This package typesets a LaTeX document with the Concrete fonts designed by Don Knuth and used in his book Concrete Mathematics.

This package provides fonts supporting chess diagrams.

This package causes \_ in text mode (i.e., \textunderscore) to print an underscore so that hyphenation of words either side of it is not affected; a package option controls whether an actual hyphenation point appears after the underscore, or merely a break point. The package also arranges that, while in text, _ itself behaves as \textunderscore (the behaviour of _ in maths mode is not affected).

This package provides TikZ shapes to represent commonly encountered unit operations for depiction in process flow diagrams (PFDs) and, to a lesser extent, process and instrumentation diagrams (PIDs). The package was designed with undergraduate chemical engineering students and faculty in mind, and the number of units provided should cover--in Turton's estimate--about 90 percent of all fluid processing operations.

This module provides the russian style that can be set using \DTMsetstyle provided by datetime2.sty. This package is currently unmaintained.

The package provides macros and environments that relieve the programmer of some of the difficulties of using \parshape in LaTeX macros. It does not actually calculate shapes in the way that the shapepar package does.

This experimental package extends TeX's \meaning primitive by delivering clearer, token-specific output linked to the given argument. A starred variant is also implemented to reveal the meaning of internal macros, making it easier to retrieve the true replacement text of xparse-defined macros and other complex macro structures.

The lstfiracode package defines FiraCodeStyle for the use with the listings package. This style contains almost all ligatures in Fira Code family of fonts.

The package is described by its author as a poor person's replacement for the more powerful methods provided by BibLaTeX to access data from a .bib file. Its principle commands are \bibinput, which specifies a database to use, and \usebibdata, which typesets a single field from a specified entry in that database.

The package allows the to user select any font size , even those sizes that are not listed in the .fd file. If such a size is requested, LaTeX will search for and select the nearest listed size; anyfontsize will then scale the font to the size actually requested. Similar functionality is available for the CM family, for the EC family, or for either Computer Modern encoding; the present package generalises the facility.

This package provides a document class for streamlining document creation in LaTeX. It does not overwrite any TeX or LaTeX commands so the user could use their own macros or other commands as they wish.

This package defines a few extra shapes, Quadripoles and single port, which can be used standalone, but are mainly meant to be used with CircuiTikZ.

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.

This package provides the binary for texlive-xindy.

This is a LaTeX package for creating CJK character calligraphy practicing sheets (copybooks). Currently, only XeTeX is supported.

The \maybebm and \maybeit macros can be used in maths expressions to make the arguments typeset as bold or italic respectively if the surrounding context is appropriate. They are useful for writing user macros for use in general contexts. \maybebm is especially appropriate when section titles contain math expressions, since the title will appear bold but the header and table of contents usually replicate the title in normal width. \maybeit performs a similar role to \mathrm but the maths expression will be italicised if the surrounding text is. \maybeitsubscript is provided to shift subscripts to the left if the expression is italicised.

This package contains three output routines that extend \plainoutput. The first adds a reporting of problematic lines, i.e., for widow, club, and broken lines. The second prevents widow lines by changing the \vsize by one line. The third tries to avoid widow, club, and broken lines as much as possible for spreads.

The svrsymbols package is a LaTeX interface to the SVRsymbols font. The glyphs of this font are ideograms that have been designed for use in physics texts.

This package provides simple macros for entering both younger- and elder Futhark runes using the allrunesy package.

This package provides the Arvo family of fonts, designed by Anton Koovit, with support for LaTeX and pdfLaTeX.

This package provides a set of high-quality icons for use in notes for tabletop role-playing games. The icons are meant to be used in the body text, but they can also be used in other contexts such as graphics or diagrams. The package comes in two variants, one based on the l3draw package, and the other on PGF/TikZ.

The package contains macros for printing various 2/5 bar codes and Code 39 bar codes. The macros do not use fonts but create the bar codes directly using vertical rules. It is therefore possible to vary width to height ratio, ratio of thin and thick bars. The package is therefore convenient for printing ITF bar codes as well as bar codes for identification labels for HP storage media.

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.

Clear Sans was designed by Daniel Ratighan. It is available in three weights (regular, medium, and bold) with corresponding italics, plus light and thin upright (without italics).

It has minimized, unambiguous characters and slightly narrow proportions, making it ideal for UI design. Its strong, recognizable forms avoid distracting ambiguity, making Clear Sans comfortable for reading short UI labels and long passages in both screen and print. The fonts are available in both TrueType and Type 1 formats.