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GtkRadiant is a level design program developed by id Software and Loki Software. It is used to create maps for a number of computer games. GtkRadiant originated as Q3Radiant, the Quake III Arena level design tool, which was a Windows-only application. Two major things are different in GtkRadiant: it is based on the GTK+ toolkit, so it also works in Linux and Mac OS X, and it's also game engine-independent, with functionality for new games added as game packs. GtkRadiant is an Open Source application. Source code is publicly available from id Software's Subversion repository and new additions to the code are covered under open source licenses. The core Q3Radiant code, however, was originally under id Software's proprietary license. The license for both the editor and toolset (notably Q3Map2, the BSP compiler) was changed in February 2006, and publicly released under the GPL on February 17. More up-to-date fork, NetRadiant, is available as `games/netradiant' port.

Games::Dice simulates die rolls. It uses a function-oriented (not object-oriented) interface. No functions are exported by default. The number and type of dice to roll is given in a style which should be familiar to players of popular role-playing games: adb[+-*/b]c. a is optional and defaults to 1; it gives the number of dice to roll. b indicates the number of sides to each die. % can be used instead of 100 for b; hence, rolling 2d% and 2d100 is equivalent. roll simulates a rolls of b-sided dice and adds together the results. The optional end, consisting of one of +-*/b and a number c, can modify the sum of the individual dice. +-*/ are similar in that they take the sum of the rolls and add or subtract c, or multiply or divide the sum by c. (x can also be used instead of *.) Using b in this slot is a little different: it's short for "best" and indicates "roll a number of dice, but add together only the best few". For example, 5d6b3 rolls five six- sided dice and adds together the three best rolls.

This is XBattle by Greg Lesher, based on the original by Steve Lehar released in 1991, and including certain enhancements, modifications, and bug fixes suggested by a number of contributors from all over the world. XBattle is a concurrent multi-player game which combines elements of strategy with arcade-like action to capture a wide range of military scenarios. The game is based on X Windows, which you must have installed to run xbattle. Opponents play from separate displays, with commands being executed concurrently -- the players do not take "turns", but rather they all issue their commands simultaneously. There can be any number of players, with each player assigned to a specific team, indicated by marker colors. The game board is a matrix of cells (square, hexes, etc.) that can be occupied by colored troops, with the goal of the game being to eliminate the enemy from the board by attacking cells occupied by enemy troops. A wide variety of command line options (and previously configured game files) provide an abundance of different scenarios and gaming environments. If you have never used xbattle before, read the introduction on the xbattle Web site. To get the feel of the game, you can run the "tutorial1" and "tutorial2" scripts supplied with the game. These start a series of small example games that you can play around with to learn the various options available with the game.

This is the Image Compiler, which generates images from textual description. Most important features include: - Does not need display to run - Can be run from the command line or as CGI script. In the latter case, the image is output to the browser (in PNG or JPEG format) - The size of the output image is automatically determined, no size has to be specified (although you can give a fixed size - Coordinates are in pixels, only positive coordinates are visible. Angles are in integer degrees, no limitations (except the maximum integer limit). Colors can be specified in one of three formats, including X11 color (rgb) strings - A pre-processor can be applied on the input file first; simple arithmetic can be performed - Supports commands for drawing lines, circles (filled or not), rectangles (filled or not), ellipses (filled or not), arcs, and text. Images can also be imported. For text and images an alignment parameter is available, and text and images can be rotated over any angle and can also be mirrored

Image::Size is a library based on the image-sizing code in the wwwimagesize script, a tool that analyzes HTML files and adds HEIGHT and WIDTH tags to IMG directives. Image::Size has generalized that code to return a raw (X, Y) pair, and included wrappers to pre-format that output into either HTML or a set of attribute pairs suitable for the CGI.pm library by Lincoln Stein. Currently, Image::Size can size images in XPM, XBM, GIF, JPEG and PNG formats. I did this because my WWW server generates a lot of documents on demand rather than keeping them in static files. These documents not only use directional icons and buttons, but other graphics to annotate and highlight sections of the text. Without size attributes, browsers cannot render the text of a page until the image data is loaded and the size known for layout. This library enables scripts to size their images at run-time and include that as part of the generated HTML. Or for any other utility that uses and manipulates graphics. The idea of the basic interface + wrappers is to not limit the programmer to a certain data format.

srd.el is a supplement file to use "Random House" on lookup. "Random House" is produced by Shogakukan Inc. You can get more detail information (written in Japanese) from [TO USE] (1) Get "Random House" from somewhere. (2) Install it by using /usr/ports/japanese/srd-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/srd-fpw"))) (setq lookup-package-directory "/usr/local/share/dict/package") (lookup-use-package "ndeb+/usr/local/share/dict/srd-fpw" "srd-fpw") (setq srd-fpw-image-directory "/usr/local/share/dict/srd-fpw") ;; a directory having img.dat installed by the package ja-srd-fpw (setq srd-fpw-sound-directory "/cdrom/srd/DATA") ;; a directory having srdra.bnd in CD-ROM (setq srd-fpw-play-realaudio-process "realplay") (setq srd-fpw-display-image-process "display") (if (featurep 'xemacs) (progn (setq srd-fpw-image-inline t) ))

[from README.decode]: This package contains extra decoding functions. SquirrelMail decoding functions are used to display and convert messages encoded in different character sets. Extra decoding library provides support of some complex Eastern character sets and some rarely used Apple character sets. Current release supports Big5, Windows-874 (cp874, Thai), Windows-949 (UHC, Korean), EUC-CN, EUC-JP, EUC-KR, EUC-TW, GB18030, GB2312, ISO-2022-CN, ISO-2022-JP, ISO-2022-JP-2, ISO-2022-KR, Shift_JIS and various x-mac-* character sets. Extra decoding library can be used in SquirrelMail 1.4.4 or newer. It depends on sq_is8bit() function. In order to optimize decoding of Eastern character sets, PHP installation needs recode (http://www.php.net/recode) or iconv (http://www.php.net/iconv) support. Some decoding functions can use mbstring functions present in php 4.3.0. Mbstring decoding needs sq_mb_list_encodings() function from SquirrelMail 1.5.1 or 1.4.6. Some decoding code that be activated only when $aggressive_decoding variable is set to true. This variable should be enabled only on smaller systems, that don't call aggressive decoding functions very often. Turning on $aggressive_decoding variable by default in packaged SquirrelMail versions is not recommended.

Prom-Wl is a procmail reader for Wanderlust on GNU Emacs. If you want to install quickly, you shoud do following steps: (1) add dot.emacs to your ~/.emacs file and change it suitable for your site % cat /usr/local/share/examples/prom-wl/dot.emacs >> ~/.emacs % vi ~/.emacs (2) copy dot.procmailrc to ~/.procmailrc and change it suitable for your site % cp /usr/local/share/examples/prom-wl/dot.promailrc ~/.promailrc % vi ~/.promailrc (3) byte-compile with "byte-comile" script if you want with xemacs-mule code # cd /usr/local/share/emacs/site-lisp # /usr/local/share/doc/prom-wl/byte-compile -l wl xemacs-mule prom-wl Where detail specification for .emacs and .procmailrc may be shown in /usr/local/share/doc/prom-wl/prom-usage.jis or procmail(1). And for usage of byte_compile scripts, run byte-compile with -h option. Run with "M-x prom-wl" in your emacs editors, Wanderlust will be invoked and then search unread mails from procmail log to show unread message from top of entries that you specfied in ~/.pronmailrc. -KIRIYAMA Kazuhiko <kiri@pis.toba-cmt.ac.jp>

The purpose of this project is to develop a free (open source), platform independent alternative to Origin. QtiPlot is being actively improved, all your suggestions to our "wish to" list and all your contributions are most welcome! Features: * QtiPlot is fully scriptable via Python, which gives you the possibility to use powerfull existing scientific tools, such as SciPy * OpenGL based 3D Plotting * Publication quality 2D plots * Easy export of plots to vector formats (EPS, PS, PDF) and to other various image formats (BMP, JPG, PNG, TIFF etc ...) * Powerful and versatile spreadsheets and calculations in column-logic * Easy ASCII-Import/Export of single or multiple files * Linear and non-linear y=f(x) curve fitting and estimation of statistical errors of the fit-parameters * Multi-peak fitting with Gaussian and Lorentzian peak profiles * Data analysis: statistics, sorting, FFT, data smoothing (Savitzky-Golay, FFT smoothing, and moving window average), data filtering (low/high/band pass and band block filters), convolution/deconvolution, correlation, interpolation, numerical integration/differentiation, etc... * Matrices optimized for 3D plotting * Templates support: all the settings for plots (2D/3D), tables and matrixes can be saved to ASCII files and restored later on for a fast editing process * Project files based on folders, a powerful project explorer with extensive built-in features: drag and drop, searching facilities, etc...

SuperLU_MT (version 2.0) ======================== SuperLU_MT contains a set of subroutines to solve a sparse linear system A*X=B. It uses Gaussian elimination with partial pivoting (GEPP). The columns of A may be preordered before factorization; the preordering for sparsity is completely separate from the factorization. SuperLU_MT is a parallel extension to the serial SuperLU library. SuperLU_MT is implemented in ANSI C, with multithreading extension, for example, using POSIX threads. Currently, only the LU factorization routine, which is the most time-consuming part of the solution process, is parallelized on machines with a shared address space. The other routines, such as column preordering and the forward and back substitutions are performed sequentially. This "alpha" release contains only double-precision real data type. Xiaoye S. Li, Lawrence Berkeley National Lab, xiaoye@nersc.gov James Demmel, Univ. of California Berkeley, demmel@cs.berkeley.edu John R. Gilbert, Xerox Palo Alto Research Center, gilbert@parc.xerox.com NOTE: This library has to be linked with BLAS or a thread safe replacement.