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.

This package provides MetaPost macros for drawing secondary school mathematics figures in a coordinate system: axis, grids points, vectors functions (curves, tangents, integrals, sequences) statistic diagrams plane geometry (polygons, circles), arrays and game boards.

The style is designed for use with the musuos class, but it should be usable with other classes, too.

This bundle allows marking-up of CWEB code in LaTeX. The distribution includes the ``Counting Words'' program distributed with CWEB, edited to run with LaTeX.

This package adds new fields of ``name'' type to the standard entry types of BibLaTeX. For example, maineditor, for a @collection, means the editor of @mvcollection, and not the editor of the @collection.

This is a package version of nfssfont.tex; it enables you to print a table of the characters of a font and/or some text (for demonstration or testing purposes), from within a document.

Breton (being, principally, a spoken language) does not have typographic rules of its own; this package provides an appropriate selection of French and British typographic rules.

This allows the user to set tensor-style super- and subscripts with offsets between successive indices. It supports the typesetting of tensors with mixed upper and lower indices with spacing, also typeset preposed indices.

This template supports doctoral and master dissertations and undergraduate theses in Chinese. It aims to create a simple interface, a normative format, as well as a hackable class for the users. At present, it only supports XeTeX and LuaTeX engines.

This is an add-on for the gb4e package used in linguistics. It implements the \Next, \NNext, \Last, and \LLast commands from the linguex package or the \nextx, \anextx, \lastx, \blastx, and \bblastx commands from the expex package.

This package supports typesetting CJK documents. It allows users to specify the two ratios between the leading and the font size of the body text and the footnote text. For CJK typesetting, these ratios usually range from 1.5 to 1.67. This package is also capable of restoring the math leading to that of the Latin text (usually 1.2 times the font size).

The Math Design project offers mathematical fonts that match with existing text fonts. To date, three free font families are available: Adobe Utopia, URW Garamond and Bitstream Charter. Mathdesign covers the whole LaTeX glyph set including AMS symbols. Both roman and bold versions of these symbols can be used. Moreover, there is a choice between three greek fonts (two of them created by the Greek Font Society).

This package adds support for traces in trees created using either the synttree or the qtree package. The package provides two commands (\traceLabel and \traceReference) to set and use a trace.

The ifptex package is a counterpart of ifxetex, ifluatex, etc.: for the pTeX engine. The ifuptex package is an alias to ifptex provided for backward compatibility.

This package provides variants of \fbox: \shadowbox, \doublebox, \ovalbox, \Ovalbox, with helpful tools for using box macros and flexible verbatim macros. You can box mathematics, floats, center, flushleft, and flushright, lists, and pages.

This package provides commands to draw scientific calculator keys with the help of TikZ. It also provides commands to draw the content of screens and of menu items.

The package provides a macro \psbcurve for drawing a Bezier curve. Provision is made for full control of over all the control points of the curve.

This package will provide a complete implementation of unicode maths for XeLaTeX and LuaLaTeX. Unicode maths is currently supported by the following fonts:

• Latin Modern Math,

• TeX Gyre Bonum Math,

• TeX Gyre Pagella Math,

• TeX Gyre Schola Math,

• TeX Gyre Termes Math,

• DejaVu Math TeX Gyre,

• Asana-Math fonts,

• STIX,

• XITS Math,

• Libertinus Math,

• Fira Math.

This package contains the source for Ruscap: a font for rustic capitals --- an ancient Roman calligraphic script --- created with Metafont.

The package provides maps for use with XeLaTeX with coding done using itrans. Fontspec maps are provided for Devanagari (Sanskrit), for Sanskrit in Kannada and for Kannada itself.

The package allows the user to obtain an RGB value (suitable for use in the color package) from a wavelength of light. The default unit is nanometres, but other units may be used. Note that this function is also available within xcolor.

The package provides a collection of commands (whose names are Serbian words) whose expansion is the Serbian word with appropriate apostrophes.

This package provides LuaTeX with just-in-time (JIT) compiler, with and without HarfBuzz.

OpTeX is a LuaTeX format based on Plain TeX macros with power from OPmac (fonts selection system, colors, external graphics, references, hyperlinks, ...) with Unicode fonts.