C++ Buider下控制USB设备的例程。 目标板为C8051F开发板，可通过此程序控制目标版上的LED，读取开发板上的数据。 -C Buider USB devices under the control of programming. C8051F target board for the development board, through this process control objectives version of the LED, the development board
Learn the MFC C++ Classes Introduction Learn the MFC C++ Classes Acknowledgment Chapter 1—Windows and MFC Windows Operating Systems and MFC C++ Compilers and MFC Windows User Inputs to a Window Messages MFC and Windows OS Interaction The Structure o
基于Visual C++.Net的双人五子棋游戏，功能包括创建应用程序框架及资源，初始化棋盘，棋盘显示，轮流下子，输赢判断，重玩设定等。 This is a double-Gobang Game Based on Visual C + +. Net, including creating application frameworks and resources, initializing the board, showing the board, showing whose turns Now
I first met David Kruglinski at a software development conference. I had just quit my job and started a new company, and I approached David at an author signing for an earlier edition of this book. Our new company was going to focus on Microsoft Fou
C语言黑白棋，简单易懂，轻松实现。 It has a fairly tweaked board evaluation heuristic, with an edge strategy and so on. It is possibly over-optimized by modern standards, but this thing plays a strong game, on a 4.77MHz 8088 in 64K of RAM, with no move taking more t
黑白棋C语言 #include using namespace std; const int MAX=10000;//常变量 enum Color{WHITE=-1,BLANK,BLACK};///-1为白子1为黑子 class Choice { public: int posX; int posY; int score; }; class Chessman { public: enum Color color; unsigned stable; /* 棋子的稳定性(0~8),若棋子为BLA
用c#编写的五子棋人机对战 核心算法 核心算法就是计算计算机应该在哪里落子。 思路的伪代码如下。 PC_Stone For i = 1 to 15 For j = 1 to 15 If ( board[i][j] != -1) Qz[i][j] = - Esle FindQz(Qz[i][j]) getTheMaxQz() 而在这个过程中最主要的算法是计算每个点的权重，由此判断电脑应该将棋子落在哪个地方。 计算确定点的
Building your own electronic devices is fascinating fun and this book helps you enter the world of autonomous but connected devices. After an introduction to the Arduino board, you'll end up learning some skills to surprise yourself. Overview Use Ar
