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The CLUNK C++ library provides support for real-time 3D sound generation. It puts virtually no limitations on the developer; people who is experienced on working with other solutions (such as SDL_Mixer or Creative OpenAL) will respect this advantage. The library supports mixing of any number of sound channels and any number of objects that have sounds connected to them. The SDL library is used for sound output. The project is currently at beta testing stage, preparing to the first release.

Contents of p5-Filter ===================== Filter::sh use Filter::sh 'command' ; This filter pipes the current source file through the program which corresponds to the command parameter using the Bourne shell. Filter::exec use Filter::exec qw(command parameters) ; This filter pipes the current source file through the program which corresponds to the command parameter. Filter::cpp use Filter::cpp ; This source filter pipes the current source file through the C pre-processor (cpp) if it is available.

MeCab is open source Japanese dependency structure analyzer developed through the joint research project between Graduate School of Informatics Kyoto University and NTT (Nippon Telegraph and Telephone) Communication Science Laboratories. It has following features: * General-purpose design independent from language, dictionary and corpus. * High precision of analysis based on Conditional Random Fields. * Faster than ChaSen, Juman and KAKASI. * Library is reentrant. * Scripting language bindings such as Perl/Ruby/Python/Java/C#.

The GNUstep Base library implements the Foundation portion of the OpenStep specification, jointly developed by NeXT and Sun. It aims to provide compatibility with extensions added by Apple's implementation of this standard: Cocoa. The Foundation framework provides the standard library for Objective-C, including collections, operating system interfaces, and so on. Please contact the GNUstep maintainers at <discuss-gnustep@gnu.org> in case of questions and offers of help.

py-hcluster library provides Python functions for agglomerative clustering. Its features include * generating hierarchical clusters from distance matrices * computing distance matrices from observation vectors * computing statistics on clusters * cutting linkages to generate flat clusters * and visualizing clusters with dendrograms. The interface is very similar to MATLAB's Statistics Toolbox API to make code easier to port from MATLAB to Python/Numpy. The core implementation of this library is in C for efficiency.

The module contains some utility scripts and assorted auto* magic for internationalizing various kinds of XML files. * Features o Extract translatable strings from various source files (.xml.in, .glade, .desktop.in, .server.in, .oaf.in). o Collect the extracted strings together with messages from traditional source files (.c, .h) in po/$(PACKAGE).pot. o Merge back the translations from .po files into .xml, .desktop and .oaf files. This merge step will happen at build resp. installation time.

CSSC is the GNU Project's replacement for SCCS. SCCS is a proprietary suite of tools which is provided with most commercial versions of Unix. The purpose behind CSSC is to provide a work-alike for SCCS which can be used on the various Free versions of Unix. SCCS was the only major form of source code control on Unix platforms for many years, until RCS came along. SCCS was an effective method for small projects, but these days it is less popular, particularly for projects involving large numbers of files. A certain amount of old software is still in SCCS form, and CSSC is designed to retrieve that software. Once retrieved, it is recommended to bring the source under the control of a more modern source code control system, such as git or Apache Subversion. However, SCCS (and CSSC) is still perfectly adequate for small projects. For example, if you are familiar with SCCS, it is not unreasonable to control the files in /etc and /usr/local/etc on your private FreeBSD machine with CSSC.

Form::Sensible is a different kind of form library. Form::Sensible is not just another HTML form creator, or a form validator, though it can do both. Form::Sensible, instead, focuses on what forms are: a method to relay information to and from a user interface. Form::Sensible forms are primarily tied to the data they represent. Form::Sensible is not tied to HTML in any way. You could render Form::Sensible forms using any presentation system you like, whether that's HTML, console prompts, WxPerl or voice prompts. (* currently only an HTML renderer is provided with Form::Sensible, but work is already under way to produce others.) Features: - Easy form validation - Ability to easily save created forms for future use - Define form once, render any number of ways - Flexible built-in form validator - Easily extended to produce new renderers, field types and validation - HTML renderer produces sane html that can be easily styled via CSS - HTML renderer allows for custom templates to control all aspects of form rendering. - HTML output not tied to any javascript library.

The dnsutl package is a collection tools to make administering DNS easier. These include programs for: * Generating the reverse DNS mapping by using the DNS forward mapping. This is useful for producing a self-consistent DNS configuration. * Generating the /etc/ethers file by using a bogus record type. * Generating the /etc/hosts file by using the DNS forward mapping. * Generating the /etc/bootptab file by using the MAC and IP information. * Generating the /etc/netgroup file by using the DNS forward mapping. * Generating the Sun /etc/bootparams file by using the MAC and IP information. * Checking the new-style /etc/named.conf files for self-consistency. * Checking the old-style /etc/named.boot files for self-consistency. * Generating the DNS forward mapping by using the /etc/hosts file. This could be a first step to configuring your DNS server. * Generating the /etc/dhcp.conf file by using the MAC and IP information. All of these programs are both faster than shell scripts, and more robust when faced with all the peculiar semantics of DNS resource files. They even understand the $include directive.

JBIG-KIT implements a highly effective data compression algorithm for bi-level high-resolution images such as fax pages or scanned documents. This is a portable library of compression and decompression functions with a documented interface that can be included into your image or document processing software. Also provided are ready-to-use compression and decompression programs with a simple command line interface (similar to the converters found in Jef Poskanzer's PBM conversion package). JBIG-KIT implements the specification International Standard ISO/IEC 11544:1993 and ITU-T Recommendation T.82(1993), "Information technology - Coded representation of picture and audio information - progressive bi-level image compression", <http://www.itu.ch/itudoc/itu-t/rec/t/t82_23822.html>, which is commonly referred to as the "JBIG standard". JBIG (Joint Bi-level Image experts Group) is the committee which developed this international standard for the lossless compression of images using arithmetic coding. Like the well-known compression algorithms JPEG and MPEG, also JBIG has been developed and published by the International Organization for Standardization (ISO) and the International Telecommunication Union (ITU) (see also <http://www.iso.ch/> and <http://www.itu.ch/>).