Search Results for "open project"

This is UCI Chess Engine writen in Java. Since version 1.4 (inclusive) the project was moved to https://github.com/bagaturchess/Bagatur

Another open source java chess engine. The project is in a very early stage. Winboard compliance is partial. Does not support undo of moves or time controls. Right now it makes a move every 45 seconds. If you are a beginner-intermediate player you might find this a good sparring partner.I have tested this only with Arena3.0. I plan to make this stronger gradually.

A simple network chess game : only for 2 human players. Notice that in order to build the project, you need to add my jar library PluggableChessGraphism (>= 1.20), also available on Sourceforge, to the build path. Also, chess engine and images are imported from CarballoChess project : https://github.com/albertoruibal/carballo

IMPORTANT: I renamed the project to cengix (chess engine no. x). See http://code.google.com/p/cengix. IMPORTANT: yacen is not in any way related to the YACE chess engine. The similar name was a mistake. To avoid confusion, I will rename my project soon and provide a link to the new site then. yacen is a simple chess engine with main focus on understandability of code and mechanisms rather than on pure performance. It is completely written in ANSI-C using nothing more than the standard...

Small project chess engine/AI written in C designed to work with XBoard. This is a summer project by an undergraduate computer science student, not a work of art. The code is rough and not fully functional.

jose is a graphical Chess tool. >>> moved to https://peteschaefer.github.io/jose <<< You can store chess games in a database. You can view and edit games (including variations and comments). You can play against a plugged-in chess engine and use it for analysis. Features 3D board view.

Simontacchi is a Winboard/UCI compatible chess engine that intends to grow via development community involvement. The goal of the project is to create a chess engine that rivals the strongest commericial and amateur programs.

SMART: SMART Minimax Analyser for Recursive Trees. The goal of the SMART project is to develop a powerful state-of-the art FICS compliant chess engine, using experimental technology (re-iterative MTDf , ETC, reinforced temporal difference learning, etc.)