y_FAST = 'myfile.mat' ; % give your file name here
y_fast=FAST_Power_Value(y_FAST) ;
And use this function:
function y_fast=FAST_Power_Value(y_FAST)
if exist (y_FAST,'file')
% function to load y_FAST.mat and create y_fast.mat with specified varaibles.
load(y_FAST);
c = {'Time','GenPwr','GenTq','U','Upu','GenPwrpu'};
row = length(y_FAST{1,1}.OutData);
col = length(c);
j=1;
y_fast = struct([]);
for i = 1:length(y_FAST)
y_fast{i,1} = y_FAST{i,1};
for index = 1:length(y_FAST{i}.OutList)
if ~ismember(y_fast{i}.OutList(index),c)==1 % to replace cell's contain in the OutList with NaN if they are not member of c vector
y_fast{i,1}.OutList{index}='NaN';
end
if strcmp(y_fast{i,1}.OutList{index},'NaN')==0
y_fast{i,1}.Outdata(:,j) = y_fast{i,1}.OutData(:,index); % to copy the data of the nan cells in OutList to a new variable Outdata
j=j+1;
end
end
y_fast{i,1}.OutList = y_fast{i,1}.OutList(~strcmp(y_fast{i,1}.OutList,'NaN')); % To remove 'NaN' from OutList
y_fast{i,1}.OutData = y_fast{i,1}.Outdata;
j=1;
end
y_fast=cellfun(@(x)rmfield(x,'Outdata'),y_fast,'UniformOutput',0); % To remove Outdata field from structure
clear y_FAST row col c j index i;
end
end
