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/485392/6561186
m 3-9.m
%例程3-9 产生非周期方波
t=-1:1/1E3:1;
x=tripuls(t,0.3);
y=tripuls(t,0.3,-0.8);
subplot(2,1,1);
plot(t,x);
subplot(2,1,2);
plot(t,y);
www.eeworm.com/read/485392/6561221
m 6-9.m
%例程6－9 方波信号的离散小波变换
% e.g.6-9.m for example6-9;
%test the function of wavedec.
clear all;
t=0:.01*pi:10*pi;
x=square(t,80);
X=x+randn(size(x))/10;
subplot(5,2,1:2); plot(t,X);
xlabel('Time
www.eeworm.com/read/485392/6561222
m 6-7.m
%例程6－7 方波信号的连续小波变换
% e.g.6-7.m for example6-7;
%test the function of cwt
clear all;
t=0:.01*pi:10*pi;
x=square(t,80); %The duty cycle（占空比） is 80% of the period in which the signal is positive
www.eeworm.com/read/485466/6562964
m example6_1.m
%首先装载一原始信号
load nearbrk;
s=nearbrk;
%===========================
%画出该信号的波形图
subplot(4,2,1);
plot(s);
Ylabel('s');
title('原始信号s和信号的近似a、细节d');
%===========================
%用小波
www.eeworm.com/read/484851/6575687
m eventplot.m
function h = eventplot(X)
% h = eventplot(X)
% Method for seismicdecon example supplied with SA Tools.
% See http://www.frostconcepts.com/software for information on SA Tools.
%
% h = eventplot
www.eeworm.com/read/484493/6577807
m ex28ch2.m
function ex28ch2
% The ball is at (x(t),y(t)).
% Here y(1) = x(t), y(2) = x'(t), y(3) = y(t), y(4) = y'(t).
clc
% Set initial height and coefficient of restitution:
y0 = [0; 0; 2; 0];
k = 0.70;
k = 0
www.eeworm.com/read/484493/6577827
m ex13bch4.m
function sol = ex13bch4
% Eq. (3.11) / Figs. 3.2-3.3
% Solution oscillates around, and converges to the equilibrium point (40,12)
% for tau=7 and approaches a limit cycle for tau=9
for tau = [7 9]
op
www.eeworm.com/read/484622/6580728
m mn_12.m
clear all; close all;
M=[12 1 6 2 4 3];
N=[1 12 2 6 3 4];
SNR_1=linspace(0,30,31);
SNR = 10.^(SNR_1/10);
C= zeros(6,31);
for i=1:6
if N(i)>M(i)
C(i,:) = M(i)*log2(1+(N(i)*SNR)/M(i)
www.eeworm.com/read/484622/6580729
m mn_4.m
clear all; close all;
M=[1 2 1 2 4 1];
N=[1 1 2 2 1 4];
SNR_1=linspace(0,30,31);
SNR = 10.^(SNR_1/10);
C= zeros(6,31);
for i=1:6
if N(i)>M(i)
C(i,:) = M(i)*log2(1+(N(i)*SNR)/M(i));
www.eeworm.com/read/483763/6594848
m fractional.m
function fractional_chaos_q
clc;
Dim=3;q=[1;1;0.40;];
h=0.005;t=0:h:100;N=length(t)-1;
x0=[0.123 0.1451 0.453]';
x(:,1)=x0;
a=zeros(Dim,N);b=zeros(Dim,N+1);
T1=(h.^q./q)./gamma(q);
T2=(h.^q