This package defines an array/matrix-type environment that is used with the subfigure package to automate the placement of sub-figures (or tables or text). The sub-figures are placed left-to-right, top-to-bottom.

The flowfram package enables you to create frames in a document such that the contents of the document environment flow from one frame to the next in the order in which they were defined. This is useful for creating posters or magazines, indeed any form of document that does not conform to the standard one or two column layout.

The package provides tools to typeset drama plays. It defines commands to introduce characters lines, to render stage directions, to divide a play into acts and scenes and to build the dramatis personae automatically.

This package selects the input encoding by specifying pairs of input characters and their glyph names.

The package provides a counter style (like \arabic, \alph and others) which produces output strings like primeiro (``first'' in Portuguese), segundo, (``second''), and so on up to 1999th. Separate counter commands are provided for different letter case variants, and for masculine and feminine gender inflections.

This package permits easily typesetting arithmetical restorations using LaTeX.

The cmtiup fonts address a problem with the appearance of punctuation in italic text in mathematical documents. To achieve this, all punctuation characters are upright, and kerning between letters and punctuation is adjusted to allow for the italic correction. The fonts are implemented as a set of .vf files; a package for support in LaTeX is provided.

This package, derived from TemporaLGCUni by Alexej Kryukov, is meant as a companion to Times text font packages, providing Greek and Cyrillic in matching weights and styles. OpenType and Type1 fonts are provided, with LaTeX support files giving essentially complete LGR coverage of monotonic, polytonic and ancient Greek, and almost full T2A coverage of Cyrillic.

The package provides commands for detecting pTeX and its derivatives (e-pTeX, upTeX, e-upTeX, and ApTeX). Both LaTeX and plain TeX are supported.

This is a small wrapper for the expex package, adding ways to define, use, and summarize glossing abbreviations. It also provides commands to refer to examples, as well as some inline formatting commands commonly used in linguistics.

This package defines two macros to convert a value with unit into one with another unit. Supported are all TeX related units, and also km and m. The output can be in scientific notation for large values. The package only works with LuaLaTeX.

The package (which runs under XeLaTeX) lets you bind fonts to specific Unicode blocks, for automatic font tagging of multilingual text.

The package defines maths mode commands for typesetting Gottlob Frege's concept-script in the style of his Grundgesetze der Arithmetik (Basic Laws of Arithmetic).

This package provides the geradwp class, a class based on article and compatible with LaTeX. With this class, researchers at GERAD will be able to write their working paper while complying to all the presentation standards required by the Cahiers du GERAD series.

This package provides an easy way to input slides on note pages quickly.

This package is a wrapper for the qrcode package. It can be used to generate valid EPC QR codes by providing syntax and validity checks, e.g., verifying the correctness of the IBAN.

This package lets you typeset keywords of the version control system Subversion inside your LaTeX files anywhere you like. Unlike the otherwise similar package svn, the use of multiple files for one LaTeX document is well supported. The package interacts with an external Perl script, to retrieve information necessary for the required output.

This package extends TikZ with tools to create map graphics. The provided coordinate system relies on the Web Mercator projection used on the Web by OpenStreetMap and others. The package supports the seamless integration of graphics from public map tile servers by a Python script. Also, common map elements like markers, geodetic networks, bar scales, routes, orthodrome pieces, and more are part of the package.

The package simulates typical word processor layout: narrow page margins, Times, Helvetica and Courier fonts, \LARGE or \Large headings, and \sloppy typesetting.

The package aims at making life easier for users who are discontent with LaTeX's standard layout settings because they need a layout that resembles the usual ``wordlike'' output.

The package addresses, for LaTeX documents, the severe limitation on the number of output streams that TeX provides. The package uses a single TeX output stream, and writes marked-up output to this stream. The user may then post-process the marked-up output file, using LaTeX, and the document's output appears as separate files, according to the calls made to the package. The output to be post-processed uses macros from the widely-available ProTeX package.

The package provides commands to typeset amounts and units consistently and offers an easy-to-use key-value syntax to convert one unit into another (for example dag to g).

This package provides right- and left-pointing hands in both black-on-white and white-on-black realisation. The font is distributed as Metafont source.

This is a modified version of the pas-cours package made compatible with XeLaTeX and Polyglossia to write Arabic documents with fancy boxed theorem-alike environments.

This package is based on code to equalise the height of subscripts in maths. The default behaviour is to place subscripts slightly lower when there is a superscript as well, but this can look odd in some situations.