代码搜索：plotting
找到约 1,607 项符合「plotting」的源代码
代码结果 1,607
www.eeworm.com/read/445823/7589617
m ip_01_04.m
% MATLAB script for Illustrative Problem 4, Chapter 1.
echo on
n=[-20:1:20];
% Fourier series coefficients of x(t) vector
x=.5*(sinc(n/2)).^2;
% sampling interval
ts=1/40;
% time vector
t=[-.
www.eeworm.com/read/442444/7651673
m ip_02_07.m
% MATLAB script for Illustrative Problem 2.7.
echo on
N=256; % number of samples
deltaf=0.1; % frequency separation
f=[0:deltaf:(N/2)*deltaf, -(N/2-1)*deltaf:deltaf:-d
www.eeworm.com/read/442444/7651681
m ip_02_05.m
% MATLAB script for Illustrative Problem 5, Chapter 2.
echo on
% first part
Sx1=[ones(1,32)];
Rx1=ifft(Sx1,32);
% second part
Sx2=[ones(1,16),zeros(1,224),ones(1,16)];
Rx2=ifft(Sx2,256);
% pl
www.eeworm.com/read/442441/7651691
m ip_01_04.m
% MATLAB script for Illustrative Problem 4, Chapter 1.
echo on
n=[-20:1:20];
% Fourier series coefficients of x(t) vector
x=.5*(sinc(n/2)).^2;
% sampling interval
ts=1/40;
% time vector
t=[-.
www.eeworm.com/read/439811/7701394
m ip_01_04.m
% MATLAB script for Illustrative Problem 4, Chapter 1.
clear
echo on
n=[-20:1:20];
% Fourier series coefficients of x(t) vector
x=.5*(sinc(n/2)).^2;
% sampling interval
ts=1/40;
% time vector
www.eeworm.com/read/439811/7701396
m ip_02_07.m
% MATLAB script for Illustrative Problem 2.7.
clear
echo on
N=256; % number of samples
deltaf=0.1; % frequency separation
f=[0:deltaf:(N/2)*deltaf, -(N/2-1)*deltaf:de
www.eeworm.com/read/439811/7701440
m ip_02_05.m
% MATLAB script for Illustrative Problem 5, Chapter 2.
clear
echo on
% first part
Sx1=[ones(1,32)];
Rx1=ifft(Sx1,32);
% second part
Sx2=[ones(1,16),zeros(1,224),ones(1,16)];
Rx2=ifft(Sx2,256)
www.eeworm.com/read/437115/7755045
m ip_01_04.m
% MATLAB script for Illustrative Problem 4, Chapter 1.
echo on
n=[-20:1:20];
% Fourier series coefficients of x(t) vector
x=.5*(sinc(n/2)).^2;
% sampling interval
ts=1/40;
% time vector
t=[-.
www.eeworm.com/read/398034/8009121
m sa_ex3_4.m
% Example 3.4 plotting the 3-D mesh pattern for cos(theta)^2.
fx=inline('cos(theta)^2*sin(theta)*cos(phi)')
fy= inline('cos(theta)^2*sin(theta)*sin(phi)')
fz = inline('cos(theta)^2*cos(theta)')
www.eeworm.com/read/397102/8068565
m solvb.m
function [w1,b1,w2,b2,k,tr] = solverb(p,t,tp)
%SOLVERB Design radial basis network.
%
% [W1,B1,W2,B2,TE,TR] = SOLVERB(P,T,DP)
% P - RxQ matrix of Q input vectors.
% T - SxQ matrix of Q target vec