Category : EmTeX is a TeX/LaTeX document editor
Archive   : LATEX1.ZIP
Filename : LATEX.INS

Output of file : LATEX.INS contained in archive : LATEX1.ZIP

Here are instructions for generating LaTeX at a different site. Unless
otherwise specified, all files are obtained from the same source from
which you obtained this file. For clarity, in this document file names
appear in UPPER-CASE letters. However, for systems that distinguish
case in file names, all file names should be lower case.


O. News
I. What Files You Need
II. Generating an Executable LaTeX File
III. Customizing LaTeX for Your Site
A. Generating the Local Guide
C. Other Modifications
V. BibTeX and MakeIndex
VI. Keeping in Touch
VII. FTPing Files
VIII. What to do with Old Versions of the Manual


The file LATEX.DIF has been added to the distribution. This is file
contains the results of running the Unix diff program to compare
successive versions of important files, such as LATEX.TEX. It allows
sites to update to new releases without having to obtain complete copies
of the new files.


The beginning of the file LATEX.BUG lists all the files that you should
have, along with their creation dates. Each file contains its creation
date in a comment somewhere near the beginning of the file. Make sure
you have all these files, and that the dates of the file corresponds to
the dates given in LATEX.BUG.

Note: Do not depend upon the creation date of the file given by the
operating system. This is likely to be later than the one in the file
for two reasons: (1) copying the file can cause the copy to have
as its creation date the date the copy was made, and (2) cosmetic
changes to a file are sometimes made without changing its date.

The files on the standard distribution tape should all have the correct
dates. However, a common source of errors is for an old version of a
file to appear in the system directory in place of the current one.


After obtaining the LaTeX files, you must create an executable LaTeX
file and put it on a system directory so it can be run by your users.
You need the following files .TEX files:


plus standard TeX files called by the PLAIN package, like HYPHEN.TEX.

LaTeX uses the following special fonts in addition to the normal CMR
LASY10 LASY9 ... LASY5 (for special symbols)
LINE10 LINEW10 (for slanted lines)
CIRCLE10 CIRCLEW10 (for circles)
Characters may be added to the LASY font family from time to time.

Pixel files for these fonts are available from the standard TeX
sources. Currently, they can be generated only with the old metafont.
To do this, you'll need the .MF files for all of these -- i.e.,
LASY10.MF, ... , CIRCLEW10.MF -- plus the following .MF files called
by them:

Note: Because the Imagen MAKIMP program for TOPS-20 doesn't do things
in the approved fashion, the standard LINE10 and CIRCLE10 fonts don't
work right with it. (Fonts that work right for the Imagen on the
TOPS-20 can be created from the files TLINE10.MF and TCIRCLE10.MF on
the directory at SRI-AI. When using them, you should also
\input the file SRI.TEX when running INITEX to create a new
version of LaTeX. [See below.]) Other device drivers may have similar

The file LFONTS.TEX contains all the LaTeX code that involves font
loading. This file loads the new CMR fonts. The file LFONTS.AMR
is a version of LFONTS.TEX that loads the old AMR fonts.

Some fonts are preloaded, others get loaded when the user
first requests them. The comments at the beginning of LFONTS.TEX
explain how this works. The section of LFONTS.TEX that preloads the
fonts mentions all the fonts that LaTeX currently loads or might load,
the latter having the \font commands commented out. However, the
current LFONTS and .STY files don't need all those files. The best way
to see what fonts are required is to run input files that try to use
all type styles in all sizes. (You probably can't do this with a
single input file because you'll run TeX out of font space.) The file
TRYFONTS.TEX can be used for this purpose. Just run it through LaTeX
and follow directions. You may want to change the exact set of
typestyles provided to the user at the various sizes.

You create LaTeX just as you would an ordinary version of TeX,
except you must load LPLAIN instead of PLAIN. (TeX sometimes
uses PLAIN as a default if nothing else is specified, and you may
have a version of TeX with PLAIN already loaded, which should
not be used.)

You may have to enlarge the limits in the standard distribution
version of TeX to produce an executable LaTeX file. The appropriate
parameters are the ones used to produce the SU-Score version of TeX.

Here is how to create LaTeX on some operating systems.


The following sequence of commands is used on the TOPS-20 system at
SRI-AI. It shows prompts as well as what you type, with comments at the
right, in parentheses.

@INITEX lplain
*\input sri (Loads local modifications. See below.)
@VIRTEX &lplain
@SAVE latex 0 37777

This will produce a version that can be called by @LATEX .
You'll have to define TEXSPOOL: and other devices just as for TeX.


The following sequence of commands works on Ultrix at SRC, with the
version of TeX produced on the Pastel compiler. Since Ultrix and Unix
are similar, it may work on Unix also. Some path file names will
obviously have to be changed. The system prompt is shown as `%', and
`*' indicates TeX's prompt. Comments are in parentheses at the right.

%initex lplain
*\input src (Loads local modifications. See below.)

%virtex \&lplain
* control-\ (This is a single control character.)

%undump latex /usr/local/bin/virtex core

For the pc Pascal compiler, I am told that the two lines beginning with
`%virtex \&lplain' should be replaced by the following:

% virtex
** &lplain \read 0 to\blort
\blort= control-\

The TEXINPUTS environment variable tells LaTeX where to find input


Andy Hanson at SRI reports that the following sequence of VMS and TeX
commands generates an executable LaTeX file on VMS. Before typing the
`\dump' command, you may want to \input a file with local

$ set command virtex
$ initex
$ virtex
*save latex


The installer of LaTeX cannot just copy the files and generate an
executable versions. There are certain other things that must be done
to make sure that your site conforms to the description in the
LaTeX manual.

A. Generating the Local Guide

The LaTeX manual has been published by Addison-Wesley, and is now
available in book stores. It refers to a Local Guide that describes
how to use LaTeX at the user's site. You are responsible for
generating the Local Guide at your site. First, run the file LOCAL.TEX
through LaTeX. (The file has cross-references, so you must run it
through twice.) This produces a version of the Local Guide for some
site other than your own. You must modify LOCAL.TEX to create the
local guide for your site.


The file SMALL.TEX is a short introduction to LaTeX, and is meant to be
read on-line with a text editor. It refers to a file LOCAL.GID that
contains brief instructions for running LaTeX at your site. You must
modify SMALL.TEX so it correctly tells the user where to find
LOCAL.GID. You must modify LOCAL.GID for your site. LOCAL.GID is
mean to be read on-line, so it should fit on a single terminal

C. Other Modifications

You may need to make some local modifications for your site.
These are best done by making a .TEX file with commands that
are \input when you generate LaTeX.

The margin settings on all the document styles are made under the
assumption that a point that TeX thinks is in the upper left-hand
corner of the output page is printed by the device driver at a point
one inch from both the top and left sides of the paper. Many output
devices don't conform to this convention. They may also magnify or
reduce the output in one or more dimensions. If your output device
deviates from the this convention, you should make the appropriate
correction by adding commands to set \hoffset and \voffset to your file
of local modifications. Running LaTeX on the input TESTPAGE.TEX will
generate a test page for checking what your output device really

You may also have to adjust the settings of \marginparwidth, which
controls the width of marginal notes, in the document style files. The
current values are chosen to get the largest marginal notes that the
Imagen printer will fit on the page. However, your printer may be able
to fit more or less text on a line.

You'll have to modify the macros in LETTER.STY to produce the letter
document style appropriate for your installation. However, if you
significantly change the functionality, give the document style a
different name.

Do not make any changes to the standard document styles other than the
ones described above. The manual describes what happens when you run
SAMPLE.TEX with these document styles, and the user expects the same
thing to happen when run at your site. The creation of new document
styles is encouraged, but they should be given new names. If you
design a new style or style option that is generally useful, it can be
added to the LaTeX distribution. LaTeX input files can be sent
electronically, and provide an excellent way of transmitting documents
electronically. (.DVI files are not as portable because different
sites may have different fonts.) If LaTeX is to be useable for document
exchange, the standard document styles must be standard.


To generate SLiTeX, you need the following .TEX files:
SPLAIN and SFONTS are the analogs of LPLAIN and LFONTS. You generate
SLiTeX by INITEX'ing SPLAIN instead of LPLAIN. SFONTS describes the
fonts that are needed. There are three nonstandard visible fonts that
are used by SLiTeX: AMSSS8, AMSSSI8 and AMSSSB8. The first two are
almost identical to AMSSQ8 and AMSSQI8, differing only in that the
uppercase `I' has crossbars in the AMSSS* fonts. AMSSSB8 is a bold
version of AMSSS8. For every visible font, SLiTeX also uses a
corresponding invisible font---one that has the identical .TFM
information but prints nothing. Its name is obtained by adding an `I'
to the beginning of the corresponding visible font's name. You need
the invisible fonts to make color slides and to implement the
\invisible command.

At the moment, these slide fonts may not be on the standard
distribution tape. Until they are, you should find some reasonable
substitutes and modify SFONTS.TEX accordingly. If you don't have the
invisible fonts, you'll have to warn your users (in the Local Guide)
that they can't make color slides or use the \invisible command.

The slide fonts can be generated with the old metafont. All the .MF
files are available at SRI-AI on the directory. However,
there is a bug in the old metafont that gives the invisible fonts the
wrong widths on the pixel files. (The .TFM files are correct.) Chris
Torek at Maryland has a Unix program that corrects the pixel files.

V. BibTeX and MakeIndex

The BibTeX program is not part of the LaTeX file set. Problems with
BibTeX should be addressed to Oren Patashnik, whose Internet address
is [email protected].

MakeIndex is a C program written by Peehong Chen at Berekeley.
Instructions for using it with LaTeX are contained in the file
MAKEINDEX.TEX; its use depends upon the MAKEIDX document style that is
part of the LaTeX distribution. However, the MakeIndex program itself
is not part of the LaTeX or TeX distribution, since it is not written
in Web.


Known bugs in LaTeX and in the standard document styles are listed in
LATEX.BUG. This file also lists the date all relevant files have been
changed. You should check LATEX.BUG from time to time. I don't expect
LaTeX bugs to be too common, but they will be fixed as they are reported.

Errata and omissions to the manual are described in ADDENDUM.TEX,
which is \input by LOCAL.TEX. Please send any new ones that you
find to me electronically at my Internet address
[email protected]
or my my mailing address
Digital Equipment Corporation
130 Lytton Avenue
Palo Alto, CA 94301

I will, of course, fix all bugs that I am told about. There should be
someone at each site to whom users report bugs; he or she should make
sure that they are bugs before forwarding them to me. (In particular,
Section C.8.1 should be read carefully before reporting bugs in
LaTeX's figure placement algorithm.)


If you've gotten this file by FTP over a network, then you know how to
FTP files from here to there. It's not likely that you'll be FTPing
files while they're being updated, but the following algorithm
eliminates this possibility:

1. FTP the LATEX.BUG file first.
2. Check that the creation date of every other file you FTP
is the same as the date given for it at the head of LATEX.BUG.
If the date on LATEX.BUG is earlier, then I'm currently updating
the file. If the date on LATEX.BUG is later, then something
is fouled up and you should send me a message.

Meanwhile, the maintainer of the version being FTP'ed should change the
file LATEX.BUG only after changing all other files. [See
Communications of the ACM, Vol 20, No. 11 (Nov. 1977) pages 806-811
for a proof of correctness for this algorithm.]


Destroy them.

  3 Responses to “Category : EmTeX is a TeX/LaTeX document editor
Archive   : LATEX1.ZIP
Filename : LATEX.INS

  1. Very nice! Thank you for this wonderful archive. I wonder why I found it only now. Long live the BBS file archives!

  2. This is so awesome! 😀 I’d be cool if you could download an entire archive of this at once, though.

  3. But one thing that puzzles me is the “mtswslnkmcjklsdlsbdmMICROSOFT” string. There is an article about it here. It is definitely worth a read: