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OpenRM Scene Graph is set of tools and utilities that implement a high performance, flexible and extendible scene graph API. Underneath OpenRM, OpenGL(tm) is used as the graphics platform for rendering, so OpenRM is highly portable and can deliver blazing rendering speeds. OpenRM can be used on any platform that has OpenGL, and has been built and tested on: x86 Linux (s/w via Mesa, h/w using vendor drivers, e.g., nVidia) Irix Solaris FreeBSD Win32 (95/98/NT/2K/ME). OpenRM is a derivative work of RM Scene Graph (tm), a commercial scene graph product from R3vis Corporation. Late in 1999, R3vis announced the release of OpenRM into the Open Source community, with the OpenRM debut occuring on 1 March 2000. R3vis continues to maintain and develop RM Scene Graph, which contains additional features not present in OpenRM.

ExifTool is a highly customizable Perl script and module for reading and writing meta information in images. ExifTool reads EXIF, GPS, IPTC, XMP, GeoTIFF, ICC Profile and Photoshop IRB and ID3 meta information from JPG, JP2, TIFF, GIF, BMP, PICT, QTIF, PNG, MNG, JNG, MIFF, PPM, PGM, PBM, XMP, EPS, PS, AI, PDF, PSD, DCM, ACR, THM, CRW, CR2, MRW, NEF, PEF, ORF, RAF, RAW, SRF, MOS, X3F and DNG images, MP3 and WAV audio files, and AVI, MOV and MP4 videos. ExifTool also extracts information from the maker notes of many digital cameras by various manufacturers including Canon, Casio, FujiFilm, JVC/Victor, Kodak, Leaf, Minolta/Konica-Minolta, Nikon, Olympus/Epson, Panasonic/Leica, Pentax/Asahi, Ricoh, Sanyo and Sigma/Foveon. ExifTool writes EXIF, GPS, IPTC, XMP and MakerNotes meta information to JPEG, TIFF, GIF, CRW, THM, CR2, NEF, PEF and DNG images.

ExifTool is a highly customizable Perl script and module for reading and writing meta information in images. ExifTool reads EXIF, GPS, IPTC, XMP, GeoTIFF, ICC Profile and Photoshop IRB and ID3 meta information from JPG, JP2, TIFF, GIF, BMP, PICT, QTIF, PNG, MNG, JNG, MIFF, PPM, PGM, PBM, XMP, EPS, PS, AI, PDF, PSD, DCM, ACR, THM, CRW, CR2, MRW, NEF, PEF, ORF, RAF, RAW, SRF, MOS, X3F and DNG images, MP3 and WAV audio files, and AVI, MOV and MP4 videos. ExifTool also extracts information from the maker notes of many digital cameras by various manufacturers including Canon, Casio, FujiFilm, JVC/Victor, Kodak, Leaf, Minolta/Konica-Minolta, Nikon, Olympus/Epson, Panasonic/Leica, Pentax/Asahi, Ricoh, Sanyo and Sigma/Foveon. ExifTool writes EXIF, GPS, IPTC, XMP and MakerNotes meta information to JPEG, TIFF, GIF, CRW, THM, CR2, NEF, PEF and DNG images.

pyglet provides an object-oriented programming interface for developing games and other visually-rich applications for Windows, Mac OS X and Linux. Some of the features of pyglet are: * No external dependencies or installation requirements. For most application and game requirements, pyglet needs nothing else besides Python, simplifying distribution and installation. * Take advantage of multiple windows and multi-monitor desktops. pyglet allows you to use as many windows as you need, and is fully aware of multi-monitor setups for use with fullscreen games. * Load images, sound, music and video in almost any format. pyglet can optionally use AVbin to play back audio formats such as MP3, OGG/Vorbis and WMA, and video formats such as DivX, MPEG-2, H.264, WMV and Xvid. pyglet is provided under the BSD open-source license, allowing you to use it for both commerical and other open-source projects with very little restriction.

This is a port of the ircd-ratbox IRC daemon. ircd-ratbox is the primary ircd used on EFnet; it combines the stability of an ircd required for a large production network together with a rich set of features, making it also suitable for use on smaller networks. Changes Include: o Optional SSL support to enable encrypted connections between clients and servers, as well as server to server links. o Add support for SSL only channels, channel mode +S. o sqlite3 for handling and storing k/x/d lines. o Support for global CIDR limits. o Added adminwall allowing admins to broadcast messages to each other. o Creation of new library archive 'libratbox'. o Support for forced nick changes (instead of collision kills). o New ssld and bandb processes for SSL connections and ban checking; these allow ratbox-3 to make better use of multi-processor systems.

dircproxy is an IRC proxy server designed for people who use IRC from lots of different workstations or clients, but wish to remain connected and see what they missed while they were away. You connect to IRC through dircproxy, and it keeps you connected to the server, even after you detach your client from it. While you're detached, it logs channel and private messages as well as important events, and when you re-attach it'll let you know what you missed. This can be used to give you roughly the same functionality as using ircII and screen together, except you can use whatever IRC client you like, including X ones! dircproxy has a whole host of features. Please read the file README in the source distribution for a list.

XJDIC V2.3, XJDSERVER V2.3 -- (Copyright: J.W. Breen - 1998) XJDIC is an electronic Japanese-English dictionary program designed to operate in the X11 window environment. In particular, it must run in an "xterm" environment which has Japanese language support such as provided by "kterm" or internationalized xterm, aixterm, etc. It is based on JDIC and JREADER which were developed to run under MS-DOS on IBM PCs or clones. XJDIC functions as: (a) an English to Japanese dictionary (eiwa jiten), searching for and displaying entries for key-words entered in English; (b) a Japanese to English dictionary (waei jiten), searching for and displaying entries for keywords or phrases entered in Japanese (kanji, hiragana or katakana); (c) a Japanese-English Character dictionary (kanei jiten), capable of selecting kanji characters by JIS code, radical, stroke count, Nelson Index number or reading, and displaying compounds containing that kanji.

mypaedia.el is a supplement file to use "mypaedia" on lookup. "mypaedia" is produced by HITACHI DIGITAL HEIBONSHA. You can get more detail information (written in Japanese) from [TO USE] (1) Get "mypaedia" from somewhere. (2) Install it by using /usr/ports/japanese/mypaedia-fpw The port converts it into a files formatted "JIS X 4081" by FreePWING. Then install MID, WAV, AVI files from CD-ROM by hand. (3) Add the following lines into your ~/.emacs (require 'lookup-package) (setq lookup-search-agents '((ndeb "/usr/local/share/dict/mypaedia-fpw"))) (setq lookup-package-directory "/usr/local/share/dict/lookup-package") (lookup-use-package "ndeb+/usr/local/share/dict/mypaedia-fpw" "mypaedia-fpw") (setq mypaedia-data-directory "/cdrom/INDEX") ;; a directory having BH.DAT, CH.DAT, MAP.DAT, PICT.DAT (setq mypaedia-av-directory "/cdrom/DATA") ;; a directory having *.MID, *.WAV, *.AVI (setq mypaedia-play-midi-process "timidity") (setq mypaedia-play-wav-process "play") (setq mypaedia-play-avi-process "xanim") (setq mypaedia-display-image-process "display")

Tiny C Compiler is perhaps the smallest ANSI C compiler, by Fabrice Bellard. - It is small: you can compile and execute C code everywhere, for example on rescue disks; - It is fast! TCC generates optimized x86 code. No byte code overhead. Compile, assemble, and link about 7 times faster than 'gcc -O0'; - Any C dynamic library can be used directly. TCC is heading towards full ISO C99 compliance. TCC can of course compile itself; - It is safe! TCC includes optional memory and bound checker. Bound checked code can be mixed freely with standard code; - Compile and execute C source directly. No linking or assembly is necessary. Full C preprocessor included; - C script supported: just add '#!/bin/env tcc -run' at the first line of your C source, and execute it directly from the command line.

Yorick is an interpreted programming language for: * Scientific simulations or calculations * Postprocessing or steering large simulation codes * Interactive scientific graphics * Reading, writing, and translating large files of numbers The language features a compact syntax for many common array operations, so it processes large arrays of numbers very quickly and efficiently. Superficially, yorick code resembles C code, but yorick variables are never explicitly declared and have a dynamic scoping similar to many Lisp dialects. The yorick language is designed to be typed interactively at a keyboard, as well as stored in files for later use. This package includes an emacs-based development environment, which one can launch by typing M-x yorick in emacs, if installed `yorick.el' have been loaded into one's ~/.emacs file.