fusing matrix values within two cell arrays

The code below gives me two cell arrays mx and mn. I want the matrix values in the cell array mx to be fused with the matrix values in mn. The values of mx should be adjacent to the values in mn in every matrix table. How can I do that?

a={rand(1877958,7); rand(1251972,7)};
  b=cellfun(@(x) [x; repmat(x(end,:),-mod(size(x,1),-60),1)],a,'un',0);
  n = 61;
  for k = 1:n
      for i=1:length(b)
    c = circshift(b{i}, [-(k-1) 0]);
          mn(i,k)={max(reshape(c(:,4),60,[])).'};
          mx(i,k)={min(reshape(c(:,5),60,[])).'};
      end
  end

Answer 1

[Star Strider]

See if this does what you want:

mcat = cat(1, mn, mx);

[AA]

no it doesnt work. I want the values to be adjacent to the values in the matrices side by side.

mcat = cat(1, mn{1,1}, mx{1,1}); this works but i want all the values in the cell array to be covered and i want the values adjacent in columb 2

[Star Strider]

My second guess then is:

mcat = cat(2, mn, mx);

[AA]

it just places the matrices in the cell array next to each other. you get a cell array with a 2X122 dimension. I, however, want the changes to take place within the matrix of the cell array.

[Star Strider]

I’m lost. Define ‘fused’, preferably with a short example.

[AA]

this is what i mean by fusing

mcat = cat(2, mn{1,1}, mx{1,1});

but I want this formula to be applied to all the matrices in the cell array.

[Star Strider]

I’m still not certain what you want to do. I would just do that as a third statement in your ‘i’ loop:

mcat{i,k} = cat(2, mn(i,k), mx(i,k));

[AA]

for x = 1:2
  for y =  1:61

        mcat = cat(2, mn{x,y}, mx{x,y});
         mcat1{x,y} = mcat;

     end
  end