The package provides a PGF/TikZ-based mechanism for drawing linguistic (and other kinds of) trees. Its main features are: a packing algorithm which can produce very compact trees; a user-friendly interface consisting of the familiar bracket encoding of trees plus the key-value interface to option-setting; many tree-formatting options, with control over option values of individual nodes and mechanisms for their manipulation; the possibility to decorate the tree using the full power of PGF/TikZ; and an externalization mechanism sensitive to code-changes.

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

The package counts how often a LaTeX document is compiled, keeping the data in an external file. To print the count, can use the macro \thecounttexruns.

The package provides a library that offers an easy way to draw switching architectures and to customize their aspect.

Plnfss is a set of macros to provide easy font access (somewhat similar to NFSS but with some limitations) with Plain TeX. Plnfss can automatically make use of PSNFSS fd files, i.e., when an Adobe Type 1 is used the relevant fd file will be loaded automatically. For cmr-like fonts (ec, vnr, csr or plr fonts), a special format called pfd (plain fd) is required and must be loaded manually.

This package provides an environment that has its own line numbers or markers and can be well distinguished from the main text, for writing your ideas or annotations.

This package tracks common typographic flaws in LuaLaTeX documents, especially widows, orphans, hyphenated words split over two pages, consecutive lines ending with hyphens, paragraphs ending on too short lines, etc. Customisable colours are used to highlight these flaws, and the list of pages on which typographical flaws were found is printed.

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

The package provides four core functions: data storage and display, data filtering, data sorting and data display. All data is saved once and then you can display these data with custom filters, orders and styles. The package can be used, for example, to record and display something you'd like to review, maybe the question you always answered incorrectly or some forgettable knowledge. But obviously, the package is much more powerful and extensible for more interesting tasks depending on the individual.

This LaTeX package provides commands to convert from the Gregorian calendar to the Japanese rendering of the Japanese calendar. You can choose whether the numbers are written in Western numerals or kanji numerals. Note that the package only deals with dates in the year 1873 or later, where the Japanese calendar is really a Gregorian calendar with a different notation of years.

This is the classic version of GFSDidot provided for Unicode TeX engines.

The package supports real-time CSP and incorporates the functionality of Spivey's original Z package, written for LaTeX 2.09.

In standard LaTeX inserting objects like figures or tables requires too much knowledge for beginners and too much typing effort and hardcoding for people like me. This package aims to make insertion of figures and tables easier for both beginners and experts. Despite the term floats in it's name it also allows disabling floating of such objects.

The document is a German translation of the map/guide to the world of LuaLaTeX. Coverage supports both new users and package developers. Apart from the introductory material, the document gathers information from several sources, and offers links to others.

The document demonstrates the use of SVG images in LaTeX documents. Using the PDF+LaTeX output option of Inkscape, it is possible to include SVG in documents, in which LaTeX typesets the text. This results in uniform text style throughout the document, including text in images; moreover, LaTeX commands may be used in the image's text, providing such things as mathematics and references.

The document also describes how to automate the conversion from SVG to PDF+LaTeX using Inkscape.

This package provides a complete working directory for the scientific documentation of arbitrary projects. It was originally developed to provide a template for Austrian Diplomarbeiten or Vorwissenschaftliche Arbeiten, which are scientfic projects of students at a secondary school.

The package contains pLaTeX support files and virtual fonts for supporting a wide variety of fonts in LaTeX using the pTeX engine.

Built on top of the xcolor package, this package defines the sixteen colors of Ethan Schoonover's popular color palette, Solarized, for use in documents typeset with LaTeX and friends.

The package provides physics students at the University of Oldenburg with a prepared document class for writing laboratory reports for the laboratory courses conducted by the Institute of Physics. The document class consists of predefinded margins and heading formats. Furthermore, it presets the headers of the pages and excludes the titlepage and table of contents from the page numbering.

This package provides the binaries for texlive-dvipdfmx.

Knuth designed his original fonts with tabular figures (figures whose width is uniform); this makes some layout problems rather simple. In more recent times, fonts (such as Minion Pro), which offer proportionally spaced figures, are increasingly being used. The package provides mechanisms whereby such proportional figures may still be aligned in tabular style (for example, in the table of contents).

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.

The package supports typesetting UTF-8-encoded modern Korean documents with the help of the LaTeX2e CJK package. It provides some enhanced features focused on Korean typesetting culture, one of them being allowing line-break between Latin and CJK characters.

The package preprocesses input files to a Lua(La)TeX run, on the fly. The user defines Lua regular expressions to search for patterns and modify input lines (or entire paragraphs) accordingly, before TeX reads the material. In this way, documents may be prepared in a non-TeX language (e.g., some lightweight markup language) and turned into proper TeX for processing.