Lato is a sanserif typeface family. It covers over 3000 glyphs per style. The Lato 2.010 family supports more than 100 Latin-based languages, over 50 Cyrillic-based languages as well as Greek and IPA phonetics.

Material design system icons are simple, modern, friendly, and sometimes quirky. Each icon is created using our design guidelines to depict in simple and minimal forms the universal concepts used commonly throughout a UI. Ensuring readability and clarity at both large and small sizes, these icons have been optimized for beautiful display on all common platforms and display resolutions.

Mona Sans is a strong and versatile typeface, designed with Degarism and inspired by industrial-era grotesques.

Google Noto Fonts is a family of fonts designed to support all languages with a consistent look and aesthetic. Its goal is to properly display all Unicode symbols. This package provides the Serif variant of CJK fonts.

The Junicode font was developed for students and scholars of medieval Europe, but its large glyph repertoire also makes it useful as a general-purpose font. Its visual design is based on the typography used by Oxford University Press in the late 17th and early 18th centuries. The font implements the MUFI recommendation for encoding ligatures, alternative letter forms, and other features of interest to medievalists using Unicode's Private Use Area.

Junicode 2 is a major reworking of the font family. Its OpenType programming has been rebuilt to support the creation of searchable, accessible electronic documents using the MUFI characters. The family includes five weights and five widths in both Roman and Italic, plus variable fonts.

Roboto Mono is a monospaced addition to the Roboto type family. Like the other members of the Roboto family, the fonts are optimized for readability on screens across a wide variety of devices and reading environments. While the monospaced version is related to its variable width cousin, it doesn't hesitate to change forms to better fit the constraints of a monospaced environment.

JetBrains Mono is a font family dedicated to developers. JetBrains Mono’s typeface forms are simple and free from unnecessary details. Rendered in small sizes, the text looks crisper.

The Cantarell font family is a contemporary Humanist sans-serif designed for on-screen reading. It is used by GNOME 3. This package contains both the non-variable as well as the variable versions of the font.

Iosevka is a slender monospace sans-serif or slab-serif typeface inspired by Pragmata Pro, M+, and PF DIN Mono, designed to be the ideal font for programming. Iosevka is completely generated from its source code.

Variable-width version of Adrian Smith's APL385 font developed with APL software vendors in the late 1980s.

ET Book is a Bembo-like font for the computer designed by Dmitry Krasny, Bonnie Scranton, and Edward Tufte.

FiraGO is a multilingual extension of the Fira Sans font family. Based on the Fira Sans 4.3 glyph set, FiraGO adds support for the Arabic, Devanagari, Georgian, Hebrew and Thai scripts.

Note that FiraGO does not include corresponding source.

This package provides Source Han Serif, a Pan-CJK typeface available in OpenType/CFF format. It supports four different East Asian languages — Simplified Chinese, Traditional Chinese, Japanese, and Korean — and the 65,535 glyphs in each of its seven weights are designed to work together. Also included is a set of Western glyphs supporting the Latin, Greek, and Cyrillic scripts.

statmake takes a user-written Stylespace that defines OpenType STAT information for an entire font family and then (potentially subsets and) applies it to a specific variable font. This spares users from having to deal with raw TTX dumps and juggling with nameIDs.

T1lib is a library for generating/rasterising bitmaps from Type 1 fonts. It is based on the code of the X11 rasteriser of the X11 project.

The bitmaps created by t1lib are returned in a data structure with type GLYPH. This special GLYPH-type is also used in the X11 window system to describe character bitmaps. It contains the bitmap data as well as some metric information. But t1lib is in itself entirely independent of the X11-system or any other graphical user interface.

ttfautohint provides a 99% automated hinting process and a platform for finely hand-hinting the last 1%. It is ideal for web fonts and supports many scripts.

Wrap is a command line tool that is able to convert Fountain files into a correctly formatted screen- or stageplay as an HTML or a PDF. It supports standard Fountain, but also has some custom syntax extensions such as translated keywords and acts.

Freetype is a library that can be used by applications to access the contents of font files. It provides a uniform interface to access font files. It supports both bitmap and scalable formats, including TrueType, OpenType, Type1, CID, CFF, Windows FON/FNT, X11 PCF, and others. It supports high-speed anti-aliased glyph bitmap generation with 256 gray levels.

TTF2PT1 provides tools to convert most TrueType fonts (or other formats supported by the FreeType library) to an Adobe Type 1 .pfa or .pfb file. Another use is as a hinting engine: feed it an unhinted or poorly hinted Adobe Type 1 font through the FreeType library and get it back with freshly generated hints. The files produced by default are in human-readable form, which further needs to be encoded with t1utilities to work with most software requiring Type 1 fonts.

TECkit is a low-level toolkit intended to be used by other applications that need to perform encoding conversions (e.g., when importing legacy data into a Unicode-based application). The primary component of the TECkit package is therefore a library that performs conversions; this is the "TECkit engine". The engine relies on mapping tables in a specific binary format (for which documentation is available); there is a compiler that creates such tables from a human-readable mapping description (a simple text file).

To facilitate the development and testing of mapping tables for TECkit, several applications are also included in the current package; these include simple tools for applying conversions to plain-text and Standard Format files, as well as both command-line and simple GUI versions of the TECkit compiler. However, it is not intended that these tools will be the primary means by which end users perform conversions, and they have not been designed, tested, and debugged to the extent that general-purpose applications should be.

Fontconfig can discover new fonts when installed automatically; perform font name substitution, so that appropriate alternative fonts can be selected if fonts are missing; identify the set of fonts required to completely cover a set of languages; have GUI configuration tools built as it uses an XML-based configuration file; efficiently and quickly find needed fonts among the set of installed fonts; be used in concert with the X Render Extension and FreeType to implement high quality, anti-aliased and subpixel rendered text on a display.

This package provides a tool that can be used to make font samples that show coverage of the font and are similar in appearance to Unicode Charts. It was developed for use with DejaVu Fonts project.

This package provides a collection of Python classes implementing the pen protocol for manipulating glyphs.

Fontconfig can discover new fonts when installed automatically; perform font name substitution, so that appropriate alternative fonts can be selected if fonts are missing; identify the set of fonts required to completely cover a set of languages; have GUI configuration tools built as it uses an XML-based configuration file; efficiently and quickly find needed fonts among the set of installed fonts; be used in concert with the X Render Extension and FreeType to implement high quality, anti-aliased and subpixel rendered text on a display.