Rows –– The block uses the rows of A to create a matrix that has the same column dimension. Input P is a length-L vector whose elements determine where each row from A must be placed in the L-by-N output matrix.

y = [A(P(1),:) ; A(P(2),:) ; A(P(3),:) ; ... ; A(P(end),:)] % Equivalent MATLAB code 

For row permutation, the block treats the length-M unoriented vector input at the port A as an M-by-1 matrix.

Columns –– The block uses the columns of A to create a matrix that has the same row dimension. Input P is a length-L vector whose elements determine where each column from A must be placed in the M-by-L output matrix.

% Equivalent MATLAB code y = [A(:,P(1)) A(:,P(2)) A(:,P(3)) ... A(:,P(end))] 

For column permutation, the block treats the length-N unoriented vector input at port A as a 1-by-N matrix.

Clip index –– Clip the index to the nearest valid value (1 or M for row permutation and 1 or N for column permutation) and do not issue an alert. Example: For a 3-by-7 input matrix, a column index of 9 is clipped to 7 and a row index of -2 is clipped to 1.

Clip and warn –– Display a warning message in the MATLAB^® Command Window and clip the index as described in the preceding bullet.

Generate error –– Display an error dialog box and terminate the simulation.