This package provides the binaries for texlive-texware.

This package is meant for setting parameters in a LuaLaTeX document in a more programmatic way with YAML. Parameters can be specified by adding a ``recipe'' file. These recipe files describe the parameter's type, placeholders or default values. From thereon, the placeholders can be displayed in the document and an ``example'' document can be created. An ``actual copy'' document can be created by loading additional ``payload'' files, which all must correspond to a recipe file.

The package defines commands that create macros for typesetting vectors, matrices and functions, in a logical way. For example, logical indexing can then be used to refer to elements or arguments without hard-coding the symbols in the document.

The package offers enhancements for theorem-like environments: easier control of layout; proper placement of endmarks even when the environment ends with \end{enumerate} or \end{displaymath} (including support for amsmath displayed-equation environments); and support for making a list of theorems, analogous to \listoffigures.

The class is derived from the LaTeX book class. The extensions solve grammatical and numeration issues that occur when book-type documents are written in Basque. The class is useful for writing books, PhD and Master Theses, etc., in Basque.

This package sets the default typewriter font to Courier with a possible scale factor (in the same way as the helvet package for Helvetica works for sans serif).

This package provide generic class and package files for typesetting ISO International Standard documents. Several standard documents have been printed by ISO from camera-ready copy prepared using LaTeX and these files.

Progress is a package which, when compiling TeX and LaTeX documents, generates a HTML file showing an overview of a document's state (of how finished it is). The report is sent to file \ProgressReportName, which is by default the \jobname with the date appended (but is user-modifiable).

The package defines means of drawing frames around boxes, using dingbat fonts. Some (Metafont) font sources are included; the fonts are available separately in Type 1 format.

The package will create smart diagrams from lists of items, for simple documents and for presentations.

The hep-math-font package adjust the math fonts to be sans-serif if the document is sans-serif. Additionally Greek letters are redefined to be always italic and upright in math and text mode respectively. Some math font macros are adjusted to give more consistently the naively expected results.

This is a beta version of the STEP Greek font. Only a regular face is available at present, though there are plans to add italic, bold and bold italic in the future. The font only supports LGR in TeX and is meant to serve as a Greek complement to a Times-like font such as STEP. The font supports polytonic Greek.

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 isodoc class can be used for the preparation of letters and invoices. Documents are set up with options, thus making the class easily adaptable to user's wishes and extensible for other document types. The class is based on the NTG brief class, which implements the NEN1026 standard.

This package provides a document class to create small hand-outs (flyers) that fit on a single sheet of paper which is then folded twice. Pages are rearranged by LaTeX so that they print correctly on a single sheet --- no external script is necessary.

This package provides experimental Bidi-aware text highlighting.

The hologo package provides many useful logos of popular (and not so popular) TeX-family software. However, its interface is a bit cumbersome because you must type \hologoBibTeX instead of \BibTeX. This package makes it possible to import some of the logos provided by hologo as single commands, such as \BibTeX.

Additionally, the package provides logos of some TeX-family software that is popular mainly in Japan. These logos can be imported in the same way as those provided by the \hologo command.

This package can assign equation numbers to inline equations. When Japanese is supported, you can switch to circled equation numbers.

This package provides the Metafont sources for the following school fonts: Das Paket enthalt im wesentlichen die Metafont-Quellfiles fur die folgenden Schulausgangsschriften: Suetterlinschrift, Deutsche Normalschrift, Lateinische Ausgangsschrift, Schulausgangsschrift, and Vereinfachte Ausgangsschrift.

The file mylatex.ltx permits you to create a format that pre-loads a set of package files (and/or other macros) that you regularly use.

The fonts extend the Utopia set with Cyrillic glyphs, additional figure styles, ligatures and Small Caps in Regular style only. Macro support, and maths fonts that match the Utopia family, are provided by the Fourier and the Mathdesign font packages.

This package provides LaTeX macros to easily and concisely typeset vectors and matrices in a flexible way such as to follow the RIGID notation convention. The package enables the user to define custom commands that can then be used in any math-mode environment to efficiently and rigorously typeset the notational elements commonly used in robotics research (and many other fields) for position vectors, rotation matrices, pose matrices, etc.

This package provides hooks for adding code at the beginning of .aux files.

While pdfLaTeX has a number of nice features, its primary shortcoming relative to standard LaTeX+dvips is that it is unable to read ordinary Encapsulated PostScript (EPS) files, the most common graphics format in the LaTeX world. Purifyeps converts EPS files into a purified form that can be read by both LaTeX+dvips and pdfLaTeX. The trick is that the standard LaTeX2e graphics packages can parse Metapost-produced EPS directly. Hence, purifyeps need only convert an arbitrary EPS file into the same stylized format that Metapost outputs.