Free kingdoms of life software for linux

Web of Life is a life simulation game.

An isometric game done with C++ and SDL.

In this game you control some beings in an ecosystem, the goal is to make only that the beings you control survive.

Your beings should survive fighting with other beings, reproducting to make a massive attack and eating.
But sometimes you will have to eat some of your own live beings so that others could stay alive, well its life.

Defend the Kingdom project is a real-time strategy based game.

Defend The Kingdom, or Defender for short, is a real time strategy game dedicated to the fantastic world of LARP.

Its goals include the ability to build and control a complete fantasy world (with towns, poeple, etc.), control armies of knights and creatures to fight against your strongest enemies, gain power and resources by trading with your friends, and many more.

Game::Life - Plays Conways Game of Life.

SYNOPSIS

use Game::Life;
my $game = new Game::Life( 20 );
my $starting = [
[ 1, 1, 1 ],
[ 1, 0, 0 ],
[ 0, 1, 0 ]
];

$game->place_points( 10, 10, $starting );
for (1..20) {
my $grid = $game->get_grid();
foreach ( @$grid ) {
print map { $_ ? X : . } @$_;
print "n";
}
print "nn";
$game->process();
}

Conways Game of Life is a basic example of finding living patterns in rather basic rulesets (see NOTES). The Game of Life takes place on a 2-D rectangular grid, with each grid point being either alive or dead. If a living grid point has 2 or 3 neighbors within the surrounding 8 points, the point will remain alive in the next generation; any fewer or more will kill it. A dead grid point will become alive if there are exactly 3 living neighbors to it. With these simple rules, fascinating structures such as gliders that move across the grid, glider guns that generate these gliders, XOR gates, and others have been found.

This module simply provides a way to simulate the Game of Life in Perl.

In terms of coordinate systems as used in place_points, toggle_point and other functions, the first coodinate is the vertical direction, 0 being the top of the board, and the second is the horizontal direaction, 0 being the left side of the board. Thus, toggling the point of (3,2) will switch the state of the point in the 4th row and 3rd column.

The edges of the board are currently set as "flat"; cells on the edge do not have any neighbors, and thus will fall off the board. Future versions may allow for warp edges (if a cell moves off the left side it reappears on the right side).

Camera Life (FDCL) is a system for cataloging your photo collection. Camera Life project gives users the ability to search your archive by albums that you set up, or by directory structure.
Camera life (FDCL) is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version.
FDCL is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details.
You should have received a copy of the GNU General Public License along with Chatterbox; see the file LICENSE. If not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. Or visit http://www.gnu.org/licenses/gpl.html
Main features:
Self Updating
- When you add photos to the photo directory you specified when installing, FDCL will cache, thumnail and make public all such photos (Administration: File Manager). You can allow certain user classes to maintain your site by editing the photo descriptions and delete photos that suck.
Topic view and Folder View
- On the main page, users are presented with the option of viewing photos by topic or folder. In topic view, albums (collections of like photos) are categorized by topic (ex: People, Things, My Vacataions).
- Folder view is hierrical and based on the directory structure of the photos. When viewing a photo, users are given the option to view others photos in the same topic or folder.
Image deletion
- When viewing a photo, you have the option to delete it. When a user deletes an image, FDCL actually flags it as non-public. An admin has to actually erase it (Administration: File Manager). And when you erase it, FDCL just moves it to the erased folder. FDCL will never rm your photos. With this in mind, it is sensible to allow users to delete offensive images and admins to erase them.
Themes
- You can easily change the look of the entire site by choosing a different theme (Administration: Customize: Themes). Official themes can be downlaoded from http://fdcl.sourceforge.net other themes are available at your local supermarket (or not).
Users
- Users can anonyously sign up an account. The admins choose which accounts to give privileges to. All authentication is done by random cookies saved in the DB and passwords are salted and hashed.
Logging
- Some actions are logged to the logs table. This is done via the db_log function. You can view the logs (Administration: Log Viewer) and see the audit trail to modifications to the ssytem. You can then rollback specific action (like renaming a photo) by simply choosing the previous state to go back to.
Enhancements:
- This version adds support for Gallery Remote API, microformats, sitemaps, OpenSearch, and RSS feeds, and supports iPhoto photocasting.
- There are now photo keywords with a del.icio.us-like keyword editor.
- Checkpoints allow you to review and approve changes to the site.
- Your users can now order prints online.
- There are also big changes under the hood and some security enhancements.

Distributed Artificial Life project uses spare CPU cycles to create life.

Distributed Artificial Life is a distributed version of Tom S. Rays Tierra artificial life program. It uses spare CPU cycles to simulate a distributed soup of living cells.

Note that the machine language used is similar to but not compatible with Tierra. Tom Ray talks about his work (as far as I know, never completed) to create a "Digital Reserve". The DLIFE project is a development of this.

In other words, its an alternative to the tedious process of cracking RC5 keys or searching for aliens. Youve got a supercomputer on your desk, lets go and create some life ...

It consists of a highly optimized engine for running the artificial life cells in a virtual machine, written in C, and some Perl scripts which can upload and download cells from central ``cell-bank servers.

Its a simple idea: implement Conways Game of Life using boolean logic operations (and, or, not, xor); do so by blits, thus running a Life game in every bitplane in parallel.

Currently 2 implementations are available: a proof-of-concept (with a life-covered 3d cube!) one in Python (with Numeric/pygame) and a useful one in C (X-Windows screensaver, potentially accelerated).

HuaRongDao project is an ancient Chinese puzzle game.

The puzzle "HuaRongDao" has been the most popular puzzle in China for hundreds years. It came from part of the well-know story "The legend of three kingdoms".

At the end of Han Dynasty (about 200 AC.), China was divided into three kingdoms, Wei, Shu and Wu. "Caocao", the leader of Wei, wanted to unit China, however, was totally defeated at "ChiBi" by the allies of Shu and Wu. Only he and other 30 people escaped from HuaRongDao and came back to Wei.

After about 30 years, China was still united by Wei (named Jin at that time) into one country.

Its aim is to move pieces on the board in order to move the largest one to the center of the bottom. It is a very small game, and it is very challenging. This implementation is based on the curses library.

The game is controlled by keyboard only. Its features include undo, redo, and bookmarks. Custom starting patterns are also supported.

Lynns Legacy is an action-adventure game. Lynn the mercenary is on a quest to figure who tried to kill her and why.

Follow Lynn the mercenary as she recollects the mysterious mission that nearly took her life. Travel through multiple overworld areas, (forest, towns, desert, mountains) and boldly step into uncharted dimensions in search of memory!