Search Results for "object"

Adrix.NT Java Works :: Sources & Build Projects includes - Paged Lists of Object & Iterators Library for Java - Action / Entity Model for Java - VR Ax AWT Clock Java Component - VR Multi Dimensions Array Library - VR MDArray List Manager Library - VR Adjacency (List | Matrix) Direct Graph Lib - VRJMosaic cells sliding game with automatic resolver - VR RectsWorld Sample Applic - VR Free Chess 2D Applic also contains - Other Utils Libraries - Demo and Test Applications - NetBeans build projects - and more ... (*) note: the libraries folder to build and run applications must be located on the same volume of the java applications its path name must be: \AX.VincentRadio\Java\SharedLib have fun Adrix.NT adrixnt@hotmail.it

Vincent Radio {Adrix.NT} Embarcadero : Delphi : Executable Binaries Delphi : VRCalc++ Object Oriented Scripting Language : Engine + Ext Libraries VRCalc++ OOSL Visual Stage Project : VCL & FMX (FireMonkey) VRCalc++ Script Executor: - VCL Console - Terminal Console - FMX Console + VRCalc++ OOSL : VR System Scripted Standard Runtime Library Delphi Applics - VR Multi Editor : Smart Text Editor - VR Lazy Code Editor : Smart RTF Multi Lang Code Text Editor - VR Astro Vision : Astrology Program - VR Free Chess 2D : Chess Game Program - VR Mosaic : Puzzle Resolver Program (VCL, FMX) - VR Blocks game - VRGraphStage - VR TTT OX game - Embarcadero Binary Runtime Libraries - VR Binary Runtime Libraries for Delphi & C++Builder - Visual Styles Java Applications - Analog Clock - VR Hanoi Towers - VR Rects World Sample - VR Free Chess 2D - VR Mosaic with auto resolver - Action/Entity Model Test includes installation instructions adrixnt@hotmail.it

Atomic Research is a Battleships variant. The player is a scientist who wants to discover the postion of some atoms on the game board.

Einstein Plays No Dice is a board game which object is to move one of one’s 6 cubes to the other side of the board or remove all the opponent cubes. More information available on Wikipedia http://en.wikipedia.org/wiki/EinStein_w%C3%BCrfelt_nicht! Currently it’s an Android application.

Kenny ClassIQ (read Kenny Classic) is something like my dream project. It is a chess engine with pure object oriented programming with close-to-real-world representation of the game inside the program using OOPS. Initially I thought of doing a similar thing in C++, but after trying to develop my other chess engine Kenny in this route, I found out that it is a difficult task, and switched to using Java for the programming instead. To learn how to do it, I created a similar, many-times-lesser-in-complexity project KenTacToe. ...

Attempt to create an Chess game in C#, learn about artificial intelligence, and chess programming patters.

...To implement more players, create new class inherited from PlayerStrategy, and implement the move() method to chose best move, by utilizing different methods provided with Table object.

UCI chess engine written in object pascal

Shut the Box is a simple diversion written in C and GTK+. The object is simple: Roll the dice and click the tiles that sum up to that dice roll until there are no more tiles to click.

The goal is create a simple game that simulates a 3D virtual environment and with a real object with realistic texture and allow the user to navigate the environment in order Interactive.

It's a strategy turn based game for end user. The object of the game is to occupy a larger part of the land by surrounding dots of the opponent (thus creating territories). The land is a large grid where dots are placed on intersections.

Monopoly! Game written in Java for the Object-Oriented Programming Course at Cà Foscari University, Computer Sciences Department, Venice, Italy. Supports up to 6 players and command line interaction.

In knight tour (kt) problem every chess square is visited exactly once using knight moves. In this game some knight moves already made and we have an incomplete kt. The object is to complete the kt by guessing missing moves.

This project is a dice rolling library written in java. This contains a web front written with DWR (Ajax) that's easy to use.

A simple Java implementation of the classic Connect Four game that was written for an Object Oriented Design class.

Stoopid Chess is a chess playing program with a GUI which allows you to play against the computer. It's written in C# and plays with reasonable game strength.

The object of the game is to outmaneuver your opponent and be the first to outline a square, called a quod, by capturing its four corners with your colored attacking pieces.

...No go program to date has achieved a level of mastery comparable to chess programs. The design goal is to develop as strong of an AI as possible using D, agile development, an object oriented design, and gene

Implementation of chess in Java. Education tool in an introductory university course in Java and object-oriented programming. Will feature full Javadoc descriptions of all methods, comprehensive tests and exercises of varying difficulty.

This will be a port of the famous Monopoli game to a java environment. It's just a project that aim to make ourselves closer to Java programming and, more over, it should enforce our object-oriented programming skill.

Project has server and client parts for board games: Scrabble, Domino and Backgammon.

CTF Droids is a online multiplayer game based heavily on roborally, the 1994 board game created by Wizards of the Coast. The object of the game is to program your robot to reach flags before your opponents.

Hexagon is a board game for 2 players (1 player can play against the computer) with internet support. The object is to own the most cells on the game board. Combines luck with strategy to achieve this.

An object-oriented platform and algorithms for the game of GO. Aims: 1) A capable engine that can learn through experience. 2) A re-usable algorithmic framework for rapid development of new GO-playing engines.

First full implementation of the chess variant Bucky, a game of dudes, chameleons and shamans. The game has logical and emergent rules, suitable for object orientation.