You can not have program for reading CAD,but you can open all kinds of files mad...

用C语言编写的电子时钟！-C language electronic clock!

[程序语言] IE3, IE4, IE5, NS3, NS4+ [功能描述] 　　生成和解决迷宫问题的Java小程序，可以在支持java的浏览器中运行。迷宫以三维形式显示在窗口中。 　　你可以按下相应的按钮，“New”生成一个新的迷宫，“Solve”按钮用于显示求解一个迷宫问题的路径，“Clear”按钮清除解决迷宫问题的路径。 　　一旦生成迷宫后，你也可以自己用手工来求解它的路径，你可以使用四个箭头键来画出其路径。 　　对于每个迷宫问题来说，仅仅提供一种方案。-[programming language] IE3, IE4, Internet Explorer 5, NS3, NS4 [Description] generation and solve the maze of Java programs can support java browsers running. 3D maze to demonstrate the window. You can press the corresponding button, the "New" to create a new maze, "Solve" button for solving a maze shows the path, "Clear" button to remove solve problems in the maze. Once generated maze, you can get a hand to solve its path, you can use the four arrow keys to paint their path. For each maze issue, the mere provision of a program.

详细介绍了普通按钮的全部功能，包括文档和项目的类型。

基于opencv的use摄像头视频采集程序 1基于opencv的两个摄像头数据采集 3能激发你用代码做视频的冲动程序 6图像反转（就是把黑的变白，白的变黑） 11图像格式的转换 12从摄像头或者AVI文件中得到视频流，对视频流进行边缘检测 13采用Canny算子进行边缘检测 15角点检测 18图像的旋转加缩放（效果很拽，用地球做就像谷歌地球似的） 21Log-Polar极坐标变换 22对图像进行形态学操作（图像的开闭，腐蚀和膨胀运算） 24用不同的核进行图像的二维滤波 27图像域的填充 30寻找轮廓实现视频流的运动目标检测（超推荐一下） 35采用金字塔方法进行图像分割 40图像的亮度变换 43单通道图像的直方图 46计算和显示彩色图像的二维色调-饱和度图像 48图像的直方图均匀化 50用Hongh变换检测线段 52利用Hough变换检测圆（是圆不是椭圆） 57距离变换 59椭圆曲线拟合 64由点集序列或数组创建凸外形 68Delaunay三角形和Voronoi划分的迭代式构造 71利用背景建模检测运动物体（推荐） 78运动模板检测（摄像头） 81显示如何利用Camshift算法进行彩

介绍一种用VC实现图象的纹理分析方法的程序-Introduce a program in texture analysis method .using VC realize image.

平滑文字滚动示例 这个文字滚动控件比较不错，滚动比较平滑，没有闪烁现象，支持左右水平、上下垂直滚动。【向左滚动样式一】是循环连续滚动，【向左滚动样式二】则滚动到左端时停止一下继续滚动，【向上滚动样式一】也和前面差不多。-Smooth text scrolling text scrolling control sample in this comparison is true that relatively smooth rolling, no flicker phenomenon, about the level of support, up and down vertical scrolling. [1] style scroll to the left is the cycle of continuous rolling, rolling left style [2] then scroll to the left when you cease to continue rolling, rolling upward [Style] also in front of an almost.

在Visual C++中实现的Sutherland-Hodgman多边形裁剪算法-achieved by Sutherland-Hodgman polygon clipping algorithm

提出一种新的非线性变换的彩色空间 ″″, 利用次高斯概率分布函数拟合皮肤色度信息, 得到候选区 YC C r b 域。为了排除候选区域中的非人脸, 首先根据均值和方差信息分割出候选区域中的纹理特征信息, 再通过多尺度 ) ( 信息定位眼睛, 然后根据人脸特征的几 形态边缘检测算子检测候选区域的边缘, 利用 边缘方向 PCA PCAED ( ) 何形状信息定位其他特征 鼻、嘴 , 通过这些几何特征信息对肤色分割得到的候选区域进行验证, 最终得到正确 的人脸区域。利用3 个实验数据集测试该算法, 并与其它相应的算法相比较, 提出的非线性彩色空间对于肤色分 割具有很好的效果, 且对光照和姿态具有良好的不变性。另外, 利用 信息和几何特征信息检测人脸特征 PCAED 具有很高的定位精度, 定位检测率优于其他方法。实验结果表明, 该算法具有定位准确率高, 漏检率和误检率低 等特点。- A novel approach for skin segmentation and facial feature extraction is proposed The proposed skin segmentation is a method for integrating the chrominance components of ″″ . ″″ r b r b nonlinear YC C color model The chrominance components of nonlinear YC C color space , are modeled using a subgaussian probability density function and then the face skin is seg . , mented based on this function In order to authenticate the face candidate regions firstly tex ture information in face candidate regions is segmented using mean and variance of luminance ,

用opengl实现三维场景，可以向其中加入不同的模型，构建你自己的游戏世界-Use opengl realize three-dimensional scenes can be added to the different models, build your own gaming world

This paper addresses a stochastic-#ow network in which each arc or node has several capacities and may fail. Given the demand d, we try to evaluate the system reliability that the maximum #ow of the network is not less than d. A simple algorithm is proposed "rstly to generate all lower boundary points for d, and then the system reliability can be calculated in terms of such points. One computer example is shown to illustrate the solution procedure.-This paper addresses a stochastic-#ow network in which each arc or node has several capacities and may fail. Given the demand d, we try to evaluate the system reliability that the maximum#ow of the network is not less than d. A simple algorithm is proposed "rstly to generate all lower boundary points for d, and then the system reliability can be calculated in terms of such points. One computer example is shown to illustrate the solution procedure.