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heibaiqi
- 黑白棋小游戏，用Ｃ＋＋编写 用VISUAL c++调试
heibaiqi-v1-debug
- Qt4.0写的单机版双人对战黑白棋的源码.规则函数部分值得借鉴.
heibaiqi-v2-debug
- 相比于上一版有许多改进,都在注释里说明的很清楚了.
heibaiqi
- 一个有趣的黑白棋小游戏-an interesting little game reversi
heibaiqi
- 黑白棋游戏，用Visual C++编程软件开发，算法简单巧妙-Reversi game with Visual C++ Programming software development, algorithm is simple and ingenious
heibaiqi
- 黑白棋源码，不错值得参考！ 参考！ -Reversi source, well worth considering! Reference!
heibaiqi
- 一个很好的黑白棋源码 本程序是在已有的《黑白棋》基础上实现的网络版，通过Winsocket实现了进程的同步，源程序有比较详细的注释，适合于大家参考 转载来源： 开源盛世-源代码下载网-Riversi a good source of this process is the existing Othello based on the online version, WinSocket achiev
heibaiqi
- vc编程实现的黑白棋游戏，有兴趣的可以-Programming Riversi vc games, are interested in can
heibaiqi
- 通过编程实现的黑白棋的小游戏程序源代码程序-Riversi realize through the programming of the game source code program
heibaiqi
- 用VC++做的黑白棋的程序，可以玩，可以调节难度！-With VC++ Riversi to do the procedure, you can play, can adjust the degree of difficulty!
heibaiqi
- 人人对战的黑白棋-Everyone against Riversi
heibaiqi
- 用VC++实现的黑白棋程序，基于MFC类库 希望大家在此基础上改进-With VC++ Realize Riversi procedures, based on the MFC class library I hope everyone on this basis to improve
heibaiqi
- c语言课程设计，黑白棋源代码很好很强大的c语言课程设计-c language curriculum design, plays the game source code c good strong language curriculum design
heibaiqi
- 黑白棋小游戏，用VC++实现，方便简单，下载即可玩-Reversi game with VC++ Realize, so easy to download to play
heibaiqi-v1-debug
- Qt4.0写的单机版双人对战黑白棋的源码.规则函数部分值得借鉴.-Qt4.0 to write stand-alone version of Reversi against double source. Some of the rules of function is worth learning from.
heibaiqi-v2-debug
- 相比于上一版有许多改进,都在注释里说明的很清楚了.-Compared to the previous version has many improvements, are described in the notes in clear.
heibaiqi
- 一个小游戏代码，不妨叫做黑白棋，演示了如何在游戏中加入智能算法。可以作为人工智能应用的实例-A small game code, may be called Reversi, the game demonstrates how to add intelligent algorithm. Can serve as examples of applications of artificial intelligence
heibaiqi
- 人机大战黑白棋 人机大战黑白棋-Man-machine war machine War Reversi Reversi
heibaiqi
- VC开发的黑白棋游戏，界面可爱，算法不错-VC developed Reversi game interface lovely good algorithm