XyMTeX is a set of packages for drawing a wide variety of chemical structural formulas in a way that reflects their structure. The package provides three output modes: LaTeX, PostScript and PDF.

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

The package puts running, customizable thumb marks in the outer margin, moving downward as the chapter number (or whatever shall be marked by the thumb marks) increases. Additionally an overview page/table of thumb marks can be added automatically, which gives the names of the thumbed objects, the page where the object/thumb mark first appears, and the thumb mark itself at its correct position. The thumb marks are useful for large documents (such as reference guides, anthologies, etc.), where a quick and easy way to find (for example) a chapter is needed.

This LaTeX package aims to provide users with a simple interface to create multi-column formal resumes.

This package permits drawing objects constructed from strands, like set partitions, permutations, braids, etc.

This package provides local allocation macros, with names taken from etex.sty but with implementation based on the LaTeX 2015 allocation macros.

If your LaTeX document is version-controlled with Git, you might encounter situations, where you want to include some information of your Git repository into your LaTeX document, e.g., to keep track on who gave you feedback on which version of your document. This Git information can be included on every page by a watermark or (for custom needs) via provided variables.

This package provides commands to disable pagebreaking within a given vertical space. If there is not enough space between the command and the bottom of the page, a new page will be started.

The Munich BibTeX style is produced with custom-bib, as a German (and, more generally, Continental European) alternative to such author-date styles as harvard and oxford.

The package establishes Basque conventions in a document.

This package provides a package for typesetting scholarly critical editions, replacing the established ledmac package. The package supports indexing by page and by line numbers, and simple tabular- and array-style environments. The package is distributed with the related eledpar package. The package is now superseded by reledmac.

The package extends the hyperref functionality for creating interactive forms to allow adding Barcode form fields supported by some modern PDF readers. Currently, only pdfTeX is supported.

This package provides a TikZ library for working with tiles, tilings, and tessellations. Using it, one can define tiles, place tiles, deform tiles, and --- in some cases --- apply replacement rules to generate tessellations. It has pre-defined tiles for most of the Penrose tile sets and the aperiodical polykite tiles. This is a replacement for the penrose package, renamed as it now deals with more extensive tiles than just the Penrose tile sets.

This package for cooperative writing supports editorial comments and gives some extra support for writing and submitting papers, such as anonymization commands for any document that involves more than one author or editor. The general behavior of this package is to provide different ways of marking your text, for example with comments or to-do-notes, suggestions to add, remove or change text that can be totally suppressed from the output when desired. Mostly, this can be easily done using one of the three main option states: editing, submit, and publish. Users should use the editing state most of the time. In this state, all markings will appear and anonymization will be off. When submitting, the submit state will provide a clean article, without any markings, but anonymized. It is possible to use the options submit and noanonymize together. Publish will never anonymize. The goal is to make the submit and publish documents states minimally invasive, to avoid any clash with publishers styles.

The document gives a short overview of TeX and its children, as well as the macro packages LaTeX and ConTeXt.

The package provides a basic framework to cite classic works (specially from authors such as Homer, Plato, Aristotle, Descartes, Hume, and Kant) in accordance with traditional pagination systems. It may be used in conjunction with other citation packages.

The package provides upright Greek letters in support of other chemistry packages (such as chemmacros).

This is a pure Lua library, which provides functions and objects for the computation of physical quantities. The package provides units of the SI and the imperial system. In order to display the numbers with measurement uncertainties, the package is able to perform Gaussian error propagation.

This package provides a command \setnormalcolor with the same syntax as the command \color. However, \setnormalcolor will not change the current colour but the normal or default color.

This package enables you to produce oscilloscope ``screenshots''.

This LaTeX2e package provides a general purpose framework to describe and typeset exercises and exam questions along with their solutions. The package features mechanisms to hide or postpone solutions, to assign and handle points, to collect problems on exercise sheets, to store and use metadata, and to implement a consistent numbering. It also provides a very flexible interface for configuring and customising the formatting, layout, and representation of the exercise content.

This package dynamically typesets values generated by different kinds of scripts in LaTeX through the use of ``symbolic links'' (which are not in any way related to the symbolic links used in UNIX systems!). The aim is to reduce errors resulting from out-of-date numbers by directly setting them in the number generating file and importing a ``symbolic link'' into the LaTeX source file. It can be used to import not only numerical values, but strings and pieces of code are also possible. Currently only MATLAB and Python are supported to produce dynamic number list files.

MonTeX provides Mongolian and Manju support for the TeX and LaTeX community. It provides all necessary characters for writing standard Mongolian in Cyrillic and Classical (aka Traditional or Uighur) writing, and Manju as well as transliterated Tibetan texts, for which purpose a number of additional characters was created.

In MonTeX, both Mongolian and Manju are entered in romanized form. The retransliteration (from Latin input to Mongolian and Manju output) is completely realized in TeX and Metafont so that no external preprocessor is required. Please note that most of the enhanced functions of MonTeX require a working e-LaTeX environment. This is especially true when compiling documents with Mongolian or Manju as the main document language. It is recommended to choose pdfLaTeX as the resulting PDF files are truly portable. Vertical text generated by MonTeX is not supported in DVI.

The package provides commands and supporting PostScript material for drawing images as if reflected by a spherical mirror.