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/327235/13093123
m plot_normal.m
function plot_normal( x,params,hAx,plot_num,fontsize )
% plot the normal distribution with parameter "u" and "sig2"
%
% the distribution is given by:
%
% p(r) = sqrt(1/2/pi/sig^2)*exp(-((
www.eeworm.com/read/327235/13093124
m plot_rayleigh.m
function plot_rayleigh( x,params,hAx,plot_num,fontsize )
% plot the rayleigh distribution with parameter "a"
%
% the distribution is given by:
%
% p(r)=r*exp(-r^2/(2*s))/s
%
% format:
www.eeworm.com/read/327235/13093126
m plot_maxwell.m
function plot_maxwell( x,params,hAx,plot_num,fontsize )
% plot the maxwell distribution with parameter "a"
%
% the distribution is given by:
%
% p(r) = sqrt(2/pi)*(a^(-3/2))*(r^2)*exp(-(r^
www.eeworm.com/read/241951/13107701
m plot_modes.m
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% calculates beta nd then plots the corresponding mode
% formulas used shown during lessons
% the program calls the subroutine disprel_mo
www.eeworm.com/read/241951/13107728
asv plot_modes.asv
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% calculates beta nd then plots the corresponding mode
% formulas used shown during lessons
% the program calls the subroutine disprel_mo
www.eeworm.com/read/140074/13111295
m plot_mvdr.m
function plot_mvdr(name)
eval(['load ' name]);
% test vectors for spatially sampled response
W_H = conj(W(Ndata, :));
st = -1 : 0.025 : 1;
est = exp(-j*pi*[0:(rp.p-1)]'*st);
www.eeworm.com/read/241836/13113603
m plot_ellipse.m
function plot_ellipse(fit2,x,y,a,b,fi,scale)
BETA = pi/ 30;
fe=fi*pi/180;
for j = 1:60
XE(j) = x + (b*cos(fe)*sin(BETA * j)+a *sin(fe)*cos (BETA * j))*scale;
YE(j) = y - (b*sin(fe)*sin(BETA * j
www.eeworm.com/read/241836/13113920
m plot_ellipse.m
function plot_ellipse(fit2,x,y,a,b,fi,scale)
BETA = pi/ 30;
fe=fi*pi/180;
for j = 1:60
XE(j) = x + (b*cos(fe)*sin(BETA * j)+a *sin(fe)*cos (BETA * j))*scale;
YE(j) = y - (b*sin(fe)*sin(BETA * j
www.eeworm.com/read/139775/13135022
m polar_plot.m
function polar_plot(z);
%POLAR_PLOT: Plot zeros of a wavelet in polar coordinates
%
% polar_plot(z)
%
% IN z: zeros of the wavelet, they can be computed
% with zeros_wav.m
%
% NOTE: some