在上面，插件的开发

C code for "Computational Geometry in C (Second Edition)": Code function Chapter pointer directory ----------------------------------------------------- Triangulate Chapter 1, Code 1.14 /tri Convex Hull(2D) Chapter 3, Code 3.8 /graham Convex Hull(3D) Chapter 4, Code 4.8 /chull sphere.c Chapter 4, Fig. 4.15 /sphere Delaunay Triang Chapter 5, Code 5.2 /dt SegSegInt Chapter 7, Code 7.2 /segseg Point-in-poly Chapter 7, Code 7.13 /inpoly Point-in-hedron Chapter 7, Code 7.15 /inhedron Int Conv Poly Chapter 7, Code 7.17 /convconv Mink Convolve Chapter 8, Code 8.5 /mink Arm Move Chapter 8, Code 8.7 /arm-C code for "Computational Geometry in C (Second Edition)": Code function Chapter pointer directory----------------------------------------------------- Triangulate Chapter 1, Code 1.14 /tri Convex Hull(2D) Chapter 3, Code 3.8 /graham Convex Hull(3D) Chapter 4, Code 4.8 /chull sphere.c Chapter 4, Fig. 4.15 /sphere Delaunay Triang Chapter 5, Code 5.2 /dt SegSegInt Chapter 7, Code 7.2 /segseg P

一个颜色处理的VC源程序，学习图像处理的好帮手-A color treatment of the VC source code, learning a good helper image processing

基于特征脸的人脸检测方法，由MATLAB编制而成-based on feature for Face detection methods, compiled by MATLAB

Rosenfeld细化算法 功能：对图象进行细化 参数：image：代表图象的一维数组 lx：图象宽度 ly：图象高度-Rosenfeld thinning algorithm functions : Refinement of image parameters : image : the image of the one-dimensional array lx : Image width ly : image height

用GDI函数抓屏 如果我们不太在意抓屏的效率，并且我们想要的只是一个屏幕快照的话，可以考虑使用GDI方式。这种抓屏机制是以“桌面也是一个窗口，桌面也有一个窗口句柄（HWND）”这个简单的常识为基础的，如果我们得到了桌面的设备上下文（DC），就可以利用blit（复制）它的内容到我们创建的DC中。我们可以用GetDeskWindow（）得到桌面的窗口句柄，从句柄得到DC也是很容易的 -GDI function with screenshots screenshots if we do not care about efficiency, and we want only a snapshot of the screen, you can consider using GDI mode. This mechanism is based on the screenshots Desktop is also a window, the desktop also has a window handle (HWND) This simple knowledge-based, if we get the desktop device context (DC), can be used on the blit (copy) its contents that we created in DC. We can use GetDeskWindow () get desktop window handle from the handle to get DC is also very easy

基于遗传算法的图像边缘检测算法，与Robert算子、bobel算子、prewitt算子、kirsch算子、gauss－laplace算子的结果进行了对比。-Based on genetic algorithm for image edge detection algorithm, with Robert operator, bobel operator, prewitt operator, kirsch operator, gauss-laplace operator of the results were compared.

可以把BMP图像中的RGB三分量的直方图显示出来 入门级的O(∩_∩)O哈哈~-BMP images can be put in the three-component RGB histogram display of the entry-level O (∩ _ ∩) O哈哈~

线刷子的线帽法，借助演示了线宽为三个像素点的直线的方法，演示了线刷子线帽法画直线的过程。-line brush line apparatus, with a linewidth of the demonstration three pixels of the line, the line demonstration brush painting lines cap linear process.

在平面随机生成散列的二维点，点数可由用户输入，然后将散列的点进行三角剖分，生成三角网。可以用于算法演示，这个比较老的代码，速度并不快，也可以继续改进。-The demo can show an example of delaunay and the a algorithm is not very fast.

人脸识别系统,可以识别出人的眼睛,以及人的脸部轮廓-Face Recognition System