The package assists generation of simple two- and three-set Venn diagrams for lectures or assignment sheets.

This package provides a LaTeX reference sheet for writing scientific papers. Unlike many other such sheets, this sheet does not focus on typesetting mathematics, though it does list some symbols.

This package may be used to define the last point where some code shall be executed.

This package lets you customize the appearance of the vertical rule that appears between columns of multicolumn text. It is primarily intended to work with the multicol package, hence its name, but also supports the twocolumn option and \twocolumn macro provided by the standard classes (and related classes such as the KOMA-Script equivalents).

The package provides a way to draw ribbon proofs in LaTeX, a graphical proof system for the propositional fragment of the logic of bunched implications.

This is a comprehensive package to draw all sorts of bridge diagrams, including hands, bidding tables, trick tables, and expert quizzes.

It works for all font sizes. Different fonts for hands, bidding diagrams and compass are possible. It also provides annotations to card and bidding diagrams, automated check on consistency of suit and hands, and multilingual output of bridge terms.

The package provides support for the manipulation and reference of small or sub figures and tables within a single figure or table environment. It is convenient to use this package when your subfigures are to be separately captioned, referenced, or are to be included in the List-of-Figures. A new \subfigure command is introduced which can be used inside a figure environment for each subfigure. An optional first argument is used as the caption for that subfigure.

The package helps to enables grid typesetting in double column documents. Grid typesetting (vertical aligning of lines of text in adjacent columns) is a difficult task in LaTeX, and the present package is no more than an attempt to help users to achieve it in a limited way.

This package provides a template class for solving weekly exercises at the Institute for Computer Science of Martin Luther University Halle-Wittenberg. The class can be used by all students --- especially first semesters --- to typeset their exercises with low effort in beautiful LaTeX. A bunch of handy macros are included that are used throughout many lectures during the bachelor's degree program.

This package provides a drop-in replacement for the Zapf Chancery font from Adobe's basic set.

This package provides MetaPost tools for drawing simple probability trees. One command and several parameters to control the output are provided.

This LaTeX package offers commands for typesetting total values of counters.

There are many emojis with long names, and we cannot remember them all. At the same time, when we type an emoji, we want to see what it looks like in text editor. Now, you do not need to remember the emoji name, just select it from the keyboard and wrap it with \emotion. Unlike other emoji packages, you can thus use emojis more easily and flexibly.

This package provides TeX support (from CJK) for the Garuda font.

This package provides extensive colored syntax highlighting for LaTeX. For this purpose it builds on the generic listings package.

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.

This package provides a simple compilation of the genealogical symbols found in the wasy and gen fonts, adding the male and female symbols to Knuth's gen font, and so avoiding loading two fonts when you need only genealogical symbols. The font is distributed as Metafont source.

The package provides Bidi-aware page grid in background. It is based on pagegrid.

This is the Babel style for Malay.

This package provides LaTeX macros to easily and concisely typeset vectors and matrices in a flexible way such as to follow the RIGID notation convention. The package enables the user to define custom commands that can then be used in any math-mode environment to efficiently and rigorously typeset the notational elements commonly used in robotics research (and many other fields) for position vectors, rotation matrices, pose matrices, etc.

This package provides a portable computer algebra system capable of symbolic computation, written entirely in Lua, designed for use in LuaLaTeX. Its features are: arbitrary-precision integer and rational arithmetic, factoring of univariate polynomials over the rationals and finite fields, number theoretic algorithms, symbolic differentiation and integration, and more. The target audience for this package are mathematics students, instructors, and professionals who would like some ability to perform basic symbolic computations within LaTeX without the need for laborious and technical setup.

This package provides macros and an environment for easy worksheet creation:

• use the exercise environment for formatting exercises in a simple, efficient design;

• typeset customized and automatically numbered worksheet titles in the same way as standard LaTeX titles (using \maketitle);

• provide course and author information with a scrlayer-scrpage based automated header;

This package conforms to different Babel languages. (Currently English, French, and German are supported.)

This package can be used to generate a mathematical nomenclature (also called list of symbols or notation). It is based on the glossaries package. Its main features are:

• symbol categories (e.g., latin, greek),

• automatic but customizable symbol sorting,

• easy subscript management,

• easy accentuation management,

• abbreviation support (with first use definition),

• bilingual nomenclatures (for bilingual documents),

• bilingual abbreviations.

The package facilitates wrapping text to a specific character width, breaking lines by words rather than, as done by TeX, by characters. The primary use for these facilities is to aid the generation of messages sent to the log file or console output to display messages to the user. Package authors may also find this useful when writing out arbitrary text to an external file.