Free worlds best software for linux

Labyrinth of Worlds project is an Ultima Underworld II rewrite.
LoW is a rewrite of the first-person role-playing game Ultima Underworld II: Labyrinth of Worlds that came out in the early 1990s. One of the most celebrated game of its genre, this rewrite attempts to recapture the minutiae and spirit of the original.
At the moment, the tech demo allows you to walk (and jump) around all the Underworld II levels and worlds, has all NPCs and most monsters. You also get to see and manipulate all the dynamic objects of the game, and peek inside containers. The paperdoll has been implemented, too, and lets you access your inventory as well as wear/wield armor and weapons.
It is now possible to converse with the various NPCs. While not all the conversations work correctly (or at all) most do for the most part and it is now possible to actually understand the storyline. :) NPCs are also able to give items, now.
Another worthy project you might want to go take a look at is Underworld Adventures which seeks to recreate the first installement of that series and is doing a darn good job of it.
If you are an Ultima VII fan, then Exult is going to tickle you pink! The freshly released version 1.0 will allow you to play Black Gate and Serpent Isle with the addons on modern architectures, with a few gameplay improvements to boot!
Enhancements:
- Fixed executables
- new gameplay features, including wearable items
- improved user interface
- performance improvements
- more complete conversation support (including being given items),
- working keys and locks

Algorithm::Pair::Best is a Perl module to select pairings (designed for Go tournaments, but can be used for anything, really).

SYNOPSIS

use Algorithm::Pair::Best;

my $pair = Algorithm::Pair::Best->new( ? options ? );

$pair->add( item, ? item, ... ? );

@pairList = $pair->pick( ? $window ? );

After creating an Algorithm::Pair::Best->new object, add a list of items (players) to be paired. add connects the new items into a linked list. The linked list must consist of an even number of items or youll get an error when you try to pick the pairs.

Pairings are determined partially by the original order items were added, but more importantly, items are paired based on scores which are determined by an info hash used to attach any random data to the item, and user supplied functions to provide a score for each item in relation to other items. It may be convenient to add access methods to the Algorithm::Pair::Best package from the main namespace (see the scoreSubs option to new below for an example).
Algorithm::Pair::Best->pick explores all combinations of items and returns the pairing with the best (highest) score. This can be an expensive proposition - the number of combinations goes up very fast with respect to the number of items:

items combinations
2 1 (1)
4 3 (1 * 3)
6 15 (1 * 3 * 5)
8 105 (1 * 3 * 5 * 7)
10 945 (1 * 3 * 5 * 7 * 9
12 10395 (1 * 3 * 5 * 7 * 9 * 11)
14 135135 (1 * 3 * 5 * 7 * 9 * 11 * 13)

It is clearly unreasonable to try to pair a significant number of items. On my system it takes about 2 seconds to pair 12 items (6 pairs), and 20 seconds to pair 14 items (with no negative scores only optimization). Trying to completely pair even 30 items would take too long.

Fortunately, there is a way to get pretty good results for large numbers, even if theyre not perfect. Instead of trying to pair the whole list at once, Algorithm::Pair::Best->pick pairs a series of smaller groups to get good local results. The new method accepts a window option to limit the number of pairs in each window. The window option can also be overridden by calling pick with an explicit window argument:

$pair->pick($window);

See the description of the window option below.

Security Officers Best Friend (SOBF) is a Security Management and Analysis tool designed to be placed right ontop the SOMAP.org Repository. The SOBF Tool is currently in development and there is no public download at the moment.
Architecture:
The SOBF tool is written in Java. To run the SOBF Tool you need a Java VM version 1.5 or later. The data used within the tool is stored locally and can be protected accordingly.
It is a main goal to build the tool like an extendable toolset. While all the needed functionality is built into the SOBF tool, it is possible to extend that standard feature set with your own scripts and extentions.
Data Abstraction:
To abstract the database and to access the data more easily the SOBF tool makes use of the Cayenne Framework. The configuration informations are accessible and it is possible to enhance that configuration with your own data views. Such data views can then be used from within your own scripts to enhance the feature set of the SOBF tool.
Database / Storage:
The SOBF Tool currently uses the hsqldb Database engine to store the data. Updates to the Repository can be done without a hassle for the data records are identified by UUIDs as described on the Repositories information page.
The hsqldb stores the data in human readable form. If need be, the data can be extracted from the filesystem accessing the data files directly.
Since the SOBF tool uses the Cayenne Framework to abstract the database layer it is no problem to exchange the hsqldb with any other database system like Derby or PostgreSQL in future releases. This is an important feature for the SOBF tool should help a security officer with his work and not stand in his way. For this reason the SOBF tool should be as integratable into an environment as possible.
Reporting:
We use the Jasper Reports engine to render and print reports
Enhancements:
- This version contains the implementation of the complete Risk Assessment Workflow as described in the SOMAP.org Guide.
- The backup and restore mechanism was enhanced.
- Some changes and updates were made to the Dynamic Reports.
- The application experienced a general spring cleaning.

The openSUSE project is a worldwide community program sponsored by Novell (http://www.novell.com) that promotes the use of Linux everywhere. openSUSE Linux provides anyone with free and easy access to the worlds most usable Linux distribution, SUSE Linux.
The goals of the openSUSE project are:
Make SUSE Linux the easiest Linux distribution for anyone to obtain, and the most widely used open source platform.
Provide an environment for open source collaboration tha makes SUSE Linux the worlds best Linux distribution for new and experienced Linux users.
Dramatically simplify and open the development and packaging processes to make SUSE Linux the platform of choice for Linux hackers and application developers.
Currently, SUSE Linux is an unsupported, open source only, preliminary edition of SUSE Linux that contains bleeding-edge packages and represents the latest development snapshot. If you intend to test for bugs or contribute patches, this version is for you...
Whats New in 10.2 Stable Release:
- After a lot of work, we proudly announce the availability of openSUSE 10.2, formerly known as SUSE Linux 10.x As usual, we ship all the latest open source packages available at the time. But we want to give a special mention to the redesigned GNOME and KDE desktop, Firefox 2.0, ext3 as the new default file system, support for internal SD card readers, new power management and, last but not least, our improved package management. Wed like to thank you all for testing heavily, reporting bugs, giving feedback on mailing lists. Have a lot of fun!
Whats New in 10.3 Beta 2 Development Release:
- Its my pleasure to announce the availability of openSUSE 10.3 Beta2. Many thanks to everyone who has contributed to this release of openSUSE! Important Changes Since Beta2: kernel 2.6.22.3; glibc 2.6.1; the YaST infrastructure was improved to allow writing complete YaST modules; bootloader improvements - openSUSE 10.3 will use chainloader if it detects additional installations in other partitions, otherwise configfile sections will be used; improved package lists of 1-CD GNOME and KDE; countless bug fixes in every component.