The package provides an all purpose songbook style. Three types of output may be created from a single input file: ``words and chords'' books for the musicians to play from, ``words only'' songbooks for the congregation to sing from, and overhead transparency masters for congregational use.

The package will also print a table of contents, an index sorted by title and first line, and an index sorted by key, or by artist/composer. The package attempts to handle songs in multiple keys, as well as songs in multiple languages.

seqsplit provides a command \seqsplit, which makes its argument splittable anywhere, and then leaves the TeX paragraph-maker to do the splitting. The package is suitable for situations when one needs to type long sequences of letters or of numbers in which there is no obvious break points to be found, such as in base-sequences in genes or calculations of transcendental numbers. While the package may obviously be used to typeset DNA sequences, the user may consider the dnaseq as a rather more powerful alternative.

This package supports common layouts for tabular column heads in whole documents, based on one-column tabular environment. In addition, it can create multi-lined tabular cells.

The package also offers:

• a macro which changes the vertical space around all the cells in a tabular environment,

• macros for multirow cells, which use the facilities of the multirow package,

• macros to number rows in tables, or to skip cells;

• diagonally divided cells;

• horizontal lines in tabular environments with defined thickness.

\printlength{length} prints the value of a LaTeX length in the units specified by \uselengthunit{unit}, where unit may be any TeX length unit: pt, pc, in, mm, cm, bp, dd or cc). When the unit is pt, the printed length value will include any stretch or shrink; otherwise these are not printed. The unit argument may also be PT, in which case length values will be printed in point units but without any stretch or shrink values.

The package enhances LaTeX's cross-referencing features, allowing the format of references to be determined automatically according to the type of reference. The formats used may be customised in the preamble of a document; Babel support is available (though the choice of languages remains limited: currently Danish, Dutch, English, French, German, Italian, Norwegian, Russian, Spanish and Ukrainian).

The package also offers a means of referencing a list of references, each formatted according to its type. In such lists, it can collapse sequences of numerically-consecutive labels to a reference range.

MetaPlot is a set of MetaPost macros for manipulating pre-generated plots (and similar objects), and formatting them for inclusion in a MetaPost figure. The intent is that the plots can be generated by some outside program, in an abstract manner that does not require making decisions about on-page sizing and layout, and then they can be imported into MetaPlot and arranged using the full capabilities of MetaPost. Metaplot also includes a very flexible set of macros for generating plot axes, which may be useful in other contexts as well.

Hepnames provides a pair of LaTeX packages, heppennames and hepnicenames, providing a large set of pre-defined high energy physics particle names built with the hepparticles package. The packages are based on pennames.sty by Michel Goosens and Eric van Herwijnen. Heppennames re-implements the particle names in pennames.sty, with some additions and alterations and greater flexibility and robustness due to the hepparticles structures, which were written for this purpose. Hepnicenames provides the main non-resonant particle names from heppennames with more friendly names.

The SemanTeX package for LaTeX delivers a more semantic, systematized way of writing mathematics, compared to the classical math syntax in LaTeX. The system uses keyval syntax, and the user can define their own keys and customize the system down to the last detail. At the same time, care has been taken to make the syntax as simple, natural, practical, and lightweight as possible. Furthermore, the package has a companion package, called stripsemantex, which allows you to completely strip your documents of SemanTeX markup to prepare them e.g., for publication.

This is an experimental package which implements an environment, blockarray, that may be used in the same way as the array or tabular environments of standard LaTeX, or their extended versions defined in array. If used in math-mode, blockarray acts like array, otherwise it acts like tabular. The package implements a new method of defining column types, and also block and block* environments, for specifying sub-arrays of the main array. What's more, the \footnote command works inside a blockarray.

PyLuaTeX allows you to execute Python code and to include the resulting output in your LaTeX documents in a single compilation run. LaTeX documents must be compiled with LuaLaTeX for this to work. PyLuaTeX runs a Python InteractiveInterpreter (actually several if you use different sessions) in the background for on-the-fly code execution. Python code from your LaTeX file is sent to the background interpreter through a TCP socket. This approach allows your Python code to be executed and the output to be integrated in your LaTeX file in a single compilation run.

This is a package for use with pdfTeX, to make nice presentation slides. Its aims are: to devise a method for easier technical presentation; to help the mix of mathematical formulae with text and graphics which other present day document processing tools fail to accomplish; to exploit the platform independence of TeX so that presentation documents become portable; and to offer the freedom and possibilities of using various backgrounds and other embellishments that a user can imagine to have in as presentation.

The package can make use of the facilities of the PPower4 post-processor.

The package allows the definition of \verb variants which add TeX code before and after the verbatim text (e.g., quotes or surrounding \fbox{}). When used together with the shortvrb package it allows the definition of short verbatim characters which use this package's variant instead of the normal \verb. In addition, it is possible to collect an argument verbatim to either typeset or write it into a file. The \Verbdef command defines verbatim text to a macro which can later be used to write the verbatim text to a file.

Arabic-Latin Modern Fixed is an extension of TeX-Gyre Latin Modern Mono 10 Regular. Every glyph and OpenType feature of the Latin Modern Mono has been retained, with minor improvements. On the other hand, we have changed the vertical metrics of the font.

The unique feature of Arabic-Latin Modern is its treatment of vowels and diacritics. Each vowel and diacritic (ALM Fixed contains a total of 68 such glyphs) may now be edited horizontally within any text editor or processor. Editing complex Arabic texts will now be much easier to input and to proofread.

This package provides the command \hrefdisplayonly (additionally to \href provided by the hyperref package). While the (hyperlinked) text appears like an ordinary \href in the compiled PDF file, the same text will be hidden when printing the text. Hiding is actually achieved by making the text the same colour as the background, thus preserving the layout of the rest of the text.

Further, the commands \hycon and \hycoff can be used to simulate switching option ocgcolorlinks of the hyperref package on and off. This package is possibly obsolete.

The package is a multilingual index processor with the following features:

• mostly compatible with makeindex and upper compatible with mendex;

• supports UTF-8 and works with upLaTeX, XeLaTeX and LuaLaTeX;

• supports Latin (including non-English), Greek, Cyrillic, Korean Hangul and Chinese Han (Hanzi ideographs) scripts, as well as Japanese Kana.

• supports Devanagari, Thai, Arabic and Hebrew scripts (experimental).

• supports four kinds of sort orders (Pinyin, Radical-Stroke, Stroke and Zhuyin) for Chinese Han scripts (Hanzi ideographs).

• applies International Components for Unicode (ICU) for sorting process.

This package provides a Perl/Tk-based GUI for easy access to package documentation for TeX on Unix platforms; the databases it uses are based on the texmf/doc subtrees of teTeX, but database files for local configurations with modified/extended directories can be derived from them. Note that texdoctk is not a viewer itself, but an interface for finding documentation files and opening them with the appropriate viewer; so it relies on appropriate programs to be installed on the system. However, the choice of these programs can be configured by the sysadmin or user.

This a fork of footmisc package allowing to use hyperref. The package provides means of changing the layout of the footnotes themselves, a way to number footnotes per page, to make footnotes disappear in a moving argument and to deal with multiple references to footnotes from the same place. The package also has a range of techniques for labelling footnotes with symbols rather than numbers. Some of the functions of the package are overlap with the functionality of other packages.

Don't be seduced by fnpara, whose implementation is improved by the present package.

This class makes it easy to generate tables that show many different kerning pairs of an arbitrary font, usable by LaTeX. It shows the kerning values that are used in the font by default. In addition, this class enables the user to alter the kernings and to observe the results. Kerning pairs can be defined for groups of similar glyphs at the same time. An .mtx file is generated automatically. The .mtx file may then be loaded by fontinst to introduce the user-made kernings into the virtual font for later use in LaTeX.

This package provides a slide format which produces slides with a simple PowerPoint-like appearance. Several useful features include:

• use of standard titlepage to produce title slide;

• several slide environments including plain (page with a title), double slide (two column page with slide title), item slide (item list with title), left item slide, and right item slide;

• Logos are placed in the upper left corner of each slide if the logo file logo.eps is present.

The output is pre-configured in landscape mode and uses Times Roman by default.

The hyperref package is used to handle cross-referencing commands in LaTeX to produce hypertext links in the document. The package provides backends for the \special set defined for HyperTeX DVI processors; for embedded pdfmark commands for processing by Acrobat Distiller (dvips and Y&Y's dvipsone); for Y&Y's dviwindo; for PDF control within pdfTeX and dvipdfm; for TeX4ht; and for VTeX's pdf and HTML backends. The package is distributed with the backref and nameref packages, which make use of the facilities of hyperref.

The package extends the LaTeX labelling system: whenever a label is set, the values of counters (selected by the user) are recorded, along with the label. The value of these counters can be recalled with a command similar to \pageref.

The package also adds commands \sNAMEref (for each counter NAME that the user has selected); these commands display something only if the value of the NAME counter is changed from when the label was set. Many commands are provided to serve as a macro programming environment for using the extended labels.

The C.D.P. Bundle can be used to typeset high-quality business letters formatted according to Italian style conventions. It is highly configurable, and its modular structure provides you with building blocks of increasing level, by means of which you can compose a large variety of letters. It is also possible to write letters divided into sections and paragraphs, to include floating figures and tables, and to have the relevant indexes compiled automatically. A single input file can contain several letters, and each letter will have its own table of contents, etc., independent from the other ones.

The package numprint prints numbers with a separator every three digits and converts numbers given as 12345.6e789 to 12\,345,6\cdot 10^{789}. Numbers are printed in the current mode (text or math) in order to use the correct font.

Many things, including the decimal sign, the thousand separator, as well as the product sign can be changed by the user. If an optional argument is given it is printed upright as unit. Numbers can be rounded to a given number of digits. The package supports an automatic, language-dependent change of the number format.

The examplep package provides sophisticated features for typesetting verbatim source code listings, including the display of the source code and its compiled LaTeX or Metapost output side-by-side, with automatic width detection and enabled page breaks (in the source), without the need for specifying the source twice. Special care is taken that section, page and footnote numbers do not interfere with the main document. For typesetting short verbatim phrases, a replacement for the \verb command is also provided in the package, which can be used inside tables and moving arguments such as footnotes and section titles.