This is a LaTeX thesis and dissertation class for US Air Force Institute Of Technology.

The document gives a short overview of TeX and its children, as well as the macro packages LaTeX and ConTeXt.

This package provides provides some macros to create simple boxes: \CreationBoite to create the box and \ParamBoites to modify some of its parameters.

This package provides a Japanese document class based on requirements for Japanese text layout. The class file and the JFM (Japanese font metric) files for LuaTeX-ja, pLaTeX, or upLaTeX are provided.

The package provides macros for using spot colours in LaTeX documents. The package is a reimplementation of the spotcolor package for use with XeLaTeX. As such, it has the same user interface and the same capabilities.

This package allows you to use alphanumeric section numbering. Its output is similar to alphanum, but you can use the standard LaTeX sectioning commands, so that it is possible to switch numbering schemes easily. Greek letters, double letters (bb) and different delimiters around them are supported.

The package provides font definition files (plus a replacement for the package exscale) to access many of the fonts in Sauter's collection. These fonts are available in all point sizes and look nicer for such intermediate document sizes as 11pt. Also included is the package sbbm, an alternative to access the BBM fonts.

The package extends the ocg package, which allows you to create OCGs (Optional Content Groups) in PDF documents. Every OCG includes TeX material into a layer of the PDF file. Each of these layers can be displayed or not. Links can enable or disable the display of OCGs. The ocgx package does not use Javascript embedded in the PDF document to enable (to show) or disable (to hide) OCGs.

The basic operations (addition, subtraction, multiplication, division, power to an integer) are implemented by TeX macros in this package. Operands may be numbers with arbitrary numbers of digits; scientific notation is allowed. The expression scanner is also provided.

When an environment is left open, LaTeX gives an error at the end of the document. However it only informs about the first of them, while the rest are shown with meaningless errors: (``\end occurred inside a group at level N'') This package replaces these errors with more useful messages which show which environments (in reverse order) were not closed. There are no user macros: just use the package.

This package provides user control over the layout of the three basic list environments: enumerate, itemize and description. It supersedes both enumerate and mdwlist (providing well-structured replacements for all their functionality), and in addition provides functions to compute the layout of labels, and to clone the standard environments, to create new environments with counters of their own.

This collection provides additional BibTeX styles and bibliography data(bases), notably including BibLaTeX.

This bundle provides a class examdesign. The class provides several features useful for designing tests or question sets: it allows for explicit markup of questions and answers; the class will, at the user's request, automatically generate answer keys; multiple versions of the same test can be generated automatically, with the ordering of questions within each section randomly permuted so as to minimize cheating; the generated answer keys can be constructed either with or without the questions included; environments are provided to assist in constructing the most common types of test question: matching, true/false, multiple-choice, fill-in-the-blank, and short answer/essay questions.

This package provides commands \branch and \leaf for specifying the elements of the tree; you build up your tree with those commands, and then issue the \tree command to typeset the whole.

This package provides LaTeX support for section breaks, used mainly in fiction books to signal changes in a story, like changes in time, location, etc. It supports the asterism symbol, text content, or custom macros as the section break mark symbol.

When writing programs, it's often required to present the user with a list of options or actions. The user is then expected to select one of these options for the program to process. termmenu provides this mechanism for TeX.

This package provides a conversion of Silvio Levy's Plain TeX macros for use with LaTeX.

The package provides a set of macros for naturally typesetting electrical and electronic networks. It is designed as a tool that is native to LaTeX, and directly supporting PDF output format. It has therefore been based on the PGF/TikZ package.

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

This small and simple package allows LuaLaTeX users to access basic ligatures (ff, fi, ffi, fl, ffl) in legacy TrueType fonts (those lacking a liga table) accessed via fontspec.

Algorithmicx provides a flexible, yet easy to use, way for inserting good looking pseudocode or source code in your papers. It has built in support for pseudocode, Pascal and C, and offers powerful means to create definitions for any programming language. The user can adapt a pseudocode style to his native language.

This is a very small font set that contain some symbols useful in linear logic, which are apparently not available elsewhere. Variants are included for use with Computer Modern serif and sans-serif and with the AMS Euler series. The font is provided both as Metafont source, and in Adobe Type 1 format. LaTeX support is provided.

The Common Vulnerability Scoring System (CVSS) is an open framework for communicating the characteristics and severity of software vulnerabilities. CVSS consists of three metric groups: Base, Temporal, and Environmental. This package allows the user to compute CVSS3.1 base scores and use them in documents, i.e., it only deals with the Base score. Temporal and Environmental scores will be part of a future release.

This package provides support for interactive computing sessions with e-TeX (or pdfTeX) executed on the command line. Once xintsession is loaded, e-TeX becomes an interactive computing software capable of executing arbitrary precision calculations, or exact calculations with arbitrarily big fractions. It can also manipulate polynomials as algebraic entities. Numerical variables and functions can be defined during the session, and each evaluation result is stored in automatically labeled variables. A file is automatically created storing inputs and outputs.