Free play the game queen video software for linux

Teeny Weeny Microgame Engine project is a console/curses interface for playing near-arbitrary board games.
The Teeny Weeny Microgame Engine is a specification for the portable play of board- style games in a wide variety of computing environments. As proof-of-concept, teeny-cpp implements the Teeny LRFC (Lesser RFC) and many extended features with a shell-like console interface and a curses-based UI.
Despite their simple appearances, they are very extensible via C++ and basic game script code using the commands defined in the LRFC. It is intended for hard-core hobby board gamers or war gamers.
Main features:
- Acts as a reference implementation of and an experimentation ground for the Teeny LRFC.
- It has two major modes of operation: console mode (for the Power User) and curses mode (for a colorful UI).
- Internally controlled almost completely via the command language interface described in the Teeny LRFC. This allows us to extend the list of game options almost indefinately without having to change the internals of the framework. This also inherently allows us to operate the game environment via scripts containing lists of game commands.
- The scriptability means we can use arbitrary tools to generate game data. For example, creating games using bash scripts is often easier than hand-writing game scripts because we can take advantage of the advanced features of such a shell, like loops and conditionals (which are lacking in our code).
- The curses UI allows some keys to be programmed to arbitrary command strings. This makes doing common operations a snap. (i hope to improve this support to cover most keys.) For example, map a key to the command teeny-board rotate to quicky rotate your game board.
- For boardgame designers it offers a pretty simple interface for prototyping game designs.
- Generic plugins/DLL support means clients may plug in their own commands or even plug in their own plugin base types. As a demonstration, the source comes with EDeck, a plugin for handling abstract decks of cards (i.e., lists of shuffleable items from which we may pull items off the top). Of course... this plugin can be controlled via the command language interface, so its scriptable.
- The curses UI has support for manipulating all commonly-used curses text attributes, including colors, bold, blink, underline, etc., for the game board. Attributes are specified on a per-Avatar basis, and each set of attributes (colormap) may be named, loaded and saved at will. As usual, these are controlled via the command language, and are thus scriptable.
- Most parts of the interface support the use of $VARIABLES from the user. e.g., loading $TEENY_HOME/file.s11n will load the file ~/.teeny/foo.s11n. You may of course define and manipulate these variables as you wish.
- Startup of the app can be customized via a script. e.g., to load a game or macro keys, set up environment variables, etc.
- Powerful, flexible object serialization support, which means that we can add support for saving/loading near-arbitrary data with extremely little effort, without having to worry one iota about the underlying data formats, transport layers, and other bogusness. We can independently save and load almost all parts of the games state if we wish, as well. Shameless plug: http://s11n.net
- The source code is fairly hackable, if i may say so. Adding command handlers and DLLs is especially simple for even entry-level C++ coders. im always looking for ways to improve the code, so feel free to contribute :).

Catch the Furball project is an icebreaker board game for friends to play around a computer.

It features a freshly-generated board for each game, an eclectic collection of cards, and beautiful pictures of Cambridge University.

The distribution is intended both to allow Web masters to quickly set up their own copy of the game, and to allow tinkerers to use the game engine to make their own games.

It includes the editor used to create game data.

Custom Strategy Role Playing Game project is an engine for creating strategy role-playing games.
Two players confront two parties of characters (which have RPG attributes: job, level, exp, skills, etc.) over a battlefield, and the surviving party wins.
Jobs, skills, etc. are stored in XML custom files. It has a combat style similar to Final Fantasy Tactics and Shining Force.
Enhancements:
- Custom effects for skils.
- New contender attribute managing is working now.
- New skill types and skill capabilities (as enable at a certain level).
- Contenders final attributes can now depend on skills.
- Jobs have now a basic bonus and a level bonus (which depends on
- contenders level).
- Partial code rewriting for some old features.

SYNOPSIS

# automatical computer-vus-computer play script
use Games::Checkers::Constants;
use Games::Checkers::Board;
use Games::Checkers::BoardTree;

my $board = new Games::Checkers::Board;
my $color = White;
my $numMoves = 0;
print $board->dump;

while ($board->canColorMove($color)) {
sleep(2);
# allow 100 moves for each player
die "Automatical drawn" if $numMoves++ == 200;
my $boardTree = new Games::Checkers::BoardTree
($board, $color, 2); # think 2 steps ahead
my $move = $boardTree->chooseBestMove; # or: chooseRandomMove

$board->transform($move);
print $move->dump, "n", $board->dump;
$color = ($color == White)? Black: White;
}

print "n", ($color == White? "Black": "White"), " won.n";
ABSTRACT ^
Games::Checkers is a set of Perl classes implementing the Checkers game play. Several national rule variants are supported. A basic AI heuristics is implemented using the Minimax algorithm. Replay of previously recorded games is supported too.
DESCRIPTION ^
This package is intended to provide complete infrastructure for interactive and automatic playing and manipulating of Checkers games. Some features are not implemented yet.

Games::SGF::Tournament is a Perl module for tournament statistics generator.

SYNOPSIS

use CGI qw / :html /;
use Games::SGF::Tournament;
my $t = Games::SGF::Tournament->new();
print html(body($t->score()));

Smart Go Format (SGF) is a file format used to store game records of two player board games. This module used to collect tournament information from a set of SGF files and produce statistic HTML tables for creating WWW tournament pages.

INTERFACE

Games::SGF::Tournament is a class with following methods:

new

The constructor. Optional parameters are:

sgf_dir

Path to SGF files representing the tournament. Default: current directory.

base_url

Base URL to prefix file names of SGF files. Default: empty string.

games

Returns a table of played games in chronological order with hyperlinks to SGF files.

scores

Returns a table of players descending by score.

Games::Mastermind is a simple framework for MasterMind games.

SYNOPSIS

use Games::Mastermind;

# the classic game
$mm = Games::Mastermind->new;

# make a guess
$marks = $game->play(qw( Y C W R ));

# results
print "You win!n" if $marks->[0] == $mm->holes();

# the game history is available at all times
$history = $mm->history();
$last_turn = $mm->history()->[-1];

# reset the game
$mm->reset();

Games::Mastermind is a very simple framework for running Mastermind games.

Yamb is a game that is played with 5 dices. PYamb is played in turns, and each turn player has three dice throws available.

The object of the game is to reach the highest possible score."

Pyamb is gtk version of Yamb written in (please guess...)Python.

Gamut is the Volity projects first graphical client application, written in Java and usable on any Java-friendly computer.

Gamut project is still alpha and more useful to developers than players, but rapidly approaching a more generally usable beta.

Volity is a framework for developing online multiplayer games. Servers are written in Perl or Python, and the user interface for each game is written in a combination of SVG and ECMAScript. The client automatically downloads the proper UI for any game, allowing you to play games such as Hex, Fluxx, and Aquarius without any further intervention.

While most current games are board and card games, many different game types can be implemented and deployed within the Volity framework.