Free rush hour 4 software for linux

Rush 2005 is a football game using SDL.

Rush 2005 is a BSD-licensed project to create an American football game for Windows and Linux in the tradition of Tecmo Bowl and NFL Blitz, built using the cross-platform SDL game programming library.

Podracer is a podcast downloader. It takes a file with the URLs to all your podcast rss feeds and goes and gets the mp3s and stores them in a specified location. Podracer is a Bourne Shell script with an internal BitTorrent downloader written in Python.
Main features:
- Catchup feature updates the log without downloading all podcasts
- Run as a cron job to automatically receive podcasts
- Properly fails (with no error message for the sake of cron) if already running
- Download podcast enclosures of any file format
- Support for BitTorrent downloading and seeding of podcasts
- Configurable seed time management - seed torrents for an hour or a day
- Background torrent seeding continues after program ends and stops automatically
- System-wide and user-specific configuration
- User-specific subscription file and podcast download directories
- Commentable subscription file - go ahead and mark it up
- Fully configurable placement of files and directories
- Support for dynamic creation of download directories, i.e. based on date/time
- Appears in podcasters logs as a podcast receiver
- Automatic creation of m3u playlists
- User may request that m3u not be created
- Automatic removal of empty download directories
- Your suggestions...

GlassHUDX is a beautiful system monitoring theme for SuperKaramba. GlassHUDX is inspired by the wonderful GlassHUD theme from mytharak. It uses modified versions of the backgrounds and some of the layout ideas.

GlassHUDX consists of the following widgets:

Glassmem - a memory sensor widget

Displays total memory, used memory,free memory w/o buffers/cache and free memory including buffers/cache.
Middle-clicking the widget displays the top 10 processes using memory resources.

Glasscpu - a simple CPU monitor

Displays CPU type and CPU clock and shows CPU usage as graph.
Middle-clicking the widget displays the top 10 processes using CPU resources.
The design is very close to the original GlassHUD CPU monitor.

Glassclock - a simple time and date display

Simple clock in 12/24 hour format.
Launches Korganizer when you click on the date meter.
Configuration option for 24 hour or 12 hour display.
Configuration option for date format strings.

Glasstemp - a sensor widget

Displays CPU temperature, MB temperature and CPU fan speed.
Temperatures are in Celsius. To display temperatures in
Fahrenheit, add TEMPUNIT=F to the KARAMBA line in glasstemp.theme.

You need the sensors program installed for this widget to work.

Glassmounter - a device mounter inspired by Ibayuks MountApp for WMaker

Mounts devices and displays the mount state of the selected device. Any number of devices can be added. The selected device can be mounted, unmounted or ejected (if supported). Clicking on the device name mounts the device (if unmounted) and launches a filemanger. The filemanager command can be configured (default is "kfmclient exec").

Glasswifi - a wireless monitor and launch widget

Starts/stops a wireless interface.
Displays the link quality and either signal/noise level or bytes in/out.
The wireless interface can be set through the configuration menu (default is ath0)

Have a look at the README for the configuration of the widgets

Any bug reports and improvements are welcome.

RenderDotC project is a world class photorealistic renderer designed to meet the demands of special effects for film. The primary reason people give for choosing RenderDotC is its favorable price per performance ratio. Moreover, RenderDotC scores high marks on everything that matters for a production renderer:
Main features:
Image Quality
- Images produced with RenderDotC possess that indescribable yet beautiful quality that some people refer to as "the RenderMan look". All phenomena that are prone to aliasing artifacts are effectively anti-aliased and noise is kept to a minimum.
Speed
- RenderDotC was designed in the 1990s to take advantage of the current hardware and software technologies. Its CPU and memory performance is unsurpassed by all renderers in its class.
Robustness
- There are hundreds of details to get right when developing a renderer and that only comes with maturity. RenderDotC has been shipping since 1996 and has proven itself on complex scenes from feature films from The Matrix to Orange County.
Features
- The RenderMan standard prescribes a rich set of geometric primitives and features. RenderDotC provides all of these plus some exclusive features such as NURB curves, DSO shadeops that can call built-in functions, and complete support for extended headroom rendering.
Flexibility
- Being RenderMan-compliant, RenderDotC supports user-programmable shading. It also has other plug-in interfaces including DSO shadeops, procedural primitives, and display drivers. Since shading is decoupled from hiding, one can easily tune the speed/quality tradeoffs of each.
Price
- RenderDotC is priced competitively for both the film and broadcast markets. When considering price, its important to take into account speed. A faster renderer means that the same number of frames can be produced per hour with a smaller render farm. Fewer computers to purchase and maintain further reduces the bottom line.
Support
- As a company, Dot C Software has been around since 1992. Our customers needs come first and we have the agility to respond to requests quickly. The people who wrote RenderDotC are the same ones that provide customer support. At Dot C we make software, period. We do not compete with our customers in the arena of computer graphics production.
Enhancements:
- Improved statistical output.
- Optional non raster-oriented dicing.
- The ability to specify motion factor as a dicing attribute, and user-defined placement of output on X.
- The Windows installer now sets up the environment.

WMFishTime is the last clock dockapp youll ever need! Features sexy gradient background, antialiased clock hands, alpha-blended bubbles, and cool fish swimming around behind the clock.
Displays current time with up-to-the-second accuracy, and todays date and day of the week. But wait, there is more! Move your mouse inside the screen, and the fish will get scared and run away! (Only if your Window Manager doesnt suck). Oh yeah, and it checks your mail, too!
Main features:
- gradient backdrop
- anti-aliased hour, minute, second hands
- alpha-blended bubbles
- real-time sprite engine
- precision accuracy
- VeryFast!
- shows if you have unread mail (in the form of swaying weed blocking the day/month numbers

CryptoServer is OpenSource Server-side cryptography tool and run as daemon.

It is already tested in very busy environment and can support over one million transaction an hour.

CryptoServer accept the GPL License and can use it for any purpose as is.

ccache is a compiler cache. It acts as a caching pre-processor to C/C++ compilers, using the -E compiler switch and a hash to detect when a compilation can be satisfied from cache. This often results in a 5 to 10 times speedup in common compilations.
The idea came from Erik Thiele wrote the original compilercache program as a bourne shell script. ccache is a re-implementation of Eriks idea in C with more features and better performance.
Why bother with a compiler cache? If you ever run "make clean; make" then you can probably benefit from ccache. It is very common for developers to do a clean build of a project for a whole host of reasons, and this throws away all the information from your previous compiles.
By using ccache you can get exactly the same effect as "make clean; make" but much faster. It also helps a lot when doing RPM builds, as RPM can make doing incremental builds tricky.
I put the effort into writing ccache for 2 reasons. The first is the Samba build farm (http://build.samba.org/) which constantly does clean builds of Samba on about 30 machines after each CVS commit. On some of those machines the build took over an hour. By using ccache we get the same effect as clean builds but about 6 times faster.
The second reason is the autobuild system I used to run for Quantum. That system builds our whole Linux based OS from scratch after every CVS commit to catch compilation problems quickly. Using ccache those builds are much faster.
Main features:
- keeps statistics on hits/misses
- automatic cache size management
- can cache compiles that generate warnings
- easy installation
- very low overhead
- uses hard links where possible to avoid copies
Enhancements:
- Added CCACHE_READONLY option
- Added CCACHE_TEMPDIR option
- fixed handling of hard-linked compilers on AIX
- added O_BINARY support, to try and support win32 compiles
- show cache directory in stats output
- fixed handling of HOME environment variable