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CREATE_HDF5_FORECAST_DATA.m
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CREATE_HDF5_FORECAST_DATA.m
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HRTD=evalin('base','HRTD');
HRTC=evalin('base','HRTC');
numday=evalin('base','daystosimulate');
actual_load_input_file=cell(numday,1);
fullinputfilepath=evalin('base','inputPath');
[inputfilepath,inputfilename,inputfileextension]=fileparts(fullinputfilepath);
fileName = [inputfilepath,filesep,inputfilename,'.h5'];
nametouse=fileName;
x=h5info(nametouse);
actual_vg_input_file=cell(numday,1);
dac_load_input_file=cell(numday,1);dac_vg_input_file=cell(numday,1);dac_reserve_input_file=cell(numday,1);
rtc_load_input_file=cell(numday,1);rtc_vg_input_file=cell(numday,1);rtc_reserve_input_file=cell(numday,1);
rtd_load_input_file=cell(numday,1);rtd_vg_input_file=cell(numday,1);rtd_reserve_input_file=cell(numday,1);
for i=1:size(x.Groups(2,1).Groups,1)
groupname=x.Groups(2,1).Groups(i,1).Name(1,2:end);
[a,b]=strtok(groupname,'/');
if strcmp('Actual Load Data',b(1,2:end))
if numday==1
actual_load_input_file=x.Groups(2,1).Groups(i,1).Datasets.Name;
else
for d=1:numday
actual_load_input_file{d,1}=x.Groups(2,1).Groups(i,1).Datasets(d,1).Name;
end
end
if numday==1
y=h5read(nametouse,['/Time Series Data/Actual Load Data/',actual_load_input_file]);
fields=fieldnames(y);
actual_load_tmp2=[y.(fields{1}) y.(fields{2})];
else
y=h5read(nametouse,['/Time Series Data/Actual Load Data/',actual_load_input_file{1,1}]);
fields=fieldnames(y);
actual_load_tmp2=zeros(size(y.(fields{1})*numday,1),2);
actual_load_tmp2(1:size(y.(fields{1}),1),1:2)=[y.(fields{1}) y.(fields{2})];
for d=2:numday
y=h5read(nametouse,['/Time Series Data/Actual Load Data/',actual_load_input_file{d,1}]);
fields=fieldnames(y);
actual_load_tmp2(size(y.(fields{1}),1)*(d-1)+1:size(y.(fields{1}),1)*(d-1)+size(y.(fields{1}),1),1:2)=[y.(fields{1})+d-1 y.(fields{2})];
end
end
assignin('base','ACTUAL_LOAD_FULL',actual_load_tmp2);
elseif strcmp('Actual VG Data',b(1,2:end))
if numday==1
actual_vg_input_file=x.Groups(2,1).Groups(i,1).Datasets.Name;
else
for d=1:numday
actual_vg_input_file{d,1}=x.Groups(2,1).Groups(i,1).Datasets(d,1).Name;
end
end
if numday==1
y=h5read(nametouse,['/Time Series Data/Actual VG Data/',actual_vg_input_file]);
fields=fieldnames(y);
actual_vg_tmp2=zeros(size(y.(fields{1}),1)*numday,size(fields,1));
for f=1:size(fields,1)
actual_vg_tmp2(:,f)=y.(fields{f});
end;
else
y=h5read(nametouse,['/Time Series Data/Actual VG Data/',actual_vg_input_file{1,1}]);
fields=fieldnames(y);
actual_vg_tmp2=zeros(size(y.(fields{1}),1)*numday,size(fields,1));
for f=1:size(fields,1)
actual_vg_tmp2(size(y.(fields{1}),1)*(1-1)+1:size(y.(fields{1}),1)*(1-1)+size(y.(fields{1}),1),f)=y.(fields{f});
end;
for d=2:numday
y=h5read(nametouse,['/Time Series Data/Actual VG Data/',actual_vg_input_file{d,1}]);
fields=fieldnames(y);
for f=1:size(fields,1)
if f==1
actual_vg_tmp2(size(y.(fields{1}),1)*(d-1)+1:size(y.(fields{1}),1)*(d-1)+size(y.(fields{1}),1),f)=y.(fields{f})+d-1;
else
actual_vg_tmp2(size(y.(fields{1}),1)*(d-1)+1:size(y.(fields{1}),1)*(d-1)+size(y.(fields{1}),1),f)=y.(fields{f});
end
end;
end
end
assignin('base','ACTUAL_VG_FULL',actual_vg_tmp2);
assignin('base','ACTUAL_VG_FIELD',fields');
elseif strcmp('DA Load Data',b(1,2:end))
if numday==1
dac_load_input_file=x.Groups(2,1).Groups(i,1).Datasets.Name;
else
for d=1:numday
dac_load_input_file{d,1}=x.Groups(2,1).Groups(i,1).Datasets(d,1).Name;
end
end
if numday==1
y=h5read(nametouse,['/Time Series Data/DA Load Data/',dac_load_input_file]);
fields=fieldnames(y);
da_load_tmp2=[y.(fields{1}) y.(fields{2}) y.(fields{3})];
else
y=h5read(nametouse,['/Time Series Data/DA Load Data/',dac_load_input_file{1,1}]);
fields=fieldnames(y);
da_load_tmp2=zeros(size(y.(fields{1})*numday,1),3);
da_load_tmp2(1:size(y.(fields{1}),1),1:3)=[y.(fields{1}) y.(fields{2}) y.(fields{3})];
for d=2:numday
y=h5read(nametouse,['/Time Series Data/DA Load Data/',dac_load_input_file{d,1}]);
fields=fieldnames(y);
da_load_tmp2(size(y.(fields{1}),1)*(d-1)+1:size(y.(fields{1}),1)*(d-1)+size(y.(fields{1}),1),1:3)=[y.(fields{1}) y.(fields{2}) y.(fields{3})];
end
end
assignin('base','DAC_LOAD_FULL',da_load_tmp2);
elseif strcmp('DA VG Data',b(1,2:end))
if numday==1
dac_vg_input_file=x.Groups(2,1).Groups(i,1).Datasets.Name;
else
for d=1:numday
dac_vg_input_file{d,1}=x.Groups(2,1).Groups(i,1).Datasets(d,1).Name;
end
end
if numday==1
y=h5read(nametouse,['/Time Series Data/DA VG Data/',dac_vg_input_file]);
fields=fieldnames(y);
dac_vg_tmp2=zeros(size(y.(fields{1}),1)*numday,size(fields,1));
for f=1:size(fields,1)
dac_vg_tmp2(:,f)=y.(fields{f});
end;
else
y=h5read(nametouse,['/Time Series Data/DA VG Data/',dac_vg_input_file{1,1}]);
fields=fieldnames(y);
dac_vg_tmp2=zeros(size(y.(fields{1}),1)*numday,size(fields,1));
for f=1:size(fields,1)
dac_vg_tmp2(size(y.(fields{1}),1)*(1-1)+1:size(y.(fields{1}),1)*(1-1)+size(y.(fields{1}),1),f)=y.(fields{f});
end;
for d=2:numday
y=h5read(nametouse,['/Time Series Data/DA VG Data/',dac_vg_input_file{d,1}]);
fields=fieldnames(y);
for f=1:size(fields,1)
dac_vg_tmp2(size(y.(fields{1}),1)*(d-1)+1:size(y.(fields{1}),1)*(d-1)+size(y.(fields{1}),1),f)=y.(fields{f});
end;
end
end
for f=1:size(fields,1) % Take out this loop after SMUD project
if fields{f,1}(2) == '0' || fields{f,1}(2) == '1' || fields{f,1}(2) == '2' || fields{f,1}(2) == '3' || fields{f,1}(2) == '4' || fields{f,1}(2) == '5' || fields{f,1}(2) == '6' || fields{f,1}(2) == '7' || fields{f,1}(2) == '8' || fields{f,1}(2) == '9'
fields{f,1}=fields{f,1}(2:end);
end
end;
assignin('base','DAC_VG_FIELD',fields');
assignin('base','DAC_VG_FULL',dac_vg_tmp2);
elseif strcmp('DA Reserve Data',b(1,2:end))
if numday==1
dac_reserve_input_file=x.Groups(2,1).Groups(i,1).Datasets.Name;
else
for d=1:numday
dac_reserve_input_file{d,1}=x.Groups(2,1).Groups(i,1).Datasets(d,1).Name;
end
end
if numday==1
y=h5read(nametouse,['/Time Series Data/DA Reserve Data/',dac_reserve_input_file]);
fields=fieldnames(y);
dac_reserve_tmp2=zeros(size(y.(fields{1}),1)*numday,size(fields,1));
for f=1:size(fields,1)
dac_reserve_tmp2(:,f)=y.(fields{f});
end;
else
y=h5read(nametouse,['/Time Series Data/DA Reserve Data/',dac_reserve_input_file{1,1}]);
fields=fieldnames(y);
dac_reserve_tmp2=zeros(size(y.(fields{1}),1)*numday,size(fields,1));
for f=1:size(fields,1)
dac_reserve_tmp2(size(y.(fields{1}),1)*(1-1)+1:size(y.(fields{1}),1)*(1-1)+size(y.(fields{1}),1),f)=y.(fields{f});
end;
for d=2:numday
y=h5read(nametouse,['/Time Series Data/DA Reserve Data/',dac_reserve_input_file{d,1}]);
fields=fieldnames(y);
for f=1:size(fields,1)
dac_reserve_tmp2(size(y.(fields{1}),1)*(d-1)+1:size(y.(fields{1}),1)*(d-1)+size(y.(fields{1}),1),f)=y.(fields{f});
end;
end
end
assignin('base','DAC_RESERVE_FULL',dac_reserve_tmp2);
elseif strcmp('RTC Load Data',b(1,2:end))
if numday==1
rtc_load_input_file=x.Groups(2,1).Groups(i,1).Datasets.Name;
else
for d=1:numday
rtc_load_input_file{d,1}=x.Groups(2,1).Groups(i,1).Datasets(d,1).Name;
end
end
if numday==1
y=h5read(nametouse,['/Time Series Data/RTC Load Data/',rtc_load_input_file]);
fields=fieldnames(y);
rtc_load_tmp2=[y.(fields{1}) y.(fields{2}) y.(fields{3})];
else
y=h5read(nametouse,['/Time Series Data/RTC Load Data/',rtc_load_input_file{1,1}]);
fields=fieldnames(y);
rtc_load_tmp2=zeros((size(y.(fields{1}),1)-HRTC)*numday,3);
rtc_load_tmp2(1:size(y.(fields{1}),1),1:3)=[y.(fields{1}) y.(fields{2}) y.(fields{3})];
for d=2:numday
y=h5read(nametouse,['/Time Series Data/RTC Load Data/',rtc_load_input_file{d,1}]);
fields=fieldnames(y);
rtc_load_tmp2(size(y.(fields{1}),1)*(d-1)+1+HRTC:size(y.(fields{1}),1)*(d-1)+size(y.(fields{1}),1)+HRTC,1:3)=[y.(fields{1})+d-1 y.(fields{2})+d-1 y.(fields{3})];
end
end
assignin('base','RTC_LOAD_FULL',rtc_load_tmp2);
elseif strcmp('RTC VG Data',b(1,2:end))
if numday==1
rtc_vg_input_file=x.Groups(2,1).Groups(i,1).Datasets.Name;
else
for d=1:numday
rtc_vg_input_file{d,1}=x.Groups(2,1).Groups(i,1).Datasets(d,1).Name;
end
end
if numday==1
y=h5read(nametouse,['/Time Series Data/RTC VG Data/',rtc_vg_input_file]);
fields=fieldnames(y);
rtc_vg_tmp2=zeros((size(y.(fields{1}),1)-0)*numday,size(fields,1));
for f=1:size(fields,1)
rtc_vg_tmp2(:,f)=y.(fields{f});
end;
else
y=h5read(nametouse,['/Time Series Data/RTC VG Data/',rtc_vg_input_file{1,1}]);
fields=fieldnames(y);
rtc_vg_tmp2=zeros((size(y.(fields{1}),1)-HRTC)*numday,size(fields,1));
for f=1:size(fields,1)
rtc_vg_tmp2(size(y.(fields{1}),1)*(1-1)+1:size(y.(fields{1}),1)*(1-1)+size(y.(fields{1}),1),f)=y.(fields{f});
end;
for d=2:numday
y=h5read(nametouse,['/Time Series Data/RTC VG Data/',rtc_vg_input_file{d,1}]);
fields=fieldnames(y);
for f=1:size(fields,1)
if f==1 || f==2
rtc_vg_tmp2(size(y.(fields{1}),1)*(d-1)+1+HRTC:size(y.(fields{1}),1)*(d-1)+size(y.(fields{1}),1)+HRTC,f)=y.(fields{f})+d-1;
else
rtc_vg_tmp2(size(y.(fields{1}),1)*(d-1)+1+HRTC:size(y.(fields{1}),1)*(d-1)+size(y.(fields{1}),1)+HRTC,f)=y.(fields{f});
end
end;
end
end
for f=1:size(fields,1) % Take out this loop after SMUD project
if fields{f,1}(2) == '0' || fields{f,1}(2) == '1' || fields{f,1}(2) == '2' || fields{f,1}(2) == '3' || fields{f,1}(2) == '4' || fields{f,1}(2) == '5' || fields{f,1}(2) == '6' || fields{f,1}(2) == '7' || fields{f,1}(2) == '8' || fields{f,1}(2) == '9'
fields{f,1}=fields{f,1}(2:end);
end
end;
assignin('base','RTC_VG_FULL',rtc_vg_tmp2);
assignin('base','RTC_VG_FIELD',fields');
elseif strcmp('RTC Reserve Data',b(1,2:end))
if numday==1
rtc_reserve_input_file=x.Groups(2,1).Groups(i,1).Datasets.Name;
else
for d=1:numday
rtc_reserve_input_file{d,1}=x.Groups(2,1).Groups(i,1).Datasets(d,1).Name;
end
end
if numday==1
y=h5read(nametouse,['/Time Series Data/RTC Reserve Data/',rtc_reserve_input_file]);
fields=fieldnames(y);
rtc_reserve_tmp2=zeros((size(y.(fields{1}),1)-0)*numday,size(fields,1));
for f=1:size(fields,1)
rtc_reserve_tmp2(:,f)=y.(fields{f});
end;
else
y=h5read(nametouse,['/Time Series Data/RTC Reserve Data/',rtc_reserve_input_file{1,1}]);
fields=fieldnames(y);
rtc_reserve_tmp2=zeros((size(y.(fields{1}),1)-HRTC)*numday,size(fields,1));
for f=1:size(fields,1)
rtc_reserve_tmp2(size(y.(fields{1}),1)*(1-1)+1:size(y.(fields{1}),1)*(1-1)+size(y.(fields{1}),1),f)=y.(fields{f});
end;
for d=2:numday
y=h5read(nametouse,['/Time Series Data/RTC Reserve Data/',rtc_reserve_input_file{d,1}]);
fields=fieldnames(y);
for f=1:size(fields,1)
if f==1 || f==2
rtc_reserve_tmp2(size(y.(fields{1}),1)*(d-1)+1+HRTC:size(y.(fields{1}),1)*(d-1)+size(y.(fields{1}),1)+HRTC,f)=y.(fields{f})+d-1;
else
rtc_reserve_tmp2(size(y.(fields{1}),1)*(d-1)+1+HRTC:size(y.(fields{1}),1)*(d-1)+size(y.(fields{1}),1)+HRTC,f)=y.(fields{f});
end
end;
end
end
assignin('base','RTC_RESERVE_FULL',rtc_reserve_tmp2);
elseif strcmp('RTD Load Data',b(1,2:end))
if numday==1
rtd_load_input_file=x.Groups(2,1).Groups(i,1).Datasets.Name;
else
for d=1:numday
rtd_load_input_file{d,1}=x.Groups(2,1).Groups(i,1).Datasets(d,1).Name;
end
end
if numday==1
y=h5read(nametouse,['/Time Series Data/RTD Load Data/',rtd_load_input_file]);
fields=fieldnames(y);
rtd_load_tmp2=[y.(fields{1}) y.(fields{2}) y.(fields{3})];
else
y=h5read(nametouse,['/Time Series Data/RTD Load Data/',rtd_load_input_file{1,1}]);
fields=fieldnames(y);
rtd_load_tmp2=zeros((size(y.(fields{1}),1)-HRTD)*numday,3);
rtd_load_tmp2(1:size(y.(fields{1}),1),1:3)=[y.(fields{1}) y.(fields{2}) y.(fields{3})];
for d=2:numday
y=h5read(nametouse,['/Time Series Data/RTD Load Data/',rtd_load_input_file{d,1}]);
fields=fieldnames(y);
rtd_load_tmp2(size(y.(fields{1}),1)*(d-1)+1+HRTD:size(y.(fields{1}),1)*(d-1)+size(y.(fields{1}),1)+HRTD,1:3)=[y.(fields{1})+d-1 y.(fields{2})+d-1 y.(fields{3})];
end
end
assignin('base','RTD_LOAD_FULL',rtd_load_tmp2);
elseif strcmp('RTD VG Data',b(1,2:end))
if numday==1
rtd_vg_input_file=x.Groups(2,1).Groups(i,1).Datasets.Name;
else
for d=1:numday
rtd_vg_input_file{d,1}=x.Groups(2,1).Groups(i,1).Datasets(d,1).Name;
end
end
if numday==1
y=h5read(nametouse,['/Time Series Data/RTD VG Data/',rtd_vg_input_file]);
fields=fieldnames(y);
rtd_vg_tmp2=zeros((size(y.(fields{1}),1)-0)*numday,size(fields,1));
for f=1:size(fields,1)
rtd_vg_tmp2(:,f)=y.(fields{f});
end;
else
y=h5read(nametouse,['/Time Series Data/RTD VG Data/',rtd_vg_input_file{1,1}]);
fields=fieldnames(y);
rtd_vg_tmp2=zeros((size(y.(fields{1}),1)-HRTD)*numday,size(fields,1));
for f=1:size(fields,1)
rtd_vg_tmp2(size(y.(fields{1}),1)*(1-1)+1:size(y.(fields{1}),1)*(1-1)+size(y.(fields{1}),1),f)=y.(fields{f});
end;
for d=2:numday
y=h5read(nametouse,['/Time Series Data/RTD VG Data/',rtd_vg_input_file{d,1}]);
fields=fieldnames(y);
for f=1:size(fields,1)
if f==1 || f==2
rtd_vg_tmp2(size(y.(fields{1}),1)*(d-1)+1+HRTD:size(y.(fields{1}),1)*(d-1)+size(y.(fields{1}),1)+HRTD,f)=y.(fields{f})+d-1;
else
rtd_vg_tmp2(size(y.(fields{1}),1)*(d-1)+1+HRTD:size(y.(fields{1}),1)*(d-1)+size(y.(fields{1}),1)+HRTD,f)=y.(fields{f});
end
end;
end
end
for f=1:size(fields,1) % Take out this loop after SMUD project
if fields{f,1}(2) == '0' || fields{f,1}(2) == '1' || fields{f,1}(2) == '2' || fields{f,1}(2) == '3' || fields{f,1}(2) == '4' || fields{f,1}(2) == '5' || fields{f,1}(2) == '6' || fields{f,1}(2) == '7' || fields{f,1}(2) == '8' || fields{f,1}(2) == '9'
fields{f,1}=fields{f,1}(2:end);
end
end;
assignin('base','RTD_VG_FULL',rtd_vg_tmp2);
assignin('base','RTD_VG_FIELD',fields');
elseif strcmp('RTD Reserve Data',b(1,2:end))
if numday==1
rtd_reserve_input_file=x.Groups(2,1).Groups(i,1).Datasets.Name;
else
for d=1:numday
rtd_reserve_input_file{d,1}=x.Groups(2,1).Groups(i,1).Datasets(d,1).Name;
end
end
if numday==1
y=h5read(nametouse,['/Time Series Data/RTD Reserve Data/',rtd_reserve_input_file]);
fields=fieldnames(y);
rtd_reserve_tmp2=zeros((size(y.(fields{1}),1)-0)*numday,size(fields,1));
for f=1:size(fields,1)
rtd_reserve_tmp2(:,f)=y.(fields{f});
end;
else
y=h5read(nametouse,['/Time Series Data/RTD Reserve Data/',rtd_reserve_input_file{1,1}]);
fields=fieldnames(y);
rtd_reserve_tmp2=zeros((size(y.(fields{1}),1)-HRTD)*numday,size(fields,1));
for f=1:size(fields,1)
rtd_reserve_tmp2(size(y.(fields{1}),1)*(1-1)+1:size(y.(fields{1}),1)*(1-1)+size(y.(fields{1}),1),f)=y.(fields{f});
end;
for d=2:numday
y=h5read(nametouse,['/Time Series Data/RTD Reserve Data/',rtd_reserve_input_file{d,1}]);
fields=fieldnames(y);
for f=1:size(fields,1)
if f==1 || f==2
rtd_reserve_tmp2(size(y.(fields{1}),1)*(d-1)+1+HRTD:size(y.(fields{1}),1)*(d-1)+size(y.(fields{1}),1)+HRTD,f)=y.(fields{f})+d-1;
else
rtd_reserve_tmp2(size(y.(fields{1}),1)*(d-1)+1+HRTD:size(y.(fields{1}),1)*(d-1)+size(y.(fields{1}),1)+HRTD,f)=y.(fields{f});
end
end;
end
end
assignin('base','RTD_RESERVE_FULL',rtd_reserve_tmp2);
end
end