Poincare

基于直角坐标的牛顿拉弗逊法潮流计算程序，经过IEEE14模型测试。(the newton_lafason power flow )

Exchange rate changes

这是一个关于最小二乘支持向量机的MATLAB仿真的例子，希望能给大家带来方便。(This is a least squares support vector machine on the MATLAB simulation examples, we hope that they will be convenient.)

Window网络与通信 书的配套源码(Window networking and communications supporting the FO)

前段时间在北大OJ平台上做的几个题目，主要用到几个知识点...(OJ platform some time ago at the university to do the subject ...)

函数可以自动计算标准手份额并显示剩余空间百分比或者使用固定标准手数( х без знака ) 在程序 #include <Lot_Volume.mqh> 中添加函数，同时在需要的位置调用 OrderSend(货币对, 定单类型, Lot_Volume(), 价格, 0, 停止, 赢利) 如果显示为 10 ， 那说明标准手数为10 。如果只是 10 ，那说明为10个标准手。 当然它现在并不完美，等待评论。(Function can automatically calculate and display the remaining share lots of space using a fixed percentage or standard lots ( х без знака ) Add a function in the program#include <Lot_Volume.mqh> while in the desired location to call OrderSend (currency pair, order type, Lot_Volume (), price, 0, stop, profit) If the display is 10 , it shows the standard number is 10 percent hands. If only 10 , it means the 10 standard lots. Of course it s not perfect now, waiting for comment.)

利用matlab模拟光纤中的HE11模的模式分布图。(Using matlab to simulate the HE11 mode fiber mode distribution.)

用C++编写一个可创建MAT文件的独立应用程序。程序说明了：1.可创建MAT文件的独立应用程序的编写步骤；2.相应C++源程序的基本格式；3.相应mx-函数和C指令的配合应用。4.MAT库函数matClose, matGetArray, matOpen, matPutArray, matPutArrayAsGlobal的使用方法。(With C++ Prepared a document to create an independent MAT applications. An explanation of the procedures: 1. Can create MAT documents prepared by an independent application steps 2. Corresponding C++ Source of the basic format 3. Corresponding mx-function and C with the application instructions. 4.MAT library function matClose, matGetArray, matOpen, matPutArray, matPutArrayAsGlobal use.)

使用Crank-Nicolson隐式差分格式求解传热方程；第一类边界条件；初始条件已知。(Using the Crank-Nicolson implicit difference scheme for solving heat transfer equation the first boundary condition initial conditions are known.)

自己写的用于调试美国产的卫星接收机输出信号的软件，里面包含有接收机协议。(the soft weare writed by vc6.0,use for debug the signal of the receiver )