivers.</p> - </dd> - - <dt><span class="term">pfa</span></dt> - - <dd> - <p>Printer font ASCII files contain scalable outline - data that describes each character in a Type 1 - font. A large portion of this file is encrypted, so it - is an ASCII file only in the sense that the binary - portion is represented as a string of hexadecimal ASCII - digits. This is traditional \ps because it is pure - ASCII. See PFB below.</p> - - <p>Type 1 outline fonts are created by special - font editing programs or conversion tools (e.g. the GNU - fontutils).</p> - </dd> - - <dt><span class="term">pfb</span></dt> - - <dd> - <p>Printer font binary files, like PFA files, contain - the outline data for \ps Type 1 fonts. The binary - format was adopted to save space (they are generally - about half the size of their PFA counterparts).<sup>[<a - id="id2942788" name="id2942788" - href="#ftn.id2942788">131</a>]</sup> Because they are - binary files, it is more difficult to transfer them - from one architecture to another (endian-ness, binary - transmission, etc.). \ps purists are apt to disparage - them.</p> - </dd> - - <dt><span class="term">pfm</span></dt> - - <dd> - <p>Printer font metric files are a Microsoft Windows - standard. They are encountered frequently in archives - that contain Type 1 fonts. Unfortunately, these - archives occasionally fail to include AFM files, which - are more standard outside of the Windows community. - Even more unfortunately, PFM files do not contain all - of the information that is in an AFM file. However, the - <b>PFM2AFM</b> program can construct a partial AFM - file. I believe that the PFM file format is described - in a Microsoft technical note; however, I have never - seen it.</p> - - <p>Unless you use Microsoft Windows, PFM files are - likely to be useless. If you need PFM files, the MS-DOS - program <b>Refont</b> can create them from AFM - files.</p> - </dd> - - <dt><span class="term">pk</span></dt> - - <dd> - <p>Most TeX DVI conversion programs read packed bitmap - font files. The PK font format defines a clever scheme - that allows bitmap fonts to be compressed - significantly. The format of PK files is described in - the \web documentation for <b>PKtype</b> (or any of the - PK-related <b>MFware</b> programs).</p> - - <p>You are unlikely to create PK files by hand, per se, - but there are a number of utility programs that - ultimately create PK files (e.g., <b>GFtoPK</b>, - MetaFont, <b>MFpic</b>, <b>PS2PK</b>).</p> - </dd> - - <dt><span class="term">pl</span></dt> - - <dd> - <p>A property list file contains an ASCII - representation of a binary file. The property list - format was created during TeX development to allow - binary files (specifically TFM files) to be hand-coded. - Most users have no reason to create PL files; however, - some programs create PL files that must be converted - into TFM files with the TeXware program <b>PLtoTF</b>. - The PL format is described in the \web documentation - for <b>PLtoTF</b>.</p> - - <p>If you need to edit TeX font metric information for - a particular font, you will almost certainly do so by - editing the PL file. You can create a PL file from a - TFM file with the <b>TFtoPL</b> utility.</p> - </dd> - - <dt><span class="term">ps</span></dt> - - <dd> - <p>\ps is a page description language. The \ps language - is described in a series of volumes from Adobe Systems. - PS is a common extension for \ps files.</p> - - <p>Unless you are inclined to enter the Obfuscated \ps - Contest, you are unlikely to create \ps files by hand. - \ps files are created by many common tools.</p> - </dd> - - <dt><span class="term">pxl</span></dt> - - <dd> - <p>This format is obsolete. It has been completely - superseded by the PK format. If you still have PXL - files, you can convert them to PK format with the - <b>PXtoPK</b> program. If you are still using a DVI - driver that needs PXL files, you need an upgrade.</p> - </dd> - - <dt><span class="term">sfl</span></dt> - - <dd> - <p>These files contain HP LaserJet softfonts in - landscape orientation. LaserJet softfonts are device - specific bitmap representations of a typeface. The - bitmap versions are described thoroughly in the <span - class="emphasis"><em>LaserJet Technical Reference - Manual</em></span> [<a - href="bi01.html#pcl5:techref">pcl5:techref</a>] for - each of the HP LaserJet printers. Newer laser printers - can perform automatic rotation of fonts (in 90 degree - increments, at least), so the distinction between - landscape and portrait font files is disappearing.</p> - </dd> - - <dt><span class="term">sfp</span></dt> - - <dd> - <p>These files contain HP LaserJet softfonts in - portrait orientation. See the entry for SFL files, - above.</p> - </dd> - - <dt><span class="term">sfs</span></dt> - - <dd> - <p>Scalable softfonts are HP LaserJet softfonts for the - new (HPLJ III and higher) LaserJet printers. These are - really in AGFA IntelliFont Scalable format [<a - href="bi01.html#intellifont">intellifont</a>].</p> - </dd> - - <dt><span class="term">snf</span></dt> - - <dd> - <p>Server native format fonts are another version of - X11 bitmap font. See the entry for PCF files, above, - for more information.</p> - </dd> - - <dt><span class="term">sty</span></dt> - - <dd> - <p>Style files are used by LaTeX to define the layout - of a LaTeX document (by redefining the meaning of - commands like \section, for example). They are also - used commonly to extend LaTeX. See the LaTeX - manual [<a - href="bi01.html#ll:latexbook">ll:latexbook</a>] for - more information.</p> - - <p>Style files are really just TeX files that perform - specific tasks. You will eventually write or modify a - style file, but it isn't something you are likely to do - every day.</p> - </dd> - - <dt><span class="term">tex</span></dt> - - <dd> - <p>TEX files describe the layout of a typeset document - in the TeX programming language,<sup>[<a id="id2943178" - name="id2943178" href="#ftn.id2943178">132</a>]</sup> - as defined by <span class="emphasis"><em>The - TeXbook</em></span> [<a - href="bi01.html#kn:texbook">kn:texbook</a>]. Most - people use some form of macro package on top of TeX to - make the language easier to swallow. If a TeX file - begins with \documentstyle{} or has \begin{document} - somewhere near the top, it is probably a LaTeX - document. Otherwise, look for the \input commands to - see what macro packages are being included.</p> - - <p>Documents that do not appear to be LaTeX documents - and do not appear to \input special macro packages may - be using a special <span - class="emphasis"><em>format</em></span>. Formats are - fast-loading precompiled macro packages. If you know - the name of the format file, you can tell TeX to use it - by typing &<span - class="emphasis"><em>format-name</em></span> as a - parameter to TeX.</p> - </dd> - - <dt><span class="term">tiff</span></dt> - - <dd> - <p>TIFF files contain bitmapped or vector graphic - images in a very flexible form. The “T” in - TIFF stands for “tagged.” All of the - different kinds of information (regarding number of - colors, compression, etc.) that might appear in a TIFF - file are given unique tags that allow a TIFF file - reader to skip over information that it does not - understand.</p> - </dd> - - <dt><span class="term">tfm</span></dt> - - <dd> - <p>TeX font metric files contain information about - fonts. TeX doesn't know anything about the intrinsic - shape of the characters that it lays down on the page. - TeX deals entirely with boxes. Every character is - described by the rectangular box that (usually) - surrounds it. The TFM file for a font describes the - size of each character's box, as well as ligature and - kerning information for the font. A human-readable - version of a TFM file can be produced with the - <b>TFtoPL</b> program. The format of TFM files is - described thoroughly in the \web documentation for - <b>TFtoPL</b>.</p> - - <p>If you have reason to modify a TFM file, you will - almost certainly do so by converting it to PL format - first. You can convert it back into a TFM file with the - <b>PLtoTF</b> utility.</p> - - <p>See also HPTFM files.</p> - </dd> - - <dt><span class="term">toc</span></dt> - - <dd> - <p>Table of contents files are produced by the - \tableofcontents command in LaTeX. After seeing - \tableofcontents, LaTeX writes chapter, section, - subsection, etc., names to the TOC file. The next time - the document is formatted, LaTeX will insert the TOC - file at the point where you issue the \tableofcontents - command.</p> - </dd> - - <dt><span class="term">txt</span></dt> - - <dd> - <p>Generic ASCII text.</p> - </dd> - - <dt><span class="term">vf</span></dt> - - <dd> - <p>Virtual font files. They are described in more - detail in Chapter <a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, - <span class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>. - In short, a virtual font maps a character to an - arbitrary sequence of <tt>DVI</tt> file commands. This - may be another character in a different font, a - different character in the same font, or something else - entirely.</p> - </dd> - - <dt><span class="term">vpl</span></dt> - - <dd> - <p>The virtual property list is a property list file - for virtual fonts (as opposed to being some sort of - property list file that was itself virtual ;-). VPL - files serve the same purpose for VF files that PL files - serve for TFM files. The VPL format is defined in the - \web documentation for <b>VPtoVF</b>.</p> - </dd> - - <dt><span class="term">xbm</span></dt> - - <dd> - <p>X11 bitmap files contain a bitmapped image. X11 - icons are frequently stored in XBM files. They also - occur in <tt>.icon</tt> files and files without - extensions (e.g., in - <tt>/usr/include/X11/bitmaps</tt>). I mention them here - only because I like to use icons on my X11 desktop, and - I have used <b>PKtoBM</b> to create several nice ones - from TeX PK files.</p> - - <p>X11 bitmap files are used for all bitmap displays in - the X11 server (not just icons). Because they are ASCII - and not binary, they are architecture independent, - which makes them very portable.\par</p> - </dd> - </dl> - </div> - - <div class="footnotes"> - <br /> - <hr width="100" align="left" /> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2942243" name="ftn.id2942243" - href="#id2942243">129</a>]</sup> {The <b>PBMplus</b> - utilities are a collection of programs that allow - conversion between different graphic formats by using the - PBM format as a transition step.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2942471" name="ftn.id2942471" - href="#id2942471">130</a>]</sup> {Linear versus - non-linear scaling is a typographic issue better - discussed elsewhere. I mention it here just for - completeness.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2942788" name="ftn.id2942788" - href="#id2942788">131</a>]</sup> {The proof is left as an - exercise to the reader (I always wanted to say - that).}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2943178" name="ftn.id2943178" - href="#id2943178">132</a>]</sup> You already knew this, - didn't you?</p> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Chapter 16. TeX Utilities" - href="ch16.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Appendix B. Font Samples" - href="apb.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left">Chapter 16. TeX - Utilities </td> - - <td width="20%" align="center"><a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Appendix B. Font Samples</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/apb.html b/Master/texmf-doc/doc/english/make-tex-work/html/apb.html deleted file mode 100644 index 87dccbe0fb9..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/apb.html +++ /dev/null @@ -1,2557 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Appendix B. Font Samples</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt03.html" - title="Part III. A Tools Overview" /> - <link rel="previous" href="apa.html" - title="Appendix A. Filename Extension Summary" /> - <link rel="next" href="apc.html" - title="Appendix C. Resources" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Appendix A. Filename Extension Summary" - href="apa.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Appendix C. Resources" - href="apc.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="appendix"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="app.fonts" - name="app.fonts"></a>Appendix B. Font - Samples</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - </div> - - <p>This appendix showcases a number of MetaFont fonts. First, - several examples of encoding vectors are presented and then - samples of many fonts from the CTAN archives are - provided.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2941555" - name="id2941555"></a>Font Encodings</h2> - </div> - </div> - - <p>Font encoding vectors are described in Chapter <a - href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, - <span class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>. - Table <a href="apb.html#tab.cmrencode" - title="Table B.1. The Computer Modern Roman Font Encoding"> - Table B.1</a> shows the Computer Modern Text encoding, - Table <a href="apb.html#tab.cmmiencode" - title="Table B.2. The Computer Modern Math Italic Font Encoding"> - Table B.2</a> shows the Computer Modern Math Italic - encoding, Table <a - href="apb.html#tab.font.corkencoding" - title="Table B.3. The Cork Font Encoding">Table B.3</a> - shows the Cork encoding, and Table <a - href="apb.html#tab.adbstdencode" - title="Table B.4. The Adobe Standard Font Encoding"> - Table B.4</a> shows the Adobe Standard encoding.</p> - - <p>\font\dcr=cmr12 \typeout{Setting CMR Encoding table}</p> - - <div class="table"> - <a id="tab.cmrencode" name="tab.cmrencode"></a> - - <p class="title"><b>Table B.1. The Computer - Modern Roman Font Encoding</b></p> - - <table summary="The Computer Modern Roman Font Encoding" - border="1"> - <colgroup> - <col align="right" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - </colgroup> - - <thead> - <tr> - <th align="right">\colcount=0</th> - - <th align="center">\bf 0</th> - - <th align="center">\bf 1</th> - - <th align="center">\bf 2</th> - - <th align="center">\bf 3</th> - - <th align="center">\bf 4</th> - - <th align="center">\bf 5</th> - - <th align="center">\bf 6</th> - - <th align="center">\bf 7\strut</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="right">\colnum{0}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{1}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{2}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{3}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{4}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{5}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{6}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{7}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right"> </td> - - <td align="center">\bf 8</td> - - <td align="center">\bf 9</td> - - <td align="center">\bf A</td> - - <td align="center">\bf B</td> - - <td align="center">\bf C</td> - - <td align="center">\bf D</td> - - <td align="center">\bf E</td> - - <td align="center">\bf F\strut</td> - </tr> - </tbody> - </table> - </div> - - <p>\font\dcr=cmmi12 \typeout{Setting CMIT Encoding - table}</p> - - <div class="table"> - <a id="tab.cmmiencode" name="tab.cmmiencode"></a> - - <p class="title"><b>Table B.2. The Computer - Modern Math Italic Font Encoding</b></p> - - <table - summary="The Computer Modern Math Italic Font Encoding" - border="1"> - <colgroup> - <col align="right" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - </colgroup> - - <thead> - <tr> - <th align="right">\colcount=0</th> - - <th align="center">\bf 0</th> - - <th align="center">\bf 1</th> - - <th align="center">\bf 2</th> - - <th align="center">\bf 3</th> - - <th align="center">\bf 4</th> - - <th align="center">\bf 5</th> - - <th align="center">\bf 6</th> - - <th align="center">\bf 7\strut</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="right">\colnum{0}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{1}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{2}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{3}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{4}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{5}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{6}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{7}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right"> </td> - - <td align="center">\bf 8</td> - - <td align="center">\bf 9</td> - - <td align="center">\bf A</td> - - <td align="center">\bf B</td> - - <td align="center">\bf C</td> - - <td align="center">\bf D</td> - - <td align="center">\bf E</td> - - <td align="center">\bf F\strut</td> - </tr> - </tbody> - </table> - </div> - - <p>\typeout{Setting Cork Encoding table}</p> - - <div class="table"> - <a id="tab.font.corkencoding" - name="tab.font.corkencoding"></a> - - <p class="title"><b>Table B.3. The Cork Font - Encoding</b></p> - - <table summary="The Cork Font Encoding" border="1"> - <colgroup> - <col align="right" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - </colgroup> - - <thead> - <tr> - <th align="right"> </th> - - <th align="center">\bf 0</th> - - <th align="center">\bf 1</th> - - <th align="center">\bf 2</th> - - <th align="center">\bf 3</th> - - <th align="center">\bf 4</th> - - <th align="center">\bf 5</th> - - <th align="center">\bf 6</th> - - <th align="center">\bf 7\strut</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="right"> </td> - - <td align="center">\bf 8</td> - - <td align="center">\bf 9</td> - - <td align="center">\bf A</td> - - <td align="center">\bf B</td> - - <td align="center">\bf C</td> - - <td align="center">\bf D</td> - - <td align="center">\bf E</td> - - <td align="center">\bf F\strut</td> - </tr> - - <tr> - <td align="right">\endfoot \colnum{0}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{1}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{2}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{3}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{4}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{5}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{6}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{7}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{8}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{A}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{B}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{C}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{D}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{E}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{F}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - </tbody> - </table> - </div> - - <p>\font\dcr=grlg at 12pt \typeout{Setting Adobe Standard - Encoding table}</p> - - <div class="table"> - <a id="tab.adbstdencode" name="tab.adbstdencode"></a> - - <p class="title"><b>Table B.4. The Adobe - Standard Font Encoding</b></p> - - <table summary="The Adobe Standard Font Encoding" - border="1"> - <colgroup> - <col align="right" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - <col align="center" /> - </colgroup> - - <thead> - <tr> - <th align="right"> </th> - - <th align="center">\bf 0</th> - - <th align="center">\bf 1</th> - - <th align="center">\bf 2</th> - - <th align="center">\bf 3</th> - - <th align="center">\bf 4</th> - - <th align="center">\bf 5</th> - - <th align="center">\bf 6</th> - - <th align="center">\bf 7\strut</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="right"> </td> - - <td align="center">\bf 8</td> - - <td align="center">\bf 9</td> - - <td align="center">\bf A</td> - - <td align="center">\bf B</td> - - <td align="center">\bf C</td> - - <td align="center">\bf D</td> - - <td align="center">\bf E</td> - - <td align="center">\bf F\strut</td> - </tr> - - <tr> - <td align="right">\endfoot \colnum{0}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{1}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{2}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{3}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{4}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{5}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{6}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{7}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{8}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{A}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{B}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{C}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{D}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{E}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\colnum{F}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="right">\cline{2-9}</td> - - <td align="center">\row</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - </tbody> - </table> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2945478" - name="id2945478"></a>Font Samples</h2> - </div> - </div> - - <p>MetaFont, like TeX, has been widely ported and many - people have developed fonts using it. The remainder of this - appendix shows examples of many of the fonts available in - the CTAN archives in February, 1994.</p> - - <p>\fontdir{fonts/ams/amsfonts/cyrillic} - \fontsample{wncyb10} \fontsample{wncyi10} - \fontsample{wncyr10} \fontsample{wncysc10} - \fontsample{wncyss10}</p> - - <p>\fontdir{fonts/ams/amsfonts/euler} \fontsample{euex10} - \fontsample{eufb10} \fontsample{eufm10} \fontsample{eurb10} - \fontsample{eurm10} \fontsample{eusb10} - \fontsample{eusm10}</p> - - <p>\fontdir{fonts/ams/amsfonts/extracm} \fontsample{cmbsy9} - \fontsample{cmcsc9} \fontsample{cmex9} - \fontsample{cmmib9}</p> - - <p>\fontdir{fonts/ams/amsfonts/symbols} \fontsample{msam10} - \fontsample[-52pt]{msbm10}</p> - - <p>\fontdir{fonts/apl} \fontsample{cmapl10}</p> - - <p>\fontdir{fonts/astro} \fontsample{astrosym}</p> - - <p>\fontdir{fonts/bard} \fontsample{bard}</p> - - <p>\fontdir{fonts/bashkirian} \fontsample{jkbash10} - \fontsample{jkcyr10}</p> - - <p>\fontdir{fonts/bbding} \fontsample{bbding10}</p> - - <p>\fontdir{fonts/bbold} \fontsample{bbold10} - \fontsample{cspex10}</p> - - <p>\fontdir{fonts/blackletter} \fontsample{blackletter}</p> - - <p>\fontdir{fonts/calligra} \fontsample{callig15}</p> - - <p>\fontdir{fonts/chess} \fontsample{chess10} - \fontsample{chessf10}</p> - - <p>\fontdir{fonts/cirth} \fontsample{cirbf} - \fontsample{cirsl} \fontsample{cirss} - \fontsample{cirth}</p> - - <p>\fontdir{fonts/cm} \fontsample{cmb10} - \fontsample{cmbsy10} \fontsample{cmbx10} - \fontsample{cmbxsl10} \fontsample{cmbxti10} - \fontsample{cmcsc10} \fontsample{cmdunh10} - \fontsample{cmex10} \fontsample{cmff10} \fontsample{cmfi10} - \fontsample{cmfib8} \fontsample{cmitt10} - \fontsample{cmmi10} \fontsample{cmmib10} \fontsample{cmr10} - \fontsample{cmsl10} \fontsample{cmsltt10} - \fontsample{cmss10} \fontsample{cmssbx10} - \fontsample{cmssdc10} \fontsample{cmssi10} - \fontsample{cmssq8} \fontsample{cmssqi8} - \fontsample{cmsy10} \fontsample{cmtcsc10} - \fontsample{cmtex10} \fontsample{cmti10} - \fontsample{cmtt10} \fontsample{cmu10} - \fontsample{cmvtt10}</p> - - <p>\fontdir{fonts/cm/utility} \fontsample{grdov5} - \fontsample{logo10} \fontsample{logo10} - \fontsample{logobf10} \fontsample{logobf10} - \fontsample{logosl10} \fontsample{logosl10} - \fontsample{slaps4} \fontsample{sldov6}</p> - - <p>\fontdir{fonts/cmastro} \fontsample{cmastro10}</p> - - <p>\fontdir{fonts/cmcyr} \fontsample{cmcbx10} - \fontsample{cmcbxsl10} \fontsample{cmcbxti10} - \fontsample{cmcitt10} \fontsample{cmcsl10} - \fontsample{cmcss10} \fontsample{cmcssdc10} - \fontsample{cmcti10} \fontsample{cmctt10} - \fontsample{cmcyr10}</p> - - <p>\fontdir{fonts/cmoefont} \fontsample{cmoebx10} - \fontsample{cmoer10} \fontsample{cmoesc10} - \fontsample{cmoesl10} \fontsample{cmoeti10} - \fontsample{cmoett10}</p> - - <p>\fontdir{fonts/cmpica} \fontsample{cmpicab} - \fontsample{cmpicati} \fontsample{cmpica}</p> - - <p>\fontdir{fonts/concrete} \fontsample{cccsc10} - \fontsample{ccmi10} \fontsample{ccr10} \fontsample{ccsl10} - \fontsample{ccslc9} \fontsample{ccti10}</p> - - <p>\fontdir{fonts/duerer} \fontsample{cdb10} - \fontsample{cdi10} \fontsample{cdr10} \fontsample{cdsl10} - \fontsample{cdss10} \fontsample{cdtt10}</p> - - <p>\fontdir{fonts/eiad} \fontsample{eiad10} - \fontsample{eiadbf10}</p> - - <p>\fontdir{fonts/elvish} \fontsample{teng10}</p> - - <p>\fontdir{fonts/engwar} \fontsample{engwar}</p> - - <p>\fontdir{fonts/fc} \fontsample{b-fcbx10} - \fontsample{b-fcbxi10} \fontsample{b-fcbxsl10} - \fontsample{b-fcbxu10} \fontsample{b-fccsc10} - \fontsample{b-fci10} \fontsample{b-fcitt10} - \fontsample{b-fcr10} \fontsample{b-fcsibx10} - \fontsample{b-fcsitt10} \fontsample{b-fcsl10} - \fontsample{b-fcss10} \fontsample{b-fcssbx10} - \fontsample{b-fcssi10} \fontsample{b-fcsstt10} - \fontsample{b-fctt10} \fontsample{b-fcu10}</p> - - <p>\fontdir{fonts/futhark} \fontsample{futhol10}</p> - - <p>\fontdir{fonts/georgian} \fontsample{georgian} - \fontsample{mxed10} \fontsample{mxedbf10}</p> - - <p>\fontdir{fonts/go} \fontsample{go10} - \fontsample{go1bla10} \fontsample{go1whi10} - \fontsample{go2bla10} \fontsample{go2whi10}</p> - - <p>\fontdir{fonts/gothic} \fontsample{yfrak} - \fontsample{ygoth} \fontsample{yinit} - \fontsample{yswab}</p> - - <p>\fontdir{fonts/greek/kd} \fontsample{kdbf10} - \fontsample{kdgr10} \fontsample{kdsl10} \fontsample{kdti10} - \fontsample{kdtt10}</p> - - <p>\fontdir{fonts/greek/kelly} \fontsample{cmg10} - \fontsample{cmgb10} \fontsample{cmgi10} - \fontsample{cmgtt10}</p> - - <p>\fontdir{fonts/greek/moschovakis} \fontsample{gecmbx10} - \fontsample{gecmml10} \fontsample{gecmr10} - \fontsample{gecmsc10} \fontsample{gecmsl10} - \fontsample{gecmss10} \fontsample{gecmti10} - \fontsample{gecmtt10}</p> - - <p>\fontdir{fonts/greek/yannis} \fontsample{mrgrbf10} - \fontsample{mrgrrg10} \fontsample{mrgrsl10} - \fontsample{mrgrti10} \fontsample{rgrbf10} - \fontsample{rgrrg10} \fontsample{rgrsl10} - \fontsample{rgrti10}</p> - - <p>\fontdir{fonts/halftone} \fontsample{halftone}</p> - - <p>\fontdir{fonts/hge} \fontsample{hge}</p> - - <p>\fontdir{fonts/hieroglyph} \fontsample{diacr10}</p> - - <p>\fontdir{fonts/karta} \fontsample{karta15}</p> - - <p>\fontdir{fonts/klinz} \fontsample{klinz}</p> - - <p>\fontdir{fonts/knot} \fontsample{knot1} - \fontsample{knot2} \fontsample{knot3} \fontsample{knot4} - \fontsample{knot5} \fontsample{knot6} - \fontsample{knot7}</p> - - <p>\fontdir{fonts/levy} \fontsample{grbld10} - \fontsample{grreg10} \fontsample{grtt10}</p> - - <p>\fontdir{fonts/malvern} \fontsample{fmvX10} - \fontsample{fmvb10} \fontsample{fmvi10} - \fontsample{fmvr10}</p> - - <p>\fontdir{fonts/ocr-a} \fontsample{ocr10}</p> - - <p>\fontdir{fonts/ocr-b} \fontsample{ocrb10}</p> - - <p>\fontdir{fonts/pandora} \fontsample{pnb10} - \fontsample{pnr10} \fontsample[-8pt]{pnsl10} - \fontsample{pnss10} \fontsample{pnssb10} - \fontsample[-8pt]{pnssi10} \fontsample{pntt9}</p> - - <p>\fontdir{fonts/phonetic} \fontsample{cmph10} - \fontsample{cmphb10} \fontsample{cmphi10}</p> - - <p>\fontdir{fonts/punk} \fontsample{punk10} - \fontsample{punkbx20} \fontsample{punksl20}</p> - - <p>\fontdir{fonts/redis} \fontsample{redis10} - \fontsample{redisbx10} \fontsample{rediss10}</p> - - <p>\fontdir{fonts/rsfs} \fontsample{rsfs10}</p> - - <p>\fontdir{fonts/rune} \fontsample{rune} - \fontsample{srune}</p> - - <p>\fontdir{fonts/srune} \fontsample{srune}</p> - - <p>\fontdir{fonts/stmary} \fontsample{stmary10}</p> - - <p>\fontdir{fonts/tengwar} \fontsample{tengwar}</p> - - <p>\fontdir{fonts/tsipa} \fontsample{tsipa10}</p> - - <p>\fontdir{fonts/twcal} \fontsample{twcal14}</p> - - <p>\fontdir{fonts/va} \fontsample{va14} - \fontsample{vacal14}</p> - - <p>\fontdir{fonts/wasy} \fontsample{wasy10}</p> - - <p>\fontdir{fonts/wasy2} \fontsample{wasy10} - \fontsample{wasyb10}</p> - - <p>\fontdir{fonts/wsuipa} \fontsample{wbxipa10} - \fontsample{wslipa10} \fontsample{wsuipa10}</p> - - <p>\fontdir{macros/latex/distribs/latex/fonts} - \fontsample{lasy10} \fontsample{lasyb10} - \fontsample{lcircle10} \fontsample{lcirclew10} - \fontsample{lcmss8} \fontsample{lcmssb8} - \fontsample{lcmssi8} \fontsample{line10} - \fontsample{linew10}</p> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Appendix A. Filename Extension Summary" - href="apa.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Appendix C. Resources" - href="apc.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left"> - Appendix A. Filename Extension - Summary </td> - - <td width="20%" align="center"><a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Appendix C. Resources</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/apc.html b/Master/texmf-doc/doc/english/make-tex-work/html/apc.html deleted file mode 100644 index d43d0de1651..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/apc.html +++ /dev/null @@ -1,1168 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Appendix C. Resources</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt03.html" - title="Part III. A Tools Overview" /> - <link rel="previous" href="apb.html" - title="Appendix B. Font Samples" /> - <link rel="next" href="apd.html" - title="Appendix D. Long Examples" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Appendix B. Font Samples" - href="apb.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Appendix D. Long Examples" - href="apd.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="appendix"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="app.resources" - name="app.resources"></a>Appendix C. Resources</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - </div> - - <p>This appendix lists the resources described in this book. - Each of the tools (with the exception of tools mentioned only - in Chapter <a href="ch16.html" - title="Chapter 16. TeX Utilities">Chapter 16</a>, - <span class="emphasis"><em><a href="ch16.html" - title="Chapter 16. TeX Utilities">Chapter 16</a></em></span>, - which are already listed in a similar format) described in - the book is presented here. Each entry credits the author and - provides information about where the software can be - obtained.</p> - - <p>Most of the resources in this appendix are availble from - the CTAN archives. Where other sites are listed (for example, - <tt>oak.oakland.edu</tt> for MS-DOS software), the addresses - are only one possibility. Most of these archives are mirrored - around the world. When possible, use an FTP site that is - geographically nearby. If you are connected to the Internet, - the <tt>archie</tt> service can help you locate nearby - sites.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2943524" - name="id2943524"></a>TUG: The TeX Users Group</h2> - </div> - </div> - - <p>The TeX Users Group <span class="smallcaps">TUG</span>, - begun in 1980, is the international group for TeX users. - Their mission is to encourage and expand the use of TeX, - MetaFont, and related systems; to ensure the integrity and - portability of these systems; and to foster innovation in - high-quality electronic document preparation.</p> - - <p>Membership includes the quarterly <i>TUGboat</i>, the - newsletter TTN (also a quarterly), and a membership - directory; as well, <span class="smallcaps">TUG</span> - publishes an occasional series called TeXniques, for - special topics (e.g., PiCTeX, <tt>edmac.sty</tt>).</p> - - <p><span class="smallcaps">TUG</span> annual meetings are - held in various locations, currently in North America and - Europe, in a regular rotation; proceedings are published in - <i>TUGboat</i>. Most of the publications now available on - TeX, MetaFont, and related systems are available from the - <span class="smallcaps">TUG</span> office, which also - distributes the main public domain TeX implementations.</p> - - <p>In addition to its publications, <span - class="smallcaps">TUG</span> promotes active development - work via the Technical Council and its Technical Working - Groups. \pagebreak Efforts here include the CTAN archive - work, multilingual TeX, TeX for the disabled, and the - intersection of TeX with SGML and with Acrobat.</p> - - <p>Information about joining <span - class="smallcaps">TUG</span>, receiving <i>TUGboat</i>, and - attending the annual meetings is available from:</p> - - <p>TeX Users Group \\ P.O. Box 869 \\ Santa Barbara, - California \\ 93102 USA</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2946099" - name="id2946099"></a>Other User Groups</h3> - </div> - </div> - - <p>There are also many other user groups, often based on - language or geography: German-speaking users ({\sc - DANTE}), French-speaking users ({\sc - GUT}enberg\hskip.25pt), Dutch-speaking users ({\sc NTG}), - users in the Nordic countries (the Nordic group), users - in the UK ({\sc UK} TeX Users Group). There are active - groups in existence in Japan, in Russia (Cyr<span - class="smallcaps">TUG</span>), in Estonia, in Poland - ({\sc GUST}), and in the Czech Republic (Cs<span - class="smallcaps">TUG</span>), to name but a few.</p> - - <p>Contact <span class="smallcaps">TUG</span> for details - on how to get in touch with these or other TeX user - groups.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2946152" - name="id2946152"></a>TeX Software</h2> - </div> - </div> - - <p>\package{\cmactex} \author{Thomas R. Kiffe} - \ftp{CTAN:systems/mac/cmactex} \print</p> - - <p>\package{\directex} \author{Wilfried Ricken} - \ftp{CTAN:systems/mac/directtex} \print</p> - - <p>\package{\emTeX} <a id="ap03.emtex" - name="ap03.emtex"></a> \author{Eberhard Mattes} - \ftp{CTAN:systems/msdos/emtex} \print</p> - - <p>\package{\gTeX} \author{Young U. Ryu} - \ftp{CTAN:systems/msdos/gtex} \print</p> - - <p>\package{\oztex} <a id="ap03.oztex" - name="ap03.oztex"></a> \author{Andrew Trevorrow} - \files{$\Sigma$Edit} \ftp{CTAN:systems/mac/oztex}</p> - - <p>\package{\PCTeX} <a id="ap03.pctex" - name="ap03.pctex"></a> \author{Personal \TeX, Inc.} - \address{12 Madrona Avenue\\Mill Valley, CA 94941\\USA} - \phone{(415) 388--8853 / (413) 388--8865 FAX} \print</p> - - <p>\package{\sbTeX} <a id="ap03.sbtex" - name="ap03.sbtex"></a> \author{Wayne G. Sullivan} - \ftp{CTAN:systems/msdos/sbtex} \print</p> - - <p>\package{\TeX} <a id="ap03.tex" name="ap03.tex"></a> - \author{Donald Knuth} \ftp{CTAN:systems/web2c} \comment{The - \Web sources and the \Web2C programs are both available - here.} \print</p> - - <p>\package{texas} \author{Shih-Ping Chan} - \ftp{CTAN:systems/msdos/texas} \print</p> - - <p>\package{Textures} <a id="ap03.textures" - name="ap03.textures"></a> \author{Blue Sky Research} - \address{534 SW Third Avenue\\Portland, OR 97204\\USA} - \phone{(800) 622--8398 or (503) 222--9571 / (503) 222--1643 - FAX} \files{dvitool} \print</p> - - <p>\package{\TurboTeX} <a id="ap03.turbotex" - name="ap03.turbotex"></a> \author{Kinch Computer Company} - \address{501 Meadow Street\\Ithaca, NY 14850\\USA} - \phone{(607) 273--0222 / (607) 273--0484 FAX} \print</p> - - <p>\package{\utex} <a id="ap03.utex" name="ap03.utex"></a> - \author{ArborText} \address{1000 Victors Way\\Ann Arbor, MI - 48108\\USA} \phone{(313) 996--3566 / (313) 996--3573 FAX} - \print</p> - - <p>\package{\yyTeX} \author{\YY, Inc.} \address{106 Indian - Hill\\Carlisle, MA 01741\\USA} \phone{(508) 371--3286 / - (508) 371--2004 FAX} <a id="ap03.yytex" - name="ap03.yytex"></a> \print</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2946301" - name="id2946301"></a>TeX Shells</h2> - </div> - </div> - - <p>\vskip2pt</p> - - <p>\package{\fourTeX} \author{Wietse Dol, Erik Frambach, - Arjen Merckens, and Maarten van der Vlerk} - \ftp{CTAN:systems/msdos/4tex} \print</p> - - <p>\package{\PMTeX} \author{Guillaume Schiltz} - \ftp{CTAN:systems/os2/pmtex} \print</p> - - <p>\package{\TeXPert} \author{Johannes Martin} - \ftp{CTAN:systems/msdos/texpert} \print</p> - - <p>\package{\TeXShell} \author{J\"urgen Schlegelmilch} - \ftp{CTAN:systems/msdos/texshell} \print</p> - - <p>\package{X\TeX{}Shell} \author{Michael Hofmann} - \ftp{tsx-11.mit.edu:pub/linux/packages/TeX} \print</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2946342" - name="id2946342"></a>Editors</h2> - </div> - </div> - - <p>\vskip2pt</p> - - <p>\package{$\Sigma$Edit} \xref{\oztex}{ap03:oztex} - \print</p> - - <p>\package{Alpha} \author{Pete Keheler} - \ftp{CTAN:systems/mac} \print</p> - - <p>\package{BBEdit} \author{Rich Siegel} - \ftp{mac.archive.umich.edu:/mac/util/text} \print</p> - - <p>\package{Brief} \author{Borland International, Inc.} - \address{1800 Green Hills Road\\P.O. Box 660001\\Scotts - Valley, CA 95067--0001} \phone{(408) 438--8400} \print</p> - - <p>\package{demacs} \author{Manabu Higashida and Hirano - Satoshi} \ftp{oak.oakland.edu:/pub/msdos/demacs} \print</p> - - <p>\package{Doc} \xref{idraw}{ap03:idraw} \print</p> - - <p>\package{emacs} \xref{GNU emacs}{ap03:emacs} \print</p> - - <p>\package{epm} \author{International Business Machines} - \ftp{ftp.cdrom.com:/pub/os2/ibm/epm} \print</p> - - <p>\package{GNU emacs} <a id="ap03.emacs" - name="ap03.emacs"></a> \author{Free Software Foundation} - \address{675 Massachusetts Avenue\\Cambridge, MA - 02139\\USA} \ftp{prep.ai.mit.edu:/pub/gnu} \print</p> - - <p>\package{Jove} \author{Jonathan Payne} - \ftp{oak.oakland.edu:/pub/msdos/editor} \print</p> - - <p>\package{MathPad} \author{Roland Backhouse, Richard - Verhoeven, and Olaf Weber} \ftp{CTAN:support/mathpad} - \print</p> - - <p>\package{MEwin} <a id="ap03.mewin" - name="ap03.mewin"></a> \author{Pierre Perret} - \ftp{oak.oakland.edu:/pub/msdos/windows3} \print</p> - - <p>\package{MicroEMACS} \xref{MEwin}{ap03:mewin} \print</p> - - <p>\package{Multi-Edit} \author{American Cybernetics} - \address{1830 West University Drive, Suite 112\\Tempe, AZ - 85821} \phone{(602) 968--1945 / (602) 966--1654 FAX} - \print</p> - - <p>\package{Scientific Word} \author{TCI Software Research} - \address{1190 Foster Road\\Las Cruces, NM 88001\\USA} - \phone{(505) 522--4600 / (505) 522--0116} \print</p> - - <p>\package{Xnot} \author{Julie Melbin} - \ftp{oak.oakland.edu:/pub/msdos/editor} \print</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2946460" - name="id2946460"></a>Macro Packages (Formats)</h2> - </div> - </div> - - <p>\vskip2pt</p> - - <p>\package{\AMSTeX} \author{\ams} - \ftp{CTAN:fonts/ams/amstex} \print</p> - - <p>\package{Eplain} \xref{Extended Plain \TeX}{ap03:eplain} - \print</p> - - <p>\package{Extended Plain \TeX} <a id="ap03.eplain" - name="ap03.eplain"></a> \author{Karl Berry} - \ftp{CTAN:macros/eplain} \print</p> - - <p>\package{Lame\TeX} \author{Jonathan Monsarrat} - \ftp{CTAN:misc/lametex} \print</p> - - <p>\package{\LamSTeX} \author{Michael Spivak} - \ftp{CTAN:macros/lamstex} \print</p> - - <p>\package{\LaTeX} \author{Leslie Lamport} - \ftp{CTAN:macros/latex/core} \print</p> - - <p>\package{\LaTeXe} \author{Leslie Lamport, et. al.} - \ftp{CTAN:macros/latex2e/core} \print</p> - - <p>\package{Lollipop} \author{Victor Eijkhout} - \ftp{CTAN:macros/lollipop} \print</p> - - <p>\package{\MusicTeX} \author{Daniel Taupin} - \ftp{CTAN:macros/musictex} \print</p> - - <p>\package{Plain \TeX} \author{Donald Knuth} - \ftp{CTAN:macros/plain/base} \print</p> - - <p>\package{\SliTeX} \author{Leslie Lamport} - \ftp{CTAN:macros/latex/core} \print</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2946539" - name="id2946539"></a>Styles and Macros</h2> - </div> - </div> - - <p>\vskip2pt</p> - - <p>\package{\AMSLaTeX} \author{\ams} - \ftp{CTAN:fonts/ams/amslatex} \print</p> - - <p>\package{\arabTeX} \author{Klaus Lagally} - \ftp{CTAN:language/arabtex} \print</p> - - <p>\package{ascii.sty} \author{R. W. D. Nickalls} - \ftp{CTAN:fonts/ascii} \print</p> - - <p>\package{Babel} \author{J. L. Braams} - \ftp{language/babel} \print</p> - - <p>\package{bibunits.sty} \author{Jose Alberto} - \ftp{CTAN:macros/latex/contrib/misc} \print</p> - - <p>\package{chapterbib} \author{Niel Kempson and Donald - Arseneau} \ftp{CTAN:macros/latex/contrib/misc} \print</p> - - <p>\package{Chem\TeX} \author{Roswitha T. Haas and Kevin C. - O'Kane} \ftp{CTAN:macros/latex/contrib/chemtex} \print</p> - - <p>\package{ChemStruct} \author{Michael Ramek} - \ftp{CTAN:macros/latex/contrib/chemstruct} \print</p> - - <p>\package{\DraTeX} \author{Eitan M. Gurari} - \ftp{CTAN:macros/generic/dratex} \print</p> - - <p>\package{EDMAC} \author{John Lavagnino} - \ftp{CTAN:macros/plain/contrib/edmac} \print</p> - - <p>\package{eepic.sty} \author{Conrad Kwok} - \ftp{CTAN:macros/latex/contrib/eepic} \print</p> - - <p>\package{epic.sty} \author{Sunil Podar} - \ftp{CTAN:macros/latex/contrib/epic} \print</p> - - <p>\package{epsf.tex} \xref{dvips}{ap03:dvips} \print</p> - - <p>\package{epsfig.sty} \author{Sebastian Rahtz, Tom - Rokicki, Trevor Darrell, et. al.} - \ftp{CTAN:macros/latex/contrib/epsfig} \print</p> - - <p>\package{\FoilTeX} \author{James Hafner} - \ftp{CTAN:macros/foiltex} \print</p> - - <p>\package{idxmac.tex} \ftp{CTAN:indexing/makeindex/lib} - \print</p> - - <p>\package{index.sty} \author{David Jones} - \ftp{CTAN:macros/latex/contrib/misc}</p> - - <p>\package{\INRSTeX} \author{Michael J. Ferguson} - \ftp{CTAN:macros/inrstex} \print</p> - - <p>\package{isolatin1.sty} - \ftp{CTAN:macros/latex/contrib/misc} \print</p> - - <p>\package{Midnight} \author{Marcel van der Goot} - \ftp{CTAN:macros/generic/midnight} \print</p> - - <p>\package{multind} \author{F. W. Long} - \ftp{CTAN:macros/latex/contrib/misc} \print</p> - - <p>\package{\PiCTeX} \author{Michael Wichura} - \ftp{CTAN:graphics/pictex} \print</p> - - <p>\package{\REVTeX} \author{American Physical Society, - American Institute of Physics, and Optical Society of - America} \ftp{CTAN:macros/latex/contrib/revtex} \print</p> - - <p>\package{\ScriptTeX} \author{Adrian McCarthy} - \ftp{CTAN:macros/scripttex} \print</p> - - <p>\package{Seminar} \author{Timothy Van Zandt} - \ftp{CTAN:macros/latex/contrib/seminar} \print</p> - - <p>\package{\TeX/Mathematica} \author{Dan Dill} - \ftp{CTAN:macros/mathematica} \print</p> - - <p>\package{\TeX{}sis} \author{Eric Myers and Frank E. - Paige} \ftp{CTAN:macros/texsis} \print</p> - - <p>\package{Ver\TeX} \author{Hal Varian} - \ftp{CTAN:macros/plain/contrib} \print</p> - - <p>\package{\XYPic} \author{Kristoffer H. Rose} - \ftp{ftp.diku.dk:/diku/users/kris} \print</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2946714" - name="id2946714"></a>Styles That Produced This - Book</h3> - </div> - </div> - - <p>This book was formatted with an extensively modified - version of the standard LaTeX book style. 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Alexander} - \ftp{CTAN:biblio/tib} \print</p> - - <p>\package{\tpre} \xref{\utex}{ap03:utex} \print</p> - - <p>\package{troff} \xref{groff}{ap03:groff} \print</p> - - <p>\package{\tutils} <a id="ap03.t1utils" - name="ap03.t1utils"></a> \author{I. Lee Hetherington} - \ftp{CTAN:fonts/utilities/t1utils} \print</p> - - <p>\package{txt2pcx} \author{DECISIONS Software} - \address{P.O. Box 31418\\Phoenix, AZ 85046\\USA} - \phone{(602) 992--0310} \print</p> - - <p>\package{unzip} \xref{Info-Zip}{ap03:info-zip} - \print</p> - - <p>\package{VFtoVP} \xref{\mfware}{ap03:mfware} \print</p> - - <p>\package{VPtoVF} \xref{\mfware}{ap03:mfware} \print</p> - - <p>\package{wbr} \xref{dviwin}{ap03:dviwin} \print</p> - - <p>\package{wdviwin} \xref{\TurboTeX}{ap03:turbotex} - \print</p> - - <p>\package{weave} \xref{\Web2c}{ap03:web2c} \print</p> - - <p>\package{xbibtex} \author{Nicholas Kelly and Christian - H. Bischof} \ftp{CTAN:biblio/bibtex/utils/xbibtex} - \print</p> - - <p>\package{Xdvi} \author{Paul Vojta} - \ftp{CTAN:dviware/xdvi} \print</p> - - <p>\package{\XeT} \ftp{noa.huji.ac.il:/tex} - \comment{Several implementations of \XeT-{}-\TeX are - available here.} \print</p> - - <p>\package{xfig} \author{Brian V. Smith} - \ftp{ftp.x.org:/contrib} \print</p> - - <p>\package{xloadimage} \author{Jim Frost} - \ftp{ftp.x.org:/contrib} \print</p> - - <p>\package{xpaint} \author{David Koblas} - \ftp{ftp.x.org:/contrib}</p> - - <p>\package{\XTeX} \xref{See\TeX}{ap03:seetex} \print</p> - - <p>\package{Xtexcad} \comment{Available from volume 17 of - the \texttt{comp.sources.x} newsgroup.} \print</p> - - <p>\package{xv} \author{John Bradley} - \ftp{ftp.x.org:/contrib} \print</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2948003" - name="id2948003"></a>Miscellaneous</h2> - </div> - </div> - - <p>\vskip2pt</p> - - <p>\package{4DOS} \author{JP Software Inc.} \address{P.O. - Box 1470\\E. Arlington, MA 02174\\USA} \phone{(617) - 646--3975} \ftp{oak.oakland.edu:/pub/msdos/4dos} \print</p> - - <p>\package{4OS2} \author{JP Software Inc.} \address{P.O. - Box 1470\\E. Arlington, MA 02174\\USA} \phone{(617) - 646--3975} \ftp{ftp.cdrom.com:/pub/os2/2_x/sysutils} - \print</p> - - <p>\package{Channel 1\regtm} \address{1030 Massachusetts - Avenue\\Cambridge, MA 02138} \phone{(617) 864--0100 voice / - (617) 354-3230 v32.bis modem} \comment{The Channel 1 BBS - carries a \TeX conference with many MS-DOS tools available - for downloading to registered users.} \print</p> - - <p>\package{edb} \author{Michael Ernst} - \ftp{theory.lcs.mit.edu:/pub/emacs/edb} \comment{Database - manager for GNU Emacs.} \print</p> - - <p>\package{Linux} \author{Linus Torvalds} - \ftp{ftp.cdrom.com:/pub/linux} \print</p> - - <p>\package{mewltx} \author{Michael F. Reid} - \ftp{CTAN:support/mewltx} \comment{\LaTeX extensions for - \filename{MicroEMACS}.} \xref{MEwin}{ap03:mewin} \print</p> - - <p>\package{modes.mf} \author{Karl Berry} - \ftp{CTAN:fonts/modes} \print</p> - - <p>\package{Perl} \author{Larry Wall} \print</p> - - <p>\package{TeX-index} <a id="ap03.texindex" - name="ap03.texindex"></a> \author{David Jones} - \ftp{CTAN:info} \comment{Also known as - \filename{tex-styles-and-macros.txt}.} \print</p> - - <p>\package{tex-styles-and-macros.txt} - \xref{TeX-index}{ap03:texindex} \print</p> - - <p>\package{\Web2c} <a id="ap03.web2c" - name="ap03.web2c"></a> \author{Karl Berry} - \ftp{CTAN:systems/web2c} \print</p> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Appendix B. Font Samples" - href="apb.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Appendix D. Long Examples" - href="apd.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left">Appendix B. Font - Samples </td> - - <td width="20%" align="center"><a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Appendix D. Long Examples</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/apd.html b/Master/texmf-doc/doc/english/make-tex-work/html/apd.html deleted file mode 100644 index e7e99b4f4b9..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/apd.html +++ /dev/null @@ -1,229 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Appendix D. Long Examples</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt03.html" - title="Part III. A Tools Overview" /> - <link rel="previous" href="apc.html" - title="Appendix C. Resources" /> - <link rel="next" href="ape.html" - title="Appendix E. GNU Free Documentation License" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Appendix C. Resources" - href="apc.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Appendix E. GNU Free Documentation License" - href="ape.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="appendix"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="app.examples" - name="app.examples"></a>Appendix D. Long - Examples</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - </div> - - <p>This appendix contains the source for several scripts that - seemed too long to place in the running text. These scripts - are provided as examples only, they may not run on your - system without some modification.</p> - - <p>These examples are available online, see the Preface for - more information about retrieving online examples.</p> - - <p>The \program{MakeTeXPK.pl} script builds PK files from - MetaFont and PostScript fonts.</p> - - <div class="example"> - <a id="ex.maketexpk" name="ex.maketexpk"></a> - - <p class="title"> - <b>Example D.1. MakeTeXPK.pl</b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="MakeTeXPK.pl"></a> -</pre> - </div> - - <p>The \program{MakeTeXTFM.pl} script builds TFM files from - \MF\ and PostScript (\ext{AFM} file) fonts.</p> - - <div class="example"> - <a id="ex.maketextfm" name="ex.maketextfm"></a> - - <p class="title"> - <b>Example D.2. MakeTeXTFM.pl</b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="MakeTeXTFM.pl"></a> -</pre> - </div> - - <p>The \program{dvidxx.btm} script is written in - \program{4DOS}'s extended batch language. It performs - automatic font generation for \MF\ and PostScript fonts using - \emTeX's drivers (version 1.4s).</p> - - <div class="example"> - <a id="ex.dvidxx" name="ex.dvidxx"></a> - - <p class="title"> - <b>Example D.3. dvidxx.btm</b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="dvidxx.btm"></a> -</pre> - </div> - - <p>The \program{makepk.btm} script is used by - \program{dvidxx.btm}, shown in Example~\ref{ex:dvidxx} in - this appendix.</p> - - <div class="example"> - <a id="ex.makepk" name="ex.makepk"></a> - - <p class="title"> - <b>Example D.4. makepk.btm</b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="makepk.btm"></a> -</pre> - </div> - - <p>The \program{enc-afm.pl} script changes the encoding - vector in an \ext{AFM} file.</p> - - <div class="example"> - <a id="ex.encafmpl" name="ex.encafmpl"></a> - - <p class="title"> - <b>Example D.5. enc-afm.pl</b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="enc-afm.pl"></a> -</pre> - </div> - - <p>The \program{TeXtoXfont} script is a \Unix\ shell script - (written in \program{bash}) which builds an X11 font from a - \MF\ or PostScript font.</p> - - <div class="example"> - <a id="ex.textoxfont" name="ex.textoxfont"></a> - - <p class="title"> - <b>Example D.6. TeXtoXfont</b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="TeXtoXfont"></a> -</pre> - </div> - - <p>The \program{PStoXfont} script is used by - \program{TeXtoXfont}, shown in Example~\ref{ex:textoxfont} in - this appendix.</p> - - <div class="example"> - <a id="ex.pstoxfont" name="ex.pstoxfont"></a> - - <p class="title"> - <b>Example D.7. PStoXfont</b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="PStoXfont"></a> -</pre> - </div> - - <p>The \program{txt2verb.pl} script translates arbitrary text - lines into a format suitable for including in - \verb|\verbatim| material in \TeX.</p> - - <div class="example"> - <a id="ex.txt2verb" name="ex.txt2verb"></a> - - <p class="title"> - <b>Example D.8. txt2verb.pl</b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="txt2verb.pl"></a> -</pre> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Appendix C. Resources" - href="apc.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Appendix E. GNU Free Documentation License" - href="ape.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left"> - Appendix C. Resources </td> - - <td width="20%" align="center"><a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Appendix E. GNU Free Documentation - License</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/ape.html b/Master/texmf-doc/doc/english/make-tex-work/html/ape.html deleted file mode 100644 index 6e68d8f0bba..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/ape.html +++ /dev/null @@ -1,639 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Appendix E. GNU Free Documentation - License</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt03.html" - title="Part III. A Tools Overview" /> - <link rel="previous" href="apd.html" - title="Appendix D. Long Examples" /> - <link rel="next" href="bi01.html" title="Bibliography" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Appendix D. Long Examples" - href="apd.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a title="Bibliography" - href="bi01.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="appendix"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="gfdl" - name="gfdl"></a>Appendix E. GNU Free - Documentation License</h2> - </div> - </div> - - <p>Version 1.1, March 2000</p> - - <blockquote class="blockquote"> - <p>Copyright (C) 2000 Free Software Foundation, Inc. 59 - Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone - is permitted to copy and distribute verbatim copies of this - license document, but changing it is not allowed.</p> - </blockquote> - - <div class="sect1"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2948209" - name="id2948209"></a>PREAMBLE</h2> - </div> - </div> - - <p>The purpose of this License is to make a manual, - textbook, or other written document "free" in the sense of - freedom: to assure everyone the effective freedom to copy - and redistribute it, with or without modifying it, either - commercially or noncommercially. Secondarily, this License - preserves for the author and publisher a way to get credit - for their work, while not being considered responsible for - modifications made by others.</p> - - <p>This License is a kind of "copyleft", which means that - derivative works of the document must themselves be free in - the same sense. It complements the GNU General Public - License, which is a copyleft license designed for free - software.</p> - - <p>We have designed this License in order to use it for - manuals for free software, because free software needs free - documentation: a free program should come with manuals - providing the same freedoms that the software does. But - this License is not limited to software manuals; it can be - used for any textual work, regardless of subject matter or - whether it is published as a printed book. We recommend - this License principally for works whose purpose is - instruction or reference.</p> - </div> - - <div class="sect1"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2948100" - name="id2948100"></a>APPLICABILITY AND DEFINITIONS</h2> - </div> - </div> - - <p>This License applies to any manual or other work that - contains a notice placed by the copyright holder saying it - can be distributed under the terms of this License. The - "Document", below, refers to any such manual or work. Any - member of the public is a licensee, and is addressed as - "you".</p> - - <p>A "Modified Version" of the Document means any work - containing the Document or a portion of it, either copied - verbatim, or with modifications and/or translated into - another language.</p> - - <p>A "Secondary Section" is a named appendix or a - front-matter section of the Document that deals exclusively - with the relationship of the publishers or authors of the - Document to the Document's overall subject (or to related - matters) and contains nothing that could fall directly - within that overall subject. (For example, if the Document - is in part a textbook of mathematics, a Secondary Section - may not explain any mathematics.) The relationship could be - a matter of historical connection with the subject or with - related matters, or of legal, commercial, philosophical, - ethical or political position regarding them.</p> - - <p>The "Invariant Sections" are certain Secondary Sections - whose titles are designated, as being those of Invariant - Sections, in the notice that says that the Document is - released under this License.</p> - - <p>The "Cover Texts" are certain short passages of text - that are listed, as Front-Cover Texts or Back-Cover Texts, - in the notice that says that the Document is released under - this License.</p> - - <p>A "Transparent" copy of the Document means a - machine-readable copy, represented in a format whose - specification is available to the general public, whose - contents can be viewed and edited directly and - straightforwardly with generic text editors or (for images - composed of pixels) generic paint programs or (for - drawings) some widely available drawing editor, and that is - suitable for input to text formatters or for automatic - translation to a variety of formats suitable for input to - text formatters. 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In addition, you must do these things in the - Modified Version:</p> - - <div class="orderedlist"> - <ol type="A"> - <li> - <p>Use in the Title Page (and on the covers, if any) - a title distinct from that of the Document, and from - those of previous versions (which should, if there - were any, be listed in the History section of the - Document). 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If the Document - already includes a cover text for the same cover, - previously added by you or by arrangement made by the same - entity you are acting on behalf of, you may not add - another; but you may replace the old one, on explicit - permission from the previous publisher that added the old - one.</p> - - <p>The author(s) and publisher(s) of the Document do not by - this License give permission to use their names for - publicity for or to assert or imply endorsement of any - Modified Version.</p> - </div> - - <div class="sect1"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2949025" - name="id2949025"></a>COMBINING DOCUMENTS</h2> - </div> - </div> - - <p>You may combine the Document with other documents - released under this License, under the terms defined in - section 4 above for modified versions, provided that you - include in the combination all of the Invariant Sections of - all of the original documents, unmodified, and list them - all as Invariant Sections of your combined work in its - license notice.</p> - - <p>The combined work need only contain one copy of this - License, and multiple identical Invariant Sections may be - replaced with a single copy. 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You must delete all sections - entitled "Endorsements."</p> - </div> - - <div class="sect1"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2949073" - name="id2949073"></a>COLLECTIONS OF DOCUMENTS</h2> - </div> - </div> - - <p>You may make a collection consisting of the Document and - other documents released under this License, and replace - the individual copies of this License in the various - documents with a single copy that is included in the - collection, provided that you follow the rules of this - License for verbatim copying of each of the documents in - all other respects.</p> - - <p>You may extract a single document from such a - collection, and distribute it individually under this - License, provided you insert a copy of this License into - the extracted document, and follow this License in all - other respects regarding verbatim copying of that - document.</p> - </div> - - <div class="sect1"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2949112" - name="id2949112"></a>AGGREGATION WITH INDEPENDENT - WORKS</h2> - </div> - </div> - - <p>A compilation of the Document or its derivatives with - other separate and independent documents or works, in or on - a volume of a storage or distribution medium, does not as a - whole count as a Modified Version of the Document, provided - no compilation copyright is claimed for the compilation. - Such a compilation is called an "aggregate", and this - License does not apply to the other self-contained works - thus compiled with the Document, on account of their being - thus compiled, if they are not themselves derivative works - of the Document.</p> - - <p>If the Cover Text requirement of section 3 is applicable - to these copies of the Document, then if the Document is - less than one quarter of the entire aggregate, the - Document's Cover Texts may be placed on covers that - surround only the Document within the aggregate. Otherwise - they must appear on covers around the whole aggregate.</p> - </div> - - <div class="sect1"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2949149" - name="id2949149"></a>TRANSLATION</h2> - </div> - </div> - - <p>Translation is considered a kind of modification, so you - may distribute translations of the Document under the terms - of section 4. Replacing Invariant Sections with - translations requires special permission from their - copyright holders, but you may include translations of some - or all Invariant Sections in addition to the original - versions of these Invariant Sections. You may include a - translation of this License provided that you also include - the original English version of this License. In case of a - disagreement between the translation and the original - English version of this License, the original English - version will prevail.</p> - </div> - - <div class="sect1"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2949177" - name="id2949177"></a>TERMINATION</h2> - </div> - </div> - - <p>You may not copy, modify, sublicense, or distribute the - Document except as expressly provided for under this - License. Any other attempt to copy, modify, sublicense or - distribute the Document is void, and will automatically - terminate your rights under this License. However, parties - who have received copies, or rights, from you under this - License will not have their licenses terminated so long as - such parties remain in full compliance.</p> - </div> - - <div class="sect1"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2949201" - name="id2949201"></a>FUTURE REVISIONS OF THIS - LICENSE</h2> - </div> - </div> - - <p>The Free Software Foundation may publish new, revised - versions of the GNU Free Documentation License from time to - time. Such new versions will be similar in spirit to the - present version, but may differ in detail to address new - problems or concerns. See <a - href="http://www.gnu.org/copyleft/" - target="_top">http://www.gnu.org/copyleft/</a>.</p> - - <p>Each version of the License is given a distinguishing - version number. If the Document specifies that a particular - numbered version of this License "or any later version" - applies to it, you have the option of following the terms - and conditions either of that specified version or of any - later version that has been published (not as a draft) by - the Free Software Foundation. If the Document does not - specify a version number of this License, you may choose - any version ever published (not as a draft) by the Free - Software Foundation.</p> - </div> - - <div class="sect1"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2948479" - name="id2948479"></a>How to use this License for your - documents</h2> - </div> - </div> - - <p>To use this License in a document you have written, - include a copy of the License in the document and put the - following copyright and license notices just after the - title page:</p> - - <blockquote class="blockquote"> - <p>Copyright (c) YEAR YOUR NAME. Permission is granted to - copy, distribute and/or modify this document under the - terms of the GNU Free Documentation License, Version 1.1 - or any later version published by the Free Software - Foundation; with the Invariant Sections being LIST THEIR - TITLES, with the Front-Cover Texts being LIST, and with - the Back-Cover Texts being LIST. A copy of the license is - included in the section entitled "GNU Free Documentation - License".</p> - </blockquote> - - <p>If you have no Invariant Sections, write "with no - Invariant Sections" instead of saying which ones are - invariant. If you have no Front-Cover Texts, write "no - Front-Cover Texts" instead of "Front-Cover Texts being - LIST"; likewise for Back-Cover Texts.</p> - - <p>If your document contains nontrivial examples of program - code, we recommend releasing these examples in parallel - under your choice of free software license, such as the GNU - General Public License, to permit their use in free - software.</p> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Appendix D. Long Examples" - href="apd.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Bibliography" href="bi01.html"><img - src="figures/nav-next.png" alt="Next" border="0" /> - </a></td> - </tr> - - <tr> - <td width="40%" align="left">Appendix D. Long - Examples </td> - - <td width="20%" align="center"><a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> Bibliography</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/ch01.html b/Master/texmf-doc/doc/english/make-tex-work/html/ch01.html deleted file mode 100644 index 0a685eef905..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/ch01.html +++ /dev/null @@ -1,2103 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Chapter 1. The Big Picture</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt01.html" - title="Part I. An Introduction to TeX" /> - <link rel="previous" href="pt01.html" - title="Part I. An Introduction to TeX" /> - <link rel="next" href="ch02.html" - title="Chapter 2. Editing" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Part I. An Introduction to TeX" - href="pt01.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part I. An Introduction to TeX" - href="pt01.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Chapter 2. Editing" - href="ch02.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="chapter"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="chap.tex" - name="chap.tex"></a>Chapter 1. The Big - Picture</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - <hr class="component-separator" /> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.texforbeginners" - name="sec.texforbeginners"></a>What Is TeX?</h2> - </div> - </div> - - <p>TeX<a id="id2856076" class="indexterm" - name="id2856076"></a><a id="id2855998" class="indexterm" - name="id2855998"></a> is a <span - class="emphasis"><em>typesetting system</em></span>. It is - a collection of programs, files, and procedures for - producing professional quality documents with minimum - effort.</p> - - <p>TeX's job is to translate the text you type into a - beautiful<a id="id2856025" class="indexterm" - name="id2856025"></a> typeset page. The key word here is - “beautiful,” and it is a very lofty - goal.<sup>[<a id="id2856038" name="id2856038" - href="#ftn.id2856038">1</a>]</sup> What I mean by beautiful - is that TeX, when presented with several paragraphs of - plain text and left to its own devices, produces a - remarkably aesthetic page. Despite the fact that TeX may - have to contend with multiple fonts<a id="id2856069" - class="indexterm" name="id2856069"></a> and mathematics<a - id="id2857340" class="indexterm" name="id2857340"></a>, it - still manages to typeset pages in which each of the - following aesthetic principles hold <span - class="emphasis"><em>simultaneously:</em></span></p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>The right margin is justified<a id="id2857364" - class="indexterm" name="id2857364"></a>.</p> - </li> - - <li> - <p>Proper justification is achieved without - letterspacing<a id="id2857382" class="indexterm" - name="id2857382"></a>.</p> - </li> - - <li> - <p>Interword spacing is neither too tight nor too - loose.<a id="id2857400" class="indexterm" - name="id2857400"></a></p> - </li> - - <li> - <p>The page is evenly gray.</p> - </li> - - <li> - <p>The baselines<a id="id2857426" class="indexterm" - name="id2857426"></a><a id="id2857433" - class="indexterm" name="id2857433"></a> of multiple - fonts are properly aligned.</p> - </li> - - <li> - <p>Hyphenation<a id="id2857454" class="indexterm" - name="id2857454"></a> is automatic, if required, and - usually correct.</p> - </li> - - <li> - <p>Ladders<a id="id2857471" class="indexterm" - name="id2857471"></a> are avoided.</p> - </li> - </ul> - </div> - - <p>TeX processes documents a paragraph at a time, rather - than a line at a time like most other programs. Internally, - TeX computes a value called <span - class="emphasis"><em>badness<a id="id2857492" - class="indexterm" name="id2857492"></a></em></span> for - each line of the paragraph<a id="id2857501" - class="indexterm" name="id2857501"></a>. Anything that - detracts from the appearance of a line (tight or loose - spacing, a hyphen, etc.) increases the badness associated - with that line. Every paragraph that TeX produces is - optimal in terms of the total amount of badness present. - Because TeX searches for an optimal solution, changing the - last word of a paragraph can affect the spacing of the - first line of the paragraph. After you've gained a little - bit of experience with TeX, you'll be able to override any - one, or all, of the rules it uses to compute badness, but - in most situations you won't want to. I will describe more - of TeX's approach to text formatting and how it differs - from that of word processors, desktop publishers, and other - markup languages in the following sections.</p> - - <p>TeX is not a simple program, but a set of programs, - tools, fonts, and other types of files. Two programs form - the core of the TeX typesetting system. One of them is TeX - itself, the program that reads your input files and - transforms them into typeset form. The other program is - MetaFont, a tool for creating fonts. Producing TeX - documents involves a series of steps, including editing the - document, running TeX itself, and processing TeX's output - in various ways.</p> - - <p>Over the years, TeX has been made available on almost - every computer platform<a id="id2857542" class="indexterm" - name="id2857542"></a>, so it is probably available for the - computer system that you use. Compiling TeX on different - systems has been possible, in large part, because TeX is a - text formatter and not a word processor. Unlike a word - processor, TeX never deals directly with displaying text on - the screen or interacting with input from the keyboard - (except in a very basic way). These features of an - application are typically the most difficult to port from - one system to another.</p> - - <p>Beyond the technical details that make translation from - one system to another possible, Donald Knuth<a - id="id2857571" class="indexterm" name="id2857571"></a> - added an important stipulation to the free distribution of - TeX: in order for any program to be called - “TeX,” it must pass a rigorous test suite<a - id="id2857586" class="indexterm" name="id2857586"></a>. - This means that the TeX you use behaves exactly like the - TeX I use.<sup>[<a id="id2857595" name="id2857595" - href="#ftn.id2857595">2</a>]</sup> This feature has - contributed greatly to TeX's success. It means that a large - community of TeX users can transparently share<a - id="id2857615" class="indexterm" name="id2857615"></a> - documents.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2857628" - name="id2857628"></a>TeX for Beginners</h2> - </div> - </div> - - <p>If you are already familiar with TeX, you may find some - of the material in this section repetitive. If so, just - skim it quickly. This section will help you understand how - TeX interprets the things you type into your input file. - When you understand the concepts discussed here, you'll be - ready to write really, really simple documents in TeX.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.tex.controlsequences" - name="sec.tex.controlsequences"></a>Boxes and - Glue</h3> - </div> - </div> - <a id="boxes.start" class="indexterm" - name="boxes.start"></a> - - <p>Despite the apparent complexity of TeX's job, it uses - a very simple metaphor: all typographic elements are - boxes<a id="id2857670" class="indexterm" - name="id2857670"></a>. The simplest boxes, individual - characters<a id="id2857681" class="indexterm" - name="id2857681"></a><a id="id2857691" class="indexterm" - name="id2857691"></a> have a set shape defined by the - font they come from. There are three parameters that - define a box: width<a id="id2857704" class="indexterm" - name="id2857704"></a><a id="id2857714" class="indexterm" - name="id2857714"></a>, height<a id="id2857725" - class="indexterm" name="id2857725"></a><a id="id2857735" - class="indexterm" name="id2857735"></a>, and depth<a - id="id2857744" class="indexterm" name="id2857744"></a><a - id="id2857754" class="indexterm" name="id2857754"></a>. - The distinction between height and depth is a bit subtle. - When a row of characters is typeset, every character - rests on an imaginary line called the <span - class="emphasis"><em>baseline</em></span>. Some - characters, like the lowercase “g,” descend - below the baseline<a id="id2857774" class="indexterm" - name="id2857774"></a>. The distance from the baseline to - the top of a box is its height; the distance from the - baseline to the bottom is its depth.</p> - - <p>Figure <a href="ch01.html#fig.charbox" - title="Figure 1.1. The Letters g and h inside their boxes."> - Figure 1.1</a> shows the character boxes formed by - the Computer Modern<a id="id2857800" class="indexterm" - name="id2857800"></a> Roman letters “g” and - “h.” The <span - class="emphasis"><em>x-y</em></span> distance of each box - is its height and the <span - class="emphasis"><em>y-z</em></span> distance is its - depth. The <span class="emphasis"><em>reference - point</em></span><a id="id2857830" class="indexterm" - name="id2857830"></a> of the box, marked with an <span - class="emphasis"><em>r</em></span>, is on the leftmost - edge of the box where the height and depth meet. - Characters that have no <span - class="emphasis"><em>descenders<a id="id2857848" - class="indexterm" name="id2857848"></a></em></span> (no - elements that go below the baseline), have a depth of - zero. TeX uses the character box metrics, but font - designers are free to allow glyphs to extend outside the - box (for example, at the top of the “g”).</p> - - <div class="figure"> - <a id="fig.charbox" name="fig.charbox"></a> - - <p class="title"><b>Figure 1.1. The Letters - “g” and “h” inside their - boxes.</b></p> - - <div class="mediaobject"> - <img src="figures/g-h.png" - alt="The Letters 'g' and 'h' inside their boxes" /> - </div> - </div> - - <p>The following paragraph demonstrates how TeX uses the - metrics from the physical dimensions of each character to - build word, line, and paragraph boxes.</p> - - <p class="box">TeX “glues”<a id="id2857937" - class="indexterm" name="id2857937"></a> character boxes - together to form words. When boxes are joined, they are - always joined so their reference points are horizontally - aligned as shown in <a href="ch01.html#ex.csexample" - title="Example 1.1. An Example of a TeX Document"> - Example 1.1</a>.<sup>[<a id="id2857956" - name="id2857956" href="#ftn.id2857956">3</a>]</sup> - Character-boxes (like <span class="box">t</span><span - class="box">h</span><span class="box">i</span><span - class="box">s</span>) are joined to form words, - word-boxes<a id="id2857992" class="indexterm" - name="id2857992"></a> (like <span - class="box">this</span>) are joined to form lines, and - line-boxes<a id="id2858011" class="indexterm" - name="id2858011"></a> form paragraphs. TeX accomplishes - the task of forming a justified paragraph by allowing the - glue between words to stretch<a id="id2858026" - class="indexterm" name="id2858026"></a> and shrink<a - id="id2858037" class="indexterm" name="id2858037"></a> a - little bit and by occasionally breaking the glue between - characters to insert a hyphen. Although the rules are - slightly different, TeX builds a page out of vertical - boxes (paragraphs, figures, etc.) in an analogous - manner.</p> - - <p>This is a very generalized overview. In reality, a lot - of subtlety is required to capture all of the nuances of - typographical appearance.</p> - <a id="id2858059" class="indexterm" name="id2858059"></a> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2858068" - name="id2858068"></a>Control Sequences</h3> - </div> - </div> - - <p>A <span class="emphasis"><em>control sequence<a - id="id2858081" class="indexterm" - name="id2858081"></a></em></span> is a special - “word” that you put in your document. These - extra words are instructions for TeX, and they do not - usually appear in your typeset document. Example <a - href="ch01.html#ex.csexample" - title="Example 1.1. An Example of a TeX Document"> - Example 1.1</a> shows a contrived example of a TeX - document that uses several control sequences.</p> - - <div class="example"> - <a id="ex.csexample" name="ex.csexample"></a> - - <p class="title"><b>Example 1.1. An Example - of a TeX Document</b></p> -<pre class="screen"> -\def\ora{O'Reilly \& Associates} -\font\orafont=grlg10 -\parskip=\baselineskip -\parindent=0pt -\pageno=5 -This book is published by \ora in -the \textit{Nutshell} series. -\bye -</pre> - </div> - - <p>In most macro packages, a control sequence is a - backslash followed by a sequence of letters.<sup>[<a - id="id2858135" name="id2858135" - href="#ftn.id2858135">4</a>]</sup> TeX is case-sensitive, - so the control sequence \large is different from \Large - (these control sequences switch to large and very large - fonts in the LaTeX macro package). Control sequences end - with the first non-letter, even if it isn't a space. For - example, \parskip0pt is the control sequence \parskip - followed by <tt>0pt</tt>. This control sequence tells TeX - to insert zero points of extra space between - paragraphs.</p> - - <p>Unless instructed otherwise (with control sequences), - TeX builds rectangular paragraphs out of lines of words. - Changing fonts, building tables, and typesetting - mathematical equations<a id="id2858193" class="indexterm" - name="id2858193"></a> are examples of situations in your - document where TeX needs extra information.</p> - - <p>The number of control sequences used in a TeX document - may seem overwhelming at first. Luckily, every control - sequence falls into one of several categories:</p> - - <div class="variablelist"> - <dl> - <dt><span class="term">Macro control - sequences</span></dt> - - <dd> - <p>Macro control sequences<a id="id2858228" - class="indexterm" name="id2858228"></a> associate a - name with an arbitrary string of text (including - other control sequences). They are interpreted by - replacing the control sequence with the text of its - definition.<sup>[<a id="id2858243" name="id2858243" - href="#ftn.id2858243">5</a>]</sup></p> - - <p>Macro control sequences are the root of TeX's - tremendous flexibility. By defining control - sequences with meaningful names, like \chapter and - \footnote, TeX can present a reasonably simple - interface to the user. By redefining those control - sequences, the typeset output can be modified - without requiring you to retype large quantities of - text.</p> - - <p>In <a href="ch01.html#ex.csexample" - title="Example 1.1. An Example of a TeX Document"> - Example 1.1</a>, the macro control sequence - \ora is defined as a shortcut for typing - “O'Reilly & Associates.” This is a - simple example of how a macro control sequence can - be used.</p> - </dd> - - <dt><span class="term">Font control sequences<a - id="id2858301" class="indexterm" - name="id2858301"></a></span></dt> - - <dd> - <p>In <a href="ch01.html#ex.csexample" - title="Example 1.1. An Example of a TeX Document"> - Example 1.1</a>, the line \font\orafont=grlg10 - creates a font control sequence called \orafont. - When \orafont is used, TeX will begin typesetting - in the font <tt>grlg10</tt>. The name of the font, - <tt>grlg10</tt> in this case, refers to an external - file that contains font metric information. Fonts - are discussed in Chapter <a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, - <span class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>.</p> - </dd> - - <dt><span class="term">Registers</span></dt> - - <dd> - <p>Registers<a id="id2858391" class="indexterm" - name="id2858391"></a> are like variables in a - programming language. They hold a single value of a - particular type. Many types of values can be - stored: numbers (also called “count” - values because they are simple counting numbers - like 1, 2, 17, or -5), dimensions (also called - “lengths”; they are distances like - 3.5pt or 2in), boxes, glue, and token lists (an - internal representation of your document used by - TeX).<sup>[<a id="id2858415" name="id2858415" - href="#ftn.id2858415">6</a>]</sup></p> - - <p>If you are unfamiliar with computer programming, - think of these registers as place holders. When TeX - needs to save a piece of information, like how much - space should be inserted between paragraphs, it - stores the information in a register. When the - information is needed again, in this case when TeX - has finished typesetting one paragraph and is about - to start another, it can retrieve that information - from the register. Registers are usually given - names that at least hint at how they are used. This - helps people read and modify the rules that TeX - uses to typeset documents.</p> - - <p>In Example <a href="ch01.html#ex.csexample" - title="Example 1.1. An Example of a TeX Document"> - Example 1.1</a>, \parskip, \baselineskip, and - \parindent are dimension registers. The \pageno - control sequence is a count register.</p> - - <p>There are only 256 registers of each type. The - type of information (number, dimension, or token - list) that a register can contain is defined when - the control sequence is created. Once a variable - like \parindent is created to hold a dimension, it - can never hold a number or a token list.<sup>[<a - id="id2858485" name="id2858485" - href="#ftn.id2858485">7</a>]</sup></p> - - <p>Registers may seem unnecessary now that you know - about macro control sequences, which can store - arbitrary information. However, registers differ - from macro control sequences not only in the types - of values they can hold, but also in the types of - operations that can be performed on them. There is - a TeX command called \advance, for example, that - can increment the value stored in a register by an - arbitrary amount. You can't \advance a macro - control sequence.</p> - </dd> - - <dt><span class="term">Built-in commands</span></dt> - - <dd> - <p>A number of control<a id="id2858535" - class="indexterm" name="id2858535"></a> sequences - are built into TeX. These “primitive” - operations form the basis for all higher-level - functionality. There are a wide variety of control - sequences of this type. Everything that can be done - in TeX can be reduced to a sequence of primitive - operations.</p> - - <p>There is no way to know, simply by inspection, - if a control sequence is one of the built-in - sequences or not. Luckily, it doesn't matter very - often; it really only matters when you are writing - complex macros.</p> - - <p>The \font control sequence in <a - href="ch01.html#ex.csexample" - title="Example 1.1. An Example of a TeX Document"> - Example 1.1</a> is a built-in control - sequence. So is \advance, mentioned above.</p> - </dd> - </dl> - </div> - - <p>The number and kind of control sequences available - depends upon the macro package that you are using. (Macro - packages are discussed fully in Chapter <a - href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>.) - For the rest of this chapter, the default settings of - Plain TeX<a id="id2858616" class="indexterm" - name="id2858616"></a> are assumed.<sup>[<a id="id2858627" - name="id2858627" href="#ftn.id2858627">8</a>]</sup> There - are other macro packages, like LaTeX, Lollipop, and - TeXinfo, which have different default values.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.textformVSwordproc" - name="sec.textformVSwordproc"></a>Special - Characters</h3> - </div> - </div> - <a id="id2858665" class="indexterm" name="id2858665"></a> - - <p>In addition to control sequences, TeX reserves several - characters <a id="id2858675" class="indexterm" - name="id2858675"></a> for special purposes. Most of them - do not occur very frequently in ordinary text, but you - must be aware of them because there will be very - surprising consequences if you use them incorrectly.</p> - - <p>Table <a href="ch01.html#tab.activechars" - title="Table 1.1. Special Characters in Plain TeX "> - Table 1.1</a> shows all of the special characters in - Plain TeX.<sup>[<a id="id2858704" name="id2858704" - href="#ftn.id2858704">9</a>]</sup> Most of these - characters are special in other macro packages as well. - Font-specific characters are not reserved by TeX, but - they don't produce the results you would expect when - typeset in Computer Modern because of the way TeX expects - fonts to be laid out. Fonts are discussed in detail in - Chapter <a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, - <span class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>.</p> - - <div class="table"> - <a id="tab.activechars" name="tab.activechars"></a> - - <p class="title"><b>Table 1.1. Special - Characters in Plain TeX <a id="id2858750" - class="indexterm" name="id2858750"></a></b></p> - - <table - summary="Special Characters in Plain TeX charactersspecialtypesetting" - border="1"> - <colgroup> - <col align="center" /> - <col /> - </colgroup> - - <thead> - <tr> - <th align="center">Character</th> - - <th>Meaning</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="center">#</td> - - <td>Used for parameter definition in macros and - tables</td> - </tr> - - <tr> - <td align="center">$</td> - - <td>Toggles in and out of math mode</td> - </tr> - - <tr> - <td align="center">%</td> - - <td>A comment (TeX ignores everything to the end - of the line)</td> - </tr> - - <tr> - <td align="center">&</td> - - <td>The column separator in tables</td> - </tr> - - <tr> - <td align="center">~</td> - - <td>The active space (an unbreakable space)</td> - </tr> - - <tr> - <td align="center">_</td> - - <td>Marks a subscript (valid only in math - mode)</td> - </tr> - - <tr> - <td align="center">^</td> - - <td>Marks a superscript (valid only in math - mode)</td> - </tr> - - <tr> - <td align="center">\</td> - - <td>Begins a control sequence</td> - </tr> - - <tr> - <td align="center">{</td> - - <td>Begins a group</td> - </tr> - - <tr> - <td align="center">}</td> - - <td>Ends a group</td> - </tr> - - <tr> - <td align="center">|</td> - - <td>Produces an em-dash (—) - (font-specific)</td> - </tr> - - <tr> - <td align="center"><</td> - - <td>Produces an upside down exclamation mark (¡) - (font-specific)</td> - </tr> - - <tr> - <td align="center">></td> - - <td>Produces an upside down question mark (¿) - (font-specific)</td> - </tr> - - <tr> - <td align="center">"</td> - - <td>Incorrect for quoted text; use “ and - ” instead (font-specific)</td> - </tr> - </tbody> - </table> - </div> - - <p>It is best to avoid these characters until you are - familiar with TeX. If you need to typeset<a - id="id2859024" class="indexterm" name="id2859024"></a> - one of these characters, <a href="ch01.html#tab.acttype" - title="Table 1.2. How to Typeset Special Characters"> - Table 1.2</a> shows what to put in your document. - You should also avoid characters outside the standard - printable ASCII character set<a id="id2859048" - class="indexterm" name="id2859048"></a> (characters with - ASCII values below 32 and above 126). TeX can be - configured to accept characters outside the printable - ASCII range, to support non-English languages, for - example, but it is not configured to do so “out of - the box.” Chapter <a href="ch07.html" - title="Chapter 7. International Considerations"> - Chapter 7</a>, <span class="emphasis"><em><a - href="ch07.html" - title="Chapter 7. International Considerations"> - Chapter 7</a></em></span>, discusses the issues of - typesetting in different languages.</p> - - <div class="table"> - <a id="tab.acttype" name="tab.acttype"></a> - - <p class="title"><b>Table 1.2. How to Typeset - Special Characters<a id="id2859097" class="indexterm" - name="id2859097"></a></b></p> - - <table - summary="How to Typeset Special Charactersspecial characterstypesetting" - border="1"> - <colgroup> - <col align="center" /> - <col /> - </colgroup> - - <thead> - <tr> - <th align="center">To Get</th> - - <th>Put This in Your Document</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="center">#</td> - - <td>\#</td> - </tr> - - <tr> - <td align="center">$</td> - - <td>\$</td> - </tr> - - <tr> - <td align="center">%</td> - - <td>\%</td> - </tr> - - <tr> - <td align="center">&</td> - - <td>\&</td> - </tr> - - <tr> - <td align="center">“</td> - - <td>``</td> - </tr> - - <tr> - <td align="center">”</td> - - <td>''</td> - </tr> - - <tr> - <td align="center">~</td> - - <td>\~</td> - </tr> - - <tr> - <td align="center">{</td> - - <td>$\{$</td> - </tr> - - <tr> - <td align="center">}</td> - - <td>$\}$</td> - </tr> - - <tr> - <td align="center"><</td> - - <td>$<$</td> - </tr> - - <tr> - <td align="center">></td> - - <td>$>$</td> - </tr> - - <tr> - <td align="center">|</td> - - <td>$|$</td> - </tr> - - <tr> - <td align="center">_</td> - - <td>$\underbar{\hbox{\ }}$</td> - </tr> - - <tr> - <td align="center">^</td> - - <td>$\hat{\hbox{ }}$</td> - </tr> - - <tr> - <td align="center">\</td> - - <td>$\backslash$</td> - </tr> - </tbody> - </table> - </div> - - <div class="sidebar"> - <p>Some of the suggestions in <a - href="ch01.html#tab.acttype" - title="Table 1.2. How to Typeset Special Characters"> - Table 1.2</a> will not always produce exactly what - you want. The entry for “~” really produces - a tilde accent, not a tilde character and the entries - for “{” through “\” all get the - actual characters from TeX's math fonts. The Computer - Modern text fonts don't include these characters so it - is necessary to get them from the math fonts. However, - if you are using PostScript or other kinds of fonts, - you may very well have curly braces, angle brackets, - underscores, etc. in the font. You can access these - characters directly with the \char primitive. I - strongly recommend that you always define macros for - this purpose, so that you can easily switch to some - other method if you change fonts. Introducing \char - primitives makes your document less portable. To use - the \char primitive, simply put the decimal ASCII value - of the character that you want to print. For example, - this book is typeset with PostScript fonts that include - a backslash character at position 92, so I defined \bs - to print a backslash like this:</p> -<pre class="screen"> -\def\bs{\char92\relax} -</pre> - - <p>Using \relax after the decimal value assures that - TeX won't get confused if I put a backslash in front of - other digits like this \bs300dpi.</p> - </div> - - <p>The braces<a id="id2859474" class="indexterm" - name="id2859474"></a> “{” and “}” - are a very special case. TeX uses curly braces to delimit - arguments and make changes (like switching fonts) that - are local to a small section of the document. These are - called <span class="emphasis"><em>grouping characters<a - id="id2859497" class="indexterm" - name="id2859497"></a></em></span><a id="id2859504" - class="indexterm" name="id2859504"></a> in TeX jargon. - For example, to typeset a single word in boldface, you - put {\bf word} into your input file. The \bf control - sequence switches to boldface type, and the curly braces - localize the effect to the single word <span - class="bold">word</span>. As a result, it is very - important that you avoid braces (except when you use them - as delimiters) and that you carefully match all opening - and closing braces. One of the most common errors in TeX - is to forget a closing brace.</p> - - <p>One last special character is the blank space<a - id="id2859543" class="indexterm" name="id2859543"></a>. - For the most part, TeX doesn't care how you space your - lines of text. Any space that occurs is simply a word - break to TeX, and inserting multiple spaces doesn't - influence how TeX typesets the line. TeX also considers - the end of a line an implicit space. If you are trying to - control the layout of your input text and want to break a - line without introducing a space, place a comment - character (% in most macro packages)<a id="id2859552" - class="indexterm" name="id2859552"></a> at the very end - of the line. If the last character of a line is the - comment character, TeX ignores the line break and all the - leading spaces on the following line. This allows you to - use indentation<a id="id2859574" class="indexterm" - name="id2859574"></a> to make your input file more - readable. \goodbreak</p> - - <p>For example, the following lines in your input - file:</p> -<pre class="screen"> -“This is some ex - ample text.” -</pre> - - <p>and this line:</p> -<pre class="screen"> -“This is some example text.” -</pre> - - <p>both produce:</p> - - <div class="literallayout"> - <p> - “This is some example text.”</p> - </div> - - <p>in your typeset document.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2859644" - name="id2859644"></a>Text Formatting Versus Word - Processing</h2> - </div> - </div> - - <p>For many people, writing documents with a computer - implies using a word processor like WordPerfect<a - id="id2859660" class="indexterm" name="id2859660"></a> or - Microsoft Word<a id="id2859674" class="indexterm" - name="id2859674"></a>.<a id="id2859683" class="indexterm" - name="id2859683"></a><a id="id2859696" class="indexterm" - name="id2859696"></a> The word processing program controls - every aspect of what you do: it's where you type your text, - where you see what it will look like, where you print, and - where you do everything else. Some of these environments, - the so-called WYSIWYG<a id="id2859715" class="indexterm" - name="id2859715"></a> (what-you-see-is-what-you-get) - programs, attempt to show you what the printed document - will actually look like <span - class="emphasis"><em>while</em></span> you edit it.<sup>[<a - id="id2859730" name="id2859730" - href="#ftn.id2859730">10</a>]</sup></p> - - <p>If WYSIWYG environments are what you're used to, or what - you expect, TeX's approach may seem very strange at first - because TeX is a <span class="emphasis"><em>text - formatter</em></span>,<a id="id2859754" class="indexterm" - name="id2859754"></a><a id="id2859767" class="indexterm" - name="id2859767"></a> not a word processor. Instead of - trying to show you what your document will look like while - you type, TeX expects you to do all the typing somewhere - else, and then pass it a source file containing all of your - text plus control sequences that tell TeX how you'd like it - printed.</p> - - <p>In <span class="emphasis"><em>The Psychology of Everyday - Things</em></span> [<a - href="bi01.html#dn:psyeveryday">dn:psyeveryday</a>], Donald - Norman<a id="id2859798" class="indexterm" - name="id2859798"></a> describes these two modes of - interaction as first person and third person. First person - interaction provides the user with the ability to directly - manipulate the elements of a task, whether it's flying an - airplane or resizing text. Third person interaction, on the - other hand, occurs where the user is expected to type - commands to the computer in an appropriate command - language; the shell prompt is a good example of third - person interaction.</p> - - <p>Is first person interaction really better? Well, it - depends. Norman writes, “Although they [WYSIWYG - environments] are often easy to use, fun, and entertaining, - it is often difficult to do a really good job with - them.” The problem which arises is that the user is - required to do the task, and he or she may not be very good - at it. Third person systems are better when the computer - program can be trusted to do a better job of the task than - the user.</p> - - <p>Is TeX really better than a word processor? Well, it - depends on the task and the person doing it. TeX probably - isn't better for designing one page flyers with lots of - fonts and graphics (although I've done it). But for longer - documents, TeX offers all of these advantages:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>TeX has a precise understanding of the rules of - typesetting,<a id="id2859861" class="indexterm" - name="id2859861"></a> so you don't have to.</p> - </li> - - <li> - <p>Predefined styles allow experts to extend (or - bend) the rules of typesetting without burdening the - user.</p> - </li> - - <li> - <p>Journals and magazines can achieve consistency of - appearance much more reliably because the consistency - is in the style files.</p> - </li> - - <li> - <p>TeX runs on cheap systems (old PCs with monochrome - monitors and no graphics capability, for - example).</p> - </li> - - <li> - <p>Although complex and difficult to learn, TeX - offers incredibly flexible table construction - tools.</p> - </li> - - <li> - <p>Few, if any, word processors can provide running - headers and footers as flexibly as TeX. Imagine the - task of writing a dictionary: the left and right hand - side headers change on each page, each time a new - entry is added.</p> - </li> - - <li> - <p>TeX offers flexible bibliography layouts.</p> - </li> - - <li> - <p>TeX is extensible.<a id="id2859945" - class="indexterm" name="id2859945"></a> Its behavior - can be modified by defining new commands and - environments without changing the actual program.</p> - </li> - </ul> - </div> - - <p>There are some other good reasons to separate document - creation from text formatting:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>Documents are portable.<a id="id2859978" - class="indexterm" name="id2859978"></a> Because the - source files are just plain text without any - nonprintable characters, they can easily be copied - from one system to another.</p> - </li> - - <li> - <p>TeX is portable. TeX runs everywhere. You can - process your documents with TeX on unix workstations; - personal computers running MS-DOS, OS/2, and Windows; - IBM mainframes running VM/CMS; workstations running - VAX/VMS; Macintoshes; Amigas; Ataris; and just about - every other computer with a reasonable amount of - memory. And the typeset output will be the same! This - adds another dimension of portability to your - documents.</p> - </li> - - <li> - <p>TeX is free. You can afford to have it on every - system you use. Several sources of TeX software are - listed in the preface of this book.</p> - </li> - - <li> - <p>TeX allows you to separate markup and output. - Logical divisions in the text (chapters, sections, - itemized lists, etc.) are identified by control - sequences. An entirely different page layout can - result from simply changing the definition of a few - control sequences.</p> - - <p>This means that the look of your documents can be - changed (to fit the style guidelines of a particular - journal or publisher, for example) without changing - the text of your documents at all.</p> - </li> - - <li> - <p>Plain text files are easier to manipulate with - other tools than specially encoded word processor - files are. This means that you can use standard - utilities on your documents: revision control, grep, - shell scripts, etc. This is a less common practice in - non-unix environments, but it is still - convenient.</p> - </li> - - <li> - <p>You can continue to use your favorite editing - tools. The extent to which you find this advantageous - is dependent, naturally, on the extent to which you - have a favorite editing program. Nevertheless, this - can be a considerable advantage. For example, users - familiar with <b>emacs</b><a id="id2860077" - class="indexterm" name="id2860077"></a> can continue - to rely on all of the features they are used to, - including interactive spellchecking, access to online - services like Webster's dictionary, customized editor - macros, and convenient services like reading - mail.</p> - </li> - - <li> - <p>You get better looking output. TeX gives you far - more precise control over the placement of elements - on the page than most word processing programs. And - TeX is very intelligent about typesetting (paragraph - breaking, kerning<a id="id2860098" class="indexterm" - name="id2860098"></a>, ligatures<a id="id2860112" - class="indexterm" name="id2860112"></a>, etc.).</p> - </li> - </ul> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.howtexworks" - name="sec.howtexworks"></a>What About Desktop - Publishing?</h3> - </div> - </div> - - <p>Desktop publishing systems<a id="id2860137" - class="indexterm" name="id2860137"></a><a id="id2860150" - class="indexterm" name="id2860150"></a> like Ventura - Publisher<a id="id2860171" class="indexterm" - name="id2860171"></a> and Aldus PageMaker<a - id="id2860185" class="indexterm" name="id2860185"></a> - are noted for their ability to incorporate multiple fonts - and graphics into a document. As word processors become - more sophisticated, the line between word processing and - desktop publishing is becoming blurry.</p> - - <p>This book shows you many ways that TeX can provide - access to the same sophisticated features. TeX can - incorporate pictures and figures in a number of ways - (just take a look at the way I've wrapped text around - this kiwi),<sup>[<a id="id2860201" name="id2860201" - href="#ftn.id2860201">11</a>]</sup> and TeX can use - almost any font that another program can use---it can - certainly use <span class="emphasis"><em>all</em></span> - of the popular types of fonts. Like typical word - processors, desktop publishing programs force you to use - a single application to create your entire document, and - they lack the flexibility required to combine just the - pieces that you want. All of the advantages of text - formatting over word processing also apply to desktop - publishing programs. I'll grant, however, that WYSIWYG - environments are easier for first-time users. But that - doesn't make them better, it just makes them more - popular.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2860232" - name="id2860232"></a>What About troff?</h3> - </div> - </div> - - <p><b>troff</b><a id="id2860245" class="indexterm" - name="id2860245"></a> <a id="id2860259" class="indexterm" - name="id2860259"></a> is the “other” text - formatting system. If you've ever tried to read a unix - reference page without formatting it first, you've seen - <b>troff</b>. For a long time it was distributed as part - of all unix systems. Now it is more likely an extra-cost - option. The Free Software Foundation's <a id="id2860290" - class="indexterm" name="id2860290"></a><b>groff</b><a - id="id2860303" class="indexterm" name="id2860303"></a> - processor is a free, <b>troff</b>-compatible system.</p> - - <p>On the surface, it is easier to compare TeX and troff - than to compare TeX to the other document preparation - systems described in this chapter. In reality, the - differences are subtle: TeX and troff have the same - general paradigm; they are equally powerful to a large - extent, and both have advantages and disadvantages.</p> - - <p><b>troff</b> is similar to TeX in many ways. Like TeX, - troff processes a plain text file and produces a typeset - document. TeX and troff differ in the way that formatting - information is inserted into the text. TeX uses control - sequences<a id="id2860356" class="indexterm" - name="id2860356"></a>, where troff uses a mixture of - control sequences<sup>[<a id="id2860372" name="id2860372" - href="#ftn.id2860372">12</a>]</sup> and “dot” - commands (lines of text that begin with a period and - contain typesetting commands).</p> - - <p>Although I am inclined to say that troff documents are - far more cryptic than TeX documents, I am certain that - there are plenty of troff users who would disagree - (strongly).</p> - - <p>Objectively, TeX handles mathematical typesetting<a - id="id2860407" class="indexterm" name="id2860407"></a> - far better than troff and probably has better support for - multilingual documents<a id="id2860424" class="indexterm" - name="id2860424"></a><a id="id2860434" class="indexterm" - name="id2860434"></a>. The <b>nroff</b><a id="id2860451" - class="indexterm" name="id2860451"></a> processor, which - produces plain text output from a troff document, at one - time provided a strong argument in favor of troff for - typesetting documents required in both typeset and plain - text formats. However, the TeXinfo<a id="id2860469" - class="indexterm" name="id2860469"></a> macro package for - TeX has largely defeated that argument. In troff's - defense, TeXinfo is very, very different from other TeX - macro packages, so it really is necessary to plan ahead - and learn a very different set of macros to typeset both - plain text and typeset documents with TeXinfo. - Chapter <a href="ch10.html" - title="Chapter 10. Online Documentation">Chapter 10</a>, - <span class="emphasis"><em><a href="ch10.html" - title="Chapter 10. Online Documentation">Chapter 10</a></em></span>, - discusses this issue further.</p> - - <p>In my experience, there is more free support for TeX - than troff. TeX is supported by a large community of - users actively producing new, useful document-preparation - formats, styles, and tools. In addition, TeX is more - widely available than troff: a TeX port exists for almost - every practical computer system, whereas troff is still - mostly confined to unix systems (although the Free - Software Foundation's <b>groff</b> package has been - ported to similar systems like MS-DOS, Windows NT, and - OS/2).</p> - - <p>The following fragments show a side-by-side comparison - of TeX commands, on the left, and troff commands, on the - right:</p> -<pre class="screen"> -\begin{figure} .(z - \begin{center} .hl - \hrule Text to be floated. - \vspace{8pt} .sp - Text to be floated. .ce - \hrule .hl - \caption{Example figure...} Figure \*[fig]: Example figure... - \vspace{8pt} .)z - \end{center} -\end{figure} -</pre> - - <p>Both examples produce a floating figure that looks - like this:</p> - - <div class="figure"> - <a id="id2860574" name="id2860574"></a> - - <p class="title"><b>Figure 1.2. Example - figure produced by both TeX and troff</b></p> - - <div class="informaltable"> - <table width="100%" border="1"> - <colgroup> - <col /> - </colgroup> - - <tbody> - <tr> - <td>Text to be floated.</td> - </tr> - </tbody> - </table> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2860619" - name="id2860619"></a>What About SGML?</h3> - </div> - </div> - - <p>The Standard Generalized Markup Language (SGML)<a - id="id2860629" class="indexterm" name="id2860629"></a> is - a document description language. SGML aims to separate - the content of a document from its presentation. In other - words, SGML identifies the features of a document - (chapter headings, paragraphs, etc.) without specifying - how they are to be presented.</p> - - <p>This means that all SGML documents must interact with - a document formatter of some sort. Many people are - finding that TeX is a natural choice when selecting a - document formatter for their SGML environment. In fact, - LaTeX<a id="id2860647" class="indexterm" - name="id2860647"></a> already provides many SGML-like - commands because it was designed to separate markup from - presentation. One of the specific goals of an effort - (currently underway) to develop a new version of LaTeX is - to make SGML and LaTeX work together easily, cleanly, and - efficiently. For more information about the goals of this - project and information about what you can do to help, - please read <span class="emphasis"><em>The LaTeX3 - Project</em></span> [<a - href="bi01.html#l3:project">l3:project</a>].</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2860690" - name="id2860690"></a>How TeX Works</h2> - </div> - </div> - - <p>A functioning TeX system<a id="id2860698" - class="indexterm" name="id2860698"></a> in which you are - producing documents of medium size and complexity is really - a collection of tools and files that are related to each - other in well defined (if somewhat subtle) ways.</p> - - <p>One of the fundamental goals of this book is to shed - light on these relationships and allow you to put together - a TeX system that quickly and easily does the jobs you need - to accomplish.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="subsubsec.runningtex" - name="subsubsec.runningtex"></a>TeXing a Simple - Document</h3> - </div> - </div> - - <p>This section briefly describes what you need to know - about how TeX processes a simple document (that is, one - that does not contain complex document elements like a - table of contents, indexes, bibliographies, etc.). - Figure <a href="ch01.html#fig.wholesimple" - title="Figure 1.3. A high-level view of TeX">Figure 1.3</a> - shows how the standard TeX tools fit together at the most - basic level.</p> - - <div class="figure"> - <a id="fig.wholesimple" name="fig.wholesimple"></a> - - <p class="title"><b>Figure 1.3. A high-level - view of TeX</b></p> - - <div class="mediaobject"> - <img src="figures/tex.01.03.png" /> - </div> - </div> - - <p>Figure <a href="ch01.html#fig.wholething" - title="Figure 1.4. High-level view of TeX including more detail"> - Figure 1.4</a> expands on Figure <a - href="ch01.html#fig.wholesimple" - title="Figure 1.3. A high-level view of TeX">Figure 1.3</a>, - showing additional tools and files that you'll often need - to use.</p> - - <div class="figure"> - <a id="fig.wholething" name="fig.wholething"></a> - - <p class="title"><b>Figure 1.4. High-level - view of TeX including more detail</b></p> - - <div class="mediaobject"> - <img src="figures/tex.01.04.png" /> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2860862" - name="id2860862"></a>Editing your document</h4> - </div> - </div> - - <p>The most tangible and important part of your TeX - system is your document<a id="id2860872" - class="indexterm" name="id2860872"></a>. This is the - file (or files) in which you write down what you want - to typeset with TeX. In addition to the actual text, - you include control sequences to describe how you want - the final text to appear (size, font, justification, - etc.). The section “<a - href="ch01.html#sec.texforbeginners" - title="What Is TeX?">the section called “What Is - TeX?”</a>” earlier in this chapter tells - you briefly what goes into your document file.</p> - - <p>The most common way to create a document is with an - editor<a id="id2860909" class="indexterm" - name="id2860909"></a><a id="id2860916" - class="indexterm" name="id2860916"></a><a - id="id2860926" class="indexterm" name="id2860926"></a>, - which can provide you with a number of features to make - typing TeX documents easier. For example, an editor can - help you insert common control sequences<a - id="id2860940" class="indexterm" name="id2860940"></a> - automatically, run TeX automatically (from within the - editor), and keep you from making common mistakes (like - typing a left brace, but not the matching right one). - These features and how they work in editors including - GNU Emacs, aucTeX, and Multi-Edit are described in - Chapter <a href="ch02.html" - title="Chapter 2. Editing">Chapter 2</a>, - <span class="emphasis"><em><a href="ch02.html" - title="Chapter 2. Editing">Chapter 2</a></em></span>.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2860982" - name="id2860982"></a>Running TeX</h4> - </div> - </div> - - <p>Once you have prepared your document file, it is - time to run<a id="id2860991" class="indexterm" - name="id2860991"></a><a id="id2861001" - class="indexterm" name="id2861001"></a> the TeX program - itself. This may not be as easy as it sounds. You need - to determine the name of the TeX program at your site, - to make sure all of the files TeX needs are available - to it; you also need to specify the correct - command-line options. Chapter <a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a>, - <span class="emphasis"><em><a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a></em></span>, - describes everything you need to know.</p> - - <p>TeX may find errors in your document (places where - TeX doesn't understand the instructions you used; not - spelling or grammatical errors, unfortunately ;-). - Chapter <a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a> - also describes the most common errors you're likely to - make and gives advice for interpreting error - messages.</p> - - <p>If TeX is successful in formatting your document - (i.e., your document doesn't contain any errors), it - produces a <tt>DVI</tt> (DeVice Independent)<a - id="id2861075" class="indexterm" name="id2861075"></a> - file. The <tt>DVI</tt> file is a device-independent - representation of the typeset output of your document. - <tt>DVI</tt> files are transitory. Although there are a - few programs that can manipulate them (to rearrange the - order of the pages in the output, for example), most of - the time you will immediately transform them into - something else---either printed output or previewed - output on the screen. (See the following section - “<a href="ch01.html#subsubsec.printpreview" - title="Using macros">the section called “Using - macros”</a>.”)</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="subsubsec.printpreview" - name="subsubsec.printpreview"></a>Using macros</h4> - </div> - </div> - - <p>The control sequences<a id="id2861139" - class="indexterm" name="id2861139"></a> that you insert - in your document are defined by a macro package<a - id="id2861152" class="indexterm" - name="id2861152"></a>.<sup>[<a id="id2861160" - name="id2861160" href="#ftn.id2861160">13</a>]</sup> - Macro packages are collections of TeX commands (macros) - that extend TeX. Macro packages are frequently stored - in format files, specially compiled versions of the - macro package. The iniTeX<a id="id2861169" - class="indexterm" name="id2861169"></a> program - interprets all of the control sequences in a macro - package to create a format file that TeX reads when it - runs.</p> - - <p>Many macro packages are particularly effective in - implementing particular document styles or supporting - particular types of writing. Two of the most common are - Plain TeX<a id="id2861194" class="indexterm" - name="id2861194"></a> and LaTeX<a id="id2861205" - class="indexterm" name="id2861205"></a>. - Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>, - describes Plain TeX, LaTeX, and a number of other macro - packages that extend the power and ease of TeX.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2861241" - name="id2861241"></a>Using fonts</h4> - </div> - </div> - - <p>One of TeX's strengths is its support for a myriad - of predefined fonts<a id="id2861249" class="indexterm" - name="id2861249"></a> and its ability to let you create - fonts of your own. In addition to your document and the - format file, when TeX runs it needs font information as - well. This is provided in the form of a set of - <tt>TFM</tt> (TeX Font Metric)<a id="id2861277" - class="indexterm" name="id2861277"></a> files that tell - TeX the size and shape (roughly speaking, at least) of - each character, as well as some other information about - how characters are related to each other.</p> - - <p>Historically, the MetaFont<a id="id2861292" - class="indexterm" name="id2861292"></a> program was the - way a TeX user created fonts. Like TeX itself, MetaFont - is about ten years old. Ten years ago, it was a unique - program that was indispensible for creating the type of - output TeX produces. Today there are many competing - font technologies, all of them more common than - MetaFont, and MetaFont's role is diminishing. Many - people use TeX today without ever using MetaFont at - all. Nevertheless, MetaFont still has some importance, - and we describe how to run and use it in - Chapter <a href="ch11.html" - title="Chapter 11. Introducing MetaFont">Chapter 11</a>, - <span class="emphasis"><em><a href="ch11.html" - title="Chapter 11. Introducing MetaFont">Chapter 11</a></em></span>. - Because the standard fonts that come with TeX are still - the fonts produced by MetaFont, it will also be - mentioned elsewhere in this book.</p> - - <p>If you are writing complex documents, you may need - to learn a lot about fonts and how to define and use - them. Chapter <a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, - <span class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>, - tells you everything you need to know, including - information about the New Font Selection Scheme, a new - way of describing and selecting fonts in TeX.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2861369" - name="id2861369"></a>Previewing or printing TeX - documents</h4> - </div> - </div> - - <p>After you have produced a <tt>DVI</tt> file, as - described in the section “<a - href="ch01.html#subsubsec.runningtex" - title="TeXing a Simple Document">the section called - “TeXing a Simple Document”</a>,” - later in this chapter, you run another program - (generically called a DVI driver)<a id="id2861405" - class="indexterm" name="id2861405"></a> to translate - the <tt>DVI</tt> file so you can either preview or - print your document. Driver programs need your - <tt>DVI</tt> file and some collection of fonts (usually - <tt>PK</tt> (packed)<a id="id2861442" class="indexterm" - name="id2861442"></a><a id="id2861461" - class="indexterm" name="id2861461"></a><a - id="id2861469" class="indexterm" name="id2861469"></a> - font files).<sup>[<a id="id2861489" name="id2861489" - href="#ftn.id2861489">14</a>]</sup> Many different - kinds of fonts are described in Chapter <a - href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>.</p> - - <p>Chapter <a href="ch08.html" - title="Chapter 8. Printing">Chapter 8</a>, - <span class="emphasis"><em><a href="ch08.html" - title="Chapter 8. Printing">Chapter 8</a></em></span>, - tells you how to print<a id="id2861540" - class="indexterm" name="id2861540"></a><a - id="id2861546" class="indexterm" name="id2861546"></a> - your documents and deal with the problems you may - encounter using bitmapped or scalable fonts, printing - pictures and figures, and other printing issues.</p> - - <p>Often you will want to look at your document before - you actually print it. Because TeX is not a WYSIWYG - system,<sup>[<a id="id2861567" name="id2861567" - href="#ftn.id2861567">15</a>]</sup> you cannot do this - until you have processed the <tt>DVI</tt> file. There - are a number of good previewing products<a - id="id2861597" class="indexterm" - name="id2861597"></a><a id="id2861603" - class="indexterm" name="id2861603"></a>, including - xdvi<a id="id2861617" class="indexterm" - name="id2861617"></a>, <b>dvimswin</b><a id="id2861634" - class="indexterm" name="id2861634"></a>, and - <b>dviscr</b><a id="id2861648" class="indexterm" - name="id2861648"></a>, that let you look at your - processed document on the screen before you decide - whether to print it. See Chapter <a - href="ch09.html" - title="Chapter 9. Previewing">Chapter 9</a>, - <span class="emphasis"><em><a href="ch09.html" - title="Chapter 9. Previewing">Chapter 9</a></em></span>, - for complete information.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2861683" - name="id2861683"></a>TeXing More Complex - Documents</h3> - </div> - </div> - - <p>This section briefly describes how TeX processes a - more complex document (that is, one that includes - elements like a table of contents, indexes, - bibliographies, etc.).</p> - - <p>Many TeX formats implement sophisticated - cross-referencing schemes. Cross references<a - id="id2861700" class="indexterm" name="id2861700"></a> - may sound rather esoteric, but they occur frequently. - Tables of contents, figure and table numbers, indexes, - and bibliographic references are all flavors of cross - referencing.</p> - - <p>Cross references make your document more complex - because they require more information than is immediately - available when TeX initially processes your document. For - example, if you refer to a figure which occurs later in - the document, TeX has no way of knowing what figure - number to insert into the text at the point of the - reference. These are called <span - class="emphasis"><em>forward references</em></span><a - id="id2861726" class="indexterm" - name="id2861726"></a>.</p> - - <p>TeX macro packages that support cross referencing - overcome the difficulty of forward references by - requiring you to process your document more than once. - Each time your document is processed, the necessary - reference information is stored into a separate file. If - that file exists when you process your document, the - information saved <span class="emphasis"><em>last - time</em></span> is loaded so that it is available <span - class="emphasis"><em>this time</em></span>. The practical - implication of this functionality is that documents with - cross references frequently have to be processed twice. - Occasionally, you may have to process a document three - times. This occurs when the inserted reference causes TeX - to format a paragraph differently, which in turn causes - TeX to change a page break.<sup>[<a id="id2861760" - name="id2861760" href="#ftn.id2861760">16</a>]</sup> - Because most changes are incremental while revising a - document, this is normally only an issue the first time - you process a document.</p> - - <p>The following sections describe the LaTeX methods for - constructing a table of contents, figure references, an - index, and a bibliography. LaTeX is used in this example - because it is a very common macro package and is typical - of the way macro packages provide these features. Similar - mechanisms exist in most formats, except Plain TeX.</p> - - <p>Figure <a href="ch01.html#fig.texcmplx" - title="Figure 1.5. TeXing a More Complex Document"> - Figure 1.5</a> shows the relationships between many - of the components described in the following sections. - LaTeX creates several sorts of auxiliary files depending - on the kind of cross references required by your document - and the style files you use. These auxiliary files may be - modified (and others may be created) by other sorts of - post-processing programs (like <b>MakeIndex</b><a - id="id2861811" class="indexterm" name="id2861811"></a> - for constructing indexes or BibTeX<a id="id2861819" - class="indexterm" name="id2861819"></a> for constructing - bibliographies). LaTeX uses these auxiliary files, if - they exist, to update your document when it is processed - again.</p> - - <div class="figure"> - <a id="fig.texcmplx" name="fig.texcmplx"></a> - - <p class="title"><b>Figure 1.5. TeXing a More - Complex Document</b></p> - - <div class="mediaobject"> - <img src="figures/tex.01.05.png" /> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2861875" - name="id2861875"></a>Building a Table of - Contents</h3> - </div> - </div> - - <p>A table of contents<a id="id2861885" class="indexterm" - name="id2861885"></a> is the simplest form of cross - reference. In LaTeX, you request a table of contents by - inserting the \tableofcontents command wherever you want - it to appear in your document. If you request the table - of contents at the end of your document rather than the - beginning, your document can be printed with only one - pass through TeX.</p> - - <p>LaTeX uses a file with the same name as your document - and the extension <tt>.toc</tt> to hold the table of - contents entries. You can control the level of detail in - your table of contents by setting the \secnumdepth - counter. A value of zero includes only chapters; one - includes chapters and sections; two includes chapters, - sections, and subsections, and so on.</p> - - <p>The LaTeX commands \listoftables and \listoffigures - perform the same functions as \tableofcontents for lists - of tables and figures. They use external files with the - extensions <tt>.lot</tt><a id="id2861950" - class="indexterm" name="id2861950"></a> and - <tt>.lof</tt><a id="id2861966" class="indexterm" - name="id2861966"></a>, respectively. As with the table of - contents, your document can be correctly formatted in one - pass if the \listoftables and \listoffigures commands are - placed at the end of the document.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2861991" - name="id2861991"></a>Figure References</h3> - </div> - </div> - - <p>Figure references<a id="id2862000" class="indexterm" - name="id2862000"></a> are a special case of LaTeX's cross - referencing mechanism. The LaTeX command - \label{<i><tt>string</tt></i>} creates a referent. You - refer to the label with the command - \ref{<i><tt>string</tt></i>}. In normal body text, the - label refers to the current section or subsection. In a - figure or table environment, the label refers to that - figure or table.</p> - - <p>If your document contains no forward references<a - id="id2862038" class="indexterm" name="id2862038"></a> - (if all \label commands occur before the \ref's that - refer to them) then it can be formatted in one pass. - Otherwise, TeX will have to be run two or three times to - make all of the references correct.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2862061" - name="id2862061"></a>Indexes and Glossaries</h3> - </div> - </div> - - <p>Indexes<a id="id2862070" class="indexterm" - name="id2862070"></a> and glossaries<a id="id2862079" - class="indexterm" name="id2862079"></a> differ from the - preceding forms of reference in that they must be - processed by a separate program. In general, this is true - regardless of the macro package or format you use. An - external program is required because indexes and - glossaries must be alphabetized, and in indexes, - consecutive page numbers have to be converted into - ranges, and so on.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2862096" - name="id2862096"></a>Bibliographies</h3> - </div> - </div> - - <p>LaTeX works in conjunction with another program, - called BibTeX<a id="id2862105" class="indexterm" - name="id2862105"></a>, to provide a flexible, convenient - way to construct bibliographies<a id="id2862119" - class="indexterm" name="id2862119"></a>. The \cite - commands allows you to refer to other documents in much - the same way that the \ref command allows you to refer to - other portions of the same document.</p> - - <p>You make a citation by placing the command - \cite{<i><tt>string</tt></i>} where you wish the citation - to occur. The <span - class="emphasis"><em>string</em></span> is a key that - refers to the document in your bibliography database that - you wish to cite. Example <a - href="ch01.html#ex.knuthbbl" - title="Example 1.2. A typical bibliography database entry"> - Example 1.2</a> is a typical entry in a bibliography - database. It describes Knuth's<a id="id2862157" - class="indexterm" name="id2862157"></a> classic book - <span class="emphasis"><em>The - TeXbook</em></span> [<a - href="bi01.html#kn:texbook">kn:texbook</a>]. The key for - this entry is “kn:texbook.”</p> - - <div class="example"> - <a id="ex.knuthbbl" name="ex.knuthbbl"></a> - - <p class="title"><b>Example 1.2. A typical - bibliography database entry</b></p> -<pre class="screen"> -@Book{kn:texbook, - author = "Donald E. Knuth", - title = "The {TeX}book", - publisher = "Addison-Wesley", - year = 1989, - edition = "Fifteenth", - isbn = "0-201-13447-0" - note = "Paperback ISBN: 0-201-13448-9" -} -</pre> - </div> - - <p>Each entry in the database consists of a type (book, - article, magazine, etc.), a key, and a number of fields. - The number and names of the fields depend on the type of - entry. The database is simply a plain ASCII file - containing any number of entries. You can have multiple - databases.</p> - - <p>These are the commands you use, in addition to \cite, - to include a bibliography in your document:</p> -<pre class="screen"> -\bibliographystyle{plain} -\bibliography{textools,refbooks} -</pre> - - <p>The \bibliographystyle command tells BibTeX how to - format the bibliography, and the \bibliography command - identifies which bibliographic databases contain the - citations that you have made. The “plain” - style of bibliography is selected, and the - <tt>textools</tt> and <tt>refbooks</tt> files contain the - bibliographic information for the documents cited. - Document styles can be used to alter the format of - citations in your text. The default extension for - bibliographic styles is <tt>.bst</tt><a id="id2862291" - class="indexterm" name="id2862291"></a>. The default - extension for database files is <tt>.bib</tt><a - id="id2862308" class="indexterm" - name="id2862308"></a>.</p> - - <p>LaTeX places citations and bibliography information - into the <tt>.aux</tt> file<a id="id2862331" - class="indexterm" name="id2862331"></a>. BibTeX reads the - <tt>.aux</tt><a id="id2862348" class="indexterm" - name="id2862348"></a> file and constructs a bibliography, - which it places into a file with the extension - <tt>.bbl</tt><a id="id2862366" class="indexterm" - name="id2862366"></a>, using the entries you cited and - the bibliography style you selected.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2862381" - name="id2862381"></a>Special Things</h3> - </div> - </div> - - <p>Sometimes, producing a complex document requires the - ability to interface with objects outside of TeX - (pictures or figures created by high-end graphics - packages, special features of a particular printer, - etc.). To support this kind of communication, TeX - provides a control sequence called \special. The - arguments passed to the \special command are written - directly to the <tt>DVI</tt> file for the DVI driver. It - is the responsibility of the DVI driver to handle them. - DVI drivers typically ignore \special commands that they - do not recognize.</p> - - <p>You will find \special commands of various kinds - described throughout this book, particularly when - discussing color typesetting in Chapter <a - href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>, - and graphics in Chapter <a href="ch06.html" - title="Chapter 6. Pictures and Figures">Chapter 6</a>, - <span class="emphasis"><em><a href="ch06.html" - title="Chapter 6. Pictures and Figures">Chapter 6</a></em></span>.</p> - </div> - </div> - - <div class="footnotes"> - <br /> - <hr width="100" align="left" /> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2856038" name="ftn.id2856038" - href="#id2856038">1</a>]</sup> Before I proceed, the - notion of beautiful in this context needs some - explanation. Several people have pointed out that the - logo type used by many TeX-related programs (including - TeX itself) is intrinsically ugly. These same folks argue - that a sentence like “TeX is designed to typeset - beautiful pages” is self-contradictory because it - begins with such an ugly construction. Obviously, TeX - can't <span class="emphasis"><em>prevent</em></span> you - from typesetting ugly things. But TeX can typeset - beautiful things too. We at O'Reilly & Associates - think that this book, typeset completely in TeX, is an - excellent example.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2857595" name="ftn.id2857595" - href="#id2857595">2</a>]</sup> This is not a whole-truth. - Implementors of TeX may make some system-dependent - alterations as long as the resulting program still passes - the test suite; so our TeXs may not behave <span - class="emphasis"><em>exactly</em></span> the same way. - They will, however, produce identical documents given - identical input (unless the input relies on - system-dependent features not available in both TeXs, - naturally. ;-)</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2857956" name="ftn.id2857956" - href="#id2857956">3</a>]</sup> This is subtly different - from saying that they are joined at the baseline. There - are TeX commands which can change the position of the - reference point in a box, whereas the baseline is an - imaginary line that depends solely on the shape of the - character.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2858135" name="ftn.id2858135" - href="#id2858135">4</a>]</sup> Technically, it's any - character defined to be in the “escape” - category followed by any sequence of characters defined - to be in the “letter” category or a single - character in the “other” category.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2858243" name="ftn.id2858243" - href="#id2858243">5</a>]</sup> Actually, macro expansion - differs from pure textual replacement in a number of - technical ways, but they aren't important here.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2858415" name="ftn.id2858415" - href="#id2858415">6</a>]</sup> Technically, several other - kinds of values are stored this way as well, but they are - less common and won't be discussed in this book at - all.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2858485" name="ftn.id2858485" - href="#id2858485">7</a>]</sup> Most control sequences can - be redefined to hold different kinds of values, but they - can never hold different kinds of values at the same - time. A dimension register can be redefined to hold - tokens, for example, but then it can't hold dimensions - anymore (unless it is redefined again).</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2858627" name="ftn.id2858627" - href="#id2858627">8</a>]</sup> Plain TeX is the name of a - particular macro package. I selected it for the purpose - of example in this chapter because it is always installed - with TeX. Most of what follows in this chapter is true in - other macro packages as well, but some of the details are - different. See Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a> - for more information.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2858704" name="ftn.id2858704" - href="#id2858704">9</a>]</sup> All of these special - characters are configurable, but most macro packages use - the Plain TeX defaults.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2859730" name="ftn.id2859730" - href="#id2859730">10</a>]</sup> TeX pundits, and other - folks who have been frustrated by the limitations of - these environments, frequently refer to this as - WYSIAYG—what you see is <span - class="emphasis"><em>all</em></span> you get.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2860201" name="ftn.id2860201" - href="#id2860201">11</a>]</sup> TeX doesn't do this sort - of thing automatically, but it isn't hard to do. Why the - kiwi? It was on my business card at the time.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2860372" name="ftn.id2860372" - href="#id2860372">12</a>]</sup> Although it has a very - different notion of what constitutes a control - sequence.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2861160" name="ftn.id2861160" - href="#id2861160">13</a>]</sup> Well, actually, they're - TeX primitives, are defined by a macro package, defined - in a file loaded by a macro package, or defined in your - document.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2861489" name="ftn.id2861489" - href="#id2861489">14</a>]</sup> Some drivers may also - benefit from loading the <tt>TFM</tt> files used to - create your document.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2861567" name="ftn.id2861567" - href="#id2861567">15</a>]</sup> Textures for the Mac and - <b>Scientific Word</b> offer WYSIWYG-like environments, - but that's not the point ;-)</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2861760" name="ftn.id2861760" - href="#id2861760">16</a>]</sup> With extreme cleverness - or extreme bad luck you can create a document which will - <span class="emphasis"><em>never</em></span> format - correctly.</p> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Part I. An Introduction to TeX" - href="pt01.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Chapter 2. Editing" - href="ch02.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left">Part I. An - Introduction to TeX </td> - - <td width="20%" align="center"><a - title="Part I. An Introduction to TeX" - href="pt01.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Chapter 2. Editing</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/ch02.html b/Master/texmf-doc/doc/english/make-tex-work/html/ch02.html deleted file mode 100644 index 77c3f6ec357..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/ch02.html +++ /dev/null @@ -1,2438 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Chapter 2. Editing</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt01.html" - title="Part I. An Introduction to TeX" /> - <link rel="previous" href="ch01.html" - title="Chapter 1. The Big Picture" /> - <link rel="next" href="ch03.html" - title="Chapter 3. Running TeX" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Chapter 1. The Big Picture" - href="ch01.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part I. An Introduction to TeX" - href="pt01.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Chapter 3. Running TeX" - href="ch03.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="chapter"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="chap.editing" - name="chap.editing"></a>Chapter 2. Editing</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - <hr class="component-separator" /> - </div> - - <p>This chapter describes several writing environments - available for creating and modifying TeX documents. In - practice, you can use almost any editing program<a - id="id2788466" class="indexterm" name="id2788466"></a><a - id="id2788476" class="indexterm" name="id2788476"></a><a - id="id2788489" class="indexterm" name="id2788489"></a> you - wish, but I'll focus on GNU emacs<a id="id2788501" - class="indexterm" name="id2788501"></a> in this chapter. I've - chosen GNU emacs for two reasons: it is a popular and very - powerful editor available on many platforms (unix, NeXT, - MS-DOS, OS/2, Macintosh, VMS, Amiga, $…$), and it has - the most comprehensive TeX editing environment that I've ever - seen. At the end of the chapter, I'll discuss several other - editors for MS-DOS and OS/2 that also have TeX editing - environments.</p> - - <p>The sole requirement for a TeX editor is that it must save - files in a flat, ASCII<a id="id2788517" class="indexterm" - name="id2788517"></a> format without any additional - formatting characters or special encodings. Word processors, - such as Microsoft Word<a id="id2788382" class="indexterm" - name="id2788382"></a>, usually add special formatting - information to your document when they save it to disk. TeX - will not understand this information, so you cannot use a - word processor to edit TeX documents.<sup>[<a id="id2788393" - name="id2788393" href="#ftn.id2788393">17</a>]</sup></p> - - <p>A program that allows you to edit flat ASCII files is - usually called an editor (as opposed to a word processor<a - id="id2788413" class="indexterm" name="id2788413"></a>, for - example). Choosing an editor is a remarkably personal - decision. Computer programmers and other people who use - editors every day frequently become very attached to a - particular editor. This chapter explores a number of features - that an editor can provide to make editing TeX documents - easier. If possible, choose an editor that offers these - features. In any event, make sure you choose an editor you - will be comfortable using. You'll spend a lot of time using - it.</p> - - <p>Many editors have some sort of built-in programming - language. The features described in this chapter rely on - modifying the behavior of the editor with its programming - language. This does not mean that <span - class="emphasis"><em>you</em></span> will have to do any - programming. All of the editors discussed in this chapter - have TeX editing environments already available. However, if - you use another editor and it doesn't have a programming - language, it's unlikely that these features will be available - to you.</p> - - <p>The next section explores some helpful editor features. - All of the editors in this chapter provide some or all of the - features discussed, and require little or no programming on - your part.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.whatcando" name="sec.whatcando"></a>What Can an - Editor Do?</h2> - </div> - </div> - - <p>You will do most of your work with TeX in the editor<a - id="id2862669" class="indexterm" name="id2862669"></a>. - There are two ways that an editor can help you edit TeX - documents. One is to provide typing shortcuts that are - either intuitive replacements for cumbersome operations or - quick ways of typing common TeX commands. The other way - that an editor can help is by running TeX for you and - automatically displaying the location of formatting errors - in your document.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.auctex" - name="sec.auctex"></a>Quoting Automatically</h3> - </div> - </div> - <a id="id2862700" class="indexterm" name="id2862700"></a> - - <p>Most typewriters and many word processors use the same - symbol for opening and closing quotations. You are - probably used to typing the double-quote key to insert - quotation marks into your text. However, if you look - carefully at TeX output (or any professionally typeset - document) you will notice that the opening and closing - quotation marks do not look the same. The proper way to - type an opening quote (“) in TeX is with two single - back-quotes in a row (<tt>``</tt>). A closing quote - (”) is entered with two single quotes (apostrophes) - in a row (<tt>''</tt>). This process is tedious and - error-prone since you are used to typing something - else.</p> - - <p>If you accidentally use the double quote symbol in - your input, you most frequently get text that looks like - ”this.” The exact result is actually - dependent upon the font you are using. This is explained - in Chapter <a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, - <span class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>. - Most programmable editors can change the meaning of the - double-quote key to insert the correct quotation - marks.</p> - - <p>If you are interested in programming your editor to do - this, you can use the following algorithm to select the - correct quotation marks most of the time: if the - character to the immediate left of the cursor is a space, - opening brace, parenthesis, or bracket, insert opening - quotes; otherwise, insert closing quotes. As a further - enhancement, double quotes should be inserted immediately - following a backslash.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2862787" - name="id2862787"></a>Matching Braces</h3> - </div> - </div> - <a id="id2862792" class="indexterm" name="id2862792"></a> - - <p>Braces, as mentioned in Chapter <a - href="ch01.html" - title="Chapter 1. The Big Picture">Chapter 1</a>, - <span class="emphasis"><em><a href="ch01.html" - title="Chapter 1. The Big Picture">Chapter 1</a></em></span>, - are used by TeX to delimit sections of text; they appear - often in TeX documents. GNU emacs<a id="id2862829" - class="indexterm" name="id2862829"></a>, Multi-Edit<a - id="id2862842" class="indexterm" name="id2862842"></a>, - and <b>Brief</b><a id="id2862858" class="indexterm" - name="id2862858"></a> can all be programmed to highlight - the matching open brace whenever you type a closing - brace.</p> - - <p>For example, if you have entered the text</p> -<pre class="screen"> -\footnote{This is {\it not} the only case.} -</pre> - - <p>and the next character that you type is <b>}</b>, the - open brace immediately following the word \footnote is - highlighted, or all of the text between that brace and - the current cursor position is highlighted. This feature - makes it easier to find places where you have forgotten - to insert a closing brace.</p> - - <p>If you usually work in “insert” mode, you - may also find it convenient to have the editor insert - braces in pairs and then insert text between them. This - can be accomplished in almost any editor that can be - programmed, even one that isn't equipped to handle brace - matching.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2862919" - name="id2862919"></a>Inserting Common Control - Sequences</h3> - </div> - </div> - - <p>Most editors can be programmed to insert arbitrary - text when a special key is pressed. This feature can be - used to insert common control sequences<a id="id2862931" - class="indexterm" name="id2862931"></a>. For example, you - might have <b>Alt-c</b> insert the \chapter control - sequence or <b>Ctrl-e</b> insert \begin{enumerate}.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2862968" - name="id2862968"></a>Running TeX Automatically</h3> - </div> - </div> - - <p>One of the nicest features that an editor can provide - is the ability to run TeX automatically<a id="id2862979" - class="indexterm" name="id2862979"></a> without leaving - the editor. This is a feature that programmers demand - because it allows them to run compilers<a id="id2862995" - class="indexterm" name="id2862995"></a> directly from the - editor. Editors that provide this feature usually include - some mechanism for programming the editor to locate the - position of errors reported by the compiler. The editor - searches for error messages<a id="id2863008" - class="indexterm" name="id2863008"></a> in the output - generated by the compiler, and it positions the cursor at - the location of each error. This speeds up the - traditional edit/compile/debug cycle of programming. You - can take advantage of these features to shorten the - edit/typeset/rewrite cycle of creating a TeX - document.</p> - - <p>All of the editors discussed in this chapter can - easily be adapted to run TeX in this way. If you already - have a favorite editor and want to add this functionality - for TeX, see the section “<a - href="ch02.html#sec.texcomp" title="Running TeX">the - section called “Running TeX”</a>” later - in this chapter; it describes the process at a very - general level.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2863045" - name="id2863045"></a>GNU Emacs</h2> - </div> - </div> - - <p>This section describes the TeX modes distributed as part - of GNU emacs<a id="id2863054" class="indexterm" - name="id2863054"></a>. Emacs is one of the most popular and - most powerful editors around. Distributed by the Free - Software Foundation (FSF)<a id="id2863066" - class="indexterm" name="id2863066"></a>, GNU emacs is the - de facto standard editor in many unix environments. - Recently, GNU emacs has been ported to many other - platforms, including MS-DOS (<b>demacs</b><a id="id2863083" - class="indexterm" name="id2863083"></a>), OS/2, Macintosh, - VMS, Amiga, and NeXT.</p> - - <div class="sidebar"> - <p>This section and the following section on aucTeX - assume that you are familiar with general emacs concepts. - In particular, you should be familiar with the concepts - of buffers, files, regions, command keys, editing modes, - and prefix arguments. If you are unfamiliar with these - concepts, you can learn about them in the online help, - called Info pages, for GNU emacs. Info pages should be - available by pressing <b>Ctrl-H</b> <b>i</b> in emacs. - You can also consult a reference to GNU emacs, such as - <span class="emphasis"><em>Learning GNU - Emacs</em></span> [<a - href="bi01.html#or:emacs">or:emacs</a>] for more - information.</p> - </div> - - <p>Customizing some of the features of GNU emacs requires - familiarity with GNU emacs lisp<a id="id2863141" - class="indexterm" name="id2863141"></a>, which is also - described in the Info pages.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2863154" - name="id2863154"></a>Starting TeX Mode</h3> - </div> - </div> - - <p>GNU emacs<a id="id2863163" class="indexterm" - name="id2863163"></a> provides two similar TeX editing - modes: one designed for editing Plain TeX documents - (<span class="emphasis"><em>plain-tex-mode</em></span>) - and the other for editing LaTeX documents (<span - class="emphasis"><em>latex-mode</em></span>). The <span - class="emphasis"><em>latex-mode</em></span> is a superset - of <span class="emphasis"><em>plain-tex-mode</em></span> - that provides additional shortcut keys for some LaTeX - control sequences.</p> - - <p>There are three ways to start TeX mode in GNU - emacs:</p> - - <div class="informaltable"> - <table border="1"> - <colgroup> - <col /> - <col /> - </colgroup> - - <tbody> - <tr> - <td><b>M-x tex-mode</b></td> - - <td>Attempts to select the correct mode.</td> - </tr> - - <tr> - <td><b>M-x plain-tex-mode</b></td> - - <td>Always selects Plain TeX mode.</td> - </tr> - - <tr> - <td><b>M-x latex-mode</b></td> - - <td>Always selects LaTeX mode.</td> - </tr> - </tbody> - </table> - </div> - - <p>If you use <b>M-x tex-mode</b>, emacs examines the top - of the buffer in order to select the appropriate mode. If - the control sequences \documentstyle or \begin{document} - occur near the top of the buffer, <span - class="emphasis"><em>latex-mode</em></span> is selected; - otherwise, the default mode is selected. The default mode - is stored in the emacs lisp variable - <tt>TeX-default-mode</tt>.</p> - - <p>You can also tell emacs to invoke TeX mode - automatically whenever you edit a file that has a name - ending in <tt>.tex</tt><a id="id2863317" - class="indexterm" name="id2863317"></a>. To do so, add - the following lines to your emacs startup file<a - id="id2863326" class="indexterm" name="id2863326"></a>, - usually called <tt>.emacs</tt> in your home - directory:<sup>[<a id="id2863345" name="id2863345" - href="#ftn.id2863345">18</a>]</sup></p> -<pre class="screen"> -(setq auto-mode-alist (append '(("\\.tex$" . tex-mode)) - auto-mode-alist)) -</pre> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2863366" - name="id2863366"></a>Typing in Emacs</h3> - </div> - </div> - - <p>The emacs TeX modes change the meaning of several keys - to provide features useful for editing TeX documents. - These special<a id="id2863375" class="indexterm" - name="id2863375"></a><a id="id2863388" class="indexterm" - name="id2863388"></a> key bindings apply only to buffers - that you edit while emacs is in <span - class="emphasis"><em>plain-tex-mode</em></span> or <span - class="emphasis"><em>latex-mode</em></span>.</p> - - <p>Automatic quotation, brace balancing in paragraphs, - inserting brace pairs, skipping over unmatched braces, - and closing open environments are supported.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2863418" - name="id2863418"></a>Running TeX Automatically</h3> - </div> - </div> - - <p>When TeX typesets your document, it produces - processing and error messages. By<a id="id2863429" - class="indexterm" name="id2863429"></a><a id="id2863442" - class="indexterm" name="id2863442"></a> running TeX for - you, emacs can capture these messages and display them in - a window. You can use this feature to help locate and - correct errors.</p> - - <p>Functions that run TeX from inside the editor rely on - emacs' ability to run a subshell<a id="id2863463" - class="indexterm" name="id2863463"></a>. Some - implementations of emacs, particularly implementations - for MS-DOS, which is unable to run concurrent processes, - cannot use this feature. aucTeX, a different editing - environment for GNU emacs, does allow you to use these - features with MS-DOS ports<a id="id2863473" - class="indexterm" name="id2863473"></a> of GNU emacs. - (aucTeX is described in the next section.)</p> - - <p>GNU emacs supports processing of both buffers and - regions. These modes don't locate errors for you - automatically, but they do place the output from TeX in - an emacs buffer so that you can find them yourself. - Chapter <a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a>, - <span class="emphasis"><em><a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a></em></span>, - describes how to interpret TeX output and find the - location of errors.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2863525" - name="id2863525"></a>aucTeX</h2> - </div> - </div> - - <p>This section provides an overview of aucTeX<a - id="id2863533" class="indexterm" name="id2863533"></a>,<a - id="id2863544" class="indexterm" name="id2863544"></a> a - powerful emacs macro package for editing LaTeX documents. - aucTeX is available on the CTAN archives in - <tt>support/auctex</tt>. More detailed information about - installing and customizing aucTeX can be found in the - documentation distributed with the package.</p> - - <p>aucTeX provides extensive support for editing TeX and - LaTeX documents in emacs. It provides many more features - than the ordinary GNU emacs TeX modes. Although useful for - both Plain TeX and LaTeX documents, aucTeX is designed with - the LaTeX user in mind.</p> - - <p>aucTeX is <span class="emphasis"><em>a lot</em></span> - more complex than GNU emacs TeX mode. In fact, it is so - complex that it may not be useful if you have a relatively - slow computer.<sup>[<a id="id2863594" name="id2863594" - href="#ftn.id2863594">19</a>]</sup> On my machine,<sup>[<a - id="id2863603" name="id2863603" - href="#ftn.id2863603">20</a>]</sup> aucTeX's performance - leaves a lot to be desired. On the other hand, aucTeX is - extensively configurable, and it is possible to streamline - it quite a bit.</p> - - <p>The descriptions that follow are for aucTeX version 8.0. - The versions change frequently as new features are added. - Consult the documentation which comes with aucTeX for a - list of the new features that have been added since this - book was published.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.multifile" - name="sec.multifile"></a>Starting aucTeX</h3> - </div> - </div> - - <p>The instructions provided with each release of aucTeX - describe how to build and install the software so that - aucTeX will automatically be invoked<a id="id2863666" - class="indexterm" name="id2863666"></a> when you edit a - file with a name ending in <tt>.tex</tt>.</p> - - <p>If you think aucTeX is already installed on your - system (because the emacs Info page for it is present, - for example), ask your system administrator where it is - installed. One common location is - <tt>/usr/local/lib/emacs/site-lisp/auctex</tt>.</p> - - <p>Adding the following line to your emacs startup file<a - id="id2863710" class="indexterm" name="id2863710"></a> - (typically <tt>.emacs</tt> in your home directory) will - load aucTeX each time you start emacs:</p> - - <div class="informalexample"> -<pre class="screen"> - (load-file "<span -class="emphasis"><em>/path/for/auctex</em></span>/tex-site.elc") -</pre> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2863748" - name="id2863748"></a>Typing in aucTeX</h3> - </div> - </div> - - <p>aucTeX provides a large number of typing shortcuts<a - id="id2863758" class="indexterm" name="id2863758"></a>. - Many of the keystroke shortcuts are designed specifically - to aid in typing LaTeX documents. In addition to command - keys, aucTeX provides another typing shortcut---command - completion<a id="id2863775" class="indexterm" - name="id2863775"></a> for LaTeX control sequences with - <b>C-c</b> <b>TAB</b>.</p> - - <p>If you type a backslash followed by the beginning of a - control sequence name into a buffer and then type - <b>C-c</b> <b>TAB</b>, aucTeX completes as much of the - control sequence as possible. Every time aucTeX adds - another letter to the control sequence name, it compares - the resulting name to a configurable list of LaTeX - control sequences. If it reaches a point where the - control sequence could be continued in two different - ways, it stops and displays all the possible completions. - For example, there are two control sequences in standard - LaTeX that begin with \re: \renewcommand and - \renewenvironment.</p> - - <p>If you type:</p> - - <div class="informalexample"> -<pre class="screen"> -\re <b>C-c</b> <b>TAB</b> -</pre> - </div> - - <p>aucTeX will insert <tt>new</tt> because that much of - the control sequence name can be deduced from the known - possibilities. This changes the text in your document - to:</p> -<pre class="screen"> -\renew -</pre> - - <p>Because aucTeX cannot figure out which of the - possibilities you want, it displays a list of the LaTeX - commands that begin with \renew. You can complete the - command by typing <span class="bold"><b>c</b></span> or - <span class="bold"><b>e</b></span> and pressing - <b>C-c</b> <b>TAB</b> again. If you want the - \renewcommand function, type:</p> - - <div class="informalexample"> -<pre class="screen"> -\renewc<b>C-c</b> <b>TAB</b> -</pre> - </div> - - <p>Now, aucTeX will insert <tt>ommand</tt> and return to - normal typing mode with the cursor positioned just after - the control sequence name:</p> -<pre class="screen"> -\renewcommand _ -</pre> - - <p>aucTeX has special support for LaTeX sectioning - commands and environments, changing fonts, commenting out - sections of a document, reformatting the input text, and - entering mathematics.</p> - - <p>TeX contains a lot of support for typesetting - mathematics<a id="id2863993" class="indexterm" - name="id2863993"></a>. In that spirit, aucTeX provides - a<a id="id2864010" class="indexterm" - name="id2864010"></a> minor mode<sup>[<a id="id2864021" - name="id2864021" href="#ftn.id2864021">21</a>]</sup> for - entering mathematical formulae.</p> - - <p>In mathematics minor mode, pressing <b>`</b> changes - the meaning of the next character you type. The next - character is interpreted as an abbreviation for a - mathematical symbol or function. For example, in aucTeX, - typing</p> - - <div class="informalexample"> - <p><b>$</b> <b>C-c</b> <b>~</b> <b>`</b> <b>a</b> - <b>`</b> <b><</b> <b>`</b> <b>b</b> <b>$</b></p> - </div> - - <p>inserts</p> -<pre class="screen"> -$α \leq β$ -</pre> - - <p>into your document (which is typeset like this: - α≤β).</p> - - <p>Table <a href="ch02.html#tbl.mathops" - title="Table 2.1. aucTeX Math Operators in Mathematics Minor-mode"> - Table 2.1</a> lists all of the abbreviations. The - first column of the table displays the shortcut keys. The - second and third columns show the command inserted in - your document and the typeset symbol, respectively <a - id="id2864136" class="indexterm" name="id2864136"></a><a - id="id2864171" class="indexterm" - name="id2864171"></a>.</p> - - <div class="table"> - <a id="tbl.mathops" name="tbl.mathops"></a> - - <p class="title"><b>Table 2.1. aucTeX Math - Operators in Mathematics Minor-mode</b></p> - - <table - summary="aucTeX Math Operators in Mathematics Minor-mode" - border="1"> - <colgroup> - <col /> - <col /> - <col /> - <col /> - <col /> - <col /> - </colgroup> - - <thead> - <tr> - <th>Keys</th> - - <th>Control Sequence</th> - - <th>Symbol</th> - - <th>Keys</th> - - <th>Control Sequence</th> - - <th>Symbol</th> - </tr> - </thead> - - <tbody> - <tr> - <td><tt>`a</tt></td> - - <td><tt>\alpha</tt></td> - - <td>$\alpha$</td> - - <td><tt>`C-f</tt></td> - - <td><tt>\rightarrow</tt></td> - - <td>$\rightarrow$</td> - </tr> - - <tr> - <td><tt>`b</tt></td> - - <td><tt>\beta</tt></td> - - <td>$\beta$</td> - - <td><tt>`C-p</tt></td> - - <td><tt>\uparrow</tt></td> - - <td>$\uparrow$</td> - </tr> - - <tr> - <td><tt>`d</tt></td> - - <td><tt>\delta</tt></td> - - <td>$\delta$</td> - - <td><tt>`C-n</tt></td> - - <td><tt>\downarrow</tt></td> - - <td>$\downarrow$</td> - </tr> - - <tr> - <td><tt>`e</tt></td> - - <td><tt>\epsilon</tt></td> - - <td>$\epsilon$</td> - - <td><tt>`<</tt></td> - - <td><tt>\leq</tt></td> - - <td>$\leq$</td> - </tr> - - <tr> - <td><tt>`f</tt></td> - - <td><tt>\phi</tt></td> - - <td>$\phi$</td> - - <td><tt>`></tt></td> - - <td><tt>\geq</tt></td> - - <td>$\geq$</td> - </tr> - - <tr> - <td><tt>`g</tt></td> - - <td><tt>\gamma</tt></td> - - <td>$\gamma$</td> - - <td><tt>`~</tt></td> - - <td><tt>\tilde</tt></td> - - <td>$\tilde{\phantom{a}}</td> - </tr> - - <tr> - <td><tt>`h</tt></td> - - <td><tt>\eta</tt></td> - - <td>$\eta$</td> - - <td><tt>`I</tt></td> - - <td><tt>\infty</tt></td> - - <td>$\infty$</td> - </tr> - - <tr> - <td><tt>`k</tt></td> - - <td><tt>\kappa</tt></td> - - <td>$\kappa$</td> - - <td><tt>`A</tt></td> - - <td><tt>\forall</tt></td> - - <td>$\forall$</td> - </tr> - - <tr> - <td><tt>`l</tt></td> - - <td><tt>\lambda</tt></td> - - <td>$\lambda$</td> - - <td><tt>`E</tt></td> - - <td><tt>\exists</tt></td> - - <td>$\exists$</td> - </tr> - - <tr> - <td><tt>`m</tt></td> - - <td><tt>\mu</tt></td> - - <td>$\mu$</td> - - <td><tt>`!</tt></td> - - <td><tt>\not</tt></td> - - <td>$\not\phantom{=}$</td> - </tr> - - <tr> - <td><tt>`n</tt></td> - - <td><tt>\nu</tt></td> - - <td>$\nu$</td> - - <td><tt>`i</tt></td> - - <td><tt>\in</tt></td> - - <td>$\in$</td> - </tr> - - <tr> - <td><tt>`o</tt></td> - - <td><tt>\omega</tt></td> - - <td>$\omega$</td> - - <td><tt>`*</tt></td> - - <td><tt>\times</tt></td> - - <td>$\times$</td> - </tr> - - <tr> - <td><tt>`p</tt></td> - - <td><tt>\pi</tt></td> - - <td>$\pi$</td> - - <td><tt>`.</tt></td> - - <td><tt>\cdot</tt></td> - - <td>$\cdot$</td> - </tr> - - <tr> - <td><tt>`q</tt></td> - - <td><tt>\theta</tt></td> - - <td>$\theta$</td> - - <td><tt>`@{</tt></td> - - <td><tt>\subset</tt></td> - - <td>$\subset$</td> - </tr> - - <tr> - <td><tt>`r</tt></td> - - <td><tt>\rho</tt></td> - - <td>$\rho$</td> - - <td><tt>`@}</tt></td> - - <td><tt>\supset</tt></td> - - <td>$\supset$</td> - </tr> - - <tr> - <td><tt>`s</tt></td> - - <td><tt>\sigma</tt></td> - - <td>$\sigma$</td> - - <td><tt>`[</tt></td> - - <td><tt>\subseteq</tt></td> - - <td>$\subseteq$</td> - </tr> - - <tr> - <td><tt>`t</tt></td> - - <td><tt>\tau</tt></td> - - <td>$\tau$</td> - - <td><tt>`]</tt></td> - - <td><tt>\supseteq</tt></td> - - <td>$\supseteq$</td> - </tr> - - <tr> - <td><tt>`v</tt></td> - - <td><tt>\vee</tt></td> - - <td>$\vee$</td> - - <td><tt>`\</tt></td> - - <td><tt>\backslash</tt></td> - - <td>$\backslash$</td> - </tr> - - <tr> - <td><tt>`u</tt></td> - - <td><tt>\upsilon</tt></td> - - <td>$\upsilon$</td> - - <td><tt>`/</tt></td> - - <td><tt>\setminus</tt></td> - - <td>$\setminus$</td> - </tr> - - <tr> - <td><tt>`x</tt></td> - - <td><tt>\chi</tt></td> - - <td>$\chi$</td> - - <td><tt>`+</tt></td> - - <td><tt>\cup</tt></td> - - <td>$\cup$</td> - </tr> - - <tr> - <td><tt>`y</tt></td> - - <td><tt>\psi</tt></td> - - <td>$\psi$</td> - - <td><tt>`-</tt></td> - - <td><tt>\cap</tt></td> - - <td>$\cap$</td> - </tr> - - <tr> - <td><tt>`z</tt></td> - - <td><tt>\zeta</tt></td> - - <td>$\zeta$</td> - - <td><tt>`(</tt></td> - - <td><tt>\langle</tt></td> - - <td>$\langle$</td> - </tr> - - <tr> - <td><tt>`D</tt></td> - - <td><tt>\Delta</tt></td> - - <td>$\Delta$</td> - - <td><tt>`)</tt></td> - - <td><tt>\rangle</tt></td> - - <td>$\rangle$</td> - </tr> - - <tr> - <td><tt>`G</tt></td> - - <td><tt>\Gamma</tt></td> - - <td>$\Gamma$</td> - - <td><tt>`C-e</tt></td> - - <td><tt>\exp</tt></td> - - <td>$\exp$</td> - </tr> - - <tr> - <td><tt>`Q</tt></td> - - <td><tt>\Theta</tt></td> - - <td>$\Theta$</td> - - <td><tt>`C-s</tt></td> - - <td><tt>\sin</tt></td> - - <td>$\sin$</td> - </tr> - - <tr> - <td><tt>`L</tt></td> - - <td><tt>\Lambda</tt></td> - - <td>$\Lambda$</td> - - <td><tt>`C-c</tt></td> - - <td><tt>\cos</tt></td> - - <td>$\cos$</td> - </tr> - - <tr> - <td><tt>`Y</tt></td> - - <td><tt>\Psi</tt></td> - - <td>$\Psi$</td> - - <td><tt>`C-^</tt></td> - - <td><tt>\sup</tt></td> - - <td>$\sup$</td> - </tr> - - <tr> - <td><tt>`P</tt></td> - - <td><tt>\Pi</tt></td> - - <td>$\Pi$</td> - - <td><tt>`C-_</tt></td> - - <td><tt>\inf</tt></td> - - <td>$\inf$</td> - </tr> - - <tr> - <td><tt>`S</tt></td> - - <td><tt>\Sigma</tt></td> - - <td>$\Sigma$</td> - - <td><tt>`C-d</tt></td> - - <td><tt>\det</tt></td> - - <td>$\det$</td> - </tr> - - <tr> - <td><tt>`U</tt></td> - - <td><tt>\Upsilon</tt></td> - - <td>$\Upsilon$</td> - - <td><tt>`C-l</tt></td> - - <td><tt>\lim</tt></td> - - <td>$\lim$</td> - </tr> - - <tr> - <td><tt>`V</tt></td> - - <td><tt>\Phi</tt></td> - - <td>$\Phi$</td> - - <td><tt>`C-t</tt></td> - - <td><tt>\tan</tt></td> - - <td>$\tan$</td> - </tr> - - <tr> - <td><tt>`O</tt></td> - - <td><tt>\Omega</tt></td> - - <td>$\Omega$</td> - - <td><tt>`^</tt></td> - - <td><tt>\hat</tt></td> - - <td>$\hat{\phantom{a}}$</td> - </tr> - - <tr> - <td><tt>`C-b</tt></td> - - <td><tt>\leftarrow</tt></td> - - <td>$\leftarrow$</td> - - <td> </td> - - <td> </td> - - <td> </td> - </tr> - </tbody> - </table> - </div> - - <p>Additional miscellaneous commands in aucTeX provide - automatic quotation, completion of “items” in - appropriate environments (<tt>itemize</tt> and - <tt>enumeration</tt> environments, for example), and - insertion of brace pairs<a id="id2865777" - class="indexterm" name="id2865777"></a> and skeletal - control sequences.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2865794" - name="id2865794"></a>aucTeX Outline Mode</h3> - </div> - </div> - - <p>Outline mode<a id="id2865803" class="indexterm" - name="id2865803"></a> is a convenient way to edit large - documents. In outline mode, portions of the document that - you are not editing are hidden from view. They aren't - removed or deleted. Emacs indicates hidden text with - ellipses.</p> - - <p>For example, in a large document with many sections, - you can use outline mode to hide all text except the - section headings, and then selectively expand just the - sections that you wish to edit.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2865831" - name="id2865831"></a>Intelligent Paragraph - Reformatting</h3> - </div> - </div> - - <p>aucTeX understands the TeX constructions for many - kinds of environments (the list environments, for - example) and performs paragraph reformatting<a - id="id2865843" class="indexterm" name="id2865843"></a> - within the restrictions of these environments. aucTeX - won't concatenate a whole series of list items together - into one huge paragraph, for example.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2865862" - name="id2865862"></a>Multi-file Documents</h3> - </div> - </div> - - <p>It is often convenient to edit a large document in - small pieces<a id="id2865873" class="indexterm" - name="id2865873"></a> rather than in one huge file. For - example, when writing a book, it is convenient to work on - chapters independently and store them in different files. - If you are working on a collaborative project, it may be - absolutely necessary to separate the document into - pieces.</p> - - <p>The TeX \input command allows you to construct a - driver file that automatically combines the individual - files that make up your document when you run TeX. The - driver file contains the document style options and other - setup information for the whole document. Each chapter - contains just the necessary text. When TeX encounters an - \input command, it typesets all of the text in the - specified file before continuing with the current - document. Example <a href="ch02.html#ex.driver" - title="Example 2.1. A Simple Driver File">Example 2.1</a> - shows an example of a driver file.</p> - - <div class="example"> - <a id="ex.driver" name="ex.driver"></a> - - <p class="title"><b>Example 2.1. A Simple - Driver File</b></p> -<pre class="screen"> -\documentstyle[ora]{book} -\begin{document} - \input{intro} - \input{chap1} - \input{chap2} -\end{document} -</pre> - </div> - - <p>aucTeX provides seamless support for multi-file - documents. In order to provide this support, aucTeX - relies on the “file variables” feature of - emacs, which allows you to associate editor variables - with particular buffers. An editor variable<a - id="id2865956" class="indexterm" name="id2865956"></a><a - id="id2865966" class="indexterm" name="id2865966"></a> is - a named variable that is local to the current buffer and - accessible by macro packages like aucTeX running under - emacs. Look up file variables in your emacs reference for - a more complete description. Example <a - href="ch02.html#ex.localvars" - title="Example 2.2. Local Variables in an Emacs Buffer"> - Example 2.2</a> shows some common local variables in - aucTeX.</p> - - <p>When you run TeX on a buffer, aucTeX looks for the - editor variable <tt>TeX-master</tt>. If - <tt>TeX-master</tt> is set to a filename, aucTeX runs TeX - on that file instead of running it directly on the file - you are editing. This is a tremendously useful feature - because it means that you do not have to put macro - definitions, document style options, and other setup - information at the top of each chapter. Simply set the - <tt>TeX-master</tt> variable in each chapter to name the - driver file.</p> - - <p>If you do not set the <tt>TeX-master</tt> variable, - aucTeX will prompt you for it the first time you run a - command. If the \documentstyle command occurs near the - top of your document, aucTeX assumes that the current - buffer <span class="emphasis"><em>is</em></span> the - master (because it contains setup information) and will - not prompt you for a different master file.</p> - - <p>Editor variables are defined by a “Local - Variables” declaration at the bottom of your file. - aucTeX inserts a Local Variables declaration - automatically if it prompts you for a master file. - Example <a href="ch02.html#ex.localvars" - title="Example 2.2. Local Variables in an Emacs Buffer"> - Example 2.2</a> shows how local variables - <tt>TeX-master</tt><a id="id2866076" class="indexterm" - name="id2866076"></a> and <tt>TeX-command-default</tt><a - id="id2866102" class="indexterm" name="id2866102"></a> - can be set to <tt>driver.tex</tt> and <tt>LaTeX</tt>, - respectively. Because these lines begin with a percent - sign, they are considered comments by TeX and do not - appear in the output. These should be the last lines in - the file.</p> - - <div class="example"> - <a id="ex.localvars" name="ex.localvars"></a> - - <p class="title"><b>Example 2.2. Local - Variables in an Emacs Buffer</b></p> -<pre class="screen"> -% Local Variables: -% TeX-master: "driver.tex" -% TeX-command-default: "LaTeX" -% End: -</pre> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.texcomp" - name="sec.texcomp"></a>Running TeX</h3> - </div> - </div> - - <p>Like GNU emacs TeX mode, aucTeX allows you to run - TeX<a id="id2866176" class="indexterm" - name="id2866176"></a> directly from within emacs as a - subshell. Running a program inside emacs creates a - process<a id="id2866196" class="indexterm" - name="id2866196"></a>. You can have only one active - process for each document, plus one process for TeXing a - region<a id="id2866208" class="indexterm" - name="id2866208"></a>. If you try to run two processes on - the same document, aucTeX will ask for permission to kill - the first before running the second. aucTeX supports the - processing of both the documents and the regions of a - document.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2866224" - name="id2866224"></a>Finding Errors</h3> - </div> - </div> - - <p>No matter how much experience you have with TeX, some - of the documents that you write will contain errors<a - id="id2866235" class="indexterm" name="id2866235"></a>. - aucTeX eases the burden of correcting these errors by - locating them automatically in your document.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2866254" - name="id2866254"></a>Multi-Edit</h2> - </div> - </div> - - <p><b>Multi-Edit<a id="id2866268" class="indexterm" - name="id2866268"></a></b><a id="id2866275" - class="indexterm" name="id2866275"></a> is an editor for - the MS-DOS environment. This section describes the - text-based version of <b>Multi-Edit</b>. A Windows version - is in the works, and it may exist by the time you read - this.</p> - - <p>Built to be a programmer's editor, <b>Multi-Edit</b> has - a number of features designed to add language-specific - intelligence to the editing environment. These features - (template editing, a customizable spellchecker, and - configurable brace matching) can be exploited for TeX as - readily as for any programming language. For several years, - at least since version 5.0, <b>Multi-Edit</b> has included - support for TeX.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2866322" - name="id2866322"></a>Setting Up TeX Support</h3> - </div> - </div> - - <p>Support for TeX<a id="id2866330" class="indexterm" - name="id2866330"></a> is included as a language type in - <b>Multi-Edit</b>. Language types are selected by - filename extension; this means that you configure - <b>Multi-Edit</b> to provide support for the “TeX - language” whenever you edit files with the - extension <tt>.tex</tt><a id="id2866371" - class="indexterm" name="id2866371"></a> (and other - extensions if you choose).</p> - - <p>Selecting the “Other/Install/Filename - extensions...” menu displays a list of configured - extensions. If TEX is not listed, press <b>Insert</b> to - add it. You will see a screen like the one shown in - Figure <a href="ch02.html#fig.meextsetup" - title="Figure 2.1. Extension setup in Multi-Edit"> - Figure 2.1</a>.</p> - - <div class="figure"> - <a id="fig.meextsetup" name="fig.meextsetup"></a> - - <p class="title"><b>Figure 2.1. Extension - setup in Multi-Edit</b></p> - - <div class="mediaobject"> - <img src="figures/tex.02.01.png" alt="Screenshot" /> - </div> - </div> - - <p>Customize the right margin, tab spacing, indent style, - and colors to values that you find comfortable. The edit - mode should be “text,” and the tab settings - should be set to “use tab and margin settings, - ignore format line.”</p> - - <p>Select TEX as the language type, and add TeX as a - compiler. One possible setting for TeX as a compiler (for - LaTeX documents, in this case) is shown in Figure <a - href="ch02.html#fig.melatexcmp" - title="Figure 2.2. LaTeX as a compiler in Multi-Edit"> - Figure 2.2</a>.</p> - - <div class="figure"> - <a id="fig.melatexcmp" name="fig.melatexcmp"></a> - - <p class="title"><b>Figure 2.2. LaTeX as a - compiler in Multi-Edit</b></p> - - <div class="mediaobject"> - <img src="figures/tex.02.02.png" alt="Screenshot" /> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2866543" - name="id2866543"></a>Typing in Multi-Edit</h3> - </div> - </div> - - <p>Brace matching<a id="id2866552" class="indexterm" - name="id2866552"></a> is provided automatically with - Multi-Edit's template expansion support. Consult your - Multi-Edit reference for more information about - templates.</p> - - <p>Multi-Edit language support does not include any TeX - key bindings by default. However, the macros are - provided, and you can install them with the - “Other/Install/Key mapping...” menu. The - following macros are available:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p><tt>tex^texquote</tt> inserts the appropriate - quotation marks. This macro can be bound to - <b>"</b> to provide smart quoting<a id="id2866605" - class="indexterm" name="id2866605"></a>.</p> - </li> - - <li> - <p><tt>tex^texnquote</tt> inserts the literal - double quote. It can be bound to <b>Alt-"</b>, for - example.</p> - </li> - - <li> - <p><tt>tex^texreformat</tt> is a replacement for - the reformat macro. If the filename extension is - <tt>.tex</tt>, this macro reformats the paragraph - with sensitivity to TeX macros. Otherwise it calls - the default reformatting macro.</p> - </li> - </ul> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2866670" - name="id2866670"></a>Running TeX</h3> - </div> - </div> - - <p>Running TeX within Multi-Edit is accomplished by - specifying a compiler for TeX or LaTeX documents<a - id="id2866678" class="indexterm" name="id2866678"></a>. - In Figure <a href="ch02.html#fig.melatexcmp" - title="Figure 2.2. LaTeX as a compiler in Multi-Edit"> - Figure 2.2</a>, a batch file called <tt>TEXIT</tt> - is being used as the compiler for documents with the - extension <tt>.tex</tt>.</p> - - <p>Automatic compilation and location of errors is - provided by Multi-Edit language support when you have - selected <tt>TEX</tt> as the language-type for - <tt>.tex</tt> files.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2866742" - name="id2866742"></a>Brief</h2> - </div> - </div> - - <p><b>Brief</b><a id="id2866755" class="indexterm" - name="id2866755"></a><a id="id2866765" class="indexterm" - name="id2866765"></a><a id="id2866775" class="indexterm" - name="id2866775"></a> is a powerful programmer's editor - recently acquired by Borland International<a id="id2866788" - class="indexterm" name="id2866788"></a>. It is available - for both DOS and OS/2 systems. Like the other editors - discussed in this section, <b>Brief</b> offers a strong set - of programming features, including the ability to run - compilers automatically, and a flexible, C-like macro - programming language that allows you to customize the - editor.</p> - - <p>There is a LaTeX editing environment for <b>Brief</b> in - the CTAN archives. It includes multiple-language support - (currently supporting Norwegian) and control-key shortcuts - for many common LaTeX commands.</p> - - <p>The installation and setup program includes instructions - for defining program compilers. TeX can be defined to - process files with particular extensions. Once again, it is - a good idea to have the editor run a batch file so that the - batch file can determine what format file to use when - processing the document.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2866836" - name="id2866836"></a>MicroEMACS</h2> - </div> - </div> - - <p><b>MicroEMACS</b><a id="id2866848" class="indexterm" - name="id2866848"></a><a id="id2866855" class="indexterm" - name="id2866855"></a><a id="id2866865" class="indexterm" - name="id2866865"></a> is a powerful emacs-like editor for - MS-DOS and Microsoft Windows.<sup>[<a id="id2866878" - name="id2866878" href="#ftn.id2866878">22</a>]</sup> - Figure <a href="ch02.html#fig.editing.mew" - title="Figure 2.3. Editing a file with MicroEMACS"> - Figure 2.3</a> shows an example of <b>MicroEMACS</b> - editing a LaTeX document. In this case, the LaTeX - extensions to <b>MicroEMACS</b> have been loaded, and - “Help” is selected.</p> - - <div class="figure"> - <a id="fig.editing.mew" name="fig.editing.mew"></a> - - <p class="title"><b>Figure 2.3. Editing a file - with MicroEMACS</b></p> - - <div class="mediaobject"> - <img src="figures/tex.02.03.png" alt="Screenshot" /> - </div> - </div> - - <p>The online help for LaTeX is shown in Figure <a - href="ch02.html#fig.winhelp" - title="Figure 2.4. Microsoft Windows online help for LaTeX"> - Figure 2.4</a>. This is a Microsoft Windows help file, - available independently of <b>MicroEMACS</b> (although it - is nicely integrated here).</p> - - <div class="figure"> - <a id="fig.winhelp" name="fig.winhelp"></a> - - <p class="title"><b>Figure 2.4. Microsoft - Windows online help for LaTeX</b></p> - - <div class="mediaobject"> - <img src="figures/tex.02.04.png" alt="Screenshot" /> - </div> - </div> - - <p>The <b>MicroEMACS</b> environment also has the ability - to run other programs (including TeX to process documents) - and process the error output to aid in locating errors.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2867057" - name="id2867057"></a>epm: OS/2's Enhanced Editor</h2> - </div> - </div> - - <p><b>epm</b><a id="id2867070" class="indexterm" - name="id2867070"></a><a id="id2867077" class="indexterm" - name="id2867077"></a>, the enhanced editor for OS/2, can be - used to edit TeX documents. The <b>epmtex</b><a - id="id2867094" class="indexterm" name="id2867094"></a> - package adds a TeX item to the menu bar as shown in - Figure <a href="ch02.html#fig.editing.epm" - title="Figure 2.5. Editing a TeX document with epm under OS/2"> - Figure 2.5</a>.</p> - - <div class="figure"> - <a id="fig.editing.epm" name="fig.editing.epm"></a> - - <p class="title"><b>Figure 2.5. Editing a TeX - document with epm under OS/2</b></p> - - <div class="mediaobject"> - <img src="figures/tex.02.05.png" alt="Screenshot" /> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2867165" - name="id2867165"></a>Other Tools</h2> - </div> - </div> - - <p>There are many other editors that can be effective tools - for editing TeX documents. Some of the editors that you - might want to consider are <b>Jove</b><a id="id2867182" - class="indexterm" name="id2867182"></a>, an emacs-like - editor; <b>Xnot</b><a id="id2867203" class="indexterm" - name="id2867203"></a>, a Windows port of emacs; - <b>LSedit</b><a id="id2867217" class="indexterm" - name="id2867217"></a>, the VMS language-sensitive editor; - and <b>Alpha</b><a id="id2867232" class="indexterm" - name="id2867232"></a> and <b>BBedit</b><a id="id2867246" - class="indexterm" name="id2867246"></a>, two Macintosh - editors described in Chapter <a href="ch15.html" - title="Chapter 15. TeX on the Macintosh">Chapter 15</a>, - <span class="emphasis"><em><a href="ch15.html" - title="Chapter 15. TeX on the Macintosh">Chapter 15</a></em></span>.</p> - - <p>There are also a number of tools designed specifically - for editing TeX documents. <b>Scientific Word</b><a - id="id2867285" class="indexterm" name="id2867285"></a>, a - commercial environment, is described in Chapter <a - href="ch14.html" - title="Chapter 14. Commercial Environments">Chapter 14</a>, - <span class="emphasis"><em><a href="ch14.html" - title="Chapter 14. Commercial Environments">Chapter 14</a></em></span>. - Several free tools (<b>MathPad</b><a id="id2867324" - class="indexterm" name="id2867324"></a>, <b>Doc</b>, and - <b>XTeXShell</b><a id="id2867344" class="indexterm" - name="id2867344"></a>, for example) also exist, although - none were available<sup>[<a id="id2867356" name="id2867356" - href="#ftn.id2867356">23</a>]</sup> in time for review in - this edition of <i>Making TeX Work</i>.</p> - - <p>Another helpful tool is <b>LaCheck</b><a id="id2867378" - class="indexterm" name="id2867378"></a>, a LaTeX syntax - checker. <b>LaCheck</b> attempts to find and identify - problems with your document that will cause it to format - incorrectly. It runs much more quickly than TeX over a long - document and may identify some things (like</p> - - <p>missing italic correction) that are potentially - incorrect, even though they are not errors that will - prevent the document from formatting.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2867406" - name="id2867406"></a>TeX as a Compiler</h2> - </div> - </div> - - <p>This section discusses how to use TeX like a compiler<a - id="id2867415" class="indexterm" name="id2867415"></a> from - within your editor, and it is rather technical. You should - read this section before you attempt to program your own - editor to run TeX (if it doesn't already include support - for TeX). You may not be interested in this material if you - aren't planning to do that programming yourself. More - details on the types of TeX output used in this section can - be found in Chapter <a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a>, - <span class="emphasis"><em><a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a></em></span>.</p> - - <p>Many editors can run a compiler, capture the error - messages that the compiler produces, and walk through the - source file highlighting each error. Most editors with this - functionality can run TeX as a “compiler” for - documents.</p> - - <p>The discussion that follows is at a very abstract level. - The details vary so much from one editor to the next that - presenting more detail only confuses the issue further. To - implement this feature, you'll need to read your editor - reference carefully, and probably experiment on your own a - little bit.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2867481" - name="id2867481"></a>Processing a Document</h3> - </div> - </div> - - <p>Establish the TeX program as a compiler using whatever - features your editor provides to set up a compiler. - Experiment with your editor until you can process an - error-free document.</p> - - <p>After you have everything working, it may be desirable - to modify the compiler to run a batch file or shell - script instead of invoking the TeX program directly. This - will allow you to program the shell script so that it can - determine which format file to use.</p> - - <p>Running TeX is only the first step. Next, you have to - interpret the error messages<a id="id2867509" - class="indexterm" name="id2867509"></a> that TeX - produces. As a concrete example, Example <a - href="ch02.html#ex.madeuperr" - title="Example 2.3. A Contrived Error">Example 2.3</a> - shows some contrived output which demonstrates an - “undefined control sequence” error on line 6 - of the file <tt>wilma.tex</tt>.</p> - - <div class="example"> - <a id="ex.madeuperr" name="ex.madeuperr"></a> - - <p class="title"><b>Example 2.3. A Contrived - Error</b></p> -<pre class="screen"> -This is TeX version 3.141... -** (flintstone.tex -some -messages [1] -(fred.tex [2] -some more -messages -[3] ) (wilma.tex [4] -! Undefined control sequence. -the dog \dino - tipped over the car. -l.6 the dog \dino tipped over the car. -</pre> - </div> - - <p>Here are some suggestions for attacking the problem of - programming your favorite editor to process TeX error - messages<a id="id2867574" class="indexterm" - name="id2867574"></a>:</p> - - <div class="variablelist"> - <dl> - <dt><span class="term">Using the log file</span></dt> - - <dd> - <p>Don't worry about capturing the error messages - that TeX produces. It is much easier to get the - information from the log file<a id="id2867609" - class="indexterm" name="id2867609"></a>. Log files - are described in the section called “<a - href="ch03.html#sec.logfiles" title="Log Files">the - section called “Log Files”</a>” - in Chapter <a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a>, - <span class="emphasis"><em><a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a></em></span>.</p> - </dd> - - <dt><span class="term">Finding error - messages</span></dt> - - <dd> - <p>Any line in the log file that begins with an - exclamation point is an error message. In - Example <a href="ch02.html#ex.madeuperr" - title="Example 2.3. A Contrived Error">Example 2.3</a>, - the line that begins</p> -<pre class="screen"> -! Undefined control sequence. -</pre> - - <p>is an example of an error message.</p> - </dd> - - <dt><span class="term">Finding the source - line</span></dt> - - <dd> - <p>Following the error message, TeX shows the - context in which the error occurred. After that, - the line that begins with - <tt>l.<i><tt>nnn</tt></i></tt> (where - <tt><i><tt>nnn</tt></i></tt> is some decimal - number) identifies the line of the input file that - TeX was processing when the error occurred (in - Example <a href="ch02.html#ex.madeuperr" - title="Example 2.3. A Contrived Error">Example 2.3</a>, - TeX was on line 6 when the error occurred).</p> - </dd> - - <dt><span class="term">Finding the source - file</span></dt> - - <dd> - <p>When processing a document that uses the \input - command to include other files, there is no - guaranteed method of finding out the name of the - file TeX was processing when the error occurred. - Whenever TeX starts processing a file, it prints an - open parenthesis followed by the name of the file. - When it finishes processing the document, it prints - a close parenthesis.<sup>[<a id="id2867763" - name="id2867763" - href="#ftn.id2867763">24</a>]</sup> So the - following algorithm <span - class="emphasis"><em>usually</em></span> identifies - what file the error occurred in:</p> - - <p>Beginning at the line in the log file that - announces the error message (the line beginning - with “!”), search backwards for the - first unmatched open parenthesis. The word - following that open parenthesis is probably the - name of the file TeX was processing when the error - occurred.</p> - </dd> - - <dt><span class="term">Ignoring errors</span></dt> - - <dd> - <p>When you run TeX “by hand,” you want - TeX to stop and report errors to you as they occur - in your document. But if your editor is going to - handle any errors that occur, it is inconvenient to - have TeX stop and ask questions. In fact, it may - not be possible to run TeX from your editor in a - way that makes it even <span - class="emphasis"><em>feasible</em></span> for TeX - to stop and ask questions. You can use several - built-in control sequences to control the way TeX - responds to errors. They are summarized in - Table <a href="ch02.html#tab.modes" - title="Table 2.2. TeX Modes of Interaction "> - Table 2.2</a>.</p> - - <div class="table"> - <a id="tab.modes" name="tab.modes"></a> - - <p class="title"><b>Table 2.2. TeX - Modes of Interaction</b></p> - - <table summary="TeX Modes of Interaction " - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">Mode</th> - - <th align="left">TeX's Behavior</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\errorstopmode</td> - - <td align="left">Stop on errors (the - default behavior)</td> - </tr> - - <tr> - <td align="left">\scrollmode</td> - - <td align="left">Scroll errors, stop on - missing files</td> - </tr> - - <tr> - <td align="left">\nonstopmode</td> - - <td align="left">Scroll errors and missing - files</td> - </tr> - - <tr> - <td align="left">\batchmode</td> - - <td align="left">Scroll both and don't - summarize on screen</td> - </tr> - </tbody> - </table> - </div> - - <p>One common way of invoking TeX from an editor to - process a document is to use the command:</p> -<pre class="screen"> -tex \nonstopmode \input flintstone -</pre> - - <p>This uses the features discussed in the section - “<a href="ch03.html#sec.clineopts" - title="The Command Line">the section called - “The Command Line”</a>” in - Chapter <a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a> - to pass a command to TeX on the command line. In - this case, the command tells TeX not to stop on any - kind of error.</p> - </dd> - - <dt><span class="term">Handling other - errors</span></dt> - - <dd> - <p>When searching for errors in the log file, you - may find it helpful to search for lines that begin - with the words “Overfull box”<a - id="id2868015" class="indexterm" - name="id2868015"></a> or “Underfull - box”<a id="id2868029" class="indexterm" - name="id2868029"></a> as well as lines that begin - with an exclamation point. Because TeX does not - print the <tt>l.nnn</tt> form of line-number - message in this case, you will have to look for the - line numbers in the warning message.</p> - - <p>Overfull box messages have the form:</p> - - <div class="informalexample"> -<pre class="screen"> -Overfull <span class="emphasis"><em>box</em></span> (<span -class="emphasis"><em>99.9</em></span>pt too wide) in paragraph at lines <span - class="emphasis"><em>n--m</em></span> -</pre> - </div> - - <p>The <tt><i><tt>box</tt></i></tt> will be either - <tt>hbox</tt>, indicating that something is too - wide, or <tt>vbox</tt> indicating that something is - too tall or too deep. The distance, - <tt><i><tt>99.9</tt></i>pt</tt>, indicates how - badly the box is overfull, and - <tt><i><tt>n</tt></i></tt> is the first line of the - paragraph in which the error occurs. Underfull box - messages are the same, except that they begin with - the word “Underfull.”</p> - - <p>There are several control sequences that you can - use to control how sensitive TeX is to - “bad” boxes. Any good TeX reference - will discuss these parameters in detail.</p> - </dd> - </dl> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2868148" - name="id2868148"></a>Spellchecking</h2> - </div> - </div> - - <p>Checking for spelling mistakes<a id="id2868157" - class="indexterm" name="id2868157"></a> is an important - part of any document creation process. Checking TeX - documents is difficult because these documents contain - control sequences that aren't words in the traditional - sense.</p> - - <p>Some editors offer ways of customizing the spellchecker. - Multi-Edit, for example, allows you to indicate that any - word beginning with a backslash should be ignored for the - purpose of spellchecking. Figure <a - href="ch02.html#fig.mespell" - title="Figure 2.6. Edit settings control word delimiters"> - Figure 2.6</a> shows the “Other/Install/Edit - Settings...” dialog where word delimiters are - controlled. This simple customization goes a long way - towards making spellchecking tolerable.</p> - - <p>External spellcheckers, such as the ones described here, - can also frequently be customized to ignore TeX control - sequences.</p> - - <div class="figure"> - <a id="fig.mespell" name="fig.mespell"></a> - - <p class="title"><b>Figure 2.6. Edit settings - control word delimiters</b></p> - - <div class="mediaobject"> - <img src="figures/tex.02.06.png" alt="Screenshot" /> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2868250" - name="id2868250"></a>ispell</h3> - </div> - </div> - - <p><b>ispell</b><a id="id2868263" class="indexterm" - name="id2868263"></a> is a common unix spellchecker. In - addition to being available from the shell prompt, GNU - emacs includes an <span - class="emphasis"><em>ispell-mode</em></span> that handles - TeX documents intelligently.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2868280" - name="id2868280"></a>amSpell</h3> - </div> - </div> - - <p><b>amSpell<a id="id2868293" class="indexterm" - name="id2868293"></a></b> is an MS-DOS spellchecker that - includes special support for TeX documents. When - spellchecking a TeX document, <b>amSpell</b> ignores all - TeX control sequences, as well as mathematics and the - arguments to reference and citation commands. The - standard accent primitives are also recognized, and - <b>amSpell</b> can identify and correct misspellings in - words that use them.</p> - - <p>An example of <b>amSpell</b> checking a document is - shown in Figure <a href="ch02.html#fig.amspell" - title="Figure 2.7. Spellchecking a document with amSpell"> - Figure 2.7</a>.</p> - - <div class="figure"> - <a id="fig.amspell" name="fig.amspell"></a> - - <p class="title"><b>Figure 2.7. Spellchecking - a document with amSpell</b></p> - - <div class="mediaobject"> - <img src="figures/tex.02.07.png" alt="Screenshot" /> - </div> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2868394" - name="id2868394"></a>Revision Control</h2> - </div> - </div> - - <p>Revision control<a id="id2868403" class="indexterm" - name="id2868403"></a> allows you to track modifications to - a file. It is frequently associated with programming where - the ability to find and correct bugs relies on being able - to recreate a problem exactly. It can be just as useful for - writers wishing to keep track of changes to an evolving - document. For example, I use revision control to keep track - of which versions of each chapter my editor has seen.</p> - - <p>One of the most common revision control systems is RCS<a - id="id2868424" class="indexterm" name="id2868424"></a>, - which was derived from SCCS<a id="id2868433" - class="indexterm" name="id2868433"></a>, a commercial - package. RCS is freely available under the GNU license. It - is possible to use RCS under unix, MS-DOS, and OS/2.</p> - - <p>The TeX macros shown in Example <a - href="ch02.html#ex.rcsmac" - title="Example 2.4. Revision Control Macros for TeX Documents Using RCS}"> - Example 2.4</a> can be used to include RCS information - as marginal notes in a document. The marginal notes in this - example are printed only when a draft is being - produced.</p> - - <p>These macros are my own, you will find others in the - CTAN archives in the directory - <tt>macros/latex/contrib/misc</tt>.</p> - - <div class="example"> - <a id="ex.rcsmac" name="ex.rcsmac"></a> - - <p class="title"><b>Example 2.4. Revision - Control Macros for TeX Documents Using RCS}</b></p> -<pre class="screen"> -%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% -% RCS definitions... -\newif\ifdraft -\def\RCSID$#1${ - \ifdraft{\tolerance=100000 - \hbadness=100000 - \raggedright - \marginpar{\tiny Draft #1}} - \typeout{Draft #1} - \else\typeout{Production run #1}\fi -} - -\def\RCSmargid$#1: #2 #3 #4 #5 #6 #7${ -% #1 = “Id” -% #2 = filename -% #3 = vers -% #4 = date -% #5 = time -% #6 = author -% #7 = state [locker] - \ifdraft - \setbox0=\hbox to 0pt{ - \tolerance=100000 - \hbadness=100000 - \parbox{4in}{ - \rm\tiny #2\\ #3\\ #4} - \hss} - \marginpar{\box0} - \typeout{Draft Id: #2 #3 #4 #5 #6 #7} - \fi -} -</pre> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2868511" - name="id2868511"></a>TeX Shells</h2> - </div> - </div> - - <p>The iterative nature of TeX (edit, TeX, BibTeX, make - indexes, preview, repeat) can be tedious to perform by - hand. As a result, several TeX “shells”<a - id="id2868526" class="indexterm" name="id2868526"></a> have - been developed which provide a more automatic interface to - many aspects of the TeX process. Several of these packages - are described below. In everyday use, they make TeX much - more user friendly.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2868544" - name="id2868544"></a>TeXShell</h3> - </div> - </div> - - <p>TeXShell<a id="id2868553" class="indexterm" - name="id2868553"></a> was designed as an add-on for - emTeX<a id="id2868569" class="indexterm" - name="id2868569"></a> (it installs directly into the - emTeX directory hierarchy). This character-based - interface is available for both MS-DOS and OS/2. TeXShell - provides an editor, a complete help system, and fully - customizable push-button access to TeX. An example of the - TeXShell interface is shown in Figure <a - href="ch02.html#fig.texshell" - title="Figure 2.8. TeXShell">Figure 2.8</a>. - The default TeX menu and help windows are shown.</p> - - <div class="figure"> - <a id="fig.texshell" name="fig.texshell"></a> - - <p class="title"> - <b>Figure 2.8. TeXShell</b></p> - - <div class="mediaobject"> - <img src="figures/tex.02.08.png" alt="Screenshot" /> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2868647" - name="id2868647"></a>TeXPert</h3> - </div> - </div> - - <p>TeXPert<a id="id2868656" class="indexterm" - name="id2868656"></a> is a character-based shell for TeX. - MS-DOS and OS/2 versions of TeXPert are available in - either German or English. The default configuration files - for TeXPert are designed to work with emTeX, but TeXPert - does not install directly into the emTeX directory - heirarchy. The TeXPert interface is shown in - Figure <a href="ch02.html#fig.texpert" - title="Figure 2.9. TeXPert">Figure 2.9</a>.</p> - - <div class="figure"> - <a id="fig.texpert" name="fig.texpert"></a> - - <p class="title"> - <b>Figure 2.9. TeXPert</b></p> - - <div class="mediaobject"> - <img src="figures/tex.02.09.png" alt="Screenshot" /> - </div> - </div> - - <p>TeXPert provides an editor, an archive tool for speedy - access to commonly used files, and an interface to - <b>grep</b> for quickly scanning files. The exact look - and feel of TeXPert can be customized.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2868748" - name="id2868748"></a>4TeX</h3> - </div> - </div> - - <p>The 4TeX<a id="id2868757" class="indexterm" - name="id2868757"></a> system uses the <b>4DOS</b><a - id="id2868776" class="indexterm" name="id2868776"></a> - extended batch language and a number of utilities to - integrate emTeX<a id="id2868784" class="indexterm" - name="id2868784"></a> with a wide variety of free, - shareware, and commercial tools. The system is well - documented in a manual that describes installation, - setup, use, and customization. The 4TeX interface is - shown in Figure <a href="ch02.html#fig.fourtex" - title="Figure 2.10. 4TeX">Figure 2.10</a>.</p> - - <div class="figure"> - <a id="fig.fourtex" name="fig.fourtex"></a> - - <p class="title"><b>Figure 2.10. 4TeX</b></p> - - <div class="mediaobject"> - <img src="figures/tex.02.10.png" alt="Screenshot" /> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2868860" - name="id2868860"></a>PMTeX</h3> - </div> - </div> - - <p>PMTeX<a id="id2868868" class="indexterm" - name="id2868868"></a> is an OS/2 presentation manager - program. Although it does not provide a built-in editor, - it can control four independent DOS and OS/2 sessions, - one each for editing, TeX processing, previewing, and - printing. The options passed to each program can be - controlled from the PMTeX Options menu.</p> - - <p>PMTeX was designed to work with emTeX, but can be - configured to use any TeX system. PMTeX was also designed - to support two preprocessors for phonetic transcription: - the TeuTeX-P<a id="id2868895" class="indexterm" - name="id2868895"></a> and ALDTeX-P<a id="id2868905" - class="indexterm" name="id2868905"></a> scanners. These - scanners are useful in dialectology and are available - separately from PMTeX's author.</p> - - <p>A example of the PMTeX interface is shown in - Figure <a href="ch02.html#fig.pmtex" - title="Figure 2.11. PMTeX">Figure 2.11</a>. - Note that the menu bar is very wide and does not fit in a - standard 640x480 VGA window.</p> - - <div class="figure"> - <a id="fig.pmtex" name="fig.pmtex"></a> - - <p class="title"> - <b>Figure 2.11. PMTeX</b></p> - - <div class="mediaobject"> - <img src="figures/tex.02.11.png" alt="Screenshot" /> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2868984" - name="id2868984"></a>TeXit</h3> - </div> - </div> - - <p>The TeXit<a id="id2868993" class="indexterm" - name="id2868993"></a> shell (which I wrote) is much less - ambitious in many ways. Written entirely in Perl, TeXit - does not offer a full screen interface or an editor at - all. Instead, it provides a simple menu of choices as - shown in Figure <a href="ch02.html#fig.texit" - title="Figure 2.12. TeXit">Figure 2.12</a> - (all of the menu choices are completely - customizable).</p> - - <div class="figure"> - <a id="fig.texit" name="fig.texit"></a> - - <p class="title"> - <b>Figure 2.12. TeXit</b></p> -<pre class="screen"> -Processing: ./driver.tex -Again? [?]status, [T]eX & View, [b]ibtex, [c]leanup, - [e]dit a file, [p]rint, [q]uery printer, [t]ex, - [v]iew, e[x]it: -</pre> - </div> - - <p>One of TeXit's strengths is its ability to parse the - log file created by TeX and to determine when additional - actions are required. For example, TeXit will recognize - when a document contains unresolved references and - citations and can automatically run BibTeX and repeatedly - run TeX to resolve the references. With the addition of a - few “user specified” rules in the document, - TeXit can easily handle index construction and other more - sophisticated relationships.</p> - </div> - </div> - - <div class="footnotes"> - <br /> - <hr width="100" align="left" /> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2788393" name="ftn.id2788393" - href="#id2788393">17</a>]</sup> Most word processors can - be coerced into saving your document in plain text. If - your word processor can do this, you may be able to edit - TeX documents with it.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2863345" name="ftn.id2863345" - href="#id2863345">18</a>]</sup> On file systems that - don't allow filenames to begin with a period, the name - frequently begins with an underscore instead.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2863594" name="ftn.id2863594" - href="#id2863594">19</a>]</sup> That's one of the reasons - that the regular GNU emacs TeX modes are described - first.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2863603" name="ftn.id2863603" - href="#id2863603">20</a>]</sup> A 16MHz 386SX machine - with only 8Mb of memory struggling to run GNU emacs under - OS/2. ;-)</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2864021" name="ftn.id2864021" - href="#id2864021">21</a>]</sup> A minor mode is a kind of - editing environment provided by GNU emacs. If you are - unfamiliar with minor modes, consult your emacs - reference.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2866878" name="ftn.id2866878" - href="#id2866878">22</a>]</sup> There are two versions of - the program; the one discussed here is the version for - Windows.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2867356" name="ftn.id2867356" - href="#id2867356">23</a>]</sup> Or known to me, - anyway.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2867763" name="ftn.id2867763" - href="#id2867763">24</a>]</sup> Unfortunately, - parentheses can occur in the log file for other - reasons.</p> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Chapter 1. The Big Picture" - href="ch01.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Chapter 3. Running TeX" - href="ch03.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left">Chapter 1. The Big - Picture </td> - - <td width="20%" align="center"><a - title="Part I. An Introduction to TeX" - href="pt01.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Chapter 3. Running TeX</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/ch03.html b/Master/texmf-doc/doc/english/make-tex-work/html/ch03.html deleted file mode 100644 index 788caf7f753..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/ch03.html +++ /dev/null @@ -1,1894 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Chapter 3. Running TeX</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt01.html" - title="Part I. An Introduction to TeX" /> - <link rel="previous" href="ch02.html" - title="Chapter 2. Editing" /> - <link rel="next" href="ch04.html" - title="Chapter 4. Macro Packages" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Chapter 2. Editing" - href="ch02.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part I. An Introduction to TeX" - href="pt01.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Chapter 4. Macro Packages" - href="ch04.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="chapter"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="chap.running" - name="chap.running"></a>Chapter 3. Running - TeX</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - <hr class="component-separator" /> - </div> - - <p>The heart of processing a document with TeX is running<a - id="id2862591" class="indexterm" name="id2862591"></a><a - id="id2862603" class="indexterm" name="id2862603"></a> the - TeX program. In this chapter, you'll learn what happens - between the time you first start the TeX program and the time - it finishes. You'll also learn what files TeX really needs - (in addition to your document) and what to do when TeX finds - things in your document that it doesn't understand.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="run.sec.formatfiles" - name="run.sec.formatfiles"></a>What Do You Run?</h2> - </div> - </div> - - <p>The first thing you have to know is what program to run. - Unfortunately, the actual file you have to execute varies - between platforms and implementations. If you have built - and/or installed TeX yourself, you probably already know - what program to run. You'll have to ask your system - administrator for help if you can't figure out what the - name of the TeX executable is on your computer. The rest of - this chapter assumes that the command <tt>tex</tt> runs - TeX. You should substitute the name of the executable - program on your own system for <tt>tex</tt><a - id="id2862504" class="indexterm" name="id2862504"></a> in - the examples that follow.</p> - - <p>Most implementations of TeX have some hard-coded memory - limits<a id="id2862517" class="indexterm" - name="id2862517"></a>. These limitations may cause problems - if you are trying to run a very complex document through - TeX. To combat this problem, some distributions include two - versions of the TeX executable. One version is a - “small” TeX<a id="id2862533" class="indexterm" - name="id2862533"></a><a id="id2862543" class="indexterm" - name="id2862543"></a> that generally runs faster but has - less memory available to process your documents. The other - version, a “big” TeX<a id="id2869219" - class="indexterm" name="id2869219"></a><a id="id2869229" - class="indexterm" name="id2869229"></a>, can process more - complex documents but may run more slowly. If you get a - “TeX capacity exceeded” error, and you have a - big TeX available on your system, try processing your - document with the big TeX.</p> - - <p>If you still get an error, you have a document that is - simply too complex for your implementation of TeX to - handle, or you have an error in one of the macros in your - document. By examining the error log, described later in - this chapter in the section “<a - href="ch03.html#sec.logfiles" title="Log Files">the section - called “Log Files”</a>,” you can - determine what macro TeX is interpreting when the error - occurs. If the error occurs in a macro that you wrote, - check to make sure the macro functions the way you intended - by using it in a small test document.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2869278" - name="id2869278"></a>What Files Does TeX Need?</h2> - </div> - </div> - - <p>Naturally, TeX needs your input file in order to process - it. However, TeX must be able to find several other files<a - id="id2869287" class="indexterm" name="id2869287"></a><a - id="id2869299" class="indexterm" name="id2869299"></a> as - well. The files that TeX needs are normally created during - the installation process. Here is a common directory layout - for TeX on a unix system:</p> - - <div class="informaltable"> - <table border="1"> - <colgroup> - <col /> - <col /> - </colgroup> - - <tbody> - <tr> - <td><tt>/usr/local/lib/tex/formats</tt></td> - - <td>Format files</td> - </tr> - - <tr> - <td><tt>/usr/local/lib/tex/pool</tt></td> - - <td>Pool files</td> - </tr> - - <tr> - <td><tt>/usr/local/lib/tex/formats</tt></td> - - <td>Format files</td> - </tr> - - <tr> - <td><tt>/usr/local/lib/tex/inputs</tt></td> - - <td>“System” input files</td> - </tr> - - <tr> - <td><tt>/usr/local/lib/tex/macros</tt></td> - - <td>(styles, macros, and miscellaneous</td> - </tr> - - <tr> - <td><tt>/usr/local/lib/tex/lib</tt></td> - - <td>files distributed with TeX)</td> - </tr> - - <tr> - <td><tt>/usr/local/lib/tex/ps</tt></td> - - <td>PostScript support files</td> - </tr> - - <tr> - <td><tt>/usr/local/lib/tex/fonts/pk</tt></td> - - <td><tt>PK</tt> fonts</td> - </tr> - - <tr> - <td><tt>/usr/local/lib/tex/fonts/vf</tt></td> - - <td>Virtual fonts</td> - </tr> - - <tr> - <td><tt>/usr/local/lib/tex/fonts/tfm</tt></td> - - <td><tt>TFM</tt> metrics</td> - </tr> - </tbody> - </table> - </div> - - <p>A similar layout is frequently used on other operating - systems, except that the TeX files are often stored in a - top-level directory (for example, <tt>C:$\$TEX</tt> under - MS-DOS). Because TeX is very flexible and has many - different implementations, the exact directory structure - varies. Pool files are sometimes placed in the format file - directory (which is sometimes called <tt>fmt</tt> or - <tt>fmts</tt>, rather than <tt>formats</tt>). Input files - may occur in one or more of the standard places listed - above (<tt>inputs</tt>, <tt>macros</tt>, and <tt>lib</tt>) - as well as a number of other places (<tt>texinputs</tt> is - another common name).</p> - - <p>The files under the TeX tree usually come from outside - distributions, so you don't have to change them often. (You - definitely <span class="emphasis"><em>shouldn't</em></span> - put your personal macro files in that tree, even if you do - have access to it.)</p> - - <p>The following sections describe, in more detail, each of - the files that TeX needs.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2869610" - name="id2869610"></a>Pool Files</h3> - </div> - </div> - - <p>Pool files contain string constants used by TeX at - runtime. Each time TeX is compiled, it creates a pool - file<a id="id2869621" class="indexterm" - name="id2869621"></a> unique to the version being - compiled. The pool file from one version of TeX will not - work with a different version.</p> - - <p>In contrast to format files (discussed in the next - section), if you don't have a pool file, there's nothing - you can do about it. If you obtained precompiled programs - (from the Internet, from a friend, or commercially) and - you don't have a pool file, you received an incomplete - distribution.</p> - - <p>If you did not install TeX yourself, but find that the - pool file is missing, contact the system administrator - who performed the installation. He or she did something - wrong.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2869651" - name="id2869651"></a>Format Files</h3> - </div> - </div> - - <p>As mentioned in the section “<a - href="ch01.html#sec.tex.controlsequences" - title="Boxes and Glue">the section called “Boxes - and Glue”</a>” in Chapter <a - href="ch01.html" - title="Chapter 1. The Big Picture">Chapter 1</a>, - <span class="emphasis"><em><a href="ch01.html" - title="Chapter 1. The Big Picture">Chapter 1</a></em></span>, - all of the control sequences and macros that your - document uses must be defined somewhere. One way to do - this is to use the \input command to load all of the - definitions at the beginning of each document. However, - with large macro packages like LaTeX, this process can be - very time consuming. Format files<a id="id2869699" - class="indexterm" name="id2869699"></a> are a way of - predefining control sequences and macros so they don't - have to be interpreted by TeX every time they're used. If - TeX didn't use format files, you'd have to wait for TeX - to interpret all of LaTeX every time you processed a - document that used LaTeX.</p> - - <p><a id="run.sec.initexintro" - name="run.sec.initexintro"></a>Format files are created - by a special version of TeX, usually called iniTeX<a - id="id2869724" class="indexterm" name="id2869724"></a>. - Some implementations combine TeX and iniTeX into one - program. In this case, you must select iniTeX with a - special option when you run TeX. IniTeX interprets all - the control sequences in a macro package and builds the - in-memory data structures that the TeX program needs. - After loading the whole macro package, iniTeX writes the - memory image it has constructed to a format file. When - TeX later loads the format file, it simply copies it into - memory; no interpretation is necessary. This is why - loading a format file is such a fast way to define - control sequences<a id="id2869736" class="indexterm" - name="id2869736"></a>. This is also why format files are - not usually portable from one system to another,<sup>[<a - id="id2869760" name="id2869760" - href="#ftn.id2869760">25</a>]</sup> or even between - different versions of TeX on the same system. Different - versions of TeX are stored differently in memory, and - this difference in loading makes the format files - incompatible. For this reason, you need a - “big” iniTeX to make format files for a big - TeX and a “small” iniTeX for a small TeX.</p> - - <p>You will find a complete discussion of macro packages - and instructions for building format files for many of - the common macro packages in Chapter <a - href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.userfiles" - name="sec.userfiles"></a>User Files</h3> - </div> - </div> - - <p>When you run TeX<a id="id2869826" class="indexterm" - name="id2869826"></a>, you have to tell it what file to - process. If you specify a complete pathname, TeX will - load the specific file that you request. For example, I - could process the document <tt>myreport.tex</tt> in the - directory <tt>/home/norm/tex/</tt> by running:</p> -<pre class="screen"> -\$ <span class="bold"><b>tex /home/norm/tex/myreport</b></span> -</pre> - - <p>This example applies to both unix and PC - implementations of TeX. Even though MS-DOS and OS/2 - typically use the backslash to separate directory names, - <span class="emphasis"><em>always</em></span> use a - forward slash when entering filenames for TeX.</p> - - <p>If you specify a simple filename without a path, TeX - looks for the file in several user-defined and, possibly, - system-defined locations. In the following example, TeX - will attempt to locate the file <tt>myreport.tex</tt> in - order to process it:</p> -<pre class="screen"> -\$ <span class="bold"><b>tex myreport</b></span> -</pre> - - <p>If the file <tt>myreport.tex</tt> exists in several - directories, TeX will process the first file it finds - without looking for any others. TeX always prints the - complete name of the file it processes both on the - display and in the log file, so you can always tell what - file was really processed.</p> - - <p>The most common way to specify user-defined locations - is by setting the <tt>TEXINPUTS</tt> environment - variable<sup>[<a id="id2869931" name="id2869931" - href="#ftn.id2869931">26</a>]</sup> to a list of - subdirectories where TeX documents are kept. Setting - <tt>TEXINPUTS</tt> specifies where TeX should look for - <span class="emphasis"><em>documents</em></span> (files - that you input with \input or some other construct, style - files, and macros). To change where TeX looks for other - kinds of files (fonts, formats, pool files, etc.), - setting different environment variables or performing - some other customization is required. The format of the - environment variable differs according to the platform - you use. On unix systems, it is a list of directory names - separated by colons. Here is a typical example:</p> -<pre class="screen"> -.:/usr/local/lib/tex/inputs:/home/norm/tex/inputs -</pre> - - <p>On MS-DOS and OS/2 systems, it is a list of directory - names separated by semicolons. A typical example looks - like this:<sup>[<a id="id2869999" name="id2869999" - href="#ftn.id2869999">27</a>]</sup></p> -<pre class="screen"> -.;\tex\inputs;\tex\styles;\tex\macros -</pre> - - <p>Consult the documentation for your particular - implementation of TeX for more information about - system-defined locations where TeX looks for input files. - Unfortunately, this is not always well documented. For - example, an undocumented feature of version 1.4s of emTeX - always searches in the directory - <tt>\emtex\texinputs</tt> even if it does not occur in - the <tt>TEXINPUTS</tt> path. In fact, there is no way to - tell it <span class="emphasis"><em>not</em></span> to - look there, short of renaming the directory (which is - what I did).</p> - - <p>If TeX cannot find a file you specify, for example - <tt>rpt-data.tex</tt>, it displays a prompt like this - one:</p> -<pre class="screen"> -! I can't find file `rpt-data.tex'. -<*> \input rpt-data - -Please type another input filename: -</pre> - - <p>The general form of TeX error messages is discussed in - the section called “<a href="ch03.html#sec.errors" - title="What About Errors?">the section called “What - About Errors?”</a>” later in this chapter. - TeX announces an error by printing the error message on a - line that begins with an exclamation mark. Below the - error, TeX provides the context in which the error - occurred. In the example above, TeX encountered the - command \input rpt-data and tried to find the file - <tt>rpt-data.tex</tt> which it could not locate.</p> - - <p>Notice that TeX automatically added the extension - <tt>.tex</tt><a id="id2870120" class="indexterm" - name="id2870120"></a> to the name of the file it was - looking for. In any context where you specify a filename, - TeX will append <tt>.tex</tt> unless you specify an - alternate extension.</p> - - <p>TeX responds to a “can't find file” error - by asking you to type the name of a different file. Some - implementations of TeX allow you to abort by typing - Ctrl-C or Ctrl-D at this point,<sup>[<a id="id2870149" - name="id2870149" href="#ftn.id2870149">28</a>]</sup> but - other implementations insist that you enter a filename. - In this case, you'll find it convenient to create an - empty file called <tt>nul.tex</tt><a id="id2870165" - class="indexterm" name="id2870165"></a> in a directory in - your <tt>TEXINPUTS</tt> path so you can get around this - requirement by supplying a dummy answer to the prompt. - <tt>nul.tex</tt> is part of many standard - distributions.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.clineopts" name="sec.clineopts"></a>The Command - Line</h2> - </div> - </div> - - <p>Except for the name of a document, TeX has very few - command-line options<a id="id2870206" class="indexterm" - name="id2870206"></a>. The only option that is regularly - used is the name of a format file, but the use of this - option is frequently buried inside a batch file or shell - script.</p> - - <p>It is helpful to think of TeX, LaTeX, SliTeX, - etc. as different text processors (they aren't really; - they're all TeX with different format files). This illusion - is easy to provide with shell scripts or batch files. For - example, on an MS-DOS system, you could easily have three - batch files called <tt>tex.bat</tt>, <tt>latex.bat</tt>, - and <tt>slitex.bat</tt>:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>The <tt>tex.bat</tt> file runs the TeX executable - with the <tt>plain</tt> format file specified as an - option.</p> - </li> - - <li> - <p>The <tt>latex.bat</tt> file runs TeX with the - <tt>lplain</tt> format file.</p> - </li> - - <li> - <p>The <tt>slitex.bat</tt> file runs TeX with the - <tt>splain</tt> format file.</p> - </li> - </ul> - </div> - - <p>Now typing <span class="bold"><b>tex <span - class="emphasis"><em>filename</em></span></b></span> - processes Plain TeX documents; typing <span - class="bold"><b>latex <span - class="emphasis"><em>filename</em></span></b></span> - processes LaTeX documents; and typing <span - class="bold"><b>slitex <span - class="emphasis"><em>filename</em></span></b></span> - processes SliTeX documents.<sup>[<a id="id2870360" - name="id2870360" href="#ftn.id2870360">29</a>]</sup> The - role of format files and macro packages is described fully - in Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.runtex.cmdcautions" - name="sec.runtex.cmdcautions"></a>Command-line - Options</h3> - </div> - </div> - - <p>A formal specification of the TeX command line<a - id="id2870407" class="indexterm" name="id2870407"></a> - looks like this:</p> - - <div class="informalexample"> -<pre class="screen"> -$ tex <<span -class="emphasis"><em>switches</em></span>> <&<span -class="emphasis"><em>format</em></span>> <|<span -class="emphasis"><em>document</em></span>> <<span -class="emphasis"><em>tex-commands</em></span>> -</pre> - </div> - - <p>If this looks confusing, have no fear. I'll explain - what it means in English.</p> - - <p>After the name of the TeX program (or batch file), the - first things that can go on the command line are - implementation-dependent switches and options. For - example, implementations of TeX that combine iniTeX and - TeX into a single program may use <span - class="bold"><b>/I</b></span> as the switch to specify - that iniTeX processing<a id="id2870468" class="indexterm" - name="id2870468"></a> is desired (iniTeX, you may - remember, was described in the section “<a - href="ch03.html#run.sec.formatfiles" - title="What Do You Run?">the section called “What - Do You Run?”</a>,” earlier in this chapter). - There are no system-independent switches for TeX. Consult - the documentation that comes with your implementation for - more information about system-dependent switches.</p> - - <p>After any system-dependent switches, the first thing - that you can put on the TeX command line is the name of - the format file<a id="id2870509" class="indexterm" - name="id2870509"></a> to use. If you specify this option, - you must include it before any other options, and you - must put an ampersand (&)<a id="id2870520" - class="indexterm" name="id2870520"></a> in front of the - format file name. If you do not specify a format file, - TeX will use a default format, usually Plain TeX.</p> - - <p>After the format, TeX looks for the name of a document - to process. If TeX finds a filename on the command line, - it will process the document<a id="id2870537" - class="indexterm" name="id2870537"></a> contained in that - file before looking at any other options that may - follow.</p> - - <p>Finally, you can insert arbitrary TeX commands on the - command line by typing them just as you would in a - document. The section “<a - href="ch02.html#sec.texcomp" title="Running TeX">the - section called “Running TeX”</a>” in - Chapter <a href="ch02.html" - title="Chapter 2. Editing">Chapter 2</a>, - <span class="emphasis"><em><a href="ch02.html" - title="Chapter 2. Editing">Chapter 2</a></em></span>, - describes one particular instance where this is very - useful, but it isn't something that you are likely to do - very often.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2870602" - name="id2870602"></a>Command-line Cautions</h3> - </div> - </div> - - <p>There are some special restrictions on file names used - on the command line and on the way TeX interprets the - command line. These restrictions are summarized here.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="run.sec.misinterpret" - name="run.sec.misinterpret"></a>Misinterpretation - of the command line</h4> - </div> - </div> - - <p>Command lines that are typed at the operating system - prompt are actually seen by your operating system's - “command processor” before they are seen by - TeX. You must be aware of special processing that might - be performed by the command processor. Under unix, for - example, the backslash<a id="id2870634" - class="indexterm" name="id2870634"></a> is frequently - interpreted as a <span class="emphasis"><em>shell - escape</em></span> character<a id="id2870656" - class="indexterm" name="id2870656"></a>, and the - ampersand<a id="id2870668" class="indexterm" - name="id2870668"></a> has another special meaning - related to job control<a id="id2870677" - class="indexterm" name="id2870677"></a>. The ampersand - is also special under some MS-DOS and OS/2 command - processors where it is the default command separation - character and will not be passed to TeX as you would - expect.</p> - - <p>To insert these troublesome characters literally, - you must enclose the relevant sections of the command - line in quotation marks<a id="id2870695" - class="indexterm" name="id2870695"></a> or use some - form of shell escape mechanism. Under unix, place the - name of the format file, including the ampersand, in - double or single quotes and use two backslashes in a - row if you include TeX control sequences on the command - line. For example, type:</p> - - <div class="informalexample"> -<pre class="screen"> -$ <span -class="bold"><b>tex '&lplain' \\nonstopmode \\input doc1</b></span> -</pre> - </div> - - <p>instead of</p> - - <div class="informalexample"> -<pre class="screen"> -$ <span -class="bold"><b>tex &lplain \nonstopmode \input doc1</b></span> -</pre> - </div> - - <p>When using OS/2, place a ^ in front of an ampersand - to prevent it from being interpreted as a command - separator.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="sec.runtex.texwoopts" - name="sec.runtex.texwoopts"></a>Filenames and - TeX</h4> - </div> - </div> - - <p><a id="id2870772" class="indexterm" - name="id2870772"></a><a id="id2870779" - class="indexterm" name="id2870779"></a> <a - id="id2870793" class="indexterm" name="id2870793"></a> - It is easy for TeX to recognize the presence of a - format file on the command line; it must be the first - option and it must begin with an ampersand.<sup>[<a - id="id2870805" name="id2870805" - href="#ftn.id2870805">30</a>]</sup> After the format - file, TeX determines whether the next option is a file - name by looking at the first character of the option. - If the first character is not a backslash, it is a - filename; otherwise it is a TeX command, and TeX - assumes that no filename is present.</p> - - <p>On some systems, notably MS-DOS and OS/2, the - backslash<a id="id2870848" class="indexterm" - name="id2870848"></a> is used to delimit the - subdirectory components of a file name. On other - systems, a forward slash is used. Regardless of the - system you use, filenames passed to TeX <span - class="emphasis"><em>must</em></span> use forward - slashes to delimit filenames.</p> - - <p>For example, TeX will not process the file - <tt>letter.tex</tt> in the <tt>\tex\docs</tt> directory - of the current drive if you execute the following - command line on an MS-DOS system:</p> - - <div class="informalexample"> -<pre class="screen"> -\$ <span class="bold"><b>tex \tex\docs\letter</b></span> -</pre> - </div> - - <p>Instead, you must type the following, regardless of - the operating system you're using:</p> - - <div class="informalexample"> -<pre class="screen"> -\$ <span class="bold"><b>tex /tex/docs/letter</b></span> -</pre> - </div> - - <p>If you don't, TeX will complain that the control - sequence \tex is undefined. Even more confusing errors - may result if the first subdirectory happens to be a - valid control sequence.</p> - - <p>Unfortunately, filenames containing forward slashes - are not always recognized by operating systems that use - backslashes to delimit filenames. For example, under - MS-DOS, <tt>IF EXIST C:/CONFIG.SYS</tt> returns - false,<a id="id2870956" class="indexterm" - name="id2870956"></a> even when a file called - <tt>config.sys</tt> exists in the root directory of - drive C:. Therefore, it is most convenient to use - filenames with backslashes when other commands will be - used (for example in a batch file). Filenames in batch - files must have any backslashes translated into forward - slashes before being passed to TeX. MS-DOS's command - processor isn't really powerful enough, but the task is - quite doable with JP Software<a id="id2870971" - class="indexterm" name="id2870971"></a>'s <b>4DOS</b> - command processor. <b>4DOS</b><a id="id2871000" - class="indexterm" name="id2871000"></a> is a - replacement for MS-DOS's normal command processor; it - offers many advantages over the normal processor. You - can get a shareware version of <b>4DOS</b> from many - large MS-DOS archive sites on the Internet<sup>[<a - id="id2871022" name="id2871022" - href="#ftn.id2871022">31</a>]</sup> as well as most - large bulletin board systems. The following lines, - written in <b>4DOS</b><a id="id2871048" - class="indexterm" name="id2871048"></a>'s extended - batch language, will translate all backslashes in the - environment variable <tt>TEXFN</tt> to forward - slashes:</p> -<pre class="screen"> -:FixBacks - Set Count=%@Index[%TexFn,\] - If "%Count" eq "-1" Goto FixDone - Set Place=%@Eval[%Count+1] - Set TexFn=%@SubStr[%TexFn,0,%Count]/%@SubStr[%TexFn,%Place] - Goto FixBacks -:FixDone -</pre> - - <p>These lines also work under OS/2 with JP Software's - <b>4OS2</b> command processor (akin to <b>4DOS</b>; - shareware versions of <b>4OS2</b> are also available). - The same task can be completed in a single line with - <b>REXX</b><a id="id2871106" class="indexterm" - name="id2871106"></a> under OS/2:</p> -<pre class="screen"> -TEXFN = TRANSLATE(TEXFN, '\', '/') -</pre> - - <p><b>REXX</b> is an interpreted systems-programming - language distributed with OS/2. <b>REXX</b> runs under - many other IBM operating systems in addition to OS/2. - Several versions of <b>REXX</b> are available for - MS-DOS and unix systems, too.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2871151" - name="id2871151"></a>Multiple documents</h4> - </div> - </div> - - <p>Keep in mind<a id="id2871161" class="indexterm" - name="id2871161"></a> that TeX interprets only the - first option after the format file name as a document - name. If you type the command line:</p> - - <div class="informalexample"> -<pre class="screen"> -\$ <span class="bold"><b>tex doc1 doc2</b></span> -</pre> - </div> - - <p>TeX will process only <tt>doc1.tex</tt> as a - document. The result of the above command line<a - id="id2871206" class="indexterm" name="id2871206"></a> - will be exactly as if you had typed the literal word - “doc2” at the very end of the file - <tt>doc1.tex</tt>.</p> - - <p>To get TeX to process both <tt>doc1</tt> and - <tt>doc2</tt> as documents, type a command like the - following:</p> - - <div class="informalexample"> -<pre class="screen"> -\$ <span class="bold"><b>tex doc1 \input doc2</b></span> -</pre> - </div> - - <p>or, for complete clarity,</p> - - <div class="informalexample"> -<pre class="screen"> -\$ <span class="bold"><b>tex \input doc1 \input doc2</b></span> -</pre> - </div> - - <p>In either case, the structure of your document files - must allow them to be concatenated together. TeX does - not process <tt>doc1</tt> and then process - <tt>doc2</tt> separately. Instead, it processes all of - <tt>doc1</tt> and appends the text in the file - <tt>doc2</tt> directly onto the end of - <tt>doc1</tt>.</p> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2871334" - name="id2871334"></a>TeX Without Options</h2> - </div> - </div> - - <p>If you run TeX without specifying any options<a - id="id2871343" class="indexterm" name="id2871343"></a> at - all, it prints out some introductory information, then - produces a <tt>**</tt> prompt<a id="id2871366" - class="indexterm" name="id2871366"></a> and stops. Here's - what emTeX's <tt>tex386</tt> produces:</p> -<pre class="screen"> -This is emTeX (tex386), Version 3.141 [3c-beta8] -** -</pre> - - <p>This is the only situation where the <tt>**</tt> prompt - occurs. TeX now expects you to enter text. TeX will - interpret anything you type after the <tt>**</tt> prompt - <span class="emphasis"><em>exactly</em></span> as if you - had typed it on the command line. All of the rules - regarding slashes (described in “<a - href="ch03.html#run.sec.misinterpret" - title="Misinterpretation of the command line">the section - called “Misinterpretation of the command - line”</a>” earlier) apply to commands that you - type at the <tt>**</tt> prompt. Remember, however, that - input entered at the <tt>**</tt> prompt is not seen by the - operating system, so don't use quotation marks or doubled - backslashes.</p> - - <p>The last line of a document is usually a command telling - TeX that the document is finished. TeX responds by writing - the last page of the document and ending (returning control - to the operating system). If a document doesn't end with - such a command, TeX will wait for more input. When TeX runs - out of input, it displays the <tt>*</tt> prompt<a - id="id2871494" class="indexterm" name="id2871494"></a> - (single asterisk). Anything you type at the <tt>*</tt> - prompt is interpreted exactly as if it occurred in the - document that TeX was processing. You cannot specify an - alternate format or name a document at the <tt>*</tt> - prompt. You can, however, use \input to insert another - file.</p> - - <p>If emTeX processes a document called - <tt>unended.tex</tt>:</p> -<pre class="screen"> -% This is UNENDED.TEX -Now is the time for all good men -to come to the aid of their country. -% Note: there's no \bye command to end -% TeX's processing... -</pre> - - <p>the following output appears on the terminal:</p> -<pre class="screen"> -This is emTeX (tex386), Version 3.141 [3c-beta8] -**unended -(unended.tex) -* -</pre> - - <p>You can exit from the TeX program at the <tt>*</tt> - prompt by telling TeX that it should stop processing the - current document. Exactly how you get out depends on the - format file you use. The following table shows the stop - commands for some TeX macro packages<a id="id2871573" - class="indexterm" name="id2871573"></a><a id="id2871590" - class="indexterm" name="id2871590"></a><a id="id2871603" - class="indexterm" name="id2871603"></a><a id="id2871616" - class="indexterm" name="id2871616"></a><a id="id2871626" - class="indexterm" name="id2871626"></a>.</p> - - <div class="table"> - <a id="id2871639" name="id2871639"></a> - - <p class="title"><b>Table 3.1. </b></p> - - <table summary="" border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">Package</th> - - <th align="left">Command</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">Plain TeX</td> - - <td align="left">\bye</td> - </tr> - - <tr> - <td align="left">LaTeX</td> - - <td align="left">\end{document}<a id="id2871705" - class="indexterm" name="id2871705"></a></td> - </tr> - - <tr> - <td align="left">SliTeX</td> - - <td align="left">\end{document}</td> - </tr> - - <tr> - <td align="left">Lollipop</td> - - <td align="left">\Stop</td> - </tr> - - <tr> - <td align="left">TeXinfo</td> - - <td align="left"><tt>@bye</tt></td> - </tr> - </tbody> - </table> - </div> - - <p>If you do not know which format is in use, you can - almost always get out with the following steps:<sup>[<a - id="id2871781" name="id2871781" - href="#ftn.id2871781">32</a>]</sup></p> - - <div class="orderedlist"> - <ol type="1"> - <li> - <p>Type a control sequence that TeX will not - recognize (control sequences \undefined and - \gobbledygook will work). TeX will respond with the - question mark prompt.</p> - </li> - - <li> - <p>Enter <span class="bold"><b>x</b></span> at the - prompt. The question mark prompt is discussed fully - in the section “<a href="ch03.html#sec.qprompt" - title="Interpreting TeX Error Messages">the section - called “Interpreting TeX Error - Messages”</a>,” later in this - chapter.</p> - </li> - </ol> - </div> - - <p>To continue the above example, if I type \undefined at - the <tt>*</tt> prompt, TeX will respond:</p> -<pre class="screen"> -This is emTeX (tex386), Version 3.141 [3c-beta8] -**unended -(unended.tex) -*<span class="bold"><b>\undefined</b></span> -! Undefined control sequence. -<*> \undefined - -? -</pre> - - <p>If I enter <span class="bold"><b>x</b></span> at the - question mark prompt, TeX will print several informative - messages and then end, returning control to the operating - system.</p> -<pre class="screen"> -This is emTeX (tex386), Version 3.141 [3c-beta8] -**unended -(unended.tex) -*\undefined -! Undefined control sequence. -<*> \undefined - -? <span class="bold"><b>x</b></span> -No pages of output. -Transcript written on unended.log. -</pre> - - <p>One word of caution: some macro packages redefine the - meaning of the backslash (\)<a id="id2871940" - class="indexterm" name="id2871940"></a> character so that - it doesn't function as the beginning of a control sequence - (for example, the TeXinfo format uses the at-sign, - “@”). In this case, you must precede the - undefined control sequence by the escape character, even if - it isn't the backslash.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.errors" name="sec.errors"></a>What About - Errors?</h2> - </div> - </div> - - <p>When you write TeX documents, you will occasionally make - mistakes<a id="id2871979" class="indexterm" - name="id2871979"></a><a id="id2871992" class="indexterm" - name="id2871992"></a><a id="id2872002" class="indexterm" - name="id2872002"></a> and as a result, TeX won't be able to - process your document. There are six broad classes of - mistakes you're likely to make:</p> - - <div class="orderedlist"> - <ol type="1"> - <li> - <p>Naming documents or files that TeX cannot - find.</p> - </li> - - <li> - <p>Misspelling the name of a TeX control - sequence.</p> - </li> - - <li> - <p>Failing to close an environment or forgetting to - insert a closing brace after an opening brace.</p> - </li> - - <li> - <p>Using math operators outside of math mode or - forgetting to close an opened math environment.</p> - </li> - - <li> - <p>Requesting a font that TeX cannot find.</p> - </li> - - <li> - <p>Everything else.</p> - </li> - </ol> - </div> - - <p>TeX is legitimately criticized for having error messages - that are very difficult to understand. TeX frequently - provides far more information than you really need or want, - and the excess information often obscures the actual cause - of the error.</p> - - <p>Nevertheless, understanding what TeX does when it - encounters an error will help make error messages easier to - understand. Let's begin with an example. Example <a - href="ch03.html#ex.badfonttex" - title="Example 3.1. The Document BADFONT.TEX">Example 3.1</a> - shows a simple LaTeX document using the New Font Selection - Scheme (NFSS), which contains an error.<sup>[<a - id="id2872107" name="id2872107" - href="#ftn.id2872107">33</a>]</sup> The error is that the - control sequence \Large, which has been redefined to - request a 17pt font, contains a typo: - \cs[fontsize]{fontsiz} should be \fontsize.<sup>[<a - id="id2872135" name="id2872135" - href="#ftn.id2872135">34</a>]</sup></p> - - <div class="example"> - <a id="ex.badfonttex" name="ex.badfonttex"></a> - - <p class="title"><b>Example 3.1. The Document - BADFONT.TEX</b></p> -<pre class="screen"> -\documentstyle{article} -% The following definition changes the font that LaTeX -% uses for the 'Large' font. I have introduced a typo -% into the definition, “\fontsiz” should be “\fontsize”. -% The first time a \Large font is requested, an error will occur. -\renewcommand{\Large}{\fontsiz{17}{20pt}\selectfont} -\begin{document} - -This text precedes the first section header. - -% Note: LaTeX uses the \Large font in section -% headers...this will fail in a confusing way -% because the error is deep within the definition -% of \section where \Large is used... -\section{First Section} - -This is the first and only sentence of the first section. - -\end{document} -</pre> - </div> - - <p>When TeX processes this file, using LaTeX with the New - Font Selection Scheme, it produces these error - messages:</p> -<pre class="screen"> -This is TeX, Version 3.1415 (C version 6.1) -LaTeX Version 2.09 <25 March 1992> with NFSS2 -(badfont.tex (/work/nutshell/texguide/styles/latex/article.sty -Standard Document Style `article' <14 Jan 92>. -(/work/nutshell/texguide/styles/latex/art10.sty)) (badfont.aux) -(/usr/local/lib/tex/inputs/nfss2/T1cmr.fd) -! Undefined control sequence. -\Large ->\fontsiz{17}{20pt}\selectfont -<argument> \reset@font \Large - \bf -\@sect ...x \ifdim \@tempskipa >\z@ \begingroup #6 - \relax \@hangfrom {\hskip ... -l.21 \end{section} -\section{First Section} - -? -</pre> - - <p>These messages exemplify the kind of confusing error - messages that TeX produces. Remember the following rule: - Always look at the first and last line of the TeX error - message when trying to figure out what went wrong and where - it went wrong. In this case, the first line is:</p> -<pre class="screen"> -! Undefined control sequence. -</pre> - - <p>and the last line is:</p> -<pre class="screen"> -l.21 \end{section} -\section{First Section} -</pre> - - <p>The error is that the control sequence - \cs[fontsize]{fontsiz} is not defined and TeX was - processing line 21 of the file when it occurred.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.logfiles" - name="sec.logfiles"></a>Log Files</h3> - </div> - </div> - - <p>You don't have to remember or write down the error - messages that TeX produces. When TeX processes a - document, it produces a transcript<a id="id2872267" - class="indexterm" name="id2872267"></a> of everything - that occurs; you can refer to this transcript later if - you need to recall what errors occurred when you - processed your document. TeX stores this transcript in a - file which has the same name as the document and the - extension <tt>.log</tt>. For example, if you process - <tt>main.tex</tt>, TeX produces a transcript in - <tt>main.log</tt>.</p> - - <div class="note" - style="margin-left: 0.5in; margin-right: 0.5in;"> - <h3 class="title">Note</h3> - - <p>Log files go in the current directory. TeX always - places the log file in the current directory, even if - you specify a path when you format your document. For - example, if you process <tt>lectures/main.tex</tt>, TeX - produces a transcript in <tt>main.log</tt>, not in - <tt>lectures/main.log</tt> as you might expect.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.qprompt" - name="sec.qprompt"></a>Interpreting TeX Error - Messages</h3> - </div> - </div> - - <p>The first line of a TeX error message begins with an - exclamation point followed by the text of the message<a - id="id2872354" class="indexterm" name="id2872354"></a>. - The lines that follow it show the context in which the - error occurred.<sup>[<a id="id2872367" name="id2872367" - href="#ftn.id2872367">35</a>]</sup> In the previous - example, the error message indicates an <tt>Undefined - control sequence</tt>. This means that TeX encountered a - control sequence which was not previously defined.</p> - - <p>The final line, which says <tt>l.21 \section{First - Section}</tt>, occurs right above the question mark - prompt. It identifies the line in your document that TeX - was processing when it encountered the error. The error - occurred when TeX was at line 21 of the file, and that - line began with <tt>\section{First Section}</tt>.</p> - - <p>Between the first and last lines, TeX prints a - detailed description of how the error occurred. This is - necessary because the error may have occurred inside the - replacement text of a macro that you used. When TeX - encounters a control sequence, like \section, it has to - look up the definition to figure out how to typeset your - document. The definition of a control sequence may - contain other control sequences which also have to be - interpreted. It is possible for TeX to be several levels - deep, as it was in this case, when an error occurs. To - give the person who wrote the definition of the control - sequence an opportunity to figure out what went wrong, - TeX prints out a <span class="emphasis"><em>trace - back</em></span><a id="id2872434" class="indexterm" - name="id2872434"></a> of what happened before the error. - As you gain experience with a particular macro package, - you'll find the intervening lines more meaningful.</p> - - <p>Correcting an error depends entirely on the nature of - the error. In this case, all you need to do is correct - the typo.</p> - - <p>As stated above, there are six general classes of - errors you might encounter when you run TeX. The - following sections briefly describe each class.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2872461" - name="id2872461"></a>Naming a File TeX Cannot - Find</h3> - </div> - </div> - - <p>Missing documents are discussed in the section called - “<a href="ch03.html#sec.userfiles" - title="User Files">the section called “User - Files”</a>,” earlier in this chapter.</p> - - <p>If you request a format file<a id="id2872489" - class="indexterm" name="id2872489"></a> that cannot be - found, TeX issues the following warning message:</p> -<pre class="screen"> -Sorry, I can't find that format; will try the default -</pre> - - <p>TeX then attempts to typeset your document with Plain - TeX.<sup>[<a id="id2872514" name="id2872514" - href="#ftn.id2872514">36</a>]</sup> To correct this - problem, run TeX with the correct format file name. If - the format file isn't available, you will have to build - it. Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>, - describes how to build format files for several common - macro packages.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2872549" - name="id2872549"></a>Misspelling a Control Sequence - Name</h3> - </div> - </div> - - <p>Misspelling a control sequence name<a id="id2872558" - class="indexterm" name="id2872558"></a> is one of the - most common errors. For example, you might type - \ipnut{chap1} in your document instead of \input{chap1}. - The solution is straightforward and usually easy to - identify. In many cases, you can simply proceed after - encountering this error. Although TeX may not typeset - your document correctly, you can continue to look for - other errors. The section called “<a - href="ch03.html#sec.qprompt" - title="Interpreting TeX Error Messages">the section - called “Interpreting TeX Error - Messages”</a>,” later in this chapter, - describes how to continue after an error.</p> - - <p>In some cases, TeX may become badly confused by a - misspelled control sequence name, in which case you - should give up and fix the spelling error before trying - to process your document further. This may happen if you - misspell a LaTeX environment name (\begin{itemze} instead - of \begin{itemize}, for example),<sup>[<a id="id2872615" - name="id2872615" href="#ftn.id2872615">37</a>]</sup> - which will make LaTeX misinterpret many of the control - sequences which follow.</p> - - <p>Sometimes TeX will complain that a control sequence is - undefined when you <span - class="emphasis"><em>know</em></span> that the control - sequence is spelled correctly. When this occurs, make - sure that you are using the correct format file (see the - section “<a href="ch03.html#sec.clineopts" - title="The Command Line">the section called “The - Command Line”</a>” earlier in this chapter), - loading the correct macro files, and using the correct - style options.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2872653" - name="id2872653"></a>Failure to Close an - Environment</h3> - </div> - </div> - - <p>Failure to close an environment<a id="id2872662" - class="indexterm" name="id2872662"></a> is another very - common error. There are several distinct errors in this - category:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>Failure to insert a closing brace (<tt>}</tt>) - for each opening brace may cause a “TeX - capacity exceeded” error when TeX processes - your document. This happens because sometimes TeX - tries to read everything between braces into - memory. If the closing brace is absent, TeX may run - out of memory.</p> - - <p>If the braces are supposed to enclose the - argument to a macro, you may also get this error:<a - id="id2872709" class="indexterm" - name="id2872709"></a></p> -<pre class="screen"> -! Paragraph ended before <span -class="emphasis"><em>macro</em></span> was complete. -</pre> - - <p>In order to help detect errors of this type, TeX - doesn't ordinarily allow the argument of a macro to - consist of more than one paragraph, so the first - blank line after the place where you failed to type - the closing brace may produce this error.</p> - </li> - - <li> - <p>Failure to close a begin/end environment pair - causes LaTeX to complain about a mismatch when it - encounters the next - \end{\texttt{<i><tt>environment</tt></i>}} - command.<a id="id2872764" class="indexterm" - name="id2872764"></a></p> - </li> - - <li> - <p>If your document ends with an open environment, - TeX will warn you that:</p> -<pre class="screen"> -! (\end occurs inside a group at level <span -class="emphasis"><em>n</em></span>) -</pre> - - <p>where <tt><i><tt>n</tt></i></tt> is the number - of open groups, usually 1.</p> - </li> - - <li> - <p>Failure to close a mathematics environment will - result in the error:</p> -<pre class="screen"> -! Missing $ inserted -</pre> - - <p>when TeX reaches a macro that does not make - sense in mathematics mode (like \section) or when a - surrounding group ends.</p> - </li> - </ul> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2872844" - name="id2872844"></a>Math Outside of Math Mode</h3> - </div> - </div> - - <p>TeX has a lot of operators for special treatment of - mathematical formulas. These operators must occur inside - <span class="emphasis"><em>mathematics mode</em></span><a - id="id2872858" class="indexterm" name="id2872858"></a>,<a - id="id2872867" class="indexterm" name="id2872867"></a> - which is usually delimited by dollar signs in your - document.<a id="id2872879" class="indexterm" - name="id2872879"></a></p> - - <p>If you attempt to use math operators, superscripts, - subscripts, or other math-mode control sequences outside - of mathematics mode, the following error will occur:<a - id="id2872899" class="indexterm" - name="id2872899"></a></p> -<pre class="screen"> -! Missing $ inserted -</pre> - - <p>This is your clue that a mathematics environment has - not been closed properly or that you failed to open one - before using a math-mode operator.</p> - - <p>For example, the underscore character is usually - defined to be a math-mode operator which starts a - subscript, in other words <tt>H${}_2$O</tt> produces - “H${}_2$O” in your document.<sup>[<a - id="id2872944" name="id2872944" - href="#ftn.id2872944">38</a>]</sup> If you use the - underscore outside of mathematics mode, such as in - regular text:</p> -<pre class="screen"> -The file “test_one” contains the ... -</pre> - - <p>TeX will respond:</p> -<pre class="screen"> -! Missing $ inserted -<inserted text> - $ -<to be read again> - _ -The file “test_ - one” contains the ... -? -</pre> - - <p>In LaTeX, the easiest way around this problem is to - enclose the offending text in a “verbatim” - macro, like this:</p> -<pre class="screen"> - The file “<tt>test_one</tt>” contains the ... -</pre> - - <p>Note that the argument to the <tt>macro</tt>is - delimited by any two identical characters (in this case, - two “<tt>+</tt>” signs).</p> - - <p>In Plain TeX or another format, the problem can be - circumvented in similar ways; consult the reference for - the format you are using. Also consult Table <a - href="ch01.html#tab.acttype" - title="Table 1.2. How to Typeset Special Characters"> - Table 1.2</a> in Chapter <a href="ch01.html" - title="Chapter 1. The Big Picture">Chapter 1</a>, - <span class="emphasis"><em><a href="ch01.html" - title="Chapter 1. The Big Picture">Chapter 1</a></em></span>, - for a list of special characters and how to type them in - your documents.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2873082" - name="id2873082"></a>Missing Fonts</h3> - </div> - </div> - - <p>The first<a id="id2873090" class="indexterm" - name="id2873090"></a> time that you use each font, TeX - loads font metric information about the font. The font - metric information, stored in a <tt>TFM</tt> file, - includes information about the sizes of each character as - well as kerning and ligature information. These topics - are discussed fully in Chapter <a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, - <span class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>.</p> - - <p>If you request a font that does not exist, for example - <tt>crm10</tt> (a misspelling of <tt>cmr10</tt>), TeX - cannot find a <tt>TFM</tt> file for the font and - therefore displays:</p> -<pre class="screen"> -Font \myfont=crm10 not loadable: Metric (TFM) file not found -</pre> - - <p>This means that TeX attempted to associate the font - described by the <tt>TFM</tt> file <tt>crm10.tfm</tt> - with the control sequence \myfont, but the <tt>TFM</tt> - file didn't exist. You must have a <tt>TFM</tt> file for - every font that you use.</p> - - <p>A second kind of error---actually, a warning---occurs - when you are using the New Font Selection Scheme (NFSS)<a - id="id2873221" class="indexterm" name="id2873221"></a>. - The NFSS performs font substitution, if possible, when an - unknown font is requested. The NFSS is described in - Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>, - in the “<a href="ch04.html#sec.latex" - title="LaTeX">the section called - “LaTeX”</a>” section.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2873273" - name="id2873273"></a>Everything Else</h3> - </div> - </div> - - <p>There are, unfortunately, lots of other errors that - can occur. Some of the errors are directly related to TeX - while others are warning and error messages associated - with particular macro packages. There is no way to - catalog every one of them or suggest what can be done in - every case.</p> - - <p>The best advice I can offer is to isolate the problem - in as small a document as possible, consult the - references you have available very carefully, and, if all - else fails, forward your problem to one of the electronic - forums that deal with TeX (the <tt>Info-TeX</tt> mailing - list<a id="id2873302" class="indexterm" - name="id2873302"></a> and the <tt>comp.text.tex</tt> - newsgroup<a id="id2873326" class="indexterm" - name="id2873326"></a>, for example).</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2873346" - name="id2873346"></a>The Question Mark Prompt</h2> - </div> - </div> - <a id="id2873352" class="indexterm" name="id2873352"></a> - - <p>When TeX encounters an error, it displays an error - message and a summary of the error, as described in the - section called “<a href="ch03.html#sec.errors" - title="What About Errors?">the section called “What - About Errors?”</a>” earlier in this chapter. - Following the error, TeX normally stops and displays the - question mark prompt.</p> - - <p>If you type a question mark of your own at the prompt, - TeX displays the actions available to you:</p> -<pre class="screen"> -? ? -Type <return> to proceed, -S to scroll future error messages, -R to run without stopping, Q to run quietly, -I to insert something, E to edit your file, -1 or ... or 9 to ignore the next 1 to 9 tokens -of input, H for help, X to quit. -? -</pre> - - <p>You can type any of the following responses at the - question mark prompt:<a id="id2873401" class="indexterm" - name="id2873401"></a></p> - - <div class="variablelist"> - <dl> - <dt><span class="term">Type <b>Return</b> to - proceed.</span></dt> - - <dd> - <p>Simply typing Return will cause TeX to ignore the - error and proceed. Depending on the nature of the - error, this may cause more errors immediately or - later on.</p> - </dd> - - <dt><span class="term">Type <b>S</b> to scroll future - error messages.</span></dt> - - <dd> - <p>Typing <b>S</b> tells TeX to continue and not to - stop for most future errors. TeX will continue to - print the error messages, both to the terminal and to - the log file, but it will not display the question - mark prompt again.</p> - - <p>TeX will still stop and ask about missing - files.</p> - </dd> - - <dt><span class="term">Type <b>R</b> to run without - stopping.</span></dt> - - <dd> - <p>The <b>R</b> option is just like <b>S</b> except - that it tells TeX to ignore missing files as well. - TeX will proceed blindly forward as best as it can. - You will still see all of the error messages scroll - by as TeX proceeds.</p> - </dd> - - <dt><span class="term">Type <b>Q</b> to run - quietly.</span></dt> - - <dd> - <p>This option is just like <b>R</b> except that - error messages are not displayed on the screen. The - messages are saved in the log file, however, even - though they are not displayed.</p> - </dd> - - <dt><span class="term">Type <b>I</b> to insert - something.</span></dt> - - <dd> - <p>If you notice a simple typo, you can correct it - with the <b>I</b> command. For example, suppose that - TeX complains of an undefined control sequence: - \cte{kn:art1}. You recognize that this should have - been \cite{kn:art1}. You can insert the correct - control sequence by responding <tt>i\cite</tt> to the - question mark prompt. TeX will ignore the misspelled - control sequence and insert the (correct) sequence - \cite in its place.</p> - - <p>Inserting words or commands at the question mark - prompt <span class="emphasis"><em>does - not</em></span> change your input file. It simply - instructs TeX to <span - class="emphasis"><em>pretend</em></span> that your - file contained a different sequence of words and - commands. You must change the input file with an - editor, or the same error will occur the next time - you format the document.</p> - </dd> - - <dt><span class="term">Type <b>E</b> to edit your - file.</span></dt> - - <dd> - <p>This option terminates TeX. If your system is - configured appropriately, an editor will be loaded - automatically, and the cursor will be placed at the - offending line in your input file. This is not - possible in all environments.</p> - </dd> - - <dt><span class="term">Type <b><i><tt>n</tt></i></b>, - where <i><tt>n</tt></i> is a number between 1 and - 9.</span></dt> - - <dd> - <p>This option tells TeX to ignore some of the input. - After skipping over the number of <span - class="emphasis"><em>tokens</em></span> you request, - TeX returns to the question mark prompt so that you - can delete more tokens.</p> - - <p>What's a token<a id="id2873692" class="indexterm" - name="id2873692"></a>? When TeX reads an input file, - it breaks each line down into the smallest, - indivisible chunks that have meaning. These are - called tokens. For the most part, tokens are - individual characters. The exceptions are control - sequences<a id="id2873705" class="indexterm" - name="id2873705"></a>, which are single tokens, and - white spaces which are also single tokens. There - <span class="emphasis"><em>are</em></span> other - exceptions (and more technical definitions of - “token”), but that's the gist of it.</p> - </dd> - - <dt><span class="term">Type <b>H</b> for - help.</span></dt> - - <dd> - <p>Typing <b>H</b> displays a slightly more verbose - description of the error that occurred and, usually, - suggests the nature of the corrective action that you - might take.</p> - </dd> - - <dt><span class="term">Type <b>X</b> to - quit.</span></dt> - - <dd> - <p>Typing <b>X</b> tells TeX to stop immediately and - ends the TeX program. If there are any completed - pages (pages processed before the error, in other - words), they are written to the <tt>DVI</tt> file - before TeX ends.</p> - </dd> - </dl> - </div> - </div> - - <div class="footnotes"> - <br /> - <hr width="100" align="left" /> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2869760" name="ftn.id2869760" - href="#id2869760">25</a>]</sup> {The exception occurs in - some unix versions of TeX where provisions are made for - different architectures to share the same format files. - The exact same version of TeX must be running on both - architectures for this to work.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2869931" name="ftn.id2869931" - href="#id2869931">26</a>]</sup> {The exact name of the - environment variable<a id="id2869936" class="indexterm" - name="id2869936"></a><a id="id2869947" class="indexterm" - name="id2869947"></a> differs between - implementations.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2869999" name="ftn.id2869999" - href="#id2869999">27</a>]</sup> You will notice that I've - used backslashes<a id="id2870004" class="indexterm" - name="id2870004"></a> to separate directory components in - the path. Environment variables are handled by the - system-dependent portions of TeX, so it's okay to use - backslashes here. You can also use forward slashes, but I - use backslashes because that is more typical of MS-DOS - and OS/2 environments.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2870149" name="ftn.id2870149" - href="#id2870149">28</a>]</sup> {MS-DOS and OS/2 - implementations of TeX may use Ctrl-Z (possibly followed - by a carriage return) instead of Ctrl-C or Ctrl-D.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2870360" name="ftn.id2870360" - href="#id2870360">29</a>]</sup> {On unix systems, the - same effect is often achieved with symbolic links. Most - unix implementations look for different standard format - files based upon the name of the executable that starts - them.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2870805" name="ftn.id2870805" - href="#id2870805">30</a>]</sup> {In the unlikely event - that you have a TeX document stored in a file with a name - beginning with an ampersand, use the following trick to - process that file: instead of running <b>tex - &file</b>, run <b>tex \input &file</b> (or even - <b>tex &format \input &file</b>).</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2871022" name="ftn.id2871022" - href="#id2871022">31</a>]</sup> {For example, - <tt>oak.oakland.edu</tt> in the directory - <tt>/pub/msdos/4DOS</tt>.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2871781" name="ftn.id2871781" - href="#id2871781">32</a>]</sup> {Typing the break - character (<b>Ctrl-C</b> or <b>Ctrl-Break</b>, for - example) sometimes works as well, but some - implementations of TeX don't respond to the break - character at every prompt. On unix systems, use - <b>Ctrl-D</b>. EmTeX responds to <b>Ctrl-Z</b> followed - by <b>Return</b>.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2872107" name="ftn.id2872107" - href="#id2872107">33</a>]</sup> {The details of LaTeX and - the NFSS are discussed in Chapter <a - href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>. - It is simply convenient to use a concrete example in this - case. Do not be concerned if you do not use LaTeX or the - NFSS.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2872135" name="ftn.id2872135" - href="#id2872135">34</a>]</sup> {In practice, redefining - a control sequence like $\$<tt>Large</tt> in a document - is a bad idea. I've done it here only to provide an - example of an error that occurs inside another - macro.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2872367" name="ftn.id2872367" - href="#id2872367">35</a>]</sup> {The number of lines of - context shown in the error message is determined by the - value of the built-in parameter - $\$<tt>errorcontextlines</tt>.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2872514" name="ftn.id2872514" - href="#id2872514">36</a>]</sup> {It is possible to make - other formats the default, but in practice I've never - seen it done.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2872615" name="ftn.id2872615" - href="#id2872615">37</a>]</sup> Technically, LaTeX - environment names are not a control sequence names, but - they behave in very much the same way in LaTeX.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2872944" name="ftn.id2872944" - href="#id2872944">38</a>]</sup> {The empty curly braces - are necessary in this example because otherwise there - wouldn't be anything in front of the subscript command - for TeX to subscript below. Typically, another digit or - symbol would come in front of the subscript command. In - this case, I didn't want the “H” and - “O” in the math environment because letters - are printed in math-italics in math mode.}</p> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Chapter 2. Editing" - href="ch02.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Chapter 4. Macro Packages" - href="ch04.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left"> - Chapter 2. Editing </td> - - <td width="20%" align="center"><a - title="Part I. An Introduction to TeX" - href="pt01.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Chapter 4. Macro Packages</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/ch04.html b/Master/texmf-doc/doc/english/make-tex-work/html/ch04.html deleted file mode 100644 index a64b3e597fb..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/ch04.html +++ /dev/null @@ -1,2206 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Chapter 4. Macro Packages</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt01.html" - title="Part I. An Introduction to TeX" /> - <link rel="previous" href="ch03.html" - title="Chapter 3. Running TeX" /> - <link rel="next" href="pt02.html" - title="Part II. Elements of a Complex Document" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Chapter 3. Running TeX" - href="ch03.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part I. An Introduction to TeX" - href="pt01.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="chapter"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="chap.macpack" - name="chap.macpack"></a>Chapter 4. Macro - Packages</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - <hr class="component-separator" /> - </div> - - <p>Everyone who uses TeX uses a macro package<a - id="id2869171" class="indexterm" name="id2869171"></a><a - id="id2869178" class="indexterm" name="id2869178"></a> (also - called a “format”). A macro package extends TeX - to provide functionality that is suited to a particular task - or set of tasks.</p> - - <p>This chapter provides a summary of TeX macro packages. - General-purpose packages designed to typeset a wide range of - documents---articles, books, letters, and reports---are - examined first. The general-purpose packages described are - Plain TeX, Extended Plain TeX, LaTeX2e, LaTeX, AMSTeX, - AMSLaTeX, Lollipop, and TeXinfo. After surveying the - general-purpose packages, several special-purpose packages - designed to handle specific tasks---typesetting - transparencies, music, chemistry or physics diagrams, - etc.---are described. The special-purpose packages surveyed - are SliTeX, FoilTeX, Seminar, MusicTeX, ChemStruct, and - ChemTeX.</p> - - <p>There are a lot of overlapping features and similar - commands in the general-purpose packages. To understand why - this is the case, consider how a new macro package comes into - existence. An ambitious person, who is very familiar with - TeX, decides that there are some things she would like to - express in her documents that are difficult to express with - existing formats. Perhaps, for example, no existing format - produces documents that match the precise specifications - required for publishing in her field, or perhaps she has in - mind a whole new document structuring paradigm. A more - mundane possibility is simply that she has been customizing - an existing format for some time and now feels it has enough - unique features to be useful to others.</p> - - <p>In any event, a new format is born. Now, if this format is - designed for a very specific task, writing multiple-choice - mathematics exams, for example, it might not have very many - general-purpose writing features. On the other hand, if it is - designed for writing longer, more general documents (e.g., - history textbooks or papers to appear in a particular - journal) then there are a number of features that it is - likely to include; provisions for numbered lists, cross - references, tables of contents, indexes, and quotations are - all examples of features common to many documents.</p> - - <p>To support these common features, many macro packages have - similar control sequences. This stems from the fact that they - are all built on top of a common set of primitives<a - id="id2869134" class="indexterm" name="id2869134"></a> and - that macro package authors tend to copy some features of - other packages into their own.</p> - - <p>You may find that you'd like to use the features of - several different packages in the same document. - Unfortunately, there is no provision for using multiple - formats to process a single document. The features required - to process most documents are shared by all of the - general-purpose formats, however. You are more likely to need - multiple macro packages if you want to use a special format - to construct a diagram or figure and incorporate it into a - document. Chapter <a href="ch06.html" - title="Chapter 6. Pictures and Figures">Chapter 6</a>, - <span class="emphasis"><em><a href="ch06.html" - title="Chapter 6. Pictures and Figures">Chapter 6</a></em></span>, - describes several ways to take “electronic - snippets” of one document and insert them into another, - which is one possible solution to this problem.</p> - - <p>If you're beginning to feel a little lost, have no fear. - Most general-purpose formats are sufficient for most - documents. And there's no reason why every document you write - has to be done with the same format. Many people find LaTeX - and Plain TeX sufficient, but if you're writing an article - for a particular journal and someone has written a format - specifically for that journal's documents, by all means use - it. It is more likely, however, that someone has written a - style file<a id="id2873990" class="indexterm" - name="id2873990"></a> which tailors LaTeX to the requirements - of the journal.</p> - - <p>In addition to describing some common macro packages in - this chapter, I'll describe how to build format files for - them. If the packages that you want to use have already been - installed at your site, you can ignore the installation - sections.</p> - - <p>The packages that you find most convenient will depend on - the tasks you perform and how well each package suits your - work style. The list of packages in this chapter is not meant - to be all-inclusive, nor is it my intention to suggest which - packages are best. Use the ones <span - class="emphasis"><em>you</em></span> like, for whatever - reasons.</p> - - <p>I can hear some of you already, “I don't really need - a macro package,” you say, “I can roll my own - with just TeX.”</p> - - <p>And you are absolutely correct.</p> - - <p>I don't recommend it, however. It's akin to using your - compiler without any of the built-in functions. Most TeX - primitives offer little support by themselves for writing - documents.</p> - - <div class="sidebar"> - <p class="title"><b>A New Perspective</b></p> - - <p>LaTeX2e<a id="id2874066" class="indexterm" - name="id2874066"></a> (and its successor, which will be - LaTeX3<a id="id2874077" class="indexterm" - name="id2874077"></a>) seek to address many of the problems - mentioned above by defining a core LaTeX format with - extension packages to provide custom features.</p> - - <p>The LaTeX2e system provides a single format <a - id="id2874097" class="indexterm" name="id2874097"></a> file - that supports LaTeX<a id="id2874111" class="indexterm" - name="id2874111"></a>, AMSTeX<a id="id2874123" - class="indexterm" name="id2874123"></a>, and SliTeX<a - id="id2874134" class="indexterm" name="id2874134"></a>. For - the time being, LaTeX2e is described separately in this - chapter along with the other formats. Be aware, however, - that LaTeX2e is now the standard LaTeX<sup>[<a - id="id2874145" name="id2874145" - href="#ftn.id2874145">39</a>]</sup>and you should migrate - to it as soon as possible.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="macpack.sec.latexvslatexe" - name="macpack.sec.latexvslatexe"></a>Installation: - Making Format Files</h2> - </div> - </div> - - <p>A format file<a id="id2874176" class="indexterm" - name="id2874176"></a><a id="id2874186" class="indexterm" - name="id2874186"></a>, as described in Chapter <a - href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a>, - <span class="emphasis"><em><a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a></em></span>, - is a special “compiled” version of a macro - package. The iniTeX<a id="id2874224" class="indexterm" - name="id2874224"></a> program interprets all of the control - sequences in a macro package and writes the corresponding - memory image into a file. Loading a format file is much - faster than loading individual macro packages in your - document because TeX does not have to interpret any of the - control sequences while it is also processing text.</p> - - <p>In general, all format files should be stored in the - same directory.<sup>[<a id="id2874246" name="id2874246" - href="#ftn.id2874246">40</a>]</sup> If you install TeX in a - directory called <tt>tex</tt>, then formats typically go in - a directory called <tt>formats</tt><a id="id2874268" - class="indexterm" name="id2874268"></a> in the <tt>tex</tt> - directory<a id="id2874283" class="indexterm" - name="id2874283"></a>. This is not universally the case - because you need separate format directories for big and - small TeXs.<sup>[<a id="id2874291" name="id2874291" - href="#ftn.id2874291">41</a>]</sup></p> - - <p>Usually, an environment variable<a id="id2874326" - class="indexterm" name="id2874326"></a><a id="id2874333" - class="indexterm" name="id2874333"></a> indicates where the - format files are located. Environment variables are a - common way of customizing your interaction with programs. - They are usually set in your <tt>AUTOEXEC.BAT</tt> file<a - id="id2874354" class="indexterm" name="id2874354"></a> for - MS-DOS, <tt>CONFIG.SYS</tt><a id="id2874371" - class="indexterm" name="id2874371"></a> for OS/2, or the - <span class="emphasis"><em>rc</em></span>-file for a shell - (i.e., <tt>.cshrc</tt><a id="id2874392" class="indexterm" - name="id2874392"></a>, <tt>.kshrc</tt><a id="id2874409" - class="indexterm" name="id2874409"></a>) on unix systems. - Any good reference book for your operating system or shell - will describe how to use environment variables.</p> - - <p>A common name for the environment variable that - indicates where TeX formats are located is - <tt>TEXFORMATS</tt>. Implementations that provide big and - small TeXs need another variable to indicate the directory - that contains formats for big TeX.</p> - - <p>IniTeX is not always a separate program. Some - implementations of TeX combine the functionality of TeX and - iniTeX into a single program and use a special switch at - runtime to determine which function to perform. In this - chapter, all of the examples use the program name - <tt>initex</tt> to identify iniTeX. If you use an - implementation that doesn't provide a separate iniTeX - program, you should use the TeX program with the iniTeX - switch<a id="id2874454" class="indexterm" - name="id2874454"></a> instead. For example, for emTeX, use - <tt>tex /i</tt> instead of <tt>initex</tt> when you build a - format.</p> - - <p>Like TeX, iniTeX needs to be able to find input files<a - id="id2874487" class="indexterm" name="id2874487"></a>. - Usually, this is accomplished by searching the directories - listed in the <tt>TEXINPUTS</tt> environment variable. - Place the input files that iniTeX needs in a directory on - the <tt>TEXINPUTS</tt> path before running iniTeX unless - otherwise directed. The <tt>TEXINPUTS</tt> environment - variable is discussed in the “<a - href="ch03.html#sec.userfiles" title="User Files">the - section called “User Files”</a>” section - of Chapter <a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a>.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2874541" - name="id2874541"></a>Hyphenation Patterns</h3> - </div> - </div> - - <p>In order for TeX to correctly hyphenate words, every - format file must contain a set of hyphenation patterns<a - id="id2874552" class="indexterm" name="id2874552"></a>. - The patterns are part of an algorithmic solution to the - problem of breaking a word into syllables for - hyphenation.</p> - - <p>The details of the hyphenation algorithm (given in - Appendix H of <span class="emphasis"><em>The - TeXbook</em></span> [<a - href="bi01.html#kn:texbook">kn:texbook</a>]) are too - complex to describe here, but two aspects of this - solution deserve particular emphasis. First, using - patterns means that a dictionary of hyphenated words is - not necessary.<sup>[<a id="id2874585" name="id2874585" - href="#ftn.id2874585">42</a>]</sup> This saves a lot of - space and time. Second, by loading different sets of - patterns, TeX can achieve equal success at hyphenating - any language---even English ;-). There are actually at - least two sets of hyphenation patterns for English, one - for British English and one for American English. - Chapter <a href="ch07.html" - title="Chapter 7. International Considerations"> - Chapter 7</a>, <span class="emphasis"><em><a - href="ch07.html" - title="Chapter 7. International Considerations"> - Chapter 7</a></em></span>, describes how to load - multiple sets of hyphenation patterns for typesetting - multilingual documents<a id="id2874620" class="indexterm" - name="id2874620"></a>.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2874634" - name="id2874634"></a>General-purpose Formats</h2> - </div> - </div> - - <p>This section describes several macro packages <a - id="id2874644" class="indexterm" name="id2874644"></a> that - are designed for formatting standard documents like - articles or books. In order to provide some form of - comparative measure, each macro package is used to create - the same document, a one-page report that looks like - Figure <a href="ch04.html#fig.sampresults" - title="Figure 4.1. Sample page">Figure 4.1</a>. - I constructed this example to demonstrate a few common - elements in a document: several sizes of headings, a - paragraph of text, inline and displayed mathematics, and a - few fonts. There are lots of other things that aren't shown - (tables, figures, footnotes, etc.), and these elements vary - as much as any other in the different macro packages.</p> - - <div class="figure"> - <a id="fig.sampresults" name="fig.sampresults"></a> - - <p class="title"><b>Figure 4.1. Sample - page</b></p> - - <div class="mediaobject"> - <img src="perf-ltx.eps" /> - </div> - </div> - - <p>Observant readers will notice that the examples are - shown in the Computer Modern fonts while the rest of this - book uses different fonts.<sup>[<a id="id2874736" - name="id2874736" href="#ftn.id2874736">43</a>]</sup> There - are a number of reasons why the example is shown in - Computer Modern. For one thing, all of the formats - discussed here use the Computer Modern fonts by default. - Using a different set of fonts would only add more - complexity to each example. A more subtle problem is that I - do not have appropriate mathematics fonts for Garamond. - There are a number of complex issues involving the use of - fonts in TeX. They are discussed in Chapter <a - href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, - <span class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2874772" - name="id2874772"></a>Plain TeX</h3> - </div> - </div> - - <p>Plain TeX<a id="id2874779" class="indexterm" - name="id2874779"></a> is the format <a id="id2874790" - class="indexterm" name="id2874790"></a> written by Donald - Knuth<a id="id2874805" class="indexterm" - name="id2874805"></a> during the development of TeX. It - is described fully in <span class="emphasis"><em>The - {TeX}book</em></span> [<a - href="bi01.html#kn:texbook">kn:texbook</a>].</p> - - <p>Plain TeX ties together the TeX primitives <a - id="id2874830" class="indexterm" name="id2874830"></a> in - a way that makes it practical to work in TeX. If you do - not have a computer programming background, you may find - Plain TeX a little bit intimidating. It is definitely a - “roll your own” environment. Although it - demonstrably contains all of the functionality required - to write everything from letters to books, there is very - little “user-friendly” packaging around the - internals of TeX.</p> - - <p>Aside from user interface considerations, which are - highly subjective, Plain TeX lacks some functionality - when compared to other formats. There is no provision in - Plain TeX for automatically numbered sections, labelled - figures, tables of contents, indexes, or bibliographies. - Any of these functions can be constructed in Plain TeX if - you are willing to invest the time and energy required to - write your own macros, but they are not built into Plain - TeX.</p> - - <p>If you enjoy writing your own macros or plan to - produce novel types of documents, a firm grasp of Plain - TeX will allow you to write anything in TeX. A firm grasp - of Plain TeX also makes it easier to understand and - modify other formats (like LaTeX) that are built on top - of Plain TeX.</p> - - <p>In addition, Plain TeX is the only format that is - always distributed with TeX. The other formats discussed - in this chapter are freely available but do not come with - TeX.</p> - - <p>The Plain TeX input that produces the report in - Figure <a href="ch04.html#fig.sampresults" - title="Figure 4.1. Sample page">Figure 4.1</a> - is shown in Example <a - href="ch04.html#ex.sampplaintex" - title="Figure 4.2. Plain TeX Input">Figure 4.2</a>.</p> - - <div class="figure"> - <a id="ex.sampplaintex" name="ex.sampplaintex"></a> - - <p class="title"><b>Figure 4.2. Plain TeX - Input</b></p> - - <div class="mediaobject"> - <img src="perf-ptx" /> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2874942" - name="id2874942"></a>Building the Plain TeX - format</h4> - </div> - </div> - - <p>To build Plain TeX<a id="id2874951" - class="indexterm" name="id2874951"></a>, you need only - two files: <tt>plain.tex</tt><a id="id2874971" - class="indexterm" name="id2874971"></a> and - <tt>hyphen.tex</tt><a id="id2874994" class="indexterm" - name="id2874994"></a>. These files are distributed with - TeX so they should be available as soon as you have - installed TeX. The <tt>hyphen.tex</tt> file is - language-dependent. Readers who frequently work with - non-English text should read Chapter <a - href="ch07.html" - title="Chapter 7. International Considerations"> - Chapter 7</a> for more information about obtaining - non-English hyphenation patterns.</p> - - <p>The command:</p> -<pre class="screen"> -\$ <span class="bold"><b>initex plain \dump</b></span> -</pre> - - <p>will create the Plain TeX format. Move the resulting - files, <tt>plain.fmt</tt><a id="id2875061" - class="indexterm" name="id2875061"></a> and - <tt>plain.log</tt><a id="id2875077" class="indexterm" - name="id2875077"></a>, into your TeX formats - directory.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2875093" - name="id2875093"></a>Extended Plain TeX</h3> - </div> - </div> - - <p>Extended Plain TeX<a id="id2875102" class="indexterm" - name="id2875102"></a><a id="id2875112" class="indexterm" - name="id2875112"></a> extends Plain TeX in a number of - useful ways without forcing you to use any particular - “style” of output. The argument is this: - although Plain TeX really doesn't provide all of the - features that you need (tables of contents, cross - references, citations, enumerated lists, convenient - access to verbatim input, etc), many of these features - don't have any direct impact on the appearance of your - document. Unfortunately, other general-purpose macro - packages like LaTeX, which do provide these features, - tend to force you to accept their notion of what the - typeset page should look like.<sup>[<a id="id2875131" - name="id2875131" href="#ftn.id2875131">44</a>]</sup></p> - - <p>Extended Plain TeX is an attempt to solve that - problem. It provides many behind-the-scenes features - without providing any general page layout commands (like - \chapter or \section), which means that these features - can be used inside Plain TeX without much difficulty and - without changing the layout of typeset pages.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2875171" - name="id2875171"></a>Building the Extended Plain - TeX format</h4> - </div> - </div> - - <p>To build the Extended Plain TeX format<a - id="id2875181" class="indexterm" name="id2875181"></a>, - you need the <tt>plain.tex</tt><a id="id2875201" - class="indexterm" name="id2875201"></a> and - <tt>hyphen.tex</tt> files <a id="id2875225" - class="indexterm" name="id2875225"></a> required to - build the Plain format as well as the - <tt>eplain.tex</tt> file <a id="id2875250" - class="indexterm" name="id2875250"></a> distributed - with Extended Plain TeX.<sup>[<a id="id2875268" - name="id2875268" href="#ftn.id2875268">45</a>]</sup> - Make and install the Plain TeX format first, then - change to the directory that contains the Extended - Plain TeX distribution.</p> - - <p>The command:</p> -<pre class="screen"> -$ <span class="bold"><b>initex \&plain eplain \dump</b></span> -</pre> - - <p>will create the Extended Plain TeX format. Move the - resulting files, <tt>eplain.fmt</tt> <a id="id2875315" - class="indexterm" name="id2875315"></a> and - <tt>eplain.log</tt><a id="id2875338" class="indexterm" - name="id2875338"></a>, into your TeX formats - directory.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2875359" - name="id2875359"></a>LaTeX2e Versus LaTeX</h3> - </div> - </div> - - <p>The tremendous popularity of LaTeX<a id="id2875368" - class="indexterm" name="id2875368"></a><a id="id2875378" - class="indexterm" name="id2875378"></a> in the TeX - community has had an unfortunate side effect: because it - is a very familiar and flexible format, many people have - used it as the basis for extensions of one sort or - another. This has resulted in a wide range of (slightly) - incompatible formats and a lot of frustration.</p> - - <p>This situation is being rectified by a new release of - LaTeX, currently called LaTeX2e<a id="id2875402" - class="indexterm" name="id2875402"></a><a id="id2875414" - class="indexterm" name="id2875414"></a>. The new release - replaces the existing dialects of LaTeX (LaTeX with and - without NFSS, SliTeX, AMSLaTeX, etc.) with a single core - system and a set of extension packages. LaTeX2e includes - a compatibility mode which will allow it to continue to - format existing documents without change (provided that - they do not rely on local modifications to the LaTeX - format, of course). Local modifications can also be - incorporated into the LaTeX2e system as extension - packages, making LaTeX2e a complete replacement for all - existing versions of LaTeX and packages closely derived - from LaTeX.</p> - - <p>The most significant and least compatible difference - between LaTeX and LaTeX2e<a id="id2875443" - class="indexterm" name="id2875443"></a><a id="id2875460" - class="indexterm" name="id2875460"></a> is the font - selection scheme. There are many control sequences for - selecting fonts in LaTeX. Some control the typeface (\rm, - \tt, \sc, etc.); some the size (\small, \normalsize, - \large, etc.); and some the appearance (\it, \bf, \em, - etc.). Under the Old Font Selection Scheme (OFSS)<a - id="id2875523" class="indexterm" name="id2875523"></a>, - the control sequences for selecting a font completely - override any font selection already in place. Consider, - for example, the control sequences \it and \bf, which - switch to italic and boldface. Using \bf\it produces - italic text, and \it\bf produces boldface text, and <span - class="emphasis"><em>neither</em></span> produces - boldfaced-italic text (which is probably what you - wanted).</p> - - <p>Under the New Font Selection Scheme<a id="id2875563" - class="indexterm" name="id2875563"></a><a id="id2875570" - class="indexterm" name="id2875570"></a>, typeface (called - <span class="emphasis"><em>family</em></span> in NFSS - parlance), appearance (called <span - class="emphasis"><em>series</em></span> and <span - class="emphasis"><em>shape</em></span>), and size are - viewed as orthogonal components in font selection. - Because these parameters are independent, selecting an - italic appearance with the \it control sequence switches - to italic in the current typeface and size. Under the - NFSS, \bf\cs{it} <span - class="emphasis"><em>does</em></span> select - boldface-italic in both the current typeface and size (if - it is available).</p> - - <p>LaTeX2e supports only the NFSS, version 2 (called - NFSS2)<a id="id2875613" class="indexterm" - name="id2875613"></a><a id="id2875624" class="indexterm" - name="id2875624"></a>. For more than a year, the NFSS - (initially version 1, and more recently version 2) has - been available as an extension for LaTeX 2.09. However, - in light of stable test releases of LaTeX2e, the NFSS2 - package for LaTeX 2.09 has been withdrawn. The discussion - of NFSS in this book applies equally well to LaTeX 2.09 - with NFSS2, but it is described in terms of LaTeX2e in an - effort to be more applicable in the future. The NFSS is - discussed in more detail in Chapter <a - href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.latexe" - name="sec.latexe"></a>LaTeX2e</h3> - </div> - </div> - - <p>Leslie Lamport<a id="id2875668" class="indexterm" - name="id2875668"></a>'s LaTeX format is probably the most - commonly used TeX format. It is described in <span - class="emphasis"><em>LaTeX: A Document Preparation - System</em></span> [<a - href="bi01.html#ll:latexbook">ll:latexbook</a>] and many - other TeX books. LaTeX2e<a id="id2875692" - class="indexterm" name="id2875692"></a> is the new - standard LaTeX. It is described in <span - class="emphasis"><em>{The LaTeX - Companion}</em></span> [<a - href="bi01.html#latexcompanion">latexcompanion</a>]. The - next edition of <span class="emphasis"><em>LaTeX: A - Document Preparation System</em></span> [<a - href="bi01.html#ll:latexbook">ll:latexbook</a>] will also - describe LaTeX2e.</p> - - <div class="sidebar"> - <p>At the time of this writing, LaTeX2e is available - only in a test release, but by the time you read this, - it is likely to be available as the new standard LaTeX. - It is described first in this chapter to emphasize that - you should begin using LaTeX2e as soon as possible. - Once LaTeX2e is out of testing, it will become LaTeX, - and support for older versions will not be provided (at - least not by the LaTeX developers). LaTeX2e includes a - compatibility mode<a id="id2875736" class="indexterm" - name="id2875736"></a> for old LaTeX documents so the - transition should be relatively painless.</p> - </div> - - <p>The central theme of LaTeX is “structured - document preparation.” An ideal LaTeX document is - described entirely in terms of its structure: chapters, - sections, paragraphs, numbered lists, bulleted items, - tables, figures, and all the other elements of a document - are identified descriptively. For example, you enclose - figures in a figure <span - class="emphasis"><em>environment</em></span> identified - by the control sequences \begin{figure} and - \end{figure}.</p> - - <p>When you are ready to print your document, select an - appropriate document class<a id="id2875794" - class="indexterm" name="id2875794"></a>, and LaTeX - formats your document according to the rules of the - selected style. In the case of the ideal document, it - might first be printed in a magazine or newsletter using - the article class. Later, when it is incorporated into a - book, selecting the book class is <span - class="emphasis"><em>all</em></span> that is required to - produce appropriate output; the document itself is - unchanged.</p> - - <p>LaTeX is written on top of Plain TeX. This means that - almost any control sequence <a id="id2875821" - class="indexterm" name="id2875821"></a> or macro that you - learn about in Plain TeX can also be used in LaTeX. Of - course, LaTeX insulates you from many Plain TeX commands - by wrapping a much more user-friendly interface around - them.</p> - - <p>The LaTeX2e input that produces the sample page in - Figure <a href="ch04.html#fig.sampresults" - title="Figure 4.1. Sample page">Figure 4.1</a> - is shown in Example <a - href="ch04.html#fig.samplatex2e" - title="Figure 4.3. LaTeX2e Input">Figure 4.3</a>. - The only difference between this document and an old - LaTeX document is the use of the \documentclass - declaration instead of the \documentstyle - declaration.<sup>[<a id="id2875867" name="id2875867" - href="#ftn.id2875867">46</a>]</sup> For more complex - documents, other minor changes may also be necessary.</p> - - <div class="figure"> - <a id="fig.samplatex2e" name="fig.samplatex2e"></a> - - <p class="title"><b>Figure 4.3. LaTeX2e - Input</b></p> - - <div class="mediaobject"> - <img src="perf-l2e.eps" /> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="sec.buildlatexe" - name="sec.buildlatexe"></a>Building the LaTeX2e - format</h4> - </div> - </div> - - <p>The LaTeX2e distribution is available from the - directory <tt>macros/latex2e/core</tt> in the CTAN - archives<a id="id2875937" class="indexterm" - name="id2875937"></a>.</p> - - <p>The following steps will build the LaTeX2e format. - For more complete installation instructions, read the - file <tt>install.l2e</tt> in the LaTeX2e - distribution.</p> - - <div class="orderedlist"> - <ol type="1"> - <li> - <p>Place the LaTeX2e distribution in a temporary - directory and make that directory the current - directory. After the installation is complete, - you will need to move only selected files into - the standard places.</p> - </li> - - <li> - <p>Restrict to only the current directory the - directories that TeX searches for input files</p> - - <p>This can usually be accomplished by setting - the environment variable - <tt>TEXINPUTS</tt><sup>[<a id="id2876004" - name="id2876004" - href="#ftn.id2876004">47</a>]</sup> to a single - period or the absolute path name of the current - directory.</p> - </li> - - <li> - <p>Copy the <tt>hyphen.tex</tt> file <a - id="id2876037" class="indexterm" - name="id2876037"></a> from the Plain TeX - distribution into the current directory.</p> - </li> - - <li> - <p>Issue the command:</p> -<pre class="screen"> -\$ <span class="bold"><b>initex unpack2e.ins</b></span> -</pre> - - <p>This will unpack all of the distribution - files.</p> - </li> - - <li> - <p>Build the format file by issuing the - command:</p> -<pre class="screen"> -\$ <span class="bold"><b>initex latex2e.ltx</b></span> -</pre> - - <p>Move the resulting files <tt>latex2e.fmt</tt> - <a id="id2876114" class="indexterm" - name="id2876114"></a> and <tt>latex2e.log</tt><a - id="id2876128" class="indexterm" - name="id2876128"></a> into the TeX formats - directory.</p> - </li> - - <li> - <p>In addition to the files needed to build the - format, unpacking the LaTeX2e distribution - creates many files that are needed for formatting - documents. These files must be placed in a - location where TeX will find them. However, in - order to maintain a functioning LaTeX 2.09 - system, you must not place the new files in the - same input directory as the existing - files.<sup>[<a id="id2876148" name="id2876148" - href="#ftn.id2876148">48</a>]</sup></p> - - <p>Create a new directory (or folder) for the new - files. On the unix system that I use, where - existing input files are stored in a directory - called <tt>/usr/local/lib/tex/inputs</tt>, I - created <tt>/usr/local/lib/tex/latex2e</tt> to - store the new files. You will have to add the new - directory to the <span - class="emphasis"><em>front</em></span> of the - list of directories that TeX searches for input - files whenever you format a document with - LaTeX2e.</p> - - <p>Move the files that the installation script - produces into the new directory. Move the files - <tt>docstrip.tex</tt>, <tt>latexbug.tex</tt>, - <tt>sfontdef.ltx</tt>, <tt>slides.ltx</tt>, - <tt>testpage.tex</tt>, and all of the files that - end in <tt>.cfg</tt>, <tt>.cls</tt>, - <tt>.clo</tt>, <tt>.def</tt>, <tt>.fd</tt>, and - <tt>.sty</tt>. You should also move the files - <tt>gglo.ist</tt> and <tt>gind.ist</tt> someplace - where <b>MakeIndex</b> can find them. - (<b>MakeIndex</b> is described in Chapter <a - href="ch12.html" - title="Chapter 12. Bibliographies, Indexes, and Glossaries"> - Chapter 12</a>, <span - class="emphasis"><em><a href="ch12.html" - title="Chapter 12. Bibliographies, Indexes, and Glossaries"> - Chapter 12</a></em></span>.)</p> - - <p>One of the aspects of the test releases that - continues to change is the exact list of files - that must be moved. Consult the - <tt>install.l2e</tt> file in the distribution for - the exact list. The list above is from the test - version of January 28, 1994.</p> - </li> - </ol> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.latex" - name="sec.latex"></a>LaTeX</h3> - </div> - </div> - - <p>This section briefly covers LaTeX version 2.09. This - version of LaTeX<a id="id2876362" class="indexterm" - name="id2876362"></a><a id="id2876373" class="indexterm" - name="id2876373"></a> is still very widely used but it is - being phased out.</p> - - <p>The LaTeX input to produce the sample page in - Figure <a href="ch04.html#fig.sampresults" - title="Figure 4.1. Sample page">Figure 4.1</a> - is shown in Example <a - href="ch04.html#fig.samplatex" - title="Figure 4.4. LaTeX Input File">Figure 4.4</a>.</p> - - <div class="figure"> - <a id="fig.samplatex" name="fig.samplatex"></a> - - <p class="title"><b>Figure 4.4. LaTeX Input - File</b></p> - - <div class="mediaobject"> - <img src="perf-ltx.eps" /> - </div> - </div> - - <p>Support for the NFSS in LaTeX 2.09 has been withdrawn. - If you need to build a format with support for NFSS, - consult the “<a href="ch04.html#sec.latexe" - title="LaTeX2e">the section called - “LaTeX2e”</a>” section of this - chapter.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="sec.buildlatexofss" - name="sec.buildlatexofss"></a>Building the LaTeX - format with the OFSS</h4> - </div> - </div> - - <p>The LaTeX <a id="id2876478" class="indexterm" - name="id2876478"></a><a id="id2876490" - class="indexterm" - name="id2876490"></a>distribution<sup>[<a - id="id2876500" name="id2876500" - href="#ftn.id2876500">49</a>]</sup> includes three - subdirectories, <tt>sty</tt>, <tt>doc</tt>, and - <tt>general</tt>. All of the LaTeX files required to - build the format file are in the <tt>general</tt> - subdirectory. You will also need the - <tt>hyphen.tex</tt> file <a id="id2876557" - class="indexterm" name="id2876557"></a> required to - build the Plain format.</p> - - <p>In the <tt>general</tt> subdirectory, the - command:</p> -<pre class="screen"> -\$ <span class="bold"><b>initex lplain</b></span> -</pre> - - <p>will create the LaTeX format. Move the resulting - files, <tt>lplain.fmt</tt> <a id="id2876609" - class="indexterm" name="id2876609"></a> and - <tt>lplain.log</tt><a id="id2876632" class="indexterm" - name="id2876632"></a>, to the TeX formats directory. In - order to complete the installation, copy the files from - the <tt>sty</tt> directory in the LaTeX distribution - into a directory where TeX searches for input - files.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.texincolor" - name="sec.texincolor"></a>AMSTeX</h3> - </div> - </div> - - <p>When the American Mathematical Society<a - id="id2876675" class="indexterm" name="id2876675"></a> - selected TeX as a document preparation system, they - decided to extend it in a number of ways to make the - creation of papers and journals easier. They had two - goals: to make it easier for authors to write - mathematical papers in TeX and to make the resulting - papers conform to a particular set of style - specifications. AMSTeX<a id="id2876684" class="indexterm" - name="id2876684"></a> is described completely in <span - class="emphasis"><em>The Joy of TeX</em></span> [<a - href="bi01.html#ms:joyoftex">ms:joyoftex</a>].</p> - - <p>AMSTeX provides many commands that resemble LaTeX - environments. These have the form - \<i><tt>environment</tt></i> … - \end<i><tt>environment</tt></i>. In addition, AMSTeX - provides the notion of a document style to control - style-related formatting issues.</p> - - <p>Another important contribution made by the American - Mathematical Society when creating AMSTeX was the - construction of a large number of new fonts<a - id="id2876739" class="indexterm" name="id2876739"></a><a - id="id2876757" class="indexterm" name="id2876757"></a>. - The American Mathematical Society provides fonts with - many more mathematical symbols than the fonts that come - with TeX. These fonts are available as a separate package - and can be used with any TeX macro package, not just - AMSTeX.</p> - - <p>The AMSTeX input required to produce the document in - Figure <a href="ch04.html#fig.amsresults" - title="Figure 4.6. AMS sample page">Figure 4.6</a> - is shown in Example <a - href="ch04.html#ex.sampamstex" - title="Figure 4.5. AMSTeX Input File">Figure 4.5</a>. - The result of formatting this document does not appear - exactly like Figure <a - href="ch04.html#fig.sampresults" - title="Figure 4.1. Sample page">Figure 4.1</a> - because AMSTeX uses the style conventions of the American - Mathematical Society.</p> - - <div class="figure"> - <a id="ex.sampamstex" name="ex.sampamstex"></a> - - <p class="title"><b>Figure 4.5. AMSTeX Input - File</b></p> - - <div class="mediaobject"> - <a type="simple" show="embed" actuate="onLoad" - href="perf-amt"></a> - </div> - </div> - - <div class="figure"> - <a id="fig.amsresults" name="fig.amsresults"></a> - - <p class="title"><b>Figure 4.6. AMS sample - page</b></p> - - <div class="mediaobject"> - <img src="perf-amt.eps" /> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2876876" - name="id2876876"></a>Building the AMSTeX - format</h4> - </div> - </div> - - <p>In order to build the AMSTeX format, you need the - <tt>plain.tex</tt> <a id="id2876893" class="indexterm" - name="id2876893"></a> and <tt>hyphen.tex</tt> files <a - id="id2876917" class="indexterm" name="id2876917"></a> - from Plain TeX and the <tt>amstex.ini</tt> <a - id="id2876941" class="indexterm" name="id2876941"></a> - and <tt>amstex.tex</tt> <a id="id2876959" - class="indexterm" name="id2876959"></a> files from the - AMSTeX distribution<a id="id2876970" class="indexterm" - name="id2876970"></a>.</p> - - <p>The command:</p> -<pre class="screen"> -\$ <span class="bold"><b>initex amstex.ini</b></span> -</pre> - - <p>will create the AMSTeX format. Move the resulting - files, <tt>amstex.fmt</tt> <a id="id2877015" - class="indexterm" name="id2877015"></a> and - <tt>amstex.log</tt><a id="id2877031" class="indexterm" - name="id2877031"></a>, into your TeX formats - directory.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2877047" - name="id2877047"></a>AMSLaTeX</h3> - </div> - </div> - - <p>AMSLaTeX<a id="id2877055" class="indexterm" - name="id2877055"></a><a id="id2877065" class="indexterm" - name="id2877065"></a>, like AMSTeX, provides many - features to make typesetting mathematics convenient while - meeting the standards of the American Mathematical - Society<a id="id2877079" class="indexterm" - name="id2877079"></a> for publication. However, AMSTeX - lacks many of the features that are present in LaTeX, - like automatically numbered sections and tools for - creating tables of contents and indexes.</p> - - <p>When LaTeX gained popularity, many authors requested - permission to submit articles to the American - Mathematical Society in LaTeX. In 1987, the American - Mathematical Society began a project to combine the - features of AMSTeX with the features of LaTeX. The result - is AMSLaTeX.</p> - - <p>AMSLaTeX provides all of the functionality of LaTeX - because it is an extension of LaTeX. It also provides the - functionality of AMSTeX in LaTeX syntax and access to - additional mathematical constructs and math symbols not - present in LaTeX. .</p> - - <p>The input required to produce Figure <a - href="ch04.html#fig.sampresults" - title="Figure 4.1. Sample page">Figure 4.1</a> - is not shown because they do not differ significantly - from the LaTeX sample. Because the sample document - doesn't use any of AMSLaTeX's additional features, it is - exactly the same as the LaTeX document.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2877132" - name="id2877132"></a>Building the AMSLaTeX - format</h4> - </div> - </div> - - <p>The AMSLaTeX macros are embodied entirely in style - files for LaTeX. It is not necessary to build a special - format file<a id="id2877141" class="indexterm" - name="id2877141"></a>. However, the AMSLaTeX macros - require the New Font Selection Scheme (NFSS). Consult - the section on LaTeX, above, for instructions on - building the LaTeX format with NFSS.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2877164" - name="id2877164"></a>Lollipop</h3> - </div> - </div> - - <p>It can be argued that LaTeX has the following - deficiency: although there are many different style - options available, it is not easy for a novice user to - change a style option. Changing the internals of most - LaTeX style options requires a deep understanding of - TeX.</p> - - <p>The Lollipop<a id="id2877183" class="indexterm" - name="id2877183"></a><a id="id2877189" class="indexterm" - name="id2877189"></a> format is very different from the - other formats. The central thrust of Lollipop is that it - should be easy to change and customize document styles. - All Lollipop documents are built from five different - generic constructs: headings, lists, text blocks, page - grids, and external items.</p> - - <p>The Lollipop input required to produce a document like - the sample page in Figure <a - href="ch04.html#fig.sampresults" - title="Figure 4.1. Sample page">Figure 4.1</a> - is shown in Example <a - href="ch04.html#ex.samplollipop" - title="Figure 4.7. Lollipop Input File">Figure 4.7</a>.</p> - - <div class="figure"> - <a id="ex.samplollipop" name="ex.samplollipop"></a> - - <p class="title"><b>Figure 4.7. Lollipop - Input File</b></p> - - <div class="mediaobject"> - <a type="simple" show="embed" actuate="onLoad" - href="perf-lol"></a> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2873878" - name="id2873878"></a>Building the Lollipop - format</h4> - </div> - </div> - - <p>To make <a id="id2873887" class="indexterm" - name="id2873887"></a>the Lollipop format, you need the - Lollipop distribution and the file <tt>hyphen.tex</tt> - from the Plain TeX distribution.</p> - - <p>This command will create the Lollipop format:</p> -<pre class="screen"> -\$ <span class="bold"><b>initex lollipop \dump</b></span> -</pre> - - <p>It should be performed in the directory where you - installed the Lollipop distribution so that all of the - Lollipop files can be located. Move the resulting files - <tt>lollipop.fmt</tt><a id="id2873932" - class="indexterm" name="id2873932"></a> and - <tt>lollipop.log</tt><a id="id2873950" - class="indexterm" name="id2873950"></a> into your TeX - formats directory.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2873910" - name="id2873910"></a>TeXinfo</h3> - </div> - </div> - - <p>The TeXinfo format is a general-purpose format, but it - was designed to support a particular application: to - produce both online documentation and professional - quality typeset documentation from the same source file. - It is discussed in more detail in Chapter <a - href="ch10.html" - title="Chapter 10. Online Documentation">Chapter 10</a>, - <span class="emphasis"><em><a href="ch10.html" - title="Chapter 10. Online Documentation">Chapter 10</a></em></span>.</p> - - <p>The input file shown in Example <a - href="ch04.html#ex.infinp" - title="Figure 4.8. TeXinfo Input">Figure 4.8</a> - produces the typeset output shown in Figure <a - href="ch04.html#fig.infex" - title="Figure 4.9. TeXinfo sample page">Figure 4.9</a>. - The input file for this example is complicated by the - fact that it contains mathematics. None of TeX's - sophisticated mechanisms for handling mathematics are - applicable to plain ASCII online documentation. The - online documentation produced by the example in - Example <a href="ch04.html#ex.infinp" - title="Figure 4.8. TeXinfo Input">Figure 4.8</a> - is shown in Figure <a href="ch04.html#fig.infinf" - title="Figure 4.10. Online documentation produced by MakeInfo"> - Figure 4.10</a>.</p> - - <p>The TeXinfo<a id="id2877600" class="indexterm" - name="id2877600"></a><a id="id2877609" class="indexterm" - name="id2877609"></a> format is the official - documentation format of the Free Software Foundation - (FSF)<a id="id2877625" class="indexterm" - name="id2877625"></a>. Although less commonly used, a - LaTeX variant called LaTeXinfo<a id="id2877634" - class="indexterm" name="id2877634"></a> is also - available.</p> - - <div class="figure"> - <a id="ex.infinp" name="ex.infinp"></a> - - <p class="title"><b>Figure 4.8. TeXinfo - Input</b></p> - - <div class="mediaobject"> - <a type="simple" show="embed" actuate="onLoad" - href="perf-inf"></a> - </div> - </div> - - <div class="figure"> - <a id="fig.infex" name="fig.infex"></a> - - <p class="title"><b>Figure 4.9. TeXinfo - sample page</b></p> - - <div class="mediaobject"> - <img src="perf-inf.eps" /> - </div> - </div> - - <div class="figure"> - <a id="fig.infinf" name="fig.infinf"></a> - - <p class="title"><b>Figure 4.10. Online - documentation produced by MakeInfo</b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="perf-inf.inf"></a> -</pre> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2877747" - name="id2877747"></a>Other Formats</h3> - </div> - </div> - - <p>There are a number of other macro packages available - for TeX. Some of them are summarized below. The fact that - they are not discussed more fully here (or listed below, - for that matter) is not intended to reflect on the - quality of the format. The formats discussed above are - examples of the ways in which TeX can be extended. All of - the formats below extend TeX in a way similar to one of - the formats already mentioned. For any particular - application, one of these macro packages might be a - better choice than the formats discussed above.</p> - - <div class="variablelist"> - <dl> - <dt><span class="term">EDMAC</span></dt> - - <dd> - <p>Provides support for typesetting critical - editions of texts in a format similar to the Oxford - Classical Texts with marginal line numbers and - multiple series of footnotes and endnotes keyed by - line number. EDMAC<a id="id2877788" - class="indexterm" name="id2877788"></a><a - id="id2877796" class="indexterm" - name="id2877796"></a> is available from the CTAN - archives in the directory - <tt>macros/plain/contrib/edmac</tt>.</p> - </dd> - - <dt><span class="term">INRSTeX</span></dt> - - <dd> - <p>Provides support for multilingual documents in - French<a id="id2877842" class="indexterm" - name="id2877842"></a> and English. INRSTeX<a - id="id2877853" class="indexterm" - name="id2877853"></a><a id="id2877862" - class="indexterm" name="id2877862"></a> is - available from the CTAN archives in the directory - <tt>macros/inrstex</tt>.</p> - </dd> - - <dt><span class="term">LamSTeX</span></dt> - - <dd> - <p>Extends AMSTeX with LaTeX-like features and - improved support for commutative diagrams. - LamSTeX<a id="id2877908" class="indexterm" - name="id2877908"></a><a id="id2877921" - class="indexterm" name="id2877921"></a> is - available from the CTAN archives in - <tt>macros/lamstex</tt>.</p> - </dd> - - <dt><span class="term">REVTeX</span></dt> - - <dd> - <p>Extends LaTeX to provide support for typesetting - articles for journals of the American Physical - Society<a id="id2877974" class="indexterm" - name="id2877974"></a>, the Optical Society of - America<a id="id2877982" class="indexterm" - name="id2877982"></a>, and the American Institute - for Physics<a id="id2877992" class="indexterm" - name="id2877992"></a>. REVTeX<a id="id2878000" - class="indexterm" name="id2878000"></a><a - id="id2878010" class="indexterm" - name="id2878010"></a> is available in the directory - <tt>macros/latex/contrib/revtex</tt> of the CTAN - archives.</p> - </dd> - - <dt><span class="term">TeXsis</span></dt> - - <dd> - <p>Provides facilities for typesetting articles, - papers, and theses. It is particularly tuned for - physics papers. TeXsis<a id="id2878061" - class="indexterm" name="id2878061"></a><a - id="id2878071" class="indexterm" - name="id2878071"></a> also provides support for - other kinds of documents, such as letters and - memos. It is based upon Plain TeX. TeXsis is - available from the CTAN archives in the directory - <tt>macros/texsis</tt>.</p> - - <p>In addition to REVTeX and TeXsis, there are - several other packages in the <tt>macros</tt> - directory on CTAN that were designed for - typesetting documents about physics: PHYSE<a - id="id2878115" class="indexterm" - name="id2878115"></a><a id="id2878122" - class="indexterm" name="id2878122"></a>, PHYZZX<a - id="id2878134" class="indexterm" - name="id2878134"></a><a id="id2878141" - class="indexterm" name="id2878141"></a>, and - PSIZZLE<a id="id2878152" class="indexterm" - name="id2878152"></a><a id="id2878159" - class="indexterm" name="id2878159"></a>.</p> - </dd> - - <dt><span class="term">TeX/Mathematica</span></dt> - - <dd> - <p>Supports interactive use of Mathematica<a - id="id2878190" class="indexterm" - name="id2878190"></a> on unix workstations running - GNU emacs. Mathematica explorations can be - annotated with TeX/LaTeX, and Mathematica graphics - can be incorporated into documents. - TeX/Mathematica<a id="id2878198" class="indexterm" - name="id2878198"></a><a id="id2878213" - class="indexterm" name="id2878213"></a> is - available from the CTAN archives in the directory - <tt>macros/mathematica</tt>.</p> - </dd> - - <dt><span class="term">ScriptTeX</span></dt> - - <dd> - <p>Supports typesetting screenplays in TeX. - ScriptTeX<a id="id2878261" class="indexterm" - name="id2878261"></a><a id="id2878271" - class="indexterm" name="id2878271"></a> is - available from the CTAN archives in the directory - <tt>macros/scripttex</tt>.</p> - </dd> - - <dt><span class="term">VerTeX</span></dt> - - <dd> - <p>Supports typesetting articles for economic - journals. VerTeX<a id="id2878320" class="indexterm" - name="id2878320"></a><a id="id2878330" - class="indexterm" name="id2878330"></a> is - available from the CTAN archives in the directory - <tt>macros/plain/contrib/vertex</tt>.</p> - </dd> - </dl> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2878394" - name="id2878394"></a>Special-purpose Formats</h2> - </div> - </div> - - <p>In addition to the general-purpose packages <a - id="id2878402" class="indexterm" name="id2878402"></a> - discussed above, there are dozens, if not hundreds, of - extensions to TeX that are designed for very specific - tasks. Many of the extensions are LaTeX style files; they - provide styles for many academic journals, university - theses, resum\'es, diagrams of various sorts, PostScript - interfaces, linguistics, multinational language support, - unix “man” pages, program listings, and - countless other tasks.</p> - - <p>To give you a feel for the range of tasks that TeX can - perform, I've selected a few packages to highlight the - latitude of customization that is possible. Figure <a - href="ch04.html#fig.caffeine" - title="Figure 4.11. Caffeine by ChemTeX">Figure 4.11</a> - shows the chemical structure of caffeine (a molecule dear - to my heart) rendered with the ChemTeX<a id="id2878431" - class="indexterm" name="id2878431"></a><a id="id2878453" - class="indexterm" name="id2878453"></a> package. The source - is shown in Example <a - href="ch04.html#fig.caffeine-source" - title="Figure 4.12. The ChemTeX Source for Caffeine"> - Figure 4.12</a>. Another chemistry package, - ChemStruct<a id="id2878479" class="indexterm" - name="id2878479"></a><a id="id2878486" class="indexterm" - name="id2878486"></a>, was used to draw Figure <a - href="ch04.html#fig.lithium" - title="Figure 4.13. A lithium cation rendered by ChemStruct"> - Figure 4.13</a>. Its source is shown in - Example <a href="ch04.html#fig.lithium-source" - title="Figure 4.14. The ChemStruct Source for the Lithium Cation"> - Figure 4.14</a>. Taking TeX in another direction, the - MusicTeX<a id="id2878521" class="indexterm" - name="id2878521"></a><a id="id2878529" class="indexterm" - name="id2878529"></a> package was used to typeset the first - two bars of Mozart's K545 sonata in C-major in - Figure <a href="ch04.html#fig.mozart" - title="Figure 4.15. A little Mozart…">Figure 4.15</a>. - The MusicTeX input is shown in Example <a - href="ch04.html#fig.mozart-source" - title="Figure 4.16. The MusicTeX Source for Figure "> - Figure 4.16</a>. Several more examples are presented - in Chapter <a href="ch07.html" - title="Chapter 7. International Considerations">Chapter 7</a> - where formats for typesetting non-English languages are - described.</p> - - <div class="figure"> - <a id="fig.caffeine" name="fig.caffeine"></a> - - <p class="title"><b>Figure 4.11. Caffeine by - ChemTeX</b></p> - - <div class="mediaobject"> - <img src="caffeine.eps" /> - </div> - </div> - - <div class="figure"> - <a id="fig.caffeine-source" - name="fig.caffeine-source"></a> - - <p class="title"><b>Figure 4.12. The ChemTeX - Source for Caffeine</b></p> - - <div class="mediaobject"> - <a type="simple" show="embed" actuate="onLoad" - href="caffeine.tex"></a> - </div> - </div> - - <div class="figure"> - <a id="fig.lithium" name="fig.lithium"></a> - - <p class="title"><b>Figure 4.13. A lithium - cation rendered by ChemStruct</b></p> - - <div class="mediaobject"> - <img src="lithium.eps" /> - </div> - </div> - - <div class="figure"> - <a id="fig.lithium-source" name="fig.lithium-source"></a> - - <p class="title"><b>Figure 4.14. The ChemStruct - Source for the Lithium Cation</b></p> - - <div class="mediaobject"> - <a type="simple" show="embed" actuate="onLoad" - href="lithium.tex"></a> - </div> - </div> - - <div class="figure"> - <a id="fig.mozart" name="fig.mozart"></a> - - <p class="title"><b>Figure 4.15. A little - Mozart…</b></p> - - <div class="mediaobject"> - <img src="mozart.eps" /> - </div> - </div> - - <div class="figure"> - <a id="fig.mozart-source" name="fig.mozart-source"></a> - - <p class="title"><b>Figure 4.16. The MusicTeX - Source for Figure <a href="ch04.html#fig.mozart" - title="Figure 4.15. A little Mozart…">Figure 4.15</a></b></p> - - <div class="mediaobject"> - <a type="simple" show="embed" actuate="onLoad" - href="mozart.tex"></a> - </div> - </div> - - <p>Another popular special-purpose application of TeX is - the production of transparencies<a id="id2878799" - class="indexterm" name="id2878799"></a>, also called - foils<a id="id2878808" class="indexterm" - name="id2878808"></a> or slides<a id="id2878816" - class="indexterm" name="id2878816"></a>. There are a few - different options for this application.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2878827" - name="id2878827"></a>SliTeX</h3> - </div> - </div> - - <p>SliTeX is part of the standard LaTeX distribution. - Input to SliTeX consists of a main file and a slides - file. Individual slides are composed in a <tt>slide</tt> - environment.</p> - - <p>SliTeX<a id="id2878850" class="indexterm" - name="id2878850"></a><a id="id2878859" class="indexterm" - name="id2878859"></a> has provisions for black-and-white - slides, color slides, and overlays. Unlike the other - slide-making formats, which rely on \special printer - commands<sup>[<a id="id2878876" name="id2878876" - href="#ftn.id2878876">50</a>]</sup> to incorporate color, - SliTeX produces separate output pages for each color. For - example, if you use red to highlight words on an - otherwise black-and-white slide, SliTeX will produce two - output pages for the slide: one with all the black text - (excluding the words in red) and one with just the red - words. Both of these pages will be printed in black. You - must construct the colored slide by copying the pages - onto colored transparencies and overlaying them. - Producing slides with overlays in the same color is - accomplished with a special “invisible” - color. This method of producing colored transparencies - has been made obsolete by modern color printers. Of - course, nothing prevents you from using the \special - extensions of your DVI driver in SliTeX to produce - colored transparencies directly on a color printer.</p> - - <p>SliTeX has always been a separate macro package, - distinct from and not 100\% compatible with LaTeX. With - the introduction of LaTeX2e, SliTeX is simply an - extension package to the LaTeX2e core format. Support for - a separate SliTeX format is being phased out.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2878922" - name="id2878922"></a>FoilTeX</h3> - </div> - </div> - - <p>FoilTeX<a id="id2878931" class="indexterm" - name="id2878931"></a> is an extension of LaTeX for - producing slides. The primary advantage of FoilTeX over - SliTeX is that it is completely compatible with - LaTeX.<sup>[<a id="id2878942" name="id2878942" - href="#ftn.id2878942">51</a>]</sup> Note, however, that - the defaults in many cases are not precisely the same as - LaTeX because of the radically different goal of - FoilTeX.</p> - - <p>FoilTeX provides support for running headers and - footers, modified theorem environments for better - mathematics in slides, support for AMS and PostScript - fonts, and colors.</p> - - <p>Color slides in FoilTeX are handled by DVI driver - \special commands (most commonly <b>dvips</b> \specials). - However, FoilTeX includes a number of new and extended - features for better handling of color. See the section - “<a href="ch04.html#sec.texincolor" - title="AMSTeX">the section called - “AMSTeX”</a>” later in this chapter for - a detailed discussion of using color in TeX.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2878993" - name="id2878993"></a>Seminar</h3> - </div> - </div> - - <p>The Seminar<a id="id2879000" class="indexterm" - name="id2879000"></a> style is another alternative for - producing slides and notes. Like FoilTeX, the Seminar - style is designed to work on top of LaTeX. (Seminar also - works with AMSLaTeX.) \ The Seminar style is designed to - produce output for a PostScript printer. It isn't - strictly necessary to produce PostScript output, but if - you do not, many of Seminar's features will be - unavailable to you.</p> - - <p>Seminar provides for a mixture of portrait and - landscape styles and can support color using either a - color-separation technique (similar to SliTeX's method) - or direct use of PostScript color. In either case, the - PSTricks<a id="id2879012" class="indexterm" - name="id2879012"></a> macro package is required. (Consult - the section “<a - href="ch06.html#sec.pictures.pstricks" - title="PSTricks">the section called - “PSTricks”</a>” in Chapter <a - href="ch06.html" - title="Chapter 6. Pictures and Figures">Chapter 6</a>, - <span class="emphasis"><em><a href="ch06.html" - title="Chapter 6. Pictures and Figures">Chapter 6</a></em></span>, - for more information.)</p> - - <p>The Seminar style has support for a number of - interesting options (including two-up printing of - slides), automatic resizing by changing a magnification - parameter, instructions for converting your SliTeX - slides, and several extensive demonstration files. Also - included are explicit instructions for placing - Encapsulated PostScript drawings in your slides.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2879086" - name="id2879086"></a>TeX in Color</h2> - </div> - </div> - - <p>With color printers<a id="id2879094" class="indexterm" - name="id2879094"></a><a id="id2879107" class="indexterm" - name="id2879107"></a> and copiers becoming more common, the - application of color, especially in transparencies, is more - important than ever. Unfortunately, TeX knows <span - class="emphasis"><em>nothing</em></span> about color.</p> - - <p>A little reflection about the design of TeX will make it - clear why this is the case. TeX produces device-independent - output. Even when color printers are as common as - “regular” printers, if that ever becomes the - case, it will always be true that color is an inherently - device-dependent attribute. It does not make sense for TeX - to understand color. However, this does not prevent TeX - from using color.</p> - - <p>At the lowest level, all that is required to use color - in TeX is some way of telling the printer “start - printing in <<span - class="emphasis"><em>color</em></span>> here.” - This is easily accomplished with a \special command. In the - discussion that follows, the <b>dvips</b> \special commands - are used as concrete examples, but conceptually, any color - printer can be used in this way.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2879169" - name="id2879169"></a>Setting Up Color</h3> - </div> - </div> - - <p>Color <a id="id2879178" class="indexterm" - name="id2879178"></a> support at the DVI driver level is - provided by \special commands, but these are not - typically convenient to enter directly into your - document. Frequently, these commands are specified in - terms of percentages of red, green, and blue (RGB color) - <a id="id2879192" class="indexterm" name="id2879192"></a> - or cyan, magenta, yellow, and black (CMYK color)<a - id="id2879209" class="indexterm" - name="id2879209"></a>.</p> - - <p>Higher-level support is provided by a collection of - color control sequences. These sequences are loaded - either by inputting the file <tt>colordvi.tex</tt><a - id="id2879233" class="indexterm" name="id2879233"></a> - (in Plain TeX, for example) or using the - <tt>colordvi</tt><a id="id2879253" class="indexterm" - name="id2879253"></a> style file (in LaTeX).</p> - - <p><b>dvips</b> defines the colors in terms of - “crayon names.” If you need very precise - control of the colors, you can adjust the precise mix of - CMYK values in the file <tt>colordvi.tex</tt> after - comparing the output of your printer with a standard - scale (typically, the PANTONE scale). The following color - names are standard in <b>dvips</b>.</p> - - <table class="simplelist" border="0" - summary="Simple list"> - <tr> - <td>Apricot</td> - - <td>Emerald</td> - - <td>OliveGreen</td> - - <td>RubineRed</td> - </tr> - - <tr> - <td>Aquamarine</td> - - <td>ForestGreen</td> - - <td>Orange</td> - - <td>Salmon</td> - </tr> - - <tr> - <td>Bittersweet</td> - - <td>Fuchsia</td> - - <td>OrangeRed</td> - - <td>SeaGreen</td> - </tr> - - <tr> - <td>Black</td> - - <td>Goldenrod</td> - - <td>Orchid</td> - - <td>Sepia</td> - </tr> - - <tr> - <td>Blue</td> - - <td>Gray</td> - - <td>Peach</td> - - <td>SkyBlue</td> - </tr> - - <tr> - <td>BlueGreen</td> - - <td>Green</td> - - <td>Periwinkle</td> - - <td>SpringGreen</td> - </tr> - - <tr> - <td>BlueViolet</td> - - <td>GreenYellow</td> - - <td>PineGreen</td> - - <td>Tan</td> - </tr> - - <tr> - <td>BrickRed</td> - - <td>JungleGreen</td> - - <td>Plum</td> - - <td>TealBlue</td> - </tr> - - <tr> - <td>Brown</td> - - <td>Lavender</td> - - <td>ProcessBlue</td> - - <td>Thistle</td> - </tr> - - <tr> - <td>BurntOrange</td> - - <td>LimeGreen</td> - - <td>Purple</td> - - <td>Turquoise</td> - </tr> - - <tr> - <td>CadetBlue</td> - - <td>Magenta</td> - - <td>RawSienna</td> - - <td>Violet</td> - </tr> - - <tr> - <td>CarnationPink</td> - - <td>Mahogany</td> - - <td>Red</td> - - <td>VioletRed</td> - </tr> - - <tr> - <td>Cerulean</td> - - <td>Maroon</td> - - <td>RedOrange</td> - - <td>White</td> - </tr> - - <tr> - <td>CornflowerBlue</td> - - <td>Melon</td> - - <td>RedViolet</td> - - <td>WildStrawberry</td> - </tr> - - <tr> - <td>Cyan</td> - - <td>MidnightBlue</td> - - <td>Rhodamine</td> - - <td>Yellow</td> - </tr> - - <tr> - <td>Dandelion</td> - - <td>Mulberry</td> - - <td>RoyalBlue</td> - - <td>YellowGreen</td> - </tr> - - <tr> - <td>DarkOrchid</td> - - <td>NavyBlue</td> - - <td>RoyalPurple</td> - - <td>YellowOrange</td> - </tr> - </table> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2879595" - name="id2879595"></a>Using Color</h3> - </div> - </div> - - <p>After <b>dvips</b> has loaded <tt>colordvi</tt>, - typesetting text in color is simply a matter of using the - appropriate color control sequence<a id="id2879619" - class="indexterm" name="id2879619"></a><a id="id2879629" - class="indexterm" name="id2879629"></a>. For example, to - typeset something in red, use the \Red control sequence - in your document, like this:</p> -<pre class="screen"> -\Red{something in red} -</pre> - - <p>Alternatively, you can change the default text color - with the \text\texttt{<span - class="emphasis"><em>color</em></span>} control - sequences. To make default color for all text blue, - enter:</p> -<pre class="screen"> -\textBlue -</pre> - - <p>To change the background color, use the \background - macro. For example, to make the current and all future - pages yellow, enter:</p> -<pre class="screen"> -\background{Yellow} -</pre> - - <p>You can enter a precise color by specifying it in - terms of its CMYK components. The \Color and \textColor - macros exist for this purpose. To typeset some text in a - color that is 25\% cyan, 35\% magenta, 40\% yellow, and - 10\% black,<sup>[<a id="id2879690" name="id2879690" - href="#ftn.id2879690">52</a>]</sup> enter:</p> -<pre class="screen"> -\Color{.25 .35 .4 .1}{some text} -</pre> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2879708" - name="id2879708"></a>Now I've Got Color, but I Need - Black and White!</h3> - </div> - </div> - - <p>If you have reason to print a colored TeX document on - a black and white printer, you don't have to tear out all - of the color commands. <b>dvips</b> includes a - <tt>blackdvi</tt> file <a id="id2879734" - class="indexterm" name="id2879734"></a>(analogous to - <tt>colordvi</tt><a id="id2879748" class="indexterm" - name="id2879748"></a>---an input file or style file - depending on your macro package), which translates all - color commands into black and white.</p> - - <p>Alternatively, “good” implementations of - PostScript in a black and white printer should translate - all colors into shades of grey. This can be an - inexpensive way to preview a color document. Most screen - previewers simply ignore color commands so they print in - black and white even if the document is colored.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2879774" - name="id2879774"></a>Color Under LaTeX2e</h3> - </div> - </div> - - <p>At the time of this writing, the LaTeX2e<a - id="id2879783" class="indexterm" name="id2879783"></a><a - id="id2879797" class="indexterm" name="id2879797"></a> - team has not officially adopted a standard for using - color. However, it is likely to follow a slightly - different model than the one described above. The final - design should provide color selection commands that are - device-independent at the DVI driver level (in other - words, the color commands will not insert device-specific - commands, like snippets of PostScript, into the - <tt>DVI</tt> files).</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2879830" - name="id2879830"></a>Color Is Subtle</h3> - </div> - </div> - - <p>Color commands implemented as \special commands may - introduce occasional problems. For example, if TeX - introduces a page break in a paragraph that you have - typeset in yellow (<tt>\Yellow{This is a long - paragraph...}</tt>), the resulting output may print the - page footer (and even the header) in yellow, although - that was not intended.</p> - - <p>Circumventing these problems may require careful use - of color commands in front of text that you want to - appear black. For example, in Plain TeX the difficulty - described above can be avoided by specifying that the - page number should be printed this way:</p> -<pre class="screen"> -\footline{\Black{\hss\tenrm\folio\hss}} -</pre> - - <p>This definition guarantees that the page number will - be set in black, and because it is a local color change, - colored text can flow across the page around it.</p> - - <p>You may want to make sure that other typographic - elements are printed in the current global color (which - may vary). <b>dvips</b> provides a local color macro - called \globalColor for that purpose. Every time the text - color is changed globally (with a \text\texttt{<span - class="emphasis"><em>Color</em></span>} command), - \globalColor is redefined to print text in that - color.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2879898" - name="id2879898"></a>Further Reading</h3> - </div> - </div> - - <p>Read the documentation for your DVI driver carefully - with respect to color. Because it is device-dependent, - there is a lot of room for interpretation, and it may not - always be obvious why some things appear the way they do. - And DVI drivers are free to implement color in any way - they choose.</p> - </div> - </div> - - <div class="footnotes"> - <br /> - <hr width="100" align="left" /> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2874145" name="ftn.id2874145" - href="#id2874145">39</a>]</sup> At the time of this - writing, it's actually still in test-release, but it may - be available as a standard release by the time you read - this.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2874246" name="ftn.id2874246" - href="#id2874246">40</a>]</sup> On Macintosh systems and - other environments that don't have directories, format - files are typically stored in their own folders (or other - metaphorically appropriate place ;-).</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2874291" name="ftn.id2874291" - href="#id2874291">41</a>]</sup> The distinction between - big and small TeX is described in the section called - “<a href="ch03.html#run.sec.formatfiles" - title="What Do You Run?">the section called “What - Do You Run?”</a>” in Chapter <a - href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a>.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2874585" name="ftn.id2874585" - href="#id2874585">42</a>]</sup> {A small set of - exceptions is maintained because the algorithm isn't - perfect.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2874736" name="ftn.id2874736" - href="#id2874736">43</a>]</sup> {Really observant readers - may have noticed that it's a version of Garamond ;-)}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2875131" name="ftn.id2875131" - href="#id2875131">44</a>]</sup> {Of course, that's not - strictly true. You can change the page layout of LaTeX - (and most other packages) to be almost anything, but it - does require learning a lot about the macro package. If - you are already familiar with Plain TeX (or some other - Plain TeX-derived package), you probably have a set of - macros that produce documents in the style you like. Why - reinvent the wheel?</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2875268" name="ftn.id2875268" - href="#id2875268">45</a>]</sup> {Extended Plain TeX is - available in the <tt>macros/eplain</tt> directory in the - CTAN archives.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2875867" name="ftn.id2875867" - href="#id2875867">46</a>]</sup> {LaTeX2e will process - documents that use <tt>\ documentstyle</tt> in LaTeX 2.09 - compatibility mode.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2876004" name="ftn.id2876004" - href="#id2876004">47</a>]</sup> {Under emTeX, this - variable is called <tt>TEXINPUT</tt>. On the Macintosh, - file searching is frequently controlled by a - configuration file or dialog box.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2876148" name="ftn.id2876148" - href="#id2876148">48</a>]</sup> {Strictly speaking, this - is only true for files that have the extension - <tt>.sty</tt> because the old version of LaTeX will not - attempt to use the other files.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2876500" name="ftn.id2876500" - href="#id2876500">49</a>]</sup> {LaTeX is available in - the <tt>macros/latex/distribs/latex</tt> directory in the - CTAN archives.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2878876" name="ftn.id2878876" - href="#id2878876">50</a>]</sup> {The $\$<tt>special</tt> - mechanism is a way of passing arbitrary information - through TeX to the DVI driver that will ultimately print - the document.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2878942" name="ftn.id2878942" - href="#id2878942">51</a>]</sup> {With the caveat that it - still uses the Old Font Selection Scheme.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2879690" name="ftn.id2879690" - href="#id2879690">52</a>]</sup> {I made these numbers up. - I take no responsibility for the artistic merits (or lack - thereof) of the resulting color.}</p> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Chapter 3. Running TeX" - href="ch03.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left">Chapter 3. Running - TeX </td> - - <td width="20%" align="center"><a - title="Part I. An Introduction to TeX" - href="pt01.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Part II. Elements of a Complex - Document</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/ch05.html b/Master/texmf-doc/doc/english/make-tex-work/html/ch05.html deleted file mode 100644 index ac0558358d6..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/ch05.html +++ /dev/null @@ -1,3711 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Chapter 5. Fonts</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt02.html" - title="Part II. Elements of a Complex Document" /> - <link rel="previous" href="pt02.html" - title="Part II. Elements of a Complex Document" /> - <link rel="next" href="ch06.html" - title="Chapter 6. Pictures and Figures" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Chapter 6. Pictures and Figures" - href="ch06.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="chapter"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="chap.fonts" - name="chap.fonts"></a>Chapter 5. Fonts</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - <hr class="component-separator" /> - </div> - - <p>All of the common TeX macro packages use the Computer - Modern fonts<a id="id2855980" class="indexterm" - name="id2855980"></a><a id="id2855984" class="indexterm" - name="id2855984"></a><a id="id2855991" class="indexterm" - name="id2855991"></a><a id="id2877438" class="indexterm" - name="id2877438"></a> by default. In fact, the Computer - Modern fonts are so frequently used in TeX documents that - some people believe they are <span - class="emphasis"><em>the</em></span> TeX fonts and that no - other options are available.</p> - - <p>This is not the case. In fact, using different fonts in - TeX is quite easy. However, many interrelated font issues can - be quite complicated, and it is possible to do things that - make your documents print incorrectly (or make them - unprintable).</p> - - <p>This chapter explores all of the issues related to fonts - and how these issues are resolved by a combination of font - files, TeX macros, DVI drivers, and careful planning. At a - high level, it works like this:</p> - - <div class="orderedlist"> - <ol type="1"> - <li> - <p>TeX macros select a font (by assigning - \font\fontid=fonttfm). The macros may be very simple or - quite complex (as is the case in LaTeX's New Font - Selection Scheme).</p> - </li> - - <li> - <p>TeX loads the metric information from - <tt>fonttfm.tfm</tt><a id="id2879938" class="indexterm" - name="id2879938"></a>. Many implementations of TeX look - for this file in the directories on the - <tt>TEXFONTS</tt> path. TeX cannot process your - document if it cannot find the <tt>TFM</tt> file<a - id="id2879967" class="indexterm" - name="id2879967"></a>.<sup>[<a id="id2879974" - name="id2879974" - href="#ftn.id2879974">53</a>]</sup></p> - </li> - - <li> - <p>TeX writes a <tt>DVI</tt> file<a id="id2880010" - class="indexterm" name="id2880010"></a>. The - <tt>DVI</tt> file contains the name of each font (the - name of the <tt>TFM</tt> file) and the magnification - used (magnification is discussed in the section - “<a href="ch05.html#sec.issueofsize" - title="What TeX Needs To Know">the section called - “What TeX Needs To Know”</a>” later - in this chapter).</p> - </li> - - <li> - <p>The DVI driver attempts to locate font files for - each font used at each magnification. Depending on the - DVI driver, fonts can come from many places. Many - drivers consult a list of built-in fonts to see if the - desired font resides in the printer. Some also consult - a list of font substitutions. (This can be used to - substitute existing fonts for fonts that you do not - have, like Computer Modern Roman in place of Times - Roman if you don't have Times Roman.)</p> - - <p>Assuming that the font is not built-in<a - id="id2880077" class="indexterm" name="id2880077"></a> - or replaced by substitution of a built-in font, the DVI - driver looks for a font file. Most modern DVI drivers - look for <tt>PK</tt> fonts, although some also look for - <tt>GF</tt><a id="id2880109" class="indexterm" - name="id2880109"></a> and <tt>PXL</tt> fonts<a - id="id2880130" class="indexterm" name="id2880130"></a> - as well.</p> - - <p>The exact location of these files varies. Some - implementations look in the directories on the - <tt>TEXFONTS</tt> path, others look in the - <tt>TEXPKS</tt> or <tt>PKFONTS</tt> paths.</p> - - <p>A typical font directory on a unix system is - <tt>/usr/local/lib/tex/fonts/pk</tt>. The files in this - directory typically have names of the form - <tt>tfmname.999pk</tt>; where <span - class="emphasis"><em>tfmname</em></span> is the name of - the font and <span class="emphasis"><em>999</em></span> - is the resolution.</p> - - <p>On file systems which have short filenames (for - example, MS-DOS) a typical font directory is <tt>\bs - tex\bs fonts\bs 999dpi</tt> (or <tt>\bs tex\bs fonts\bs - dpi999</tt>).<sup>[<a id="id2880211" name="id2880211" - href="#ftn.id2880211">54</a>]</sup> The files are then - simply <tt>tfmname.pk</tt>.</p> - - <p>Some DVI drivers employ automatic font generation to - attempt to create the font if it cannot be found.</p> - </li> - - <li> - <p>The DVI driver produces output suitable for a - particular device. This may include one or more forms - of downloaded fonts as well as requests for built-in - fonts that are assumed to exist.</p> - </li> - </ol> - </div> - - <div class="note" - style="margin-left: 0.5in; margin-right: 0.5in;"> - <h3 class="title">Note</h3> - - <p>TeX output isn't printable directly. TeX typesets a - document in a device-independent fashion; it's the DVI - driver that actually <span - class="emphasis"><em>prints</em></span> the document. This - is important because many of the font issues are really DVI - driver issues more than TeX issues, and because the - distinction between TeXing a document and printing a - document is another layer of complexity that can be a - source of difficulty.,</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.issueofsize" name="sec.issueofsize"></a>What - TeX Needs To Know</h2> - </div> - </div> - - <p>TeX needs remarkably little information about a font. - Recall from Chapter <a href="ch01.html" - title="Chapter 1. The Big Picture">Chapter 1</a>, - <span class="emphasis"><em><a href="ch01.html" - title="Chapter 1. The Big Picture">Chapter 1</a></em></span>, - that TeX typesets each page using “boxes<a - id="id2880323" class="indexterm" name="id2880323"></a> and - glue<a id="id2880331" class="indexterm" - name="id2880331"></a>.” In order to perform this - function, TeX needs to know only the size of each character - (its width, height, and depth)<a id="id2880343" - class="indexterm" name="id2880343"></a><a id="id2880353" - class="indexterm" name="id2880353"></a><a id="id2880362" - class="indexterm" name="id2880362"></a><a id="id2880372" - class="indexterm" name="id2880372"></a><a id="id2880382" - class="indexterm" name="id2880382"></a><a id="id2880389" - class="indexterm" name="id2880389"></a><a id="id2880397" - class="indexterm" name="id2880397"></a>. In practice, TeX - fonts contain a little bit more information than simply the - size of each character. Generally, they contain ligature - and kerning information as well.</p> - - <p><span class="emphasis"><em>Ligatures</em></span><a - id="id2880416" class="indexterm" name="id2880416"></a> are - a typographic convention for replacing some letter - combinations with single symbols. In English, this is done - solely to improve the appearance of the letter - combinations. Figure <a href="ch05.html#fig.filig" - title="Figure 5.1. fi as two characters and as a ligature"> - Figure 5.1</a> shows a common ligature in English, - “fi.” Other common ligatures in English are - “ff”, “fl”, and the combinations - “ffi” and “ffl.” Other languages - have different ligatures.</p> - - <div class="figure"> - <a id="fig.filig" name="fig.filig"></a> - - <p class="title"> - <b>Figure 5.1. “fi” as two - characters and as a ligature</b></p> - - <div class="mediaobject"> - <img src="fi-ligs.eps" /> - </div> - </div> - - <p><span class="emphasis"><em>Kerning</em></span><a - id="id2880500" class="indexterm" name="id2880500"></a> is - the process of adding or removing small amounts of space - between characters to improve the appearance of particular - letter combinations. Although every character has a natural - width, some combinations of characters give the illusion of - too much or too little space. Figure <a - href="ch05.html#fig.kerning" - title="Figure 5.2. We unkerned and kerned">Figure 5.2</a> - shows a common example in the word “We.”</p> - - <div class="figure"> - <a id="fig.kerning" name="fig.kerning"></a> - - <p class="title"> - <b>Figure 5.2. “We” unkerned and - kerned</b></p> - - <div class="mediaobject"> - <img src="we-we.eps" /> - </div> - </div> - - <p>This is all the information that TeX needs, and it is - all that is contained in the <tt>TFM</tt> files that TeX - uses.<sup>[<a id="id2880575" name="id2880575" - href="#ftn.id2880575">55</a>]</sup></p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2880659" - name="id2880659"></a>Selecting a Font in TeX</h3> - </div> - </div> - - <p>TeX's macro language includes a \font primitive for - loading a font<a id="id2880668" class="indexterm" - name="id2880668"></a><a id="id2880678" class="indexterm" - name="id2880678"></a><a id="id2880691" class="indexterm" - name="id2880691"></a>. This primitive operation - associates a control sequence<a id="id2880701" - class="indexterm" name="id2880701"></a> with the metrics - in a particular <tt>TFM</tt> file. For example, the - following line associates the control sequence \tinyfont - with the metrics in <tt>cmr5.tfm</tt> (the Computer - Modern Roman 5pt font):</p> -<pre class="screen"> -\font\tinyfont=cmr5 -</pre> - - <div class="note" - style="margin-left: 0.5in; margin-right: 0.5in;"> - <h3 class="title">Note</h3> - - <p>Remember, only letters can appear in a TeX control - sequence. You cannot say \font\cmr5=cmr5 because \cmr5 - is not a valid control sequence.</p> - </div> - - <p>The control sequence defined with \font can - subsequently be used to change the current font. After - the above command, \tinyfont in your document selects the - Computer Modern Roman 5pt font as the current font.</p> - - <p>In practice, using the primitive operations to select - fonts has a number of disadvantages. Later in this - chapter, the worst of these disadvantages is described - and a better alternative is offered. For simplicity, the - primitive operations are used in most of the examples in - this chapter.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2880773" - name="id2880773"></a>Which Character Is Which?</h3> - </div> - </div> - - <p>How does TeX know which character<a id="id2880782" - class="indexterm" name="id2880782"></a> to use when it - reads a symbol from an input file? The answer is simple: - TeX considers each font to be an array of characters. It - uses the numeric ASCII<a id="id2880794" class="indexterm" - name="id2880794"></a> code of each character to determine - what element in the array to use.<sup>[<a id="id2880810" - name="id2880810" href="#ftn.id2880810">56</a>]</sup> This - is a reasonable and efficient scheme as long as the ASCII - values of the characters in your input file are the same - as the metric information that TeX is using.</p> - - <p>The section called “<a - href="ch05.html#sec.fonts.encodingvec" - title="Declaring a family">the section called - “Declaring a family”</a>” in this - chapter describes how the ordering of characters in a - font is determined. It also discusses some of the - problems that can arise when TeX and your printer have - conflicting information about the arrangement of - characters in the font. The “<a - href="ch05.html#sec.fonts.virtualfonts" - title="Virtual Fonts">the section called “Virtual - Fonts”</a>” section describes the TeX - mechanism for constructing fonts with different - arrangements of characters.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2880909" - name="id2880909"></a>The Issue of Size</h2> - </div> - </div> - - <p>In the purest sense, selecting a font determines only - what shape<a id="id2880917" class="indexterm" - name="id2880917"></a><a id="id2880921" class="indexterm" - name="id2880921"></a> each character will have; it does not - determine the size<a id="id2880932" class="indexterm" - name="id2880932"></a><a id="id2880939" class="indexterm" - name="id2880939"></a> of the font. Unfortunately in - practice, the issue of shape and size cannot be separated. - The same shapes <span - class="emphasis"><em>appear</em></span> to be different at - different sizes. <span class="emphasis"><em>Optical - scaling</em></span><a id="id2880960" class="indexterm" - name="id2880960"></a><a id="id2880967" class="indexterm" - name="id2880967"></a> uses different designs to make - letters at different sizes appear to have the same shape. - Conversly, linear scaling<a id="id2880980" - class="indexterm" name="id2880980"></a><a id="id2880987" - class="indexterm" name="id2880987"></a> produces characters - with exactly the same shape at different sizes, although - they appear slightly different.</p> - - <p>Because the size of an object affects the way that the - human eye and the brain perceive its shape, a simple linear - scaling of each character does not produce the most - aesthetically pleasing results. To overcome this problem, - TeX uses two different quantities to express the notion of - size: design size and magnification.</p> - - <p><span class="emphasis"><em>Design size</em></span><a - id="id2881047" class="indexterm" name="id2881047"></a> - addresses the issue of perception: a font looks most like - the way it was designed to appear when printed at or close - to its design size. Furthermore, two fonts with different - design sizes (say 8pt and 12pt) that are the same typeface - should <span class="emphasis"><em>appear</em></span> - identical when printed at 8pt and 12pt, respectively, even - though the actual shapes may be slightly different. The - design size of a font is intrinsic to the font itself and - cannot be changed or influenced by TeX. It is important - because it has a direct impact on the aesthetics of the - typeset page.</p> - - <p><span class="emphasis"><em>Magnification</em></span><a - id="id2881075" class="indexterm" name="id2881075"></a> - addresses the notion of linear scaling. Changing - magnifications changes the size of each character without - altering its actual shape. Although, as noted above, - changing its size may change its <span - class="emphasis"><em>apparent</em></span> shape. In - general, you should print fonts as close to their design - size as possible---in other words, with a magnifcation as - close to 1.0 as possible. Figure <a - href="ch05.html#fig.Rs" - title="Figure 5.3. The Computer Modern Roman letter R at 150pt: (a) from a 5pt design; (b) from a 17pt design"> - Figure 5.3</a> demonstrates how different characters - may look when printed at very large magnifications.</p> - - <div class="figure"> - <a id="fig.Rs" name="fig.Rs"></a> - - <p class="title"><b>Figure 5.3. The Computer - Modern Roman letter “R” at 150pt: (a) from a - 5pt design; (b) from a 17pt design</b></p> - - <div class="mediaobject"> - <img src="two-rs.eps" /> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.gettingtfms" - name="sec.gettingtfms"></a>Expressing Design Size in - TeX</h3> - </div> - </div> - - <p>The design size<a id="id2881175" class="indexterm" - name="id2881175"></a> of a font is an integral part of - the <tt>TFM</tt> file (because it is intrinsic to the - font that the <tt>TFM</tt> file<a id="id2881207" - class="indexterm" name="id2881207"></a> describes). In - order to select a different design size, you must select - a different <tt>TFM</tt> file. For example, the Computer - Modern Roman font is usually distributed at eight design - sizes: 5, 6, 7, 8, 9, 10, 12, and 17 points. Metrics for - these sizes are stored in the <tt>TFM</tt> files - <tt>cmr5.tfm</tt>, <tt>cmr6.tfm</tt>, <tt>cmr7.tfm</tt>, - $…$, and <tt>cmr17.tfm</tt>.</p> - - <p>Every font that you select has a specific design size, - even though you may elect to use the font at another - size.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2881284" - name="id2881284"></a>Expressing Magnification in - TeX</h3> - </div> - </div> - - <p>Magnification<a id="id2881294" class="indexterm" - name="id2881294"></a> can be expressed either implicitly - or explicitly in TeX. Implicitly, magnification can be - expressed by selecting a particular font <tt>at</tt> a - particular size. For example, the following line defines - the control sequence \big to be the Computer Modern Roman - 10pt font <tt>at</tt> a size of 12pt (an implicit - magnification of 120\%):</p> -<pre class="screen"> -\font\big=cmr10 at 12pt -</pre> - - <p>Explicit magnification is selected by requesting a - font <tt>scaled</tt> to a particular extent. For example, - the following line defines the control sequence \bigger - to be the Computer Modern Roman 10pt font at a - magnification of 144\% (in other words, at 14.4pt):</p> -<pre class="screen"> -\font\bigger=cmr10 scaled 1440 -</pre> - - <p>As you can see, TeX expects the <tt>scaled</tt> - magnification to be ten times the percentage of - magnification. The magnification that you request must be - an integer (you can't say <tt>scaled 1440.4</tt>). - Multiplying the magnification by 10 allows TeX to accept - fractional percentages like 104.5\%.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2881380" - name="id2881380"></a>Standard Magnifications</h3> - </div> - </div> - - <p>TeX provides seven standard magnifications. There are - several good reasons to use these magnifications whenever - possible. The most important is that most TeX systems can - easily print fonts at these sizes. As described later in - the section “<a href="ch08.html#sec.printing" - title="Printing Fonts">the section called “Printing - Fonts”</a>,” TeX's ability to select any font - at any magnification does not guarantee that it can be - printed at that size. By using standard sizes, you - increase the likelihood that your document will be - printable on your system and on other TeX systems (if - portability is an issue). Using standard sizes will also - give consistency to your documents. If you write many - documents separately that may eventually be collected - together (as a collection of short stories or a series of - technical reports, for example), the internal consistency - of sizes will make them appear more uniform. Finally, the - standard sizes have aesthetic characteristics as well. - Each size is 1.2 times the preceding size. The geometric - relationship between the sizes is designed to make them - appear pleasing when mixed together.</p> - - <p>The standard sizes can be selected with the \magstep - control sequence. The standard sizes (or steps) are - called <span class="emphasis"><em>magsteps</em></span> in - TeX jargon. The natural size of a font is its \magstep0 - size. The \magstep1 size is 20\% larger. And \magstep2 is - 20\% larger than that (44\% larger than the original - design), etc. To select the Computer Modern Roman 10pt - font at its next largest standard size, use:</p> -<pre class="screen"> -\font\larger=cmr10 scaled\magstep1 -</pre> - - <p>For those occasions when you want a font that is only - a little bit larger, TeX includes the control sequence - \magstephalf which is halfway between \magstep0 and - \magstep1.</p> - - <p>Most TeX formats that are based upon Plain TeX define - seven magsteps: \magstep0, \magstephalf, and \magstep1 - through \magstep5.</p> - - <p>By using different design sizes and different standard - magnifications, you gain access to a very wide range of - sizes. For example, given the seven standard design sizes - and seven standard magsteps, it is possible to print - Computer Modern Roman at any of the following sizes (all - sizes are in points):</p> - - <table class="simplelist" border="0" - summary="Simple list"> - <tr> - <td>5</td> - - <td>7.67</td> - - <td>9.6</td> - - <td>10.95</td> - - <td>13.15</td> - - <td>16.59</td> - - <td>19.91</td> - - <td>29.38</td> - </tr> - - <tr> - <td>5.48</td> - - <td>8</td> - - <td>9.86</td> - - <td>11.52</td> - - <td>13.82</td> - - <td>17</td> - - <td>20.4</td> - - <td>29.86</td> - </tr> - - <tr> - <td>6</td> - - <td>8.4</td> - - <td>10</td> - - <td>12</td> - - <td>14.4</td> - - <td>17.28</td> - - <td>20.74</td> - - <td>35.25</td> - </tr> - - <tr> - <td>6.57</td> - - <td>8.64</td> - - <td>10.08</td> - - <td>12.1</td> - - <td>14.52</td> - - <td>17.42</td> - - <td>22.39</td> - - <td>42.3</td> - </tr> - - <tr> - <td>7</td> - - <td>8.76</td> - - <td>10.37</td> - - <td>12.44</td> - - <td>14.93</td> - - <td>18.62</td> - - <td>24.48</td> - - <td>7.2</td> - </tr> - - <tr> - <td>9</td> - - <td>10.8</td> - - <td>12.96</td> - - <td>15.55</td> - - <td>18.66</td> - - <td>24.88</td> - - <td> </td> - - <td> </td> - </tr> - </table> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2881671" - name="id2881671"></a>Where Do TFM Files Come - From?</h3> - </div> - </div> - - <p>In order to use <span - class="emphasis"><em>any</em></span> font in TeX, you - must have a <tt>TFM</tt> file for it. How you can acquire - <tt>TFM</tt> files<a id="id2881705" class="indexterm" - name="id2881705"></a> for the fonts you use depends on - the kinds of fonts and where they were developed. The - following list offers suggestions for the most commonly - used fonts:</p> - - <div class="variablelist"> - <dl> - <dt><span class="term">PostScript fonts</span></dt> - - <dd> - <p>Every vendor that supplies PostScript fonts<a - id="id2881738" class="indexterm" - name="id2881738"></a><a id="id2881748" - class="indexterm" name="id2881748"></a> (either as - font files or built-in to a printer or cartridge) - should also supply Adobe Font Metric (<tt>AFM</tt>) - files. <tt>AFM</tt> files provide complete metric - information about the fonts.<sup>[<a id="id2881782" - name="id2881782" - href="#ftn.id2881782">57</a>]</sup> The - <tt>AFM</tt> files can be converted into - <tt>TFM</tt> files with the <b>afm2tfm</b> utility - distributed with <b>dvips</b>.</p> - </dd> - - <dt><span class="term">LaserJet built-in - fonts</span></dt> - - <dd> - <p>The complete metric information for LaserJet - built-in fonts<a id="id2881868" class="indexterm" - name="id2881868"></a> is supplied by - Hewlett-Packard in “Tagged Font Metric” - files. These are available directly from - Hewlett-Packard (unfortunately, they are not - distributed with the printers). The Tagged Font - Metrics can be converted into TeX <tt>TFM</tt> - files with <b>hptfm2pl</b>, a free utility written - by, well, me, actually.</p> - - <p>A collection of <tt>TFM</tt> files for the - standard built-in fonts on the LaserJet III and IV - printers is available in the CTAN archives in - <tt>/tex-archive/fonts/ljmetrics</tt>.</p> - </dd> - - <dt><span class="term">LaserJet softfonts</span></dt> - - <dd> - <p>Bitmapped LaserJet softfonts<a id="id2881950" - class="indexterm" name="id2881950"></a> can be - converted into TeX fonts with the <b>SFPtoPK</b><a - id="id2881968" class="indexterm" - name="id2881968"></a> utility. The resulting font - includes both TeX <tt>PK</tt> and <tt>TFM</tt> - files.</p> - - <p>Scalable LaserJet softfonts should be - distributed with Hewlett-Packard Tagged Font Metric - files. These can be converted into TeX <tt>TFM</tt> - files with the free utility <b>hptfm2pl</b><a - id="id2882018" class="indexterm" - name="id2882018"></a>.</p> - </dd> - - <dt><span class="term">TeX fonts - (<span>MetaFont</span>)</span></dt> - - <dd> - <p>The MetaFont<a id="id2882052" class="indexterm" - name="id2882052"></a> program renders TeX - <tt>MF</tt> files<a id="id2882076" - class="indexterm" name="id2882076"></a> and - produces a <tt>TFM</tt> file. Usually it produces a - <tt>GF</tt> file<a id="id2882115" class="indexterm" - name="id2882115"></a> as well, but the special mode - <span class="emphasis"><em>tfmonly</em></span> can - be used to create just the <tt>TFM</tt> - file.<sup>[<a id="id2882138" name="id2882138" - href="#ftn.id2882138">58</a>]</sup> MetaFont modes - and other aspects of font creation with MetaFont - are described in Chapter <a href="ch11.html" - title="Chapter 11. Introducing MetaFont">Chapter 11</a>, - <span class="emphasis"><em><a href="ch11.html" - title="Chapter 11. Introducing MetaFont">Chapter 11</a></em></span>.</p> - </dd> - - <dt><span class="term">TrueType fonts</span></dt> - - <dd> - <p>Incomplete metrics are frequently<a - id="id2882219" class="indexterm" - name="id2882219"></a> distributed in the form of - Windows' <tt>PFM</tt> files<a id="id2882240" - class="indexterm" name="id2882240"></a>. Some - commercial previewers for Windows can extract - metric information and build a <tt>TFM</tt> file. - However, at present, I do not know of any free - utilities which can build TeX metrics from TrueType - fonts.</p> - </dd> - </dl> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="sec.nfss2" - name="sec.nfss2"></a>The New Font Selection Scheme</h2> - </div> - </div> - - <p>The New Font Selection Scheme<a id="id2882292" - class="indexterm" name="id2882292"></a> is a method for - selecting fonts in Plain TeX and LaTeX. It was introduced - briefly in the section “<a - href="ch04.html#macpack.sec.latexvslatexe" - title="Installation: Making Format Files">the section - called “Installation: Making Format - Files”</a>” of Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>. - This section describes release two of the New Font - Selection Scheme (known as the NFSS2)<a id="id2882340" - class="indexterm" name="id2882340"></a> as it exists in the - LaTeX2e format. Because version one<a id="id2882349" - class="indexterm" name="id2882349"></a> is now obsolete, it - is not described.</p> - - <p>The NFSS defines a method of font selection used in - place of TeX's primitive \font command. The problem with - font selection using \font is that it ties a control - sequence to a particular font at a particular size, which - has unpleasant consequences when more than one font is used - in a document. Consider the definition \font\it=cmti10. - This associates the control sequence \it with the italic - Computer Modern font (at 10pt). After this definition, a - sentence like:</p> -<pre class="screen"> -This requires <span class="emphasis"><em>emphasis</em></span>. -</pre> - - <p>has the desired result, if Computer Modern Roman at 10pt - is the font in use when \it is encountered:</p> -<pre class="screen"> -\fontfamily{cmr}\selectfont -This requires <span class="emphasis"><em>emphasis</em></span>. -</pre> - - <p>If you are using some other font, perhaps in a chapter - heading, you get:</p> -<pre class="screen"> -\fontfamily{cmr}\fontseries{bx}\fontsize{14}{16pt}\selectfont -This requires {\fontfamily{cmr}\fontseries{m}\fontsize{10}{12pt}\selectfont -\it emphasis}. -</pre> - - <p>This is almost certainly not what you wanted. The NFSS - overcomes this difficulty by describing each font with five - independent parameters: encoding, family, series, shape, - and size.</p> - - <div class="variablelist"> - <dl> - <dt><span class="term">Font encoding</span></dt> - - <dd> - <p>The encoding<a id="id2882449" class="indexterm" - name="id2882449"></a> parameter identifies the - encoding vector of the font. Encoding vectors play an - important role in the selection of characters in a - font. Encoding vectors are described more thoroughly - later in this chapter. TeX Text, TeX Math Italic, and - Adobe Standard are all <span - class="emphasis"><em>encoding vectors</em></span><a - id="id2882461" class="indexterm" - name="id2882461"></a>.</p> - </dd> - - <dt><span class="term">Font family</span></dt> - - <dd> - <p>The family parameter describes the typeface of the - font<a id="id2882492" class="indexterm" - name="id2882492"></a>. Computer Modern, Times Roman, - Helvetica, Galliard, and Gill Sans are all <span - class="emphasis"><em>families</em></span>.</p> - </dd> - - <dt><span class="term">Font series</span></dt> - - <dd> - <p>Font series<a id="id2882523" class="indexterm" - name="id2882523"></a> describes the joint notions of - weight and width. Weight<a id="id2882533" - class="indexterm" name="id2882533"></a> is a measure - of how darkly each character is printed, and width<a - id="id2882543" class="indexterm" - name="id2882543"></a> is a measure of how wide or - narrow the font is. Standard abbreviations for weight - and width are shown in Table <a - href="ch05.html#tab.fontshapeww" - title="Table 5.1. Standard Weight and Width Designations "> - Table 5.1</a>. Normal, bold-compressed, - extrabold-ultraexpanded, and light-medium are all - examples of font <span - class="emphasis"><em>series</em></span>.</p> - - <div class="table"> - <a id="tab.fontshapeww" name="tab.fontshapeww"></a> - - <p class="title"><b>Table 5.1. Standard - Weight and Width Designations</b></p> - - <table - summary="Standard Weight and Width Designations " - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - <col align="left" /> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\rm\bf Abbr</th> - - <th align="left">\bf Weight</th> - - <th align="left">\rm\bf Abbr</th> - - <th align="left">\bf Width</th> - - <td class="auto-generated"> </td> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">ul</td> - - <td align="left">Ultra-light</td> - - <td align="left">uc</td> - - <td align="left">Ultra-condensed</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">el</td> - - <td align="left">Extra-light</td> - - <td align="left">ec</td> - - <td align="left">Extra-condensed</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">l</td> - - <td align="left">Light</td> - - <td align="left">c</td> - - <td align="left">Condensed</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">sl</td> - - <td align="left">Semi-light</td> - - <td align="left">sc</td> - - <td align="left">Semi-condensed</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">m</td> - - <td align="left">Medium (normal)</td> - - <td align="left">m</td> - - <td align="left">Medium</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">sb</td> - - <td align="left">Semi-bold</td> - - <td align="left">sx</td> - - <td align="left">Semi-expanded</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">b</td> - - <td align="left">Bold</td> - - <td align="left">x</td> - - <td align="left">Expanded</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">eb</td> - - <td align="left">Extra-bold</td> - - <td align="left">ex</td> - - <td align="left">Extra-expanded</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">ub</td> - - <td align="left">Ultra-bold</td> - - <td align="left">ux</td> - - <td align="left">Ultra-expanded</td> - - <td class="auto-generated"> </td> - </tr> - </tbody> - </table> - </div> - - <p>The general rule for combining weight and width to - form a series abbreviation is to use the abbreviation - for weight followed by the abbreviation for width, - unless one is “medium,” in which case it - is left out. Table <a - href="ch05.html#tab.fontshapeex" - title="Table 5.2. Weight and Width Are Combined to Form Series "> - Table 5.2</a> shows how several weight/width - combinations are used to form the series. The series - designation for a light-medium font demonstrates that - a single medium attribute is omitted. If both the - width and weight are medium, use a single - “m” for the series.</p> - - <div class="table"> - <a id="tab.fontshapeex" name="tab.fontshapeex"></a> - - <p class="title"><b>Table 5.2. Weight and - Width Are Combined to Form Series</b></p> - - <table - summary="Weight and Width Are Combined to Form Series " - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Weight and Width</th> - - <th align="left">\bf Series</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">Bold extended</td> - - <td align="left">bx</td> - </tr> - - <tr> - <td align="left">Light medium</td> - - <td align="left">l</td> - </tr> - - <tr> - <td align="left">Medium extra-expanded</td> - - <td align="left">ex</td> - </tr> - - <tr> - <td align="left">Light extra-expanded</td> - - <td align="left">lex</td> - </tr> - - <tr> - <td align="left">Normal (medium, medium)</td> - - <td align="left">m</td> - </tr> - </tbody> - </table> - </div> - </dd> - - <dt><span class="term">Font shape</span></dt> - - <dd> - <p>The shape<a id="id2883001" class="indexterm" - name="id2883001"></a>, in conjunction with series, - defines the appearance of the font. Shape generally - refers to the style of the face. Bold, italic, - slanted, and outline are all examples of font - shape.</p> - - <p>The standard designations of font shape are shown - in Table <a href="ch05.html#tab.fontshapeshape" - title="Table 5.3. Standard Abbreviations of Font Shape"> - Table 5.3</a>.</p> - - <div class="table"> - <a id="tab.fontshapeshape" - name="tab.fontshapeshape"></a> - - <p class="title"><b>Table 5.3. Standard - Abbreviations of Font Shape</b></p> - - <table - summary="Standard Abbreviations of Font Shape" - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\rm\bf Abbr.</th> - - <th align="left">\bf Shape</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">n</td> - - <td align="left">Normal</td> - </tr> - - <tr> - <td align="left">it</td> - - <td align="left">Italic</td> - </tr> - - <tr> - <td align="left">sl</td> - - <td align="left">Slanted</td> - </tr> - - <tr> - <td align="left">sc</td> - - <td align="left">Small caps</td> - </tr> - - <tr> - <td align="left">u</td> - - <td align="left">Upright italics</td> - </tr> - </tbody> - </table> - </div> - </dd> - - <dt><span class="term">Font size</span></dt> - - <dd> - <p>Font size<a id="id2883162" class="indexterm" - name="id2883162"></a> defines both the size of the - characters and the spacing between lines of text in - that size. The distinction between design size and - magnification, discussed at length in the first part - of this chapter, is hidden within the NFSS; you need - only select the size you want.<sup>[<a id="id2883176" - name="id2883176" - href="#ftn.id2883176">59</a>]</sup></p> - - <p>The spacing between lines of text is described as - the (vertical) distance between the baselines of two - consecutive lines of type. It is usually about 20\% - larger than the size of the font. For example, a 10pt - font is usually printed with 12pts between the - baselines of consecutive lines. The inter-line - distance that looks best depends on the font and - other design elements of the document. There really - isn't a good rule for the value that looks best, - which is why you have to specify it.</p> - </dd> - </dl> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.fonts.defnfss2" - name="sec.fonts.defnfss2"></a>Selecting Fonts with - the New Font Selection Scheme</h3> - </div> - </div> - - <p>One of the most visible differences in the NFSS2 is - that you are encouraged to change the way you select<a - id="id2883229" class="indexterm" name="id2883229"></a> - fonts. The NFSS2 defines nine control sequences<a - id="id2883241" class="indexterm" name="id2883241"></a> - for user-level font selection. They are shown in - Table <a href="ch05.html#tab.nfss2.userlevel" - title="Table 5.4. User-level Font Selection Control Sequences in NFSS2 "> - Table 5.4</a>.</p> - - <div class="table"> - <a id="tab.nfss2.userlevel" - name="tab.nfss2.userlevel"></a> - - <p class="title"><b>Table 5.4. User-level - Font Selection Control Sequences in NFSS2</b></p> - - <table - summary="User-level Font Selection Control Sequences in NFSS2 " - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Control Sequence</th> - - <th align="left">\bf Resulting Change</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\textrm\verb|{}|</td> - - <td align="left">Switch to roman family</td> - </tr> - - <tr> - <td align="left">\textsf\verb|{}|</td> - - <td align="left">Switch to sans-serif family</td> - </tr> - - <tr> - <td align="left">\texttt\verb|{}|</td> - - <td align="left">Switch to typewriter family</td> - </tr> - - <tr> - <td align="left">\textbf\verb|{}|</td> - - <td align="left">Switch to bold face - weight/width</td> - </tr> - - <tr> - <td align="left">\textmedium\verb|{}|</td> - - <td align="left">Switch to medium - weight/width</td> - </tr> - - <tr> - <td align="left">\textit\verb|{}|</td> - - <td align="left">Switch to italic shape</td> - </tr> - - <tr> - <td align="left">\textsl\verb|{}|</td> - - <td align="left">Switch to slanted shape</td> - </tr> - - <tr> - <td align="left">\textsc\verb|{}|</td> - - <td align="left">Switch to small-caps shape</td> - </tr> - - <tr> - <td align="left">\emph\verb|{}|</td> - - <td align="left">Switch to emphasized text</td> - </tr> - </tbody> - </table> - </div> - - <p>Instead of using \it, for example, to change to an - italic font within a group, you should use the \textit - command with the text as an argument. For example, - instead of using:</p> -<pre class="screen"> -This is some <span class="emphasis"><em>italic</em></span> text. -</pre> - - <p>you should use:</p> -<pre class="screen"> -This is some <span class="emphasis"><em>italic</em></span> text. -</pre> - - <p>The advantage of the new scheme is that these macros - are much more intelligent than the old ones. Notice that - I did not specify italic correction () in the second - case. This is because the \textit macro is able to - determine if the correction is necessary, and if so, - inserts it automatically.\ff{If you wish to suppress - italic correction, use \cs{nocorr} at the end (or - beginning) of the text.} The macros can also be - nested.</p> - - <p>The NFSS2 allows you to use the old font selection - macros, so existing documents will not be affected. If - you want to set several paragraphs in a different font, - you should continue to use the old selection macros - because you cannot pass more than one paragraph of text - to a macro.\ff[2]{It is possible to write macros that - accept multiple paragraphs of text, but the NFSS2 font - selection macros do not do so.}</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2883502" - name="id2883502"></a>Low-level interface to - NFSS</h4> - </div> - </div> - - <p>The user-level font selection commands are - implemented in terms of six low-level commands. At this - level, you must specify the encoding, family, series, - shape, and size of the font in order to select it. - There are six control sequences for selecting a font: - one each for specifying the font parameters and one for - actually switching to the new font. This strategy - allows the parameters to be independent; any parameters - that you do not explicitly change remain the same as - the current font.</p> - - <p>These six control sequences are:</p> - - <div class="variablelist"> - <dl> - <dt><span - class="term">\fontencoding{<i><tt>enc</tt></i>}</span></dt> - - <dd> - <p>Selects the encoding scheme - \textit<tt>enc</tt><a id="id2883556" - class="indexterm" name="id2883556"></a>. The - encoding schemes officially supported by the - NFSS2 are shown in Table <a - href="ch05.html#tab.nfss2.encoding" - title="Table 5.5. Encoding Schemes Supported by NFSS2"> - Table 5.5</a>.</p> - - <div class="table"> - <a id="tab.nfss2.encoding" - name="tab.nfss2.encoding"></a> - - <p class="title"> - <b>Table 5.5. Encoding Schemes - Supported by NFSS2</b></p> - - <table - summary="Encoding Schemes Supported by NFSS2" - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Encoding</th> - - <td class="auto-generated"> </td> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\bf Scheme</td> - - <td align="left">\bf Encoding Name</td> - </tr> - - <tr> - <td align="left">T1</td> - - <td align="left">TeX text Cork - encoding</td> - </tr> - - <tr> - <td align="left">OT1</td> - - <td align="left">Old TeX text encoding - (the CMR encoding)</td> - </tr> - - <tr> - <td align="left">OT2</td> - - <td align="left">University of Washington - Cyrillic encoding</td> - </tr> - - <tr> - <td align="left">OT3</td> - - <td align="left">University of Washington - IPA encoding</td> - </tr> - - <tr> - <td align="left">OML</td> - - <td align="left">TeX math (italic) - letters</td> - </tr> - - <tr> - <td align="left">OMS</td> - - <td align="left">TeX math symbols</td> - </tr> - - <tr> - <td align="left">OMX</td> - - <td align="left">TeX math extended</td> - </tr> - - <tr> - <td align="left">U</td> - - <td align="left">Unknown encoding</td> - </tr> - </tbody> - </table> - </div> - </dd> - - <dt><span - class="term">\fontfamily{<i><tt>fam</tt></i>}</span></dt> - - <dd> - <p>Selects the family \textit<tt>fam</tt>.</p> - </dd> - - <dt><span - class="term">\fontseries{<i><tt>ser</tt></i>}</span></dt> - - <dd> - <p>Selects the series \textit<tt>ser</tt>.</p> - </dd> - - <dt><span - class="term">\fontshape{<i><tt>shp</tt></i>}</span></dt> - - <dd> - <p>Selects the shape \textit<tt>shp</tt>.</p> - </dd> - - <dt><span - class="term">\fontsize{<i><tt>ptsize</tt></i>}{<i><tt> - bskip</tt></i>}</span></dt> - - <dd> - <p>Selects the font size \textit<tt>ptsize</tt> - with a distance of \textit<tt>bskip</tt> between - lines. Note that \textit<tt>ptsize</tt> is a - simple number, whereas \textit<tt>bskip</tt> is a - TeX distance and you must specify units after the - number. Under the NFSS2, \textit<tt>ptsize</tt> - specifies the <span - class="emphasis"><em>actual</em></span> size of - the font,\ff{Under the NFSS1, the - \textit{\texttt{ptsize}} was simply a label; the - actual font loaded was the nearest magstep.} but - the NFSS2 will attempt to find a closest match if - there is no exact match for the requested size. A - warning message is issued if the size does not - exist and a closest match has to be selected. You - can control the sensitivity of the warning with - the \fontsubfuzz parameter. It is initially set - to 0.4pt, meaning that any font within 0.4pt of - the requested size will be used without issuing a - warning.</p> - </dd> - - <dt><span class="term">\selectfont</span></dt> - - <dd> - <p>Switches to the font described by the current - values of encoding, family, series, shape, and - size.</p> - </dd> - </dl> - </div> - - <p>From this description, can you figure out how the - control sequence <span - class="emphasis"><em>could</em></span> be defined under - the NFSS? See this footnote<sup>[<a id="id2855832" - name="id2855832" href="#ftn.id2855832">60</a>]</sup> - for the answer.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2855857" - name="id2855857"></a>Defining Fonts with NFSS2</h3> - </div> - </div> - - <p>The standard Computer Modern fonts and most PostScript - fonts can be selected by using the appropriate style - files or inputting the appropriate macros. However, if - you have nonstandard fonts or fonts for some other - device, you can easily add them to the NFSS<a - id="id2855870" class="indexterm" - name="id2855870"></a>.</p> - - <p>The internal interface to the NFSS has been entirely - redesigned. The new interface is much cleaner than the - interface to the NFSS1, but similar in design.</p> - - <p>If you are not very familiar with TeX, what follows - may be a bit confusing; treat this example as a sort of - “cookbook recipe” and substitute the font you - wish to define for the <tt>logo</tt> font (the - <tt>logo</tt> font is the typeface used for the MetaFont - logo).</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="sec.fonts.encodingvec" - name="sec.fonts.encodingvec"></a>Declaring a - family</h4> - </div> - </div> - - <p>In order to add a new typeface, you must declare a - new font family<a id="id2855932" class="indexterm" - name="id2855932"></a> with the control sequence - \DeclareFontFamily. If you are only adding new sizes or - shapes to an existing family, do not redeclare the - family.</p> - - <p>The parameters to \DeclareFontFamily are the - encoding, name, and loading options for the family. - Loading options are any commands that should be - executed every time this family is selected. For most - fonts, there are no loading options.<sup>[<a - id="id2855948" name="id2855948" - href="#ftn.id2855948">61</a>]</sup></p> - - <p>The following declaration creates the <span - class="emphasis"><em>logo</em></span> family with the - old TeX encoding and no loading options:</p> -<pre class="screen"> -\DeclareFontFamily{OT1}{logo}{} -</pre> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2884256" - name="id2884256"></a>Declaring shapes</h4> - </div> - </div> - - <p>After a family has been created, you must specify - what font shapes<a id="id2884266" class="indexterm" - name="id2884266"></a> are available with - \DeclareFontShape. To make the font usable, you must - declare at least one font shape for each family.</p> - - <p>The general form of a call to \DeclareFontShape - is:</p> -<pre class="screen"> -\DeclareFontShape{<i><tt>enc</tt></i>} - {<i><tt>fam</tt></i>} - {<i><tt>series</tt></i>} - {<i><tt>shape</tt></i>} - {<i><tt>sizes</tt></i>} - {<i><tt>loading options</tt></i>} -</pre> - - <p>The family <tt><i><tt>fam</tt></i></tt> (with the - appropriate encoding <tt><i><tt>enc</tt></i></tt>) must - already have been created with \DeclareFontFamily. The - <tt><i><tt>series</tt></i></tt> and - <tt><i><tt>shape</tt></i></tt> parameters identify the - name of the series and shape. Table <a - href="ch05.html#tab.fontshapeex" - title="Table 5.2. Weight and Width Are Combined to Form Series "> - Table 5.2</a> and Table <a - href="ch05.html#tab.fontshapeshape" - title="Table 5.3. Standard Abbreviations of Font Shape"> - Table 5.3</a> list some common series and shapes. - The \textit<tt>sizes</tt> parameter is a list of <span - class="emphasis"><em>font-shape - declarations</em></span>, described below, and the - \textit<tt>loading options</tt>, if specified, override - the loading options for the font family.</p> - - <p>Each font-shape declaration indicates how the - request for a font should be handled. The complete - syntax for font-shape declarations is described in - <span class="emphasis"><em>Interface Description of - NFSS2</em></span> [<a - href="bi01.html#nfss2interface">nfss2interface</a>]. - Here we look at three simple cases: substituting - another font for the one requested, generating the name - of the <tt>TFM</tt> file for the requested font, and - identifying a particular <tt>TFM</tt> file for a size - or range of sizes. Each of these techniques is used in - the declaration of the medium, normal logo font in - Example <a href="ch05.html#ex.logoshape" - title="Example 5.1. Font-shape Declaration with NFSS2"> - Example 5.1</a>. There should be no extra spaces - in the font size parameter. If you spread it over - multiple lines in your input file, make sure that a - comment character (\%) appears at the end of each - line.</p> - - <div class="example"> - <a id="ex.logoshape" name="ex.logoshape"></a> - - <p class="title"><b>Example 5.1. Font-shape - Declaration with NFSS2</b></p> -<pre class="screen"> -\DeclareFontShape{OT1}{logo}{m}{n}{ - <-8>sub * cmr/m/n - <8><9><10>gen * logo - <10.95>logo10 at 10.95pt - <12->logo10}{} -</pre> - </div> - - <p>Each font-shape declaration begins with one or more - size<a id="id2884513" class="indexterm" - name="id2884513"></a> specifications in angle brackets. - This indicates either a specific size - (<tt><10></tt> for a 10pt font) or a range of - sizes (<tt><8-9></tt> for any size larger than or - equal to 8pt and less than 9pt, <tt><-8></tt> for - all sizes less than 8pt, or <tt><10-></tt> for - all sizes larger than or equal to 10pt).</p> - - <p>In Example <a href="ch05.html#ex.logoshape" - title="Example 5.1. Font-shape Declaration with NFSS2"> - Example 5.1</a>, the first font-shape declaration - indicates that font substitution should be performed - for any request at a size smaller than 8pt. The string - <tt>cmr/m/n</tt> indicates that medium, normal, - Computer Modern Roman should be substituted in its - place. In general, the substitution specifies the - <tt><i><tt>family</tt></i>/<i><tt>shape</tt></i>/<i><tt> - series</tt></i></tt> to be substituted.</p> - - <p>The second declaration indicates that the name of - the external font for 8pt, 9pt and 10pt fonts should be - generated from the string <tt>logo</tt> and the size - (at 8pt, <tt>logo8</tt> will be used; at 9pt, - <tt>logo9</tt>; and at 10pt, <tt>logo10</tt>).</p> - - <p>The third declaration demonstrates that the font - specified (<tt>{logo10 at 10.95pt}</tt>) can be any - valid TeX font selection command. After special - declarations have been processed (substitution, - generation, etc.), the remaining declaration text is - passed to the TeX \font primitive.</p> - - <p>The last declaration specifies that <span - class="emphasis"><em>any</em></span> size larger than - 12pt is valid. Any size larger than 12pt will use the - font <tt>logo10</tt>, scaled appropriately. Automatic - font generation, if it is being used, can take care of - actually generating the font. Example <a - href="ch05.html#ex.logoshape" - title="Example 5.1. Font-shape Declaration with NFSS2"> - Example 5.1</a> was constructed to demonstrate - several features of the font-shape declaration syntax. - A simpler, more likely declaration for the medium - normal logo font is shown in Example <a - href="ch05.html#ex.logoshape2" - title="Example 5.2. Font-shape declaration with NFSS2 (simplified)"> - Example 5.2</a>.</p> - - <div class="example"> - <a id="ex.logoshape2" name="ex.logoshape2"></a> - - <p class="title"><b>Example 5.2. Font-shape - declaration with NFSS2 (simplified)</b></p> -<pre class="screen"> -\DeclareFontShape{OT1}{logo}{m}{n}{ - <-8>sub * cmr/m/n - <8-9>logo8 - <9-10>logo9 - <10->logo10}{} -</pre> - </div> - - <p>The 8pt design could have been scaled down for sizes - less than 8pt, but you should try to avoid large - deviations from the design size. Because the design for - my book does not require the logo font at sizes less - than 8pt, substitution was the best choice.<sup>[<a - id="id2884721" name="id2884721" - href="#ftn.id2884721">62</a>]</sup></p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2884733" - name="id2884733"></a>Storing Font Definitions</h3> - </div> - </div> - - <p>The NFSS will load your font definitions automatically - if you store them<a id="id2884743" class="indexterm" - name="id2884743"></a> in <tt>FD</tt> files<a - id="id2884764" class="indexterm" name="id2884764"></a> in - a directory where TeX looks for input files. Whenever an - unknown encoding/family is requested, NFSS attempts to - load the file <tt>encfamily.fd</tt>. For example, if the - font declarations described in the preceding sections are - stored in a file called <tt>OT1logo.fd</tt>, nothing - special has do be done to use the logo family. The first - time the logo family is selected, the definitions will be - read from <tt>OT1logo.fd</tt>.</p> - - <p>If you are using LaTeX2e (or LaTeX with the NFSS), - there must already be a large number of <tt>FD</tt> files - on your system. For more information about building the - LaTeX2e format (which includes the NFSS2), consult the - section “<a href="ch04.html#sec.buildlatexe" - title="Building the LaTeX2e format">the section called - “Building the LaTeX2e format”</a>” in - Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2884863" - name="id2884863"></a>Changing the Defaults</h3> - </div> - </div> - - <p>Sometimes you want the fonts that you define to - replace the standard Computer Modern fonts. This is - easily accomplished. The NFSS defines control sequences<a - id="id2884874" class="indexterm" name="id2884874"></a> - which identify the default fonts. These control sequences - are listed in Table <a - href="ch05.html#tab.nfssdefaults" - title="Table 5.6. Default Fonts ">Table 5.6</a>.</p> - - <div class="table"> - <a id="tab.nfssdefaults" name="tab.nfssdefaults"></a> - - <p class="title"><b>Table 5.6. Default - Fonts</b></p> - - <table summary="Default Fonts " border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Control Sequence</th> - - <th align="left">\bf Font</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\rmdefault</td> - - <td align="left">The default normal (roman) - font</td> - </tr> - - <tr> - <td align="left">\bfdefault</td> - - <td align="left">The default boldface font</td> - </tr> - - <tr> - <td align="left">\sfdefault</td> - - <td align="left">The default sans-serif font</td> - </tr> - - <tr> - <td align="left">\itdefault</td> - - <td align="left">The default italic font</td> - </tr> - - <tr> - <td align="left">\scdefault</td> - - <td align="left">The default caps and small-caps - font.</td> - </tr> - - <tr> - <td align="left">\defaultshape</td> - - <td align="left">The default shape - (<tt>n</tt>)</td> - </tr> - - <tr> - <td align="left">\defaultseries</td> - - <td align="left">The default series - (<tt>m</tt>)</td> - </tr> - </tbody> - </table> - </div> - - <p>If you have defined a new font, perhaps - <tt>garamond</tt> as I did for this book, you can make it - the default normal font by changing \rmdefault. In LaTeX, - the following command makes <tt>garamond</tt> the default - normal font:</p> -<pre class="screen"> -\renewcommand{\rmdefault}{garamond} -</pre> - - <p>In Plain TeX, it's written like this:</p> -<pre class="screen"> -\def\rmdefault{garamond} -</pre> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2885098" - name="id2885098"></a>NFSS Pitfalls</h3> - </div> - </div> - - <p>Defining your own fonts with the NFSS is - straightforward, but it is not without its subtleties. - There are several things going on behind the scenes that - you must be aware of if you are going to define your own - fonts.</p> - - <p>The first consideration is font substitution. When - NFSS cannot find a font, it tries to substitute a - different one. First, it tries to find the font you - requested in the default shape, then in the default - series, and finally, in the default family. You can - change the defaults used by NFSS2 with the - \DeclareFontSubstitution command:</p> -<pre class="screen"> -\DeclareFontSubstitution{<span -class="emphasis"><em>encoding</em></span>}{<span -class="emphasis"><em>family</em></span>}{<span -class="emphasis"><em>series</em></span>}{<span -class="emphasis"><em>shape</em></span>} -</pre> - - <p>You must specify the defaults for each encoding you - use because the encoding is never substituted.</p> - - <p>The next consideration is the use of mathematics<a - id="id2885156" class="indexterm" name="id2885156"></a><a - id="id2885166" class="indexterm" name="id2885166"></a>, - which is typeset using an entirely different set of - fonts. Even if you don't use any math in your document, - the NFSS is prepared to function in math-mode at a - moment's notice. In order to be prepared, it has to know - what fonts to use. Ordinarily, mathematics is typeset - using fonts at the same size as the current text font. - This means that every time you change font sizes for - text, NFSS changes font sizes for mathematics as - well.</p> - - <p>By default, the NFSS defines math fonts<a - id="id2885191" class="indexterm" name="id2885191"></a><a - id="id2885198" class="indexterm" name="id2885198"></a> - only at the following sizes: 5, 6, 7, 8, 9, 10, 11, 12, - 14, 17, 20, and 25pt. If you define a new font at a - different size, 24pt for example, the first time you try - to use that font, you will get several warning messages - indicating that <tt>cmr/m/n/24</tt> (Computer Modern - Roman), <tt>cmm/m/it/24</tt> (Computer Modern Math - Italic), <tt>cmsy/m/n/24</tt> (Computer Modern Math - Symbols), and <tt>lasy/m/n/24</tt> (LaTeX Symbols, if - using LaTeX), are not available. This is very confusing - because it won't appear that you have selected 24pt - Computer Modern <span - class="emphasis"><em>anywhere</em></span> in your - document.</p> - - <p>There are two ways to solve this problem:<sup>[<a - id="id2885254" name="id2885254" - href="#ftn.id2885254">63</a>]</sup></p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>Redefine the required fonts at the sizes - requested. This involves copying the definition of - each of the fonts from NFSS <tt>FD</tt> files<a - id="id2885284" class="indexterm" - name="id2885284"></a> and adding new sizes.</p> - </li> - - <li> - <p>Tell NFSS to use existing math sizes for the new - text sizes that you define. This option is - reasonable only if you won't be using any math at - the new sizes (or the sizes are so close that the - mathematics doesn't appear disproportional). NFSS - includes a macro called \DeclareMathSizes for this - purpose. Insert it directly after the - \DeclareFontShape command that declares the new - font sizes. You must call \DeclareMathSizes once - for each new size. For example, to use the 25pt - math sizes with 24pt text, insert the following - control sequence after you define the 24pt - font:</p> -<pre class="screen"> -\DeclareMathSizes{25}{24}{20}{17} -</pre> - - <p>The general form of a call to \DeclareMathSizes - is:</p> -<pre class="screen"> -\DeclareMathSizes{<span class="emphasis"><em>text-size</em></span>} - <tt>{</tt><span -class="emphasis"><em>math-size</em></span><tt>}</tt> - <tt>{</tt><span -class="emphasis"><em>script-size</em></span><tt>}</tt> - <tt>{</tt><span -class="emphasis"><em>script-script-size</em></span><tt>}</tt> -</pre> - - <p>Where <span - class="emphasis"><em><tt>math-size</tt></em></span>, - <span - class="emphasis"><em><tt>script-size</tt></em></span>, - and <span - class="emphasis"><em><tt>script-script-size</tt></em></span> - are the normal (123), script ($x^{123}$), and - script-script ($x^{y^{123}}$) math sizes for the - specified <span - class="emphasis"><em><tt>text-size</tt></em></span>.</p> - </li> - </ul> - </div> - - <p>LaTeX sometimes resets the current font to the - \rmdefault font. For example, it does this when a \ref is - going to be printed. This means that the font you define - as the \rmdefault font should be available in every size - that you use. This may require redefining the Computer - Modern Roman font, as described above, if you add a new - size but leave Computer Modern as the default font.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2885459" - name="id2885459"></a>PostScript Fonts Under NFSS</h2> - </div> - </div> - - <p>PostScript fonts<a id="id2885469" class="indexterm" - name="id2885469"></a><a id="id2885481" class="indexterm" - name="id2885481"></a> and other scalable font technologies - like TrueType differ from the way the - “standard” TeX fonts work. They do not separate - the notions of design size and magnification. Instead, - PostScript fonts can be rendered at <span - class="emphasis"><em>any</em></span> size from a single - design. In daily use, the PostScript fonts under NFSS are - indistinguishable from non-PostScript fonts. The NFSS - distribution includes style files for accessing the 35 - standard PostScript fonts.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2885510" - name="id2885510"></a>Adjustments to Scale</h3> - </div> - </div> - - <p><a id="id2885518" class="indexterm" - name="id2885518"></a>Some combinations of PostScript - fonts, particularly PostScript fonts with Computer Modern - mathematics, look bad because there is a large - discrepancy between the apparent sizes of the fonts. For - example, as a consequence of design, 10pt Helvetica looks - bigger than 10pt Computer Modern Math Italic. In order to - correct this problem, you can specify a scaling factor - when declaring PostScript fonts.<sup>[<a id="id2885536" - name="id2885536" href="#ftn.id2885536">64</a>]</sup> The - scaling factor is specified in square brackets at the - beginning of the font-shape declaration in the - \DeclareFontShape command.</p> - - <p>The easiest way to find an approximation of the - correct scaling factor is to look at the <span - class="emphasis"><em>x-height</em></span> of each - font.<sup>[<a id="id2885557" name="id2885557" - href="#ftn.id2885557">65</a>]</sup> The x-height is the - height of a lowercase “x” in the font. The - following macro will print the x-height of a font:</p> -<pre class="screen"> -\def\showxheight#1{ - \font\fontfoo=#1 at 10pt - \message{The x-height of #1 at 10pt is \the\fontdimen5\fontfoo}} -</pre> - - <p>The following TeX input will print the x-heights of - Helvetica and Computer Modern Roman (assuming that your - Helvetica font is called <tt>phvr</tt>):</p> -<pre class="screen"> -\input showxheight -\showxheight{phvr} -\showxheight{cmr10} -\bye -</pre> - - <p>On my system, the x-height of Helvetica is 5.23pt and - the x-height of Computer Modern Roman is 4.30554pt. The - following font declaration makes Helvetica have the same - apparent size as Computer Modern Roman:</p> -<pre class="screen"> -\DeclareFontShape{OT1}{phv}{m}{n}{ - <-> [0.8232] phvr}{} -</pre> - - <p>Compare scaled Helvetica to unscaled Helvetica:</p> - - <p>FIXME: Unscaled Helvetica, Computer Modern Roman, - Scaled Helvetica</p> - - <p>Unscaled Helvetica looks much larger than Computer - Modern, but the scaled Helvetica appears a little too - small. Experimentation is the only way to find the scale - that looks best.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2885640" - name="id2885640"></a>When Things Go Wrong</h2> - </div> - </div> - - <p>A number of font-related problems can arise<a - id="id2885650" class="indexterm" name="id2885650"></a> - which either prevent you from formatting and printing your - document or cause the output to differ from what you - anticipated. The following sections describe many common - problems and their solutions.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2885669" - name="id2885669"></a>When TeX Complains</h3> - </div> - </div> - - <p>The first time an error can occur is when TeX is - processing your document. Some of these errors prevent - TeX from continuing while others are simply warnings.</p> - - <div class="variablelist"> - <dl> - <dt><span class="term"><tt>! Font \myfont=xxxxx not - loadable: Metric (TFM) file not - found.</tt></span></dt> - - <dd> - <p>This error indicates that TeX tried to process a - \font control sequence which assigned the font - <tt>xxxxx</tt> to the control sequence \myfont, but - TeX could not find a <tt>TFM</tt> file for the font - <tt>xxxxx</tt>. All the characters from the missing - font will be blank in the resulting <tt>DVI</tt> - file.</p> - - <p>You cannot process your document until this - error is corrected, which is a matter of fixing the - offending \font command if you are using the old - font selection scheme.</p> - - <p>Under the NFSS2, this error occurs if you - specify an invalid font in the command - \DeclareFontShape. Examine the font that you were - attempting to select and make sure that it - exists.</p> - </dd> - - <dt><span class="term"><tt>Warning Font/shape `x/y/z' - undefined on input line - <i><tt>n</tt></i></tt></span></dt> - - <dd> - <p>This is a warning message from the NFSS. It - indicates that you requested the font family - <tt>x</tt>, series <tt>y</tt>, and shape - <tt>z</tt>, but the requested font does not exist. - This message is followed by another indicating - which font NFSS chose to substitute in place of the - one you requested. NFSS substitutes the closest - possible font to the one you requested. It is - usually an acceptable replacement.</p> - - <p>For example, if you are currently using Computer - Modern Bold Extended and you select Computer Modern - Typewriter, the NFSS will report that there is no - bold-extended-typewriter font and that normal - typewriter is being substituted in its place.</p> - </dd> - - <dt><span class="term"><tt>! Font x/y/z/999 not - found.</tt></span></dt> - - <dd> - <p>This is a fatal error from the NFSS. It - indicates that you selected font family <tt>x</tt>, - series <tt>y</tt>, shape <tt>z</tt> at a size of - 999pts and that no such font exists. This error - occurs when the size 999 is not defined in the - \DeclareFontShape command for x/y/z.</p> - </dd> - - <dt><span class="term"><tt>Missing character: There - is no X in font foo!</tt></span></dt> - - <dd> - <p>This is a warning message from TeX. Usually it - occurs only in the log file. This error occurs when - you attempt to access a character that does not - exist in the current font. This can happen if you - select the wrong font or if the selected font has a - different encoding vector than anticipated. See the - section “<a - href="ch05.html#sec.fonts.encodingvec" - title="Declaring a family">the section called - “Declaring a family”</a>” in this - chapter for more information.</p> - </dd> - </dl> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2885907" - name="id2885907"></a>When the DVI Driver - Complains</h3> - </div> - </div> - - <p>Getting TeX to successfully produce a <tt>DVI</tt> - file<a id="id2885925" class="indexterm" - name="id2885925"></a> is only half the battle. The next - hurdle is getting a DVI driver to print it. Here are some - of the things that can go wrong:</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2885937" - name="id2885937"></a>Can't find PK file</h4> - </div> - </div> - - <p>When a DVI driver complains that it cannot find the - appropriate <tt>PK</tt> file, there are several things - that could be wrong.</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>The font is built into the printer.</p> - - <p>If the DVI driver complains that it cannot - find the <tt>PK</tt> file for a built-in font, - you need to adjust the DVI driver's configuration - to indicate that the font is built-in. Exactly - how this is done depends on the DVI driver that - you are using. For example, if you are using - <b>dvips</b>, add an entry to the - <tt>psfonts.map</tt> file<a id="id2886005" - class="indexterm" name="id2886005"></a>. If you - are using emTeX, add an entry to the font - substitution file specified in the configuration - file. Consult the references for your particular - DVI driver for more information about using - built-in fonts.</p> - </li> - - <li> - <p>The font does not exist on the printer you are - using.</p> - - <p>This is the same problem as the error above - except that it cannot be fixed. For example, I - have <tt>TFM</tt> files for many PostScript fonts - at home because it helps me format bits of - documentation that I bring home from work without - error. However, if I try to print one of these - documents without first changing the fonts, the - DVI driver complains that it cannot find several - fonts. There is no way that I can correct this - because the missing fonts are built-in fonts for - a printer that I do not have at home. In this - case, font substitution by the DVI driver may - allow you to preview (and even print) the - document, but it won't look very good unless the - font metrics of the substituted font are very - close to the metrics for the original.</p> - </li> - - <li> - <p>Uncommon size or font (no <tt>PK</tt> - file).</p> - - <p>The Computer Modern family contains a number - of fonts that are very rarely used. If you don't - keep <tt>PK</tt> files for these fonts around all - the time and attempt to use one of them (or - attempt to use a common font at a very unusual - size), the DVI driver will not be able to find - the necessary <tt>PK</tt> file. You have to build - the <tt>PK</tt> file first. Consult - Chapter <a href="ch11.html" - title="Chapter 11. Introducing MetaFont"> - Chapter 11</a> for more information about - building <tt>PK</tt> files with MetaFont. Also - consult the section called “<a - href="ch05.html#sec.autofont" - title="Automatic Font Generation by DVI Drivers">the - section called “Automatic Font Generation - by DVI Drivers”</a>” later in this - chapter.</p> - </li> - </ul> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2886152" - name="id2886152"></a>Accents don't work or the - wrong characters are printed</h4> - </div> - </div> - - <p>This problem is usually caused by a bad encoding - vector. See the section “<a - href="ch05.html#sec.fonts.encodingvec" - title="Declaring a family">the section called - “Declaring a family”</a>” in this - chapter for more information.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2886177" - name="id2886177"></a>Printer prints the right - characters but the wrong font</h4> - </div> - </div> - - <p>This is usually an indication that you are trying to - use a font that does not exist on the printer. - PostScript printers, for example, substitute Courier - for any font that does not exist.</p> - - <p>Another possibility is that you have configured your - DVI driver incorrectly. I once told <b>dvips</b> to - download Galliard when I used Garamond. It took me - quite a while to find that error. Make sure that the - printer contains the fonts that you think it does and - make sure that you are mapping the TeX font names to - the correct printer fonts.</p> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2886211" - name="id2886211"></a>Encoding Vectors</h2> - </div> - </div> - - <p>An encoding vector<a id="id2886220" class="indexterm" - name="id2886220"></a> describes the order and position of - characters within a font. The purpose of this section is to - help you understand the role that encoding vectors play in - the translation of text from your input file to printed - output.</p> - - <p>Encoding vectors cause a lot of confusion. Whenever the - characters that you type in your input file are printed - incorrectly (“<tt>flight</tt>” in your input - file prints out as “ight”; - “\oe{}vres” prints out as - “\'uvres”; or “<tt>---</tt>” prints - out as “-{}-{}-” instead of “---”), - you've probably encountered some sort of encoding - problem.</p> - - <p>The root of this problem is that the characters in your - input file are really just numbers between 0 and - 255.<sup>[<a id="id2886286" name="id2886286" - href="#ftn.id2886286">66</a>]</sup> The number 65 is - usually a capital A, but there is nothing intrinsic to the - value 65 to signify this. In order to display these byte - values, they have to be translated into symbols.</p> - - <p>These problems arise because there are at least four - different translations occurring between what you type and - what appears on the printed (or previewed) page:</p> - - <div class="orderedlist"> - <ol type="1"> - <li> - <p>You type some symbols on the keyboard, and they - are displayed by your editor. The configuration of - your system determines how these characters appear. - Sometimes they are from the ISO Latin-1 symbol set, - sometimes US ASCII, sometimes something else, and - sometimes it is user configurable. If you confine - yourself to pure ASCII, you're pretty safe, but - that's not convenient for languages other than - English. When you are typing documents in Spanish, - it's very convenient to be able to type - “\ n” directly in your document.</p> - </li> - - <li> - <p>TeX reads your input file and translates it into - an internal encoding (basically ASCII). (The reverse - translation is performed before TeX prints any output - to the terminal or the log file.) The translation - tables used in this step are generally determined - when the TeX program is compiled, but several modern - TeXs allow you to modify these tables at runtime.</p> - - <p>TeX assumes that fonts use TeX's internal - encoding. For example, on an IBM mainframe, which - uses the EBCDIC character set<a id="id2886356" - class="indexterm" name="id2886356"></a>, TeX - translates a capital A (EBCDIC 193) into ASCII 65 and - assumes that position 65 of the metric information - for the current font contains the information - (including ligature and kerning information) for a - capital A.</p> - </li> - - <li> - <p>If you use control sequences to represent special - characters (\oe for “\oe”, for example), - the macro package you use is responsible for defining - those control sequences so they produce the correct - characters. If the macro package assumes that the - “\oe” character appears at position 247 - of the current font, the output will not be correct - in a font with a different encoding.</p> - </li> - - <li> - <p>The DVI driver reads TeX's <tt>DVI</tt> file and - assumes that the encoding vector of each font used in - the <tt>DVI</tt> file is the same as the encoding - vector of the actual fonts in the output device. For - <tt>PK</tt> fonts, this is probably true (since the - DVI driver sends the font to the printer), but for - fonts built into the printer, it is less likely to be - true.</p> - </li> - </ol> - </div> - - <p>You may think of a font as a collection of 1 to 256 - different symbols in a particular order. This is really a - font plus a particular encoding vector. It is more accurate - to think of a font as simply a collection of symbols (with - no particular number or ordering). An encoding vector - selects which symbols are used and in what order they - appear. Typically, an encoding vector can contain only 256 - different symbols. It is important to note that changing an - encoding vector of a font does not simply permute the order - of the characters in the font, it can change which symbols - are actually present as well.</p> - - <p>Encoding vectors are either implicit or explicit. Most - fonts have an implicit encoding, but some (for example, - Adobe Type 1 fonts) contain an explicit, configurable - encoding. TeX fonts have an implicit encoding. TeX actually - uses several different encoding vectors (it uses more than - one because it has both text or body fonts and several - kinds of math and symbol fonts). The character set tables - in Appendix <a href="apb.html" - title="Appendix B. Font Samples">Appendix B</a>, - <span class="emphasis"><em><a href="apb.html" - title="Appendix B. Font Samples">Appendix B</a></em></span>, - show the encoding of several different fonts.</p> - - <p>\font\mathit=cmmi10 Most macro packages assume that the - TEX TEXT encoding is being used. For example, Plain TeX - defines the control sequence \AE as an abbreviation for - character number 29 in the current font. Even when control - sequences aren't involved, problems can arise if the output - font does not have the anticipated encoding. The byte-value - 34 in your input file is almost always the literal double - quote character (<tt>"</tt>) and usually prints as a double - quote (which is probably what your editor displays and - probably what you expect). If the font encoding is - something different, the result will not be what you - expect. For example, if the current font has the TEX MATH - ITALIC encoding, the result is - “{\mathit\char34}”.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.fonts.virtualfonts" - name="sec.fonts.virtualfonts"></a>Virtual Fonts</h2> - </div> - </div> - - <p>Virtual fonts<a id="id2886658" class="indexterm" - name="id2886658"></a><a id="id2886666" class="indexterm" - name="id2886666"></a> (stored in <tt>VF</tt> files<a - id="id2886687" class="indexterm" - name="id2886687"></a><sup>[<a id="id2886706" - name="id2886706" href="#ftn.id2886706">67</a>]</sup>) are a - relatively new addition to the TeX family. When TeX was - originally defined in 1970, Knuth<a id="id2886736" - class="indexterm" name="id2886736"></a> chose a character - encoding that suited his purposes, and very little effort - was made to parameterize the encoding. (In fact, any TeX - macro writer can use <span - class="emphasis"><em>any</em></span> encoding she wants, - but no general mechanism for identifying the encoding - exists.<sup>[<a id="id2886754" name="id2886754" - href="#ftn.id2886754">68</a>]</sup>) Virtual fonts combat - this problem by allowing the creator to define a virtual - font in terms of (multiple) characters from one or more - fonts.</p> - - <p>Virtual fonts are used most commonly to change the - encoding vector of a font. This provides a convenient way - of mapping different fonts into the required encoding so - that they are easy to use in TeX. A virtual font consists - of a <tt>VF</tt> file and a <tt>TFM</tt> file. TeX uses the - <tt>TFM</tt> file as it would any other.</p> - - <p>Figure <a href="ch05.html#fig.vfdiagram" - title="Figure 5.4. How TeX uses a virtual font">Figure 5.4</a> - shows how a virtual font is used by the TeX system. In this - case, a virtual font <tt>ctmr</tt> has been created - combining characters from the fonts <tt>trr0n</tt>, - <tt>trr6m</tt>, <tt>trr6j</tt>, and <tt>trr10j</tt>.</p> - - <div class="figure"> - <a id="fig.vfdiagram" name="fig.vfdiagram"></a> - - <p class="title"><b>Figure 5.4. How TeX uses a - virtual font</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p>The document uses the font <tt>ctmr</tt>. TeX uses the - font metric information in <tt>ctmr.tfm</tt> to compose the - <tt>DVI</tt> file. The DVI driver, however, discovers a - <tt>VF</tt> file named <tt>ctmr</tt>, so it uses the - instructions in the virtual font to select characters from - the four built-in fonts. This is a practical example. It - shows how the HP LaserJet built-in fonts may be accessed - with the standard TeX text encoding.</p> - - <p>In practice, virtual fonts suffer from one limitation: A - virtual font can only permute the encoding vector; it - cannot access characters that do not appear in the encoding - vector of the “real” font. For example, an - Adobe Type 1 font might contain all of the characters - that appear in the TeX text encoding, but many of them do - not appear in the standard Adobe encoding vector. A virtual - font alone cannot remap the characters into the TeX text - encoding. The encoding vector of the font must also be - changed. Several PostScript DVI drivers have this - ability.</p> - - <p>Virtual fonts are binary files and are very difficult to - edit. To make it possible to construct virtual fonts by - hand, TeX includes standard utilities (<b>VFtoVP</b><a - id="id2886971" class="indexterm" name="id2886971"></a> and - <b>VPtoVF</b><a id="id2886985" class="indexterm" - name="id2886985"></a>) for converting the binary - <tt>VF</tt> format into a human-readable <tt>VPL</tt> - format. The <tt>VPL</tt> files are text files that can be - edited with a text editor.</p> - - <p>A complete description of how to create virtual fonts is - beyond the scope of this book. If you are interested in - experimenting with virtual fonts, I strongly recommend that - you examine the <b>fontinst</b> package.<sup>[<a - id="id2887038" name="id2887038" - href="#ftn.id2887038">69</a>]</sup> <b>fontinst</b><a - id="id2887070" class="indexterm" name="id2887070"></a> - allows you to construct <tt>VPL</tt> files with TeX - documents. This isn't as strange as it first sounds. - Virtual font files have to include the metric information - from <tt>TFM</tt> files for each font that they include. - Because TeX can easily read this information, and the - output is a plain text document anyway, TeX is a very - capable, if somewhat slow, tool.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.autofont" name="sec.autofont"></a>Automatic - Font Generation by DVI Drivers</h2> - </div> - </div> - - <p>Recent releases of many popular DVI drivers (\dvips<a - id="id2887119" class="indexterm" name="id2887119"></a>, - xdvi<a id="id2887132" class="indexterm" - name="id2887132"></a>, \SeeTeX<a id="id2887140" - class="indexterm" name="id2887140"></a>, and emTeX<a - id="id2887151" class="indexterm" name="id2887151"></a>'s - DVI drivers, to name a few) include the ability to generate - missing fonts automatically<a id="id2887162" - class="indexterm" name="id2887162"></a><a id="id2887174" - class="indexterm" name="id2887174"></a>. Automatic font - generation overcomes two problems simultaneously: it - reduces disk space requirements, and it makes font - generation easier. Most implementations of TeX are - distributed with a complete set of Computer Modern fonts at - seven or more magnifications. This can easily amount to - several megabytes of disk space (even more if you are using - other fonts, like the \AmS fonts<a id="id2887193" - class="indexterm" name="id2887193"></a> from the American - Mathematical Society<a id="id2887205" class="indexterm" - name="id2887205"></a>). In practice, you probably use only - a small subset of these fonts.</p> - - <p>One way to combat the disk-space problem is to delete - all of the TeX fonts on your system and build just the ones - you actually use. In the days before automatic font - generation, this would have been quite unpleasant. The - first time you discovered that you needed a font that you - did not have, you would have to stop your DVI driver, - figure out what size was missing, figure out how to get - MetaFont to build the font that was missing at the - appropriate resolution, run MetaFont, store the font in the - right place, and return to your DVI driver. Moments later, - you might discover that you had to do the whole process - again for some other font.</p> - - <p>Using a driver that provides automatic font generation - makes it nearly painless to delete fonts and let them be - built automatically.<sup>[<a id="id2887238" - name="id2887238" href="#ftn.id2887238">70</a>]</sup> The - DVI driver determines the resolution required, runs - MetaFont with the appropriate parameters, stores the font - in the correct place, and continues processing the document - uninterrupted.</p> - - <p>The down side of automatic font generation is that you - must keep the MetaFont program around and make available - the source files for the Computer Modern fonts (and any - other MetaFont fonts that you use). If you do not already - have these files on your hard disk, the potential disk - space savings are somewhat reduced. (MetaFont is discussed - fully in Chapter <a href="ch11.html" - title="Chapter 11. Introducing MetaFont">Chapter 11</a>.) - Moreover, automatic font generation can only build - <tt>PK</tt> files<a id="id2887281" class="indexterm" - name="id2887281"></a>; if <tt>TFM</tt> files are also - missing, you will have to build those by hand before TeX - can process your document.<sup>[<a id="id2887312" - name="id2887312" href="#ftn.id2887312">71</a>]</sup></p> - - <p>Another benefit of automatic font generation is that it - can be used to provide previewers, even non-PostScript - previewers, with the ability to preview documents that use - PostScript fonts, provided that you have the Printer Font - ASCII (<tt>PFA</tt>)<a id="id2887344" class="indexterm" - name="id2887344"></a> or Printer Font Binary - (<tt>PFB</tt>)<a id="id2887363" class="indexterm" - name="id2887363"></a> font sources and Adobe Font Metric - (<tt>AFM</tt>)<a id="id2887382" class="indexterm" - name="id2887382"></a> for your PostScript fonts.</p> - - <p>The following lines, added to the <tt>MakeTeXPK</tt><a - id="id2887401" class="indexterm" name="id2887401"></a> - script distributed with <b>dvips</b>, provide automatic - font generation for PostScript fonts with <b>ps2pk</b><a - id="id2887423" class="indexterm" name="id2887423"></a>. - This is useful even on systems where PostScript printers - are used for output, because previewers like <b>xdvi</b><a - id="id2887438" class="indexterm" name="id2887438"></a> also - use <b>MakeTeXPK</b> to build missing fonts.</p> -<pre class="screen"> -# Look for a PostScript outline font... -if [ -r /usr/local/lib/tex/ps/outlines/$NAME.pfa ] -then - echo Building TeX font from PostScript outline - # Hack. If $6 is null, $DESTDIR => $6 ... - PStoTeXfont $1 $2 $3 $4 $5 $6 $DESTDIR - exit 0 -else - echo Building TeX font from MetaFont outline -fi -</pre> - - <p>In this example, PostScript fonts are stored in the - <tt>/usr/local/lib/tex/ps/outlines</tt> directory. You - should change this directory to something appropriate for - your system. On a unix system, the <b>PStoTeXfont</b> - script shown in Example <a - href="ch05.html#ex.pstotexfont" - title="Example 5.3. The PStoTeXfont script">Example 5.3</a> - is appropriate.<sup>[<a id="id2887500" name="id2887500" - href="#ftn.id2887500">72</a>]</sup> A <b>Perl</b> version - of <b>MakeTeXPK</b> that handles both MetaFont and - PostScript fonts is shown in Example <a - href="apd.html#ex.maketexpk" - title="Example D.1. MakeTeXPK.pl">Example D.1</a> - in Appendix <a href="apd.html" - title="Appendix D. Long Examples">Appendix D</a>, - <span class="emphasis"><em><a href="apd.html" - title="Appendix D. Long Examples">Appendix D</a></em></span>.</p> - - <div class="example"> - <a id="ex.pstotexfont" name="ex.pstotexfont"></a> - - <p class="title"><b>Example 5.3. The - PStoTeXfont script</b></p> -<pre class="screen"> -#!/usr/local/bin/bash -# -# This script file makes a new TeX font from a PS outline. -# -# Parameters are: -# -# name dpi bdpi [mag mode destdir] -# -# `name' is the name of the font, such as `ptmr'. `dpi' -# is the resolution the font is needed at. `bdpi' is -# the base resolution. -# -# This script ignores the remaining parameters. They are -# left here to document the fact that the caller may provide -# them. They may be provided because the caller thinks -# MetaFont is going to do the work... -# -# Of course, this needs to be set up for your site. -# -# TEMPDIR needs to be unique for each process because of the -# possibility of simultaneous processes running this script. - -TEMPDIR=/tmp/temp-tex-PS.$$ -NAME=$1 -DPI=$2 -BDPI=$3 - -LOCALDIR=/usr/local/lib/mf/fonts -DESTDIR=$LOCALDIR/pk - -BASENAME=$NAME.$DPI -PFADIR=/usr/local/lib/tex/ps/outlines - -# Clean up on normal or abnormal exit -trap "cd /; rm -rf $TEMPDIR" 0 1 2 15 - -mkdir $TEMPDIR -cd $TEMPDIR - -# We proceed by making a 10pt font at the resolution -# requested... -echo Making ${DPI}dpi version of $NAME. -ps2pk -X$DPI -P10 -a$PFADIR/$NAME.afm $PFADIR/$NAME.pfa ${BASENAME}pk - -mv ${BASENAME}pk $DESTDIR - -exit 0 -</pre> - </div> - - <p>A similar script for using automatic font generation - under emTeX with <b>4DOS</b> is shown in Examples <a - href="apd.html#ex.dvidxx" - title="Example D.3. dvidxx.btm">Example D.3</a> - and <a href="apd.html#ex.makepk" - title="Example D.4. makepk.btm">Example D.4</a> - in Appendix <a href="apd.html" - title="Appendix D. Long Examples">Appendix D</a>. - Several other options are available for performing - automatic font generation on a number of platforms, - including a <b>REXX</b> version for OS/2 and a compiled - program called <b>MKTeXPK</b>.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.t1fonts" name="sec.t1fonts"></a>Math Fonts in - TeX</h2> - </div> - </div> - - <p>Changing math fonts<a id="id2887679" class="indexterm" - name="id2887679"></a><a id="id2887686" class="indexterm" - name="id2887686"></a> is more difficult than changing text - fonts. In addition to the large number of special symbols - that must be available, TeX needs a lot more information to - use the fonts because the characters are combined more - frequently and in more complex ways. For example, the open - brace character (\{) in math mode is - “extensible;” this means that it can be as - large as required. In order for TeX to construct a brace of - arbitrary size, one of the math fonts (the math extensions - font) contains four different characters that TeX combines - to form the brace:</p> - - <p>FIXME: brace pieces</p> - - <p>Extensible recipes for characters like “\{”, - “\}”, “(”, and “)” are - examples of additional metric information that must be - available in math fonts for TeX.</p> - - <p>In addition to the Computer Modern math fonts, there are - really only three other choices at present: the \AmS - fonts<a id="id2887745" class="indexterm" - name="id2887745"></a> (MetaFont fonts freely distributed by - the American Mathematical Society<a id="id2887758" - class="indexterm" name="id2887758"></a> which extend but do - not replace the Computer Modern math fonts), the Lucida - Bright+New Math fonts<a id="id2887768" class="indexterm" - name="id2887768"></a>, and the MathTime fonts<a - id="id2887778" class="indexterm" name="id2887778"></a>. - Lucida Bright and MathTime are both sets of commercial - PostScript Type 1 fonts.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2887790" - name="id2887790"></a>Concrete Examples</h2> - </div> - </div> - - <p>The following sections describe by example how you can - use several different kinds of fonts in TeX. The tools - described are generally free and generally available for - multiple platforms. Where specific commercial tools are - used, free alternatives are discussed.</p> - - <p>The specific tools I mention here are not the only tools - available nor are they necessarily the best, although I - hope I've found the best ones. If you have found a - different and better solution, don't abandon it in favor of - what I use here. But please do tell me about the method - that you have found. With every passing day, more free - software becomes available.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2887816" - name="id2887816"></a>MetaFont Fonts</h3> - </div> - </div> - - <p>Chapter <a href="ch11.html" - title="Chapter 11. Introducing MetaFont">Chapter 11</a> - describes how to use MetaFont to create fonts for TeX.<a - id="id2887825" class="indexterm" name="id2887825"></a><a - id="id2887847" class="indexterm" name="id2887847"></a> If - you have MetaFont installed, you can easily create fonts - that are usable in TeX.</p> - - <p>MetaFont reads <tt>MF</tt> files, which are plain text - files that describe a font analogous to the way TeX reads - <tt>TEX</tt> files that describe a document.</p> - - <p>Appendix <a href="apb.html" - title="Appendix B. Font Samples">Appendix B</a>, - <span class="emphasis"><em><a href="apb.html" - title="Appendix B. Font Samples">Appendix B</a></em></span>, - contains examples of many MetaFont fonts. Consult the - “Definitive List of All Fonts Available for - {MetaFont}” [<a - href="bi01.html#lreq:metafonts">lreq:metafonts</a>] for - an up-to-date list with availability information.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2887929" - name="id2887929"></a>PostScript Type 1 Fonts</h3> - </div> - </div> - - <p>PostScript printers have many PostScript Type 1<a - id="id2887939" class="indexterm" name="id2887939"></a><a - id="id2887949" class="indexterm" name="id2887949"></a> - fonts built in. If you want to use built-in fonts, you - only need the metric information for them and a - PostScript DVI driver. The <b>dvips</b> driver is the - most popular free DVI driver. Several commercial drivers - are also available.</p> - - <p>The metric information should be available in the form - of Adobe Font Metric (<tt>AFM</tt>) files<a - id="id2887986" class="indexterm" name="id2887986"></a> - from the printer vendor or directly from Adobe Systems<a - id="id2888007" class="indexterm" name="id2888007"></a>, - Inc. You need a program that will convert <tt>AFM</tt> - files into <tt>TFM</tt> files<a id="id2888034" - class="indexterm" name="id2888034"></a>. There are - several free programs that will do this conversion (one - is included with <b>dvips</b>), and your DVI driver may - have included one. In general, if one came with your DVI - driver, that is the one you should use.</p> - - <p>If you want to use PostScript Type 1 fonts on - non-PostScript devices, like most screen previewers, you - need the “sources” for the fonts that you - want to use. Many font vendors sell fonts in Adobe - Type 1 format. In addition, there are many - Type 1 fonts available on the Internet and on - bulletin board systems.<sup>[<a id="id2888068" - name="id2888068" href="#ftn.id2888068">73</a>]</sup></p> - - <p>Several companies have made complete, high-quality - fonts available. They are:</p> - - <div class="table"> - <a id="id2888084" name="id2888084"></a> - - <p class="title"><b>Table 5.7. </b></p> - - <table summary="" border="1"> - <colgroup> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">IBM Courier</th> - - <th>URW Antiqua</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">Bitstream Courier</td> - - <td>URW Grotesk Bold</td> - </tr> - - <tr> - <td align="left">Bitstream Charter</td> - - <td>Nimbus Roman No9</td> - </tr> - </tbody> - </table> - </div> - - <p>Check the license that accompanies these fonts to make - sure that you can use them legally.</p> - - <p>PostScript Type 1 font sources are available in - Printer Font ASCII (<tt>PFA</tt>)<a id="id2888169" - class="indexterm" name="id2888169"></a> and Printer Font - Binary (<tt>PFB</tt>)<a id="id2888188" class="indexterm" - name="id2888188"></a> formats.<sup>[<a id="id2888196" - name="id2888196" href="#ftn.id2888196">74</a>]</sup> The - <tt>PFB</tt> format is more compact, but less portable. - unix systems usually use <tt>PFA</tt> files, while MS-DOS - and OS/2 systems use <tt>PFB</tt> files. Several existing - programs can convert <tt>PFB</tt> files into <tt>PFA</tt> - files and vice-versa. For the remainder of this section, - I will consistently refer to PostScript Type 1 - source files as <tt>PFA</tt> files, although you can use - <tt>PFB</tt> files instead if they are supported on your - platform.</p> - - <p>In addition to the <tt>PFA</tt> files, you will also - need metric information for the fonts. The metric - information <span class="emphasis"><em>should</em></span> - be available in <tt>AFM</tt> format. If you purchased - fonts from a vendor and did not receive <tt>AFM</tt> - files, you should complain. Fonts from free sources, like - Internet archive sites and bulletin board systems - sometimes include only Printer Font Metric - (<tt>PFM</tt>)<a id="id2888341" class="indexterm" - name="id2888341"></a> files. These are Microsoft Windows - printer metric files, and they do not contain enough - information to make a <tt>TFM</tt> file.</p> - - <p>It is possible to create a <tt>TFM</tt> file from the - <tt>PFM</tt> file, but the metrics are not particularly - good. To do this:</p> - - <div class="orderedlist"> - <ol type="1"> - <li> - <p>Convert the <tt>PFM</tt> file into an incomplete - <tt>AFM</tt> file with the <b>PFM2AFM</b><a - id="id2888427" class="indexterm" - name="id2888427"></a> utility.</p> - </li> - - <li> - <p>Use the <b>PS2PK</b><a id="id2888449" - class="indexterm" name="id2888449"></a> program to - make a <tt>PK</tt> file.</p> - </li> - - <li> - <p>Use <b>PKBBOX</b><a id="id2888481" - class="indexterm" name="id2888481"></a> to create a - more complete <tt>AFM</tt> file from the incomplete - <tt>AFM</tt> file and the <tt>PK</tt> file.</p> - </li> - </ol> - </div> - - <p>The <tt>AFM</tt> file manufactured in this way can be - used to create a <tt>TFM</tt> file. The <tt>PK</tt> file - can be used by any DVI driver that understands TeX - <tt>PK</tt> fonts (almost all drivers have this - ability).</p> - - <p>Creating <tt>PK</tt> files does require more disk - space, but it has the advantage that you can print TeX - documents which use PostScript Type 1 fonts on - non-PostScript devices. This includes fast, - <tt>PK</tt>-based screen previewers like <b>xdvi</b> and - emTeX's <b>dviscr</b> that do not understand - PostScript.</p> - - <p>Programs like <b>dvipsone</b><a id="id2888617" - class="indexterm" name="id2888617"></a> and - <b>dviwindo</b><a id="id2888631" class="indexterm" - name="id2888631"></a> which run under the Microsoft - Windows environment can use PostScript fonts directly if - Adobe Type Manager (ATM)<a id="id2888641" - class="indexterm" name="id2888641"></a> is installed on - the system. However, it is still necessary to construct - the <tt>TFM</tt> files for TeX.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2888662" - name="id2888662"></a>{Using a new PostScript font - in TeX (for PostScript printers)}</h4> - </div> - </div> - - <p>This section presents a step-by-step description of - how to use a new PostScript font in TeX with a - PostScript printer or previewer. In this situation, you - have a PostScript printer, and you use <b>dvips</b> to - print your documents. This method also allows you to - preview your documents with <b>Ghostscript</b>.</p> - - <p>For either method, you must first obtain the - PostScript sources for the font that you want to use. - You <span class="emphasis"><em>must</em></span> have a - <tt>PFA</tt> or <tt>PFB</tt> file and an <tt>AFM</tt> - file. As a concrete example, I'll use the “Nimbus - Roman 9L Regular” font. For this font, I obtain - <tt>unmr.pfa</tt> and <tt>unmr.afm</tt>. These fonts - are available from the CTAN archives in the directory - <tt>fonts/urw</tt>.<sup>[<a id="id2888763" - name="id2888763" href="#ftn.id2888763">75</a>]</sup> In - order to use the font in TeX, you must create TeX font - metrics for it using <b>afm2tfm</b><a id="id2888801" - class="indexterm" name="id2888801"></a> (in particular, - the version of <b>afm2tfm</b> that comes with - <b>dvips</b>).</p> - - <p>First, however, we must decide what encoding vector - to use. Frequently, the fonts you obtain use Adobe - Standard Encoding. The problem with this encoding is - that it isn't very complete; it leaves out a lot of - standard TeX characters (like the ligatures - “fi” and “fl” as well as many - accented and international letters). Instead of using - Adobe Standard Encoding<a id="id2888843" - class="indexterm" name="id2888843"></a>, I recommend - using the Cork Encoding<a id="id2888852" - class="indexterm" name="id2888852"></a>. The Cork - Encoding has several advantages; it is a superset of - the original TeX text encoding; it is becoming a new - standard for TeX; and it is supported by the NFSS2. Of - course, the Cork Encoding is not suitable for all - fonts; there's no reason to try to re-encode a symbol - font into the Cork Encoding---that doesn't even make - any sense.</p> - - <p>Luckily, using the Cork Encoding is no more - difficult than using whatever encoding the distributed - font contains. <b>afm2tfm</b> will do all the work. You - only need to obtain the appropriate encoding file. In - this case, the file is <tt>ec.enc</tt>, and it is - distributed with both <b>dvips</b> and NFSS2. Use - <b>afm2tfm</b> to generate the metrics:</p> -<pre class="screen"> -\$ {\bf afm2tfm unmr.afm -v unmr.vpl -T ec.enc unmr0.tfm} -</pre> - - <p>This command reads <tt>unmr.afm</tt>, the original - <tt>AFM</tt> file with an arbitrary encoding, and the - encoding vector <tt>ec.enc</tt>. It creates the virtual - font <tt>unmr.vpl</tt> and the <tt>TFM</tt> file - <tt>unmr0.tfm</tt>.</p> - - <p>The relationship between these files is subtle. The - <tt>AFM</tt> file contains metric information for all - the possible glyphs<a id="id2888978" class="indexterm" - name="id2888978"></a> in the font. The encoding file - establishes the encoding vector---which particular - characters occur in exactly what order. These two files - are combined to produce character metric information - for the specific encoding vector. This information is - saved in the <tt>TFM</tt> file. This is a - “raw” <tt>TFM</tt> file<a id="id2889015" - class="indexterm" name="id2889015"></a>.<sup>[<a - id="id2889026" name="id2889026" - href="#ftn.id2889026">76</a>]</sup> It does not have - any ligature or kerning information and <span - class="emphasis"><em>may</em></span> have a different - encoding from the virtual font (although, in this case - it has the same encoding).</p> - - <p>The next step is to produce a virtual font from the - <tt>VPL</tt> file<a id="id2889087" class="indexterm" - name="id2889087"></a>:</p> -<pre class="screen"> -\$ {\bf vptovf unmr.vpl unmr.vf unmr.tfm} -</pre> - - <p>This produces a virtual font file, <tt>unmr.vf</tt>, - and an appropriate <tt>TFM</tt> file. This <tt>TFM</tt> - file has ligature and kerning information for the - characters in the font as well as the metrics for the - individual glyphs.</p> - - <p>The names of the virtual font files and the related - <tt>TFM</tt> files are entirely arbitrary. You can give - them any names you wish. In the long run, you will - benefit if you choose a naming scheme that allows you - to determine which files are which simply by examining - the names. If you have a lot of fonts, take a look at - <span class="emphasis"><em>{Filenames for - Fonts}</em></span> [<a - href="bi01.html#tug:filenames-fonts">tug:filenames-fonts</a>]. - It is also available electronically from CTAN in the - directory <tt>info/filename</tt>.</p> - - <p>Now you should install the <tt>VF</tt> and - <tt>TFM</tt> files in the appropriate directories and - proceed to use the <tt>unmr</tt> font. TeX will do the - right thing because the <tt>TFM</tt> file contains the - appropriate metric information, and the DVI driver will - do the right thing because it has a virtual font which - specifies how the characters should be mapped into the - printer.</p> - - <p>Now that TeX is happy, we have the additional - problem of making the PostScript printer happy. The - easiest way to do this is to tell <b>dvips</b> to do it - for us. The <tt>psfonts.map</tt> file used by - <b>dvips</b> identifies which fonts are built into the - printer and which fonts need to be downloaded.</p> - - <p>Each line in the <tt>psfonts.map</tt> file describes - how a particular TeX font should be interpreted. The - simplest lines identify the PostScript name of fonts - built into the printer. For \linebreak</p> - - <p>example, the following line indicates that - <b>dvips</b><a id="id2889279" class="indexterm" - name="id2889279"></a> should use the PostScript font - Times-Roman (which is assumed to be resident in the - printer) everywhere that the <tt>DVI</tt> file uses the - font <tt>rptmr</tt>:</p> -<pre class="screen"> -rptmr Times-Roman -</pre> - - <p>To automatically download a PostScript font<a - id="id2889318" class="indexterm" name="id2889318"></a>, - add <tt><</tt><tt><i><tt>fontfile</tt></i></tt> to - the corresponding line in the <tt>psfonts.map</tt> - file. The following entry indicates that the PostScript - font CharterBT-Roman should be used where - <tt>rbchr</tt> is used in the document. In addition, - <b>dvips</b> should download the font from the file - <tt>/usr/local/lib/fonts/psfonts/bchr.pfa</tt> if it is - used in the document.</p> -<pre class="screen"> -rbchr CharterBT-Roman </usr/local/lib/fonts/psfonts/bchr.pfa -</pre> - - <p>Additional PostScript commands can be added to the - entry to perform special effects. Some of these are - described in the documentation for <b>dvips</b>. They - require a knowledge of PostScript that is beyond the - scope of this book.</p> - - <p>Adding the following line to <tt>psfonts.map</tt> - will download and use the Nimbus URW font we installed - above. (It is shown on two lines only because of the - constraints of the page; you should enter it on one - line):</p> -<pre class="screen"> -unmr0 NimbusRomanNo9L-Regular <unmr.pfa - "ECEncoding ReEncodeFont" <ec.enc -</pre> - - <p>This line identifies the font <tt>unmr0</tt> as the - NimbusRomanNo9L-Regular PostScript font, re-encoded - with the ECEncoding described in the file - <tt>ec.enc</tt>. Because this font is not resident in - the printer, you must also tell <b>dvips</b> to - download the font from <tt>unmr.pfa</tt>. If you keep - encoding files or PostScript fonts (<tt>PFB</tt> or - <tt>PFA</tt> files) in nonstandard locations, you will - have to specify the full path of <tt>ec.enc</tt> and/or - <tt>unmr.pfa</tt>.</p> - - <p>Notice that you specify the <span - class="emphasis"><em>raw</em></span> font in the - <tt>psfonts.map</tt> file. TeX and <b>dvips</b> will - use the virtual font to determine which character(s) - from which raw font(s) should <span - class="emphasis"><em>actually</em></span> be used to - print your document. <b>afm2tfm</b> prints the line - that should be added to the font map file when it is - finished converting the font, so you don't always have - to remember which is which.</p> - - <p>The <tt>psfonts.map</tt> file (and the encoding and - font files) are typically stored in a system-default - location. On unix systems, this is frequently - <tt>/usr/local/lib/tex/ps</tt>. If you can't (or don't - want) to change files in this directory, you can use - your own font map file.</p> - - <p>When you run <b>dvips</b>, it loads a initialization - file (typically <tt>~/.dvipsrc</tt>). If you put the - following line in that file:</p> -<pre class="screen"> -p +/home/jdoe/myfonts.map -</pre> - - <p>it extends the system-wide font map using the file - <tt>/home/jdoe/myfonts.map</tt>, which has the same - format as the <tt>psfonts.map</tt> file.</p> - - <p>If you use the <tt><font.pfa</tt> syntax in your - font map file to download PostScript fonts, you may - discover that <b>dvips</b> is producing very large - output files (or takes a long time to print, if output - is going directly to a printer). The reason is that - <b>dvips</b> is downloading the font at the beginning - of every document that uses it. If you have a few fonts - that you use all the time, it may be faster and more - convenient to download the fonts manually at the - beginning of the day and then remove the - <tt><font.pfa</tt> portion of the font mapping line - (leave the encoding file, however). This will produce - smaller output files because <b>dvips</b> will assume - that the fonts are already downloaded. Of course, the - trade-off is that your documents will not print - correctly (because the appropriate fonts are not - attached to the PostScript file) if you mail them to a - colleague who doesn't download the same fonts you do, - or if you forget to download the fonts again after - someone power-cycles the printer.<sup>[<a - id="id2889655" name="id2889655" - href="#ftn.id2889655">77</a>]</sup></p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2889664" - name="id2889664"></a>{Using a new PostScript font - in TeX (for non-PostScript devices)}</h4> - </div> - </div> - - <p>Using PostScript fonts for screen previewing or - printing on non-PostScript printers is a very different - process from printing on PostScript devices. You still - need the <tt>AFM</tt> and <tt>PFA</tt> files.</p> - - <p>This time you're going to create <tt>PK</tt> files - with <b>ps2pk</b><a id="id2889716" class="indexterm" - name="id2889716"></a>, so virtual fonts are less - useful. In fact, you have to give the <tt>AFM</tt> file - the correct encoding in order to get the right - <tt>PK</tt> file, so we'll avoid virtual fonts - altogether. Of course, if you need several different - encodings (perhaps TeX Text, Cork, and Adobe Standard) - for different documents, you'll be better off with one - or two raw font files and several virtual fonts, but - for the moment let's imagine that that is not the - case.</p> - - <p>Example <a href="apd.html#ex.encafmpl" - title="Example D.5. enc-afm.pl">Example D.5</a> - in Appendix <a href="apd.html" - title="Appendix D. Long Examples">Appendix D</a>, - <span class="emphasis"><em><a href="apd.html" - title="Appendix D. Long Examples">Appendix D</a></em></span>, - is a Perl script that changes the encoding vector in an - <tt>AFM</tt> file to reflect the encoding specified in - an encoding file (like the ones used in the preceding - section). This is an important step because - <b>ps2pk</b> uses the encoding in the <tt>AFM</tt> file - to determine which glyphs to render.<sup>[<a - id="id2889816" name="id2889816" - href="#ftn.id2889816">78</a>]</sup></p> - - <p>To install this script, save it in a file called - <tt>enc-afm.pl</tt> and change the top of the script - (the <tt>#!</tt> line) to reflect where Perl is - installed on your system. Users of Perl on non-unix - systems may have to work a little harder, or simply use - the syntax <span class="emphasis"><em>{perl - enc-afm.pl}</em></span> to run the script. unix users - can create a symbolic link to <tt>enc-afm.pl</tt> - called <tt>enc-afm</tt>, and mark it as executable.</p> - - <p>Using this script, transform <tt>unmr.afm</tt> into - <tt>unmrX.afm</tt>:</p> -<pre class="screen"> -\$ <span -class="bold"><b>enc-afm unmr.afm ec.enc > unmrX.afm</b></span> -</pre> - - <p>Now the <tt>unmrX.afm</tt> file has the Cork - encoding. We can use this file to create a <tt>TFM</tt> - file for TeX:</p> -<pre class="screen"> -\$ <span class="bold"><b>afm2tfm unmrX.afm unmr.tfm</b></span> -</pre> - - <p>This <tt>TFM</tt> file should be moved to the - directory where you store <tt>TFM</tt> files for - TeX.</p> - - <p>Unlike PostScript fonts on PostScript devices, - different <tt>PK</tt> files must be created for each - size required. As a concrete example, let's assume we - want a 14pt font. The easiest way to create a 14pt font - with <b>ps2pk</b> is to use the <span - class="emphasis"><em>-P</em></span> parameter to - specify the size. Unfortunately, this will cause some - DVI drivers to complain because <span - class="emphasis"><em>-P</em></span> sets the design - size of the <tt>PK</tt> file, and it won't match the - design size in the <tt>TFM</tt> file. A better solution - is to determine the resolution you need with the - following formula:</p> - - <p>$$\hbox{resolution} = {{\hbox{base resolution} * - \hbox{point size}}\over{10}}$$</p> - - <p>The factor 10 is used because it is the nominal - design size of PostScript fonts (at least, that's what - <b>afm2tfm</b> uses). For example, if we are creating a - 14pt font for a 300dpi laser printer, the desired - resolution is $300*14/10 = 420$. Now we can create the - font:</p> -<pre class="screen"> -\$ <span -class="bold"><b>ps2pk -X420 -aunmrX.afm unmr.pfa unmr.420pk</b></span> -</pre> - - <p>This command creates a 420dpi <tt>PK</tt> file using - the <tt>AFM</tt> file <tt>unmrX.afm</tt>. The font - source comes from <tt>unmr.pfa</tt>, and the resulting - <tt>PK</tt> file is called <tt>unmr.pk</tt>. On MS-DOS - systems, name the output <tt>PK</tt> file - <tt>unmr.pk</tt> because <tt>unmr.420pk</tt> is not a - valid filename. Move the resulting <tt>PK</tt> file to - the appropriate directory. On unix systems, it is - probably <tt>/usr/local/lib/tex/fonts/pk</tt>; while on - MS-DOS and other systems, it is probably something like - <tt>/texfonts/420dpi</tt>.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2890165" - name="id2890165"></a>HP LaserJet Softfonts</h3> - </div> - </div> - - <p>Bitmapped HP LaserJet Softfonts<a id="id2890174" - class="indexterm" name="id2890174"></a> can easily be - converted into TeX <tt>PK</tt> files with the - <b>SFPtoPK</b> utility. Then they can be used with almost - any DVI driver.</p> - - <p>Scalable LaserJet Softfonts can be used by TeX if two - conditions are met: metric information is available, and - the DVI driver that you are using can access built-in - printer fonts. Metric information for Scalable LaserJet - Softfonts distributed by Hewlett-Packard come in the form - of Tagged Font Metric files. Tagged Font Metric files - have the extension <tt>TFM</tt>, but they should not be - confused with TeX <tt>TFM</tt> files. The utility - <b>hptfm2pl</b> converts Tagged Font Metric files into - TeX <tt>PL</tt> files (<tt>PL</tt> is a human-readable - text format of <tt>TFM</tt> files). <tt>PL</tt> files are - transformed into <tt>TFM</tt> files by the standard TeX - utility <b>PLtoTF</b>.</p> - - <p>To use Scalable LaserJet Softfonts, you must convert - the metric information into TeX <tt>TFM</tt> files so - that TeX can use the font, and then you must inform your - DVI driver that the fonts are built into the printer. - Before printing your document, download the Scalable - LaserJet Softfont to your printer. The <b>sfload</b> - utility that is part of Sfware can download Scalable - LaserJet Fonts. Many other free and shareware font - downloading programs exist, too.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2890329" - name="id2890329"></a>TrueType Fonts</h3> - </div> - </div> - - <p>At present, TrueType fonts<a id="id2890338" - class="indexterm" name="id2890338"></a> can be used only - on systems that have built-in TrueType support (the - Macintosh and MS-DOS computers running Microsoft Windows - 3.1 fall into this category). You must use DVI drivers - that communicate with the printer through the system's - printer interface.</p> - </div> - </div> - - <div class="footnotes"> - <br /> - <hr width="100" align="left" /> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2879974" name="ftn.id2879974" - href="#id2879974">53</a>]</sup> {Some fonts may be - preloaded in the format file. TeX does not need - <tt>TFM</tt> files for those fonts since the metric - information is already available.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2880211" name="ftn.id2880211" - href="#id2880211">54</a>]</sup> {Older DVI drivers may - still use <tt>PXL</tt> files. They are frequently stored - in directories with names like <tt>pxl999</tt>.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2880575" name="ftn.id2880575" - href="#id2880575">55</a>]</sup> {Actually, <tt>TFM</tt> - files contain a little bit more information. The width of - a space, the amount of stretch and shrink allowed between - words, the amount of extra space allowed after a - punctuation mark, and some specialized information used - only in fonts for mathematics also appear in the - <tt>TFM</tt> files<a id="id2880604" class="indexterm" - name="id2880604"></a>. In principle, <tt>TFM</tt> files - can contain even more information, although they rarely - do. For a complete, detailed description of the - information stored in a <tt>TFM</tt> file, consult - Appendix F of <span class="emphasis"><em>The - TeXbook</em></span> [<a - href="bi01.html#kn:texbook">kn:texbook</a>] and <span - class="emphasis"><em>{The TF To PL - Processor}</em></span> [<a - href="bi01.html#texware:tftopl">texware:tftopl</a>].}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2880810" name="ftn.id2880810" - href="#id2880810">56</a>]</sup> {This is true even if - your computer's natural character set is not ASCII. It is - the responsibility of the implementor to map the - computer's natural character set into ASCII.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2881782" name="ftn.id2881782" - href="#id2881782">57</a>]</sup> {Actually, for math - fonts, TeX requires several metrics that are not usually - provided. <b>afm2tfm</b><a id="id2881795" - class="indexterm" name="id2881795"></a> has options which - allow you to specify these extra metrics when you convert - the <tt>AFM</tt> file.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2882138" name="ftn.id2882138" - href="#id2882138">58</a>]</sup> {If your MetaFont - distribution does not include a <span - class="emphasis"><em>tfmonly</em></span> mode, you can - find one in the <tt>modes.mf</tt> file on CTAN. Consult - Chapter <a href="ch11.html" - title="Chapter 11. Introducing MetaFont">Chapter 11</a>, - <span class="emphasis"><em><a href="ch11.html" - title="Chapter 11. Introducing MetaFont">Chapter 11</a></em></span>, - for more information.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2883176" name="ftn.id2883176" - href="#id2883176">59</a>]</sup> {This doesn't mean that - every size you want is available. See the section - “<a href="ch05.html#sec.fonts.defnfss2" - title="Selecting Fonts with the New Font Selection Scheme"> - the section called “Selecting Fonts with the New - Font Selection Scheme”</a>” for information - about defining font sizes in the NFSS.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2855832" name="ftn.id2855832" - href="#id2855832">60</a>]</sup> - “$\backslash$<tt>fontshape{it}</tt>$\backslash$<tt>selectfont</tt>”</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2855948" name="ftn.id2855948" - href="#id2855948">61</a>]</sup> {One possible use of - loading options is to inhibit hyphenation in fixed-width - fonts intended for use in verbatim material. The loading - options <tt>{\ hyphenchar\ font=-1}</tt> have this - effect.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2884721" name="ftn.id2884721" - href="#id2884721">62</a>]</sup> {The only reason that - sizes less than 8pt need to be declared at all is that - marginal notes (used for editorial comments while the - book was in revision) were set in 5pt, and the logo font - occasionally turned up in a marginal note.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2885254" name="ftn.id2885254" - href="#id2885254">63</a>]</sup> {Under earlier versions - of the NFSS, this problem actually resulted in an error - rather than a warning. If you wish, you can simply ignore - the warning; you no longer have to fix the problem.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2885536" name="ftn.id2885536" - href="#id2885536">64</a>]</sup> {Actually, you can - declare a scaling factor in any font declaration, - although it seems to make less sense for non-PostScript - fonts.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2885557" name="ftn.id2885557" - href="#id2885557">65</a>]</sup> {Usually, scaling fonts - to the same x-height makes them look acceptable together, - but depending on the particular fonts involved, a little - more or a little less scaling may be required to achieve - a pleasant balance.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2886286" name="ftn.id2886286" - href="#id2886286">66</a>]</sup> {In some special versions - of TeX, notably those for handling languages like - Japanese, this may be extended to a much larger number, - but the problem is the same.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2886706" name="ftn.id2886706" - href="#id2886706">67</a>]</sup> {For a complete - description, consult <span class="emphasis"><em>{The VP - To VF Processor}</em></span> [<a - href="bi01.html#texware:vptovf">texware:vptovf</a>] and - <span class="emphasis"><em>{The VF to VP - Processor}</em></span> [<a - href="bi01.html#texware:vftovp">texware:vftovp</a>].}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2886754" name="ftn.id2886754" - href="#id2886754">68</a>]</sup> {Version 2 of NFSS - includes “encoding” as a parameter in font - selection. In the long run, this will allow macro writers - to hide many of these difficulties, dramatically reducing - the burden currently placed on the user.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2887038" name="ftn.id2887038" - href="#id2887038">69</a>]</sup> {You can retrieve the - <b>fontinst</b> package from the CTAN archives in the - directory <tt>fonts/utilities/fontinst</tt>.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2887238" name="ftn.id2887238" - href="#id2887238">70</a>]</sup> {It's still a bit - tedious, at least on slow machines, but now you can walk - away and get a cup of coffee ;-). All the fonts will be - built automatically.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2887312" name="ftn.id2887312" - href="#id2887312">71</a>]</sup> {Recent versions of TeX - derived from the \Web2C package can build <tt>TFM</tt> - files automatically as well.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2887500" name="ftn.id2887500" - href="#id2887500">72</a>]</sup> {OK, so not <span - class="emphasis"><em>every</em></span> example in this - book is in <b>Perl</b>.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2888068" name="ftn.id2888068" - href="#id2888068">73</a>]</sup> {Before you use these - “free” fonts, be aware that many are of - questionable legality.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2888196" name="ftn.id2888196" - href="#id2888196">74</a>]</sup> {PostScript fonts for the - Macintosh are stored in <tt>PFB</tt> format (essentially) - in the resource fork of the printer font file. The metric - information is stored in the screen font, which also - contains bitmaps for on-screen display.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2888763" name="ftn.id2888763" - href="#id2888763">75</a>]</sup> {The Nimbus fonts - actually come with <tt>TFM</tt> and <tt>VF</tt> files - which makes some of the following steps redundant. But - because most fonts <span - class="emphasis"><em>don't</em></span> come with TeX - metrics, the example is important.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2889026" name="ftn.id2889026" - href="#id2889026">76</a>]</sup> {Raw <tt>TFM</tt> files - used to be identified with an “r” prefix, but - recently the trend has turned towards a “0” - suffix. For a more complete discussion of font names, - consult <span class="emphasis"><em>Filenames for - Fonts</em></span> [<a - href="bi01.html#tug:filenames-fonts">tug:filenames-fonts</a>].}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2889655" name="ftn.id2889655" - href="#id2889655">77</a>]</sup> {Some spooling software - will transparently handle these problems (by downloading - fonts that you forget) if the fonts are available.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2889816" name="ftn.id2889816" - href="#id2889816">78</a>]</sup> {This step isn't - necessary when using a PostScript printers because the - PostScript font always contains all the glyphs. The font - created by <b>ps2pk</b> will only contain the characters - in a single encoding.}</p> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Chapter 6. Pictures and Figures" - href="ch06.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left">Part II. Elements - of a Complex Document </td> - - <td width="20%" align="center"><a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Chapter 6. Pictures and Figures</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/ch06.html b/Master/texmf-doc/doc/english/make-tex-work/html/ch06.html deleted file mode 100644 index a89d17fadf5..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/ch06.html +++ /dev/null @@ -1,3381 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Chapter 6. Pictures and Figures</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt02.html" - title="Part II. Elements of a Complex Document" /> - <link rel="previous" href="ch05.html" - title="Chapter 5. Fonts" /> - <link rel="next" href="ch07.html" - title="Chapter 7. International Considerations" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Chapter 5. Fonts" href="ch05.html"><img - src="figures/nav-prev.png" alt="Prev" border="0" /> - </a> <a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Chapter 7. International Considerations" - href="ch07.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="chapter"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="chap.pictures" - name="chap.pictures"></a>Chapter 6. Pictures - and Figures</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - <hr class="component-separator" /> - </div> - - <p>Pictures<a id="id2884175" class="indexterm" - name="id2884175"></a> and figures<a id="id2884189" - class="indexterm" name="id2884189"></a> are an important - component of many documents. This chapter explores how they - can be incorporated into your TeX documents. There are many - ways to include pictures and figures in TeX. The most - important considerations are the type of image<a - id="id2855783" class="indexterm" name="id2855783"></a>, the - type of printer you will be using, what platform you are - using, and how portable the document must be.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.devindrev" name="sec.devindrev"></a>Different - Kinds of Images</h2> - </div> - </div> - - <p>Images<a id="id2883926" class="indexterm" - name="id2883926"></a> come from many, many different - sources, but they can be divided into two broad classes: - bitmapped and scalable (or vector). Bitmapped images<a - id="id2883939" class="indexterm" name="id2883939"></a><a - id="id2883949" class="indexterm" name="id2883949"></a> are - produced whenever an image is scanned from a drawing, - photograph, or other printed work. They are also produced - by most simple paint programs. Scalable images<a - id="id2883964" class="indexterm" name="id2883964"></a><a - id="id2883971" class="indexterm" name="id2883971"></a><a - id="id2883981" class="indexterm" name="id2883981"></a> are - produced by some more sophisticated drawing programs, many - commercial sources, and some other applications. Both - classes have advantages and disadvantages.</p> - - <p>Files that contain graphic images usually end with an - extension<a id="id2890375" class="indexterm" - name="id2890375"></a> that identifies the format of the - image. The extension is a common and convenient nickname - for the image format. In this chapter, I refer to graphic - image formats by their extension (for example, GIF images - or XBM images) without explanation. I do this partly - because it is easy, but also because it is the most common - way of referring to them, and you don't really need to know - anything about the image formats to use them. If your DVI - driver understands PCX images, you just need a PCX image; - you don't have to have a detailed understanding of the - format (thank goodness). If you want to know more, refer to - the filename extension glossary in Appendix <a - href="apa.html" - title="Appendix A. Filename Extension Summary">Appendix A</a>, - which will help you identify each of the formats discussed - in this chapter.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2890411" - name="id2890411"></a>Bitmapped Images</h3> - </div> - </div> - - <p>Photographs<a id="id2890419" class="indexterm" - name="id2890419"></a> and images with a lot of subtle - detail are almost always stored as bitmaps. Scanners - always produce bitmapped images<a id="id2890430" - class="indexterm" name="id2890430"></a>. Some bitmap - images can be converted into scalable formats. High-end - graphic packages like \product{CorelDRAW}<a - id="id2890443" class="indexterm" name="id2890443"></a> - and \product{\idx{Adobe Illustrator}} can do this, but - most cannot. The exceptions are line drawings and other - very high contrast images. Bitmaps are also - “cheap” to print. Neither the computer nor - the printer must do very much work to print a - black-and-white bitmap image. (Color bitmap images must - be dithered before they can be printed, but that's a - separate consideration because it need be done only once, - not every time the image is printed.) Bitmapped images - are also easy to convert from one format to another.</p> - - <p>Unfortunately, bitmap images are very - device-dependent. They are stored as a two-dimensional - array of dots, which gives them a fixed resolution. A - $3\times5$-inch bitmap image that prints correctly on - your 300dpi laser printer will only be a - $\frac{3}{4}\times1\frac{1}{4}$-inch picture if you make - your final copy on a 1200dpi photo-typesetter.</p> - - <p>Bitmap images also require considerable memory and - disk space to store. The $3\times5$ image described above - requires more than 150Kb of memory (if it is - uncompressed).</p> - - <p>A final consideration is that bitmap images do not - scale very well. Enlarging or reducing the image requires - either removing some dots (causing a loss of detail) or - inserting extra dots (frequently giving slanted lines a - very jagged appearance). Rescaling images by exact - integer amounts (doubling or tripling its size, for - example, but not making it 2$\frac{1}{2}$ times as large) - works reasonably well (except for jagged edges). Shaded - regions, which are composed of a regular pattern of black - and white dots, are frequently disrupted by irregular - “blotching” if non-integral scaling is - used.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2884033" - name="id2884033"></a>Scalable Images</h3> - </div> - </div> - - <p>Many graphic images can be represented more compactly - as a collection of lines, curves, and other discrete - elements. Images of this type are called <span - class="emphasis"><em>scalable</em></span> or <span - class="emphasis"><em>vector</em></span> images<a - id="id2884054" class="indexterm" name="id2884054"></a><a - id="id2884061" class="indexterm" name="id2884061"></a>. - Instead of storing every pixel in a rectangular array, - vector images store the encoded instructions for - “drawing” the image. This provides a compact - representation. A circle, no matter how large, can be - represented with just a few data points: the position of - the center, the radius, the width and color of the line - that forms the circle, and the pattern that fills the - circle. It is also easy to change the size of the image; - if you halve every measurement, the image is drawn at one - half the size with minimal loss of detail.</p> - - <p>One drawback of scalable images is that they require - considerable computational power to render. Every printer - ultimately prints the page as a large bitmap; the print - engine has to translate the lines, curves, and fills of a - scalable image into a bitmap before this is - possible.<sup>[<a id="id2884093" name="id2884093" - href="#ftn.id2884093">79</a>]</sup> Previewing scalable - images requires translating them into bitmaps to display - them. This can be a noticeably slow process unless you - have a very fast computer.</p> - - <p>The other significant drawback of scalable images is - that they are difficult to translate from one format to - another. For example, to translate a PostScript image<a - id="id2884111" class="indexterm" name="id2884111"></a> - into something that can be printed on a non-PostScript - printer, you have to have a program that understands all - of the commands in the PostScript file. A bitmap - conversion, on the other hand, doesn't require any - understanding of graphics commands; it simply has to know - how to rearrange the bits in the array. What it boils - down to is this: it's a lot easier to write a translation - program to “reverse the order of all the bits in - each byte in each row” than it is to write one that - can “draw the bezier curve with these three control - points using a dashed, light-blue line $\frac{1}{8}$ of - an inch wide.”</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2884144" - name="id2884144"></a>Device Independence Revisited</h2> - </div> - </div> - - <p>Pictures<a id="id2890779" class="indexterm" - name="id2890779"></a> and figures<a id="id2890791" - class="indexterm" name="id2890791"></a> are a foreign - concept to TeX. Remember, TeX cares only about building - pages out of boxes and glue. TeX's notion of a picture is - frequently nothing more than “something special goes - here (I don't know what) and it's 5 inches wide, 2 inches - high, and 1 inch deep.” This is device independence, - of a sort, but many of the easiest ways to include pictures - and figures in TeX do rely on features of a specific DVI - driver or a specific kind of printer. If document - portability is an issue, consider carefully before you - select a particular way of including pictures and - figures.</p> - - <p>On the bright side, most DVI drivers<a id="id2890822" - class="indexterm" name="id2890822"></a> provide some - mechanism for incorporating pictures and figures. As long - as it is possible to convert the images from the format - originally used to a format that another DVI driver - understands, document portability can be achieved. For - example, it is possible to print PostScript figures on a - non-PostScript device if they are first converted into - another format with <b>Ghostscript</b> or some other - PostScript interpreter. Unfortunately, it is usually - inconvenient to convert pictures from one format to - another, and some conversions may distort the images a - little bit (or a lot).</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.ptexpic" name="sec.ptexpic"></a>Using Only - TeX</h2> - </div> - </div> - - <p>This section describes picture and figure environments - that don't use any external programs. Graphics created in - this way are entirely device-independent and can be printed - with any DVI driver.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2890867" - name="id2890867"></a>Plain TeX</h3> - </div> - </div> - - <p>Plain TeX<a id="id2890880" class="indexterm" - name="id2890880"></a><a id="id2890893" class="indexterm" - name="id2890893"></a><a id="id2890906" class="indexterm" - name="id2890906"></a> has no built-in provision for - creating pictures or figures. It is possible to do simple - diagrams and graphs by writing macros that place - individual points on the page. Figure <a - href="ch06.html#fig.plaintex" - title="Figure 6.1. An example diagram in Plain TeX"> - Figure 6.1</a> shows several data points plotted in - Plain TeX. The input was derived from macros presented in - Appendix D of <span class="emphasis"><em>The - TeXbook</em></span> [<a - href="bi01.html#kn:texbook">kn:texbook</a>]; it is shown - in Example <a href="ch06.html#ex.plaintexm" - title="Example 6.1. The Input for the Plain TeX Diagram"> - Example 6.1</a>.</p> - - <div class="figure"> - <a id="fig.plaintex" name="fig.plaintex"></a> - - <p class="title"><b>Figure 6.1. An example - diagram in Plain TeX</b></p> -<pre class="screen"> -FIXME: -</pre> - </div> - - <div class="example"> - <a id="ex.plaintexm" name="ex.plaintexm"></a> - - <p class="title"><b>Example 6.1. The Input - for the Plain TeX Diagram</b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="tex.06.01.tex"></a> -</pre> - </div> - - <p>With special-purpose fonts, it is possible to make - more complex figures in Plain TeX. However, LaTeX - provides a <tt>picture</tt> environment which greatly - simplifies the process.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.pictures.latex" - name="sec.pictures.latex"></a>LaTeX</h3> - </div> - </div> - - <p>The <tt>picture</tt> environment in LaTeX<a - id="id2891050" class="indexterm" name="id2891050"></a><a - id="id2891064" class="indexterm" name="id2891064"></a><a - id="id2891076" class="indexterm" name="id2891076"></a> is - implemented on top of the kinds of primitive operations - shown in Example <a href="ch06.html#ex.plaintexm" - title="Example 6.1. The Input for the Plain TeX Diagram"> - Example 6.1</a>. Working in the <tt>picture</tt> - environment is a lot like working on graph paper: you - begin by specifing how big the graph paper is and the - distance between lines on the paper (the lines aren't - really there; they're just used for reference), and then - inside the <tt>picture</tt> environment, you put <span - class="emphasis"><em>picture elements</em></span> down on - the page at the intersections of the lines on the - grid.</p> - - <p>LaTeX provides picture elements for text, boxes, solid - and empty circles, lines, and arrows. Lines and arrows - can be drawn at angles, but they are formed by taking - characters from a special set of fonts so there is a - limited number of angles available. The advantage of - using special fonts to draw the lines is that it is - relatively efficient.</p> - - <p>Figure <a href="ch06.html#fig.latexpic" - title="Figure 6.2. A parallelogram in LaTeX">Figure 6.2</a> - is a simple figure drawn with LaTeX's <tt>picture</tt> - environment. The LaTeX input for this environment is - shown in Example <a href="ch06.html#ex.latexpicsrc" - title="Example 6.2. The LaTeX Input for ">Example 6.2</a>.</p> - - <div class="figure"> - <a id="fig.latexpic" name="fig.latexpic"></a> - - <p class="title"><b>Figure 6.2. A - parallelogram in LaTeX</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <div class="example"> - <a id="ex.latexpicsrc" name="ex.latexpicsrc"></a> - - <p class="title"><b>Example 6.2. The LaTeX - Input for <a href="ch06.html#fig.latexpic" - title="Figure 6.2. A parallelogram in LaTeX">Figure 6.2</a></b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="tex.06.02.tex"></a> -</pre> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="sec.Fig" - name="sec.Fig"></a>The epic and eepic styles</h4> - </div> - </div> - - <p>Constructing diagrams using <tt>picture</tt> - primitives is very tedious because each element of the - picture has to be placed individually. The <span - class="emphasis"><em>epic</em></span> style extends - LaTeX's picture environment by adding several - higher-level commands for picture construction. These - commands allow you to draw solid, dotted, and dashed - lines with arbitrary slopes, create matrices and grids - with a single command, join several independently - placed elements together, and read a list of points - from an external file.</p> - - <p>The diagrams produced by <tt>epic.sty</tt><a - id="id2891283" class="indexterm" name="id2891283"></a> - are still limited by the fonts available to LaTeX. The - <tt>eepic.sty</tt><a id="id2891298" class="indexterm" - name="id2891298"></a> extends <tt>epic.sty</tt> by - using \special commands to construct the more complex - figure elements. The \special commands are the same as - those used by <tt>tpic</tt> (see the “<a - href="ch06.html#sec.tpic" title="MetaFont">the section - called “MetaFont”</a>” section in - this chapter) and are supported by many DVI - drivers.</p> - - <p>Figure <a href="ch06.html#fig.epic" - title="Figure 6.3. A figure created with (a) epic, and (b) eepic"> - Figure 6.3</a> shows a figure constructed with the - <span class="emphasis"><em>epic</em></span> macros. - Figure <a href="ch06.html#fig.epic" - title="Figure 6.3. A figure created with (a) epic, and (b) eepic"> - Figure 6.3</a> (a) uses <tt>epic.sty</tt>, and (b) - uses <tt>eepic.sty</tt>. Notice that <tt>eepic.sty</tt> - provides circles of arbitrary size and smooth lines at - any angle. The end points of the radial lines in this - figure were calculated by another program and read from - a data file by <span - class="emphasis"><em>epic</em></span>. The source for - these figures is shown in Example <a - href="ch06.html#ex.epicsrc" - title="Example 6.3. The epic Input for ">Example 6.3</a> - (both diagrams were created with the same source).</p> - - <div class="example"> - <a id="ex.epicsrc" name="ex.epicsrc"></a> - - <p class="title"><b>Example 6.3. The epic - Input for <a href="ch06.html#fig.epic" - title="Figure 6.3. A figure created with (a) epic, and (b) eepic"> - Figure 6.3</a></b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="tex.06.03.tex"></a> -</pre> - </div> - - <div class="figure"> - <a id="fig.epic" name="fig.epic"></a> - - <p class="title"><b>Figure 6.3. A figure - created with (a) epic, and (b) eepic</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2891474" - name="id2891474"></a>The bezier style</h4> - </div> - </div> - - <p>The <span class="emphasis"><em>bezier</em></span> - style<a id="id2891487" class="indexterm" - name="id2891487"></a> allows you to construct curved - lines in the LaTeX picture environment. An example is - shown in Figure <a href="ch06.html#fig.bezier" - title="Figure 6.4. Several bezier curves created with the LaTeX bezier style"> - Figure 6.4</a>. Its source is shown in - Example <a href="ch06.html#ex.beziersrc" - title="Example 6.4. The Input for ">Example 6.4</a>. - The grid in this example was created with <span - class="emphasis"><em>epic</em></span> for - convenience.</p> - - <div class="example"> - <a id="ex.beziersrc" name="ex.beziersrc"></a> - - <p class="title"><b>Example 6.4. The Input - for <a href="ch06.html#fig.bezier" - title="Figure 6.4. Several bezier curves created with the LaTeX bezier style"> - Figure 6.4</a></b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="tex.06.04.tex"></a> -</pre> - </div> - - <div class="figure"> - <a id="fig.bezier" name="fig.bezier"></a> - - <p class="title"><b>Figure 6.4. Several - bezier curves created with the LaTeX bezier - style</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2891594" - name="id2891594"></a>Other styles</h4> - </div> - </div> - - <p>In addition to these styles, there are several other - style files for doing particular types of drawing. - Styles exist for drawing logical circuit diagrams, bar - charts, trees, and more.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2891609" - name="id2891609"></a>Other approaches</h4> - </div> - </div> - - <p>Because constructing LaTeX drawing by hand is - tedious, several programs have been written that allow - you to construct diagrams visually and then produce the - appropriate <tt>picture</tt> environments - automatically. The <b>texcad</b><a id="id2891633" - class="indexterm" name="id2891633"></a> program - distributed with emTeX<a id="id2891642" - class="indexterm" name="id2891642"></a> is one such - program. A similar program called <b>xtexcad</b><a - id="id2891659" class="indexterm" name="id2891659"></a> - runs under X11 on some platforms, and there is a Fig - translator for the LaTeX <tt>picture</tt> environment. - (For more information about Fig, see the “<a - href="ch06.html#sec.Fig" - title="The epic and eepic styles">the section called - “The epic and eepic styles”</a>” - section later in this chapter.)</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2891692" - name="id2891692"></a>PiCTeX</h3> - </div> - </div> - - <p>PiCTeX<a id="id2891701" class="indexterm" - name="id2891701"></a><a id="id2891712" class="indexterm" - name="id2891712"></a> is a macro package that you can - load on top of Plain TeX or LaTeX.<sup>[<a id="id2891727" - name="id2891727" href="#ftn.id2891727">80</a>]</sup> It - does an amazing job of plotting mathematical functions<a - id="id2891735" class="indexterm" name="id2891735"></a> - and two-dimensional graphs directly in TeX. An example of - PiCTeX (taken from <span class="emphasis"><em>The PiCTeX - Manual</em></span> [<a - href="bi01.html#mw:pictex">mw:pictex</a>]) is shown in - Figure <a href="ch06.html#fig.pictex" - title="Figure 6.5. Sample diagrams using PiCTeX"> - Figure 6.5</a>. The source for this figure is shown - in Example <a href="ch06.html#ex.pictexsrc" - title="Example 6.5. PiCTeX Input for ">Example 6.5</a>.</p> - - <div class="figure"> - <a id="fig.pictex" name="fig.pictex"></a> - - <p class="title"><b>Figure 6.5. Sample - diagrams using PiCTeX</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <div class="example"> - <a id="ex.pictexsrc" name="ex.pictexsrc"></a> - - <p class="title"><b>Example 6.5. PiCTeX Input - for <a href="ch06.html#fig.pictex" - title="Figure 6.5. Sample diagrams using PiCTeX"> - Figure 6.5</a></b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="tex.06.05.tex"></a> -</pre> - </div> - - <p>The primary drawback of PiCTeX is that it requires a - considerable amount of memory to use. Even relatively - simple looking graphs require a big TeX to plot with - PiCTeX. PiCTeX also produces very, very large - <tt>DVI</tt> files (the graphs are drawn by interpreting - and plotting each pixel individually). This usually - results in very large output files from the DVI driver, - and some printers may have difficulty printing your - documents.</p> - - <p>The PiCTeX macros are freely available, but the manual - is not. You can purchase the manual directly from the - author of PiCTeX or from the TeX User's Group.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2891884" - name="id2891884"></a>XYPic</h3> - </div> - </div> - - <p><b>XYPic</b><a id="id2891897" class="indexterm" - name="id2891897"></a><a id="id2891907" class="indexterm" - name="id2891907"></a> is another add-on macro package for - TeX, LaTeX, and other formats. It provides considerably - more flexibility than the LaTeX picture environment - without resorting to the resource-expensive strategy of - PiCTeX.</p> - - <p><b>XYPic</b> provides many more arrows than LaTeX - (including curved and self-pointing forms), a wider - variety of dashed and dotted lines, provision for lines - that bend and go around \linebreak</p> - - <p>other picture elements, and annotations for lines and - arrows. It seems especially well suited to typesetting - commutative diagrams, simple state-transition diagrams, - and complex annotated matrices.</p> - - <p>The syntax used in <b>XYPic</b> diagrams is not as - straightforward as LaTeX's picture environment. An - example of a complex <b>XYPic</b> diagram is shown in - Figure <a href="ch06.html#fig.xypic" - title="Figure 6.6. An XYPic diagram">Figure 6.6</a>. - The corresponding source is shown in Example <a - href="ch06.html#ex.xypicsrc" - title="Example 6.6. The XYPic Input for ">Example 6.6</a>.</p> - - <div class="figure"> - <a id="fig.xypic" name="fig.xypic"></a> - - <p class="title"><b>Figure 6.6. An XYPic - diagram</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <div class="example"> - <a id="ex.xypicsrc" name="ex.xypicsrc"></a> - - <p class="title"><b>Example 6.6. The XYPic - Input for <a href="ch06.html#fig.xypic" - title="Figure 6.6. An XYPic diagram">Figure 6.6</a></b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="tex.06.06.tex"></a> -</pre> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2892057" - name="id2892057"></a>DraTeX</h3> - </div> - </div> - - <p>DraTeX<a id="id2892066" class="indexterm" - name="id2892066"></a><a id="id2892077" class="indexterm" - name="id2892077"></a> is a macro package that can be - loaded on top of Plain TeX or LaTeX and provides many - sophisticated drawing features. An example is shown in - Figure <a href="ch06.html#fig.dratex" - title="Figure 6.7. An DraTeX diagram">Figure 6.7</a>. - The source is in Example <a - href="ch06.html#ex.dratexsrc" - title="Example 6.7. The DraTeX Input for ">Example 6.7</a>.</p> - - <div class="figure"> - <a id="fig.dratex" name="fig.dratex"></a> - - <p class="title"><b>Figure 6.7. An DraTeX - diagram</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <div class="example"> - <a id="ex.dratexsrc" name="ex.dratexsrc"></a> - - <p class="title"><b>Example 6.7. The DraTeX - Input for <a href="ch06.html#fig.dratex" - title="Figure 6.7. An DraTeX diagram">Figure 6.7</a></b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="tex.06.07.tex"></a> -</pre> - </div> - - <p>DraTeX offers a wide variety of low-level drawing - commands: straight lines at arbitrary angles, circles of - any size, bezier curves, rectangular or polar coordinate - systems, perspective for three-dimensional figures, - user-definable shading patterns, clipping, repetition, - and user-definable drawing objects and commands. A - supporting package, AlDraTeX<a id="id2892187" - class="indexterm" name="id2892187"></a>, provides - high-level drawing commands for pie charts, XY charts, - bar charts, spread diagrams, grid diagrams, trees, and - diagram annotations (arrows, edges, labels).</p> - - <p>Although it is a flexible and portable solution, - beware that complex figures may require considerable time - to compute and will almost certainly require a big TeX. - The resulting <tt>DVI</tt> files tend to be large as - well.</p> - - <p>DraTeX and AlDraTeX are described in <span - class="emphasis"><em>TeX & LaTeX: Drawing and - Literate Programming</em></span> [<a - href="bi01.html#eg:dratex">eg:dratex</a>].</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2892246" - name="id2892246"></a>Using a Little Help</h2> - </div> - </div> - - <p>On most platforms, if you have TeX, MetaFont<a - id="id2892255" class="indexterm" name="id2892255"></a> is - available. Because MetaFont was designed for drawing, it - has much better support for pictures and figures than TeX. - There are three utilities that allow you to combine TeX and - MetaFont to create pictures: <b>MFPic</b> and - <b>Fig2MF</b>.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2892297" - name="id2892297"></a>MFPic</h3> - </div> - </div> - - <p><b>MFPic</b>'s <tt>picture</tt> environment and - LaTeX's <tt>picture</tt> environment are implemented very - differently. The commands in <b>MFPic</b> don't attempt - to typeset your diagram with special fonts; instead, they - write MetaFont commands to another file. This file must - be processed with MetaFont before your document can be - viewed.</p> - - <p>Because MetaFont is used to draw the actual diagram, - the <b>MFPic</b> macros are much more flexible than the - LaTeX picture creation commands. <b>MFPic</b> macros - provide lines (at any angle), rectangles, polygons, - circles (of any size), ellipses, cyclic and acyclic - curves, arcs, and wedges (all empty, shaded, or - filled).</p> - - <p>Unlike <b>Fig2MF</b>, described below, <b>MFPic</b> - can plot user-specified functions (parametrically or - directly, using polygonal or bezier interpolation).</p> - - <p>Finally, because <b>MFPic</b> works so directly with - TeX, it can include labels and captions in the figure as - well as allowing “MetaFont hackers” to insert - MetaFont code directly.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2892403" - name="id2892403"></a>Fig2MF</h3> - </div> - </div> - - <p>The “Fig” in <b>Fig2MF</b><a - id="id2892422" class="indexterm" name="id2892422"></a> - stands for the Fig graphics code (in this case, Fig - version 2.1). Fig is a device-independent way of - representing figures. Like TeX <tt>DVI</tt> files, Fig - graphics<a id="id2892446" class="indexterm" - name="id2892446"></a> are always translated into a - device-dependent form before they are printed. - <b>Fig2MF</b> translates Fig graphics into MetaFont code, - which can be rendered into a font that is usable by TeX - on any platform.</p> - - <p>At present, there are a few limitations on - <b>Fig2MF</b>: text objects are ignored, and arrowed and - non-solid line styles are not supported. The advantage of - <b>Fig2MF</b> is that very good interactive drawing - programs, like <b>xfig</b>, can be used to create - figures.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.tpic" - name="sec.tpic"></a>MetaFont</h3> - </div> - </div> - - <p>If the idea of programming directly in MetaFont<a - id="id2892507" class="indexterm" name="id2892507"></a> is - appealing to you, start by reading “Simple Drawings - in MetaFont” [<a - href="bi01.html#zw:simple">zw:simple</a>]. This is a - short document (freely available) that describes how - simple drawings can easily be rendered directly in - MetaFont.</p> - - <p>In order to use MetaFont creatively, <span - class="emphasis"><em>The \MF{}book</em></span> [<a - href="bi01.html#kn:mfbook">kn:mfbook</a>] is really a - necessity, but you can get a feel for the picture - creation process in MetaFont without it.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2892560" - name="id2892560"></a>Using a Little More Help</h2> - </div> - </div> - - <p>A couple of TeX macro packages combine the convenience - of using only TeX commands to produce pictures and figures - with the power of PostScript<a id="id2892571" - class="indexterm" name="id2892571"></a><a id="id2892581" - class="indexterm" name="id2892581"></a>. Using these macros - makes your documents less portable because they rely on a - PostScript printer or PostScript interpreter to be - printed.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.pictures.pstricks" - name="sec.pictures.pstricks"></a>PSTricks</h2> - </div> - </div> - - <p>The PSTricks<a id="id2892610" class="indexterm" - name="id2892610"></a><a id="id2892620" class="indexterm" - name="id2892620"></a> macro package is a TeX-PostScript - hybrid. The advantage of this approach is that PSTricks is - able to provide much wider functionality than the preceding - packages without leaving TeX. The disadvantage is that it - makes your documents dependent on a PostScript printer.</p> - - <p>One of the neatest features of PSTricks is the ability - to interact with other TeX objects. You can add PostScript - annotations (curved lines, labels, etc.) to the entries in - a table, for example, or point to other elements on the - page.</p> - - <p>In addition to allowing you to insert essentially - arbitrary PostScript commands directly into your document, - PSTricks provides TeX macros for most common picture - elements including: commands for curved and straight lines - (at arbitrary angles), a wide variety of arrow heads and - tails, pattern-filled regions, regular and irregular - polygonal shapes, text scaling and rotation, and grids.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2892664" - name="id2892664"></a>TeXdraw</h2> - </div> - </div> - - <p>TeXdraw, like \product{\PSTricks}, provides support for - pictures and figures by relying on a PostScript back - end.</p> - - <p>TeXdraw<a id="id2892679" class="indexterm" - name="id2892679"></a><a id="id2892688" class="indexterm" - name="id2892688"></a> is organized into a toolbox of simple - routines from which more complex commands can be - constructed. The TeXdraw manual [<a - href="bi01.html#pk:texdraw">pk:texdraw</a>] includes - several examples of how complex commands can be built from - toolbox routines.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2892716" - name="id2892716"></a>tpic</h2> - </div> - </div> - - <p>The “pic”<a id="id2892728" class="indexterm" - name="id2892728"></a> drawing language was designed for - <b>troff</b> documents. The <b>tpic</b><a id="id2892749" - class="indexterm" name="id2892749"></a><a id="id2892756" - class="indexterm" name="id2892756"></a><a id="id2892766" - class="indexterm" name="id2892766"></a> program interprets - pic drawings and produces TeX output to render them. The - output relies on a set of \special commands, which must be - implemented by the DVI driver to actually produce the - output. The <b>tpic</b> \specials are implemented by many - DVI drivers.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.scaleformat" name="sec.scaleformat"></a>Using a - Lot of Help</h2> - </div> - </div> - - <p>Although many nice effects can be achieved directly in - TeX or with MetaFont, you will probably want to include - some other form of image (e.g., an encapsulated PostScript - figure or a scanned photograph) in a TeX document - eventually.</p> - - <p>There are a myriad of choices when this occurs. To a - large extent, the options available depend on the kind of - printer you have, which DVI drivers you use, and to what - extent you are willing to sacrifice device - independence.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2892815" - name="id2892815"></a>Electronic Cut-and-paste</h3> - </div> - </div> - - <p>Documents<a id="id2892828" class="indexterm" - name="id2892828"></a> that require complex graphics may - be difficult to produce as a single TeX document. You may - exceed the memory limitations of your version of TeX if - you try to put too many figures on a given page, or you - may wish to include graphics from incompatible macro - packages (suppose you are using the Lollipop format for - example, and you want to include a LaTeX - <tt>picture</tt>).</p> - - <p>You can always leave blank space in your document, - print the graphic on a separate page, and then combine - the two pages with scissors, glue, and a photocopy - machine. However, there are many times when this is - inappropriate (not to mention the aesthetic sensibilities - it may disturb).</p> - - <p>Another solution is to use a program that can perform - cut-and-paste operations on the output files before they - are printed. If you use Plain TeX or LamSTeX, one option - is <b>DVIpaste</b><a id="id2892877" class="indexterm" - name="id2892877"></a>. <b>DVIpaste</b> can insert parts - of one <tt>DVI</tt> file into another. It is part of the - LamSTeX distribution. The documentation for - <b>DVIpaste</b> contains a good example of its use. - Unfortunately, <b>DVIpaste</b> relies on macros that are - incompatible with most other macro packages.</p> - - <p>Some DVI drivers like <b>dvimsp</b><a id="id2892928" - class="indexterm" name="id2892928"></a>,<sup>[<a - id="id2892937" name="id2892937" - href="#ftn.id2892937">81</a>]</sup> which comes with - emTeX, can translate <tt>DVI</tt> files into bitmapped - images that can then be incorporated into your document - directly. Figures <a href="ch04.html#fig.caffeine" - title="Figure 4.11. Caffeine by ChemTeX">Figure 4.11</a>, - <a href="ch04.html#fig.lithium" - title="Figure 4.13. A lithium cation rendered by ChemStruct"> - Figure 4.13</a>, and  <a - href="ch04.html#fig.mozart" - title="Figure 4.15. A little Mozart…">Figure 4.15</a> - in Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>, - were inserted into this book using <b>dvidot</b><a - id="id2893022" class="indexterm" - name="id2893022"></a>.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2893032" - name="id2893032"></a>Scalable Image Formats</h3> - </div> - </div> - - <p>Several of the most commonly encountered scalable - image formats are PostScript (usually encapsulated)<a - id="id2893044" class="indexterm" name="id2893044"></a><a - id="id2893054" class="indexterm" name="id2893054"></a>, - HPGL (Hewlett-Packard's<a id="id2893063" - class="indexterm" name="id2893063"></a> Plotter - language), DXF (Autocad's vector format)<a id="id2893072" - class="indexterm" name="id2893072"></a>, and the Fig - graphics<a id="id2893081" class="indexterm" - name="id2893081"></a> language. PostScript and HPGL are - used by specific printers and plotters, DXF files are - created by many computer-aided design programs, and Fig - is a graphic language understood by several free editing - tools---it is always converted into something else before - it is printed. Many programs that can edit scalable - images have their own vendor-specific formats. Luckily, - these programs can usually produce PostScript or HPGL - output as well.</p> - - <p>PostScript images are the most commonly encountered - scalable images. Drawing packages that output PostScript - generally produce <span class="emphasis"><em>encapsulated - PostScript</em></span> (EPS)<a id="id2893109" - class="indexterm" name="id2893109"></a><a id="id2893117" - class="indexterm" name="id2893117"></a>. Similarly, most - PostScript clip-art is distributed in EPS format. - Encapsulated PostScript is a subset of the PostScript - language. One of the most important features of EPS - images is a <span class="emphasis"><em>bounding - box</em></span><a id="id2893135" class="indexterm" - name="id2893135"></a><a id="id2893145" class="indexterm" - name="id2893145"></a>. The bounding box identifies the - size of the EPS image. This information is used to - determine the scaling factor required to get an image of - the correct size.</p> - - <p>Generic PostScript can sometimes be converted into - encapsulated PostScript. For example, the - <b>ps2epsi</b><a id="id2893170" class="indexterm" - name="id2893170"></a> program that comes with - <b>Ghostscript</b><a id="id2893185" class="indexterm" - name="id2893185"></a> attempts to convert generic - PostScript into encapsulated PostScript.</p> - - <p>Some software produces reasonable PostScript figures, - but fails to include the bounding box. For those - situations, the <b>bbfig</b><a id="id2893206" - class="indexterm" name="id2893206"></a> program that - comes with <b>dvips</b> may help. <b>bbfig</b> uses the - printer to calculate a bounding box that you can insert - into the figure. After you have printed the figure, you - can construct a bounding box by hand, if necessary - (sometimes <b>bbfig</b> gets confused). Simply measure - the height and width of the figure and its position on - the page (measured from the bottom-left corner). The - bounding box is a rectangle measured from the lower-left - corner of the figure to the upper-right corner. An - example is shown in Figure <a - href="ch06.html#fig.epsbox" - title="Figure 6.8. A PostScript bounding box example"> - Figure 6.8</a>.</p> - - <div class="figure"> - <a id="fig.epsbox" name="fig.epsbox"></a> - - <p class="title"><b>Figure 6.8. A PostScript - bounding box example</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p>The bounding box is measured in PostScript points. - There are 72 PostScript points to the inch, so the image - in Figure <a href="ch06.html#fig.epsbox" - title="Figure 6.8. A PostScript bounding box example"> - Figure 6.8</a> has the following bounding box:</p> - - <div class="informalexample"> - <p><!-- %BoundingBox: 115.2 180 468 626.4 --></p> - </div> - - <p>If you are printing your document on a PostScript - printer, you will find that PostScript images are easy to - handle; every PostScript DVI driver that I have seen - allows you to incorporate encapsulated PostScript with - one or more \special commands. The section “<a - href="ch06.html#sec.incps" - title="Bitmapped Image Formats">the section called - “Bitmapped Image Formats”</a>” later in - this chapter describes two ways of incorporating - encapsulated PostScript images into Plain TeX or LaTeX - documents for printing on a PostScript printer.</p> - - <p>PostScript output on non-PostScript devices is much - more difficult, although it can be achieved with a - PostScript interpreter like <b>Ghostscript</b>.<sup>[<a - id="id2893346" name="id2893346" - href="#ftn.id2893346">82</a>]</sup> For a detailed - description of how PostScript images can be converted - into another format with <b>Ghostscript</b>, see the - “<a href="ch06.html#sec.gs" - title="Image Magick">the section called “Image - Magick”</a>” section later in this - chapter.</p> - - <p>Hewlett-Packard HPGL<a id="id2893388" - class="indexterm" name="id2893388"></a> is the plotter - language developed by HP for its line of pen-based - plotting devices. Many computer-aided design and drafting - programs can produce HPGL. In addition to plotters, the - HP LaserJet III and more recent HP LaserJet printers also - understand HPGL. On an HP LaserJet III or later model - printer, you can print HPGL directly if your DVI driver - allows you to include printer-specific data. This ability - was introduced in version 1.4t of the emTeX - <b>dvihplj</b><a id="id2893402" class="indexterm" - name="id2893402"></a> driver.</p> - - <p>If your DVI driver does not support printer-specific - files or your printer does not understand HPGL, there are - at least two conversion programs (<b>hp2xx</b><a - id="id2893432" class="indexterm" name="id2893432"></a> - and <b>hp2ps</b><a id="id2893446" class="indexterm" - name="id2893446"></a>) that may be able to convert your - HPGL drawings into another form you can use.</p> - - <p>The Fig graphics language was designed to represent - pictures and figures in an easy to interpret and portable - manner. The <b>Fig</b><a id="id2893467" class="indexterm" - name="id2893467"></a> and <b>xfig</b><a id="id2893481" - class="indexterm" name="id2893481"></a> drawing programs - work with Fig graphics<a id="id2893490" class="indexterm" - name="id2893490"></a>. Several other programs, like - <b>gnuplot</b><a id="id2893505" class="indexterm" - name="id2893505"></a>, can also produce Fig graphics. See - the “<a href="ch06.html#sec.Fig" - title="The epic and eepic styles">the section called - “The epic and eepic styles”</a>” - section for more information.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.incps" - name="sec.incps"></a>Bitmapped Image Formats</h3> - </div> - </div> - - <p>Including bitmapped images<a id="id2893540" - class="indexterm" name="id2893540"></a> is easier than - including scalable images because no real interpretation - of commands is necessary. Over the years, lots of - different ways have been developed for including - bitmapped images in TeX documents. Since the development - of the <b>bm2font</b> program, most of these methods have - become obsolete. As a result, this section examines only - a few methods.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2893563" - name="id2893563"></a>DVI driver {\ttbackslash - special}</h4> - </div> - </div> - - <p>The first method is DVI driver-specific: if your DVI - driver includes a \special command for including - bitmapped graphic images, you can simply use that - command. The disadvantage of using a DVI driver - \special is that it makes the document less portable. - Instead of being printable with any DVI driver, it now - requires a DVI driver that recognizes a particular - \special command. Note also that some DVI drivers do - not handle color images very well; you may need to - convert the image to black and white first. (Many - programs described in the “<a - href="ch06.html#sec.picconv" - title="Manipulating Images">the section called - “Manipulating Images”</a>” section - later in this chapter can perform this operation.)</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2893598" - name="id2893598"></a>bm2font</h4> - </div> - </div> - - <p>On most platforms, <b>bm2font</b><a id="id2893612" - class="indexterm" name="id2893612"></a> provides an - ideal solution for including bitmapped images. This - program translates bitmapped images into <tt>PK</tt><a - id="id2893630" class="indexterm" name="id2893630"></a> - fonts and produces a snippet of TeX code that can be - used to print the image in your document. Because most - DVI drivers can use <tt>PK</tt> fonts, a high degree of - portability is maintained. Some portability is still - lost since the bitmapped image has a fixed resolution, - but that is a consequence of using the bitmapped image, - not <b>bm2font</b>. All of the bitmap images in this - book were included with the <b>bm2font</b> program.</p> - - <p>This book is a good example of an instance where - portability is required. I could easily have included - the graphics with the \special command of the DVI - driver that I use most frequently (<b>dvihplj</b>), but - then I couldn't have produced pages suitable for final - publication.</p> - - <p><b>bm2font</b> can read a number of common graphic - image formats including <tt>GIF</tt><a id="id2893714" - class="indexterm" name="id2893714"></a>, Windows - <tt>BMP</tt><a id="id2893731" class="indexterm" - name="id2893731"></a>, and <tt>PCX</tt><a - id="id2893753" class="indexterm" name="id2893753"></a>. - It can translate color images into black and white - using a number of dithering<a id="id2893763" - class="indexterm" name="id2893763"></a> methods, and it - can scale the image to a specific size (although - scaling bitmap images is not usually very - effective).</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2893776" - name="id2893776"></a>pbmtopk</h4> - </div> - </div> - - <p>The <b>pbmtopk</b><a id="id2893790" - class="indexterm" name="id2893790"></a> program - provides a solution similar to <b>bm2font</b>. Because - <b>pbmtopk</b><a id="id2893812" class="indexterm" - name="id2893812"></a> is a smaller program, it may be - easier to port to other systems. The <b>pbmtopk</b> - distribution includes <b>pktopbm</b><a id="id2893834" - class="indexterm" name="id2893834"></a>, which can - translate <tt>PK</tt> files back into <tt>PBM</tt><a - id="id2893860" class="indexterm" name="id2893860"></a> - bitmaps.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2893872" - name="id2893872"></a>Inserting PostScript Images into - TeX</h3> - </div> - </div> - - <p>If you are using Plain TeX or LaTeX and printing your - documents on a PostScript printer<a id="id2893883" - class="indexterm" name="id2893883"></a>, there are - several (essentially equivalent) style files that you can - use to include your figures.</p> - - <p>One is <tt>epsfig.sty</tt><a id="id2893906" - class="indexterm" name="id2893906"></a>, which can be - used as a LaTeX style option or be inserted directly into - Plain TeX documents with \input.<sup>[<a id="id2893914" - name="id2893914" href="#ftn.id2893914">83</a>]</sup> The - <tt>epsfig</tt> style option is supported by LaTeX2e as - well.</p> - - <p>After the style file is loaded, you can use the macro - \epsfig to include your figure. The complete syntax for - \epsfig is:</p> -<pre class="screen"> - \epsfig{figure=, height=, width=, rheight=, rwidth=, - bbllx=, bblly=, bburx=, bbury=, - clip=, angle=, silent=} -</pre> - - <p>In practice, only a few of these options are commonly - used. Here is a description of each:</p> - - <div class="variablelist"> - <dl> - <dt><span class="term"><tt>figure=</tt></span></dt> - - <dd> - <p>Identifies the name of the file containing the - PostScript figure. This option is required.</p> - </dd> - - <dt><span class="term"><tt>height=, - width=</tt></span></dt> - - <dd> - <p>Specify the height and width of the figure. If - only one is specified, the other will be scaled - automatically to keep the proportions of the - original figure. If both are given, the figure will - be scaled (anamorphically) to the requested - size.</p> - </dd> - - <dt><span class="term"><tt>rheight=, - rwidth=</tt></span></dt> - - <dd> - <p>Provide the “reserved” height and - width of the figure. This is how big the TeX box - that encloses the figure will be. By default, the - box is as big as the figure.</p> - </dd> - - <dt><span class="term"><tt>bbllx=, bblly=, bburx=, - bbury=</tt></span></dt> - - <dd> - <p>Specify the bounding box<a id="id2894103" - class="indexterm" name="id2894103"></a> of the - figure. If not specified (it usually isn't), the - bounding box is read from the PostScript - figure.</p> - </dd> - - <dt><span class="term"><tt>clip=</tt></span></dt> - - <dd> - <p>Indicates whether or not the figure should be - “clipped” at its bounding box. Clipping - prevents lines in the figure from extending beyond - the bounding box.</p> - </dd> - - <dt><span class="term"><tt>angle=</tt></span></dt> - - <dd> - <p>Allows you to specify that the figure should be - rotated. Always specify the angle of rotation in - degrees. The figure is always rotated - counter-clockwise.</p> - </dd> - - <dt><span class="term"><tt>silent=</tt></span></dt> - - <dd> - <p>Turns off informative messages printed by the - macros as the figure is processed.</p> - </dd> - </dl> - </div> - - <p>The parameters to the \epsfig macro have to obey TeX's - strict parsing rules. In particular, you must not put - spaces around the equal sign in any option. The - <tt>clip=</tt> and <tt>silent=</tt> options have no - values, but you must include the equal sign anyway.</p> - - <p>For example, Figure <a - href="ch06.html#fig.psfigure" - title="Figure 6.9. An example of an encapsulated figure"> - Figure 6.9</a> was inserted by \epsfig using the - following commands:</p> -<pre class="screen"> -\begin{figure} - \epsfig{figure=figs/sample.eps} - \caption{An example of an encapsulated figure.} - \label{fig.psfigure} -\end{figure} -</pre> - <a id="id2894252" class="indexterm" name="id2894252"></a> - - <div class="figure"> - <a id="fig.psfigure" name="fig.psfigure"></a> - - <p class="title"><b>Figure 6.9. An example of - an encapsulated figure</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p>Figure <a href="ch06.html#fig.psfigurerot" - title="Figure 6.10. Another example of an encapsulated figure (resized and rotated)"> - Figure 6.10</a> demonstrates a few of other - <tt>epsfig</tt> options:</p> -<pre class="screen"> -\begin{figure} - \epsfig{figure=figs/sample.eps,width=6cm,angle=45} - \caption{Another example of an encapsulated figure - (resized and rotated)} - \label{fig.psfigurerot} -\end{figure} -</pre> - <a id="id2894324" class="indexterm" name="id2894324"></a> - - <div class="figure"> - <a id="fig.psfigurerot" name="fig.psfigurerot"></a> - - <p class="title"><b>Figure 6.10. Another - example of an encapsulated figure (resized and - rotated)</b></p> - - <div class="mediaobject"> - <img src="figs/tex.06.09.eps" /> - </div> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.picconv" name="sec.picconv"></a>Manipulating - Images</h2> - </div> - </div> - - <p>There are literally dozens of software packages - available for manipulating graphic images<a id="id2894380" - class="indexterm" name="id2894380"></a>. The discussion - that follows focuses on a small handful of these programs. - The programs selected are representative of the kinds of - tools available, but this is by no means an endorsement - that these are the best tools. Table <a - href="ch06.html#tab.manipover" - title="Table 6.1. Graphics Manipulation Packages"> - Table 6.1</a> summarizes the programs described in - this section.</p> - - <p>If you cannot find any way of converting a particular - image, remember that you may be able to display the image - and capture it with another program that can save the image - in a more tractable format.</p> - - <div class="table"> - <a id="tab.manipover" name="tab.manipover"></a> - - <p class="title"><b>Table 6.1. Graphics - Manipulation Packages</b></p> - - <table summary="Graphics Manipulation Packages" - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Program</th> - - <th align="left">\bf Platforms</th> - - <th align="left">\bf Cost</th> - - <th align="left">\bf Purpose</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">Image Magick</td> - - <td align="left">unix</td> - - <td align="left">Free</td> - - <td align="left">Display, manipulate, convert and - capture images</td> - </tr> - - <tr> - <td align="left">PBMplus</td> - - <td align="left">All</td> - - <td align="left">Free</td> - - <td align="left">Convert and manipulate images</td> - </tr> - - <tr> - <td align="left">xv</td> - - <td align="left">unix</td> - - <td align="left">SW${}^1$</td> - - <td align="left">Display, manipulate, convert and - capture images</td> - </tr> - - <tr> - <td align="left">xloadimage</td> - - <td align="left">unix</td> - - <td align="left">Free</td> - - <td align="left">Display images</td> - </tr> - - <tr> - <td align="left">Image Alchemy</td> - - <td align="left">MS-DOS${}^2$</td> - - <td align="left">SW</td> - - <td align="left">Convert images</td> - </tr> - - <tr> - <td align="left">ColorView</td> - - <td align="left">MS-DOS</td> - - <td align="left">SW</td> - - <td align="left">Convert images</td> - </tr> - - <tr> - <td align="left">Jpeg4</td> - - <td align="left">MS-DOS</td> - - <td align="left">SW</td> - - <td align="left">Convert images</td> - </tr> - - <tr> - <td align="left">pmjpeg</td> - - <td align="left">OS/2</td> - - <td align="left">SW</td> - - <td align="left">Display and convert images</td> - </tr> - - <tr> - <td align="left">txt2pcx</td> - - <td align="left">MS-DOS</td> - - <td align="left">SW</td> - - <td align="left">Translate text into graphic image - format</td> - </tr> - - <tr> - <td align="left">Ghostscript</td> - - <td align="left">All</td> - - <td align="left">Free</td> - - <td align="left">Convert PostScript to other - formats</td> - </tr> - - <tr> - <td align="left">GoScript</td> - - <td align="left">MS-DOS</td> - - <td align="left">\$\$${}^3$</td> - - <td align="left">Convert PostScript to other - formats</td> - </tr> - - <tr> - <td align="left">hp2xx</td> - - <td align="left">unix</td> - - <td align="left">Free</td> - - <td align="left">Convert HPGL to other formats</td> - </tr> - - <tr> - <td align="left">\multicolumn{4}{l}{ ${}^1$\vrule - height11pt width0pt\tiny Shareware: “Try - before you buy,” but not free.}</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\multicolumn{4}{l}{ ${}^2$\tiny - Also available for Sun workstations; see - documentation.}</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - </tbody> - </table> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.gs" - name="sec.gs"></a>Image Magick</h3> - </div> - </div> - - <p><b>Image Magick<a id="id2894787" class="indexterm" - name="id2894787"></a></b> is a collection of eight - programs for manipulating images. These programs work - with MIFF files<a id="id2894797" class="indexterm" - name="id2894797"></a> by default. MIFF is the - “machine-independent file format” developed - by the package's author. If you are going to manipulate - images with these tools, the author recommends converting - them to MIFF format first. The <b>convert</b> program - reads and writes a large number of image formats, so - conversion to and from MIFF format is - straightforward.</p> - - <p><b>Image Magick</b> requires the Independent JPEG - Group<a id="id2894834" class="indexterm" - name="id2894834"></a>'s JPEG library in order to - manipulate JPEG images. Similarly, Sam Leffler<a - id="id2894844" class="indexterm" name="id2894844"></a>'s - TIFF software library is required to manipulate TIFF<a - id="id2894854" class="indexterm" name="id2894854"></a> - images. Both of these are compile-time options. If you - did not build <b>Image Magick</b>, you may not be able to - manipulate JPEG or TIFF images. To manipulate PostScript - images, <b>Ghostscript</b> must be available.</p> - - <p>The programs described below are the <b>Image - Magick</b> tools that allow you to manipulate images in - ways that may be necessary or useful for creating - printable images. Other tools, like <b>animate</b><a - id="id2894899" class="indexterm" name="id2894899"></a>, - included in the <b>Image Magick</b> distribution, aren't - described here because they have no bearing on - printability.</p> - - <div class="variablelist"> - <dl> - <dt><span class="term"><b>display</b></span></dt> - - <dd> - <p>This program<a id="id2894938" class="indexterm" - name="id2894938"></a> allows you to preview images - on an X11 display. The number of colors in the - image is reduced to match the number of colors of - your display, if necessary. Program options allow - you to specify a variety of image-processing - operations on the image (noise reduction, scaling, - manipulation of the color map, etc.).</p> - - <p>Conversion to MIFF format, as recommended above, - isn't necessary for simply displaying the - image.</p> - </dd> - - <dt><span class="term"><b>import</b></span></dt> - - <dd> - <p>This program<a id="id2894981" class="indexterm" - name="id2894981"></a> allows you to capture visible - portions of an X11 display. You can capture any - visible window, the entire display, or any - rectangular portion of the display. <b>import</b> - can save the image in any format recognized by - <b>convert</b>.</p> - </dd> - - <dt><span class="term"><b>convert</b></span></dt> - - <dd> - <p>As the name implies, this utility<a - id="id2895033" class="indexterm" - name="id2895033"></a> converts images between - graphics formats. The following standard formats - are recognized:</p> - - <table class="simplelist" border="0" - summary="Simple list"> - <tr> - <td>MIFF</td> - - <td>BMP</td> - - <td>CMYK</td> - - <td>EPS</td> - - <td>FAX</td> - - <td>GIF</td> - - <td>IRIS</td> - - <td>JPEG</td> - - <td>PICT</td> - - <td>PNM</td> - </tr> - - <tr> - <td>PS</td> - - <td>RGB</td> - - <td>RLE</td> - - <td>SUN</td> - - <td>TGA</td> - - <td>TEXT</td> - - <td>TIFF</td> - - <td>XBM</td> - - <td>XWD</td> - - <td> </td> - </tr> - </table> - - <p>Additionally, a few less-standard formats are - recognized. A complete list is available in the - manual page for <b>convert</b>.</p> - </dd> - - <dt><span class="term"><b>combine</b></span></dt> - - <dd> - <p>This program combines<a id="id2895167" - class="indexterm" name="id2895167"></a> two images - by blending them together. The result varies - tremendously, depending on the kind of blending - used. Simple overlaps, various kinds of cutouts, - and more complex color blendings are possible.</p> - </dd> - - <dt><span class="term"><b>montage</b></span></dt> - - <dd> - <p>Unlike <b>combine</b>, <b>montage</b><a - id="id2895217" class="indexterm" - name="id2895217"></a> combines multiple images by - <span class="emphasis"><em>tiling<a id="id2895229" - class="indexterm" - name="id2895229"></a></em></span>. (The images are - laid next to each other rather than on top of each - other.) Optionally, the image name can appear below - each tile.</p> - </dd> - - <dt><span class="term"><b>mogrify</b></span></dt> - - <dd> - <p><b>mogrify</b><a id="id2895268" - class="indexterm" name="id2895268"></a> is used to - transform an image (or series of images). You can - specify alternate color maps in a variety of ways, - as well as dithering<a id="id2895280" - class="indexterm" name="id2895280"></a> and error - correcting transformations. The images can also be - rolled, rotated, rescaled, and sheared. (Shearing<a - id="id2895290" class="indexterm" - name="id2895290"></a> transforms a rectangle into a - parallelogram by shifting the X or Y axis.)</p> - </dd> - </dl> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2895306" - name="id2895306"></a>PBMplus</h3> - </div> - </div> - - <p>The <b>PBMplus<a id="id2895320" class="indexterm" - name="id2895320"></a></b> package is a large collection - of image translation programs. This package was written - originally for unix, but has since been ported to MS-DOS - and OS/2.</p> - - <p><b>PBMplus</b> defines three file formats<a - id="id2895342" class="indexterm" name="id2895342"></a><a - id="id2895350" class="indexterm" name="id2895350"></a><a - id="id2895357" class="indexterm" - name="id2895357"></a>:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>PBM---The Portable Bitmap format for black and - white images</p> - </li> - - <li> - <p>PGM---The Portable Graymap format for grayscaled - images</p> - </li> - - <li> - <p>PPM---The Portable Pixmap format for color - images</p> - </li> - </ul> - </div> - <br /> - <br /> - - <p>Translation from one format to another is accomplished - by translating into the appropriate portable format - first, and then translating the portable bitmap into the - destination format.</p> - - <p>The following image formats are supported by the - PBMPlus tools:</p> - - <table class="simplelist" border="0" - summary="Simple list"> - <tr> - <td>Abekas YUV bytes</td> - - <td>MGR bitmaps</td> - </tr> - - <tr> - <td>Andrew Toolkit raster objects</td> - - <td>MTV or PRT ray traced images</td> - </tr> - - <tr> - <td>Atari Degas .pi1 images</td> - - <td>MacPaint files</td> - </tr> - - <tr> - <td>Atari Degas .pi3 files</td> - - <td>Macintosh PICT files</td> - </tr> - - <tr> - <td>Atari Spectrum files</td> - - <td>PCX files</td> - </tr> - - <tr> - <td>AutoCAD slides</td> - - <td>PostScript “images”</td> - </tr> - - <tr> - <td>Bennet Yee “faces”</td> - - <td>QRT ray tracer files</td> - </tr> - - <tr> - <td>CMU window manager bitmaps</td> - - <td>Raw grayscale bytes</td> - </tr> - - <tr> - <td>Doodle brush files</td> - - <td>Raw RGB bytes</td> - </tr> - - <tr> - <td>FITS files</td> - - <td>Sun icons</td> - </tr> - - <tr> - <td>GIF files</td> - - <td>Sun rasterfiles</td> - </tr> - - <tr> - <td>Gould scanner files</td> - - <td>TIFF images</td> - </tr> - - <tr> - <td>Group 3 faxes</td> - - <td>TrueVision Targa files</td> - </tr> - - <tr> - <td>HIPS files</td> - - <td>Usenix FaceSaver(tm) images</td> - </tr> - - <tr> - <td>HP PaintJet files</td> - - <td>X10/X11 window dumps</td> - </tr> - - <tr> - <td>IFF ILBM files</td> - - <td>X11 pixmaps</td> - </tr> - - <tr> - <td>IMG (GEM) images</td> - - <td>XBM files</td> - </tr> - - <tr> - <td>Img-whatnot files</td> - - <td>Xim file</td> - </tr> - - <tr> - <td>Lisp Machine bitmaps</td> - - <td> </td> - </tr> - </table> - - <p>The <b>PBMplus</b> tools translate the image into the - appropriate portable format (PBM, PGM, or PPM) depending - on the nature of the image. Similarly, the tools can all - work with “lower” formats. (PPM tools can - work with PGM and PBM files, and PGM tools can work with - PBM files.) For example, there is no - “<b>pbmtopcx</b>,” however the - <b>ppmtopcx</b><a id="id2895625" class="indexterm" - name="id2895625"></a> tool will create a black and white - PCX file if you use a PBM file as the input. Once - converted into a portable format, the image can be - translated back into (almost) any of the supported - formats.</p> - - <p>In addition to image conversion, the PBMPlus tools - include programs to perform a wide variety of image - manipulations.</p> - - <table class="simplelist" border="0" - summary="Simple list"> - <tr> - <td>Apply Conway's rules of life</td> - - <td>Create a blank image</td> - </tr> - - <tr> - <td>Create a mask bitmap</td> - - <td>Reduce/enlarge an image</td> - </tr> - - <tr> - <td>Convert text into a bitmap</td> - - <td>Create a UPC bitmap</td> - </tr> - - <tr> - <td>Bentleyize a greymap</td> - - <td>Apply edge-detection</td> - </tr> - - <tr> - <td>Apply edge-enhancement</td> - - <td>Generate a histogram</td> - </tr> - - <tr> - <td>Normalize contrast</td> - - <td>Apply an “oil-painting” filter</td> - </tr> - - <tr> - <td>Create a “ramp”</td> - - <td>Generate textural features</td> - </tr> - - <tr> - <td>Perform bitwise arithmetic</td> - - <td>Perform MxN convolution</td> - </tr> - - <tr> - <td>Crop an image</td> - - <td>Cut/Paste rectangles</td> - </tr> - - <tr> - <td>Color-reduce</td> - - <td>Flip/rotate</td> - </tr> - - <tr> - <td>Apply gamma-correction</td> - - <td>Build a visual index</td> - </tr> - - <tr> - <td>Invert an image</td> - - <td>Add a border to an image</td> - </tr> - - <tr> - <td>Scale an image</td> - - <td>Shear an image</td> - </tr> - - <tr> - <td>Smooth an image</td> - - <td>Build a tiled image</td> - </tr> - - <tr> - <td>Colorize a graymap</td> - - <td>Dither color images</td> - </tr> - - <tr> - <td>Create fractal terrain</td> - - <td>Apply Laplacian-relief filter</td> - </tr> - </table> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2895807" - name="id2895807"></a>xv</h3> - </div> - </div> - - <p><b>xv</b><a id="id2895821" class="indexterm" - name="id2895821"></a> is an interactive image - viewing/converting tool that runs on X11 servers - (including MS-DOS implementations of X11 such as - Desqview/X).</p> - - <p>You can view GIF<a id="id2895837" class="indexterm" - name="id2895837"></a>, PBM<a id="id2895845" - class="indexterm" name="id2895845"></a>, XBM<a - id="id2895854" class="indexterm" name="id2895854"></a>, - Sun rasterfile<a id="id2895863" class="indexterm" - name="id2895863"></a>, JPEG<a id="id2895871" - class="indexterm" name="id2895871"></a>, and TIFF<a - id="id2895880" class="indexterm" name="id2895880"></a> - images. You can save any image in one of those formats or - in encapsulated PostScript. In addition, you can capture - any visible portion of the X11 server window - interactively with <b>xv</b>.</p> - - <p>Like most of the tools described here, <b>xv</b> - includes a number of image manipulation tools (cropping, - scaling, editing the color map, etc.). If you try to view - an image that is larger than your display, <b>xv</b> - automatically scales it to fit. I find that <b>xv</b>'s - interactive nature makes it easier to use for image - manipulation than the command-driven tools.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2895932" - name="id2895932"></a>xloadimage</h3> - </div> - </div> - - <p>The <b>xloadimage</b><a id="id2895946" - class="indexterm" name="id2895946"></a> program is - another X11 picture display tool. Like <b>xv</b> and - <b>Image Magick</b>'s <b>display</b>, it has a number of - picture manipulation options (although they are not - interactive).</p> - - <p>One advantage of <b>xloadimage</b> is that it does not - rescale images that are too large to fit within the - display. Instead, it places them in a scrollable window. - I find this behavior superior to <b>xv</b>'s solution of - rescaling a very large image even though you are - interested only in a small section of it.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2896003" - name="id2896003"></a>Image Alchemy</h3> - </div> - </div> - - <p><b>Image Alchemy</b><a id="id2896018" - class="indexterm" name="id2896018"></a> is a shareware - tool for converting graphic images between various - formats. Although the manual mentions a version for Sun - workstations, I have only seen the MS-DOS version.</p> - - <p>Note that the unregistered shareware version of this - program will only convert images which are 640$\times$480 - pixels or smaller.</p> - - <p>The following is a list of the graphic formats - recognized by version 1.5 of <b>Image Alchemy</b>:</p> - - <table class="simplelist" border="0" - summary="Simple list"> - <tr> - <td>ADEX</td> - - <td>PCPAINT/Pictor Page Format</td> - </tr> - - <tr> - <td>Autologic</td> - - <td>PCX</td> - </tr> - - <tr> - <td>Binary Information Files (BIF)</td> - - <td>Portable BitMap (PBM)</td> - </tr> - - <tr> - <td>Encapsulated PostScript (EPS)</td> - - <td>Q0</td> - </tr> - - <tr> - <td>Erdas LAN/GIS</td> - - <td>QDV</td> - </tr> - - <tr> - <td>Freedom of the Press</td> - - <td>QRT</td> - </tr> - - <tr> - <td>GEM VDI Image File</td> - - <td>Scodl</td> - </tr> - - <tr> - <td>GIF</td> - - <td>Silicon Graphics Image</td> - </tr> - - <tr> - <td>HP Printer Command Language (PCL)</td> - - <td>Stork</td> - </tr> - - <tr> - <td>HP Raster Transfer Language (RTL)</td> - - <td>Sun Raster</td> - </tr> - - <tr> - <td>HSI JPEG</td> - - <td>TIFF</td> - </tr> - - <tr> - <td>HSI Palette</td> - - <td>Targa</td> - </tr> - - <tr> - <td>HSI Raw</td> - - <td>Utah Raster Toolkit (RLE)</td> - </tr> - - <tr> - <td>IFF/ILBM</td> - - <td>Vivid</td> - </tr> - - <tr> - <td>JPEG/JFIF</td> - - <td>Windows Bitmap (BMP)</td> - </tr> - - <tr> - <td>Jovian VI</td> - - <td>WordPerfect Graphic File</td> - </tr> - - <tr> - <td>Macintosh PICT/PICT2</td> - - <td>XBM</td> - </tr> - - <tr> - <td>MTV Ray Tracer</td> - - <td>XWD</td> - </tr> - </table> - - <p><b>Image Alchemy</b> can also perform a number of - image manipulations like rescaling, cropping, and color - map changes.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2896234" - name="id2896234"></a>ColorView</h3> - </div> - </div> - - <p><b>ColorView<a id="id2896248" class="indexterm" - name="id2896248"></a></b> is a shareware MS-DOS program - for displaying and converting graphic images. Although - designed to work with VESA SuperVGA adapters, - <b>ColorView</b> can also work with plain VGA adapters. - It does require a 80286 or a more powerful processor.</p> - - <p><b>ColorView</b> can read JPEG<a id="id2896279" - class="indexterm" name="id2896279"></a>, GIF (87 and - 89)<a id="id2896288" class="indexterm" - name="id2896288"></a>, BMP<a id="id2896296" - class="indexterm" name="id2896296"></a>, and RLE<a - id="id2896310" class="indexterm" name="id2896310"></a> - images. It can write GIF (87), 8-bit BMP, 24-bit BMP, - JPEG, and RLE images. It can perform image translation - without displaying the images, so a VGA or SuperVGA - adapter is not required for translation.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2896325" - name="id2896325"></a>Jpeg4</h3> - </div> - </div> - - <p>This<a id="id2896334" class="indexterm" - name="id2896334"></a> is the Independent JPEG Group<a - id="id2896343" class="indexterm" name="id2896343"></a>'s - JPEG Software. The compression tool can convert GIF<a - id="id2896353" class="indexterm" name="id2896353"></a>, - PPM<a id="id2896361" class="indexterm" - name="id2896361"></a>, and Targa (TGA)<a id="id2896370" - class="indexterm" name="id2896370"></a> images into - JPEG<a id="id2896379" class="indexterm" - name="id2896379"></a> format. The decompression tool - converts JPEG images into GIF, PPM (or PGM<a - id="id2896389" class="indexterm" name="id2896389"></a>), - or Targa formats.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2896400" - name="id2896400"></a>pmjpeg</h3> - </div> - </div> - - <p>The <b>pmjpeg</b><a id="id2896415" class="indexterm" - name="id2896415"></a> program is an OS/2 2.x program that - can read and display JPEG<a id="id2896424" - class="indexterm" name="id2896424"></a>, TIFF<a - id="id2896433" class="indexterm" name="id2896433"></a>, - Targa<a id="id2896441" class="indexterm" - name="id2896441"></a>, GIF<a id="id2896450" - class="indexterm" name="id2896450"></a>, PCX<a - id="id2896459" class="indexterm" name="id2896459"></a>, - and Windows<a id="id2896467" class="indexterm" - name="id2896467"></a> or OS/2 BMP<a id="id2896482" - class="indexterm" name="id2896482"></a> images. In - addition, <b>pmjpeg</b> can write images in any of these - formats except Windows BMP. <b>pmjpeg</b> can also - capture all or part of the desktop. Some of the other - features of <b>pmjpeg</b> are color map editing, contrast - enhancement, image cropping, scaling, rotation, batch - translation of images into JPEG format, cyclic slideshow - presentations, and the ability to reduce an image to the - system palette colors.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2896523" - name="id2896523"></a>txt2pcx</h3> - </div> - </div> - - <p><b>txt2pcx</b><a id="id2896537" class="indexterm" - name="id2896537"></a> is a memory-resident MS-DOS utility - that captures text-mode screens as PCX graphic images. - See the discussion of screen capturing in the “<a - href="ch06.html#sec.screendump" title="GoScript">the - section called “GoScript”</a>” section - of this chapter for more information about why this is - sometimes desirable.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2896564" - name="id2896564"></a>Ghostscript</h3> - </div> - </div> - - <p><b>Ghostscript</b><a id="id2896577" class="indexterm" - name="id2896577"></a> is distributed by the Free Software - Foundation (FSF)<a id="id2896586" class="indexterm" - name="id2896586"></a>. It is one of the few freely - available programs that can convert PostScript images - into other formats.</p> - - <p><b>Ghostscript</b> is a (mostly) complete PostScript<a - id="id2896608" class="indexterm" name="id2896608"></a> - interpreter. Converting an entire page of PostScript into - another format is straightforward with - <b>Ghostscript</b>. The following example converts the - PostScript file <tt>file.ps</tt> into a monochrome GIF<a - id="id2896637" class="indexterm" name="id2896637"></a> - image called <tt>image1.gif</tt>:</p> -<pre class="screen"> -\$ <span -class="bold"><b>gs -r300 -sDEVICE=gifmono -sOutputFile=image1.gif file.ps</b></span> - -</pre> - <br /> - <br /> - - <p>The parameter <span - class="emphasis"><em>-r300</em></span> indicates that - <b>Ghostscript</b> should generate output at a resolution - of 300dpi. This controls the size of the bitmap. If you - plan to print the resulting bitmap, you should specify - the same resolution as your printer. If <tt>file.ps</tt> - contains more than one page, you can use a <tt><!-- - d</tt> in the output file's name to identify how multiple - pages --> should be handled. For example, if - <tt>file.ps</tt> contains three pages, the following - command will extract the first page into - <tt>image1.gif</tt>, the second page into - <tt>image2.gif</tt>, and the third page into - <tt>image3.gif</tt>:<sup>[<a id="id2896732" - name="id2896732" href="#ftn.id2896732">84</a>]</sup></p> -<pre class="screen"> -\$ <span -class="bold"><b>gs -r300 -sDEVICE=gifmono -sOutputFile=image\%d.gif file.ps</b></span> - -</pre> - \vskip-\baselineskip <br /> - <br /> - - <p>For incorporating images into TeX, it is more common - to convert an encapsulated PostScript (EPS)<a - id="id2896761" class="indexterm" name="id2896761"></a><a - id="id2896769" class="indexterm" name="id2896769"></a><a - id="id2896779" class="indexterm" name="id2896779"></a> - image into a bitmapped format than it is to convert - entire pages. Encapsulated PostScript is described - earlier in this chapter in the section “<a - href="ch06.html#sec.scaleformat" - title="Using a Lot of Help">the section called - “Using a Lot of Help”</a>.” It is - slightly more difficult to convert encapsulated - PostScript because of the bounding box<a id="id2896806" - class="indexterm" name="id2896806"></a>. To convert this - into a bitmap of exactly the right size, you have to tell - <b>Ghostscript</b> to move the image to the upper-left - corner of the page (where <b>Ghostscript</b> always - begins its conversion) and tell it how big the image is - in pixels.</p> - - <p>The following steps are necessary to produce exactly - the right size bitmap of the encapsulated PostScript - figure:</p> - - <div class="orderedlist"> - <ol type="1"> - <li> - <p>Find the size of the bounding box. Examine the - PostScript file using a text editor. Find the line - that begins with <tt><!-- % BoundingBox:</tt> - --> followed by four numbers. Those numbers are - the lower-left x-coordinate (llx), the lower-left - y-coordinate (lly), the upper-right x-coordinate - (urx), and the upper-right y-coordinate (ury), - respectively.</p> - </li> - - <li> - <p>Create another file called <tt>trans.ps</tt> - that contains the single line:</p> -<pre class="screen"> -<span class="emphasis"><em>llx</em></span> neg <span -class="emphasis"><em>lly</em></span> neg translate -</pre> - </li> - - <li> - <p>Calculate the width of the bounding box: - $width_{bb} = urx - llx$.</p> - </li> - - <li> - <p>The width you have just calculated is the width - at 72dpi. To convert this to the resolution that - you will be using, multiply by the resolution and - divide by 72. For example, if you will be printing - at 300dpi and the width of the bounding box - $width_{bb}$ is 216, the width at 300dpi, <span - class="emphasis"><em>width</em></span>, is $(216 - \times 300) \div 72 = 900$.</p> - </li> - - <li> - <p>Calculate the corrected height in an analogous - manner using $height_{bb} = ury - lly$ as a - starting point. For example, if $height_{bb} = - 360$, the height you get at 300dpi is 1500.</p> - </li> - - <li> - <p>Finally, run <b>Ghostscript</b> using the <span - class="emphasis"><em>-g</em></span> parameter to - select the image size ($width \times height$). For - example, to translate the EPS file <tt>card.ps</tt> - into the GIF file <tt>card.gif</tt> at 300dpi - assuming the height and width calculated above, - run:</p> -<pre class="screen"> -\$ <span -class="bold"><b>{gs -r300 -g900x1500 -sDEVICE=gifmono {\bs} - -sOutputFile=card.gif trans.ps card.ps}</b></span> - -</pre> - </li> - </ol> - </div> - - <p>The <span class="emphasis"><em>Perl</em></span> script - shown in Example <a href="ch06.html#ex.gseps" - title="Example 6.8. Converting Encapsulated PostScript to a Bitmap with Ghostscript"> - Example 6.8</a> automates this process.</p> - - <div class="example"> - <a id="ex.gseps" name="ex.gseps"></a> - - <p class="title"><b>Example 6.8. Converting - Encapsulated PostScript to a Bitmap with - Ghostscript</b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="gs-eps.pl"></a> -</pre> - </div> - - <p>The primary disadvantage of <b>Ghostscript</b> is that - the selection of free PostScript fonts is quite limited. - The only freely available fonts are: IBM Courier, - Bitstream Courier, Bitstream Charter, Adobe Utopia, URW - Antiqua, URW Grotesk Bold, Nimbus Roman No9, and Nimbus - Sans. Unless you have the PostScript sources for other - fonts used in your figures (<tt>PFA</tt> or <tt>PFB</tt> - and <tt>AFM</tt> files), <b>Ghostscript</b> will use - crude approximations of the desired font.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.screendump" - name="sec.screendump"></a>GoScript</h3> - </div> - </div> - - <p><b>GoScript</b><a id="id2897134" class="indexterm" - name="id2897134"></a> is a commercial PostScript<a - id="id2897143" class="indexterm" name="id2897143"></a> - interpreter sold by LaserGo, Inc.<a id="id2897155" - class="indexterm" name="id2897155"></a> <b>GoScript</b> - is available for MS-DOS systems only. A special version - is available for Microsoft Windows.</p> - - <p>The primary advantage of a commercial interpreter is - that it comes with more high-quality fonts. The - <b>GoScript</b> program comes with “clones” - of the 13 standard PostScript fonts:</p> - - <table class="simplelist" border="0" - summary="Simple list"> - <tr> - <td>Times Roman</td> - - <td>Times Italic</td> - </tr> - - <tr> - <td>Times Bold</td> - - <td>Times Bold Italic</td> - </tr> - - <tr> - <td>Helvetica</td> - - <td>Helvetica Oblique</td> - </tr> - - <tr> - <td>Helvetica Bold</td> - - <td>Helvetica Bold Oblique</td> - </tr> - - <tr> - <td>Courier</td> - - <td>Courier Oblique</td> - </tr> - - <tr> - <td>Courier Bold</td> - - <td>Courier Bold Oblique</td> - </tr> - - <tr> - <td>Symbol</td> - - <td> </td> - </tr> - </table> - - <p>The <b>GoScript Plus</b> program includes clones of - all 35 standard fonts (the standard 13 plus AvantGarde, - Bookman, Helvetica-Narrow, New Century Schoolbook, - Palatino in four styles, Zapf Chancery Italic, and Zapf - Dingbats). For MS-DOS users, this program has the - additional advantage of being quite a bit faster than - <b>Ghostscript</b>.</p> - - <p>Although <b>GoScript</b> can use any PostScript - Type 1 or Type 3 font, the fonts supplied with - <b>GoScript</b> are not in a standard PostScript format, - so they cannot be used with other applications.</p> - - <p>On a 300dpi LaserJet printer, <b>GoScript</b> did not - seem to align the baseline of bitmapped PostScript fonts - with great accuracy. This is unfortunate, because the - Computer Modern fonts created with MetaFont for TeX are - bitmapped.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2897312" - name="id2897312"></a>hp2xx</h3> - </div> - </div> - - <p><b>hp2xx</b><a id="id2897329" class="indexterm" - name="id2897329"></a> converts scalable images in HPGL<a - id="id2897338" class="indexterm" name="id2897338"></a> - into other formats. HPGL is Hewlett-Packard's command - language for controlling pen-based plotters. (HP's - LaserJet series of printers, starting with the LaserJet - III, also understand HPGL.)</p> - - <p>Many computer-aided drafting packages can save - diagrams in HPGL format. Other software that works with - scalable images is likely to be able to save in HPGL - format as well. Because HPGL support is uncommon in - printers, you will probably have to convert HPGL diagrams - into another format to include them in your TeX - documents. <b>hp2xx</b> output comes in three flavors: - scalable graphics, TeX commands, and bitmapped - graphics.</p> - - <div class="variablelist"> - <dl> - <dt><span class="term">Scalable graphics</span></dt> - - <dd> - <p>The supported scalable graphics formats are - encapsulated PostScript and MetaFont source - code.</p> - </dd> - - <dt><span class="term">TeX commands</span></dt> - - <dd> - <p>HPGL drawings composed of mostly straight lines - can be rendered in TeX. <b>hp2xx</b>'s TeX output - is designed for either the emTeX DVI drivers (it - relies on \special commands to draw lines at - arbitrary angles) or the <span - class="emphasis"><em>epic</em></span> macros (which - also use \special commands that must be supported - by your DVI driver).</p> - </dd> - - <dt><span class="term">Bitmapped graphics</span></dt> - - <dd> - <p>Bitmaps can be produced in PBM<a id="id2897448" - class="indexterm" name="id2897448"></a>, PCX<a - id="id2897457" class="indexterm" - name="id2897457"></a>, or PCL<a id="id2897465" - class="indexterm" name="id2897465"></a> (HP - LaserJet bitmap) formats. You can select image size - and resolution to produce a bitmap that will print - at the correct size for your printer.</p> - </dd> - </dl> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2897483" - name="id2897483"></a>Image Editors</h2> - </div> - </div> - - <p>Although many images<a id="id2897492" class="indexterm" - name="id2897492"></a><a id="id2897500" class="indexterm" - name="id2897500"></a> are available on the Net and - commercially, it is very likely that you will want to - create your own pictures and diagrams for some of the - documents that you write. A few common drawing tools are - described below. Table <a - href="ch06.html#tab.drawingtools" - title="Table 6.2. Graphics Editing Packages">Table 6.2</a> - summarizes the packages discussed here. There are many more - commercial packages for image editing---so many, in fact, - that I'm not going to make any effort to describe them - here.</p> - - <div class="table"> - <a id="tab.drawingtools" name="tab.drawingtools"></a> - - <p class="title"><b>Table 6.2. Graphics Editing - Packages</b></p> - - <table summary="Graphics Editing Packages" border="1"> - <colgroup> - <col align="left" /> - <col align="center" /> - <col align="center" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">Program</th> - - <th align="center">Platforms</th> - - <th align="center">Cost</th> - - <th align="left">Purpose</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">xfig</td> - - <td align="center">unix</td> - - <td align="center">free</td> - - <td align="left">Edit scalable Fig drawings</td> - </tr> - - <tr> - <td align="left">idraw</td> - - <td align="center">unix</td> - - <td align="center">free</td> - - <td align="left">Edit encapsulated PostScript - images</td> - </tr> - - <tr> - <td align="left">tgif</td> - - <td align="center">unix</td> - - <td align="center">free</td> - - <td align="left">Edit scalable drawings</td> - </tr> - - <tr> - <td align="left">pixmap</td> - - <td align="center">unix</td> - - <td align="center">free</td> - - <td align="left">Edit X11 XBM and XPM files</td> - </tr> - - <tr> - <td align="left">texcad</td> - - <td align="center">MS-DOS</td> - - <td align="center">free</td> - - <td align="left">Edit LaTeX picture - environments</td> - </tr> - - <tr> - <td align="left">xtexcad</td> - - <td align="center">unix</td> - - <td align="center">free</td> - - <td align="left">An X11 implementation of - <b>texcad</b></td> - </tr> - </tbody> - </table> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2897734" - name="id2897734"></a>xfig</h3> - </div> - </div> - - <p><b>xfig</b><a id="id2897747" class="indexterm" - name="id2897747"></a> is an editing tool for scalable - images stored in the Fig format, described in the - “<a href="ch06.html#sec.Fig" - title="The epic and eepic styles">the section called - “The epic and eepic styles”</a>” - section of this chapter. An example of a drawing being - constructed with <b>xfig</b> is shown in Figure <a - href="ch06.html#fig.sd-xfig" - title="Figure 6.11. Editing an image with xfig"> - Figure 6.11</a>.</p> - - <div class="figure"> - <a id="fig.sd-xfig" name="fig.sd-xfig"></a> - - <p class="title"><b>Figure 6.11. Editing an - image with xfig</b></p> - - <div class="mediaobject"> - <img src="tex.06.11.eps" /> - </div> - </div> - - <p>The objects in Fig are arcs, circles, open and closed - splines, ellipses, regular and irregular polygons, - polylines, boxes, arc-boxes (boxes with rounded corners), - text, and encapsulated PostScript. Compound objects can - be constructed by binding these objects together.</p> - - <p>As a consequence of Fig's device independence, it can - be translated into a number of different output formats. - A completed Fig drawing can be rendered in PostScript, - PiCTeX, \linebreak</p> - - <p>LaTeX's <tt>picture</tt> environment, MetaFont, or any - of the pic, epic, eepic, box, eepicemu and \special - environments. Figures can also be saved as X11 bitmaps. - Not all of the output formats support all of the features - of Fig. For example, arbitrarily sloped lines are not - supported by the LaTeX <tt>picture</tt> environment, and - encapsulated PostScript makes sense only for PostScript - output.</p> - - <p><b>xfig</b> supports rotation, flipping, scaling, and - duplication of objects. However, it imposes some - limitations on the figures that you create. Objects that - contain boxes, arc-boxes, circles, or ellipses can be - rotated only in 90 degree increments. Text objects cannot - be flipped over.</p> - - <p>When objects are placed on the “canvas,” - you can elect to have <b>xfig</b> restrict their - placement to $\frac{1}{16}$, $\frac{1}{4}$, or - $\frac{1}{2}$-inch intervals. Restricted placement makes - alignment of a large number of objects easier. - Unrestricted placement is also allowed, and there is an - alignment operator that can center (vertically and - horizontally) any number of objects. A nonprinting grid - is available in several sizes, independent of the - restriction on object placement. In a similar way, - <b>xfig</b> can be instructed to draw sloped lines within - specific limits (for example, only allowing lines at - slopes supported by LaTeX's <tt>picture</tt> - environment). Precise numeric-coordinate placement of - individual objects is also supported.</p> - - <p><b>xfig</b> provides access to the standard 35 - PostScript fonts as well as the standard LaTeX fonts. - Eight-bit input, allowing access to international - symbols, is also provided.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2897932" - name="id2897932"></a>idraw</h3> - </div> - </div> - - <p><b>idraw</b><a id="id2897946" class="indexterm" - name="id2897946"></a>, the InterViews drawing editor, is - an X Windows application for editing encapsulated - PostScript figures. Figure <a - href="ch06.html#fig.sd-idraw" - title="Figure 6.12. Editing an image with idraw"> - Figure 6.12</a> shows a drawing constructed with - <b>idraw</b>.</p> - - <div class="figure"> - <a id="fig.sd-idraw" name="fig.sd-idraw"></a> - - <p class="title"><b>Figure 6.12. Editing an - image with idraw</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p>The objects in <b>idraw</b> are lines, ellipses, open - and closed splines, irregular polygons, polylines, - rectangles, and text. Compound objects can be constructed - by gluing these objects together. Fonts, brushes, and - patterns can be customized and extended with X-defaults. - <b>idraw</b> supports the full complement of rotation, - flip, scale, and duplicate operations with or without - grid lines and optional gravity.</p> - - <p>Unfortunately, the “gravity” option, which - allows you to create horizontally and vertically aligned - objects, is not preserved when a file is saved. It is - very difficult to recover the alignment of a file when it - has been saved and reloaded.</p> - - <p>Graphics in TIFF, encapsulated PostScript, X11 bitmap - format, and Unidraw format can be imported into - <b>idraw</b> figures.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2898057" - name="id2898057"></a>tgif</h3> - </div> - </div> - - <p><b>tgif</b><a id="id2898071" class="indexterm" - name="id2898071"></a>, like <b>xfig</b> and <b>idraw</b>, - is an editor for scalable drawings. The - “gif\,” in <b>tgif</b> has nothing to do with - the bitmap GIF format. The captured screen in - Figure <a href="ch06.html#fig.sd-tgif" - title="Figure 6.13. Editing an image with tgif"> - Figure 6.13</a> shows a drawing being constructed - with <b>tgif</b>.</p> - - <div class="figure"> - <a id="fig.sd-tgif" name="fig.sd-tgif"></a> - - <p class="title"><b>Figure 6.13. Editing an - image with tgif</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p><b>tgif</b> stores objects as a set of Prolog - “facts.” Several programs are provided for - interpretation of <b>tgif</b> objects outside of - <b>tgif</b>. Only four output types are built into - <b>tgif</b>: PostScript<a id="id2898193" - class="indexterm" name="id2898193"></a>, encapsulated - PostScript (EPS)<a id="id2898202" class="indexterm" - name="id2898202"></a>, X11 bitmaps<a id="id2898211" - class="indexterm" name="id2898211"></a>, and X11 - pixmaps.</p> - - <p><b>tgif</b> has a number of interesting features - including the ability to design hierarchical drawings in - either a “top down” or “bottom - up” manner, and the separation of an object's <span - class="emphasis"><em>representation</em></span> from its - <span class="emphasis"><em>instantiation</em></span>. In - addition, arbitrary text-based attributes can be attached - to each object. <b>tgif</b> uses these attributes in a - number of ways, such as the execution of system commands - based upon object attributes.</p> - - <p>The objects supported by <b>tgif</b> are arcs, - ellipses, rectangles, rounded-corner rectangles, - polylines, polygons, open and closed splines, text, X11 - bitmaps, some forms of X11 pixmaps, and encapsulated - PostScript. These objects can be grouped together.</p> - - <p><b>tgif</b> supports only five fonts (Times, Courier, - Helvetica, New Century Schoolbook, and Symbol) at a few - fixed sizes. The fill patterns, line styles, text-styles, - and other attributes are similarly fixed (although more - generous in number).</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2898297" - name="id2898297"></a>bitmap/pixmap</h3> - </div> - </div> - - <p><b>bitmap</b><a id="id2898311" class="indexterm" - name="id2898311"></a> and <b>pixmap</b><a id="id2898325" - class="indexterm" name="id2898325"></a> are standard - tools distributed with the X11 Window System. The - <b>pixmap</b> tool provides a superset of the functions - in <b>bitmap</b>, including support for color images. An - example of the <b>bitmap</b> program editing a small X - icon is shown in Figure <a - href="ch06.html#fig.xbitmap" - title="Figure 6.14. An example of bitmap editing an icon"> - Figure 6.14</a>.</p> - - <div class="figure"> - <a id="fig.xbitmap" name="fig.xbitmap"></a> - - <p class="title"><b>Figure 6.14. An example - of bitmap editing an icon</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2898403" - name="id2898403"></a>Other Bitmap Editors</h3> - </div> - </div> - - <p>Free or inexpensive bitmap editors<a id="id2898413" - class="indexterm" name="id2898413"></a> are available for - almost every computer system. The selection of a - particular package depends in large part on what kinds of - diagrams you need to create.</p> - - <p>The primary disadvantage of bitmap editing is that it - is difficult to create bitmaps large enough to be used at - printer resolution. Even a “full screen” - image on a high-resolution monitor is only a couple of - inches across (at best) on a laser printer.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2898442" - name="id2898442"></a>texcad/xtexcad</h3> - </div> - </div> - - <p><b>texcad</b><a id="id2898456" class="indexterm" - name="id2898456"></a> is an MS-DOS program (distributed - with emTeX) for editing LaTeX <tt>picture</tt> - environments. <b>xtexcad</b><a id="id2898478" - class="indexterm" name="id2898478"></a> is a similar - program that runs under the X11 Window system.</p> - - <p>The LaTeX <tt>picture</tt> environment suffers from - two limitations: it can only draw relatively simple - diagrams, and it is very difficult to use. <b>texcad</b> - and <b>xtexcad</b> remove the second limitation. With one - of these programs, the LaTeX <tt>picture</tt> environment - becomes a viable option for many diagrams.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2898527" - name="id2898527"></a>Screen Dumps</h2> - </div> - </div> - - <p>If you are writing a document that describes a computer - program, it is frequently desirable to include an image of - the running program (a captured screen or screen dump<a - id="id2898539" class="indexterm" name="id2898539"></a>) in - the document. There are several ways that this can be - accomplished<a id="id2898549" class="indexterm" - name="id2898549"></a><a id="id2898556" class="indexterm" - name="id2898556"></a><a id="id2898563" class="indexterm" - name="id2898563"></a><a id="id2898570" class="indexterm" - name="id2898570"></a><a id="id2898577" class="indexterm" - name="id2898577"></a><a id="id2898584" class="indexterm" - name="id2898584"></a><a id="id2898591" class="indexterm" - name="id2898591"></a><a id="id2898598" class="indexterm" - name="id2898598"></a>:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p><b>Screen Thief</b> for MS-DOS</p> - </li> - - <li> - <p><b>GrabIt</b> for Microsoft Windows</p> - </li> - - <li> - <p><b>xv</b>, <b>Image Magick</b>, or <b>xwd</b> for - X11 workstations</p> - </li> - - <li> - <p><b>PM-Cam</b>, <b>Nikon II</b>, or <b>pmjpeg</b> - for OS/2</p> - </li> - </ul> - </div> - - <p>The captured screen may be in a graphics format that is - directly usable by your DVI driver or by <b>bm2font</b>. If - not, one or more of the conversion programs described in - “<a href="ch06.html#sec.picconv" - title="Manipulating Images">the section called - “Manipulating Images”</a>” earlier in - this chapter will help you convert it into a usable - format.</p> - - <p>The most common output devices for TeX are laser - printers with a resolution of 300dpi or higher. By - contrast, the resolution of a typical display is around - 80dpi. This discrepancy may require you to enlarge the - bitmap image to make it legible in your document. For - example, a 640x480 bitmap image is only about two inches - wide when printed at 300dpi. In color images, <span - class="emphasis"><em>dithering<a id="id2898740" - class="indexterm" name="id2898740"></a></em></span>, which - increases the number of dots used to represent each pixel - in the original image, has a natural enlarging effect on - the image, and this reduces the magnitude of the problem. - However, some scaling may still be necessary.</p> - - <p>If the screen you want to include is only text (this - includes IBM's line-drawing characters and other symbols), - you can include it as a special “verbatim” - environment if you have an appropriate font. The advantages - of this method are that the actual screen text can be - incorporated directly into your document (making the - document more portable and easier to distribute, if that is - a concern), and that the resulting document is small and - easy to print. The disadvantage of this approach is that - information about color is lost. If parts of the on-screen - text appear in different colors for highlighting, using a - pure-text approach may not produce acceptable results. For - example, compare Figure <a - href="ch06.html#fig.textshot" - title="Figure 6.15. A text mode screen dump.">Figure 6.15</a> - with the results in Figure <a - href="ch02.html#fig.melatexcmp" - title="Figure 2.2. LaTeX as a compiler in Multi-Edit"> - Figure 2.2</a> in Chapter <a href="ch02.html" - title="Chapter 2. Editing">Chapter 2</a>, - <span class="emphasis"><em><a href="ch02.html" - title="Chapter 2. Editing">Chapter 2</a></em></span>.</p> - - <div class="figure"> - <a id="fig.textshot" name="fig.textshot"></a> - - <p class="title"><b>Figure 6.15. A text mode - screen dump.</b></p> - - <div class="literallayout"> - <p>\screendump{metext}</p> - </div> - </div> - - <p>To insert pure-text screen captures, you have to have a - font with exactly the same encoding as the text on the - screen (for more information about font encodings, see the - section “<a href="ch05.html#sec.fonts.encodingvec" - title="Declaring a family">the section called - “Declaring a family”</a>” in - Chapter <a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, - <span class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>). - On MS-DOS and OS/2 PCs, this is sometimes a problem because - the IBM line drawing characters do not appear in most - fonts. Several commercial fonts provide the appropriate - character set, but so do the freely available IBM Courier - fonts (distributed by IBM for the X11 Consortium). The IBM - Courier fonts are PostScript Type 1 fonts. If you need - TeX <tt>PK</tt> fonts, use the <b>ps2pk</b> program as - described in the section called “<a - href="ch05.html#sec.t1fonts" title="Math Fonts in TeX">the - section called “Math Fonts in TeX”</a>” - in Chapter <a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>.</p> - - <p>To use the IBM Courier fonts to print captured screens, - you will need <tt>AFM</tt> files<a id="id2898938" - class="indexterm" name="id2898938"></a> that have the - correct encoding vector. <tt>AFM</tt> files with the IBM - OEM character set encoding are available from the CTAN - archives in the directory <tt>fonts/courier</tt>.</p> - - <p>After the appropriate font is available, you are almost - ready to reproduce a captured screen. One problem remains: - TeX cannot \input binary files. Because screen dumps - frequently contain characters from outside the normal ASCII - range, they must be considered binary in this context. To - overcome this difficulty, it is necessary to process the - screen dump and convert it into a text file. The - <b>Perl</b> script in Example <a - href="apd.html#ex.txt2verb" - title="Example D.8. txt2verb.pl">Example D.8</a> - in Appendix <a href="apd.html" - title="Appendix D. Long Examples">Appendix D</a>, - <span class="emphasis"><em><a href="apd.html" - title="Appendix D. Long Examples">Appendix D</a></em></span>, - will perform this conversion.</p> - - <p>After conversion, the TeX code shown in Example <a - href="ch06.html#ex.texscreencapt" - title="Example 6.9. Script for Inserting a Captured Text Screen"> - Example 6.9</a> will insert the screen. This code will - work in both Plain TeX and LaTeX. Similar code can be - written for other formats. Figure <a - href="ch06.html#fig.textshot" - title="Figure 6.15. A text mode screen dump.">Figure 6.15</a> - was produced with this code.</p> - - <div class="example"> - <a id="ex.texscreencapt" name="ex.texscreencapt"></a> - - <p class="title"><b>Example 6.9. Script for - Inserting a Captured Text Screen</b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" -href="screendump.sty"></a> -</pre> - </div> - </div> - - <div class="footnotes"> - <br /> - <hr width="100" align="left" /> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2884093" name="ftn.id2884093" - href="#id2884093">79</a>]</sup> {Some devices, most - notably plotters, don't work this way. They really draw - lines and curves with physical pens.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2891727" name="ftn.id2891727" - href="#id2891727">80</a>]</sup> And probably any other - format derived from Plain TeX.</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2892937" name="ftn.id2892937" - href="#id2892937">81</a>]</sup> {<b>dvimsp</b> has been - replaced by <b>dvidot</b> in the beta test - distributions.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2893346" name="ftn.id2893346" - href="#id2893346">82</a>]</sup> {In fairness, the degree - of difficulty depends on the platform you work on. Some - systems, like the Amiga, have very good support for - PostScript output, even on non-PostScript devices. - Alternatively, if you have a fast computer, the extra - translation through <b>Ghostscript</b> may be quite - painless.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2893914" name="ftn.id2893914" - href="#id2893914">83</a>]</sup> {The <tt>epsfig.sty</tt> - style relies on <tt>epsf.tex</tt><a id="id2893934" - class="indexterm" name="id2893934"></a> to provide - low-level support for including EPS images. The - <tt>epsf.tex</tt> file is part of the <b>dvips</b> - distribution.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2896732" name="ftn.id2896732" - href="#id2896732">84</a>]</sup> {Under MS-DOS and OS/2, - remember that the command processor performs variable - substitution with the percent sign. Use two consecutive - percent signs.}</p> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Chapter 5. Fonts" href="ch05.html"><img - src="figures/nav-prev.png" alt="Prev" border="0" /> - </a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Chapter 7. International Considerations" - href="ch07.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left"> - Chapter 5. Fonts </td> - - <td width="20%" align="center"><a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Chapter 7. International - Considerations</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/ch07.html b/Master/texmf-doc/doc/english/make-tex-work/html/ch07.html deleted file mode 100644 index 0b39091b781..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/ch07.html +++ /dev/null @@ -1,2409 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Chapter 7. International - Considerations</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt02.html" - title="Part II. Elements of a Complex Document" /> - <link rel="previous" href="ch06.html" - title="Chapter 6. Pictures and Figures" /> - <link rel="next" href="ch08.html" - title="Chapter 8. Printing" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Chapter 6. Pictures and Figures" - href="ch06.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Chapter 8. Printing" - href="ch08.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="chapter"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="chap.foreign" - name="chap.foreign"></a>Chapter 7. International - Considerations</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - <hr class="component-separator" /> - </div> - - <p>Although the standard TeX macro packages and the Computer - Modern fonts were designed to typeset documents written - primarily in English, TeX enjoys widespread international - use<a id="id2890702" class="indexterm" - name="id2890702"></a><a id="id2890737" class="indexterm" - name="id2890737"></a><a id="id2890746" class="indexterm" - name="id2890746"></a>.</p> - - <p>From a technical standpoint, languages can be divided into - two categories: those that are “like English” - (meaning that they use a relatively small number of - characters and are typeset horizontally, left to right) and - those that are not. German, French, and Russian are all - “like English” in this sense. Hebrew, Chinese, - and Japanese are not (Hebrew<a id="id2890473" - class="indexterm" name="id2890473"></a> is typeset right to - left, and Chinese<a id="id2890482" class="indexterm" - name="id2890482"></a> and Japanese<a id="id2890491" - class="indexterm" name="id2890491"></a> use thousands of - characters).<sup>[<a id="id2890500" name="id2890500" - href="#ftn.id2890500">85</a>]</sup></p> - - <p>This chapter explores some of the issues that arise when - TeX is used to typeset languages other than English. For - simplicity, we'll look at languages like English first, and - then describe some environments for typesetting much more - complex languages.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.for.printing" - name="sec.for.printing"></a>Typesetting in Any - Language</h2> - </div> - </div> - - <p>In order to typeset<a id="id2899108" class="indexterm" - name="id2899108"></a> any language with TeX, three things - have to happen:</p> - - <div class="orderedlist"> - <ol type="1"> - <li> - <p>TeX has to read the input file and perform the - correct mapping from the input file's character set - to its internal representation of each character. The - character set used in the input file will vary - depending upon the language. For instance, if you're - writing a document in French<a id="id2899141" - class="indexterm" name="id2899141"></a>, it is as - natural to use “é” in your input file as - it is to use any other letter.</p> - </li> - - <li> - <p>TeX has to typeset the document according to the - rules of the language being used. Naturally, this - means that there must be some way of declaring what - language is being used, and appropriate macros have - to exist to embody the rules of that language. Users - familiar only with English may not recognize the - importance of language-specific rules because English - has so few rules. Other languages have many. In - German<a id="id2899172" class="indexterm" - name="id2899172"></a>, for example, if the consonants - “ck” in a word are broken by a hyphen, - the “c” becomes a “k” - (“k-k”). In French<a id="id2899199" - class="indexterm" name="id2899199"></a>, small - amounts of extra space are placed around various - punctuation marks.</p> - - <p>A good reference manual for internationalization - is <span class="emphasis"><em>{Software - Internationalization and Localization: An - Introduction}</em></span> [<a - href="bi01.html#eu:international">eu:international</a>].</p> - </li> - - <li> - <p>The <tt>DVI</tt> file that results from - typesetting the document must be printed correctly. - In other words, all of the accented characters and - symbols used by the language must be available (or - constructed) for previewing and printing.</p> - </li> - </ol> - </div> - - <p>Early attempts to write documents in languages other - than English were hampered by several limitations in the - TeX program. In particular, fonts were limited to 128 - characters, and only a single set of hyphenation patterns - could be loaded (effectively preventing multilingual - documents from being hyphenated correctly). These technical - problems were corrected in TeX version 3.x (first released - in 1990). The remaining difficulties---mostly a lack of - standardization and the need to develop relevant - language-specific macros---are being addressed by the TUG<a - id="id2899266" class="indexterm" name="id2899266"></a> - Technical Working Group on Multiple Language Coordination - (TWGMLC)<a id="id2899280" class="indexterm" - name="id2899280"></a>.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2899289" - name="id2899289"></a>Reading Input Files</h3> - </div> - </div> - - <p>The first point to consider when typesetting is that - every input file is written in some character set. For - example, because this book is written in English and I - work in the United States, the source code for this book - is written in 7-bit ASCII<a id="id2899303" - class="indexterm" name="id2899303"></a>. If this book - were written in another language, a different character - set, perhaps ISO Latin1, would be more appropriate.</p> - - <p>When TeX reads your input file, characters like - “é” and “\guillemet” have to be - translated into a form that TeX can use. For example, - “é” should be translated into é and, if the - DC fonts are in use, “\guillemet” should be - translated into character 19; otherwise, if the DC - fonts<a id="id2899343" class="indexterm" - name="id2899343"></a> are not in use, - “\guillemet” should be translated into - <tt>$<<$</tt> which will give the approximate - result. The DC fonts are discussed in the section called - “<a href="ch07.html#sec.for.printing" - title="Typesetting in Any Language">the section called - “Typesetting in Any Language”</a>,” - later in this chapter.</p> - - <p>It is always possible to access characters from - another symbol set by using a control sequence<a - id="id2899384" class="indexterm" name="id2899384"></a>. - Table <a href="ch07.html#tab.accentedchar" - title="Table 7.1. Standard Control Sequences for Symbols from Other Character Sets"> - Table 7.1</a> shows the standard TeX control - sequences for accessing accented characters and - characters from other alphabets.<sup>[<a id="id2899397" - name="id2899397" href="#ftn.id2899397">86</a>]</sup></p> - - <div class="table"> - <a id="tab.accentedchar" name="tab.accentedchar"></a> - - <p class="title"><b>Table 7.1. Standard - Control Sequences for Symbols from Other Character - Sets</b></p> - - <table - summary="Standard Control Sequences for Symbols from Other Character Sets" - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - <col align="left" /> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Control</th> - - <th align="left"> </th> - - <th align="left">\bf Control</th> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\bf Sequence</td> - - <td align="left">\bf Symbol</td> - - <td align="left">\bf Sequence</td> - - <td align="left">\bf Symbol</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\`e</td> - - <td align="left">\`e</td> - - <td align="left">\oe</td> - - <td align="left">\oe</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\'e</td> - - <td align="left">é</td> - - <td align="left">\ae</td> - - <td align="left">\ae</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\"e</td> - - <td align="left">\"e</td> - - <td align="left">\o</td> - - <td align="left">\o</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\u{e}</td> - - <td align="left">\u{e}</td> - - <td align="left">\aa</td> - - <td align="left">\aa</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\.e</td> - - <td align="left">\.e</td> - - <td align="left">\l</td> - - <td align="left">\l</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\t{ee}</td> - - <td align="left">\t{ee}</td> - - <td align="left">\OE</td> - - <td align="left">\OE</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\d{e}</td> - - <td align="left">\d{e}</td> - - <td align="left">\AE</td> - - <td align="left">\AE</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\H{e}</td> - - <td align="left"> - {\fontfamily{cmr}\selectfont\H{e}}</td> - - <td align="left">\O</td> - - <td align="left">\O</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\^e</td> - - <td align="left">\^e</td> - - <td align="left">\AA</td> - - <td align="left">\char'302</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\v{e}</td> - - <td align="left">\v{e}</td> - - <td align="left">\L</td> - - <td align="left">\L</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\=e</td> - - <td align="left">\=e</td> - - <td align="left"><tt>?`</tt></td> - - <td align="left">?`</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\&nbsp;e</td> - - <td align="left">\ e</td> - - <td align="left"><tt>!`</tt></td> - - <td align="left">!`</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\c{e}</td> - - <td align="left">\c{e}</td> - - <td align="left">\ss</td> - - <td align="left">\ss</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\b{e}</td> - - <td align="left">\b{e}</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - </tbody> - </table> - </div> - - <p>Table <a href="ch07.html#tab.newaccentedchar" - title="Table 7.2. New Control Sequences Proposed by TWGMLC"> - Table 7.2</a> shows new control sequences proposed - by the TWGMLC for characters not available in standard - TeX and LaTeX distributions.<sup>[<a id="id2899840" - name="id2899840" href="#ftn.id2899840">87</a>]</sup></p> - - <div class="table"> - <a id="tab.newaccentedchar" - name="tab.newaccentedchar"></a> - - <p class="title"><b>Table 7.2. New Control - Sequences Proposed by TWGMLC</b></p> - - <table - summary="New Control Sequences Proposed by TWGMLC" - border="1"> - <colgroup> - <col align="left" /> - <col align="center" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\multicolumn{2}{l|}{\bf Control - Sequences}</th> - - <th align="center">\bf Symbols</th> - - <th align="left">\bf Description</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left"><tt>,,</tt></td> - - <td align="center"><tt>''</tt></td> - - <td align="left">\dcr\char18 \ \char16</td> - - <td>German quotations - ({\dcr\char18}G\"ansef\"u\ss{}chen{\dcr\char16})</td> - </tr> - - <tr> - <td align="left">French quotations - (guillemets)</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\dh</td> - - <td align="center">\DH</td> - - <td align="left">\dcr\char240 \ \char208</td> - - <td>Icelandic eth</td> - </tr> - - <tr> - <td align="left">\dj</td> - - <td align="center">\DJ</td> - - <td align="left">\dcr\char158 \ \char208</td> - - <td>Serbocroation dj</td> - </tr> - - <tr> - <td align="left">\ng</td> - - <td align="center">\NG</td> - - <td align="left">\dcr\char173 \ \char141</td> - - <td>Sami ng</td> - </tr> - - <tr> - <td align="left">\th</td> - - <td align="center">\TH</td> - - <td align="left">\dcr\char254 \ \char222</td> - - <td>Icelandic thorn</td> - </tr> - - <tr> - <td align="left"><tt>\k e</tt></td> - - <td align="center"> </td> - - <td align="left">\dcr\char166</td> - - <td>Polish ogonek subscript</td> - </tr> - - <tr> - <td align="left"><tt>\r u</tt></td> - - <td align="center"> </td> - - <td align="left">\dcr\char183</td> - - <td>Czech circle accent</td> - </tr> - - <tr> - <td align="left">\v{d}</td> - - <td align="center">\V{D}</td> - - <td align="left">\dcr\char164 \ \char132</td> - - <td>Czech d and D with ha\v{c}ek</td> - </tr> - - <tr> - <td align="left">\v{l}</td> - - <td align="center">\V{l}</td> - - <td align="left">\dcr\char169 \ \char137</td> - - <td>Slovakian l and L with ha\v{c}ek</td> - </tr> - - <tr> - <td align="left">\v{t}</td> - - <td align="center">\V{T}</td> - - <td align="left">\dcr\char180 \ \char148</td> - - <td>Czech t and T with ha\v{c}ek</td> - </tr> - </tbody> - </table> - </div> - - <p>The only technical problem associated with using - language-specific character sets in your input files is - that you must have some way of telling TeX to perform the - appropriate substitutions. One method is to use a special - style file like <tt>isolatin1</tt>.<sup>[<a - id="id2900193" name="id2900193" - href="#ftn.id2900193">88</a>]</sup> This style uses - “active characters” to map the ISO Latin1 - input character set to TeX's representation. It could be - adapted to other character sets as well. Another - possibility is to rely on system-dependent extensions to - TeX. For example, emTeX provides extensive support for - “code pages,” which address this problem.</p> - - <p>The only other problem created by using different - input character sets is one of compatibility. If you - write files using the ISO Latin1 character set and send - them to someone who uses a different character set, the - file will appear to be incorrect.<sup>[<a id="id2900241" - name="id2900241" href="#ftn.id2900241">89</a>]</sup></p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2900256" - name="id2900256"></a>Appearances can be - deceiving</h4> - </div> - </div> - - <p>A document stored on disk is really just a file - containing a series of characters, each represented by - a unique numerical value. For an editor to display a - document, each numerical value must be translated into - a visual representation of the character. Frequently - this translation is performed by the operating system - or computer hardware. In an analogous way, each numeric - value must be translated into a printable character - when the document is typeset.</p> - - <p>Figure <a href="ch07.html#fig.charmap" - title="Figure 7.1. Character mapping example"> - Figure 7.1</a> shows how this translation is - performed for display by the operating system and for - printing by TeX (using the <tt>isolatin1</tt> style, - for example). This figure shows the disparity that - occurs if the two translation tables are not the - same.</p> - - <div class="figure"> - <a id="fig.charmap" name="fig.charmap"></a> - - <p class="title"><b>Figure 7.1. Character - mapping example</b></p> -<pre class="screen"> -FIXME: -</pre> - </div> - - <p>How can this arise? Well, suppose, for example, that - a colleague is writing a document in French<a - id="id2900326" class="indexterm" name="id2900326"></a>. - He has a TeXnical problem that he would like me to - investigate. I agree to take a look, and he sends the - file to me. My colleage is using the ISO Latin1 - character set in his input file because it contains - many symbols that are convenient for writing French - (including the guillemets). I receive the file and edit - it on my PC. The file that I see displayed looks like - gibberish. That's because I'm using the IBM OEM - encoding on my PC, which is sufficient for English. All - of the special characters in the ISO Latin1 character - set appear incorrect. Bewildered, I TeX and preview the - document to see what it's supposed to look like. To my - surprise, the previewed document looks fine.</p> - - <p>In this case, I can correct the problem by changing - the “code page” used on my PC or by - translating the input file with a program like GNU - <b>recode</b><a id="id2900364" class="indexterm" - name="id2900364"></a>.<sup>[<a id="id2900372" - name="id2900372" - href="#ftn.id2900372">90</a>]</sup></p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2900395" - name="id2900395"></a>Changing the Rules</h3> - </div> - </div> - - <p>In order to select languages, the TWGMLC has proposed - a set of language switching macros. These are shown in - Table <a href="ch07.html#tab.langswitch" - title="Table 7.3. Language Switch Macros Proposed by TUG"> - Table 7.3</a>.<sup>[<a id="id2900417" - name="id2900417" href="#ftn.id2900417">91</a>]</sup></p> - - <p>Selecting a language has three effects:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>It establishes the correct hyphenation - environment<a id="id2900456" class="indexterm" - name="id2900456"></a>.</p> - - <p>Language-specific hyphenation patterns are - loaded, if necessary, and correct values for the - minimum length of a hyphenated word fragment are - set.</p> - - <p>At the time of this writing, hyphenation - patterns are already available, or under - development, for Armenian, Bulgarian, Cambodian, - Catalan, Croation, Czech, Danish, Dutch, English - (U.K. and U.S.), Esperanto, Estonian, Finnish, - French, German, Greek (both modern and ancient), - Hungarian, Icelandic, Italian, Kirundi, Latin, - Lithuanian, Norwegian, Polish, Portuguese, Russian, - Slovak, Swahili, Swedish, Yiddish, and Yoruba.</p> - </li> - - <li> - <p>It loads the correct fonts and special - characters.</p> - - <p>Even languages which use the same alphabet may - have different fonts<a id="id2900507" - class="indexterm" name="id2900507"></a><a - id="id2900517" class="indexterm" - name="id2900517"></a><a id="id2900527" - class="indexterm" name="id2900527"></a> in order to - provide specific features of the language. For - example, the “fi” ligature<a - id="id2900547" class="indexterm" - name="id2900547"></a> makes sense only when - typesetting English, and the \th and \TH macros - make sense only when typesetting languages that - need “{\dcr\char254}” and - “{\dcr\char222}.”</p> - - <div class="table"> - <a id="tab.langswitch" name="tab.langswitch"></a> - - <p class="title"><b>Table 7.3. Language - Switch Macros Proposed by TUG</b></p> - - <table - summary="Language Switch Macros Proposed by TUG" - border="1"> - <colgroup> - <col align="center" /> - <col align="left" /> - <col align="center" /> - <col align="left" /> - <col align="center" /> - <col align="left" /> - <col align="center" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="center">Macro Switch</th> - - <th align="left">Language</th> - - <th align="center">Macro Switch</th> - - <th align="left">Language</th> - - <th align="center">Macro Switch</th> - - <th align="left">Language</th> - - <th align="center">Macro Switch</th> - - <th align="left">Language</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="center">AB</td> - - <td align="left">Abkhazian</td> - - <td align="center">FY</td> - - <td align="left">Frisian</td> - - <td align="center">MG</td> - - <td align="left">Malagasy</td> - - <td align="center">SB</td> - - <td align="left">Sorbian</td> - </tr> - - <tr> - <td align="center">OM</td> - - <td align="left">Afan Oromo</td> - - <td align="center">GL</td> - - <td align="left">Galician</td> - - <td align="center">ML</td> - - <td align="left">Malayalam</td> - - <td align="center">ES</td> - - <td align="left">Spanish</td> - </tr> - - <tr> - <td align="center">FF</td> - - <td align="left">Afar</td> - - <td align="center">KA</td> - - <td align="left">Georgian</td> - - <td align="center">MS</td> - - <td align="left">Malay</td> - - <td align="center">SU</td> - - <td align="left">Sudanese</td> - </tr> - - <tr> - <td align="center">AF</td> - - <td align="left">Afrikaans</td> - - <td align="center">DE</td> - - <td align="left">German</td> - - <td align="center">MT</td> - - <td align="left">Maltese</td> - - <td align="center">SW</td> - - <td align="left">Swahili</td> - </tr> - - <tr> - <td align="center">SQ</td> - - <td align="left">Albanian</td> - - <td align="center">EL</td> - - <td align="left">Greek</td> - - <td align="center">MI</td> - - <td align="left">Maori</td> - - <td align="center">SV</td> - - <td align="left">Swedish</td> - </tr> - - <tr> - <td align="center">AM</td> - - <td align="left">Amharic</td> - - <td align="center">KL</td> - - <td align="left">Greenlandic</td> - - <td align="center">MR</td> - - <td align="left">Marathi</td> - - <td align="center">TL</td> - - <td align="left">Tagalog</td> - </tr> - - <tr> - <td align="center">AR</td> - - <td align="left">Arabic</td> - - <td align="center">GN</td> - - <td align="left">Guarani</td> - - <td align="center">MO</td> - - <td align="left">Moldavian</td> - - <td align="center">TG</td> - - <td align="left">Tajik</td> - </tr> - - <tr> - <td align="center">HY</td> - - <td align="left">Armenian</td> - - <td align="center">GU</td> - - <td align="left">Gujarati</td> - - <td align="center">NA</td> - - <td align="left">Nauru</td> - - <td align="center">TA</td> - - <td align="left">Tamil</td> - </tr> - - <tr> - <td align="center">AS</td> - - <td align="left">Assamese</td> - - <td align="center">HA</td> - - <td align="left">Hausa</td> - - <td align="center">NE</td> - - <td align="left">Nepali</td> - - <td align="center">TT</td> - - <td align="left">Tatar</td> - </tr> - - <tr> - <td align="center">AY</td> - - <td align="left">Aymara</td> - - <td align="center">HE</td> - - <td align="left">Hebrew</td> - - <td align="center">NO</td> - - <td align="left">Norwegian</td> - - <td align="center">TE</td> - - <td align="left">Telugu</td> - </tr> - - <tr> - <td align="center">AZ</td> - - <td align="left">Azerbaijani</td> - - <td align="center">HI</td> - - <td align="left">Hindi</td> - - <td align="center">OC</td> - - <td align="left">Occitan</td> - - <td align="center">TY</td> - - <td align="left">Thai</td> - </tr> - - <tr> - <td align="center">BA</td> - - <td align="left">Bashkir</td> - - <td align="center">HU</td> - - <td align="left">Hungarian</td> - - <td align="center">OR</td> - - <td align="left">Oriya</td> - - <td align="center">BO</td> - - <td align="left">Tibetan</td> - </tr> - - <tr> - <td align="center">EU</td> - - <td align="left">Basque</td> - - <td align="center">IS</td> - - <td align="left">Icelandic</td> - - <td align="center">PS</td> - - <td align="left">Pashto</td> - - <td align="center">TI</td> - - <td align="left">Tigrinya</td> - </tr> - - <tr> - <td align="center">BN</td> - - <td align="left">Bengali</td> - - <td align="center">ID</td> - - <td align="left">Indonesian</td> - - <td align="center">FA</td> - - <td align="left">Persian</td> - - <td align="center">TO</td> - - <td align="left">Tonda</td> - </tr> - - <tr> - <td align="center">DZ</td> - - <td align="left">Bhutani</td> - - <td align="center">IA</td> - - <td align="left">Interlingua</td> - - <td align="center">PL</td> - - <td align="left">Polish</td> - - <td align="center">TS</td> - - <td align="left">Tsonga</td> - </tr> - - <tr> - <td align="center">BH</td> - - <td align="left">Bihari</td> - - <td align="center">IE</td> - - <td align="left">Interlingue</td> - - <td align="center">PT</td> - - <td align="left">Portuguese</td> - - <td align="center">TR</td> - - <td align="left">Turkish</td> - </tr> - - <tr> - <td align="center">BI</td> - - <td align="left">Bislama</td> - - <td align="center">IU</td> - - <td align="left">Inuktitut</td> - - <td align="center">PA</td> - - <td align="left">Punjabi</td> - - <td align="center">TK</td> - - <td align="left">Turkmen</td> - </tr> - - <tr> - <td align="center">BR</td> - - <td align="left">Breton</td> - - <td align="center">IK</td> - - <td align="left">Inupiak</td> - - <td align="center">QU</td> - - <td align="left">Quechua</td> - - <td align="center">TW</td> - - <td align="left">Twi</td> - </tr> - - <tr> - <td align="center">BG</td> - - <td align="left">Bulgarian</td> - - <td align="center">GA</td> - - <td align="left">Irish</td> - - <td align="center">RM</td> - - <td align="left">Rhaeto-Roman</td> - - <td align="center">GB</td> - - <td align="left">U.K. English</td> - </tr> - - <tr> - <td align="center">MY</td> - - <td align="left">Burmese</td> - - <td align="center">IT</td> - - <td align="left">Italian</td> - - <td align="center">RO</td> - - <td align="left">Romanian</td> - - <td align="center">US</td> - - <td align="left">U.S. English</td> - </tr> - - <tr> - <td align="center">BE</td> - - <td align="left">Byelorussian</td> - - <td align="center">JA</td> - - <td align="left">Japanese</td> - - <td align="center">RU</td> - - <td align="left">Russian</td> - - <td align="center">UG</td> - - <td align="left">Uigur</td> - </tr> - - <tr> - <td align="center">KM</td> - - <td align="left">Cambodian</td> - - <td align="center">JW</td> - - <td align="left">Javanese</td> - - <td align="center">SE</td> - - <td align="left">Sami</td> - - <td align="center">UK</td> - - <td align="left">Ukrainian</td> - </tr> - - <tr> - <td align="center">CA</td> - - <td align="left">Catalan</td> - - <td align="center">KN</td> - - <td align="left">Kannada</td> - - <td align="center">SM</td> - - <td align="left">Samoan</td> - - <td align="center">UR</td> - - <td align="left">Urdu</td> - </tr> - - <tr> - <td align="center">ZH</td> - - <td align="left">Chinese</td> - - <td align="center">KS</td> - - <td align="left">Kashmiri</td> - - <td align="center">SG</td> - - <td align="left">Sangho</td> - - <td align="center">UZ</td> - - <td align="left">Uzbek</td> - </tr> - - <tr> - <td align="center">CO</td> - - <td align="left">Corsican</td> - - <td align="center">KK</td> - - <td align="left">Kazakh</td> - - <td align="center">GD</td> - - <td align="left">Scots Gaelic</td> - - <td align="center">VI</td> - - <td align="left">Vietnamese</td> - </tr> - - <tr> - <td align="center">HR</td> - - <td align="left">Croatian</td> - - <td align="center">RW</td> - - <td align="left">Kinyarwanda</td> - - <td align="center">SR</td> - - <td align="left">Serbian</td> - - <td align="center">VO</td> - - <td align="left">Volapuk</td> - </tr> - - <tr> - <td align="center">CS</td> - - <td align="left">Czech</td> - - <td align="center">KY</td> - - <td align="left">Kirghiz</td> - - <td align="center">ST</td> - - <td align="left">Sesotho</td> - - <td align="center">CY</td> - - <td align="left">Welsh</td> - </tr> - - <tr> - <td align="center">DA</td> - - <td align="left">Danish</td> - - <td align="center">RN</td> - - <td align="left">Kirundi</td> - - <td align="center">TN</td> - - <td align="left">Setswana</td> - - <td align="center">WO</td> - - <td align="left">Wolof</td> - </tr> - - <tr> - <td align="center">NL</td> - - <td align="left">Dutch</td> - - <td align="center">KO</td> - - <td align="left">Korean</td> - - <td align="center">SN</td> - - <td align="left">Shona</td> - - <td align="center">XH</td> - - <td align="left">Xhosa</td> - </tr> - - <tr> - <td align="center">EO</td> - - <td align="left">Esperanto</td> - - <td align="center">KU</td> - - <td align="left">Kurdish</td> - - <td align="center">SD</td> - - <td align="left">Sindhi</td> - - <td align="center">YI</td> - - <td align="left">Yiddish</td> - </tr> - - <tr> - <td align="center">ET</td> - - <td align="left">Estonian</td> - - <td align="center">LO</td> - - <td align="left">Laothian</td> - - <td align="center">SI</td> - - <td align="left">Singhalese</td> - - <td align="center">YO</td> - - <td align="left">Yoruba</td> - </tr> - - <tr> - <td align="center">FO</td> - - <td align="left">Faroese</td> - - <td align="center">LV</td> - - <td align="left">Latvian</td> - - <td align="center">SS</td> - - <td align="left">Siswati</td> - - <td align="center">ZA</td> - - <td align="left">Zhuang</td> - </tr> - - <tr> - <td align="center">FJ</td> - - <td align="left">Fiji</td> - - <td align="center">LN</td> - - <td align="left">Lingala</td> - - <td align="center">SK</td> - - <td align="left">Slovak</td> - - <td align="center">ZU</td> - - <td align="left">Zulu</td> - </tr> - - <tr> - <td align="center">FI</td> - - <td align="left">Finnish</td> - - <td align="center">LT</td> - - <td align="left">Lithuanian</td> - - <td align="center">SL</td> - - <td align="left">Slovenian</td> - - <td align="center">FR</td> - - <td align="left">French</td> - </tr> - - <tr> - <td align="center">MK</td> - - <td align="left">Macedonian</td> - - <td align="center">SO</td> - - <td align="left">Somali</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - </tbody> - </table> - </div> - </li> - - <li> - <p>It defines special primitive operations, if - appropriate.</p> - - <p>For example, right-to-left typesetting - primitives are necessary only for languages like - Hebrew<a id="id2901991" class="indexterm" - name="id2901991"></a> which are typeset - right-to-left.</p> - </li> - </ul> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2902005" - name="id2902005"></a>Printing the Result</h3> - </div> - </div> - - <p>The Computer Modern Fonts<a id="id2902014" - class="indexterm" name="id2902014"></a> are insufficient - for typesetting languages other than English. In order to - overcome this difficulty, the TeX User's Group has - extended the Computer Modern encoding vector and - established a new standard.</p> - - <p>The new standard fonts are known variously as the Cork - fonts<a id="id2902035" class="indexterm" - name="id2902035"></a><a id="id2902042" class="indexterm" - name="id2902042"></a>, the DC fonts<a id="id2902053" - class="indexterm" name="id2902053"></a><a id="id2902060" - class="indexterm" name="id2902060"></a>, and the EC - fonts<a id="id2902072" class="indexterm" - name="id2902072"></a><a id="id2902079" class="indexterm" - name="id2902079"></a>. These are all synonymous. The new - standard was created following discussions at the TeX - User's Group meeting in Cork, Ireland in 1990, hence the - name Cork. The MetaFont fonts<a id="id2902090" - class="indexterm" name="id2902090"></a><a id="id2902104" - class="indexterm" name="id2902104"></a>, which embody - this encoding, will eventually become the EC fonts. The - current versions, available now, are still being refined - (in the sense that some of the letter forms are being - refined; the encoding will not change). These are called - the DC fonts.</p> - - <p>There is a distinction between the standard encoding - vector and the MetaFont fonts that replace Computer - Modern. Therefore, I will refer to the standard encoding - as the “Cork Encoding<a id="id2902133" - class="indexterm" name="id2902133"></a>” and to the - MetaFont fonts as the “DC fonts”.<sup>[<a - id="id2902146" name="id2902146" - href="#ftn.id2902146">92</a>]</sup></p> - - <p>At the time of this writing, the DC fonts are not a - complete superset of Computer Modern because the DC Math - fonts have not yet been released. (The DC fonts<a - id="id2902163" class="indexterm" name="id2902163"></a><a - id="id2902173" class="indexterm" name="id2902173"></a> - will contain the upper-case Greek<a id="id2902185" - class="indexterm" name="id2902185"></a> alphabet, which - is currently missing from the DC fonts.) When the DC Math - fonts are released, the DC fonts will be a complete - superset of Computer Modern. The only apparent difference - will be that the accents on the DC fonts are not at - exactly the same height as the accented characters - constructed with the \accent primitive using Computer - Modern.<sup>[<a id="id2902200" name="id2902200" - href="#ftn.id2902200">93</a>]</sup></p> - - <p>The Cork Encoding is shown in Table <a - href="apb.html#tab.font.corkencoding" - title="Table B.3. The Cork Font Encoding">Table B.3</a> - in Appendix <a href="apb.html" - title="Appendix B. Font Samples">Appendix B</a>, - <span class="emphasis"><em><a href="apb.html" - title="Appendix B. Font Samples">Appendix B</a></em></span>. - There are 255 symbols in this vector with one blank for - special purposes. Unlike the Computer Modern fonts, which - have different encoding vectors in some typefaces - (Computer Modern Roman is not the same as Computer Modern - Typewriter, for example), all of the DC fonts have the - same encoding vector.</p> - - <p>Several people have commented that the Cork Encoding - suffers from a “design error” because it - places characters in positions 0-31, which are frequently - inaccessible in other applications, and because it places - a nonstandard character at position 32, where a space - usually occurs. This is not a design error. Bear in mind - that the DC fonts are designed to be TeX output fonts. - Font creators, working in other environments (for - example, TrueType or PostScript) are free to divide the - Cork Encoding into two separate font files and provide a - virtual font for TeX that establishes the correct - encoding. The motivation for putting as many symbols as - possible in a single font is that TeX cannot kern<a - id="id2902271" class="indexterm" name="id2902271"></a> - across fonts.</p> - - <p>This is not meant to imply that the DC fonts should - always be virtual<a id="id2902285" class="indexterm" - name="id2902285"></a><a id="id2902295" class="indexterm" - name="id2902295"></a><a id="id2902302" class="indexterm" - name="id2902302"></a>. In fact, the DC fonts should be - the “real” fonts upon which virtual fonts are - based. A virtual Computer Modern font based upon the real - DC fonts is infinitely preferable to a virtual DC font - built on Computer Modern because:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>You need a “real” font to make - virtual fonts, and the Computer Modern fonts don't - contain enough <span - class="emphasis"><em>real</em></span> - characters.</p> - </li> - - <li> - <p>Expressing accented characters in MetaFont is - much better than building accents inside a virtual - font. The virtual font has less information to work - with (it has only boxes).</p> - </li> - - <li> - <p>Different languages use accents at different - heights. A simple “patch” to the - MetaFont code for a real font with accents is far - superior to introducing another set of virtual - fonts for every language.</p> - </li> - </ul> - </div> - - <p>From a purely practical point of view, the correct way - to deal with these and related problems is to use the - babel style files.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="sec.babel" - name="sec.babel"></a>The Babel Styles</h2> - </div> - </div> - - <p>The babel styles<a id="id2902395" class="indexterm" - name="id2902395"></a><a id="id2902402" class="indexterm" - name="id2902402"></a> are a collection of style files for - LaTeX that provide features for typesetting in many - languages. The babel styles are compatible with Plain TeX - and all versions of LaTeX. (In particular, they are being - adopted as the standard multilingual styles in LaTeX2e and - will be the standard in LaTeX3 when it is released.)</p> - - <p>To date, babel styles exist for Catalan, Croatian, - Cyrillic, Czech, Danish, Dutch, English, Esperanto, - Finnish, French, Galician, German, Italian, Hungarian, - Norwegian, Polish, Portuguese, Romanian, Russian, Slovak, - Slovenian, Spanish, Swedish, and Turkish, as well as - several dialects (American as a dialect of English, for - example).</p> - - <p>Example <a href="ch07.html#ex.usinglangs" - title="Example 7.1. {A Sample Multilingual Document Using English and French}"> - Example 7.1</a> shows the skeletal structure of a - document using the English and French styles. Within the - document, the \selectlanguage control sequence is used to - switch between languages.<sup>[<a id="id2890568" - name="id2890568" href="#ftn.id2890568">94</a>]</sup> The - language that is in effect by default is determined when - the format file is created.</p> - - <div class="example"> - <a id="ex.usinglangs" name="ex.usinglangs"></a> - - <p class="title"><b>Example 7.1. {A Sample - Multilingual Document Using English and French}</b></p> -<pre class="screen"> -\documentstyle[english,francais]{article} -\begin{document} -This is a document which uses both English and -French. \selectlanguage{french} Mais, je ne parle plus -fran\c{c}ais. \selectlanguage{english} So I won't try -to make this example very long. -\end{document} -</pre> - </div> - - <p>Selecting a language automatically has the following - effects:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>It selects hyphenation patterns<a id="id2890625" - class="indexterm" name="id2890625"></a> for the - language. This means that paragraphs of text will be - hyphenated according to the conventions of the - language in use.<sup>[<a id="id2890639" - name="id2890639" href="#ftn.id2890639">95</a>]</sup> - Switching hyphenation patterns is possible only if - the format file being used by TeX contains - hyphenation rules for language<a id="id2890550" - class="indexterm" name="id2890550"></a>.</p> - </li> - - <li> - <p>It automatically translates the names of all the - document elements into the selected language. For - example, if you insert the \tableofcontents when - French<a id="id2890670" class="indexterm" - name="id2890670"></a> is the selected language, the - table of contents will be called the “Table des - mati\`eres” instead of “Table of - Contents.”</p> - </li> - - <li> - <p>It alters the format of the date produced by the - \today macro to fit the conventions of the selected - language. In American, \today is “January 30, - 1994”; in English it is “30th January - 1994”; and in French it is “30 janvier - 1994.”<a id="id2902752" class="indexterm" - name="id2902752"></a></p> - </li> - - <li> - <p>It defines particular typing shortcuts to make - writing the selected language more convenient for the - typist. For example, the French<a id="id2902772" - class="indexterm" name="id2902772"></a> style makes - several punctuation characters into macros so that - extra space is automatically inserted before them - according to French typographic conventions<a - id="id2902783" class="indexterm" - name="id2902783"></a>.</p> - </li> - </ul> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.babelfmt" - name="sec.babelfmt"></a>Building Multilingual Babel - Formats</h3> - </div> - </div> - - <p>Building a multilingual format file<a id="id2902810" - class="indexterm" name="id2902810"></a> is very much like - building a format<a id="id2902819" class="indexterm" - name="id2902819"></a> for a single language. The only - difference is that instead of loading a single set of - hyphenation patterns (generally from a file called - <tt>hyphen.tex</tt>), you will need hyphenation patterns - for each language that you want to use. These can be - obtained from the CTAN archives in the directory - <tt>tex-archive/language/hyphenation</tt>.</p> - - <p>If you have a file called <tt>hyphen.tex</tt> on your - system, rename it. This file is distributed as part of - the standard TeX distribution and contains American - English hyphenation patterns, so <tt>ushyphen.tex</tt> is - an appropriate name.</p> - - <p>Next, create a file called <tt>language.dat</tt> that - contains one line for each language you want to use. Each - line should list the language name and the file - containing hyphenation patterns for that language. For - example, an appropriate <tt>language.dat</tt> file for - the format used to typeset Example <a - href="ch07.html#ex.usinglangs" - title="Example 7.1. {A Sample Multilingual Document Using English and French}"> - Example 7.1</a> might contain these lines:</p> -<pre class="screen"> -english ehyphen.tex -francais fr8hyph.tex -</pre> - - <p>Now, proceed to construct the format file using - iniTeX<a id="id2902920" class="indexterm" - name="id2902920"></a> according to the instructions - distributed with the format or by following the - suggestions in Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>. - When iniTeX complains that it cannot find - <tt>hyphen.tex</tt>, provide the alternate name - <tt>babel.hyphen</tt>. This will use - <tt>language.dat</tt> to load the appropriate hyphenation - patterns and associate them with the languages you - specified.</p> - - <div class="note" - style="margin-left: 0.5in; margin-right: 0.5in;"> - <h3 class="title">Note</h3> - - <p>The first language that you list in - <tt>language.dat</tt> will be the default language for - the format file that you create.</p> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.asciijtex" name="sec.asciijtex"></a>TeX - Pitfalls</h2> - </div> - </div> - - <p>TeX 3.x, the Cork Encoding<a id="id2903012" - class="indexterm" name="id2903012"></a>, and - language-specific macro files are not “magic - bullets” that can solve all of the problems that - arise in typesetting multilingual documents or writing - macros that are useful in all language contexts. Some of - the deficiencies are really insoluble without changing the - TeX program in ways that are not allowed by Knuth. Two such - problems are mentioned here:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>The \uppercase and \lowercase primitives are - problematic.</p> - - <p>There is a strict one-to-one mapping between - lowercase and uppercase letters in TeX. - Unfortunately, accented letters may require different - mappings. Consider these examples:</p> -<pre class="screen"> -<para> \begin{tabular}{lll} - <literal>\"I with two dots</literal> & \"I with two dots & What you typed \\ - <literal>\"i with two dots</literal> & \"i with two dots & Result of \lowercase \\ - <literal>\"\i with two dots</literal> & \"\i with two dots & Correct lowercase - \end{tabular} -</pre> - - <p>Because no information about the accent is known, - the result of passing your text to the \lowercase - primitive is not correct.</p> - - <p>This problem can be minimized by using an input - character set which contains the accented letters - that you need. This allows you to establish the - appropriate one-to-one relationships.</p> - - <p>Some of the characters chosen for the Cork - encoding were driven by this weakness as well. The - only reason that “{\dcr\char"DF}” is a - glyph is so that it can be the \uppercase character - for “{\dcr\char"FF}.”</p> - - <p>TeX doesn't distinguish between a dash used in a - compound word (for example, - “wish-fulfillment”) and a dash used for - hyphenation.</p> - - <p>This distinction isn't necessary in English - because English doesn't have any end-of-word - ligatures<a id="id2903112" class="indexterm" - name="id2903112"></a>. Imagine a language where - “sh” should become “x” at the - end of a word.<sup>[<a id="id2903130" - name="id2903130" href="#ftn.id2903130">96</a>]</sup> - A compound word like “push-ready” should - be typeset “pux-ready” whereas a word - like “pushover” should remain - “push-over” if it is hyphenated across a - line break.</p> - </li> - </ul> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2903161" - name="id2903161"></a>Very Complex Languages</h2> - </div> - </div> - - <p>The following sections describe TeX packages - (collections of macros, fonts, and other files) that allow - you to typeset languages very different from English.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2903174" - name="id2903174"></a>Japanese</h3> - </div> - </div> - - <p>Typesetting Japanese<a id="id2903183" - class="indexterm" name="id2903183"></a> involves solving - several problems. The first is the task of entering - Japanese text with an editor. There are many editors on - many platforms that can handle Japanese input. Although - there are also established ways to romanize Japanese text - so that it can be displayed on terminals that do not - provide support for Japanese input, these are bound to be - inconvenient for anyone seriously writing in Japanese. If - you are in a position to edit Japanese text, you are - probably already aware of several good editors.</p> - - <p>The second problem is that typesetting Japanese with - TeX requires many, many fonts. The fact that a single - font can hold no more than 256 symbols means that dozens - (perhaps hundreds) of fonts are required to represent all - of the myriad symbols used in everyday Japanese writing. - There are some hard-coded limits on the number of fonts - that a single TeX document can use, and it is possible to - bump into them pretty quickly when typesetting a language - like Japanese.</p> - - <p>Another problem is printing the output. Assembling a - collection of fonts that contain high-quality glyphs for - all of the necessary characters is a time consuming and - potentially expensive task. At present, the - freely-available fonts are of relatively low quality.</p> - - <p>A complete discussion of these issues, and many others - can be found in <span class="emphasis"><em>Understanding - Japanese Information Processing</em></span> [<a - href="bi01.html#kl:japinfoproc">kl:japinfoproc</a>].</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2903244" - name="id2903244"></a>ASCII Nihongo TeX</h4> - </div> - </div> - - <p>ASCII Nihongo TeX<a id="id2903253" class="indexterm" - name="id2903253"></a><a id="id2903264" - class="indexterm" name="id2903264"></a> (also known as - \jtex<a id="id2903278" class="indexterm" - name="id2903278"></a>) is a complete, Japanized version - of TeX. Instead of trying to shoehorn Japanese into - traditional TeX programs, all of the programs have been - modified to accept files containing standard Japanese - text (two bytes per character). This section describes - the ASCII Corporation<a id="id2903294" - class="indexterm" name="id2903294"></a>'s version of - \jtex. See the section called “<a - href="ch07.html#sec.nttjtex" title="NTT \jtex">the - section called “NTT \jtex”</a>” for - information about NTT's version of \jtex. You can get - the ASCII version of \jtex from - <tt>ftp.ascii.co.jp</tt> (133.152.1.1).</p> - - <p>ASCII Nihongo TeX is based on TeX 2.9 and can read - input files coded with JIS, Shift-JIS, EUC, and KUTEN. - The <tt>DVI</tt> files produced by ASCII \jtex are not - standard <tt>DVI</tt> files. In order to support the - large character set for Japanese writing, the - <tt>DVI</tt> files use commands that are not output by - standard TeX, so many drivers do not support them. You - cannot process <tt>DVI</tt> files produced by ASCII - \jtex with most standard DVI drivers.</p> - - <p>Release notes with version 1.7 of \jtex indicate - that it will be the last public release of \jtex. - Another product, called pTeX (for Publishing TeX) may - be released at some time in the future. One advantage - of pTeX will be the ability to typeset vertically.</p> - - <p>The primary disadvantage of the \jtex system is that - there are no freely-available fonts for it. The authors - assume that you will be using fonts resident in your - printer. You may be able to purchase Japanese fonts - from some font vendors, although I've seen no detailed - instructions for using them with \jtex. Other, albeit - more minor, disadvantages are the need to build and - maintain an entire parallel TeX distribution and the - fact that standard <tt>DVI</tt> drivers cannot process - \jtex <tt>DVI</tt> files.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="sec.nttjtex" - name="sec.nttjtex"></a>NTT \jtex</h4> - </div> - </div> - - <p>\jtex\index{NTT jtex@NTT \jtex}<a id="id2903430" - class="indexterm" name="id2903430"></a> is a complete, - Japanized version of TeX. Instead of trying to shoehorn - Japanese into traditional TeX programs, all of the - programs have been modified to accept files containing - standard Japanese text (two bytes per character). This - section describes NTT's version of \jtex. See the - section called “<a href="ch07.html#sec.asciijtex" - title="TeX Pitfalls">the section called “TeX - Pitfalls”</a>” for information about ASCII - Corporation's version of \jtex. You can get the NTT - version of \jtex from <tt>ftp.math.metro-u.ac.jp</tt> - (133.86.76.25)</p> - - <p>NTT \jtex is based on TeX 3.14 and can read input - files coded with JIS, Shift-JIS, and EUC. In addition - to support for commercial Japanese fonts, NTT \jtex - includes a set of fonts generated from 24x24 dot - bitmaps (JIS C-6234). Unlike ASCII \jtex, NTT produces - standard <tt>DVI</tt> files.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2903490" - name="id2903490"></a>Poor Man's Japanese TeX</h4> - </div> - </div> - - <p>Poor Man's Japanese TeX (\,\pmj)<a id="id2903500" - class="indexterm" name="id2903500"></a><a - id="id2903512" class="indexterm" name="id2903512"></a> - is a freely-available Japanese typesetting system that - sits on top of standard TeX. The Japanese sections of - the input file must use the Shift-JIS encoding; a - conversion program is supplied to convert JIS encoded - input files into Shift-JIS. If you use another - encoding, such as EUC<a id="id2903531" - class="indexterm" name="id2903531"></a>, you will have - to find some way to convert it into Shift-JIS before - you can use \pmj.</p> - - <p>\pmj solves the font problem in a clever way: - MetaFont outlines for Japanese characters are - mechanically produced from freely-available bitmaps. - This results in relatively low quality characters, but - at least they're free!</p> - - <p>The Paulownia Court, the opening passage from the - 800-year-old novel <span class="emphasis"><em>The Tale - of the Genji</em></span>, is shown in Figure <a - href="ch07.html#fig.pmj" - title="Figure 7.2. Poor Man's Japanese">Figure 7.2</a>. - This sample was typeset by \pmj.</p> - - <div class="figure"> - <a id="fig.pmj" name="fig.pmj"></a> - - <p class="title"><b>Figure 7.2. Poor Man's - Japanese</b></p> - - <div class="mediaobject"> - <img src="pgenji.eps" /> - </div> - </div> - - <p>The \pmj documentation lists the following - advantages and disadvantages:</p> - - <p>\pmj Advantages</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>It is available now.</p> - </li> - - <li> - <p>It is free.</p> - </li> - - <li> - <p>It works with standard TeX.</p> - </li> - - <li> - <p>It is device independent, but has relatively - poor quality fonts. The relative lack of quality - is magnified by higher resolution output devices, - unfortunately.</p> - </li> - - <li> - <p>It uses a set of free fonts mechanically - produced from bitmaps.</p> - </li> - </ul> - </div> - - <p>\pmj Disadvantages</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>It is somewhat crude and unlikely to be - improved upon to any great extent.</p> - </li> - - <li> - <p>It uses low quality fonts.</p> - </li> - - <li> - <p>It requires a large number of fonts and as a - result, lots of disk space.</p> - </li> - - <li> - <p>It provides no access to slanted, bold, or - other Japanese type-styles.</p> - </li> - - <li> - <p>It cannot typeset vertically.</p> - </li> - - <li> - <p>It may take days to build the required - fonts.</p> - </li> - </ul> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2903726" - name="id2903726"></a>\jemtex</h4> - </div> - </div> - - <p>\jemtex<a id="id2903735" class="indexterm" - name="id2903735"></a><a id="id2903745" - class="indexterm" name="id2903745"></a> is a lot like - \pmj; it uses fonts constructed from a collection of - 24x24 dot bitmaps. The \jemtex font maker includes a - number of options for tailoring the appearance of the - characters.</p> - - <p>A sample of Japanese typeset with \jemtex is shown - in Figure <a href="ch07.html#fig.jemtex" - title="Figure 7.3. \jemtex sample">Figure 7.3</a>.</p> - - <div class="figure"> - <a id="fig.jemtex" name="fig.jemtex"></a> - - <p class="title"><b>Figure 7.3. \jemtex - sample</b></p> - - <div class="mediaobject"> - <img src="jgenji.eps" /> - </div> - </div> - - <p>\jemtex takes a very different approach to - processing Japanese text. Instead of providing TeX - macros to interpret two-byte Japanese symbols in the - input file, \jemtex provides a preprocessor which - translates the Japanese input into equivalent TeX - input. The preprocessor understands EUC<a - id="id2903810" class="indexterm" name="id2903810"></a> - and Shift-JIS input files.</p> - - <p>Using a preprocessor has several advantages:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>TeX can process the files very quickly. - Because the input files are not edited by hand, - they are designed to be processed quickly by TeX - rather than by human eyes.</p> - </li> - - <li> - <p>Only the fonts that are actually used must be - loaded. A system like \pmj must load all of the - Japanese fonts because it does not know which - ones will actually be used. \jemtex knows exactly - which fonts are required for each document.</p> - </li> - - <li> - <p>The preprocessor can handle subtle spacing - issues automatically.</p> - </li> - - <li> - <p>The preprocessor can provide discretionary - hyphens for TeX, thereby allowing TeX to - hyphenate Japanese correctly.</p> - </li> - </ul> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2903882" - name="id2903882"></a>Chinese</h3> - </div> - </div> - - <p>The general problems that apply to Japanese - typesetting also apply to Chinese.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2903893" - name="id2903893"></a>Poor Man's Chinese TeX</h4> - </div> - </div> - - <p>Poor Man's Chinese TeX (\pmc)<a id="id2903902" - class="indexterm" name="id2903902"></a> <a - id="id2903916" class="indexterm" name="id2903916"></a> - <a id="id2903924" class="indexterm" - name="id2903924"></a> <a id="id2903939" - class="indexterm" name="id2903939"></a> is closely - related to \pmj. The Chinese input files should be - encoded with 8-bit GB encoding (GB 2312-80). If you use - another encoding, you will have to convert it into the - 8-bit GB encoding before you can use \pmc.</p> - - <p>The \pmc package uses the same technique as \pmj to - construct Chinese fonts. The relative advantages and - disadvantages of \pmj apply equally to \pmc.</p> - - <p>Two sets of Chinese characters are available: - traditional and simplified.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2903985" - name="id2903985"></a>Arabic</h3> - </div> - </div> - - <p>Typesetting in Arabic<a id="id2904001" - class="indexterm" name="id2904001"></a> can be - accomplished with the \arabTeX<a id="id2904010" - class="indexterm" name="id2904010"></a> package. \arabTeX - includes a complete set of fonts and macros for producing - documents in Persian, Arabic, and related scripts. An - example of Arabic is shown in Figure <a - href="ch07.html#fig.flang.arab" - title="Figure 7.4. Arabic text typeset with ArabTeX"> - Figure 7.4</a> on page <a - href="ch07.html#fig.flang.arab" - title="Figure 7.4. Arabic text typeset with ArabTeX"> - Figure 7.4</a>.</p> - - <div class="figure"> - <a id="fig.flang.arab" name="fig.flang.arab"></a> - - <p class="title"><b>Figure 7.4. Arabic text - typeset with ArabTeX</b></p> - - <div class="mediaobject"> - <img src="arab.eps" /> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2904076" - name="id2904076"></a>Hebrew</h3> - </div> - </div> - - <p>Typesetting left-to-right Hebrew<a id="id2904085" - class="indexterm" name="id2904085"></a> (or occasional - Hebrew words in an English document) is relatively easy. - The required fonts and TeX macros are available from - \path|noa.huji.ac.il| and on the CTAN archives in - <tt>language/hebrew</tt>.<sup>[<a id="id2904109" - name="id2904109" href="#ftn.id2904109">97</a>]</sup></p> - - <p>Typesetting right-to-left Hebrew is more complicated. - First, you will need an editor that handles right-to-left - text entry, preferably one that displays Hebrew text.</p> - - <p>After you have constructed a document that uses - right-to-left Hebrew, you will need a special version of - TeX, called \XeT<a id="id2904128" class="indexterm" - name="id2904128"></a>, to process it. \XeT is a version - of TeX that understands right-to-left typesetting.</p> - - <p>Early versions of \XeT, called TeX-\XeT<a - id="id2904148" class="indexterm" name="id2904148"></a>, - produced nonstandard <tt>DVI</tt> files called - <tt>IVD</tt> files<a id="id2904178" class="indexterm" - name="id2904178"></a>. If you use TeX-\XeT, a special - program called <b>ivd2dvi</b><a id="id2904204" - class="indexterm" name="id2904204"></a> must be used to - translate the <tt>IVD</tt> files into <tt>DVI</tt> files - before they can be printed. More recently, \XeT has been - reimplemented to produce standard <tt>DVI</tt> files. The - new version is called TeX\hbox{-{}-}\XeT<a id="id2904243" - class="indexterm" name="id2904243"></a>.<sup>[<a - id="id2904255" name="id2904255" - href="#ftn.id2904255">98</a>]</sup> They are functionally - identical. You can get unix and PC versions of \XeT from - \path|noa.huji.ac.il|. An example of Hebrew is shown in - Figure <a href="ch07.html#fig.hebrew" - title="Figure 7.5. Hebrew">Figure 7.5</a> - on page <a href="ch07.html#fig.hebrew" - title="Figure 7.5. Hebrew">Figure 7.5</a>.</p> - - <div class="figure"> - <a id="fig.hebrew" name="fig.hebrew"></a> - - <p class="title"> - <b>Figure 7.5. Hebrew</b></p> - - <div class="mediaobject"> - <img src="hebrew-sample.eps" /> - </div> - </div> - </div> - </div> - - <div class="footnotes"> - <br /> - <hr width="100" align="left" /> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2890500" name="ftn.id2890500" - href="#id2890500">85</a>]</sup> {Chinese and Japanese are - also typeset vertically. At present, TeX does not support - vertical typesetting, although there is at least one - effort underway to provide that feature. See the section - called “<a href="ch07.html#sec.asciijtex" - title="TeX Pitfalls">the section called “TeX - Pitfalls”</a>” for more information on - vertical typesetting.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2899397" name="ftn.id2899397" - href="#id2899397">86</a>]</sup> {The accent macros are - shown with a lower case e; naturally, any letter that - needs to be accented can be used in place of the e.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2899840" name="ftn.id2899840" - href="#id2899840">87</a>]</sup> {These characters are - available in the DC fonts and were not previously - available in standard TeX.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2900193" name="ftn.id2900193" - href="#id2900193">88</a>]</sup> {<tt>isolatin1.sty</tt> - is available from the CTAN archives in - <tt>macros/latex/contrib/misc/</tt>.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2900241" name="ftn.id2900241" - href="#id2900241">89</a>]</sup> {If you use electronic - mail to send files that use any characters other than the - printable subset of 7-bit ASCII (space through tilde), - you are bound to run into problems. You can combat this - problem by using a wrapper (like uuencoding or MIME - messages) when you send the mail, but those tools are - outside the scope of this book. Ask your system - administrator for more assistance with sending binary - mail.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2900372" name="ftn.id2900372" - href="#id2900372">90</a>]</sup> {<b>recode</b> is - available from <tt>prep.ai.mit.edu</tt> and other places - where GNU software is archived.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2900417" name="ftn.id2900417" - href="#id2900417">91</a>]</sup> {These are - “low-level” macros. A higher-level interface - will be provided for each language. See the section - called “<a href="ch07.html#sec.babel" - title="The Babel Styles">the section called “The - Babel Styles”</a>” later in this chapter for - more information.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2902146" name="ftn.id2902146" - href="#id2902146">92</a>]</sup> {Because the “EC - fonts” don't exist yet, I won't mention them - again.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2902200" name="ftn.id2902200" - href="#id2902200">93</a>]</sup> {Actually, the issue of - accents is a difficult one. Different languages which - have the same letters do not always place accents at the - same height. This is yet another problem that will have - to be resolved.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2890568" name="ftn.id2890568" - href="#id2890568">94</a>]</sup> {Another control - sequence, <tt>\ iflanguage</tt>, is provided so that you - can write macros which are sensitive to the language in - use when they are expanded.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2890639" name="ftn.id2890639" - href="#id2890639">95</a>]</sup> {Paragraphs that contain - multiple languages will be hyphenated according to the - rules of the language in effect when the paragraph - ends.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2903130" name="ftn.id2903130" - href="#id2903130">96</a>]</sup> {This is a concocted - example; to my knowledge, it doesn't actually appear in - any language.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2904109" name="ftn.id2904109" - href="#id2904109">97</a>]</sup> {At the time of this - writing, the material at \path|noa.huji.ac.il| is more - up-to-date than the material in the CTAN archives.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2904255" name="ftn.id2904255" - href="#id2904255">98</a>]</sup> {Yes, the only difference - between the names really is the number of hyphens!}</p> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Chapter 6. Pictures and Figures" - href="ch06.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Chapter 8. Printing" - href="ch08.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left"> - Chapter 6. Pictures and Figures </td> - - <td width="20%" align="center"><a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Chapter 8. Printing</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/ch08.html b/Master/texmf-doc/doc/english/make-tex-work/html/ch08.html deleted file mode 100644 index 8144b2cb503..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/ch08.html +++ /dev/null @@ -1,2376 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Chapter 8. Printing</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt02.html" - title="Part II. Elements of a Complex Document" /> - <link rel="previous" href="ch07.html" - title="Chapter 7. International Considerations" /> - <link rel="next" href="ch09.html" - title="Chapter 9. Previewing" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Chapter 7. International Considerations" - href="ch07.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Chapter 9. Previewing" - href="ch09.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="chapter"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="chap.printing" - name="chap.printing"></a>Chapter 8. Printing</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - <hr class="component-separator" /> - </div> - - <p><a id="id2902696" class="indexterm" - name="id2902696"></a><a id="id2902703" class="indexterm" - name="id2902703"></a> The emphasis in this book so far has - been on getting TeX to process a document that contains all - the desired typographic elements without error. The result of - this effort is a <tt>DVI</tt> file<a id="id2902726" - class="indexterm" name="id2902726"></a>.</p> - - <p>The next step is translating the <tt>DVI</tt> file into a - printed document<a id="id2902441" class="indexterm" - name="id2902441"></a>. That is the focus of this chapter. - Usually, you want to preview a document before you print it, - but in many ways previewers are just a special kind of - printer. The two do differ significantly, however, so we will - discuss them separately. (Chapter <a href="ch09.html" - title="Chapter 9. Previewing">Chapter 9</a>, - <span class="emphasis"><em><a href="ch09.html" - title="Chapter 9. Previewing">Chapter 9</a></em></span>, - describes previewers.)</p> - - <p>This chapter explores the issues related to printing a DVI - file. There are sections concerning the printing of fonts, - the printing of pictures and figures, and descriptions of - several kinds of drivers you can use to print TeX - documents.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.printing" name="sec.printing"></a>Printing - Fonts</h2> - </div> - </div> - - <p>If you have <a id="id2902499" class="indexterm" - name="id2902499"></a><a id="id2902509" class="indexterm" - name="id2902509"></a> a <tt>TFM</tt> file for a font, you - can use that font in TeX. In fact, you can use that font at - an arbitrary magnification in TeX, which means that you can - use Courier at 13.4pt as easily as Computer Modern Roman at - 10pt. Unfortunately, this ease of use does not imply that - the resulting <tt>DVI</tt> file will be easy to print. It - doesn't even imply that it will be possible to print the - document. For example, if you request Courier at 13.4pt, - but it is available in your printer only at 10pt and 12pt - (and you have no other source for Courier), there is no way - to print your document without distortion.</p> - - <p>This section discusses the issues involved in getting - the desired fonts to print from your DVI file. Both - bitmapped and scalable fonts are considered, as well as - fonts built into the printer. You will also gain a better - understanding of why some documents do not print, and learn - alternatives that may enable you to print your - documents.</p> - - <p>Every font can be classified in two broad, independent - ways: internal versus external, and scalable versus - bitmapped. Each class of fonts has some advantages and some - unique problems. In general, there are more restrictions on - built-in fonts than on external fonts, and more - restrictions on bitmapped fonts than on scalable fonts.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.bitfonts" - name="sec.bitfonts"></a>Built-in Fonts</h3> - </div> - </div> - - <p>Built-in fonts<a id="id2904394" class="indexterm" - name="id2904394"></a>, whether scalable or bitmapped, - pose two problems. First, you must obtain the appropriate - <tt>TFM</tt> files<a id="id2904419" class="indexterm" - name="id2904419"></a>. Usually, the metric information - has to be supplied by the vendor and then translated into - TeX <tt>TFM</tt> format using a conversion tool. No - vendor that I am aware of distributes TeX metric<a - id="id2904441" class="indexterm" name="id2904441"></a> - information directly. The section called “<a - href="ch05.html#sec.gettingtfms" - title="Expressing Design Size in TeX">the section called - “Expressing Design Size in TeX”</a>” in - Chapter <a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, - <span class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>, - describes several options for obtaining metric - information for built-in fonts.</p> - - <p>The second problem is that the DVI driver you are - using must “know” somehow that the - <tt>TFM</tt> file corresponds to one of the printer's - internal fonts. When the DVI driver examines the - <tt>DVI</tt> file, the only information available about - each font is the name of the <tt>TFM</tt> file that - describes its metrics. The most common way DVI drivers - handle this problem is with a font translation file or a - font substitution file.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2904532" - name="id2904532"></a>Font substitution in - emTeX</h4> - </div> - </div> - - <p>emTeX's DVI driver reads a user-specified font - substitution file<a id="id2904540" class="indexterm" - name="id2904540"></a> before processing the - <tt>DVI</tt> file. A line like the following in the - font substitution file informs the <b>dvihplj</b><a - id="id2904572" class="indexterm" name="id2904572"></a> - driver that <tt>lpr1610u</tt> is an internal font and - describes the LaserJet control sequence required to - select it:</p> - - <div class="informalexample"> - <div class="literallayout"> - <p> - lpr1610u 300 => pcl: 10U s0P s16.66H s8.5V s0S s0B s0T</p> - </div> - </div> - - <p>Other substitutions are also possible. For example, - if you work with documents that come from other systems - that allow long filenames, you can substitute the long - names for shorter filenames that are legal under - MS-DOS. The following line in a font substitution file - tells emTeX that the font “<tt>tmsrmn</tt>” - should be used anywhere that a <tt>DVI</tt> file uses - the font “<tt>Times-Roman</tt>”:</p> - - <div class="informalexample"> - <div class="literallayout"> - <p>Times-Roman -> tmsrmn</p> - </div> - </div> - - <p>You can use even more sophisticated substitutions, - including pattern matching, for example. Consult <span - class="emphasis"><em>The {emTeX} DVI Driver - Manual</em></span> [<a - href="bi01.html#em:dvidrv">em:dvidrv</a>] for more - information.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2904676" - name="id2904676"></a>Font substitution in - \dvips</h4> - </div> - </div> - - <p>The <b>dvips</b><a id="id2904690" class="indexterm" - name="id2904690"></a> program, which translates - <tt>DVI</tt> files into PostScript, also reads a font - substitution file before processing a <tt>DVI</tt> - file. In addition to identifying which fonts are built - into the printer, the substitution file can also - instruct <b>dvips</b> to download PostScript fonts that - are not resident in your printer if they are used in a - document.</p> - - <p><b>dvips</b> has a system-wide font substitution - file called <tt>psfonts.map</tt><a id="id2904749" - class="indexterm" name="id2904749"></a>. This file is - distributed with <b>dvips</b> and can be customized by - your system administrator. You can tell <b>dvips</b> to - load a personal font substitution file by using the - <span class="emphasis"><em>p</em></span> command in - <b>dvips</b>'s initialization file (called - <tt>.dvipsrc</tt> in your home directory on unix - systems). Consult the <b>dvips</b> documentation for - more information about setting up an initialization - file.</p> - - <p>The following lines in a font substitution file - indicate that the font <tt>grbk</tt> (which is the name - of the <tt>TFM</tt> file) corresponds to the built-in - printer font Garamond-Book. The <tt>TFM</tt> file - <tt>hlvcd</tt> corresponds to the printer font - Helvetica-Condensed. Helvetica-Condensed is not built - into the printer but is stored in the file - <tt>/home/walsh/fonts/helvcd.pfb</tt>. If - <tt>hlvcd</tt> is used in a document, <b>dvips</b> will - download <tt>helvcd.pfb</tt> automatically when it - converts the document.</p> -<pre class="screen"> -grbk Garamond-Book -hlvcd Helvetica-Condensed </home/walsh/fonts/helvcd.pfb -</pre> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2904885" - name="id2904885"></a>Font substitution in other - drivers</h4> - </div> - </div> - - <p>Other DVI drivers, particularly those written for - operating environments like Microsoft Windows that - provide a standard interface to printers, may leave the - distinction between built-in and external fonts up to - the operating environment. If this is the case, you - must use the tools provided by the operating system to - support the printers and fonts that you require.</p> - - <p>If your DVI driver does use a font substitution - file, make sure that the translations specified - actually exist. The DVI driver cannot practically - determine if the font you have specified as built into - the printer really exists or not. If it doesn't, you - won't get the output you expect, and the DVI driver - will not be able to diagnose the problem.</p> - - <p>The most significant disadvantage of using built-in - fonts is that they are not usually available for - on-screen previewing of your document. Some form of - font substitution has to be employed to preview a - document. Sometimes this reduces the utility of - on-screen previewing. Chapter <a href="ch09.html" - title="Chapter 9. Previewing">Chapter 9</a>, - <span class="emphasis"><em><a href="ch09.html" - title="Chapter 9. Previewing">Chapter 9</a></em></span>, - discusses this issue in more detail.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2904946" - name="id2904946"></a>External Fonts</h3> - </div> - </div> - - <p>External fonts<a id="id2904955" class="indexterm" - name="id2904955"></a>, those that aren't built into the - printer, pose a different set of problems. First, they - have to be available to the DVI driver, and they have to - be represented in a manner that the DVI driver - understands. For the vast majority of DVI drivers, this - means that the fonts must be stored in files on your hard - disk in <tt>PK</tt> format. The <tt>PK</tt><a - id="id2904990" class="indexterm" name="id2904990"></a> - files contain a compressed, bitmapped rendering of the - font at a particular resolution. For more information - about <tt>PK</tt> files and other bitmapped-font issues, - see “<a href="ch08.html#sec.bitfonts" - title="Built-in Fonts">the section called “Built-in - Fonts”</a>” later in this chapter.</p> - - <p>Most DVI drivers locate fonts by searching in the - directories contained in an environment variable or in - some system-dependent locations.</p> - - <p>Once the fonts are available, the DVI driver has two - options for using them: it can download them to the - printer, or it can send them as bitmapped graphic images. - Most laser printers can accept downloadable fonts, - although they may require additional memory to accept - large numbers of fonts. In either case, the printable - files are generally larger and print more slowly than - documents that use the printer's built-in fonts. Of - course, using external fonts does give you far more - flexibility than using only built-in fonts.</p> - - <p>Unlike a missing internal font, if you attempt to use - an external font that is not available, your DVI driver - will be able to detect the problem and may be able to - substitute another font or compensate in some other - way.</p> - - <div class="sidebar"> - <p class="title"><b>Increasing Printing Speed</b></p> - - <p>How can you increase printing speed<a id="id2905074" - class="indexterm" name="id2905074"></a> if you - frequently print, on a laser printer, documents that - use a small number of external fonts (for example, - several sizes of Computer Modern)? A handy trick is to - download the fonts manually and then tell the DVI - driver that the fonts are built-in.</p> - - <p>Suppose you use the 7pt, 10pt, and 12pt sizes of - Computer Modern Roman, and the 12pt and 14pt sizes of - Computer Modern Bold Extended in most of your - documents. If you are printing on an HP LaserJet - printer with emTeX's <b>dvihplj</b>, you could convert - the relevant <tt>PK</tt> files into HP LaserJet - softfonts with <b>PKtoSFP</b><a id="id2905121" - class="indexterm" name="id2905121"></a> (see the - discussion of bitmapped fonts in the next section to - determine which <tt>PK</tt> files are relevant). Then - download them to the printer every morning with a - utility like <b>Sfload</b><a id="id2905150" - class="indexterm" name="id2905150"></a>. <b>Sfload</b> - is part of the <b>Sfware</b><a id="id2905171" - class="indexterm" name="id2905171"></a> package. - (Disclaimer: I wrote <b>Sfware</b> so I'm partial to - it. There are many other programs that can download - softfonts.) In the font-substitution file for - <b>dvihplj</b><a id="id2905194" class="indexterm" - name="id2905194"></a>, simply indicate that those fonts - are built-in, and <b>dvihplj</b> will no longer - download them for each document. This can significantly - decrease the amount of data that must be sent to the - printer for each document.</p> - - <p>Beware, however, that if you fail to download the - fonts, you will get very badly garbled output when you - print a document.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2905223" - name="id2905223"></a>Bitmapped Fonts</h3> - </div> - </div> - - <p>Each character in a bitmapped font is represented by a - rectangular array of dots. Some of the dots in this array - are “on,” and some are “off.” - When the dots are printed very close together, they - provide the illusion of a solid character. Bitmapped - fonts are common in the TeX community because all of the - fonts created by MetaFont are printed in bitmapped - form.</p> - - <p>The notion of magnification discussed in the section - called “<a href="ch05.html#sec.issueofsize" - title="What TeX Needs To Know">the section called - “What TeX Needs To Know”</a>” in - Chapter <a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a> is - interpreted as an issue of resolution when dealing with - bitmapped fonts.</p> - - <p>Resolution<a id="id2905279" class="indexterm" - name="id2905279"></a> is used in a slightly - counter-intuitive way by DVI drivers. Generally, - resolution is described as a feature of a device that - affects the <span - class="emphasis"><em>appearance</em></span> of images - printed on that device and not their <span - class="emphasis"><em>size</em></span>. For example, in - comparing two drawings in which one was printed on 150dpi - dot-matrix printer and the other was printed on a 300dpi - laser printer, I might say, “the laser printed page - looks better because it was printed at a higher - resolution.”</p> - - <p>That's true, but what isn't usually stated explicitly - is that the comparison is between a 150dpi drawing - rendered at 150dpi and a 300dpi drawing rendered at - 300dpi. This is the situation shown in Figure <a - href="ch08.html#fig.reschange" - title="Figure 8.1. Resolution of the bitmap and the device changed simultaneously"> - Figure 8.1</a> where a 4dpi image is printed at 4dpi - next to an 8dpi image printed at 8dpi.</p> - - <div class="figure"> - <a id="fig.reschange" name="fig.reschange"></a> - - <p class="title"><b>Figure 8.1. Resolution of - the bitmap and the device changed - simultaneously</b></p> -<pre class="screen"> - \input{ft-resch.fig} -</pre> - </div> - - <p>What if the resolution of the printer were held - constant? That's the situation shown in Figure <a - href="ch08.html#fig.sizechange" - title="Figure 8.2. Resolution of the bitmap changed while device held constant"> - Figure 8.2</a>. The 4dpi image printed at 4dpi is - shown next to the 8dpi image printed at 4dpi. The result - is that the size of the image is doubled.</p> - - <div class="figure"> - <a id="fig.sizechange" name="fig.sizechange"></a> - - <p class="title"><b>Figure 8.2. Resolution of - the bitmap changed while device held constant</b></p> -<pre class="screen"> - \input{ft-sizch.fig} -</pre> - </div> - - <p>This is the technique that DVI drivers use to print a - larger magnification of the same font; they print a - version of the font designed for a correspondingly - higher-resolution device. The same technique is used to - print at smaller magnifications.</p> - - <p>Most DVI drivers use bitmapped fonts stored in - <tt>PK</tt> files<a id="id2905416" class="indexterm" - name="id2905416"></a>. The <tt>PK</tt> format is a highly - compressed binary format.<sup>[<a id="id2905446" - name="id2905446" href="#ftn.id2905446">99</a>]</sup> Two - other bitmapped font formats (sometimes accepted by DVI - drivers) are associated with TeX: <tt>GF</tt><a - id="id2905494" class="indexterm" name="id2905494"></a> - and <tt>PXL</tt> files<a id="id2905511" class="indexterm" - name="id2905511"></a>. The <tt>GF</tt> format is a very - flat, uncompressed bitmap format produced by several - utility programs, including MetaFont. The <b>GFtoPK<a - id="id2905547" class="indexterm" - name="id2905547"></a></b> program converts <tt>GF</tt> - files into <tt>PK</tt> files. The <tt>PXL</tt> format<a - id="id2905584" class="indexterm" name="id2905584"></a> is - an uncompressed bitmap format; it has been superseded by - the <tt>PK</tt> format (which achieves better - compression) and is completely obsolete. If you still - have <tt>PXL</tt> files, you should convert them to - <tt>PK</tt> format with the <b>PXtoPK</b><a - id="id2905640" class="indexterm" name="id2905640"></a> - utility. If you are using a DVI driver that still - requires <tt>PXL</tt> files, you should find out about an - upgrade; the program is obsolete.</p> - - <p>The fact that DVI drivers use different resolutions of - the same font file to obtain different magnifications - introduces a naming problem. How can the DVI driver - distinguish between <tt>cmr12.pk</tt> at 300dpi and - <tt>cmr12.pk</tt> at 360dpi (or any other - resolution)?</p> - - <p>On unix systems, this problem is usually resolved by - putting the resolution in the filename in front of the - extension <span class="emphasis"><em>pk</em></span>. For - example, <tt>cmr12.300pk</tt> is <tt>cmr12</tt> at 300dpi - while <tt>cmr12.360pk</tt> is <tt>cmr12</tt> at - 360dpi.</p> - - <p>On many other systems, where the operating system - imposes limits on the length of filenames, a solution is - achieved by storing the fonts in different - subdirectories. On MS-DOS, for example, the 300dpi - version of <tt>cmr12</tt> might be stored in <span - class="emphasis"><em>\bs texfonts\bs 300dpi\bs - cmr12.pk</em></span> while the 360dpi version is stored - in <span class="emphasis"><em>\bs texfonts\bs 360dpi\bs - cmr12.pk</em></span>.</p> - - <p>In either case, you should obey the conventions - specified by your DVI driver to assure that the DVI - driver can find the fonts. One common solution to the - problem of finding fonts is to use an environment - variable to list the directories where <tt>PK</tt> files - occur. For example, on a unix system, the environment - variable <tt>TEXPKS</tt> might hold a list of directories - separated by colons:<sup>[<a id="id2905773" - name="id2905773" href="#ftn.id2905773">100</a>]</sup></p> -<pre class="screen"> -TEXPKS=/usr/local/lib/tex/fonts:/usr/local/lib/tex/fonts/pk: /usr/local/lib/mf/fonts:/usr/local/lib/mf/fonts/pk -</pre> - - <p>Under MS-DOS, the environment variable - <tt>DVIDRVFONTS</tt> might hold a list of directories - separated by semicolons:</p> -<pre class="screen"> -DVIDRVFONTS=C:\TEXFONTS;C:\MYFONTS -</pre> - - <p>The format of the environment variable and how it is - created or modified is determined by the operating - environment that you are using. The name of the - environment variable differs according to the DVI - driver.</p> - - <p>To recap, TeX works with <span - class="emphasis"><em>magnifications</em></span><a - id="id2905827" class="indexterm" name="id2905827"></a><a - id="id2905837" class="indexterm" name="id2905837"></a> of - abstract, scalable measurements; DVI drivers work with - <span class="emphasis"><em>resolutions</em></span> of - fixed, bitmapped images.</p> - - <p>To convert a magnification into a resolution, multiply - the resolution of your output device by the - magnification. A font at a magnification of 120\% on a - 300dpi laser printer has a resolution of 360dpi.</p> - - <p>To convert a resolution into a magnification, divide - the font resolution by the resolution of the printer. A - 420dpi font on a 300dpi laser printer has a magnification - of 140\%.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2905872" - name="id2905872"></a>Scalable Fonts</h3> - </div> - </div> - - <p>Although scalable fonts<a id="id2905881" - class="indexterm" name="id2905881"></a> used to be very - uncommon, the proliferation of PostScript printers and - products like Adobe Type Manager (not to mention built-in - support for TrueType fonts in Apple System 7.0 and - Microsoft Windows 3.1) have made these fonts very common. - It is important to remember that scalable fonts are - ultimately converted into bitmapped fonts. All printers - eventually treat the page as a very large bitmap and - either do or do not deposit a small amount of ink in each - position in the bitmap.</p> - - <p>Most DVI drivers leave the work of performing this - rasterization to someone else. If you are not using a - PostScript printer, you probably rely on some other piece - of software to do the work. Adobe Type Manager and - built-in support for TrueType are the most common - software solutions. Some printers, like the LaserJet III, - have built-in scalable fonts as well, even though they - are not PostScript printers.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2905916" - name="id2905916"></a>Font Printing Pitfalls</h3> - </div> - </div> - - <p>Sometimes you need a font at a size that is not - available. Because scalable fonts are available at any - size, this is a problem only with bitmapped fonts<a - id="id2905928" class="indexterm" name="id2905928"></a><a - id="id2905940" class="indexterm" name="id2905940"></a>. - Remember that MetaFont creates bitmapped fonts, but they - can be scaled because the <tt>MF</tt> source for the font - is not a bitmap. You can't scale the <tt>PK</tt> file, - but you can generate a new <tt>PK</tt> file at the size - you need. In order to do this, you must have MetaFont - installed, and you must have the <tt>MF</tt> source for - the font. Chapter <a href="ch11.html" - title="Chapter 11. Introducing MetaFont">Chapter 11</a>, - <span class="emphasis"><em><a href="ch11.html" - title="Chapter 11. Introducing MetaFont">Chapter 11</a></em></span>, - describes how to create a MetaFont font at any size.</p> - - <p>If the font isn't a MetaFont font, or you don't have - the <tt>MF</tt> source, you may still be able to scale - the font. However, you should be aware before you try - that the result may be unacceptable. Scaling bitmapped - fonts causes ugly, jagged edges if the font is scaled - larger, and loss of detail if it is scaled smaller. Small - changes in size are sometimes manageable.</p> - - <p>The <b>dvips</b> driver will scale bitmapped fonts if - it cannot find or build the requested font. - Alternatively, the <b>sffx</b><a id="id2906056" - class="indexterm" name="id2906056"></a> program can scale - HP LaserJet softfonts. I don't know of any other scaling - options.</p> - - <p>Non-scalable fonts that are built into the printer - cannot be scaled at all. If you need to have a built-in - font at an unavailable size, you will have to substitute - another font in place of the built-in one.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2906078" - name="id2906078"></a>Printing Pictures and Figures</h2> - </div> - </div> - - <p>Pictures<a id="id2906087" class="indexterm" - name="id2906087"></a><a id="id2906097" class="indexterm" - name="id2906097"></a> and figures<a id="id2906108" - class="indexterm" name="id2906108"></a><a id="id2906118" - class="indexterm" name="id2906118"></a> are frequently the - least portable elements of a document. Chapter <a - href="ch06.html" - title="Chapter 6. Pictures and Figures">Chapter 6</a>, - <span class="emphasis"><em><a href="ch06.html" - title="Chapter 6. Pictures and Figures">Chapter 6</a></em></span>, - describes many of the options that are available for - including pictures and figures in a document.</p> - - <p>If the method used is supported by the DVI driver and - printer that you use, pictures and figures are - transparently printed. They are even less difficult to - print than fonts. On the other hand, if you are attempting - to print a document which incorporates pictures and figures - using a method not supported by your DVI driver or printer, - it may be exceptionally difficult to print the - document.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2906166" - name="id2906166"></a>Unsolvable Problems</h3> - </div> - </div> - - <p><tt>DVI</tt> files are not always - “complete” with respect to pictures and - figures. Many documents use \special commands to access - DVI driver or printer-specific features in order to - include pictures and figures. These \specials may have - just the name of an external file that contains the - graphic image to be included. For example, using the - emTeX drivers, I can include a bitmapped graphic image - with the command \special\verb|{em:graph spslogo}|. When - emTeX's DVI drivers process this command, the graphic - image in the file <tt>spslogo.pcx</tt> is included in the - output. If I transmit this <tt>DVI</tt> file to another - computer but forget to transmit the file - <tt>spslogo.pcx</tt>, there is no way to print the - <tt>DVI</tt> file with the SPS logo.</p> - - <p>At first, it may seem that a good solution to the - problem described above would be to include the actual - data for the image in the \special command. But to do - that, TeX would have to process the image data, defeating - the purpose of the \special mechanism. The \special - mechanism is better because it is open ended---it can - handle new types of graphics, for example, without - changing TeX.</p> - - <p>The second, essentially unsolvable, problem involves - <tt>DVI</tt> files containing \special commands that have - embedded data. For example, one set of picture drawing - \special commands are the <tt>tpic</tt> \specials. If - your DVI driver does not understand these commands, there - is no practical way to extract them from the <tt>DVI</tt> - file in order to convert them into a format your DVI - driver understands. There may not even be a practical way - of extracting them from the TeX document to construct a - printable image. You simply can't print that document - with the <tt>tpic</tt> figures intact.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2906292" - name="id2906292"></a>Solvable Problems</h3> - </div> - </div> - - <p>If you have a document that includes an external - picture or figure using a method that your DVI driver or - printer does not understand, and you have the file that - contains the graphic image and the TeX source for the - document, you may be able to print it.</p> - - <p>The section called “<a - href="ch06.html#sec.picconv" - title="Manipulating Images">the section called - “Manipulating Images”</a>” in - Chapter <a href="ch06.html" - title="Chapter 6. Pictures and Figures">Chapter 6</a>, - lists a wide variety of picture conversion tools that may - allow you to convert the image into a printable form. For - example, if the document in question uses a \special - command to include a <tt>PCX</tt> graphic image, but your - DVI driver only understands the Macintosh <tt>PICT</tt> - format, you could use the <b>PBMplus</b><a id="id2906359" - class="indexterm" name="id2906359"></a> utilities to - convert the <tt>PCX</tt> image into <tt>PICT</tt> - format.</p> - - <p>A conversion that might frequently be necessary if you - work on both PostScript and non-PostScript printers is - conversion from encapsulated PostScript to a bitmap - format. This is a translation that <b>Ghostscript</b> or - some other PostScript interpreter can perform.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2906405" - name="id2906405"></a>Pictures Using Only TeX</h3> - </div> - </div> - - <p>Device-independent pictures created using only TeX - pose no particular printing problems. These include the - LaTeX <tt>picture</tt> environment, as well as the PiCTeX - and <b>XYPic</b> macro packages.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2906432" - name="id2906432"></a>MetaFont Figures</h3> - </div> - </div> - - <p>Pictures<a id="id2906441" class="indexterm" - name="id2906441"></a><a id="id2906454" class="indexterm" - name="id2906454"></a> created with MetaFont (using - <b>MFPic</b>, <b>Fig2MF</b>, or MetaFont directly) are - really MetaFont fonts. As a result, they can be created - for almost any raster output device.<sup>[<a - id="id2906483" name="id2906483" - href="#ftn.id2906483">101</a>]</sup> As long as MetaFont - is available and the figures aren't too large, they pose - no problems. Very large images may break some DVI drivers - or may not be printable on some output devices.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2906500" - name="id2906500"></a>Scalable Images</h3> - </div> - </div> - - <p>Scalable formats<a id="id2906509" class="indexterm" - name="id2906509"></a>, primarily PostScript and HPGL, are - difficult to convert to other printing technologies. - However, the <b>Ghostscript</b><a id="id2906527" - class="indexterm" name="id2906527"></a> program is one - option for PostScript figures, and <b>hp2xx</b><a - id="id2906542" class="indexterm" name="id2906542"></a> - can convert a subset of HPGL commands into other - formats.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2906554" - name="id2906554"></a>Bitmap Images</h3> - </div> - </div> - - <p>Bitmap images<a id="id2906563" class="indexterm" - name="id2906563"></a> are generally the easiest to - convert from one format to another, but there is another - issue that is more difficult to deal with---resolution. - Printing a bitmap image at 1200dpi if the original is - only 300dpi is not easy.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2906581" - name="id2906581"></a>Selected Drivers</h2> - </div> - </div> - - <p>Table <a href="ch08.html#tab.drivers" - title="Table 8.1. Common DVI Drivers">Table 8.1</a> - lists a number of common DVI drivers<a id="id2906602" - class="indexterm" name="id2906602"></a><a id="id2906609" - class="indexterm" name="id2906609"></a> used to print TeX - documents (as opposed to previewing them). These drivers - are discussed in more detail in this section. The list of - drivers described here is nowhere near complete. The - presence or absence of a particular driver from this list - is not intended as a reflection on the quality of the - driver. I tried to select a representative set of free and - commercial drivers. Drivers for other printers usually - offer similar features.</p> - - <div class="table"> - <a id="tab.drivers" name="tab.drivers"></a> - - <p class="title"><b>Table 8.1. Common DVI - Drivers</b></p> - - <table summary="Common DVI Drivers" border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf DVI driver</th> - - <th align="left">\bf Supplier</th> - - <th align="left">\bf System</th> - - <th align="left">\bf Printers</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left"><b>dvihplj</b></td> - - <td align="left">Free (emTeX)</td> - - <td align="left"> </td> - - <td align="left">HP LaserJet compatible</td> - </tr> - - <tr> - <td align="left"><b>dvidot</b></td> - - <td align="left">Free (emTeX)</td> - - <td align="left">MS-DOS+OS/2</td> - - <td align="left">Most dot matrix</td> - </tr> - - <tr> - <td align="left"><b>dvipcx</b></td> - - <td align="left">Free (emTeX)</td> - - <td align="left"> </td> - - <td align="left"><tt>PCX</tt> graphic images</td> - </tr> - - <tr> - <td align="left"><b>dvilj2</b></td> - - <td align="left">Free (<span - class="emphasis"><em>dvi2xx</em></span>)</td> - - <td align="left">Most</td> - - <td align="left">HP LaserJet compatible</td> - </tr> - - <tr> - <td align="left"><b>dvips</b></td> - - <td align="left">Free (<span - class="emphasis"><em>dvips</em></span>)</td> - - <td align="left">Most</td> - - <td align="left">PostScript</td> - </tr> - - <tr> - <td align="left"><b>DVILASER/HP</b></td> - - <td align="left">ArborText</td> - - <td align="left">MS-DOS, Unix</td> - - <td align="left">HP LaserJet compatible</td> - </tr> - - <tr> - <td align="left"><b>DVILASER/PS</b></td> - - <td align="left">ArborText</td> - - <td align="left">MS-DOS, Unix</td> - - <td align="left">PostScript</td> - </tr> - - <tr> - <td align="left"><b>PTI Laser/HP</b></td> - - <td align="left">Personal TeX</td> - - <td align="left">MS-DOS</td> - - <td align="left">HP LaserJet compatible</td> - </tr> - - <tr> - <td align="left"><b>PTI Laser/PS</b></td> - - <td align="left">Personal TeX</td> - - <td align="left">MS-DOS</td> - - <td align="left">PostScript</td> - </tr> - - <tr> - <td align="left"><b>PTI Jet</b></td> - - <td align="left">Personal TeX</td> - - <td align="left">MS-DOS</td> - - <td align="left">HP DeskJet compatible</td> - </tr> - - <tr> - <td align="left"><b>dvipsone</b></td> - - <td align="left">Y&Y</td> - - <td align="left">MS-DOS</td> - - <td align="left">PostScript</td> - </tr> - </tbody> - </table> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2906990" - name="id2906990"></a>emTeX Drivers</h3> - </div> - </div> - - <p>The emTeX<a id="id2906999" class="indexterm" - name="id2906999"></a> distribution includes three DVI - drivers: <b>dvihplj</b><a id="id2907020" - class="indexterm" name="id2907020"></a> for printing on - HP LaserJet, DeskJet, PaintJet, QuietJet printers (as - well as the Kyocera laser printer), <b>dvidot</b><a - id="id2907035" class="indexterm" name="id2907035"></a> - for printing on a wide variety of dot-matrix printers, - and <b>dvipcx</b><a id="id2907050" class="indexterm" - name="id2907050"></a> for translating DVI files into - <tt>PCX</tt> graphics images (for faxing, for example). - The printers that <b>dvidot</b> supports are listed - below. If your dot-matrix printer isn't listed, detailed - instructions in the emTeX documentation will probably - allow you to construct an appropriate parameter file.</p> - - <table class="simplelist" border="0" - summary="Simple list"> - <tr> - <td>Apple Imagewriter</td> - - <td>IBM Proprinter 4202</td> - </tr> - - <tr> - <td>C.ITOH 8510A</td> - - <td>IBM Proprinter 4207</td> - </tr> - - <tr> - <td>Canon Bubble Jet BJ-10e</td> - - <td>IBM Proprinter 4208</td> - </tr> - - <tr> - <td>EPSON FX and RX series</td> - - <td>NEC P6, Panasonic KX-P1124</td> - </tr> - - <tr> - <td>EPSON LQ series</td> - - <td>NEC P7</td> - </tr> - - <tr> - <td>IBM Proprinter 4201</td> - - <td>Tandy DMP-130</td> - </tr> - </table> - - <p>All of the emTeX drivers support several \special - commands for including bitmapped graphics and lines at - any angle.</p> - - <p>The Computer Modern fonts in <tt>PK</tt> format occupy - several directories and considerable space on disk. To - minimize the impact of keeping several magnifications of - fonts around, the emTeX drivers introduced the concept of - <span class="emphasis"><em>font libraries</em></span>. - Font libraries<a id="id2907170" class="indexterm" - name="id2907170"></a> are single files that contain many, - many <tt>PK</tt> fonts<a id="id2907189" class="indexterm" - name="id2907189"></a><a id="id2907208" class="indexterm" - name="id2907208"></a>. The fonts distributed with emTeX - are distributed in font library format. The - <b>fontlib</b> program, distributed with emTeX, allows - you to create and maintain font libraries of your - own.</p> - - <p>The emTeX drivers support automatic font generation - starting with version 1.4S. This is accomplished by a - second program, <b>dvidrv</b><a id="id2907239" - class="indexterm" name="id2907239"></a>, that runs the - DVI driver and then <b>MFjob</b><a id="id2907254" - class="indexterm" name="id2907254"></a>, if required, to - build the fonts. The relationship between these - components is shown in Figure <a - href="ch08.html#fig.emdvi" - title="Figure 8.3. Previewing and printing with emTeX"> - Figure 8.3</a>.</p> - - <div class="figure"> - <a id="fig.emdvi" name="fig.emdvi"></a> - - <p class="title"><b>Figure 8.3. Previewing - and printing with emTeX</b></p> -<pre class="screen"> -FIXME: -</pre> - </div> - - <p>Starting with version 1.4t,<sup>[<a id="id2907302" - name="id2907302" href="#ftn.id2907302">102</a>]</sup> - emTeX's <b>dvihplj</b> supports 600dpi fonts (for the - LaserJet 4 series) and built-in printer fonts.</p> - - <p>The following list of features highlights some of the - capabilities of the emTeX drivers:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>Printing of a range of pages</p> - </li> - - <li> - <p>Printing of multiple copies (with or without - collating)</p> - </li> - - <li> - <p>Reverse ordering of pages</p> - </li> - - <li> - <p>Selection of duplex printing</p> - </li> - - <li> - <p>Ability to scale <tt>PK</tt> files to the - requested size if an appropriate <tt>PK</tt> file - is unavailable. This may result in poorer output - quality due to distortion, but that's not emTeX's - fault.</p> - </li> - - <li> - <p>Extremely flexible support for printing booklets - and “n-up” arrangements of pages</p> - </li> - - <li> - <p>Selection of paper size and dimensions (margins, - etc.)</p> - </li> - - <li> - <p>Transformations (rotation by a multiple of 90 - degrees)</p> - </li> - - <li> - <p>Changes in magnification and resolution of - output</p> - </li> - - <li> - <p>Support for font libraries</p> - </li> - - <li> - <p>Support for font compression in printers with - that feature</p> - </li> - - <li> - <p>Ability to download each page as a large bitmap - (to overcome font limitations in some printers)</p> - </li> - - <li> - <p>Support for automatic font generation</p> - </li> - </ul> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2907474" - name="id2907474"></a>dvilj2</h3> - </div> - </div> - - <p><b>dvilj2</b><a id="id2907487" class="indexterm" - name="id2907487"></a> is a free driver for the HP - LaserJet Series II printer. It is part of the - <b>dvi2xx</b> distribution, which also includes drivers - for the HP LaserJet Series IIP and III printers, as well - as a driver for the IBM 3812 page printer.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2907508" - name="id2907508"></a>dvips</h3> - </div> - </div> - - <p><b>dvips</b><a id="id2907521" class="indexterm" - name="id2907521"></a> is one of the most popular - PostScript <tt>DVI</tt> drivers. It is available for - unix, MS-DOS, and OS/2 platforms. It may also be - available on other platforms because the source code is - freely available. <b>dvips</b> supports a wide range of - \special commands for controlling the PostScript output, - including pictures and figures and raw PostScript - code.</p> - - <p>The following list of features highlights some of - <b>dvips</b>'s capabilities:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>Inclusion of printer-specific prologue files</p> - </li> - - <li> - <p>Support for compressed PostScript pictures and - figures</p> - </li> - - <li> - <p>Automatic creation of pseudo-bold and - pseudo-italic fonts</p> - </li> - - <li> - <p>Ability to run as a filter</p> - </li> - - <li> - <p>Automatic splitting of documents into sections - to prevent out-of-memory errors on the printer</p> - </li> - - <li> - <p>Printing of crop marks</p> - </li> - - <li> - <p>Printing of a range of pages (by physical sheet - or TeX page number)</p> - </li> - - <li> - <p>Selection of manual-feed on the printer</p> - </li> - - <li> - <p>Limit on number of output pages</p> - </li> - - <li> - <p>Reverse order of pages</p> - </li> - - <li> - <p>Selection of paper type</p> - </li> - - <li> - <p>Changes in magnification of the output</p> - </li> - - <li> - <p>Printing of odd/even pages only</p> - </li> - - <li> - <p>Printing of multiple copies (with or without - collating)</p> - </li> - - <li> - <p>Stripping of comments (to avoid printer/spooler - bugs)</p> - </li> - - <li> - <p>Moving of printed image left/right or up/down - page</p> - </li> - - <li> - <p>Compression of fonts before downloading</p> - </li> - </ul> - </div> - - <p>An option to the <b>dvips</b> driver can be used to - indicate which printer the output is destined for. This - allows many printer-specific options (resolution, paper - sizes, etc.) to be specified in a configuration file, - removing from the user the burden of remembering - them.</p> - - <p>Automatic font generation is supported by - <b>dvips</b>, as described above. <b>dvipsk</b><a - id="id2907755" class="indexterm" name="id2907755"></a>, a - modified version of <b>dvips</b>, also supports a - font-searching mechanism that greatly simplifies the task - of specifying which directories contain font files. If - any directory specification in the font path ends with - two slashes, <b>dvips</b> searches that directory and all - of its subdirectories for the font files. This allows you - to create a font directory structure like the one shown - here:</p> -<pre class="screen"> -/usr/local/lib/tex/fonts/<span -class="emphasis"><em>supplier</em></span> -/usr/local/lib/tex/fonts/<span -class="emphasis"><em>supplier</em></span>/<span -class="emphasis"><em>typeface</em></span> -/usr/local/lib/tex/fonts/<span -class="emphasis"><em>supplier</em></span>/<span -class="emphasis"><em>typeface</em></span>/src -/usr/local/lib/tex/fonts/<span -class="emphasis"><em>supplier</em></span>/<span -class="emphasis"><em>typeface</em></span>/tfm -/usr/local/lib/tex/fonts/<span -class="emphasis"><em>supplier</em></span>/<span -class="emphasis"><em>typeface</em></span>/vf -/usr/local/lib/tex/fonts/<span -class="emphasis"><em>supplier</em></span>/<span -class="emphasis"><em>typeface</em></span>/vpl -/usr/local/lib/tex/fonts/<span -class="emphasis"><em>supplier</em></span>/<span -class="emphasis"><em>typeface</em></span>/glyphs -/usr/local/lib/tex/fonts/<span -class="emphasis"><em>supplier</em></span>/<span -class="emphasis"><em>typeface</em></span>/glyphs/pk -</pre> - - <p>This arrangement is advantageous because it organizes - your fonts and simplifies maintenance of the directories - that contain them. If <tt>/usr/local/lib/tex/fonts//</tt> - is in the font search path, <b>dvips</b> will search - through all of the font directories for the files that it - needs. For example, it might find the <tt>TFM</tt> file - for <tt>cmr10</tt> in - <tt>/usr/local/lib/tex/fonts/free/cm/tfm</tt>. The - directory - <tt>/usr/local/lib/tex/fonts/adobe/garamond/glyphs/type1</tt> - is the location for the PostScript source of the - Garamond-Italic font.</p> - - <p>The <b>dvips</b> distribution includes the - <b>afm2tfm</b><a id="id2907929" class="indexterm" - name="id2907929"></a> program for creating TeX font - metrics from Adobe <tt>AFM</tt> files<a id="id2907948" - class="indexterm" name="id2907948"></a>. This version of - <b>afm2tfm</b> can perform several useful tasks such as - automatically creating appropriate virtual fonts (for - mapping TeX font encodings to PostScript encodings) or - changing the encoding of the PostScript font.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.pr.dvilaserhp" - name="sec.pr.dvilaserhp"></a>DVILASER/HP</h3> - </div> - </div> - - <p>ArborText<a id="id2907992" class="indexterm" - name="id2907992"></a>'s \dvilaserhp<a id="id2908001" - class="indexterm" name="id2908001"></a> DVI driver - translates TeX <tt>DVI</tt> files into a format that can - be printed on HP LaserJet printers. These drivers are - available for both MS-DOS and supported unix - workstations. The following discussion is based on - experiences with \dvilaserhp version 5.3.3, the MS-DOS - implementation of ArborText's HP LaserJet driver.</p> - - <p>\dvilaserhp functions in the way you would expect, - generating LaserJet printable documents from TeX - <tt>DVI</tt> files. It also has many special features. - Some of the more interesting features are summarized - below. \dvilaserhp can print documents using <tt>PK</tt> - files, HP LaserJet softfonts, and built-in fonts - (including fonts from cartridges).</p> - - <p>ArborText supplies a complete set of Computer Modern - fonts in <tt>PK</tt> format. Recent releases of - \dvilaserhp can use the virtual fonts introduced in TeX - version 3.0.</p> - - <p>ArborText's \dvilaserhp DVI driver provides the - following features:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>Selectable number of copies</p> - </li> - - <li> - <p>Optional reverse ordering of pages</p> - </li> - - <li> - <p>Selectable manual-feed</p> - </li> - - <li> - <p>Portrait or landscape orientation</p> - </li> - - <li> - <p>Selectable page size</p> - </li> - - <li> - <p>Ability to scale <tt>PK</tt> files to the - requested size if an appropriate <tt>PK</tt> file - is unavailable. This may result in poorer output - quality due to distortion, but that's not - \dvilaserhp's fault.<sup>[<a id="id2908153" - name="id2908153" - href="#ftn.id2908153">103</a>]</sup></p> - </li> - - <li> - <p>Page movement and reordering options (for - printing multiple pages on a single sheet of paper, - for example)</p> - </li> - - <li> - <p>Configurable font substitution</p> - </li> - - <li> - <p>Support for LaserJet “overlays.” - \dvilaserhp recognizes \special commands for - inserting raw HP LaserJet format documents and - inserting HP LaserJet overlays<sup>[<a - id="id2908216" name="id2908216" - href="#ftn.id2908216">104</a>]</sup></p> - </li> - - <li> - <p>An interactive mode (useful for printing only - selected pages from a document without re-running - \dvilaserhp many times or when many options are - going to be used)</p> - </li> - - <li> - <p>Selectable paper tray</p> - </li> - </ul> - </div> - - <p>Many other utilities come with \dvilaserhp; they are - summarized in Table <a - href="ch08.html#tab.dvilaserhp.util" - title="Table 8.2. Other \protect\dvilaserhp Utilities"> - Table 8.2</a>.<a id="id2908263" class="indexterm" - name="id2908263"></a><a id="id2908269" class="indexterm" - name="id2908269"></a><a id="id2908276" class="indexterm" - name="id2908276"></a><a id="id2908283" class="indexterm" - name="id2908283"></a> <a id="id2908292" class="indexterm" - name="id2908292"></a><a id="id2908299" class="indexterm" - name="id2908299"></a><a id="id2908306" class="indexterm" - name="id2908306"></a><a id="id2908313" class="indexterm" - name="id2908313"></a><a id="id2908320" class="indexterm" - name="id2908320"></a> <a id="id2908328" class="indexterm" - name="id2908328"></a><a id="id2908335" class="indexterm" - name="id2908335"></a><a id="id2908342" class="indexterm" - name="id2908342"></a>\index{VPtoVF}{\def\x{${}^1$}</p> - - <div class="table"> - <a id="tab.dvilaserhp.util" - name="tab.dvilaserhp.util"></a> - - <p class="title"><b>Table 8.2. Other - \protect\dvilaserhp Utilities</b></p> - - <table summary="Other \protect\dvilaserhp Utilities" - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Utility</th> - - <th align="left">\bf Description</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\it aftovp</td> - - <td align="left">Converts <tt>VPL</tt> from - <tt>AFM</tt> file</td> - </tr> - - <tr> - <td align="left">\it gftopk\,\x</td> - - <td align="left">Converts <tt>GF</tt> files into - <tt>PK</tt> files</td> - </tr> - - <tr> - <td align="left">\it hpformat</td> - - <td align="left">A print formatter for ASCII - files</td> - </tr> - - <tr> - <td align="left">\it packpxl</td> - - <td align="left">Creates packed (byte-aligned) - <tt>PXL</tt> file</td> - </tr> - - <tr> - <td align="left">\it painthp</td> - - <td align="left">Converts MacPaint files into HP - LaserJet format</td> - </tr> - - <tr> - <td align="left">\it pcltopk\,\x</td> - - <td align="left">Converts HP LaserJet softfonts - into <tt>PK</tt>/<tt>TFM</tt> file</td> - </tr> - - <tr> - <td align="left">\it pktopx\,\x</td> - - <td align="left">Converts <tt>PK</tt> files into - <tt>PXL</tt> files</td> - </tr> - - <tr> - <td align="left">\it pxtopk\,\x</td> - - <td align="left">Converts <tt>PXL</tt> files into - <tt>PK</tt> files</td> - </tr> - - <tr> - <td align="left">\it spr</td> - - <td align="left">A serial-line print spooler</td> - </tr> - - <tr> - <td align="left">\it tftovp</td> - - <td align="left">Converts <tt>VPL</tt> from - <tt>TFM</tt> file</td> - </tr> - - <tr> - <td align="left">\it unpkpxl</td> - - <td align="left">Creates standard, word-aligned - <tt>PXL</tt> file</td> - </tr> - - <tr> - <td align="left">\it vftovp\,\x</td> - - <td align="left">Converts <tt>VF</tt> files into - <tt>VPL</tt> files</td> - </tr> - - <tr> - <td align="left">\it vptovf\,\,\x</td> - - <td align="left">Converts <tt>VPL</tt> files into - <tt>VF</tt> files</td> - </tr> - </tbody> - </table> - </div> - - <p>ArborText recently released <b>DVILASER/HP3 drivers<a - id="id2908752" class="indexterm" - name="id2908752"></a></b> for the HP LaserJet III and IV - printers. In addition to the features described above, - <b>DVILASER/HP3</b> supports more complex documents, - compressed font downloading, 600dpi and duplex printing, - paper tray and output bin selection, and the ability to - include TIFF images via a \special command.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.pr.dvilaserps" - name="sec.pr.dvilaserps"></a>DVILASER/PS</h3> - </div> - </div> - - <p>ArborText<a id="id2908789" class="indexterm" - name="id2908789"></a>'s \dvilaserps<a id="id2908797" - class="indexterm" name="id2908797"></a> DVI driver - translates TeX <tt>DVI</tt> files into PostScript. These - drivers are available for both MS-DOS and supported unix - workstations. The following discussion is based on - experiences with \dvilaserps version 6.3.5, the MS-DOS - implementation of ArborText's PostScript driver.</p> - - <p>PostScript DVI drivers are more flexible than many - other DVI drivers because PostScript is a very powerful - page description language. Some of \dvilaserps's more - interesting features are summarized below. \dvilaserps - can print documents using <tt>PK</tt> files, downloadable - PostScript fonts, and built-in fonts. ArborText supplies - <tt>TFM</tt> files for many built-in PostScript fonts. - Recent releases of \dvilaserps can use the virtual fonts - introduced in TeX version 3.0.</p> - - <p>ArborText's \dvilaserps DVI driver provides the - following features:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>Options for loading custom PostScript prologue - code</p> - </li> - - <li> - <p>Ability to be used as a filter (sends PostScript - code to standard output)</p> - </li> - - <li> - <p>Selectable number of copies</p> - </li> - - <li> - <p>Optional reverse ordering of pages</p> - </li> - - <li> - <p>Portrait or landscape orientation</p> - </li> - - <li> - <p>Selectable page size</p> - </li> - - <li> - <p>Ability to scale <tt>PK</tt> files to the - requested size if an appropriate <tt>PK</tt> file - is unavailable. This may result in poorer output - quality due to distortion, but that's not - \dvilaserps's fault.</p> - </li> - - <li> - <p>Page movement and reordering options (for - printing multiple pages on a single sheet of paper, - for example)</p> - </li> - - <li> - <p>Selectable paper tray</p> - </li> - - <li> - <p>Configurable font substitution</p> - </li> - - <li> - <p>Support for LaserJet “overlays”</p> - </li> - - <li> - <p>An interactive mode (useful for printing only - selected pages from a document without re-running - \dvilaserps many times or when many options are - going to be used)</p> - </li> - - <li> - <p>Ability to download <tt>PK</tt> files - permanently, speeding printing of future - documents</p> - </li> - - <li> - <p>Document, page, or encapsulated PostScript - document structuring options</p> - </li> - - <li> - <p>Optional clipping of characters that fall - outside the normally printable page area</p> - </li> - </ul> - </div> - - <p>Many other utilities come with \dvilaserps. They are - summarized in<a id="id2909044" class="indexterm" - name="id2909044"></a><a id="id2909051" class="indexterm" - name="id2909051"></a><a id="id2909058" class="indexterm" - name="id2909058"></a><a id="id2909065" class="indexterm" - name="id2909065"></a> <a id="id2909073" class="indexterm" - name="id2909073"></a><a id="id2909080" class="indexterm" - name="id2909080"></a><a id="id2909087" class="indexterm" - name="id2909087"></a><a id="id2909094" class="indexterm" - name="id2909094"></a><a id="id2909102" class="indexterm" - name="id2909102"></a> <a id="id2909110" class="indexterm" - name="id2909110"></a><a id="id2909117" class="indexterm" - name="id2909117"></a><a id="id2909124" class="indexterm" - name="id2909124"></a><a id="id2909131" class="indexterm" - name="id2909131"></a> <a id="id2909140" class="indexterm" - name="id2909140"></a><a id="id2909147" class="indexterm" - name="id2909147"></a> Table <a - href="ch08.html#tab.dvilaserps.util" - title="Table 8.3. Other \protect\dvilaserps Utilities"> - Table 8.3</a>.</p> - - <div class="table"> - <a id="tab.dvilaserps.util" - name="tab.dvilaserps.util"></a> - - <p class="title"><b>Table 8.3. Other - \protect\dvilaserps Utilities</b></p> - - <table summary="Other \protect\dvilaserps Utilities" - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Utility</th> - - <th align="left">\bf Description</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\it afmtopl</td> - - <td align="left">Converts <tt>AFM</tt> files into - unmapped <tt>PL</tt> files</td> - </tr> - - <tr> - <td align="left">\it afmtoplm</td> - - <td align="left">Converts <tt>AFM</tt> files into - mapped <tt>PL</tt> files\y</td> - </tr> - - <tr> - <td align="left">\it aftovp</td> - - <td align="left">Converts <tt>VPL</tt> from - <tt>AFM</tt> file</td> - </tr> - - <tr> - <td align="left">\it gftopk\,\x</td> - - <td align="left">Converts <tt>GF</tt> files into - <tt>PK</tt> files</td> - </tr> - - <tr> - <td align="left">\it packpxl</td> - - <td align="left">Creates packed (byte-aligned) - <tt>PXL</tt> file</td> - </tr> - - <tr> - <td align="left">\it pktopx\,\x</td> - - <td align="left">Converts <tt>PK</tt> files into - <tt>PXL</tt> files</td> - </tr> - - <tr> - <td align="left">\it pltotf\,\,\x</td> - - <td align="left">Converts <tt>PL</tt> files into - <tt>TFM</tt> files</td> - </tr> - - <tr> - <td align="left">\it psformat</td> - - <td align="left">A print formatter for ASCII - files</td> - </tr> - - <tr> - <td align="left">\it pxtopk\,\x</td> - - <td align="left">Converts <tt>PXL</tt> files into - <tt>PK</tt> files</td> - </tr> - - <tr> - <td align="left">\it spr</td> - - <td align="left">A serial-line print spooler</td> - </tr> - - <tr> - <td align="left">\it tftopl\,\x</td> - - <td align="left">Converts <tt>TFM</tt> files into - <tt>PL</tt> files</td> - </tr> - - <tr> - <td align="left">\it tftovp</td> - - <td align="left">Converts <tt>VPL</tt> from - <tt>TFM</tt> file</td> - </tr> - - <tr> - <td align="left">\it unpkpxl</td> - - <td align="left">Creates standard, word-aligned - <tt>PXL</tt> file</td> - </tr> - - <tr> - <td align="left">\it vftovp\,\x</td> - - <td align="left">Converts <tt>VF</tt> files into - <tt>VPL</tt> files</td> - </tr> - - <tr> - <td align="left">\it vptovf\,\,\x</td> - - <td align="left">Converts <tt>VPL</tt> files into - <tt>VF</tt> files</td> - </tr> - - <tr> - <td align="left">\multicolumn{2}{l}{ ${}^1$\vrule - height11pt width0pt\tiny A standard, or otherwise - freely available, utility.}</td> - - <td class="auto-generated"> </td> - </tr> - </tbody> - </table> - </div> - - <p>\dvilaserps recognizes \special commands for inserting - raw PostScript files and commands, encapsulated - PostScript files, and automatic page overlays (which can - be selectively enabled and disabled). Other \special - commands allow you to set most of the \dvilaserps - command-line options directly in the document, rotate any - TeX “box” to any angle, and print change - bars. For LaTeX users, ArborText includes a plug-in - replacement for LaTeX's picture environments that uses - PostScript instead of special fonts to draw each - figure.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2909658" - name="id2909658"></a>PTI Laser/HP and PTI Jet</h3> - </div> - </div> - - <p><b>PTI Laser/HP</b><a id="id2909683" class="indexterm" - name="id2909683"></a> and <b>PTI Jet</b><a id="id2909696" - class="indexterm" name="id2909696"></a> are distributed - together by Personal TeX, Inc.<a id="id2909706" - class="indexterm" name="id2909706"></a> <b>PTI - Laser/HP</b> is an HP LaserJet driver. <b>PTI Jet</b> is - a DeskJet driver. The <b>PTI Jet</b> driver works with a - standard DeskJet printer; no additional options or memory - are required. The <b>PTI Laser/HP</b> driver is for HP - LaserJet II and III series printers. A separate program, - <b>PTI Laser/HP4</b>, is sold for LaserJet 4 series - printers (to support 600dpi fonts, for example).</p> - - <p>The following features are available in these - drivers:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>Support for font substitution</p> - </li> - - <li> - <p>Support for built-in fonts</p> - </li> - - <li> - <p>Printing multiple copies of each page</p> - </li> - - <li> - <p>Setting page size</p> - </li> - - <li> - <p>Printing in landscape mode</p> - </li> - - <li> - <p>Selecting magnification</p> - </li> - - <li> - <p>Ability to print a range of pages (by physical - sheet or TeX page number)</p> - </li> - - <li> - <p>Reversing order of pages</p> - </li> - - <li> - <p>Ability to move the page image left/right or - up/down the page</p> - </li> - - <li> - <p>Support for 256 character fonts</p> - </li> - </ul> - </div> - - <p><b>PTI Laser/HP</b> offers the following additional - features, which are not supported by <b>PTI Jet</b>:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>Ability to reserve printer font ID numbers</p> - </li> - - <li> - <p>A utility program, <b>sftopk</b>, for converting - HP LaserJet softfonts into TeX <tt>PK</tt> - fonts</p> - </li> - - <li> - <p>Support for directly including HP LaserJet - printer commands via the \special mechanism in - TeX</p> - </li> - </ul> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2909924" - name="id2909924"></a>PTI Laser/PS</h3> - </div> - </div> - - <p><b>PTI Laser/PS</b><a id="id2909938" class="indexterm" - name="id2909938"></a> is Personal TeX's PostScript DVI - driver. In addition to the DVI driver, the <b>PTI - Laser/PS</b> package includes utilities for spooling - output to a serially-connected printer and converting - <tt>AFM</tt> files into <tt>TFM</tt> files.</p> - - <p>Some of <b>PTI Laser/PS</b>'s more interesting options - are summarized below.</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>Ability to select different printer - resolutions</p> - </li> - - <li> - <p>Selectable number of copies</p> - </li> - - <li> - <p>Configurable font substitution</p> - </li> - - <li> - <p>Selectable page size</p> - </li> - - <li> - <p>An interactive mode for selecting options and - reacting to errors (characters that fall off the - page, missing fonts, etc.)</p> - </li> - - <li> - <p>Portrait or landscape orientation</p> - </li> - - <li> - <p>Selectable TeX magnification</p> - </li> - - <li> - <p>Option files for storing frequently used - options.</p> - </li> - - <li> - <p>Selectable output filename</p> - </li> - - <li> - <p>Options to select individual pages or ranges of - pages by TeX page number or physical sheet - number</p> - </li> - - <li> - <p>Optional reverse ordering of pages</p> - </li> - - <li> - <p>Adjustable page offset (adjusts the position of - the printed page on the physical page)</p> - </li> - - <li> - <p>Support for 256-character fonts</p> - </li> - - <li> - <p>Special support for the eccentricities of the - Apple LaserWriter printer</p> - </li> - </ul> - </div> - - <p><b>PTI Laser/PS</b> recognizes a \special command for - inserting raw PostScript files into the printed document. - The horizontal and vertical size of the inserted image - can be changed.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2910137" - name="id2910137"></a>dvipsone</h3> - </div> - </div> - - <p><b>dvipsone</b><a id="id2910149" class="indexterm" - name="id2910149"></a> is a commercial PostScript driver - for MS-DOS distributed by Y&Y Inc.<a id="id2910159" - class="indexterm" name="id2910159"></a> It produces - PostScript output from a TeX <tt>DVI</tt> file. - <b>dvipsone</b> is designed for a - “bitmap-free” environment. This makes - <b>dvipsone</b> almost unique among <tt>DVI</tt> drivers - because it <span class="emphasis"><em>cannot</em></span> - use standard <tt>PK</tt> fonts. To use <b>dvipsone</b>, - you must have PostScript fonts for every font that you - use (or the font must be built into the printer).<sup>[<a - id="id2910231" name="id2910231" - href="#ftn.id2910231">105</a>]</sup> Y&Y sells a - complete set of Computer Modern fonts in Adobe - Type 1 format.</p> - - <p><b>dvipsone</b> has a rich set of features:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>Printing multiple <tt>DVI</tt> files with a - single command</p> - </li> - - <li> - <p>Printing pages in reverse order</p> - </li> - - <li> - <p>Printing only odd or even pages</p> - </li> - - <li> - <p>Ability to force output to conform to EPS - standards</p> - </li> - - <li> - <p>Assumption that all requested fonts are - printer-resident</p> - </li> - - <li> - <p>Insertion of verbatim PostScript</p> - </li> - - <li> - <p>Printing a range of pages</p> - </li> - - <li> - <p>Resizing of the output</p> - </li> - - <li> - <p>Rotation of output by arbitrary angle</p> - </li> - - <li> - <p>Shifting output left/right or up/down</p> - </li> - - <li> - <p>Printing arbitrary number of copies</p> - </li> - - <li> - <p>Selection of paper type (letter, landscape, - legal, etc.)</p> - </li> - - <li> - <p>Insertion of user-specified PostScript - prologue</p> - </li> - - <li> - <p>Conservation of memory by downloading partial - fonts</p> - </li> - - <li> - <p>Remapping of the font encoding on-the-fly</p> - </li> - - <li> - <p>Support for ten different styles of \special - commands for including encapsulated PostScript - images</p> - </li> - </ul> - </div> - - <p>Perhaps the most interesting feature of the - <b>dvipsone</b> driver is its ability to download partial - PostScript fonts. Y&Y claim that partial font - downloading is a feature unique to <b>dvipsone</b>. A - moderately complex TeX document may use twenty or more - fonts and each font is typically between 20K and 30K. - This means that the DVI driver downloads roughly 500K of - font data for the document. In addition to requiring - considerable printer memory, all that font data increases - the amount of time that it takes to send your document to - the printer. The partial font downloading feature of - <b>dvipsone</b> means that only the characters that are - actually used in your document are sent to the printer. - The ability to download partial fonts can result in a - substantially smaller PostScript file.</p> - - <p>Several other utilities are distributed with - <b>dvipsone</b>. They are summarized in <a id="id2910495" - class="indexterm" name="id2910495"></a><a id="id2910502" - class="indexterm" name="id2910502"></a><a id="id2910510" - class="indexterm" name="id2910510"></a><a id="id2910517" - class="indexterm" name="id2910517"></a> <a id="id2910525" - class="indexterm" name="id2910525"></a><a id="id2910532" - class="indexterm" name="id2910532"></a><a id="id2910539" - class="indexterm" name="id2910539"></a> Table <a - href="ch08.html#tab.dvipsone.util" - title="Table 8.4. Other dvipsone Utilities">Table 8.4</a>.</p> - - <div class="table"> - <a id="tab.dvipsone.util" name="tab.dvipsone.util"></a> - - <p class="title"><b>Table 8.4. Other dvipsone - Utilities</b></p> - - <table summary="Other dvipsone Utilities" border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left"><span>\bf Utility</span></th> - - <th align="left">\bf Description</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left"><tt>download</tt></td> - - <td align="left">Robust font-downloading program - for PostScript fonts</td> - </tr> - - <tr> - <td align="left"><tt>afmtotfm</tt>\,\x</td> - - <td align="left">Converts <tt>AFM</tt> files into - <tt>TFM</tt> files</td> - </tr> - - <tr> - <td align="left"><tt>tfmtoafm</tt></td> - - <td align="left">Converts <tt>TFM</tt> files into - <tt>AFM</tt> files</td> - </tr> - - <tr> - <td align="left"><tt>pfatopfb</tt>\,\x</td> - - <td align="left">Convert <tt>PFA</tt> files into - <tt>PFB</tt> files</td> - </tr> - - <tr> - <td align="left"><tt>pfbtopfa</tt>\,\x</td> - - <td align="left">Convert <tt>PFB</tt> files into - <tt>PFA</tt> files</td> - </tr> - - <tr> - <td align="left"><tt>twoup</tt></td> - - <td align="left">Reorders pages in a PostScript - file</td> - </tr> - - <tr> - <td align="left"><tt>pktops</tt></td> - - <td align="left">Provides access to <tt>PK</tt> - fonts for <b>dvipsone</b></td> - </tr> - </tbody> - </table> - </div> - </div> - </div> - - <div class="footnotes"> - <br /> - <hr width="100" align="left" /> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2905446" name="ftn.id2905446" - href="#id2905446">99</a>]</sup> {For a complete, detailed - description of the <tt>PK</tt> and <tt>GF</tt> formats, - consult <span class="emphasis"><em>The GF to PK - Processor</em></span> [<a - href="bi01.html#mfware:gftopk">mfware:gftopk</a>].}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2905773" name="ftn.id2905773" - href="#id2905773">100</a>]</sup> {A backslash is used - here to escape the end of the first line. This is a - standard way to continue a line in most unix shells. - Naturally, you can simply enter it as one line in your - editor, if you prefer.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2906483" name="ftn.id2906483" - href="#id2906483">101</a>]</sup> {Because figures are - frequently much larger than individual characters, - MetaFont may have difficulty with large figures at very - high resolutions.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2907302" name="ftn.id2907302" - href="#id2907302">102</a>]</sup> {In alpha-testing at the - time of this writing.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2908153" name="ftn.id2908153" - href="#id2908153">103</a>]</sup> {The scaling uses the - next larger-sized <tt>PK</tt> file, and ArborText claims - that this results in good quality over a large range of - point sizes without providing <tt>PK</tt> files for every - exact size.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2908216" name="ftn.id2908216" - href="#id2908216">104</a>]</sup> {Consult your HP - LaserJet reference manual for more information about - overlays.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2910231" name="ftn.id2910231" - href="#id2910231">105</a>]</sup> {The <b>dvipsone</b> - distribution includes a utility which can convert - <tt>PK</tt> fonts into bitmapped PostScript fonts. This - program translates a <tt>PK</tt> file into an Adobe - Type 3 font. Once in Type 3 format, - <b>dvipsone</b> can use the font. Using Type 3 fonts - created in this way adds resolution-dependence to your - PostScript file.}</p> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Chapter 7. International Considerations" - href="ch07.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Chapter 9. Previewing" - href="ch09.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left"> - Chapter 7. International - Considerations </td> - - <td width="20%" align="center"><a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Chapter 9. Previewing</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/ch09.html b/Master/texmf-doc/doc/english/make-tex-work/html/ch09.html deleted file mode 100644 index 641c668e9dc..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/ch09.html +++ /dev/null @@ -1,1550 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Chapter 9. Previewing</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt02.html" - title="Part II. Elements of a Complex Document" /> - <link rel="previous" href="ch08.html" - title="Chapter 8. Printing" /> - <link rel="next" href="ch10.html" - title="Chapter 10. Online Documentation" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Chapter 8. Printing" - href="ch08.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Chapter 10. Online Documentation" - href="ch10.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="chapter"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="chap.preview" - name="chap.preview"></a>Chapter 9. Previewing</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - <hr class="component-separator" /> - </div> - - <p><a id="id2902540" class="indexterm" - name="id2902540"></a><a id="id2902547" class="indexterm" - name="id2902547"></a>Because TeX is not interactive, most TeX - documents are developed iteratively. After adding a - significant amount of text or changing the format of a - document, you'll want to see what the document looks like. - Then you can add more text or try different formats. Then, - it's helpful to see it again $…$</p> - - <p>You could print the document, but that's wasteful and slow - (not to mention environmentally unfriendly). This is where - screen previewers enter the picture. They allow you to look - at your document on a video display.</p> - - <p>Accurate previewing is more difficult than printing your - document for several reasons. Screen displays are much more - diverse than printers (previewing on a PC is very different - from previewing on a workstation running X11 even though - printing to a LaserJet printer is essentially the same from - both places). Also, it's very difficult to preview documents - that use printer-specific features. For example, if you use a - PostScript figure in your document, it will be very easy to - print on a PostScript printer, but on most platforms it is - much more difficult to preview that document on the screen - (two exceptions are the Amiga and NeXT which have integrated - support for displaying PostScript images).</p> - - <p>In the following sections I'll explore options for - previewing on several platforms. The X Window System is - usually associated with unix workstations, but several PC - implementations (running under both MS-DOS and OS/2) are now - available. The X11 previewers described here may be available - for those systems, but I haven't seen them. - <b>Ghostscript</b> is another previewing option that is - available on several platforms so it is described in its own - section.</p> - - <p>Table <a href="ch09.html#tab.previewers" - title="Table 9.1. Common Previewers">Table 9.1</a> - summarizes the previewers described here.</p> - - <div class="table"> - <a id="tab.previewers" name="tab.previewers"></a> - - <p class="title"><b>Table 9.1. Common - Previewers</b></p> - - <table summary="Common Previewers" border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - <col align="center" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Previewer</th> - - <th align="left">\bf Supplier</th> - - <th align="center">\bf OS</th> - - <th align="left">\bf Comments</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\program{xdvi}</td> - - <td align="left">Free (xdvi)</td> - - <td align="center">Unix/DesqView</td> - - <td align="left">X11</td> - </tr> - - <tr> - <td align="left"><b>\XTeX</b></td> - - <td align="left">Free (\XTeX)</td> - - <td align="center">Unix</td> - - <td align="left">X11</td> - </tr> - - <tr> - <td align="left"><b>Ghostscript</b></td> - - <td align="left">Free (gs)</td> - - <td align="center">most</td> - - <td align="left">PostScript</td> - </tr> - - <tr> - <td align="left"><b>Ghostview</b></td> - - <td align="left">Free (Ghostview)</td> - - <td align="center">Unix, Windows</td> - - <td align="left">PostScript</td> - </tr> - - <tr> - <td align="left"><b>dviscr</b></td> - - <td align="left">Free (emTeX)</td> - - <td align="center">MS-DOS, OS/2</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left"><b>dvipm</b></td> - - <td align="left">Free (emTeX)</td> - - <td align="center">OS/2</td> - - <td align="left">Presentation Manager</td> - </tr> - - <tr> - <td align="left"><b>dvivga</b></td> - - <td align="left">Free (dvivga)</td> - - <td align="center">MS-DOS</td> - - <td align="left">EGA/VGA</td> - </tr> - - <tr> - <td align="left"><b>TeX Preview</b></td> - - <td align="left">ArborText</td> - - <td align="center">MS-DOS, Unix</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left"><b>dvideo</b></td> - - <td align="left">Kinch Software</td> - - <td align="center">MS-DOS</td> - - <td align="left">EGA</td> - </tr> - - <tr> - <td align="left"><b>PTI View</b></td> - - <td align="left">Personal TeX</td> - - <td align="center">MS-DOS</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left"><b>dvimswin</b></td> - - <td align="left">Free (dvimswin)</td> - - <td align="center">MS-DOS</td> - - <td align="left">Windows</td> - </tr> - - <tr> - <td align="left"><b>dviwin</b></td> - - <td align="left">Free (dviwin)</td> - - <td align="center">MS-DOS</td> - - <td align="left">Windows</td> - </tr> - - <tr> - <td align="left"><b>wdviwin</b></td> - - <td align="left">Kinch Software</td> - - <td align="center">MS-DOS</td> - - <td align="left">Windows</td> - </tr> - - <tr> - <td align="left"><b>DVIWindo</b></td> - - <td align="left">Y&Y</td> - - <td align="center">MS-DOS</td> - - <td align="left">Windows</td> - </tr> - - <tr> - <td align="left"><b>dvi2tty</b></td> - - <td align="left">Free (dvi2tty)</td> - - <td align="center">Most</td> - - <td align="left">ASCII</td> - </tr> - - <tr> - <td align="left"><b>dvigt/dvitovdu</b></td> - - <td align="left">Free</td> - - <td align="center">Most</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left"><b>crudetype</b></td> - - <td align="left">Free</td> - - <td align="center">VMS</td> - - <td align="left">ASCII</td> - </tr> - </tbody> - </table> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.ghostscript" - name="sec.ghostscript"></a>Previewing Under X11</h2> - </div> - </div> - - <p><a id="id2911438" class="indexterm" - name="id2911438"></a><a id="id2911448" class="indexterm" - name="id2911448"></a>The three most common X11 previewers - are <b>xdvi</b>, \XTeX, and <b>Ghostview</b> (really a - PostScript previewer). <b>Ghostview</b> runs on top of - <b>Ghostscript</b> and is described in the “<a - href="ch09.html#sec.ghostscript" - title="Previewing Under X11">the section called - “Previewing Under X11”</a>” section of - this chapter.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2911502" - name="id2911502"></a>Previewing with xdvi</h3> - </div> - </div> - - <p>You can retrieve <b>xdvi</b><a id="id2911516" - class="indexterm" name="id2911516"></a> from the CTAN - archives in the directory <tt>dviware/xdvi</tt>.</p> - - <p>Figure <a href="ch09.html#fig.xdvi" - title="Figure 9.1. How Previewing with xdvi Works"> - Figure 9.1</a> shows the preview process under xdvi. - <b>xdvi</b> reads the <tt>DVI</tt> file and loads the - <tt>PK</tt> files<a id="id2911583" class="indexterm" - name="id2911583"></a> for any fonts that are required. If - xdvi cannot find a requested font, it will run - \MakeTeXPK<a id="id2911608" class="indexterm" - name="id2911608"></a> to create the font. \MakeTeXPK is a - shell script (or a batch file called <tt>maketexp</tt><a - id="id2911623" class="indexterm" name="id2911623"></a> - under MS-DOS) that tries to use MetaFont or - <b>ps2pk</b><a id="id2911637" class="indexterm" - name="id2911637"></a> to build the font.</p> - - <div class="figure"> - <a id="fig.xdvi" name="fig.xdvi"></a> - - <p class="title"><b>Figure 9.1. How - Previewing with xdvi Works</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p>After forming each page, xdvi passes it off to the X11 - Window Manager to be displayed. Previewing under xdvi is - shown in Figure <a href="ch09.html#fig.preview.xdvi" - title="Figure 9.2. Previewing with xdvi">Figure 9.2</a>.</p> - - <div class="figure"> - <a id="fig.preview.xdvi" name="fig.preview.xdvi"></a> - - <p class="title"><b>Figure 9.2. Previewing - with xdvi</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p>Screen resolution is typically much lower than printer - resolution. Because xdvi uses the <tt>PK</tt> files at - printer resolution, it must scale them before using them - for display purposes. The scaling process allows xdvi to - use <span - class="emphasis"><em>anti-aliasing</em></span><a - id="id2911760" class="indexterm" name="id2911760"></a> to - improve image quality on color displays. Anti-aliasing is - a technique used to improve the appearance of scaled - images by using colored pixels around the edges of the - image to provide the illusion of partial pixels. This can - dramatically improve the readability of the displayed - text. If the \ps font files are available, xdvi can - display documents that use \ps fonts; otherwise, it - performs font substitution.</p> - - <p>A recent addition to xdvi is the ability to preview - documents that include PostScript figures. The figures - are rendered behind the scenes by <b>Ghostscript</b> and - displayed by xdvi. In my opinion, this addition really - makes xdvi one of the finest X11 previewers available. It - is fast, uses printer fonts, has anti-aliasing for superb - readability on color displays, and can include PostScript - figures.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2911812" - name="id2911812"></a>Previewing with \xtex</h3> - </div> - </div> - - <p>The \xtex previewer<a id="id2911822" class="indexterm" - name="id2911822"></a><a id="id2911832" class="indexterm" - name="id2911832"></a> is very similar to xdvi. The - primary difference is that \xtex uses X11 fonts for - display. This means that \xtex must build fonts at the - appropriate resolution. After the fonts have been built, - \xtex is typically a very fast previewer.</p> - - <p>You can retrieve \xtex from the CTAN archives in the - directory <tt>dviware/xtex</tt>.</p> - - <div class="figure"> - <a id="fig.xtex" name="fig.xtex"></a> - - <p class="title"><b>Figure 9.3. How - Previewing with xtex Works</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p>Figure <a href="ch09.html#fig.xtex" - title="Figure 9.3. How Previewing with xtex Works"> - Figure 9.3</a> shows the preview process under - \xtex. Like xdvi, \xtex uses the \MakeTeXPK program to - build <tt>PK</tt> files for fonts that are unavailable. - Additionally, \xtex uses the \TeXtoXfont shell script, or - batch file, to convert <tt>PK</tt> fonts into X11 display - fonts.</p> - - <p>The \xtex previewer relies on the X11 Window Manager - to build the display. However, if \ps figures are present - in your document, \xtex will attempt to display them. - When \xtex is built, you can specify that \ghostscript or - another \ps interpreter be used to handle \ps - figures.</p> - - <p>An example of \xtex's display is shown in - Figure <a href="ch09.html#fig.preview.xtex" - title="Figure 9.4. Previewing with xtex">Figure 9.4</a>.</p> - - <div class="figure"> - <a id="fig.preview.xtex" name="fig.preview.xtex"></a> - - <p class="title"><b>Figure 9.4. Previewing - with xtex</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2912002" - name="id2912002"></a>Previewing with Ghostscript</h2> - </div> - </div> - - <p>Previewing with <b>Ghostscript</b> <a id="id2912018" - class="indexterm" name="id2912018"></a><a id="id2912028" - class="indexterm" name="id2912028"></a> is quite different - from previewing with xdvi and \xtex. Most previewers - process the <tt>DVI</tt> file to build the display. - \ghostscript is a general-purpose program for displaying - \ps files. Under X11, an additional program called - \ghostview provides more sophisticated control of - previewing.</p> - - <p><b>Ghostscript</b> and <b>Ghostview</b><a id="id2912074" - class="indexterm" name="id2912074"></a> are products of the - Free Software Foundation (FSF)<a id="id2912083" - class="indexterm" name="id2912083"></a>. You can retrieve - them from the GNU archives on <tt>prep.ai.mit.edu</tt> in - the directory <tt>/pub/gnu</tt> or from any mirror of those - archives.</p> - - <p><b>Ghostscript</b> reads and interprets the \ps file - created by a program such as \dvips. It provides its own - means of handling font substitution if the appropriate - fonts are unavailable. Because \dvips converts the TeX - <tt>DVI</tt> file into \ps, \ghostscript can display all of - the elements of the document including \ps figures and - other PostScript printer-specific commands.</p> - - <p>An example of <b>Ghostview</b>'s display is shown in - Figure <a href="ch09.html#fig.preview.ghostview" - title="Figure 9.5. Previewing with Ghostview">Figure 9.5</a>.</p> - - <div class="figure"> - <a id="fig.preview.ghostview" - name="fig.preview.ghostview"></a> - - <p class="title"><b>Figure 9.5. Previewing with - Ghostview</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2912205" - name="id2912205"></a>Previewing with emTeX</h2> - </div> - </div> - - <p>Figure <a href="ch08.html#fig.emdvi" - title="Figure 8.3. Previewing and printing with emTeX"> - Figure 8.3</a> in Chapter <a href="ch08.html" - title="Chapter 8. Printing">Chapter 8</a>, - <span class="emphasis"><em><a href="ch08.html" - title="Chapter 8. Printing">Chapter 8</a></em></span>, - shows the relationship between the various components - involved when processing a <tt>DVI</tt> file with emTeX<a - id="id2912253" class="indexterm" name="id2912253"></a><a - id="id2912265" class="indexterm" name="id2912265"></a>. - Previewing and printing are very similar operations with - emTeX. To preview, you use the <b>dviscr</b><a - id="id2912285" class="indexterm" name="id2912285"></a> - driver, and the result is displayed on the screen. To - print, use one of the other DVI drivers, and the result is - a file that can be sent directly to your printer. - Chapter <a href="ch13.html" - title="Chapter 13. Non-commercial Environments">Chapter 13</a>, - <span class="emphasis"><em><a href="ch13.html" - title="Chapter 13. Non-commercial Environments">Chapter 13</a></em></span>, - discusses emTeX in more detail.</p> - - <p><b>dvidrv</b> runs the appropriate DVI driver: - <b>dviscr</b> for previewing, <b>dvihplj</b><a - id="id2912340" class="indexterm" name="id2912340"></a> for - printing to an HP LaserJet printer, or <b>dvidot</b><a - id="id2912355" class="indexterm" name="id2912355"></a> for - printing to other dot matrix printers.</p> - - <p>The DVI driver reads the <tt>DVI</tt> file and loads - fonts from <tt>PK</tt> files<a id="id2912388" - class="indexterm" name="id2912388"></a> or <tt>FLI</tt> - font libraries<a id="id2912417" class="indexterm" - name="id2912417"></a>. If your document uses graphics, they - are loaded from <tt>PCX</tt><a id="id2912445" - class="indexterm" name="id2912445"></a> or <tt>MSP</tt> - files<a id="id2912463" class="indexterm" - name="id2912463"></a>.</p> - - <p>If your document uses a font that is not available, the - DVI driver writes the commands necessary to build the font - to the <tt>MFJ</tt> file<a id="id2912487" class="indexterm" - name="id2912487"></a>.<sup>[<a id="id2912496" - name="id2912496" href="#ftn.id2912496">106</a>]</sup> - Before performing font substitution, the driver will ask if - you wish to build the missing fonts. If you elect to build - them, the DVI driver stops and returns control to the - <b>dvidrv</b><a id="id2912513" class="indexterm" - name="id2912513"></a> program.</p> - - <p><b>dvidrv</b> notices that the DVI driver stopped - because of missing fonts and runs <b>MFjob<a id="id2912538" - class="indexterm" name="id2912538"></a></b> to build them. - After building the fonts, the previewer is run again to - display the document.</p> - - <p>The <b>dvidrv</b> program is quite simple. With some - care, it can be replaced by a batch file that does more - work.<sup>[<a id="id2912560" name="id2912560" - href="#ftn.id2912560">107</a>]</sup> For example, I have - replaced <b>dvidrv</b> with a <b>4DOS<a id="id2912587" - class="indexterm" name="id2912587"></a></b> batch file - called <b>dvidxx</b> that can automatically build \ps fonts - by calling <b>ps2pk</b> in addition to building MetaFont - fonts with <b>MFjob</b>. The <b>dvidxx</b> batch file is - printed in Example <a href="apd.html#ex.dvidxx" - title="Example D.3. dvidxx.btm">Example D.3</a> - in Appendix <a href="apd.html" - title="Appendix D. Long Examples">Appendix D</a>, - <span class="emphasis"><em><a href="apd.html" - title="Appendix D. Long Examples">Appendix D</a></em></span>.</p> - - <p>A full-screen preview with <b>dviscr</b> is shown in - Figure <a href="ch09.html#fig.preview.dviscr" - title="Figure 9.6. Previewing with emTeX's dviscr"> - Figure 9.6</a>.</p> - - <div class="figure"> - <a id="fig.preview.dviscr" name="fig.preview.dviscr"></a> - - <p class="title"><b>Figure 9.6. Previewing with - emTeX's dviscr</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p>Under OS/2, the <b>dvipm</b><a id="id2912715" - class="indexterm" name="id2912715"></a> previewer offers - more power. A sample <b>dvipm</b> display is shown in - Figure <a href="ch09.html#fig.preview.dvipm" - title="Figure 9.7. Previewing with emTeX's dvipm"> - Figure 9.7</a> later in this chapter.</p> - - <div class="figure"> - <a id="fig.preview.dvipm" name="fig.preview.dvipm"></a> - - <p class="title"><b>Figure 9.7. Previewing with - emTeX's dvipm</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p>The <b>dviscr</b> and <b>dvipm</b> previewers use <span - class="emphasis"><em>anti-aliasing<a id="id2912793" - class="indexterm" name="id2912793"></a></em></span> to - obtain better image quality on a color display. However, - this translates into a poorer quality image when captured - for display in a black-and-white book.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2912806" - name="id2912806"></a>Previewing with dvivga</h2> - </div> - </div> - - <p><b>dvivga</b><a id="id2912819" class="indexterm" - name="id2912819"></a><a id="id2912827" class="indexterm" - name="id2912827"></a> is an MS-DOS previewer for EGA and - VGA displays. You can retrieve <b>dvivga</b> (and a - complete set of the Computer Modern fonts in <tt>PK</tt> - format) from the CTAN archives in the directory - <tt>dviware/dvivga</tt>. <b>dvivga</b> requires <tt>PK</tt> - fonts at screen-resolutions (around 100dpi); that is why a - special set of fonts is provided. If you are using a - dot-matrix printer with a similar resolution, the special - fonts may already be installed on your system.</p> - - <p><b>dvivga</b> does not support any \special commands for - including pictures or figures, but it does support - configurable font-substitution for fonts that are - unavailable.</p> - - <p>Figure <a href="ch09.html#fig.dvivga.vga" - title="Figure 9.8. Previewing with dvivga">Figure 9.8</a> - shows a preview of the sample document from Chapter <a - href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>. - This image is from a VGA display.</p> - - <div class="figure"> - <a id="fig.dvivga.vga" name="fig.dvivga.vga"></a> - - <p class="title"><b>Figure 9.8. Previewing with - dvivga</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.arb.preview" name="sec.arb.preview"></a>TeX - Preview</h2> - </div> - </div> - - <p><b>TeX Preview</b>\index{TeX Preview previewing@TeX - Preview previewing}<a id="id2912979" class="indexterm" - name="id2912979"></a> is the ArborText<a id="id2912993" - class="indexterm" name="id2912993"></a> <tt>DVI</tt> - previewer for MS-DOS. A similar previewer is available for - unix workstations running the X Window System (versions for - Motif and Open Look environments are also available). The - following discussion is based on experiences with <b>TeX - Preview</b> version 6.1.2, the MS-DOS implementation of - ArborText's TeX previewer.</p> - - <p><b>TeX Preview</b> supports a wide range of graphics - adapters, including EGA, VGA, and Hercules adapters as well - as the Olivetti Monochrome Graphics adapter, the Tecmar - Graphics Master, the Genius VHR Full Page Display Monitor, - the ETAP Neftis Monitor, the Toshiba 3100, and the AT&T - PC6300 display.</p> - - <p>Figure <a href="ch09.html#fig.tpre.vga" - title="Figure 9.9. Previewing with ArborText's Previewer"> - Figure 9.9</a> shows a preview of the sample document - from Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>. - This image is from a VGA display. Three additional features - of the driver, not exercised in this example, are the - ability to scale fonts to any size, display rulers and - bitmapped graphics, and a “two-up” mode for - viewing two pages at a time.</p> - - <div class="figure"> - <a id="fig.tpre.vga" name="fig.tpre.vga"></a> - - <p class="title"><b>Figure 9.9. Previewing with - ArborText's Previewer</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p>When <b>TeX Preview</b> is displaying a <tt>DVI</tt> - file, you can move around the page and between pages; you - can change the magnification, search for text in the - <tt>DVI</tt> file, show the attributes of the character - under the cursor (font, dimensions, magnification, etc.), - and switch to another file. A configuration file allows you - to specify a wide range of options to control how <b>TeX - Preview</b> appears when it starts up.</p> - - <p>ArborText supplies a full set of Computer Modern Roman - <tt>PK</tt> files at screen resolutions as well as a - complete set of Times Roman and Helvetica fonts at screen - resolutions. The additional PostScript fonts are derived - from official Adobe sources and allow you to preview - documents that will be printed on PostScript printers - (provided that they use only Times, Helvetica, and Computer - Modern fonts). They are designed specifically to work with - <tt>TFM</tt> files provided with <b>DVILASER/PS</b>, - ArborText's PostScript DVI driver.</p> - - <p>If you want to use additional fonts, for example the - \AmS-fonts or Computer Modern fonts at unusual sizes, you - may wish to generate <tt>PK</tt> files at the appropriate - resolutions. <b>TeX Preview</b> will perform font - substitution for missing fonts (you can control what - substitutions are made) and can use the <tt>DVI</tt> driver - metric information, so generating additional fonts is not - necessary.</p> - - <p><b>TeX Preview</b> understands the virtual font - mechanisms introduced in TeX version 3.0. Several - additional utilities provided with <b>TeX Preview</b> allow - you to construct virtual fonts. These utilities are - summarized in Table <a href="ch09.html#tab.tpre.utils" - title="Table 9.2. TeX Preview Utilities">Table 9.2</a><a - id="id2913251" class="indexterm" name="id2913251"></a><a - id="id2913268" class="indexterm" name="id2913268"></a><a - id="id2913275" class="indexterm" name="id2913275"></a> <a - id="id2913283" class="indexterm" name="id2913283"></a><a - id="id2913290" class="indexterm" name="id2913290"></a><a - id="id2913297" class="indexterm" name="id2913297"></a><a - id="id2913304" class="indexterm" name="id2913304"></a><a - id="id2913311" class="indexterm" name="id2913311"></a> <a - id="id2913320" class="indexterm" name="id2913320"></a>.</p> - - <div class="table"> - <a id="tab.tpre.utils" name="tab.tpre.utils"></a> - - <p class="title"><b>Table 9.2. TeX Preview - Utilities</b></p> - - <table summary="TeX Preview Utilities" border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Utility</th> - - <th align="left">\bf Description</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\it aftovp</td> - - <td align="left">Converts <tt>VPL</tt> from - <tt>AFM</tt> file</td> - </tr> - - <tr> - <td align="left">\it gftopk\,\x</td> - - <td align="left">Converts <tt>GF</tt> files into - <tt>PK</tt> files</td> - </tr> - - <tr> - <td align="left">\it packpxl</td> - - <td align="left">Creates packed (byte-aligned) - <tt>PXL</tt> file</td> - </tr> - - <tr> - <td align="left">\it pktopx\,\x</td> - - <td align="left">Converts <tt>PK</tt> files into - <tt>PXL</tt> files</td> - </tr> - - <tr> - <td align="left">\it pxtopk\,\x</td> - - <td align="left">Converts <tt>PXL</tt> files into - <tt>PK</tt> files</td> - </tr> - - <tr> - <td align="left">\it tftovp</td> - - <td align="left">Converts <tt>VPL</tt> from - <tt>TFM</tt> file</td> - </tr> - - <tr> - <td align="left">\it unpkpxl</td> - - <td align="left">Creates standard, word-aligned - <tt>PXL</tt> file</td> - </tr> - - <tr> - <td align="left">\it vftovp\,\x</td> - - <td align="left">Converts <tt>VF</tt> files into - <tt>VPL</tt> files</td> - </tr> - - <tr> - <td align="left">\it vptovf\,\x</td> - - <td align="left">Converts <tt>VPL</tt> files into - <tt>VF</tt> files</td> - </tr> - </tbody> - </table> - </div> - - <p>ArborText's <b>TeX Preview</b> program recognizes - \special commands for drawing change bars and for rotating - <span class="emphasis"><em>any</em></span> TeX - “box” through a multiple of 90 degrees. These - are the same \special commands recognized by other - ArborText DVI drivers.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2913678" - name="id2913678"></a>dvideo</h2> - </div> - </div> - - <p>The MS-DOS based EGA previewer <b>dvideo</b><a - id="id2913692" class="indexterm" name="id2913692"></a><a - id="id2913700" class="indexterm" name="id2913700"></a> is - distributed as part of the TurboTeX<a id="id2913713" - class="indexterm" name="id2913713"></a> distribution by the - Kinch Computer Company<a id="id2913726" class="indexterm" - name="id2913726"></a>. TurboTeX is described more - completely in the section called “<a - href="ch14.html#sec.com.turbo" - title="µTeX by ArborText">the section called “µTeX by - ArborText”</a>” in Chapter <a - href="ch14.html" - title="Chapter 14. Commercial Environments">Chapter 14</a>, - <span class="emphasis"><em><a href="ch14.html" - title="Chapter 14. Commercial Environments">Chapter 14</a></em></span>. - TurboTeX also includes a Microsoft Windows previewer.</p> - - <p>Figure <a href="ch09.html#fig.ttexd.ega" - title="Figure 9.10. Previewing with TurboTeX dvideo (using limited selection of fonts)"> - Figure 9.10</a> shows a <b>dvideo</b> preview of the - sample document from Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>.</p> - - <div class="figure"> - <a id="fig.ttexd.ega" name="fig.ttexd.ega"></a> - - <p class="title"><b>Figure 9.10. Previewing - with TurboTeX dvideo (using limited selection of - fonts)</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p>The preview displayed here uses the default set of fonts - distributed with TurboTeX. This does not include several of - the large sizes used by this example. In practice, you will - have to purchase or build many fonts before you can use - TurboTeX.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2913841" - name="id2913841"></a>PTI View</h2> - </div> - </div> - - <p><b>PTI View</b><a id="id2913854" class="indexterm" - name="id2913854"></a> <a id="id2913866" class="indexterm" - name="id2913866"></a> is the MS-DOS previewer that comes - with PCTeX, distributed by Personal TeX, Inc.<a - id="id2913876" class="indexterm" name="id2913876"></a> - PCTeX is described in the section called “<a - href="ch14.html#sec.pctex" title="PCTeX">the section called - “PCTeX”</a>” in Chapter <a - href="ch14.html" - title="Chapter 14. Commercial Environments">Chapter 14</a>, - <span class="emphasis"><em><a href="ch14.html" - title="Chapter 14. Commercial Environments">Chapter 14</a></em></span>.</p> - - <p>Figure <a href="ch09.html#fig.ptipreview" - title="Figure 9.11. Previewing with Personal TeX's Previewer"> - Figure 9.11</a> shows a <b>PTI View</b> preview of the - sample document from Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>.</p> - - <div class="figure"> - <a id="fig.ptipreview" name="fig.ptipreview"></a> - - <p class="title"><b>Figure 9.11. Previewing - with Personal TeX's Previewer</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p><b>PTI View</b> is distributed with a complete set of - the Computer Modern fonts in <tt>PK</tt> format (<b>PTI - View</b> can use the same <tt>PK</tt> fonts as your - printer, regardless of the printer's resolution). It can - display the preview in many video modes, including several - high-resolution super VGA modes.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2914028" - name="id2914028"></a>Previewing Under Windows</h2> - </div> - </div> - - <p>Most MS-DOS previewers are inappropriate for previewing - in Windows<a id="id2914039" class="indexterm" - name="id2914039"></a><a id="id2914049" class="indexterm" - name="id2914049"></a> because they assume that they can - control the entire display. Recently, several commercial - and free previewers for Windows have become available. They - are described in this section.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2914065" - name="id2914065"></a>dvimswin</h3> - </div> - </div> - - <p>The <b>dvimswin</b><a id="id2914079" class="indexterm" - name="id2914079"></a><a id="id2914089" class="indexterm" - name="id2914089"></a> previewer is a Windows version of - <b>dvivga</b>. It uses the same screen-resolution fonts - for displaying your <tt>DVI</tt> file and offers - font-substitution for missing fonts.</p> - - <p>You can retrieve <b>dvimswin</b> from the CTAN - archives in the directory <tt>dviware/dvimswin</tt>. The - <b>dvimswin</b> previewer is shown in Figure <a - href="ch09.html#fig.preview.dvimswin" - title="Figure 9.12. Previewing with dvimswin">Figure 9.12</a>.</p> - - <div class="figure"> - <a id="fig.preview.dvimswin" - name="fig.preview.dvimswin"></a> - - <p class="title"><b>Figure 9.12. Previewing - with dvimswin</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2914192" - name="id2914192"></a>dviwin</h3> - </div> - </div> - - <p>The <b>dviwin</b><a id="id2914207" class="indexterm" - name="id2914207"></a><a id="id2914214" class="indexterm" - name="id2914214"></a> previewer is another free Microsoft - Windows previewer. <b>dviwin</b> can use either screen or - printer resolution fonts to display your <tt>DVI</tt> - file. You can retrieve <b>dviwin</b> from the CTAN - archives in the directory <tt>dviware/dviwin</tt>.</p> - - <p>What makes <b>dviwin</b> unique is its support for - \special commands. <b>dviwin</b> understands \special - commands for including pictures and figures, as well as - the emTeX and <tt>tpic</tt> drawing primitives.</p> - - <p><b>dviwin</b> has built-in support for <tt>PCX</tt><a - id="id2914309" class="indexterm" name="id2914309"></a>, - <tt>BMP</tt><a id="id2914326" class="indexterm" - name="id2914326"></a>, and <tt>MSP</tt><a id="id2914348" - class="indexterm" name="id2914348"></a> graphic formats. - Additionally, it can use any graphics filter installed in - your Windows environment. Many commercial programs - include additional filters to handle the images that they - construct. <b>dviwin</b> also supports emTeX font - libraries<a id="id2914367" class="indexterm" - name="id2914367"></a> and customizable automatic font - generation. By using <b>dviwin</b>, you can print your - <tt>DVI</tt> files on any Microsoft Windows-supported - printer. The <b>dviwin</b> previewer is shown in - Figure <a href="ch09.html#fig.preview.dviwin" - title="Figure 9.13. Previewing with dviwin">Figure 9.13</a>.</p> - - <div class="figure"> - <a id="fig.preview.dviwin" - name="fig.preview.dviwin"></a> - - <p class="title"><b>Figure 9.13. Previewing - with dviwin</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p>The <b>dviwin</b> distribution includes two additional - utilities: <b>clipmeta</b><a id="id2914464" - class="indexterm" name="id2914464"></a> for creating - <tt>MSP</tt> graphic files from any image captured in the - Windows clipboard, and <b>wbr</b>,<a id="id2914491" - class="indexterm" name="id2914491"></a> a text-file - browser.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2914502" - name="id2914502"></a>wdviwin</h3> - </div> - </div> - - <p>As mentioned above, the TurboTeX<a id="id2914510" - class="indexterm" name="id2914510"></a> package includes - a Windows DVI driver, <b>wdviwin</b><a id="id2914528" - class="indexterm" name="id2914528"></a><a id="id2914536" - class="indexterm" name="id2914536"></a>, distributed by - the Kinch Computer Company<a id="id2914548" - class="indexterm" name="id2914548"></a>. Sample output - from this previewer is shown in Figure <a - href="ch09.html#fig.preview.wttpreview" - title="Figure 9.14. Previewing with TurboTeX's wdviwin"> - Figure 9.14</a>. This sample shows the status - window, the preview window, and a few of the available - tools.</p> - - <div class="figure"> - <a id="fig.preview.wttpreview" - name="fig.preview.wttpreview"></a> - - <p class="title"><b>Figure 9.14. Previewing - with TurboTeX's wdviwin</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2914603" - name="id2914603"></a>DVIWindo</h3> - </div> - </div> - - <p>The <b>DVIWindo</b><a id="id2914617" class="indexterm" - name="id2914617"></a><a id="id2914627" class="indexterm" - name="id2914627"></a> previewer by Y&Y<a - id="id2914641" class="indexterm" name="id2914641"></a> is - unique among the previewers used here. <b>DVIWindo</b> - has no support for <tt>PK</tt> fonts; it relies entirely - on scalable fonts<a id="id2914671" class="indexterm" - name="id2914671"></a> provided by Microsoft Windows. - (This means either PostScript Type 1 fonts rendered - by <b>Adobe Type Manager</b><a id="id2914689" - class="indexterm" name="id2914689"></a> or built-in - TrueType font <a id="id2914698" class="indexterm" - name="id2914698"></a> support.) As a result, to use the - <b>DVIWindo</b> previewer, you must purchase the Computer - Modern fonts in TrueType or Adobe Type 1 format (or - not use them at all).</p> - - <p>The <b>DVIWindo</b> previewer is shown in - Figure <a href="ch09.html#fig.preview.dviwindo" - title="Figure 9.15. Previewing with Y&Y's DVIWindo"> - Figure 9.15</a>. The pull-down menu shown in this - image is the “TeX Menu,” a new feature of - <b>DVIWindo</b> 1.1. This menu, which can be customized - to include any programs you wish, allows <b>DVIWindo</b> - to function as a TeX shell. Once <b>DVIWindo</b> is - running, you can edit files and format documents with TeX - directly from this menu.</p> - - <div class="figure"> - <a id="fig.preview.dviwindo" - name="fig.preview.dviwindo"></a> - - <p class="title"><b>Figure 9.15. Previewing - with Y&Y's DVIWindo</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p>The real advantage of using scalable fonts is that you - can resize the image in arbitrary ways.<sup>[<a - id="id2914807" name="id2914807" - href="#ftn.id2914807">108</a>]</sup> For example, - Figure <a href="ch09.html#fig.preview.dviwindo2" - title="Figure 9.16. DVIWindo preview much enlarged"> - Figure 9.16</a> shows a much-enlarged version of the - same page. Similar enlargement with non-scalable fonts - would require that the <tt>PK</tt> fonts exist at very - high-resolutions (occupying considerable disk space) or - produce very jagged output. The jaggedness of the image - shown here is the result of magnifying the captured - screen image, not the previewer. Several useful - information boxes are also shown in these images.</p> - - <div class="figure"> - <a id="fig.preview.dviwindo2" - name="fig.preview.dviwindo2"></a> - - <p class="title"><b>Figure 9.16. DVIWindo - preview much enlarged</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p><b>DVIWindo</b> has several other interesting - features:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>Portions of a document may be copied into the - Windows clipboard and then pasted into other - applications. This allows you to construct complex - mathematics in TeX, for example, and paste them - into another Windows application. The pasted - material will appear as a single graphical object - that can be moved, resized, and cropped. The - material is not rendered as a bitmap, so it can be - resized without loss of quality!</p> - </li> - - <li> - <p>TIFF images are displayed in the document. If - you use <b>dvipsone</b> (Y&Y's PostScript - printer driver) and create both TIFF and EPS - (encapsulated PostScript) versions of an image, - <b>DVIWindo</b> will automatically display the TIFF - image, and <b>dvipsone</b> will automatically print - the EPS image.</p> - </li> - - <li> - <p>Colored text and rules can be incorporated into - a document with \special commands.</p> - </li> - - <li> - <p>You can create “hypertext” buttons - in your document. Selecting a button (an area of - text or a rule) automatically moves you to a - destination marker in the document. These buttons - are only meaningful to <b>DVIWindo</b>, but they do - allow you to move around quickly in a document - while you are writing it. Of course, they could - also be very handy if you use <tt>DVI</tt> files - for online documentation.</p> - </li> - </ul> - </div> - - <p>In addition to the <b>DVIWindo</b> executable, several - programs are provided to help you work with PostScript - fonts under Windows. They are summarized in Table <a - href="ch09.html#tab.dviwindo" - title="Table 9.3. DVIWindo Utilities">Table 9.3</a>.</p> - - <div class="table"> - <a id="tab.dviwindo" name="tab.dviwindo"></a> - - <p class="title"><b>Table 9.3. DVIWindo - Utilities</b></p> - - <table summary="DVIWindo Utilities" border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Utility</th> - - <th align="left">\bf Description</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\it pfatopfb\,\x</td> - - <td align="left">Convert <tt>PFA</tt> files into - <tt>PFB</tt> files</td> - </tr> - - <tr> - <td align="left">\it pfbtopfa\,\x</td> - - <td align="left">Convert <tt>PFB</tt> files into - <tt>PFA</tt> files</td> - </tr> - - <tr> - <td align="left">\it tifftags</td> - - <td align="left">Show the tags used in a - <tt>TIFF</tt> image</td> - </tr> - - <tr> - <td align="left">\it reencode</td> - - <td align="left">Change the encoding of a - PostScript font</td> - </tr> - - <tr> - <td align="left">\it afmtotfm\,\x</td> - - <td align="left">Convert <tt>AFM</tt> files into - <tt>TFM</tt> files</td> - </tr> - - <tr> - <td align="left">\it tfmtoafm</td> - - <td align="left">Convert <tt>TFM</tt> files into - <tt>AFM</tt> files</td> - </tr> - - <tr> - <td align="left">\it afmtopfm</td> - - <td align="left">Convert <tt>AFM</tt> files into - <tt>PFM</tt> files</td> - </tr> - - <tr> - <td align="left">\it pfmtoafm</td> - - <td align="left">Convert <tt>PFM</tt> files into - <tt>AFM</tt> files</td> - </tr> - - <tr> - <td align="left">\it safeseac</td> - - <td align="left">Circumvents problem with - accented letters in PS fonts under Windows</td> - </tr> - - <tr> - <td align="left">\it cleanup</td> - - <td align="left">Removes inactive Windows from - the desktop</td> - </tr> - - <tr> - <td align="left">\it sysseg</td> - - <td align="left">Displays information about - Windows system memory</td> - </tr> - </tbody> - </table> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.preview.tty" - name="sec.preview.tty"></a>Previewing on a TTY</h2> - </div> - </div> - - <p><a id="id2915365" class="indexterm" - name="id2915365"></a>Graphical workstations and personal - computers with graphics capabilities are a natural - environment for previewing TeX output. Unfortunately, they - aren't always available. This section describes several - previewers that work in less sophisticated - environments.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2915377" - name="id2915377"></a>dvi2tty</h3> - </div> - </div> - - <p>The <b>dvi2tty</b> program<a id="id2915398" - class="indexterm" name="id2915398"></a><a id="id2915408" - class="indexterm" name="id2915408"></a> attempts to - convert TeX output into ASCII text. This program is - designed to provide an approximation of troff<a - id="id2915421" class="indexterm" name="id2915421"></a>'s - <b>nroff</b><a id="id2915435" class="indexterm" - name="id2915435"></a> processor. To get the best results, - you will have to reformat your document using a limited - subset of TeX's capabilities. A LaTeX style file is - included for this purpose. You can retrieve - <b>dvi2tty</b> from the CTAN archives in the directory - <tt>dviware/dvi2tty</tt>.</p> - - <p>The output from <b>dvi2tty</b> is imperfect in many - ways, but it can provide a workable ASCII document. I - used it to produce plain ASCII documentation in my - <b>Sfware</b><a id="id2915485" class="indexterm" - name="id2915485"></a> package, for example. - <b>dvi2tty</b> also provides a quick-and-dirty method of - applying some standard text processing tools, like - <b>grep</b><a id="id2915508" class="indexterm" - name="id2915508"></a>, to TeX output.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2915519" - name="id2915519"></a>dvgt/dvitovdu</h3> - </div> - </div> - - <p><a id="id2915526" class="indexterm" - name="id2915526"></a><a id="id2915533" class="indexterm" - name="id2915533"></a><a id="id2915540" class="indexterm" - name="id2915540"></a>These programs share a common - history. As a result, they offer an overlapping set of - features. The most recent work has been done on the - <b>dvgt</b> processor. You can retrieve <b>dvgt</b> from - the CTAN archives in the directory - <tt>dviware/dvgt</tt>.</p> - - <p>Unlike <b>dvi2tty</b>, which is a conversion program, - <b>dvgt</b> is an interactive previewer. One very neat - feature of <b>dvgt</b> is its ability to preview TeX - output on a number of graphics terminals, including - Tektronix 4010, VT240, VT640, Gigi, Regis, VIS500, - VIS550, VIS603, and VIS630 terminals. The importance of - this feature is that many versions of <b>Kermit</b><a - id="id2915617" class="indexterm" name="id2915617"></a> - and <b>NCSA Telnet</b><a id="id2915631" class="indexterm" - name="id2915631"></a> (and possibly other communications - programs) support one of these terminal types. This means - that you can preview documents even when you are away - from your workstation, by using dial-up access with - either a graphics terminal or plain ASCII.</p> - - <p>Even when output is limited to plain ASCII, - <b>dvgt</b> attempts to make its output resemble the - printed page. To do this, it frequently drops characters - out of the middle of words and performs other - space-saving abbreviations. The result is a crude, but - workable preview, on a plain ASCII terminal.</p> - - <p>Figure <a href="ch09.html#fig.dvgttek" - title="Figure 9.17. Previewing with dvgt under Tektronix 4010 emulation"> - Figure 9.17</a> shows an example of <b>dvgt</b> - display in tek4010 emulation. This is a somewhat - contrived example since the emulation is being performed - by an xterm.</p> - - <div class="figure"> - <a id="fig.dvgttek" name="fig.dvgttek"></a> - - <p class="title"><b>Figure 9.17. Previewing - with dvgt under Tektronix 4010 emulation</b></p> - - <div class="mediaobject"> - <img src="FIXME:" /> - </div> - </div> - - <p><b>dvitovdu</b> is an older version of the program. It - is available in source code form in both C and Pascal. - You can retrieve <b>dvitovdu</b> from the CTAN archives - in the directory <tt>dviware/dvitovdu</tt>.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2915747" - name="id2915747"></a>crudetype</h3> - </div> - </div> - - <p><b>crudetype</b><a id="id2915760" class="indexterm" - name="id2915760"></a><a id="id2915770" class="indexterm" - name="id2915770"></a> is another plain-ASCII previewer. - It provides features similar to <b>dvgt</b> and - <b>dvitovdu</b>. It is written in <span - class="sc">Web</span>, but it cannot be translated to C - with the <b>web2c</b> conversion tool (so you will have - to have a Pascal compiler).</p> - - <p>The <b>crudetype</b> program was written with VMS in - mind, although it may be portable to other systems. You - can retrieve <b>crudetype</b> from the CTAN archives in - the directory <tt>dviware/crudetype</tt>.</p> - </div> - </div> - - <div class="footnotes"> - <br /> - <hr width="100" align="left" /> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2912496" name="ftn.id2912496" - href="#id2912496">106</a>]</sup> {Some setup is required - to obtain this functionality. By default, the driver asks - for the name of a font to substitute in place of the - missing font.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2912560" name="ftn.id2912560" - href="#id2912560">107</a>]</sup> {Particularly in - networked environments where <b>dvidrv</b> assures that - temporary filenames won't collide between users.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2914807" name="ftn.id2914807" - href="#id2914807">108</a>]</sup> {Most previewers support - resizing, but they are generally limited to the - resolutions for which <tt>PK</tt> fonts are - available.}</p> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Chapter 8. Printing" - href="ch08.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Chapter 10. Online Documentation" - href="ch10.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left"> - Chapter 8. Printing </td> - - <td width="20%" align="center"><a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Chapter 10. Online Documentation</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/ch10.html b/Master/texmf-doc/doc/english/make-tex-work/html/ch10.html deleted file mode 100644 index 9eea2211c0b..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/ch10.html +++ /dev/null @@ -1,782 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Chapter 10. Online Documentation</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt02.html" - title="Part II. Elements of a Complex Document" /> - <link rel="previous" href="ch09.html" - title="Chapter 9. Previewing" /> - <link rel="next" href="ch11.html" - title="Chapter 11. Introducing MetaFont" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Chapter 9. Previewing" - href="ch09.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Chapter 11. Introducing MetaFont" - href="ch11.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="chapter"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="chap.online" - name="chap.online"></a>Chapter 10. Online - Documentation</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - <hr class="component-separator" /> - </div> - - <p>Some common kinds of documentation---for example, manuals - for computer programs---present a unique challenge to the - author. In many cases, it would be nice to be able to provide - online documentation<a id="id2910943" class="indexterm" - name="id2910943"></a><a id="id2910951" class="indexterm" - name="id2910951"></a> in addition to a typeset manual.</p> - - <p>One option is to maintain two different documents: one for - publication and one for online access. This is difficult to - maintain and is prone to error. As the documentation evolves, - it is almost inevitable that some changes to one document - will not be implemented in the other.</p> - - <p>Another option is to include only very limited formatting - information in the document designed for publication so that - it is easy to “strip out” the formatting commands - and produce an online manual. The unfortunate side effect of - this approach is that the resulting typeset documentation - doesn't have a very professional appearance.</p> - - <p>With care, TeX can be the basis for a middle-ground - approach to this problem.<sup>[<a id="id2910836" - name="id2910836" href="#ftn.id2910836">109</a>]</sup> If you - are starting a new documentation project, TeXinfo<a - id="id2910846" class="indexterm" name="id2910846"></a> and - LameTeX<a id="id2910856" class="indexterm" - name="id2910856"></a> provide two alternatives for the - production of typeset and online documentation from the same - source. \LaTeX2HTML<a id="id2910870" class="indexterm" - name="id2910870"></a> and \LaTeX2hy<a id="id2910881" - class="indexterm" name="id2910881"></a> provide alternatives - that may be suitable for existing documentation.</p> - - <p>You'll find that the best results occur when you plan - ahead: if you know that you need both typeset and ASCII - documentation, try to use tools that will make the task - easier. But, even if you try to plan ahead, it's not uncommon - to find out after the fact that you need or want ASCII - documentation. If you don't have the TeX sources, you'll just - have to take the best results you can get with one of the - tools described later in this chapter and do whatever - hand-editing is required.</p> - - <p>If you have the TeX sources for a document, here are some - guidelines that can help improve the quality of the - conversion to plain ASCII:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>Redefine all font commands to use \tt. This makes - TeX work with a fixed-width font. You will probably get - many, many overfull and underfull box messages. This - can't be helped. Setting \tolerance and \hbadness to - large values (10000 with TeX 2.x or 100000 with TeX - 3.x, for example) will reduce the number of - warnings.</p> - - <p>Similarly, redefine all the commands that change - font size to select the same size (probably 10pt or - 12pt will work best, but larger values may be better if - you have wide margins).</p> - </li> - - <li> - <p>Don't use any special fonts---no <tt>picture</tt> - environments in LaTeX, for example. Take out rules, - too.</p> - </li> - - <li> - <p>Use \raggedright. There's no point in trying to line - up the right margin.</p> - </li> - - <li> - <p>Remove or redefine all mathematics to avoid the use - of math-mode. It won't work; don't ask TeX to try.</p> - </li> - - <li> - <p>Remove all tables (\halign in Plain TeX, - <tt>tabular</tt> environments in LaTeX).</p> - </li> - - <li> - <p>Remove floating environments; this may help.</p> - </li> - - <li> - <p>Depending on your level of expertise and the number - of documents that you have to convert, redefine - footnotes and other environments to give you more - marginal improvements.</p> - </li> - </ul> - </div> - - <p>The <tt>ascii.sty</tt> style<a id="id2916135" - class="indexterm" name="id2916135"></a> for LaTeX - encapsulates many of these rules for you.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2916146" - name="id2916146"></a>Something Is Lost</h2> - </div> - </div> - - <p>Many things that can easily be represented on paper - cannot be represented in plain ASCII. One reason for this - is that plain ASCII output is not proportionally spaced. - Also, in ASCII you can move up or down only by rows, and - left or right only by columns; you can't move down “3 - points” on a terminal to typeset a subscript, for - example.</p> - - <p>These differences combine to make many things - impossible. For all of its marvelous sophistication, TeX - cannot help you typeset mathematics<a id="id2916172" - class="indexterm" name="id2916172"></a> in plain ASCII. It - just can't be done. Most tables can't be done in plain - ASCII either (at least not if you want lines that are only - 80 characters or so long).</p> - - <p>The following sections describe tools that may help you - achieve the goal of online and typeset documentation from - the same sources. Each tool has its own advantages and - disadvantages. The ones that work best for you will depend - on the type of documentation you are producing and the - amount of work you are willing to do.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2916199" - name="id2916199"></a>TeXinfo</h2> - </div> - </div> - - <p>TeXinfo<a id="id2916208" class="indexterm" - name="id2916208"></a> is the document formatting system - adopted by the Free Software Foundation (FSF)<a - id="id2916220" class="indexterm" name="id2916220"></a> and - the GNU Project<a id="id2916230" class="indexterm" - name="id2916230"></a>. It is a special TeX format that is - very different from standard TeX.<sup>[<a id="id2916239" - name="id2916239" href="#ftn.id2916239">110</a>]</sup> The - goal of TeXinfo is to devise an input format that can be - processed by TeX to produce typeset output and then be - processed by another program to produce <span - class="emphasis"><em>hypertext</em></span> output. (The - other program in this case is <b>MakeInfo</b><a - id="id2916259" class="indexterm" - name="id2916259"></a>.)</p> - - <p>TeXinfo supports ordinary text, sectioning commands, - itemize and enumeration environments, footnotes, - cross-references, tables of contents, lists of figures and - tables, and multiple indexes.</p> - - <p>The TeXinfo example from Chapter <a - href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>, - is reproduced in Example <a - href="ch10.html#ex.on.infinp" - title="Example 10.1. TeXinfo Commands">Example 10.1</a> - (the TeXinfo input), Figure <a - href="ch10.html#fig.on.infex" - title="Figure 10.1. TeXinfo sample page">Figure 10.1</a> - (the typeset page), and Figure <a - href="ch10.html#fig.on.infinf" - title="Figure 10.2. Online documentation produced by MakeInfo"> - Figure 10.2</a> (the resulting online - documentation).</p> - - <div class="example"> - <a id="ex.on.infinp" name="ex.on.infinp"></a> - - <p class="title"><b>Example 10.1. TeXinfo - Commands</b></p> -<pre class="programlisting"> -<a type="simple" show="embed" actuate="onLoad" href="perf-inf"></a> -</pre> - </div> - - <div class="figure"> - <a id="fig.on.infex" name="fig.on.infex"></a> - - <p class="title"><b>Figure 10.1. TeXinfo sample - page</b></p> - - <div class="mediaobject"> - <img src="perf-inf.eps" /> - </div> - </div> - - <div class="figure"> - <a id="fig.on.infinf" name="fig.on.infinf"></a> - - <p class="title"><b>Figure 10.2. Online - documentation produced by MakeInfo</b></p> - - <div class="literallayout"> - <p>  <br /> -     \FramedVerbInput{perf-inf.inf}<br /> - - </p> - </div> - </div> - - <p>The output from <b>MakeInfo</b> is very nearly pure - ASCII. The motivation for {hypertext} output is to make - cross references dynamic<a id="id2916438" class="indexterm" - name="id2916438"></a> when the “info” version - of the document is used for online reference.<sup>[<a - id="id2916455" name="id2916455" - href="#ftn.id2916455">111</a>]</sup> The result is close - enough to pure ASCII that converting it to pure ASCII is - not (usually) too difficult. For example, the <span - class="emphasis"><em>comp.fonts</em></span> newsgroup<a - id="id2916474" class="indexterm" name="id2916474"></a>'s - Frequently Asked Questions list is maintained as a TeXinfo - document. It is posted as an info version that has been - processed by a Perl script to “flatten” the - hypertext.</p> - - <p>The TeXinfo format is well documented, so a brief - description here will suffice. First, the backslash, which - is ordinarily used to introduce control sequences in TeX, - is not special. Instead the “@”-sign is used. - Second, a TeXinfo document is divided into “nodes<a - id="id2916507" class="indexterm" - name="id2916507"></a>.” A node corresponds roughly to - a chapter or a large section of a chapter. In the online - documentation, it is easy to jump between related - nodes.</p> - - <p>Because the info version of the document is ASCII text, - many of the special typesetting features of TeX aren't - applicable. To support them in the typeset document, - TeXinfo allows you to specify that some portions of the - input should be seen only by TeX and some should be seen - only by <b>MakeInfo</b>. Example <a - href="ch10.html#ex.on.infinp" - title="Example 10.1. TeXinfo Commands">Example 10.1</a> - uses this feature to typeset mathematics using the best - features of both TeX and <b>MakeInfo</b>.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2916555" - name="id2916555"></a>\LaTeX2HTML</h2> - </div> - </div> - - <p>\LaTeX2HTML<a id="id2916564" class="indexterm" - name="id2916564"></a> attempts to convert LaTeX documents - into HTML<a id="id2916576" class="indexterm" - name="id2916576"></a>, the document structuring language - used by the World Wide Web (WWW)<a id="id2916586" - class="indexterm" name="id2916586"></a> project. HTML - stands for HyperText Markup Language<a id="id2916595" - class="indexterm" name="id2916595"></a>; it is a way of - describing documents in terms of their structure (headings, - paragraphs, lists, etc.). SGML<a id="id2916606" - class="indexterm" name="id2916606"></a>, the Standard - Generalized Markup Language, provides a framework for - developing structured documentation; HTML is one specific - SGML document type. HTML documents are displayed by special - programs called browsers<a id="id2916618" class="indexterm" - name="id2916618"></a> that interpret the markup and present - the information in a consistent manner. Because an HTML - document is described in terms of its structure and not its - appearance, HTML documents can be effectively displayed by - browsers in non-graphical environments.</p> - - <p>One of the most important features of HTML documents is - the ability to form hypertext links<a id="id2916638" - class="indexterm" name="id2916638"></a><a id="id2916647" - class="indexterm" name="id2916647"></a> between documents. - Hypertext links allow you to build dynamic relationships - between documents. For example, selecting a marked word or - phrase in the current document displays more information - about the topic, or a list of related topics.</p> - - <p>\LaTeX2HTML preserves many of the features of a LaTeX - document in HTML. Elements that are too complex to - represent in HTML, such as mathematical equations and logos - like “TeX,” are converted into graphic images - that can be displayed online by graphical browsers. All - types of cross referencing elements (including footnotes) - are preserved as hypertext links.</p> - - <p>When installed, \LaTeX2HTML understands many basic LaTeX - commands, but it can be customized to handle other styles. - \LaTeX2HTML is written in <b>Perl</b>.</p> - - <p>All in all, \LaTeX2HTML is one of the easiest and most - effective tools for translating typeset documentation into - a format suitable for online presentation. In a graphical - environment like X11, Microsoft Windows, or the Macintosh, - HTML documents offer very good support for online - documentation.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2916701" - name="id2916701"></a>LameTeX</h2> - </div> - </div> - - <p>LameTeX<a id="id2916710" class="indexterm" - name="id2916710"></a> is a PostScript translator<a - id="id2916722" class="indexterm" name="id2916722"></a> for - a (very limited) subset of LaTeX. One of its original - design goals, the inclusion of sophisticated PostScript - commands directly in a LaTeX document, has been superseded - by the PSTricks<a id="id2916733" class="indexterm" - name="id2916733"></a> package. However, one of the side - effects of a special-purpose translator for LaTeX is the - ability of that translator to produce different kinds of - output, including plain ASCII.</p> - - <p>The primary advantage of this method is that it does not - require learning an entirely foreign macro package like - TeXinfo. The disadvantage is that it understands only a - very small subset of LaTeX. This subset includes <span - class="emphasis"><em>only</em></span> the following - commands:</p> - - <div class="informaltable"> - <table border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - <col align="left" /> - </colgroup> - - <tbody> - <tr> - <td align="left">\#</td> - - <td align="left">\footnotesize</td> - - <td align="left">\ref</td> - </tr> - - <tr> - <td align="left">\$</td> - - <td align="left">\hspace</td> - - <td align="left">\rm</td> - </tr> - - <tr> - <td align="left">\%</td> - - <td align="left">\hspace*</td> - - <td align="left">\sc</td> - </tr> - - <tr> - <td align="left">\ </td> - - <td align="left">\huge</td> - - <td align="left">\scriptsize</td> - </tr> - - <tr> - <td align="left">\Huge</td> - - <td align="left">\include</td> - - <td align="left">\section</td> - </tr> - - <tr> - <td align="left">\LARGE</td> - - <td align="left">\input</td> - - <td align="left">\section*</td> - </tr> - - <tr> - <td align="left">\Large</td> - - <td align="left">\it</td> - - <td align="left">\setlength</td> - </tr> - - <tr> - <td align="left">\_</td> - - <td align="left">\item</td> - - <td align="left">\sf</td> - </tr> - - <tr> - <td align="left">\addtolength</td> - - <td align="left">\itemize</td> - - <td align="left">\sl</td> - </tr> - - <tr> - <td align="left">\backslash</td> - - <td align="left">\label</td> - - <td align="left">\small\smallskip</td> - </tr> - - <tr> - <td align="left">\begin</td> - - <td align="left">\large</td> - - <td align="left">\subparagraph</td> - </tr> - - <tr> - <td align="left">\bf</td> - - <td align="left">\ldots</td> - - <td align="left">\subparagraph*</td> - </tr> - - <tr> - <td align="left">\bigskip</td> - - <td align="left">\medskip</td> - - <td align="left">\subsection</td> - </tr> - - <tr> - <td align="left">\center</td> - - <td align="left">\newlength</td> - - <td align="left">\subsection*</td> - </tr> - - <tr> - <td align="left">\chapter</td> - - <td align="left">\newline</td> - - <td align="left">\subsubsection</td> - </tr> - - <tr> - <td align="left">\chapter*</td> - - <td align="left">\normalsize</td> - - <td align="left">\subsubsection*</td> - </tr> - - <tr> - <td align="left">\clearpage</td> - - <td align="left">\par</td> - - <td align="left">\tiny</td> - </tr> - - <tr> - <td align="left">\description</td> - - <td align="left">\paragraph</td> - - <td align="left">\today</td> - </tr> - - <tr> - <td align="left">\document</td> - - <td align="left">\paragraph*</td> - - <td align="left">\tt</td> - </tr> - - <tr> - <td align="left">\documentstyle</td> - - <td align="left">\part</td> - - <td align="left">\verbatim</td> - </tr> - - <tr> - <td align="left">\em</td> - - <td align="left">\part*</td> - - <td align="left">\verbatim*</td> - </tr> - - <tr> - <td align="left">\end</td> - - <td align="left">\quotation</td> - - <td align="left">\verse</td> - </tr> - - <tr> - <td align="left">\enumerate</td> - - <td align="left">\quote</td> - - <td align="left">\vspace</td> - </tr> - - <tr> - <td align="left">\flushleft</td> - - <td align="left">\raggedleft</td> - - <td align="left">\vspace*</td> - </tr> - - <tr> - <td align="left">\flushright</td> - - <td align="left">\raggedright</td> - - <td class="auto-generated"> </td> - </tr> - </tbody> - </table> - </div> - - <p>In addition, unlike LaTeX, LameTeX doesn't understand - any Plain TeX commands (other than the ones listed).</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2917217" - name="id2917217"></a>latex2hy</h2> - </div> - </div> - - <p><b>latex2hy</b><a id="id2917230" class="indexterm" - name="id2917230"></a> is a LaTeX-to-ASCII converter<a - id="id2917238" class="indexterm" name="id2917238"></a>. It - has several options for controlling the input and output - character sets. In addition, <b>latex2hy</b> has a number - of options for improving the quality of both ASCII and - printed documentation. For example, input documents can - contain both TeX and ASCII representations for complex - objects (like mathematical formulae). The printed - documentation uses the TeX version while <b>latex2hy</b> - uses the ASCII version. Provision is also made for - “fixups,” which allow character sequences from - the input text to be translated into different sequences on - output. For example, “$9.81\frac{m}{s^2}$” can - be automatically translated into <tt>9.81m/s^2</tt>. By - adding specific fixups to each document that you translate, - you can obtain successively better approximations - automatically.</p> - - <p><b>latex2hy</b> gives particular attention to cross - references<a id="id2917305" class="indexterm" - name="id2917305"></a>. Cross references are translated into - “links<a id="id2917320" class="indexterm" - name="id2917320"></a>” between topics in <span - class="emphasis"><em>hypertext</em></span> output formats. - Currently, only the <span - class="emphasis"><em>TurboVision</em></span><a - id="id2917336" class="indexterm" name="id2917336"></a> - hypertext format is supported, although several other - formats are being considered.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2917348" - name="id2917348"></a>detex</h2> - </div> - </div> - - <p><b>detex</b><a id="id2917361" class="indexterm" - name="id2917361"></a> is a simple program that does little - more than strip control sequences and other TeXish - character sequences from your document. Doing this makes - the document more amenable to other kinds of processing - (like spellchecking) but does a poor job of producing - “online documentation.” Still, it's an - option.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2917381" - name="id2917381"></a>dvispell</h2> - </div> - </div> - - <p>The <b>dvispell</b><a id="id2917395" class="indexterm" - name="id2917395"></a> program produces plain text output - from a <tt>DVI</tt> file. It is not a spellchecker, but it - was designed to extract the words from a TeX document which - were then fed to a spellchecking program that was unable to - ignore TeX control sequences.</p> - - <p>The <b>dvispell</b> program is part of the emTeX<a - id="id2917428" class="indexterm" name="id2917428"></a> - package, and it is remarkably sophisticated. There are many - ways in which <b>dvispell</b> can be programmed to perform - complex manipulations. One special strength of - <b>dvispell</b> is its ability to handle conversion of - accented characters and Greek symbols.</p> - - <p><b>dvispell</b> differs from the other programs - described here because it works with TeX output, the - <tt>DVI</tt> file. On the one hand, this provides - <b>dvispell</b> with more information (character positions, - line breaks, floating bodies, etc). On the other hand, all - of the formatting commands are missing, so it isn't easy to - determine what the user had in mind. (It's a bit like - reverse-engineering a piece of software---without the - source code, it's not always easy to tell why things look - the way they do.) But <b>dvispell</b> gives you access to - most of the information that is present in the <tt>DVI</tt> - file.</p> - </div> - - <div class="footnotes"> - <br /> - <hr width="100" align="left" /> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2910836" name="ftn.id2910836" - href="#id2910836">109</a>]</sup> {Structured markup - languages like SGML also address this problem, but they - introduce their own set of difficulties. Regardless of - whatever advantages they may hold, I'm not going to - discuss them here.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2916239" name="ftn.id2916239" - href="#id2916239">110</a>]</sup> {A LaTeX implementation, - called LaTeXinfo, is also available.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2916455" name="ftn.id2916455" - href="#id2916455">111</a>]</sup> {“Info” is - the name of both the output format and a program for - displaying the text in a hypertext fashion. Another - common way to access info files is with the GNU emacs - online help system.}</p> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Chapter 9. Previewing" - href="ch09.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Chapter 11. Introducing MetaFont" - href="ch11.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left"> - Chapter 9. Previewing </td> - - <td width="20%" align="center"><a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Chapter 11. Introducing MetaFont</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/ch11.html b/Master/texmf-doc/doc/english/make-tex-work/html/ch11.html deleted file mode 100644 index b75eb560ed1..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/ch11.html +++ /dev/null @@ -1,1139 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Chapter 11. Introducing MetaFont</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt02.html" - title="Part II. Elements of a Complex Document" /> - <link rel="previous" href="ch10.html" - title="Chapter 10. Online Documentation" /> - <link rel="next" href="ch12.html" - title="Chapter 12. Bibliographies, Indexes, and Glossaries" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Chapter 10. Online Documentation" - href="ch10.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Chapter 12. Bibliographies, Indexes, and Glossaries" - href="ch12.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="chapter"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="chap.mf" - name="chap.mf"></a>Chapter 11. Introducing - MetaFont</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - <hr class="component-separator" /> - </div> - - <p>TeX builds pages out of boxes<a id="id2915957" - class="indexterm" name="id2915957"></a> and glue<a - id="id2915971" class="indexterm" name="id2915971"></a>. The - smallest boxes are usually individual characters. MetaFont<a - id="id2915983" class="indexterm" name="id2915983"></a> is a - tool that creates the actual characters.</p> - - <p>In the last few years, a real explosion has taken place in - the number of readily available fonts<a id="id2916000" - class="indexterm" name="id2916000"></a><a id="id2915858" - class="indexterm" name="id2915858"></a><a id="id2915866" - class="indexterm" name="id2915866"></a>. Today, many people - have access to a large number of high quality typefaces. Not - too long ago (before Adobe Type Manager (ATM)<a - id="id2915883" class="indexterm" name="id2915883"></a> was - available for the Macintosh and Microsoft Windows), fonts - were too expensive to be generally available. In those days, - a font building tool like MetaFont was essential if TeX was - going to have a number of typefaces and a large number of - mathematical symbols. Today, the role of MetaFont is - diminishing. Many people choose to use PostScript fonts<a - id="id2915891" class="indexterm" name="id2915891"></a> almost - entirely. In fact, with PostScript alternatives to the - Computer Modern Math fonts<a id="id2915912" class="indexterm" - name="id2915912"></a><a id="id2915918" class="indexterm" - name="id2915918"></a> now available, it's possible to use TeX - without using MetaFont fonts at all.</p> - - <p>On the other hand, lots of people do still use the - Computer Modern fonts, and there are many other MetaFont - fonts (for non-English languages like Arabic and Japanese, - for example), so MetaFont is still a useful tool. Also, it - can be used to make nice portable diagrams.</p> - - <p>This chapter cannot teach you how to harness all of - MetaFont's power. The only practical way to learn how to - design your own images with MetaFont is to read <span - class="emphasis"><em>The \MF{}book</em></span> [<a - href="bi01.html#kn:mfbook">kn:mfbook</a>] (even if your - images are nowhere near as complex as an entire font).</p> - - <p>What you will learn from this chapter is how to run - MetaFont to create TeX <tt>PK</tt> fonts<a id="id2917710" - class="indexterm" name="id2917710"></a> and <tt>TFM</tt> - files<a id="id2917745" class="indexterm" - name="id2917745"></a> from existing MetaFont programs. The - Computer Modern fonts, the \AmS fonts, and the DC Fonts are - all created with MetaFont. It is not unreasonable to imagine - that you might someday want to create one of these fonts at a - non-standard size or unusual magnification.</p> - - <p>Knowing how to run MetaFont will also help you set up a - system for performing automatic font generation. This can - save a lot of disk space. See the section called “<a - href="ch05.html#sec.autofont" - title="Automatic Font Generation by DVI Drivers">the section - called “Automatic Font Generation by DVI - Drivers”</a>” in Chapter <a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, <span - class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>, - for more information about setting up automatic font - generation.</p> - - <p>From many perspectives, TeX and MetaFont behave in - analogous ways. Where TeX reads a plain text <tt>TEX</tt> - document, processes it, and produces a <tt>DVI</tt> file, - MetaFont reads a plain text <tt>MF</tt> program, processes - it, and produces a generic bitmap font file as output.</p> - - <p>Because you probably aren't going to be writing your own - font programs for MetaFont, you have to get them from - somewhere. Many distributions of TeX include MetaFont and the - font files for the Computer Modern fonts. This chapter will - concentrate on just the Computer Modern font programs because - those are the most likely to be available.</p> - - <p>Many MetaFont fonts can be retrieved from the CTAN - archives. Table <a href="ch11.html#tab.mf.mfdistrib" - title="Table 11.1. Some Popular MetaFont Fonts on the CTAN Archives"> - Table 11.1</a> lists some common fonts and their - location in the CTAN archives. A collection of font samples - is shown in Appendix <a href="apb.html" - title="Appendix B. Font Samples">Appendix B</a>, - <span class="emphasis"><em><a href="apb.html" - title="Appendix B. Font Samples">Appendix B</a></em></span>.</p> - - <div class="table"> - <a id="tab.mf.mfdistrib" name="tab.mf.mfdistrib"></a> - - <p class="title"><b>Table 11.1. Some Popular - MetaFont Fonts on the CTAN Archives</b></p> - - <table - summary="Some Popular MetaFont Fonts on the CTAN Archives" - border="1"> - <colgroup> - <col /> - <col /> - </colgroup> - - <thead> - <tr> - <th>Fonts</th> - - <th>Location</th> - </tr> - </thead> - - <tbody> - <tr> - <td>Standard Computer Modern</td> - - <td><tt>fonts/cm</tt></td> - </tr> - - <tr> - <td>Standard LaTeX</td> - - <td><tt>macros/latex/distribs/base/fonts</tt></td> - </tr> - - <tr> - <td>A<sub>m</sub>S Fonts</td> - - <td><tt>fonts/ams</tt></td> - </tr> - - <tr> - <td>DC Fonts</td> - - <td><tt>fonts/dc</tt></td> - </tr> - - <tr> - <td>Concrete</td> - - <td><tt>fonts/concrete</tt></td> - </tr> - - <tr> - <td>Pandora</td> - - <td><tt>fonts/pandora</tt></td> - </tr> - - <tr> - <td>Ralph Smith's Script Font</td> - - <td><tt>fonts/rsfs</tt></td> - </tr> - - <tr> - <td>St. Mary's Road</td> - - <td><tt>fonts/stmary</tt></td> - </tr> - </tbody> - </table> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.mf.gettingstarted" - name="sec.mf.gettingstarted"></a>What to Run?</h2> - </div> - </div> - - <p>Like TeX itself, the actual MetaFont file you have to - execute <a id="id2918084" class="indexterm" - name="id2918084"></a> varies between platforms and - implementations. If you have built and/or installed TeX, - you probably already know what program to run. You'll have - to ask your system administrator for help if you cannot - figure out what the name of the MetaFont executable is on - your computer. In the rest \linebreak</p> - - <p>of this chapter, I'll assume that the command <span - class="emphasis"><em>mf</em></span> runs MetaFont. You - should substitute the name of the executable program on - your system for <span class="emphasis"><em>mf</em></span> - in the examples that follow.</p> - - <p>MetaFont comes in big and small versions just like TeX. - You will need the big MetaFont if you are building fonts - for very high-resolution devices or at very large sizes. - Most fonts can be built with a small MetaFont.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2918131" - name="id2918131"></a>What Files Does MetaFont - Need?</h2> - </div> - </div> - - <p>In addition to the MetaFont programs, MetaFont<a - id="id2918140" class="indexterm" name="id2918140"></a> must - be able to find several other files. The files that are - needed are normally created during the installation - process. The sections that follow describe each of the - files that MetaFont needs.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2918156" - name="id2918156"></a>Pool Files</h3> - </div> - </div> - - <p>The pool file<a id="id2918169" class="indexterm" - name="id2918169"></a> for each version of MetaFont has - the same purpose as the pool file created for TeX. It is - created when MetaFont is compiled. If you don't have a - pool file, there's nothing you can do about it. If you - obtained precompiled programs (from the Internet, from a - friend, or commercially) and you don't have the pool file - needed by MetaFont, you received an incomplete - distribution.</p> - - <p>If you did not install MetaFont, and the pool file is - missing, contact the system administrator who performed - the installation. Something was done incorrectly.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2918200" - name="id2918200"></a>Base Files</h3> - </div> - </div> - - <p>Base files<a id="id2918209" class="indexterm" - name="id2918209"></a> for MetaFont are analogous to - format files for TeX. Unlike TeX, which has many - different format files, there are relatively few base - files for MetaFont.</p> - - <p>Base files are created by a special version of - MetaFont, usually called \iniMF. However, some - implementations combine MetaFont and \iniMF into one - program, in which case you must select \iniMF with a - special option when you run the program.</p> - - <p>Like iniTeX, \iniMF interprets all the control - sequences in a set of base macros and builds the - in-memory data structures that the MetaFont program - needs. After loading all the files, \iniMF writes the - memory image into a base file. When MetaFont loads the - base file, it simply copies it into memory; no - interpretation is necessary.</p> - - <p>Because MetaFont loads the base files without - interpretation, they are not generally portable from one - system to another, or even between different versions of - MetaFont on the same system. Different versions of - MetaFont load differently in memory, and this makes the - base files incompatible. For example, you need a big - \iniMF to make base files for big MetaFont and small - \iniMF for a small MetaFont.</p> - - <p>The “<a href="ch11.html#sec.mf.gettingstarted" - title="What to Run?">the section called “What to - Run?”</a>” section later in this chapter - describes how to build a base file, if you do not already - have one.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2918279" - name="id2918279"></a>MetaFont Programs</h3> - </div> - </div> - - <p>When you run MetaFont, you have to tell it what file - (MetaFont program)<a id="id2918287" class="indexterm" - name="id2918287"></a> to process. MetaFont programs are - stored in files with the extension <tt>.mf</tt>. If you - specify a complete pathname, MetaFont will load the - specific file that you request. If you specify a simple - filename without a path, MetaFont looks for the file in - several user-defined and, possibly, system-defined - locations. The most common way to specify user-defined - locations is by setting the <tt>MFINPUTS</tt> environment - variable to a list of subdirectories where MetaFont - programs are kept. The format of the environment variable - differs according to the platform you use. On unix - systems, it is a list of directory names separated by - colons. On MS-DOS and OS/2 systems, it is a list of - directory names separated by semicolons. Consult the - documentation for the particular implementation of - MetaFont you use for more information about - system-defined locations where MetaFont looks for input - files.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2918336" - name="id2918336"></a>Command-line Options</h2> - </div> - </div> - - <p>In addition to the name of the MetaFont program, - MetaFont has very few command-line<a id="id2918345" - class="indexterm" name="id2918345"></a><a id="id2918360" - class="indexterm" name="id2918360"></a> options. The name - of a base file is the only option regularly used. In this - section, I'll explain what can go on the MetaFont command - line.</p> - - <p>A formal specification of the MetaFont command line - looks like this:</p> -<pre class="screen"> -$ <span class="bold"><b>mf <span -class="emphasis"><em>switches</em></span> <span -class="bold"><b>&</b></span><span -class="emphasis"><em>base</em></span> mf-program mf-commands</b></span> -</pre> - - <p>After the name of the MetaFont program, the first things - that you can specify on the command line are - implementation-dependent switches and options. For example, - implementations of MetaFont that combine \iniMF and - MetaFont into a single program may use the switch <span - class="emphasis"><em>/I</em></span> to specify that \iniMF - processing is desired. There are no system-independent - switches for MetaFont. Consult the documentation that comes - with your implementation for more information about - system-dependent switches.</p> - - <p>After any system-dependent switches, you can specify the - name of the base file to use. This option, if present, must - come before any other options, and you must put an - ampersand (&) in front of the base file name. If you do - not specify a base file, MetaFont will use a default - base.</p> - - <p>After the base, MetaFont looks for the name of a - MetaFont program file. If MetaFont finds a filename on the - command line, it will process the program contained in that - file before looking at any other options that may - follow.</p> - - <p>Finally, you can insert arbitrary MetaFont commands on - the command line by typing them just as you would in a - program. In fact, this is frequently done to change the - size or magnification of the font being created. Exactly - how this is accomplished is described in the section called - “<a href="ch11.html#sec.buildfont" - title="Running MetaFont">the section called “Running - MetaFont”</a>” later in this chapter.</p> - - <p>Please read the section called “<a - href="ch03.html#sec.runtex.cmdcautions" - title="Command-line Options">the section called - “Command-line Options”</a>” in - Chapter <a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a>, - <span class="emphasis"><em><a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a></em></span>, - for a detailed description of some common problems with - MetaFont commands on the command line. They are exactly the - same problems that can occur on the TeX command line.</p> - - <p>Also, the behavior of MetaFont when run without any - options at all is the same as the behavior of TeX as - described in the section called “<a - href="ch03.html#sec.runtex.texwoopts" - title="Filenames and TeX">the section called - “Filenames and TeX”</a>” in - Chapter <a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a>.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2918545" - name="id2918545"></a>Building a Base File</h2> - </div> - </div> - - <p>Building a base file<a id="id2918553" class="indexterm" - name="id2918553"></a> for MetaFont is exactly analogous to - building a format file for TeX. Fortunately, there are far - fewer base files. The two most common base files are the - <span class="emphasis"><em>plain</em></span> <a - id="id2918571" class="indexterm" name="id2918571"></a> base - and the <span class="emphasis"><em>cmbase</em></span><a - id="id2918583" class="indexterm" name="id2918583"></a> (the - base used for the Computer Modern fonts). Use the \iniMF - program<a id="id2918593" class="indexterm" - name="id2918593"></a> to build a base file. For example, to - build the plain base, use:</p> -<pre class="screen"> -\$ <span class="bold"><b>inimf plain</b></span> -</pre> - - <p>Move the resulting files, <tt>plain.base</tt><a - id="id2918627" class="indexterm" name="id2918627"></a> and - <tt>plain.log</tt><a id="id2918646" class="indexterm" - name="id2918646"></a>, into the directory where MetaFont - looks for base files (typically in a <tt>bases</tt> or - <tt>formats</tt> subdirectory under the standard TeX - directory).</p> - - <p>The <span class="emphasis"><em>cmbase</em></span> is - actually an extension of the plain base. To build it, use - the command:</p> -<pre class="screen"> -\$ <span class="bold"><b>inimf &plain cmbase</b></span> -</pre> - - <p>Remember to use appropriate quotation or shell escape - characters to prevent the ampersand from being - misinterpreted.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.buildfont" name="sec.buildfont"></a>Running - MetaFont</h2> - </div> - </div> - - <p><a id="id2918724" class="indexterm" - name="id2918724"></a><a id="id2918736" class="indexterm" - name="id2918736"></a>The sections that follow describe how - to use MetaFont to make a font from an existing <tt>MF</tt> - file. You should reread the sections “<a - href="ch05.html#sec.issueofsize" - title="What TeX Needs To Know">the section called - “What TeX Needs To Know”</a>” from - Chapter <a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, - <span class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>, - and “<a href="ch08.html#sec.bitfonts" - title="Built-in Fonts">the section called “Built-in - Fonts”</a>” from Chapter <a - href="ch08.html" - title="Chapter 8. Printing">Chapter 8</a>, - <span class="emphasis"><em><a href="ch08.html" - title="Chapter 8. Printing">Chapter 8</a></em></span>, - if you are unfamiliar with the notions of bitmap and device - resolution and magnification and design size in TeX - fonts.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2918826" - name="id2918826"></a>Picking a Mode</h3> - </div> - </div> - - <p>The input to MetaFont<a id="id2918833" - class="indexterm" name="id2918833"></a> is an - “outline” description of a font. The output - is a set of bitmaps that realize the outline on a - particular device at a particular size.</p> - - <p>Output from MetaFont is naturally device-dependent - because different printers have different resolutions. - But even two printers with the same resolution sometimes - produce different looking results from the same bit - patterns. For example, some laser printers are - “write white” printers, and some are - “write black” printers---depending on whether - the printer fills in the black (text) areas or the white - (non-text) areas of the page. A small, intricate bitmap - (like a character from a font) designed for a write-black - printer may not look as good on a write-white printer and - vice versa.</p> - - <p>There are several internal parameters that can be - modified to produce optimal output on any given device. - These parameters are grouped together in a <span - class="emphasis"><em>mode</em></span>. Whenever you run - MetaFont to create a new set of bitmaps, you must select - a mode.</p> - - <p>There are no rules for determining what parameters - produce the best mode for a particular printer; it's just - done by trial and error (set some values, print a font, - see if it looks good, adjust some values, print another - font, etc.).</p> - - <p>Luckily, a large collection of predefined MetaFont - modes is available in the CTAN archives. The file - <tt>fonts/modes/modes.mf</tt> contains appropriate - MetaFont modes for many printers.</p> - - <p>Each mode has a name<a id="id2918916" - class="indexterm" name="id2918916"></a>. For example, - <tt>laserwriter</tt> and <tt>LNOthree</tt> are two modes - from <tt>modes.mf</tt>. See “<a - href="ch11.html#sec.buildfont" - title="Running MetaFont">the section called - “Running MetaFont”</a>,” later in this - chapter for how to select a mode when you run - MetaFont.</p> - - <p>Internally, MetaFont has a variable called - <tt>mode</tt> that it uses to keep track of the current - mode. The examples in this chapter use the - <tt>laserwriter</tt> mode because that is appropriate for - my printer.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2918994" - name="id2918994"></a>Proofing mode</h4> - </div> - </div> - - <p>Proofing mode<a id="id2919003" class="indexterm" - name="id2919003"></a> is the mode that MetaFont uses if - you do not select another mode. In proofing mode, - MetaFont displays each character on the screen. This - mode does not usually produce a useful font because it - sets the device resolution to 2601.72 dots per inch - (dpi). That resolution is chosen so that there are - exactly 36 pixels per point (one point is 1/72.27 - inches in TeX).</p> - - <p>Because font designers are going to want to look at - a font on the screen far more often than they will want - to print it, MetaFont uses proofing mode as the - default.</p> - - <p>If you find that MetaFont is producing fonts with - huge resolutions (thousands of dots per inch) or fonts - without <tt>TFM</tt> files, you're probably running in - proofing mode. Remember to use the mode-setting - commands on the command line when you run MetaFont. - These commands are described in “<a - href="ch11.html#sec.buildfont" - title="Running MetaFont">the section called - “Running MetaFont”</a>,” later in - this chapter.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2919066" - name="id2919066"></a>Selecting a Size</h3> - </div> - </div> - - <p>The design size<a id="id2919075" class="indexterm" - name="id2919075"></a> of the font you are creating is - determined by the <tt>MF</tt> file you use. For example, - the design size of <tt>cmr10.mf</tt> is 10pt. The design - size of <tt>cmr12.mf</tt> is 12pt, etc. To select how - large you want the bitmaps to be, you must set the - magnification. There is no other way to select the size - when you are running MetaFont.</p> - - <p>If you know the design size of a font and the size of - the bitmaps that you actually want to produce, it is easy - to calculate the magnification required. The - magnification is simply the ratio of the size you want to - the design size.</p> - - <p>For example, suppose you need a 16pt version of - Computer Modern Roman. First, pick the font that has a - design size closest to the size you want---in this case, - Computer Modern Roman 17pt (<tt>cmr17.mf</tt>). To - calculate the magnification, simply divide 16 by 17; in - other words, the desired magnification is 0.9412. To make - a 13pt version of <tt>cmr12</tt>, use a magnification of - 1.0833. Remember, in order to use these fonts in TeX, you - will have to use the <tt>at</tt> or <tt>scaled</tt> - operators (for example, <tt>\font\cmrxvi=cmr17 at - 16pt</tt>).</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2919175" - name="id2919175"></a>Making a GF Font</h3> - </div> - </div> - - <p><a id="id2919183" class="indexterm" - name="id2919183"></a><a id="id2919196" class="indexterm" - name="id2919196"></a><a id="id2919208" class="indexterm" - name="id2919208"></a>After you have selected a mode and a - magnification, running MetaFont is easy. In general, you - use a command line like the following:</p> -<pre class="screen"> -\$ <span class="bold"><b>mf {\bs}mode=</b></span><span -class="emphasis"><em>selected-mode</em></span><span -class="bold"><b>; mag=</b></span><span -class="emphasis"><em>desired-magnification</em></span><span -class="bold"><b>; {\bs}input</b></span> <span -class="emphasis"><em>mf-file</em></span> -</pre> - - <p>For example, on a unix system, the following command - line would make a GF file for the Computer Modern Roman - 12pt font at a size of 13pt:</p> -<pre class="screen"> -\$ <span -class="bold"><b>mf '{\bs}mode=laserwriter; mag=1.0833; {\bs}input cmr12'</b></span> -</pre> - - <p>Note the use of quotation marks to avoid - shell-expansion of the backslash characters.</p> - - <p>On an MS-DOS or OS/2 system, where the backslash is - not a special character, the 13pt version of - <tt>cmr12</tt> is made with the following command:</p> -<pre class="screen"> -\$ <span -class="bold"><b>mf {\bs}mode=laserwriter; mag=1.0833; {\bs}input cmr12</b></span> -</pre> - - <p>As you can see, the semicolons are <span - class="emphasis"><em>required</em></span> in both - cases.</p> - - <p>Magnification<a id="id2919326" class="indexterm" - name="id2919326"></a> can be expressed with the - <tt>magstep()</tt> function if the font is being built at - a standard magstep size. For example, the following - command builds a 14.44pt version of <tt>cmr12</tt>:</p> -<pre class="screen"> - \$ <span -class="bold"><b>mf {\bs}mode=hplaser; mag=magstep(1); {\bs}input cmr12</b></span> -</pre> - - <p>This corresponds to \magstep1. This example also - illustrates how a different mode can be selected. In this - case, the font is being built for an HP LaserJet printer. - The command is shown without quotations, but they are - still necessary on unix systems.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2919378" - name="id2919378"></a>Making a PK Font</h3> - </div> - </div> - - <p><a id="id2919390" class="indexterm" - name="id2919390"></a><a id="id2919415" class="indexterm" - name="id2919415"></a><a id="id2919427" class="indexterm" - name="id2919427"></a>Running MetaFont, as shown above, - produces a <tt>TFM</tt> file and a <tt>GF</tt> file. TeX - only needs the <tt>TFM</tt> file, which can simply be - copied to the appropriate directory. For the Computer - Modern fonts, you probably already have copies of the - <tt>TFM</tt> files, so the duplicates produced by - MetaFont can be deleted. The <tt>TFM</tt> file does not - change at different magnifications, so you do not need to - save different <tt>TFM</tt> files for different - sizes.</p> - - <p>The <tt>GF</tt> file contains a font in the - “generic bitmap” format. Most DVI drivers use - <tt>PK</tt> files. The <b>GFtoPK</b> program converts - <tt>GF</tt> fonts into <tt>PK</tt> fonts. If MetaFont - creates the file <tt>cmr12.gf</tt>, you can convert it - into a <tt>PK</tt> file by issuing the command:</p> -<pre class="screen"> - \$ <span class="bold"><b>gftopk cmr12.gf cmr12.pk</b></span> -</pre> - - <p>After conversion, you should move the <tt>PK</tt> file - to the appropriate directory for your DVI driver and - delete the <tt>GF</tt> file. <tt>PK</tt> files are - generally stored in one of two directory structures. On - operating systems that support long filenames, it is most - common to store all the <tt>PK</tt> files for a given - font in the same directory, using the extension to - identify the resolution. In this case, a 360dpi version - of <tt>cmr10</tt> would be stored as - <tt>cmr10.360pk</tt>. Under operating systems like - MS-DOS, which do not support long filenames, different - resolutions are stored in their own directories. In this - case the 360dpi font just described would be stored as - <tt>cmr10.pk</tt> in a directory called <tt>360dpi</tt> - or <tt>dpi360</tt>.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2919679" - name="id2919679"></a>What About Errors?</h2> - </div> - </div> - - <p>Because I'm operating under the assumption that you are - not writing your own MetaFont programs, errors<a - id="id2919688" class="indexterm" name="id2919688"></a> are - far less likely. Nevertheless, there are a few things that - can go wrong.</p> - - <p>Figure <a href="ch11.html#fig.eight" - title="Figure 11.1. A figure eight created with MetaFont"> - Figure 11.1</a> shows a simple figure eight created - with MetaFont. The code which creates this symbol is shown - in Example <a href="ch11.html#ex.eightcode" - title="Example 11.1. The Code for the Figure Eight"> - Example 11.1</a>.</p> - - <div class="figure"> - <a id="fig.eight" name="fig.eight"></a> - - <p class="title"><b>Figure 11.1. A figure eight - created with MetaFont</b></p> -<pre class="screen"> -8 -</pre> - </div> - - <div class="example"> - <a id="ex.eightcode" name="ex.eightcode"></a> - - <p class="title"><b>Example 11.1. The Code for - the Figure Eight</b></p> -<pre class="screen"> -mode_setup; -u# := 2mm#; -define_pixels(u); - -beginchar("A", 8u#, 9u#, 5u#); - z1 = ( 0u, 0u); - z2 = ( 8u, 0u); - z3 = ( 1u, 8u); - z4 = ( 7u, 8u); - pickup pencircle scaled 1u#; - draw z4 .. z1 .. z2 .. z3 .. cycle; - pickup pencircle scaled 3u#; - drawdot z1; - drawdot z2; - drawdot z3; - drawdot z4; -endchar; - -\end -</pre> - </div> - - <p>Let's look at some of the things that can go wrong. In - the following examples, a unix implementation of MetaFont - is being used. Quotation marks are used to prevent - misinterpretation of the backslashes.</p> - - <div class="variablelist"> - <dl> - <dt><span class="term"><tt>! I can't find file - `mode=laserwriter.mf'.</tt></span></dt> - - <dd> - <p>If you forget to put a backslash in front of the - <tt>mode</tt> parameter, MetaFont thinks that mode - specification is the name of the <tt>MF</tt> file. - For example, <tt>mode=laserwriter</tt> is - misinterpreted as the filename:</p> -<pre class="screen"> -$ mf 'mode=laserwriter; \input eight' -This is METAFONT, Version 2.71 (C version 6.1) -! I can't find file `mode=laserwriter.mf'. -<*> mode=laserwriter - ; \input eight -Please type another input file name: -</pre> - </dd> - - <dt><span class="term"><tt>! Value is too large - (xxxx).</tt></span></dt> - - <dd> - <p>This error occurs if some element of the image - goes outside of the bounds allowed by MetaFont. - Frequently, this occurs in proofing mode when the - image is so large that it can't be rendered.<sup>[<a - id="id2919870" name="id2919870" - href="#ftn.id2919870">112</a>]</sup> In this example, - MetaFont is in proofing mode because I forgot the - \mode=laserwriter parameter on the command line:</p> -<pre class="screen"> -$ mf '\input eight' -This is METAFONT, Version 2.71 (C version 6.1) -(eight.mf -! Value is too large (4097). -<recently read> ; - -beginchar->...rdp:=(EXPR3);w:=hround(charwd*hppp); - h:=vround(charht*hppp); -l.5 beginchar("A", 8u#, 9u#, 5u#) - ; -? -</pre> - - <p>This doesn't mean that MetaFont can't render very - large images; it just means that my design isn't - robust enough to handle an extremely high - resolution.</p> - </dd> - - <dt><span class="term"><tt>! Curve out of - range.</tt></span></dt> - - <dd> - <p>This error is also caused by an image that is too - large to be rendered.<sup>[<a id="id2919932" - name="id2919932" href="#ftn.id2919932">113</a>]</sup> - Again, MetaFont is trying to create the image at an - extremely high resolution; it is in proofing mode - because I forgot the \mode=laserwriter parameter on - the command line:</p> -<pre class="screen"> -$ mf '\input eight' -This is METAFONT, Version 2.71 (C version 6.1) -(eight.mf -! Curve out of range. -<to be read again> - ; -l.11 draw z4 .. z1 .. z2 .. z3 .. cycle; - -? -</pre> - </dd> - - <dt><span class="term"><tt>unknown - string</tt></span></dt> - - <dd> - <p>This is what happens if you forget the semicolon - after the \mode parameter. In this example, MetaFont - thinks that “<tt>laserwriter \input - eight</tt>” is the mode, which doesn't make - sense:</p> -<pre class="screen"> -$ mf '\mode=laserwriter \input eight' -This is METAFONT, Version 2.71 (C version 6.1) -(eight.mf ->> unknown string mode_name0 -! Not a string. -<to be read again> - ; -mode_setup->...nput "&mode)else:mode_name[mode]fi; - if.unknown.mag:... -l.1 mode_setup - ; -? -</pre> - </dd> - - <dt><span class="term"><tt>! Extra tokens will be - flushed.</tt></span></dt> - - <dd> - <p>Oops, another missing semicolon:</p> -<pre class="screen"> -$ mf '\mode=laserwriter; mag=magstep(1) \input eight' -This is METAFONT, Version 2.71 (C version 6.1) -(eight.mf -! Extra tokens will be flushed. -<to be read again> - warningcheck -mode_setup->warningcheck - :=0;if.unknown.mode:mode=proof;fi... -l.1 mode_setup -? -</pre> - </dd> - - <dt><span class="term">Nothing - happens…</span></dt> - - <dd> - <p>MetaFont is sitting at the asterisk prompt waiting - for you to do something. You forgot to \input the - font:</p> -<pre class="screen"> -$ mf '\mode=laserwriter; eight' -This is METAFONT, Version 2.71 (C version 6.1) - -* -</pre> - </dd> - - <dt><span class="term"><tt>Output written on - eight.nnngf…</tt></span></dt> - - <dd> - <p>Success! A 300dpi version of <tt>eight.mf</tt> has - been created and stored in the file - <tt>eight.300gf</tt>:</p> -<pre class="screen"> -$ mf '\mode=laserwriter; \input eight' -This is METAFONT, Version 2.71 (C version 6.1) -(eight.mf [65] ) -Font metrics written on eight.tfm. -Output written on eight.300gf (1 character, 1964 bytes). -Transcript written on eight.log. -</pre> - - <p>On systems that place restrictions on the length - of a filename extension, it is abbreviated to - <tt>eight.300</tt>. The next step is to run <span - class="emphasis"><em>gftopk eight.300gf</em></span>. - This will produce <tt>eight.300pk</tt>, which our DVI - driver can use.</p> - </dd> - </dl> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2920144" - name="id2920144"></a>Other Errors</h3> - </div> - </div> - - <p>The list of errors in the preceding sections is hardly - exhaustive. For example, the gothic fonts (see - Appendix <a href="apb.html" - title="Appendix B. Font Samples">Appendix B</a>, - <span class="emphasis"><em><a href="apb.html" - title="Appendix B. Font Samples">Appendix B</a></em></span>) - produce two more errors when rendered at low resolutions: - <span class="emphasis"><em>! inconsistent - equation</em></span>, caused by apparently contradictory - statements (probably due to rounding errors) and <span - class="emphasis"><em>{! strange path}</em></span>, caused - by a path that does not appear to run counter-clockwise - (again probably caused by rounding errors, these are very - complex fonts).<sup>[<a id="id2920188" name="id2920188" - href="#ftn.id2920188">114</a>]</sup></p> - - <p>Most of the other errors that are encountered can be - ignored (the preceding examples from the gothic fonts can - certainly be ignored---at least at 300dpi). Entering - <b>H</b> at MetaFont's question mark prompt will describe - the cause of the error in more detail.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2920215" - name="id2920215"></a>Output at Very High - Resolutions</h2> - </div> - </div> - - <p>Producing MetaFont output for very high resolution <a - id="id2920224" class="indexterm" name="id2920224"></a> - devices like phototypesetters is sometimes difficult. This - will frequently require a big MetaFont for the same reasons - that processing a large document requires a big TeX.</p> - - <p>It is possible to construct examples that cannot be - rendered at very high resolutions because they are simply - too large and complex.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2920252" - name="id2920252"></a>Output at Very Low - Resolutions</h2> - </div> - </div> - - <p><a id="id2920260" class="indexterm" - name="id2920260"></a>The intricate detail of many - characters is difficult to render at very low resolutions. - Yet, it is sometimes desirable to produce output at low - resolutions for on-screen previewers and dot matrix - printers.</p> - - <p>Usually, errors like “<tt>strange turning - path</tt>” that result from attempting to produce - output at low resolutions can be ignored, but sometimes the - resulting characters will be distorted.</p> - </div> - - <div class="footnotes"> - <br /> - <hr width="100" align="left" /> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2919870" name="ftn.id2919870" - href="#id2919870">112</a>]</sup> {Obtaining this error - from <tt>eight.mf</tt> required changing unit size from - 2mm to 5mm.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2919932" name="ftn.id2919932" - href="#id2919932">113</a>]</sup> {Obtaining this error - from <tt>eight.mf</tt> required changing unit size from - 2mm to 4mm.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2920188" name="ftn.id2920188" - href="#id2920188">114</a>]</sup> {There are very specific - rules about which way paths must be drawn so that - MetaFont's algorithms for filling in the character's - outline can succeed.}</p> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Chapter 10. Online Documentation" - href="ch10.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Chapter 12. Bibliographies, Indexes, and Glossaries" - href="ch12.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left">Chapter 10. Online - Documentation </td> - - <td width="20%" align="center"><a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Chapter 12. Bibliographies, Indexes, and - Glossaries</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/ch12.html b/Master/texmf-doc/doc/english/make-tex-work/html/ch12.html deleted file mode 100644 index 99e5fde712f..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/ch12.html +++ /dev/null @@ -1,1542 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; 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Bibliographies have - stringent, but varying, presentation requirements (the MLA - wants bibliographies to look one way, the Association of - Computing Machinery wants them another, etc.). Indexes don't - vary that much, but they are tedious to put together.</p> - - <p>BibTeX provides a powerful mechanism for handling - bibliographies and citations. <b>Tib</b> is another - bibliography package for TeX. The <b>MakeIndex</b> program - helps manage the construction of one or more indexes for a - document. Glossaries are also constructed with the - <b>MakeIndex</b> program<a id="id2917542" class="indexterm" - name="id2917542"></a><a id="id2917549" class="indexterm" - name="id2917549"></a>.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.indexeslooklike" - name="sec.indexeslooklike"></a>BibTeX</h2> - </div> - </div> - - <p><a id="id2917577" class="indexterm" - name="id2917577"></a>What's wrong with doing bibliographies - by hand? Two things. First, it is tedious to typeset each - bibliography entry according to the strict requirements of - the publisher. Chances are, you'll have to look up the - requirements each time, and you're bound to make mistakes. - Second, no matter what field you work in, it's likely that - you'll cite some of the same articles and books in more - than one publication. Computers are supposed to reduce - effort, not replicate it.</p> - - <p>BibTeX provides a powerful mechanism for dealing with - bibliographies in a mechanical way, considerably reducing - effort on your part. Rather than formatting each - bibliography entry, you build a database of bibliography - information<a id="id2920467" class="indexterm" - name="id2920467"></a>. Each time you want to make a - citation, you simply use BibTeX to build the bibliography - from your database into your document. That's easy to do, - as you'll see in a few minutes.</p> - - <p>The idea of a bibliography database is introduced in - Appendix B of <span class="emphasis"><em>LaTeX: A - Document Preparation System</em></span> [<a - href="bi01.html#ll:latexbook">ll:latexbook</a>] and is - described in more detail in <span - class="emphasis"><em>\BibTeX{}ing</em></span> [<a - href="bi01.html#op:btxdoc">op:btxdoc</a>] and <span - class="emphasis"><em>Designing BibTeX - Styles</em></span> [<a - href="bi01.html#op:btxhak">op:btxhak</a>]. The purpose of - this chapter is to familiarize you with the concepts of a - bibliography database and to describe many of the freely - available tools for manipulating databases. It is not - intended to replace any of the preceding documents.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2920526" - name="id2920526"></a>How BibTeX Works</h3> - </div> - </div> - - <p>The LaTeX command \cite inserts citations<a - id="id2920539" class="indexterm" name="id2920539"></a> - into your document.<sup>[<a id="id2920553" - name="id2920553" href="#ftn.id2920553">115</a>]</sup> You - use a short <span class="emphasis"><em>key</em></span><a - id="id2920570" class="indexterm" name="id2920570"></a> to - identify the publication you cite. For example, in this - book, when I want to cite <span class="emphasis"><em>The - TeXbook</em></span> [<a - href="bi01.html#kn:texbook">kn:texbook</a>], I use the - command <tt>FIXME:</tt>. The string <tt>kn:texbook</tt> - is the key. When you build your bibliography database, - you assign a key to each document in the database.</p> - - <p>When LaTeX processes your document, it stores - information about the documents that you cite (including - the key for each document) in the <tt>AUX</tt> file<a - id="id2920623" class="indexterm" name="id2920623"></a>. - The following commands identify how the bibliography - should be formatted and what bibliography databases - contain the publications you cite. LaTeX also writes this - information to the <tt>AUX</tt> file:</p> -<pre class="screen"> -\bibliographystyle{abbrv} -\bibliography{texpubs} -</pre> - - <p>BibTeX examines the <tt>AUX</tt> file and extracts the - appropriate entries from the bibliography database. It - then formats those entries according to the <span - class="emphasis"><em>bibliography style</em></span> that - you specify. The bibliography style (stored in a plain - text file with the extension <tt>BST</tt>)<a - id="id2920687" class="indexterm" name="id2920687"></a> - tells BibTeX exactly how each entry should be formatted. - After formatting the entries, BibTeX writes a - <tt>BBL</tt> file<a id="id2920710" class="indexterm" - name="id2920710"></a> that LaTeX incorporates into your - document (at the place where the \bibliography command - occurs) the next time you process it.</p> - - <p>Sometimes it seems confusing to use LaTeX to create a - bibliography. If LaTeX keeps warning you about - “unknown citations” for documents that you - <span class="emphasis"><em>know</em></span> are in the - database, try the following: run LaTeX, then BibTeX, then - LaTeX, and then LaTeX again.</p> - - <p>The first time you run LaTeX, it writes the citation - keys to the <tt>AUX</tt> file (but it doesn't know what - publications they refer to). BibTeX writes the - <tt>BBL</tt> file, which includes the printable, - formatted bibliography and information about what - publication corresponds to each citation. The second time - you run LaTeX, it still doesn't know what publication - each citation refers to because it hasn't seen the - <tt>BBL</tt> file yet (bibliographies are usually at the - end of a document). During the second pass, LaTeX writes - the citation referents to the <tt>AUX</tt> file. Finally, - on the third LaTeX pass, it knows what each citation - refers to, so it can typeset the citations as well as the - bibliography!</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2920800" - name="id2920800"></a>Building a Bibliography - Database</h3> - </div> - </div> - - <p>A bibliography database<a id="id2920809" - class="indexterm" name="id2920809"></a><a id="id2920817" - class="indexterm" name="id2920817"></a> is a plain text - file that contains information about a collection of - publications. Bibliography databases generally have the - extension <tt>.bib</tt>. Example <a - href="ch12.html#ex.bib.bibexample" - title="Example 12.1. A Sample BibTeX entry">Example 12.1</a> - is an example of a single database entry. This entry is - from a database of TeX-related publications that I put - together while writing this book.</p> - - <div class="example"> - <a id="ex.bib.bibexample" name="ex.bib.bibexample"></a> - - <p class="title"><b>Example 12.1. A Sample - BibTeX entry</b></p> -<pre class="screen"> -@book{kn:texbook, - author = "Donald E. Knuth", - title = "The {TeX}book", - publisher = "Addison-Wesley", - year = 1989, - edition = "Fifteenth", -} -</pre> - </div> - - <p>The entry in Example <a - href="ch12.html#ex.bib.bibexample" - title="Example 12.1. A Sample BibTeX entry">Example 12.1</a> - describes <span class="emphasis"><em>The - {TeX}book</em></span> by Donald Knuth<a id="id2920892" - class="indexterm" name="id2920892"></a>. The key for this - entry is <tt>kn:texbook</tt>.</p> - - <div class="note" - style="margin-left: 0.5in; margin-right: 0.5in;"> - <h3 class="title">Note</h3> - - <p>All of the keys in a BibTeX database must be unique. - If you use multiple databases for a single document, - all of the keys in all of the databases must be - unique.</p> - </div> - - <p>In database jargon, the bibliography database contains - a collection of records describing publications. There - may be several types of records in the same database. - Each record contains several fields, some of which are - required and some optional. The required fields vary - according to the type of record.</p> - - <p>In English, this means that each entry in the database - describes a specific type of publication (book, article, - technical report, etc.). Every publication is described - by its characteristics. For example, books have a title, - an author or editor, a publisher, and a year of - publication. Some books also have a publisher's address, - a volume or number, a series, edition, or month of - publication (or some combination of these elements). - These characteristics are called <span - class="emphasis"><em>fields</em></span>, and they are - identified by their name.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2920948" - name="id2920948"></a>Database entries</h4> - </div> - </div> - - <p>This is the general structure<a id="id2920957" - class="indexterm" name="id2920957"></a><a - id="id2920968" class="indexterm" name="id2920968"></a> - of an entry in a bibliography database:</p> -<pre class="screen"> -<tt>@</tt><span -class="emphasis"><em>type</em></span><tt>{</tt><span -class="emphasis"><em>key</em></span>, - <span class="emphasis"><em>field1</em></span> = "<span -class="emphasis"><em>value1</em></span>", - <span class="emphasis"><em>field2</em></span> = "<span -class="emphasis"><em>value2</em></span>", - . . . - <span class="emphasis"><em>fieldn</em></span> = "<span -class="emphasis"><em>valuen</em></span>" -<tt>}</tt> -</pre> - - <p>Always enter complete bibliography information in - mixed case. Never abbreviate or set field values in all - upper or all lowercase, even if the bibliography style - that you most frequently use specifies, for example, - that book titles appear in uppercase or that only the - author's first initial should appear. BibTeX will take - care of formatting the entry according to the style. If - you store incomplete information in the database, - BibTeX can't work correctly if you change styles.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2921042" - name="id2921042"></a>Entry types</h4> - </div> - </div> - - <p>Table <a href="ch12.html#tab.bib.entries" - title="Table 12.1. Types of Entries with Required and Optional Fields"> - Table 12.1</a> shows the required and optional - fields for article and book entries. Similar lists - exist for the other standard entry types: booklet, - conference, inbook, incollection, inproceedings, - manual, mastersthesis, phdthesis, proceedings, - techreport, unpublished, and a catch-all miscellaneous - type.</p> - - <div class="table"> - <a id="tab.bib.entries" name="tab.bib.entries"></a> - - <p class="title"><b>Table 12.1. Types of - Entries with Required and Optional Fields</b></p> - - <table - summary="Types of Entries with Required and Optional Fields" - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Type</th> - - <th align="left">\bf Required Fields</th> - - <th align="left">\bf Optional Fields</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">article</td> - - <td align="left">author</td> - - <td align="left">month</td> - </tr> - - <tr> - <td align="left"> </td> - - <td align="left">journal</td> - - <td align="left">number</td> - </tr> - - <tr> - <td align="left"> </td> - - <td align="left">title</td> - - <td align="left">pages</td> - </tr> - - <tr> - <td align="left"> </td> - - <td align="left">year</td> - - <td align="left">volume</td> - </tr> - - <tr> - <td align="left"> </td> - - <td align="left"> </td> - - <td align="left">note</td> - </tr> - - <tr> - <td align="left">book</td> - - <td align="left">author or editor</td> - - <td align="left">address</td> - </tr> - - <tr> - <td align="left"> </td> - - <td align="left">publisher</td> - - <td align="left">edition</td> - </tr> - - <tr> - <td align="left"> </td> - - <td align="left">title</td> - - <td align="left">month</td> - </tr> - - <tr> - <td align="left"> </td> - - <td align="left">year</td> - - <td align="left">volume or number</td> - </tr> - - <tr> - <td align="left"> </td> - - <td align="left"> </td> - - <td align="left">series</td> - </tr> - - <tr> - <td align="left"> </td> - - <td align="left"> </td> - - <td align="left">note</td> - </tr> - </tbody> - </table> - </div> - - <p>Fields that are neither required nor optional are - ignored. Therefore, you can and should associate - arbitrary information about a publication in its entry. - Abstracts and keywords, for example, are two additional - pieces of information that you might keep for some - publications. They can be stored in <tt>abstract</tt> - and <tt>keyword</tt> fields in each entry, even though - it is unlikely that they will ever occur in a - bibliography.</p> - - <div class="note" - style="margin-left: 0.5in; margin-right: 0.5in;"> - <h3 class="title">Note</h3> - - <p>The types of records that are valid, and the - required and optional fields they contain are - determined solely by the bibliography style. There is - nothing in the BibTeX program that makes <span - class="emphasis"><em>book</em></span> and <span - class="emphasis"><em>article</em></span> entries more - legitimate than <span - class="emphasis"><em>reptile</em></span> or <span - class="emphasis"><em>cartoon</em></span> entries.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2921363" - name="id2921363"></a>Abbreviations</h4> - </div> - </div> - - <p><a id="id2921371" class="indexterm" - name="id2921371"></a>The database entry structure that - I've shown isn't entirely accurate. In my example, - every field has a quoted string value. The truth is, - every value is either a quoted string or an - abbreviation or a number. An abbreviation is created - with the <tt>@string</tt> command. Typically, - <tt>@string</tt> commands are placed at the top of the - bibliography database. For example, the following - command defines <tt>ora</tt> to be an abbreviation for - O'Reilly & Associates.</p> -<pre class="screen"> -<tt>@string{ora = "O'Reilly & Associates, Inc."}</tt> -</pre> - - <p>The months of the year should always be specified - with abbreviations so that bibliography styles can - redefine how they appear in the bibliography (for this - reason, three-letter abbreviations for the months are - defined in the standard styles---you don't have to - define them yourself). The names of journals that you - cite frequently are also obvious candidates for - abbreviation.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2921436" - name="id2921436"></a>Preamble</h4> - </div> - </div> - - <p><a id="id2921443" class="indexterm" - name="id2921443"></a>Sometimes it is helpful to define - TeX control sequences in a bibliography database. - BibTeX provides a <tt>@preamble</tt> entry for this - purpose.</p> - - <p>Consider the following example, paraphrased from - <span - class="emphasis"><em>\BibTeX{}ing</em></span> [<a - href="bi01.html#op:btxdoc">op:btxdoc</a>]: You have a - database which contains entries for each volume of a - two-volume set by the same author. It happens that - Volume One has been reprinted, so it has a more recent - date than Volume Two. The standard styles sort by - author and then date, so as it stands, the bibliography - would list Volume Two before Volume One.</p> - - <p>To correct this problem, you could specify the dates - for Volume One as:</p> -<pre class="screen"> -year = "{\noopsort{1990a}}1992" -</pre> - - <p>and for Volume Two:</p> -<pre class="screen"> -year = "{\noopsort{1990b}}1990" -</pre> - - <p>BibTeX will sort “1990a” before - “1990b,” so they will appear in the correct - order, and the following definition for \noopsort will - simply discard its argument, so nothing extra will - appear in the bibliography:<sup>[<a id="id2921530" - name="id2921530" - href="#ftn.id2921530">116</a>]</sup></p> -<pre class="screen"> -\def\noopsort#1{} -</pre> - - <p>The best place to put this definition is in the - database that uses it (so that it will always be - present when that database is used). The - <tt>@preamble</tt> command simply copies its argument - to the top of the <tt>BBL</tt> file, so this definition - at the top of the database will do exactly what we - want:</p> -<pre class="screen"> -@preamble{"\def\noopsort#1{}"} -</pre> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2921587" - name="id2921587"></a>Comments</h4> - </div> - </div> - - <p><a id="id2921594" class="indexterm" - name="id2921594"></a>Anything that does not appear - inside a <tt>@</tt><span - class="emphasis"><em><tt>type</tt></em></span><tt>{}</tt> - command is a comment. However, many programs that - manipulate bibliography databases will misplace - comments appearing before or after an entry if the - entries are reordered.</p> - - <p>BibTeX includes a <tt>@comment</tt> entry for - backwards compatibility with older systems. Unlike TeX, - the percent sign (\%) is <span - class="emphasis"><em>not</em></span> a comment - character in BibTeX.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2921649" - name="id2921649"></a>Special characters</h4> - </div> - </div> - - <p>Inserting TeX control sequences<a id="id2921657" - class="indexterm" name="id2921657"></a><a - id="id2921671" class="indexterm" - name="id2921671"></a><a id="id2921681" - class="indexterm" name="id2921681"></a> (to form - accented characters, for example) into a bibliography - entry requires special care. Some styles specify that - entries should be shifted to upper or lowercase, and - shifting the case control sequence names would make - them different.</p> - - <p>BibTeX is aware of the case sensitivity of TeX - control sequence names and will not change them. To - specify accents or other special characters, always - enclose them in <tt>{</tt> and <tt>}</tt> braces. The - same treatment should be given to portions of an - author's name that should remain in lowercase even if - the rest of the name is shifted to uppercase.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2921724" - name="id2921724"></a>Bibliography Styles</h3> - </div> - </div> - - <p>BibTeX styles<a id="id2921733" class="indexterm" - name="id2921733"></a> are really programs written in a - simple but powerful stack-based language and interpreted - by BibTeX.<sup>[<a id="id2921744" name="id2921744" - href="#ftn.id2921744">117</a>]</sup> Don't confuse - bibliography styles (<tt>BST</tt> files)<a id="id2921775" - class="indexterm" name="id2921775"></a> with LaTeX styles - (<tt>STY</tt> files<a id="id2921796" class="indexterm" - name="id2921796"></a>); they are unrelated. Although a - complete description of the BibTeX language is not - presented here, a short example will help give you a - sense of the language.</p> - - <p>Each <tt>BST</tt> file defines a number of functions. - The highest level functions determine how each entry is - formatted: when BibTeX needs to format a - “book” entry, it executes the <tt>book</tt> - function, which must be defined by the <tt>BST</tt> file - in use or an error will result.</p> - - <p>Let's consider part of the task of formatting a book - entry. These code fragments are from the standard - bibliography style <tt>plain.bst</tt>. When the - <tt>book</tt> function is ready to output the book title, - it calls the <tt>format.btitle</tt> function, shown - here:</p> -<pre class="screen"> -FUNCTION {format.btitle} -{ title emphasize -} -</pre> - - <p>This function places the <span - class="emphasis"><em>title</em></span> field on top of - the stack and calls <tt>emphasize</tt>:</p> -<pre class="screen"> -FUNCTION {emphasize} -{ duplicate$ empty$ - { pop$ "" } - { "<span class="emphasis"><em>" swap$ * "</em></span>" * } - if$ -} -</pre> - - <p>This is what <tt>emphasize</tt> will do when the <span - class="emphasis"><em>title</em></span> is not an empty - field:</p> - - <div class="orderedlist"> - <ol type="1"> - <li> - <p>Duplicate what is on the top of the stack.</p> - </li> - - <li> - <p>Test the value on the top of the stack. The - <tt>empty$</tt> function removes the top value from - the stack and places a boolean “true” - value there if what it removed was an empty field, - and a “false” value otherwise.</p> - </li> - - <li> - <p>Push <tt>{ pop$ "" }</tt> onto the stack.</p> - </li> - - <li> - <p>Push <tt>{ "<emphasis>" swap$ * - "</emphasis>" * }</tt> onto the stack.</p> - </li> - - <li> - <p>Test the condition. The <tt>if$</tt> function - takes three values from the stack: a boolean value, - something to do if that value is true, and - something to do if that value is false. In this - case, the title is not an empty field, so the value - is false. The <tt>{ pop$ "" }</tt> value is - discarded, and <tt>{ "<emphasis>" swap$ * - "</emphasis>" * }</tt> is evaluated.</p> - </li> - - <li> - <p>Push <tt>{\em</tt>  onto the top of the - stack.</p> - </li> - - <li> - <p>Swap the top two items on the stack. Now - \em  is below the book title on the stack.</p> - </li> - - <li> - <p>Concatenate the top two items on the stack. Now - the top of the stack holds the value <tt>\bs - em <i><tt>book title</tt></i></tt>.</p> - </li> - - <li> - <p>Push <tt>}</tt> onto the top of the stack.</p> - </li> - - <li> - <p>Concatenate the top two items on the stack. Now - the top of the stack holds the value - <tt>{\ttopenbrace\bs em <i><tt>{book - title}</tt></i><tt>}</tt>}</tt>.</p> - </li> - </ol> - </div> - - <p>The resulting value left on top of the stack when - <tt>emphasize</tt> is finished is the TeX code required - to print the book title with emphasis.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2922142" - name="id2922142"></a>Special-purpose styles</h4> - </div> - </div> - - <p>A number of styles<a id="id2922152" - class="indexterm" name="id2922152"></a> have been - written to allow you to develop special-purpose - bibliographies. A few of them are listed here:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p><tt>bibunits</tt> supports multiple - bibliographies in different sections of a single - document.</p> - </li> - - <li> - <p><tt>chapterbib</tt> supports separate - bibliographies in each chapter of a single - document.</p> - </li> - - <li> - <p><tt>makebst</tt> asks a number of questions - about the bibliography style you need and - constructs an appropriate BibTeX style.</p> - </li> - </ul> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2922224" - name="id2922224"></a>Bibliography Database Tools</h3> - </div> - </div> - - <p><a id="id2922232" class="indexterm" - name="id2922232"></a><a id="id2922242" class="indexterm" - name="id2922242"></a>There are a lot of programs designed - to help you extract information from bibliography - databases, sort the entries, build subset-bibliographies - that contain only some of the entries from a larger - bibliography, and enter or edit information in an - existing or new database. A lot of these programs are - written in unix shell<a id="id2922253" class="indexterm" - name="id2922253"></a> script languages and rely on - existing text-processing tools like <b>awk</b>, - <b>sed</b>, <b>sort</b>, and <b>grep</b>. Of course, many - of these text-processing tools have been ported to other - operating systems. Most of the utilities written in shell - script languages can be modified to work in other - environments by an ambitious individual.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2922304" - name="id2922304"></a>bibsort</h4> - </div> - </div> - - <p>The <b>bibsort</b><a id="id2922318" - class="indexterm" name="id2922318"></a> shell script - reorders the entries in a bibliography database into - alphabetical order by entry key name. <tt>@string</tt> - commands are reordered by macro name. This program - cannot deal correctly with comments that appear outside - of an entry. These comments are always associated with - the preceding entry, which is frequently incorrect.</p> - - <p>Consider carefully before you reorder the entries in - a database. BibTeX places some restrictions on the - available orderings. Cross references, for example, - must appear before the entry to which they refer.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2922350" - name="id2922350"></a>biblook</h4> - </div> - </div> - - <p><b>biblook</b><a id="id2922362" class="indexterm" - name="id2922362"></a> is an interactive program that - searches rapidly through a bibliography database for - key words in specified fields. Compound conditions - (using “and” and “or”) can be - specified. The entries located by a search can be saved - into a separate file.</p> - - <p>To use <b>biblook</b>, you must preprocess the - database with <b>bibindex</b><a id="id2922400" - class="indexterm" name="id2922400"></a>, which builds a - binary index of the entries. Differences in case are - removed, TeX control sequences are stripped out, and - non-alphanumeric characters are removed. This increases - the likelihood of correct matches.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2922415" - name="id2922415"></a>bibclean</h4> - </div> - </div> - - <p><b>bibclean</b><a id="id2922428" class="indexterm" - name="id2922428"></a> is a syntax checker for - bibliography databases. Running <b>bibclean</b> before - using <b>bibsort</b>, <b>biblook</b>, or any other - programs described here can eliminate a lot of the - problems these programs may encounter. Although - bibliography databases are plain text files with a very - loose structure, some tools are more easily confused - than others.</p> - - <p><b>bibclean</b> identifies possible problems in the - database and pretty-prints it in a standard way. The - following formatting changes are made by - <b>bibclean</b>:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>The structure of each database entry is made - consistent with respect to the following - criteria: the “@” sign that begins - the entry type is moved into column 1; each line - in the entry is changed to contain exactly one - “field = value” pair; and the closing - right brace is placed in column 1 on a line of - its own. Additionally, outer parentheses are - converted into braces; tabs are expanded into - blanks; hyphens in a sequence of pages are - converted into en-dashes; and month names are - converted into standard abbreviations.</p> - </li> - - <li> - <p>Long string values are split at a blank and - continued on the following line. The continuation - lines are indented.</p> - </li> - - <li> - <p>Individual names in the author and editor - fields are normalized. A single space is placed - after periods that separate initials, and all - entries are converted into “first-name - middle-name last-name” form (instead of - “last-name, first-name” form, for - example).</p> - </li> - - <li> - <p>The checksums of ISBN and ISSN numbers are - verified.</p> - </li> - - <li> - <p>Uppercase letters that appear outside of - braces are enclosed in braces to prevent them - from being erroneously shifted to lowercase by - some bibliography styles.</p> - </li> - - <li> - <p>Text outside of entries is not changed. - Entries are separated by a single blank line.</p> - </li> - </ul> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2922594" - name="id2922594"></a>citetags</h4> - </div> - </div> - - <p><a id="id2922602" class="indexterm" - name="id2922602"></a>When documents must be transmitted - in “source” form (meaning that the actual - TeX files will be shipped around), it's generally - unnecessary to include entire bibliography databases. - In these cases, it would be more convenient to send - only the bibliography entries that are actually - used.</p> - - <p>The <b>citetags</b> program extracts the citations - from an <tt>AUX</tt> file. This list of citations can - be passed to the <b>citefind</b> program to build a - small bibliography database of just the required - entries.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2922652" - name="id2922652"></a>citefind</h4> - </div> - </div> - - <p><b>citefind</b><a id="id2922665" class="indexterm" - name="id2922665"></a> processes a list of citations and - a list of bibliography databases and writes out a new - database containing just the entries required to match - the citations present. This provides a minimal database - that can be shipped with the document if the TeX files - must be processed on another computer.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2922681" - name="id2922681"></a>bibextract</h4> - </div> - </div> - <a id="id2922687" class="indexterm" - name="id2922687"></a> - - <p>Given a list of fields and values (specified as - regular expressions), <b>bibextract</b> creates a new - database containing only the entries that match one or - more of the specified values in one or more of the - specified fields. The necessary <tt>@string</tt> and - <tt>@preamble</tt> commands are also included in the - new database.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2922726" - name="id2922726"></a>lookbibtex</h4> - </div> - </div> - - <p><b>lookbibtex</b><a id="id2922738" class="indexterm" - name="id2922738"></a> offers the same features as - <b>bibextract</b>. However, <b>lookbibtex</b> is - written in <b>Perl</b> rather than a shell script - language.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2922771" - name="id2922771"></a>bibdestringify</h4> - </div> - </div> - - <p>As the name implies, <b>bibdestringify</b><a - id="id2922786" class="indexterm" name="id2922786"></a> - replaces all <tt>@string</tt> macros in a database by - their textual expansions.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2922804" - name="id2922804"></a>edb</h4> - </div> - </div> - - <p><b>edb</b><a id="id2922817" class="indexterm" - name="id2922817"></a>, or the “Emacs - Database” is a powerful database programming - system built on top of GNU Emacs Lisp<a id="id2922831" - class="indexterm" name="id2922831"></a>. <b>edb</b> has - been used to write a database-editing mode for BibTeX - databases. It can be extended to handle new entry - types.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2922854" - name="id2922854"></a>Emacs BibTeX mode</h4> - </div> - </div> - - <p>BibTeX mode<a id="id2922863" class="indexterm" - name="id2922863"></a><a id="id2922876" - class="indexterm" name="id2922876"></a> is a mode for - editing BibTeX databases in emacs. It provides some - template expansion and alignment features, but is - essentially a text-editing mode (as opposed to - <b>edb</b>, which is specifically a database-entry - editor).</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2922902" - name="id2922902"></a>bibview</h4> - </div> - </div> - - <p><b>bibview</b><a id="id2922915" class="indexterm" - name="id2922915"></a> is an X Window-based program for - editing bibliography databases. Figure <a - href="ch12.html#fig.bib.bibview" - title="Figure 12.1. Editing an article entry with \program{bibview}"> - Figure 12.1</a> shows an example of <b>bibview</b> - editing a database entry.</p> - - <div class="figure"> - <a id="fig.bib.bibview" name="fig.bib.bibview"></a> - - <p class="title"><b>Figure 12.1. Editing an - article entry with \program{bibview}</b></p> -<pre class="screen"> -FIXME: -</pre> - </div> - - <p>Unlike the <b>xbibtex</b> program, <b>bibview</b> - can handle optional and ignored fields in bibliography - entries. It does not handle new entry types.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2922989" - name="id2922989"></a>xbibtex</h4> - </div> - </div> - - <p><b>xbibtex</b><a id="id2923002" class="indexterm" - name="id2923002"></a> is an X Window-based program for - creating bibliography databases. Figure <a - href="ch12.html#fig.bib.xbibtex" - title="Figure 12.2. Editing an article entry with \program{xbibtex}"> - Figure 12.2</a> shows an example of <b>xbibtex</b> - creating a bibliography entry.</p> - - <div class="figure"> - <a id="fig.bib.xbibtex" name="fig.bib.xbibtex"></a> - - <p class="title"><b>Figure 12.2. Editing an - article entry with \program{xbibtex}</b></p> -<pre class="screen"> -FIXME: -</pre> - </div> - - <p>It does not appear that <b>xbibtex</b> can edit - existing entries. It also does not handle unexpected - fields or new entry types.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2923067" - name="id2923067"></a>bibdb</h4> - </div> - </div> - - <p>The <b>bibdb</b><a id="id2923082" class="indexterm" - name="id2923082"></a> program is an MS-DOS-based - bibliography database editor. The screen capture in - Figure <a href="ch12.html#fig.bib.bibdb" - title="Figure 12.3. Editing an article entry with \program{bibdb}"> - Figure 12.3</a> shows an example of <b>bibdb</b> - editing a bibliography entry. <b>bibdb</b> displays - only fields that have values.</p> - - <div class="figure"> - <a id="fig.bib.bibdb" name="fig.bib.bibdb"></a> - - <p class="title"><b>Figure 12.3. Editing an - article entry with \program{bibdb}</b></p> -<pre class="screen"> -FIXME: -</pre> - </div> - - <p>Although it does not handle arbitrary fields, - <b>bibdb</b> has a large selection of optional fields. - It does not handle new entry types.</p> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2923157" - name="id2923157"></a>Tib</h2> - </div> - </div> - - <p><b>Tib</b><a id="id2923170" class="indexterm" - name="id2923170"></a> is another tool for maintaining - bibliography databases. The format of a <b>Tib</b> database - is the same as the format for the <b>troff</b> <b>refer</b> - processor.<sup>[<a id="id2923201" name="id2923201" - href="#ftn.id2923201">118</a>]</sup> An example entry for - <span class="emphasis"><em>The TeXbook</em></span> is shown - in Example <a href="ch12.html#ex.tibdb" - title="Example 12.2. A Tib style database entry">Example 12.2</a>.</p> - - <div class="example"> - <a id="ex.tibdb" name="ex.tibdb"></a> - - <p class="title"><b>Example 12.2. A Tib style - database entry</b></p> -<pre class="screen"> - - - -</pre> - </div> - - <p>Unlike BibTeX, which relies on the citation macros to - format citations correctly, <b>Tib</b> actually replaces - the citations<a id="id2923270" class="indexterm" - name="id2923270"></a> with the appropriate information. In - other words, <b>Tib</b>-style citations are not control - sequences; they are just text strings. The <b>Tib</b> - processor creates an entirely new document file that should - be passed to TeX.</p> - - <p>The general format of a <b>Tib</b> citation is - <tt>[.</tt><tt><i><tt>citation - key(s)</tt></i></tt><tt>.]</tt>. <b>Tib</b> databases do - not contain a key field; instead, the citation keys can - come from any fields in the database entry (you can exclude - some fields if you wish). The punctuation around citations - in square brackets is adjusted by <b>Tib</b>. An alternate - form of citation using angle brackets inserts a citation - without adjusting any of the surrounding punctuation.</p> - - <p>The bibliography is inserted into your document wherever - the string “<tt>.[]</tt>” occurs at the - beginning of a line. Analogous to BibTeX, the format of the - reference list is controlled by a <b>Tib</b> style. Styles - for roughly fifteen technical journals are provided.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2923378" - name="id2923378"></a>Making Indexes</h2> - </div> - </div> - - <p>Constructing an index<a id="id2923387" class="indexterm" - name="id2923387"></a><a id="id2923394" class="indexterm" - name="id2923394"></a> for a TeX document is relatively - straightforward. First, you must identify each occurrence - of each word or concept that you want indexed. To do this, - you must insert \index entries into your document.<sup>[<a - id="id2923416" name="id2923416" - href="#ftn.id2923416">119</a>]</sup> When you format your - document containing the index entries, an <tt>IDX</tt> - file<a id="id2923469" class="indexterm" - name="id2923469"></a> is created that contains all of the - entries along with the page number where each entry - occurred.</p> - - <p>The <b>MakeIndex</b><a id="id2923488" class="indexterm" - name="id2923488"></a> program<sup>[<a id="id2923499" - name="id2923499" href="#ftn.id2923499">120</a>]</sup> reads - the <tt>IDX</tt> file, sorts and collates the entries, and - writes an <tt>IND</tt> file<a id="id2923532" - class="indexterm" name="id2923532"></a>. The - <b>MakeIndex</b> program can also load an index style file, - discussed in the next section.</p> - - <p>When LaTeX processes your document, it inserts the - contents of the <tt>IND</tt> file into your document at the - point where you use the \printindex control sequence.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2923569" - name="id2923569"></a>Index Entries</h3> - </div> - </div> - - <p>Index entries<a id="id2923578" class="indexterm" - name="id2923578"></a><a id="id2923588" class="indexterm" - name="id2923588"></a><a id="id2923598" class="indexterm" - name="id2923598"></a> use special characters to identify - different types of entries (simple entries, - multiple-level entries, see-also's, etc.). The exact - characters used are controlled by the index style file, - and it may be convenient to select an alternate style. - For example, <b>MakeIndex</b> uses the double-quote - character by default to identify literal characters in - the index entry, but the German<a id="id2923626" - class="indexterm" name="id2923626"></a> Babel style makes - the literal double quote character a shortcut for the - umlaut accent; this use makes it unavailable as the - quotation character in index entries.</p> - - <p>Another point to consider when coding index entries is - that the arguments to the index macros are expanded by - TeX. This makes it difficult to insert some control - sequences<a id="id2923644" class="indexterm" - name="id2923644"></a> in an index entry (for example - <tt><a id="id2923661" class="indexterm" - name="id2923661"></a></tt>). In LaTeX, you can combat - this problem by using the control sequence: <tt><a - id="id2923682" class="indexterm" - name="id2923682"></a></tt>.</p> - - <p>A complete list of the different kinds of index - entries that can be created is included in <span - class="emphasis"><em>{MakeIndex: An Index Processor for - LaTeX}</em></span> [<a - href="bi01.html#ll:makeindex">ll:makeindex</a>].</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2923830" - name="id2923830"></a>Index Format</h2> - </div> - </div> - - <p>The format of the index is controlled by both the index - style (which specifies whether or not headings should be - present, what the delimiters should be, etc.) and the - definition of several control sequences:<sup>[<a - id="id2923841" name="id2923841" - href="#ftn.id2923841">121</a>]</sup></p> - - <div class="variablelist"> - <dl> - <dt><span class="term">\bs\texttt{theindex}</span></dt> - - <dd> - <p>Controls what happens just before the index is - printed. This sequence should establish a new page, - set up running headers and footers, select multiple - columns, and do whatever other global setup is - desired.</p> - </dd> - - <dt><span class="term">\bs\texttt{item}</span></dt> - - <dd> - <p>Executed just before a first-level entry.</p> - </dd> - - <dt><span class="term">\bs\texttt{subitem}</span></dt> - - <dd> - <p>Executed just before a second-level entry.</p> - </dd> - - <dt><span - class="term">\bs\texttt{subsubitem}</span></dt> - - <dd> - <p>Executed just before a third-level entry.</p> - </dd> - - <dt><span - class="term">\bs\texttt{indexspace}</span></dt> - - <dd> - <p>Executed between alphabetical sections.</p> - </dd> - - <dt><span - class="term">\bs\texttt{endtheindex}</span></dt> - - <dd> - <p>Controls what happens just after the index is - printed. This sequence should undo anything that was - started by \theindex.</p> - </dd> - </dl> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2923963" - name="id2923963"></a>Special-purpose styles</h2> - </div> - </div> - - <p>A number of styles have been written to allow you to - develop special-purpose indexes. <b>multind</b> and - <b>index</b> are described here.</p> - - <p><tt>multind</tt> supports multiple indexes in a single - document.</p> - - <p><tt>index</tt> is a reimplementation of the LaTeX - indexing commands. It stores index entries in the - <tt>AUX</tt> files so that portions of a document can be - reformatted without losing the entire index. It also - provides support for multiple indexes and replaces the - <span class="emphasis"><em>makeidx</em></span> style - option.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2924031" - name="id2924031"></a>Making Glossaries</h2> - </div> - </div> - - <p><a id="id2924039" class="indexterm" - name="id2924039"></a><a id="id2924046" class="indexterm" - name="id2924046"></a>The LaTeX command \glossary can be - used to accumulate words and concepts for a document - glossary. The output, stored in a <tt>GLO</tt> file<a - id="id2924076" class="indexterm" name="id2924076"></a>, is - very similar to an <tt>IDX</tt> file<a id="id2924094" - class="indexterm" name="id2924094"></a>. Like an index, the - glossary file can be processed by <b>MakeIndex</b><a - id="id2924109" class="indexterm" name="id2924109"></a> to - produce a sorted list of terms. To produce a glossary, you - must create an index style for the glossary. Here is a - minimal <tt>glossary.ist</tt>:</p> -<pre class="screen"> -keyword "\\glossaryentry" -preamble "\n\\begin{theglossary}\n" -postamble "\n\\end{theglossary}\n" -</pre> - - <p>The output file that <b>MakeIndex</b> creates will have - to be edited by hand, naturally, in order to incorporate - the definitions of the entries. You will also have to - define an appropriate glossary environment by defining the - control sequences<a id="id2924153" class="indexterm" - name="id2924153"></a> used to make the glossary:</p> - - <div class="variablelist"> - <dl> - <dt><span - class="term">\bs\texttt{theglossary}</span></dt> - - <dd> - <p>Controls what happens just before the glossary is - printed. This sequence should establish a new page, - set up running headers and footers, and do whatever - other global setup is desired.</p> - </dd> - - <dt><span class="term">\bs\texttt{item}</span></dt> - - <dd> - <p>Executed just before a glossary item.</p> - </dd> - - <dt><span - class="term">\bs\texttt{endtheglossary}</span></dt> - - <dd> - <p>Controls what happens just after the glossary is - printed. This sequence should undo anything that was - started by \theglossary.</p> - </dd> - </dl> - </div> - - <p>Finally, you will have to \input or \include the - glossary in your document.</p> - </div> - - <div class="footnotes"> - <br /> - <hr width="100" align="left" /> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2920553" name="ftn.id2920553" - href="#id2920553">115</a>]</sup> {For Plain TeX and other - formats derived from Plain, the <tt>btxmac.tex</tt> - macros provide these commands.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2921530" name="ftn.id2921530" - href="#id2921530">116</a>]</sup> {This example uses Plain - TeX syntax rather than a LaTeX <tt>\bs newcommand</tt>, - because BibTeX databases can be used from Plain TeX as - well as LaTeX.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2921744" name="ftn.id2921744" - href="#id2921744">117</a>]</sup> {A complete description - of BibTeX's programming language can be found in <span - class="emphasis"><em>Designing BibTeX - Styles</em></span> [<a - href="bi01.html#op:btxhak">op:btxhak</a>].}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2923201" name="ftn.id2923201" - href="#id2923201">118</a>]</sup> {<span - class="emphasis"><em>refer</em></span> databases can - reportedly be converted to and from BibTeX format.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2923416" name="ftn.id2923416" - href="#id2923416">119</a>]</sup> {The format you use must - also provide support for indexing. In LaTeX<a - id="id2923420" class="indexterm" name="id2923420"></a>, - most of the support is built in, but you must use the - makeidx style option<a id="id2923437" class="indexterm" - name="id2923437"></a>. In Plain TeX and other - Plain-derived formats, input the <tt>idxmac.tex</tt> - macros at the top of your document. The rest of this - section assumes that you use LaTeX, although the - principles hold for any macro package that supports - indexing.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2923499" name="ftn.id2923499" - href="#id2923499">120</a>]</sup> {Frequently called - <tt>makeidx</tt> on MS-DOS systems.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2923841" name="ftn.id2923841" - href="#id2923841">121</a>]</sup> {In LaTeX, these control - sequences have default definitions that you may not need - to change.}</p> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Chapter 11. Introducing MetaFont" - href="ch11.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left"> - Chapter 11. Introducing MetaFont </td> - - <td width="20%" align="center"><a - title="Part II. Elements of a Complex Document" - href="pt02.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> Part III. A - Tools Overview</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/ch13.html b/Master/texmf-doc/doc/english/make-tex-work/html/ch13.html deleted file mode 100644 index 821c3409e15..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/ch13.html +++ /dev/null @@ -1,2491 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Chapter 13. Non-commercial - Environments</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt03.html" - title="Part III. A Tools Overview" /> - <link rel="previous" href="pt03.html" - title="Part III. A Tools Overview" /> - <link rel="next" href="ch14.html" - title="Chapter 14. Commercial Environments" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Chapter 14. Commercial Environments" - href="ch14.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="chapter"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="chap.freetex" - name="chap.freetex"></a>Chapter 13. Non-commercial - Environments</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - <hr class="component-separator" /> - </div> - - <p><a id="id2920434" class="indexterm" - name="id2920434"></a>This chapter offers an overview of - several common free and shareware TeX systems. If you notice - any conflicts between the information in this chapter and the - documentation that comes with the software, please consider - the documentation to be more accurate and up-to-date. I've - attempted to provide hints and practical suggestions, but - software installation is largely dependent on your system - configuration and the way you want to use TeX.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="free.web" - name="free.web"></a>Web2C</h2> - </div> - </div> - - <p><a id="id2920341" class="indexterm" - name="id2920341"></a><a id="id2920347" class="indexterm" - name="id2920347"></a> The official sources for all of the - standard TeX programs are distributed in a format known as - \web.<sup>[<a id="id2920364" name="id2920364" - href="#ftn.id2920364">122</a>]</sup> \web is an - implementation of a programming style known as - “literate programming.” One central tenet of - literate programming is that source code and documentation - should be written in parallel. Literate programming - enforces this tenet by combining the two in a single file. - \web source files contain a mixture of source code and - documentation.</p> - - <p>In \web files, the documentation is written in TeX, and - the source code is written in Pascal. (Other literate - programming environments use different documentation and - programming languages.) To print the documentation, a - special preprocessor called <b>weave</b><a id="id2920395" - class="indexterm" name="id2920395"></a> transforms the \web - source into a TeX document that can be formatted and - printed. Another preprocessor, called <b>tangle</b><a - id="id2924413" class="indexterm" name="id2924413"></a>, - transforms the \web source into a Pascal program that can - be compiled and executed.</p> - - <p>In practice, it is far more likely that you have access - to a C compiler than to a Pascal compiler. This is where - <b>Web2C</b> comes in. <b>Web2C</b> is a special-purpose - Pascal-to-C translator that makes it possible to compile - and build the TeX sources in most unix environments (and - probably many other environments as well).</p> - - <p>Karl Berry<a id="id2924450" class="indexterm" - name="id2924450"></a> maintains the <b>Web2C</b> - distribution. You can retrieve it from the CTAN archives in - the directory <tt>systems/unix/web2c</tt>.</p> - - <p>Preparing to build TeX with the <b>Web2C</b> - distribution is very straightforward. Unpack the archive - files, read the file named <tt>README</tt>, and follow the - instructions in the file named <tt>INSTALL</tt>. Many - people have built TeX using these sources. If you have - difficulty, readers of the <tt>Info-TeX</tt> mailing list<a - id="id2924515" class="indexterm" name="id2924515"></a> or - the <tt>comp.text.tex</tt> newsgroup<a id="id2924539" - class="indexterm" name="id2924539"></a> will almost - certainly be able to help.</p> - - <p>In my experience, there are only two parts of the - installation that are likely to cause any difficulty: - compiling <tt>tangleboot.c</tt> and building the X Windows - support in MetaFont.</p> - - <p>Because <b>tangle</b> is written in \web, there is an - obvious bootstrapping problem (how do you <b>tangle</b> - <tt>tangle.web</tt> in order to compile <b>tangle</b>?). - The <b>Web2C</b> distribution includes a small C program - called <tt>tangleboot.c</tt><a id="id2924617" - class="indexterm" name="id2924617"></a>, which overcomes - this hurdle. It's possible that getting - <tt>tangleboot.c</tt> to compile on your machine may - require some tinkering. I had this problem on one machine - with one release of <b>Web2C</b>. Subsequent releases of - <b>Web2C</b> seem to have corrected this problem (in my - case, at least).</p> - - <p>Compiling X Window support for MetaFont has regularly - been a thornier problem. If you are not comfortable - programming in C, I cannot suggest a simple way to correct - these difficulties in the general case. (However, asking - for help in the appropriate newsgroups is very likely to - produce a solution for any particular problem.)</p> - - <p>The most common errors that I've encountered in building - the X Windows support for MetaFont are conflicting - prototypes and type definitions. My solution to these - problems, inelegant though it may be, has generally been to - “correct” or remove the offending declarations - from the MetaFont sources. (Note: the X Window support is - written directly in C, not \web, so it is considerably - easier to edit.) In my experience, this has always been - successful, but your mileage may vary.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.emtex.testinstall" - name="sec.emtex.testinstall"></a>emTeX</h2> - </div> - </div> - - <p><a id="id2924692" class="indexterm" - name="id2924692"></a><a id="id2924702" class="indexterm" - name="id2924702"></a> The emTeX distribution is a very - complete, free distribution of TeX for MS-DOS and OS/2 - systems. emTeX will run on any 80x86 processor, although - some of the larger, faster executables require at least a - 386. There is no single right way to install TeX, so what - follows is only one possible installation. This - installation uses the default directories and assumes a - single-user environment. Installing emTeX in a network - environment is mentioned briefly in “<span - class="emphasis"><em><a href="ch13.html#sec.netemtex" - title="Installing emTeX on a Network">the section called - “Installing emTeX on a - Network”</a></em></span>,” later in this - chapter. Incorporating the more recent, beta test versions - of emTeX is described in the section called \linebreak</p> - - <p>“<a href="ch13.html#sec.betaemtex" - title="Environment variables">the section called - “Environment variables”</a>.” emTeX is - available on CTAN in the directory - <tt>systems/msdos/emtex</tt>.</p> - - <p>On the whole, the installation instructions for emTeX - are provided in the distribution. Begin by reading the - English or German versions of the documentation provided. - Additionally, you should read the DVI driver documentation - at least once. (It's quite long, and you may not remember - all of it after a single reading, but at least you'll have - a feel for what can be done.)</p> - - <p>Table <a href="ch13.html#tab.emtexfilesum" - title="Table 13.1. Summary of the \protect\emTeX Distribution"> - Table 13.1</a> summarizes the files in the - distribution. The standard emTeX distribution occupies six - high-density floppy disks. A complete installation requires - more than 12 megabytes of storage without fonts. You must - also get a set of fonts (available in font library format - for emTeX) or set up automatic font generation.</p> - - <div class="table"> - <a id="tab.emtexfilesum" name="tab.emtexfilesum"></a> - - <p class="title"><b>Table 13.1. Summary of the - \protect\emTeX Distribution</b></p> - - <table - summary="Summary of the \protect\emTeX Distribution" - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - <col align="right" /> - <col align="right" /> - </colgroup> - - <thead> - <tr> - <th align="left"> </th> - - <th align="left"> </th> - - <th align="right"> </th> - - <th align="right">\multicolumn{1}{l}{\bf - Expanded}</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left"><span>\bf File</span></td> - - <td align="left">\bf Abbreviated Contents</td> - - <td align="right">\multicolumn{1}{l}{\bf Size}</td> - - <td align="right">\multicolumn{1}{|l}{\bf - Size}</td> - </tr> - - <tr> - <td align="left">\it *.eng</td> - - <td align="left">English documentation</td> - - <td align="right">125Kb</td> - - <td align="right">125Kb</td> - </tr> - - <tr> - <td align="left">\it{}*.ger</td> - - <td align="left">German documentation</td> - - <td align="right">140Kb</td> - - <td align="right">140Kb</td> - </tr> - - <tr> - <td align="left">\it{}*.exe</td> - - <td align="left">Delete, remove, pkunzip</td> - - <td align="right">227Kb</td> - - <td align="right">227Kb</td> - </tr> - - <tr> - <td align="left">\it tex1.zip</td> - - <td align="left">TeX executables, <tt>TFM</tt>s, - inputs</td> - - <td align="right">368Kb</td> - - <td align="right">645Kb</td> - </tr> - - <tr> - <td align="left">\it tex2.zip</td> - - <td align="left">Plain formats, more - <tt>TFM</tt>s</td> - - <td align="right">262Kb</td> - - <td align="right">403Kb</td> - </tr> - - <tr> - <td align="left">\it blatex.zip</td> - - <td align="left">Big TeX LaTeX format</td> - - <td align="right">227Kb</td> - - <td align="right">494Kb</td> - </tr> - - <tr> - <td align="left">\it latex1.zip</td> - - <td align="left">Documentation and formats</td> - - <td align="right">243Kb</td> - - <td align="right">393Kb</td> - </tr> - - <tr> - <td align="left">\it latex2.zip</td> - - <td align="left">LaTeX styles and - <tt>TFM</tt>s</td> - - <td align="right">233Kb</td> - - <td align="right">705Kb</td> - </tr> - - <tr> - <td align="left">\it latexdoc.zip</td> - - <td align="left">LaTeX style documentation</td> - - <td align="right">110Kb</td> - - <td align="right">315Kb</td> - </tr> - - <tr> - <td align="left">\it makeindx.zip</td> - - <td align="left"><b>MakeIndex</b></td> - - <td align="right">52Kb</td> - - <td align="right">152Kb</td> - </tr> - - <tr> - <td align="left">\it pictex.zip</td> - - <td align="left">PiCTeX macros</td> - - <td align="right">43Kb</td> - - <td align="right">144Kb</td> - </tr> - - <tr> - <td align="left">\it texware.zip</td> - - <td align="left"><b>texchk</b>, <b>texconv</b>, - <b>maketcp</b>,</td> - - <td align="right">265Kb</td> - - <td align="right">433Kb</td> - </tr> - - <tr> - <td align="left"> </td> - - <td align="left">TeXware</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\it dvidrv1.zip</td> - - <td align="left">Driver configuration, batch,</td> - - <td align="right">119Kb</td> - - <td align="right">370Kb</td> - </tr> - - <tr> - <td align="left">\it</td> - - <td align="left">and setup files</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\it dvidrv2.zip</td> - - <td align="left">Driver executables</td> - - <td align="right">345Kb</td> - - <td align="right">551Kb</td> - </tr> - - <tr> - <td align="left">\it dvidrv3.zip</td> - - <td align="left">Preview executables</td> - - <td align="right">293Kb</td> - - <td align="right">506Kb</td> - </tr> - - <tr> - <td align="left">\it texcad.zip</td> - - <td align="left">TeXCad</td> - - <td align="right">118Kb</td> - - <td align="right">236Kb</td> - </tr> - - <tr> - <td align="left">\it bmf1.zip</td> - - <td align="left">Big MetaFont</td> - - <td align="right">261Kb</td> - - <td align="right">472Kb</td> - </tr> - - <tr> - <td align="left">\it mf1.zip</td> - - <td align="left">MetaFont executables</td> - - <td align="right">245Kb</td> - - <td align="right">398Kb</td> - </tr> - - <tr> - <td align="left">\it mf2.zip</td> - - <td align="left">MetaFont sources,</td> - - <td align="right">337Kb</td> - - <td align="right">613Kb</td> - </tr> - - <tr> - <td align="left">\it</td> - - <td align="left">OS/2 executable</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\it mf3.zip</td> - - <td align="left">MetaFont sources</td> - - <td align="right">273Kb</td> - - <td align="right">768Kb</td> - </tr> - - <tr> - <td align="left">\it mfware1.zip</td> - - <td align="left"><tt>GF</tt> tools, <tt>PK</tt> - tools</td> - - <td align="right">320Kb</td> - - <td align="right">504Kb</td> - </tr> - - <tr> - <td align="left">\it bibtex.zip</td> - - <td align="left">BibTeX</td> - - <td align="right">117Kb</td> - - <td align="right">319Kb</td> - </tr> - - <tr> - <td align="left">\it bmf2.zip</td> - - <td align="left">OS/2 executable,</td> - - <td align="right">266Kb</td> - - <td align="right">564Kb</td> - </tr> - - <tr> - <td align="left"> </td> - - <td align="left">Big MetaFont bases</td> - - <td class="auto-generated"> </td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\it btex1.zip</td> - - <td align="left">Big TeX executables</td> - - <td align="right">259Kb</td> - - <td align="right">447Kb</td> - </tr> - - <tr> - <td align="left">\it btex2.zip</td> - - <td align="left">Big TeX Plain format</td> - - <td align="right">269Kb</td> - - <td align="right">533Kb</td> - </tr> - - <tr> - <td align="left">\it emsy.zip</td> - - <td align="left">Special fonts from emTeX</td> - - <td align="right">8Kb</td> - - <td align="right">11Kb</td> - </tr> - - <tr> - <td align="left">\it mfware2.zip</td> - - <td align="left"><b>MFjob</b>, some more - inputs</td> - - <td align="right">138Kb</td> - - <td align="right">230Kb</td> - </tr> - - <tr> - <td align="left">\it misc_mf.zip</td> - - <td align="left">Miscellaneous inputs</td> - - <td align="right">36Kb</td> - - <td align="right">130Kb</td> - </tr> - - <tr> - <td align="left">\it pkedit.zip</td> - - <td align="left"><b>PKEdit</b></td> - - <td align="right">51Kb</td> - - <td align="right">97Kb</td> - </tr> - - <tr> - <td align="left">\it dvidrvma.zip</td> - - <td align="left">DVI driver manual</td> - - <td align="right">178Kb</td> - - <td align="right">494Kb</td> - </tr> - - <tr> - <td align="left">\it web.zip</td> - - <td align="left">\web tools</td> - - <td align="right">128Kb</td> - - <td align="right">252Kb</td> - </tr> - - <tr> - <td align="left">\it g*.zip</td> - - <td align="left">German versions of TeX</td> - - <td align="right">800Kb</td> - - <td align="right">1614Kb</td> - </tr> - </tbody> - </table> - </div> - - <p>For simplicity, the discussion that follows assumes that - you have enough disk space to install the entire 12Mb - distribution. If you can't get that much space (even - temporarily), you can perform the steps discussed in the - section “<a href="ch13.html#sec.emtex.smaller" - title="Installing Fonts">the section called - “Installing Fonts”</a>” as you - install.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2925718" - name="id2925718"></a>Where to Start</h3> - </div> - </div> - - <p>Begin by reading the English (<tt>*.eng</tt>) or - German (<tt>*.ger</tt>) documentation files on the first - disk. Where there is disagreement between this book and - those files, believe the files---especially if a new - version of emTeX has been released.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2925747" - name="id2925747"></a>Unpacking the Archives</h3> - </div> - </div> - - <p>The emTeX<a id="id2925756" class="indexterm" - name="id2925756"></a> distribution is a collection of - <tt>ZIP</tt> files spread over six disks. You must - install these files into your hard drive. If you have - more than one hard disk, you may install emTeX on any - drive you choose. Select one with more than 12Mb of free - space, at first. You can copy the files onto another - drive after you've deleted things that you don't - need.</p> - - <p>All of the emTeX files are installed in a subdirectory - tree rooted at <tt>emtex</tt>. If you absolutely must use - a different subdirectory tree, unpack each archive file - into a temporary directory and then copy the files into - the subtree you want to use. You will have to do much - more extensive customization of the batch files and - configuration files before emTeX will work. That sort of - customization isn't described here in detail.</p> - - <p>Make the root directory of the hard disk that you wish - to install onto the current directory, and then use the - <b>pkunzip</b><a id="id2925817" class="indexterm" - name="id2925817"></a> program distributed on the first - disk, or any later version of <b>pkunzip</b>, to unpack - each of the archive files. You can also use the - <b>Info-Zip</b><a id="id2925862" class="indexterm" - name="id2925862"></a> version of <b>unzip</b> (version - 5.0 or later) to unpack the archives. If you do not want - the German versions of the TeX macro files, do not bother - to unpack the <tt>lkurz.zip</tt> or <tt>g*.zip</tt> files - on disk six.</p> - - <p>After you have unpacked the files, you will have a - directory tree rooted at <tt>\bs EMTEX</tt> containing - about 12Mb of files and the following additional - directories: <tt>bibinput</tt>, <tt>bmfbases</tt>, - <tt>btexfmts</tt>, <tt>doc</tt>, <tt>mfbases</tt>, - <tt>mfinput</tt>, <tt>MFjob</tt>, <tt>remove</tt>, - <tt>texfmts</tt>, <tt>texinput</tt>, and - <tt>tfm</tt>.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2925984" - name="id2925984"></a>Setting Up the Environment</h3> - </div> - </div> - <a id="id2925990" class="indexterm" name="id2925990"></a> - - <p>A lot of information about where and how things are - installed for emTeX is stored in the \glo{environment}. - If you are unfamiliar with the DOS or OS/2 environment, - consult your operating system reference for more details. - In brief, the environment<a id="id2926007" - class="indexterm" name="id2926007"></a> is a collection - of named strings. For example, your <tt>PATH</tt> is in - the environment.</p> - - <p>The emTeX distribution includes a batch file called - <tt>set-tex</tt><a id="id2926042" class="indexterm" - name="id2926042"></a>, which sets all of the environment - variables that emTeX uses. Edit this file and change all - references to C: to the drive where you installed emTeX. - If you installed emTeX on drive C:, you needn't change - anything. The section “<a - href="ch13.html#sec.emtex.basiccust" - title="Deleting extra documentation">the section called - “Deleting extra documentation”</a>” - later in this chapter describes the variables used by - emTeX in greater detail.</p> - - <p>If you are using MS-DOS and haven't already made the - environment larger than its default size, you may need to - do so in order to use emTeX. Insert the following - command, or something like it, in your - <tt>CONFIG.SYS</tt> file:</p> -<pre class="screen"> -SHELL=C:\COMMAND.COM /P /E:1024 -</pre> - - <p>This is very system-dependent. You will have to use - different settings if you keep <tt>COMMAND.COM</tt> in a - subdirectory or if you use a different command - processor.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2926107" - name="id2926107"></a>Testing the Installation</h3> - </div> - </div> - - <p><a id="id2926114" class="indexterm" - name="id2926114"></a>After you have set up the - environment, make the <tt>emtex</tt> directory the - current directory and test TeX by typing:</p> - - <div class="informalexample"> -<pre class="screen"> -C:\ttbackslash{}EMTEX>{\bf tex} -This is emTeX, Version 3.0 [3a] (no format preloaded) -**{\bf \ttbackslash{}relax} - -*{\bf This is a test} - -*{\bf \ttbackslash{}bye} -[1] -Output written on texput.dvi (1 page, 224 bytes). -Transcript written on texput.log. -</pre> - </div> - - <p>This will produce a small <tt>DVI</tt> file called - <tt>texput.dvi</tt><a id="id2926173" class="indexterm" - name="id2926173"></a>. Keep this file; you can use it in - a few minutes to test the previewer.</p> - - <p>To test LaTeX, enter the command:</p> -<pre class="screen"> -\$ <span class="bold"><b>tex &lplain testpage</b></span> -</pre> - - <p>See the section “<a - href="ch03.html#sec.runtex.cmdcautions" - title="Command-line Options">the section called - “Command-line Options”</a>” in - Chapter <a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a>, - <span class="emphasis"><em><a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a></em></span>, - for an explanation of some potential problems with using - the ampersand (&) character on the command line.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.emtex.smaller" - name="sec.emtex.smaller"></a>Installing Fonts</h3> - </div> - </div> - - <p><a id="id2926254" class="indexterm" - name="id2926254"></a><a id="id2926267" class="indexterm" - name="id2926267"></a>There are several sets of fonts - available for emTeX. You should select the set that is - appropriate for your printer. They are summarized in - Table <a href="ch13.html#tab.emtex.fontlibs" - title="Table 13.2. Fonts Libraries Available for \protect\emTeX on CTAN"> - Table 13.2</a>. The CTAN directory - <tt>systems/msdos/emtex</tt> contains the libraries or - disks of libraries.</p> - - <div class="table"> - <a id="tab.emtex.fontlibs" - name="tab.emtex.fontlibs"></a> - - <p class="title"><b>Table 13.2. Fonts - Libraries Available for \protect\emTeX on CTAN</b></p> - - <table - summary="Fonts Libraries Available for \protect\emTeX on CTAN" - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf CTAN Directory</th> - - <th align="left">\bf Resolution</th> - - <th align="left">\bf Description</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\it fx_\,fonts</td> - - <td align="left">240x216</td> - - <td align="left">Epson FX series printers, Tandy - DMP-130 printer</td> - </tr> - - <tr> - <td align="left">\it fx_med_\,fonts</td> - - <td align="left">240x144</td> - - <td align="left">Epson FX series (for Windows - drivers)</td> - </tr> - - <tr> - <td align="left">\it ito_\,fonts</td> - - <td align="left">160x144</td> - - <td align="left">C. ITOH 8510A printers</td> - </tr> - - <tr> - <td align="left">\it lj_\,fonts</td> - - <td align="left">300x300</td> - - <td align="left">300dpi Laser printers</td> - </tr> - - <tr> - <td align="left">\it p6h_\,fonts</td> - - <td align="left">360x360</td> - - <td align="left">Epson LQ series, NEC P6 \</td> - - <td>P7, IBM Proprinter, and Panasonic KX-P1124 - printers</td> - </tr> - - <tr> - <td align="left">\it p6m_\,fonts</td> - - <td align="left">360x180</td> - - <td align="left">Epson LQ series, NEC P6 \</td> - - <td>P7, IBM Proprinter, and Panasonic KX-P1124 - printers</td> - </tr> - - <tr> - <td align="left">\it p6l_\,fonts</td> - - <td align="left">180x180</td> - - <td align="left">Epson LQ series, NEC P6 \</td> - - <td>P7, IBM Proprinter and Panasonic KX-P1124 - printers</td> - </tr> - - <tr> - <td align="left">\it psfonts</td> - - <td align="left">300x300</td> - - <td align="left">Standard 35 PostScript - fonts</td> - - <td class="auto-generated"> </td> - </tr> - </tbody> - </table> - </div> - - <p>Not every font set is appropriate for every model of - the series mentioned. If your printer isn't mentioned, - use the <b>dvidot</b><a id="id2926534" class="indexterm" - name="id2926534"></a> program included with emTeX to - generate an appropriate configuration file. Select the - font set with the same resolution as your printer.</p> - - <p>The PostScript fonts included in the - <tt>psfonts</tt><a id="id2926555" class="indexterm" - name="id2926555"></a> libraries are suited primarily for - previewing. The quality of many of the fonts is - substandard. (They were generated from unhinted outlines - with <b>Ghostscript</b><a id="id2926572" - class="indexterm" name="id2926572"></a>.) A font - substitution file is provided for 300dpi, 180dpi, and - 360dpi printers.</p> - - <p>Once you have retrieved the font libraries that you - need, unpack them (if they are in <tt>ZIP</tt> archives) - and place the <tt>FLI</tt> files in the <tt>\bs - TEXFONTS</tt> directory of the drive where you installed - emTeX. The amount of disk space required depends on the - font set that you install. It can be more than 5.5 - megabytes. The section called “<a - href="ch13.html#sec.emtex.autofont" - title="Running emTeX 386 in Windows">the section called - “Running emTeX 386 in Windows”</a>,” - later in this chapter, provides an overview of automatic - font generation under emTeX. This can save a considerable - amount of disk space.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2926632" - name="id2926632"></a>Testing font installation</h4> - </div> - </div> - - <p>After you have installed a font set, you should be - able to preview and print TeX documents. If you - followed the instructions in “<a - href="ch13.html#sec.emtex.testinstall" - title="emTeX">the section called - “emTeX”</a>,” earlier in this - chapter, you have two <tt>DVI</tt> files in your - <tt>\bs EMTEX</tt> directory.</p> - - <p>First, figure out which configuration file is - appropriate for your installation. The table near the - top of <tt>dvidrv.doc</tt> in the emTeX documentation - directory should help you determine which one is - appropriate.</p> - - <p>The default configuration file for previewing is the - LaserJet configuration. If you installed the LaserJet - fonts (<tt>lj\ttunder*.fli</tt>), you do not have to - change the previewer. Otherwise, edit the preview batch - file (<tt>v.bat</tt> for MS-DOS systems and - <tt>v.cmd</tt> for OS/2 systems) and change the - configuration file. The preview batch file looks like - this:</p> -<pre class="screen"> -@echo off -dviscr @lj.cnf /ocr=1 /fl=-1 -</pre> - - <p>The configuration file name is <tt>lj.cnf</tt>. If, - for example, you are using the Epson FX series printer - fonts, you would change this to <tt>fx.cnf</tt>:</p> -<pre class="screen"> -@echo off -dviscr @fx.cnf /ocr=1 /fl=-1 -</pre> - - <p>Now type <span class="bold"><b>v texput</b></span> - to preview the test file. Under OS/2, you should do - this from a full-screen session, not a windowed - session. You can type <span class="bold"><b>v - testpage</b></span> to preview the LaTeX test page, if - you created it.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2926788" - name="id2926788"></a>Making emTeX Smaller</h3> - </div> - </div> - - <p><a id="id2926796" class="indexterm" - name="id2926796"></a>The complete distribution of emTeX - is much larger than the practical requirements. This - section discusses the pros and cons of deleting (or at - least archiving) parts of the emTeX distribution.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="sec.emtex.basiccust" - name="sec.emtex.basiccust"></a>Deleting extra - documentation</h4> - </div> - </div> - - <p>The <tt>\bs emtex\bs doc</tt> directory contains two - complete sets of documentation, one in English and the - other in German. Delete the set that you do not need. - This will save about 500Kb.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2926842" - name="id2926842"></a>Deleting extra - executables</h4> - </div> - </div> - - <p>There are six versions of the TeX and MetaFont - executables in the emTeX distribution. You can probably - delete at least four from each. Follow these - guidelines:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>If you have a 80286 or larger processor, - delete the non-286 versions: <tt>btex.exe</tt>, - <tt>tex.exe</tt>, <tt>bmf.exe</tt>, and - <tt>mf.exe</tt>.</p> - </li> - - <li> - <p>If you do not have OS/2, delete the OS/2 - versions: <tt>btexp.exe</tt>, <tt>texp.exe</tt>, - <tt>bmfp.exe</tt>, and <tt>mfp.exe</tt>. - Conversely, if you have OS/2 and you are - satisfied that you will never want to run TeX or - MetaFont under DOS or Windows, delete the - non-OS/2 versions: <tt>btex286.exe</tt>, - <tt>tex286.exe</tt>, <tt>bmf286.exe</tt>, - <tt>mf286.exe</tt>, and the non-286 versions - listed above. If you need both, you'll have to - keep both around, of course.</p> - </li> - - <li> - <p>Finally, if disk space is at a premium and/or - you have a fast computer, you may choose to - delete the small versions of TeX and MetaFont. - The small versions are faster than the big - versions, but large or complex documents and - fonts may require the big versions, so don't - delete them. If you want to delete the small - versions, delete <tt>tex.exe</tt>, - <tt>tex286.exe</tt>, <tt>mf.exe</tt>, - <tt>mf286.exe</tt>, <tt>texp.exe</tt>, and - <tt>mfp.exe</tt>. In this case you must keep at - least one of <tt>btex.exe</tt>, - <tt>btex286.exe</tt>, and <tt>btexp.exe</tt> - depending on your environment. Similarly, you - must keep at least one of the big \MF{}s. If - you've decided to delete the small versions, you - can also delete two directories: - <tt>emtex{\bs}mfbases</tt> and - <tt>emtex{\bs}texfmts</tt>. These contain the - format files and base files for the small - versions of TeX and MetaFont.</p> - </li> - </ul> - </div> - - <p>Suppose that you have a 80386 computer running - MS-DOS (not OS/2) and you are willing to sacrifice the - speed of the small versions of TeX and MetaFont. You - would keep the <tt>btex286.exe</tt> and - <tt>bmf286.exe</tt> executables and delete the rest - plus the formats and bases that you don't need, saving - 2704Kb. You can save an equivalent amount of space by - deleting the big 80286 versions and keeping the big - non-286 versions, or by deleting all of the non-OS/2 - versions, depending on your environment.</p> - - <p>Table <a href="ch13.html#tab.emtexotherex" - title="Table 13.3. Other \protect\emTeX Executables"> - Table 13.3</a> summarizes the other executables in - the emTeX distribution. This will help you decide which - programs you need to keep. Programs that you don't feel - you need should probably be stored in archive files, - possibly on diskettes, in case you change your - mind.</p> - - <div class="table"> - <a id="tab.emtexotherex" name="tab.emtexotherex"></a> - - <p class="title"><b>Table 13.3. Other - \protect\emTeX Executables</b></p> - - <table summary="Other \protect\emTeX Executables" - border="1"> - <colgroup> - <col align="left" /> - <col align="right" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Program</th> - - <th align="right">\multicolumn{1}{|l|}{\bf - Size}</th> - - <th align="left">\bf Description</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\it ask.exe</td> - - <td align="right">6Kb</td> - - <td align="left">Prompts user in batch file, - only used by gh.bat</td> - </tr> - - <tr> - <td align="left">\it bibtex.exe</td> - - <td align="right">94Kb</td> - - <td align="left">BibTeX</td> - </tr> - - <tr> - <td align="left">\it chtopx.exe</td> - - <td align="right">39Kb</td> - - <td align="left">Obsolete: converts - <tt>CHR</tt> files to <tt>PXL</tt> format</td> - </tr> - - <tr> - <td align="left">\it pxtoch.exe</td> - - <td align="right">40Kb</td> - - <td align="left">Obsolete: converts - <tt>PXL</tt> files to <tt>CHR</tt> format</td> - </tr> - - <tr> - <td align="left">\it pxtopk.exe</td> - - <td align="right">49Kb</td> - - <td align="left">Obsolete: converts - <tt>PXL</tt> files to <tt>PK</tt> format</td> - </tr> - - <tr> - <td align="left">\it dvidot.exe</td> - - <td align="right">129Kb</td> - - <td align="left">Dot matrix printer driver</td> - </tr> - - <tr> - <td align="left">\it dvihplj.exe</td> - - <td align="right">134Kb</td> - - <td align="left">HP LaserJet printer - driver</td> - </tr> - - <tr> - <td align="left">\it makedot.exe</td> - - <td align="right">54Kb</td> - - <td align="left">Updates dot matrix printer - parameters</td> - </tr> - - <tr> - <td align="left">\it dvimsp.exe</td> - - <td align="right">128Kb</td> - - <td align="left">Converts <tt>DVI</tt> files - into graphic images</td> - </tr> - - <tr> - <td align="left">\it fontlib.exe</td> - - <td align="right">67Kb</td> - - <td align="left">Font library management</td> - </tr> - - <tr> - <td align="left">\it maketcp.exe</td> - - <td align="right">28Kb</td> - - <td align="left">Change the TeX code page</td> - </tr> - - <tr> - <td align="left">\it MFjob.exe</td> - - <td align="right">51Kb</td> - - <td align="left">MetaFont driver</td> - </tr> - - <tr> - <td align="left">\it pcltomsp.exe</td> - - <td align="right">56Kb</td> - - <td align="left">Converts HP LaserJet graphics - into <tt>MSP</tt> or <tt>PCX</tt> format</td> - </tr> - - <tr> - <td align="left">\it pkedit.exe</td> - - <td align="right">94Kb</td> - - <td align="left">Edits <tt>PK</tt> files</td> - </tr> - - <tr> - <td align="left">\it pktopx.exe</td> - - <td align="right">55Kb</td> - - <td align="left">Converts <tt>PK</tt> files to - <tt>PXL</tt> format</td> - </tr> - - <tr> - <td align="left">\it texcad.exe</td> - - <td align="right">79Kb</td> - - <td align="left">Interactive LaTeX drawing - tool</td> - </tr> - - <tr> - <td align="left">\it texchk.exe</td> - - <td align="right">49Kb</td> - - <td align="left">Syntax checker for LaTeX</td> - </tr> - - <tr> - <td align="left">\it texconv.exe</td> - - <td align="right">27Kb</td> - - <td align="left">Converts input files (see - “code pages”)</td> - </tr> - - <tr> - <td align="left">\it dviscr.exe</td> - - <td align="right">215Kb</td> - - <td align="left">Previewer</td> - </tr> - - <tr> - <td align="left">\it dviscrs.exe</td> - - <td align="right">164Kb</td> - - <td align="left">Previewer for small-memory - configurations</td> - </tr> - - <tr> - <td align="left">\it dvivik.exe</td> - - <td align="right">142Kb</td> - - <td align="left">Previewer for Viking I - displays</td> - </tr> - - <tr> - <td align="left">\it dvitype.exe</td> - - <td align="right">72Kb</td> - - <td align="left">Texware: shows <tt>DVI</tt> - file</td> - </tr> - - <tr> - <td align="left">\it pltotf.exe</td> - - <td align="right">74Kb</td> - - <td align="left">Texware: converts <tt>PL</tt> - files to <tt>TFM</tt> format</td> - </tr> - - <tr> - <td align="left">\it tftopl.exe</td> - - <td align="right">48Kb</td> - - <td align="left">Texware: converts <tt>TFM</tt> - files to <tt>PL</tt> format</td> - </tr> - - <tr> - <td align="left">\it gftodvi.exe</td> - - <td align="right">69Kb</td> - - <td align="left">Mfware: makes proof sheets for - a font</td> - </tr> - - <tr> - <td align="left">\it gftopk.exe</td> - - <td align="right">53Kb</td> - - <td align="left">Mfware: converts <tt>GF</tt> - files to <tt>PK</tt> format</td> - </tr> - - <tr> - <td align="left">\it gftopxl.exe</td> - - <td align="right">59Kb</td> - - <td align="left">Mfware: converts <tt>GF</tt> - files to <tt>PXL</tt> format</td> - </tr> - - <tr> - <td align="left">\it gftype.exe</td> - - <td align="right">61Kb</td> - - <td align="left">Mfware: shows <tt>GF</tt> - file</td> - </tr> - - <tr> - <td align="left">\it mft.exe</td> - - <td align="right">55Kb</td> - - <td align="left">Mfware: pretty-prints - <tt>MF</tt> files</td> - </tr> - - <tr> - <td align="left">\it pktogf.exe</td> - - <td align="right">47Kb</td> - - <td align="left">Mfware: converts <tt>PK</tt> - files to <tt>GF</tt> format</td> - </tr> - - <tr> - <td align="left">\it pktype.exe</td> - - <td align="right">45Kb</td> - - <td align="left">Mfware: shows <tt>PK</tt> - file</td> - </tr> - - <tr> - <td align="left">\it makeindx.exe</td> - - <td align="right">102Kb</td> - - <td align="left">Builds indices for - documents</td> - </tr> - - <tr> - <td align="left">\it pooltype.exe</td> - - <td align="right">31Kb</td> - - <td align="left">Web: shows contents of pool - files</td> - </tr> - - <tr> - <td align="left">\it tangle.exe</td> - - <td align="right">52Kb</td> - - <td align="left">Web: creates compilable - file</td> - </tr> - - <tr> - <td align="left">\it weave.exe</td> - - <td align="right">72Kb</td> - - <td align="left">Web: creates documentation - file</td> - </tr> - - <tr> - <td align="left">\it vftovp.exe</td> - - <td align="right">69Kb</td> - - <td align="left">Virtual fonts: converts - <tt>VF</tt> files to <tt>VPL</tt> format</td> - </tr> - - <tr> - <td align="left">\it vptovf.exe</td> - - <td align="right">73Kb</td> - - <td align="left">Virtual fonts: converts - <tt>VPL</tt> files to <tt>VF</tt> format</td> - </tr> - </tbody> - </table> - </div> - - <p>Deciding which programs to remove from the emTeX - directory depends, to a large extent, on how you use - TeX. If you haven't been using TeX for very long, try - to keep as many things as you can until you get a - better feel for what you'll be using. Save copies of - all the programs you delete on floppy disks so that - they are easy to get back. Here are some - suggestions:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>Delete the previewer and printer drivers that - you don't need.</p> - </li> - - <li> - <p>Delete obsolete programs unless you know you - need them.</p> - </li> - - <li> - <p>Delete \web programs if you'll never be - compiling TeX yourself or reading TeX program - source code.</p> - </li> - - <li> - <p>Delete <b>Mfware</b> programs if you won't be - doing a lot of work with fonts. Note: keep - <b>gftopk.exe</b> if you want to use automatic - font generation.</p> - </li> - - <li> - <p>Delete <b>Texware</b> and <b>Virtual</b> font - programs if you won't be working with virtual - fonts. (You can probably delete - <b>dvitype.exe</b>, in any case).</p> - </li> - - <li> - <p>Delete <b>bibtex.exe</b> if you won't be - working with bibliographic databases.</p> - </li> - - <li> - <p>Delete <b>makeindx.exe</b> if you won't be - working with indexes.</p> - </li> - - <li> - <p>Delete <b>ask.exe</b> if you won't be using - <b>gh.bat</b>.</p> - </li> - </ul> - </div> - - <p>Next, figure out what batch files you'll be using - and delete (or archive) all the others. If you aren't - using OS/2, this includes all of the <tt>*.cmd</tt> - files.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2928261" - name="id2928261"></a>Deleting extra printer - drivers</h4> - </div> - </div> - - <p>Read about the <b>dvidot</b><a id="id2928276" - class="indexterm" name="id2928276"></a> program for - printing to a dot matrix printer, if you have one. When - you figure out which of the <tt>DOT</tt> parameter - files you need, delete (or archive) the rest. Follow - these guidelines:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>If you don't have a Viking I display, delete - <b>dvivik.exe</b>.</p> - </li> - - <li> - <p>If you don't have a laser printer, delete - <b>dvihplj.exe</b>.</p> - </li> - - <li> - <p>Delete <b>dviscrs.exe</b> if you have enough - memory to use <b>dviscr</b> instead. If you are - always going to use a Windows or OS/2 previewer, - you can delete <b>dviscr.exe</b> as well.</p> - </li> - </ul> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2928367" - name="id2928367"></a>Basic Customization</h3> - </div> - </div> - - <p><a id="id2928375" class="indexterm" - name="id2928375"></a>There are two ways to customize - emTeX. One way is to customize the environment variables - that emTeX uses; the other is to customize the - configuration files that emTeX uses for previewing and - printing (configuration files have no effect on TeX - itself).</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="sec.betaemtex" - name="sec.betaemtex"></a>Environment variables</h4> - </div> - </div> - - <p>There are thirteen environment variables<a - id="id2928409" class="indexterm" - name="id2928409"></a><a id="id2928422" - class="indexterm" name="id2928422"></a> that emTeX - uses. For simplicity in the following discussion, - assume that emTeX is installed on drive C:. If it is - not, change <span - class="emphasis"><em>every</em></span> reference to C: - to the drive actually in use.</p> - - <div class="variablelist"> - <dl> - <dt><span class="term"><tt>EMTEXDRV</tt><a - id="id2928458" class="indexterm" - name="id2928458"></a> (Not set by - default)</span></dt> - - <dd> - <p>Special note: this variable will become - obsolete with the next release of emTeX.</p> - - <p>This variable tells emTeX what drive to use - when searching for default paths. Although I - don't recommend it, if you use entirely standard - paths for your files, you can rely on the - compiled-in defaults in the emTeX - executables.<sup>[<a id="id2928486" - name="id2928486" - href="#ftn.id2928486">123</a>]</sup> The - <tt>EMTEXDRV</tt> environment variable should be - set to the single letter of the drive on which - these paths reside. For example, if you installed - emTeX on drive C: (in completely standard - directories), you could set - <tt><tt>EMTEXDRV</tt>=C</tt>.</p> - </dd> - - <dt><span class="term"><tt>EMTEXDIR</tt><a - id="id2928532" class="indexterm" - name="id2928532"></a> (Not set by - default)</span></dt> - - <dd> - <p>Special note: this is a new variable; it will - become available with the next release of emTeX. - <tt>EMTEXDIR</tt> replaces <tt>EMTEXDRV</tt>.</p> - - <p>This variable tells emTeX what path to use - when searching for default paths. The - <tt>EMTEXDIR</tt> environment variable should be - set to the root path where emTeX is installed - (for example, <tt>C:\EMTEX</tt>).</p> - </dd> - - <dt><span class="term"><tt>TEXINPUT</tt><a - id="id2928598" class="indexterm" - name="id2928598"></a></span></dt> - - <dd> - <p>Defines the directories that emTeX uses when - searching for TeX input files. You would - typically leave - <tt>C:{\bs}EMTEX{\bs}TEXINPUT</tt> in this path - and extend it with directories of your own in - place of <tt>C:{\bs}MYTEX</tt>.</p> - </dd> - - <dt><span class="term"><tt>TEXFMT</tt><a - id="id2928651" class="indexterm" - name="id2928651"></a></span></dt> - - <dd> - <p>Specifies where small versions of TeX look for - format files. Typically you would leave this set - as it is and add new format files to that - directory. You do not have to set this variable - if you are not using the small versions of - TeX.</p> - </dd> - - <dt><span class="term"><tt>BTEXFMT</tt><a - id="id2928691" class="indexterm" - name="id2928691"></a></span></dt> - - <dd> - <p>Specifies where large versions of TeX look for - format files. You will typically leave this set - as it is and add new format files to the - directory specified. If you do not use large - versions of TeX, you need not set this - variable.</p> - </dd> - - <dt><span class="term"><tt>TEXTFM</tt><a - id="id2928731" class="indexterm" - name="id2928731"></a></span></dt> - - <dd> - <p>TeX uses the directories stored in this - variable when searching for <tt>TFM</tt> files - for fonts used in your documents. If you install - new fonts, you should put the <tt>TFM</tt> files - for these fonts in their own directory and add - the name of that directory to the <tt>TEXTFM</tt> - path.</p> - </dd> - - <dt><span class="term"><tt>MFINPUT</tt><a - id="id2928794" class="indexterm" - name="id2928794"></a></span></dt> - - <dd> - <p>The MetaFont program looks for input files in - this path. It is analogous to the - <tt>TEXINPUT</tt> variable. If you add new - MetaFont fonts to your system, for example, the - \AmS fonts, place them in a different directory - and add that directory to this path. If you do - not use MetaFont, you do not need this - variable.</p> - </dd> - - <dt><span class="term"><tt>MFBAS</tt><a - id="id2928840" class="indexterm" - name="id2928840"></a></span></dt> - - <dd> - <p>Analogous to <tt>TEXFMT</tt>. Specifies where - small versions of MetaFont look for base files. - If you do not use MetaFont, you do not need this - variable.</p> - </dd> - - <dt><span class="term"><tt>BMFBAS</tt><a - id="id2928882" class="indexterm" - name="id2928882"></a></span></dt> - - <dd> - <p>Analogous to <tt>BTEXFMT</tt>. Specifies where - large versions of MetaFont look for base files. - If you do not use MetaFont, you do not need this - variable.</p> - </dd> - - <dt><span class="term"><tt>MFJOB</tt><a - id="id2928924" class="indexterm" - name="id2928924"></a></span></dt> - - <dd> - <p>Specifies where <b>MFjob</b> looks for input - files. If you are not using MetaFont or - <b>MFjob</b> for font generation, you do not need - this variable.</p> - </dd> - - <dt><span class="term"><tt>BIBINPUT</tt><a - id="id2928976" class="indexterm" - name="id2928976"></a></span></dt> - - <dd> - <p>Specifies where <b>bibtex</b> searches for - bibliography database files (<tt>BIB</tt> files). - Clearly, if you're not using BibTeX, you don't - need <tt>BIBINPUT</tt>.</p> - </dd> - - <dt><span class="term"><tt>DVIDRVINPUT</tt><a - id="id2929034" class="indexterm" - name="id2929034"></a></span></dt> - - <dd> - <p>This tells the emTeX DVI drivers where to - search for <tt>DVI</tt> files. In practice, I - simply set this to “<tt>.</tt>” so - that only the current directory is used. If you - find it convenient to search for <tt>DVI</tt> - files, by all means set it to an appropriate - path. The default path includes - <tt>C:{\bs}EMTEX{\bs}DOC</tt> so that it is easy - to preview or print the local guide.</p> - </dd> - - <dt><span class="term"><tt>DVIDRVFONTS</tt><a - id="id2929109" class="indexterm" - name="id2929109"></a></span></dt> - - <dd> - <p>This tells the emTeX DVI drivers where to - search for fonts. The <tt>C:{\bs}TEXFONTS</tt> - directory is the default location for font - libraries. If other fonts are installed, it's - natural to include them in this path. For - example, preview versions of the PostScript fonts - are now available from CTAN in font library - format. If you install those libraries in - <tt>C:{\bs}PSFONTS</tt>, you should change the - <tt>DVIDRVFONTS</tt> environment variable to - include both paths.</p> - </dd> - - <dt><span class="term"><tt>DVIDRVGRAPH</tt><a - id="id2929166" class="indexterm" - name="id2929166"></a></span></dt> - - <dd> - <p>The emTeX DVI drivers can incorporate - <tt>PCX</tt> and <tt>MSP</tt> graphics with a - \special command. The <tt>DVIDRVGRAPH</tt> - environment variable tells the drivers where to - look for the graphic files. The <tt>$r</tt> - portion of the path is replaced by the resolution - of the image required. For example, I set this to - <tt>C:{\bs}TEXGRAPH{\bs}GR\$r</tt> and put 300dpi - graphic images in - <tt>C:{\bs}TEXGRAPH{\bs}GR300</tt>, 420dpi images - in <tt>C:{\bs}TEXGRAPH{\bs}GR420</tt>, etc. The - default value of this variable is set so that the - local guide will print properly.</p> - </dd> - </dl> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2929255" - name="id2929255"></a>Setting up configuration - files</h4> - </div> - </div> - - <p><a id="id2929262" class="indexterm" - name="id2929262"></a>Configuration file options are - described completely in the DVI driver documentation - that accompanies emTeX. Read the English or German - versions of <tt>dvidrv.doc</tt> carefully. The - “out of the box” configuration is - sufficient for most uses, but specifying a new - configuration file is a convenient way to alter the - default size of the page in preview mode or set up - emTeX to print pages in “two-up” or - “four-up” variations (for printing - booklets, for example).</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2929307" - name="id2929307"></a>Installing the Beta Test - Versions of emTeX</h3> - </div> - </div> - - <p>It has been several years since the standard - distribution of emTeX was assembled. In that time, - several other releases have been made. These are beta - test releases, but they are as rock-solid as the standard - distribution. Personally, I encourage you to install the - beta test versions, especially because they offer - features not found in the standard release.</p> - - <p>The beta test versions are stored in a series of - <tt>ZIP</tt> files at CTAN in the directory - <tt>systems/msdos/emtex/betatest</tt>. Table <a - href="ch13.html#tab.emtex.betasummary" - title="Table 13.4. The Beta Test Files for \protect\emTeX"> - Table 13.4</a> summarizes the files in the beta test - distribution.\footnote{As this chapter is being written, - Eberhard Mattes\index{Mattes, Eberhard} is working on a - new version of \emTeX. This new version will, at some - point, replace the existing beta test files, making this - section somewhat out of date. Use the <span - class="emphasis"><em>READ.ME</em></span> files in the - actual distribution as the definitive source of - information.</p> - - <div class="table"> - <a id="tab.emtex.betasummary" - name="tab.emtex.betasummary"></a> - - <p class="title"><b>Table 13.4. The Beta Test - Files for \protect\emTeX</b></p> - - <table summary="The Beta Test Files for \protect\emTeX" - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf File</th> - - <th align="left">\bf Contents</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\it btexb8.zip</td> - - <td align="left">Big \TeX executables</td> - </tr> - - <tr> - <td align="left">\it dvidrv_1.zip</td> - - <td align="left">New drivers and support - files</td> - </tr> - - <tr> - <td align="left">\it dvispell.zip</td> - - <td align="left">\program{dvispell}</td> - </tr> - - <tr> - <td align="left">\it maketcp.zip</td> - - <td align="left">\program{maketcp}</td> - </tr> - - <tr> - <td align="left">\it mfb1.zip</td> - - <td align="left">\MF executables</td> - </tr> - - <tr> - <td align="left">\it MFjob11l.zip</td> - - <td align="left">\program{MFjob}</td> - </tr> - - <tr> - <td align="left">\it mfpm.zip</td> - - <td align="left">OS/2 support for \MF - preview</td> - </tr> - - <tr> - <td align="left">\it pkeditpm.zip</td> - - <td align="left">OS/2 PM version of - \program{PKEdit}</td> - </tr> - - <tr> - <td align="left">\it tex386b8.zip</td> - - <td align="left">386 version of \TeX</td> - </tr> - - <tr> - <td align="left">\it texb5.zip</td> - - <td align="left">Small \TeX executables</td> - </tr> - </tbody> - </table> - </div> - - <p>To install the beta test versions, simply unpack the - archives into your <tt>\bs emtex</tt> directory, - replacing any existing files with the new versions. After - you have installed the beta test versions, you can repeat - the space-saving steps suggested earlier in this - chapter.</p> - - <p>What are the advantages of the beta test versions?</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>Automatic font generation is supported. This - means that you do not need large font library - files.</p> - </li> - - <li> - <p>The beta test versions are TeX version 3.141; - the standard distribution is the slightly older - version 3.0.</p> - </li> - - <li> - <p>The beta test distribution includes a - 386-specific version of TeX, which is much faster - than other versions.</p> - </li> - - <li> - <p>For OS/2 users, a Presentation Manager - <tt>DVI</tt> previewer is provided.</p> - </li> - </ul> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.emtex.autofont" - name="sec.emtex.autofont"></a>Running emTeX 386 in - Windows</h3> - </div> - </div> - - <p><a id="id2929644" class="indexterm" - name="id2929644"></a><a id="id2929656" class="indexterm" - name="id2929656"></a>The 386-specific version of TeX - provided by the beta test distributions of emTeX has some - compelling advantages over the other TeX executables: - it's a big TeX and it's fast. Unfortunately, it does not - run in Windows (or some other MS-DOS environments).</p> - - <p>The problem is memory management. In order to be large - and fast, the <tt>tex386</tt><a id="id2929686" - class="indexterm" name="id2929686"></a> executable relies - on some advanced features of the 386 (and higher) - processors. These features are provided under MS-DOS by a - “DOS extender.” The DOS extender<a - id="id2929701" class="indexterm" name="id2929701"></a> - allows MS-DOS applications to use “protected - mode,” where they can address more than 640Kb of - memory. There are several competing standards for - protected mode memory management. <tt>emx</tt><a - id="id2929728" class="indexterm" name="id2929728"></a>, - the extender implemented in emTeX, is not compatible with - the DPMI standard used by Microsoft Windows and some - other MS-DOS extenders (for example, MS-DOS sessions - under OS/2).</p> - - <p>Luckily, there is a freely available MS-DOS extender, - which is compatible with both DPMI and emTeX, the RSX - extender. Starting with version beta-11 of emTeX, the<a - id="id2929744" class="indexterm" name="id2929744"></a> is - very easy to use.<sup>[<a id="id2929756" name="id2929756" - href="#ftn.id2929756">124</a>]</sup></p> - - <p>There are two versions of the extender: <tt>rsx</tt><a - id="id2929798" class="indexterm" name="id2929798"></a>, - for use in MS-DOS with DPMI extenders<a id="id2929808" - class="indexterm" name="id2929808"></a>, and - <tt>rsxwin</tt><a id="id2929822" class="indexterm" - name="id2929822"></a>, for use in Windows. Both versions - are available on the CTAN archives in the directory - <tt>support/msdos/dpmi/rsx</tt>.</p> - - <p>To use the RSX extender in MS-DOS with <tt>tex386</tt> - version beta-11 or later, simply put <tt>rsx.exe</tt> - somewhere on your <tt>PATH</tt>. When emTeX discovers a - DPMI extender, it will use <tt>rsx</tt> instead of - <tt>emx</tt>.</p> - - <p>To use the RSX extender in Windows, you must modify - the command line that is executed to run <tt>tex386</tt>. - Where you currently use:</p> -<pre class="screen"> -<span class="emphasis"><em>d:{\bs}path1\bs</em></span>tex.exe <span -class="emphasis"><em>options</em></span> -</pre> - - <p>you must now use:</p> -<pre class="screen"> -<span -class="emphasis"><em>d:{\bs}path2\bs</em></span>rsxwin.exe -e <span -class="emphasis"><em>d:\bs path1\bs</em></span>tex386.exe <span -class="emphasis"><em>options</em></span> -</pre> - - <p>The <tt>rsxwin</tt> extender will set up an extender - for emTeX and then run TeX.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2929946" - name="id2929946"></a>Automatic Font Generation with - emTeX</h3> - </div> - </div> - - <div class="note" - style="margin-left: 0.5in; margin-right: 0.5in;"> - <h3 class="title">Note</h3> - - <p>Automatic font generation<a id="id2929960" - class="indexterm" name="id2929960"></a><a - id="id2929972" class="indexterm" name="id2929972"></a> - is not supported by the standard distribution of emTeX. - You must install the beta test versions to use - automatic font generation.</p> - </div> - - <p>The new versions of the emTeX DVI drivers include a - program called <b>dvidrv</b><a id="id2930004" - class="indexterm" name="id2930004"></a>, which handles - automatic font generation. The <b>dvidrv</b> program runs - the driver and if the driver indicates that fonts are - missing, gives you the opportunity to use font - substitution or build new fonts. The <b>MFjob</b> program - is used to build the fonts. <b>MFjob</b> runs the - MetaFont and <b>GFtoPK</b> to produce and install the - necessary fonts. <b>MFjob</b> installs the <tt>PK</tt> - files into the first directory on the font path.</p> - - <p>The <b>dvidrv</b> program can be replaced by a batch - file that can select an appropriate font-rendering - program (something other than MetaFont, for example) to - build the necessary fonts. This feature is only available - in the OS/2 versions of emTeX releases 1.4t and later. - The batch file in Example <a - href="apd.html#ex.dvidxx" - title="Example D.3. dvidxx.btm">Example D.3</a> - in Appendix <a href="apd.html" - title="Appendix D. Long Examples">Appendix D</a>, - <span class="emphasis"><em><a href="apd.html" - title="Appendix D. Long Examples">Appendix D</a></em></span>, - is a replacement for <b>dvidrv</b>. It uses - <b>ps2pk</b><a id="id2930120" class="indexterm" - name="id2930120"></a> to make <tt>PK</tt> versions of - PostScript Type 1 fonts if an appropriate - <tt>PFB</tt> file can be found. Otherwise, it calls - <b>MFjob</b> in the same way that <b>dvidrv</b> does.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.netemtex" - name="sec.netemtex"></a>Installing emTeX on a - Network</h3> - </div> - </div> - - <p>Ordinarily, emTeX does not require write access to any - of its data files, so installation on a network<a - id="id2930180" class="indexterm" name="id2930180"></a> is - not a problem. The location of temporary files that must - be writable is controlled with environment variables. If - automatic font generation is being used, there are two - applicable cautions.</p> - - <p>First, if you use the batch file approach to automatic - font generation in order to support different rendering - software, be aware that your batch file must handle the - fact that multiple files may be written to the same - directory from different users. Don't let filenames - collide.</p> - - <p>Second, it is ideal if you can provide a single - world-writable location for automatically generated - fonts. If multiple users are working with similar - documents, each will not need private copies of the fonts - they require. If your networking software tracks the time - of last file access, you can determine which files to - delete from this global font area on a regular basis.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2930222" - name="id2930222"></a>texas</h2> - </div> - </div> - - <p><b>texas</b><a id="id2930235" class="indexterm" - name="id2930235"></a> is a 32-bit MS-DOS version of TeX. It - is a big TeX. Unlike <b>tex386</b>, which comes with emTeX, - the <b>texas</b> executable uses a royalty-free, commercial - DOS extender. The advantage of this extender is that it can - run under Windows and other protected-mode environments - such as DESQview.</p> - - <p>Before you install <b>texas</b>, you should get a - complete TeX system from some other location (emTeX or - gTeX, for example). The <b>texas</b> distribution does not - include anything other than the TeX executable and the - MS-DOS extender---no format files, no input files, - nothing.</p> - - <p>The <span class="emphasis"><em>-i</em></span> switch - runs <b>texas</b> in iniTeX<a id="id2930301" - class="indexterm" name="id2930301"></a> mode. Using the - instructions from Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>, - you should be able to build new format files for use with - <b>texas</b> if you have another TeX distribution to work - from.</p> - - <p><b>texas</b> uses the following environment <a - id="id2930352" class="indexterm" name="id2930352"></a><a - id="id2930362" class="indexterm" name="id2930362"></a> - variables:</p> - - <div class="variablelist"> - <dl> - <dt><span class="term"><tt>TEXINPUTS</tt></span></dt> - - <dd> - <p><a id="id2930395" class="indexterm" - name="id2930395"></a>Defines the directories that - <b>texas</b> uses when searching for TeX input files. - You would typically leave the defaults in this path - and extend it with directories of your own in place - of <tt>C:{\bs}MYTEX</tt>.</p> - </dd> - - <dt><span class="term"><tt>TEXFORMATS</tt><a - id="id2930448" class="indexterm" - name="id2930448"></a></span></dt> - - <dd> - <p>Specifies where <b>texas</b> looks for format - files. Typically you would leave this set as is and - add new format files to that directory.</p> - </dd> - - <dt><span class="term"><tt>TEXFONTS</tt><a - id="id2930492" class="indexterm" - name="id2930492"></a></span></dt> - - <dd> - <p>TeX uses the directories stored in this variable - when searching for <tt>TFM</tt> files for fonts used - in your documents. If you install new fonts, you - should put the <tt>TFM</tt> files in their own - directory and add the name of that directory to the - <tt>TEXFONTS</tt> path.</p> - </dd> - - <dt><span class="term"><tt>TEXPOOL</tt><a - id="id2930555" class="indexterm" - name="id2930555"></a></span></dt> - - <dd> - <p>Specifies where <b>texas</b> looks for its pool - file. Unless you have installed <b>texas</b> in an - unusual way, you will not have to change this - setting.</p> - </dd> - - <dt><span class="term"><tt>DOS4GVM</tt><a - id="id2930602" class="indexterm" - name="id2930602"></a></span></dt> - - <dd> - <p><b>texas</b> uses a DOS extender<a id="id2930630" - class="indexterm" name="id2930630"></a> to overcome - memory limitations under MS-DOS. If the extender runs - out of memory, it writes parts of the memory-image - that it is maintaining out to disk. This environment - variable specifies where that information should be - written. You do not usually need to change this - setting.</p> - </dd> - </dl> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2930652" - name="id2930652"></a>sbTeX</h2> - </div> - </div> - - <p>sbTeX<a id="id2930661" class="indexterm" - name="id2930661"></a> is another MS-DOS implementation of - TeX. The <tt>sb38tex</tt><a id="id2930680" - class="indexterm" name="id2930680"></a> distribution - includes TeX and iniTeX executables, <tt>TFM</tt> files for - the Computer Modern Roman fonts, and TeX sources for the - Plain TeX format. This is TeX version 3.141. You will have - to get DVI drivers and other TeX tools from a different - package.</p> - - <p>The <tt>sb32xet</tt><a id="id2930712" class="indexterm" - name="id2930712"></a> distribution is \XeT version - 3.1.<sup>[<a id="id2930721" name="id2930721" - href="#ftn.id2930721">125</a>]</sup> The source files for - the \XeT <tt>nailp</tt> format are included, as well as the - supporting files for Hebrew.</p> - - <p>The <tt>sbmf13</tt><a id="id2930746" class="indexterm" - name="id2930746"></a> distribution is MetaFont version - 2.71. Only the sources for the Plain MetaFont base file are - provided. Like the sbTeX distribution, this is a very - minimal set of files. Only the <b>GFtoPK</b><a - id="id2930763" class="indexterm" name="id2930763"></a> - utility is included; all of the other MetaFont programs you - need will have to be obtained from another package.</p> - - <p>The default directories for sbTeX are <tt>\bs TEX\bs - INPUTS</tt> for input files, <tt>\bs TEX\bs FORMATS</tt> - for format files, and <tt>{\bs TEX\bs FONTTFMS}</tt> for - <tt>TFM</tt> files. The default drive is C:, but that can - be changed with the <b>sb38set</b> program.</p> - - <p>You can also modify these paths by setting the - <tt>TEXINPUTS</tt> environment variable<a id="id2930826" - class="indexterm" name="id2930826"></a><a id="id2930839" - class="indexterm" name="id2930839"></a> for input files, - the <tt>FMTSB</tt> environment variable for format files, - and the <tt>FONTTFMS</tt> environment variable for - <tt>TFM</tt> files. Additionally, sbTeX uses the - <tt>SBFTMP</tt> environment variable to determine where - temporary files should be located if font caching is - performed. Here is a more complete description of sbTeX's - environment variables:</p> - - <div class="variablelist"> - <dl> - <dt><span class="term"><tt>TEXINPUTS</tt></span></dt> - - <dd> - <p><a id="id2930903" class="indexterm" - name="id2930903"></a>Defines the directories that - sbTeX uses when searching for TeX input files. You - would typically leave the defaults in this path and - extend it with directories of your own in place of - <tt>C:{\bs}MYTEX</tt>.</p> - </dd> - - <dt><span class="term"><tt>FMTSB</tt><a id="id2930949" - class="indexterm" name="id2930949"></a></span></dt> - - <dd> - <p>Specifies where sbTeX looks for format files. - Typically you would leave this set as it is and add - new format files to that directory.</p> - </dd> - - <dt><span class="term"><tt>FONTTFMS</tt><a - id="id2930987" class="indexterm" - name="id2930987"></a></span></dt> - - <dd> - <p>TeX uses the directories stored in this variable - when searching for <tt>TFM</tt> files for fonts used - in your documents. If you install new fonts, you - should put the <tt>TFM</tt> files for these fonts in - their own directory and add the name of that - directory to the <tt>FONTTFMS</tt> path.</p> - </dd> - - <dt><span class="term"><tt>SBFTMP</tt><a id="id2931046" - class="indexterm" name="id2931046"></a></span></dt> - - <dd> - <p>When font-caching is enabled, sbTeX writes cached - information to disk when it runs out of memory. This - environment variable specifies where that information - should be written. You do not usually need to change - this setting.</p> - </dd> - </dl> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2931076" - name="id2931076"></a>gTeX</h2> - </div> - </div> - - <p>The gTeX<a id="id2931085" class="indexterm" - name="id2931085"></a> package is distributed in two ways. - One way is intended to supplement (actually, replace part - of) the emTeX distribution. The advantage of gTeX - executables over emTeX is that they will run under Windows. - The 386 versions of emTeX executables will not run under - Windows. On the other hand, although gTeX will run in an - MS-DOS session under OS/2, only the emTeX executables will - actually run in a native OS/2 session. The other - distribution is a complete set of <tt>TFM</tt> files, - source, and input files for Plain TeX, LaTeX, and AMSTeX. - In either distribution, you must get DVI drivers and some - ancillary programs from another complete package (like - emTeX).</p> - - <p>The following programs are included in the gTeX - distribution:</p> -<pre class="screen"> -\begin{tabular}{lll} -&BibTeX; & <command>GFtoPK</command> & <command>VFtoVP</command> \\ -<command>DVItype</command> & <command>MFT</command> & <command>VPtoVF</command> \\ -<command>DVIcopy</command> & <command>PKtoGF</command> \ & <command>MakeIndx</command> \\ -<command>GFtoDVI</command> \ & <command>PKtype</command> & &MF; \\[2pt] -\multicolumn{3}{l}{\program{amSpell} (a third party spell-checker, not traditionally part of \TeX)}\\[2pt] -\multicolumn{3}{l}{\program{MEwin} (an Emacs-like editor for Windows, also not traditionally part of \TeX)}\\ -\end{tabular} -</pre> - - <p>The gTeX executables use the same environment - variables<a id="id2931134" class="indexterm" - name="id2931134"></a><a id="id2931160" class="indexterm" - name="id2931160"></a> as emTeX.</p> - </div> - - <div class="footnotes"> - <br /> - <hr width="100" align="left" /> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2920364" name="ftn.id2920364" - href="#id2920364">122</a>]</sup> {Hence the spider on the - cover, by the way.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2928486" name="ftn.id2928486" - href="#id2928486">123</a>]</sup> {One of the reasons I - don't recommend it is that it isn't easy to determine - precisely what the compiled-in defaults are, and they may - change without notice.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2929756" name="ftn.id2929756" - href="#id2929756">124</a>]</sup> {Earlier versions of - <tt>tex386.exe</tt> had the <tt>emx</tt> extender - “bound” into the executable, which made the - process more complicated. The <tt>emx</tt> extender had - to be unbound before the new one could be used.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2930721" name="ftn.id2930721" - href="#id2930721">125</a>]</sup> {\XeT is a variant of - TeX that can typeset in both left-to-right and - right-to-left modes.}</p> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Chapter 14. Commercial Environments" - href="ch14.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left">Part III. A Tools - Overview </td> - - <td width="20%" align="center"><a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Chapter 14. Commercial Environments</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/ch14.html b/Master/texmf-doc/doc/english/make-tex-work/html/ch14.html deleted file mode 100644 index fd0de2a07ff..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/ch14.html +++ /dev/null @@ -1,866 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Chapter 14. Commercial Environments</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt03.html" - title="Part III. A Tools Overview" /> - <link rel="previous" href="ch13.html" - title="Chapter 13. Non-commercial Environments" /> - <link rel="next" href="ch15.html" - title="Chapter 15. TeX on the Macintosh" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Chapter 13. Non-commercial Environments" - href="ch13.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Chapter 15. TeX on the Macintosh" - href="ch15.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="chapter"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="chap.commercialtex" - name="chap.commercialtex"></a>Chapter 14. Commercial - Environments</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - <hr class="component-separator" /> - </div> - - <p>There are several commercial versions<a id="id2924356" - class="indexterm" name="id2924356"></a> of TeX on the market. - The advantage of commercial programs over free ones is that - they provide an automated installation procedure and some - level of technical support. There's no reason to believe that - a commercial implementation of TeX is necessarily better than - a free one (or vice versa, for that matter) because the - source code for TeX is in the public domain.</p> - - <p>The following sections highlight several commercial - implementations of TeX.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.com.turbo" name="sec.com.turbo"></a>µTeX by - ArborText</h2> - </div> - </div> - - <p>ArborText<a id="id2924394" class="indexterm" - name="id2924394"></a> sells µTeX<a id="id2924249" - class="indexterm" name="id2924249"></a> for MS-DOS<a - id="id2924260" class="indexterm" name="id2924260"></a> - systems as well as an implementation of TeX for unix - workstations. The ArborText previewer and DVI driver - software are also available for both unix and MS-DOS - systems. The following discussion is based on experiences - with µTeX version 3.14B, the MS-DOS implementation of - ArborText's TeX package.</p> - - <p>The µTeX package is a complete TeX implementation for - MS-DOS. The additional utilities, <b>PLtoTF</b><a - id="id2924296" class="indexterm" name="id2924296"></a>, - <b>TFtoPL</b><a id="id2924310" class="indexterm" - name="id2924310"></a>, and BibTeX<a id="id2924318" - class="indexterm" name="id2924318"></a>, are also included. - Neither MetaFont nor <b>MakeIndex</b> is provided.</p> - - <p>The default installation of µTeX creates format files - for Plain TeX and LaTeX. To be as fast as possible, µTeX - creates executable versions of TeX for each of these - formats; these versions have the appropriate macro packages - preloaded into the executable. You can use the standard - notation to load alternate macro packages if you wish to - save disk space.</p> - - <p>ArborText includes a lot of support for using TeX for - non-English documents<a id="id2931362" class="indexterm" - name="id2931362"></a>. Several files of international - hyphenation patterns (English, French<a id="id2931375" - class="indexterm" name="id2931375"></a>, German<a - id="id2931383" class="indexterm" name="id2931383"></a>, - Dutch<a id="id2931392" class="indexterm" - name="id2931392"></a>, and Portuguese<a id="id2931400" - class="indexterm" name="id2931400"></a>) are provided, as - well as reprints of the TUGboat articles describing new - features of TeX version 3.0 and virtual fonts.</p> - - <p>Designed for an MS-DOS environment having only limited - memory, µTeX uses a swap file (potentially located in EMS<a - id="id2931415" class="indexterm" name="id2931415"></a> or - XMS memory<a id="id2931426" class="indexterm" - name="id2931426"></a>) to process large files. Several - environment variables can be used to alter the size of - internal TeX data structures when a new format is being - produced. In terms of big and small versions, µTeX can be - configured either way. These choices are made when you - create the format file however, so you will need to use - iniTeX<a id="id2931434" class="indexterm" - name="id2931434"></a> (included with µTeX) to make a - “bigger” TeX.</p> - - <p>One of the most interesting features of µTeX is a - quick-and-dirty preview mode provided by the TeX - executable. After at least one page of your document has - been processed, you can switch to a preview mode and see - what the page looks like while TeX continues processing - your document. This previewer is not particularly - attractive, but it's quick and easy to use. No other - previewer is provided. ArborText sells a fully functional - previewer as a separate package.</p> - - <p>To print your documents, you must purchase or obtain a - DVI driver separately. ArborText sells two drivers, one for - HP LaserJet printers and another for PostScript printers. - The µTeX distribution includes a complete set of - <tt>TFM</tt> files, but it does not include any <tt>PK</tt> - files.</p> - - <p>The ArborText previewer is summarized in the section - called “<a href="ch09.html#sec.arb.preview" - title="TeX Preview">the section called “TeX - Preview”</a>” in Chapter <a - href="ch09.html" - title="Chapter 9. Previewing">Chapter 9</a>, - <span class="emphasis"><em><a href="ch09.html" - title="Chapter 9. Previewing">Chapter 9</a></em></span>. - The ArborText printer drivers, <b>DVILASER/HP</b><a - id="id2931542" class="indexterm" name="id2931542"></a> and - <b>DVILASER/PS</b><a id="id2931556" class="indexterm" - name="id2931556"></a>, are described in Chapter <a - href="ch08.html" - title="Chapter 8. Printing">Chapter 8</a>, - <span class="emphasis"><em><a href="ch08.html" - title="Chapter 8. Printing">Chapter 8</a></em></span>.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2931589" - name="id2931589"></a>\yyTeX</h2> - </div> - </div> - - <p>\yyTeX<a id="id2931596" class="indexterm" - name="id2931596"></a> is an MS-DOS<a id="id2931608" - class="indexterm" name="id2931608"></a> implementation of - TeX by Y&Y Inc.<a id="id2931622" class="indexterm" - name="id2931622"></a> (a 386 or higher processor is - required). \yyTeX is sold as a bundled package with - <b>DVIWindo</b><a id="id2931641" class="indexterm" - name="id2931641"></a>, <b>dvipsone</b><a id="id2931655" - class="indexterm" name="id2931655"></a>,<sup>[<a - id="id2931663" name="id2931663" - href="#ftn.id2931663">126</a>]</sup> and a set of - PostScript fonts (either the Computer Modern fonts, the - Lucida Bright and Lucida New Math fonts, or the MathTime - fonts). The installation provides format files for Plain - TeX and LaTeX.</p> - - <p>\yyTeX stands out among TeX systems because of its - memory management. Unlike other TeX systems, which exist in - big and small versions, all of \yyTeX's memory management - is dynamic. All of the buffers that TeX uses (main memory, - font memory, string memory, etc.) will expand to meet the - needs of the most complex documents you create. The memory - required for hyphenation patterns is dynamically allocated - as well, which means that you can construct multilingual - formats with as many sets of hyphenation patterns as you - need (multilingual formats are discussed in more detail in - Chapter <a href="ch07.html" - title="Chapter 7. International Considerations">Chapter 7</a>, - <span class="emphasis"><em><a href="ch07.html" - title="Chapter 7. International Considerations">Chapter 7</a></em></span>). - The advantage of dynamic memory management over a fast and - big TeX is that \yyTeX starts out small (big TeXs reserve a - large fixed amount of memory even when processing simple - jobs that don't require very much). In a multitasking - environment where several programs are competing for - memory, one large program can slow the progress of the - entire system. \yyTeX's memory manager supports XMS<a - id="id2931742" class="indexterm" name="id2931742"></a>, - VCPI<a id="id2931757" class="indexterm" - name="id2931757"></a>, and DPMI<a id="id2931765" - class="indexterm" name="id2931765"></a>. This means that it - can run under MS-DOS with any of the common memory managers - and under Windows, Windows NT, and DOS sessions in OS/2<a - id="id2931776" class="indexterm" name="id2931776"></a><a - id="id2931789" class="indexterm" name="id2931789"></a><a - id="id2931802" class="indexterm" name="id2931802"></a>.</p> - - <p>\yyTeX has a couple of additional strengths for - multilingual use: it supports customizable input character - translation and more than 255 internal font numbers. Most - versions of TeX only support a maximum of 255 fonts in any - single document.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2931820" - name="id2931820"></a>Textures</h2> - </div> - </div> - - <p><b>Textures</b><a id="id2931838" class="indexterm" - name="id2931838"></a> is a commercial implementation of TeX - for the Macintosh<a id="id2931846" class="indexterm" - name="id2931846"></a> distributed by Blue Sky Research<a - id="id2931862" class="indexterm" name="id2931862"></a>. It - is described fully in Chapter <a href="ch15.html" - title="Chapter 15. TeX on the Macintosh">Chapter 15</a>, - <span class="emphasis"><em><a href="ch15.html" - title="Chapter 15. TeX on the Macintosh">Chapter 15</a></em></span>.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2931894" - name="id2931894"></a>TurboTeX</h2> - </div> - </div> - - <p>TurboTeX<a id="id2931902" class="indexterm" - name="id2931902"></a> is a complete TeX system for MS-DOS<a - id="id2931914" class="indexterm" name="id2931914"></a><a - id="id2931927" class="indexterm" name="id2931927"></a> with - full support for Microsoft Windows. It is distributed by - the Kinch Computer Company<a id="id2931943" - class="indexterm" name="id2931943"></a>. The programs - included in TurboTeX version 3.0 are shown in Table <a - href="ch14.html#tab.turbotex" - title="Table 14.1. TurboTeX Programs">Table 14.1</a>. - The <b>dvideo</b> and <b>wdviwin</b> previewers are - described in Chapter <a href="ch09.html" - title="Chapter 9. Previewing">Chapter 9</a>.</p> - - <div class="table"> - <a id="tab.turbotex" name="tab.turbotex"></a> - - <p class="title"><b>Table 14.1. TurboTeX - Programs</b></p> - - <table summary="TurboTeX Programs" border="1"> - <colgroup> - <col /> - <col /> - </colgroup> - - <thead> - <tr> - <th>Program</th> - - <th>Description</th> - </tr> - </thead> - - <tbody> - <tr> - <td><tt>dvialw</tt><sup>[<a id="tab.turbotex.ftn" - name="tab.turbotex.ftn" - href="#ftn.tab.turbotex.ftn">a</a>]</sup></td> - - <td>A PostScript DVI driver</td> - </tr> - - <tr> - <td><tt>dvideo</tt></td> - - <td>An EGA (non-Windows) previewer</td> - </tr> - - <tr> - <td><tt>wdviwin</tt></td> - - <td>A Windows previewer</td> - </tr> - - <tr> - <td><tt>dvielq</tt><sup>[<a - href="#ftn.tab.turbotex.ftn">a</a>]</sup></td> - - <td>An Epson LQ driver</td> - </tr> - - <tr> - <td><tt>dvieps</tt><sup>[<a - href="#ftn.tab.turbotex.ftn">a</a>]</sup></td> - - <td>An Epson/IBM graphics printer driver</td> - </tr> - - <tr> - <td><tt>dvijep</tt><sup>[<a - href="#ftn.tab.turbotex.ftn">a</a>]</sup></td> - - <td>An HP LaserJet PLus/Series II driver</td> - </tr> - - <tr> - <td><tt>dvijet</tt><sup>[<a - href="#ftn.tab.turbotex.ftn">a</a>]</sup></td> - - <td>An HP LaserJet/DeskJet driver</td> - </tr> - - <tr> - <td><tt>dvilj4</tt><sup>[<a - href="#ftn.tab.turbotex.ftn">a</a>]</sup></td> - - <td>An HP LaserJet 4 driver</td> - </tr> - - <tr> - <td><tt>initex</tt><sup>[<a - href="#ftn.tab.turbotex.ftn">a</a>]</sup></td> - - <td>iniTeX for building new format files</td> - </tr> - - <tr> - <td><tt>latex</tt><sup>[<a - href="#ftn.tab.turbotex.ftn">a</a>]</sup></td> - - <td>TeX with the LaTeX format preloaded</td> - </tr> - - <tr> - <td><tt>tex</tt><sup>[<a - href="#ftn.tab.turbotex.ftn">a</a>]</sup></td> - - <td>TeX with the Plain format preloaded</td> - </tr> - - <tr> - <td><tt>texidx</tt></td> - - <td>The GNU TeX indexing program</td> - </tr> - - <tr> - <td><tt>tif2hp</tt></td> - - <td>Converts TIFF bitmapped graphics to HP LaserJet - bitmaps</td> - </tr> - - <tr> - <td><tt>virtex</tt><sup>[<a - href="#ftn.tab.turbotex.ftn">a</a>]</sup></td> - - <td>TeX with no format preloaded</td> - </tr> - </tbody> - - <tbody class="footnotes"> - <tr> - <td colspan="2"> - <div class="footnote"> - <p><sup>[<a id="ftn.tab.turbotex.ftn" - name="ftn.tab.turbotex.ftn" - href="#tab.turbotex.ftn">a</a>]</sup> Windows - version included.</p> - </div> - </td> - </tr> - </tbody> - </table> - </div> - - <p>The Microsoft Windows version of TurboTeX is a superset - of the DOS version (you must install both, but you can - delete the non-Windows executable programs that have - Windows versions, if you wish).</p> - - <p>TurboTeX includes a complete MetaFont distribution. In - addition to the programs shown in Table <a - href="ch14.html#tab.turbomf" - title="Table 14.2. Turbo\protect\TeX \protect\MF Programs"> - Table 14.2</a>, the complete sources for the Computer - Modern, LaTeX, and \AmS-fonts are also provided.</p> - - <div class="table"> - <a id="tab.turbomf" name="tab.turbomf"></a> - - <p class="title"> - <b>Table 14.2. Turbo\protect\TeX \protect\MF - Programs</b></p> - - <table summary="Turbo\protect\TeX \protect\MF Programs" - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Program</th> - - <th align="left">\bf Description</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\it gftodvi\x</td> - - <td align="left">Creates proof sheets of MetaFont - characters</td> - </tr> - - <tr> - <td align="left">\it inimf</td> - - <td align="left">MetaFont with no base file - preloaded</td> - </tr> - - <tr> - <td align="left">\it mfscript</td> - - <td align="left">A script generator (for building - multiple fonts)</td> - </tr> - - <tr> - <td align="left">\it mfcga</td> - - <td align="left">MetaFont for CGA displays</td> - </tr> - - <tr> - <td align="left">\it mfhga</td> - - <td align="left">MetaFont for Hercules - displays</td> - </tr> - - <tr> - <td align="left">\it gftopk\x</td> - - <td align="left">Converts <tt>GF</tt> files to - <tt>PK</tt> files</td> - </tr> - </tbody> - </table> - </div> - - <p>At the time of this writing, a new version of TurboTeX - is actively being developed. Unfortunately, it was not - available for review in time for this edition of <span - class="emphasis"><em>Making TeX Work</em></span>. The Kinch - Computer Company claims that the next release will include - a big TeX running under Windows 3.1/Win32s and Windows NT - as a native, protected-mode 32-bit application. A new - Windows previewer will also be available, and it takes - advantage of Windows “multiple document - interface” to preview multiple documents in the same - session. Kinch will also provide a set of the standard - Computer Modern Fonts in TrueType and Type 1 formats.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="sec.pctex" - name="sec.pctex"></a>PCTeX</h2> - </div> - </div> - - <p>PCTeX<a id="id2932539" class="indexterm" - name="id2932539"></a> is a complete TeX system for MS-DOS<a - id="id2932551" class="indexterm" name="id2932551"></a> - distributed by Personal TeX, Inc.<a id="id2932565" - class="indexterm" name="id2932565"></a> It is one of two - offerings from PTI. The version for Windows is described - later in this chapter.</p> - - <p>PCTeX is sold in two configurations. The PCTeX Starter - System includes the latest releases of PCTeX and - PCTeX/386<a id="id2932582" class="indexterm" - name="id2932582"></a>, <b>PTI View</b><a id="id2932607" - class="indexterm" name="id2932607"></a> (for previewing), - one printer driver with the appropriate Computer Modern - fonts in <tt>PK</tt> format, <span - class="emphasis"><em>LaTeX For - Everyone</em></span> [<a - href="bi01.html#jh:latexforeveryone">jh:latexforeveryone</a>], - and the sources for Plain TeX, LaTeX, and AMSTeX. The PCTeX - Laser System includes Big PCTeX/386, LaserJet, LaserJet 4, - PostScript and DeskJet printer drivers (along with a - complete set of Computer Modern fonts in <tt>PK</tt> format - at 300dpi and 600dpi), and the <span - class="emphasis"><em>PC TeX Manual</em></span>, in addition - to everything contained in the Starter System.</p> - - <p>The discussion that follows is based on experiences with - the PCTeX Starter System with PCTeX version 3.14 and the - <b>PTI Laser/HP</b> DVI driver.</p> - - <p>In addition to the TeX executables and macro packages - mentioned above, PCTeX includes these standard TeX - utilities: BibTeX<a id="id2932675" class="indexterm" - name="id2932675"></a>, <b>PLtoTF</b><a id="id2932694" - class="indexterm" name="id2932694"></a>, <b>TFtoPL</b><a - id="id2932708" class="indexterm" name="id2932708"></a>, - <b>PXtoPK</b><a id="id2932722" class="indexterm" - name="id2932722"></a>, and <b>PKtoPX</b><a id="id2932735" - class="indexterm" name="id2932735"></a>. It does not - include any of the other standard utilities or the - <b>MakeIndex</b> processor. MetaFont is available as a - separate package (although it is being discontinued, so it - may not be available for long).</p> - - <p>Several additional features make PCTeX an attractive - commercial alternative:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>It uses a text-based “menu system” for - processing documents. This program makes the - edit/format/preview cycle a simple matter of - selecting the appropriate menu item. Figure <a - href="ch14.html#fig.pcmenu" - title="Figure 14.1. The PCTeX menu system">Figure 14.1</a> - shows this system in use.</p> - - <div class="figure"> - <a id="fig.pcmenu" name="fig.pcmenu"></a> - - <p class="title"><b>Figure 14.1. The - PCTeX menu system</b></p> -<pre class="screen"> -FIXME: -</pre> - </div> - </li> - - <li> - <p>Support is provided for Bitstream fonts<a - id="id2932819" class="indexterm" - name="id2932819"></a>. Bitstream<a id="id2932830" - class="indexterm" name="id2932830"></a> is a vendor - of high-quality scalable typefaces. The utilities - included with PCTeX allow you to create <tt>TFM</tt> - and <tt>PK</tt> files from Bitstream compressed - outline fonts.</p> - </li> - - <li> - <p>If you prepare multilingual documents, you'll - appreciate the attention they receive in the PCTeX - documentation. Although the ability to compose - multilingual documents is really a feature of TeX - version 3, not PCTeX in particular, PTI provides - step-by-step instructions for building a multilingual - format file. Support files for English, French<a - id="id2932869" class="indexterm" - name="id2932869"></a>, and Spanish<a id="id2932885" - class="indexterm" name="id2932885"></a> are - included.</p> - </li> - </ul> - </div> - - <p>PTI's previewer, <b>PTI View</b>, is described in - Chapter <a href="ch09.html" - title="Chapter 9. Previewing">Chapter 9</a>, - <span class="emphasis"><em><a href="ch09.html" - title="Chapter 9. Previewing">Chapter 9</a></em></span>. - The <b>PTI Laser/HP</b> and <b>PTI Laser/PS</b> printer - drivers are discussed in Chapter <a href="ch08.html" - title="Chapter 8. Printing">Chapter 8</a>, - <span class="emphasis"><em><a href="ch08.html" - title="Chapter 8. Printing">Chapter 8</a></em></span>. - Drivers for DeskJet and Epson printers are also - available.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.pctexforwin" name="sec.pctexforwin"></a>PCTeX - For Windows</h2> - </div> - </div> - - <p>PCTeX For Windows<a id="id2932979" class="indexterm" - name="id2932979"></a><a id="id2932991" class="indexterm" - name="id2932991"></a> is a new offering from Personal TeX, - Inc.<a id="id2933006" class="indexterm" - name="id2933006"></a> PCTeX For Windows is a superset of - Personal TeX's MS-DOS version of PCTeX.</p> - - <p>This version of PCTeX is an integrated system with a - built-in editor (with complete on-line help), previewer, - and push-button access to PCTeX for composing your - documents. Figure <a href="ch14.html#fig.wpctex" - title="Figure 14.2. PCTeX For Windows editing and previewing a LaTeX document"> - Figure 14.2</a> shows PCTeX For Windows in action.</p> - - <div class="figure"> - <a id="fig.wpctex" name="fig.wpctex"></a> - - <p class="title"><b>Figure 14.2. PCTeX For - Windows editing and previewing a LaTeX document</b></p> -<pre class="screen"> -FIXME: -</pre> - </div> - - <p><b>PCTeX For Windows</b> includes a complete set of - Computer Modern and \AmS fonts in scalable TrueType format. - This allows PCTeX to print directly to any printer (or - other device) supported by Microsoft Windows. To provide - better access to other TrueType fonts that you may have - installed, PCTeX includes a <tt>TFM</tt> generator for - TrueType fonts. This generator is shown in Figure <a - href="ch14.html#fig.wpctextttotf" - title="Figure 14.3. PCTeX For Windows TrueType font metric builder"> - Figure 14.3</a>.</p> - - <div class="figure"> - <a id="fig.wpctextttotf" name="fig.wpctextttotf"></a> - - <p class="title"><b>Figure 14.3. PCTeX For - Windows TrueType font metric builder</b></p> -<pre class="screen"> -FIXME: -</pre> - </div> - - <p>Except for the <b>PXtoPK</b> and <b>PKtoPX</b> - utilities, <b>PCTeX For Windows</b> has all of the features - of the MS-DOS version of PCTeX.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2933148" - name="id2933148"></a>Scientific Word</h2> - </div> - </div> - - <p><b>Scientific Word</b><a id="id2933161" - class="indexterm" name="id2933161"></a>, a commercial - package from TCI Software Research<a id="id2933174" - class="indexterm" name="id2933174"></a>, bridges the gap - between TeX and word processing by providing a more or less - WYSIWYG interface on top of TeX. <b>Scientific Word</b> - requires Microsoft Windows<a id="id2933192" - class="indexterm" name="id2933192"></a>. Figure <a - href="ch14.html#fig.sciword" - title="Figure 14.4. Editing a document with Scientific Word "> - Figure 14.4</a> shows a sample document being edited - by <b>Scientific Word</b>.</p> - - <div class="figure"> - <a id="fig.sciword" name="fig.sciword"></a> - - <p class="title"><b>Figure 14.4. Editing a - document with Scientific Word</b></p> -<pre class="screen"> -FIXME: -</pre> - </div> - - <p><b>Scientific Word</b> is a powerful program that might - prove to be invaluable in some circumstances. An ideal - candidate for <b>Scientific Word</b> is someone with little - or no desire to learn TeX, but who wants professional - quality output for documents containing a lot of - mathematics. <b>Scientific Word</b> is not simply a fast, - interactive previewer; it really is a visual editor that - produces TeX code behind the scenes. You enter document - elements (even complex elements like mathematics) in an - interactive push-button fashion, and <b>Scientific Word</b> - translates it into the appropriate LaTeX input. This is - very different from Blue Sky Research's <b>Textures</b> - where the user types in TeX but has nearly instantaneous - feedback.</p> - - <p>Unfortunately, the complexity of TeX vastly exceeds - <b>Scientific Word's</b> ability to act as a visual editor, - and this leads to a number of potentially confusing - discrepancies. For example, in a TeX document, the - \parindent and \parskip control sequences control the - indentation of the first line of a paragraph and the - distance between paragraphs. In <b>Scientific Word</b>, the - on-screen appearance of the document is controlled - separately. This difference is apparent in Figure <a - href="ch14.html#fig.sciword" - title="Figure 14.4. Editing a document with Scientific Word "> - Figure 14.4</a>, where the paragraphs appear to be - indented with no additional space between them, and - Figure <a href="ch14.html#fig.commercial.swpreview" - title="Figure 14.5. Preview of the Scientific Word document shown in Figure "> - Figure 14.5</a> (the same document shown in the - previewer) where the paragraphs are not indented but have - additional space between them.</p> - - <p>These discrepancies arise because <b>Scientific Word</b> - was designed with the same philosophy as LaTeX: separation - of content and form. The purpose of the <b>Scientific - Word</b> editor is to allow you to organize your thoughts - and perfect the content of your document. It is the job of - LaTeX, in conjunction with the document style options that - you select, to perfect the appearance of your document. The - display shown in Figure <a - href="ch14.html#fig.sciword" - title="Figure 14.4. Editing a document with Scientific Word "> - Figure 14.4</a> is not incorrect in any way, it just - isn't WYSIWYG. TCI Research claims that “by going - beyond WYSIWYG, <b>Scientific Word</b> allows you to focus - on the creative process $…$ and not the layout - commands necessary to typeset [your document].”</p> - - <div class="figure"> - <a id="fig.commercial.swpreview" - name="fig.commercial.swpreview"></a> - - <p class="title"><b>Figure 14.5. Preview of the - Scientific Word document shown in Figure <a - href="ch14.html#fig.sciword" - title="Figure 14.4. Editing a document with Scientific Word "> - Figure 14.4</a></b></p> -<pre class="screen"> -FIXME: -</pre> - </div> - - <p>When <b>Scientific Word</b> encounters TeX code that it - does not understand, it leaves a labelled grey box in the - display (you can see two such boxes above the chapter title - “Unsolved Problems” in Figure <a - href="ch14.html#fig.sciword" - title="Figure 14.4. Editing a document with Scientific Word "> - Figure 14.4</a>).<sup>[<a id="id2933466" - name="id2933466" href="#ftn.id2933466">127</a>]</sup> This - means that you can edit all of the TeX code in your - document from within <b>Scientific Word</b>, and small - amounts of customization do not require abandoning the - program. The <b>Scientific Word</b> technical reference, - included online with the program, describes how you can - tailor <b>Scientific Word</b> to recognize many of your - customizations.</p> - - <p>Behind the scenes, <b>Scientific Word</b> documents are - processed by a full-fledged TeX processor (TurboTeX<a - id="id2933511" class="indexterm" name="id2933511"></a> by - the Kinch Computer Company<a id="id2933524" - class="indexterm" name="id2933524"></a>). This includes - integrated document formatting and previewing under - Windows. Starting with version 1.1 of <b>Scientific - Word</b>, instructions are included to switch to a - different version of TeX, or different previewers and DVI - drivers, if you prefer.</p> - </div> - - <div class="footnotes"> - <br /> - <hr width="100" align="left" /> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2931663" name="ftn.id2931663" - href="#id2931663">126</a>]</sup> {<b>DVIWindo</b> is - described in Chapter <a href="ch09.html" - title="Chapter 9. Previewing">Chapter 9</a>, - and <b>dvipsone</b> is described in Chapter <a - href="ch08.html" - title="Chapter 8. Printing">Chapter 8</a>.}</p> - </div> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2933466" name="ftn.id2933466" - href="#id2933466">127</a>]</sup> {I forced the issue of - unrecognized control sequences by inserting \parskip and - \parindent control sequences into the body of the - document. They really belong in a document style - option.}</p> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Chapter 13. Non-commercial Environments" - href="ch13.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Chapter 15. TeX on the Macintosh" - href="ch15.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left"> - Chapter 13. Non-commercial - Environments </td> - - <td width="20%" align="center"><a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Chapter 15. TeX on the Macintosh</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/ch15.html b/Master/texmf-doc/doc/english/make-tex-work/html/ch15.html deleted file mode 100644 index 339ed29bd3f..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/ch15.html +++ /dev/null @@ -1,958 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Chapter 15. TeX on the Macintosh</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="pt03.html" - title="Part III. A Tools Overview" /> - <link rel="previous" href="ch14.html" - title="Chapter 14. Commercial Environments" /> - <link rel="next" href="ch16.html" - title="Chapter 16. TeX Utilities" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Chapter 14. Commercial Environments" - href="ch14.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a - title="Chapter 16. TeX Utilities" - href="ch16.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="chapter"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="chap.mac" - name="chap.mac"></a>Chapter 15. TeX on the - Macintosh</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - <hr class="component-separator" /> - </div> - - <p><a id="id2931284" class="indexterm" - name="id2931284"></a>For the most part, using TeX on the - Macintosh is like using TeX on any other system. Certainly, - the TeX documents that you edit are the same, and the output - (on paper) is the same as the output from any other version - of TeX.</p> - - <p>However, because they are immersed in a consistent - graphical environment, Macintosh tools have a substantially - different appearance from their non-graphical - counterparts.<sup>[<a id="id2931310" name="id2931310" - href="#ftn.id2931310">128</a>]</sup></p> - - <p>There are four implementations of TeX available for the - Macintosh. Of these four, one is commercial, two are - shareware, and one is (mostly) free. The following sections - present an overview of each implementation, in alphabetical - order.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.Excalibur" - name="sec.Excalibur"></a>CMacTeX</h2> - </div> - </div> - - <p>The CMacTeX<a id="id2931194" class="indexterm" - name="id2931194"></a> package includes the most recent - versions of TeX and MetaFont and all of the standard tools. - A port of \dvips\index{dvips!for Macintosh} is also - included, as well as a <tt>DVI</tt> previewer and a - <b>PrintPS<a id="id2931222" class="indexterm" - name="id2931222"></a></b> tool for printing PostScript - files directly to a LaserWriter printer over AppleTalk.</p> - - <p>Each utility is a straightforward port of its unix - counterpart. Command-line options have been replaced by - standard Mac dialog boxes and menus where appropriate. TeX - has been extended to include a built-in editor, although it - is not necessary to use that editor if you have another - favorite.</p> - - <p>By design, CMacTeX is a very modular package. This makes - it easy to substitute different tools, or different ports - of the same tools, where it is advantageous to do so. For - example, you can use <b>MacGS<a id="id2931255" - class="indexterm" name="id2931255"></a></b><a - id="id2933708" class="indexterm" name="id2933708"></a> (a - Macintosh version of <b>Ghostscript</b>) as a previewer if - you like.</p> - - <p>Small versions of TeX, iniTeX, MetaFont, and - <b>iniMF</b> are provided in the free distribution of - CMacTeX. Big versions are available only in a commercial - distribution purchased directly from the author. At the - time of this writing, the commercial distribution is - available on diskettes and via email. The commercial - version also provides fully automated font generation (see - “<a href="ch05.html#sec.autofont" - title="Automatic Font Generation by DVI Drivers">the - section called “Automatic Font Generation by DVI - Drivers”</a>” in Chapter <a - href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, - <span class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>) - and faster versions of TeX and MetaFont.</p> - - <p>The configuration files<a id="id2933780" - class="indexterm" name="id2933780"></a> used by CMacTeX - resemble the environment variables used by implementations - of TeX on other systems. You can set up multiple search - folders for input files and fonts, for example, by - providing a list of folder names separated by colons.</p> - - <p>Table <a href="ch15.html#tab.mac.cmacdist" - title="Table 15.1. Summary of the \protect\cmactex Distribution at CTAN"> - Table 15.1</a> summarizes the CMacTeX version 2.1 - distribution available on the CTAN archives (in - <tt>systems/mac/cmactex</tt>) as of July, 1993. The - top-level folders and their contents are presented, not a - list of the archive files that form the distribution.</p> - - <div class="table"> - <a id="tab.mac.cmacdist" name="tab.mac.cmacdist"></a> - - <p class="title"><b>Table 15.1. Summary of the - \protect\cmactex Distribution at CTAN</b></p> - - <table - summary="Summary of the \protect\cmactex Distribution at CTAN" - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Folder</th> - - <th align="left">\bf Description</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\it TeX</td> - - <td align="left">Small versions of TeX</td> - </tr> - - <tr> - <td align="left">\it Metafont</td> - - <td align="left">Small versions of MetaFont</td> - </tr> - - <tr> - <td align="left">\it view\</td> - - <td align="left">print</td> - - <td><tt>DVI</tt> previewer and <b>PrintPS</b></td> - </tr> - - <tr> - <td align="left">\it dvips5516</td> - - <td align="left">Complete distribution of \dvips, - version 5.516.</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\it Utilities</td> - - <td align="left">All of the standard \texware and - \mfware utilities</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\it ams</td> - - <td align="left">Versions of AMSTeX and - AMSLaTeX</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\it ams-pk</td> - - <td align="left">\AmS-fonts in <tt>PK</tt> - format</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\it ams-tfm</td> - - <td align="left"><tt>TFM</tt> files for the - \AmS-fonts</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\it amsfonts</td> - - <td align="left">MetaFont sources for version 2.0 - of the \AmS-fonts</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\it tfms</td> - - <td align="left"><tt>TFM</tt> files for the CMR and - LaTeX fonts</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\it cmpk300</td> - - <td align="left">The CMR fonts in <tt>PK</tt> - format</td> - - <td class="auto-generated"> </td> - </tr> - - <tr> - <td align="left">\it lpk300</td> - - <td align="left">The LaTeX extensions to CMR in - <tt>PK</tt> format</td> - - <td class="auto-generated"> </td> - </tr> - </tbody> - </table> - </div> - - <p>The installation instructions for CMacTeX are easy to - understand, but you will have to configure CMacTeX before - you try to use it. Unfortunately, the default configuration - files do not reflect the layout of folders that results - directly from unpacking the archive files.</p> - - <p>CMacTeX includes a prebuilt format file for Plain TeX, - but if you want to use LaTeX, you will have to build the - format file with iniTeX first.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2934116" - name="id2934116"></a>DirectTeX</h2> - </div> - </div> - - <p>DirectTeX<a id="id2934125" class="indexterm" - name="id2934125"></a> <a id="id2934136" class="indexterm" - name="id2934136"></a> is a Macintosh Programmer's Workshop - (MPW)<a id="id2934152" class="indexterm" - name="id2934152"></a> based TeX package. It is distributed - in archive files containing eight disk images. You will - have to copy each disk image onto a diskette (using a tool - provided) before you can install DirectTeX.</p> - - <p>Because I don't have access to a Mac with MPW installed, - there is very little that I can say about DirectTeX at this - point.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2934176" - name="id2934176"></a>OzTeX</h2> - </div> - </div> - - <p>OzTeX<a id="id2934185" class="indexterm" - name="id2934185"></a> is a complete TeX package that - includes an integrated <tt>DVI</tt> previewer. OzTeX can - print TeX <tt>DVI</tt> files directly to any printer - selected by the <b>Chooser<a id="id2934223" - class="indexterm" name="id2934223"></a></b>. Because OzTeX - does not include MetaFont, you may need to get from some - other source <tt>PK</tt> files at a resolution appropiate - for your printer. The standard OzTeX distribution includes - a complete set of <tt>PK</tt> files<a id="id2934253" - class="indexterm" name="id2934253"></a> for 300dpi and - 360dpi printers.</p> - - <p>A default configuration file and a selection of - specialized configuration files for different printers and - environments are provided with OzTeX. The distinction - between big and small implementations of TeX has been - replaced by configurable memory limits<a id="id2934277" - class="indexterm" name="id2934277"></a>. With enough RAM - and appropriate configuration, you should be able to get - OzTeX to process any TeX file you give it.</p> - - <p>OzTeX includes a simple text editor called - <b>$\Sigma$Edit<a id="id2934309" class="indexterm" - name="id2934309"></a></b>, but you can replace it with any - editor you choose. Table <a - href="ch15.html#tab.mac.oztexdist" - title="Table 15.2. Summary of the \protect\oztex Distribution at CTAN"> - Table 15.2</a> summarizes the OzTeX version 1.5 - distribution available on the CTAN archives (in - <tt>systems/mac/oztex</tt>) as of July, 1993. The top-level - folders and their contents are given, not a list of the - archive files that form the distribution.</p> - - <div class="table"> - <a id="tab.mac.oztexdist" name="tab.mac.oztexdist"></a> - - <p class="title"><b>Table 15.2. Summary of the - \protect\oztex Distribution at CTAN</b></p> - - <table - summary="Summary of the \protect\oztex Distribution at CTAN" - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Folder</th> - - <th align="left">\bf Contents</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\it Configs</td> - - <td align="left">Configuration files</td> - </tr> - - <tr> - <td align="left">\it TeX-formats</td> - - <td align="left">Format files for Plain TeX and - LaTeX</td> - </tr> - - <tr> - <td align="left">\it TeX-fonts</td> - - <td align="left"><tt>TFM</tt> files for CMR, LaTeX, - and PostScript fonts</td> - </tr> - - <tr> - <td align="left">\it Help-files</td> - - <td align="left">Online help files</td> - </tr> - - <tr> - <td align="left">\it PS-files</td> - - <td align="left">PostScript sources for OzTeX's - PostScript built-in driver</td> - </tr> - - <tr> - <td align="left">\it TeX-docs</td> - - <td align="left">Example TeX files</td> - </tr> - - <tr> - <td align="left">\it LaTeX-docs</td> - - <td align="left">LaTeX sources for a 26 page User's - Guide to OzTeX</td> - </tr> - - <tr> - <td align="left">\it $\Sigma$Edit</td> - - <td align="left">A simple text editor desk - accessory</td> - </tr> - - <tr> - <td align="left">\it TeX-inputs</td> - - <td align="left">Input files for Plain TeX and - LaTeX</td> - </tr> - - <tr> - <td align="left">\it PK-files</td> - - <td align="left">A set of <tt>PK</tt> files for - 300dpi and 360dpi printers</td> - </tr> - </tbody> - </table> - </div> - - <p>The OzTeX <tt>DVI</tt> printer recognizes \special - commands for inserting PICT<a id="id2934565" - class="indexterm" name="id2934565"></a>, PNTG<a - id="id2934574" class="indexterm" name="id2934574"></a> - (<b>MacPaint</b>), and EPSF<a id="id2934589" - class="indexterm" name="id2934589"></a> images into your - documents. Provision is also made for including raw - PostScript code if the selected printer is a PostScript<a - id="id2934601" class="indexterm" name="id2934601"></a> - printer.</p> - - <p>OzTeX is a shareware program. If you continue to use it - after a reasonable trial period, you are expected to - purchase it.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2934618" - name="id2934618"></a>Textures</h2> - </div> - </div> - - <p><b>Textures<a id="id2934631" class="indexterm" - name="id2934631"></a></b> is a commercial implementation of - TeX from Blue Sky Research<a id="id2934639" - class="indexterm" name="id2934639"></a>. It has a number of - features that make it unique in the TeX market. It is - supported by a complete user's guide and access to - telephone and email product support.</p> - - <p>Textures supports an interactive preview mode called - <span class="emphasis"><em>Lightning</em></span> Textures<a - id="id2934662" class="indexterm" name="id2934662"></a><a - id="id2934669" class="indexterm" name="id2934669"></a>. It - is this feature that really sets Textures apart from other - implementations. In this mode, changes to your document are - reflected immediately in the preview window. In an - environment with sufficient resources (memory and - processing speed), the result is striking. Constructing - complex items like tables and mathematical formulae is much - easier, especially for the TeX novice, than using the - conventional edit, TeX, preview, debug cycle. Because the - log file is also visible, it's easy to see when you've - written erroneous TeX code.</p> - - <p>Note that <span class="emphasis"><em>Lightning - Textures</em></span> is not really a WYSIWYG environment - (like <b>Scientific Word</b>, for example) because you - still enter regular TeX commands in a purely textual - fashion. You get immediate feedback in a different - window.</p> - - <p>Textures is fast. Extensive instrumentation and - hand-tuning of the program has produced an executable that - is several (maybe many) times faster than other TeX - executables on similar hardware.</p> - - <p>A complete set of Computer Modern Roman fonts is - provided in Adobe Type 1 format. This means that any - font can be rendered at any size without loss of quality. - PostScript versions of the \AmS-fonts are also available. - The fonts can be purchased separately in either Macintosh - or Adobe <tt>PFB</tt> formats.</p> - - <p>Textures is a very integrated environment. This can - hardly be labelled a disadvantage considering how well it - works, but it does mean that some extra effort is required - if you want access to your document in a less integrated - fashion. Using another editor to compose your document is - possible, but it prevents you from using <span - class="emphasis"><em>Lighting</em></span> Textures. - Starting with version 1.6, the Textures editor includes a - macro programming language, so you can customize it with - features that you find useful. Blue Sky Research provides - the tools you need to incorporate other fonts into TeX or - extract TeX files (like <tt>DVI</tt> files) that are - normally hidden from view by Textures.</p> - - <p>Figure <a href="ch15.html#fig.mac.textures" - title="Figure 15.1. Editing, previewing, and typesetting in Textures"> - Figure 15.1</a> shows an example of a Textures - session. The preview quality in this image is less than - optimal because the Macintosh that Textures is running on - does not have Adobe Type Manager.</p> - - <div class="figure"> - <a id="fig.mac.textures" name="fig.mac.textures"></a> - - <p class="title"><b>Figure 15.1. Editing, - previewing, and typesetting in Textures</b></p> -<pre class="screen"> -FIXME: -</pre> - </div> - - <p>Because the Computer Modern Roman fonts are included in - Adobe Type 1 format, MetaFont is not provided in the - Textures package. Recently, BSR made their version of - MetaFont freely available. BSR's MetaFont was designed to - work with Textures, and creates output files that are - suitable for Textures, but not necessarily the standard - <tt>GF</tt> and <tt>TFM</tt> files you might expect. Those - files can be obtained elsewhere, of course.</p> - - <p>The Textures package includes implementations of many - auxiliary TeX programs including BibTeX<a id="id2934846" - class="indexterm" name="id2934846"></a>, <b>MakeIndex<a - id="id2934864" class="indexterm" name="id2934864"></a></b>, - the <b>Excalibur<a id="id2934878" class="indexterm" - name="id2934878"></a></b> spellchecker (see the “<a - href="ch15.html#sec.Excalibur" title="CMacTeX">the section - called “CMacTeX”</a>” section later in - this chapter), a <b>DVITool<a id="id2934906" - class="indexterm" name="id2934906"></a></b> for importing - and exporting <tt>DVI</tt> files, and font tools for - importing and exporting fonts. (Because Textures doesn't - use <tt>PK</tt> files directly, the standard \mfware tools - are not provided.) The Textures font tools are freely - available from Blue Sky Research; see the “<a - href="ch15.html#sec.bsrtools" title="BSR Font Tools">the - section called “BSR Font Tools”</a>” - section later in this chapter. Textures also supports - virtual fonts.</p> - - <p>Textures includes the Eplain<a id="id2934956" - class="indexterm" name="id2934956"></a> and Midnight<a - id="id2934964" class="indexterm" name="id2934964"></a> - macro packages in addition to Plain TeX and LaTeX. iniTeX - is built into Textures, so you can make additional format - files as described in Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>. - Making format files with Textures requires a Macintosh Plus - or other system with at least 1Mb of memory.</p> - - <p>The Textures previewer and printing operations - understand bitmap or scalable (EPSF) pictures inserted into - your document with \special commands. Although not visible - on the previewer, raw PostScript can also be inserted for - documents printed on PostScript devices.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2935013" - name="id2935013"></a>Other Tools</h2> - </div> - </div> - - <p>The following sections describe Macintosh versions of - other common tools. Some of these programs are unique to - the Mac, while others are ports of tools from other - systems.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2935026" - name="id2935026"></a>Alpha</h3> - </div> - </div> - - <p><b>Alpha<a id="id2935040" class="indexterm" - name="id2935040"></a></b> is a sophisticated shareware - editor for text files. <b>Alpha</b> uses <b>Tcl<a - id="id2935061" class="indexterm" - name="id2935061"></a></b>, an interpreted C-like - language, as a macro programming language for extending - the editor. LaTeX support, which is written in - <b>Tcl</b>, is very complete. An example of the - <b>Alpha</b> editor is shown in Figure <a - href="ch15.html#fig.mac.alpha" - title="Figure 15.2. Alpha editing the fonts chapter from this book"> - Figure 15.2</a>.</p> - - <div class="figure"> - <a id="fig.mac.alpha" name="fig.mac.alpha"></a> - - <p class="title"><b>Figure 15.2. Alpha - editing the fonts chapter from this book</b></p> -<pre class="screen"> -FIXME: -</pre> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2935128" - name="id2935128"></a>BBEdit</h3> - </div> - </div> - - <p><b>BBEdit<a id="id2935142" class="indexterm" - name="id2935142"></a></b> is another shareware editor. - Like <b>Alpha</b>, it has a wide range of features - including a LaTeX-aware editing mode. An example of the - <b>BBEdit</b> editor is shown in Figure <a - href="ch15.html#fig.mac.bbedit" - title="Figure 15.3. \program{BBEdit} editing the fonts chapter from this book"> - Figure 15.3</a>.</p> - - <div class="figure"> - <a id="fig.mac.bbedit" name="fig.mac.bbedit"></a> - - <p class="title"> - <b>Figure 15.3. \program{BBEdit} editing the - fonts chapter from this book</b></p> -<pre class="screen"> -FIXME: -</pre> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.bsrtools" - name="sec.bsrtools"></a>BSR Font Tools</h3> - </div> - </div> - - <p>The Macintosh Programmer's Workshop (MPW)<a - id="id2935216" class="indexterm" name="id2935216"></a> is - required to use the Blue Sky Research Font Tools. These - tools were written for Textures users so that they could - make other fonts, like those created with MetaFont, for - example, usable in Textures. In practice however, they - create standard Macintosh font resources, so the - resulting fonts can be used by any Mac application. - Table <a href="ch15.html#tab.mac.bsrtools" - title="Table 15.3. Font Tools in the BSR package"> - Table 15.3</a> describes the tools included in the - <b>BSR Font Tools<a id="id2935252" class="indexterm" - name="id2935252"></a></b> package.</p> - - <div class="table"> - <a id="tab.mac.bsrtools" name="tab.mac.bsrtools"></a> - - <p class="title"><b>Table 15.3. Font Tools in - the BSR package</b></p> - - <table summary="Font Tools in the BSR package" - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Tool</th> - - <th align="left">\bf Description</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\it GFtoPK</td> - - <td align="left">Converts MetaFont <tt>GF</tt> - files into standard <tt>PK</tt> format</td> - </tr> - - <tr> - <td align="left">\it PKtoFOND</td> - - <td align="left">Creates Mac FOND resource from - <tt>PK</tt> and <tt>TFM</tt> files</td> - </tr> - - <tr> - <td align="left">\it TFMtoSuit</td> - - <td align="left">Creates a font metrics - suitcase</td> - </tr> - - <tr> - <td align="left">\it NFNTcon</td> - - <td align="left">Finds NFNT resource numbering - conflicts</td> - </tr> - - <tr> - <td align="left">\it TFtoPL</td> - - <td align="left">Converts <tt>TFM</tt> files into - <tt>PL</tt> files</td> - </tr> - - <tr> - <td align="left">\it PLtoTF</td> - - <td align="left">Translates <tt>PL</tt> files - (back) into <tt>TFM</tt> files</td> - </tr> - </tbody> - </table> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2935468" - name="id2935468"></a>Excalibur</h3> - </div> - </div> - - <p><b>Excalibur<a id="id2935481" class="indexterm" - name="id2935481"></a></b> is a spellchecker designed to - work with LaTeX documents. An example of <b>Excalibur</b> - is shown in Figure <a - href="ch15.html#fig.mac.Excalibur" - title="Figure 15.4. \program{Excalibur} spellchecking the fonts chapter from this book"> - Figure 15.4</a>.</p> - - <div class="figure"> - <a id="fig.mac.Excalibur" name="fig.mac.Excalibur"></a> - - <p class="title"> - <b>Figure 15.4. \program{Excalibur} - spellchecking the fonts chapter from this book</b></p> -<pre class="screen"> -FIXME: -</pre> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2935534" - name="id2935534"></a>HyperBibTeX</h3> - </div> - </div> - - <p><a id="id2935542" class="indexterm" - name="id2935542"></a>This is a hypercard stack for - maintaining bibliographic databases <a id="id2935554" - class="indexterm" name="id2935554"></a> <a id="id2935565" - class="indexterm" name="id2935565"></a> suitable for use - with BibTeX<a id="id2935577" class="indexterm" - name="id2935577"></a>. BibTeX is described in - Chapter <a href="ch12.html" - title="Chapter 12. Bibliographies, Indexes, and Glossaries"> - Chapter 12</a>, <span class="emphasis"><em><a - href="ch12.html" - title="Chapter 12. Bibliographies, Indexes, and Glossaries"> - Chapter 12</a></em></span>. An example of - HyperBibTeX is shown in Figure <a - href="ch15.html#fig.mac.hyperbib" - title="Figure 15.5. The \program{Hyper\BibTeX} view of a bibliographic database"> - Figure 15.5</a>.</p> - - <div class="figure"> - <a id="fig.mac.hyperbib" name="fig.mac.hyperbib"></a> - - <p class="title"><b>Figure 15.5. The - \program{Hyper\BibTeX} view of a bibliographic - database</b></p> -<pre class="screen"> -FIXME: -</pre> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2935646" - name="id2935646"></a>MacGS</h3> - </div> - </div> - - <p><b>MacGS<a id="id2935659" class="indexterm" - name="id2935659"></a></b> is a Macintosh port of GNU - <b>Ghostscript</b><a id="id2935673" class="indexterm" - name="id2935673"></a>, described in Chapter <a - href="ch09.html" - title="Chapter 9. Previewing">Chapter 9</a>, - <span class="emphasis"><em><a href="ch09.html" - title="Chapter 9. Previewing">Chapter 9</a></em></span>.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2935708" - name="id2935708"></a>dvidvi</h3> - </div> - </div> - - <p><b>dvidvi<a id="id2935720" class="indexterm" - name="id2935720"></a></b> is a Macintosh port of the - <b>dvidvi</b> utility for rearranging pages in a - <tt>DVI</tt> file.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2935748" - name="id2935748"></a>MacDVIcopy</h3> - </div> - </div> - - <p><b>MacDVIcopy<a id="id2935761" class="indexterm" - name="id2935761"></a></b> is a port of the <b>DVICOPY<a - id="id2935775" class="indexterm" - name="id2935775"></a></b> utility, which transforms - virtual font references in a <tt>DVI</tt> file into the - appropriate non-virtual fonts or commands. This allows - DVI drivers and previewers that lack support for virtual - fonts to preview documents that use them.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2935800" - name="id2935800"></a>MacBibTeX</h3> - </div> - </div> - - <p>MacBibTeX<a id="id2935808" class="indexterm" - name="id2935808"></a> is a port of the standard BibTeX - utility for accessing bibliographic databases in a - document. BibTeX is described in Chapter <a - href="ch12.html" - title="Chapter 12. Bibliographies, Indexes, and Glossaries"> - Chapter 12</a>.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2935830" - name="id2935830"></a>MacMakeIndex</h3> - </div> - </div> - - <p><b>MacMakeIndex<a id="id2935843" class="indexterm" - name="id2935843"></a></b> is a port of the standard - <b>MakeIndex</b> for creating sorted, multilevel indexes - in a document. <b>MakeIndex</b> is described in - Chapter <a href="ch12.html" - title="Chapter 12. Bibliographies, Indexes, and Glossaries"> - Chapter 12</a>.</p> - </div> - </div> - - <div class="footnotes"> - <br /> - <hr width="100" align="left" /> - - <div class="footnote"> - <p><sup>[<a id="ftn.id2931310" name="ftn.id2931310" - href="#id2931310">128</a>]</sup> {I'm not going to argue - about the relative merits of graphical and non-graphical - environments or particular implementations of graphical - environments. When all is said and done, the Mac <span - class="emphasis"><em>is</em></span> different. 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Some of - these programs are mentioned elsewhere in this book in - connection with the particular tasks that they perform.</p> - - <p>Although many programs are described in this chapter, - there is no way that it can be entirely complete. There are - just too many programs on CTAN for me to be familiar with - <span class="emphasis"><em>all</em></span> of them. This list - is representative of the collection of programs present in - the archives during the winter of 1993. Regrettably, programs - not documented in English are not included at this time. Take - the time to explore the CTAN archives yourself; you won't be - disappointed.</p> - - <div class="sidebar"> - <p class="title"><b>Use the Web, Luke!</b></p> - - <p>One of the most convenient online tools for searching - the archives is the World Wide Web (WWW) interface - available at <tt>http://jasper.ora.com/ctan.html</tt>. The - WWW interface is constructed automatically from the most - recent list of files in the CTAN archives with annotations - taken from this chapter from the <tt>TeX-index</tt>, and - from the <tt>ctan.dat</tt> descriptions maintained by the - CTAN archivists.</p> - </div> - - <p>This chapter attempts to describe only part of the - archives. Here are some of the things that are <span - class="emphasis"><em>not</em></span> described in this - chapter:</p> - - <div class="itemizedlist"> - <ul type="disc"> - <li> - <p>The thirty or more packages in the - <tt>archive-tools</tt> directory. This directory - contains sources and executables for almost every - archiving tool imaginable. If you retrieve a file from - an FTP site and you don't have the tool necessary to - unpack it, you'll probably find it in here. You'll also - find other archive-related programs like an FTP server - and the <b>Gopher</b> sources.</p> - </li> - - <li> - <p>Files from the <tt>digests</tt>, - <tt>documentation</tt>, and <tt>help</tt> directories. - These are collections of electronic digests, documents, - and articles that discuss aspects of TeX. They are - recommended reading.</p> - </li> - - <li> - <p>Files from the <tt>fonts</tt> directory. These are - summarized in Chapter <a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, - <span class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>.</p> - </li> - - <li> - <p>Files from the <tt>languages</tt> directory. These - are summarized in Chapter <a href="ch07.html" - title="Chapter 7. International Considerations"> - Chapter 7</a>, <span class="emphasis"><em><a - href="ch07.html" - title="Chapter 7. International Considerations"> - Chapter 7</a></em></span>.</p> - </li> - - <li> - <p>The many special macro files in the <tt>macros</tt> - subtree. Many macro formats are described in - Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>.</p> - </li> - - <li> - <p>Architecture-specific applications from the - <tt>systems</tt> subtree. These include applications - for Amiga, Atari, Macintosh, MS-DOS, OS/2, unix, VMS, - and Xenix systems. The Common-TeX distribution is also - available under this directory, as well as the standard - TeX distributions by Knuth. archiving tool imaginable. - If you retrieve a file from an FTP site and you don't - have the tool necessary to unpack it, you'll probably - find it in here. You'll also find other archive-related - programs like an FTP server and the <b>Gopher</b> - sources.</p> - </li> - - <li> - <p>Files from the <tt>digests</tt>, - <tt>documentation</tt>, and <tt>help</tt> directories. - These are collections of electronic digests, documents, - and articles that discuss aspects of TeX. They are - recommended reading.</p> - </li> - - <li> - <p>Files from the <tt>fonts</tt> directory. These are - summarized in Chapter <a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, - <span class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>.</p> - </li> - - <li> - <p>Files from the <tt>languages</tt> directory. These - are summarized in Chapter <a href="ch07.html" - title="Chapter 7. International Considerations"> - Chapter 7</a>, <span class="emphasis"><em><a - href="ch07.html" - title="Chapter 7. International Considerations"> - Chapter 7</a></em></span>.</p> - </li> - - <li> - <p>The many special macro files in the <tt>macros</tt> - subtree. Many macro formats are described in - Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>.</p> - </li> - </ul> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2936355" - name="id2936355"></a>List of Tools</h2> - </div> - </div> - - <p>These tools are available in the CTAN archives in the - directories specified. This list is sorted by CTAN path - name so that related utilities appear near each other.</p> - - <p> - \package{bib2dvi}{bib2dvi}{sh}{biblio/bibtex/utils/bib2dvi}</p> - - <p><b>bib2dvi</b> is a shell script that creates a - printable listing of an entire BibTeX database.</p> - - <p> - \package{bibcard}{bibcard}{C}{biblio/bibtex/utils/bibcard}</p> - - <p><b>bibcard</b> is an X11 based database editor for - BibTeX databases. This is an OpenWindows application - requiring the <tt>xview</tt> and <tt>olgx</tt> - libraries.</p> - - <p> - \package{bibclean}{bibclean}{}{biblio/bibtex/utils/bibclean}</p> - - <p><b>bibclean</b> syntax-checks and pretty-prints a BibTeX - database.</p> - - <p> - \package{bibextract}{bibextract}{}{biblio/bibtex/utils/bibextract}</p> - - <p><b>bibextract</b> extracts bibliographic entries from a - list of BibTeX databases based upon a user-supplied regular - expression.</p> - - <p> - \package{citefind}{citefind}{}{biblio/bibtex/utils/bibextract}</p> - - <p><b>citefind</b> extracts bibliographic entries from a - list of BibTeX databases based upon a user-supplied list of - keys.</p> - - <p> - \package{citetags}{citetags}{}{biblio/bibtex/utils/bibextract}</p> - - <p><b>citetags</b> extracts citation tags from a list of - LaTeX source files. These tags can be fed to - <b>citefind</b> to produce a bibliography database - customized for a particular document.</p> - - <p> - \package{bibindex}{bibindex}{}{biblio/bibtex/utils/bibindex}</p> - - <p><b>bibindex</b> creates a bibliographic index for the - <b>biblook</b> program.</p> - - <p> - \package{biblook}{biblook}{}{biblio/bibtex/utils/bibindex}</p> - - <p><b>biblook</b> uses a binary index constructed by - <b>bibindex</b> to perform very fast lookups into BibTeX - databases.</p> - - <p> - \package{bibsort}{bibsort}{}{biblio/bibtex/utils/bibsort}</p> - - <p><b>bibsort</b> sorts a BibTeX database.</p> - - <p> - \package{bibtool}{bibtool}{}{biblio/bibtex/utils/bibtool}</p> - - <p><b>bibtool</b> performs a number of operations on BibTeX - databases. It can pretty-print and syntax-check a database, - automatically build new keys, extract particular entries, - sort a database, and perform a number of other operations. - The operation of <b>bibtool</b> can be customized with one - or more resource files.</p> - - <p> - \package{aux2bib}{aux2bib}{}{biblio/bibtex/utils/bibtools}</p> - - <p><b>aux2bib</b> extracts citations from a LaTeX - <tt>AUX</tt> file and constructs a bibliography that - contains only the entries required by the document.</p> - - <p> - \package{bibify}{bibify}{}{biblio/bibtex/utils/bibtools}</p> - - <p><b>bibify</b> attempts to generate an <tt>AUX</tt> file - that contains appropriate references for citations. This - eliminates one LaTeX pass over the document and may be much - faster for large documents. <b>bibify</b> cannot handle - documents that use multiple <tt>AUX</tt> files.</p> - - <p> - \package{bibkey}{bibkey}{}{biblio/bibtex/utils/bibtools}</p> - - <p>Lists all entries in a BibTeX database that contain a - particular keyword in the keyword field.</p> - - <p> - \package{cleantex}{cleantex}{}{biblio/bibtex/utils/bibtools}</p> - - <p>Deletes temporary files (<tt>AUX</tt>, <tt>LOF</tt>, - etc.) created by LaTeX.</p> - - <p> - \package{looktex}{looktex}{}{biblio/bibtex/utils/bibtools}</p> - - <p>Lists all BibTeX database entries that match a specified - regular expression.</p> - - <p> - \package{makebib}{makebib}{}{biblio/bibtex/utils/bibtools}</p> - - <p><b>makebib</b> creates a “portable” BibTeX - database by performing string substitutions, removing - comments, and optionally discarding all entries that do not - match a given list of keys.</p> - - <p> - \package{printbib}{printbib}{}{biblio/bibtex/utils/bibtools}</p> - - <p><b>printbib</b> creates a printable listing of an entire - BibTeX database. <b>printbib</b> is also available in the - <tt>biblio/bibtex/utils/printbib</tt> directory.</p> - - <p> - \package{bibview}{bibview}{Perl}{biblio/bibtex/utils/bibview}</p> - - <p><b>bibview</b> is an interactive Perl script that allows - you to view and search through a BibTeX database.</p> - - <p> - \package{HyperBibTeX}{HyperBibTeX}{}{biblio/bibtex/utils/hyperbibtex}</p> - - <p><b>HyperBibTeX</b> is a Macintosh tool for manipulating - BibTeX databases.</p> - - <p> - \package{bibdestringify}{bibdestringify}{}{biblio/bibtex/utils/lookbibtex}</p> - - <p><b>bibdestringify</b> performs BibTeX string - substitution on a BibTeX database.</p> - - <p> - \package{lookbibtex}{lookbibtex}{}{biblio/bibtex/utils/lookbibtex}</p> - - <p>Lists all BibTeX database entries that match a specified - regular expression.</p> - - <p>\package{r2bib}{r2bib}{C}{biblio/bibtex/utils/r2bib}</p> - - <p><b>r2bib</b> converts <b>refer</b> databases into BibTeX - databases.</p> - - <p> - \package{ref2bib}{ref2bib}{Perl}{biblio/bibtex/utils/ref2bib}</p> - - <p><b>ref2bib</b> converts <b>refer</b> databases into - BibTeX databases.</p> - - <p> - \package{xbibtex}{xbibtex}{}{biblio/bibtex/utils/xbibtex}</p> - - <p><b>xbibtex</b> is an X11 program for manipulating BibTeX - databases.</p> - - <p>\package{Public Doman DVI Driver - Family}{*}{C}{dviware/beebe}</p> - - <p>A collection of <tt>DVI</tt> drivers. This code has been - used as the basis for many other <tt>DVI</tt>-aware - programs. Table <a href="ch16.html#tab.util.beebedr" - title="Table 16.1. The Public Doman DVI Driver Family"> - Table 16.1</a> summarizes the drivers included in this - package.</p> - - <div class="table"> - <a id="tab.util.beebedr" name="tab.util.beebedr"></a> - - <p class="title"><b>Table 16.1. The Public - Doman DVI Driver Family</b></p> - - <table summary="The Public Doman DVI Driver Family" - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Driver</th> - - <th align="left">\bf Description</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\it dvialw</td> - - <td align="left">PostScript (Apple LaserWriter - laser printer)</td> - </tr> - - <tr> - <td align="left">\it dvibit</td> - - <td align="left">Version 3.10 BBN BitGraph - terminal</td> - </tr> - - <tr> - <td align="left">\it dvica2</td> - - <td align="left">Canon LBP-8 A2 laser printer</td> - </tr> - - <tr> - <td align="left">\it dvican</td> - - <td align="left">Canon LBP-8 A2 laser printer</td> - </tr> - - <tr> - <td align="left">\it dvidjp</td> - - <td align="left">Hewlett-Packard Desk Jet plus - (from LaserJet)</td> - </tr> - - <tr> - <td align="left">\it dvie72</td> - - <td align="left">Epson 9-pin family 240/216-dpi dot - matrix printer</td> - </tr> - - <tr> - <td align="left">\it dvie72</td> - - <td align="left">Epson 9-pin family 60/72-dpi dot - matrix printer</td> - </tr> - - <tr> - <td align="left">\it dvieps</td> - - <td align="left">Epson 9-pin family 240/216-dpi dot - matrix printer</td> - </tr> - - <tr> - <td align="left">\it dvieps</td> - - <td align="left">Epson 9-pin family 60/72-dpi dot - matrix printer</td> - </tr> - - <tr> - <td align="left">\it dvigd</td> - - <td align="left">Golden Dawn Golden Laser 100 laser - printer</td> - </tr> - - <tr> - <td align="left">\it dviimp</td> - - <td align="left">imPRESS (Imagen laser printer - family)</td> - </tr> - - <tr> - <td align="left">\it dvijep</td> - - <td align="left">Hewlett-Packard LaserJet Plus - laser printer</td> - </tr> - - <tr> - <td align="left">\it dvijet</td> - - <td align="left">Hewlett-Packard 2686A Laser Jet - laser printer</td> - </tr> - - <tr> - <td align="left">\it dvil3p</td> - - <td align="left">Digital LN03-PLUS 300 dpi laser - printer</td> - </tr> - - <tr> - <td align="left">\it dvil3p</td> - - <td align="left">Digital LN03-PLUS 150 dpi laser - printer</td> - </tr> - - <tr> - <td align="left">\it dvil75</td> - - <td align="left">DEC LA75 144h x 144v dot matrix - printer</td> - </tr> - - <tr> - <td align="left">\it dvil75</td> - - <td align="left">DEC LA75 72h x 72v dot matrix - printer</td> - </tr> - - <tr> - <td align="left">\it dvim72</td> - - <td align="left">Apple ImageWriter 144 dpi dot - matrix printer</td> - </tr> - - <tr> - <td align="left">\it dvim72</td> - - <td align="left">Apple ImageWriter 72 dpi dot - matrix printer</td> - </tr> - - <tr> - <td align="left">\it dvimac</td> - - <td align="left">Apple ImageWriter 144 dpi dot - matrix printer</td> - </tr> - - <tr> - <td align="left">\it dvimac</td> - - <td align="left">Apple ImageWriter 72 dpi dot - matrix printer</td> - </tr> - - <tr> - <td align="left">\it dvimpi</td> - - <td align="left">MPI Sprinter 144h x 144v dot - matrix printer</td> - </tr> - - <tr> - <td align="left">\it dvimpi</td> - - <td align="left">MPI Sprinter 72h x 72v dot matrix - printer</td> - </tr> - - <tr> - <td align="left">\it dvio72</td> - - <td align="left">OKIDATA Pacemark 2410 144 dpi dot - matrix printer</td> - </tr> - - <tr> - <td align="left">\it dvio72</td> - - <td align="left">OKIDATA Pacemark 2410 72 dpi dot - matrix printer</td> - </tr> - - <tr> - <td align="left">\it dvioki</td> - - <td align="left">OKIDATA Pacemark 2410 144 dpi dot - matrix printer</td> - </tr> - - <tr> - <td align="left">\it dvioki</td> - - <td align="left">OKIDATA Pacemark 2410 72 dpi dot - matrix printer</td> - </tr> - - <tr> - <td align="left">\it dviprx</td> - - <td align="left">Printronix 300/600 60h x 72v dpi - dot matrix printer</td> - </tr> - - <tr> - <td align="left">\it dvitos</td> - - <td align="left">Toshiba P-1351 180h x 180v dpi dot - matrix printer</td> - </tr> - </tbody> - </table> - </div> - - <p>\package{bitpxl}{bitpxl}{C}{dviware/bitpxl}</p> - - <p>Converts HP LaserJet bitmaps into PXL files.</p> - - <p>\package{cdvi}{cdvi}{}{dviware/cdvi}</p> - - <p>MS-DOS <tt>DVI</tt> file previewer. Does not support - external fonts, but has 16 Computer Modern fonts built - in.</p> - - <p> - \package{Crudetype}{crudetype}{Web}{dviware/crudetype/version3}</p> - - <p>A <tt>DVI</tt>-to-text translator. <b>Crudetype</b> - attempts to make a readable <tt>DVI</tt> file. An - interactive mode is available on some platforms. A - 132-column display is expected for most output.</p> - - <p>\package{DVItoVDU}{dvgt, dvitovdu, - dvi2vdu}{C}{dviware/dvgt}</p> - - <p><b>DVItoVDU</b> is a terminal previewer for <tt>DVI</tt> - files. The <b>dvgt</b> version supports graphics preview - using various graphics terminals and limited typeset - preview on other terminals such as the VT100 and VT220. - Tektronix emulation allows remote previewing of - <tt>DVI</tt> files through Telnet or using Kermit from a - PC, for example.</p> - - <p>\package{DVI2PCL}{dvi2pcl}{C}{dviware/dvi2pcl}</p> - - <p>Translates <tt>DVI</tt> files into HP LaserJet - format.</p> - - <p>\package{dvi2ps}{}{C}{dviware/dvi2ps}</p> - - <p>There are a number of translators called <b>dvi2ps</b>. - Some appear to be older <tt>DVI</tt> to PostScript - translators supporting the MIT <tt>printcap</tt> entries - and Apple LaserWriter printers, while others offer support - for Asian fonts compatible with the tools used by the - Japanese TeX User's Group and the <b>chfont</b> program, - better support for built-in printer features, and faster - execution.</p> - - <p>\package{psdvi}{psdvi}{C}{dviware/dvi2ps/psdvi}</p> - - <p>This program translates <tt>DVI</tt> files into - resolution-independent PostScript files. This allows the - PostScript output to be printed on high-resolution - phototypesetting equipment. Many other - <tt>DVI</tt>-to-PostScript converters assume that the - output resolution is 300dpi, which makes the PostScript - more difficult, or impossible, to print on high-resolution - devices.</p> - - <p>Because bitmapped fonts are inherently - resolution-dependent, documents that use them cannot be - translated with this driver. This means that none of the - Computer Modern or \AmS fonts can be used unless you have - them in PostScript Type 1 format.</p> - - <p>\package{DVI2QMS}{dvi2qms}{C}{dviware/dvi2qms}</p> - - <p>Translates <tt>DVI</tt> files into output suitable for - QMS 800/1200/2400 printers.</p> - - <p>\package{DVI2TTY}{dvi2tty}{C}{dviware/dvi2tty}</p> - - <p>Translates <tt>DVI</tt> files into plain ASCII text.</p> - - <p>\package{dvi2xx}{dvilj2, dvilj2p, dvilj, dviljp, - dvi3812}{C}{dviware/dvi2xx}</p> - - <p>Translates <tt>DVI</tt> files into output suitable for - the HP LaserJet family of printers and compatible printers. - It also supports output to the IBM 3812 printer. MS-DOS and - OS/2 executables are provided.</p> - - <p>\package{dviapollo}{dviapollo}{C}{dviware/dviapollo}</p> - - <p>A screen previewer for Apollo workstations.</p> - - <p>\package{dvibit}{dvibit}{C}{dviware/dvibit}</p> - - <p>A screen previewer for BBN BitGraph terminals.</p> - - <p>\package{dvibook}{dvibook}{C}{dviware/dvibook}</p> - - <p>Rearranges <tt>DVI</tt> file pages into a sequence - suitable for printing and folding into a book. Actually, it - produces signatures, which are small groups of pages that - can be folded together. A signature is composed of several - folded pages; a book is composed of many signatures bound - together.</p> - - <p>\package{DVIChk}{dvichk}{C}{dviware/dvichk}</p> - - <p><b>DVIChk</b> examines a <tt>DVI</tt> file and prints - out the page numbers that occur in the document in the - order in which they occur. Pages in a <tt>DVI</tt> file do - not have to occur in any particular order.</p> - - <p>\package{DVICOPY}{dvicopy}{Web}{dviware/dvicopy}</p> - - <p>This program copies a <tt>DVI</tt> file that contains - references to virtual fonts and creates an equivalent - <tt>DVI</tt> file with all references to virtual fonts - translated into references to the appropriate non-virtual - fonts.</p> - - <p>\package{DVIDIS}{dvidis}{C}{dviware/dvidis}</p> - - <p>A <tt>DVI</tt> file previewer for VaxStations running - VMS.</p> - - <p>\package{dvidoc}{dvidoc}{C}{dviware/dvidoc}</p> - - <p>Translates <tt>DVI</tt> files into plain ASCII. Although - it does not attempt to form the same page breaks, it does - claim to get the interword spacing correct.</p> - - <p>\package{DVIDVI}{dvidvi}{C}{dviware/dvidvi}</p> - - <p>Rearranges pages in a <tt>DVI</tt> file. The resulting - file is a new <tt>DVI</tt> file containing only the - selected pages. A Macintosh executable is available in - <tt>dviware/dvidvi/mac</tt>.</p> - - <p>\package{DVIEW}{dview}{}{dviware/dview}</p> - - <p>A very old previewer for MS-DOS. This program relies on - <tt>PXL</tt> files and requires the antique Almost Modern - fonts to print the user manual.</p> - - <p>\package{DVIIMP}{dviimp}{Web}{dviware/dviimp}</p> - - <p>Translates <tt>DVI</tt> files into a format suitable for - printing on an Imagen printer. This program reads - <tt>GF</tt> files rather than <tt>PK</tt> files.</p> - - <p>\package{dvimerge}{dvimerge}{<span - class="emphasis"><em>sh</em></span>}{dviware/dvimerge}</p> - - <p><b>dvimerge</b> is a shell script (written in <b>sh</b>) - that uses <b>dvidvi</b> and <b>dviconcat</b> to merge two - <tt>DVI</tt> files together.</p> - - <p>\package{DVIMSWin}{dvimswin}{}{dviware/dvimswin}</p> - - <p>A <tt>DVI</tt> previewer for MS-DOS running Windows 3.1. - This program uses <tt>PK</tt> fonts at screen resolution. - These can be generated by MetaFont or obtained from the - <b>dvivga</b> distribution.</p> - - <p>\package{dvipage}{dvipage}{C}{dviware/dvipage}</p> - - <p>A <tt>DVI</tt> previewer for workstations running - SunView version 3.0 or later.</p> - - <p>\package{dvipj}{dvipj}{C}{dviware/dvipj}</p> - - <p>This program is a modification of the <b>dvijet</b> - driver that supports color printing on the HP PaintJet - printer. To build this program, you need source from the - Public Doman DVI Driver Family.</p> - - <p>\package{dvips}{afm2tfm, dvips}{C}{dviware/dvips}</p> - - <p>The <b>dvips</b> program is the de facto standard - <tt>DVI</tt> to PostScript translator. Several versions are - available, although the most recent release seems to offer - a superset of the features provided by all the other - versions.</p> - - <p>\package{dvipsk}{afm2tfm, dvipsk}{C}{dviware/dvipsk}</p> - - <p><b>dvipsk</b> is a modification of <b>dvips</b> version - 5.516 that supports an extended path searching algorithm - for <tt>PK</tt> fonts.</p> - - <p>\package{DVISUN}{dvisun}{C}{dviware/dvisun}</p> - - <p>A <tt>DVI</tt> previewer for Sun II terminals.</p> - - <p>\package{dvitodvi}{dvitodvi}{C}{dviware/dvitodvi}</p> - - <p>Rearranges pages in a <tt>DVI</tt> file, producing a new - <tt>DVI</tt> file.</p> - - <p>\package{dvitool}{dvitool}{C}{dviware/dvitool}</p> - - <p>A <tt>DVI</tt> previewer for workstations running - SunView.</p> - - <p>\package{dvitops}{psfont, pfbtops, aftopl, - dvitops}{C}{dviware/dvitops/dvitops}</p> - - <p><b>dvitops</b> is a <tt>DVI</tt>-to-PostScript - translator. <b>psfont</b> can be used to download - PostScript fonts. <b>pfbtops</b> decodes printer font - binary files into printer font ASCII files. <b>aftopl</b> - builds a <tt>PL</tt> file from a PostScript <tt>AFM</tt> - file. <tt>PL</tt> files can be further translated into - <tt>TFM</tt> files with the standard <b>PLtoTF</b> - utility.</p> - - <p>\package{dvitovdu}{dvitovdu}{C}{dviware/dvitovdu}</p> - - <p>A <tt>DVI</tt> previewer for terminals. <b>dvitovdu</b> - handles plain ASCII terminals as well as some graphics - terminals. Includes VMS and unix ports.</p> - - <p>\package{dvitovdu}{dvitovdu}{C}{dviware/dvitovdu32}</p> - - <p>Another version of the <b>dvitovdu</b> <tt>DVI</tt> - previewer for terminals. <b>dvitovdu</b> handles plain - ASCII terminals as well as some graphics terminals. This - version seems to read only <tt>PXL</tt> files.</p> - - <p>\package{dvitty}{dvitty}{Pascal}{dviware/dvitty}</p> - - <p>A simple previewer for ASCII display of <tt>DVI</tt> - files.</p> - - <p>\package{DVIVGA}{dvivga}{}{dviware/dvivga}</p> - - <p>The <b>DVIVGA</b> distribution includes a program for - previewing <tt>DVI</tt> files on PCs with EGA, VGA, or MCGA - displays. <b>DVIVGA</b> is derived from the Public Doman - DVI Driver Family. \pagebreak The <b>DVIVGA</b> - distribution also includes a full set of <tt>PK</tt> fonts - at many resolutions: 70, 76, 84, 92, 100, 110, 121, 132, - 145, 174, 208, 250, and 300dpi. Other previewers that - require <tt>PK</tt> fonts at screen resolution (typically - near 100dpi) can also use these fonts.</p> - - <p>\package{DVIWIN}{dviwin}{}{dviware/dviwin}</p> - - <p>A screen previewer for MS-DOS running Windows 3.1. This - program includes the ability to use emTeX <tt>FLI</tt> font - libraries.</p> - - <p>\goodbreak - \package{eps}{eps}{C}{dviware/epson/eps-0.2}</p> - - <p>Prints a <tt>DVI</tt> file on an Epson dot-matrix - printer. Some <tt>PK</tt> fonts at the appropriate - resolutions are included in - <tt>dviware/epson/epson</tt>.</p> - - <p>\package{ivd2dvi}{ivd2dvi}{C}{dviware/ivd2dvi}</p> - - <p>The TeX-\XeT driver produces <tt>IVD</tt> files, which - are like <tt>DVI</tt> files except that they use some - special commands to perform reflection, which allows them - to print <span - class="emphasis"><em>right-to-left</em></span>.</p> - - <p>This program translates an <tt>IVD</tt> file into a - standard <tt>DVI</tt> file by replacing all of the special - commands with standard <tt>DVI</tt> file commands.</p> - - <p>\package{dvijep}{dvijep}{C}{dviware/kane}</p> - - <p>Another <tt>DVI</tt>-to-HP LaserJet+ driver.</p> - - <p>\package{dvijep\_p}{dvijep\_p}{C}{dviware/kane}</p> - - <p>A modified version of <b>dvijep</b> with Centronics PP8 - workarounds <span class="emphasis"><em>removed</em></span> - where they might confuse a real LaserJet+ printer.</p> - - <p>\package{dvi2kyo}{dvi2kyo}{C}{dviware/kyocera}</p> - - <p>A <tt>DVI</tt> translator that produces Kyocera's native - Prescribe command language rather than relying on Kyocera's - somewhat limited HP LaserJet compatibility mode.</p> - - <p>\package{kyodev}{kyodev}{C}{dviware/kyocera}</p> - - <p>This DVI driver produces output in Kyocera's native - Prescribe format.</p> - - <p>\package{dviplus}{dviplus}{Web}{dviware/laserjet}</p> - - <p>An old <tt>DVI</tt>-to-HP LaserJet Plus translator that - uses <tt>PXL</tt> files.</p> - - <p>\package{LN03 Driver}{ln03dvi}{C}{dviware/ln03}</p> - - <p>Translates <tt>DVI</tt> files into a format suitable for - printing on a Digital LN03 printer.</p> - - <p>\package{PSPrint}{psprint}{Pascal}{dviware/psprint}</p> - - <p>A PostScript printing program that can handle - <tt>DVI</tt> files, raw PostScript files, or text files. - This program is a combined <tt>DVI</tt>-to-PostScript - translator and file-printing utility.</p> - - <p>unix and VMS sources are provided, but a Pascal compiler - is required.</p> - - <p>\package{QMS}{dvilg8, dviqms12, - ddviqms8}{}{dviware/qms}</p> - - <p>An old VMS <tt>DVI</tt> driver for QMS printers.</p> - - <p>\package{QuicSpool}{pktoch, tfm2difont, tfm2ofont, - dumpdesc, cati}{C}{dviware/quicspool}</p> - - <p>This is a collection of programs for printing files to - QMS and Talaris laser printers. Support for <tt>DVI</tt> - files is included.</p> - - <p>\package{SCREENVIEW}{crude}{Web}{dviware/screenview}</p> - - <p>A VMS tool based on <b>Crudetype</b> for previewing - <tt>DVI</tt> files at an ASCII terminal.</p> - - <p>\package{See\protect\TeX}{xtex, texsun, texx, iptex, - mftops}{C}{dviware/seetex}</p> - - <p>The <b>SeeTeX</b> package contains a number of tools for - working with <tt>DVI</tt> files. The most substantial of - these tools are the <b>xtex</b> and <b>texsun</b> - previewers for workstations running the X Window system and - the SunView window system, respectively.</p> - - <p><b>xtex</b> is unique among X11 previewers because it - uses X Window fonts. This makes <b>xtex</b> quite fast. It - also means that <b>xtex</b> has to build a lot of new X - Window fonts the first few times that you use it. The - <b>mftops</b> program converts TeX <tt>PK</tt> fonts into X - Window fonts. <b>xtex</b> uses the <b>MakeTeXPK</b> program - to build new <tt>PK</tt> fonts at the necessary - resolutions. <b>xtex</b> also uses <b>Ghostscript</b> to - display the PostScript figures in your document. This is - typically much faster than using <b>GhostView</b> to - preview the entire document. The <b>texx</b> previewer is a - much simpler X Window previewer. It cannot interpret - PostScript, but it does recognize most of the <b>tpic</b> - specials. <b>SeeTeX</b> also includes <b>iptex</b>, an - Imagen printer driver.</p> - - <p>\obsolete{symbolics}{symbolics}{}{dviware/symbolics}</p> - - <p>\package{\TeX{}tool}{textool}{}{dviware/textool}</p> - - <p>This is a TeX previewer for the SunView window - system.</p> - - <p>\package{umddvi}{dvidmd, dvipr, dviselect, - iptex}{C}{dviware/umddvi}</p> - - <p><b>dvidmd</b> is a <tt>DVI</tt> previewer for DMD 5620 - displays. <b>dvipr</b> is a <tt>DVI</tt> driver for - Versatec printers. <b>iptex</b> is a <tt>DVI</tt> driver - for Imagen printers. Finally, <b>dviselect</b> extracts - pages from a <tt>DVI</tt> file and produces a new - <tt>DVI</tt> file containing the selected pages.</p> - - <p>\package{VU\protect\TeX}{vutex}{Web}{dviware/vutex}</p> - - <p>Another VMS <tt>DVI</tt> previewer for ASCII - terminals.</p> - - <p>\package{xdvi}{xdvi}{C}{dviware/xdvi}</p> - - <p>A screen previewer for workstations running the X11 - Window System. MS-DOS executables, useful only if you have - an X11 Window system running on your PC, are available in - the <tt>dviware/xdvi-dos</tt> directory.</p> - - <p>\package{xdvik}{xdvik}{C}{dviware/xdvik}</p> - - <p><b>xdvik</b> is a modification of <b>xdvi</b> that - supports an extended path searching algorithm for - <tt>PK</tt> fonts.</p> - - <p>\package{bit2spr}{bit2spr}{C}{graphics/bit2spr}</p> - - <p><b>bit2spr</b> converts X11 <tt>XBM</tt> bitmaps into a - “sprite” format that can be included directly - in TeX documents. The resulting sprites are fully portable, - although they require a lot of memory, which may make large - bitmaps impractical.</p> - - <p> - \package{bm2font}{bm2font}{C/Pascal}{graphics/bm2font}</p> - - <p>The <b>bm2font</b> program converts bitmapped images - into TeX, <tt>TFM</tt>, and <tt>PK</tt> files. - <b>bm2font</b> also generates the Plain TeX or LaTeX - statements necessary to insert the figure into your - document. Color images can be dithered in a number of - different ways. This is one of the most portable ways to - insert pictures into a document; almost every available DVI - driver can print TeX <tt>PK</tt> fonts.</p> - - <p>\package{fig2MF}{fig2mf}{C}{graphics/fig2mf}</p> - - <p>Translates Fig code into MetaFont source. This allows - you to use interactive drawing tools like <b>xfig</b> to - construct diagrams that can be included into your document - in a portable manner with <b>fig2MF</b>.</p> - - <p>\package{gnuplot}{gnuplot}{C}{graphics/gnuplot}</p> - - <p><b>gnuplot</b> is an interactive function plotting - program. Several different types of output are supported - and can be included directly into your document.</p> - - <p>\package{hpgl2ps}{hpgl2ps}{C}{graphics/hpgl2ps}</p> - - <p>This program translates HPGL Plotter language commands - into encapsulated PostScript.</p> - - <p>\package{mactotex}{mactotex}{C}{graphics/mactotex}</p> - - <p>This program cleans up Macintosh PostScript so it can be - included into your documents with <b>psfig</b>. (Some - printers have difficulty printing PostScript output - generated on a Macintosh because the PostScript is tailored - towards the Apple LaserWriter series of printers.)</p> - - <p>\package{MFPic}{mfpic}{C}{graphics/mfpic}</p> - - <p><b>MFPic</b> is a flexible replacement for the LaTeX - <tt>picture</tt> environment. Instead of relying on special - fonts to generate pictures, <b>MFPic</b> writes MetaFont - code, which generates a font containing the picture - specified. This makes <b>MFPic</b> more flexible than the - standard <tt>picture</tt> environment without losing - portability.</p> - - <p>\package{pbmtopk}{pbmtopk}{C}{graphics/pbmtopk}</p> - - <p>Translates <tt>PBM</tt> files into TeX <tt>PK</tt> - fonts.</p> - - <p>\package{PiCTeX}{pictex}{C}{graphics/pictex}</p> - - <p>A sophisticated macro package that works on top of Plain - TeX and LaTeX. It provides a device-independent way of - producing many kinds of figures. The PiCTeX implementation - frequently generates documents that are too complex for - “small” versions of TeX to render. The PiCTeX - manual is not freely available and must be purchased before - PiCTeX can be used.</p> - - <p>\package{Glo+Index}{idxtex, - glotex}{C}{indexing/glo+index}</p> - - <p>These are tools for automatic construction of indexes - and glossaries. The glossary building tool uses \glossary - entries from your document in conjunction with a database - of word definitions to automatically construct a glossary. - The <b>idxtex</b> program provides many of the same - features as the <b>MakeIndex</b> program.</p> - - <p>\package{MakeIndex}{makeindex, - makeindx}{C}{indexing/makeindex}</p> - - <p>This is the standard tool for processing \index entries - from LaTeX documents. <b>MakeIndex</b> reads the entries, - sorts them, handles a number of useful features (multilevel - indexes, special sorting criteria, etc.) and produces LaTeX - source code, which produces a typeset index.</p> - - <p>\package{RTF Translator}{rtf2text, rtf2troff, - *}{C++}{support/RTF-1_06a1}</p> - - <p>The <b>RTF Translator</b> package includes several - programs for converting RTF (Rich Text Format) files. RTF - files contain information about the structure as well as - the content of a document. Microsoft Word and several NeXT - tools can produce RTF files.</p> - - <p>Table <a href="ch16.html#tab.rtfxlate" - title="Table 16.2. RTF Translators">Table 16.2</a> - summarizes the translators provided. Note that there is no - TeX or LaTeX translator in this package at present.</p> - - <div class="table"> - <a id="tab.rtfxlate" name="tab.rtfxlate"></a> - - <p class="title"><b>Table 16.2. RTF - Translators</b></p> - - <table summary="RTF Translators" border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Program</th> - - <th align="left">\bf Translation</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\it rtf2null</td> - - <td align="left">Removes RTF codes</td> - </tr> - - <tr> - <td align="left">\it rtf2text</td> - - <td align="left">Translates to ASCII text</td> - </tr> - - <tr> - <td align="left">\it rtf2troff</td> - - <td align="left">Translates to <b>ms</b> macros in - <b>troff</b></td> - </tr> - - <tr> - <td align="left">\it rtfwc</td> - - <td align="left">Counts actual words in an RTF - document</td> - </tr> - - <tr> - <td align="left">\it rtfdiag</td> - - <td align="left">Verifies the RTF parser (or the - RTF document)</td> - </tr> - - <tr> - <td align="left">\it rtfskel</td> - - <td align="left">A skeleton for producing new - translators</td> - </tr> - </tbody> - </table> - </div> - - <p>\package{accents}{accents}{Web}{support/accents}</p> - - <p><b>accents</b> generates a virtual font containing - accented letters arranged according to the KOI8-CS - character set. This program constructs the accented letters - from characters and accent marks, if necessary. If the - input font is in Adobe Standard Encoding, <b>accents</b> - can rearrange it into TeX Text encoding.</p> - - <p>\package{addindex}{addindex}{C}{support/addindex}</p> - - <p><b>addindex</b> inserts LaTeX \index commands into your - document. Presented with a list of words and index entries, - <b>addindex</b> reads your LaTeX files and indexes every - word from the list that occurs in your document.</p> - - <p>\package{amSpell}{amspell}{}{support/amspell}</p> - - <p>The <b>amSpell</b> program is an interactive MS-DOS - spellchecker for plain ASCII and TeX documents.</p> - - <p>\package{atops}{atops}{}{support/atops}</p> - - <p>A simple program to convert ASCII text files into - PostScript.</p> - - <p>\package{\auctex}{}{elisp}{support/auctex}</p> - - <p>A comprehensive TeX editing environment for GNU - emacs.</p> - - <p>\package{basix}{basix}{tex}{support/basix}</p> - - <p><b>basix</b> is a BASIC interpreter written entirely in - TeX. Honest. ;-)</p> - - <p>\package{BibDB}{bibdb}{}{support/bibdb}</p> - - <p>An MS-DOS program for editing BibTeX bibliographic - databases.</p> - - <p>\package{brief_t}{}{}{support/brief_t}</p> - - <p>The <b>brief_t</b> package is a LaTeX editing - environment for Borland International's <b>Brief</b> - editor.</p> - - <p>\package{c++2latex}{c2latex, - c++2latex}{C}{support/c++2LaTeX-1_1}</p> - - <p>This program parses your C or C++ programs and creates - LaTeX source code for pretty-printing them. The syntactic - elements of the source (keywords, identifiers, comments, - etc.) can be set in different fonts. Compiling this program - requires <b>flex</b>.</p> - - <p>\package{C2\LaTeX}{c2latex}{}{support/c2latex}</p> - - <p><b>C2LaTeX</b> is a filter designed to provide simple - literate programming support for C programming. This filter - massages LaTeX-coded C comments and source code into a - LaTeX document.</p> - - <p>\package{chi2tex}{chi2tex}{}{support/chi2tex}</p> - - <p><b>chi2tex</b> is an MS-DOS program for converting - <b>ChiWriter</b> documents into TeX.</p> - - <p>\package{detex}{detex, texspell}{C}{support/detex}</p> - - <p><b>detex</b> removes TeX control sequences from a - document. The <b>texspell</b> script pipes the resulting - output through a spell checker.</p> - - <p>\package{bibtex-mode, web-mode}{bibtex-mode.el, - web-mode.el}{elisp}{support/emacs-modes}</p> - - <p>GNU emacs macros that provide an enhanced editing - environment for BibTeX databases and <b>Web</b> source - files. Another substantial set of modes for editing LaTeX - documents is provided by aucTeX, listed separately.</p> - - <p>\package{flow}{flow}{C}{support/flow}</p> - - <p><b>flow</b> reads a plain text description of a flow - chart and produces the appropriate LaTeX <tt>picture</tt> - environment for printing the flow chart.</p> - - <p> - \package{byte2tex}{byte2tex}{C}{support/foreign/byte2tex}</p> - - <p>A translator for multilingual documents that use the - upper range of the ASCII character set as a second - alphabet. The translation performed is controlled by a - plain text description of the alphabet. See also <b>EDI</b> - and <b>cyrlatex</b>.</p> - - <p> - \package{cyrlatex}{cyrlatex}{tex}{support/foreign/cyrlatex}</p> - - <p>A LaTeX style for using the \AmS Cyrillic fonts as a - second alphabet under LaTeX. See also <b>EDI</b> and - <b>byte2tex</b>.</p> - - <p>\package{EDI}{edi}{}{support/foreign/edi}</p> - - <p>An MS-DOS editor for multilingual (particularly - Cyrillic) documents. <b>EDI</b> uses the upper range of the - ASCII character set as a programmable second alphabet. See - also <b>byte2tex</b> and <b>cyrlatex</b>. MS-DOS and Atari - executables are available.</p> - - <p>\package{genfam}{genfam, - modern}{Perl}{support/genfam}</p> - - <p>The <b>genfam</b> script reads a configuration file that - describes a set of fonts and then runs the appropriate - MetaFont commands to produce them. A sample configuration - file, <tt>modern</tt>, is provided for the Computer Modern - Roman family.</p> - - <p>\package{Ghostview}{ghostview}{C}{support/ghostview}</p> - - <p><b>Ghostview</b> provides an interactive interface to - <b>Ghostscript</b>, the GNU PostScript interpreter. - <b>Ghostview</b> requires X11, but there are ports to - Microsoft Windows and OS/2.</p> - - <p>\package{Stanford - GraphBase}{}{CWeb}{support/graphbase}</p> - - <p>This is a collection of <b>CWeb</b> programs for - studying combinatorial algorithms. It is related to TeX - only because <b>CWeb</b> files are part TeX.</p> - - <p>\package{HPTFM2PL}{hptfm2pl, - showsym}{}{support/hp2pl}</p> - - <p>This program reads Hewlett-Packard Tagged Font Metric - files and creates TeX <tt>PL</tt> files. The <tt>PL</tt> - files can be further translated into TeX <tt>TFM</tt> files - with the standard utility <b>PLtoTF</b>.</p> - - <p>Hewlett-Packard distributes metric information about - LaserJet built-in fonts and font cartridges in Tagged Font - Metric format, so this program gives you a way of getting - TeX metrics for those fonts. To actually use them, you must - have both the metrics and a DVI driver that can use - built-in fonts.</p> - - <p>\package{HP2\protect\TeX}{hp2tex, - hpopt}{}{support/hp2tex}</p> - - <p><b>HP2TeX</b> translates HPGL files into TeX documents - that use the \special commands found in emTeX for drawing - lines at arbitrary angles. This makes diagrams in HPGL - format that use only straight lines printable directly with - TeX. See also <b>HP2XX</b>.</p> - - <p>\package{HP2XX}{hp2xx}{}{support/hp2xx}</p> - - <p><b>HP2XX</b> converts HPGL diagrams into PostScript or - one of several bitmapped formats. It can also translate - some diagrams directly into TeX if \special commands are - available for drawing lines at any angle.</p> - - <p>MS-DOS, Sparc, Convex 210, and HP9000 executables are - available. A Windows front-end is also available for - MS-DOS.</p> - - <p>\package{HPtoMF}{hptomf}{}{support/hptomf}</p> - - <p><b>HPtoMF</b> converts HPGL (Hewlett-Packard's plotter - language) into a variety of other vector and raster - formats.</p> - - <p>\undescribed{HTML}{html}{}{support/html}</p> - - <p> - \package{HTMLto\LaTeX}{html2latex}{}{support/html2latex}</p> - - <p>This program converts HTML documents into LaTeX source - for printing.</p> - - <p>\package{Icons}{}{}{support/icons}</p> - - <p>This is a collection of icons for TeX and MetaFont. They - were designed by Donald Knuth for OpenWindows and have - subsequently been translated into Microsoft Windows, OS/2, - and X11 XBM format.</p> - - <p>\package{Imake-\TeX}{imaketex}{}{support/imaketex}</p> - - <p><b>Imake-TeX</b> helps you create an Imakefile for TeX - documents. Imakefiles are used to generate custom makefiles - for an application, in this case a LaTeX document.</p> - - <p>\package{ispell}{ispell}{C}{support/ispell}</p> - - <p>An interactive spellchecker. <b>ispell</b> is - intelligent about TeX documents and can handle languages - other than English. \editorial{there are two!}</p> - - <p>\package{jspell}{jspell}{C}{support/jspell}</p> - - <p><b>jspell</b> is an MS-DOS spellchecker. It includes - special support for TeX documents.</p> - - <p>\package{\TeX{}Tools}{textools}{}{support/kamal}</p> - - <p>The <b>TeXTools</b> package includes several tools for - manipulating TeX documents. <b>detex</b> strips TeX - commands from a file. <b>texeqn</b> extracts displayed - equations from a document. <b>texexpand</b> merges - documents loaded with \input or \include into a single - file. <b>texmatch</b> checks for matching delimiters. - <b>texspell</b> uses <b>detex</b> to spellcheck the - filtered version of a document.</p> - - <p>\package{LaCheck}{lacheck}{C}{support/lacheck}</p> - - <p><b>LaCheck</b> reads a LaTeX document and reports any - syntax errors it finds. This is faster than running the - document through TeX if you are only interested in finding - TeXnical mistakes.</p> - - <p> - \package{\LaTeX2HTML}{latex2html}{}{support/latex2html}</p> - - <p>Converts LaTeX documents into HTML documents, suitable - for browsing with a WWW browser. Many complex document - elements are handled automatically.</p> - - <p>\package{\LaTeX{}Mk}{latexmk}{}{support/latexmk}</p> - - <p>LaTeXMk is a <b>Perl</b> script that attempts to - determine what operations need to be performed on a - document to produce a complete <tt>DVI</tt> file. LaTeXMk - runs LaTeX, BibTeX, etc. until a complete document has been - built.</p> - - <p>\package{lgrind}{lgrind}{}{support/lgrind}</p> - - <p><b>lgrind</b> formats program sources using LaTeX. - Syntactic elements are identified by typographic changes in - the printed sources.</p> - - <p>\package{LSEdit}{}{}{support/lsedit}</p> - - <p>This is an add-on package for the VAX/VMS Language - Sensitive Editor (<b>LSEDI</b>). It provides an editing - environment for LaTeX documents.</p> - - <p>\package{make\_\hskip.25pt - latex}{make\_latex}{}{support/make\_latex}</p> - - <p>Provides a set of <b>make</b> rules for LaTeX - documents.</p> - - <p>\package{MakeProg}{makeprog}{Web}{support/makeprog}</p> - - <p><b>MakeProg</b> is a system for doing Literate - Programming in TeX. It provides a mechanism for combining - documentation with TeX macros. Donald Knuth's original - articles on Literate Programming are included with the - documentation.</p> - - <p>\package{MathPad}{mathpad}{}{support/mathpad}</p> - - <p>MathPad is an X11 editor for TeX sources. It was not - available (or known to me) in time for review in this - edition of <span class="emphasis"><em>Making TeX - Work</em></span>.</p> - - <p>\package{MC\TeX}{}{tex}{support/mctex}</p> - - <p>A TeX macro package for pretty-printing <b>Lisp</b> - code.</p> - - <p>\package{MEW\LaTeX}{}{}{support/mewltx}</p> - - <p>An extension to <b>microEMACS</b> for Windows. It - provides a LaTeX editing environment that allows you to - write, spellcheck, process, and view your document from - within <b>microEMACS</b>.</p> - - <p>\package{MNU}{}{DOS}{support/mnu}</p> - - <p><b>MNU</b> is an MS-DOS menu system written with batch - files. It was designed for running TeX but can be extended - to other applications.</p> - - <p>\package{pbm2\TeX}{pbm2tex}{}{support/pbm2tex}</p> - - <p><b>pbm2TeX</b> converts PBM files into LaTeX - <tt>picture</tt> environments. This provides a portable way - to include bitmap images in documents. The documents take a - long time to typeset, however, and may require a big - TeX.</p> - - <p>\package{PCWri\TeX}{}{}{support/pcwritex}</p> - - <p>Adds TeX to <b>PC-Write</b> as a special kind of - printer. Documents “printed” to the TeX printer - can be processed with TeX to get typeset output.</p> - - <p>\package{PM\TeX}{pmtex}{}{support/pmtex}</p> - - <p>An OS/2 Presentation Manager application that provides a - shell around common TeX-related activities (editing, - TeXing, previewing, printing, etc.).</p> - - <p>\package{PP}{pp}{}{support/pp}</p> - - <p>A Pascal or Modula-2 pretty-printer. It translates code - into a Plain TeX or LaTeX document. An MS-DOS executable is - provided.</p> - - <p>\package{PS2EPS}{ps2eps}{c}{support/ps2eps}</p> - - <p>Attempts to convert PostScript output from other - programs into encapsulated PostScript output suitable for - including in TeX documents with <b>dvips</b>, for example. - Support is included for converting output from <b>GEM</b> - 3.0, <b>DrawPerfect</b> 1.1, <b>PSpice</b> 4.05, - <b>OrCAD</b> 3.11, <b>PrintGL</b> 1.18, <b>Mathcad</b> 3.0, - and <b>GNUPlot</b> 3.0.</p> - - <p>\package{PS Utils}{psbook, psselect, pstops, psnup, - epsffit}{C}{support/psutils}</p> - - <p>A collection of utilities for transforming PostScript - output files in various ways. <b>psbook</b> rearranges - pages into signatures. <b>psselect</b> selects ranges of - pages. <b>pstops</b> performs arbitrary rearrangement and - selection of pages. <b>psnup</b> prints multiple pages on a - single sheet of paper. <b>epsffit</b> rescales an - encapsulated PostScript figure to fit within a specified - bounding box. These programs can be used to rearrange the - output from PostScript DVI drivers like <b>dvips</b>.</p> - - <p><b>PS Utils</b> also includes scripts for displaying - character information and “fixing” PostScript - output from other sources. (Some PostScript output is - nonstandard and must be fixed-up before it can be used with - the <b>PS Utils</b>.) These scripts are summarized in - Table <a href="ch16.html#tab.psutils.scripts" - title="Table 16.3. Additional Scripts in PS Utils "> - Table 16.3</a>.</p> - - <div class="table"> - <a id="tab.psutils.scripts" - name="tab.psutils.scripts"></a> - - <p class="title"><b>Table 16.3. Additional - Scripts in PS Utils</b></p> - - <table summary="Additional Scripts in PS Utils " - border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">\bf Script</th> - - <th align="left">\bf Purpose</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">\it getafm</td> - - <td align="left">Retrieves font metrics from the - printer</td> - </tr> - - <tr> - <td align="left">\it showchar</td> - - <td align="left">Prints a character and its - metrics</td> - </tr> - - <tr> - <td align="left">\it fixfmps</td> - - <td align="left">Fixes output from - <b>FrameMaker</b></td> - </tr> - - <tr> - <td align="left">\it fixwpps</td> - - <td align="left">Fixes output from - <b>WordPerfect</b></td> - </tr> - - <tr> - <td align="left">\it fixwfwps</td> - - <td align="left">Fixes output from <b>Word</b> for - Windows</td> - </tr> - - <tr> - <td align="left">\it fixmacps</td> - - <td align="left">Fixes Macintosh PostScript</td> - </tr> - - <tr> - <td align="left">\it fixpsditps</td> - - <td align="left">Fixes - <b>Transcript</b><tt>psdit</tt> files</td> - </tr> - - <tr> - <td align="left">\it fixpspps</td> - - <td align="left">Fixes output from - <b>PSPrint</b></td> - </tr> - </tbody> - </table> - </div> - - <p> - \package{rtf2\LaTeX}{rtf2latex}{C}{support/rtf2LaTeX}</p> - - <p>A conversion program to translate RTF sources into - LaTeX.</p> - - <p>\package{rtf2\TeX}{rtf2tex}{C}{support/rtf2TeX}</p> - - <p>A conversion program to translate RTF sources into - TeX.</p> - - <p> - \package{RTF-to-\LaTeX}{rtflatex}{Pascal}{support/rtflatex}</p> - - <p>Another conversion program to translate RTF sources into - LaTeX.</p> - - <p>\package{S2\LaTeX}{s2l}{C}{support/s2latex}</p> - - <p>A <b>Scribe</b>-to-LaTeX converter. Requires <b>lex</b> - and <b>yacc</b> to compile.</p> - - <p> - \package{Scheme\TeX}{schemetex}{C}{support/schemetex}</p> - - <p><b>SchemeTeX</b> provides support for Literate - Programming in <b>Scheme</b>. <b>Lex</b> is required to - build <b>SchemeTeX</b>.</p> - - <p>\package{\TeX{}OrTho}{texortho}{C}{support/spelchek}</p> - - <p><b>TeXOrTho</b> is a spellchecking filter for text - files. It was designed for spellchecking TeX and LaTeX - documents, but it is parameter-file driven so it may be - possible to extend it to other formats.</p> - - <p>\package{Tek2EEPIC}{tek2eepic}{C}{support/tek2eepic}</p> - - <p>A filter for Tektronix 4015 escape sequences that allows - graphics output designed for a Tektronix 4015 display to be - included in a TeX document. The resulting <tt>DVI</tt> file - must be processed by a DVI driver that recognizes the <span - class="emphasis"><em>tpic</em></span> \special - commands.</p> - - <p>\package{\TeX{}calc}{}{}{support/texcalc}</p> - - <p><b>TeXcalc</b> is an <b>InstaCalc</b> spreadsheet for - calculating TeX typeface design sizes based upon - magnification and scaling factors.</p> - - <p> - \package{\TeXinfo{}2HTML}{texi2html}{Perl}{support/texi2html}</p> - - <p>Translates GNU TeXinfo sources into HTML.</p> - - <p> - \package{\TeX{}i2roff}{texi2roff}{C}{support/texi2roff}</p> - - <p>This is a TeXinfo-to-<b>nroff</b> converter (although it - should be possible to process most documents with - <b>troff</b> as well).</p> - - <p>\package{\TeX{}it}{texit}{Perl}{support/texit}</p> - - <p>A <b>Perl</b> script for processing TeX documents - intelligently.</p> - - <p>\package{texproc}{texproc}{C}{support/texproc}</p> - - <p><b>texproc</b> is a filter that inserts the output from - a command into your document. This can be used, for - example, to automatically insert the output from - <b>GNUPlot</b> directly into your TeX document (assuming - that you use one of the TeX-compatible output terminals in - <b>GNUPlot</b>).</p> - - <p>\package{tgrind}{tgrind}{C}{support/tgrind}</p> - - <p><b>tgrind</b> is a source code pretty-printer modelled - after the standard BSD unix <b>vgrind</b> utility. It - produces a TeX or LaTeX document that typesets an - attractive program listing from your source code.</p> - - <p>\package{tr2\LaTeX}{tr2latex}{C}{support/tr2latex}</p> - - <p>Translates <b>troff</b> sources into LaTeX.</p> - - <p>\package{tr2\TeX}{tr2tex}{C}{support/tr2tex}</p> - - <p>Translates <b>troff</b> sources into Plain TeX.</p> - - <p>\package{TRANSLIT}{translit}{C}{support/translit}</p> - - <p><b>TRANSLIT</b> transliterates ASCII character codes. - Single characters can be translated into multiple - characters and vice versa, in addition to simple - permutations. This program allows files written in one - national character set to be translated into another - character set without losing characters or meaning.</p> - - <p>\package{TSpell}{tspell, chk, - putback}{C}{support/tspell}</p> - - <p>A spellchecking filter for TeX documents. It strips TeX - and LaTeX macros out of a document, runs the document - through a spellchecker, and restores the TeX and LaTeX - macros. It looks like it was designed for VAX machines.</p> - - <p> - \package{umlaute}{umlaute}{\protect\TeX}{support/umlaute}</p> - - <p>A collection of style files for processing TeX documents - with accented characters using machine-native character - encodings. Support for the ISO standard character set (ISO - Latin1) and the MS-DOS code page 437 character set is - provided.</p> - - <p>\package{undump}{undump}{C}{support/undump}</p> - - <p><b>undump</b> combines a core dump and an executable - program to build a new executable using the core dump to - provide initial values for all of the program's static - variables. One use of this program is to construct TeX - executables with macro packages preloaded. This is - unnecessary on most modern computers (they're fast enough - to simply load the format files). <b>undump</b> is no - longer a supported program.</p> - - <p>\package{untex}{untex}{C}{support/untex}</p> - - <p>Removes all LaTeX control sequences from a document. Can - optionally remove arguments to control sequences, as well - as all math-mode text. Replaces many accented characters - with their IBM OEM character set equivalents.</p> - - <p>\package{VMSSpell}{vmsspell}{}{support/vmsspell}</p> - - <p>A VMS spellchecking tool. Distributed in a VMS-style - archive package.</p> - - <p>\package{Vor\TeX}{}{Emacs lisp}{support/vortex}</p> - - <p>A GNU emacs editing mode for TeX documents. Also - provides support for BibTeX databases.</p> - - <p>\package{windex}{windex}{C}{support/windex}</p> - - <p><b>windex</b> is an aid for building indexes in LaTeX - documents. It modifies the LaTeX indexing macros to produce - a different output format. The <b>windex</b> program can - then sort the terms and construct an index for you.</p> - - <p> - \package{WP2\protect\LaTeX}{wp2latex}{C/Pascal}{support/wp2latex-5_1}</p> - - <p>This program attempts to translate WordPerfect v5.1 - documents into LaTeX.</p> - - <p>\package{xet}{xet}{C}{support/xet}</p> - - <p>The <b>xet</b> program removes all commands and - mathematical formulae from Plain TeX and LaTeX documents. - <b>xet</b> has a number of options for handling different - aspects of a document (such as accents and LaTeX - environments) and claims to be useful as a simple syntax - checker for TeX files.</p> - - <p>\package{xetal}{xetal}{C}{support/xetal}</p> - - <p>This is a more recent version of <b>xet</b>, described - above.</p> - - <p>\package{xlatex}{xlatex}{C}{support/xlatex}</p> - - <p>An X11 Windows application that ties together several - aspects of TeXing a document. It provides a “push - button” interface to editing, processing, previewing, - and printing your document.</p> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Chapter 15. TeX on the Macintosh" - href="ch15.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Appendix A. Filename Extension Summary" - href="apa.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left">Chapter 15. TeX on - the Macintosh </td> - - <td width="20%" align="center"><a - title="Part III. A Tools Overview" - href="pt03.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Appendix A. Filename Extension - Summary</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/co01.html b/Master/texmf-doc/doc/english/make-tex-work/html/co01.html deleted file mode 100644 index 58229bc7ad0..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/co01.html +++ /dev/null @@ -1,187 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Colophon</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="index.html" title="Making TeX Work" /> - <link rel="previous" href="bi01.html" title="Bibliography" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a title="Bibliography" - href="bi01.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Making TeX Work" href="index.html"><img - src="figures/nav-up.png" alt="Up" border="0" /> - </a> <img src="figures/nav-xnext.png" alt="Next" - border="0" /></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="colophon"> - <h2 class="title"><a id="colophon" - name="colophon"></a>Colophon</h2> - - <p><span class="bold"><b>About this Book</b></span></p> - - <p>This is an <span class="emphasis"><em>alpha</em></span> - edition of this book. This version may contain glaring - inconsistencies, missing sections, and other misfeatures - indicative of a “work in progress”.</p> - - <p><span class="bold"><b>About the Author</b></span></p> - - <p>Norm Walsh is a Production Tools Specialist at O'Reilly - and Associates' Cambridge office. Before Norm joined ORA, he - was a research assistant at the University of Massachusetts, - Amherst where he earned his master's degree in computer - science.</p> - - <p>Besides maintaining a number of TeX and font-related - resources on the Net, Norm enjoys bicycling, herpetology, - prestidigitation, and browsing record and book stores. Norm - lives in Boxborough, MA with his wife Deborah, two cats, a - box turtle, two toads, and two frogs.</p> - - <p><span class="bold"><b>Colophon</b></span></p> - - <p>Our look is the result of reader comments, our own - experimentation, and feedback from distribution channels.</p> - - <p>Distinctive covers complement our distinctive approach to - technical topics, breathing personality and life into - potentially dry subjects. <span class="sc">UNIX</span> and - its attendant programs can be unruly beasts. Nutshell - Handbooks® help you tame them.</p> - - <p>The animal featured on the cover of <i>Making TeX Work</i> - is the European garden spider. Garden spiders are orb - weavers, known for their intricate orb-shaped webs. Web - building is a complex process: support lines are constructed - first; then the radial lines; and finally the spiraling - strands are spun from the center outward. Without training - from adults, even the tiniest just-hatched spiderlings are - able to spin silk and weave webs. Another orb weaver, <span - class="emphasis"><em>nephila</em></span>, builds an extremely - thick and strong web, up to eight feet in diameter. People in - Southeast Asia have found an interesting use for this - spider's web—they bend a pliable stick into a loop and - pass it through the large web, resulting in a surprisingly - strong and effective fishing net!</p> - - <p>Spiders produce silk from glands called spinnerets. Orb - weavers can have three or four pairs of these glands, each - producing different textures of silk: non-stick silk for the - radial web lines, and sticky silk for the spiraling strands. - Some spiders even produce an ultraviolet silk to attract - insects. Spider silk, a super protein that hardens as it is - stretched from the spinnerets, may look delicate but it is - unbelievably tough. The relative tension necessary to break - it is far greater than for steel.</p> - - <p>When finished with the construction of its web, the garden - spider will often go to the center, hang upside down, and - wait for a flying or jumping insect to become ensnared. - Having poor eyesight, orb weavers rely on a highly-developed - sense of touch. When an insect because caught in th web and - struggles, the spider is alerted by the vibrations. It rushes - tout to secure its prey, usually wrapping it in silk. A - poison is injected into the victim, paralyzing it and - converting the contents of its body to a liquid. The spider - returns later to insert its tube-like fangs and suck up its - meal.</p> - - <p>The garden spider's profound sense of touch has another - purpose: it provides male spiders with a channel to - communicate with females. Before climbing onto the female's - web, the male taps out a special message. Then he cautiously - crawls toward his mate—a perilous task, for he is - always in danger of being mistaken for prey. It is commonly - thought that the female spider kills and eats the male after - mating, but this is an exaggeration. The male, who stops - eating during his mate-hunting ordeal, generally dies of - malnourishment and exhaustion.</p> - - <p>Spiders are similar to, but not the same as insects. They - belong to the class <span - class="emphasis"><em>Arachnida</em></span>, named after - Arachne, a maiden in Greek mythology. She defeated the - goddess Athena in a weaving contest. In a fury of anger, - Athena destroyed Arachne's weaving and beat the girl about - the head. In utter disgrace, Arachne hanged herself. A - regretful Athena changed Arachne into a spider so that she - could weave forever.</p> - - <p>While they are certainly not going to win any popularity - contests, spiders' insect-eating habits are extremely helpful - to humans. Every year, billions of spiders do away with a - large number of disease-carrying and crop-destroying insects. - If every spider ate just one a day for a year, those insects, - piled in one spot, would weigh as much as 50 million people. - Spiders are, by far, the most important predator of insects - in our world.</p> - - <p>Edie Freedman designed this cover and the entire UNIX - bestiary that appears on other Nutshell Handbooks. The beasts - themselves are adapted from nineteenth century engravings - from the Dover Pictorial Archive. The cover layout was - produced with QuarkXPress 3.1 using the ITC Garamond - font.</p> - - <p>The inside layout was designed by Edie Freedman and - implemented by Norm Walsh in TeX using the ITC Garamond font - family. The figures (except those in chapter 6) were created - in Aldus Freehand 3.1 by Chris Reilley. The colophon was - written by Elaine and Michael Kalantarian.</p> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a title="Bibliography" - href="bi01.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> </td> - </tr> - - <tr> - <td width="40%" align="left">Bibliography </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> </td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/amspell.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/amspell.png Binary files differdeleted file mode 100644 index 93178755a7b..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/amspell.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/arab.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/arab.png Binary files differdeleted file mode 100644 index 9276ca647d8..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/arab.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/badfont.err b/Master/texmf-doc/doc/english/make-tex-work/html/figures/badfont.err deleted file mode 100644 index 01242196a7b..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/badfont.err +++ /dev/null @@ -1,24 +0,0 @@ -This is emTeX (tex386), Version 3.141 [3c-beta8] -**&lplain badfont -(badfont.tex -LaTeX Version 2.09 <25 March 1992> -(d:\tex\latex\sty\article.sty -Standard Document Style `article' <14 Jan 92>. -(d:\tex\latex\sty\art10.sty)) (badfont.aux) -! Font cmr/m/n/18 not found. -extract@fontinfo ...@name space not found} - fi -extract@font ...fontinfo font@info 3<@nil - csna... -define@newfont ... endcsname extract@font - fi e... -pickup@font ...@name relax define@newfont - fi -p@selectfont ...ze endcsname }pickup@font - font... -<argument> reset@font Large - bf -... -l.21 \section{First Section} - -? diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/bbox.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/bbox.png Binary files differdeleted file mode 100644 index 9239fa11a6c..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/bbox.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/bezier.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/bezier.png Binary files differdeleted file mode 100644 index 69136abd47c..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/bezier.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/caffeine.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/caffeine.png Binary files differdeleted file mode 100644 index 479e1a7070c..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/caffeine.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/cover.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/cover.png Binary files differdeleted file mode 100644 index d4595f75cdb..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/cover.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/eepic.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/eepic.png Binary files differdeleted file mode 100644 index 6dac200314b..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/eepic.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/eight.mf b/Master/texmf-doc/doc/english/make-tex-work/html/figures/eight.mf deleted file mode 100644 index ea2f5ba3663..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/eight.mf +++ /dev/null @@ -1,19 +0,0 @@ -mode_setup; -u# := 2mm#; -define_pixels(u); - -beginchar("A", 8u#, 9u#, 5u#); - z1 = ( 0u, 0u); - z2 = ( 8u, 0u); - z3 = ( 1u, 8u); - z4 = ( 7u, 8u); - pickup pencircle scaled 1u#; - draw z4 .. z1 .. z2 .. z3 .. cycle; - pickup pencircle scaled 3u#; - drawdot z1; - drawdot z2; - drawdot z3; - drawdot z4; -endchar; - -\end
\ No newline at end of file diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/epic.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/epic.png Binary files differdeleted file mode 100644 index a384bb56398..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/epic.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/fi-ligs.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/fi-ligs.png Binary files differdeleted file mode 100644 index 93b1612cf4a..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/fi-ligs.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/frog.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/frog.png Binary files differdeleted file mode 100644 index 76c296ffa82..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/frog.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/g-h.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/g-h.png Binary files differdeleted file mode 100644 index caa71c4adc8..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/g-h.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/gs-eps.1 b/Master/texmf-doc/doc/english/make-tex-work/html/figures/gs-eps.1 deleted file mode 100644 index 10e335b5724..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/gs-eps.1 +++ /dev/null @@ -1,40 +0,0 @@ -#! perl -# -# Usage: gs-eps epsfile <outputfile> <resolution> <device> -# -# Where: epsfile is the encapsulated postscript file -# outputfile is the output file (the default name -# is <basename epsfile>.<device>) -# resolution is the output resolution (default=300) -# device is the GS driver to use (default=pbm) - -($epsfile,$outputfile,$res,$device) = @ARGV; - -if (! $epsfile) { - printf "Usage: gs-eps epsfile <outputfile> <resolution>"; - printf " <gsdriver>\n"; - printf "Note: parameters are positional. To specify a"; - printf " driver, you\n"; - printf "must also specify an outputfile and resolution.\n"; - exit 1; - } - -$epsfile =~ tr/\\/\//; # translate \foo\bar -> /foo/bar - -if (! -r $epsfile) { - printf "Cannot read file: $epsfile\n"; - exit 1; - } - -if (! $res) { $res = 300 } -if (! $device) { $device = "pbm" } - -if (! $outputfile ) { - @pathname = split(/\//,$epsfile); - $outputfile = $pathname[$#pathname]; - $outputfile =~ s/.eps$//; - $outputfile = join(".", $outputfile, $device); - } - -printf "Converting $epsfile to $outputfile at ${res}dpi...\n"; - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/gs-eps.2 b/Master/texmf-doc/doc/english/make-tex-work/html/figures/gs-eps.2 deleted file mode 100644 index 7ba4b721355..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/gs-eps.2 +++ /dev/null @@ -1,41 +0,0 @@ -open (EPSFILE,$epsfile); - -undef $bbox; -undef $showpg; -while (<EPSFILE>) { - $bbox = $_ if /\%\%\s*BoundingBox:\s*\d+\s+\d+\s+\d+\s+\d+/; - $showpage = $_ if /showpage/; - last if ($bbox && $showpage); - } - -if (! $bbox) { - printf "Cannot find a bounding box in $epsfile"; - exit 1; - } - -$bbox =~ s/\D*//; # remove everything preceding the digits - -($llx,$lly,$urx,$ury) = split(/\s/,$bbox); - -$xsize = sprintf("%d", (($urx - $llx) * $res / 72) + 0.5); -$ysize = sprintf("%d", (($ury - $lly) * $res / 72) + 0.5); - -printf "$llx neg $lly neg translate .gt. gs-eps-a.$$\n"; -printf "quit .gt. gs-eps-b.$$\n"; - -if (! $showpg) { - printf "showpage .gt. gs-eps-b.$$\n"; - printf "quit .gtgt. gs-eps-b.$$\n"; - } - -# join sillyness to keep the length of lines in the -# script small enough to print in the book. -$gscmd = join(" ", "gs -sDEVICE=$device", - "-q -sOutputFile=$outputfile", - "-g${xsize}x${ysize} -r$res", - "gs-eps-a.$$ $epsfile -", - ".lt. gs-eps-b.$$"); - -printf "$gscmd\n"; - -printf "rm -f gs-eps-a.$$ gs-eps-b.$$\n"; diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/hebrew-sample.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/hebrew-sample.png Binary files differdeleted file mode 100644 index cdffc323e6b..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/hebrew-sample.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/jgenji.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/jgenji.png Binary files differdeleted file mode 100644 index aed7ef606da..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/jgenji.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/lint.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/lint.png Binary files differdeleted file mode 100644 index 2554447f0cc..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/lint.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/lithium.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/lithium.png Binary files differdeleted file mode 100644 index fcecb0dc347..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/lithium.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.1 b/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.1 deleted file mode 100644 index e521a3b8f50..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.1 +++ /dev/null @@ -1,6 +0,0 @@ -$ mf 'mode=localfont; \input eight' -This is METAFONT, Version 2.71 (C version d) -! I can't find file `mode=localfont.mf'. -<*> mode=localfont - ; \input eight -Please type another input file name: diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.2 b/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.2 deleted file mode 100644 index c675a9ae738..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.2 +++ /dev/null @@ -1,11 +0,0 @@ -$ mf '\input eight' -This is METAFONT, Version 2.71 (C version d) -(eight.mf -! Value is too large (4097). -<recently read> ; - -beginchar->...rdp:=(EXPR3);w:=hround(charwd*hppp); - h:=vround(charht*hppp);d:=... -l.5 beginchar("A", 8u#, 9u#, 5u#) - ; -? diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.3 b/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.3 deleted file mode 100644 index 65d8b4f38f0..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.3 +++ /dev/null @@ -1,12 +0,0 @@ -$ mf '\mode=localfont \input eight' -This is METAFONT, Version 2.71 (C version d) -(eight.mf ->> unknown string mode_name0 -! Not a string. -<to be read again> - ; -mode_setup->...nput "&mode)else:mode_name[mode]fi; - if.unknown.mag:mag=1;fi.if... -l.1 mode_setup - ; -? diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.4 b/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.4 deleted file mode 100644 index beb55d333fe..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.4 +++ /dev/null @@ -1,12 +0,0 @@ -$ mf '\mode=localfont; mag=magstep(1) \input eight' -Running MetaFont from /exp/rcf/share... -This is METAFONT, Version 2.71 (C version d) -(eight.mf -! Extra tokens will be flushed. -<to be read again> - warningcheck -mode_setup->warningcheck - :=0;if.unknown.mode:mode=proof;fi.numeric.aspect_rat... -l.1 mode_setup - ; -? diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.5 b/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.5 deleted file mode 100644 index 43aea3c7ffc..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.5 +++ /dev/null @@ -1,6 +0,0 @@ -$ mf '\mode=localfont; \input eight' -This is METAFONT, Version 2.71 (C version d) -(eight.mf [65] ) -Font metrics written on eight.tfm. -Output written on eight.300gf (1 character, 5444 bytes). -Transcript written on eight.log. diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.6 b/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.6 deleted file mode 100644 index 2bc42d544f0..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/mferr.6 +++ /dev/null @@ -1,4 +0,0 @@ -$ mf '\mode=localfont; eight' -This is METAFONT, Version 2.71 (C version d) - -* diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/mozart.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/mozart.png Binary files differdeleted file mode 100644 index 14b576a38aa..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/mozart.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/perf-amt.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/perf-amt.png Binary files differdeleted file mode 100644 index bfca2fe30d8..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/figures/perf-amt.png +++ /dev/null diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/figures/perf-inf.png b/Master/texmf-doc/doc/english/make-tex-work/html/figures/perf-inf.png Binary files differdeleted file mode 100644 index e0aff2def97..00000000000 --- 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-1,1956 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Making TeX Work</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="next" href="pr01.html" - title="Forward to the SourceForge Edition" /> - </head> - - <body> - <div class="book"> - <div class="titlepage"> - <div> - <div class="mediaobject"> - <img src="figures/cover.png" align="left" /> - </div> - </div> - - <div> - <h1 class="title"><a id="id2788873" - name="id2788873"></a>Making TeX Work</h1> - </div> - - <div> - <p class="titlepage-block"><span - class="authorgroup">by NormanWalsh</span><br /> - <span class="isbn">ISBN: 156592-051-1 - (out-of-print)</span><br /> - <span class="version">Version 1.0.1</span><br /> - <span class="date">Updated: Fri, 23 Aug 2002</span></p> - - <p class="copyright"><a - href="mtwcpyright.html">Copyright</a> © 1994 O'Reilly - & Associates, Inc. All rights reserved.</p> - <br clear="all" /> - </div> - <hr /> - </div> - - <div class="toc"> - <p><b>Table of Contents</b></p> - - <dl> - <dt><a href="pr01.html">Forward to the SourceForge - Edition</a></dt> - - <dd> - <dl> - <dt><a - href="pr01.html#id2841267">Acknowledgments</a></dt> - </dl> - </dd> - - <dt><a href="pr02.html">Preface</a></dt> - - <dd> - <dl> - <dt><a href="pr02.html#sec.implementation">Why Read - This Book?</a></dt> - - <dt><a href="pr02.html#id2788121">Scope of This - Book</a></dt> - - <dt><a href="pr02.html#id2855196">Conventions Used in - This Book</a></dt> - - <dt><a href="pr02.html#id2855490">How to Get - TeX</a></dt> - - <dd> - <dl> - <dt><a href="pr02.html#id2855700">Where Are the - Files?</a></dt> - - <dt><a href="pr02.html#id2855768">Getting - Software Without FTP</a></dt> - - <dt><a - href="pr02.html#sec.gettingexamples">Getting - Examples From This Book</a></dt> - </dl> - </dd> - - <dt><a href="pr02.html#id2856562">Versions of - TeX</a></dt> - - <dt><a href="pr02.html#id2856618">Implementations and - Platforms</a></dt> - - <dd> - <dl> - <dt><a href="pr02.html#id2856757">UNIX</a></dt> - - <dt><a href="pr02.html#id2856866">MS-DOS</a></dt> - - <dt><a href="pr02.html#id2856997">OS/2</a></dt> - - <dt><a - href="pr02.html#id2857046">Macintosh</a></dt> - </dl> - </dd> - - <dt><a href="pr02.html#id2857161">We'd Like to Hear - From You</a></dt> - - <dt><a - href="pr02.html#id2857251">Acknowledgments</a></dt> - </dl> - </dd> - - <dt>I. <a href="pt01.html">An Introduction to - TeX</a></dt> - - <dd> - <dl> - <dt>1. <a href="ch01.html">The Big Picture</a></dt> - - <dd> - <dl> - <dt><a href="ch01.html#sec.texforbeginners">What - Is TeX?</a></dt> - - <dt><a href="ch01.html#id2857628">TeX for - Beginners</a></dt> - - <dd> - <dl> - <dt><a - href="ch01.html#sec.tex.controlsequences">Boxes - and Glue</a></dt> - - <dt><a href="ch01.html#id2858068">Control - Sequences</a></dt> - - <dt><a - href="ch01.html#sec.textformVSwordproc">Special - Characters</a></dt> - </dl> - </dd> - - <dt><a href="ch01.html#id2859644">Text Formatting - Versus Word Processing</a></dt> - - <dd> - <dl> - <dt><a href="ch01.html#sec.howtexworks">What - About Desktop Publishing?</a></dt> - - <dt><a href="ch01.html#id2860232">What About - troff?</a></dt> - - <dt><a href="ch01.html#id2860619">What About - SGML?</a></dt> - </dl> - </dd> - - <dt><a href="ch01.html#id2860690">How TeX - Works</a></dt> - - <dd> - <dl> - <dt><a - href="ch01.html#subsubsec.runningtex">TeXing - a Simple Document</a></dt> - - <dt><a href="ch01.html#id2861683">TeXing More - Complex Documents</a></dt> - - <dt><a href="ch01.html#id2861875">Building a - Table of Contents</a></dt> - - <dt><a href="ch01.html#id2861991">Figure - References</a></dt> - - <dt><a href="ch01.html#id2862061">Indexes and - Glossaries</a></dt> - - <dt><a - href="ch01.html#id2862096">Bibliographies</a></dt> - - <dt><a href="ch01.html#id2862381">Special - Things</a></dt> - </dl> - </dd> - </dl> - </dd> - - <dt>2. <a href="ch02.html">Editing</a></dt> - - <dd> - <dl> - <dt><a href="ch02.html#sec.whatcando">What Can an - Editor Do?</a></dt> - - <dd> - <dl> - <dt><a href="ch02.html#sec.auctex">Quoting - Automatically</a></dt> - - <dt><a href="ch02.html#id2862787">Matching - Braces</a></dt> - - <dt><a href="ch02.html#id2862919">Inserting - Common Control Sequences</a></dt> - - <dt><a href="ch02.html#id2862968">Running TeX - Automatically</a></dt> - </dl> - </dd> - - <dt><a href="ch02.html#id2863045">GNU - Emacs</a></dt> - - <dd> - <dl> - <dt><a href="ch02.html#id2863154">Starting - TeX Mode</a></dt> - - <dt><a href="ch02.html#id2863366">Typing in - Emacs</a></dt> - - <dt><a href="ch02.html#id2863418">Running TeX - Automatically</a></dt> - </dl> - </dd> - - <dt><a href="ch02.html#id2863525">aucTeX</a></dt> - - <dd> - <dl> - <dt><a - href="ch02.html#sec.multifile">Starting - aucTeX</a></dt> - - <dt><a href="ch02.html#id2863748">Typing in - aucTeX</a></dt> - - <dt><a href="ch02.html#id2865794">aucTeX - Outline Mode</a></dt> - - <dt><a href="ch02.html#id2865831">Intelligent - Paragraph Reformatting</a></dt> - - <dt><a href="ch02.html#id2865862">Multi-file - Documents</a></dt> - - <dt><a href="ch02.html#sec.texcomp">Running - TeX</a></dt> - - <dt><a href="ch02.html#id2866224">Finding - Errors</a></dt> - </dl> - </dd> - - <dt><a - href="ch02.html#id2866254">Multi-Edit</a></dt> - - <dd> - <dl> - <dt><a href="ch02.html#id2866322">Setting Up - TeX Support</a></dt> - - <dt><a href="ch02.html#id2866543">Typing in - Multi-Edit</a></dt> - - <dt><a href="ch02.html#id2866670">Running - TeX</a></dt> - </dl> - </dd> - - <dt><a href="ch02.html#id2866742">Brief</a></dt> - - <dt><a - href="ch02.html#id2866836">MicroEMACS</a></dt> - - <dt><a href="ch02.html#id2867057">epm: OS/2's - Enhanced Editor</a></dt> - - <dt><a href="ch02.html#id2867165">Other - Tools</a></dt> - - <dt><a href="ch02.html#id2867406">TeX as a - Compiler</a></dt> - - <dd> - <dl> - <dt><a href="ch02.html#id2867481">Processing - a Document</a></dt> - </dl> - </dd> - - <dt><a - href="ch02.html#id2868148">Spellchecking</a></dt> - - <dd> - <dl> - <dt><a - href="ch02.html#id2868250">ispell</a></dt> - - <dt><a - href="ch02.html#id2868280">amSpell</a></dt> - </dl> - </dd> - - <dt><a href="ch02.html#id2868394">Revision - Control</a></dt> - - <dt><a href="ch02.html#id2868511">TeX - Shells</a></dt> - - <dd> - <dl> - <dt><a - href="ch02.html#id2868544">TeXShell</a></dt> - - <dt><a - href="ch02.html#id2868647">TeXPert</a></dt> - - <dt><a - href="ch02.html#id2868748">4TeX</a></dt> - - <dt><a - href="ch02.html#id2868860">PMTeX</a></dt> - - <dt><a - href="ch02.html#id2868984">TeXit</a></dt> - </dl> - </dd> - </dl> - </dd> - - <dt>3. <a href="ch03.html">Running TeX</a></dt> - - <dd> - <dl> - <dt><a href="ch03.html#run.sec.formatfiles">What - Do You Run?</a></dt> - - <dt><a href="ch03.html#id2869278">What Files Does - TeX Need?</a></dt> - - <dd> - <dl> - <dt><a href="ch03.html#id2869610">Pool - Files</a></dt> - - <dt><a href="ch03.html#id2869651">Format - Files</a></dt> - - <dt><a href="ch03.html#sec.userfiles">User - Files</a></dt> - </dl> - </dd> - - <dt><a href="ch03.html#sec.clineopts">The Command - Line</a></dt> - - <dd> - <dl> - <dt><a - href="ch03.html#sec.runtex.cmdcautions">Command-line - Options</a></dt> - - <dt><a - href="ch03.html#id2870602">Command-line - Cautions</a></dt> - </dl> - </dd> - - <dt><a href="ch03.html#id2871334">TeX Without - Options</a></dt> - - <dt><a href="ch03.html#sec.errors">What About - Errors?</a></dt> - - <dd> - <dl> - <dt><a href="ch03.html#sec.logfiles">Log - Files</a></dt> - - <dt><a - href="ch03.html#sec.qprompt">Interpreting TeX - Error Messages</a></dt> - - <dt><a href="ch03.html#id2872461">Naming a - File TeX Cannot Find</a></dt> - - <dt><a href="ch03.html#id2872549">Misspelling - a Control Sequence Name</a></dt> - - <dt><a href="ch03.html#id2872653">Failure to - Close an Environment</a></dt> - - <dt><a href="ch03.html#id2872844">Math - Outside of Math Mode</a></dt> - - <dt><a href="ch03.html#id2873082">Missing - Fonts</a></dt> - - <dt><a href="ch03.html#id2873273">Everything - Else</a></dt> - </dl> - </dd> - - <dt><a href="ch03.html#id2873346">The Question - Mark Prompt</a></dt> - </dl> - </dd> - - <dt>4. <a href="ch04.html">Macro Packages</a></dt> - - <dd> - <dl> - <dt><a - href="ch04.html#macpack.sec.latexvslatexe">Installation: - Making Format Files</a></dt> - - <dd> - <dl> - <dt><a href="ch04.html#id2874541">Hyphenation - Patterns</a></dt> - </dl> - </dd> - - <dt><a href="ch04.html#id2874634">General-purpose - Formats</a></dt> - - <dd> - <dl> - <dt><a href="ch04.html#id2874772">Plain - TeX</a></dt> - - <dt><a href="ch04.html#id2875093">Extended - Plain TeX</a></dt> - - <dt><a href="ch04.html#id2875359">LaTeX2e - Versus LaTeX</a></dt> - - <dt><a - href="ch04.html#sec.latexe">LaTeX2e</a></dt> - - <dt><a - href="ch04.html#sec.latex">LaTeX</a></dt> - - <dt><a - href="ch04.html#sec.texincolor">AMSTeX</a></dt> - - <dt><a - href="ch04.html#id2877047">AMSLaTeX</a></dt> - - <dt><a - href="ch04.html#id2877164">Lollipop</a></dt> - - <dt><a - href="ch04.html#id2873910">TeXinfo</a></dt> - - <dt><a href="ch04.html#id2877747">Other - Formats</a></dt> - </dl> - </dd> - - <dt><a href="ch04.html#id2878394">Special-purpose - Formats</a></dt> - - <dd> - <dl> - <dt><a - href="ch04.html#id2878827">SliTeX</a></dt> - - <dt><a - href="ch04.html#id2878922">FoilTeX</a></dt> - - <dt><a - href="ch04.html#id2878993">Seminar</a></dt> - </dl> - </dd> - - <dt><a href="ch04.html#id2879086">TeX in - Color</a></dt> - - <dd> - <dl> - <dt><a href="ch04.html#id2879169">Setting Up - Color</a></dt> - - <dt><a href="ch04.html#id2879595">Using - Color</a></dt> - - <dt><a href="ch04.html#id2879708">Now I've - Got Color, but I Need Black and - White!</a></dt> - - <dt><a href="ch04.html#id2879774">Color Under - LaTeX2e</a></dt> - - <dt><a href="ch04.html#id2879830">Color Is - Subtle</a></dt> - - <dt><a href="ch04.html#id2879898">Further - Reading</a></dt> - </dl> - </dd> - </dl> - </dd> - </dl> - </dd> - - <dt>II. <a href="pt02.html">Elements of a Complex - Document</a></dt> - - <dd> - <dl> - <dt>5. <a href="ch05.html">Fonts</a></dt> - - <dd> - <dl> - <dt><a href="ch05.html#sec.issueofsize">What TeX - Needs To Know</a></dt> - - <dd> - <dl> - <dt><a href="ch05.html#id2880659">Selecting a - Font in TeX</a></dt> - - <dt><a href="ch05.html#id2880773">Which - Character Is Which?</a></dt> - </dl> - </dd> - - <dt><a href="ch05.html#id2880909">The Issue of - Size</a></dt> - - <dd> - <dl> - <dt><a - href="ch05.html#sec.gettingtfms">Expressing - Design Size in TeX</a></dt> - - <dt><a href="ch05.html#id2881284">Expressing - Magnification in TeX</a></dt> - - <dt><a href="ch05.html#id2881380">Standard - Magnifications</a></dt> - - <dt><a href="ch05.html#id2881671">Where Do - TFM Files Come From?</a></dt> - </dl> - </dd> - - <dt><a href="ch05.html#sec.nfss2">The New Font - Selection Scheme</a></dt> - - <dd> - <dl> - <dt><a - href="ch05.html#sec.fonts.defnfss2">Selecting - Fonts with the New Font Selection - Scheme</a></dt> - - <dt><a href="ch05.html#id2855857">Defining - Fonts with NFSS2</a></dt> - - <dt><a href="ch05.html#id2884733">Storing - Font Definitions</a></dt> - - <dt><a href="ch05.html#id2884863">Changing - the Defaults</a></dt> - - <dt><a href="ch05.html#id2885098">NFSS - Pitfalls</a></dt> - </dl> - </dd> - - <dt><a href="ch05.html#id2885459">PostScript - Fonts Under NFSS</a></dt> - - <dd> - <dl> - <dt><a href="ch05.html#id2885510">Adjustments - to Scale</a></dt> - </dl> - </dd> - - <dt><a href="ch05.html#id2885640">When Things Go - Wrong</a></dt> - - <dd> - <dl> - <dt><a href="ch05.html#id2885669">When TeX - Complains</a></dt> - - <dt><a href="ch05.html#id2885907">When the - DVI Driver Complains</a></dt> - </dl> - </dd> - - <dt><a href="ch05.html#id2886211">Encoding - Vectors</a></dt> - - <dt><a - href="ch05.html#sec.fonts.virtualfonts">Virtual - Fonts</a></dt> - - <dt><a href="ch05.html#sec.autofont">Automatic - Font Generation by DVI Drivers</a></dt> - - <dt><a href="ch05.html#sec.t1fonts">Math Fonts in - TeX</a></dt> - - <dt><a href="ch05.html#id2887790">Concrete - Examples</a></dt> - - <dd> - <dl> - <dt><a href="ch05.html#id2887816">MetaFont - Fonts</a></dt> - - <dt><a href="ch05.html#id2887929">PostScript - Type 1 Fonts</a></dt> - - <dt><a href="ch05.html#id2890165">HP LaserJet - Softfonts</a></dt> - - <dt><a href="ch05.html#id2890329">TrueType - Fonts</a></dt> - </dl> - </dd> - </dl> - </dd> - - <dt>6. <a href="ch06.html">Pictures and - Figures</a></dt> - - <dd> - <dl> - <dt><a href="ch06.html#sec.devindrev">Different - Kinds of Images</a></dt> - - <dd> - <dl> - <dt><a href="ch06.html#id2890411">Bitmapped - Images</a></dt> - - <dt><a href="ch06.html#id2884033">Scalable - Images</a></dt> - </dl> - </dd> - - <dt><a href="ch06.html#id2884144">Device - Independence Revisited</a></dt> - - <dt><a href="ch06.html#sec.ptexpic">Using Only - TeX</a></dt> - - <dd> - <dl> - <dt><a href="ch06.html#id2890867">Plain - TeX</a></dt> - - <dt><a - href="ch06.html#sec.pictures.latex">LaTeX</a></dt> - - <dt><a - href="ch06.html#id2891692">PiCTeX</a></dt> - - <dt><a - href="ch06.html#id2891884">XYPic</a></dt> - - <dt><a - href="ch06.html#id2892057">DraTeX</a></dt> - </dl> - </dd> - - <dt><a href="ch06.html#id2892246">Using a Little - Help</a></dt> - - <dd> - <dl> - <dt><a - href="ch06.html#id2892297">MFPic</a></dt> - - <dt><a - href="ch06.html#id2892403">Fig2MF</a></dt> - - <dt><a - href="ch06.html#sec.tpic">MetaFont</a></dt> - </dl> - </dd> - - <dt><a href="ch06.html#id2892560">Using a Little - More Help</a></dt> - - <dt><a - href="ch06.html#sec.pictures.pstricks">PSTricks</a></dt> - - <dt><a - href="ch06.html#id2892664">TeXdraw</a></dt> - - <dt><a href="ch06.html#id2892716">tpic</a></dt> - - <dt><a href="ch06.html#sec.scaleformat">Using a - Lot of Help</a></dt> - - <dd> - <dl> - <dt><a href="ch06.html#id2892815">Electronic - Cut-and-paste</a></dt> - - <dt><a href="ch06.html#id2893032">Scalable - Image Formats</a></dt> - - <dt><a href="ch06.html#sec.incps">Bitmapped - Image Formats</a></dt> - - <dt><a href="ch06.html#id2893872">Inserting - PostScript Images into TeX</a></dt> - </dl> - </dd> - - <dt><a href="ch06.html#sec.picconv">Manipulating - Images</a></dt> - - <dd> - <dl> - <dt><a href="ch06.html#sec.gs">Image - Magick</a></dt> - - <dt><a - href="ch06.html#id2895306">PBMplus</a></dt> - - <dt><a href="ch06.html#id2895807">xv</a></dt> - - <dt><a - href="ch06.html#id2895932">xloadimage</a></dt> - - <dt><a href="ch06.html#id2896003">Image - Alchemy</a></dt> - - <dt><a - href="ch06.html#id2896234">ColorView</a></dt> - - <dt><a - href="ch06.html#id2896325">Jpeg4</a></dt> - - <dt><a - href="ch06.html#id2896400">pmjpeg</a></dt> - - <dt><a - href="ch06.html#id2896523">txt2pcx</a></dt> - - <dt><a - href="ch06.html#id2896564">Ghostscript</a></dt> - - <dt><a - href="ch06.html#sec.screendump">GoScript</a></dt> - - <dt><a - href="ch06.html#id2897312">hp2xx</a></dt> - </dl> - </dd> - - <dt><a href="ch06.html#id2897483">Image - Editors</a></dt> - - <dd> - <dl> - <dt><a - href="ch06.html#id2897734">xfig</a></dt> - - <dt><a - href="ch06.html#id2897932">idraw</a></dt> - - <dt><a - href="ch06.html#id2898057">tgif</a></dt> - - <dt><a - href="ch06.html#id2898297">bitmap/pixmap</a></dt> - - <dt><a href="ch06.html#id2898403">Other - Bitmap Editors</a></dt> - - <dt><a - href="ch06.html#id2898442">texcad/xtexcad</a></dt> - </dl> - </dd> - - <dt><a href="ch06.html#id2898527">Screen - Dumps</a></dt> - </dl> - </dd> - - <dt>7. <a href="ch07.html">International - Considerations</a></dt> - - <dd> - <dl> - <dt><a - href="ch07.html#sec.for.printing">Typesetting in - Any Language</a></dt> - - <dd> - <dl> - <dt><a href="ch07.html#id2899289">Reading - Input Files</a></dt> - - <dt><a href="ch07.html#id2900395">Changing - the Rules</a></dt> - - <dt><a href="ch07.html#id2902005">Printing - the Result</a></dt> - </dl> - </dd> - - <dt><a href="ch07.html#sec.babel">The Babel - Styles</a></dt> - - <dd> - <dl> - <dt><a href="ch07.html#sec.babelfmt">Building - Multilingual Babel Formats</a></dt> - </dl> - </dd> - - <dt><a href="ch07.html#sec.asciijtex">TeX - Pitfalls</a></dt> - - <dt><a href="ch07.html#id2903161">Very Complex - Languages</a></dt> - - <dd> - <dl> - <dt><a - href="ch07.html#id2903174">Japanese</a></dt> - - <dt><a - href="ch07.html#id2903882">Chinese</a></dt> - - <dt><a - href="ch07.html#id2903985">Arabic</a></dt> - - <dt><a - href="ch07.html#id2904076">Hebrew</a></dt> - </dl> - </dd> - </dl> - </dd> - - <dt>8. <a href="ch08.html">Printing</a></dt> - - <dd> - <dl> - <dt><a href="ch08.html#sec.printing">Printing - Fonts</a></dt> - - <dd> - <dl> - <dt><a href="ch08.html#sec.bitfonts">Built-in - Fonts</a></dt> - - <dt><a href="ch08.html#id2904946">External - Fonts</a></dt> - - <dt><a href="ch08.html#id2905223">Bitmapped - Fonts</a></dt> - - <dt><a href="ch08.html#id2905872">Scalable - Fonts</a></dt> - - <dt><a href="ch08.html#id2905916">Font - Printing Pitfalls</a></dt> - </dl> - </dd> - - <dt><a href="ch08.html#id2906078">Printing - Pictures and Figures</a></dt> - - <dd> - <dl> - <dt><a href="ch08.html#id2906166">Unsolvable - Problems</a></dt> - - <dt><a href="ch08.html#id2906292">Solvable - Problems</a></dt> - - <dt><a href="ch08.html#id2906405">Pictures - Using Only TeX</a></dt> - - <dt><a href="ch08.html#id2906432">MetaFont - Figures</a></dt> - - <dt><a href="ch08.html#id2906500">Scalable - Images</a></dt> - - <dt><a href="ch08.html#id2906554">Bitmap - Images</a></dt> - </dl> - </dd> - - <dt><a href="ch08.html#id2906581">Selected - Drivers</a></dt> - - <dd> - <dl> - <dt><a href="ch08.html#id2906990">emTeX - Drivers</a></dt> - - <dt><a - href="ch08.html#id2907474">dvilj2</a></dt> - - <dt><a - href="ch08.html#id2907508">dvips</a></dt> - - <dt><a - href="ch08.html#sec.pr.dvilaserhp">DVILASER/HP</a></dt> - - <dt><a - href="ch08.html#sec.pr.dvilaserps">DVILASER/PS</a></dt> - - <dt><a href="ch08.html#id2909658">PTI - Laser/HP and PTI Jet</a></dt> - - <dt><a href="ch08.html#id2909924">PTI - Laser/PS</a></dt> - - <dt><a - href="ch08.html#id2910137">dvipsone</a></dt> - </dl> - </dd> - </dl> - </dd> - - <dt>9. <a href="ch09.html">Previewing</a></dt> - - <dd> - <dl> - <dt><a - href="ch09.html#sec.ghostscript">Previewing Under - X11</a></dt> - - <dd> - <dl> - <dt><a href="ch09.html#id2911502">Previewing - with xdvi</a></dt> - - <dt><a href="ch09.html#id2911812">Previewing - with \xtex</a></dt> - </dl> - </dd> - - <dt><a href="ch09.html#id2912002">Previewing with - Ghostscript</a></dt> - - <dt><a href="ch09.html#id2912205">Previewing with - emTeX</a></dt> - - <dt><a href="ch09.html#id2912806">Previewing with - dvivga</a></dt> - - <dt><a href="ch09.html#sec.arb.preview">TeX - Preview</a></dt> - - <dt><a href="ch09.html#id2913678">dvideo</a></dt> - - <dt><a href="ch09.html#id2913841">PTI - View</a></dt> - - <dt><a href="ch09.html#id2914028">Previewing - Under Windows</a></dt> - - <dd> - <dl> - <dt><a - href="ch09.html#id2914065">dvimswin</a></dt> - - <dt><a - href="ch09.html#id2914192">dviwin</a></dt> - - <dt><a - href="ch09.html#id2914502">wdviwin</a></dt> - - <dt><a - href="ch09.html#id2914603">DVIWindo</a></dt> - </dl> - </dd> - - <dt><a - href="ch09.html#sec.preview.tty">Previewing on a - TTY</a></dt> - - <dd> - <dl> - <dt><a - href="ch09.html#id2915377">dvi2tty</a></dt> - - <dt><a - href="ch09.html#id2915519">dvgt/dvitovdu</a></dt> - - <dt><a - href="ch09.html#id2915747">crudetype</a></dt> - </dl> - </dd> - </dl> - </dd> - - <dt>10. <a href="ch10.html">Online - Documentation</a></dt> - - <dd> - <dl> - <dt><a href="ch10.html#id2916146">Something Is - Lost</a></dt> - - <dt><a - href="ch10.html#id2916199">TeXinfo</a></dt> - - <dt><a - href="ch10.html#id2916555">\LaTeX2HTML</a></dt> - - <dt><a - href="ch10.html#id2916701">LameTeX</a></dt> - - <dt><a - href="ch10.html#id2917217">latex2hy</a></dt> - - <dt><a href="ch10.html#id2917348">detex</a></dt> - - <dt><a - href="ch10.html#id2917381">dvispell</a></dt> - </dl> - </dd> - - <dt>11. <a href="ch11.html">Introducing - MetaFont</a></dt> - - <dd> - <dl> - <dt><a - href="ch11.html#sec.mf.gettingstarted">What to - Run?</a></dt> - - <dt><a href="ch11.html#id2918131">What Files Does - MetaFont Need?</a></dt> - - <dd> - <dl> - <dt><a href="ch11.html#id2918156">Pool - Files</a></dt> - - <dt><a href="ch11.html#id2918200">Base - Files</a></dt> - - <dt><a href="ch11.html#id2918279">MetaFont - Programs</a></dt> - </dl> - </dd> - - <dt><a href="ch11.html#id2918336">Command-line - Options</a></dt> - - <dt><a href="ch11.html#id2918545">Building a Base - File</a></dt> - - <dt><a href="ch11.html#sec.buildfont">Running - MetaFont</a></dt> - - <dd> - <dl> - <dt><a href="ch11.html#id2918826">Picking a - Mode</a></dt> - - <dt><a href="ch11.html#id2919066">Selecting a - Size</a></dt> - - <dt><a href="ch11.html#id2919175">Making a GF - Font</a></dt> - - <dt><a href="ch11.html#id2919378">Making a PK - Font</a></dt> - </dl> - </dd> - - <dt><a href="ch11.html#id2919679">What About - Errors?</a></dt> - - <dd> - <dl> - <dt><a href="ch11.html#id2920144">Other - Errors</a></dt> - </dl> - </dd> - - <dt><a href="ch11.html#id2920215">Output at Very - High Resolutions</a></dt> - - <dt><a href="ch11.html#id2920252">Output at Very - Low Resolutions</a></dt> - </dl> - </dd> - - <dt>12. <a href="ch12.html">Bibliographies, Indexes, - and Glossaries</a></dt> - - <dd> - <dl> - <dt><a - href="ch12.html#sec.indexeslooklike">BibTeX</a></dt> - - <dd> - <dl> - <dt><a href="ch12.html#id2920526">How BibTeX - Works</a></dt> - - <dt><a href="ch12.html#id2920800">Building a - Bibliography Database</a></dt> - - <dt><a - href="ch12.html#id2921724">Bibliography - Styles</a></dt> - - <dt><a - href="ch12.html#id2922224">Bibliography - Database Tools</a></dt> - </dl> - </dd> - - <dt><a href="ch12.html#id2923157">Tib</a></dt> - - <dt><a href="ch12.html#id2923378">Making - Indexes</a></dt> - - <dd> - <dl> - <dt><a href="ch12.html#id2923569">Index - Entries</a></dt> - </dl> - </dd> - - <dt><a href="ch12.html#id2923830">Index - Format</a></dt> - - <dt><a href="ch12.html#id2923963">Special-purpose - styles</a></dt> - - <dt><a href="ch12.html#id2924031">Making - Glossaries</a></dt> - </dl> - </dd> - </dl> - </dd> - - <dt>III. <a href="pt03.html">A Tools Overview</a></dt> - - <dd> - <dl> - <dt>13. <a href="ch13.html">Non-commercial - Environments</a></dt> - - <dd> - <dl> - <dt><a href="ch13.html#free.web">Web2C</a></dt> - - <dt><a - href="ch13.html#sec.emtex.testinstall">emTeX</a></dt> - - <dd> - <dl> - <dt><a href="ch13.html#id2925718">Where to - Start</a></dt> - - <dt><a href="ch13.html#id2925747">Unpacking - the Archives</a></dt> - - <dt><a href="ch13.html#id2925984">Setting Up - the Environment</a></dt> - - <dt><a href="ch13.html#id2926107">Testing the - Installation</a></dt> - - <dt><a - href="ch13.html#sec.emtex.smaller">Installing - Fonts</a></dt> - - <dt><a href="ch13.html#id2926788">Making - emTeX Smaller</a></dt> - - <dt><a href="ch13.html#id2928367">Basic - Customization</a></dt> - - <dt><a href="ch13.html#id2929307">Installing - the Beta Test Versions of emTeX</a></dt> - - <dt><a - href="ch13.html#sec.emtex.autofont">Running - emTeX 386 in Windows</a></dt> - - <dt><a href="ch13.html#id2929946">Automatic - Font Generation with emTeX</a></dt> - - <dt><a - href="ch13.html#sec.netemtex">Installing - emTeX on a Network</a></dt> - </dl> - </dd> - - <dt><a href="ch13.html#id2930222">texas</a></dt> - - <dt><a href="ch13.html#id2930652">sbTeX</a></dt> - - <dt><a href="ch13.html#id2931076">gTeX</a></dt> - </dl> - </dd> - - <dt>14. <a href="ch14.html">Commercial - Environments</a></dt> - - <dd> - <dl> - <dt><a href="ch14.html#sec.com.turbo">µTeX by - ArborText</a></dt> - - <dt><a href="ch14.html#id2931589">\yyTeX</a></dt> - - <dt><a - href="ch14.html#id2931820">Textures</a></dt> - - <dt><a - href="ch14.html#id2931894">TurboTeX</a></dt> - - <dt><a href="ch14.html#sec.pctex">PCTeX</a></dt> - - <dt><a href="ch14.html#sec.pctexforwin">PCTeX For - Windows</a></dt> - - <dt><a href="ch14.html#id2933148">Scientific - Word</a></dt> - </dl> - </dd> - - <dt>15. <a href="ch15.html">TeX on the - Macintosh</a></dt> - - <dd> - <dl> - <dt><a - href="ch15.html#sec.Excalibur">CMacTeX</a></dt> - - <dt><a - href="ch15.html#id2934116">DirectTeX</a></dt> - - <dt><a href="ch15.html#id2934176">OzTeX</a></dt> - - <dt><a - href="ch15.html#id2934618">Textures</a></dt> - - <dt><a href="ch15.html#id2935013">Other - Tools</a></dt> - - <dd> - <dl> - <dt><a - href="ch15.html#id2935026">Alpha</a></dt> - - <dt><a - href="ch15.html#id2935128">BBEdit</a></dt> - - <dt><a href="ch15.html#sec.bsrtools">BSR Font - Tools</a></dt> - - <dt><a - href="ch15.html#id2935468">Excalibur</a></dt> - - <dt><a - href="ch15.html#id2935534">HyperBibTeX</a></dt> - - <dt><a - href="ch15.html#id2935646">MacGS</a></dt> - - <dt><a - href="ch15.html#id2935708">dvidvi</a></dt> - - <dt><a - href="ch15.html#id2935748">MacDVIcopy</a></dt> - - <dt><a - href="ch15.html#id2935800">MacBibTeX</a></dt> - - <dt><a - href="ch15.html#id2935830">MacMakeIndex</a></dt> - </dl> - </dd> - </dl> - </dd> - - <dt>16. <a href="ch16.html">TeX Utilities</a></dt> - - <dd> - <dl> - <dt><a href="ch16.html#id2936355">List of - Tools</a></dt> - </dl> - </dd> - - <dt>A. <a href="apa.html">Filename Extension - Summary</a></dt> - - <dt>B. <a href="apb.html">Font Samples</a></dt> - - <dd> - <dl> - <dt><a href="apb.html#id2941555">Font - Encodings</a></dt> - - <dt><a href="apb.html#id2945478">Font - Samples</a></dt> - </dl> - </dd> - - <dt>C. <a href="apc.html">Resources</a></dt> - - <dd> - <dl> - <dt><a href="apc.html#id2943524">TUG: The TeX - Users Group</a></dt> - - <dd> - <dl> - <dt><a href="apc.html#id2946099">Other User - Groups</a></dt> - </dl> - </dd> - - <dt><a href="apc.html#id2946152">TeX - Software</a></dt> - - <dt><a href="apc.html#id2946301">TeX - Shells</a></dt> - - <dt><a href="apc.html#id2946342">Editors</a></dt> - - <dt><a href="apc.html#id2946460">Macro Packages - (Formats)</a></dt> - - <dt><a href="apc.html#id2946539">Styles and - Macros</a></dt> - - <dd> - <dl> - <dt><a href="apc.html#id2946714">Styles That - Produced This Book</a></dt> - </dl> - </dd> - - <dt><a - href="apc.html#id2946829">Utilities</a></dt> - - <dt><a - href="apc.html#id2948003">Miscellaneous</a></dt> - </dl> - </dd> - - <dt>D. <a href="apd.html">Long Examples</a></dt> - - <dt>E. <a href="ape.html">GNU Free Documentation - License</a></dt> - - <dd> - <dl> - <dt>0. <a - href="ape.html#id2948209">PREAMBLE</a></dt> - - <dt>1. <a href="ape.html#id2948100">APPLICABILITY - AND DEFINITIONS</a></dt> - - <dt>2. <a href="ape.html#id2948673">VERBATIM - COPYING</a></dt> - - <dt>3. <a href="ape.html#id2948707">COPYING IN - QUANTITY</a></dt> - - <dt>4. <a - href="ape.html#id2948791">MODIFICATIONS</a></dt> - - <dt>5. <a href="ape.html#id2949025">COMBINING - DOCUMENTS</a></dt> - - <dt>6. <a href="ape.html#id2949073">COLLECTIONS - OF DOCUMENTS</a></dt> - - <dt>7. <a href="ape.html#id2949112">AGGREGATION - WITH INDEPENDENT WORKS</a></dt> - - <dt>8. <a - href="ape.html#id2949149">TRANSLATION</a></dt> - - <dt>9. <a - href="ape.html#id2949177">TERMINATION</a></dt> - - <dt>10. <a href="ape.html#id2949201">FUTURE - REVISIONS OF THIS LICENSE</a></dt> - - <dt><a href="ape.html#id2948479">How to use this - License for your documents</a></dt> - </dl> - </dd> - - <dt><a href="bi01.html">Bibliography</a></dt> - </dl> - </dd> - </dl> - </div> - - <div class="list-of-figures"> - <p><b>List of Figures</b></p> - - <dl> - <dt>1.1. <a href="ch01.html#fig.charbox">The Letters g - and h inside their boxes.</a></dt> - - <dt>1.2. <a href="ch01.html#id2860574">Example figure - produced by both TeX and troff</a></dt> - - <dt>1.3. <a href="ch01.html#fig.wholesimple">A high-level - view of TeX</a></dt> - - <dt>1.4. <a href="ch01.html#fig.wholething">High-level - view of TeX including more detail</a></dt> - - <dt>1.5. <a href="ch01.html#fig.texcmplx">TeXing a More - Complex Document</a></dt> - - <dt>2.1. <a href="ch02.html#fig.meextsetup">Extension - setup in Multi-Edit</a></dt> - - <dt>2.2. <a href="ch02.html#fig.melatexcmp">LaTeX as a - compiler in Multi-Edit</a></dt> - - <dt>2.3. <a href="ch02.html#fig.editing.mew">Editing a - file with MicroEMACS</a></dt> - - <dt>2.4. <a href="ch02.html#fig.winhelp">Microsoft - Windows online help for LaTeX</a></dt> - - <dt>2.5. <a href="ch02.html#fig.editing.epm">Editing a - TeX document with epm under OS/2</a></dt> - - <dt>2.6. <a href="ch02.html#fig.mespell">Edit settings - control word delimiters</a></dt> - - <dt>2.7. <a href="ch02.html#fig.amspell">Spellchecking a - document with amSpell</a></dt> - - <dt>2.8. <a - href="ch02.html#fig.texshell">TeXShell</a></dt> - - <dt>2.9. <a href="ch02.html#fig.texpert">TeXPert</a></dt> - - <dt>2.10. <a href="ch02.html#fig.fourtex">4TeX</a></dt> - - <dt>2.11. <a href="ch02.html#fig.pmtex">PMTeX</a></dt> - - <dt>2.12. <a href="ch02.html#fig.texit">TeXit</a></dt> - - <dt>4.1. <a href="ch04.html#fig.sampresults">Sample - page</a></dt> - - <dt>4.2. <a href="ch04.html#ex.sampplaintex">Plain TeX - Input</a></dt> - - <dt>4.3. <a href="ch04.html#fig.samplatex2e">LaTeX2e - Input</a></dt> - - <dt>4.4. <a href="ch04.html#fig.samplatex">LaTeX Input - File</a></dt> - - <dt>4.5. <a href="ch04.html#ex.sampamstex">AMSTeX Input - File</a></dt> - - <dt>4.6. <a href="ch04.html#fig.amsresults">AMS sample - page</a></dt> - - <dt>4.7. <a href="ch04.html#ex.samplollipop">Lollipop - Input File</a></dt> - - <dt>4.8. <a href="ch04.html#ex.infinp">TeXinfo - Input</a></dt> - - <dt>4.9. <a href="ch04.html#fig.infex">TeXinfo sample - page</a></dt> - - <dt>4.10. <a href="ch04.html#fig.infinf">Online - documentation produced by MakeInfo</a></dt> - - <dt>4.11. <a href="ch04.html#fig.caffeine">Caffeine by - ChemTeX</a></dt> - - <dt>4.12. <a href="ch04.html#fig.caffeine-source">The - ChemTeX Source for Caffeine</a></dt> - - <dt>4.13. <a href="ch04.html#fig.lithium">A lithium - cation rendered by ChemStruct</a></dt> - - <dt>4.14. <a href="ch04.html#fig.lithium-source">The - ChemStruct Source for the Lithium Cation</a></dt> - - <dt>4.15. <a href="ch04.html#fig.mozart">A little - Mozart…</a></dt> - - <dt>4.16. <a href="ch04.html#fig.mozart-source">The - MusicTeX Source for Figure</a></dt> - - <dt>5.1. <a href="ch05.html#fig.filig">fi as two - characters and as a ligature</a></dt> - - <dt>5.2. <a href="ch05.html#fig.kerning">We unkerned and - kerned</a></dt> - - <dt>5.3. <a href="ch05.html#fig.Rs">The Computer Modern - Roman letter R at 150pt: (a) from a 5pt design; (b) from - a 17pt design</a></dt> - - <dt>5.4. <a href="ch05.html#fig.vfdiagram">How TeX uses a - virtual font</a></dt> - - <dt>6.1. <a href="ch06.html#fig.plaintex">An example - diagram in Plain TeX</a></dt> - - <dt>6.2. <a href="ch06.html#fig.latexpic">A parallelogram - in LaTeX</a></dt> - - <dt>6.3. <a href="ch06.html#fig.epic">A figure created - with (a) epic, and (b) eepic</a></dt> - - <dt>6.4. <a href="ch06.html#fig.bezier">Several bezier - curves created with the LaTeX bezier style</a></dt> - - <dt>6.5. <a href="ch06.html#fig.pictex">Sample diagrams - using PiCTeX</a></dt> - - <dt>6.6. <a href="ch06.html#fig.xypic">An XYPic - diagram</a></dt> - - <dt>6.7. <a href="ch06.html#fig.dratex">An DraTeX - diagram</a></dt> - - <dt>6.8. <a href="ch06.html#fig.epsbox">A PostScript - bounding box example</a></dt> - - <dt>6.9. <a href="ch06.html#fig.psfigure">An example of - an encapsulated figure</a></dt> - - <dt>6.10. <a href="ch06.html#fig.psfigurerot">Another - example of an encapsulated figure (resized and - rotated)</a></dt> - - <dt>6.11. <a href="ch06.html#fig.sd-xfig">Editing an - image with xfig</a></dt> - - <dt>6.12. <a href="ch06.html#fig.sd-idraw">Editing an - image with idraw</a></dt> - - <dt>6.13. <a href="ch06.html#fig.sd-tgif">Editing an - image with tgif</a></dt> - - <dt>6.14. <a href="ch06.html#fig.xbitmap">An example of - bitmap editing an icon</a></dt> - - <dt>6.15. <a href="ch06.html#fig.textshot">A text mode - screen dump.</a></dt> - - <dt>7.1. <a href="ch07.html#fig.charmap">Character - mapping example</a></dt> - - <dt>7.2. <a href="ch07.html#fig.pmj">Poor Man's - Japanese</a></dt> - - <dt>7.3. <a href="ch07.html#fig.jemtex">\jemtex - sample</a></dt> - - <dt>7.4. <a href="ch07.html#fig.flang.arab">Arabic text - typeset with ArabTeX</a></dt> - - <dt>7.5. <a href="ch07.html#fig.hebrew">Hebrew</a></dt> - - <dt>8.1. <a href="ch08.html#fig.reschange">Resolution of - the bitmap and the device changed simultaneously</a></dt> - - <dt>8.2. <a href="ch08.html#fig.sizechange">Resolution of - the bitmap changed while device held constant</a></dt> - - <dt>8.3. <a href="ch08.html#fig.emdvi">Previewing and - printing with emTeX</a></dt> - - <dt>9.1. <a href="ch09.html#fig.xdvi">How Previewing with - xdvi Works</a></dt> - - <dt>9.2. <a href="ch09.html#fig.preview.xdvi">Previewing - with xdvi</a></dt> - - <dt>9.3. <a href="ch09.html#fig.xtex">How Previewing with - xtex Works</a></dt> - - <dt>9.4. <a href="ch09.html#fig.preview.xtex">Previewing - with xtex</a></dt> - - <dt>9.5. <a - href="ch09.html#fig.preview.ghostview">Previewing with - Ghostview</a></dt> - - <dt>9.6. <a - href="ch09.html#fig.preview.dviscr">Previewing with - emTeX's dviscr</a></dt> - - <dt>9.7. <a href="ch09.html#fig.preview.dvipm">Previewing - with emTeX's dvipm</a></dt> - - <dt>9.8. <a href="ch09.html#fig.dvivga.vga">Previewing - with dvivga</a></dt> - - <dt>9.9. <a href="ch09.html#fig.tpre.vga">Previewing with - ArborText's Previewer</a></dt> - - <dt>9.10. <a href="ch09.html#fig.ttexd.ega">Previewing - with TurboTeX dvideo (using limited selection of - fonts)</a></dt> - - <dt>9.11. <a href="ch09.html#fig.ptipreview">Previewing - with Personal TeX's Previewer</a></dt> - - <dt>9.12. <a - href="ch09.html#fig.preview.dvimswin">Previewing with - dvimswin</a></dt> - - <dt>9.13. <a - href="ch09.html#fig.preview.dviwin">Previewing with - dviwin</a></dt> - - <dt>9.14. <a - href="ch09.html#fig.preview.wttpreview">Previewing with - TurboTeX's wdviwin</a></dt> - - <dt>9.15. <a - href="ch09.html#fig.preview.dviwindo">Previewing with - Y&Y's DVIWindo</a></dt> - - <dt>9.16. <a - href="ch09.html#fig.preview.dviwindo2">DVIWindo preview - much enlarged</a></dt> - - <dt>9.17. <a href="ch09.html#fig.dvgttek">Previewing with - dvgt under Tektronix 4010 emulation</a></dt> - - <dt>10.1. <a href="ch10.html#fig.on.infex">TeXinfo sample - page</a></dt> - - <dt>10.2. <a href="ch10.html#fig.on.infinf">Online - documentation produced by MakeInfo</a></dt> - - <dt>11.1. <a href="ch11.html#fig.eight">A figure eight - created with MetaFont</a></dt> - - <dt>12.1. <a href="ch12.html#fig.bib.bibview">Editing an - article entry with \program{bibview}</a></dt> - - <dt>12.2. <a href="ch12.html#fig.bib.xbibtex">Editing an - article entry with \program{xbibtex}</a></dt> - - <dt>12.3. <a href="ch12.html#fig.bib.bibdb">Editing an - article entry with \program{bibdb}</a></dt> - - <dt>14.1. <a href="ch14.html#fig.pcmenu">The PCTeX menu - system</a></dt> - - <dt>14.2. <a href="ch14.html#fig.wpctex">PCTeX For - Windows editing and previewing a LaTeX document</a></dt> - - <dt>14.3. <a href="ch14.html#fig.wpctextttotf">PCTeX For - Windows TrueType font metric builder</a></dt> - - <dt>14.4. <a href="ch14.html#fig.sciword">Editing a - document with Scientific Word</a></dt> - - <dt>14.5. <a - href="ch14.html#fig.commercial.swpreview">Preview of the - Scientific Word document shown in Figure</a></dt> - - <dt>15.1. <a href="ch15.html#fig.mac.textures">Editing, - previewing, and typesetting in Textures</a></dt> - - <dt>15.2. <a href="ch15.html#fig.mac.alpha">Alpha editing - the fonts chapter from this book</a></dt> - - <dt>15.3. <a - href="ch15.html#fig.mac.bbedit">\program{BBEdit} editing - the fonts chapter from this book</a></dt> - - <dt>15.4. <a - href="ch15.html#fig.mac.Excalibur">\program{Excalibur} - spellchecking the fonts chapter from this book</a></dt> - - <dt>15.5. <a href="ch15.html#fig.mac.hyperbib">The - \program{Hyper\BibTeX} view of a bibliographic - database</a></dt> - </dl> - </div> - - <div class="list-of-tables"> - <p><b>List of Tables</b></p> - - <dl> - <dt>1. <a href="pr02.html#id2855538"></a></dt> - - <dt>1.1. <a href="ch01.html#tab.activechars">Special - Characters in Plain TeX</a></dt> - - <dt>1.2. <a href="ch01.html#tab.acttype">How to Typeset - Special Characters</a></dt> - - <dt>2.1. <a href="ch02.html#tbl.mathops">aucTeX Math - Operators in Mathematics Minor-mode</a></dt> - - <dt>2.2. <a href="ch02.html#tab.modes">TeX Modes of - Interaction</a></dt> - - <dt>3.1. <a href="ch03.html#id2871639"></a></dt> - - <dt>5.1. <a href="ch05.html#tab.fontshapeww">Standard - Weight and Width Designations</a></dt> - - <dt>5.2. <a href="ch05.html#tab.fontshapeex">Weight and - Width Are Combined to Form Series</a></dt> - - <dt>5.3. <a href="ch05.html#tab.fontshapeshape">Standard - Abbreviations of Font Shape</a></dt> - - <dt>5.4. <a - href="ch05.html#tab.nfss2.userlevel">User-level Font - Selection Control Sequences in NFSS2</a></dt> - - <dt>5.5. <a href="ch05.html#tab.nfss2.encoding">Encoding - Schemes Supported by NFSS2</a></dt> - - <dt>5.6. <a href="ch05.html#tab.nfssdefaults">Default - Fonts</a></dt> - - <dt>5.7. <a href="ch05.html#id2888084"></a></dt> - - <dt>6.1. <a href="ch06.html#tab.manipover">Graphics - Manipulation Packages</a></dt> - - <dt>6.2. <a href="ch06.html#tab.drawingtools">Graphics - Editing Packages</a></dt> - - <dt>7.1. <a href="ch07.html#tab.accentedchar">Standard - Control Sequences for Symbols from Other Character - Sets</a></dt> - - <dt>7.2. <a href="ch07.html#tab.newaccentedchar">New - Control Sequences Proposed by TWGMLC</a></dt> - - <dt>7.3. <a href="ch07.html#tab.langswitch">Language - Switch Macros Proposed by TUG</a></dt> - - <dt>8.1. <a href="ch08.html#tab.drivers">Common DVI - Drivers</a></dt> - - <dt>8.2. <a href="ch08.html#tab.dvilaserhp.util">Other - \protect\dvilaserhp Utilities</a></dt> - - <dt>8.3. <a href="ch08.html#tab.dvilaserps.util">Other - \protect\dvilaserps Utilities</a></dt> - - <dt>8.4. <a href="ch08.html#tab.dvipsone.util">Other - dvipsone Utilities</a></dt> - - <dt>9.1. <a href="ch09.html#tab.previewers">Common - Previewers</a></dt> - - <dt>9.2. <a href="ch09.html#tab.tpre.utils">TeX Preview - Utilities</a></dt> - - <dt>9.3. <a href="ch09.html#tab.dviwindo">DVIWindo - Utilities</a></dt> - - <dt>11.1. <a href="ch11.html#tab.mf.mfdistrib">Some - Popular MetaFont Fonts on the CTAN Archives</a></dt> - - <dt>12.1. <a href="ch12.html#tab.bib.entries">Types of - Entries with Required and Optional Fields</a></dt> - - <dt>13.1. <a href="ch13.html#tab.emtexfilesum">Summary of - the \protect\emTeX Distribution</a></dt> - - <dt>13.2. <a href="ch13.html#tab.emtex.fontlibs">Fonts - Libraries Available for \protect\emTeX on CTAN</a></dt> - - <dt>13.3. <a href="ch13.html#tab.emtexotherex">Other - \protect\emTeX Executables</a></dt> - - <dt>13.4. <a href="ch13.html#tab.emtex.betasummary">The - Beta Test Files for \protect\emTeX</a></dt> - - <dt>14.1. <a href="ch14.html#tab.turbotex">TurboTeX - Programs</a></dt> - - <dt>14.2. <a - href="ch14.html#tab.turbomf">Turbo\protect\TeX - \protect\MF Programs</a></dt> - - <dt>15.1. <a href="ch15.html#tab.mac.cmacdist">Summary of - the \protect\cmactex Distribution at CTAN</a></dt> - - <dt>15.2. <a href="ch15.html#tab.mac.oztexdist">Summary - of the \protect\oztex Distribution at CTAN</a></dt> - - <dt>15.3. <a href="ch15.html#tab.mac.bsrtools">Font Tools - in the BSR package</a></dt> - - <dt>16.1. <a href="ch16.html#tab.util.beebedr">The Public - Doman DVI Driver Family</a></dt> - - <dt>16.2. <a href="ch16.html#tab.rtfxlate">RTF - Translators</a></dt> - - <dt>16.3. <a - href="ch16.html#tab.psutils.scripts">Additional Scripts - in PS Utils</a></dt> - - <dt>B.1. <a href="apb.html#tab.cmrencode">The Computer - Modern Roman Font Encoding</a></dt> - - <dt>B.2. <a href="apb.html#tab.cmmiencode">The Computer - Modern Math Italic Font Encoding</a></dt> - - <dt>B.3. <a href="apb.html#tab.font.corkencoding">The - Cork Font Encoding</a></dt> - - <dt>B.4. <a href="apb.html#tab.adbstdencode">The Adobe - Standard Font Encoding</a></dt> - </dl> - </div> - - <div class="list-of-examples"> - <p><b>List of Examples</b></p> - - <dl> - <dt>1.1. <a href="ch01.html#ex.csexample">An Example of a - TeX Document</a></dt> - - <dt>1.2. <a href="ch01.html#ex.knuthbbl">A typical - bibliography database entry</a></dt> - - <dt>2.1. <a href="ch02.html#ex.driver">A Simple Driver - File</a></dt> - - <dt>2.2. <a href="ch02.html#ex.localvars">Local Variables - in an Emacs Buffer</a></dt> - - <dt>2.3. <a href="ch02.html#ex.madeuperr">A Contrived - Error</a></dt> - - <dt>2.4. <a href="ch02.html#ex.rcsmac">Revision Control - Macros for TeX Documents Using RCS}</a></dt> - - <dt>3.1. <a href="ch03.html#ex.badfonttex">The Document - BADFONT.TEX</a></dt> - - <dt>5.1. <a href="ch05.html#ex.logoshape">Font-shape - Declaration with NFSS2</a></dt> - - <dt>5.2. <a href="ch05.html#ex.logoshape2">Font-shape - declaration with NFSS2 (simplified)</a></dt> - - <dt>5.3. <a href="ch05.html#ex.pstotexfont">The - PStoTeXfont script</a></dt> - - <dt>6.1. <a href="ch06.html#ex.plaintexm">The Input for - the Plain TeX Diagram</a></dt> - - <dt>6.2. <a href="ch06.html#ex.latexpicsrc">The LaTeX - Input for</a></dt> - - <dt>6.3. <a href="ch06.html#ex.epicsrc">The epic Input - for</a></dt> - - <dt>6.4. <a href="ch06.html#ex.beziersrc">The Input - for</a></dt> - - <dt>6.5. <a href="ch06.html#ex.pictexsrc">PiCTeX Input - for</a></dt> - - <dt>6.6. <a href="ch06.html#ex.xypicsrc">The XYPic Input - for</a></dt> - - <dt>6.7. <a href="ch06.html#ex.dratexsrc">The DraTeX - Input for</a></dt> - - <dt>6.8. <a href="ch06.html#ex.gseps">Converting - Encapsulated PostScript to a Bitmap with - Ghostscript</a></dt> - - <dt>6.9. <a href="ch06.html#ex.texscreencapt">Script for - Inserting a Captured Text Screen</a></dt> - - <dt>7.1. <a href="ch07.html#ex.usinglangs">{A Sample - Multilingual Document Using English and French}</a></dt> - - <dt>10.1. <a href="ch10.html#ex.on.infinp">TeXinfo - Commands</a></dt> - - <dt>11.1. <a href="ch11.html#ex.eightcode">The Code for - the Figure Eight</a></dt> - - <dt>12.1. <a href="ch12.html#ex.bib.bibexample">A Sample - BibTeX entry</a></dt> - - <dt>12.2. <a href="ch12.html#ex.tibdb">A Tib style - database entry</a></dt> - - <dt>D.1. <a - href="apd.html#ex.maketexpk">MakeTeXPK.pl</a></dt> - - <dt>D.2. <a - href="apd.html#ex.maketextfm">MakeTeXTFM.pl</a></dt> - - <dt>D.3. <a href="apd.html#ex.dvidxx">dvidxx.btm</a></dt> - - <dt>D.4. <a href="apd.html#ex.makepk">makepk.btm</a></dt> - - <dt>D.5. <a - href="apd.html#ex.encafmpl">enc-afm.pl</a></dt> - - <dt>D.6. <a - href="apd.html#ex.textoxfont">TeXtoXfont</a></dt> - - <dt>D.7. <a - href="apd.html#ex.pstoxfont">PStoXfont</a></dt> - - <dt>D.8. <a - href="apd.html#ex.txt2verb">txt2verb.pl</a></dt> - </dl> - </div> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/mtw.css b/Master/texmf-doc/doc/english/make-tex-work/html/mtw.css deleted file mode 100644 index 6fc8bbe2b08..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/mtw.css +++ /dev/null @@ -1,150 +0,0 @@ -/* CSS2 Stylesheet for _Making TeX Work_ - 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margin-left: 10px; - margin-right: 10px; -} - -div.book { - margin-left: 10px; - margin-right: 10px; - margin-top: 5px; -} - -thead { - background-color: black; - color: white; -} - -table, -tbody,thead,tfoot, -tr,td { - border-color: #8F8F8F; -} diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/mtwcpyright.html b/Master/texmf-doc/doc/english/make-tex-work/html/mtwcpyright.html deleted file mode 100644 index 64fd10d21c2..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/mtwcpyright.html +++ /dev/null @@ -1,63 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Making TeX Work</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - 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Copyright © 1994 O'Reilly & - Associates, Inc. All rights reserved.</p> - - <p>Permission is granted to copy, distribute and/or modify - this document under the terms of the GNU Free Documentation - License, Version 1.1 or any later version published by the - Free Software Foundation; with the Back-Cover Texts being <a - href="#backcover" target="_top">Back Cover Text</a>. A copy - of the license is included in <a href="ape.html" - title="Appendix E. GNU Free Documentation License">Appendix E</a>.</p> - - <p>Nutshell Handbook, the Nutshell Handbook logo, and the - O'Reilly logo are registered trademarks of O'Reilly & - Associates, Inc. The association between the image of a - spider and the topic of TeX is a trademark of O'Reilly & - Associates, Inc. Java and all Java-based trademarks and logos - are trademarks or registered trademarks of Sun Microsystems, - Inc., in the United States and other countries. O'Reilly - & Associates, Inc. is independent of Sun - Microsystems.</p> - - <p>Many of the designations used by manufacturers and sellers - to distinguish their products are claimed as trademarks. - Where those designations appear in this book, and O'Reilly - & Associates, Inc. was aware of a trademark claim, the - designations have been printed in caps or initial caps. While - every precaution has been taken in the preparation of this - book, the publisher assumes no responsibility for errors or - omissions, or for damages resulting from the use of the - information contained herein.</p> - - <p><a id="backcover" name="backcover"></a><b>Back Cover - Text: </b></p> - - <p>Visit O'Reilly on the Web at <a - href="http://www.oreilly.com/" - target="_top">www.oreilly.com</a>.</p> - <br /> - <br /> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/pr01.html b/Master/texmf-doc/doc/english/make-tex-work/html/pr01.html deleted file mode 100644 index 5f97e9f53b3..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/pr01.html +++ /dev/null @@ -1,130 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Forward to the SourceForge Edition</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="index.html" title="Making TeX Work" /> - <link rel="previous" href="index.html" - title="Making TeX Work" /> - <link rel="next" href="pr02.html" title="Preface" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Making TeX Work" href="index.html"><img - src="figures/nav-prev.png" alt="Prev" border="0" /> - </a> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a> <a title="Preface" - href="pr02.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="preface"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="id2788712" - name="id2788712"></a>Forward to the SourceForge - Edition</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - </div> - - <p>I wrote <i>Making TeX Work</i> in 1994. It has not been - updated and is unquestionably out-of-date. In fact, the TeX - sources are still in LaTeX 2.09.</p> - - <p>It is provided here for the benefit of those readers who - would like to read it (it has been out of print for several - years) or its TeX sources.</p> - - <p>I have no plans to update it.</p> - - <div class="important" - style="margin-left: 0.5in; margin-right: 0.5in;"> - <h3 class="title">Important</h3> - - <p>The conversion from TeX to XML <span - class="emphasis"><em>is not</em></span> complete. There are - lots of TeXisms left in the XML version. And tables that - haven't been converted. And figures that haven't been - converted. And probably lots of other stuff. I do plan, - over time, to fix those errors so that the XML sources are - a reasonable reflection of the published book.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2841267" - name="id2841267"></a>Acknowledgments</h2> - </div> - </div> - - <p>My thanks to Tim O'Reilly for agreeing to republish this - book under the <a href="ape.html" - title="Appendix E. GNU Free Documentation License"> - GNU Free Documentation License</a>.</p> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a title="Preface" - href="pr02.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left">Making TeX Work </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> Preface</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/pr02.html b/Master/texmf-doc/doc/english/make-tex-work/html/pr02.html deleted file mode 100644 index 9442b1401d9..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/pr02.html +++ /dev/null @@ -1,1296 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Preface</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="index.html" title="Making TeX Work" /> - <link rel="previous" href="pr01.html" - title="Forward to the SourceForge Edition" /> - <link rel="next" href="pt01.html" - title="Part I. An Introduction to TeX" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Forward to the SourceForge Edition" - href="pr01.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Making TeX Work" href="index.html"><img - src="figures/nav-up.png" alt="Up" border="0" /> - </a> <a - title="Part I. An Introduction to TeX" - href="pt01.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="preface"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="id2841290" - name="id2841290"></a>Preface</h2> - </div> - - <div> - <p class="releaseinfo">$Revision: 1.1 $</p> - </div> - - <div> - <p class="pubdate">$Date: 2002/08/23 14:31:13 $</p> - </div> - </div> - - <p>TeX is a tool for creating professional quality, typeset - pages of any kind. It is particularly good, perhaps - unsurpassed, at typesetting mathematics<a id="id2841277" - class="indexterm" name="id2841277"></a> <a id="id2841322" - class="indexterm" name="id2841322"></a>; as a result, it is - widely used in scientific writing. Some of its other - features, like its ability to handle multiple languages<a - id="id2787586" class="indexterm" name="id2787586"></a> <a - id="id2787597" class="indexterm" name="id2787597"></a> in the - same document and the fact that the content of a document - (chapters, sections, equations, tables, figures, etc.) can be - separated from its form (typeface, size, spacing, - indentation, etc.) are making TeX more common outside of - scientific and academic circles.</p> - - <p>Designed by Donald Knuth<a id="id2787617" - class="indexterm" name="id2787617"></a> in the late 1970s, - more than a decade of refinement has gone into the program - called “TeX” today. The resulting system produces - publication-quality output while maintaining portability - across an extremely wide range of platforms.</p> - - <p>Remarkably, TeX is free. This fact, probably as much as - any other, has contributed to the development of a complete - “TeX system” by literally thousands of - volunteers. TeX, the program, forms the core of this - environment and is now supported by hundreds of tools.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a - id="sec.implementation" - name="sec.implementation"></a>Why Read This Book?</h2> - </div> - </div> - - <p>This book is for anyone who uses TeX. Novices will need - at least one other reference, because this book does not - describe the nuts and bolts of writing documents with TeX - in any great detail.</p> - - <p>If you are new to TeX, there is much to learn. There are - many books that describe how to use TeX. However, the focus - of this book is mostly at a higher level. After digesting - Chapter <a href="ch01.html" - title="Chapter 1. The Big Picture">Chapter 1</a>, - <span class="emphasis"><em><a href="ch01.html" - title="Chapter 1. The Big Picture">Chapter 1</a></em></span>, - you should be able to proceed through the rest of the book - without much difficulty even if you have never seen TeX - before. So, if you are a system administrator interested in - learning enough about these programs to install and test - them for your users, you should be all set. If you are - interested in learning how to write documents with TeX, - this book will be helpful, but it will not be wholly - sufficient.</p> - - <p>Why do you need this book at all? Although many - individual components of the TeX system are well - documented, there has never before been a complete - reference to the whole system. This book surveys the entire - world of TeX software and helps you see how the various - pieces are related.</p> - - <p>A functioning TeX system is really a large collection of - programs that interact in subtle ways to produce a document - that, when formatted by TeX, prints the output you want. - All the different interactions that take place ultimately - result in less work for you, the writer, even though it may - seem like more work at first. Heck, it may <span - class="emphasis"><em>be</em></span> more work at first, but - in the long run, the savings are tremendous.</p> - - <p>Many books about TeX refer the reader to a “local - guide” for more information about previewing and - printing documents and what facilities exist for - incorporating special material into documents (like special - fonts and pictures and figures). In reality, very few local - guides exist.</p> - - <p>The TeX environment is now mature and stable enough to - support a more “global guide.” That is what - this book attempts to be. It goes into detail about - previewing and printing, about incorporating other fonts, - about adding pictures and figures to your documents, and - about many other things overlooked by other books.</p> - - <p>Because fonts play a ubiquitous role in typesetting, - this book is also about MetaFont, the tool that Donald - Knuth<a id="id2788111" class="indexterm" - name="id2788111"></a> designed for creating fonts.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2788121" - name="id2788121"></a>Scope of This Book</h2> - </div> - </div> - - <p>Here's how the book is laid out.</p> - - <p><span class="bold"><b>Part <a href="pt01.html" - title="Part I. An Introduction to TeX">Part I</a>: - <span class="emphasis"><em><a href="pt01.html" - title="Part I. An Introduction to TeX">Part I</a></em></span></b></span>.</p> - - <p>Chapter <a href="ch01.html" - title="Chapter 1. The Big Picture">Chapter 1</a>, - <span class="emphasis"><em><a href="ch01.html" - title="Chapter 1. The Big Picture">Chapter 1</a></em></span>. - If you don't know anything about TeX at all, this chapter - will help you get started. If you're a system adminstrator - charged with the task of installing and maintaining TeX - tools, you'll get enough information to do the job.</p> - - <p>Chapter <a href="ch02.html" - title="Chapter 2. Editing">Chapter 2</a>, - <span class="emphasis"><em><a href="ch02.html" - title="Chapter 2. Editing">Chapter 2</a></em></span>. - An overview of some environments that can make working with - TeX documents easier. It describes some editors that - “understand” TeX, how to integrate TeX into a - “programmer's editor,” spellchecking, revision - control, and other aspects of TeXnical editing.</p> - - <p>Chapter <a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a>, - <span class="emphasis"><em><a href="ch03.html" - title="Chapter 3. Running TeX">Chapter 3</a></em></span>. - The mechanics of running TeX, the program. It discusses - what things TeX needs to be able to run, how to start TeX, - command-line options, leaving TeX, and recovery from - errors.</p> - - <p>Chapter <a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a>, - <span class="emphasis"><em><a href="ch04.html" - title="Chapter 4. Macro Packages">Chapter 4</a></em></span>. - Overview of TeX macro packages. This chapter describes how - to make a format file, the major general-purpose writing - packages, some special-purpose writing packages, how to - make slides for presentations, and how to handle color in - TeX.</p> - - <p><span class="bold"><b>Part <a href="pt02.html" - title="Part II. Elements of a Complex Document">Part II</a>: - <span class="emphasis"><em><a href="pt02.html" - title="Part II. Elements of a Complex Document">Part II</a></em></span></b></span>.</p> - - <p>Chapter <a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a>, - <span class="emphasis"><em><a href="ch05.html" - title="Chapter 5. Fonts">Chapter 5</a></em></span>. - This chapter explores the issues that need to be addressed - when using fonts. Many of these issues are not particularly - TeX-related, but TeX is very flexible, and it's important - to understand the tradeoffs that must be made. This chapter - also examines some TeX-specific issues: font selection, - files that TeX needs, automatic font generation, and - virtual fonts.</p> - - <p>Chapter <a href="ch06.html" - title="Chapter 6. Pictures and Figures">Chapter 6</a>, - <span class="emphasis"><em><a href="ch06.html" - title="Chapter 6. Pictures and Figures">Chapter 6</a></em></span>. - How many ways are there to include pictures and figures in - a TeX document? Lots and lots of ways. This chapter - examines them all.</p> - - <p>Chapter <a href="ch07.html" - title="Chapter 7. International Considerations">Chapter 7</a>, - <span class="emphasis"><em><a href="ch07.html" - title="Chapter 7. International Considerations">Chapter 7</a></em></span>. - TeX is well qualified to do international typesetting. This - chapter looks at the issues that are involved: representing - international symbols in your input file, what TeX - produces, getting the right fonts, multiple languages in - the same document, and macro packages and style files that - solve some of these problems. Some strategies for dealing - with very difficult languages (like Japanese and Arabic) - are also explored.</p> - - <p>Chapter <a href="ch08.html" - title="Chapter 8. Printing">Chapter 8</a>, - <span class="emphasis"><em><a href="ch08.html" - title="Chapter 8. Printing">Chapter 8</a></em></span>. - What goes in has to come out. This chapter tells the what, - where, why, and how of printing your documents.</p> - - <p>Chapter <a href="ch09.html" - title="Chapter 9. Previewing">Chapter 9</a>, - <span class="emphasis"><em><a href="ch09.html" - title="Chapter 9. Previewing">Chapter 9</a></em></span>. - Save paper; preview your documents before you print - them.</p> - - <p>Chapter <a href="ch10.html" - title="Chapter 10. Online Documentation">Chapter 10</a>, - <span class="emphasis"><em><a href="ch10.html" - title="Chapter 10. Online Documentation">Chapter 10</a></em></span>. - Online documentation is becoming increasingly popular. This - chapter explores different ways that both typeset and - online documentation can be produced from the same set of - input files.</p> - - <p>Chapter <a href="ch11.html" - title="Chapter 11. Introducing MetaFont">Chapter 11</a>, - <span class="emphasis"><em><a href="ch11.html" - title="Chapter 11. Introducing MetaFont">Chapter 11</a></em></span>. - Sometimes it is necessary or desirable to create a special - version of a standard TeX font. Maybe you really need the - standard 10pt font at 11.3pt. This chapter will tell you - how to work with existing MetaFont fonts. It <span - class="emphasis"><em>won't</em></span> tell you how to - create your own fonts; that's a whole different story.</p> - - <p>Chapter <a href="ch12.html" - title="Chapter 12. Bibliographies, Indexes, and Glossaries"> - Chapter 12</a>, <span class="emphasis"><em><a - href="ch12.html" - title="Chapter 12. Bibliographies, Indexes, and Glossaries"> - Chapter 12</a></em></span>. Maintaining a - bibliographic database can be a great timesaver. This - chapter looks at the BibTeX program and other tools for - building and using bibliographic databases. It also - discusses the creation of indexes and glossaries.</p> - - <p><span class="bold"><b>Part <a href="pt03.html" - title="Part III. A Tools Overview">Part III</a>: - <span class="emphasis"><em><a href="pt03.html" - title="Part III. A Tools Overview">Part III</a></em></span></b></span>.</p> - - <p>Chapter <a href="ch13.html" - title="Chapter 13. Non-commercial Environments">Chapter 13</a>, - <span class="emphasis"><em><a href="ch13.html" - title="Chapter 13. Non-commercial Environments">Chapter 13</a></em></span>. - Many TeX environments are freely available. This chapter - describes public domain, free, and shareware versions of - TeX.</p> - - <p>Chapter <a href="ch14.html" - title="Chapter 14. Commercial Environments">Chapter 14</a>, - <span class="emphasis"><em><a href="ch14.html" - title="Chapter 14. Commercial Environments">Chapter 14</a></em></span>. - A large, complex system like TeX can be overwhelming - (although I hope less so after you read this book ;-). One - of the advantages of selecting a commercial implementation - of TeX is that some form of customer support is usually - provided. Still other commercial implementations offer - features not found in any free releases. This chapter - describes several commercial TeX releases.</p> - - <p>Chapter <a href="ch15.html" - title="Chapter 15. TeX on the Macintosh">Chapter 15</a>, - <span class="emphasis"><em><a href="ch15.html" - title="Chapter 15. TeX on the Macintosh">Chapter 15</a></em></span>. - Many issues discussed in this book apply equally to all - platforms, including the Macintosh platform, but the Mac - has its own special set of features. This chapter looks at - some versions of TeX and other tools designed specifically - for use on the Mac.</p> - - <p>Chapter <a href="ch16.html" - title="Chapter 16. TeX Utilities">Chapter 16</a>, - <span class="emphasis"><em><a href="ch16.html" - title="Chapter 16. TeX Utilities">Chapter 16</a></em></span>. - This chapter lists many of the the utilities available in - the CTAN archives and provides a brief description of what - they do.</p> - - <p>Appendix <a href="apa.html" - title="Appendix A. Filename Extension Summary">Appendix A</a>, - <span class="emphasis"><em><a href="apa.html" - title="Appendix A. Filename Extension Summary">Appendix A</a></em></span>. - Lots of files can be identified by their extensions. This - appendix lists the extensions that are most often seen in - conjunction with TeX and describes what the associated - files contain.</p> - - <p>Appendix <a href="apb.html" - title="Appendix B. Font Samples">Appendix B</a>, - <span class="emphasis"><em><a href="apb.html" - title="Appendix B. Font Samples">Appendix B</a></em></span>. - Examples of many MetaFont fonts available from the CTAN - archives.</p> - - <p>Appendix <a href="apc.html" - title="Appendix C. Resources">Appendix C</a>, - <span class="emphasis"><em><a href="apc.html" - title="Appendix C. Resources">Appendix C</a></em></span>. - A complete list of the resources described in this - book.</p> - - <p>Appendix <a href="apd.html" - title="Appendix D. Long Examples">Appendix D</a>, - <span class="emphasis"><em><a href="apd.html" - title="Appendix D. Long Examples">Appendix D</a></em></span>. - This appendix contains examples (scripts, batch files, - programs) that seemed too long to place in the running - text.</p> - - <p><span class="emphasis"><em>Bibliography</em></span>. - Where I learned what I know. Also, where you can look for - more information about specific topics.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2855196" - name="id2855196"></a>Conventions Used in This Book</h2> - </div> - </div> - - <p>The following typographic conventions are used in this - book:</p> - - <div class="variablelist"> - <dl> - <dt><span class="term"><span - class="emphasis"><em>Italic</em></span></span></dt> - - <dd> - <p>is used for filenames, directories, user commands, - program names, and macro packages (except where the - distinctive logo type is used). Sometimes italics are - used in the traditional way for emphasis of new ideas - and important concepts.</p> - </dd> - - <dt><span class="term"><tt>Typewriter</tt></span></dt> - - <dd> - <p>is used for program examples, FTP sites, TeX - control sequences, and little bits of TeX syntax that - appear in running text (for example, typewriter text - in a reference to the LaTeX <tt>picture</tt> - environment is a clue that LaTeX literally uses the - word “picture” to identify this - environment).</p> - </dd> - - <dt><span class="term"><tt>\bf Typewriter - Bold</tt></span></dt> - - <dd> - <p>is used in examples to show the user's actual - input at the terminal.</p> - </dd> - - <dt><span class="term"><tt>\it Typewriter - Italic</tt></span></dt> - - <dd> - <p>identifies text that requires a context-specific - substitution. For example, <span - class="emphasis"><em><tt>filename</tt></em></span> in - an example would be replaced by some particular - filename.</p> - </dd> - - <dt><span class="term">Footnotes</span></dt> - - <dd> - <p>are used for parenthetical remarks. Sometimes, - lies are spoken to simplify the discussion, and the - footnotes restore the lie to the truth. (And - sometimes they don't ;-)</p> - </dd> - </dl> - </div> - - <p>Filename extensions, like “<span - class="emphasis"><em>.tex</em></span>” in - <tt>book.tex</tt>, are shown in uppercase letters when - referring to a particular type of file. For example, a TeX - Font Metric or <tt>TFM</tt> file would be - <tt>somefile.tfm</tt>. The actual extension of the file may - be different (upper or lowercase, longer or shorter) - depending on your operating environment.</p> - - <p>When the shell prompt is shown in an example, it is - shown as a dollar sign, \$. You should imagine that this is - your system's prompt, which might otherwise be - <tt><!--</tt> , <tt>C></tt>, --> <tt>[C:\]</tt>, - or a dialog box.</p> - - <p>When spaces are important in an example, the - “{ }” character is used to emphasize the - spaces. Effective,  isn't  it?</p> - - <p>In some places, I refer to specific keys that you should - press. When it's important that I mean pressing particular - keys and not typing something, I emphasize the keys. For - instance, an example that includes <b>Enter</b> means that - you should literally press the Enter or Return key. The - sequence <b>Ctrl-D</b> means that you should press and hold - the “Control” and “d” keys - simultaneously. Control-key combinations aren't case - sensitive, so you needn't press the shift key.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2855490" - name="id2855490"></a>How to Get TeX</h2> - </div> - </div> - - <p>TeX and the other programs mentioned in this book are - available from a number of places. It's impossible to list - all of the places where you might find any given tool, but - there is one place where you will almost certainly find - <span class="emphasis"><em>every</em></span> tool: the - Comprehensive TeX Archive Network (CTAN)<a id="id2855505" - class="indexterm" name="id2855505"></a>.</p> - - <p>This network is a fully-mirrored anonymous FTP hierarchy - in three countries. Always use the FTP site<a - id="id2855524" class="indexterm" name="id2855524"></a> that - is geographically closest to you. The following table lists - the current members of CTAN as of July, 1993:</p> - - <div class="table"> - <a id="id2855538" name="id2855538"></a> - - <p class="title"><b>Table 1. </b></p> - - <table summary="" border="1"> - <colgroup> - <col align="left" /> - <col align="left" /> - <col align="left" /> - <col align="left" /> - </colgroup> - - <thead> - <tr> - <th align="left">Geographic Location</th> - - <th align="left">Site</th> - - <th align="left">IP Address</th> - - <th align="left">Top Level Directory</th> - </tr> - </thead> - - <tbody> - <tr> - <td align="left">United States</td> - - <td align="left">\tt ftp.shsu.edu</td> - - <td align="left">192.92.115.10</td> - - <td align="left">\it /tex-archive</td> - </tr> - - <tr> - <td align="left">England</td> - - <td align="left">\tt ftp.tex.ac.uk</td> - - <td align="left">131.151.79.32</td> - - <td align="left">\it /tex-archive</td> - </tr> - - <tr> - <td align="left">Germany</td> - - <td align="left">\tt ftp.uni-stuttgart.de</td> - - <td align="left">129.69.8.13</td> - - <td align="left">\it /tex-archive</td> - </tr> - </tbody> - </table> - </div> - - <p>You may also access the CTAN archives by electronic - mail<a id="id2855672" class="indexterm" - name="id2855672"></a> if you do not have FTP access. For - up-to-date instructions about the mail server, send the - single-line message <tt>help</tt> to - <tt>fileserv@shsu.edu</tt>.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2855700" - name="id2855700"></a>Where Are the Files?</h3> - </div> - </div> - - <p>Every CTAN mirror site has the same well-organized - directory structure<a id="id2855710" class="indexterm" - name="id2855710"></a>. The top-level directory also - contains a complete catalog of current files organized by - name, date, and size. The catalogs are named - <tt>FILES.byname</tt>, <tt>FILES.bydate</tt>, and - <tt>FILES.bysize</tt>, respectively, in the top level - directory. The top-level directory contains the following - subdirectories:</p> -<pre class="screen"> -<table> -<title></title> -<tgroup cols="1"> -<colspec align="left"> -<colspec align="left"> -<thead> -<row> - <entry>Directory</entry> - <entry>Description of Contents </entry> -</row> -</thead> -<tbody> -<row> - <entry>tools</entry> - <entry>Archiving tools (<command>unzip</command>, <command>tar</command>, <command>compress</command>, etc.) </entry> -</row> -<row> - <entry>biblio</entry> - <entry>Tools for maintaining bibliographic databases </entry> -</row> -<row> - <entry>digests</entry> - <entry>Electronic digests (&TeX;hax, UK&TeX;, etc.)</entry> -</row> -<row> - <entry>info</entry> - <entry>Free documentation, many good guides </entry> -</row> -<row> - <entry>dviware</entry> - <entry>Printing and previewing software </entry> -</row> -<row> - <entry>fonts</entry> - <entry>Fonts for &TeX; </entry> -</row> -<row> - <entry>graphics</entry> - <entry>Software for working with pictures and figures </entry> -</row> -<row> - <entry>help</entry> - <entry>Online help files, etc. </entry> -</row> -<row> - <entry>indexing</entry> - <entry>Indexing and glossary building tools </entry> -</row> -<row> - <entry>language</entry> - <entry>Multi-national language support </entry> -</row> -<row> - <entry>macros</entry> - <entry>Macro packages and style files </entry> -</row> -<row> - <entry>misc</entry> - <entry>Stuff that doesn't fit in any other category </entry> -</row> -<row> - <entry>support</entry> - <entry>Tools for running and supporting &TeX;</entry> -</row> -<row> - <entry>systems</entry> - <entry>OS-specific programs and files</entry> -</row> -<row> - <entry>web</entry> - <entry>Sources for &TeX; programs (in &Web;) </entry> -</row> -</tbody> -</tgroup> -</table> -</pre> - - <p>The archives at <tt>ftp.shsu.edu</tt> and - <tt>ftp.tex.ac.uk</tt> also support <b>gopher</b><a - id="id2788674" class="indexterm" name="id2788674"></a> - access to the archives. The UK <b>gopher</b> supports - indexed access to the archives. A World Wide Web - (hypertext) interface<a id="id2788694" class="indexterm" - name="id2788694"></a> to the archives is available - from:</p> -<pre class="screen"> - -http://jasper.ora.com/ctan.html -</pre> - - <p>This interface includes brief descriptions of many - packages and the ability to perform keyword and date - searches.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2855768" - name="id2855768"></a>Getting Software Without - FTP</h3> - </div> - </div> - - <p>The electronic alternatives<a id="id2788563" - class="indexterm" name="id2788563"></a> to FTP, described - in the section “<a - href="pr02.html#sec.gettingexamples" - title="Getting Examples From This Book">the section - called “Getting Examples From This - Book”</a>” of this chapter are also viable - alternatives for getting software from the CTAN - archives.</p> - - <p>In addition, there are a number of ways to get - distributions through nonelectronic<a id="id2788597" - class="indexterm" name="id2788597"></a> channels. The - names and addresses of these sources are listed in - Appendix <a href="apc.html" - title="Appendix C. Resources">Appendix C</a>, - <span class="emphasis"><em><a href="apc.html" - title="Appendix C. Resources">Appendix C</a></em></span>.</p> - - <p>You can get many of the popular TeX distributions on - diskette from the TeX Users Group (TUG)<a id="id2856094" - class="indexterm" name="id2856094"></a>. Emacs, - <b>Ghostscript</b>, and other packages by the Free - Software Foundation (FSF)<a id="id2856119" - class="indexterm" name="id2856119"></a> are available on - tape directly from the FSF. You may also find large - bulletin board systems that support TeX (for example, - Channel1 in Cambridge, MA)</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="sec.gettingexamples" - name="sec.gettingexamples"></a>Getting Examples From - This Book</h3> - </div> - </div> - - <p>All of the substantial code fragments and programs - printed in this book are available online. The examples<a - id="id2856154" class="indexterm" name="id2856154"></a> in - this book are all in <b>Perl</b><a id="id2856168" - class="indexterm" name="id2856168"></a>, a language for - easily manipulating text, files, and processes. I decided - to use <b>Perl</b> simply because it is available for - every platform discussed in this book. It is the only - “universal” scripting language that will work - under MS-DOS, OS/2, unix, and the Macintosh. All of the - scripts in this book can be converted to a different - scripting language (the various unix shells or something - like <b>4DOS</b>'s extended batch language for MS-DOS and - OS/2) if you prefer. I've tried to write the <b>Perl</b> - scripts in a straightforward way so that any given task - won't be too difficult.</p> - - <p>The examples are available electronically in a number - of ways: by FTP, FTPMAIL, BITFTP, and UUCP. The cheapest, - fastest, and easiest ways are listed first. If you read - from the top down, the first one that works is probably - the best. Use FTP if you are directly on the Internet. - Use FTPMAIL if you are not on the Internet but can send - and receive electronic mail to Internet sites (this - includes CompuServe users). Use BITFTP if you send - electronic mail via BITNET. Use UUCP if none of the above - work.</p> - - <div class="note" - style="margin-left: 0.5in; margin-right: 0.5in;"> - <h3 class="title">Note</h3> - - <p>The examples were prepared using a unix system. If - you are running unix, you can use them without - modification. If you are running on another platform, - you may need to modify these examples to correct the - end-of-line markers. For example, whereas under unix - every line ends with a line feed character (the - carriage return is implicit), under DOS every line must - end with explicit carriage return and line feed - characters.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2856246" - name="id2856246"></a>FTP</h4> - </div> - </div> - - <p>To use FTP<a id="id2856255" class="indexterm" - name="id2856255"></a>, you need a machine with direct - access to the Internet. A sample session is shown - below.</p> -<pre class="screen"> -\${\bf ftp ftp.uu.net} Connected to ftp.uu.net. -220 ftp.UU.NET FTP server (Version 6.34 Oct 22 14:32:01 1992) ready. -Name (ftp.uu.net:prefect): {\bf anonymous} -331 Guest login ok, send e-mail address as password. -Password:{\bf prefect@guide.com} \ \ \ {\rm\it\small (use your user name and host here)} -230 Guest login ok, access restrictions apply. -ftp>{\bf cd /published/oreilly/nutshell/maketexwork} -250 CWD command successful. -ftp>{\bf get README} -200 PORT command successful. -150 Opening ASCII mode data connection for README (xxxx bytes). -226 Transfer complete. -local: README remote: README -xxxx bytes received in xxx seconds (xxx Kbytes/s) -ftp>{\bf binary} \ \ {\rm\it\small (select binary mode for compressed files)} -200 Type set to I. -{\rm\it\small \ (Repeat get commands for the other files.} -{\rm\it\small \ They are listed in the README file.)} -ftp>{\bf quit} 221 Goodbye. -\$ -</pre> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2856292" - name="id2856292"></a>FTPMAIL</h4> - </div> - </div> - - <p>FTPMAIL<a id="id2856301" class="indexterm" - name="id2856301"></a> is a mail server available to - anyone who can send electronic mail to, and receive it - from, Internet sites. This includes most workstations - that have an email connection to the outside world and - CompuServe<a id="id2856314" class="indexterm" - name="id2856314"></a> users. You do not need to be - directly on the Internet.</p> - - <p>Send mail to <span - class="emphasis"><em>ftpmail@decwrl.dec.com</em></span>. - In the message body, give the name of the anonymous FTP - host and the FTP commands you want to run. The server - will run anonymous FTP for you and mail the files back - to you. To get a complete help file, send a message - with no subject and the single word <tt>help</tt> in - the body. The following is an example mail session that - should get you the examples. This command sends you a - listing of the files in the selected directory and the - requested example files. The listing is useful if - there's a later version of the examples you're - interested in.</p> -<pre class="screen"> -\${\bf mail ftpmail@decwrl.dec.com} -Subject: {\bf{}reply prefect@guide.com} \ \ {\rm\it\small (where you want files mailed)} -{\bf{}connect ftp.uu.net} -{\bf{}chdir /published/oreilly/nutshell/maketexwork} -{\bf{}dir} -{\bf{}get README} -{\bf{}quit} -</pre> - - <p>A signature at the end of the message is acceptable - as long as it appears after <tt>quit</tt>.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2856375" - name="id2856375"></a>BITFTP</h4> - </div> - </div> - - <p>BITFTP<a id="id2856384" class="indexterm" - name="id2856384"></a> is a mail server for BITNET - users. You send it electronic mail messages requesting - files, and it sends you back the files by electronic - mail. BITFTP currently serves only users who send it - mail from nodes that are directly on BITNET, EARN, or - NetNorth. BITFTP is a public service of Princeton - University.</p> - - <p>To use BITFTP, send mail containing your FTP - commands to <span - class="emphasis"><em>BITFTP@PUCC</em></span>. For a - complete help file, send <tt>HELP</tt> as the message - body.</p> - - <p>The following is the message body you should send to - BITFTP:</p> -<pre class="screen"> - -FTP ftp.uu.net -NETDATA USER anonymous -PASS<span -class="emphasis"><em>your Internet e-mail address</em></span> {\rm\it\small (not your BITNET address)} -CD /published/oreilly/nutshell/maketexwork -DIR -GET README -QUIT -</pre> - - <p>Questions about BITFTP can be directed to <span - class="emphasis"><em>MAINT@PUCC</em></span> on - BITNET.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2856447" - name="id2856447"></a>UUCP</h4> - </div> - </div> - - <p>UUCP<a id="id2856456" class="indexterm" - name="id2856456"></a> is standard on virtually all unix - systems and is available for IBM-compatible PCs and - Apple Macintoshes. The examples are available by UUCP - via modem from UUNET; UUNET's connect-time charges - apply. You can get the examples from UUNET whether you - have an account or not. If you or your company has an - account with UUNET, you will have a system with a - direct UUCP connection to UUNET. Find that system, and - type (as one line):</p> -<pre class="screen"> -\$ <span -class="bold"><b>uucp uunet\! /published/oreilly/nutshell/maketexwork/README \</b></span> -<span class="emphasis"><em>\ \ yourhost</em></span>\! /<span -class="emphasis"><em>yourname</em></span>/ -</pre> - - <p>The README file should appear some time later (up to - a day or more) in the directory <span - class="emphasis"><em>/usr/spool/uucppublic/yourname</em></span>. - If you don't have an account, but would like one so - that you can get electronic mail, contact UUNET at - 703-204-8000.</p> - - <p>If you don't have a UUNET account, you can set up a - UUCP connection to UUNET in the United States using the - phone number 1-900-468-7727. As of this writing, the - cost is 50 cents per minute. The charges will appear on - your next telephone bill. The login name is <span - class="emphasis"><em>uucp</em></span> with no password. - Your entry may vary depending on your UUCP - configuration.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h4 class="title"><a id="id2856527" - name="id2856527"></a>Gopher</h4> - </div> - </div> - - <p>If you are on the Internet, you can use the - <b>gopher</b><a id="id2856542" class="indexterm" - name="id2856542"></a> facility to learn about online - access to examples through the O'Reilly Online - Information Resource. Access <span - class="emphasis"><em>gopher.ora.com</em></span> as - appropriate from your site.</p> - </div> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2856562" - name="id2856562"></a>Versions of TeX</h2> - </div> - </div> - - <p>The most recent versions of TeX<a id="id2856571" - class="indexterm" name="id2856571"></a> and MetaFont<a - id="id2856585" class="indexterm" name="id2856585"></a> are - version 3.1415 and version 2.71, respectively. Version 3 of - TeX introduced several new features designed to improve - support for non-English languages (including the use of - 8-bit input and some refinements to hyphenation control). - If you use an older version of TeX, you should upgrade.</p> - - <p>Donald Knuth<a id="id2856609" class="indexterm" - name="id2856609"></a> has specified that TeX's version - number converges to $π$, therefore version 3.1415 is - only the fourth minor revision after version 3. The next - minor revision will be version 3.14159. Similarly, - MetaFont's version number converges to $e$ - (2.7182818284$…$).</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2856618" - name="id2856618"></a>Implementations and Platforms</h2> - </div> - </div> - - <p>The interface that TeX presents to the writer is very - consistent. Most of the examples described in this book are - applicable to every single implementation<a id="id2856636" - class="indexterm" name="id2856636"></a><a id="id2856653" - class="indexterm" name="id2856653"></a> of TeX. However, - TeX is not a closed system. It is possible to step outside - of TeX to incorporate special elements into your document - or take advantage of the special features of a particular - environment. These extensions can dramatically restrict the - portability of your documents.</p> - - <p>Many of the topics covered in this book offer - alternatives in those areas that are less portable. - Therefore, it is natural to ask what implementations are - really covered.</p> - - <p>Before outlining which implementations are covered, let - me suggest that this book will be useful even if you are - using an implementation not “officially” - covered here. The reality of the situation is this: many, - many tools have been ported with TeX. Many of the tools - mentioned in this book are available on platforms that are - not specifically discussed. Time and equipment constraints - prevented Amiga<a id="id2856696" class="indexterm" - name="id2856696"></a>, Atari<a id="id2856708" - class="indexterm" name="id2856708"></a>, NeXT<a - id="id2856719" class="indexterm" name="id2856719"></a>, - VMS<a id="id2856731" class="indexterm" - name="id2856731"></a>, and Windows NT<a id="id2856743" - class="indexterm" name="id2856743"></a> implementations of - TeX from being specifically addressed in this edition of - the book.</p> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2856757" - name="id2856757"></a>UNIX</h3> - </div> - </div> - - <p>unix<a id="id2856765" class="indexterm" - name="id2856765"></a> is probably the most common TeX - platform. The emphasis in this book is on unix - workstations running X11, producing output for PostScript - and HP LaserJet printers.</p> - - <p><b>Linux</b><a id="id2856788" class="indexterm" - name="id2856788"></a> and other personal computer - implementations of unix are not addressed specifically; - however, with the successful port of X11 to <b>Linux</b>, - I'm confident that every unix tool here can be, or has - been, ported to <b>Linux</b> (and probably other PC unix - environments).</p> - - <p>The only implementation of the TeX program for unix - considered in any detail is the free implementation - distributed in <span - class="emphasis"><em>web2c</em></span>. This distribution - is described in the section called “<a - href="ch13.html#free.web" title="Web2C">the section - called “Web2C”</a>” in Chapter <a - href="ch13.html" - title="Chapter 13. Non-commercial Environments"> - Chapter 13</a>, <span class="emphasis"><em><a - href="ch13.html" - title="Chapter 13. Non-commercial Environments"> - Chapter 13</a></em></span>. Most of the other unix - tools discussed here are also free.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2856866" - name="id2856866"></a>MS-DOS</h3> - </div> - </div> - - <p>With very few exceptions, the tools in this book are - available under MS-DOS<a id="id2856875" class="indexterm" - name="id2856875"></a>. Because PCs are very popular, a - lot of effort has gone into porting unix tools to MS-DOS. - Some packages, however, require a 386SX (or more - powerful) processor. For the most part, I focus on PCs - running MS-DOS only; however, Microsoft Windows<a - id="id2856888" class="indexterm" name="id2856888"></a> - and DesqView<a id="id2856906" class="indexterm" - name="id2856906"></a> are not entirely ignored.</p> - - <p>There are quite a few options when it comes to - selecting an implementation of the TeX program under - MS-DOS. Several free implementations are discussed as - well as some commercial implementations. For more - information about these implementations, consult - Chapter <a href="ch13.html" - title="Chapter 13. Non-commercial Environments"> - Chapter 13</a>, <span class="emphasis"><em><a - href="ch13.html" - title="Chapter 13. Non-commercial Environments"> - Chapter 13</a></em></span>, and Chapter <a - href="ch14.html" - title="Chapter 14. Commercial Environments">Chapter 14</a>, - <span class="emphasis"><em><a href="ch14.html" - title="Chapter 14. Commercial Environments">Chapter 14</a></em></span>.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2856997" - name="id2856997"></a>OS/2</h3> - </div> - </div> - - <p>In this book, OS/2 is treated primarily as a superset - of MS-DOS. When possible, I look at OS/2-specific - versions of each utility, but rely on MS-DOS as a - fall-back.</p> - - <p>Extensions to emTeX for OS/2<a id="id2857012" - class="indexterm" name="id2857012"></a> are explored, as - are editing environments such as <b>epm<a id="id2857032" - class="indexterm" name="id2857032"></a></b>. The - multi-threaded nature of OS/2 allows more complete - porting of unix tools. When better ports are available - for OS/2, they are discussed.</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h3 class="title"><a id="id2857046" - name="id2857046"></a>Macintosh</h3> - </div> - </div> - - <p>The Macintosh<a id="id2857054" class="indexterm" - name="id2857054"></a> is very different from the systems - described above. Chapter <a href="ch15.html" - title="Chapter 15. TeX on the Macintosh">Chapter 15</a>, - <span class="emphasis"><em><a href="ch15.html" - title="Chapter 15. TeX on the Macintosh">Chapter 15</a></em></span>, - discusses the Macintosh environment in detail.</p> - - <p>There are four implementations of TeX for the - Macintosh. Three are freely available, and one is - commercial: CMacTeX<a id="id2857095" class="indexterm" - name="id2857095"></a> is free, OzTeX<a id="id2857112" - class="indexterm" name="id2857112"></a> and DirectTeX<a - id="id2857123" class="indexterm" name="id2857123"></a> - are shareware, and <b>Textures</b><a id="id2857140" - class="indexterm" name="id2857140"></a> is a commercial - package from Blue Sky Research<a id="id2857150" - class="indexterm" name="id2857150"></a>.</p> - </div> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2857161" - name="id2857161"></a>We'd Like to Hear From You</h2> - </div> - </div> - - <p>We have tested and verified all of the information in - this book to the best of our ability, but you may find that - features have changed (or even that we have made - mistakes!). Please let us know about any errors you find, - as well as your suggestions for future editions, by - writing:</p> - - <div class="address"> - <p><br /> - O'Reilly & Associates, Inc.<br /> - 103 Morris Street, Suite A<br /> - Sebastopol, CA 95472<br /> - 1-800-998-9938 (in the US or Canada)<br /> - - 1-707-829-0515 (international/local)<br /> - 1-707-829-0104 (FAX)<br /> - </p> - </div> - - <p>You can also send us messages electronically. To be put - on the mailing list or request a catalog, send email - to:</p> - - <div class="informaltable"> - <table border="1"> - <colgroup> - <col /> - <col /> - </colgroup> - - <tbody> - <tr> - <td><span - class="emphasis"><em>nuts@ora.com</em></span></td> - - <td>(via the Internet)</td> - </tr> - - <tr> - <td><span - class="emphasis"><em>uunet!ora!nuts</em></span></td> - - <td>(via UUCP)</td> - </tr> - </tbody> - </table> - </div> - - <p>To ask technical questions or comment on the book, send - email to:</p> - - <p><span - class="emphasis"><em>bookquestions@ora.com</em></span> (via - the Internet)</p> - </div> - - <div class="section"> - <div class="titlepage"> - <div> - <h2 class="title" style="clear: both"><a id="id2857251" - name="id2857251"></a>Acknowledgments</h2> - </div> - </div> - - <p>This book would not exist if I had not received support - and encouragement from my friends and colleagues, near and - far. I owe the deepest debt of gratitude to my wife, - Deborah, for patience, understanding, and support as I - progressed through what is easily the most all-consuming - task I have ever undertaken.</p> - - <p>The earliest draft of this book came about because my - advisor at the University of Massachusetts, Eliot Moss, - allowed me to tinker with the TeX installation in the - Object Systems Lab and was always able to suggest ways to - make it better. My friends and colleages at UMass, Amer - Diwan, Darko Stefanovi\'c, Dave Yates, Eric Brown, Erich - Nahum, Jody Daniels, Joe McCarthy, Ken Magnani, Rick - Hudson, and Tony Hosking, asked all the hard questions and - didn't seem to mind when I used them as guinea pigs for my - latest idea.</p> - - <p>I'm indebted also to Eberhard Mattes, Geoffrey Tobin, - George D. Greenwade, Peter Schmitt, Sebastian Rahtz, and - Tomas Rokicki, who provided technical review comments on - the materials presented here. Jim Breen and Ken Lunde - offered invaluable feedback on Chapter 7.</p> - - <p>And I'd like to thank a lot of people at O'Reilly for - their help and enthusiasm; in particular, my editor, Debby - Russell, offered advice, helpful criticism, and support - beyond the call of duty (Debby keyed most of the index for - this book as production deadlines drew near and other - arrangements fell through); Chris Tong organized the raw - entries into a usable index; Lenny Muellner, Donna - Woonteiler, and Sheryl Avruch allowed me to work on the - book when it wasn't technically my job; Stephen Spainhour - copyedited it into English with the help of Leslie Chalmers - and Kismet McDonough (Stephen offered helpful suggestions - along the way, too); Jennifer Niederst helped me get the - design right; and Chris Reilly created the figures and - screen dumps. I enjoyed working with everyone at O'Reilly - so much that I left UMass and joined the production - department myself ;-).</p> - - <p>Several companies provided review copies of their - software while I was writing this book. I would like to - thank ArborText, Blue Sky Research, Borland International, - The Kinch Computer Company, LaserGo, Personal TeX, TCI - Software Research, and Y&Y, for their generosity.</p> - - <p>Finally, I'd like to thank the entire Internet TeX - community. Countless thousands of questions and answers on - the Net refined my understanding of how TeX works and what - it can do.</p> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Forward to the SourceForge Edition" - href="pr01.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Part I. An Introduction to TeX" - href="pt01.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left">Forward to the SourceForge - Edition </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> Part I. An - Introduction to TeX</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/pt01.html b/Master/texmf-doc/doc/english/make-tex-work/html/pt01.html deleted file mode 100644 index e86a45b1926..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/pt01.html +++ /dev/null @@ -1,489 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Part I. An Introduction to TeX</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="index.html" title="Making TeX Work" /> - <link rel="previous" href="pr02.html" title="Preface" /> - <link rel="next" href="ch01.html" - title="Chapter 1. The Big Picture" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a title="Preface" - href="pr02.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Making TeX Work" href="index.html"><img - src="figures/nav-up.png" alt="Up" border="0" /> - </a> <a title="Chapter 1. The Big Picture" - href="ch01.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="part"> - <div class="titlepage"> - <div> - <h1 class="title"><a id="part.intro" - name="part.intro"></a>An Introduction to TeX</h1> - </div> - </div> - - <div class="partintro"> - <p><a href="pt01.html" - title="Part I. An Introduction to TeX">Part I</a>, - introduces TeX and the tools that make up the TeX system. - It describes various editing environments that simplify the - job of editing TeX documents. It also discusses the - mechanics of running TeX and recovery from errors, and it - provides an overview of TeX macro packages and format - files.</p> - - <div class="toc"> - <p><b>Table of Contents</b></p> - - <dl> - <dt>1. <a href="ch01.html">The Big Picture</a></dt> - - <dd> - <dl> - <dt><a href="ch01.html#sec.texforbeginners">What Is - TeX?</a></dt> - - <dt><a href="ch01.html#id2857628">TeX for - Beginners</a></dt> - - <dd> - <dl> - <dt><a - href="ch01.html#sec.tex.controlsequences">Boxes - and Glue</a></dt> - - <dt><a href="ch01.html#id2858068">Control - Sequences</a></dt> - - <dt><a - href="ch01.html#sec.textformVSwordproc">Special - Characters</a></dt> - </dl> - </dd> - - <dt><a href="ch01.html#id2859644">Text Formatting - Versus Word Processing</a></dt> - - <dd> - <dl> - <dt><a href="ch01.html#sec.howtexworks">What - About Desktop Publishing?</a></dt> - - <dt><a href="ch01.html#id2860232">What About - troff?</a></dt> - - <dt><a href="ch01.html#id2860619">What About - SGML?</a></dt> - </dl> - </dd> - - <dt><a href="ch01.html#id2860690">How TeX - Works</a></dt> - - <dd> - <dl> - <dt><a - href="ch01.html#subsubsec.runningtex">TeXing a - Simple Document</a></dt> - - <dt><a href="ch01.html#id2861683">TeXing More - Complex Documents</a></dt> - - <dt><a href="ch01.html#id2861875">Building a - Table of Contents</a></dt> - - <dt><a href="ch01.html#id2861991">Figure - References</a></dt> - - <dt><a href="ch01.html#id2862061">Indexes and - Glossaries</a></dt> - - <dt><a - href="ch01.html#id2862096">Bibliographies</a></dt> - - <dt><a href="ch01.html#id2862381">Special - Things</a></dt> - </dl> - </dd> - </dl> - </dd> - - <dt>2. <a href="ch02.html">Editing</a></dt> - - <dd> - <dl> - <dt><a href="ch02.html#sec.whatcando">What Can an - Editor Do?</a></dt> - - <dd> - <dl> - <dt><a href="ch02.html#sec.auctex">Quoting - Automatically</a></dt> - - <dt><a href="ch02.html#id2862787">Matching - Braces</a></dt> - - <dt><a href="ch02.html#id2862919">Inserting - Common Control Sequences</a></dt> - - <dt><a href="ch02.html#id2862968">Running TeX - Automatically</a></dt> - </dl> - </dd> - - <dt><a href="ch02.html#id2863045">GNU - Emacs</a></dt> - - <dd> - <dl> - <dt><a href="ch02.html#id2863154">Starting TeX - Mode</a></dt> - - <dt><a href="ch02.html#id2863366">Typing in - Emacs</a></dt> - - <dt><a href="ch02.html#id2863418">Running TeX - Automatically</a></dt> - </dl> - </dd> - - <dt><a href="ch02.html#id2863525">aucTeX</a></dt> - - <dd> - <dl> - <dt><a href="ch02.html#sec.multifile">Starting - aucTeX</a></dt> - - <dt><a href="ch02.html#id2863748">Typing in - aucTeX</a></dt> - - <dt><a href="ch02.html#id2865794">aucTeX - Outline Mode</a></dt> - - <dt><a href="ch02.html#id2865831">Intelligent - Paragraph Reformatting</a></dt> - - <dt><a href="ch02.html#id2865862">Multi-file - Documents</a></dt> - - <dt><a href="ch02.html#sec.texcomp">Running - TeX</a></dt> - - <dt><a href="ch02.html#id2866224">Finding - Errors</a></dt> - </dl> - </dd> - - <dt><a - href="ch02.html#id2866254">Multi-Edit</a></dt> - - <dd> - <dl> - <dt><a href="ch02.html#id2866322">Setting Up - TeX Support</a></dt> - - <dt><a href="ch02.html#id2866543">Typing in - Multi-Edit</a></dt> - - <dt><a href="ch02.html#id2866670">Running - TeX</a></dt> - </dl> - </dd> - - <dt><a href="ch02.html#id2866742">Brief</a></dt> - - <dt><a - href="ch02.html#id2866836">MicroEMACS</a></dt> - - <dt><a href="ch02.html#id2867057">epm: OS/2's - Enhanced Editor</a></dt> - - <dt><a href="ch02.html#id2867165">Other - Tools</a></dt> - - <dt><a href="ch02.html#id2867406">TeX as a - Compiler</a></dt> - - <dd> - <dl> - <dt><a href="ch02.html#id2867481">Processing a - Document</a></dt> - </dl> - </dd> - - <dt><a - href="ch02.html#id2868148">Spellchecking</a></dt> - - <dd> - <dl> - <dt><a - href="ch02.html#id2868250">ispell</a></dt> - - <dt><a - href="ch02.html#id2868280">amSpell</a></dt> - </dl> - </dd> - - <dt><a href="ch02.html#id2868394">Revision - Control</a></dt> - - <dt><a href="ch02.html#id2868511">TeX - Shells</a></dt> - - <dd> - <dl> - <dt><a - href="ch02.html#id2868544">TeXShell</a></dt> - - <dt><a - href="ch02.html#id2868647">TeXPert</a></dt> - - <dt><a href="ch02.html#id2868748">4TeX</a></dt> - - <dt><a - href="ch02.html#id2868860">PMTeX</a></dt> - - <dt><a - href="ch02.html#id2868984">TeXit</a></dt> - </dl> - </dd> - </dl> - </dd> - - <dt>3. <a href="ch03.html">Running TeX</a></dt> - - <dd> - <dl> - <dt><a href="ch03.html#run.sec.formatfiles">What Do - You Run?</a></dt> - - <dt><a href="ch03.html#id2869278">What Files Does - TeX Need?</a></dt> - - <dd> - <dl> - <dt><a href="ch03.html#id2869610">Pool - Files</a></dt> - - <dt><a href="ch03.html#id2869651">Format - Files</a></dt> - - <dt><a href="ch03.html#sec.userfiles">User - Files</a></dt> - </dl> - </dd> - - <dt><a href="ch03.html#sec.clineopts">The Command - Line</a></dt> - - <dd> - <dl> - <dt><a - href="ch03.html#sec.runtex.cmdcautions">Command-line - Options</a></dt> - - <dt><a href="ch03.html#id2870602">Command-line - Cautions</a></dt> - </dl> - </dd> - - <dt><a href="ch03.html#id2871334">TeX Without - Options</a></dt> - - <dt><a href="ch03.html#sec.errors">What About - Errors?</a></dt> - - <dd> - <dl> - <dt><a href="ch03.html#sec.logfiles">Log - Files</a></dt> - - <dt><a - href="ch03.html#sec.qprompt">Interpreting TeX - Error Messages</a></dt> - - <dt><a href="ch03.html#id2872461">Naming a File - TeX Cannot Find</a></dt> - - <dt><a href="ch03.html#id2872549">Misspelling a - Control Sequence Name</a></dt> - - <dt><a href="ch03.html#id2872653">Failure to - Close an Environment</a></dt> - - <dt><a href="ch03.html#id2872844">Math Outside - of Math Mode</a></dt> - - <dt><a href="ch03.html#id2873082">Missing - Fonts</a></dt> - - <dt><a href="ch03.html#id2873273">Everything - Else</a></dt> - </dl> - </dd> - - <dt><a href="ch03.html#id2873346">The Question Mark - Prompt</a></dt> - </dl> - </dd> - - <dt>4. <a href="ch04.html">Macro Packages</a></dt> - - <dd> - <dl> - <dt><a - href="ch04.html#macpack.sec.latexvslatexe">Installation: - Making Format Files</a></dt> - - <dd> - <dl> - <dt><a href="ch04.html#id2874541">Hyphenation - Patterns</a></dt> - </dl> - </dd> - - <dt><a href="ch04.html#id2874634">General-purpose - Formats</a></dt> - - <dd> - <dl> - <dt><a href="ch04.html#id2874772">Plain - TeX</a></dt> - - <dt><a href="ch04.html#id2875093">Extended - Plain TeX</a></dt> - - <dt><a href="ch04.html#id2875359">LaTeX2e - Versus LaTeX</a></dt> - - <dt><a - href="ch04.html#sec.latexe">LaTeX2e</a></dt> - - <dt><a - href="ch04.html#sec.latex">LaTeX</a></dt> - - <dt><a - href="ch04.html#sec.texincolor">AMSTeX</a></dt> - - <dt><a - href="ch04.html#id2877047">AMSLaTeX</a></dt> - - <dt><a - href="ch04.html#id2877164">Lollipop</a></dt> - - <dt><a - href="ch04.html#id2873910">TeXinfo</a></dt> - - <dt><a href="ch04.html#id2877747">Other - Formats</a></dt> - </dl> - </dd> - - <dt><a href="ch04.html#id2878394">Special-purpose - Formats</a></dt> - - <dd> - <dl> - <dt><a - href="ch04.html#id2878827">SliTeX</a></dt> - - <dt><a - href="ch04.html#id2878922">FoilTeX</a></dt> - - <dt><a - href="ch04.html#id2878993">Seminar</a></dt> - </dl> - </dd> - - <dt><a href="ch04.html#id2879086">TeX in - Color</a></dt> - - <dd> - <dl> - <dt><a href="ch04.html#id2879169">Setting Up - Color</a></dt> - - <dt><a href="ch04.html#id2879595">Using - Color</a></dt> - - <dt><a href="ch04.html#id2879708">Now I've Got - Color, but I Need Black and White!</a></dt> - - <dt><a href="ch04.html#id2879774">Color Under - LaTeX2e</a></dt> - - <dt><a href="ch04.html#id2879830">Color Is - Subtle</a></dt> - - <dt><a href="ch04.html#id2879898">Further - Reading</a></dt> - </dl> - </dd> - </dl> - </dd> - </dl> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a title="Preface" - href="pr02.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Chapter 1. The Big Picture" - href="ch01.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left">Preface </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Chapter 1. The Big Picture</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/pt02.html b/Master/texmf-doc/doc/english/make-tex-work/html/pt02.html deleted file mode 100644 index 840f2ee62bc..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/pt02.html +++ /dev/null @@ -1,733 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> - -<html xmlns="http://www.w3.org/1999/xhtml"> - <head> - <meta name="generator" - content="HTML Tidy for Linux/x86 (vers 1st March 2002), see www.w3.org" /> - <meta http-equiv="Content-Type" - content="text/html; charset=ISO-8859-1" /> - - <title>Part II. Elements of a Complex - Document</title> - <link rel="stylesheet" href="mtw.css" type="text/css" /> - <meta name="generator" - content="DocBook XSL Stylesheets V1.53.0" /> - <link rel="home" href="index.html" title="Making TeX Work" /> - <link rel="up" href="index.html" title="Making TeX Work" /> - <link rel="previous" href="ch04.html" - title="Chapter 4. Macro Packages" /> - <link rel="next" href="ch05.html" - title="Chapter 5. Fonts" /> - </head> - - <body> - <div class="navheader"> - <table border="0" cellpadding="0" cellspacing="0" - width="100%" summary="Navigation table"> - <tr> - <td align="left"> <a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a> <a - title="Chapter 4. Macro Packages" - href="ch04.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Making TeX Work" href="index.html"><img - src="figures/nav-up.png" alt="Up" border="0" /> - </a> <a title="Chapter 5. Fonts" - href="ch05.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="part"> - <div class="titlepage"> - <div> - <h1 class="title"><a id="part.elements" - name="part.elements"></a>Elements of a Complex - Document</h1> - </div> - </div> - - <div class="partintro"> - <p><a href="pt02.html" - title="Part II. Elements of a Complex Document">Part II</a>, - describes the major components of TeX involved in producing - a non-trivial document. It discusses how to use different - font technologies, how to incorporate pictures and figures - into the document, how to typeset non-English languages, - and how to maintain complex structures like indexes and - bibliographies. This section also explains the preview and - printing processes in detail.</p> - - <div class="toc"> - <p><b>Table of Contents</b></p> - - <dl> - <dt>5. <a href="ch05.html">Fonts</a></dt> - - <dd> - <dl> - <dt><a href="ch05.html#sec.issueofsize">What TeX - Needs To Know</a></dt> - - <dd> - <dl> - <dt><a href="ch05.html#id2880659">Selecting a - Font in TeX</a></dt> - - <dt><a href="ch05.html#id2880773">Which - Character Is Which?</a></dt> - </dl> - </dd> - - <dt><a href="ch05.html#id2880909">The Issue of - Size</a></dt> - - <dd> - <dl> - <dt><a - href="ch05.html#sec.gettingtfms">Expressing - Design Size in TeX</a></dt> - - <dt><a href="ch05.html#id2881284">Expressing - Magnification in TeX</a></dt> - - <dt><a href="ch05.html#id2881380">Standard - Magnifications</a></dt> - - <dt><a href="ch05.html#id2881671">Where Do TFM - Files Come From?</a></dt> - </dl> - </dd> - - <dt><a href="ch05.html#sec.nfss2">The New Font - Selection Scheme</a></dt> - - <dd> - <dl> - <dt><a - href="ch05.html#sec.fonts.defnfss2">Selecting - Fonts with the New Font Selection - Scheme</a></dt> - - <dt><a href="ch05.html#id2855857">Defining - Fonts with NFSS2</a></dt> - - <dt><a href="ch05.html#id2884733">Storing Font - Definitions</a></dt> - - <dt><a href="ch05.html#id2884863">Changing the - Defaults</a></dt> - - <dt><a href="ch05.html#id2885098">NFSS - Pitfalls</a></dt> - </dl> - </dd> - - <dt><a href="ch05.html#id2885459">PostScript Fonts - Under NFSS</a></dt> - - <dd> - <dl> - <dt><a href="ch05.html#id2885510">Adjustments - to Scale</a></dt> - </dl> - </dd> - - <dt><a href="ch05.html#id2885640">When Things Go - Wrong</a></dt> - - <dd> - <dl> - <dt><a href="ch05.html#id2885669">When TeX - Complains</a></dt> - - <dt><a href="ch05.html#id2885907">When the DVI - Driver Complains</a></dt> - </dl> - </dd> - - <dt><a href="ch05.html#id2886211">Encoding - Vectors</a></dt> - - <dt><a - href="ch05.html#sec.fonts.virtualfonts">Virtual - Fonts</a></dt> - - <dt><a href="ch05.html#sec.autofont">Automatic Font - Generation by DVI Drivers</a></dt> - - <dt><a href="ch05.html#sec.t1fonts">Math Fonts in - TeX</a></dt> - - <dt><a href="ch05.html#id2887790">Concrete - Examples</a></dt> - - <dd> - <dl> - <dt><a href="ch05.html#id2887816">MetaFont - Fonts</a></dt> - - <dt><a href="ch05.html#id2887929">PostScript - Type 1 Fonts</a></dt> - - <dt><a href="ch05.html#id2890165">HP LaserJet - Softfonts</a></dt> - - <dt><a href="ch05.html#id2890329">TrueType - Fonts</a></dt> - </dl> - </dd> - </dl> - </dd> - - <dt>6. <a href="ch06.html">Pictures and - Figures</a></dt> - - <dd> - <dl> - <dt><a href="ch06.html#sec.devindrev">Different - Kinds of Images</a></dt> - - <dd> - <dl> - <dt><a href="ch06.html#id2890411">Bitmapped - Images</a></dt> - - <dt><a href="ch06.html#id2884033">Scalable - Images</a></dt> - </dl> - </dd> - - <dt><a href="ch06.html#id2884144">Device - Independence Revisited</a></dt> - - <dt><a href="ch06.html#sec.ptexpic">Using Only - TeX</a></dt> - - <dd> - <dl> - <dt><a href="ch06.html#id2890867">Plain - TeX</a></dt> - - <dt><a - href="ch06.html#sec.pictures.latex">LaTeX</a></dt> - - <dt><a - href="ch06.html#id2891692">PiCTeX</a></dt> - - <dt><a - href="ch06.html#id2891884">XYPic</a></dt> - - <dt><a - href="ch06.html#id2892057">DraTeX</a></dt> - </dl> - </dd> - - <dt><a href="ch06.html#id2892246">Using a Little - Help</a></dt> - - <dd> - <dl> - <dt><a - href="ch06.html#id2892297">MFPic</a></dt> - - <dt><a - href="ch06.html#id2892403">Fig2MF</a></dt> - - <dt><a - href="ch06.html#sec.tpic">MetaFont</a></dt> - </dl> - </dd> - - <dt><a href="ch06.html#id2892560">Using a Little - More Help</a></dt> - - <dt><a - href="ch06.html#sec.pictures.pstricks">PSTricks</a></dt> - - <dt><a href="ch06.html#id2892664">TeXdraw</a></dt> - - <dt><a href="ch06.html#id2892716">tpic</a></dt> - - <dt><a href="ch06.html#sec.scaleformat">Using a Lot - of Help</a></dt> - - <dd> - <dl> - <dt><a href="ch06.html#id2892815">Electronic - Cut-and-paste</a></dt> - - <dt><a href="ch06.html#id2893032">Scalable - Image Formats</a></dt> - - <dt><a href="ch06.html#sec.incps">Bitmapped - Image Formats</a></dt> - - <dt><a href="ch06.html#id2893872">Inserting - PostScript Images into TeX</a></dt> - </dl> - </dd> - - <dt><a href="ch06.html#sec.picconv">Manipulating - Images</a></dt> - - <dd> - <dl> - <dt><a href="ch06.html#sec.gs">Image - Magick</a></dt> - - <dt><a - href="ch06.html#id2895306">PBMplus</a></dt> - - <dt><a href="ch06.html#id2895807">xv</a></dt> - - <dt><a - href="ch06.html#id2895932">xloadimage</a></dt> - - <dt><a href="ch06.html#id2896003">Image - Alchemy</a></dt> - - <dt><a - href="ch06.html#id2896234">ColorView</a></dt> - - <dt><a - href="ch06.html#id2896325">Jpeg4</a></dt> - - <dt><a - href="ch06.html#id2896400">pmjpeg</a></dt> - - <dt><a - href="ch06.html#id2896523">txt2pcx</a></dt> - - <dt><a - href="ch06.html#id2896564">Ghostscript</a></dt> - - <dt><a - href="ch06.html#sec.screendump">GoScript</a></dt> - - <dt><a - href="ch06.html#id2897312">hp2xx</a></dt> - </dl> - </dd> - - <dt><a href="ch06.html#id2897483">Image - Editors</a></dt> - - <dd> - <dl> - <dt><a href="ch06.html#id2897734">xfig</a></dt> - - <dt><a - href="ch06.html#id2897932">idraw</a></dt> - - <dt><a href="ch06.html#id2898057">tgif</a></dt> - - <dt><a - href="ch06.html#id2898297">bitmap/pixmap</a></dt> - - <dt><a href="ch06.html#id2898403">Other Bitmap - Editors</a></dt> - - <dt><a - href="ch06.html#id2898442">texcad/xtexcad</a></dt> - </dl> - </dd> - - <dt><a href="ch06.html#id2898527">Screen - Dumps</a></dt> - </dl> - </dd> - - <dt>7. <a href="ch07.html">International - Considerations</a></dt> - - <dd> - <dl> - <dt><a - href="ch07.html#sec.for.printing">Typesetting in - Any Language</a></dt> - - <dd> - <dl> - <dt><a href="ch07.html#id2899289">Reading Input - Files</a></dt> - - <dt><a href="ch07.html#id2900395">Changing the - Rules</a></dt> - - <dt><a href="ch07.html#id2902005">Printing the - Result</a></dt> - </dl> - </dd> - - <dt><a href="ch07.html#sec.babel">The Babel - Styles</a></dt> - - <dd> - <dl> - <dt><a href="ch07.html#sec.babelfmt">Building - Multilingual Babel Formats</a></dt> - </dl> - </dd> - - <dt><a href="ch07.html#sec.asciijtex">TeX - Pitfalls</a></dt> - - <dt><a href="ch07.html#id2903161">Very Complex - Languages</a></dt> - - <dd> - <dl> - <dt><a - href="ch07.html#id2903174">Japanese</a></dt> - - <dt><a - href="ch07.html#id2903882">Chinese</a></dt> - - <dt><a - href="ch07.html#id2903985">Arabic</a></dt> - - <dt><a - href="ch07.html#id2904076">Hebrew</a></dt> - </dl> - </dd> - </dl> - </dd> - - <dt>8. <a href="ch08.html">Printing</a></dt> - - <dd> - <dl> - <dt><a href="ch08.html#sec.printing">Printing - Fonts</a></dt> - - <dd> - <dl> - <dt><a href="ch08.html#sec.bitfonts">Built-in - Fonts</a></dt> - - <dt><a href="ch08.html#id2904946">External - Fonts</a></dt> - - <dt><a href="ch08.html#id2905223">Bitmapped - Fonts</a></dt> - - <dt><a href="ch08.html#id2905872">Scalable - Fonts</a></dt> - - <dt><a href="ch08.html#id2905916">Font Printing - Pitfalls</a></dt> - </dl> - </dd> - - <dt><a href="ch08.html#id2906078">Printing Pictures - and Figures</a></dt> - - <dd> - <dl> - <dt><a href="ch08.html#id2906166">Unsolvable - Problems</a></dt> - - <dt><a href="ch08.html#id2906292">Solvable - Problems</a></dt> - - <dt><a href="ch08.html#id2906405">Pictures - Using Only TeX</a></dt> - - <dt><a href="ch08.html#id2906432">MetaFont - Figures</a></dt> - - <dt><a href="ch08.html#id2906500">Scalable - Images</a></dt> - - <dt><a href="ch08.html#id2906554">Bitmap - Images</a></dt> - </dl> - </dd> - - <dt><a href="ch08.html#id2906581">Selected - Drivers</a></dt> - - <dd> - <dl> - <dt><a href="ch08.html#id2906990">emTeX - Drivers</a></dt> - - <dt><a - href="ch08.html#id2907474">dvilj2</a></dt> - - <dt><a - href="ch08.html#id2907508">dvips</a></dt> - - <dt><a - href="ch08.html#sec.pr.dvilaserhp">DVILASER/HP</a></dt> - - <dt><a - href="ch08.html#sec.pr.dvilaserps">DVILASER/PS</a></dt> - - <dt><a href="ch08.html#id2909658">PTI Laser/HP - and PTI Jet</a></dt> - - <dt><a href="ch08.html#id2909924">PTI - Laser/PS</a></dt> - - <dt><a - href="ch08.html#id2910137">dvipsone</a></dt> - </dl> - </dd> - </dl> - </dd> - - <dt>9. <a href="ch09.html">Previewing</a></dt> - - <dd> - <dl> - <dt><a href="ch09.html#sec.ghostscript">Previewing - Under X11</a></dt> - - <dd> - <dl> - <dt><a href="ch09.html#id2911502">Previewing - with xdvi</a></dt> - - <dt><a href="ch09.html#id2911812">Previewing - with \xtex</a></dt> - </dl> - </dd> - - <dt><a href="ch09.html#id2912002">Previewing with - Ghostscript</a></dt> - - <dt><a href="ch09.html#id2912205">Previewing with - emTeX</a></dt> - - <dt><a href="ch09.html#id2912806">Previewing with - dvivga</a></dt> - - <dt><a href="ch09.html#sec.arb.preview">TeX - Preview</a></dt> - - <dt><a href="ch09.html#id2913678">dvideo</a></dt> - - <dt><a href="ch09.html#id2913841">PTI View</a></dt> - - <dt><a href="ch09.html#id2914028">Previewing Under - Windows</a></dt> - - <dd> - <dl> - <dt><a - href="ch09.html#id2914065">dvimswin</a></dt> - - <dt><a - href="ch09.html#id2914192">dviwin</a></dt> - - <dt><a - href="ch09.html#id2914502">wdviwin</a></dt> - - <dt><a - href="ch09.html#id2914603">DVIWindo</a></dt> - </dl> - </dd> - - <dt><a href="ch09.html#sec.preview.tty">Previewing - on a TTY</a></dt> - - <dd> - <dl> - <dt><a - href="ch09.html#id2915377">dvi2tty</a></dt> - - <dt><a - href="ch09.html#id2915519">dvgt/dvitovdu</a></dt> - - <dt><a - href="ch09.html#id2915747">crudetype</a></dt> - </dl> - </dd> - </dl> - </dd> - - <dt>10. <a href="ch10.html">Online - Documentation</a></dt> - - <dd> - <dl> - <dt><a href="ch10.html#id2916146">Something Is - Lost</a></dt> - - <dt><a href="ch10.html#id2916199">TeXinfo</a></dt> - - <dt><a - href="ch10.html#id2916555">\LaTeX2HTML</a></dt> - - <dt><a href="ch10.html#id2916701">LameTeX</a></dt> - - <dt><a href="ch10.html#id2917217">latex2hy</a></dt> - - <dt><a href="ch10.html#id2917348">detex</a></dt> - - <dt><a href="ch10.html#id2917381">dvispell</a></dt> - </dl> - </dd> - - <dt>11. <a href="ch11.html">Introducing - MetaFont</a></dt> - - <dd> - <dl> - <dt><a href="ch11.html#sec.mf.gettingstarted">What - to Run?</a></dt> - - <dt><a href="ch11.html#id2918131">What Files Does - MetaFont Need?</a></dt> - - <dd> - <dl> - <dt><a href="ch11.html#id2918156">Pool - Files</a></dt> - - <dt><a href="ch11.html#id2918200">Base - Files</a></dt> - - <dt><a href="ch11.html#id2918279">MetaFont - Programs</a></dt> - </dl> - </dd> - - <dt><a href="ch11.html#id2918336">Command-line - Options</a></dt> - - <dt><a href="ch11.html#id2918545">Building a Base - File</a></dt> - - <dt><a href="ch11.html#sec.buildfont">Running - MetaFont</a></dt> - - <dd> - <dl> - <dt><a href="ch11.html#id2918826">Picking a - Mode</a></dt> - - <dt><a href="ch11.html#id2919066">Selecting a - Size</a></dt> - - <dt><a href="ch11.html#id2919175">Making a GF - Font</a></dt> - - <dt><a href="ch11.html#id2919378">Making a PK - Font</a></dt> - </dl> - </dd> - - <dt><a href="ch11.html#id2919679">What About - Errors?</a></dt> - - <dd> - <dl> - <dt><a href="ch11.html#id2920144">Other - Errors</a></dt> - </dl> - </dd> - - <dt><a href="ch11.html#id2920215">Output at Very - High Resolutions</a></dt> - - <dt><a href="ch11.html#id2920252">Output at Very - Low Resolutions</a></dt> - </dl> - </dd> - - <dt>12. <a href="ch12.html">Bibliographies, Indexes, - and Glossaries</a></dt> - - <dd> - <dl> - <dt><a - href="ch12.html#sec.indexeslooklike">BibTeX</a></dt> - - <dd> - <dl> - <dt><a href="ch12.html#id2920526">How BibTeX - Works</a></dt> - - <dt><a href="ch12.html#id2920800">Building a - Bibliography Database</a></dt> - - <dt><a href="ch12.html#id2921724">Bibliography - Styles</a></dt> - - <dt><a href="ch12.html#id2922224">Bibliography - Database Tools</a></dt> - </dl> - </dd> - - <dt><a href="ch12.html#id2923157">Tib</a></dt> - - <dt><a href="ch12.html#id2923378">Making - Indexes</a></dt> - - <dd> - <dl> - <dt><a href="ch12.html#id2923569">Index - Entries</a></dt> - </dl> - </dd> - - <dt><a href="ch12.html#id2923830">Index - Format</a></dt> - - <dt><a href="ch12.html#id2923963">Special-purpose - styles</a></dt> - - <dt><a href="ch12.html#id2924031">Making - Glossaries</a></dt> - </dl> - </dd> - </dl> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Chapter 4. Macro Packages" - href="ch04.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Chapter 5. Fonts" href="ch05.html"><img - src="figures/nav-next.png" alt="Next" border="0" /> - </a></td> - </tr> - - <tr> - <td width="40%" align="left">Chapter 4. Macro - Packages </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Chapter 5. Fonts</td> - </tr> - </table> - </div> - </body> -</html> - diff --git a/Master/texmf-doc/doc/english/make-tex-work/html/pt03.html b/Master/texmf-doc/doc/english/make-tex-work/html/pt03.html deleted file mode 100644 index 18fd309698e..00000000000 --- a/Master/texmf-doc/doc/english/make-tex-work/html/pt03.html +++ /dev/null @@ -1,948 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" - 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alt="Home" border="0" /></a> <a - title="Chapter 12. Bibliographies, Indexes, and Glossaries" - href="ch12.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> <a - title="Making TeX Work" href="index.html"><img - src="figures/nav-up.png" alt="Up" border="0" /></a> <a - title="Chapter 13. Non-commercial Environments" - href="ch13.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - - <td align="right"><i>Making TeX Work</i> Version 1.0.1 - <span class="alpha-version">(<a - href="co01.html"><em>Alpha</em></a>)</span></td> - </tr> - </table> - </div> - - <div class="part"> - <div class="titlepage"> - <div> - <h1 class="title"><a id="part.tools" - name="part.tools"></a>A Tools Overview</h1> - </div> - </div> - - <div class="partintro"> - <p><a href="pt03.html" - title="Part III. A Tools Overview">Part III</a>, - summarizes the tools you can use in processing TeX - documents. It describes the major free and commercial - implementations of TeX, and then briefly summarizes the - many TeXnical tools available.</p> - - <div class="toc"> - <p><b>Table of Contents</b></p> - - <dl> - <dt>13. <a href="ch13.html">Non-commercial - Environments</a></dt> - - <dd> - <dl> - <dt><a href="ch13.html#free.web">Web2C</a></dt> - - <dt><a - href="ch13.html#sec.emtex.testinstall">emTeX</a></dt> - - <dd> - <dl> - <dt><a href="ch13.html#id2925718">Where to - Start</a></dt> - - <dt><a href="ch13.html#id2925747">Unpacking the - Archives</a></dt> - - <dt><a href="ch13.html#id2925984">Setting Up - the Environment</a></dt> - - <dt><a href="ch13.html#id2926107">Testing the - Installation</a></dt> - - <dt><a - href="ch13.html#sec.emtex.smaller">Installing - Fonts</a></dt> - - <dt><a href="ch13.html#id2926788">Making emTeX - Smaller</a></dt> - - <dt><a href="ch13.html#id2928367">Basic - Customization</a></dt> - - <dt><a href="ch13.html#id2929307">Installing - the Beta Test Versions of emTeX</a></dt> - - <dt><a - href="ch13.html#sec.emtex.autofont">Running - emTeX 386 in Windows</a></dt> - - <dt><a href="ch13.html#id2929946">Automatic - Font Generation with emTeX</a></dt> - - <dt><a href="ch13.html#sec.netemtex">Installing - emTeX on a Network</a></dt> - </dl> - </dd> - - <dt><a href="ch13.html#id2930222">texas</a></dt> - - <dt><a href="ch13.html#id2930652">sbTeX</a></dt> - - <dt><a href="ch13.html#id2931076">gTeX</a></dt> - </dl> - </dd> - - <dt>14. <a href="ch14.html">Commercial - Environments</a></dt> - - <dd> - <dl> - <dt><a href="ch14.html#sec.com.turbo">µTeX by - ArborText</a></dt> - - <dt><a href="ch14.html#id2931589">\yyTeX</a></dt> - - <dt><a href="ch14.html#id2931820">Textures</a></dt> - - <dt><a href="ch14.html#id2931894">TurboTeX</a></dt> - - <dt><a href="ch14.html#sec.pctex">PCTeX</a></dt> - - <dt><a href="ch14.html#sec.pctexforwin">PCTeX For - Windows</a></dt> - - <dt><a href="ch14.html#id2933148">Scientific - Word</a></dt> - </dl> - </dd> - - <dt>15. <a href="ch15.html">TeX on the - Macintosh</a></dt> - - <dd> - <dl> - <dt><a - href="ch15.html#sec.Excalibur">CMacTeX</a></dt> - - <dt><a - href="ch15.html#id2934116">DirectTeX</a></dt> - - <dt><a href="ch15.html#id2934176">OzTeX</a></dt> - - <dt><a href="ch15.html#id2934618">Textures</a></dt> - - <dt><a href="ch15.html#id2935013">Other - Tools</a></dt> - - <dd> - <dl> - <dt><a - href="ch15.html#id2935026">Alpha</a></dt> - - <dt><a - href="ch15.html#id2935128">BBEdit</a></dt> - - <dt><a href="ch15.html#sec.bsrtools">BSR Font - Tools</a></dt> - - <dt><a - href="ch15.html#id2935468">Excalibur</a></dt> - - <dt><a - href="ch15.html#id2935534">HyperBibTeX</a></dt> - - <dt><a - href="ch15.html#id2935646">MacGS</a></dt> - - <dt><a - href="ch15.html#id2935708">dvidvi</a></dt> - - <dt><a - href="ch15.html#id2935748">MacDVIcopy</a></dt> - - <dt><a - href="ch15.html#id2935800">MacBibTeX</a></dt> - - <dt><a - href="ch15.html#id2935830">MacMakeIndex</a></dt> - </dl> - </dd> - </dl> - </dd> - - <dt>16. <a href="ch16.html">TeX Utilities</a></dt> - - <dd> - <dl> - <dt><a href="ch16.html#id2936355">List of - Tools</a></dt> - </dl> - </dd> - - <dt>A. <a href="apa.html">Filename Extension - Summary</a></dt> - - <dt>B. <a href="apb.html">Font Samples</a></dt> - - <dd> - <dl> - <dt><a href="apb.html#id2941555">Font - Encodings</a></dt> - - <dt><a href="apb.html#id2945478">Font - Samples</a></dt> - </dl> - </dd> - - <dt>C. <a href="apc.html">Resources</a></dt> - - <dd> - <dl> - <dt><a href="apc.html#id2943524">TUG: The TeX Users - Group</a></dt> - - <dd> - <dl> - <dt><a href="apc.html#id2946099">Other User - Groups</a></dt> - </dl> - </dd> - - <dt><a href="apc.html#id2946152">TeX - Software</a></dt> - - <dt><a href="apc.html#id2946301">TeX - Shells</a></dt> - - <dt><a href="apc.html#id2946342">Editors</a></dt> - - <dt><a href="apc.html#id2946460">Macro Packages - (Formats)</a></dt> - - <dt><a href="apc.html#id2946539">Styles and - Macros</a></dt> - - <dd> - <dl> - <dt><a href="apc.html#id2946714">Styles That - Produced This Book</a></dt> - </dl> - </dd> - - <dt><a href="apc.html#id2946829">Utilities</a></dt> - - <dt><a - href="apc.html#id2948003">Miscellaneous</a></dt> - </dl> - </dd> - - <dt>D. <a href="apd.html">Long Examples</a></dt> - - <dt>E. <a href="ape.html">GNU Free Documentation - License</a></dt> - - <dd> - <dl> - <dt>0. <a - href="ape.html#id2948209">PREAMBLE</a></dt> - - <dt>1. <a href="ape.html#id2948100">APPLICABILITY - AND DEFINITIONS</a></dt> - - <dt>2. <a href="ape.html#id2948673">VERBATIM - COPYING</a></dt> - - <dt>3. <a href="ape.html#id2948707">COPYING IN - QUANTITY</a></dt> - - <dt>4. <a - href="ape.html#id2948791">MODIFICATIONS</a></dt> - - <dt>5. <a href="ape.html#id2949025">COMBINING - DOCUMENTS</a></dt> - - <dt>6. <a href="ape.html#id2949073">COLLECTIONS OF - DOCUMENTS</a></dt> - - <dt>7. <a href="ape.html#id2949112">AGGREGATION - WITH INDEPENDENT WORKS</a></dt> - - <dt>8. <a - href="ape.html#id2949149">TRANSLATION</a></dt> - - <dt>9. <a - href="ape.html#id2949177">TERMINATION</a></dt> - - <dt>10. <a href="ape.html#id2949201">FUTURE - REVISIONS OF THIS LICENSE</a></dt> - - <dt><a href="ape.html#id2948479">How to use this - License for your documents</a></dt> - </dl> - </dd> - - <dt><a href="bi01.html">Bibliography</a></dt> - </dl> - </div> - </div> - - <div class="bibliography"> - <div class="titlepage"> - <div> - <h2 class="title"><a id="id2935958" - name="id2935958"></a>Bibliography</h2> - </div> - </div> - - <div class="bibliomixed"> - <a id="pk:texdraw" name="pk:texdraw"></a> - - <p class="bibliomixed">[pk:texdraw] manual author = - "Peter Kabal", title = "{\TeX draw}: PostScript drawings - from {\TeX}", edition = "1.4a", month = jul, year = 1992, - etext = "CTAN:graphics/texdraw/manual/*"</p> - </div> - - <div class="bibliomixed"> - <a id="chicman" name="chicman"></a> - - <p class="bibliomixed">[chicman] manual editor = "John - Grossman", Title = "The Chicago Manual of Style", - publisher = "University of Chicago Press", year = "1993", - edition = "fourteenth", organization = "University of - Chicago"</p> - </div> - - <div class="bibliomixed"> - <a id="lw:progperl" name="lw:progperl"></a> - - <p class="bibliomixed">[lw:progperl] book Author = "Larry - Wall and Randal L. Schwartz", Title = "Programming Perl", - Publisher = O'Reilly & Associates, Year = 1992, isbn - = "0-937175-64-1"</p> - </div> - - <div class="bibliomixed"> - <a id="eu:international" name="eu:international"></a> - - <p class="bibliomixed">[eu:international] book Author = - "Emmanual Uren and Robert Howard and Tiziana Perinotti", - title = "Software Internationalization and Localization: - An Introduction", publisher = "Van Nostrand Reinhold", - year = 1993, isbn = "0-442-01498-8"</p> - </div> - - <div class="bibliomixed"> - <a id="latexcompanion" name="latexcompanion"></a> - - <p class="bibliomixed">[latexcompanion] book author = - "Michel Goossens and Frank Mittelbach and Alexander - Samarin", title = "The {\LaTeX} Companion", publisher = - Addison Wesley, year = 1994, isbn = "0-201-54199-8"</p> - </div> - - <div class="bibliomixed"> - <a id="eg:dratex" name="eg:dratex"></a> - - <p class="bibliomixed">[eg:dratex] Book author = "Eitan - M. Gurari", title = "{\TeX} {\&} {\LaTeX}: Drawing - and Literate Programming", publisher = "McGraw Hill", - year = 1993, isbn = "0-07-911616-7"</p> - </div> - - <div class="bibliomixed"> - <a id="kl:japinfoproc" name="kl:japinfoproc"></a> - - <p class="bibliomixed">[kl:japinfoproc] Book author = - "Ken Lunde", title = "Understanding Japanese Information - Processing", address = "Sebastopol, CA", publisher = - O'Reilly & Associates, year = 1993, edition = - "first", isbn = "1-56592-043-0"</p> - </div> - - <div class="bibliomixed"> - <a id="kn:texbook" name="kn:texbook"></a> - - <p class="bibliomixed">[kn:texbook] Book author = "Donald - E. Knuth", title = "The {\TeX}book", publisher = Addison - Wesley, year = 1989, edition = "Fifteenth", isbn = - "0-201-13447-0", paperisbn = "0-201-13448-9"</p> - </div> - - <div class="bibliomixed"> - <a id="jh:latexforeveryone" - name="jh:latexforeveryone"></a> - - <p class="bibliomixed">[jh:latexforeveryone] Book author - = "Jane Hahn", title = "{\LaTeX} For Everyone", publisher - = "Personal {\TeX}, Inc.", year = 1991, edition = - "Second", paperisbn = "0-9631044-0-3"</p> - </div> - - <div class="bibliomixed"> - <a id="dn:psyeveryday" name="dn:psyeveryday"></a> - - <p class="bibliomixed">[dn:psyeveryday] Book author = - "Donald A. Norman", title = "The Psychology of Everyday - Things", publisher = "Basic Books, Inc.", year = 1988, - paperisbn = "0-465-06709-3"</p> - </div> - - <div class="bibliomixed"> - <a id="ll:latexbook" name="ll:latexbook"></a> - - <p class="bibliomixed">[ll:latexbook] Book author = - "Leslie Lamport", title = "{\rm \LaTeX:} A Document - Preparation System", publisher = Addison Wesley, year = - 1986, paperisbn = "0-201-15790-X"</p> - </div> - - <div class="bibliomixed"> - <a id="ll:makeindex" name="ll:makeindex"></a> - - <p class="bibliomixed">[ll:makeindex] unpublished author - = "Leslie Lamport", title = "MakeIndex: An Index - Processor for {\rm\LaTeX}", year = 1987, month = feb, - etext = "CTAN:indexing/makeindex/doc/*"</p> - </div> - - <div class="bibliomixed"> - <a id="dc:colorlatex" name="dc:colorlatex"></a> - - <p class="bibliomixed">[dc:colorlatex] unpublished author - = "David Carlisle", title = "The implementation of the - {\LaTeX} Colour interface", year = 1994, month = feb</p> - </div> - - <div class="bibliomixed"> - <a id="kn:mfbook" name="kn:mfbook"></a> - - <p class="bibliomixed">[kn:mfbook] Book author = "Donald - E. Knuth", title = "{\TheMFbook}", publisher = Addison - Wesley, year = 1986, isbn = "0-201-13445-4"</p> - </div> - - <div class="bibliomixed"> - <a id="ms:joyoftex" name="ms:joyoftex"></a> - - <p class="bibliomixed">[ms:joyoftex] Book author = - "Michel Spivak", title = "The Joy of {\TeX}---A Gourmet - Guide to Typesetting with the {\AMSTeX} Macro Package", - publisher = Addison Wesley, year = "1986"</p> - </div> - - <div class="bibliomixed"> - <a id="or:emacs" name="or:emacs"></a> - - <p class="bibliomixed">[or:emacs] Book author = "Debra - Cameron and Bill Rosenblatt", title = "Learning GNU - Emacs", address = "Sebastopol, CA", publisher = O'Reilly - & Associates, year = "1991", isbn = - "0-937175-84-6"</p> - </div> - - <div class="bibliomixed"> - <a id="gu:numbertheory" name="gu:numbertheory"></a> - - <p class="bibliomixed">[gu:numbertheory] Book author = - "Richard K. Guy", title = "Unsolved Problems in Number - Theory", publisher = "Springer-Verlag", year = 1981, isbn - = "0-387-90593-6", series = "Unsolved Problems in - Intuitive Mathematics", volume = 1</p> - </div> - - <div class="bibliomixed"> - <a id="js:comp" name="js:comp"></a> - - <p class="bibliomixed">[js:comp] unpublished author = - "Joachim Schrod", title = "The Components of {\TeX{}}", - year = 1991, month = mar, etext = - "CTAN:info/components-of-TeX/*"</p> - </div> - - <div class="bibliomixed"> - <a id="em:dvidrv" name="em:dvidrv"></a> - - <p class="bibliomixed">[em:dvidrv] manual author = - "Eberhard Mattes", title = "The {\emTeX} DVI Driver - Manual", year = 1993, month = Jun,</p> - </div> - - <div class="bibliomixed"> - <a id="mw:pictex" name="mw:pictex"></a> - - <p class="bibliomixed">[mw:pictex] manual author = - "Michael J. Wichura", title = "The {\PiCTeX} Manual", - year = 1992, month = mar, publisher = "The \TeX\ User's - Group"</p> - </div> - - <div class="bibliomixed"> - <a id="l3:project" name="l3:project"></a> - - <p class="bibliomixed">[l3:project] unpublished author = - "Frank Mittelbach and Chris Rowley", title = "The - {\LaTeX}3 Project", year = 1993, month = apr, etext = - "CTAN:info/ltx3pub/l3d001.tex"</p> - </div> - - <div class="bibliomixed"> - <a id="FAQ:comp.text" name="FAQ:comp.text"></a> - - <p class="bibliomixed">[FAQ:comp.text] unpublished author - = "Chris Lewis and Nils-Peter Nelson", title = - "Frequently Asked Questions for {\texttt{comp.text}}", - year = 1993, month = jun, etext = - "rtfm.mit.edu:/pub/usenet/comp.text.tex"</p> - </div> - - <div class="bibliomixed"> - <a id="texware:tftopl" name="texware:tftopl"></a> - - <p class="bibliomixed">[texware:tftopl] unpublished - author = "Donald E. Knuth", title = "The TF to PL - Processor", howpublished = "Part of the {\web} - distribution",</p> - </div> - - <div class="bibliomixed"> - <a id="texware:vptovf" name="texware:vptovf"></a> - - <p class="bibliomixed">[texware:vptovf] unpublished - author = "Donald E. Knuth", title = "The VP to VF - Processor", howpublished = "Part of the {\web} - distribution",</p> - </div> - - <div class="bibliomixed"> - <a id="mfware:gftopk" name="mfware:gftopk"></a> - - <p class="bibliomixed">[mfware:gftopk] unpublished author - = "Donald E. Knuth", title = "The GF to PK Processor", - howpublished = "Part of the {\web} distribution",</p> - </div> - - <div class="bibliomixed"> - <a id="texware:pltotf" name="texware:pltotf"></a> - - <p class="bibliomixed">[texware:pltotf] unpublished - author = "Donald E. Knuth", title = "The PL to TF - Processor", howpublished = "Part of the {\web} - distribution",</p> - </div> - - <div class="bibliomixed"> - <a id="texware:vftovp" name="texware:vftovp"></a> - - <p class="bibliomixed">[texware:vftovp] unpublished - author = "Donald E. Knuth", title = "The VF to VP - Processor", howpublished = "Part of the {\web} - distribution",</p> - </div> - - <div class="bibliomixed"> - <a id="gt:mfbeginners" name="gt:mfbeginners"></a> - - <p class="bibliomixed">[gt:mfbeginners] unpublished - author = "Geoffrey Tobin", title = "METAFONT for - Beginners", year = 1992, month = dec, etext = - "CTAN:info/metafont-for-beginners.tex"</p> - </div> - - <div class="bibliomixed"> - <a id="zw:simple" name="zw:simple"></a> - - <p class="bibliomixed">[zw:simple] unpublished author = - "Zden\v{e}k Wagner", title = "Simple Drawings in {\MF}", - year = "1993", etext = "CTAN:info/wagner-drawing.tex"</p> - </div> - - <div class="bibliomixed"> - <a id="lreq:metafonts" name="lreq:metafonts"></a> - - <p class="bibliomixed">[lreq:metafonts] unpublished - author = "Liam R. E. Quin", title = "Definitive List of - All Fonts Available for {\MF}", year = 1991, month = sep, - etext = "CTAN:info/metafonts.lst"</p> - </div> - - <div class="bibliomixed"> - <a id="mf:inrstexref" name="mf:inrstexref"></a> - - <p class="bibliomixed">[mf:inrstexref] Manual author = - "Michael J. Ferguson", title = "{\INRSTeX} Manual", - organization = "INRS Communications", year = "1991",</p> - </div> - - <div class="bibliomixed"> - <a id="pcl5:techref" name="pcl5:techref"></a> - - <p class="bibliomixed">[pcl5:techref] Manual title = "PCL - 5 Printer Language Technical Reference Manual", - organization = "Hewlett Packard", year = 1990, month = - sep, edition = "First"</p> - </div> - - <div class="bibliomixed"> - <a id="type1:format" name="type1:format"></a> - - <p class="bibliomixed">[type1:format] Manual title = - "Adobe Type 1 Font Format, version 1.1", organization = - Adobe Systems Incorporated, year = 1990, month = aug, - Edition = "First"</p> - </div> - - <div class="bibliomixed"> - <a id="intellifont" name="intellifont"></a> - - <p class="bibliomixed">[intellifont] Manual title = - "IntelliFont Scalable Typeface Format", organization = - "Agfa Compugraphic Division", year = 1991, Month = apr, - Edition = "First"</p> - </div> - - <div class="bibliomixed"> - <a id="nfss" name="nfss"></a> - - <p class="bibliomixed">[nfss] unpublished AUTHOR = "Frank - Mittelbach and Rainer {Sch\"opf}", TITLE = "The New Font - Selection Scheme---User Interface Standard to {\LaTeX}", - YEAR = 1990, howpublished = "Part of the NFSS - distribution"</p> - </div> - - <div class="bibliomixed"> - <a id="nfss2interface" name="nfss2interface"></a> - - <p class="bibliomixed">[nfss2interface] unpublished - AUTHOR = "Frank Mittelbach", TITLE = "Interface - description of NFSS2", YEAR = 1993, howpublished = "Part - of the NFSS2 distribution"</p> - </div> - - <div class="bibliomixed"> - <a id="psfonts" name="psfonts"></a> - - <p class="bibliomixed">[psfonts] Techreport key = Adobe - Systems Incorporated, TITLE = "Supporting Downloadable - PostScript Fonts", address = "Mountain View, CA", - INSTITUTION = Adobe Systems Incorporated, NUMBER = - "5040", YEAR = 1988, MONTH = jan, etext = - "CTAN:fonts/postscript/adobe/Documents/5040.Download_Fonts.ps"</p> - </div> - - <div class="bibliomixed"> - <a id="abffiles" name="abffiles"></a> - - <p class="bibliomixed">[abffiles] techreport key = adobe, - TITLE = "Adobe Binary Screen Font Files", INSTITUTION = - Adobe Systems Incorporated, YEAR = 1989, MONTH = jan, - NUMBER = 5006, etext = - "CTAN:fonts/postscript/adobe/Documents/5006.ABF_Spec.ps"</p> - </div> - - <div class="bibliomixed"> - <a id="afmfiles" name="afmfiles"></a> - - <p class="bibliomixed">[afmfiles] techreport key = adobe, - TITLE = "Adobe Font Metric Files", INSTITUTION = Adobe - Systems Incorporated, YEAR = 1990, MONTH = mar, NUMBER = - 5004, etext = - "CTAN:fonts/postscript/adobe/Documents/5004.AFM_Spec.ps"</p> - </div> - - <div class="bibliomixed"> - <a id="macfond" name="macfond"></a> - - <p class="bibliomixed">[macfond] Techreport key = adobe, - TITLE = "Macintosh {FOND} Resources", INSTITUTION = Adobe - Systems Incorporated, NUMBER = "0091", YEAR = 1990, MONTH - = jul, etext = - "jasper.ora.com:/pub/AdobeDocs/Specifications/0091-FondResources.ps"</p> - </div> - - <div class="bibliomixed"> - <a id="bdffiles" name="bdffiles"></a> - - <p class="bibliomixed">[bdffiles] techreport key = adobe, - TITLE = "Character Bitmap Distribution Format", - INSTITUTION = Adobe Systems Incorporated, YEAR = 1989, - MONTH = jan, NUMBER = 5005, etext = - "CTAN:fonts/postscript/adobe/Documents/5005.BDF_Spec.ps"</p> - </div> - - <div class="bibliomixed"> - <a id="dvi:standard" name="dvi:standard"></a> - - <p class="bibliomixed">[dvi:standard] unpublished key = - "tug dvi driver standards committee", author = "{The TUG - DVI Driver Standards Committee}", TITLE = "The DVI Driver - Standard, Level 0 Version 0.05", INSTITUTION = "The - {\TeX} User's Group", YEAR = 1991, MONTH = aug, etext = - "jasper.ora.com:/pub/docs/DVI-Standard-level0/*"</p> - </div> - - <div class="bibliomixed"> - <a id="faq:comp.text.tex" name="faq:comp.text.tex"></a> - - <p class="bibliomixed">[faq:comp.text.tex] unpublished - AUTHOR = "Bobby Bodenheimer", title = "{\TeX}, {\LaTeX}, - etc.: Frequently Asked Questions with Answers", year = - 1992, month = dec, etext = - "rtfm.mit.edu:/pub/usenet/comp.text.tex/*"</p> - </div> - - <div class="bibliomixed"> - <a id="faq:comp.fonts" name="faq:comp.fonts"></a> - - <p class="bibliomixed">[faq:comp.fonts] unpublished - AUTHOR = "Norman Walsh", title = "The - {\texttt{comp.fonts}} Frequently Asked Questions List", - year = 1992, month = dec, etext = - "rtfm.mit.edu:/pub/usenet/comp.fonts/FAQ.*"</p> - </div> - - <div class="bibliomixed"> - <a id="nw:fontbook" name="nw:fontbook"></a> - - <p class="bibliomixed">[nw:fontbook] unpublished AUTHOR = - "Norman Walsh", title = "Font Samples of - Internet-Available PostScript Type1 Fonts", year = 1992, - month = dec, etext = "jasper.ora.com:/pub/fontbook/*"</p> - </div> - - <div class="bibliomixed"> - <a id="metapost" name="metapost"></a> - - <p class="bibliomixed">[metapost] unpublished AUTHOR = - "John D. Hobby", title = "A User's Manual for MetaPost", - institution = "AT{\&}T Bell Laboratories", etext = - "research.att.com:/pub/research/cstr/162.Z"</p> - </div> - - <div class="bibliomixed"> - <a id="tug:10-2" name="tug:10-2"></a> - - <p class="bibliomixed">[tug:10-2] ARTICLE AUTHOR = "Frank - Mittelbach and Rainer {Sch\"opf}", TITLE = "A new font - selection scheme for {\TeX} macro packages---the basic - macros", JOURNAL = "TUGboat", YEAR = 1989, MONTH = jul, - NUMBER = 2, VOLUME = 10, PAGES = "222--238"</p> - </div> - - <div class="bibliomixed"> - <a id="tug:vfonts:dek" name="tug:vfonts:dek"></a> - - <p class="bibliomixed">[tug:vfonts:dek] ARTICLE AUTHOR = - "Donald E. Knuth", TITLE = "Virtual Fonts: More fun for - Grand Wizards", JOURNAL = "TUGboat", YEAR = 1990, MONTH = - apr, NUMBER = 1, VOLUME = 11, PAGES = "13--23"</p> - </div> - - <div class="bibliomixed"> - <a id="tug:gr-tex-pc:1" name="tug:gr-tex-pc:1"></a> - - <p class="bibliomixed">[tug:gr-tex-pc:1] ARTICLE AUTHOR = - "Lee S. Pickrell", TITLE = "Combining graphics with - {\TeX} on IBM PC-compatible systems with LaserJet - printers", JOURNAL = "TUGboat", YEAR = 1990, MONTH = apr, - NUMBER = 1, VOLUME = 11, PAGES = "26--31"</p> - </div> - - <div class="bibliomixed"> - <a id="tug:gr-tex-pc:2" name="tug:gr-tex-pc:2"></a> - - <p class="bibliomixed">[tug:gr-tex-pc:2] ARTICLE AUTHOR = - "Lee S. Pickrell", TITLE = "Combining graphics with - {\TeX} on PC systems with laser printers, part II", - JOURNAL = "TUGboat", YEAR = 1990, MONTH = jun, NUMBER = - 2, VOLUME = 11, PAGES = "200--206"</p> - </div> - - <div class="bibliomixed"> - <a id="tug:gr-tex-implementation" - name="tug:gr-tex-implementation"></a> - - <p class="bibliomixed">[tug:gr-tex-implementation] - ARTICLE AUTHOR = "Gerhard Berendt", TITLE = "On the - implementation of graphics into {\TeX}", JOURNAL = - "TUGboat", YEAR = 1990, MONTH = jun, NUMBER = 2, VOLUME = - 11, PAGES = "190--194"</p> - </div> - - <div class="bibliomixed"> - <a id="tug:mac-graphics-latex" - name="tug:mac-graphics-latex"></a> - - <p class="bibliomixed">[tug:mac-graphics-latex] ARTICLE - AUTHOR = "Len Schwer", TITLE = "Including Macintosh - graphics in {\LaTeX} documents", JOURNAL = "TUGboat", - YEAR = 1990, MONTH = jun, NUMBER = 2, VOLUME = 11, PAGES - = "194--200"</p> - </div> - - <div class="bibliomixed"> - <a id="tug:nfss-userinterface" - name="tug:nfss-userinterface"></a> - - <p class="bibliomixed">[tug:nfss-userinterface] ARTICLE - AUTHOR = "Frank Mittelbach and Rainer {Sch\"opf}", TITLE - = "The new font family selection---User Interface to - Standard {\LaTeX}", JOURNAL = "TUGboat", YEAR = 1990, - MONTH = jun, NUMBER = 1, VOLUME = 11, PAGES = "297--305", - Note = "Reprinted with corrections in TUGboat 11:2."</p> - </div> - - <div class="bibliomixed"> - <a id="tug:transfig" name="tug:transfig"></a> - - <p class="bibliomixed">[tug:transfig] ARTICLE AUTHOR = - "Micah Beck and A. Siegal", TITLE = "Transfig: Portable - Graphics for {\TeX}", JOURNAL = "TUGboat", YEAR = 1990, - MONTH = sep, NUMBER = 3, VOLUME = 11, PAGES = - "373--380"</p> - </div> - - <div class="bibliomixed"> - <a id="tug:vtex" name="tug:vtex"></a> - - <p class="bibliomixed">[tug:vtex] ARTICLE AUTHOR = - "Michael Vulis", TITLE = "V{\TeX} enhancements to the - {\TeX} language", JOURNAL = "TUGboat", YEAR = 1990, MONTH - = sep, NUMBER = 3, VOLUME = 11, PAGES = "429--435"</p> - </div> - - <div class="bibliomixed"> - <a id="tug:filenames-fonts" - name="tug:filenames-fonts"></a> - - <p class="bibliomixed">[tug:filenames-fonts] ARTICLE - AUTHOR = "Karl Berry", TITLE = "Filenames for Fonts", - JOURNAL = "TUGboat", YEAR = 1990, MONTH = nov, NUMBER = - 4, VOLUME = 11, PAGES = "517--520"</p> - </div> - - <div class="bibliomixed"> - <a id="tug:gr-tex-bm2font" name="tug:gr-tex-bm2font"></a> - - <p class="bibliomixed">[tug:gr-tex-bm2font] ARTICLE - AUTHOR = "Friedhelm Sowa", TITLE = "Integration of - graphics into {\TeX}", JOURNAL = "TUGboat", YEAR = 1991, - MONTH = mar, NUMBER = 1, VOLUME = 12, PAGES = - "58--63",</p> - </div> - - <div class="bibliomixed"> - <a id="tug:halftoning" name="tug:halftoning"></a> - - <p class="bibliomixed">[tug:halftoning] ARTICLE AUTHOR = - "Adrian F. Clark", TITLE = "Practical halftoning in - {\TeX}", JOURNAL = "TUGboat", YEAR = 1991, MONTH = mar, - NUMBER = 1, VOLUME = 12, PAGES = "157--165",</p> - </div> - - <div class="bibliomixed"> - <a id="tug:xbitmaps" name="tug:xbitmaps"></a> - - <p class="bibliomixed">[tug:xbitmaps] ARTICLE AUTHOR = - "Reinhard {F\"o\ss{}meier}", TITLE = "X bitmaps in - {\TeX}", JOURNAL = "TUGboat", YEAR = 1991, MONTH = jun, - NUMBER = 2, VOLUME = 12, PAGES = "229--232"</p> - </div> - - <div class="bibliomixed"> - <a id="tug:bm2font2" name="tug:bm2font2"></a> - - <p class="bibliomixed">[tug:bm2font2] ARTICLE AUTHOR = - "Friedhelm Sowa", TITLE = "Bitmaps and halftones with - BM2FONT", JOURNAL = "TUGboat", YEAR = 1991, MONTH = dec, - NUMBER = 3, VOLUME = 12, PART = "II", PAGES = - "534--539"</p> - </div> - - <div class="bibliomixed"> - <a id="op:btxdoc" name="op:btxdoc"></a> - - <p class="bibliomixed">[op:btxdoc] unpublished author = - "Oren Patashnik", title = "{\BibTeX}ing", year = 1988, - month = feb, etext = - "CTAN:biblio/bibtex/distribs/doc/btxdoc.tex"</p> - </div> - - <div class="bibliomixed"> - <a id="op:btxhak" name="op:btxhak"></a> - - <p class="bibliomixed">[op:btxhak] unpublished author = - "Oren Patashnik", title = "Designing {\BibTeX} Styles", - year = 1988, month = feb, etext = - "CTAN:biblio/bibtex/distribs/doc/btxhak.tex"</p> - </div> - </div> - </div> - - <div class="navfooter"> - <table width="100%" summary="Navigation table"> - <tr> - <td width="40%" align="left"><a - title="Chapter 12. Bibliographies, Indexes, and Glossaries" - href="ch12.html"><img src="figures/nav-prev.png" - alt="Prev" border="0" /></a> </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-home.png" - alt="Home" border="0" /></a></td> - - <td width="40%" align="right"> <a - title="Chapter 13. Non-commercial Environments" - href="ch13.html"><img src="figures/nav-next.png" - alt="Next" border="0" /></a></td> - </tr> - - <tr> - <td width="40%" align="left"> - Chapter 12. Bibliographies, Indexes, and - Glossaries </td> - - <td width="20%" align="center"><a title="Making TeX Work" - href="index.html"><img src="figures/nav-up.png" alt="Up" - border="0" /></a></td> - - <td width="40%" align="right"> -  Chapter 13. Non-commercial - Environments</td> - </tr> - </table> - </div> - </body> -</html> - |
