The package defines maths mode commands for typesetting Frege's Begriffschrift.

This Java command line application may be used to extract glossary information stored in a .bib file and convert it into glossary entry definition commands. This application should be used with glossaries-extra.sty's record package option. It performs two functions in one: it selects entries according to records found in the .aux file (similar to BibTeX), and hierarchically sorts entries and collates location lists (similar to MakeIndex or Xindy). The glossary entries can then be managed in a system such as JabRef, and only the entries that are actually required will be defined, reducing the resources required by TeX.

The supplementary application convertgls2bib can be used to convert existing .tex files containing definitions (\newglossaryentry etc.)#: to the .bib format required by bib2gls.

It is well known that high or deep cells tend to touch the \hlines of a tabular. This package provides a modifier S acting on usual column types so that to ensure a minimal distance that can be controlled through two parameters \cellspacetoplimit and \cellspacebottomlimit.

The package allows the user to construct tables in a manner similar to a spreadsheet. The cells of a table have row and column indices and these can be used in formulas to generate values in other cells.

This package provides the SGML source, converted LaTeX version, and readable copies of the FAQ from the Spanish TeX users group.

This package provides a development of Omega, using most of the extensions of TeX, itself developed for e-TeX.

This is an extension of bbold to a package with three weights, of which the original is considered as light and the additions as regular and bold.

This collection provides support for Japanese, with additional packages from collection-langcjk.

The fonts provide uppercase formal script letters for use as symbols in scientific and mathematical typesetting (in contrast to the informal script fonts such as that used for the calligraphic symbols in the TeX maths symbol font). The fonts are provided as Metafont source, and as derived Adobe Type 1 format. LaTeX support, for using these fonts in mathematics, is available via one of the packages calrsfs and mathrsfs.

The package supports the use of the Washington Cyrillic fonts with LaTeX (Note that standard LaTeX has support, too, as encoding OT2). The package is distributed as part of the fundus bundle.

The package was developed to provide flexible lists, whose ordering can be altered on the fly. The implementation involves a pile of lambda-calculus and list-handling macros of an incredibly obtuse nature. The TUGboat paper serves as a manual for the macros. Having said all of which, confidence is enhanced by the knowledge that the TeX code was formally verified.

This LaTeX package generates a completed standard form 298 (Rev.: 8-98) as prescribed by ANSI Std.: Z39.18 for report documentation as part of a document delivered, for instance, on a U.S. government contract.

This small package provides new column types for array and tabular environments, horizontally and vertically centered, or with adjusted height for big mathematical expressions. The columns width can be fixed or calculated like in tabularx environments. Macros for drawing vertical and horizontal rules of variable thickness are also provided.

This is a LaTeX package to write alternative and customisable subscripts and superscripts, with square brackets in the source code.

The package provides a bibliography and citation style which conforms to the latest revision of the international standard ISO 690:2010.

Grid setting --- also known as strict in-register setting --- is something, that should be done for a lot of documents but is not easy using LaTeX. The package helps to get the information needed for grid setting. It does not implement auto grid setting, but there is a command \vskipnextgrid, that moves to the next grid position. This may be enough under some circumstances, but in other circumstances it may fail. Thus gridset

The document aims to get you up and running with AMS-LaTeX as quickly as possible. These instructions are not a substitute for the full documentation, but they may get you started quickly enough so that you will only need to refer to the main documentation occasionally. In addition to AMS-LaTeX out of the box, the document contains a section describing how to draw commutative diagrams using Xy-pic and a section describing how to use amsrefs to create a bibliography.

The Asana-Math font is an OpenType font that includes almost all mathematical Unicode symbols and it can be used to typeset mathematical text with any software that can understand the MATH OpenType table.

This is a version of the standard plain BibTeX style, modified to sort chronologically (by year) first, then by author, title, etc.

This package (once part of the exsheets package), provides a framework for providing multilingual features to a LaTeX package. The package has its own basic dictionaries for English, Brazilian, Catalan, Dutch, French, German, Polish and Spanish. It aims to use translation material for English, Dutch, French, German, Italian, Spanish, Catalan, Turkish, Croatian, Hungarian, Danish and Portuguese from babel or polyglossia if either is in use in the document.

This package helps producing a game for students: it is a wheel displaying questions, with hidden answers inside.

Endheads provides running headers of the form Notes to pp. xx-yy for endnotes sections. It also enables one to reset the endnotes counter, and put a line marking the chapter change in the endnotes, at the beginning of every chapter.

The komacv-rg bundle provides packages that aid in creating CVs based on the komacv class and creating related documents, such as cover letters and cover sheets for job applications.

Concretely, the bundle consists of three packages: komacv-addons, komacv-lco, and komacv-multilang. komacv-addons is a small collection of add-ons and fixes for the komacv class; komacv-lco enables the use of letter class options from scrlttr2 also in komacv-based and other non-scrlttr2-based documents; komacv-multilang enables the provisioning of CVs in multiple languages and the selection of a language via Babel or Polyglossia.

The package supports use of both ocr-a and ocr-b fonts in LaTeX documents.