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

CSplain is a small extension of basic Plain TeX macros from which the formats csplain and pdfcsplain can be generated. It supports: hyphenation of words for 50+ languages, simple and powerful font loading system (various sizes of fonts), TeX, pdfTeX, XeTeX and LuaTeX engines, math fonts simply loaded with full amstex-like features, three internal encodings (IL2 for Czech/Slovak languages, T1 for many languages with latin alphabet and Unicode in new TeX engines), natural UTF-8 input in pdfTeX using encTeX without any active characters, Czech and Slovak special typesetting features. An important part of the package is OPmac, which implements most of LaTeX's features (sectioning, font selection, color, hyper reference and URLs, bibliography, index, table of contents, tables, etc.) by Plain TeX macros. The OPmac macros can generate a bibliography without any external program.

These fonts are designed for titling use, and consist of capital roman letters only. Together with the normal set of base shapes, the family also offers an informal shape. The distribution is as Metafont source. LaTeX support is available in the duerer-latex bundle.

This package contains an ASCII wall chart. The document may be converted between Plain TeX and LaTeX by a simple editing action.

This language support package provides:

• extra 8-bit encoding L7x used by fontenc: l7xenc.def, l7xenc.dfu, l7xenc.sty;

• Lithuanian TeX support for URW family Type1 fonts: map, fd, tfm with L7x encoding;

• extra code page definitions used by inputenc: cp775.def and latin7.def.

This package provides a font and pre-processor suitable for the production of documents written in Sanskrit. Type 1 versions of the fonts are available.

The package offers a template for graduate students writing an academic CV. The goal is to create a flexible template that can be customized based on each specific individual's needs.

The package provides an interface to embed interactive Flash (SWF) and 3D objects (Adobe U3D & PRC), as well as video and sound files or streams in the popular MP4, FLV and MP3 formats into PDF documents with Acrobat-9/X compatibility. Playback of multimedia files uses the built-in Flash Player of Adobe Reader and does, therefore, not depend on external plug-ins. Flash Player supports the efficient H.264 codec for video compression.

The package is based on the RichMedia Annotation, an Adobe addition to the PDF specification. It replaces the now obsolete movie15 package.

This LaTeX package provides commands \drawnimstick to draw a single nim stick and \nimgame which represents games of multi-pile Nim. Nim sticks are drawn with a little random wobble so they look thrown together and not too regular. The package also provides options to customise the size and colour of the sticks, and flexibility to draw heaps of different objects.

This package introduces the \appxnote command, which puts the note's content on a separate Beamer frame shown by the command \printappxnotes. It also creates interactive buttons to move back and forth between the two frames.

This package allows entering Unicode symbols in math formulas. Unlike the unicode-math package, this does not change the math output encoding.

This package provides a showcase of chapter styles available to users of memoir: the six provided in the class itself, plus many from elsewhere (by the present author and others). The package's resources apply only to memoir, but the package draws from a number of sources relating to standard classes, including the fncychap package, and Vincent Zoonekynd's tutorial on headings.

The package provides the language definition file for support of Slovak in Babel, including Slovak variants of LaTeX built-in-names. Shortcuts are also defined.

The package enables the user to visualise the vocal tract. The vocal tract (in the package) is manipulated by a vector of articulation parameters according to the S. Maeda model. Animation may be achieved by providing a sequence of vectors over time (e.g., from Matlab). A sequence of vectors for certain German phonemes is embedded in the package, which allows for animation when no other vector is available. The package's graphics are produced using PSTricks.

The class provides formatting for papers for the annual meeting of the EEGS: Application of Geophysics to Engineering and Environmental Problems, known as SAGEEP.

This package provides LaTeX, pdfLaTeX, XeLaTeX and LuaLaTeX support for the Cormorant Garamond family of fonts, designed by Christian Thalman. The family includes light, regular, medium, semi-bold, and bold weights, with italics.

This package enables the usage of classes as packages. It was originally designed for the l3doc class, which is employed for documenting LaTeX code with numerous useful features. However, employing the l3doc class as a package is not convenient when using the developing class as the style for the document. Therefore, this package provides a simple interface for utilizing classes as packages.

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

The package provides a map for use with Jonathan Kew's TECkit, to translate Tibetan to Unicode (range 0F00-0FFF).

The package provides lipsum-like facilities for the Persian language. The source of the filling text is the Persian epic the Shanameh (100 paragraphs are used).

This package provides LaTeX support for the symbol for the EMF in electric circuits and electrodynamics. It provides support for multiple symbols but does not provide any fonts. The fonts themselves must be acquired otherwise.

epsf-dvipdfmx.tex is a plain TeX file to be \input after epsf.tex when using plain TeX with dvipdfmx. It is needed when an .eps file has anything except the origin for the lower-left of its bounding box.

The package provides classicists with some of the tools that are needed for typesetting scholarly publications dealing with Greek and Latin texts, with special emphasis on Greek verse. As the package's name suggests, its core is a comprehensive set of commands for generating metrical schemes and for placing prosodical marks on text set in the Latin or the Greek alphabet. The rest of the package provides a miscellany of commands for symbols (most of them not directly related to metre) that are often used in critical editions of classical texts.

The package prints a calendar for two or more years, according to a language selection. The package is also culture dependent in the sense that it will start weeks according to local rules: e.g., weeks conventionally start on Monday in the English-speaking world.