How do I reduce an {nxm(3x1)} cell to a an {nx{3xm}} cell?

I apologize in advance if this seems trivial.

I have an {nxm(3x1)} object. That is, I have an n x m cells, each a 1x3 matrice. I'd like to reduce this so that I have {nx1} cells, each of which contain 1 {3xm} cell (or double, it doesn't matter) so that I can easily export the various 3xm matrices to n different 3xm arrays within an excel spreadsheet.

I've made various attempts at writing for loops, to no avail.

Any insight would be greatly appreciated.

Thanks.

EDIT: apparently I didn't look close enough at the cells, they are actually 1x3 doubles vice the original 3x1 I had stated.

Answer 1

[Iman Ansari]

Hi

New_Cell={};
for i=1:n
    New_Cell{i,1}=cell2mat(C(i,:));
end

[Zach Modig]

Thanks for the help. That gets me closer, but every n in New_Cell is now 1x(3*m) instead of 3xm.

Answer 2

[Zach Modig]

Once I accounted for the actual structure of the cells, Iman's answer proved to be the correct one. I had to invert each cell into a 3x1 structure, and then the loop using cell2mat that Iman correctly suggested.

for j = 1:n

   for k = 1:m

     C{j,k} = C{j,k}';
     New_Cell{j,1} = cell2mat(C(j,:));

end
end

[Iman Ansari]

Try this:

C=cellfun(@transpose,C,'UniformOutput', false)
New_Cell={};
for i=1:n
    New_Cell{i,1}=cell2mat(C(i,:));
end
New_Cell