本程序能很快的画圆，比以往的传统算法有所改进

用Java编写的基于Kohonen神经网络的OCR-Java prepared by the Kohonen neural network-based OCR

GDI+是对GDI的一个令人兴奋的扩展，但由于某些原因，它没有提供绘制圆角矩形的函数，虽然我们可以在GDI+中使用GDI中的函数，但这样一来我们没办法在圆角矩形中使用GDI+中的纹理和透明色等新特性。怎么办？GDI+中有一个GraphicsPath 的类，我们可以用它构造各种形状并且可用任何画刷来填充这些形状。本源码中提供了一个可以加到任何工程中的函数，并用它来绘制了一个圆角矩形，矩形的远郊程度可以通过一个滑动条来设置-GDI GDIGDI How? GDI is a GraphicsPath the category, we can use it for all sorts of shapes and structures available to any brush painting to fill these forms. The source provided a project can be added to any of the functions, and use it to draw a rectangular fillet, rectangular extent of the suburbs of the city through a sliding strip to set up

其中选择了10种最常用的算法，将其封装为更容易调用的API函数。除了方便VC++开发人员调用外，也使得VB、Delphi程序员能够方便地将其应用到自己的开发项目中。-which selected 10 species of the most commonly used algorithm, to more easily package for the API function calls. Apart from facilitating the development of VC personnel call, but also makes VB, Delphi programmers can easily be applied to their own development projects.

一个简单的图形填充算法，源代码如文档中所述!-a simple graphical filling algorithm source code files as described!

数字图像处理（朱志刚）-Digital Image Processing (Zhu Zhigang)

资源描述图象引擎的范例程序，这些程序的名称及功能如下： sam01 - 普通图象文件读、写、显示演示。 sam02 - 从EXE文件中提取BMP资源的演示。 sam03 - 内存图象读写演示。 sam04 - 窗口图象截取演示。 sam05 - 批量图象转换演示。 sam06 - 图象处理演示。

yuv解码器 很不错-YUV codec very good

1024点fft程序，在ccs上可以直接仿真，无需调试-1,024 points fft procedures, the ccs can direct simulation, debugging without

利用AABB算法对两个物体进行碰撞检测，物体采用三角面片表示，算法输入两个物体碰撞的三角面片对及碰撞检测时间等信息。AABB algorithm is used to analyse the two objects, collision detection, object using triangles, said algorithm triangles in the input of the collision of two objects and collision detection time and other information.

本程序实现了基于质心法的目标跟踪，由于算法比较简单，因此背景颜色必须简单，最好是纯白色的。本程序先经过对视频图像的灰度化，二值化等一些图像处理，然后找出质心。程序中用到了Opencv库函数-Realize this procedure based on the quality of target tracking-force, due to relatively simple algorithm, so the need for a simple background color, the best was pure white. This procedure, after the first video images of gray and binary image processing, such as, and then find the center of mass. Procedures used in the library function Opencv