I would like to combine the two into one polar plot please:
thetapolar = 0:pi/100:2*pi;
phi = pi/2;
fpolarr = cos(((beta*dist)/2)*cos(thetapolar) + phi); % 0deg
fpolarl = cos(((beta*dist)/2)*cos(thetapolar) - phi); % 90deg
figure
polar(thetapolar, fpolarr);
figure
polar(thetapolar, fpolarl);

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KSSV
KSSV le 3 Oct 2018

0 votes

Read about hold on
f = 3*10^9;
omega = 2*pi*f;
theta = pi/4; %
lambda = (3*10^8)/f;
beta = (2*pi)/lambda;
dist = lambda/2;
phi = pi/4;
thetapolar = 0:pi/100:2*pi;
phi = pi/2;
fpolarr = cos(((beta*dist)/2)*cos(thetapolar) + phi); % 0deg
fpolarl = cos(((beta*dist)/2)*cos(thetapolar) - phi); % 90deg
figure
polar(thetapolar, fpolarr);
hold on
polar(thetapolar, fpolarl);

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