Free kglwatersaver 0.6 software for linux

KGLWaterSaver is a screensaver that looks like a water-talbe.
Main features:
- Choose between Images or the current Desktop to "sink under water"
- Various effects: Whirl, Bubble, Rain
Installation:
Download, compile and install.
Go to the Control Panel and choose KGLWaterSaver, set it up to use your favourite Image or Desktop and fit the performance of your computer.
(Takes 10% CPU-Time at my Duron 700 / GeForce FX 5700 at: water_res of 128x128, 24 WaterCalcs, 64ms Delay Realtime) (config dialog will probably [hopefully be more intuitive in following versions)

bbweather is a tool which displays the current weather conditions in an decorated window, simulating the look of the Blackbox toolbar (Blackbox is a Windowmanager for X11). bbweather is heavily based on "bbdate" by John Kennis.

Furthermore, bbweather was inspired by wmWeather by Michael G. Henderson, from where I grabbed the perl-script that fetches the weather-conditions from your local station.

Grail is an extensible Internet browser written entirely in the interpreted object-oriented programming language Python. It runs on Unix, Windows and Macintosh. Grail is easily extended to support new protocols or file formats. Grail is distributed in source form, free of charge, and without warranties. It requires recent versions of Python and Tcl/Tk to run.
Main features:
Grail supports full HTML 2.0, including images, forms and imagemaps, and many HTML 3.2 features. It uses asynchronous document transfer, supports printing and saving documents, searching, bookmarks, history, and more. It also supports frames, client-side imagemaps, file upload in forms, support for JPEG, TIFF and XBM images, image printing, and tables (within the limitations of the Tk toolkit). It has preferences panels, an I/O status display, a remote control interface, and many, many other nifty features.

ImgSvr is a Web image server, which allows users to browse digital images.
ImgSvr project is a simple, efficient, and full HTTP server, specifically designed for image publishing. It is completely dynamic with efficient thumbnail generation
Main features:
- Easy to install and use
- Easy to customize Picture Views thanks to inheritable skins
- Fast to browse pictures
- Optimizing bandwith for browsing and managing your pictures
- Picture Storage independent, picture could be stored in a directory-file, or in a database
Enhancements:
- A security issue using the template parameters in URL has been fixed, eliminating a potential directory traversal problem.
- The thumbnail directory has been parameterized, and per-URL security has been added for each user.

EduKator is an educational program made for KDE. I made this software as a part of my thesis. Im in last year of high school.

I want to help people gain knowledge about physical and mathematical statements in a way that it is fun to do. The theory is explained and it is possible to make exercises.
My aim is to make a nice program that can be used in schools and at home.

MetaTheme is a project dedicated to unification of appearance between
different graphics toolkits, such as GTK and QT.
The program is designed as a thin layer between toolkits and theme engines, creating unified API by which each theme engine can draw. The result is that every application uses the same code for drawing, making the appearance same across different applications. MetaTheme also adjusts behaviour a bit, so the overall effect of unification is impressive.
Some applications have their own toolkits which are used only by themselves. Cardinal examples of such applications are Mozilla, Firefox and OpenOffice. They provide support for pixmap themes, and popular themes exists for them.
Though as they are pixmap based, you cant easily change how they look. Particularly, its quite impossible to change color theme. Not everyone likes the default. Also, the behaviour of these toolkits is unaffected, so the application may behave differently than other applications.
There is planned support for Firefox (and maybe Mozilla too) in future. For
OpenOffice, you can at least try the KDE integration build of it.
Main features:
- supported toolkits:
- GTK2
- QT/KDE
- Java/SWING
- theme engines:
- Redmond 2000
- Plastik
- Plastik XP
- Industrial
- Flat
- easy installation

Typespeed project is a tool and game for testing your typing speed.
Typespeeds idea is ripped from ztspeed (a DOS game made by Zorlim). The Idea behind the game is rather easy: type words that are flying by from left to right as fast as you can. If you miss 10 or more words, game is over.
There exist 3 different game modes in typespeed:
- Single player: In this mode you can play for yourself and try to get a place in your top 10 list. As you enter correct words, the speed will increase, so watch out. You can even pause the game if you are skilled enough to play so long that you need a little break.
- Training: If single player is too fast for you or you want to concentrate on correct typing, training is the perfect choice for you! In this mode you can set a constant speed. Obviously no highscore game.
- Multiplayer: If you are brave enough to use our current network code (or sit in LAN with your friends), you can experience the most fun of typespeed: challenge an opponent. During the game, written words by you or your opponent will be thrown into the opposite game, so words can be strategicaly used to make life of your opponent even harder.
Typespeed is written in C and uses curses to display the menu and game. The network code is written using core library functions. As of now, the network code is rather unstable/buggy when it comes to high loads, so dont rely on internet games; LAN works fine (and of course localhost).
Generally any POSIX-compatible system with a curses library should work, although development concentrates on GNU/Linux and ncurses. Feel free to contribute patches for your system, too! Beside of that the following systems have been tested and/or have maintained ports:
- Cygwin
- Debian GNU/Linux
- FreeBSD
- OpenBSD

adesklets is an interactive Imlib2 console for the X Window system. adesklets project provides to scripted languages a clean and simple way to write great looking, mildly interactive desktop integrated graphic applets (aka "desklets").
Since this is adesklets, others still have plenty of space to start similar projets, from bdesklets to z, excluding g, which is already taken.
Seriously though, all those packages are nice. Nevertheless, the first two have very heavy requirements in terms of library dependencies; basically, gDesklets requires a complete GNOME desktop to be installed (plus specialized libraries such as gnome-python, while SuperKaramba needs almost all of the KDE libraries and base environment.
This reflects on performance for the task at hand1. On the other hand, while GKrellM is significantly lighter (it still depends on GTK+ though), it does not deliver the same experience in terms of ?eye-candiness? (to the authors taste, of course) or ?scriptability? than the other two.
Thus, adesklets was born. It provides:
- a minimal framework for X Window desklets seamlessly integrated into the desktop, with an easy to use central management for starting, positioning and stopping them.
- a generic, rich and easy to use drawing API similar to gDesklets and SuperKaramba regarding its high visual quality, thanks to the Imlib2 library.
- very limited library dependencies: uses the very good (and lightning fast) Imlib2 library for all graphic-related operations. No window toolkit used whatsoever; the program relies directly on xlib.
- a light, robust and small interpreter potentially usable with all sorts of scripting languages thanks to a clean, limited and homogenous syntax. As on version 0.4.2, support for Python is provided out of the box. Future support for Perl and Ruby is planned. Feel free to contribute support for your favorite language!
- Minimal disk space, memory footprint and CPU usage. Typically, on glibc 2.3.4 Linux 2.6 x86, a unique executable is less than 130 KB on disk, takes less than 3 MB of virtual memory per desklet right after initialization, and almost no processor cycles (including cycles from a Python interpreted script) when idle.
Enhancements:
- This is a bugfix release.
- It compiles without warnings on all gcc 4.x releases while retaining compatibility with all previous versions of the compiler.
- A new test/timing.py framework was added to help diagnose potential timing issues.