药品包装在线检测系统，通过摄像机抓取图片，然后进行分析，看是否和模板的数据一样！进行检测...

封装了一个图像编程类，可以方便的显示，读取，操作位图-Packaging a Graphics Programming class, can easily display, read, operate bitmap

在VB环境下开发的，可以生成二维地形的程序-in VB development environment that can generate two-dimensional terrain procedures

MFC 带有一个 CRectTracker 类. 用来画出所谓的橡皮条矩形. 但在 WTL 里面, 没有对应的类. 所以,自己写了一个非常简单的 mix-in class, 在 WTL 里面使用, 将这个类作为您的窗口的基类即可让窗口具有画橡皮条矩形的行为.上载的压缩文件包含两个源文件, RectTracker.h 即为这个 mix-in class. SnapShotWnd.h 为使用这个类的一个窗口. 还有一张屏幕抓图, 从图片可以看出这个窗口的功能, 他实现类似透明窗口的功能. 注意那个虚线框, 就是 CRectTracker 画出来的.-MFC with a CRectTracker category. To draw of the so-called rubber rectangle. The WTL, there"s no corresponding category. So they want to write a very simple mix-in class, the WTL is used to this category as your window so that the base class can be painted with rubber window the behavior of the rectangle. on the compressed file contains two sources, namely the RectTracker.h mix-in class. SnapShotWnd.h for the use of this kind of a window. Previously there a screen, pictures can be seen from the window of the function, he achieved similar functions transparent window . Note that dash is the CRectTracker painting.

识别GDF地图文件，画图程序，能够实现对地图文件的基本操作,如移动、放大、缩小、鼠标点击拖动、鼠标点击缩放、动态选择地图层（layer）绘图等。-Identification of GDF map document, drawing procedures, to achieve the basic document on the map operation, such as mobile, enlarge, shrink, drag the mouse to click, mouse click zoom, dynamic selective layer (layer) Drawing.

visual C＋＋ gdi编程之3，新手请看-visual C++ programming gdi of 3, and newcomers See

通过位图实现了图层，如果做简单的图像编辑软件，可以参考这个例子。-Achieved through bitmap layer, if to do simple image editing software, you can refer to this example.

查看16位颜色，(RBG:5:6:5)格式的颜色，可以把24位色转换成16位。-See 16-bit color, (RBG: 5:6:5) color format can be converted into 24-bit color 16.

电力系统机车分布电流计算软件！很好用，可以计算所有支路的电流-electronic system of current distribution calculation program.very good,it can calculate each route current.

该程序可以把各种格式的位图转化为argb1555格式的数据。-the procedure could formats bitmap into argb1555 format data.

it used for color reduction in images