这是一个画任意多边形的例子

这是一个比较另类的图像库，它本身并不提供对图像对象的封装，只以类似插件的形式为您提供图像处理算法的封装和进度显示，而图像对象的封装则需由用户来提供。 本图像库平台无关，理论上它可以应用于任何已有的C++图像类上。 -This is a rather different type of image library, it does not provide the image object package, only the form of a similar plug-ins for your image processing algorithms to provide packaging and progress display, and image package should be targeted by user to provide. The image database platform-independent, in theory, it can be applied to any existing C++ Image category.

将RGB图像格式转化成YCbCr图像格式的C程序-RGB image format will be converted into YCbCr image format C program

该程序可实现图像的基本运算，比如图像的放大、缩小、旋转、图像增强、图像的特效显示等。-The program can realize the image of the basic computing, such as the image to enlarge, narrow, rotating, image enhancement, image display, such as special effects.

用于图像处理的Huffman方法的源代码-用于??像

数字图像处理的基本程序 vc++编写 图像的膨胀 有实例图片-Digital image processing of the basic procedures for the preparation of vc++ images are example of the expansion picture

这是应用Matlab编写的Lee滤波实现算法,希望对大家有用!-This is the application of Matlab prepared realize Lee filter algorithm, in the hope that useful to everybody!

算法实现对区域面积的计算，同时计算区域的长短轴和长短轴的比例，结果在D盘的目录以文本形式输出。-Algorithm for the calculation of area, while calculating the length of the region and the length of shaft axis ratio, resulting in D disk directory to text output.

基本的图像变换，包括：动态显示，几何变换，灰度变换，变换域处理，图像分割，小波变换等-The basic image transformation, including: dynamic display, geometric transform, grayscale transform, transform domain processing, image segmentation, wavelet transform, etc.

图像处理 方块编码，用VC++语言编写成，长度适中，简洁，容易明白-Image processing code box, using VC++ language developed into, moderate length, simple, easy to understand

多边形常用算法模块 1. 判断多边形是否简单多边形2. 检查多边形顶点的凸凹性 3. 判断多边形是否凸多边形 4. 求多边形面积5. 判断多边形顶点的排列方向，方法一 6. 判断多边形顶点的排列方向，方法二 7. 射线法判断点是否在多边形内8. 判断点是否在凸多边形内-Does the polygon commonly used algorithm module 1. judgements polygons whether simple polygon. 2. inspections polygons apex convex-concave. 3. judgements polygons whether raised- polygon. 4. ask the polygon area. 5. judgements polygons apex the arrangement direction, the method 1. 6. judgements polygons apex arrangement direction, the method 2. 7. beams methods to sentence the break point whether. 8. sentences the break point in the polygon whether in raised- polygon