This package provides a font based on Computer Modern Roman useful for typesetting the mathematical symbols for the natural numbers, whole numbers, rational numbers, real numbers and complex numbers; coverage includes all Roman capital letters, 1, h and k. The font is available both as Metafont source and in Adobe Type 1 format, and LaTeX macros for its use are provided.

This package provides the original (and now obsolescent) graphics inclusion macros for use with dvips, still widely used by Plain TeX users (in particular). For LaTeX users, the package is nowadays (rather strongly) deprecated in favour of the more sophisticated standard LaTeX latex-graphics bundle of packages. (The latex-graphics bundle is also available to Plain TeX users, via its Plain TeX version.)

The BibLaTeX-ext bundle provides styles that slightly extend the standard styles that ship with BibLaTeX. The styles offered in this bundle provide a simple interface to change some of the stylistic decisions made in the standard styles. At the same time they stay as close to their standard counterparts as possible, so that most customisation methods can be applied here as well.

This package allows LaTeX constructions (equations, picture environments, etc.) to be precisely superimposed over Encapsulated PostScript figures, using your own favorite drawing tool to create an EPS figure and placing simple text tags where each replacement is to be placed, with PSfrag automatically removing these tags from the figure and replacing them with a user specified LaTeX construction, properly aligned, scaled, and/or rotated.

LaTeX2e's filecontents and filecontents* environments enable a LaTeX source file to generate external files as it runs through LaTeX. However, there are two limitations of these environments: they refuse to overwrite existing files, and they can only be used in the preamble of a document. The filecontents package removes these limitations, letting you overwrite existing files and letting you use filecontents filecontents* anywhere.

This class extends the a0poster class in that it adds support to easily create posters without the need for taking care of the layout at all. It allows using \maketitle to generate a fancy header containing the title information and also provides macros to position various different types of text boxes in a two-column layout. The color scheme is inspired by the metropolis Beamer theme.

The soul package enables hyphenatable spacing out (letterspacing), underlining, striking out, etc., using the TeX hyphenation algorithm to find the proper hyphens automatically. The package also provides a mechanism that can be used to implement similar tasks, that have to treat text syllable by syllable. This version is a merge of the original soul package and the soulutf8 package and supports also UTF-8.

The package allows the user to insert comments into a document that suggest (for example) further editing that may be needed. The comments are shown in the margins alongside the text; different styles for the comments may be used; the styles are selected using package options. The package is based on the package todonotes, and depends heavily on Lua, so it can only be used with LuaLaTeX.

This is a LaTeX package allowing Feynman diagrams to be easily generated within LaTeX with minimal user instructions and without the need of external programs. It builds upon the TikZ package and leverages the graph placement algorithms from TikZ in order to automate the placement of many vertices. tikz-feynman allows fine-tuned placement of vertices so that even complex diagrams can still be generated with ease.

The package enables the user to use Beamer style operations on a canvas of the sizes provided by a0poster; font scaling is available (using packages such as type1cm if necessary). In addition, the package allows the user to benefit from the nice colour box handling and alignment provided by the Beamer class (for example, with rounded corners and shadows). Good looking posters may be created very rapidly.

This package (once part of the exsheets package), provides a framework for providing multilingual features to a LaTeX package. The package has its own basic dictionaries for English, Brazilian, Catalan, Dutch, French, German, Polish and Spanish. It aims to use translation material for English, Dutch, French, German, Italian, Spanish, Catalan, Turkish, Croatian, Hungarian, Danish and Portuguese from babel or polyglossia if either is in use in the document.

The package provides the \pdfmarginpar command which is similar in spirit to \marginpar. However, it creates PDF annotations which may be viewed with Adobe Reader in place of marginal texts. Small icons indicate the in-text position where the message originates, popups provide the messages themselves. Thus bugfixes and other such communications are clearly visible together when viewing the document, while the document itself is not obscured.

This package provides some commands (in French) to perform calculations on small (2x2 or 3x3 or 4x4) linear systems, with xint or pyluatex:

• \DetMatrice or \DetMatricePY to diplay the determinant of a matrix;

• \MatriceInverse or \MatriceInversePY to display the inverse of a matrix;

• \SolutionSysteme or \SolutionSystemePY to display the solution of a linear system;

• …

This package will provide a complete implementation of unicode maths for XeLaTeX and LuaLaTeX. Unicode maths is currently supported by the following fonts:

• Latin Modern Math,

• TeX Gyre Bonum Math,

• TeX Gyre Pagella Math,

• TeX Gyre Schola Math,

• TeX Gyre Termes Math,

• DejaVu Math TeX Gyre,

• Asana-Math fonts,

• STIX,

• XITS Math,

• Libertinus Math,

• Fira Math.

The package starts from the basic facilities of the colorcolor package, and provides easy driver-independent access to several kinds of color tints, shades, tones, and mixes of arbitrary colors. It allows a user to select a document-wide target color model and offers complete tools for conversion between eight color models. Additionally, there is a command for alternating row colors plus repeated non-aligned material (like horizontal lines) in tables.

This package makes available the most commonly used symbols in writing about music in a way that can be used with pdfLaTeX and looks consistent and attractive. It includes accidentals, meters, and notes of different rhythmic values. The package builds on the approach used in the harmony package, where the symbols are taken from the MusiXTeX fonts. But it provides a larger range of symbols and a more flexible, user-friendly interface.

Typesetting a frontispiece independently of the layout of the main document is difficult. This package provides a solution by producing an auxiliary TeX file to be typeset on its own and the result is automatically included at the next run. The markup necessary for the frontispiece is written in the main document in a frontespizio environment. Documentation is mainly in Italian, as the style is probably apt only to theses in Italy.

This package collects together examples that have been posted to the PSTricks mailing list, together with many additional features for the basic pstricks, pst-plot and pst-node, including: bugfixes; new options for the pspicture environment; arrows; braces as node connection/linestyle; extended axes for plots (e.g., logarithm axes); polar plots; plotting tangent lines of curves or functions; solving and printing differential equations; box plots; matrix plots; and pie charts.

This package implements a LaTeX class for writing exercise sheets for a lecture. Its features are:

• quick typesetting of exercise sheets or their revisions,

• simple user friendly commands,

• elegant page formatting,

• automatic numbering of exercises and sub-exercises,

• the number of the exercise sheet is extracted automatically from the file name,

• static information about the lectures and the authors needs to provided at one point only.

The package provides a means of marking a source, so that samples of it may be included in a document (by means of the listings package) in a stable fashion, regardless of any change to the source. The markup in the source text defines tags for blocks of source. These tags are processed by a shell script to make a steering file that is used by the package when LaTeX is being run.

PDF documents containing formulas generated by LaTeX are usually not accessible by assistive technologies for visually impaired people and people with special educational needs (i.e., by screen readers and braille displays). The axessibility package manages this issue, allowing to create a PDF document where the formulas are read by these assistive technologies, since it automatically generates hidden comments in the PDF document (by means of the /ActualText attribute or suitable tags) in correspondence to each formula.

The bundle provides three packages: printsudoku, which provides a command \sudoku whose argument is the name of a file containing a puzzle specification; solvesudoku, which attempts to find a solution to the puzzle in the file named in the argument; and createsudoku, which uses the random package to generate a puzzle according to a bunch of parameters that the user sets via macros.

The bundle comes with a set of ready-prepared puzzle files.

The phonenumbers package makes it possible to typeset telephone numbers according to different national conventions. German, Austrian, French, British and North American phone numbers are supported. Phone numbers from other countries are supported rudimentarily. The user can select from various formatting options, including the additional output of the country calling code. The package is able to check if a phone number is valid according to the national rules. It also allows linking phone numbers using the hyperref package.

The package creates three environments: framed, which puts an ordinary frame box around the region, shaded, which shades the region, and leftbar, which places a line at the left side. The environments allow a break at their start (the \FrameCommand enables creation of a title that is “attached” to the environment); breaks are also allowed in the course of the framed/shaded matter. There is also a command \MakeFramed to make your own framed-style environments.