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 is used to typeset the German chess magazine Die Schwalbe. It is based on chess-problem-diagrams, which in its turn has a dependency on the bartel-chess-fonts.

The package allows inserting Bible texts in a document by specifying references.

This package provides commands for drawing symbols in Yijing (I Ching) or Zhouyi using TikZ. There is no need for extra special fonts for showing these symbols.

The package enables the user to visualise the vocal tract. The vocal tract (in the package) is manipulated by a vector of articulation parameters according to the S. Maeda model. Animation may be achieved by providing a sequence of vectors over time (e.g., from Matlab). A sequence of vectors for certain German phonemes is embedded in the package, which allows for animation when no other vector is available. The package's graphics are produced using PSTricks.

This is a translation to German of Winston Chang's LaTeX cheat sheet (a reference sheet for writing scientific papers). It has been adapted to German standards using the KOMA script document classes.

This a fork of footmisc package allowing to use hyperref. The package provides means of changing the layout of the footnotes themselves, a way to number footnotes per page, to make footnotes disappear in a moving argument and to deal with multiple references to footnotes from the same place. The package also has a range of techniques for labelling footnotes with symbols rather than numbers. Some of the functions of the package are overlap with the functionality of other packages.

Don't be seduced by fnpara, whose implementation is improved by the present package.

Garamond-Math is an OpenType math font matching EB Garamond (Octavio Pardo) and EB Garamond (Georg Mayr-Duffner). Many mathematical symbols are derived from other fonts, others are made from scratch.

Coolstr is a subpackage of the cool bundle that deals with the manipulation of strings. A string is defined as a sequence of characters (not tokens). The package provides the ability to access a specific character of a string, as well as determine if the string contains numeric or integer data.

The package typesets Hangul, which is the native alphabet of the Korean language; input Korean text should be encoded in UTF-8.

This is the GUST TeX Live scheme: it is a set of files sufficient to typeset Polish plain TeX, LaTeX and ConTeXt documents in PostScript or PDF.

The package contains the development sources of MakeIndex.

The package ltxnew provides \new, \renew and \provide prefixes for checking definitions. It is designed to work with e-TeX distributions of LaTeX and relies on the LaTeX internal macro \@ifdefinable. Local allocation of counters, dimensions, skips, muskips, boxes, tokens and marks are provided by the etex package. \new and \renew as well as \provide may be used for all kind of control sequences.

The bundle provides a font CountriesOfEurope (in Adobe Type 1 format) and the necessary metrics, together with LaTeX macros for its use. The font provides glyphs with a filled outline of the shape of each country; each glyph is at the same cartographic scale.

The package provides a class and other tools for developing a beautifully formatted, consistent U.S. Patent Application using LaTeX and/or LyX.

The package provides support, within Babel, of the Turkish language.

The package provides various emoticons, cooking symbols and trees.

The stix2 package provides minimal support for using the STIX Two fonts with versions of TeX that are limited to TFM files, Type 1 PostScript fonts, and 8-bit font encodings.

Some glyphs that are traditionally available in TeX math fonts are not yet available in the STIX Two OpenType fonts. In such cases, we have chosen to omit them from the stix2 package rather than create incompatibilities between the OpenType and Type 1 versions.

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.

The Neo-Hellenic style evolved in academic circles in the 19th and 20th century; the present font follows a cut commissioned from Monotype in 1927. The font supports both Greek and Latin characters, and has been adjusted to work well with the cmbright fonts for mathematics support. LaTeX support of the fonts is provided, offering OT1, T1 and LGR encodings.

This package provides LaTeX, pdfLaTeX, XeLaTeX and LuaLaTeX support for the UniversalisADFStd family of fonts, designed by Hirwin Harendal. The font is suitable as an alternative to fonts such as Adrian Frutiger's Univers and Frutiger.

This package provides a French language module for glossaries package.

This module provides the french style that can be set using \DTMsetstyle provided by datetime2.sty.

The package takes care of running Metapost on the output files produced by the feynmp package, so that the compiled pictures will be available in the next run of LaTeX. The package honours options that apply to feynmp.