examples1_cc

Source code 按i2c时序读写寄存器(Source code read and write registers according to i2c sequence)

说明：  Visual C++中ADO程序员的参考指南文件，包括ADO入门和高级进阶部分，另外还有ADOX等相关内容(ADO in Visual C++ programmer' s reference guide documents, including entry-level and high-level advanced part of the ADO, in addition to other related content such as ADOX, ADO MD .)

89600全套资料。包括使用，说明，矢量分析的介绍，还有破解89000的文件(89600 full set of information. Including the use, instructions, vector analysis, introduction, the paper also crack 89000)

捕获局域网内的数据包，并从中的到数据，和相关信息，没开线程，我vc初学，欢迎朋友对它改进，别忘发我一份fecon@tom.com，用winpcap捕获.先安装winpcap3.1，注意改一下opnion里的lib路径(capture the data packets to and from the data, and related information, not open threads, I vc beginners welcome friends to improve it, do not forget that I made a fecon@tom.com with winpcap capture. Install winpcap3.1, to change it's lib opnion Path)

说明：  U盘大盗源码VC++实现 U盘大盗源码VC++实现(API windows program VC++ API windows program VC++)

实现lod和水面叠加的功能，并可以读入txt各式的水位文件(Lod achieve superposition and surface features, and can read a variety of water into the txt file)

单点定位就是根据一台接收机的观测数据来确定接收机位置的方式，它只能采用伪距观测量，可用于车船等的概略导航定位。(Single point positioning is based on observations of a receiver to determine the position of the receiver way, it only can use the false distance measurements, can be used to approximate the travel and other navigation and positioning)

该代码展示了MFC连接数据库ACCESS的方法，采用的ADO接口，特别适合初学者学习(The code shows the MFC method to connect to the database ACCESS using ADO interface, particularly suitable for beginners to learn)

说明：  五子棋实现人机对战，利用危害对进 行优先级计算(renju achieve human-machine players, for use against right-priority calculation)

矩阵的转置、行列式、秩，逆矩阵求法，矩阵的三角分解、qr分解，对称正定矩阵的乔里斯基分解及行列式值，奇异值分解，广义逆的奇异值分解，矩阵特征值与特征向量的各种计算方法(all kinds of computational method of transposition of matrix, determinant, rank, inverse of matrix,triangle decomposition, qr decomposition, cholesky decomposition and determinant value based on symmetry positive definite matrix, decomposition of singular value, decomposition of generalized inversal singular value, eigenvalue and eigenvector)