国外一个计算机视觉方面的源码库，C++编写，易于使用和集成。...

EXIF读写程序-EXIF reading and writing procedures

算法代码，分别提取两类不同的特征。 使用时直接将代码拷贝到需要使用的地方即可。 代码片断在Visual C++6.0下可编译。-Difference withdraw two kind oves different characteristics. Use time directly will code s copy go need use de place and then be OK. Code s fraction at Visual C++6.0 under can translate and edit

用VB编出的可以使窗体和图片透明-VB series can make out the forms and pictures transparent

我写的是一个工程数据检测，然后画出数据曲线的实例，Demo 中的数据为随机生成的数据，由于我没有做过控件，所以在 DataCurve.pas 只定义了一个多线程的类，没有做成控件。-I wrote an engineering data detection, and then draw an example of curve data, Demo data for the randomly generated data, because I have not done control, so only DataCurve.pas defines a type of multi-threaded, there is no made control.

编程渐变色生成-programming graded color Generation

Render .NET is an 3D Photorealistic Rendering Library - REYES(RenderMan),Ray / Photon Tracing Architecture - Complex Models such Quadrics / Patches / Mesh... - Primitive / Displacement(True) / Surface / LightSource / Volume/Imager Shaders - Sampling / Filtering / Motion / DepthOfField / GlobalI... -Render .NET is an 3D Photorealistic Rendering Library- REYES(RenderMan),Ray/Photon Tracing Architecture- Complex Models such Quadrics/Patches/Mesh...- Primitive/Displacement(True)/Surface/LightSource/Volume/Imager Shaders- Sampling/Filtering/Motion/DepthOfField/GlobalI...

Logo 程序画 Pensore 平铺图案使用内置海龟图形命令。 图遵循古典递归 Pensore 平铺说明使用两个形状的建筑，"风筝"和"rombus"。 程序加载到 usblogo （即） 使用︰ > ucblogo penrose.logo 然后给类似的命令︰ demo2 5220 和水平 5 与大小 220 彭罗斯图案将出现在绘图窗口中。

这是一个关于直方图的实验报告-This is a histogram of the experimental report

计算机图形学的拴法罗斯福koeoeoo噢俄哦 -computer graphics method of tying Roosevelt koeoeoo Oh, oh Russia

Polygon clipping is one of those humble tasks computers do all the time. It s a basic operation in creating graphic output of all kinds. There are several well-known polygon clipping algorithms, each having its strengths and weaknesses. The oldest one (from 1974) is called the Sutherland-Hodgman algorithm. In its basic form, it is relatively simple. It is also very efficient in two important cases, one being when the polygon is completely inside the boundaries, and the other when it s completely outside.