wave equation used to disseminate campaign fuzzy image restoration, there are so...

数字识别，VC++，源代码版权归原作者所有，最好只用于学习等非商业用途。-Digital Identification, VC++, Source code belongs to original author, it is best used only for learning and other non-commercial purposes.

奥迪A4的3DS MAX模型，有多个制作好的模型，是学习3DS MAX的经典素材。-3DS MAX models, produced a number of good model to study 3DS MAX is a classic material.

1 程序功能 这是一个人脸识别演示/测试程序，用户可以基于程序中已经实现的算法，开发新的有关人脸识别的应用；也可以修改或添加新的算法，并测试其性能。 2 程序平台 程序基于Windows操作系统，VS2008 SP编写，算法部分用到了OpenCV 

这是xvidx源代码（MPEG4)。可以在vc下编译。-xvidx This is the source code (MPEG4). Under the vc compiler.

这也是arc 编写的一个程序，它可以完成多种图像格式之间的相互转换工作（包括到AVI的转换），推荐。编译器：VC6。-arc This a procedure for the preparation, it can perform a wide variety of image formats between the conversion work (including the conversion of AVI), recommended. Compiler : VC6.

数字图象处理程序，关于马赛克处理的程序。-digital image processing on the mosaic of the procedures.

该运行文件在VC6.0环境下编译通过，是一个 stand-alone 运行程序，不需要OPENCV的DLL库支持。在运行之前，请先连接好USB接口的摄像头。然后可以用鼠标选定欲跟踪目标。-document in the running VC6.0 environment compiler, is a stand-alone operating procedures, no OPENCV DLL library support. Before the operation, please connect better USB camera. The mouse can then be selected using wishing to track the target.

该判断多边形点时钟排列方向， 非常准确（不准确的还没有遇到过，快3年了）。 该函数用到的相关函数都在文档中： 1.PtoLDistance－点到直线的距离； 2.CalcPolygonRect－计算多边形外接矩形； 3.CalcSegmentRect－计算线段外接矩形； 4.Distance－计算两点距离； 5.ISZEROA－判断数值是否为零； 该函数数据类型为Windows的POINT，使用了标准模板vector-The polygon points to determine the direction of the clock with very accurate (inaccurate, not yet encountered, fast 3 years). The function of the correlation function used in the document: 1.PtoLDistance-point to the straight-line distance 2.CalcPolygonRect-calculated external rectangular polygon 3.CalcSegmentRect-computing segment external rectangle 4.Distance-computing two distance 5 . ISZEROA-judge whether the value is zero the function data type for the Windows-POINT, using the standard template vector

用vc编写的一个图像处理程序-vc prepared using an image processing

我们要创建我们的第一个3D对象：立方体。为了要显示它是真正的3D对象，呵呵，我们要旋转它，这样，你将会看到它的各个面。记住：所有的3D对象都是由三角形构成的（译者：神奇的三角形啊…读者：又来了），所以，我们的立方体是由12个三角形构成的（6个面，每个面需要2个三角形，二六一十二，乘法口诀，会不？）。-we must establish our first 3D objects : cube. To show that i s true 3D objects, huh, we should rotating it, then you will see all its surface. Remember : All 3D objects are constituted by the triangle (Translator : magic triangle ah ... Readers : Here we go again), so we are the cube 12 by the triangular composition (six surface, each side needs two triangles, Erliuyishier, multiplication traditional formulas, will not?) .