How can I store 'n' random transfer functions in a 1-D array fashion? (n =60 for example)

I am interested in storing n transfer functions and also be able to access these indices. I want to be able to access each of these TFs, that is the key! stack command in matlab could be helpful for my objective but I am struggling to make use of it within a for loop. Can some one help me with this? Thank you in advance!

[jose tolentino]

how did you solve it?

Answer 1

[Geoff Hayes]

HP - why not use a cell array to store the transfer functions or the handles to the functions? For example, you could do something like

 n = 2;
 myFuncs = cell(n,1);
 myFuncs{1} = @(x)sin(x);
 myFuncs{2} = @(x)cos(x);

In the above, we have a cell array with two elements or handles to (anonymous) functions. We can access either as

 myFuncs{1}(-pi/2)

 ans =
    -1

 myFuncs{2}(-pi/2)

 ans =
   6.1232e-17

[HP]

Thank you Geoff Hayes. That works =)