This package provides a package defining many macros for items of significance in statistical presentations. An updated, but incompatible, version of the package is available: statex2.

The STIX fonts are a suite of unicode OpenType fonts containing a complete set of mathematical glyphs. This package is considered obsolete. See stix2-otf and stix2-type1 instead.

The bundle contains various macros either used for creating the author's book Introduktion til LaTeX (in Danish), or presented in the book as code tips. The bundle comprises:

• dlfltxbcodetips: various macros helpful in typesetting mathematics;

• dlfltxbmarkup: provides macros used throughout, for registering macro names, packages etc., in the text, in the margin and in the index, all by using categorised keys;

• dlfltxbtocconfig: macros for the two tables of contents that the book has;

• dlfltxbmisc: various macros for typesetting LaTeX arguments, and the macro used in the bibliography that can wrap a URL up into a BibTeX entry.

The LaTeX package paravesp controls the spaces above and below paragraphs. The Python script parades.py generates paragraph styles with support of space above, space below and tabulators. The system imposes the galley approach on the document.

This package provides a setup for using the AMS Euler family of fonts for mathematics in LaTeX documents. ``The underlying philosophy of Zapf's Euler design was to capture the flavour of mathematics as it might be written by a mathematician with excellent handwriting.'' The euler package is based on Knuth's macros for the book Concrete Mathematics'. The text fonts for the Concrete book are supported by the beton package.

This package provides a LaTeX package for typesetting CJK documents in the way users have become used to, in the CJK package.

This package reworks the mathematical calligraphic font ESSTIX13, adding a bold version. LaTeX support files are included.

The font (defined in Metafont) defines a single character, a black solid skull. A package is supplied to make this character available as a symbol in maths mode.

The package extends the drawing capacities of the pict2e package that serves as a LaTeX2e replacement for picture mode. In particular, curve2e introduces new macros for lines and vectors, new specifications for line terminations and joins, arcs with any angular aperture, arcs with arrows at one or both ends, generic curves specified with their nodes and the tangent direction at these nodes.

This packages provides a collection of programming tools for Beamer. Currently, it provides the control sequence \redefbeamertemplate for redefining a predefined Beamer template.

The package provides the means to use PDF drawing primitives to produce high quality, colored graphics. It uses Bezier curves (integral and rational) from degree one to seven, allows TeX typesetting in the graphic, offers most of the standard math functions, allows plotting normal, parametric and polar functions. The package has linear, logx, logy, logxy and polar grids with many specs; it can rotate, clip and do many nice things easily it has two looping commands for programming and many instructive example files.

This is an extension of bbold to a package with three weights, of which the original is considered as light and the additions as regular and bold.

The package defines a new environment that, unlike tabularX, typesets a table of specified width by working on the inter-column glue; the tabular cells will all be stretched (or shrunk) according to need.

This Perl script allows the user to extract (and display) elements of the log file.

By default, when using cleveref's \cref to reference theorem-like environments, the names do not contain definite articles. In languages such as French, Italian, Portuguese, Spanish, etc., this results in incorrect grammar. For this purpose, the current package offers \crefthe, which handles the definite articles properly (especially for the article contractions in many European languages).

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 provides the OpenType version of the TeX Gyre Termes font, including text and math fonts. The package needs LuaLaTeX or XeLaTeX. The missing typefaces like bold math and slanted text are also defined.

With this package you can typeset documents with ICMC/USP Sao Carlos watermarks. ICMC is acronym for Instituto de Ciencias Matematicas e de Computacao of the Universidade de Sao Paulo (USP), in the city of Sao Carlos-SP, Brazil.

The Tango color palette defines some color names and their RGB codes. This LaTeX macro package implements these color names, so one can easily access these colors by their names.

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.

This package lets you draw Feynman diagrams using TikZ. It is a low-end modification of the TikZ-Feynman package, one of whose principal advantages is the automatic generation of diagrams, for which it needs LuaTeX. TikZ-FeynHand only provides the manual mode and hence runs in LaTeX without any reference to LuaTeX. In addition it provides some new styles for vertices and propagators, alternative shorter keywords in addition to TikZ-Feynman's longer ones, some shortcut commands for quickly customizing the diagrams look, and the new feature of putting one propagator on top of another.

The package provides syntax highlighting for the Q# language, a domain-specific language for quantum programming.

This package provides the binary for texlive-axodraw2.

This package allows the easy and consistent writing of ordinary, partial and other derivatives of arbitrary (algebraic or numeric) order. For mixed partial derivatives, the total order of differentiation is calculated by the package. Optional arguments allow specification of points of evaluation (ordinary derivatives), or variables held constant (partial derivatives), and the placement of the differentiand (numerator or appended). The package is built on xtemplate and the configurability it enables, extending to differentials (including simple line elements) and jacobians.