MapInfo

用C++中的MFC编程实现正轴等角割圆柱投影，实现以下要求： 取克拉索夫斯基椭球 (1)制图区域： Bs=0°, BN=25° LE=105°, LE=125° (2)经纬线间隔： ΔB=ΔL=5° (3)制图比例尺： 1:M0=1:1000 000 (4)标准纬线： Bk=±15° 计算经纬网格点的 x, y,m,n, p (With C++ Of MFC programming is cutting Conformal cylindrical projection axis to achieve the following requirements: check克拉索Malinowski ellipsoid (1) mapping the region: Bs = 0 °, BN = 25 ° LE = 105 °, LE = 125 ° (2) latitude and longitude line spacing: ΔB = ΔL = 5 ° (3) Drawing scale: 1: M0 = 1:1000 000 (4) the standard parallels: Bk = ± 15 ° latitude and longitude grid computing point x , y, m, n, p)

该程序为BMP图像处理，能够打开和存储任何一幅图像格式为BMP，特别适合初学者，仅供参考！(The program for BMP image processing, to open and store any image format for BMP, especially suitable for beginners, for reference purposes only!)

很好的嵌入式操作系统资料，高效率的实时嵌入式操作系统。含有三星的原版资料。(Very good information on embedded operating systems, efficient real-time embedded operating system. Samsung contain original information.)

Windows 系统下 １．ＵＳＢ设备的查找： ２．发送数据到ＵＳＢ设备： ３．接收数据从ＵＳＢ设备：(Windows system 1. USB device search: 2. Send data to USB device: 3. Receive data from USB devices:)

但是对于“真二叉树”（每个内部节点都有两个孩子的二叉树），给定它的先序、后序遍历序列足以完全确定它的结构。将二叉树的n个节点用[1, n]内的整数进行编号，输入一棵真二叉树的先序、后序遍历序列，请输出它的中序遍历序列。(But for one proper binary tree, in which each internal node has two sons, we can uniquely determine it through its given preorder traversal sequence and postorder traversal sequence.Label n nodes in one binary tree using the integers in [1, n], we would like to output the inorder traversal sequence of a binary tree through its preorder and postorder traversal sequence.)

这是为一款手机SAMSUNG S3C2410的驱动程序，代码全开放，我相信大家看了一定会很高兴的(This is a phone SAMSUNG S3C2410 driver, the code is all open, I believe we saw will be very happy)

创建一个新进程范例。这是孙鑫视频中的范例，能帮助初学者了解进程的相关知识，可以看看，虽然比较简单(create a new process in vc++)

23个GOF模式的C++版本，改写来自Java，一些小实例(GOF c++ java)

CTrackerRect使用用例,用户直接编译就能运行，运行环境VC 8.0(CTrackerRect the use of use case, users will be able to direct the compiler to run, VC 8.0 runtime environment)

悬挂系统实现两电机控制实现悬挂物体的直线运动(Suspension system to achieve two motor control to achieve linear motion of objects hanging)