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runOutTheNoisktm.m
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runOutTheNoisktm.m
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function runOutTheNoisktm(kpsExtraction,DataSets)
clc;
close all;
addpathFILE;
jsmoothstr= {'R+','E+','Pr+','R-','E-','Pr-'};
jsmooth={1,2,3,4,5,6};
longSmooth=size(jsmooth,2);
cKs=[2,1,3];
sigmabasePerc={1,5,10};%percent INTERVAL MINIMUM SIZE =3*sigmabase
longIntsize=size(sigmabasePerc,2);
%% ds
%
% 'Lighting2_TEST','coffee','ECG200_TEST' ,...
% DataSets={'coffee'};%'synthetic_control_TEST','ECG200_TEST','coffee'...
% 'FaceFour_TEST','sonyaiborobotsurface'};
%
% 'Lighting2_TEST','coffee','ECG200_TEST'
% DataSets={'Gun_Point_TEST','Trace_TEST','FaceFour_TEST',...
% 'Lighting2_TEST','coffee','ECG200_TEST',...
% 'sonyaiborobotsurface','synthetic_control_TEST'};
% pathIn='./data/allMatrices4PeriodicityBinary/';
longDS=size(DataSets,2);
for ktm=1:1
nomeDS=DataSets;
% nomeDS=num2str(cell2mat((DataSets(1,ktm))));
[namematrix1,data11]=importfile1(['./data/datasetTEST/' nomeDS '.csv']); % import matrix dataset
DSfull=data11';
numberOfseries=size(DSfull,2); % Number of series in DS (rows)
lengthSeries=size(DSfull,1)-1; % Length of the series in DS (columns)
DatasetWithOutLabel=DSfull(2:end,:);
labelsOriginal=DSfull(1,:);
% it counts the total number of the clasdses
quantityClss=arrayfun( @(x)sum(labelsOriginal==x), unique(labelsOriginal));
numClassi=length(quantityClss);
%% DIR
pathINdex=['./data/',nomeDS,'1d/'];
pathRaw=['./data/',nomeDS,'/Raw/'];
pathFixed=['./data/' nomeDS '/FIXED/'];
pathDistances=['./data/' nomeDS '/DistancesDTW/'];
% % it checks the directories
if ~exist(['./data/',nomeDS])
mkdir(['./data/',nomeDS]);
mkdir(['./data/',nomeDS,'1d/']);
end
% if ~exist(pathRaw)
mkdir(pathRaw);
mkdir(pathFixed);
mkdir(pathDistances);
% end
%%%ERASES the files and directories
% if exist(['./data/',nomeDS,'1d/']) %&& ids==1
% rmdir(['./data/',nomeDS,'1d/'], 's');
% rmdir(['./data/',nomeDS], 's');
% mkdir(['./data/',nomeDS]);
% else
% mkdir(['./data/',nomeDS]);
% end
%% it extract kps AND STORES THEM
if kpsExtraction==1
for jids=1:longIntsize
intervalPercentage=(cell2mat((sigmabasePerc(1,jids))));
sigmabase=(lengthSeries/100)*intervalPercentage;
for c=1:3
cTs=cKs(c);
thresholdLength= ceil(cTs*sigmabase); %round((lengthSeries/100)*(intervalPercentage*3)); %INTERVAL MINIMUM SIZE =3*sigmabase
sigma0our=(cTs/12)*sigmabase;
pathFeatures=strcat(pathINdex,nomeDS,'percentagewin_',num2str(intervalPercentage),'_c',num2str(cTs),'/');
for num=1:numberOfseries
generateFeaturesSeries(DatasetWithOutLabel,nomeDS,...
num,thresholdLength,pathFeatures,sigma0our,cTs);
num
end
end
end
end
%%
nRun=1;
% smoothApproach={'shrinkRadius','addPad'};%legate ad ids
for ids=1:50
fprintf('RUNN.. %d \n',ids);
nomefile=['_Random_', num2str(ids)];
%RANDOM
%------------------------random
[dataRandom,chosenIndx]=randomSTC(DSfull,ids,nomeDS,pathINdex);
labelsRandom=DSfull(1,chosenIndx);
% quantityClss=arrayfun( @(x)sum(labelsRandom==x), unique(labelsRandom ));
dataNolabelsRandom=dataRandom(2:end,:);
csvwrite(strcat(pathRaw,nomeDS,'_Random_', num2str(ids)), dataRandom');
for jids=1:longIntsize
intervalPercentage=(cell2mat((sigmabasePerc(1,jids))));
% pathFeatures=strcat('./data/',nomeDS,'1d/',nomeDS,'percentagewin_',num2str(intervalPercentage),'/');
sigmabase=(lengthSeries/100)*intervalPercentage;%(segWidth/2);
for c=1:length(cKs)
initialVars = who;
cTs=cKs(c);
pathFeatures=strcat(pathINdex,nomeDS,'percentagewin_',num2str(intervalPercentage),'_c',num2str(cTs),'/');
thresholdLength= ceil(cTs*sigmabase);
% % % pathSmooth=strcat('./data/',nomeDS,'/',nomeDS,'percentagewin_',num2str(intervalPercentage),'_',sst,'_c',num2str(cTs),'/');
% % datasetsmoothed2=datasetsmoothed{1,js};
% it saves the Random dataset dataRandom
[datasetsmoothed]=executetest(intervalPercentage,dataNolabelsRandom,...
longSmooth,nomeDS, pathFeatures,ids,sigmabase,...
chosenIndx,thresholdLength,numberOfseries,cTs);
% % mmmm
for js=1:longSmooth
sst=num2str(cell2mat((jsmoothstr(1,js))));
% pathSmooth=strcat('./data/',nomeDS,'/',nomeDS,'percentagewin_',num2str(intervalPercentage),'_',sst,'_c',num2str(cTs),'/');
datasetsmoothed2=datasetsmoothed{1,js};
%save
% it creates the folder if it doesn't exist already
pathmatrix2=['./data/' nomeDS '/percentagewin_' num2str(intervalPercentage) '_' sst '_c' num2str(cTs) '/' ];
if ~exist(pathmatrix2, 'dir')
mkdir(pathmatrix2);
end
fignomeSmooth=[nomeDS,'_', num2str(intervalPercentage), '_smth_',sst,'numRun_',num2str(ids),'_c',num2str(cTs)];
csvwrite(strcat(pathmatrix2,fignomeSmooth), [labelsRandom;datasetsmoothed2]);
% plot(datasetsmoothed2);
% title([nomeDS,' ', num2str(intervalPercentage), ' smth',sst,' numRun',num2str(ids),' c',num2str(cTs)]);
% save_fig(gcf,[pathmatrix2 fignomeSmooth], 'eps');
% pause(2)
%%% DTW distance
% xMTX2=ClassificationDTWGlobal(datasetsmoothed2);
% sheet=[num2str(intervalPercentage),sst,'c',num2str(cTs)];
% xlwrite(strcat(pathDistances,'DTW_',nomeDS,nomefile,'.xls'),xMTX2,sheet,[1,1]);
datasetsmoothed2=[];
end
clear datasetsmoothed datasetsmoothed2;
end
% % %--------------------------------------------------
% % compute the dataset based on the global PR
datasetsmoothedPR=DSFixedSmoothGlobal(dataNolabelsRandom,nomeDS,intervalPercentage);
fignomeFIX=[ 'fixed_', num2str(intervalPercentage),'_Random_', num2str(ids)];
% store the matrix
csvwrite(strcat(pathFixed,fignomeFIX),[labelsRandom;datasetsmoothedPR]);
% % xMTXFix=ClassificationDTWGlobal(datasetsmoothedPR);
% % sheet=['FIXED',num2str(intervalPercentage)];
% % xlwrite(strcat(pathDistances,'DTW_',nomeDS,nomefile,'.xls'),xMTXFix,sheet,[1,1]);
%save the figure
h=plot(datasetsmoothedPR);
title([ 'fixed ', num2str(intervalPercentage)]);
save_fig(gcf, [pathFixed,fignomeFIX], 'eps');
clearvars('-except', initialVars{:});
end
end
end