生长法构造Delauney三角网的程序，对做地形有一定作用

这是OPENGL的第三个例子，实现了鼠标移动来使物体旋转的，好好体会-This is the third example OPENGL, realize the mouse to make rotating objects, a good experience

能够加载各种3D数据模型，方便研究3D数据，希望喜爱3D的学习者参考，学习。-Be able to load a variety of 3D data models to facilitate the study of 3D data, hope favorite reference 3D learners, learning.

实现8连通域标记，返回值为标记数，输入输出在源码中有相应的说明。标记效果经过上百次测试，没有问题。相应的动态库也添加，使用时用动态库即可。

图像的处理方面的,还请大家指教.谢谢. 怎么传不上呢-image processing, but also please enlighten. Thank you. How-not?

实现从EXCEL表数据转换为ARCGIS下的SHAPE文件，适用性广。-EXCEL

中点分割裁减算法的实现，ＶＣ＋＋，左键画出任意条直线，右键画出矩形进行裁减-midpoint of the segmentation algorithm to achieve reductions, VC++, painted arbitrary menu of straight lines, right-painted rectangle for the reduction

本程序是我的一个课程设计,用了一个多月的时间,功能:处理温度计图像.-this procedure is one of my curriculum design, with a little over a month, functions : image processing thermometer.

Small midlet to play svg static files-Small midlet to play svg static files

DIB(Device-indepent bitmap)的与设备无关性主要体现在以下两个方面： DIB的颜色模式与设备无关。例如，一个256色的DIB即可以在真彩色显示模式下使用，也可以在16色模式下使用。 256色以下(包括256色)的DIB拥有自己的颜色表，像素的颜色独立于系统调色板。 由于DIB不依赖于具体设备，因此可以用来永久性地保存图象。DIB一般是以*.BMP文件的形式保存在磁盘中的，有时也会保存在*.DIB文件中。运行在不同输出设备下的应用程序可以通过DIB来交换图象。 DIB还可以用一种RLE算法来压缩图像数据，但一般来说DIB是不压缩的。 DIB的结构-DIB (Device-indepentent bitmap) has nothing to do with sexual equipment mainly in the following two aspects : DIB color mode has nothing to do with the equipment. For example, a 256-color DIB is the true color display mode, or can be used in 16 color mode. 256-color below (including 256 colors), the DIB has its own color table, color of the pixel independent system palette. As DIB is not dependent on specific equipment, it can be used for permanent preservation of images. DIB normally*. BMP file stored in the form of disk, sometimes stored in*. DIB document. Running on different output devices under the application of the procedure can be DIB to exchange images. DIB can also use a RLE compression algori

计算机图形学，手动绘制各色多边形，选择颜色，实现多边形的填充。-Computer Graphics, manual colored drawing polygons, select the color, the achievement of the filled polygon.