网络上最流行的图像处理库。

自己写的多边形点在内判断的简单算法，运行没有出现问题，无论多边形情况（凹凸）-Write your own polygon points in a simple algorithm to determine, running no problems, regardless of polygons situation (bump)

现在我们给定两幅ALV路标的捕捉图像，我们实际工作中首先要捕获路标（这里我们假定环境中已经有路标），而此时的景象是难以预知的：我们不知道路标在什么位置、是什么路标、除了路标还有那些图像模式？ 基本要求：使用本章学习的K－平均算法，以颜色分量（或几何性状）作为坐标参数，对景象图进行聚类分析，要求最后的分类结果将路标（可能包括少量相似区域）聚类为一个模式类别。试验报告同前面一样，要求给出样本模式点，绘制坐标图（标出各个聚类中心的迭代移动轨迹） ，绘制算法框图，给出结论。并检查上机结果。 -err

fkm算法实现，主要应用于图像处理，数据挖掘 -FKM algorithm, mainly used in image processing, data mining

ImageStone is a powerful C++ class library for image manipulation. it is portable and requiring only a recompiling on any platform. It includes load/save, display, histogram, undo/redo and over 100 predefined filters. It is a mature and easy-to-use image library that everyone from novices to professionals can use and enjoy. 一位高手写的,我好不容易找到的.和大家分享一下 -ImageStone C is a powerful class library fo r image manipulation. it is portable and requir ing only a recompiling on any platform. It inclu des load/save, display, histogram, and undo/redo and over 100 predefined filters. It i s a mature and easy-to-use image library that ev eryone from novices to professionals can use an d enjoy. one expert wrote, I finally found. and share with you

一个非常优秀的屏幕转换成AVI文件的程序，值得-an excellent screen AVI file conversion process, it is worth a look at

多边形填充模式编辑工具，类似windows的画笔-filled polygon model editing tools, similar to windows of the brush

图像融合C++源代码.程序简单易懂,是数字图像处理典型算法及实现书中的源程序-Image Fusion C++ Source code. Program easy-to-read, is a typical digital image processing algorithm and the realization of the source book

几种经典的图像平滑去噪算法程序，其中包括小波软阈值和硬阈值处理。还附送三个图像质量评价程序-several classic image denoising smoothing algorithm procedures, which include thresholding wavelet soft and hard threshold processing. Also attached three image quality evaluation procedures

On gradient-corrected and regional watershed segmentation algorithm combined

JPEF格式的图像处理，我会相继上传多种格式的图像处理源码，希望共同探讨。-JPEF format image processing, I will have upload multiple format of image processing source, hoping to explore.