How to plot a mean line for all subplots

조회 수: 5 (최근 30일)
timetry2
timetry2 2019년 10월 3일
댓글: timetry2 2019년 10월 3일
I have a code that gives the following subplots
but I need a mean line in the color green and make it look like the following:
So how would I create this green mean line. Thank you so much in advance and my code looks like the following currently
figure
y =Data.StrideTimeIntervals_15minTrial.PD(:,1);
subplot (3,4,1),plot (y, 'r')
title ('PD 1')
xlabel ('ISI #')
ylabel ('ISI (s)')
axis ([0,500,0.8,1.2])
disp ('PD 01 DONE')
y =Data.StrideTimeIntervals_15minTrial.PD(:,2);
subplot (3,4,2),plot (y, 'r')
title ('PD 2')
xlabel ('ISI #')
ylabel ('ISI (s)')
axis ([0,500,0.8,1.2])
disp ('PD 02 DONE')
y =Data.StrideTimeIntervals_15minTrial.PD(:,3);
subplot (3,4,3),plot (y, 'r')
title ('PD 3')
xlabel ('ISI #')
ylabel ('ISI (s)')
axis ([0,500,0.8,1.2])
disp ('PD 03 DONE')
y =Data.StrideTimeIntervals_15minTrial.PD(:,4);
subplot (3,4,4),plot (y, 'r')
title ('PD 4')
xlabel ('ISI #')
ylabel ('ISI (s)')
axis ([0,500,0.8,1.2])
disp ('PD 04 DONE')
y =Data.StrideTimeIntervals_15minTrial.PD(:,5);
subplot (3,4,5),plot (y, 'r')
title ('PD 5')
xlabel ('ISI #')
ylabel ('ISI (s)')
axis ([0,500,0.8,1.2])
disp ('PD 05 DONE')
y =Data.StrideTimeIntervals_15minTrial.PD(:,6);
subplot (3,4,6),plot (y, 'r')
title ('PD 6')
xlabel ('ISI #')
ylabel ('ISI (s)')
axis ([0,500,0.8,1.2])
disp ('PD 06 DONE')
y =Data.StrideTimeIntervals_15minTrial.PD(:,7);
subplot (3,4,7),plot (y, 'r')
title ('PD 7')
xlabel ('ISI #')
ylabel ('ISI (s)')
axis ([0,500,0.8,1.2])
disp ('PD 07 DONE')
y =Data.StrideTimeIntervals_15minTrial.PD(:,8);
subplot (3,4,8),plot (y, 'r')
title ('PD 8')
xlabel ('ISI #')
ylabel ('ISI (s)')
axis ([0,500,0.8,1.2])
disp ('PD 08 DONE')
y =Data.StrideTimeIntervals_15minTrial.PD(:,9);
subplot (3,4,9),plot (y, 'r')
title ('PD 9')
xlabel ('ISI #')
ylabel ('ISI (s)')
axis ([0,500,0.8,1.2])
disp ('PD 09 DONE')
y =Data.StrideTimeIntervals_15minTrial.PD(:,10);
subplot (3,4,10),plot (y, 'r')
title ('PD 10')
xlabel ('ISI #')
ylabel ('ISI (s)')
axis ([0,500,0.8,1.2])
disp ('PD 10 DONE')
y =Data.StrideTimeIntervals_15minTrial.PD(:,11);
subplot (3,4,11),plot (y, 'r')
title ('PD 11')
xlabel ('ISI #')
ylabel ('ISI (s)')
axis ([0,500,0.8,1.2])
disp ('PD 11 DONE')
y =Data.StrideTimeIntervals_15minTrial.PD(:,12);
subplot (3,4,12),plot (y, 'r')
title ('PD 12')
xlabel ('ISI #')
ylabel ('ISI (s)')
axis ([0,500,0.8,1.2])
disp ('PD 12 DONE')

채택된 답변

the cyclist
the cyclist 2019년 10월 3일
편집: the cyclist 2019년 10월 3일
In each subplot section ...
yline(mean(y),'g')
after you have defined the y value in that section, and done the plot.
See the documentation for yline to see further customizations you can do.
Also, looks like you could make your code much more concise by using a for loop:
figure
for ii = 1:12
y =Data.StrideTimeIntervals_15minTrial.PD(:,ii);
subplot (3,4,ii),plot (y, 'r')
title (sprintf('PD %d',ii))
xlabel ('ISI #')
ylabel ('ISI (s)')
axis ([0,500,0.8,1.2])
disp (sprintf('PD %02d',ii))
end
  댓글 수: 5
the cyclist
the cyclist 2019년 10월 3일
편집: the cyclist 2019년 10월 3일
figure
for ii = 1:12
% y =Data.StrideTimeIntervals_15minTrial.PD(:,ii);
y = 0.8 + 0.4*rand(1,500);
subplot (3,4,ii),plot (y, 'r')
h = yline(mean(y),'g');
set(h,'LineWidth',3)
title (sprintf('PD %d',ii))
xlabel ('ISI #')
ylabel ('ISI (s)')
axis ([0,500,0.8,1.2])
disp (sprintf('PD %02d',ii))
end
works for me.
Notice that I put in some random data in place of your code. So, the line is always going to be very close to the middle, since that is where the mean is.
Here, I made the line wider, too.
timetry2
timetry2 2019년 10월 3일
Okay, yes it works. Thank you so much for the help!

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