How can I make this code a function to extract data and use the data in another code?

INPUT.Out.PATH_save=('./trial_test_Auswertung_2016/');
INPUT.Out.PATH_data=('./temp/');
INPUT.IN={... %file Type | file | Variable name | Location (Str ox coords) | %Location | Variable | Unit | Prestr | Poststr | VariableLimits | LoadTempData ? y=1
'.nc', './links/out.l.PIZhs01.2D.nc', 'Mesh0_node_Wasserstand_2d' , 'ALW', 'Pegel ALW' 'Wasserstand', 'm NHN', '', ' ', [-4,4], 1;...
'.nc', './links/2D.a.out.HJ2016.v01.nc', 'Mesh2_face_Wasserstand_2d' ,[428500,5977000], 'Modellrand' 'Wasserstand', 'm NHN', '', ' seeseitig', [-4,4], 1;...
'.nc', './links/2D.a.out.HJ2016.v01.nc', 'Mesh2_face_Salzgehalt_2d' ,[428500,5977000], 'Modellrand' 'Salzgehalt', 'g/kg', '', ' (2D) seeseitig', [30,35], 1;...
'.nc', './links/2D.a.out.HJ2016.v01.nc', 'Mesh2_face_Temperatur_2d' ,[428500,5977000], 'Modellrand' 'Wassertemperatur', '°C', '', ' (2D) seeseitig', [0,30], 1 ;...
'davit.dat','./davit_data/2D.a.unk.2016-2015_SigWellenhoehe_GridPoint_10926_ALW.dat','Davit_SigWellenhoehe' , 'ALW' ,'Pegel ALW', 'Signifikante Wellenhöhe', 'm', '', '', [0,5], 0; ... '
};
% % %--------------------------------------------------------------------------
%Input-Loop
for f=1:size(INPUT.IN,1)
%READ
% temp variables
FileTyp=INPUT.IN{f,1};
File= INPUT.IN{f,2};
Variable = INPUT.IN{f,3};
Location = INPUT.IN{f,4};
LocationFileStr=strrep([num2str([Location])],' ','_');
LocationPlotStr=strrep([num2str([Location])],' ',',');
LocationName = INPUT.IN{f,5};
VariableStr = INPUT.IN{f,6};
UnitStr = INPUT.IN{f,7};
PreStr = INPUT.IN{f,8};
PostStr= INPUT.IN{f,9};
VariablePotLimits= INPUT.IN{f,10};
LoadTemp= INPUT.IN{f,11};
LoadTempPath=(INPUT.Out.PATH_data);
mkdir(LoadTempPath);
LoadTempStr=[Variable '_' LocationFileStr '_' LocationName];
%read cases
switch INPUT.IN{f,1}
case '.nc'
if LoadTemp==1
load([LoadTempPath LoadTempStr])
DATA(f)=DATA_temp;
else
if f==1 | ~exist('nc')
nc = NCLib(File);
elseif f>1 & ~strcmp(INPUT.IN{f,2},INPUT.IN{f-1,2})==1
clear nc
nc = NCLib(File);
end
if ischar(Location)
[val,dd,aux,meta] = nc.readTimeseries(Variable,'stations',Location);
elseif sum(isnumeric(Location))>0
[val,dd,aux,meta] = nc.readTimeseries(Variable,'coordinates_xy',Location);
else
error('undefined Station type')
end
DATA(f).edit.Time = datenum(aux.time(:));
DATA(f).edit.Values = val(:);
DATA(f).meta = meta;
DATA(f).aux= aux;
%save temp
DATA_temp=DATA(f);
save([LoadTempPath LoadTempStr '.mat'], 'DATA_temp','-mat'); clear DATA_temp
if aux.distance > 1000 % in m
warning('Deviation from defined coordinates > 1km!')
end
end
case 'davit.dat'
% File_temp=INPUT.IN.Files{f};
temp= readtable(File, 'Delimiter', ' ');
DATA(f).edit.Time = datenum(temp{:,1});
DATA(f).edit.Values = temp{:,2};
otherwise
warning('No defined input type')
end

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