代码搜索：plot
找到约 10,000 项符合「plot」的源代码
代码结果 10,000
www.eeworm.com/read/441462/7670149
m outl.m
function [W] = outl(X,W)
% [W] = outl(X,W)
% [W] = outl(X)
%
% Function eliminates outliers interactively.
% Feedback is given on the graphical screen -
% mouse clicks toggle the status
www.eeworm.com/read/441410/7670722
m one_way.m
%ONE_WAY Evaluation of one-way data.
% Observations from Z12 receivers taken at master
% site -810 and rover site -005 on day 03-17-94
%Kai Borre 03-26-97
%Copyright (c) by Kai Bor
www.eeworm.com/read/441245/7673047
m plotr.m
%PLOTR Plot regression
%
% PLOTR(W)
% PLOTR(W,CLR)
%
% Plot the regression function W, optionally using plot string CLR.
% This plot string can be anything that is defined in plot.m.
% For the b
www.eeworm.com/read/441240/7673526
m main.m
[v,D,num,c0,k,t,xmin,xmax,interval]=Readfile;
a0=Geta0(num,c0,k);
C=zeros(num,1);
%tmin=0;tmax=400;interval=1;x=10;
i=1
%for t=tmin:interval:tmax
for x=xmin:interval:xmax
aa=GetA(v,D,num
www.eeworm.com/read/440896/7679058
m p2_1.m
% Program P2_1
% Evaluation of the DTFT
close all ; clear all;
% Compute the frequency samples of the DTFT
w = -4*pi:8*pi/511:4*pi;
num = [2 1];den = [1 -0.6];
h = freqz(num, den, w);
% Plot t
www.eeworm.com/read/440896/7679060
m p2_a3.m
% Program P2_A3
% Evaluation of the DTFT
close all ; clear all;
% Compute the frequency samples of the DTFT
w = -4*pi:8*pi/511:4*pi;
num = [0.7 -0.5 0.3 1];den = [1 -0.3 -0.5 0.7];
h = freqz(nu
www.eeworm.com/read/440896/7679069
m p2_a4.m
% Program P2_A4
% Evaluation of the DTFT
close all ; clear all;
% Compute the frequency samples of the DTFT
w = -4*pi:8*pi/511:4*pi;
num = [1 3 5 7 9 11 13 15 17];
h = freqz(num, 1, w);
% Plot
www.eeworm.com/read/440865/7679773
m 3-4-5-2.m
%绘制指数函数曲线
p=-1:0.05:1;
t=exp(-p);
plot(p,t);
grid;
title('exponential function');
xlabel('x');
ylabel('y');
figure;
%建立并训练网络
for i=1:5
net=newgrnn(p,t,i/10);
y(i,:)=sim(net,p);
en
www.eeworm.com/read/440739/7682373
m job1.m
%四阶龙格库塔法
x(1,1)=620;
x(1,2)=10;
x(1,3)=70;
x1=x(1,1);
x2=x(1,2);
x3=x(1,3);
t=0;
Tf=input('请输入仿真时间Tf= ');
h=input('请输入步长h= ');
for i=2:Tf/h+1
k(1,1)=-0.001*x(i-1,1)*x(i-1,2);
k(1,
www.eeworm.com/read/440404/7689903
m holder.m
function h=holder(tfr,f,n1,n2,t,pl)
%HOLDER Estimate the Holder exponent through an affine TFR.
% H=HOLDER(TFR,F,N1,N2,T) estimates the Holder exponent of a
% function through an affine time-frequenc