This package provides TeX macros for converting Adobe Font Metric files to TeX metric and virtual font format. Fontinst helps mainly with the number crunching and shovelling parts of font installation. This means in practice that it creates a number of files which give the TeX metrics (and related information) for a font family that TeX needs to do any typesetting in these fonts.

The package provides a verbbox environment to place its contents into a globally available box, or into a box specified by the user. The global box may then be used in a variety of situations (for example, providing a replica of the boxedverbatim environment itself). A valuable use is in places where the standard verbatim environment (which is based on a trivlist) may not appear.

While Unicode supports the vast majority of use cases, there are certain specialized niches which require characters and glyphs not (yet) represented in the standard. Thus the Private Use Area (PUA) at code points E000-F8FF, which enables third parties to define arbitrary character sets. This package allows configuring a number of macros for using various PUA character sets in LaTeX (AGL, CYFI, MUFI, SIL, TITUS, UCSUR, UNZ), to enable transcription and display of medieval and other documents.

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 consists of macros that can be used to typeset plain XeTeX documents using any OpenType or TrueType font installed on the computer system. The macros allow the user to change the text mode fonts and some math mode fonts. For any declared font family, various font style, weight, and size variants like bold, italics, small caps, etc., are available through standard and custom TeX control statements. Using the optional argument of the macros, the available XeTeX font features and OpenType tags can be accessed. Other features of the package include activating and deactivating hanging punctuation, and support for special Unicode characters.

Modern native UTF-8 engines such as XeTeX and LuaTeX need hyphenation patterns in UTF-8 format, whereas older systems require hyphenation patterns in the 8-bit encoding of the font in use (such encodings are codified in the LaTeX scheme with names like OT1, T2A, TS1, OML, LY1, etc). The present package offers a collection of conversions of existing patterns to UTF-8 format, together with converters for use with 8-bit fonts in older systems.

This Guix-specific package provides hyphenation patterns for all languages supported in TeX Live. It is a strict super-set of codehyphen-base package and should be preferred to it whenever a package would otherwise depend on hyph-utf8.

Modern native UTF-8 engines such as XeTeX and LuaTeX need hyphenation patterns in UTF-8 format, whereas older systems require hyphenation patterns in the 8-bit encoding of the font in use (such encodings are codified in the LaTeX scheme with names like OT1, T2A, TS1, OML, LY1, etc). The present package offers a collection of conversions of existing patterns to UTF-8 format, together with converters for use with 8-bit fonts in older systems.

This Guix-specific package provides hyphenation patterns for all languages supported in TeX Live. It is a strict super-set of codehyphen-base package and should be preferred to it whenever a package would otherwise depend on hyph-utf8.

Modern native UTF-8 engines such as XeTeX and LuaTeX need hyphenation patterns in UTF-8 format, whereas older systems require hyphenation patterns in the 8-bit encoding of the font in use (such encodings are codified in the LaTeX scheme with names like OT1, T2A, TS1, OML, LY1, etc). The present package offers a collection of conversions of existing patterns to UTF-8 format, together with converters for use with 8-bit fonts in older systems.

This Guix-specific package provides hyphenation patterns for all languages supported in TeX Live. It is a strict super-set of codehyphen-base package and should be preferred to it whenever a package would otherwise depend on hyph-utf8.

Modern native UTF-8 engines such as XeTeX and LuaTeX need hyphenation patterns in UTF-8 format, whereas older systems require hyphenation patterns in the 8-bit encoding of the font in use (such encodings are codified in the LaTeX scheme with names like OT1, T2A, TS1, OML, LY1, etc). The present package offers a collection of conversions of existing patterns to UTF-8 format, together with converters for use with 8-bit fonts in older systems.

This Guix-specific package provides hyphenation patterns for all languages supported in TeX Live. It is a strict super-set of codehyphen-base package and should be preferred to it whenever a package would otherwise depend on hyph-utf8.

Modern native UTF-8 engines such as XeTeX and LuaTeX need hyphenation patterns in UTF-8 format, whereas older systems require hyphenation patterns in the 8-bit encoding of the font in use (such encodings are codified in the LaTeX scheme with names like OT1, T2A, TS1, OML, LY1, etc). The present package offers a collection of conversions of existing patterns to UTF-8 format, together with converters for use with 8-bit fonts in older systems.

This Guix-specific package provides hyphenation patterns for all languages supported in TeX Live. It is a strict super-set of codehyphen-base package and should be preferred to it whenever a package would otherwise depend on hyph-utf8.

Modern native UTF-8 engines such as XeTeX and LuaTeX need hyphenation patterns in UTF-8 format, whereas older systems require hyphenation patterns in the 8-bit encoding of the font in use (such encodings are codified in the LaTeX scheme with names like OT1, T2A, TS1, OML, LY1, etc). The present package offers a collection of conversions of existing patterns to UTF-8 format, together with converters for use with 8-bit fonts in older systems.

This Guix-specific package provides hyphenation patterns for all languages supported in TeX Live. It is a strict super-set of codehyphen-base package and should be preferred to it whenever a package would otherwise depend on hyph-utf8.

Unmodified TeX has very few ways of preventing widows and orphans. In documents with figures, section headings, and equations, TeX can stretch the vertical glue between items in order to prevent widows and orphans, but many documents have no figures or headings. TeX can also shorten the page by 1 line, but this will give each page a different length which can make a document look uneven. The typical solution is to strategically insert \looseness=1, but this requires manual editing every time that the document is edited. Lua-widow-control is essentially an automation of the \looseness method: it uses Lua callbacks to find stretchy paragraphs, then it lengthens them to remove widows and orphans. Lua-widow-control is compatible with all LuaTeX and LuaMetaTeX-based formats.

The package is a specialized tool built on top of PGF/TikZ for drawing spectral sequences. It provides a powerful, concise syntax for specifying the data of a spectral sequence, and then allows the user to print various pages of spectral sequences, automatically choosing which subset of the classes, differentials, and structure lines to display on each page. It also handles most of the details of the layout. At the same time, it is extremely flexible. spectralsequences is closely integrated with TikZ to ensure that users can take advantage of as much as possible of its expressive power. It is possible to turn off most of the automated layout features and draw replacements using TikZ commands. The package also provides a carefully designed error reporting system intended to ensure that it is as clear as possible what is going wrong.

This package provides a complete Babel replacement for users of LuaLaTeX and XeLaTeX. It includes support for over 70 different languages, some of which in different regional or national varieties, or using a different writing system. It enables:

• Loading the appropriate hyphenation patterns.

• Setting the script and language tags of the current font (if possible and available), using the package fontspec.

• Switching to a font assigned by the user to a particular script or language.

• Adjusting some typographical conventions in function of the current language (such as afterindent, frenchindent, spaces before or after punctuation marks, etc.)

• Redefining the document strings (like chapter, figure, bibliography). Adapting the formatting of dates (for non-gregorian calendars via external packages bundled with polyglossia: currently the Hebrew, Islamic and Farsi calendars are supported).

• For languages that have their own numeration system, modifying the formatting of numbers appropriately.

• Ensuring the proper directionality if the document contains languages written from right to left.

This package provides fonts supporting chess diagrams.

Norwegian Nynorsk language module for the glossaries package.

This package provides an Italian language module for glossaries package.

This package provides a Slovene language module for glossaries package.

This package provides a Finnish language module for glossaries package.

This package provides a English language module for glossaries package.

This is a LaTeX2e course written in Brazilian Portuguese language.

This package provides a Serbian language module for glossaries package.

This package provides a Spanish language module for glossaries package.

This is a German translation of the ecv documentation.