This package contains macros for typesetting glosses and formal expressions. It covers a range of subfields in formal linguistics.

This package provides a collection of visually appealing, structured callout boxes for LaTeX documents. These boxes are useful for highlighting important information such as warnings, errors, notes, and success messages.

The package offers a collection of advanced BibTeX style files suitable for publications in chemistry journals. Currently, style files for journals published by the American Chemical Society, Wiley-VCH and The Royal Society of Chemistry are available. The style files support advanced features such as automatic formatting of errata or creating an appropriate entry for publications in Angewandte Chemie where both English and German should be cited simultaneously.

The document (in German) is a collection of how-to notes about LaTeX and pictures. The aim of the document is to provide a solution, in the form of some sample code, for every problem.

The package provides settings and macros for typesetting mathematics with LaTeX in compliance with French usage. It comes with two document classes, fiche and cours, useful to create short high school documents such as tests or lessons. The documentation is in French.

This package makes the numbers of \section commands come out with a trailing dot. It includes a command whereby the same can be made to happen with other sectioning commands.

The package contains StarFontSans and StarFontSerif, two astrological fonts designed by Anthony I.P. Owen, and the appropriate macros to use them with TeX and LaTeX. The fonts are supplied both in the original TrueType Format and in Adobe Type 1 format.

This package implements a simple mechanism of line or page breaking within the align environment of the amsmath package; new line characters are considered as possible candidates for the breaks and the package tries to put breaks at adequate places. It is suitable for computer-generated long formulae with many terms.

The package provides environments and commands that the author needed when preparing exercise sheets and other teaching material. In particular, the package supports the creation of exercise sheets, with separating printing of solutions.

The package allows you to set arbitrary sizes for the main font of the document, through the fontsize=<size> option.

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.

With this script you can install a LaTeX font family (PostScript Type 1, TrueType and OpenType formats are supported). Font series from light to ultra bold, and (faked) small caps and (faked) slanted shapes are supported, but not expert fonts. The script will rename the fonts automatically (optional) or will otherwise expect the .afm files and the font files (in PostScript Type1 format) named in the Karl Berry scheme (e.g., 5bbr8a.pfb). After running the script, you should have a working font installation in your local TeX tree.

This collection provides packages related to graphics, pictures, and diagrams. It includes TikZ, pict, etc. However, MetaPost and PStricks are separate.

This bundle allows marking-up of CWEB code in LaTeX. The distribution includes the ``Counting Words'' program distributed with CWEB, edited to run with LaTeX.

This LaTeX2e package enables the embedding of MetaPost figures within LaTeX documents. The package automatically collects the embedded definitions and figures in a .mp file, adds an appropriate LaTeX document structure, and compiles it to .mps files. It also allows for various configuration options to manage the generation of files and compilation.

This package provides access to the Plimsoll symbol for use with LaTeX. The Plimsoll symbol is sometimes used in chemistry for denoting standard states and values. The LaTeX package provides access to this notation as well.

The package provides support for Macedonian documents written in Cyrillic, in Babel.

This is a Metafont font to implement the modular tiles described by Slavik Jablan.

This collection provides support for a number of European languages; others (Greek, German, French, ...) have their own collections, depending simply on the size of the support.

The macros defined in this package are used in papers written in Plain TeX for publication in TUGboat.

MathsPIC (Perl) is a development of the earlier MathsPIC (DOS) program, now implemented as a Perl script, being much more portable than the earlier program. MathsPIC parses a plain text input file and generates a plain text output-file containing commands for drawing a diagram. It produces output containing PiCTeX and (La)TeX commands, which may then be processed by plain TeX or LaTeX in the usual way. MathsPIC also outputs a comprehensive log file. MathsPIC facilitates creating figures using PiCTeX by providing an environment for manipulating named points and also allows the use of variables and maths (advance, multiply, and divide)---in short---it takes the pain out of PiCTeX.

The package provides a macro to typeset quotations, using the command \say. The quotation mark glyphs are inserted by the macro; nested quotations are detected.

This LaTeX package helps you write documents indicating your compliance with cybersecurity requirements. It also helps you format your document in a form suitable inside the U.S. Department of Defense, by attaching distribution statements, destruction notices, organization logos, and security labels to it.

The \maybebm and \maybeit macros can be used in maths expressions to make the arguments typeset as bold or italic respectively if the surrounding context is appropriate. They are useful for writing user macros for use in general contexts. \maybebm is especially appropriate when section titles contain math expressions, since the title will appear bold but the header and table of contents usually replicate the title in normal width. \maybeit performs a similar role to \mathrm but the maths expression will be italicised if the surrounding text is. \maybeitsubscript is provided to shift subscripts to the left if the expression is italicised.