This package provides the binaries for texlive-dvips.

This package is similar to the msc package in that it provides macros for typesetting a variant of sequence diagrams, in this case the Live Sequence Charts of Damm and Harel. The package supports the full LSC language of the original LSC paper, the Klose-extensions for formal verification and some of the Harel-extensions for the Play-In/Play-Out approach.

This package provides an English translation of the documentation for the wrapstuff package.

This is the medium TeX Live collection: it contains plain TeX, LaTeX, many recommended packages, and support for most European languages.

The appendix package provides various ways of formatting the titles of appendices. Also (sub)appendices environments are provided that can be used, for example, for per chapter/section appendices. An appendices environment is provided which can be used instead of the \appendix command.

This package provides a package to typeset syntactic trees such as those used in Chomsky's generative grammar, based on a description of the structure of the tree.

The package lets you draw binary or ternary trees of any size.

This package allows you to draw elements of the diagram monoids, commonly referred to as diagrams.

This package provide the binary for texlive-velthuis.

This small dummy package just contains a simple list of full and short journal names as written in AMS standard: https://mathscinet.ams.org/msnhtml/serials.pdf.

The package defines an \excludeonly command, which is the opposite of \includeonly. If both \includeonly and \excludeonly exist in a document, only files allowed by both will be included. The package redefines the internal \@include command, so it conflicts with packages that do the same.

The class conforms to the requirements of the Department of Informatics and Telecommunications at the University of Athens regarding the preparation of undergraduate theses, as of Sep 1, 2011. The class is designed for use with XeLaTeX.

Since PDF 1.5 portions of a page can be marked for better accessibility support. For example, replacement texts or expansions of abbreviations can be provided. This package starts with providing a minimal low-level interface for programmers; its status is experimental.

The package provides the language definition file for support of Piedmontese in Babel. Some shortcuts are defined, as well as translations to Piedmontese of standard LaTeX names.

InkPaper is designed to write mathematical papers, especially designed for mathematics students, ZJGS students, and magazine editors.

The package provides the language definition file for support of Estonian in Babel. Some shortcuts are defined, as well as translations to Estonian of standard LaTeX names.

This package uses Lua to plot graphs of real-valued functions of a real variable in LaTeX. It furthermore makes use of the MetaPost system as well as the luamplib and luacode packages. It provides an easy way for plotting graphs of standard mathematical functions. It also works inside LaTeX floating environments, like tables and figures.

The package makes it easy to create beautiful optimality-theoretic tableaux. The LaTeX source is visually very similar to a formatted tableau, which makes working with the source code painless (well, less painful). A variety of stylistic variants are available to suit personal taste.

The tkz-euclide package is a set of files designed to give math teachers and students easy access to the programming of Euclidean geometry with TikZ.

This is a LaTeX macro package for generating simple node-based flow graphs or diagrams built upon the TikZ package. The package provides two basic commands, one to generate a node and one to create links between nodes. The positioning of the nodes is not handled by the package itself but is preferably done in a tabular environment. In total, four simple node types are defined, loosely based on the nomenclature and color patterns of the popular Java script Bootstrap.

This package is a wrapper for the qrcode package. It can be used to generate valid EPC QR codes by providing syntax and validity checks, e.g., verifying the correctness of the IBAN.

Typesetting derivatives and differentials in a consistent way are clumsy and require care to ensure the preferred formatting. Several packages have been developed for this purpose, each with its own features and drawbacks, with the most ambitious one being diffcoeff. While this package is comparable to diffcoeff in terms of features, it takes a different approach. One difference is this package provides more options to tweak the format of the derivatives and differentials. However, the automatic calculation of the total order isn't as developed as the one in diffcoeff. This package makes it easy to write derivatives and differentials consistently with its predefined commands. It also provides a set of commands that can define custom derivatives and differential operators. The options follow a consistent naming scheme making them easy to use and understand.

The package permits simpler control of delimiters without excessive use of \big commands and the like.

This package provides the Magra family of fonts designed by FontFuror, with support for LaTeX and pdfLaTeX.