The package offers a document class for typesetting theses and dissertations at the University of Tabriz. The class requires use of XeLaTeX.

This package makes the numbers of \section commands come out with a trailing dot. It includes a command whereby the same can be made to happen with other sectioning commands.

The package provides special PGF/TikZ nodes for the text, marginpar, footer and header area of the current page. They are inspired by the current page node defined by PGF/TikZ itself.

The package provides LaTeX, pdfLaTeX, XeLaTeX and LuaLaTeX support for the Quattrocento and Quattrocento Sans families of fonts, designed by Pablo Impallari; the fonts themselves are also provided, in both TrueType and Type1 format. Quattrocento is a classic typeface with wide and open letterforms, and great x-height, which makes it very legible for body text at small sizes. Tiny details that only show up at bigger sizes make it also great for display use. Quattrocento Sans is the perfect sans-serif companion for Quattrocento.

The package provides an indirection scheme for XeTeX to use the PSTricks xdvipdfmx.cfg configuration file, so that XeTeX documents will load it in preference to the standard pstricks.con configuration file. With this configuration, many PSTricks features can be used in XeLaTeX or plain XeTeX documents.

This package defines a path generation function for PGF/TikZ which implements Hobby's algorithm for a path built out of Bezier curves which passes through a given set of points.

This LaTeX package provides commands to print timetables, lists of appointments and exams. Also it is possible to draw calendars of specified ranges (and mark dates which were previously listed).

This (Perl) script displays the definitions of (La)TeX command sequences/macros. Various options allow the selection of the used class as well as package files and other factors that may influence the definition (before/after the preamble, inside an environment, ...). The script creates a temporary TeX file which is then compiled using (La)TeX to find the \meaning of the command sequence. The result is formatted and presented to the user. Length or number command sequences (dimensions, \char..., count registers, ...) are recognized and the contained value is also shown (using \the). Special definitions like protected macros are also recognized and the underlying macros are shown as well. The script will show plain TeX definitions by default. LaTeX and ConTeXt are supported, including flavours (pdf(La)TeX, Lua(La)TeX, Xe(La)TeX, ...). The flavour can be selected using a command line option, or via the script name: latexdef will use LaTeX as default, etc.

Graphbox is an extension of the standard graphicx LaTeX2e package to allow the placement of graphics relative to the ``current position'' using additional optional arguments of \includegraphics. For example, changing the vertical alignment is convenient for using graphics as elements of (mathematical) formulae. Options for shifting, smashing and hiding the graphics may be useful in support, for example, of the Beamer framework.

This package patches graphics driver dvipdfmx to support correct scaling in vertical direction of Japanese pTeX and upTeX.

This package provides a font with LuaLaTeX support for describing card games.

This package distributes cont-sys.mkxl and cont-sys.mkiv files to update the ConTeXt filename cache if the system ls-R files are modified (typically by mktexlsr). It also sets the default paper size from the context-papersize.tex file which TeX Live creates/updates. It also includes stubs to run the luatools, contextjit, and mtxrunjit scripts.

This package provides two shorthands for typesetting breaking and non-breaking small spaces, where both hyphenation and kerning against space are correctly applied. Additionally, interword kerning can be applied.

This package provides TeX to PostScript generic macros and add-ons: transformations of EPS files, prepress preparation, color separation, mirror, etc.

This package provides a simple compilation of the genealogical symbols found in the wasy and gen fonts, adding the male and female symbols to Knuth's gen font, and so avoiding loading two fonts when you need only genealogical symbols. The font is distributed as Metafont source.

The package offers LaTeX macros for typesetting critical editions of poetry. Its features include automatic linenumbering, generation of separate endnotes sections for emendations, textual collations, and explanatory notes, special marking for cases in which page breaks occur during stanza breaks, running headers of the form Notes to pp.: xx-yy for the notes sections, index of titles and first lines, and automatic generation of a table of contents.

Package TIPA uses the T3 encoding for producing IPA characters. The package is widely used in the field of linguistics, but because of the old encoding, the output documents are less productive than Unicode-based documents. This package redefines most of the TIPA-commands for outputting Unicode characters. Users can now use their beloved TIPA shortcuts with the benefits of Unicode, i.e., searchability, copy-pasting, changing the font and many more.

As this package needs the fontspec package for loading an IPA font, it needs to be compiled with XeLaTeX or LuaLaTeX. This package can also be viewed as an ASCII-based input method for producing IPA characters in Unicode. It needs the New Computer Modern font for printing IPA characters.

The package enables selection of 5 standard Japanese fonts for pLaTeX and dvips.

The package adds reference-page-list to bibliography-items. It does its job without using the indexing facilities, and needs no special \cite-replacement package.

The package offers BibLaTeX support for citations in German legal texts.

This package allows a second bibliography, optionally with a different title, after the main bibliography.

This is a LaTeX package that will display text as on an (early) LCD display (the output is very visibly pixellated). It assumes 8-bit input in its internal verbatim-style environment.

The lualinalg package is developed to perform operations on vectors and matrices defined over the field of real or complex numbers inside LaTeX documents. It provides flexible ways for defining and displaying vectors and matrices. No particular environment of LaTeX is required to use commands in the package. The package is written in Lua, and .tex file is to be compiled with the LuaLaTeX engine. It may also save users efforts to copy vectors and matrices from other software (which may not be in LaTeX-compatible format) and to use them in a TeX file. The vectors and matrices of reasonable size can be handled with ease. The package can be modified or extended by writing custom Lua programs.

This package provides a BibTeX style file made with custom-bib to fit Frontiers in Bioscience requirements.