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/466717/7031774
m secend.m
N=1000;
r0=0;
v=sqrt(0.0965)*randn(N+998,1);
a(1)=0;
a(2)=0;
for k=3:1:N+1000
a(k)= 0.195*a(k-1)-0.95*a(k-2)+v(k-2);
end;
for n=1:1:N
u(n)=a(n+1000); %取u(n)为a(n) 的后1000个值作为采样值
end;
cle
www.eeworm.com/read/466717/7031775
asv first1.asv
N=1000;
r0=0;
v=sqrt(0.0965)*randn(N+998,1);
a(1)=0;
a(2)=0;
for k=3:1:N+1000
a(k)= 0.195*a(k-1)-0.95*a(k-2)+v(k-2);
end;
for n=1:1:N
u(n)=a(n+1000); %取u(n)为a(n) 的后1000个值作为采样值
end;
cle
www.eeworm.com/read/466243/7041407
m program_6a.m
% Chapter 6 - Controlling Chaos.
% Program_6a - Controlling chaos in the logistic map.
% Copyright Birkhauser 2004. Stephen Lynch.
% Control to a period-2 orbit (Figure 6.3(b)).
clear
itermax=2
www.eeworm.com/read/466243/7041409
m program_2d.m
% Chapter 2 - Nonlinear Discrete Dynamical Systems.
% Program 2d - Bifurcation diagram of the logistic map.
% Copyright Birkhauser 2004. Stephen Lynch.
% Plot a bifurcation diagram (Figure 2.15).
www.eeworm.com/read/465867/7047806
m ex219.m
%********************************************************
%程序：EX219.M
%功能：叠加绘图函数hold使用实例
%********************************************************
x=-5:5; %定义x坐标轴范围
y1=randn
www.eeworm.com/read/465279/7052633
m picpcorrelate.m
% 定义周期相关函数的值和图形
function p=picpcorrelate(a,b)
n=length(a);
for m=0:n-1
p(m+1)=correlate(a,b,m);
end
m=0:n-1;
plot(m,p);
www.eeworm.com/read/465305/7052941
m xindianzyj.m
clear all
close all;
load('E:\2008.9.9\信号处理\心电信号\xindian1.txt');
y=xindian1(:,1);
n=(1:size(y))';
figure(1);
hold on
y=y(1:1:1000);
n=n(1:1:1000);
plot(y,n);
figure(2);
wn=0.3;
N=
www.eeworm.com/read/465310/7052979
m picpcorrelate.m
% 定义周期相关函数的值和图形
function p=picpcorrelate(a,b)
n=length(a);
for m=0:n-1
p(m+1)=correlate(a,b,m);
end
m=0:n-1;
plot(m,p);
www.eeworm.com/read/465232/7059675
m coggins.m
function [stepsize,xo,Ot,nS]=coggins(S,x0,d,ip,problem,tol,mxit,stp)
% Performs line search procedure for unconstrained optimization
% using quadratic interpolation.
%
% [stepsize,xo,Ot,nS]=
www.eeworm.com/read/465232/7059676
m powell.m
function [xo,Ot,nS]=powell(S,x0,ip,method,Lb,Ub,problem,tol,mxit)
% Unconstrained optimization using Powell.
%
% [xo,Ot,nS]=powell(S,x0,ip,method,Lb,Ub,problem,tol,mxit)
%
% S: objective fu