This package provides support for many indexes, leaving all the bookkeeping to LaTeX and MakeIndex. No extra programs or files are needed. One runs latex and makeindex as if there is just one index. In the main file one puts commands like \setindex{main} to steer the flow. Some features of MakeIndex may no longer work.

This package is designed to mark a solution environment of an exercise or quiz and insert it into the same or a different document. Solutions are ones created by either the exerquiz or eqexam package.

This is a LuaTeX or LuaLaTeX package for generating cloze texts. The main feature of the package is that the formatting doesn't change when using the hide and show options.

This package attempts to make the typing of language names, codes, and families slightly easier by providing macros to access pre-defined language --- code --- family combinations from two important databases, as well as the possibility to create new combinations. It may be particularly useful for large, collaborative projects as well as typologically minded ones with a variety of language examples.

Lists are defined as a sequence of tokens separated by a comma. The coollist package allows the user to access certain elements of the list while neglecting others --- essentially turning lists into a sort of array. List elements are accessed by specifying the position of the object within the list (the index of the item).

This package permits easily typesetting arithmetical restorations using LaTeX.

MetaPlot is a set of MetaPost macros for manipulating pre-generated plots (and similar objects), and formatting them for inclusion in a MetaPost figure. The intent is that the plots can be generated by some outside program, in an abstract manner that does not require making decisions about on-page sizing and layout, and then they can be imported into MetaPlot and arranged using the full capabilities of MetaPost. Metaplot also includes a very flexible set of macros for generating plot axes, which may be useful in other contexts as well.

This is a collection of fonts for use with standard LaTeX packages and classes. It includes invisible fonts (for use with the slides class), line and circle fonts (for use in the picture environment) and LaTeX symbol fonts.

The package provides the language definition file for support of Kurmanji in Babel. Kurmanji belongs to the family of Kurdish languages. Some shortcuts are defined, as well as translations to Kurmanji of standard LaTeX names. Note that the package is dealing with Northern Kurdish, written using a Latin-based alphabet. The arabxetex package offers support for Kurdish written in Arabic script.

This package provides a Python script and a LaTeX .sty file which can be used together to include Jupyter Notebooks (all of them, or some specific cells) as part of a LaTeX document. It will convert the Jupyter Notebook format to proper LaTeX so it gets included seamlessly, supporting text, LaTeX, images, etc.

The package provides a Type 1 version of Libertinus Math, with a number of additions and changes, plus LaTeX support files that allow it to serve as a math accompaniment to Libertine under LaTeX. In addition, with option sansmath, it can function as a standalone math font with sans serif Roman and Greek letters.

The package defines multiple level lists within one list-like environment, with the help of the \iitem, \iiitem, ... macros.

This package makes it easy to query or install TeX packages and their dependencies by file names, command names or environment names. TeXFindPkg supports both TeX Live and MiKTeX distributions. At present it focuses mainly on LaTeX packages, but may be extended to ConTeXt packages if anyone would like to contribute.

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 MetaPost macros for Venn diagrams.

The mattens package contains the definitions to typeset matrices, vectors and tensors as used in the engineering community for the representation of common vectors and tensors such as forces, velocities, moments of inertia, etc.

This package contains various upright integral symbols to match the Computer Modern font.

This is a small, LuaLaTeX-only package providing you with three, sometimes useful features. It allows you to make brackets [...] strict, meaning that each [ must be balanced by a ]. It also allows you to use numbers and primes in command names.

The bundle provides UTF-8, Macintosh Greek encoding and ISO 8859-7 definition files for use with inputenc.

The accessibility package is intended to create tagged, structured PDF documents from LaTeX source code. This package is predominantly targeted at documents produced using the KOMA-Script document classes. However, according to its author using the package in its current implementation is discouraged.

This LaTeX package has been designed for creation of string diagrams.

The \withargs command provides a clean way to populate a template (containing #1, #2, etc.) using LaTeX argument substitution. It also allows you to carefully control argument expansion using a LaTeX3-style argument specification.

The package extends the \includegraphics command to support tikzpicture environments. It allows scaling of TikZ images and PGFPlots to a given width or height without changing the text size.

The package allows Bible references to be formatted in a consistent way. It is similar to the bibleref package, except that the formatting macros are all purely expandable --- that is, they are all implemented in TeX's mouth. This means that they can be used in any expandable context, such as an argument to a \url command.