图形图像编程篇(很多示例程序，good)

人运动的视觉分析系统一般遵从下述的处理过程：1)运动检测；2)运动目标分类；3)人的跟踪；4)行为理解与描述。这几篇文章将重点从此四个方面回顾人运动分析的目前发展水平和常用的处理方法，并对研究难点及未来的发展趋势作了较为详细的分析。-Movement of the visual analysis system to comply with the following general process: 1) Motion Detection 2) moving target classification 3) human tracking 4) acts of understanding and description. This articles will focus on four areas from the movement to recall the analysis of the current level of development and commonly used treatment methods, and research challenges and future development trend of a more detailed analysis.

用c++语言实现一个方块图像的旋转-the round of the picture

这个是一个3D的人体跟踪软件，基于MATLAB，四个摄像机multi view tracking-this is a 3D human tracking software, based on MATLAB. four multi camera view tracking

做个图像直线检测的算法，主要是用来检测图像中的直线，用处据说不少，而且自己感觉挺好。-be a linear image detection algorithm is used to determine the linear image, usefulness is said, but his driver.

图型学的一个演示，包括：坐标系的建立，正平行投影，斜等侧投影，斜二侧投影，长方体的建立，旋转轴的建立，长方体绕轴的旋转。-map-a demonstration of the school, including : the establishment of the coordinate system is parallel to the projection, such as lateral oblique projection, the two lateral oblique projection. Cuboid the establishment, the establishment of the axis of rotation, cuboid around the rotation axis.

OpenCV是因特公司开发的功能强大的图像处理库，该程序演示了如何使用该类库进行圆形的检测。使用时要把所附图片放在程序的目录里。-OpenCV Internet companies is the development of powerful image processing library, the program demonstrated how to use the library for the detection of circular. When we use the attached picture on the procedures directory.

图形与图像书带的程序_1-graphics and images book on the procedure _

应用背景在图像处理中，有时需要将真彩色图像转换到其他色彩空间进行处理，已获得更好的处理结果，即从RGB空间转换到LAB或者HSI空间等，处理后为迎合人眼需求一般要将其他色彩空间的处理结果再次转换到RGB空间。本代码即实现了RGB与LAB的互转。关键技术 在色彩空间的正向转换中（RGB to LAB）:采用的是九级均匀分割建模，棱柱差值； 在反向转换中（LAB to RGB）：采用的是多项式回归方法。

用于图像处理的一些代码-for some image processing code

利用AABB算法对两个物体进行碰撞检测，物体采用三角面片表示，算法输入两个物体碰撞的三角面片对及碰撞检测时间等信息。AABB algorithm is used to analyse the two objects, collision detection, object using triangles, said algorithm triangles in the input of the collision of two objects and collision detection time and other information.