How can I plot multiple iteration loglog graphs.

N0 = 1*10.^9;   
n = 3;          
T=365*24*3600;  
Table = cell(n, 4);
t = logspace(1, 7);
A = logspace(-22,-1);
ylabel('Activity /s^.-1');
xlabel('t');
set(gca,'xscale','log')
 L(1) = 4.979*10.^-18;
 L(2) = 3.329*10.^-7;
 L(3) = 2.874*10.^-5;
for i=2:n       
Bsum=0;
 for t = 1:1*10.^5:T    
    Prod1 = 1;
  for l = 1:i-1  
        Prod1 = Prod1*L(l);
  end
    for j = 1:i
        Prod2 = 1;
        for k = 1:i t
            if k ~= j
            Prod2 = Prod2*(L(k) - L(j));
            end
        end
        Sum =  Ssum+exp(-L(j)*t)/Prod2;
    end  
    F = Sum*Prod1*N0;
    A = Sum*L(i); 
Table(i, :) = {i t F A };
fprintf('%d     %d     %d     %d\n', Table{i, :, :});
 end
end

My Scipt needs to output graphs for each iteration of i in terms of A against t, at the moment it will do it to i=3 but if I need to more I would like it to automatically plot the graphs like the subplot command.

Currently my code for my graph only outptus the whole of the iteration from 1:3 rather than each iteration

Activity = logspace(-22,-1);
loglog(A,t,'-o')
line(A, t)

Any help will be great!

Answer 1

[Sindhu Karri]

You can try using nexttile which is similar to subplot

By using nexttile, loglog inside the for loopyou will be able to plot the graph of (A,t) for each iteration.

Refer to the below link:

https://www.mathworks.com/help/matlab/ref/nexttile.html

[Alex Manuel]

I've run into a problem where only my last value is used, how would I go about plotting each A at each t step for a specific iteration?

i      t           A                Sum
3     310     8.251044e-09     2.371350e-13
3     311     8.330961e-09     2.394318e-13
3     312     8.411392e-09     2.417434e-13
3     313     8.492338e-09     2.440698e-13
3     314     8.573802e-09     2.464111e-13
3     315     8.655785e-09     2.487673e-13
3     316     8.738288e-09     2.511384e-13

It looks like this, where only the very last value is used on the graph.

i      t           A                Sum
3     316     8.738288e-09     2.511384e-13