The JOGL Project hosts a reference implementation of the Java bindings for OpenGL API, and is designed to provide hardware-supported 3D graphics to applications written in the Java programming language. It is part of a suite of open-source technologies initiated bu the Game Technology Group at Sun Microsystems. JOGL provides full access to the APIs in the OpenGL 1.5 specification as well as nearly all vendor extensions, and integrated with the AWT and Swing widget sets.

This JACK program is a port of the free VST plugin AZR-3. It is a tonewheel organ with drawbars, distortion and rotating speakers. The original was written by Rumpelrausch Täips. The organ has three sections, two polyphonic with 9 drawbars each and one monophonic bass section with 5 drawbars. The two polyphonic sections respond to events on MIDI channel 1 and 2, and an optional keyboard split function makes the bass section listen to the lower keys on channel 1. The three sections have separate sustain and percussion switches as well as separate volume controls, and the two polyphonic sections have separate vibrato settings. All three sections are mixed and sent through the distortion effect and the rotating speakers simulator, where the modulation wheel can be used to switch between fast and slow rotation, and the fast and slow rotation speeds themselves can be changed separately for the lower and upper frequencies. Author: Lars Luthman

Cairo-dock was in the beginning a small simple but effective dock. On 4th July 2007, Fabounet proposes to us a version improved, with a very ergonomic configuration, on the ubuntu-fr.org forum. Since, new versions are followed at an intensive pace and with their new functionalities like the sub-docks, the effects on the launchers ... Many people are grafted with the project, each one bringing its competences, of graphics, to the applet or plugins and development.

That package provides plugins for cairo-dock

lzma is a very powerful program for compressing files. * Average compression ratio of LZMA is about 30% better than that of gzip, and 15% better than that of bzip2. * Decompression speed is only little slower than that of gzip, being two to five times faster than bzip2. * In fast mode, compresses faster than bzip2 with a comparable compression ratio. * Achieving the best compression ratios takes four to even twelve times longer than with bzip2. However. this doesn't affect decompressing speed. * Very similar command line interface than what gzip and bzip2 have. Authors: -------- Igor Pavlov Ville Koskinen Lasse Collin