RTS24_Load

pic_eps.bat 批处理文件 可以很方便的将任意格式的图片转为eps格式(pic_eps.bat batch file can easily be converted to any format image eps format)

基于ＥＧＭ２００８模型的重力观测点ＧＰＳ高程转换(GPS Height Transfrom Based on EGM2008 Model)

这是应用于 windows ce 4.2平台上串口接受的程序，我已经实践过，好用，也可以根据它修改出发送程序(This is used in windows ce 4.2 platform serial port to accept the procedure, I had already been put into practice, use can also be sent out according to its modified procedures)

说明：  复件 类似WindowsXP中菜单,有左边的竖条,有图形,有图形背景,工具条菜单,等(copy of a menu similar to Windows XP, the left side of the vertical lines, graphics, graphics background, Toolbar menu, etc.)

哈夫曼树可以使读者快速方便的查找所需文件(Huffman tree allows readers to quickly and easily find the file)

Ackeman函数的递归方法，运用简洁的递归思想实验复杂数学表达式的计算(Ackeman function recursive method, the use of simple recursive thought experiment to calculate complex mathematical expressions)

实现枚举设备的功能，像window设备管理器一样的功能。简单使用，解决了很多程序员的苦恼问题(The achievement of enumerated devices, such as Device Manager window functions the same. Simple to use, a lot of programmers to solve the problem of distress)

C++语言下, 关于图论算法的一些模版, 包括一般图最大匹配, km匹配, 最小割等等, 共15个模版(C++ language under the graph theory algorithm on a number of templates, including the maximum matching in general graph, km matching, minimum cut, etc., a total of 15 templates)

OPENCV椭圆拟合定位椭圆中心点以及重心法定位程序(OPENCV the ellipse fitting positioning oval center point and the center of gravity method to locate the program)

说明：  柱子P1、P2的位置是可以随意摆放的，机器人R沿黑线方向行走。利用6号和9号声纳来测距离（这两个声纳的测量角度比较大，可以很好号的实现设计要求），6号声纳测机器人与P1的距离d1，9号测机器人与P2的距离d2。当机器人行走到某处时，两个声纳分别测到的距离差d1-d2小于20mm，并且d1、d2都小于600mm时，则判断为此时机器人行走到了P1与P2的中间，机器人转90°，沿两柱子的中心线继续向前走。(Columns P1, P2 position can be arbitrarily placed, the direction of the robot R to walk along the black line. 6 and 9, using sonar to measure the distance (the measurement point of view the two sonar relatively large, a good number can meet the design requirements), 6 sonar distance measuring robot and P1 d1, 9 号 testing machine Man and P2 distance d2. When the robot to walk somewhere, two sonar distances were measured to the difference d1-d2 is less than 20mm, and d1, d2 is less than 600mm, then determine the robot to walk at this time to the middle of P1 and P2 the robot turn 90 °, along the center line of the two pillars to continue to move forward.)