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Feature/mars timetag #159

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db625aa
time property mars keys / concept added
rdosinski Aug 22, 2023
8ada685
comments to timeprop
rdosinski Aug 22, 2023
4040188
moved mars.timeprop into pt in time and stat templates
rdosinski Aug 22, 2023
34759a8
additional stat types added, timeprop concept extended
rdosinski Aug 23, 2023
84c3d5e
accum modification for data integrated from start of the fcst
rdosinski Aug 23, 2023
01170c1
extended timeprop concept
rdosinski Aug 23, 2023
60cff37
timeprop concept extended
rdosinski Aug 23, 2023
38410c5
more entries in timeprop.def
rdosinski Aug 23, 2023
db351fb
synoptic means added
rdosinski Aug 29, 2023
29bcf5b
local timeprop for CARRA/CERRA
rdosinski Aug 29, 2023
340f846
timeprop concept extended for CARRA/CERRA
rdosinski Aug 29, 2023
7c058b1
read timeprop concept in section.4.def
rdosinski Sep 1, 2023
5615ad9
unified avg / mean
rdosinski Sep 4, 2023
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37 changes: 37 additions & 0 deletions definitions/grib2/localConcepts/uerra/timeprop.def
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concept timeprop {
# tloop = typeOfStatisticalProcessing
# iloop = indicatorOfUnitForTimeRange
# lloop = lengthOfTimeRange
# iloopti = indicatorOfUnitForTimeIncrement
# tloopti = typeOfTimeIncrement
# lloopti = timeIncrement
"avgd" = {tloop = 0; iloop=1; lloop = 21; numberOfTimeRange = 1; indicatorOfUnitForTimeIncrement = 1; typeOfTimeIncrement = 1; timeIncrement = 3;}
"avgm" = {tloop = 0; iloop=1; lloop = 741; numberOfTimeRange = 2; iloopti = 1; tloopti= 1; lloopti = 3;}
"minm" = {tloop = 3; iloop=1; lloop = 741; numberOfTimeRange = 2; iloopti = 1; tloopti= 1; lloopti = 3;}
"maxm" = {tloop = 2; iloop=1; lloop = 741; numberOfTimeRange = 2; iloopti = 1; tloopti = 1; lloopti = 3;}
"avgm" = {tloop = 0; iloop=1; lloop = 648; numberOfTimeRange = 3; iloopti = 1; tloopti = 1; lloopti = 24;}
"minm" = {tloop = 3; iloop=1; lloop = 648; numberOfTimeRange = 3; iloopti = 1; tloopti = 1; lloopti = 24;}
"maxm" = {tloop = 2; iloop=1; lloop = 648; numberOfTimeRange = 3; iloopti = 1; tloopti = 1; lloopti = 24;}
"avgm" = {tloop = 0; iloop=1; lloop = 720; numberOfTimeRange = 3; iloopti = 1; tloopti = 1; lloopti = 24;}
"minm" = {tloop = 3; iloop=1; lloop = 720; numberOfTimeRange = 3; iloopti = 1; tloopti = 1; lloopti = 24;}
"maxm" = {tloop = 2; iloop=1; lloop = 720; numberOfTimeRange = 3; iloopti = 1; tloopti = 1; lloopti = 24;}
"avgm3h" = {tloop = 0; iloop=1; lloop = 741; numberOfTimeRange = 1; indicatorOfUnitForTimeIncrement = 1; typeOfTimeIncrement = 1; timeIncrement = 3;}
"accumd" = {tloop = 1; iloop=1; lloop = 24; numberOfTimeRange = 2;}
"accumd" = {tloop = 1; iloop=1; lloop = 24; numberOfTimeRange = 3;}
"accum12h" = {tloop = 1; iloop=1; lloop = 12; numberOfTimeRange = 2;}
"accum12h" = {tloop = 1; iloop=1; lloop = 12; numberOfTimeRange = 3;}
"mind" = {tloop = 3; iloop=1; lloop = 21; iloopti = 1; tloopti = 1; lloopti = 3;}
"maxd" = {tloop = 2; iloop=1; lloop = 21; iloopti = 1; tloopti = 1; lloopti = 3;}
"avg3h" = {tloop = 0; iloop=1; lloop = 3; numberOfTimeRange = 2;}
"accum3h" = {tloop = 1; iloop=1; lloop = 3; numberOfTimeRange = 2;}
"max3h" = {tloop = 2; iloop=1; lloop = 3; numberOfTimeRange = 2;}
"min3h" = {tloop = 3; iloop=1; lloop = 3; numberOfTimeRange = 2;}
"avg3h" = {tloop = 0; iloop=1; lloop = 3; numberOfTimeRange = 3;}
"accum3h" = {tloop = 1; iloop=1; lloop = 3; numberOfTimeRange = 3;}
"max3h" = {tloop = 2; iloop=1; lloop = 3; numberOfTimeRange = 3;}
"min3h" = {tloop = 3; iloop=1; lloop = 3; numberOfTimeRange = 3;}
"avg" = {tloop = 0;}
"accum" = {tloop = 1;}
"max" = {tloop = 2;}
"min" = {tloop = 3;}
}
8 changes: 8 additions & 0 deletions definitions/grib2/section.4.def
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# (C) Copyright 2005- ECMWF.

transient timeRangeIndicator=0 : no_copy,hidden;
Expand Down Expand Up @@ -39,6 +40,13 @@ concept datasetForLocal(unknown) {
"unknown" = { dummy=1; }
}

# timeprop key
if (productionStatusOfProcessedData== 10 || productionStatusOfProcessedData == 11){
template timeprop "grib2/localConcepts/uerra/timeprop.def";
} else {
template timeprop "grib2/timeprop.def";
}

if (!(datasetForLocal is "unknown")) {
constant conceptsDir2 = "grib2/localConcepts/[datasetForLocal]": hidden;
constant conceptsDir1 = "grib2": hidden;
Expand Down
2 changes: 2 additions & 0 deletions definitions/grib2/template.4.point_in_time.def
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Expand Up @@ -30,3 +30,5 @@ meta time.validityDate validity_date(dataDate,dataTime,step,stepUnits) : no_copy
meta time.validityTime validity_time(dataDate,dataTime,step,stepUnits) : no_copy;
meta validityDateTime julian_date(validityDate, validityTime) : no_copy;

constant timepropstring = "inst" : no_copy ;
alias mars.timeprop = timepropstring ;
4 changes: 4 additions & 0 deletions definitions/grib2/template.4.referenceperiod.def
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Expand Up @@ -47,3 +47,7 @@ referencePeriodList list(numberOfReferencePeriodTimeRanges)
# Length of reference period, in units defined by the previous octet [referencePeriodIndicatorOfUnitForTimeIncrement]
unsigned[4] lengthOfTimeRangeForReferencePeriod=0 ;
}

constant timepropstring = timeprop ;

alias mars.timeprop = timepropstring ;
98 changes: 98 additions & 0 deletions definitions/grib2/template.4.statistical.def
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Expand Up @@ -125,3 +125,101 @@ meta time.validityDate validity_date(date,dataTime,step,stepUnits,yearOfEndOfOve
meta time.validityTime validity_time(date,dataTime,step,stepUnits,hourOfEndOfOverallTimeInterval,
minuteOfEndOfOverallTimeInterval) : no_copy;
meta validityDateTime julian_date(validityDate, validityTime) : no_copy;

if(numberOfTimeRange == 1 and productDefinitionTemplateNumber != 105 and productDefinitionTemplateNumber != 106 and productDefinitionTemplateNumber != 107 and productDefinitionTemplateNumber != 112){
constant tloop = typeOfStatisticalProcessing : no_copy ;
constant iloop = indicatorOfUnitForTimeRange : no_copy ;
constant lloop = lengthOfTimeRange : no_copy ;

constant iloopti = indicatorOfUnitForTimeIncrement;
constant tloopti = typeOfTimeIncrement;
constant lloopti = timeIncrement;

constant timepropstring = timeprop : no_copy;
}

if(numberOfTimeRange == 2 and productDefinitionTemplateNumber != 105 and productDefinitionTemplateNumber != 106 and productDefinitionTemplateNumber != 107 and productDefinitionTemplateNumber != 112){
meta tloop element(typeOfStatisticalProcessing, 0);
meta iloop element(indicatorOfUnitForTimeRange, 0);
meta lloop element(lengthOfTimeRange, 0);
meta iloopti element(indicatorOfUnitForTimeIncrement, 0);
meta tloopti element(typeOfTimeIncrement, 0);
meta lloopti element(timeIncrement, 0);
constant timeprop0 = timeprop : no_copy;
#
meta tloop element(typeOfStatisticalProcessing, 1);
meta iloop element(indicatorOfUnitForTimeRange, 1);
meta lloop element(lengthOfTimeRange, 1);
meta iloopti element(indicatorOfUnitForTimeIncrement, 1);
meta tloopti element(typeOfTimeIncrement, 1);
meta lloopti element(timeIncrement, 1);
constant timeprop1 = timeprop : no_copy;

meta timepropstring sprintf("%s_%s",timeprop0,timeprop1);
}

if(numberOfTimeRange == 3 and productDefinitionTemplateNumber != 105 and productDefinitionTemplateNumber != 106 and productDefinitionTemplateNumber != 107 and productDefinitionTemplateNumber != 112){
meta tloop element(typeOfStatisticalProcessing, 0);
meta iloop element(indicatorOfUnitForTimeRange, 0);
meta lloop element(lengthOfTimeRange, 0);
meta iloopti element(indicatorOfUnitForTimeIncrement, 0);
meta tloopti element(typeOfTimeIncrement, 0);
meta lloopti element(timeIncrement, 0);
constant timeprop0 = timeprop : no_copy;
#
meta tloop element(typeOfStatisticalProcessing, 1);
meta iloop element(indicatorOfUnitForTimeRange, 1);
meta lloop element(lengthOfTimeRange, 1);
meta iloopti element(indicatorOfUnitForTimeIncrement, 1);
meta tloopti element(typeOfTimeIncrement, 1);
meta lloopti element(timeIncrement, 1);
constant timeprop1 = timeprop : no_copy;
#
meta tloop element(typeOfStatisticalProcessing, 2);
meta iloop element(indicatorOfUnitForTimeRange, 2);
meta lloop element(lengthOfTimeRange, 2);
meta iloopti element(indicatorOfUnitForTimeIncrement, 2);
meta tloopti element(typeOfTimeIncrement, 2);
meta lloopti element(timeIncrement, 2);
constant timeprop2 = timeprop : no_copy;

meta timepropstring sprintf("%s_%s_%s",timeprop0,timeprop1,timeprop2);
}

if(numberOfTimeRange == 4 and productDefinitionTemplateNumber != 105 and productDefinitionTemplateNumber != 106 and productDefinitionTemplateNumber != 107 and productDefinitionTemplateNumber != 112){
meta tloop element(typeOfStatisticalProcessing, 0);
meta iloop element(indicatorOfUnitForTimeRange, 0);
meta lloop element(lengthOfTimeRange, 0);
meta iloopti element(indicatorOfUnitForTimeIncrement, 0);
meta tloopti element(typeOfTimeIncrement, 0);
meta lloopti element(timeIncrement, 0);
constant timeprop0 = timeprop : no_copy;
#
meta tloop element(typeOfStatisticalProcessing, 1);
meta iloop element(indicatorOfUnitForTimeRange, 1);
meta lloop element(lengthOfTimeRange, 1);
meta iloopti element(indicatorOfUnitForTimeIncrement, 1);
meta tloopti element(typeOfTimeIncrement, 1);
meta lloopti element(timeIncrement, 1);
constant timeprop1 = timeprop : no_copy;
#
meta tloop element(typeOfStatisticalProcessing, 2);
meta iloop element(indicatorOfUnitForTimeRange, 2);
meta lloop element(lengthOfTimeRange, 2);
meta iloopti element(indicatorOfUnitForTimeIncrement, 2);
meta tloopti element(typeOfTimeIncrement, 2);
meta lloopti element(timeIncrement, 2);
constant timeprop2 = timeprop : no_copy;

meta tloop element(typeOfStatisticalProcessing, 3);
meta iloop element(indicatorOfUnitForTimeRange, 3);
meta lloop element(lengthOfTimeRange, 3);
meta iloopti element(indicatorOfUnitForTimeIncrement, 3);
meta tloopti element(typeOfTimeIncrement, 3);
meta lloopti element(timeIncrement, 3);
constant timeprop3 = timeprop : no_copy;

meta timepropstring sprintf("%s_%s_%s_%s",timeprop0,timeprop1,timeprop2,timeprop3);
}

alias mars.timeprop = timepropstring ;
185 changes: 185 additions & 0 deletions definitions/grib2/timeprop.def
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concept timeprop {
# tloop = typeOfStatisticalProcessing
# iloop = indicatorOfUnitForTimeRange
# lloop = lengthOfTimeRange
"inst" = {stepType="instant";}
"avg" = {tloop = 0; iloop=1; numberOfTimeRange = 1;}
"avg" = {tloop = 0; iloop=2; numberOfTimeRange = 1;}
"avg" = {tloop = 0; iloop=3; numberOfTimeRange = 1;}
"avgd" = {tloop = 0; iloop=1; lloop = 24;}
"avgd" = {tloop = 0; iloop=2; lloop = 1;}
"avgw" = {tloop = 0; iloop=1; lloop = 168;}
"avgm" = {tloop = 0; iloop=1; lloop = 672;}
"avgm" = {tloop = 0; iloop=1; lloop = 696;}
"avgm" = {tloop = 0; iloop=1; lloop = 720;}
"avgm" = {tloop = 0; iloop=1; lloop = 744;}
"avgm" = {tloop = 0; iloop=3; lloop = 1;}
# synoptic means
# we can use indicatorOfUnitForTimeIncrement and timeIncrement directly as it is a simple integer, not a list
# numberOfTimeRange = 1
"avgs" = {tloop = 0; iloop=1; lloop = 672; indicatorOfUnitForTimeIncrement = 1; timeIncrement = 24; numberOfTimeRange = 1;}
"avgs" = {tloop = 0; iloop=1; lloop = 696; indicatorOfUnitForTimeIncrement = 1; timeIncrement = 24; numberOfTimeRange = 1;}
"avgs" = {tloop = 0; iloop=1; lloop = 720; indicatorOfUnitForTimeIncrement = 1; timeIncrement = 24; numberOfTimeRange = 1;}
"avgs" = {tloop = 0; iloop=1; lloop = 744; indicatorOfUnitForTimeIncrement = 1; timeIncrement = 24; numberOfTimeRange = 1;}
"avgs" = {tloop = 0; iloop=1; lloop = 672; indicatorOfUnitForTimeIncrement = 2; timeIncrement = 1; numberOfTimeRange = 1;}
"avgs" = {tloop = 0; iloop=1; lloop = 696; indicatorOfUnitForTimeIncrement = 2; timeIncrement = 1; numberOfTimeRange = 1;}
"avgs" = {tloop = 0; iloop=1; lloop = 720; indicatorOfUnitForTimeIncrement = 2; timeIncrement = 1; numberOfTimeRange = 1;}
"avgs" = {tloop = 0; iloop=1; lloop = 744; indicatorOfUnitForTimeIncrement = 2; timeIncrement = 1; numberOfTimeRange = 1;}
#
"max" = {tloop = 2; iloop=1; numberOfTimeRange = 1;}
"max" = {tloop = 2; iloop=2; numberOfTimeRange = 1;}
"max" = {tloop = 2; iloop=3; numberOfTimeRange = 1;}
"maxd" = {tloop = 2; iloop=1; lloop = 24;}
"maxd" = {tloop = 2; iloop=2; lloop = 1;}
"maxw" = {tloop = 2; iloop=1; lloop = 168;}
"maxm" = {tloop = 2; iloop=1; lloop = 672;}
"maxm" = {tloop = 2; iloop=1; lloop = 696;}
"maxm" = {tloop = 2; iloop=1; lloop = 720;}
"maxm" = {tloop = 2; iloop=1; lloop = 744;}
"maxm" = {tloop = 2; iloop=3; lloop = 1;}
"min" = {tloop = 3; iloop=1; numberOfTimeRange = 1;}
"min" = {tloop = 3; iloop=2; numberOfTimeRange = 1;}
"min" = {tloop = 3; iloop=3; numberOfTimeRange = 1;}
"mind" = {tloop = 3; iloop=1; lloop = 24;}
"mind" = {tloop = 3; iloop=2; lloop = 1;}
"minw" = {tloop = 3; iloop=1; lloop = 168;}
"minm" = {tloop = 3; iloop=1; lloop = 672;}
"minm" = {tloop = 3; iloop=1; lloop = 696;}
"minm" = {tloop = 3; iloop=1; lloop = 720;}
"minm" = {tloop = 3; iloop=1; lloop = 744;}
"minm" = {tloop = 3; iloop=3; lloop = 1;}
"avg" = {tloop = 0;}
"accum" = {tloop = 1;}
"accum" = {tloop = 1; numberOfTimeRange = 1;}
"accum" = {tloop = 1; iloop=1; numberOfTimeRange = 1;}
"accum" = {tloop = 1; iloop=2; numberOfTimeRange = 1;}
"accum" = {tloop = 1; iloop=3; numberOfTimeRange = 1;}
"accum" = {tloop = 1; iloop=1; lloop = 24; numberOfTimeRange = 1;}
"accum" = {tloop = 1; iloop=2; lloop = 1; numberOfTimeRange = 1;}
"accumd" = {tloop = 1; iloop=1; lloop = 24; numberOfTimeRange = 2;}
"accumd" = {tloop = 1; iloop=2; lloop = 1; numberOfTimeRange = 2;}
"accumd" = {tloop = 1; iloop=1; lloop = 24; numberOfTimeRange = 3;}
"accumd" = {tloop = 1; iloop=2; lloop = 1; numberOfTimeRange = 3;}
"accumd" = {tloop = 1; iloop=1; lloop = 24; numberOfTimeRange = 4;}
"accumd" = {tloop = 1; iloop=2; lloop = 1; numberOfTimeRange = 4;}
"accumw" = {tloop = 1; iloop=1; lloop = 168; numberOfTimeRange = 2;}
"accumw" = {tloop = 1; iloop=1; lloop = 168; numberOfTimeRange = 3;}
"accumw" = {tloop = 1; iloop=1; lloop = 168; numberOfTimeRange = 4;}
"accumm" = {tloop = 1; iloop=3; lloop = 1; numberOfTimeRange = 2;}
"accumm" = {tloop = 1; iloop=1; lloop = 672; numberOfTimeRange = 2;}
"accumm" = {tloop = 1; iloop=1; lloop = 696; numberOfTimeRange = 2;}
"accumm" = {tloop = 1; iloop=1; lloop = 720; numberOfTimeRange = 2;}
"accumm" = {tloop = 1; iloop=1; lloop = 744; numberOfTimeRange = 2;}
"accumm" = {tloop = 1; iloop=3; lloop = 1; numberOfTimeRange = 3;}
"accumm" = {tloop = 1; iloop=1; lloop = 672; numberOfTimeRange = 3;}
"accumm" = {tloop = 1; iloop=1; lloop = 696; numberOfTimeRange = 3;}
"accumm" = {tloop = 1; iloop=1; lloop = 720; numberOfTimeRange = 3;}
"accumm" = {tloop = 1; iloop=1; lloop = 744; numberOfTimeRange = 3;}
"accumm" = {tloop = 1; iloop=3; lloop = 1; numberOfTimeRange = 4;}
"accumm" = {tloop = 1; iloop=1; lloop = 672; numberOfTimeRange = 4;}
"accumm" = {tloop = 1; iloop=1; lloop = 696; numberOfTimeRange = 4;}
"accumm" = {tloop = 1; iloop=1; lloop = 720; numberOfTimeRange = 4;}
"accumm" = {tloop = 1; iloop=1; lloop = 744; numberOfTimeRange = 4;}
"max" = {tloop = 2;}
"min" = {tloop = 3;}
"stdanom" = {tloop = 10;}
"sev" = {tloop = 100;}
"mode" = {tloop = 101;}
"sev" = {tloop = 100; iloop=1;}
"mode" = {tloop = 101; iloop=1;}
"avg1h" = {tloop = 0; iloop=1; lloop = 1; numberOfTimeRange = 2;}
"accum1h" = {tloop = 1; iloop=1; lloop = 1; numberOfTimeRange = 2;}
"max1h" = {tloop = 2; iloop=1; lloop = 1; numberOfTimeRange = 2;}
"min1h" = {tloop = 3; iloop=1; lloop = 1; numberOfTimeRange = 2;}
"avg1h" = {tloop = 0; iloop=1; lloop = 1; numberOfTimeRange = 3;}
"accum1h" = {tloop = 1; iloop=1; lloop = 1; numberOfTimeRange = 3;}
"max1h" = {tloop = 2; iloop=1; lloop = 1; numberOfTimeRange = 3;}
"min1h" = {tloop = 3; iloop=1; lloop = 1; numberOfTimeRange = 3;}
"avg1h" = {tloop = 0; iloop=1; lloop = 1; numberOfTimeRange = 4;}
"accum1h" = {tloop = 1; iloop=1; lloop = 1; numberOfTimeRange = 4;}
"max1h" = {tloop = 2; iloop=1; lloop = 1; numberOfTimeRange = 4;}
"min1h" = {tloop = 3; iloop=1; lloop = 1; numberOfTimeRange = 4;}
"1h" = {iloop=1; lloop = 1;}
"avg3h" = {tloop = 0; iloop=1; lloop = 3; numberOfTimeRange = 2;}
"accum3h" = {tloop = 1; iloop=1; lloop = 3; numberOfTimeRange = 2;}
"max3h" = {tloop = 2; iloop=1; lloop = 3; numberOfTimeRange = 2;}
"min3h" = {tloop = 3; iloop=1; lloop = 3; numberOfTimeRange = 2;}
"avg3h" = {tloop = 0; iloop=1; lloop = 3; numberOfTimeRange = 3;}
"accum3h" = {tloop = 1; iloop=1; lloop = 3; numberOfTimeRange = 3;}
"max3h" = {tloop = 2; iloop=1; lloop = 3; numberOfTimeRange = 3;}
"min3h" = {tloop = 3; iloop=1; lloop = 3; numberOfTimeRange = 3;}
"avg3h" = {tloop = 0; iloop=1; lloop = 3; numberOfTimeRange = 4;}
"accum3h" = {tloop = 1; iloop=1; lloop = 3; numberOfTimeRange = 4;}
"max3h" = {tloop = 2; iloop=1; lloop = 3; numberOfTimeRange = 4;}
"min3h" = {tloop = 3; iloop=1; lloop = 3; numberOfTimeRange = 4;}
"avg3h" = {tloop = 0; iloop=10; lloop = 1; numberOfTimeRange = 2;}
"accum3h" = {tloop = 1; iloop=10; lloop = 1; numberOfTimeRange = 2;}
"max3h" = {tloop = 2; iloop=10; lloop = 1; numberOfTimeRange = 2;}
"min3h" = {tloop = 3; iloop=10; lloop = 1; numberOfTimeRange = 2;}
"avg3h" = {tloop = 0; iloop=10; lloop = 1; numberOfTimeRange = 3;}
"accum3h" = {tloop = 1; iloop=10; lloop = 1; numberOfTimeRange = 3;}
"max3h" = {tloop = 2; iloop=10; lloop = 1; numberOfTimeRange = 3;}
"min3h" = {tloop = 3; iloop=10; lloop = 1; numberOfTimeRange = 3;}
"avg3h" = {tloop = 0; iloop=10; lloop = 1; numberOfTimeRange = 4;}
"accum3h" = {tloop = 1; iloop=10; lloop = 1; numberOfTimeRange = 4;}
"max3h" = {tloop = 2; iloop=10; lloop = 1; numberOfTimeRange = 4;}
"min3h" = {tloop = 3; iloop=10; lloop = 1; numberOfTimeRange = 4;}
"3h" = {iloop=1; lloop = 3;}
"3h" = {iloop=10; lloop = 1;}
"avg6h" = {tloop = 0; iloop=1; lloop = 6; numberOfTimeRange = 2;}
"accum6h" = {tloop = 1; iloop=1; lloop = 6; numberOfTimeRange = 2;}
"max6h" = {tloop = 2; iloop=1; lloop = 6; numberOfTimeRange = 2;}
"min6h" = {tloop = 3; iloop=1; lloop = 6; numberOfTimeRange = 2;}
"avg6h" = {tloop = 0; iloop=1; lloop = 6; numberOfTimeRange = 3;}
"accum6h" = {tloop = 1; iloop=1; lloop = 6; numberOfTimeRange = 3;}
"max6h" = {tloop = 2; iloop=1; lloop = 6; numberOfTimeRange = 3;}
"min6h" = {tloop = 3; iloop=1; lloop = 6; numberOfTimeRange = 3;}
"avg6h" = {tloop = 0; iloop=1; lloop = 6; numberOfTimeRange = 4;}
"accum6h" = {tloop = 1; iloop=1; lloop = 6; numberOfTimeRange = 4;}
"max6h" = {tloop = 2; iloop=1; lloop = 6; numberOfTimeRange = 4;}
"min6h" = {tloop = 3; iloop=1; lloop = 6; numberOfTimeRange = 4;}
"avg6h" = {tloop = 0; iloop=11; lloop = 1; numberOfTimeRange = 2;}
"accum6h" = {tloop = 1; iloop=11; lloop = 1; numberOfTimeRange = 2;}
"max6h" = {tloop = 2; iloop=11; lloop = 1; numberOfTimeRange = 2;}
"min6h" = {tloop = 3; iloop=11; lloop = 1; numberOfTimeRange = 2;}
"avg6h" = {tloop = 0; iloop=11; lloop = 1; numberOfTimeRange = 3;}
"accum6h" = {tloop = 1; iloop=11; lloop = 1; numberOfTimeRange = 3;}
"max6h" = {tloop = 2; iloop=11; lloop = 1; numberOfTimeRange = 3;}
"min6h" = {tloop = 3; iloop=11; lloop = 1; numberOfTimeRange = 3;}
"avg6h" = {tloop = 0; iloop=11; lloop = 1; numberOfTimeRange = 4;}
"accum6h" = {tloop = 1; iloop=11; lloop = 1; numberOfTimeRange = 4;}
"max6h" = {tloop = 2; iloop=11; lloop = 1; numberOfTimeRange = 4;}
"min6h" = {tloop = 3; iloop=11; lloop = 1; numberOfTimeRange = 4;}
"6h" = {iloop=1; lloop = 6;}
"6h" = {iloop=11; lloop = 1;}
"avg12h" = {tloop = 0; iloop=1; lloop = 12; numberOfTimeRange = 2;}
"accum12h" = {tloop = 1; iloop=1; lloop = 12; numberOfTimeRange = 2;}
"max12h" = {tloop = 2; iloop=1; lloop = 12; numberOfTimeRange = 2;}
"min12h" = {tloop = 3; iloop=1; lloop = 12; numberOfTimeRange = 2;}
"avg12h" = {tloop = 0; iloop=1; lloop = 12; numberOfTimeRange = 3;}
"accum12h" = {tloop = 1; iloop=1; lloop = 12; numberOfTimeRange = 3;}
"max12h" = {tloop = 2; iloop=1; lloop = 12; numberOfTimeRange = 3;}
"min12h" = {tloop = 3; iloop=1; lloop = 12; numberOfTimeRange = 3;}
"avg12h" = {tloop = 0; iloop=1; lloop = 12; numberOfTimeRange = 4;}
"accum12h" = {tloop = 1; iloop=1; lloop = 12; numberOfTimeRange = 4;}
"max12h" = {tloop = 2; iloop=1; lloop = 12; numberOfTimeRange = 4;}
"min12h" = {tloop = 3; iloop=1; lloop = 12; numberOfTimeRange = 4;}
"avg12h" = {tloop = 0; iloop=12; lloop = 1; numberOfTimeRange = 2;}
"accum12h" = {tloop = 1; iloop=12; lloop = 1; numberOfTimeRange = 2;}
"max12h" = {tloop = 2; iloop=12; lloop = 1; numberOfTimeRange = 2;}
"min12h" = {tloop = 3; iloop=12; lloop = 1; numberOfTimeRange = 2;}
"avg12h" = {tloop = 0; iloop=12; lloop = 1; numberOfTimeRange = 3;}
"accum12h" = {tloop = 1; iloop=12; lloop = 1; numberOfTimeRange = 3;}
"max12h" = {tloop = 2; iloop=12; lloop = 1; numberOfTimeRange = 3;}
"min12h" = {tloop = 3; iloop=12; lloop = 1; numberOfTimeRange = 3;}
"avg12h" = {tloop = 0; iloop=12; lloop = 1; numberOfTimeRange = 4;}
"accum12h" = {tloop = 1; iloop=12; lloop = 1; numberOfTimeRange = 4;}
"max12h" = {tloop = 2; iloop=12; lloop = 1; numberOfTimeRange = 4;}
"min12h" = {tloop = 3; iloop=12; lloop = 1; numberOfTimeRange = 4;}
"12h" = {iloop=1; lloop = 12;}
"12h" = {iloop=12; lloop = 1;}
"anom" = {typeOfRelationToReferenceDataset = 0;}
"sign" = {typeOfRelationToReferenceDataset = 2;}
"efi_sot" = {typeOfRelationToReferenceDataset = 20;}
"efi_sot" = {typeOfRelationToReferenceDataset = 21;}
}