Martin Vogel's Symbol font (marvosym) contains the Euro currency symbol as defined by the European commission, along with symbols for structural engineering; symbols for steel cross-sections; astronomy signs (sun, moon, planets); the 12 signs of the zodiac; scissor symbols; CE sign and others. The package contains both the original TrueType font and the derived Type 1 font, together with support files for TeX (LaTeX).

Knuth designed his original fonts with tabular figures (figures whose width is uniform); this makes some layout problems rather simple. In more recent times, fonts (such as Minion Pro), which offer proportionally spaced figures, are increasingly being used. The package provides mechanisms whereby such proportional figures may still be aligned in tabular style (for example, in the table of contents).

Maintaining a LaTeX document with translations for multiple languages can be cumbersome and error-prone. This package provides a set of macros for defining macros and environments as wrappers around existing macros and environments. These wrappers allow one to clearly specify multiple translations for the arguments to the wrapped macros and environments while only the translation of the document's language is actually shown. Choosing a translation then is as simple as choosing the document's language via Babel or Polyglossia.

The package allows data, text (including (La)TeX commands or environments) to be formatted into a array which may be split.

This package provides macros for linguistic glossing as per the rules given by Mumbai University.

The package uses PSTricks to draw bar charts from data stored in a comma-delimited file. Several types of bar charts may be drawn, and the drawing parameters are highly customizable.

This package provides tools for the flexible handling of verbatim text including: verbatim commands in footnotes; a variety of verbatim environments with many parameters; ability to define new customized verbatim environments; save and restore verbatim text and environments; write and read files in verbatim mode; build "example" environments (showing both result and verbatim source).

This package provides the language definition file for support of Finnish in babel. It provides all the necessary macros, definitions and settings to typeset Finnish documents.

The package provides a way to number constants in a mathematical proof automatically, with a system for labelling/referencing. In addition, several families of constants (with different symbols) may be defined.

This LuaLaTeX package permits automatically generating truth tables given a table header. It supports a number of logical operations which can be combined as needed.

This module provides the russian style that can be set using \DTMsetstyle provided by datetime2.sty. This package is currently unmaintained.

The ifptex package is a counterpart of ifxetex, ifluatex, etc.: for the pTeX engine. The ifuptex package is an alias to ifptex provided for backward compatibility.

Package TIPA uses the T3 encoding for producing IPA characters. The package is widely used in the field of linguistics, but because of the old encoding, the output documents are less productive than Unicode-based documents. This package redefines most of the TIPA-commands for outputting Unicode characters. Users can now use their beloved TIPA shortcuts with the benefits of Unicode, i.e., searchability, copy-pasting, changing the font and many more.

As this package needs the fontspec package for loading an IPA font, it needs to be compiled with XeLaTeX or LuaLaTeX. This package can also be viewed as an ASCII-based input method for producing IPA characters in Unicode. It needs the New Computer Modern font for printing IPA characters.

The package is designed to aid the author writing linear programming formulations, one restriction at a time. With the package, one can easily label equations, formulations can span multiple pages and several elements of the layout (such as spacing, texts and equation tags) are also customizable. Besides linear programming formulations, this package can also be used to display any series of aligned equations with easy labeling/referencing and other customization options.

This package enables the use of PSTricks directly in LuaLaTeX documents, without invoking external programmes, by implementing a PostScript interpreter in Lua. Therefore it does not require shell escape to be enabled or special environments, and instead allows PSTricks to be used exactly like in Dvips based documents.

This is yet another doc/docx/doc3 package for LaTeX code documentation.

This package offers a variety of features for documenting LaTeX packages, ensuring consistent presentation, cross-referencing, and index generation. It also supports version and change tracking to maintain a consistent change history.

This is a collection of macros to draw histogram bars inside a LaTeX picture environment.

The package is prepared for typesetting some Urdu translations of the Holy Quran. It adds eight Urdu translations to the quran package.

The package blowup only defines the user-level macro \blowUp, which can be used to upscale or downscale all pages of a document. It is similar to the TeX primitive \magnification but more accurate and user-friendly.

This package provides an environment for displaying block text with special characters, such as verbatim quotes from a referee report which may contain pseudo-(La)TeX code. This behaves like a verbatim environment, except that it displays its content as normal paragraph content, ignoring any white space preformatting.

MLModern is a text and math font family with (La)TeX support, based on the design of Donald Knuth's Computer Modern and the Latin Modern project. It avoids the spindliness of most other Type 1 versions of Computer Modern.

The package helps to automate a typical LaTeX workflow that involves running LaTeX several times, running tools such as BibTeX or makeindex, and so on. It will log requests like ``please rerun LaTeX'' or ``please run BibTeX on file X'' to an external XML file which lists all open tasks in a machine-readable format. Compiler scripts and integrated LaTeX editing environments may parse this file to determine the next steps in the workflow. In sum, the package will do two things: enable package authors to use LaTeX commands to issue requests, collect all requests from all packages and write them to an external XML file at the end of the document.

The main goal of this package is to offer additional database fields and formats for the genealogytree package, particularly for typesetting large trees.