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

These are the Computer Modern fonts extended with Russian letters, in Metafont sources and ATM Compatible Type 1 format. The fonts are provided in KOI-7, but virtual fonts are available to recode them to three other Russian 8-bit encodings.

This package can join boxes vertically or horizontally. When using vertical joining, all boxes to be joined will keep same width, while when using horizontal joined, all boxes to be joined keep same height.

The macros in this package model the construction of linguistic tree structures as a genuinely graphical problem: they contain two types of objects, ``branches'' and ``node labels'', and these are positioned relative to a ``grid''. It is essential that each of these three elements is constructed independent of the other two, and hence they can be modified without unwanted side effects. The macros are based on the XY-Pic package.

The Lua script provides system-independent support of Japanese typesetting engines in TeXworks. As TeXworks typesetting setup does not allow for multistep processing, this script runs one of the pTeX-based programs followed by dvipdfmx.

This package adds low-level support to plain LuaTeX for marking up the structure of a PDF document. The implementation is rather basic, but should allow you to make your PDFs fully PDF/A-compliant.

pdf-trans is a set of macros offering various transformations of TeX boxes (based on plain and pdfeTeX primitives).

This package provides a collection of macros to simplify using physical units (e.g., m for meters, J for joules, etc.), especially in math mode. All major SI units are included, as well as some CGS units used in astronomy.

The package provides an Arabic and Farsi script support for TeX without the need of any external pre-processor, and in a way that is compatible with Babel. The bi-directional capability supposes that the user has a TeX engine that knows the four primitives \beginR, \endR, \beginL and \endL. That is the case in both the TeX--XeT and e-TeX engines.

Arabi will accept input in several 8-bit encodings, including UTF-8. Arabi can make use of a wide variety of Arabic and Farsi fonts, and provides one of its own. PDF files generated using Arabi may be searched, and text may be copied from them and pasted elsewhere.

The bundle supplements pmx, providing the means of typesetting chords above the notes of a score. The bundle contains: macros for typing the chords; a Lua script to transpose chord macros to the required key signature; and support scripts for common requirements.

The package provides configuration files for LaTeX-related formats.

This package provides a set of m4 macros for drawing high-quality electric circuits containing fundamental elements, amplifiers, transistors, and basic logic gates to include in TeX, LaTeX, or similar documents. Some tools and examples for other types of diagrams are also included. The macros can be evaluated to drawing commands in the pic language, which contains elements of a simple programming language, and is well-suited to line drawings requiring parametric or conditional components, fine tuning, significant geometric calculations or repetition, or that are naturally block structured or tree structured. Alternative output macros can create TeX output to be read by PSTricks, TikZ commands for use by the PGF bundle, or SVG.

This package provides simple tools for creating redacted contents. Its tools are useful for lawyers, workers in sensitive industries, and others who need to easily produce both unrestricted versions of documents (for limited, secure release) and restricted versions of documents (for general release). Redaction is done both by hiding all characters and by slightly varying the length of strings to prevent jigsaw identification. It also is friendly to screen readers by adding alt-text indicating redacted content.

The package harmony.sty helps typesetting harmony symbols for musicology.

The file can be used to format the bibliographies of PhD theses, books etc., according to the latest Russian standards: GOST 7.82 -- 2001 and GOST 7.1 -- 2003. It introduces the minimum number of new entries and styles to cover all frequently used situations. The style file provides an easy way to perform a semiautomatic, or a completely manual sort of the list of the references. Processing bibliographies produced by the style requires a 8-bit BibTeX system.

This package enables the usage of classes as packages. It was originally designed for the l3doc class, which is employed for documenting LaTeX code with numerous useful features. However, employing the l3doc class as a package is not convenient when using the developing class as the style for the document. Therefore, this package provides a simple interface for utilizing classes as packages.

This package provides a key-based interface for defining templates whose job is to partition LaTeX3 clists and map differentiatedly across its components.

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

This package provides a package for preparing dissertations and theses for Iranian universities as fast and as efficiently as possible.

This class helps typesetting book covers and dust jackets.

This package supports the Junicode variable fonts for LuaLaTeX. The Junicode font is primarily for scholars and students of the Middle Ages, but it serves users with a wide variety of interests. It tracks the development of the Medieval Unicode Font Initiative (MUFI), with its wealth of specialized medieval characters, but it also provides many OpenType features that allow users to access MUFI characters in accessible ways.

OpTeXcount is a basic Python utility that analyzes OpTeX source code. It is inspired by already existing TeXcount for LaTeX. The functionality is really lightweight and basic. It counts words and other elements of OpTeX document and sorts them out into individual categories. Users can print the source code with highlighted words using several colors, so they see what is considered as word, header etc.

Ibycus is a Greek typeface, based on Silvio Levy's realisation of a classic Didot cut of Greek type from around 1800. The fonts are available both as Metafont source and in Adobe Type 1 format. This distribution of ibycus is accompanied by a set of macro packages to use it with Plain TeX or LaTeX, but for use with Babel, see the ibycus-babel package.

This package defines commands to display counters spelled out in Portuguese. Options are offered to select variations in the spelling of 14, or Brazilian vs. European Portuguese forms in the spelling of 16, 17, and 19.