Your ‘Factors’ cell array are strings, so getting the numeric data is not as straightforward as it might otherwise be. You can adapt this code in a loop over the various cells to retrieve and work on those you want.
D = load('Jason Allnutt Factors.mat');
F = D.Factors;
F1 = F{1}; % Get First Cell (Example)
FrqAmp = F1;
Parse = regexp(FrqAmp, '\n', 'split')'; % Split Strings By NewLine ‘\n’
NumData = cell2mat(cellfun(@str2num, Parse, 'Uni',0)); % Recover Numeric Matrix
See_Results = NumData(1:5,:) % Recovered Data Sample (Delete)
See_Results =
0.01 11.16
0.02 6.07
0.03 3.7
0.04 2.44
0.05 1.7
If you want all of them in a numeric cell array, just loop through all of them and save them as numeric cells.
D = load('Jason Allnutt Factors.mat');
F = D.Factors;
for k1 = 1:size(F,1)
Parse = regexp(F{k1}, '\n', 'split')'; % Split Strings By NewLine ‘\n’
NumData{k1} = cell2mat(cellfun(@str2num, Parse, 'Uni',0)); % Recover Numeric Matrix & Store In ‘NumData’
end
It takes a while to loop through them, so be patient with it. I would save the results (the ‘NumData’ cell array) as a separate .mat file so you can just load them and don’t have to parse them each time.
