gobangCPP

实现了一个完整的四人网络麻将游戏，该程序集服务器与客户端功能与一体。本章主要介绍了非对等的网络服务功能的建立，传输信息的序列化，建立虚拟的三维空间，绘制图形和显示位图，在内存中创建位图和绘制图形等。(achieve a complete network of four mahjong games, the procedures set server and client functions and integration. This chapter introduces the non-reciprocal network services established, the sequence of transmission of information, the establishment of a virtual three-dimensional space, drawing and display bitmap in memory to create bitmap graphics and mapping.)

人机象棋也可以人人对战，有一份管理象棋走法策略的类(Man-machine chess can play against everyone, the class of the chess moves of a management strategy)

简易的中国象棋游戏，用VC++.net编程(Chinese chess)

C++五子棋代码，有详细的算法注释，代AI算法...可直接运行(C++ gobang game code-with AI。it can work directly)

一个简单的五子棋程序，可以人机对弈，采用opencv1.0+vc6.0，来自于网上(A simple backgammon procedures can be man-machine chess, using opencv1.0+ vc6.0, the Internet)

棋壮++（中国象棋UCCI引擎）源程序是基于UCCI协议开发的中国象棋程序引擎，可加载于象棋旋风、弈天、兵河等象棋界面。(Chess the strong++ (Chinese chess the UCCI engine that) source is based on Chinese chess program UCCI protocol development engine, can be loaded in xuanfeng, yitian Binghe chess interface.)

简单的纸牌游戏，可作为游戏入门实例，是坂本千寻书本的源码。(A simple card game can be used as an instance of the game started, is the source code for Sakamoto Chihiro books.)

人机下棋：在3×3棋盘上，计算机为一方，用户为一方，交替画“X”和“O”，在行、列、对角线上谁先练成一条直线谁就获得胜利。用类的思想完成，具体功能要求如下： （1）状态显示：计算机可正确显示棋盘，给出提示信息和胜负判断。 （2）用户选择：用户可以选择是先下还是后下，并选择棋子是“X”还是“O”。 （3）每一步都用图形化方式顺序输出 (Man-machine chess: on the 3 X 3 board, the computer for one party, the user for a party, draw an X and O alternately, in the row, column and diagonal who practice who would win in a straight line. Finish, with the ideas of the class specific functional requirements are as follows: (1) status display: the computer can correctly display board, giving prompt information and the outcome of judgment. (2) the user choice: the user can next is first or after, and the pieces is a X or O .)

纸牌洗牌翻拍程序，实现对纸牌的洗牌，翻牌等功能，逐步演示，形象直观(Cards shuffle licensing procedures to achieve the cards of the reshuffle, flop and other functions, step by step demonstration, the visual image)

简单的10点半扑克牌游戏,最接近10点半者为胜，花牌算半点！(pukepai)