EFAS: rename of key
@@ -20,13 +20,13 @@ unsigned[1] monthOfForecast = month : dump;
unsigned[1] dayOfForecast = day : dump;
unsigned[1] hourOfForecast = hour : dump;
unsigned[1] minuteOfForecast = minute : dump;
-constant secondsOfForecast = 0;
+constant secondOfForecast = 0;
meta dateOfForecast g2date(yearOfForecast,monthOfForecast, dayOfForecast) : dump;
-meta timeOfForecast time (hourOfForecast,minuteOfForecast,secondsOfForecast) : dump;
+meta timeOfForecast time (hourOfForecast,minuteOfForecast,secondOfForecast) : dump;
# Calculate the Julian number for the forecast date and time.
# This will be a floating point number with units of 'day'
-meta julianForecastDay julian_day(dateOfForecast,hourOfForecast,minuteOfForecast,secondsOfForecast): hidden;
+meta julianForecastDay julian_day(dateOfForecast,hourOfForecast,minuteOfForecast,secondOfForecast): hidden;
# Calculate the difference between the forecast date and reference date
transient diffInDays = (julianForecastDay - julianDay) : hidden; # float
@@ -62,16 +62,16 @@ codetable[1] efasDomain "grib2/tables/local/ecmf/efas_domain.table" = 255 : dump
# "global" = { efas_domain = 1; }
#} : hidden;
-# Climatology Date and Time
-# The climatology valid date is the date of the new official implementation of the EFAS cycle.
-unsigned[2] yearOfClimatology = year : dump;
-unsigned[1] monthOfClimatology = month : dump;
-unsigned[1] dayOfClimatology = day : dump;
-unsigned[1] hourOfClimatology = hour : dump;
-unsigned[1] minuteOfClimatology = minute : dump;
-constant secondsOfClimatology = 0;
-meta dateOfClimatology g2date(yearOfClimatology,monthOfClimatology, dayOfClimatology) : dump;
-meta timeOfClimatology time (hourOfClimatology,minuteOfClimatology,secondsOfClimatology) : dump;
+# Reanalysis Date and Time
+# This date is the date of the new official implementation of the EFAS cycle.
+unsigned[2] yearOfReanalysis = year : dump;
+unsigned[1] monthOfReanalysis = month : dump;
+unsigned[1] dayOfReanalysis = day : dump;
+unsigned[1] hourOfReanalysis = hour : dump;
+unsigned[1] minuteOfReanalysis = minute : dump;
+constant secondOfReanalysis = 0;
+meta dateOfReanalysis g2date(yearOfReanalysis,monthOfReanalysis, dayOfReanalysis) : dump;
+meta timeOfReanalysis time (hourOfReanalysis,minuteOfReanalysis,secondOfReanalysis) : dump;
# Note: the key inputOriginatingCentre is in the PDTNs 70, 71, 72 and 73
#concept efas_forecast {
