网络上流传的图像细化算法只有一种，效果也不是很好，这是本人辛苦搜罗来的另外四种图像细化算法，供大家尝试研究...

屏幕的捕获其实就是抓屏程序，原理是获取桌面句柄，创建画布，最后进行位图存储。-screen capture is actually Capturing the Screen procedures and the principles of access to the desktop handle, the creation of canvas, for the final bitmap storage.

一个简单的绘图程序，有背景图片，适合初学者学习 绘制图形，包括设置颜色，线条粗细，-A simple drawing program, there are background images, suitable for beginners to learn drawing graphics, including the erection of color, line thickness,

数字的识别系统，包括图像二值化，归一化以及数字的分割-digit identification systems, including images of the two values, and to a number of segmentation

压缩图像数据后的解压缩并显示的程序，自己编的，厉害吧-compressed image data after the decompression and display procedures, their own series, it formidable

H.264的 CAVLC的反二进制化的verilog code-H.264 CAVLC anti-binary code of verilog

mini CAD,绘图系统-mini CAD, Mapping System

基于空域平滑滤波的消燥处理程序，该程序可通过界面显示方法进行不同噪声条件下的中值滤波、均值滤波、自适应滤波等方面的消除噪声实验。- the consumption smoothing dry processing based on Airspace

二维迭代函数系统分形源代码.zip-2D Iterated Function System Fractal source code. Zip

PCA人脸识别代码,希望指教-PCA Face Recognition code, hoping enlighten

这个程序是应用两种图形变换形式（即：1.保持观测系统2.改变观测系统）来绘制三维图形-This procedure is the application of two types of graphics transform form (ie: 1. To maintain observing systems 2. To change the observing system) to draw three-dimensional graphics