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 defines a few LaTeX commands that may be useful when you proofread a LaTeX document. They allow you to easily highlight text and add comments in the margin. Vim escape sequences are provided for inserting or removing these LaTeX commands in the source. Options are provided for displaying the document with extra line spacing, and for displaying it in either corrected or uncorrected state, both without margin notes.

This package provides a set of macros for resumes.

This class creates customizable slides and is mostly powered by the Beamer class and the TikZ package.

This package provides a class which supports typesetting Cost and Performance Reports and Final Reports for Munitions Management Reports, US Environmental Security Technology Certification Program.

This package provides expandable operations for tuples of numbers: len, sum, min, max, mean, med, quantile, standard deviation, get item, position of item sort, add or set items, filter, operations, composition, split, formatting and display.

The package provides a BibLaTeX style, (mostly) meeting the requirements of the History Faculty of the University of Freiburg (Germany).

The package provides:

• capital letters in roman (upright shape) in mathematical mode according to French rule (can be optionally disabled),

• optionally lowercase Greek letters in upright shape,

• correct spacing in math mode after commas, before a semicolon and around square brackets,

• some useful macros and aliases for symbols used in France such as \infeg, \supeg, \paral,

• several macros for writing french operator names like pgcd, ppcm, Card, rg, Vect.

This package contains a collection of symbols for typesetting Sequential Function Chart (SFC) diagrams in agreement with the international standard IEC-61131-3/2013. It includes steps (normal and initial), transitions, actions and actions qualifiers (with and without time duration). It extends the circuit library of TikZ and allows you to draw an SFC diagram in same way you would draw any other circuit.

This package typesets SI units, numbers and angles according to the ISO requirements. Care is taken with font setup and requirements, and language customisation is available. Note that this package is (in principle) superseded by siunitx; sistyle has maintenance-only support, now.

This documentation lists equivalent Typst function names of LaTeX commands. Only math symbols provided by the LaTeX format or the amsmath bundle are included.

This package provides the Beamer theme for LALIC of the Federal University of Sao Carlos, Brazil.

Many languages --- like German or French --- use masculine and feminine grammatical genders. There are many ideas how to promote gender neutrality in those languages. The gender package uses alternately masculine and feminine forms. It is also possible to use just one form out of a template.

This package provides LaTeX, pdfLaTeX, XeLaTeX and LuaLaTeX support for the Atkinson Hyperlegible family of fonts. What makes it different from traditional typography design is that it focuses on letterform distinction to increase character recognition, ultimately improving readability.

This package provides utilities and documentation related to TeX dimensional units, usable both with Plain TeX and with LaTeX.

Awesome Box is all about drawing admonition blocks around text to inform or alert readers about something particular. The specific aim of this package is to use FontAwesome icons to ease the illustration of these blocks.

This package, derived from TemporaLGCUni by Alexej Kryukov, is meant as a companion to Times text font packages, providing Greek and Cyrillic in matching weights and styles. OpenType and Type1 fonts are provided, with LaTeX support files giving essentially complete LGR coverage of monotonic, polytonic and ancient Greek, and almost full T2A coverage of Cyrillic.

This package converts LaTeX to HTML by using LaTeX to process the user's document and generate HTML tags. External utility programs are only used for the final conversion of text and images. Math may be represented by SVG files or MathJax. Hundreds of LaTeX packages are supported, and their load order is automatically verified. Documents may be produced by LaTeX, LuaLaTeX, XeLaTeX, and by several CJK engines, classes, and packages. A texlua script automates compilation, index, glossary, and batch image processing, and also supports latexmk. Configuration is semi-automatic at the first manual compile. Support files are self-generated. Print and HTML versions of each document may coexist. Assistance is provided for HTML import into EPUB conversion software and word processors.

The package makes it possible to create pictures of the soroban (Japanese abacus) using PGF/TikZ.

The package provides configurable tools to print out LaTeX code and the resulting output in the same document. It also supports printing the result inside a conditional sequence; thus one may suppress printing if the code would not compile.

Xindy was developed after an impasse had been encountered in the attempt to complete internationalisation of makeindex. Xindy can be used to process indexes for documents marked up using (La)TeX, Nroff family and SGML-based languages. Xindy is highly configurable, both in markup terms and in terms of the collating order of the text being processed.

The bundle provides the ucs package, and utf8x.def, together with a large number of support files. The utf8x.def definition file for use with inputenc covers a wider range of Unicode characters than does utf8.def in the LaTeX distribution. The package provides facilities for efficient use of its large sets of Unicode characters. Glyph production may be controlled by various options, which permits use of non-ASCII characters when coding mathematical formulae.

While Unicode supports the vast majority of use cases, there are certain specialized niches which require characters and glyphs not (yet) represented in the standard. Thus the Private Use Area (PUA) at code points E000-F8FF, which enables third parties to define arbitrary character sets. This package allows configuring a number of macros for using various PUA character sets in LaTeX (AGL, CYFI, MUFI, SIL, TITUS, UCSUR, UNZ), to enable transcription and display of medieval and other documents.

This package provides macros for adding to, and reordering the list of graphics file extensions recognised by package graphics.