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clear all; % 清所有的变量 clf; % 清屏 N=1224; % 设置数据点数 f1=200; % 设置信号1频率 f2=700; % 设置信号2频率 f3=1100; % 设置信号3频率 dt=1/1024; % 设置采样时间 sample=

wd=45.6679; wie=7.2921158e-5; R=6378.393*1000; g=9.78049; t=0.05; wiev=wie*sin(wd*pi/180.0); wien=wie*cos(wd*pi/180.0); wiet=[0,wien,wiev]'; wb=[0,wien,wiev]'; ab=[0.1,0.1,g]'; X=[0.1/

wd=45.6679; wie=7.2921158e-5; R=6378.393*1000; g=9.78049; t=0.05; wiev=wie*sin(wd*pi/180.0); wien=wie*cos(wd*pi/180.0); wiet=[0,wien,wiev]'; wb=[0,wien,wiev]'; ab=[0.01,0.01,g]'; X=[0.

wd=45.6679; wie=7.2921158e-5; R=6378.393*1000; g=9.78049; t=0.05; wiev=wie*sin(wd*pi/180.0); wien=wie*cos(wd*pi/180.0); wiet=[0,wien,wiev]'; wb=[0,wien,wiev]'; ab=[0.01,0.01,g]'; X=[0.1,

#include #include void main(void) { double pi = 3.14159265; printf("Tangent of pi is %f\n", tan(pi)); printf("Tangent of pi/4 is %f\n", tan(pi / 4.0)); }

function pa=OVcom(v,NO) % OVcom: define the test problems,compute the objective values to v % usage: % pa=OVcom(v,NO); % where % NO: the serial number of test problem % v:

****************************************************************************** * FILE: c25cxrad2.mac --> macro file for radix 2 fft's based on 320c5x * *

clear; E=zeros(1,100); pi=3.1415926; c=0.3; u=zeros(1,101); a=zeros(1,101); d=zeros(1,100); d2=zeros(1,100); u(101)=0;a(101)=0;a(1)=1; format long; e=1403.765; max=e; min=e; for x=100:-

function [sol,val] = gaMichEval(sol,options) val = 21.5 + sol(1) * sin(4*pi*sol(1)) + sol(2)*sin(20*pi*sol(2)); %G=zeros(0); %val = sqrt(sol(1)) * sin(2*sol(1)) + sqrt(sol(1))*cos(5*sol(1))+5;

//this progarm is for test correlation filter #include #include const int N=62;//采样点数 const double PI=3.1415; const double T=64; double dSrcData[N]; double dDestData[N]; v