VC++6.0 使用MFC实现画连续线的小程序

图形学和数据结构的一些算法 还有图形学的一些算法的演示-graphics and data structure of the algorithm there are some graphics algorithm demo

五篇图像编码英文文章@FLY-five image coding article in English @ FLY

 Harris Corner是最典型的角点检测子Corner Detector。角点经常被检测在边缘的交界处、被遮挡的边缘、纹理性很强的部分。满足这些条件一般都是稳定的、重复性比较高的点，所以实际上他们是不是角点并不重要（因为我们的目标就是找一些稳定、重复性高的点以作为特征点）。

用matlab程序画一个透明的半球，可以随便旋转，改一改以后可以画全球-using Matlab procedures painting a transparent hemisphere, can freely rotate and can be modified after drawing global

分别提出了基于区域特性的多光谱与全色图像的融合算法及SAR与全色图像的融合算法

拉普拉斯锐化（边缘检测）,在readme.txt里有详细的使用说明-Laplacian sharpening (edge detection), the readme.txt are detailed usage

DDA画线算法, 此处加上了延时，更便于观察画线过程，演示效果好。-DDA line drawing algorithm, here coupled with the delay, but also easy to observe the process of drawing lines to demonstrate good results.

这是个Graphics的演示算法-This is a demonstration of the algorithm Graphics

大律法和迭代法是实现二值化比较好的两种方法，此处是两种方法的源代码，参照何斌的那本书。-large Torah and iterative method is the value of two relatively good two methods, here are two methods of source code, He Bin light of the book.

使用GDI函数绘出基本几何元素，如点、线、矩形、圆、椭圆、多边形、圆弧等、并能够用颜色填充 -Plotted using the GDI function, the basic geometric elements, such as point, line, rectangle, circle, ellipse, polygon, arc, etc., and can be filled with color