Element wise cell division

This might sound very basic and silly, but I have two cells with complex doubles that I need to divide element wise. The problem is that I get the same value for each division for every cell that is not correct. And the results that I get are not in complex double (0.1429) while they should be. I have attached my data and the code is very basic:

A=cell(4,4);
for i=1:4
    for j=1:4
        A{i,j}=S{i,j}./(S{i,j}-V{i,j});
    end
end

The results of the element wise division should be in compelx nature but they are not. Am I doing something wrong here? Sorry if the question is very basic.

[Max Heiken]

It seems to me that 0.1429 is in fact the correct solution everywhere given your data and equation... Are S and V perhaps the result of some decomposition or something?

[MarshallSc]

Yes, they are actually individual decompositions of a same cell. It appears that 0.1429 is in fact the answer, but it doesn't make sense because the ratios have to render different values. I guess, for this operation, there is not other answer. Thank you for your reply.

Answer 1

[the cyclist]

Your code is producing the correct result. You could also have used the cellfun() function to do this operation in one line:

A = cellfun(@(x,y)(x./(x-y)),S,V,'UniformOutput',false)

Answer 2

[Jan]

S{i,j} ./ (S{i,j} - V{i,j}) = 
1 ./ (1 - V{i,j} ./ S{i,j})

and for all V and S the division V ./ S replies the elements -6.