数字图像处理中用到的几乎所有的源代码!!!完全用Delphi实现.

利用C语言实现的边缘填充算法、填充效率很高，很好用的-use C language to the brink of filling algorithm, filling highly efficient, easy to use! !

立体显示地形,效果不错，可以实现程序，看立体的地形图，opengl实现-Stereoscopic display terrain, good results can be achieved procedures, see three-dimensional topographic map, opengl achieve

运用计算机图形学知识绘制B样条曲线。绘制时用鼠标取点，鼠标也可以移动已经绘制好的点。

vc++实现两幅图象融合的例子bcb4原代码,一很好的原代码,适合大家参考,-vc achieve two examples of image fusion bcb4 source, a very good source, for your reference,

图象几何变换算法源代码-Image geometric transform algorithm source code

Isosurfacş ng example using marching cubes

直线的DDA,bresenham算法画图 圆的bresenham算法画图 椭圆的bresenham算法画图 均匀B样条曲线算法画图 多边形的Y-X填充算法画图 动态三维立体图形的正透视投影图-linear DDA, bresenham algorithm for drawing a round of bresenham algorithm to draw the ellipse drawing algorithm bresenham uniform B-spline curves polygon drawing algorithm Y-X filling algorithm drawing dynamic 3D graphics is the perspective projection map

原创，手写汉字识别，里面有README，帮助别人使用和阅读。-original, handwritten character recognition, and they README help others to use and read.

自己编的vb编程，这是心脏源代码！请多多指教！-vb own series programming, which is the heart source code! A great weekend!

When creating applications with a complex view layout, there are several features that are missing from MFC. First, each type of view layout is created differently (simple view vs. splitter vs. nested splitter). Simple view layout does not need any additional code (MFC handles the creation). Splitter layout needs a CSplitterWnd and manual creation of each pane. Even more complex is the nested splitter. Second, MFC does not support tab windows that can be found in almost any commercial application and is great for better UI orgranization.