tc加载16色位图

可实现滚动和动态显示图表，可用在实时监控等组态软件中-achievable rolling and dynamic display graphics, available in real-time monitoring configuration software

//Name:smooth.c//Purpose: To perform smoothing and sharpening//Author: phoenix, CS, TshingHua, Beijing, P.R.C.//Email: bjlufengjun@www.163.net or lufengjun@hotmail.com//Date:April 3, 1998

电子书籍_数字图像处理-E-books _ Digital Image Processing

这是一个完整的指纹识别程序，用matlab语言实现了识别指纹、比较两个指纹图像相似度等功能，并设计了用户界面，使用户方便地进行图片的提取和分析，同时直观地显示出比较结果。-This is a complete fingerprint recognition procedures, matlab language used to identify fingerprints, similarity compare two fingerprint images and other functions, and design a user interface that enables users to easily extract and analyze images at the same time intuitive display comparison results.

三维模型浏览器，可以浏览off模型，并实现了选取功能-Three-dimensional model of the browser, you can browse off model, and to achieve the selected function

读文本文件，将里面的字符串筛选出来，split函数的运用，分割字符串。-Read a text file, which filter out the string, split function, the use of split strings.

该软件最主要的功能就是要能识别出人脸，首先该系统需要对通过摄像头拍照而获取到的原始的人脸图片进行一系列处理才可进行下一步的工作，该处理过程也称图像预处理。预处理这个模块在整个人脸识别系统的开发过程中占有很重要的地位，只有预处理模块做的好，才可能很好的完成后面的人脸定位和特征提取这两大关键模块。-The main features of the software is to be able to identify the face, first of all, the system need to take pictures through the camera and access to the original face image can only be carried out a series dealing with the work of the next step, the process also known as image pretreatment. Pretreatment of the Face Recognition System module in the entire process of development plays an important role, and only do pre-processing module, and can be very good after the completion of the Human Face Localization and Feature Extraction of these two key modules.

图形可以旋转的源代码-graphics rotating source code

实现了视频帧中的全搜索和三步搜索运动估计，得到运动矢量，对新手很有帮助-video frame to achieve the full search and three-step search motion estimation, motion vector is the novice helpful

图像几何变换（如旋转）时用到的最近领域和双线性插值方法，-Image geometric transformations (eg rotation), when used in recent field and bilinear interpolation methods,