斯科特

实现数字水印算法，抗剪切，抗噪声，但不抗旋转。-Digital watermarking algorithm implementation, anti-shear, anti-noise, but not anti-rotation.

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

反色：通过对图像的处理使图像各种颜色变得和原始图像颜色相反-Anti-color: image processing of the image has become a variety of colors and the original image color contrast

一个绘图工具，可用于简易绘图，制图，功能简单-A drawing tool, can be used for simple drawings, graphics, features a simple

对高斯图像的参数设定，大图像小图像的参数设定，高斯图像相减，以及图像结果保存-On the Gaussian image parameter settings, large images of small image parameter settings, Gaussian image subtraction, as well as the preservation of image results

主要是关于opencv的介绍，实现图像增强，图像变换和其他一些功能。-Mainly on the introduction of opencv to achieve image enhancement, image transformation, and other features.

一种基于相位的光流计算方法，该方法不同于以往基于微分的计算方法，而是采用空间滤波器，取得非常好的效果。该结果发表于IEEE Trans. Neural Networks,13(5), 1127--1136. -Gautama, T. and Van Hulle, M.M. (2002). A Phase-based Approach to the Estimation of the Optical Flow Field Using Spatial Filtering, IEEE Trans. Neural Networks, 13(5), 1127--1136.

该代码用颜色提示实现层次式拓扑保持图像分割，效率高，分割效果好。-The code used color tips realize hierarchical topology to maintain image segmentation, high efficiency, good segmentation results.

本程序主要实现对退化图像进行复原，主要有运动模糊图像复原，逆滤波复原，维纳滤波复原-The main achievement of this procedure on the degradation of image recovery, there are motion-blurred image restoration, inverse filtering to recover, Wiener filter restoration

用来说明小波消失矩作用的程序，也是用一维信号-used to illustrate the role of vanishing moments procedures, as well as one-dimensional signal