This is a German translation of the chemsym documentation.

This package provides support for UTF-16BE Unicode character encoding (called a big-endian character string) for the text string type (PDF Reference, version 1.7, beginning on page 158). Text strings are used in ``text annotations, bookmark names, article threads, document information, and so forth'' (to partially quote page 158). The particular application is to set property values of form fields, at least those properties that take the text strings as its value. The package contains support for Basic Latin plus the ability to enter any Unicode character using the notation \uXXXX, where XXXX are four hex digits.

The bundle provides boxes and picture macros with Japanese vertical writing support. It uses only native picture macros and fonts for drawing boxes and is thus driver independent.

The repltext package exposes to LaTeX a relatively obscure PDF feature: replacement text. When replacement text is specified for a piece of text, it is the replacement text, not the typeset text that is copied and pasted.

The package may be used for testing hyphenation patterns or for controlling that specific words are hyphenated as expected. This package implements some old TUGboat code to adapt it to LaTeX with some enhancements. It differs form \showhyphens, because it typesets its output on the document's output file. It also works with XeLaTeX, where \showhyphens requires a workaround.

The package contains macros for printing various 2/5 bar codes and Code 39 bar codes. The macros do not use fonts but create the bar codes directly using vertical rules. It is therefore possible to vary width to height ratio, ratio of thin and thick bars. The package is therefore convenient for printing ITF bar codes as well as bar codes for identification labels for HP storage media.

The package provides the \outerhbox command, which is similar to \hbox, except that material is set in outer horizontal mode. This prevents TeX from optimising away maths penalties and the like, that are needed when the material is \unhbox'ed.

This package provides a package for using font sizes up to 35.88pt, for example with the EC fonts. New commands \HUGE and \ssmall for selecting font sizes are provided together with some options working around current LaTeX2e shortcomings in using big font sizes. The package also provides options for improving the typesetting of paragraphs (or headlines) with embedded math expressions at font sizes above 17.28pt.

This package is a modern reimplementation of package everyshi, providing various commands to be executed before a \shipout command. It makes use of e-TeX’s facilities if they are available. The package may be used either with LaTeX or with plain TeX.

This package provides a macro to select the first font XeLaTeX or LuaTeX can find in a comma separated list and, additionally, a number of macro tests.

The class design offers:

• direct support for collaborative development of an exam, using a model in which a departmental exams convener or exam chair coordinates multiple authors writing individual questions (the class file and associated process is in regular use within a physics and astronomy department);

• all of the traditional exam paper features such as sectioning, per-part running marks, ``Question n continued'' catchwords, and so on;

• readily configured local adaptation.

The package implements macros for plain TeX to typeset the notation invented by Gottlob Frege in 1879 for his books Begriffsschrift and Grundgesetze der Arithmetik (two volumes). The output styles of both books are supported.

The main features of this minimalistic Beamer theme are:

• easily use own logos;

• customizable;

• looks good in a 4:3 and 16:9 aspect ratio;

• provides an environment for vertically-spaced items;

• provides light and dark mode;

• is designed to be purely minimalistic without any distractions.

The original grffile package extended the file name processing of the graphics package to support a larger range of file names. The base LaTeX code now supports multiple dots and spaces, and this package by default is a stub that just loads graphicx.

CSplain is a small extension of basic Plain TeX macros from which the formats csplain and pdfcsplain can be generated. It supports: hyphenation of words for 50+ languages, simple and powerful font loading system (various sizes of fonts), TeX, pdfTeX, XeTeX and LuaTeX engines, math fonts simply loaded with full amstex-like features, three internal encodings (IL2 for Czech/Slovak languages, T1 for many languages with latin alphabet and Unicode in new TeX engines), natural UTF-8 input in pdfTeX using encTeX without any active characters, Czech and Slovak special typesetting features. An important part of the package is OPmac, which implements most of LaTeX's features (sectioning, font selection, color, hyper reference and URLs, bibliography, index, table of contents, tables, etc.) by Plain TeX macros. The OPmac macros can generate a bibliography without any external program.

Stephan Bellantoni's version has provided preamble commands for selecting environments to be included/excluded. This package does the same, but corrects, improves, and extends it in both implementation and function.

pdfxup is a shell script that creates a PDF document where each page is obtained by combining several pages of a PDF file given as output.

Writing Scientific Documents Using LaTeX is an article introducing the use of LaTeX in typesetting scientific documents. It covers the basics of creating a new LaTeX document, special typesetting considerations, mathematical typesetting and graphics. It also touches on bibliographic data and BibTeX.

The package adds support for EPS files in the graphicx package when running under pdfTeX. If an EPS graphic is detected, the package spawns a process to convert the EPS to PDF, using the script epstopdf.

This package provides the Gudea family of fonts designed by Agustina Mingote, with support for LaTeX and pdfLaTeX.

This package provides a set of bibliography styles that conform to DIN 1505, and match the original BibTeX standard set (plain, unsrt, alpha and abbrv), together with a style natdin to work with natbib.

This document class provides both Arabic and English support for TeX and LaTeX. Input may be in ASCII transliteration or other encodings (including UTF-8), and output may be Arabic, Hebrew, or any of several languages that use the Arabic script, as can be specified by the Polyglossia package. The Arabic font is presently available in any Arabic fonts style. In order to use Amiri font style, the user needs to install the amiri package. This document class runs with the XeTeX engine. PDF files generated using this class can be searched, and text can be copied from them and pasted elsewhere.

This package provides the binary for texlive-dvipos.

This package provides a macro \catchfilebetweentags acts like the original \catchfile but only extracts a portion of the file instead of the complete file. The extracted portion can be delimited by strings or by docstrip tags.