The package reimplements bibentry, for use in LuaLaTeX.

This package provides the Vancouver reference style for BibLaTeX. It is based on the numeric style and requires Biber.

The bundle comprises: authblk, which permits footnote style author/affiliation input in the \author command, balance, to balance the end of \twocolumn pages, figcaps, to send figure captions, etc., to end document, fullpage, to set narrow page margins and set a fixed page style, and sublabel, which permits counters to be subnumbered.

This LaTeX package can be used for typesetting simple restaurant menus.

This package allows access to extra bold fonts for Computer Modern OT1 encoding (the fonts are available in Metafont source). Since there is more than one bold tt-family font set, the version required is selected by a package option.

The datatool-english bundle provides English language support for the datatool package. The English files provide encoding support for UTF-8 and ISO-8859-1 (Latin 1). This bundle also includes limited support for Old English (Anglo-Saxon) mainly to provide an example for a language that has multiple scripts (in this case, Latin and Runic) or for a language that has an extended Latin or non-Latin script.

This package introduces a new mechanism to create objects like the well known C structures. The functions exported by this package are quite low level, and many important mechanisms like member protection and name resolution aren't already defined and should be introduced by intermediate packages.

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.

This is a BibLaTeX style that implements the Chicago author-date and notes with bibliography style specifications given in the Chicago Manual of Style, 17th edition (with continuing support for the 16th edition, too). The style implements entry types for citing audio-visual materials, among many others.

This package provides a tutorial aimed at introducing undergraduate students to LaTeX, including an introduction to LaTeX Workshop in Visual Studio Code and an example package of user-defined LaTeX commands.

SplitIndex consists of a LaTeX package, splitidx, and a small program, splitindex. The package may be used to produce one index or several indexes. Without splitindex, the number of indexes is limited by the number of TeX's output streams. But using the program you may use even more than 16 indexes: splitidx outputs only a single file and the program splits that file into several raw index files and calls your favorite index processor for each of the files.

This package provides an easy way to read in JSON data from files or strings in LaTeX documents, parse the data and store it in a user-defined token variable.

Latino sine Flexione (or Interlingua) is a language constructed by Giuseppe Peano at the beginning of the last century. This simplified Latin is designed to be an instrument for international cooperation, especially in the academic sphere. This package provides the necessary translations to use the language within a LaTeX document. It also imports fontenc in order to be able to use ligatures and quotation marks. Finally, it offers a text in Interlingua that can be used as a dummy text: Fundamento de intelligentia.

The package enables the user to produce and typeset one or more indexes simultaneously with a document. The package is known to work in LaTeX documents processed with pdfLaTeX, XeLaTeX and LuaLaTeX. If makeindex is used for processing the index entries, no particular setting up is needed. When using Xindy or other programs, it is necessary to enable shell escape; shell escape is also needed if splitindex is used.

BaskervilleF is a fork from the Libre Baskerville fonts (Roman, Italic, Bold only). Their fonts are optimized for web usage, while BaskervilleF is optimized for traditional TeX usage, normally destined for production of PDF files. A bold italic style was added and mathematical support is offered as an option to newtxmath.

This bundle provides generic access to Unicode Consortium data for TeX use. It contains a set of text files provided by the Unicode Consortium which are currently all from Unicode 8.0.0, with the exception of MathClass.txt which is not currently part of the Unicode Character Database. Accompanying these source data are generic TeX loader files allowing this data to be used as part of TeX runs, in particular in building format files. Currently there are two loader files: one for general character set up and one for initializing XeTeX character classes as has been carried out to date by unicode-letters.tex.

The package provides macros for typesetting math formulas in mixed horizontal and vertical mode, automatically as best fit. It provides an environment mathpar that behaves much as a loose centered paragraph where words are math formulas, and spaces between them are larger and adjustable. It also provides a macro \inferrule for typesetting fractions where both the numerator and denominator may be sequences of formulas that will be also typeset in a similar way. It can typically be used for typeseting sets of type inference rules or typing derivations.

This package serves Mongolian written with Cyrillic letters, using T2A-encoded output.

The distribution contains the class (which offers an option file for preprints), a template, and macros for writing articles in Progress of Theoretical Physics.

This is a small package providing some (French) 2D commands for TikZ to use a ``freehand style'' drawing, define and mark points, and draw colored segments.

This LaTeX document class implements the formatting requirements of the University of Toronto School of Graduate Studies (SGS), as of Fall 2020.

The BrushScript font simulates hand-written characters; it is distributed in Adobe Type 1 format (but is available in italic shape only). The package includes the files needed by LaTeX in order to use that font.

The feynmf package provides an interface to Metafont to use simple structure specifications to produce relatively complex diagrams. While the package was designed for Feynman diagrams, it could in principle be used for diagrams in graph and similar theories, where the structure is semi-algorithmically determined.

This package provides a LuaLaTeX package to draw pixel-art pictures using TikZ.