How to find the adjecent values of zeros blocks inside a matrix

Hi lets assume i have a matrix like in the example. I would like to have 2 vectors containing the left and the right of adjecent values of zero blocks of a size 5x3. In the example, would give me Vectorleft1 with five 0.92 values, Vectorright1 with five 0.441 values, Vectorleft2 with five 0.7542 and vectorright2 with five 0.528. The vectors could be inside a cell or something.

[Walter Roberson]

The third line of 0.9200 has a 1 x 5 array of zeros. It is not clear from your descriptions that that block should not be located. It is not clear from your description that the zeros being looked for always start in column 2 or column 5.

Answer 1

[Walter Roberson]

%guess: a block of 6 zeros should be treated as the first case ?
mask2 = all(Data(:,2:4) == 0,2);
mask5 = all(Data(:,5:7) == 0,2) & ~mask2;
Vectorleft1 = Data(mask2, 1);
Vectorright1 = Data(mask5, 4);

[CSCh]

Many Thanks Walter, mayby I try to be more precise, my goal is to find the adjecent column vectors of zero blocks (with a fixed size of 5x3) in matrices (above is just one example, so the blocks can appear everywhere in the matrix) where these have left and right adjecent values along the columns. These column vectors must contain values (no zeros!).

[Walter Roberson]

[row,col] = find(Data(:,1:end-4) ~= 0 & Data(:,2:end-3) == 0 & Data(:,3:end-2) == 0 & Data(:,4:end-1) == 0 & Data(:,5:end) ~= 0);