轮廓提取算法：效果不错。 很有用的，用C++实现的

模拟三维地形的3D动画，很有意思，可供参考！-Three-dimensional topography simulation of 3D animation, very interesting, for reference!

VC6下VTK合成体绘制，在此基础上实现对相机的方位角自动漫游-VTK under VC6 synthesis volume rendering, in this based on the azimuth of the camera auto-roaming

分形中著名的Julia集的C代码-fractal famous Julia Set C code

在屏幕上选取点集，每四个点构成一个控制多边形，绘制贝塞尔曲线和赫米特曲线-Select the point on the screen sets, each of the four points form a control polygon, drawing Bezier curves and hermite curve

超分辨率图像重建。具有非常好的效果，程序效率较高，有完整的注释和说明文档。-super-resolution image reconstruction. Very good results, the higher the efficiency, integrity of the Notes and documentation.

为三维重建面绘制的比较简单的源代码，通俗易懂，适合于初学者-For three-dimensional reconstruction of surface rendering of the relatively simple source code, user-friendly, suitable for beginners

本程序包含了一些增强算法，空间域和频率域增强，以及生成噪声的一些程序-This procedure contains a number of enhancement algorithm, spatial domain and frequency domain to enhance, as well as some of the procedures to generate noise

vega中的tripod碰撞检测方法，上房问题在min和Max的参数中。如果max值越大，你爬高就越大。min越小你下坡也就越大。他们的值与你的场景单位有关。他们都是极限值，如果你的房子高度在max值之下就不可能“上房”了。你的坡度落差大于min的绝对值时，他就下不去了。一般用在z和Tripod中常见-vega in the tripod of collision detection methods,上房problem min and Max parameters. If the max value bigger, you climb the greater. min greater the smaller the downhill you. Their value and your scene units. They are limits, if your house under a high in the max value can not be

这是我用VC做的一个关于三维图形变化的程序，可以实现平移，反转等功能-This is what I do with VC 3D graphics on a change of procedures, can achieve translation, reverse function

图像的存取，显示，画布的建立。像素与调色板数据的存取。-Image access, display, set up the canvas. Pixel and palette data access.