这是智能剪刀的一个改进方案，很值得学习的

利用快速傅立叶算法，实现快速沃尔什-哈达玛变换及其逆变换-Using fast Fourier algorithm, fast Walsh- Hadamard transform and its inverse transform

应用于计算机视觉领域，运用单应性矩阵信息将两幅图片合成为一张-Used in the field of computer vision, using homography information will be combined into a two picture

很全的图象处理的代码 参考书为周长发的《〈精通Visual C++ 图像编程》》，为数字图象处理的经典作品-is all the image processing code reference books for the week long "

计算机图形学的编程实践，包括画直线、反走样直线、画圆、 画椭圆、画矩形、画多边形、矩形填充、多边形填充、3D变换、光照、贴图等-computer graphics programming practice, including painting line, anti-aliasing straight Circle, painted oval, rectangular painting, drawing polygon, rectangle filling, polygon filling, 3D transformation, lighting, textures, etc.

一个目标跟踪代码是一个完整的过程，可以跟踪多个目标，效果也可以

一个简单的调色板程序，用Java编写的，能运用样品调色、HSB或RGB进行调色。-a simple palette procedures, the preparation of Java, using sample palette. HSB or for RGB palette.

角点检测： 最简单的一种角点检测算子，但是由于采用了非最大化抑制，效果和OpenCV相当 输入的ImageGray为图像的灰度描述，WBPoint为Boolean数组，ImagePoint为标准角点检测算子运行后的检测值。-Corner Detection: The simplest type of corner detection operator, but due to the non-maximization of inhibition, the effectiveness and OpenCV considerable input ImageGray description for gray-scale images, WBPoint for Boolean array, ImagePoint standard corner detection operator After the detection of sub-run value.

ITK 是美国国家卫生院下属的国立医学图书馆投入巨资支持三家科研机构开发 医学影像分割与配准算法的研发平台，现已开发了初步版本。是医学影像算法平台的 重要组成部分。 -Itk are affiliated with the United States National Institutes of Health National Library of Medicine invest huge sums of money to support the three research institutions to develop medical image segmentation and registration algorithm R

灰度均衡：把一幅图像的灰度均衡处理，使其显得比较平滑-Gray balance: the balance of a gray-scale image processing, it appears relatively smooth

人脸检测定位，实现了对人脸的检测与识别，大家可以参考！-Face Detection positioning, achieving the right face detection and recognition, we can reference!