The package uses TikZ to provide commands for generating control diagrams (specially in power electronics).

Simply changing \parskip and \parindent leaves a layout that is untidy; this package (though it is no substitute for a properly designed class) helps alleviate this untidiness.

The package geometry is excellent for customizing the page layout. However, using the \newgeometry command to change the page size in the middle of the document only affects the typing area and does not affect the real paper (stock) size. This package circumvents this situation by resizing the paper (stock) size to the new page layout.

This TikZ library is designed for generating diagrams related to Automated Planning, a sub-discipline of Artificial Intelligence. It allows users to define a ``domain model'' for actions, similar to PDDL and HDDL used in hierarchical planning. The package is useful for researchers and students to create diagrams that represent sequential action sequences or partially ordered plans, including causal links and ordering constraints (e.g., POCL plans). It is particularly suited for presentations and scientific publications.

The package provides the means of writing code in a modular fashion: big macros or functions are divided into small chunks (called gates) with names, which can be externally controlled (e.g., they can be disabled, subjected to conditionals, loops...) and/or augmented with new chunks. Thus complex code may easily be customised without having to rewrite it, or even understand its implementation: the behavior of existing gates can be modified, and new ones can be added, without endangering the whole design. This allows code to be hacked in ways the original authors might have never envisioned. The gates package is implemented independently for both TeX and Lua. The TeX implementation, running in any current environment, requires the texapi package, whereas the Lua version can be run with any Lua interpreter, not just LuaTeX.

This package provides macros to define and write matrices whose coefficients are given row by row in a list of values separated by commas.

This package provides a command for representing intervals with brackets created using TikZ, with automatic size management and customization of thickness and depth, for examples. It is also possible to specify surrounding spaces, and optional overlap for open brackets.

This LaTeX package permits to generate modern and highly customizable title (cover) pages for Arabic and English documents. It provides multiple predefined visual styles, dynamic color schemes, font customization options, and advanced geometric layouts, including layered diamond compositions. It is designed for use with XeLaTeX or LuaLaTeX.

This is the full TeX Live scheme: it installs everything available.

The package provides a collection of tools for use either in an ordinary LaTeX document, or within a .dtx file.

This package was developed to help French chemistry teachers to create drawings (using TikZ) for laboratory stuff.

The bundle provides several files useful when creating a MWE. The package itself loads a small set of packages often used when creating MWEs. In addition, a range of images are provided, so that they may be used in any (La)TeX document. This allows different users to share MWEs which include image commands, without the need to share image files or to use replacement code.

The package provides a selection of new maths commands and improved re-definitions of existing commands.

The package provides commands for splitting a token list at the first occurrence of another (specified) token list. The package's mechanism differs from those of packages providing similar features, in the following ways: the method uses TeX's mechanism of reading delimited macro parameters; splitting macros work by pure expansion, without assignments; the operation is carried out in a single macro call. A variant of the operation is provided, that retains outer braces.

The package enables the user to reduce the size of the rather large chapter headings in standard classes into a Texi-like smaller format.

exceltex is a LaTeX package combined with a helper program written in Perl. It provides an easy to use yet powerful and flexible way to get data from spreadsheets into LaTeX. In contrast to other solutions, exceltex does not seek to make the creation of tables in LaTeX easier, but to get data from spreadsheets into LaTeX as easily as possible. The Excel file format only acts as an interface between the spreadsheet application and exceltex because it is easily accessible (via the Spreadsheet::ParseExcel Perl module) and because most spreadsheet applications are able to read and write Excel files.

This package can be used to generate a single master document that contains a set of individual student handouts. The package has two main functions. First, it provides a simple framework for organizing handout source code, and supplies a set of import management tools for selectively importing a subset of the handouts into the master document. Selective import is convenient when compilation of all of the handouts is unnecessary, for example when working on a new handout. As a secondary feature, the package defines a basic visual style for handouts. This style can be easily changed.

The package provides tools to highlight FIXME and TODO annotations. The command \listofnotes prints a list of outstanding notes, with links to the pages on which they appear.

The package offers a number of notational conventions to be used in applied and theoretical papers in statistics which are currently lacking in the popular amsmath package.

This is a command line tool for finding fonts that contain a given (Unicode) glyph. It relies on Fontconfig.

The class simplifies the creation of beautiful CV. The user may choose between different styles, and may adjust settings to tune the output.

This is a German translation of the documentation of csquotes.

PSfragX offers a mechanism to embed \psfrag commands, as provided by the psfrag package, into the EPS file itself. Each time a graphic is included, the EPS file is scanned. If some tagged lines are found, they are used to define the psfrag replacements that should be performed automatically. In addition, a similar mechanism holds for overpic objects. These are picture objects superimposed on the included graphic. For example, if Babel is used, it is possible to define different replacements corresponding to different languages. The replacements to take into account will be selected on the basis of the current language of the document.

A Matlab script (LaPrint) is provided, to export an EPS file with psfragx annotations ready embedded.

This is another tool for the automation of LaTeX document processing, like latexmk or arara. The main feature of this tool is that it does not clutter your working directory with .aux or .log or other auxiliary files. It has of course the usual features of automation tools. It automatically re-runs (La)TeX for cross-references. MakeIndex, BibTeX, Biber, or makeglossaries will be executed if a corresponding option is set. Furthermore, cluttex can watch input files for changes (using an external program).