This package adds Norwegian Bokmal translations for the glossaries package. These will be loaded automatically when the Babel package is loaded with the option norsk.

The package provides a macro for reflecting images, in a number of different ways, in pursuit of more striking graphics in a document.

The package is built on top of the great xcolor package. It provides a definition of the Google Material Color Palette for its use in document writing with LaTeX and friends.

This package helps to organize debates between multiple reviewers of a paper within the text.

This package provides environments and commands for pairing lines, bottom lines, and tagged lines, intended to be used in particular for word-by-word glosses, translations, and bibliographic attributions, respectively.

This package provides some macros for right-to-left typesetting. It uses by default the Arabic fonts Scheherazade and ALM fixed, the only monospaced Arabic font. The package only works with LuaLaTeX or XeLaTeX.

CJK is a macro package for LaTeX, providing simultaneous support for various Asian scripts in many encodings (including Unicode): Chinese (both traditional and simplified), Japanese, Korean and Thai. A special add-on feature is an interface to the Emacs editor (cjk-enc.el) which gives simultaneous, easy-to-use support to a bunch of other scripts in addition to the above -- Cyrillic, Greek, Latin-based scripts, Russian and Vietnamese are supported.

This class is intended to be an interpretation of the mwbk class which is a part of the mwcls package. The mwcls classes are simple, yet powerful and customizable classes that allow the end-user to customize the layout of headers, headings etc. They also have the benefit of being more economic in space than the most common LaTeX classes, while keeping a clear appearance and a smooth flow.

The package counts the numbers of pages per chapter, and stores the results in a separate file; the format of the file is selectable.

The package allows selection of Latin Modern Typewriter fonts with scaling and access to all its features.

Mathdots redefines \ddots and \vdots, and defines \iddots. The dots produced by \iddots slant in the opposite direction to \ddots. All the commands are designed to change size appropriately in scripts, as well as in response to LaTeX size changing commands. The commands may also be used in plain TeX.

The LaTeX kernel builds in support for LuaTeX functionality, also available as ltluatex.tex for users of plain TeX and those with older LaTeX kernel implementations. This support is based on ideas taken from the original luatexbase package, but there are interface differences. This stub package provides a compatibility layer to allow existing packages to upgrade smoothly to the new support structure.

The bundle provides a LaTeX package and a font (as Metafont source) for the shuffle product which is used in some part of mathematics and physics.

This package comprises type 1 versions of the Gothic, Schwabacher and Fraktur fonts of Yannis Haralambous set of old German fonts.

The options package provides easy to use key-value options for LaTeX package writers. It has a similar interface as pgfkeys with path options but comes with more built-in data types and more convenient support for families and searching.

This package provides generic commands \degree, \celsius, \perthousand, \micro and \ohm, which work both in text and maths mode. Various means are provided to fake the symbols or take them from particular symbol fonts, if they are not available in the default fonts used in the document. This should be perfectly transparent at user level, so that one can apply the same notation for units of measurement in text and math mode and with arbitrary typefaces.

Note that the package has been designed to work in conjunction with units.sty.

This package is aimed at package writers and offers a way to collect/document LaTeX package information (name, version, description, etc.) in a systematic way.

The Arimo family, designed by Steve Matteson, is a refreshing sans serif design which is metrically compatible with Arial.

The package is used to change the format of \today’s date, including the weekday, e.g., Saturday, 26 June 2008, the UK format, which is preferred in many parts of the world, as distinct from that which is used in \maketitle of the article class, June 26, 2008, the US format.

This package consists of prerex.sty, a LaTeX package for producing charts of course nodes linked by arrows representing pre- and co-requisites, and prerex, an interactive program for creating and editing chart descriptions. The implementation of prerex.sty uses PGF, so that it may be used equally happily with LaTeX or PDFLaTeX; prerex itself is written in C. The package includes source code for a previewer application, a lightweight Qt-4 and Poppler-based prerex-enabled PDF viewer.

The scrhack package used to be part of KOMA-Script. It was originally intended to improve the compatibility of third-party packages with KOMA-Script. However, most of the so-called hacks also added additional functionality to the corresponding third-party package. On the other hand, it was sometimes urgent to react to a change in such a third-party package, which was difficult to do from within a large collection like KOMA-Script. Therefore, the scrhack part of KOMA-Script was split into several independent packages. And the scrhack spin-off was made to emulate the former KOMA-Script package of the same name.

The package provides three unrelated tools: DB_process, to parse and process database output; CD_labeler, to typeset user text to fit on a CD label; and repeat, a nestable, generic loop macro.

The first version of the package allows including Arduino or Processing code using three different forms: writing the code directly in the LaTeX document, writing Arduino or Processing commands in line with the text, calling to Arduino or Processing files. All these options support the syntax highlighting of the official IDE.

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.