Free advantage arms software for linux

Spaminator is a server that is placed infront of your email server that allows you to take full advantage of the anti-virus/spam features while keeping your current email server intact.
Spaminator project provides a ready-to-use operating system configured to act as a spam filtering mail gateway.
This stage4 is a generic implementation of: http://www.gentoo.org/doc/en/mailfilter-guide.xml
Main features:
- Real Time Black-Hole Lists
- ClamAV AntiVirus filtering
- Spam Assassin
- Postfix

Interstate Outlaws its a vehicular combat game in the spirit of the Interstate games.
Interstate Outlaws (IO) is a vehicular death match based game created by mostly by college students from the United States, Great Britain, and Australia. It uses Crystal Space, CEL, and ODE. It is written in Python. Inspiration for this project came from old auto combat games the creators played when they were young. IO will be perpetually updated for an indefinite period of time.
The software is free under the GPL license, but the developers respectfully request donations through the website to support current and future operations.
In the future, the developers are planning numerous new features.
These include, but are not limited to: Sound; Pedestrian mode; More accurate physics modeling; More detailed vehicle models with functioning doors, hoods, and trunks; Storage for small arms and other items in the trunk of the vehicle; Much larger scale and detailed maps; Map Editor; Interchangeable power and drivetrains; Custom vehicle and pedestrian textures; Additional types of game play.
Main features:
- 5 unique vehicles with their own gear settings and weapon setups
- 2 different maps
- 6 weapons to be mounted
- Insanely complex damage model
- Aggressive (but stupid) AI

Small Arms Ballistics is, as the name says, a ballistics calculator for small arms fire. It is a terminal application written using curses.
Small Arms Ballistics is derived from smallball, which was written by Ole-Hj. Kristensen. I have pretty much rewritten the entire program, but smallball got me started. All major
trajectory calculations have been implemented, and a variety of bullet drag models are available.
The program needs a color capable terminal, otherwise it wont run.
Enhancements:
- distribution didnt include saballistics.lsm.in

Overslack is a slackline simulator/game. A configurable model world containing a slackline, a slacker and ground is visualized and its time evolution is calculated while the user controls the slacker using the mouse. Just like with real slacklining there is no predefined goal, but it keeps track of the time you stand on the line.

The simulated world has only two dimensions. Although the forward direction offers many possibilities on a real slackline, it has very little to do with balancing and is quite uninteresting to simulate. Slow speeds are assumed, so the air resistance is neglected. The time evolution is calculated by applying Newtonian physics numerically as many times per second as the machine can handle.

The speed of the simulated world is configurable, making it run five times as slow as the real world makes it slow enough to be manageable and fast enough to keep the attention up. Unlike normal grass ground, the ground in the simulation is bouncy and doesnt cause injuries. It is (unfortunately) a bit unrealistic, but makes it more fun.

The simulated line behaves according to a quite simple model. An ideal spring between the lines point of equilibrium and the slackers feet makes a good approximation, but an ideal spring gives back all energy it stores, which would cause you to bounce forever without helping with your legs. To simulate some friction, it has a somewhat different spring constant depending on whether its extending or compressing. It is of course fully configurable, so anything from an ideal spring to an old, tired and non-elastic line are possible to simulate.

The slacker is controlled with the mouse. Move the mouse down to extend the legs, and move it up to crouch. Move the mouse to the right to lower your right arm and raise your left, and to the left to do the opposite. This is pretty much all you can do on a real slackline too, except that you can move more than just your arms, but thats just a question of terminology.

The slacker is infinitely fast and strong, if you move the mouse the slacker will move instantly to the new position regardless of the force and energy required.
It is possible to jump off the line and land on it again, with or without bouncing on the ground in between, but to make it simpler the slacker is moved to a perfectly balanced position whenever you press the right mouse button.

In addition to the line, slacker and some on-screen numerical physical information, vectors visualizing location (white), speed (green) and acceleration (red), both translational and rotational, are shown.

KlearCase is a set of tools to access Clearcase using the KDE environment. Several KDE plugins allow KDE applications to take advantage of Clearcase features.
KlearCase project is a set of tools to use IBM Rational ClearCase from KDE.
Enhancements:
- Better integration Kde Application Menu Remount vobs and restart views at start up.
- fix for clearcase 6.0 fix for big list of vobs and views

XELand project generates night landscapes as stereo pairs for cross-eye viewing. Currently it uses two map generation methods (plus some variations). Generated height maps are seamless and can be saved as PNG images.
The program requires only JDK 1.5 or above, and is very easy to use. To take full advantage of XEland you should learn cross-eye viewing.
Main features:
- Simple to use
- Two terrain generation methods
- Exports maps to png files
- Generates seamless maps
- Uses StupidRendering techonogy

NeEM is a library that provides an implementation of epidemic multicast (also called probabilistic or gossip-based) in wide-area networks by using multiple TCP/IP connections in a non-blocking fashion.
Epidemic multicast protocols achieve stable high throughput regardless of node and network faults and scale to very large numbers of participants. Implementation is based on Java 5 and takes advantage of NIO. The goal of this implementation is to be small, self-contained, and practical.
Enhancements:
- Introduces logging and the ability to bind to and advertise specific addresses.
- Some dead code removed in the network layer.
- UPnP based NAT traversal sample application added.