This package implements the standard layout for German term papers in law (one-and-half linespacing, 7 cm margins, etc.). It includes alphanum that permits alphanumeric section numbering (e.g., A. Introduction; III. International Law).

The package provides an expandable variant of the LaTeX kernel command \@testopt, named \@expandable@testopt, and a more general \@expandable@ifopt, both intended for package writers. Also we have a variant of \newcommand which uses these macros to check for optional arguments.

This package provides the IPA font Doulos SIL in TrueType format.

LaTeX, by default, restricts the sizes at which you can use its default computer modern fonts, to a fixed set of discrete sizes (effectively, a set specified by Knuth). The type1cm package removes this restriction; this is particularly useful when using scalable versions of the cm fonts (Bakoma, or the versions from BSR/Y&Y, or True Type versions from Kinch, PCTeX, etc.). Note that the LaTeX distribution now contains a package fix-cm, which performs the task of type1cm, as well as doing the same job for T1- and TS1-encoded ec fonts.

The Math Design project offers mathematical fonts that match with existing text fonts. To date, three free font families are available: Adobe Utopia, URW Garamond and Bitstream Charter. Mathdesign covers the whole LaTeX glyph set including AMS symbols. Both roman and bold versions of these symbols can be used. Moreover, there is a choice between three greek fonts (two of them created by the Greek Font Society).

The package provides MetaPost code to create all possible symmetrical views (up to rotation) of a right-handed die.

This package was written with the aim of providing MetaPost macros for creating a geometry figure that closely matches an imperative description: Let A be the point with coordinates (2,3). Let B be the point with coordinates (4,5). Draw the line (A, B).

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.

This package provides bold latin and greek characters within \mathversion{normal}, by using ~ and " as prefix characters.

This package sorts a list of TeX items in increasing order where increasing is determined by a comparator macro. By default it sorts real numbers with the usual meaning of increasing but some other examples are discussed in the documentation. A second macro is included which sorts one list and applies the same permutation to a second list.

This is an unofficial LaTeX package to generate titlepages for the Radboud University, Nijmegen. It uses official vector logos from the university.

The package offers LaTeX support for the fonts PT Sans, PT Serif and PT Mono developed by ParaType for the project Public Types of Russian Federation. The fonts themselves are provided in both the TrueType and Type 1 formats. The fonts provide encodings OT1, T1, IL2, TS1, T2* and X2. The package provides a convenient replacement of the two packages ptsans and ptserif.

Using the \AtBeginPage hook provided by this package, you can add material in the background of a page. \PageLayout can be used to give page makeup commands to be executed on every page (e.g., depending on the page style).

This package includes fonts for African languages. The fonts are provided as Metafont source, in the familiar arrangement of lots of preamble files and a modest set of glyph specifications.

In LaTeX typesetting, one usually needs to use different variants of a math symbol to clarify the meanings. For example, in linear algebra literature, it is common to use boldfaced symbols to represent vectors, and normal symbols to represent scalars. However, applying these variants by typing \mathbf, \mathrm commands manually can be daunting. This package aims to provide an automatic and customizable approach for math symbol styling which eliminates the need to enter style commands repeatedly.

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

The package provides a version of the LaTeX for Word Processor Users document in Italian.

This package allows drawing implicit functions f(x,y) = 0 with options for coloring the inside of the surfaces, for marking the points and arrowing the curve at points chosen by the user. The package uses the marching squares algorithm.

The package is intended for setting rich text into titling capitals (in which the first character of words are capitalized). It automatically accounts for diacritical marks (like umlauts), national symbols (like ae), punctuation, and font changing commands that alter the appearance or size of the text. It allows a list of predesignated words to be protected as lower-cased, and also allows for titling exceptions of various sorts.

E-TeX provides 32 768 mark registers; using this facility is far more comfortable than LaTeX tricks with \markright, \markboth, \leftmark and \rightmark. The package provides two commands for marking: \marksthe and \marksthecs, which have starred forms which disable expansion; new mark registers are allocated as needed. Syntax is closely modelled on the \marks primitive. Four commands are provided for retrieving the marks registers content: \thefirstmarks, \thebotmarks, \thetopmarks and \getthemarks; and the command \ifmarksequal is available for comparing the content of marks registers. The package requires an e-TeX enabled engine, and the etex package.

ProjLib is a collection of tools to help you write LaTeX documents. With the main package ProjLib loaded, you no longer need to set up the theorem-like environments, nor to manually configure the appropriate multilingual settings. In addition, a series of auxiliary functionalities are introduced.

Since version 1.40 pdfTeX supports several colour stacks. This package uses a separate colour stack for footnotes that can break across pages.

This package provides the Cryst font, which contains graphical symbols used in crystallography. It provided as an Adobe Type 1 font, and as Metafont source.

Mfpic is a scheme for producing pictures from (La)TeX commands. Commands \mfpic and \endmfpic (in LaTeX, the mfpic environment) enclose a group in which drawing commands may be placed. The commands generate a Meta-language file, which may be processed by MetaPost (or even Metafont). The resulting image file will be read back in to the document to place the picture at the point where the original (La)TeX commands appeared.