This packages provides a collection of programming tools for Beamer. Currently, it provides the control sequence \redefbeamertemplate for redefining a predefined Beamer template.

The package generates QR (Quick Response) codes in LaTeX, without the need for PSTricks or any other graphical package.

This library implements a collection of easing functions and adds them to the PGF mathematical engine.

The svrsymbols package is a LaTeX interface to the SVRsymbols font. The glyphs of this font are ideograms that have been designed for use in physics texts.

Academics often need to submit anonymous versions of their papers for peer-review. This often requires anonymization which at some future date needs to be reversed. However de-anonymizing an anonymized paper can be laborious and error-prone. This LaTeX package allows anonymization options to be specified at the time of writing for authors using acmart.cls, the official ACM master article template. Anonymization or deanonymization is carried out by simply changing one option and recompiling.

This package enables the use of PSTricks directly in LuaLaTeX documents, without invoking external programmes, by implementing a PostScript interpreter in Lua. Therefore it does not require shell escape to be enabled or special environments, and instead allows PSTricks to be used exactly like in Dvips based documents.

The package provides a file list (similar to that offered by \listfiles), neatly laid out as a table. The main document can be included in the list, and a command is available for providing RCS-maintained data for printing in the file list.

units is a package for typesetting physical units in a standard-looking way. The package is based upon nicefrac, a package for typing fractions. nicefrac is included in the units bundle.

The package provides mid-level access to Tengwar fonts, providing good quality output. Each tengwar sign is represented by a command, which will place the sign nicely in relation to previous signs. A transcription package is available from the package's home page: writing all those tengwar commands would quickly become untenable. The package supports the use of a wide variety of tengwar fonts that are available from the net; metric and map files are provided for all the supported fonts.

pdfArticle is simple document class dedicated for creating PDF documents with LuaLaTeX.

This package defines a command \outputonly, whose argument is a list of pages to be output. With the command present in the header, only those pages are output.

The package provides a macro \sidenote, that places a note in the margin of the document, with its baseline aligned with the baseline in the body of the document. These sidenotes are numbered (both in the text, and on the notes themselves).

This package provides a LaTeX package and font definition files to access the Concrete mathematics fonts, which were derived from Computer Modern math fonts using parameters from Concrete Roman text fonts.

The package extracts information in .bib files, makes it available in the current document, and sorts lists of entries according to that information and the user's specifications. Citation and bibliography styles can then be written directly in TeX, without any use of BibTeX. The package works with all formats that use plain TeX's basic syntactic sugar; the distribution includes a third-party file for ConTeXt and a style file for LaTeX.

The package provides techniques for adding flip book animations in the corner of your LaTeX documents (using images or ASCII art). Animations are defined as a set of numbered files (e.g., im1.pdf, im2.pdf, ...). The package relies on fancyhdr to control the corners.

The bundle contains Swedish versions of the standard bibliography styles, and of the style plainnat. The styles should be functionally equivalent to the corresponding original styles, apart from the Swedish translations. The styles do not implement Swedish collation.

The KOMA-Script bundle provides replacements for the article, report, and book classes with emphasis on typography and versatility. There is also a letter class. The bundle also offers: a package for calculating type areas in the way laid down by the typographer Jan Tschichold, packages for easily changing and defining page styles, a package scrdate for getting not only the current date but also the name of the day, and a package scrtime for getting the current time. All these packages may be used not only with KOMA-Script classes but also with the standard classes.

This package provides the binaries for texlive-chktex.

The bundle contains documentation files for Japanese pBibTeX and upBibTeX. For historical reasons, this also contains old documentation files for JBibTeX.

Package graphicx provides a useful keyword viewport which allows to show just a part of an image. However, one needs to put there the actual coordinates of the viewport window. Sometimes it is useful to have relative coordinates as fractions of natural size. For example, one may want to print a large image on a spread, putting a half on a verso page, and another half on the next recto page. For this one would need a viewport occupying exactly one half of the file's bounding box, whatever the actual width of the image may be. This package adds a new keyword rviewport to the graphicx package specifying relative viewport for graphics inclusion: a window defined by the given fractions of the natural width and height of the image.

The package allows the user to include several bibliographies covering different topics or bibliographic material into a document (e.g., one bibliography for primary literature and one for secondary literature). The package provides commands to include either all references from a .bib file, only the references actually cited or those not cited in your document. The user has to construct a separate .bib file for each bibliographic topic, each of which will be processed separately by BibTeX. If you want to have bibliographies specific to one part of a document, see the packages bibunits or chapterbib.

This package provides some commands to define and manage conditional content in a LaTeX source document. A conditional content, in the sense within this is understood in this package, is a text (including mathematical or other formulas) and/or a graphical element (diagram, figure, image...) as substitutable forms, which, according to a condition test, may or may not appear in the generated document. One of the most common forms of conditional content management is multilingual; but it can also include versioning, confidentiality levels, and so on.

The philosophy of this package is based on the respective notions of condition field, condition property and condition space. With this package, any substitutable form in a source document is identified by a condition field and a condition property. The condition field is a functional theme that allows you to group together substitutable forms for the same conditional management. The condition property is a functional characterization specific to each substitutable form of a single condition domain. The condition space is used to designate the substitutable form(s) that must appear in the generated document. A condition space is defined by specifying a condition domain and a condition property to match with one or more substitutable forms.

Identify areas of text to be marked with changebars with the \cbstart and \cbend commands; the bars may be coloured. The package uses drivers to place the bars; the available drivers can work with dvitoln03, dvitops, dvips, the emTeX and TeXtures DVI drivers, and VTeX and pdfTeX.

The package provides a Perl script that converts a .sty file (LaTeX package) to .dtx format (documented LaTeX source), by surrounding macro definitions with macro and macrocode environments. The macro name is automatically inserted as an argument to the macro environment. Code lines outside macro definitions are wrapped only in macrocode environments. Empty lines are removed. The script should not be thought to be fool proof and 100% accurate but rather as a good start to the business of making a .dtx file from an undocumented style file. Full .dtx files are generated. A template based on the skeleton file from dtxtut is used. User level macros are added automatically to the Usage section of the .dtx file. A corresponding .ins file can be generated as well.