How to move line plot to be above a stacked bar chart?
5 views (last 30 days)
Show older comments
Arijit Bhattacharyya
on 19 Sep 2021
Commented: Mathieu NOE
on 21 Sep 2021
Hello, here is my current code:
indexValues = [repelem(6, 33), repelem(5,6), repelem(4,6), repelem(3,6), repelem(2,6), repelem(1,74); ...
repelem(1, 131); repelem(4,64), repelem(3,6), repelem(2,6), repelem(1,55); repelem(1, 131); repelem(1, 131); ...
repelem(2, 131)];
lineValues = [repelem(-42.8043, 33), repelem(-48.8249, 6), repelem(-54.8455, 6), repelem(-60.8661, 6), ...
repelem(-66.8867, 6), repelem(-72.9073, 7), repelem(-78.9279, 6), repelem(-84.9485, 6), repelem(-90.9691, 55)];
figure
colororder({'k','k'})
yyaxis left
bar(-120:10, indexValues, 1, 'stacked', 'EdgeColor', 'none')
ylabel('Global Index')
colororder('default')
hold on
grid on
grid minor
yyaxis right
ylabel('Temperature')
plot(-120:10, lineValues, '- . m', 'DisplayName', 'Temperature', 'LineWidth',5)
xlabel('Relative Distance (m)')
xlim([-125 15])
Does anyone know if there is a way to physically move the pink line plot so that it is above the stacked bar chart? I want the curve to ideally be above, so that the multiple colours do not overlap with each other and confuse the user. I have seen that it is possible to move the curve above with the "pan" feature in the figure window, but is there a way to code this in MATLAB to move the pink line automatically? Thank you!
0 Comments
Accepted Answer
Mathieu NOE
on 20 Sep 2021
hello
this would be my 2 cents suggestion using ylim :
code :
indexValues = [repelem(6, 33), repelem(5,6), repelem(4,6), repelem(3,6), repelem(2,6), repelem(1,74); ...
repelem(1, 131); repelem(4,64), repelem(3,6), repelem(2,6), repelem(1,55); repelem(1, 131); repelem(1, 131); ...
repelem(2, 131)];
lineValues = [repelem(-42.8043, 33), repelem(-48.8249, 6), repelem(-54.8455, 6), repelem(-60.8661, 6), ...
repelem(-66.8867, 6), repelem(-72.9073, 7), repelem(-78.9279, 6), repelem(-84.9485, 6), repelem(-90.9691, 55)];
figure
colororder({'k','k'})
yyaxis left
bar(-120:10, indexValues, 1, 'stacked', 'EdgeColor', 'none')
ylim([0 max(sum(indexValues,1))+5]); % here
ylabel('Global Index')
colororder('default')
hold on
grid on
grid minor
yyaxis right
ylabel('Temperature')
plot(-120:10, lineValues , '- . m', 'DisplayName', 'Temperature', 'LineWidth',5)
xlabel('Relative Distance (m)')
xlim([-125 15])
ylim([min(lineValues)-40 max(lineValues)+10]); % and here
3 Comments
More Answers (0)
See Also
Categories
Find more on Matrices and Arrays in Help Center and File Exchange
Products
Community Treasure Hunt
Find the treasures in MATLAB Central and discover how the community can help you!
Start Hunting!