This package provides the wasy (Waldi symbol) fonts, in the Metafont and Adobe Type 1 formats. Support under LaTeX is provided by the wasysym package.

Pst-cox is a PSTricks package for drawing 2-dimensional projections of complex regular polytopes (after the work of Coxeter). The package consists of a macro library for drawing the projections. The complex polytopes appear in the study of the root systems and play a crucial role in many domains related to mathematics and physics. These polytopes have been completely described by Coxeter in his book Regular Complex Polytopes. There exist only a finite numbers of exceptional regular complex polytopes (for example the icosahedron) and some infinite series (for example, one can construct a multi-dimensional analogue of the hypercube in any finite dimension).

The library contains two packages. The first, pst-coxcoor, is devoted to the exceptional complex regular polytopes whose coordinates have been pre-computed. The second, pst-coxeterp, is devoted to the infinite series.

The package computes and draws 2D Delaunay triangulation. The algorithm is written with Lua, and depending upon the choice of the engine, the drawing is done by MetaPost (with luamplib) or by TikZ. The Delaunay triangulation algorithm is the Bowyer and Watson algorithm. Several macros are provided to draw the global mesh, the set of points, or a particular step of the algorithm.

This package provides the geradwp class, a class based on article and compatible with LaTeX. With this class, researchers at GERAD will be able to write their working paper while complying to all the presentation standards required by the Cahiers du GERAD series.

This package bundle consists of the following packages: bxcalcize, to make calc expressions available in more places, and bxcalcux, to add user-defined units to the calc syntax.

In addition, this bundle provides the bxcalc package, which simply loads the above-mentioned packages internally.

This package helps you keep track of all the labels you define, by putting the name of new labels into the margin whenever the \label command is used. The package allows you to do the same thing for other commands. The only one for which this is obviously useful is the \cite command, but it's easy to do it for others, such as the \ref or \begin commands.

This is yet another doc/docx/doc3 package for LaTeX code documentation.

The class offers entries for assets and social networks; customizable styles are provided. The class comes with no documentation, but a worked example offers some guidance.

This package combines several other packages and defines additional macros and environments for documenting LaTeX code. The package mainly serves the purpose of combining the preferences used in the author's own package documentations.

The package defines many macros for items of significance in statistical presentations. It represents a syntax-incompatible upgrade of statex.

In Die TeXnische Komodie (issue 1/2013) Christian Justen described his use of LaTeX in his work as priest (similar requirements may be encountered in the work of pastors and other ministers of religion). One point was to arrange A5 pages onto A4 landscape paper, either side-by-side or as a booklet. Justen made two Bash scripts for this job; the package provides one Texlua script for both requirements.

This package provides the TheanoDidot font designed by Alexey Kryukov, in both TrueType and Type1 formats, with support for both traditional and modern LaTeX processors. An artificially-emboldened variant has been provided but there are no italic variants.

The package adds a new entry type: @manuscript to manage manuscript in classical philology, for example to prepare a critical edition.

This package provides a collection of fonts that reproduce those used in old German printing and handwriting. The set comprises Gothic, Schwabacher and Fraktur fonts, a pair of handwriting fonts, Sutterlin and Schwell, and a font containing decorative initials. In addition, there are two re-encoding packages for Haralambous's fonts, providing T1, using virtual fonts, and OT1 and T1, using Metafont.

This package permits representing vehicles rolling without slipping on mathematical curves. Different types of vehicles are proposed, the shape of the curve is to be defined by its equation in algebraic notation.

This dvidvi converts one DVI file into another. The output DVI file's contents are specified by page selection commands; series of pages and page number ranges may be specified, as well as inclusions and exclusions.

This package provides LaTeX, pdfLaTeX, XeLaTeX and LuaLaTeX support for the Caladea family of fonts.

This package provides a very short snippet that sets the footnotes to be conformant with the Chicago style, so the footnotes at the bottom of the page are now marked with a full-sized number, rather than with a superscript number.

This package provides LaTeX format files and man pages along with several packages that are considered as part of the LaTeX kernel.

This is the Finnish translation of (No So) Short Introduction to LaTeX2e, with added coverage of Finnish typesetting rules.

This package provides a complete set of macros for information, warning and error messages. Under LaTeX, the commands are wrappers for the corresponding LaTeX commands; under Plain TeX they are available as complete implementations.

This package permits drawing program charts in the style of the Scratch project. This package is obsolete. From now on, Scratch is now version 3 with a new design. Use the scratch3 package to draw blocks with the new design.

This package provides an Unicode Math font XCharter-Math.otf meant to be used together with XCharter Opentype Text fonts (extension of Bitstream Charter) in LuaLaTeX or XeLaTeX documents.

In LaTeX typesetting, one usually needs to use different variants of a math symbol to clarify the meanings. For example, in linear algebra literature, it is common to use boldfaced symbols to represent vectors, and normal symbols to represent scalars. However, applying these variants by typing \mathbf, \mathrm commands manually can be daunting. This package aims to provide an automatic and customizable approach for math symbol styling which eliminates the need to enter style commands repeatedly.