Delaunay三角网和Voronoi源软件建立的数值计算方法。

一个关于三角网格的程序 可以通过三维点恢复它的立体图像-on a triangular grid of the procedure can be three-dimensional point resume its three-dimensional images

一个进行图章识别的C＋＋类，主要采用图章图像的矩特征进行图章比对，涉及到图像特征提取与匹配。-identification seal for a C++ class, mainly stamp image features seal moment than right, relate to feature extraction and image matching.

基于MATLAB的英文字母识别！不过在收敛上存在一点小问题！-based on MATLAB alphabetical identification! But there convergence little problem!

256色位图的 Huffman 编码-256-color bitmap Huffman coding

* 书 名：《DirectShow开发指南》 * 作 者： 陆其明（著） 金邦飞（审校） * 内容提要： 本书以DirectX SDK 9.0版为蓝本，涉及的内容几乎涵盖了在Windows平台上使 用DirectShow进行C++编码的方方面面。全书共分4个部分。第1部分详细介绍了 DirectShow的基础知识。第2部分重点讨论了Filter的开发，以及DirectShow 应用程序的开发，包括目前非常流行的如音视频采集、数码摄像机的支持、非线性 编辑等应用。第3部深入分析了DirectShow SDK提供的部分典型源代码例子。第 4部分结合作者个人的一些开发实践，通过案例和开放源码分析，进一步介绍 DirectShow的实务应用。-* Title : "DirectShow Development Guide"* Author : Lu Qiming (a) JIN Bang fly (Revision)* Synopsis : The book is DirectX 9.0 SDK version, modeled The contents cover almost the Windows platform using DirectShow coding for the C side aspect. The book is divided into four parts. Part 1 introduced DirectShow basic knowledge. Part 2 focused on the development of Filter, and DirectShow application development, including the current very popular, such as audio and video collection, digital cameras, nonlinear editing application. No. 3-depth analysis of the DirectShow SDK source code for some typical examples. Part 4 of the individual authors c

图形学中一个基本的裁剪算法的实现，里面是呈现的源代码！-graphics, a basic method for the cut, which is showing the source code!

形状分割的源代码-shape of the source code division

该示例中的字模数组均由“点阵字模工具”生成，你可以用你自己需要的点阵信息来 替换示例中的字模信息，注意字模大小要一致，否则显示会出问题。-example of the array are Fonts "Matrix Printer tool" generation, you can use your own information needs to replace dot matrix examples of Fonts information, attention Fonts size to be consistent, otherwise show will be problems.

很好用的DirectDraw画图代码-good use of DirectDraw drawing code

标准粒子滤波目标跟踪源码！ 一维情况下 非线性非高斯,-Standard particle filter target tracking source! One-Dimensional Non-linear non-Gaussian,