Free wooden software for linux

JagoClient project is a viewer for the board game Go.
JagoClient is a Java-based SGF (Smart Go Format) and Go XML viewer, IGS (Internet Go Server) client, and a point-to-point Go player client.
It can also be used as a front end to GNUgo to play Go against the computer. It can run as an applet or as an application.
Main features:
- IGS client for TCP/IP connections (such as Ether net, Win Sockets or PPP dialup).
- Configurable automatic login using name and password.
- Graphical user interface for game lists and user lists.
- Game status, peek (includes all moves), and observer windows.
- Game variants can be edited while observing or playing.
- A local game viewer, which can read and write the Smart Go Format (SGF), as well as games stored in XML format. It can be used locally as a standalone program or in a browser to display games on the server. Some Features:
- Hierarchical game tree with variants.
- Marks, letters and removals of stones.
- A big comment window.
- True color wooden board and shiny stones with shadows available, completely resizable.
- Point to point Go protocol using a TCP/IP connection allowing to play games without any server. Some Features:
- Chat window.
- Accurate Timings of moves.
- Store and reload games, when the connection breaks down.
- You can create a local network of available players.
- International Support. JagoClient can use code pages to send local characters to the server, as well as international menus and help texts (thanks to Masamitsu Junji). Current languages are German, English, Russian, Japanese, Chinese, Korean, Polish and Italian. (Preview)
- Rich Features. Sound, Command history, on-line help, multiple connections, editable board colors, fonts and dialog colors and much more.
- Connects to computer oppenents. JagoClient can play against programs, which support the Go Modem Protocol, such as GnuGo under Linux or Windows.

Dreamchess is a XBoard-compatible 3D chess interface and engine.
DreamChess is an open source chess game. Our primary target platforms are Linux, Windows, Dreamcast and BeOS. DreamChess features 3D OpenGL graphics and provides various chess board sets, ranging from classic wooden to flat figurines.
A moderately strong chess engine is included: Dreamer. However, should this engine be too weak for you, then you can use any other XBoard-compatible chess engine, including the popular Crafty and GNU Chess.
Other features include on-screen move lists using SAN notation, undo functionality, and savegames in PGN format. In future releases we plan to add support for time controls, audio, network play, more visual effects such as reflections and shadows, and 3D animated pieces.
Enhancements:
- 3D OpenGL user interface (XBoard-compatible).
- A variety of chess sets, including classic wooden and flat figurines.
- Moderately strong chess engine.
- Savegames in PGN format.

GNU Chess project is a computer program which plays the Game of Chess.
GNU Chess lets most modern computers play a full game of chess.
It has a plain terminal interface but supports visual interfaces such as X-Windows "xboard" and Windows-for-PC "winboard" as well as a full 3-dimensional wooden chess-board protocol for the Novag Chess board enabling one to be relatively free of the computer itself.
Enhancements:
- Minor ScoreDev code tidy
- ensure gnuchessx included in EXTRA_DIST
- Fix to Posix thread for readline
- Fix to ensure "HARD" is default
- Improve Posix thread handling
- Portability fix IsTrustedPlayer
- Portability fix to lexpgn.l
- Changes to lexpgn.l to handle some special cases
- Fix trailing "/" in FEN causes buffer overflow issues.
- Portability fix to lexpgn.l

JSmancala project is a Javascript/DHTML implementation of the strategy board game "Mancala". Runs in the browser with several challenging computer intelligence levels. Play human versus computer, human versus human or computer versus computer.

JSmancala is a Javascript/DHTML implementation of the board game "Mancala". Traditionally, Mancala is played with small stones on a wooden board with little cups scooped out.

Mancala is very easy to play. It is a two player game. The object is to collect as many of the stones as possible.

Each player controls one side of the board. On a traditional (real) board, the player controls the side closest to him. Each side of the board has six "cups" and one "jar". The "cups" are spaces along the length of the board and the "jar" is a larger space at the end of the board. When the game begins, each "cup" contains 4 stones and each "jar" is empty.
Play begins when one player selects a "cup" on his side of the board and removes all of the stones from it. The stones are then redistributed in the other "cups" on the players side, one stone at a time, moving toward the right. If any stones remain after the last "cup" has had a stone added to it, one stone is placed in the players "jar" and the redistribution continues on the opponents side of the board. Redistribution continues in a counterclockwise manner until all the stones have been placed. No stones are ever placed in the opponents jar when the player is making his move.

Once a stone is placed in a players "jar", it cannot be removed.
There are two twists. First, if the last stone being redistributed lands in the players "jar", the player gains an extra turn.

Second, if the last stone being redistributed lands in an empty "cup" on the players side of the board and the "cup" on the opposite side of the board is not empty, the stones in both "cups" are "captured". Captured stones are immediately removed from both "cups" and placed in the players "jar".

Play ends when there are no stones in any "cup" on one of the sides of the board, regardless of whose turn it is.

A players score is determined by totalling all of the stones in his "cups" and his "jar". The player with the highest score wins.

This version allows the user to play the computer, another human or watch the computer play itself. The computer players have five levels of "intelligence", rated from "foolish" to "wise". An "advice" button is also provided that the player may click at any time during his turn. It will use the "computer intelligence level" set for the player to calculate the best move. That move will be highlighted on the board.