Free universe 1.0 software for linux

Universe project is a Open Source Master Of Orion-like game.

Universe is an Open-Source game which resembles Master Of Orion. It is written in Java.

The goal is to have as few arbitrary limits as possible, allowing games as large as you wish. It also supports a concept called "Schemes" which allows programmers to develop distinct rule sets and extensions.

Vyger project is a graphical online roleplay game.
Vyger offers a D & D and Rogue-like environment in a graphical online roleplay game.
Enhancements:
- Graphic & Cfg new release.
- Added Jython library, changed part of the structure data.
- run vygerbinserver-world-generator to create map data, after downloading .class or source files.
- This release can be updated using the sources from the CVS server (see CVS section for more information).
- Every time source code is downloaded from CVS the HOME and UNIVERSE contents should be deleted (players and maps should be deleted cause the structure of their files is being changed).
- Use the Search/Find command to find HOME and UNIVERSE directory.
- After deleting the old maps, to recreate em run vygerbinserver-world-generator

gNewSense is a GNU/Linux project, to take all the binary blobs out of a rather popular distribution and make it all free.
In doing so we have also produced a set of scripts to create a free GNU/Linux Distribution based off Ubuntu.
Main features:
- Firmware removed from kernel in main
- Restricted removed
- Ubuntu logos replaced
- Universe enabled by default
- emacs, bsdgames, nethack and build-essential part of the default install
Enhancements:
- I am pleased to announce the 1.1 release of the gNewSense distribution and tools. This release brings a number of improvements: support for arbitrary meta packages; added optional support for updates and backports; added support for multiple live CDs; produce torrent files for live CDs; support for tracking mirror freshness; KDE variant live CD; fixed NTPL issue; enabled eepro100 driver (e100 was non-free); recompiled and rebranded Firefox so we could disable the offering of non-free plugins; new artwork; various other minor fixes and improvements.

Privateer gives you the freedom to carve your own path in the Wing Commander universe. Opportunity abounds in the Gemini Sector.
Wedged between the unknown frontier and the Kilrathi Empire, Gemini is home to various competing factions with which you can choose to align yourself.
Upgrade your ship or trade it in to deal with the demands of a Privateer. Find your fortune by logging into the mission computer, or take your chances with seedy characters in bars.
Meet up with Sandoval in New Detroit, tilt back a glass with Demetria in a Munchen bar in the Tingerhoff System. Make your way as a trader, traitor, bounty hunter, or pirate. Only you can imagine what you might encounter beyond the frontier.
Enhancements:
- New Refinery, Mining Base, Kamekh, Drayman, and Orion art was added.
- The targetting system was redone and is now more like the original.
- Radar range was reduced and all ships now have 2D wireframe HUD images and damage is shown by quadrant.
- The ship dealer now also functions as he did in the original.
- The auto-light now turns off when you are close to your destination.
- When a ship that is communicating with you is destroyed, its message now gets cut off. Asteroids can now be destroyed and mined.
- The repair bot was fixed.
- Unknown ships are there for the Righteous Fire campaign.

TuxFighter is an asteroid-like shooter written in python/pygame.

Your goal is to waste valuable lifetime (or even paid worktime) while steering and spinning a pinguin-shaped alter ego throug a universe full of nasty enemys. The enemys try to collide into you but YOU CAN FIGHT BACK !

Shoot rockets at your enemys but be warned, you have always just twice the number of rockets as the number of enemys on the screen. So aim careful, because some rockets may bounce back from the edge of the screen.

Gain extra points or even applause by killing enemys be a rocket reflecting from walls. Enter the highscore-list and try to improve your shot/miss ratio.

Thousand Parsec is a 4 Xs game (eXplore, eXpand, eXterminate, eXploit) but it is different in the sense that it is designed for long games supporting universes as large as your computer can handle. (Have a quad Xeon with 4 gig of ram? Well have a couple of million systems in your universe!.

Thousand Parsec also supports long term play with players joining and leaving throughout the game. As well the tech tree is easily expandable and can be extended during the game without effecting anybody already playing (ie introduction of new technology as the game progresses).

You can choose to have highly exotic universes where the laws of physics are totally different or universes that are very similar to our own.

The game is TURN BASED, this means that clicking quickly isnt vital but strategy is.

The game should also be highly extend-able. Allowing player customisation not found in the commercial games.

Anyway we have high hopes for what TP will become. We have currently stolen a lot of ideas from Stars!, VGA Planets an XPace.

Tcsh is an enhanced, but completely compatible version of the Berkeley UNIX C shell (csh). The project is a command language interpreter usable both as an interactive login shell and a shell script command processor.

It includes a command-line editor, programmable word completion, spelling correction, a history mechanism, job control and a C-like syntax.

Tcsh has been ported to most unix variants, and can be tinkered to work in unix systems that it has not ported yet. See the Ported file for a more complete list of ported systems and in the config directory for a configuration file that matches your system.

Tcsh also runs under VMS/POSIX and OS/2+emx; the OS/2 port is not complete yet.

Installation:

0. Try running "configure". If that works, goto step 6. If you are using imake, try xmkmf and goto step 3. If imake does not work, copy Makefile.std to Makefile.

1. Look at the Makefile and make sure that you are using the right compilation flags.

2. Copy the appropriate for your machine and OS config file from the config subdirectory into config.h. Consult the file "Ported" for settings known to work on various machines.

If you are trying to compile tcsh on a machine for which there is no config file yet, you will need to create a config file using as a template one of the supplied ones.

If you get tcsh working on a new machine, Id appreciate a copy of the config file plus additional information about the architecture/OS.

If you are creating a new config file, look very hard at BSDJOBS, BSDSIGS, and BSDTIMES if you are running a non-BSD machine. For vanila SysV, these would all be #undef-ed, but others may vary (such as A/UX or HPUX).

On a pyramid, compile in the UCB universe even if you are running under the ATT universe usually; it will work anyway, and you get job control for free.

3. Look at config_f.h, and enable or disable any features you want. It is configured the way I like it, but you may disagree.

If you do not have NLS, then locale.h will not be found. Undefine it and things should work ok. On the other hand, if you have NLS you might as well use it...

4. Look at host.defs to make sure that you have the right defines to set the environment variables "HOSTTYPE", "MACHTYPE", "OSTYPE" and "VENDOR" correctly. If you need to make changes, PLEASE SEND THEM BACK TO ME.

5. You may want to adjust the TCSH_BINDIR and TCSH_MANDIR entries in the Makefile. These are the directories that tcsh, and the tcsh.1 man entry will be placed in when you do a "make install" and "make install.man" respectively.

If you decide to install tcsh somewhere other than in /usr/local/bin/tcsh, you should #define _PATH_TCSHELL "/your/installation/directory/tcsh" in pathnames.h.

6. If youve changed any of the configuration variables you may need to re-run configure.

7. make

8. Read the documentation while you are waiting. The file tcsh.man is in standard [nt]roff -man format.

If you like, you can run the tcsh.man2html script (requires Perl) to generate an HTML version of the manpage which you can read with Mosaic, lynx or other HTML browser.

9. Test tcsh by typing ./tcsh to see that it has compiled correctly. The history command should give a time stamp on every entry. Typing normal characters should echo each exactly once.

Control-A should put the cursor at the beginning of the input line, but after the prompt. Typing characters after that should insert them into the line. If you have job control make sure that stopping and restarting jobs works.

Make sure you can ^C in the middle of the input line. Also make sure that pipelines work correctly and there are no races. Try echo | cat | cat | cat | cat | more a couple of times.

If you have job control, try this command in the background and bring it in the foreground when it stops for tty output. Also make sure that the ioctl() modes are preserved. Get into vi, enter and exit input mode and suspend it, background it and foreground it again.

After all that, lastly make sure that the tty process group manipulation is happening correctly. Try ftp to some host. If your passwd appears on the screen, you have lost /dev/tty. Otherwise everything is fine.

10. Once satisfied that tcsh is working correctly, complete the installation by typing "make install" to install the binary, and "make install.man" to install the documentation. Dont forget to look at complete.tcsh for useful completions...