一个C++写的绘图板程序，非常棒！希望可以给大家带来点新的思路...

一个有2D，3D动态图像显示控件的例子-a 2D, 3D Dynamic Image Display Control example

5个可用于工业编程的报表和图形控件-5 can be used for industrial programmable graphics statements and controls

ODE是开放,开源的物理引擎,能很好的与OGRE3D渲染引擎结合在一起工作,是Ogre3D开发游戏的初学者的入门物理引擎.比PhysX跟容易上手. 本文档是描述如何在ODE中创建新的物理连接的教程,适合用过ODE的程序员进一步提高水平.-ODE is an open, open source physics engine, can be a very good rendering engine with OGRE3D combine work is the development of the game Ogre3D beginners introductory physics engine. PhysX than with the easy to use. This document is to describe how to create ODE new physical connection of the tutorial, suitable for ODE used to further enhance the level of the programmer.

外设编程――对特殊鼠标事件识别的Vc++实例源代码 -Programming peripherals- mouse events of special recognition Vc++ example source code

透明的图像,将图象中的一种或几种颜色设置为透明色-transparent image, the image will be one or several colors set to transparent color

多点计算，峰值计算，随机产生n_gene个基因段，随机产生个体的同源基因段3-more, the peak, randomly generated n_gene genes of randomly generated individual gene homology of the three

将源代码拷入硬盘中，用Visual C++打开项目文件，即可编译运行。注意有些程序需要配合硬件编程-to the source code it is copyed into your hard disk, open the Visual C project documents can be compiled operation. Attention to the need to meet some of the hardware programming

wtl的位图察看-WTL bitmap View

一个小程序，可以观看autocad dxf矢量格式图型。-a small program can be watched autocad dxf vector graphics format.

这是一个位图操作的类，不依赖于MFC，可以实现位图的旋转、镜像、透明、扭曲等等非常绚丽的特效，非常值得推荐。This a bitmap manipulation class that would not be MFC dependent, and would offer some extended features not present in the original MFC implementation. This class can load any 8, 16, 24 or 32bit bitmap, but internally works with 32bit bitmaps. The results can be saved as the 24bit bitmap on the hard disk, or it can be drawn on the device context (DC).-This is a bitmap type of operation, not dependent on MFC, can be achieved bitmap rotation, mirror, transparent, distortion effects, etc. is very brilliant, very worthy of recommendation. This a bitmap manipulation class that would not be MFC dependent, and would offer some extended features not present in the original MFC implementation. This class can load any 8, 16, 24 or 32bit bitmap, but internally works with 32bit bitmaps. The results can be saved as the 24bit bitmap on the hard disk, or it can be drawn on the device context (DC).