Ports 搜索

NeXFontSel is a improve version of xfontsel. NeXFontSel has these advantage from standerd xfontsel. o neXtaw's scrollable menu widget. o "reset button". o I18N sopport.

The ParaType PT Sans and PT Serif font families were developed as part of the "Public Types of Russian Federation" project. The main objective of the project is to allow the peoples of Russia to read and write their native languages using free/libre fonts. In addition to standard Western, Central European, and Cyrillic code pages, the fonts contain characters of all title languages of the Russian Federation. PT Sans is based on Russian sans serif types of the second part of the XX century, but at the same time has a very distinctive features of modern humanistic design. The family consists of 8 styles: 4 basic styles, 2 caption styles for small sizes, and 2 narrow styles. PT Serif is a transitional serif face with humanistic terminals designed for use together with PT Sans. It consists of 6 styles: 4 basic styles, and 2 caption styles for small sizes. The fonts were released by ParaType, and designed by Alexandra Korolkova, Olga Umpeleva and Vladimir Yefimov.

Pcf2bdf is a font de-compiler. It converts X fonts from Portable Compiled Format (PCF) to Bitmap Distribution Format (BDF). It can also accept a compressed/gzipped PCF file as input, but gzip must be found in your PATH. FONTBOUNDINGBOX in a BDF file is not used by bdftopcf, so pcf2bdf generates irresponsible values.

Profont - The ultimate programming font.

The proggy programmer's fonts (Proggy Clean, Proggy Square, Proggy Small, and Proggy Tiny) are a set of fixed-width screen fonts that are designed for code listings. Each font only comes in one size that it looks good at. The fonts were optimized while coding in C or C++. For this reason, characters like the '*' were placed vertically centered, as '*' usually means dereference or multiply, but never 'to the power of' like in Fortran. The {}s are centered horizontally (as the author's coding style aligns braces vertically), the zero looks different from the capital oh, and there is never any confusion between ells, ones, and eyes. Additionally, the arithmetic operators (+ - * < >) are all axis aligned.

The proggy programmer's fonts (Proggy Clean, Proggy Square, Proggy Small, and Proggy Tiny) are a set of fixed-width screen fonts that are designed for code listings. Each font only comes in one size that it looks good at. The fonts were optimized while coding in C or C++. For this reason, characters like the '*' were placed vertically centered, as '*' usually means dereference or multiply, but never 'to the power of' like in Fortran. The {}s are centered horizontally (as the author's coding style aligns braces vertically), the zero looks different from the capital oh, and there is never any confusion between ells, ones, and eyes. Additionally, the arithmetic operators (+ - * < >) are all axis aligned.

These are the fonts from the SGI ProPack for Linux.

An x11 font designed to be small yet easily read.

This is a port of tkfont, a Tk based replacement (and much better IMHO) for xfontsel. I find this particularly useful when I'm going to use The Gimp to design something and want to pick a font without starting gimp. Xfontsel can't scroll far enough down to see all of the fonts.

The Tibetan & Himalayan Digital Library releases the Unicode character based Tibetan Machine Uni OpenType font for writing Tibetan, Dzongkha and Ladakhi in dbu-can script with full support for the Sanskrit combinations found in chos skad texts. This font is based on the Tibetan Machine font originally designed and developed by Tony Duff of the Tibetan Computer Company over many years, the rights of which were purchased from him by the Trace Foundation in order to make it freely available under the terms of the Gnu General Public License. OpenType tables and more than 2,000 additional glyphs were added to the original font by Nathaniel Garson and Christopher Fynn under the auspices of THDL. This new OpenType version of the font contains almost 4,000 glyphs and can generate over 20,000 different combinations.