The package creates slides for on-screen presentations based on PDF features without manipulating TeX's typesetting process. The presentation flow relies on PDF's abilities to display content step by step. Features include:

• Free positioning of anything anywhere in painted areas on the slide, as well as in the main text block;

• Numerous attributes to control the layout and the presentation flow, from TeX's primitive dimensions to the visibility of steps;

• Feature inheritance from global to local settings, with intermediate types; Basic drawing facilities to produce symbols, e.g., for list items or buttons;

• Colours, transparency, shades, and pictures;

• Navigation with links, pop-up menus, and customizable bookmarks;

• Easy switch between presentation and handout; and PDF transitions.

Besides the traditional documentation, the distribution includes visual documentation and six demo presentations ranging from geometric abstraction to classic style to silly video game.

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 provides macros and an environment for creating Sankey diagrams, i.e., flow diagrams in which the width of the arrows is proportional to the flow rate.

This LaTeX package provides a way to typeset exercise sheets as used in university courses and school classes. It has evolved from a set of macros and environments that were finally combined into this package. It has a regular and a Beamer mode, selected depending on the document class used. There also is an embedded mode that allows using exercises in lecture notes etc., without requiring page breaks. Since the package includes a loading mechanism for exercises from external files, the same exercises can be reused in different contexts.

The usthesis class and style files are provided to typeset reports, theses and dissertations that conform to the requirements of the Engineering Faculty of the University of Stellenbosch. The class file usthesis.cls is based on the standard LaTeX book class, while usthesis.sty is a style file to be loaded on top of the very powerful memoir class.

Usthesis is primarily concerned with the formatting of the front matter such as the title page, abstract, etc., and a decent page layout on A4 paper. It also works together with the Babel package to provide language options to typeset documents in Afrikaans or in English. Additional packages are provided for bibliographic matter, note title pages, lists of symbols, as well as various graphic files for logos.

This package provides a class for typesetting publications of the Association for Computing Machinery (ACM).

The package provides macros for typesetting Karnaugh-Maps and Veitch-Charts in a simple and user-friendly way. Karnaugh-Maps and Veitch-Charts are used to display and simplify logic functions manually. These macros can typeset Karnaugh-Maps and Veitch-Charts with up to ten variables.

This package allows using a new field realauthor, which indicates the real author of a work, when published in a pseudepigraphic name.

Generating any other than the simple \newcommand-style commands, in LaTeX, is tedious. This script allows the specification of commands in a natural style; the script then generates macros to define the command.

The package provides additional features for the LaTeX description environment, including adjustable left margin. The package also allows the user to break a list (for example, to interpose a comment) without affecting the structure of the list (this works for itemize and eumerate lists and numbered lists remain in sequence).

The class is designed for typesetting science fiction and fantasy manuscripts. Sffms now includes several options for specific publishers as well as extensive documentation aimed at new LaTeX users.

The package makes it possible to incorporate git version control metadata into documents. For memoir users, the package provides the means to tailor page headers and footers to use the metadata.

Note this version is now deprecated, but is kept on the archive, pro tem, for continuity for existing users. All new repositories should use gitinfo2.

\shapepar is a macro to typeset paragraphs in a specific shape. The size is adjusted automatically so that the entire shape is filled with text. There may not be displayed maths or \vadjust material (no \vspace) in the argument of \shapepar. The macros work for both LaTeX and plain TeX.

\shapepar works in terms of user-defined shapes, though the package does provide some predefined shapes. The tedium of creating these polygon definitions may be alleviated by using the shapepatch extension to transfig which will convert xfig output to \shapepar polygon form.

This package contains the original source code and necessary attachment of the document Proposal for Offering TeX Courses and Relevant Resources in Chongqing University. This proposal could be helpful if one is considering to suggest their (Chinese) university or company to use TeX (or LaTeX, or XeLaTeX

This package provides an easy and flexible user interface to customize page layout, implementing auto-centering and auto-balancing mechanisms so that the users have only to give the least description for the page layout. The package knows about all the standard paper sizes, so that the user need not know what the nominal real dimensions of the paper are, just its standard name (such as a4, letter, etc.). An important feature is the package's ability to communicate the paper size it's set up to the output.

This package is the successor of cntperchap and allows providing more tracklevels than just only one.

The package provides a mechanism to keep punctuation always in upright shape even if italic was specified. It is directed to Latin Modern fonts, and provides .tfm, .vf, .fd, and .sty files. Here a list of punctuation characters always presented in upright shapes: comma, period, semicolon, colon, parentheses, square brackets, and Arabic numerals.

The MFizz font provides scalable vector icons representing programming languages, operating systems, software engineering, and technology. It can be seen as an extension to FontAwesome.

This package allows users to typeset emojis in LaTeX documents. It requires the LuaHBTeX engine.

This is a short paper from the TeXnische Komodie, in German. Since the body of the paper is dominated by clear LaTeX coding examples, most LaTeX programmers will understand how to achieve the results shown in the diagrams, even if they don't understand German.

The T2 bundle provides a variety of separate support functions for using Cyrillic characters in LaTeX:

• the mathtext package, for using Cyrillic letters transparently in formulae;

• the citehack package, for using Cyrillic (or indeed any non-ASCII) characters in citation keys;

• support for Cyrillic in BibTeX;

• support for Cyrillic in Makeindex;

• and various items of font support.

This is a class file for writing MA thesis as required by the Department of Linguistics at the University of Mumbai.

This LaTeX2e package provides a general purpose framework to describe and typeset exercises and exam questions along with their solutions. The package features mechanisms to hide or postpone solutions, to assign and handle points, to collect problems on exercise sheets, to store and use metadata, and to implement a consistent numbering. It also provides a very flexible interface for configuring and customising the formatting, layout, and representation of the exercise content.

The package provides the means to extract specific content from a source document and write that to a target document. One could, for instance, use this to extract all exercises from lecture notes and generate an exercises book on the fly. The package also provides an environment which writes its body entirely to the target file. Another environment will write to the target file, but will also execute the body. This allows sharing code (for instance, a preamble) between the source document and the target file. Finally, the package provides an interface to conditionally extract content. With a single package option, one can specify exactly which commands (counted from the start of the document) should be extracted and which not. This might be useful for extracting specific slides from a presentation and use them in a new file.