Free guido van robot 1.9.1 software for linux

Gnono is a rewrite of the Windows card game WUNO for GNOME. Gnonos objective is to discard all of ones cards before the opponent does.
Cards are discarded by matching the value or color of the top discard or by playing a wild card.
HOW TO PLAY
Each player picks a card. The person with the highest value card plays first. (not yet implemented)
Each player is dealt either 7 or 11 cards, depending on the chosen preferences. (not yet implemented) The remainder of the cards are placed face down on the pick-up pile, and the top card of the pick-up pile is turn over onto the discard pile.
Play starts in a clockwise direction. The player, whos turn it is, has to play a card which matches the card on the discard pile. This played card then becomes the new topmost card on the discard pile. The card played must match the card on the discard pile by either function (i.e. number) or colour (pattern). Alternatively, the player can play a wild card.
If the player does not have a card which they can play, they must take a card from the pick-up pile. If they can play the card they have picked up, they may, otherwise they keep it and play moves to the next player.
The same applies if the player does have a card they can play, but chooses not to.
PLAYING OUT
Once a player has played all their cards, the current round is over, and the winning player gets the sum of the points in the oppenents hands added to their current score. If the player has reached the playout score, they win the game, otherwise play starts again with the next round.
During play, if all the cards have been taken from the pick-up pile, the deck is shuffled and play continues.
Enhancements:
- Migrate all deprecated GTK+ APIs.
- Implement GnomeGoals/PoLinguas.
- Reverse card acts as Skip in two-player game.
- Make one "Points to Win" field showing the playout score instead of individual fields showing points remaining to win.
- Added man page.

NRobot project is an autonomous robot fighting game.

Instead of directly controlling a robot, the human playing the game must write a program that acts as the "brain" of the robot.

The robot will then be dumped into the game arena and must attempt to survive on its own. NRobot is written for the ECMA CLR. Its been tested on Mono and on Microsofts .NET framework. Currently, it is functional and "playable".

It comes with three sample robot implementations, so that "out of the box" you can watch a game. One important missing feature is a security architecture: robot code executes with full privileges.

Thus, its recommended that if you are running any robots from untrusted sources, NRobot is run under a user account with no privileges over files you care about.

Its also short on documentation, and the GUI implementations have some rough edges.

GNU Robbo project is a game ported from the Atari XE/XL.

The player has to rescue Robbo the robot from an unfriendly planet and help him collect all the parts of a capsule so he can go to another level.

nagircbot (Nagios IRC bot) announces the Nagios status on an IRC channel.
Type:
./nagircbot -h
for a list of options.
Enhancements:
- A switch for letting nagircbot use a password when entering a channel was added.
- Code which implements a keep alive was added.

Xastir ptoject can receive and plot APRS position packets. Development is a collaborative effort of programmers from around the world. Xastir supports many map formats and is highly customizable. Check out the "Screen Shots" link to see just a few of the ways that Xastir can be used.

Xastir runs on Windows/MacOSX/Linux/FreeBSD/Solaris/Lindows, with many more possible. It supports 125 map formats, several types of TNCs and weather stations, Festival speech synthesizer, AX.25 networking (Soundmodem/Baycom/SCC!) and seven languages!. On Unix-like operating systems, you can run your weather station or GPS on a separate computer as well, which is good for those hams who are already short on serial ports.

Xastir is FREE! under the GPL license and comes with all source code.

Open RObot COntrol Software (Orocos) framework applies software patterns in C++ to achieve real-time execution of software components and provides an infrastructure to quickly integrate them in a real-time operating system such as RTAI or RTLinux, although it can be tested on normal Linux systems.
The Orocos project started as a Free Software project for robotics, but it has outgrown its robotics-dependent roots. Hence, "Orocos" now consists of two decoupled but integrated sub-projects:
Open Realtime Control Services.
This is a hard realtime Software Framework for all possible machine control applications, fully independent of the projects original robotics focus. It is designed to run safely parallel user defined tasks, on both vanilla Linux 2.6 and hard realtime RTAI. Extensive graphical configuration support is available.
Available features: hardware abstraction, operating system abstraction, event handling, hierarchical and parallel state machines, realtime "PLC" scripting, command parsing, online property configuration, multiple time- and event-triggered threads, advanced data protection for synchronous/asynchronous data flow, strongly typed data flow, (on-line) configuration support, ...
Integration between RTAI and TAO and ACE is also part of the ongoing work towards a hard realtime distributed control infastructure based on CORBA.
Open Robot Control Software.
A set of class libraries and an application framework offering generic functionality for machine tools and robots: cascaded control loops and control components, motion generation and interpolation; kinematics and dynamics; robot-specific control algorithms; estimation and identification; etc.
The following families of applications have working implementations available: force-controlled 6R manipulator arm and Cartesian XYZ machine tools. We would welcome developers to start mobile robot and humanoid robot application(s). In those efforts, much of the material of the above-mentioned applications can be reused. In addition, detailed support is available through the Developers mailing list. So, each new application requires moderate programming effort. (Not taking into account system-dependent modules such as device drivers, or kinematic routines.)
Open RObot COntrol Software is designed to appeal to roboticists. See the Orocos project homepage for an automated download script.
Enhancements:
- Support for RTAI 3.4 and 3.5 was improved.
- Various fixes were made in the CORBA support layer.
- The example code and documentation had a review.