c＋＋做的图形学的内容。。鼠标拖动画直线，鼠标画举行。填充。。。所有图形学的基本功能的实现。对了。还有许多个交互式绘制曲线的功能。。。适用于初级的c＋＋学习...

一个用C++读取 jpg&bmp 实例程序，非常实用，适合初学者-C++ jpg&bmp 读取

完整的DICOM医学图象浏览，可以读出DICOM图象，及其属性。并且把JPEG图象和 BMP图象转换为DICOM图象。并实现视频，AVI接口-A complete dicom image biewer, which can read the dicom image, and its properties and put the Jpg and Bmp image to Dicom format. It also realize the video and avi interface.

图像处理的基本方法源代码，包括：正交变换、傅立叶变换、离散余弦变换、沃尔什变换、卷积、平滑和锐化、边缘增强、Sobel边缘检测和Hough边缘检测、反演、开闭腐蚀和扩展、边缘提取、细化和增强等CDib公司

matlab开发的一些关于基于GVF的图像分割算法，-matlab developed some of the GVF-based image segmentation algorithm,

制作图标的程序，VB源代码。-icon production procedures, VB source code.

一款开源的完整矢量绘图控件源码,支持直线、弧线、矩形、圆角矩形、椭圆、多边形、星形、文本和图片等的绘制，支持旋转、缩放、选择、排列等操作，总的说来功能还是不错的！其实如果稍微懂点计算机图形学的知识要做出比这个还要完善的矢量绘图软件应该是没有问题的。 VB6本身对于绘图的支持是非常弱的，因此一般直接通过其内置方法实现的绘图效率都成很大的问题。解决方法之一是采用Windows API来进行底层GDI的绘制，更好的方法是采用GDI+来绘图，这样效果会更好。 -A complete open source vector graphics controls in support of a straight line, arc, rectangle, rounded rectangle, ellipse, polygon, star, text and pictures, such as rendering, support for rotation, zooming, selection, arrangement and other operations, the total to function or that good! In fact, if a little point of computer graphics to understand the knowledge to make than that perfect vector drawing software should not be any problem. VB6 their support for the graphics are very weak, so the general method of directly through its built-in graphics to achieve efficiency into a big problem. One solution is the use of Windows API for the underlying GDI rendering, and better way is to adopt GDI+ To graphics, so the effect will be even better.

三维文字编程，2004年旋转三维字符及visualc编译器的使用

该实例演示了,如何在VB程序开发中控制并从扫描仪中获取扫描图像的例子,其实很简单.-the examples demonstrated how the Visual Basic programming and control from the scanner to obtain the scanned image example, it is actually very simple.

一个关于对8位512＊512bmp图像进行FFT变换的程序- About carries on the FFT transformation to 8 512* 512bmp picture the procedure

采用canny边界检测和hough变换分离虹膜，归一化，采用haar小波提取虹膜特征及海明距进行识别-Using canny edge detection and hough transform separation of the iris, normalized using haar wavelet extracted iris characteristics and hamming distance to identify