VC 矢量图实现无级缩放，支持格式有WMF和EMF文件

一段利用GDI绘制时钟的代码,包含表盘和LED效果-Clock period of the use of GDI drawing code, including the dial and the LED effects

基于OPENCV的,用VC++编的角点检测程序.-Based on the OPENCV with VC++ Series of corner detection procedures.

GDI实现的小时钟 拥有鼠标任意位置拖动功能-GDI achieved a small clock drag the mouse anywhere on the

画矢量曲线的VC源码。直线，折线，矩形，圆。直接用也是不错的。-Vector curve drawn VC source. A straight line, polyline, rectangle, circle. Directly is also good.

这是计算机图形学进行多边形区域填充的算法实现-This is the computer graphics for the Polygon Fill Algorithm

平滑滤波 一般来说，图像的能量主要集中在其低频部分，噪声所在的频段主要在高频段，同时系统中所要提取的汽车边缘信息也主要集中在其高频部分，因此，如何去掉高频干扰又同时保持边缘信息，是我们研究的内容。为了去除噪声，有必要对图像进行平滑，可以采用低通滤波的方法去除高频干扰。图像平滑包括空域法和频域法两大类，在空域法中，图像平滑的常用方法是采用均值滤波或中值滤波，对于均值滤波，它是用一个有奇数点的滑动窗口在图像上滑动，将窗口中心点对应的图像像素点的灰度值用窗口内的各个点的灰度值的平均值代替，如果滑动窗口规定了在取均值过程中窗口各个像素点所占的权重，也就是各个像素点的系数，这时候就称为加权均值滤波；对于中值滤波，对应的像素点的灰度值用窗口内的中间值代替。实现均值或中值滤波时，为了简便编程工作，可以定义一个n*n的模板数组。另外，读者需要注意一点，在用窗口扫描图像过程中，对于图像的四个边缘的像素点，可以不处理；也可以用灰度值为"0"的像素点扩展图像的边缘。下面给出了采用加权均值滤波的图像平滑函数代码和效果图：-smoothing filter general, the image of energy is mainly focused on the low-frequency part of the noise lies mainly in the high-frequency band, which system to extract the vehicle Edge Information has been concentrated in some of its high frequency, therefore, how to remove high-frequency interference at the same time, maintain the edge information, we Institute enforcement of the content. In order to remove noise, it is necessary for smooth images can be used to the low-pass filter to remove high-frequency interference. Image Smoothing in

模仿自然界的雪花的程序-mimic natural snow procedures

VB下显示透明位图的例子 -The example for Displaying transparent graph in VB

各种图像处理-A variety of image processing

当运行本程序时，会看到一条在窗口中不停摆动的直线，编织成一副美丽的网状图形，图像随着直线摆动不停地变幻，直到程序停止。-When running this program, we will see a window kept swinging straight, braided into a beautiful mesh graphics, images with linear swing changes constantly, until the procedures to stop.