This module provides the slovene style that can be set using \DTMsetstyle provided by datetime2.sty. This package is currently unmaintained.

This LaTeX3 package provides macros and interfaces to work with Devanagari characters and syllables in a more correct way.

This package provides various BibTeX formats for journals in chemistry, including Reviews in Computational Chemistry, Journal of Physical Chemistry, Journal of Computational Chemistry, and Physical Chemistry Chemical Physics.

This package provides a means to write adpositional trees, a formalism devoted to representing natural language expressions.

The TUD-Script bundle provides both classes and packages in order to create LaTeX documents in the corporate design of the Technische Universitat Dresden. It bases on the KOMA-Script bundle.

The bundle offers:

• the three document classes tudscrartcl, tudscrreprt, and tudscrbook;

• the class tudscrposter for creating posters;

• the package tudscrsupervisor providing environments and macros to create tasks, evaluations and notices for scientific theses;

• the package tudscrfonts, which makes the corporate design fonts of the Technische Universitat Dresden available for LaTeX standard classes and KOMA-Script classes;

• the package fix-tudscrfonts, which provides the same fonts to additional corporate design classes not related to TUD-Script;

• the package tudscrcomp, which simplifies the switch to TUD-Script from external corporate design classes,

• the package mathswap for swapping math delimiters within numbers (similar to ionumbers),

• and the package twocolfix for fixing the positioning bug of headings in twocolumn layout.

This package contains an extension of TeXGyreSchola with extensive superiors, inferior figures, upright punctuation glyphs added to the Italic face for a theorem font, plus slanted and bold slanted faces. Math support is provided by one of two options to newtxmath, one of which uses an adaptation of the Fourier math Greek letters.

Several conditions can cause LaTeX labels to keep changing, no matter how many times a document is recompiled. This package helps diagnose the cause of repeated ``Label(s) may have changed'' warnings. The names and before/after definitions of changing labels are printed at the end of each compile. Multiply-defined labels are printed as well.

The package provides commands (English and French version) to insert colored belts to present skills, for example.

The bundle offers styles that allow authors to use BibLaTeX when preparing papers for submission to the journal Science.

The package aids spell-checking of TeX documents compiled with the LuaTeX engine. It can give visual feedback in PDF output similar to WYSIWYG word processors. The package relies on an external spell-checker application to check spelling of a text file and to output a list of bad spellings. The package should work with most spell-checkers, even dumb, TeX-unaware ones.

The class provides a simple, effective method for knitters to produce high-quality, attractive patterns using LaTeX. It does this by providing commands to handle as much of the layout of the document as possible, leaving the author free to concentrate on the pattern.

This package can be used to include every kind of Scratch program in LaTeX documents. This may be particularly useful for Math Teachers and IT specialists.

This module provides the hebrew style that can be set using \DTMsetstyle provided by datetime2.sty. This package is currently unmaintained.

The package establishes Catalan conventions in a document (or a subset of the conventions, if Catalan is not the main language of the document).

This package provides Computer Modern Unicode fonts. Some characters in several fonts are copied from Blue Sky Type 1 fonts released by AMS. Currently the fonts contain glyphs from Latin, Cyrillic, Greek code sets and IPA extensions. This font set contains 33 fonts. This archive contains AFM, PFB and OTF versions; the OTF version of the Computer Modern Unicode fonts works with TeX engines that directly support OpenType features, such as XeTeX and LuaTeX.

The package allows a box (usually an \includegraphics box) to fit on the page. It scales the box to the maximal allowed size within the user-set limits. If there is not enough space on the page, the box is moved to the next one.

This work provides the necessary files to use the Chivo fonts with LaTeX. Chivo is a set of eight fonts provided by Hector Gatti and Omnibus Team.

BaskervilleF is a fork from the Libre Baskerville fonts (Roman, Italic, Bold only). Their fonts are optimized for web usage, while BaskervilleF is optimized for traditional TeX usage, normally destined for production of PDF files. A bold italic style was added and mathematical support is offered as an option to newtxmath.

This package provides fonts in sizes of 12pt up to 107pt and also makes sure that in math formulas the symbols appear in the right size. It can also create a PostScript header file for Dvips which ensures that the poster will be printed in the right size. The supported sizes are DIN A0, DIN A1, DIN A2 and DIN A3.

This package provides commands for drawing symbols in Yijing (I Ching) or Zhouyi using TikZ. There is no need for extra special fonts for showing these symbols.

The package provides a means of creating elaborate (``pseudo-tabular'') layouts of material, typically to be overlaid on an included graphic.

The package provides translations and various formats for the use of bibleref in German documents. The German naming of the Bible books complies with the Loccumer Richtlinien (Locum guidelines). In addition, the Vulgate (Latin Bible) is supported.

This is a drawing package for Dynkin, Coxeter, and Satake diagrams in LaTeX documents, using the TikZ package.

MusiXTeX provides a set of macros, based on the earlier MusicTeX, for typesetting music with TeX. To produce optimal spacing, MusiXTeX is a three-pass system: etex, musixflx, and etex again. (Musixflx is a Lua script that is provided in the bundle.) The three-pass process, optionally followed by processing for printed output, is automated by the musixtex wrapper script.

The package uses its own specialised fonts, which must be available on the system for musixtex to run. The MusiXTeX macros are universally acknowledged to be challenging to use directly: the pmx preprocessor compiles a simpler input language to MusiXTeX macros.