This works:
D = randi(9, 15, 5); % Create Data
Dc = mat2cell(D, size(D,1), ones(1,size(D,2))); % Split Into Cells By Column
adt = cellfun(@adtest, Dc); % Perform ‘adtest’ On Each Cell Column
It takes advantage of MATLAB’s cell data type to ‘parse’ the input matrix into individual column cells, then uses cellful to perform adtest on each cell column. The result in ‘adt’ is a logical array of results.
EDIT — To get other results from adtest, add a variable to store them to the output of the cellfun call. So to get the significance as well, this works:
[adt,p] = cellfun(@adtest, Dc); % Perform ‘adtest’ On Each Cell Column
