代码搜索：polar si9000
找到约 1,508 项符合「polar si9000」的源代码
代码结果 1,508
www.eeworm.com/read/443133/7637142
m pol2rect.m
% Polar to Rectangular Conversion
% Praviraj P G, MTech I Year, EE Dept., IIT Roorkee, India, Email :pravirajpg@gmail.com
function rect = pol2rect(r,o) % r = magnitude, o = angle in radians.
re
www.eeworm.com/read/251835/12317284
m deplot.m
function [H,R2,THETA] = deplot(w,beta,z,c,R,theta,options)
%DEPLOT Image of polar grid under Schwarz-Christoffel exterior map.
% DEPLOT(W,BETA,Z,C) will adaptively plot the images under the
% S
www.eeworm.com/read/251835/12317397
m dplot.m
function [H,R2,THETA] = dplot(w,beta,z,c,R,theta,options)
%DPLOT Image of polar grid under Schwarz-Christoffel disk map.
% DPLOT(W,BETA,Z,C) will adaptively plot the images under the
% Schwarz
www.eeworm.com/read/216898/14988079
cpp complex-test.cpp
// Test real, imag, conj, abs, arg, polar
// Added some tests of complex
#include "testsuite.h"
#include
BZ_USING_NAMESPACE(blitz)
#ifndef BZ_HAVE_COMPLEX_FCNS
int m
www.eeworm.com/read/459528/7274305
m plotsky.m
function p_handle = plotsky(az,el,prn_pass,plot_title,spoke_label)
% p_handle = plotsky(az,el,prn,plot_title,spoke_label);
%
% Function to plot the trajectories on a polar sky (azimuth/elevation)
www.eeworm.com/read/251835/12317512
m crplot.m
function [H,R2,THETA] = crplot(w,beta,cr,aff,wcfix,Q,R,theta,options)
%CRPLOT Image of polar grid under disk map in crossratio form.
% CRPLOT(W,BETA,CR,AFF,WCFIX,Q) will adaptively plot the images
www.eeworm.com/read/251835/12317787
m rsplot.m
function [H,R2,THETA] = rsplot(w,beta,z,zb,c,R,theta,options)
%RSPLOT Image of polar grid under Schwarz-Christoffel RS map.
% RSPLOT(W,BETA,Z,ZB,C) will adaptively plot the images under the
%
www.eeworm.com/read/216817/14991487
m tx.m
% tx.m
% tx
disp('Transmitting')
read
data_in_pol = bin2pol(data_in); % Converts binary data to polar data
tx_chunk
% perform ifft to create time domain waveform representing data
td_sets = zer
www.eeworm.com/read/486921/6520328
m bodezp.m
ng = input('"zero="');
dg = input('"polar="');
k = input('"gain k="');
G = zpk(ng,dg,k)
bode(G);grid;
[mun,den]=zp2tf(ng',dg',k);
[mag,pha,w] = bode(G);
disp('"the roots of den="'); roots(den)