This package defines macros for drawing Feynman graphs in LaTeX documents. It is an important update of the axodraw package, but since it is not completely backwards compatible, we have given the style file a changed name.

Many new features have been added, with new types of line, and much more flexibility in their properties. In addition, it is now possible to use axodraw2 with pdfLaTeX, as well as with the LaTeX-dvips method. However with pdfLaTeX (and also LuaLaTeX and XeLaTeX), an external program, axohelp, is used to perform the geometrical calculations needed for the pdf code inserted in the output file. The processing involves a run of pdflatex, a run of axohelp, and then another run of pdflatex.

This package provides a class and style file that supports the typesetting of plays, including options for line numbering.

In Japanese typesetting, opening parentheses placed at the beginning of paragraphs or lines are treated specially. This package adjusts the position of parentheses accordingly.

Typesetting a frontispiece independently of the layout of the main document is difficult. This package provides a solution by producing an auxiliary TeX file to be typeset on its own and the result is automatically included at the next run. The markup necessary for the frontispiece is written in the main document in a frontespizio environment. Documentation is mainly in Italian, as the style is probably apt only to theses in Italy.

The package provides a version of graphicx that avoids loading the graphics bundle's (original) keyval package, which clashes with PSTricks use of xkeyval.

This package provides a convenient environment for writing IARIA (International Academy, Research, and Industry Association) scholar publications. It does not implement the specifications for the IARIA citation style, for which you have to use the iaria class.

This package provides an Italian translation of documentation provided with the fancyhdr package.

The Helmholtz-Ellis JI Pitch Notation (HEJI), devised in the early 2000s by Marc Sabat and Wolfgang von Schweinitz, explicitly notates the raising and lowering of the untempered diatonic Pythagorean notes by specific microtonal ratios defined for each prime. It provides visually distinctive logos distinguishing families of justly tuned intervals that relate to the harmonic series. These take the form of strings of additional accidental symbols based on historical precedents, extending the traditional sharps and flats. Since its 2020 update, HEJI version 2 (HEJI2) provides unique microtonal symbols through the 47-limit. This package is a simple LaTeX implementation of HEJI2 that allows for in-line typesetting of microtonal accidentals for use within theoretical texts, program notes, symbol legends, etc. Documents must be compiled using XeLaTeX.

This package provides advanced facilities for inline and display quotations. It is designed for a wide range of tasks ranging from the most simple applications to the more complex demands of formal quotations. The facilities include commands, environments, and user-definable smart quotes which dynamically adjust to their context. Quotation marks are switched automatically if quotations are nested and they can be adjusted to the current language if the babel package is available. There are additional facilities designed to cope with the more specific demands of academic writing, especially in the humanities and the social sciences. All quote styles as well as the optional active quotes are freely configurable.

This package provides a simple macro \resmes that prints the measure restriction symbol.

The customdice package for LaTeX, LuaLaTeX and XeTeX that provides functionality for drawing dice. The aim is to provide highly-customisable but simple-to-use commands, allowing: adding custom text to dice faces; control over colouring; control over sizing.

The package provides support for typesetting Thai text within the Babel system.

The rotpages package allows you to format documents where small sets of pages are rotated by 180 degrees and rearranged, so that they can be read by turning the printed copy upside-down. It was developed for collecting exercises and solutions: using the package, you can print the exercise text normally and the solutions rotated.

This package was developed to help French chemistry teachers to create drawings (using TikZ) for laboratory stuff.

The package allows the attachment of an arbitrary superior figures font to a font family that lacks one. (Superior figures are commonly used as footnote markers.) Two superior figures fonts are provided --- one matching Times, the other matching Libertine.

This package makes a very minor change to the operation of the \cite command so that multiple citations may break at line end. Note that the change is not necessary in unmodified LaTeX; however, there remain packages that restore the undesirable behaviour of the command as provided in LaTeX 2.09. Neither cite nor natbib make this mistake.

Petri-nets offers a set of TeX/LaTeX packages about Petri nets and related models. Three packages are available: the first allows the user to draw Petri-nets in PostScript documents; the second defines macros related to PBC, M-nets and B(PN) models; and a third that combines the other two.

This document aims to introduce LaTeX and Polyglossia for Indian languages. Though the document often discusses the language Marathi, the discussion applies to other India languages also. We assume that the user of this document knows basic (La)TeX or has, at least, tried her hand on it. This document is not very suitable for first time users.

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 style file makes the alchemical and astrological symbols accessible in Unicode.

The bundle is a small collection of styles for BibLaTeX. It was designed for citations in the Humanities, following the guidelines of style of the institutes for the social sciences of the Leibniz University Hannover/LUH (especially the Institute of Political Science).

The package enables you to embed Python code in LaTeX, and insert the script's output in the document.

Light LaTeX Make (llmk) is yet another build tool specific for LaTeX documents. Its aim is to provide a simple way to specify a workflow of processing LaTeX documents and encourage people to always explicitly show the right workflow for each document. You can describe the workflows either in an external file llmk.toml or in a LaTeX document source in the form of magic comments. It provides a uniform way to describe the workflows available for nearly all TeX environments, and behaves exactly the same in any environment. At this point, llmk intentionally does not provide any method for user configuration. Therefore one can guarantee that for a LaTeX document with an llmk setup, the process of typesetting the document will be reproduced in any TeX environment with the program.

This class facilitates the preparation of Research and Innovation Action (RIA) and Innovation Action (IA) funding proposals for the European Commission's Horizon Europe program. The class is a conversion of the official Part B template into LaTeX; it preserves the formatting and most of the instructions of the original version, and has the additional feature that tables (listing the participants, work packages, deliverables, etc.) are generated according to data supplied by the user.