This package provides the binaries for texlive-fontware.

This is a complete and easy-to-use package for typesetting pretty tables of signs and variations according to French usage. The syntax is similar to that of the array environment and uses intuitive position commands. Arrows are drawn automatically (using PSTricks by default or TikZ as an option). Macros are provided for drawing twin bars, single bars crossing the zeros, areas where the function is not defined, or placing special values. Several features of the variation tables can be customized.

This package is designed for typesetting the programmable elements in digital hardware, i.e., registers. Such registers typically have many fields and can be quite wide; they are thus a challenge to typeset in a consistent manner. Register is similar in some aspects to the bytefield and bitpattern packages. Anyone doing hardware documentation using LaTeX should examine those packages. An example Perl module and script are provided, to convert the register specifications into structures suitable for, say, a pre-silicon test environment.

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

Japanese pLaTeX and upLaTeX formats and packages often conflict with other LaTeX packages which are unaware of pLaTeX and upLaTeX. In the worst case, such packages throw a fatal error or end up with a wrong output. The goal of this package is that there should be no need to worry about such incompatibilities, because specific patches are loaded automatically whenever necessary. This helps not only to simplify source files, but also to make the appearance of working pLaTeX or upLaTeX sources similar to those of ordinary LaTeX ones.

Many historical unit systems were non-decimal. Units for such measures as length, area, weight, and so on were also often non-decimal, and in fact remain so in the few places of the world that have not made the change to the metric system. This package enables creation and configuration of such units to facilitate their presentation in textual and tabular contexts, as well as simple arithmetic.

This bundle comprises two packages: the linguex package facilitates the formatting of linguist examples, automatically taking care of example numbering, indentations, indexed brackets, and the * in grammaticality judgments. The ps-trees package provides linguistic trees.

Paper submissions to journals are usually accompanied by a cover letter. This package provides a LaTeX class and a template for such a cover letter with the following main features:

• minimalistic design,

• custom image,

• pre-defined commands for journal name, author, date, etc.

• many macros contained in this package speed up the process of preparing the necessary ingredients for the cover letter;

• macros for recommending up to three reviewers and editors;

• ORCID logo and link to the submitting author's ORCID page;

• controls for adding a ``conflict of interest'' statement and declaration;

• custom greeting;

• predefined valedictions for different types of submissions.

The package provides for chapterno-pageno or chaptername-pageno page numbering. Provision is made for front- and backmatter in book class.

This package provides the capability of adding keywords (with a \keywords command), a running title (\runningtitle), AMS subject classifications (\amssubj), and an author's footnote as footnotes to the title or first page of a document. It works with any class for which the \thanks macro works (e.g., article).

This is a comprehensive package to draw all sorts of bridge diagrams, including hands, bidding tables, trick tables, and expert quizzes.

It works for all font sizes. Different fonts for hands, bidding diagrams and compass are possible. It also provides annotations to card and bidding diagrams, automated check on consistency of suit and hands, and multilingual output of bridge terms.

The package provides configurable tools to print out LaTeX code and the resulting output in the same document. It also supports printing the result inside a conditional sequence; thus one may suppress printing if the code would not compile.

This is a LaTeX macro package for generating simple node-based flow graphs or diagrams built upon the TikZ package. The package provides two basic commands, one to generate a node and one to create links between nodes. The positioning of the nodes is not handled by the package itself but is preferably done in a tabular environment. In total, four simple node types are defined, loosely based on the nomenclature and color patterns of the popular Java script Bootstrap.

The LaTeX2e class cc was written for the journal Computational Complexity, and it can also be used for a lot of other articles. You may like it since it contains a lot of features such as more intelligent references, a set of theorem definitions, an algorithm environment, and more.

This package provides a Japanese font metric supporting vertical and horizontal typesetting, linegap punctuations, extended fonts, and more interesting and helpful features using traditional and simplified Chinese or Japanese fonts under LuaTeX-ja. It also makes full use of the priority feature, meeting the standards, and allows easy customisation.

MLModern is a text and math font family with (La)TeX support, based on the design of Donald Knuth's Computer Modern and the Latin Modern project. It avoids the spindliness of most other Type 1 versions of Computer Modern.

The package provides the facility of drawing potential energy curve diagrams with just a few simple commands.

This package provides a kind of counter that provides unique number values. Several counters can be created with different names. The numeric values are not limited.

The se2thesis bundle provides a document class for writing a theses with the Chair of Software Engineering II at the University of Passau, Germany. The class is based on KOMA-Script classes. While the class provides some basic settings, mostly regrading the type area, fonts, and the title page, it still provides large degrees of freedom to its users.

This small utility, written in SNOBOL, converts the composition of special characters to Unicode.

With this script you can install a LaTeX font family (PostScript Type 1, TrueType and OpenType formats are supported). Font series from light to ultra bold, and (faked) small caps and (faked) slanted shapes are supported, but not expert fonts. The script will rename the fonts automatically (optional) or will otherwise expect the .afm files and the font files (in PostScript Type1 format) named in the Karl Berry scheme (e.g., 5bbr8a.pfb). After running the script, you should have a working font installation in your local TeX tree.

This package provides the Source Code Pro font family from Adobe in both Adobe Type 1 and OpenType formats, plus macros supporting the use of the fonts in LaTeX (Type 1) and XeLaTeX/LuaLaTeX (OTF).

This package allows LaTeX users (especially if using traditional LaTeX/pdfLaTeX) to set the Greek letters in math mode using the glyphs from the Libertinus Serif or Sans font via the font support files provided by Bob Tennent's libertinus-type1 package. All Greek letters are defined both in \...up and \...it variants. The style (ISO, TeX, or French i.e., upright) can be modified midway in the document. A legacy mode uses font support from the (obsolete) libertine-legacy package which maps to the Linux Libertine or Biolinum fonts. This package is for users who only want to customize Greek letters in math mode.

This package provides a tool to keep a master source, consisting of different chunks intended for different audiences. The tool allows extracting the versions intended for different audiences and to incorporate the changes made in any of these versions into the master document.