The system processes web files in two ways: firstly to rearrange them to produce compilable code (using the program tangle), and secondly to produce a TeX source (using the program weave) that may be typeset for comfortable reading.

The document summarises the commands of PicTeX. While it is no substitute for the PicTeX manual itself, the document is a useful aide-memoire for those who have read the manual.

This package provides a package which provides access to some interesting characters of the Text Companion fonts (TS1 encoding) in maths mode.

The package allows the user to manually markup changes of text, such as additions, deletions, or replacements. Changed text is shown in a different color; deleted text is striked out. Additionally, text can be highlighted and/or commented. The package allows free definition of additional authors and their associated color. It also allows you to change the markup of changes, authors, highlights or comments. A Python script is provided for removing the changes.

This package provides the binary for texlive-m-tx.

The file copy.lco provides the new class option copy to the KOMA-Script letter class scrlttr2. If this option is given, all pages of a specific letter are duplicated with background text marking as copies.

The package provides a very simple LaTeX document template, in the hope that this use of LaTeX will become attractive to typical word processor users. (Presentation is as if it were a class; users are expected to start from a template document.)

This is the minimal TeX Live scheme, with support for only plain TeX. (No LaTeX macros.) LuaTeX is included because Lua scripts are used in TeX Live infrastructure. This scheme corresponds exactly to collection-basic.

This tutorial is intended for advanced LaTeX2e users who want to learn how to create .ins and .dtx files for distributing their homebrewed classes and package files.

The bundle provides Adobe Type 1 versions of the fonts bbding10, dingbat, karta15, umranda and umrandb.

This package provides some enhanced features for typesetting indexes, notably continuation text when entries or sub-entries continue from one page or column to the next and an interface for accessing marks created from index entries, so that (for example) a running head can include the range of index entries that appears on the page.

This MetaPost package allows to draw Kiviat diagrams (or radar chart, web chart, spider chart, etc.).

This MetaPost package helps plotting polynomial and root functions up to order three. The package provides macros to calculate Bezier curves exactly matching a given constant, linear, quadratic or cubic polynomial, or square or cubic root function. In addition, tangents on all functions and derivatives of polynomials can be calculated.

The package provides the means to typeset factor structures, as are used in many areas of algebraic notation. The structure is similar to the A/B that is provided by the nicefrac package (part of the units distribution), and by the xfrac package; the most obvious difference is that the numerator and denominator's sizes do not change in the \faktor command.

The floatrow package provides many ways to customize layouts of floating environments and has code to cooperate with the caption package. The package offers mechanisms to put floats side by side, and to put the caption beside its float. The floatrow settings could be expanded to the floats created by packages rotating, wrapfig, subfig (in the case of rows of subfloats), and longtable.

This package writes data to file using Python literal syntax. The data may be loaded safely in Python using the ast.literal_eval() function or the latex2pydata Python package. The data can also be hashed within LaTeX so that it is possible to check for the existence of external cached content generated with the data.

The package provides two commands to help authors for documents in Japanese to insert proper xkanjiskips. It supports LuaTeX, XeTeX, pTeX, upTeX, and ApTeX (pTeX-ng).

The package is written in order to help identifying the rightful addressee for a bug report. The LaTeX team asks that it will be loaded in any test file that is intended to be sent to the LaTeX bug database as part of a bug report.

This package provides a myriad of additional TeX-related support programs. It includes programs and macros for DVI file manipulation, literate programming, patgen, and plenty more.

This package allows creating free form slides with blocks placed on a grid. The blocks can be filled with text, equations, figures etc. The resulting slides are similar to the ones produced with LaTeX beamer, but more flexible. Sequential unconvering of elements is supported. A compiler script is provided which compiles each slide separately, this way avoiding long compile times.

This package is named oPlotSymbl and it includes symbols, which are not easily available. Especially, these symbols are used in scientific plots, but the potential user is allowed to use them in other ways.

The hep-math package provides some additional features beyond the mathtools and amsmath packages.

This LuaLaTeX package provides tools for the management (i.e., creation and printing) of ideas (i.e., pieces of LaTeX code representing concepts). It supports dependencies, nested idea printing and tags, and can be useful for writing rulebooks or handbooks with many definitions.

This package, which works both for Plain TeX and for LaTeX, defines the \ifPDFTeX, \ifXeTeX, and \ifLuaTeX conditionals for testing which engine is being used for typesetting. The package also provides the \RequirePDFTeX, \RequireXeTeX, and \RequireLuaTeX commands which throw an error if pdfTeX, XeTeX or LuaTeX (respectively) is not the engine in use.