这个程序对于学习数字图像形态学的朋友有很大帮助。包括图像的腐蚀，膨胀及击中击不中和延伸的图像细化...

使用alpha做的透明效果，推荐看下-done using alpha transparency effects and recommend a glance

数字图像非局部均值算法，很好的哦。我自己试过了

扫描线算法的图案填充-scan line algorithm pattern filling

vtk的小例子，希望对大家有用！-vtk small examples, we hope to useful!

基于OpenCV的强手棋游戏设计，本代码使用了OpenCV来实现强手棋的每步走步的变化问题，具体的游戏步骤可以参看强手棋的规则，以更好的理解本游戏的开发与玩。

Chapter 6 B-spline Surfaces basis.c tbasis.c Calculates the B-spline basis functions. bsplsurf.c tbsurf.c Calculates a B-spline surface. bspsurfu.c tbsurfu.c Calculates a periodic B-spline surface. dbasis.c tdbasis.c Calculates the B-spline basis functions and derivatives. dbsurf.c tdbsurf.c Calculates a B-spline surface and derivatives. knot.c tknot.c Calculates an open knot vector. knotu.c tknotu.c Calculates a periodic knot vector. rdpnp.c Support routine - inputs PNP (polygon net point) file. chap6all.zip ZIP file for all of Chapter 6. chap6all.tar.gz UNIX tar file for all of Chapter 6. -Chapter 6 B-spline Surfaces basis.c tbasis.c Calculates the B-spline basis functions. bsplsurf.c tbsurf.c Calculates a B-spline surface. bspsurfu.c tbsurfu.c Calculates a periodic B-spline surface. dbasis.c tdbasis.c Calculates the B-spline basis functions and derivatives. dbsurf.c tdbsurf.c Calculates a B-spline surface and derivatives. kn

微处理器学习板显示的模范设计的8位单板计算机。更多的周边和容易适应是一个专用控制器。-Microprocessor learning board shows a model designed eight single-board computer. More peripheral and easily adaptable to a dedicated controller.

本源码实现了一个在3D编程中很重要的四元数的类。在写这个类前提还包括对三维空间中向量类，以及4*4矩阵的运算。四元数对于三维模型的旋转能够很好的计算。-The source to achieve a 3D programming in a very important class Quaternion. At the time of writing the premise of this class also includes three-dimensional vector space categories, as well as 4* 4 matrix arithmetic. Quaternion for the rotation of three-dimensional model can be well calculated.

位图 按钮 实现任意不规则按钮 使用双缓冲技术 不会闪烁-Bitmap button button to achieve arbitrary irregular use double buffering is not blinking

计算机图形学裁剪算法，包括梁友栋算法和Cohen-Sutherland算法-Computer graphics clipping algorithms, including Liang Dong algorithms and Cohen-Sutherland Algorithm