此代码用于从CAD所生成的DXF文件中提取所需的实体数据，该数据是来完成自动编程系统的关键数据。...

图形学中的三位变换程序，采用vc实现的。-Graphics of the three transformation process, using vc achieved.

《 Visual C++数字图像处理（第二版）》一书源代码 该书主要讲述如何使用Visual C++进行数字图像处理。全书共11章，分别介绍了图像的点运算、几何变换、正交变换、图像增强、腐蚀算法、膨胀算法、细化算法、边缘检测与提取、轮廓跟踪、图像分析、图像复原和图像的压缩编码技术，对每种常用的数字图像处理方法，本书都提供了完整的源代码。 本书内容丰富，叙述详细，实用性强，适合于数字图像处理工作者阅读参考。- How "Visual C Numeral Picture Processing (Second Edition)" does a book source code this book mainly narrate uses Visual C to carry on digital picture processing. The entire book altogether 11 chapters, separately introduced the picture spot operation, the geometry transformation, the orthogonal transformation, the image enhancement, the corrosion algorithm, the inflation algorithm, the thin algorithm, the edge examination with withdraw, the outline track, the image analysis, the picture recovers with the picture compression code technology, to each commonly used digital picture processing method, this book has all provided the integrity source code. This book content rich, narration detailed, the usability is strong, suits processes the worker to the digital picture to rea

学习OpenGL的好例子 -A good example of learning OpenGL

一个把系统颜色转换成实际颜色的c++代码-a color conversion into actual color code c

在VC6.0 下 MFC编写时钟，时钟绘制运用了双缓冲计数 ，有闹钟功能，可以定时 。定时好的闹钟 ，存在TXT文本中，可以一次性删除全部闹钟，注意闹钟音乐格式与存储路径。否则，不会响      。 在VC6.0 下 MFC编写时钟，时钟绘制运用了双缓冲计数 ，有闹钟功能，可以定时 。定时好的闹钟 ，存在TXT文本中，可以一次性删除全部闹钟，注意闹钟音乐格式与存储路径。否则，不会响      。

Delphi xe5变相实现gif动画说明：2个控件TImage、TBitmapListAnimation将GIF 用GIF工具，把每张照片取出来，假设照片为N张，再用美图将所有照片合成一张。然后将TBitmapListAnimation的bitmap属性设为 你合成的照片。

指纹识别程序-Fingerprint identification procedure

使用opencv写的图像旋转与缩放程序，对初学ｏｐｅｎｃｖ的人很有用-The use of written opencv image rotation and scaling procedures, the people of learning useful opencv

基于颜色和纹理的图像检索,颜色矩和gabor小波变换-image retrieval based on color and texture

应用背景 Discrete-Continuous Optimization for Multi-Target Tracking (CVPR 2012) 关键技术The problem of multi-target tracking is comprised of two distinct, but tightly coupled challenges: (i) the naturally discrete problem of data association, i.e. assigning image observations to the appropriate target; (ii) the naturally continuous problem of trajectory estimation, i.e. recovering the trajectories of all targets. To go beyond simple greedy solutions for data association, recent approaches often perform multi-target tracking using discrete optimization. T