Ask an expert. Trust the answer.

Your academic and career questions answered by verified experts

How to set size of subfigures in a figure?

Date: 2024-04-01 14:15:28

Although a lot of similar questions had been asked, I couldn't solve the problem that setting sizes of subfigures in a figure? As far as I understand MATLAB creates a figure of size 560X420. Associated part of my code is here:
subplot(1,4,1);imshow(remdPic1);title('Part I');
subplot(1,4,2);imshow(remdPic2);title('Part II');
subplot(1,4,3);imshow(remdPic3);title('Part III');
subplot(1,4,4);imshow(remdPic4);title('Part IV');
remdPic1, remdPic3, remdPic4 and remdPic4 are of the same size. While they are matrices of 256X128 I have no problem. Their actual size seems in the figure. However, while they are chosen as matrices of size 256X192 MATLAB shrinks the subfigures. I can guess what the problem is. While each 4 subfigure has 128 pixels width, they fit in 560 pixel. However while each 4 subfigure has 196 pixels width, they don't fit in 560 pixels (196*4=784). I tried to reset the size of the figure with the code
 
hFig = figure(1);
set(hFig, 'Position', [x y width height])
 
Answer
 
You can access the properties of subplots by assigning handles, e.g.
 
fh = figure;
sfh1 = subplot(1,4,1);
sfh2 = subplot(1,4,2);
If you want to change size you can use the set()-command or the .-operator. Since subplots are made you have to consider to rearrange all of them manually since there is no check whether there is some overlap.
 
sfh1.Position = sfh1.Position + [0 0 0.05 0];
If you change order of commands as
 
fh2 = figure;
sfh3 = subplot(1,4,1,'Parent',fh2);
sfh3.Position = sfh3.Position + [0 0 0.05 0];
sfh4 = subplot(1,4,2,'Parent',fh2);
the second subplot sfh4 overrides the first sfh3, thus not all of the subplots are displayed.
You might want to look into axes-command
 
fh3 = figure;
ah1 = axes('Parent',fh3,'Units','normalized','Position',[0.1 0.1 0.15 0.8]);
ah2 = axes('Parent',fh3,'Units','normalized','Position',[0.3 0.1 0.15 0.8]);
imshow(remdPic1,'Parent',ah1)
You could define the positions as dependent values. Adjustment might then be easier.

Why Matlabhelpers ?

Our Matlab assignment helpers for online MATLAB assignment help service take utmost care of your assignments by keeping the codes simple yet of high-quality. We offer the most reliable MATLAB solutions to students pursuing their Computer Science course from the Monash University, the University of Sydney, the University of New South Wales, the University of Melbourne; to name a few. Approach us today for best Matlab solutions online!

whatsApp order on matlabhelpers.com

telegram order on matlabsolutions.com