how to apply column wise operation on each matrix in cell

I want to apply a condition of cell array allCells_array which contains matrices of 7x3 size.I want to check that if sum of each column of matrix is less than equal to 3 then do multiplication else go to next matrix in cell how to define this function and where to put END of IF in the given code?

for m=1:c2
    for n=1:numel(allCells_array)
        *here to put IF STATEMENT*
        movement=(all_comb_of_routes{m})*allCells_array{n};
        movement=movement>0;
        total_movement=sum((sum(movement,2))-1);
        count=count+1;
        total_all(count)=total_movement;
     end
end

complete code:
%%///FOR ALL COMBINATIONS OF ROUTES(64X1806)
clear all;
clc;
tic;
no_of_machines=7;
no_of_cells=3;
No_of_Parts = 6;
%/// STEP 1: MAKING 64 COMBINATIONS OF ALL PARTS ROUTING
P1=[1  0  0  1  0  1  1;1  1  0  0  1  0  1];% AVAILABLE ROUTES FOR PART 1
P2=[0  1  1  1  0  0  1;1  0  1  0  1  1  0];% AVAILABLE ROUTES FOR PART
P3=[1  0  0  1  1  0  0;0  1  1  0  0  0  1];% //
P4=[1  0  0  0  1  0  1;0  1  0  1  0  1  0];%//
P5=[1  1  0  0  0  1  0;1  1  0  0  1  0  1];%//
P6=[0  1  0  0  0  1  1;1  1  0  1  0  1  0];%//

% GENERATING ALL POSSIBLE COMBINATIONS OF 12 ROUTES
P = [P1;P2;P3;P4;P5;P6];
z = [size(P1,1) size(P2,1) size(P3,1) size(P4,1) size(P5,1) size(P6,1)];
c = [0 cumsum(z(1:end-1))];
a = allcomb(1:z(1),1:z(2),1:z(3),1:z(4),1:z(5),1:z(6));
n = size(a,1);
all_comb_of_routes = cell(1,n);
for k=1:n
    all_comb_of_routes{k} = P(c+a(k,:),:);
end

%//STEP 2:GENERATING ALL CELLS COMBINATIONS FOR MACHINES
CELL = zeros(no_of_cells^no_of_machines,no_of_machines);
t = 0;
for k = 0:(no_of_cells^no_of_machines)-1  %k=(2187-1=2186)
    s = dec2base(k,no_of_cells,no_of_machines);
    if length(unique(s))==no_of_cells
        t = t+1;
        CELL(t,:) = s-'0'+1;
    end
end
CELL = CELL(1:t,:);
combination_array=num2cell(CELL,2);% all possible combinations

%//GENERATING MACHINE CELL MATRICES FROM ABOVE 1806 COMBINATIONS
[r1,c1]=size(combination_array);
for l=1:r1                               %(l)= 1806 (no.of combinations of machines and cells)
    R=1:numel(combination_array{l});
    Z = zeros(R(end),max(combination_array{l}));
    Z(sub2ind(size(Z),R,combination_array{l})) = 1;
    allCells_array{l}=Z; % machine cell matrix array of all combinations
end
[r2,c2]=size(all_comb_of_routes);
count=0;
for m=1:c2
    for n=1:numel(allCells_array)
       movement=(all_comb_of_routes{m})*allCells_array{n};
       movement=movement>0;
      total_movement=sum((sum(movement,2))-1);
       count=count+1;
       total_all(count)=total_movement;
     end
end
minValue=min(total_all)
[all_comb_of_routes(m) combination_array(n) allCells_array(n) minValue]
toc;

http://www.mathworks.com/matlabcentral/fileexchange/10064-allcomb-varargin-

Answer 1

[Image Analyst]

Not quite sure what the loop over n is for, but from your words, it sounds like you want to do something like this:

for m = 1 : length(all_comb_of_routes)
  % Extract the 7-by-3 matrix from inside the cell
  thisCellContents = all_comb_of_routes{m}
  % Sum if vertically.
  columnSums = sum(thisCellContents, 1);
  % See if each column sums to less than 3
  % and multiply by some number.
  if all(columnSums < 3)
    % All 3 sums are less than 3.
    thisCellContents = thisCellContents * allCells_array{n};
    % Put new result back into the cell
    all_comb_of_routes{m} = thisCellContents;
  else
    % At least one of the columns sums to 3 or more.
    % Nothing to do, just skip to the end of the loop
    continue;
  end
end

[summyia qamar]

i've given the complete code above..

1. I want to extract element of cell named as allCells_array the element is 7x3 matrix.

2.check if each column sum <3, if yes then proceed to next step i-e

movement=(all_comb_of_routes{m})*allCells_array{n};

else move to next element

[Image Analyst]

For #1, I did that:

% Extract the 7-by-3 matrix from inside the cell
thisCellContents = all_comb_of_routes{m}

That will be a 7x3 numerical array, not a cell anymore.

For #2, you need to use the all() function on the column sums, as I showed in my example.