Diday s dynamic algerothm

图像处理源码关于三角形的算法-source image processing algorithms on the triangle

用vb读写图形文件-used to read and write graphics files

图像锐化源代码 直接在vc中运行就可以 可以作为编程参考-sharper images directly in the source code to run on vc can be programmed as a reference

图形学中立方体的旋转-Graphics rotating cube

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.

When creating applications with a complex view layout, there are several features that are missing from MFC. First, each type of view layout is created differently (simple view vs. splitter vs. nested splitter). Simple view layout does not need any additional code (MFC handles the creation). Splitter layout needs a CSplitterWnd and manual creation of each pane. Even more complex is the nested splitter. Second, MFC does not support tab windows that can be found in almost any commercial application and is great for better UI orgranization.

图像归一化程序，图像处理领域中广泛应用。

vb图形处理,流程图处理，执行流程图，测试流程图-flowchart vb

主要介绍人脸的检测和识别原理及其编程实现方法；人脸检测及定位技术和人脸识别技术。人脸检测及定位技术就是判断图像中是否存在人脸。如果存在，则需要确定人脸的位置和大小等，并将人脸区域从图像背景中分离出来。

图像处理拉普拉斯高斯边缘检测源代码-image processing Laplace Gaussian source Edge Detection