The \eqname command provides a name tag for the current equation, in place of an equation number. The name tag will be picked up by a subsequent \label command.

Generating any other than the simple \newcommand-style commands, in LaTeX, is tedious. This script allows the specification of commands in a natural style; the script then generates macros to define the command.

The bundle offers Adobe Type 1 format versions of Peter Wilson's Carolingian Minuscule font set (part of the bookhands collection). The fonts in the bundle are ready-to-use replacements for the Metafont originals.

This package offers Adobe Type 1 versions of the fonts provided as Metafont source by the skak bundle.

This package extends TikZ with tools to create map graphics. The provided coordinate system relies on the Web Mercator projection used on the Web by OpenStreetMap and others. The package supports the seamless integration of graphics from public map tile servers by a Python script. Also, common map elements like markers, geodetic networks, bar scales, routes, orthodrome pieces, and more are part of the package.

The package provides three unrelated tools: DB_process, to parse and process database output; CD_labeler, to typeset user text to fit on a CD label; and repeat, a nestable, generic loop macro.

This package allows creating and maintaining different versions of the same command, in order to choose the best option for every document. This includes expandable and protected commands.

The package provides a BibLaTeX bibliography style file (.bbx) for publication lists. The style file draws on BibLaTeX's authoryear style, but provides some extra features often desired for publication lists, such as the omission of the author's own name from author or editor data.

For translations, proofreading, journal contributions etc., standard pages are used. Those standard pages consist of a fixed number of lines and characters per line. This package produces pages with n lines of at most m characters each.

The Nimbus 2015 Core fonts added Greek and Cyrillic glyphs. This package may be best suited as an add-on to the comprehensive Times package, providing support for Greek and Cyrillic. A new intermediate weight of NimbusMono (AKA Courier) is provided, along with a narrower version which may be useful for rendering code.

This is an old version of revtex, and is kept as a courtesy to users having difficulty with the incompatibility of that latest version.

The UMTypewriter font family is a monospaced font family that was built from glyphs from the CB Greek fonts, the CyrTUG Cyrillic alphabet fonts (LH), and the standard Computer Modern font family. It contains four OpenType fonts which are required for use of the xgreek package for XeLaTeX.

The package is a small set of macros for drawing direction fields, phase portraits and trajectories of differential equations and two dimensional autonomous systems. The Euler, Runge-Kutta and fourth order Runge-Kutta algorithms are available to solve the ODEs. The picture is translated into mfpic macros and MetaPost is used to create the final drawing.

This is an unofficial LaTeX package to generate titlepages for the Radboud University, Nijmegen. It uses official vector logos from the university.

This is a LaTeX package to plot Bode, Nichols, and Nyquist diagrams. It provides added functionality over the similar bodegraph package:

• new \BodeZPK and \BodeTF commands to generate Bode plots of any transfer function given either poles, zeros, gain, and delay, or numerator and denominator coefficients and delay;

• support for unstable poles and zeros;

• support for complex poles and zeros;

• support for general stable and unstable second order transfer functions;

• support for both Gnuplot (default) and pgfplots;

• support for linear and asymptotic approximation of magnitude and phase plots of any transfer function given poles, zeros, and gain.

This package uses the (La)TeX extension -shell-escape to establish whether the document is being processed on a Windows or on a Unix-like system, or on Cygwin.

Booleans provided are: \ifwindows, \iflinux, \ifmacosx and \ifcygwin. The package also preserves the output of uname on a Unix-like system, which may be used to distinguish between various classes of Unix systems.

The package offers support for typesetting Japanese documents with LuaTeX. Either of the Plain and LaTeX2e formats may be used with the package.

This single-character font is provided as Metafont source, and in Adobe Type 1 format. It is accompanied by a trivial LaTeX package to use the logo at various sizes.

Boisik is a serif font set (inspired by the Baskerville typeface), written in Metafont. The set comprises roman and italic text fonts and maths fonts. LaTeX support is offered for use with OT1, IL2 and OM* encodings.

Graphpaper is a LaTeX document class which allows printing several types of graph papers: bilinear (millimeter paper), semilogarithmic, bilogarithmic, polar, log-polar, Smith charts. It is based on the picture environment and its extensions.

This package provides a LaTeX class for typesetting letters conforming to the official Corporate Image guidelines for the Politecnico di Torino. The class can be used for letters written in Italian and in English.

MathsPIC (Perl) is a development of the earlier MathsPIC (DOS) program, now implemented as a Perl script, being much more portable than the earlier program. MathsPIC parses a plain text input file and generates a plain text output-file containing commands for drawing a diagram. It produces output containing PiCTeX and (La)TeX commands, which may then be processed by plain TeX or LaTeX in the usual way. MathsPIC also outputs a comprehensive log file. MathsPIC facilitates creating figures using PiCTeX by providing an environment for manipulating named points and also allows the use of variables and maths (advance, multiply, and divide)---in short---it takes the pain out of PiCTeX.

This package provides the \kv@define@key (analogous to keyval’s \define@key, to define keys for use by kvsetkeys.

Hepnames provides a pair of LaTeX packages, heppennames and hepnicenames, providing a large set of pre-defined high energy physics particle names built with the hepparticles package. The packages are based on pennames.sty by Michel Goosens and Eric van Herwijnen. Heppennames re-implements the particle names in pennames.sty, with some additions and alterations and greater flexibility and robustness due to the hepparticles structures, which were written for this purpose. Hepnicenames provides the main non-resonant particle names from heppennames with more friendly names.