How can I change the title of a figure through each iteration of the loop?
24 Ansichten (letzte 30 Tage)
Ältere Kommentare anzeigen
I have the following Matlab code that gives me four figures.
close all;
clear variables;
clc;
% % For Phi/Psi = +/-10
CoverageArea_mean_10 = {[84.4735,21.1779,6.4247,2.1416],[45.2112,8.8043,1.1898,0]};
CoverageArea_min_10 = {[98.5128,21.1779,6.9007,2.1416],[58.7745,10.7079,2.1416,0]};
CoverageArea_max_10 = {[70.1963,19.0363,5.9488,2.1416],[38.5485,8.3284,0,0]};
% For Phi/Psi = +/-40
CoverageArea_mean_40 = {[0,4.5211,2.3795,0],[0,0,0,0]};
CoverageArea_min_40 = {[92.5640,21.1779,6.9007,2.1416],[53.7775,10.4700,1.4277,0]};
CoverageArea_max_40 = {[0,0.4759,0.2380,0],[0,0,0,0]};
for i=1:2
x = [15,30,45,60];
figure
% For Phi/Psi = +/-10
COVERAGE = [CoverageArea_min_10{i};CoverageArea_mean_10{i};CoverageArea_max_10{i}];
COVERAGEAREA = [COVERAGE(:,1)';COVERAGE(:,2)';COVERAGE(:,3)';COVERAGE(:,4)'];
bar(x,COVERAGEAREA);
title({ 'The coverage area' ;[ '\phi = \pm10' , '\psi = \pm10' , 'FEC = 3.8\times10^{-3}' ]});
xlabel( 'Semi-angle at half power, \Phi_1_/_2 (°)' );
ylabel( 'Coverage area (m²)' );
BarNames = { 'min' , 'mean' , 'max' };
legend(BarNames, 'Location' , 'best' );
grid on ;
figure
% For Phi/Psi = +/-40
COVERAGE1 = [CoverageArea_min_40{i};CoverageArea_mean_40{i};CoverageArea_max_40{i}];
COVERAGEAREA1 = [COVERAGE1(:,1)';COVERAGE1(:,2)';COVERAGE1(:,3)';COVERAGE1(:,4)'];
bar(x,COVERAGEAREA1);
title({ 'The coverage area' ;[ '\phi = \pm40' , '\psi = \pm40' , 'FEC = 3.8\times10^{-3}' ]});
xlabel( 'Semi-angle at half power, \Phi_1_/_2 (°)' );
ylabel( 'Coverage area (m²)' );
BarNames = { 'min' , 'mean' , 'max' };
legend(BarNames, 'Location' , 'best' );
grid on ;
end
The problem is all four figures will have the same title. In the above code, each iteration gives me 2 figures. So I need to change the title of every two figures at each new iteration:
Therefore, for the first iteration, I need the following title
title({ 'The coverage area' ;[ '\phi = \pm10' , '\psi = \pm10' , 'FEC = 3.8\times10^{-3}' ]});
For the second iteration, I need the following title
title({ 'The coverage area' ;[ '\phi = \pm10' , '\psi = \pm10' , 'FEC =10^{-5}' ]});
2 Kommentare
Rasha Shamite
am 19 Dez. 2022
Hello,please ,send me massage at my email,''rashasalman19871987@gmail.com''
Antworten (1)
VBBV
am 27 Nov. 2022
Bearbeitet: VBBV
am 27 Nov. 2022
close all;
clear variables;
clc;
% % For Phi/Psi = +/-10
CoverageArea_mean_10 = {[84.4735,21.1779,6.4247,2.1416],[45.2112,8.8043,1.1898,0]};
CoverageArea_min_10 = {[98.5128,21.1779,6.9007,2.1416],[58.7745,10.7079,2.1416,0]};
CoverageArea_max_10 = {[70.1963,19.0363,5.9488,2.1416],[38.5485,8.3284,0,0]};
% For Phi/Psi = +/-40
CoverageArea_mean_40 = {[0,4.5211,2.3795,0],[0,0,0,0]};
CoverageArea_min_40 = {[92.5640,21.1779,6.9007,2.1416],[53.7775,10.4700,1.4277,0]};
CoverageArea_max_40 = {[0,0.4759,0.2380,0],[0,0,0,0]};
for i=1:2
x = [15,30,45,60];
figure(i) % use iterator index
subplot(211)
% For Phi/Psi = +/-10
COVERAGE = [CoverageArea_min_10{i};CoverageArea_mean_10{i};CoverageArea_max_10{i}];
COVERAGEAREA = [COVERAGE(:,1)';COVERAGE(:,2)';COVERAGE(:,3)';COVERAGE(:,4)'];
bar(x,COVERAGEAREA);
title({ 'The coverage area' ;[ '\phi = \pm10' , '\psi = \pm10' , 'FEC = 3.8\times10^{-3}' ]});
xlabel( 'Semi-angle at half power, \Phi_1_/_2 (°)' );
ylabel( 'Coverage area (m²)' );
BarNames = { 'min' , 'mean' , 'max' };
legend(BarNames, 'Location' , 'best' );
grid on ;
subplot(212)
% For Phi/Psi = +/-40
COVERAGE1 = [CoverageArea_min_40{i};CoverageArea_mean_40{i};CoverageArea_max_40{i}];
COVERAGEAREA1 = [COVERAGE1(:,1)';COVERAGE1(:,2)';COVERAGE1(:,3)';COVERAGE1(:,4)'];
bar(x,COVERAGEAREA1);
title({ 'The coverage area' ;[ '\phi = \pm40' , '\psi = \pm40' , 'FEC = 3.8\times10^{-3}' ]});
xlabel( 'Semi-angle at half power, \Phi_1_/_2 (°)' );
ylabel( 'Coverage area (m²)' );
BarNames = { 'min' , 'mean' , 'max' };
legend(BarNames, 'Location' , 'best' );
grid on ;
end
4 Kommentare
VBBV
am 27 Nov. 2022
Ok. Then you need to use
if i == 1
figure
....
title({ 'The coverage area' ;[ '\phi = \pm10' , '\psi = \pm10' , 'FEC = 3.8\times10^{-3}' ]});
figure
...
title({ 'The coverage area' ;[ '\phi = \pm10' , '\psi = \pm10' , 'FEC = 3.8\times10^{-3}' ]});
else
figure
...
title({ 'The coverage area' ;[ '\phi = \pm10' , '\psi = \pm10' , 'FEC =10^{-5}' ]});
figure
...
title({ 'The coverage area' ;[ '\phi = \pm10' , '\psi = \pm10' , 'FEC =10^{-5}' ]});
end
Then You need to use and if-else condition inside for loop as above
Siehe auch
Kategorien
Mehr zu Graphics Object Programming finden Sie in Help Center und File Exchange
Community Treasure Hunt
Find the treasures in MATLAB Central and discover how the community can help you!
Start Hunting!