Subplots coming out in multiple figures

I'm trying to create 6 plots with 6 subplots within each. Right now when I run it, it's coming out as 37 individual plots - any idea on where I'm going wrong?

   f1=figure;
    rose(itc_freq_mean(nfreq,:)); 
    
    for m=1:6
        
        for k=1:6

            h=figure;
            hold on
            subplot(2,3,k);
            
            itc_freq_plot=(itc_freq_mean(k,:)); 
            rose(itc_freq_mean(k,:));
            title(freq_titles{k});
        end  
    end

Thank you in advance!

Answer 1

[Matt J]

Invoke figure() in the outer loop only,

    for m=1:6
        figure;
        for k=1:6
                 
            
            subplot(2,3,k);
            
            itc_freq_plot=(itc_freq_mean(k,:)); 
            rose(itc_freq_mean(k,:));
            title(freq_titles{k});
        end  
    end       

[Adam Danz]

Actually, the call to figure() needs to be moved to the first for-loop. That way a new figure will be created for each 'm' and 6 subplots will be created within each figure.

for m=1:6
        figure(); 
        for k=1:6
            %h=figure;  %remove this
            hold on
            subplot(2,3,k);
            
            itc_freq_plot=(itc_freq_mean(k,:)); 
            rose(itc_freq_mean(k,:));
            title(freq_titles{k});
        end  
    end

[Maria Y]

Thank you for your responses! They both worked, except the 6 plots should be 6 different conditions, and right now all 6 are coming out the same?

[Adam Danz]

That's because nothing changes between the m-loops. For each m-loop you're going through the same k-loops so you'll have the same 6 subplots on each figure.

[Maria Y]

Got it. The variable itc_freq_mean should loop through the 6 conditions (itc_condition) based on this for loop I wrote earlier:

for nfreq = 1:6
        
        itc_freq_mean(nfreq, :) = circ_mean(squeeze(itc_condition(freq_ind{nfreq}, time_ind, :)));
        
    end

Should I add it somewhere in the m-loop?

[Matt J]

Only compute k-dependent things in the k-loop.