资源列表
计算器模拟
- 计算器模拟,用opengl建立计算器的可视化模型，体现opengl的图形功能！-Calculator simulation, using opengl establish calculator visualization model embodies opengl graphics!
MyBMP
- 通过对画刷的使用，实现在视图中显示位图的功能。-through the use of brush painting, to achieve the view Bitmap function.
openGl函数集
- 一本非常好关于OpenGL的书籍，函数的查询与解释文档，值得收藏！-a very good book on the OpenGL, the function of the inquiries related to interpret documents, copies!
PathFinderRedux
- 包括Pheromones Algorythm、Memory Algorythm和Hill Climbing Algorythm I，II，III在内的多个人工智能算法的实现-including Pheromones Algorythm, Memory Algorythm and Hill Climbing Algorythm I, II, III from the number of artificial intelligence algorithms to achieve
CSharpPathfind_src
- A*路径寻找算法作为基因算法的一种，用C#来实现。文件包含源代码。-A * search algorithm path as a genetic algorithm, C# is to be achieved. Document contains the source code.
Edge_Detection_in_C_src
- 此源代码将演示如何用C,Win 32 SDK及GDI+来实现边缘检测。(C++,C)-this source code to demonstrate how to use C, Win 32 SDK GDI and edge detection to achieve. (C, C)
Skin_RecC__src
- 人脸识别中的分支—皮肤识别，相当于一个简单的边缘检测系统。用C#实现皮肤识别功能。文件包含源代码。-Face Recognition branch-skin identification, the equivalent of a simple edge detection system. C# skin recognition functionality. Document contains the source code.
loadrxdma
- TS流媒体播放器 可播放TS 文件(目前仅支持TS 文件)-TS streaming media players can play TS paper (currently only supports TS)
HuaAnniu
- 本程序是基于对文档窗口中画静态文本窗或按钮，这对开发基于文档程序非常有利，且美观，希望得到大家认可-this program is based on a document window painting static text window or button, which documents the development process based on a very favorable and attractive, we want to be recognized
简单网络管理协议
- 简单网络管理协议（SNMP）简介-introduce snmp protol
sp_keyb
- 键盘设备驱动,只需修改代码里的功能码和系统码即可使用-keyboard device driver, but only a modification of source code's functionality and system code can be used
文档背景图插入程序
- 本程序是基于文档和对话框的程序，其特点是在文档窗口中加入背景图，并且在对话框中添加了一些动态控件，修改一下就可以应用于自己的程序中，添加了美观性-this program is based on documents and the dialog box procedure, which was characterized in the document window into the background map, and in the dialog box to add some dynami