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Russian Federation CDMS1 CliRep configuration. Russian Federation CDMS2 Main configuration File properties/DataProcessor.properties.

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Presentation on theme: "Russian Federation CDMS1 CliRep configuration. Russian Federation CDMS2 Main configuration File properties/DataProcessor.properties."— Presentation transcript:

1 Russian Federation CDMS1 CliRep configuration

2 Russian Federation CDMS2 Main configuration File properties/DataProcessor.properties

3 Russian Federation CDMS3 # #debug = INFO debug = DEBUG #debug = ERROR # language = en country = EN # #language = fr #country = FR # climatDir = climat inputDir = obsdata #

4 Russian Federation CDMS4 # CLIMAT data Reporting and Key-entry stationProp = properties/Station.properties fileDSConfig = properties/ConfigDs.properties #Data source #dsClass = in.wmo.wcp.climat.gts.impl.ds.PlainTextDataSource #dsClass = in.wmo.wcp.climat.gts.impl.ds.AccessDataSource dsClass = in.wmo.wcp.climat.gts.impl.ds.ExcelDataSource #Data saver #dvClass = in.wmo.wcp.climat.gts.impl.ds.PlainTextDataSaver #dvClass = in.wmo.wcp.climat.gts.impl.ds.AccessDataSaver dvClass = in.wmo.wcp.climat.gts.impl.ds.ExcelDataSaver

5 Russian Federation CDMS5 # CLIMAT-TEMP data Reporting and Key-entry stationTProp = properties/StationT.properties fileDSTConfig = properties/ConfigDsT.properties #Data source #dsTClass = in.wmo.wcp.climat.gts.impl.ds.PlainTextTempDataSource #dsTClass = in.wmo.wcp.climat.gts.impl.ds.AccessTempDataSource dsTClass = in.wmo.wcp.climat.gts.impl.ds.ExcelTempDataSource #Data saver #dvTClass = in.wmo.wcp.climat.gts.impl.ds.PlainTextTempDataSaver #dvTClass = in.wmo.wcp.climat.gts.impl.ds.AccessDataSaver dvTClass = in.wmo.wcp.climat.gts.impl.ds.ExcelTempDataSaver

6 Russian Federation CDMS6 # CLIMAT and CLIMAT-TEMP decoders configuration #Directory for Input Data clmInDir = gtsdata #Directory for Output Data clmOutDir = gtsoutdata #Permanent output date setting datadate = #Delay in days from date of processing to check date in CLIMAT messages delay = 29 #Message begin string #msgBegin = ZCZC msgBegin = HEX:1 #Message end string #msgEnd = NNNN msgEnd = HEX:3

7 Russian Federation CDMS7 CLIMAT report and key-entry configuration Configure data source; Describe meteorological station; Enter station norms.

8 Russian Federation CDMS8 Data source configuration

9 Russian Federation CDMS9 The CLIMAT forming facility needs next meteorological parameters StI – WMO station index Date – date of observation in format “yyyy-MM-dd HH:mm” T – air temperature in time of observation in C; Tmin – minimum temperature for last observation period with in C; Tmax maximum temperature for last observation period in C; PPPP – pressure on sea level with in hPa; P0P0 – pressure on station level with in hPa; EEE – vapor pressure in hPa; RRR – sum of precipitation for last observation period in mm; SUN – sunshine duration in hours for last observation period in hours; WMAX – maximum wind speed for last observation period in m/sec; VV – visibility in code; SNOW – snow depth in sm WW – weather in time of observation code WWP – last weather. In code

10 Russian Federation CDMS10 Example of meteorological data of observation from flat text file: Station_ID;Date_Obs;T;QT;Tmin;QTmin;Tmax;QTmax;R RR;QRRR;EEE;DEEE;QEEE;PPPP;QPPPP;P0P0;QP0P0;S UN;QSUN;WMAX;QWMAX;VV;QVIS;SNOW;QSNOW; WW;QWW;WWP;QWWP 27612; :00;-4.3;0;-4.3;0;- 3.8;0;;5;4.05;2;0;999.2;0;1019.2;0;;0;5;0;;5;;0;8;0;10; ; :00;-4.3;0;-4.5;0;- 4.3;0;;5;3.94;2;0;999.9;0;1019.9;0;;0;4;0;;5;;0;2;0;10; ; :00;-4.9;0;-4.9;0;- 4.3;0;0.4;0;3.74;2;0;1001.2;0;1021.3;0;;0;4;0;96;0;;0;7;0;70 ; ; :00;-4.5;0;-4.9;0;- 3.6;0;;5;3.46;2;0;1002.1;0;1022.1;0;;0;4;0;97;0;;0;7;0;1;0

11 Russian Federation CDMS11 Quality control flag values: The name of quality control flag must be created as “Q”+parameter_name. For instance parameter RRR – quality control flag QRRR. 0 – value not validated; 1 – valid value; 2 – warning; 3 – error; 4 – double entered.

12 Russian Federation CDMS12 Additional determinant must be named as “D”+parameter_name. For instance parameter RRR – additional determinant DRRR. The values of additional determinant depend from parameter. For precipitation RRR the value “t” means trace of precipitation. Fragment of data line: 0;1;t It is meaning valid value for trace of precipitation.

13 Russian Federation CDMS13 #Data source configuration file for CLIMAT coding and meteorological data key-entry # Path to data files with observations Path = obsdata # Station code name StI = StI # Date code name Date = date # Temporary names of elements - do not edit this line BaseElem = StI ;Date ;T;Tmin;Tmax;PPPP;P0P0;EEE;RRR;SUN;WMAX;VV;SNOW;WW;WWP #Flat text configuration # Corresponded names of parameters in data set DataElem = Station_ID;Date_Obs;T;Tmin;Tmax;PPPP;P0P0;EEE;RRR;SUN;WMAX;VV;SNOW;WW;WWP #Data base configuration # Corresponded names of parameters in database dbDataElem = StI;Date;T;Tmin;Tmax;PPPP;P0P0;EEE;RRR;SUN;WMAX;VV;SNOW;WW;WWP dbName = CLIMAT user = Oper password = tableName = Observation #Excel configuration # Corresponded names of parameters in database exDataElem = StI;Date;T;Tmin;Tmax;PPPP;P0P0;EEE;RRR;SUN;WMAX;VV;SNOW;WW;WWP

14 Russian Federation CDMS14 # Start year of menu StartYear = 2000 # Station list definition StIList = 27612, # Quality control flags and additional determinate definition ElLs = StI,Date, T,Tmin,Tmax,PPPP,P0P0,EEE,RRR,SUN,WMAX,VV,SNOW,WW,WWP Q = n, n, y, y, y, y, y, y, y, y, y, y, y, y, y D = n, n, n, n, n, n, n, n, y, n, y, y, y, n, n # Global limits for quality control Max =,, 40, 40, 40,1100,1100, 10, 100, 18, 50,99, 200,99, 99 Min =,, -50, -50, -50, 800, 800, 0.5, 0, 0, 0, 0, 0, 0, 0 # Multipliers of monthly norms for station limits for quality control Err =,, 4, 4, 4, 4, 4, 4,, 4, 4, 4, 4,,, Var =,, 3, 3, 3, 3, 3, 3,, 3, 3, 3, 3,,, # Multipliers for key-entry form to do not entry dots Mult =,, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 # Formats of data presentation Form = 00000,Date,#0.0,#0.0,#0.0,#0.0,#0.0,#0.00,#0.0, #0, #0,#0, #0,#0, #0

15 Russian Federation CDMS15 #Station description 27612_Name = Moscow #Offset from GMT time for the first observation of the meteorological day 27612_Offset = -3 #List of observation for station. Start from the first observation of the meteorological day 27612_Obs = 21,00,03,06,09,12,15,18 #List of observation for precipitation 27612_RRR = 00,06,12,18 #List of observation for snow 27612_SNOW = 15 #List of observation for visibility 27612_VV = 06,09,12,15,18 #List of observation for sun duration 27612_SUN = 06,09,12,15,18 #List of observation for minimum temperature 27612_T_Tmin = 03 #List of observation for maximum temperature 27612_T_Tmax = 15 #This line protect editing station index in key-entry form 27612_StI = #This line protect editing date in key-entry form 27612_Date = 27612_T_Type = _W_Type = 1

16 Russian Federation CDMS16 List = P0,P,T,Tmax,Tmin,EEE,RRR,RDays,Sun, \ P0_Div,P_Div,T_Div,Tmax_Div,Tmin_Div,EEE_Div,RRR_Div, \ P0_m,T_m,Tx_m,EEE_m,RRR_m,Sun_m,QuinR # # CLIMAT message NORM #Period of norms 27612_Years = 6190 #Normal value of air pressure at station level by months _P0 = ,1002.2,1003.3,1004.4,1005.5,1006.6,1007.7,1008.8,1009.9,1010.0,1011.1, #Normal standard deviation of air pressure at station level by months _P0_Div = 10,10,10,10,10,10,10,10,10,10,10,10 #Number of years missing from the records for monthly mean pressures at station level _P0_m = 10,0,0,0,1,2,3,0,0,0,0,0 #Normal value of air pressure at sea level by months _P = 901.1,902.2,903.3,904.4,905.5,906.6,907.7,908.8,909.9,910.0,911.1,912.2 #Normal standard deviation of air pressure at sea level by months _P_Div = 10,10,10,10,10,10,10,10,10,10,10,10 # #Normal value of monthlymean temperatures at station level _T = -10.2,-12.5,-3.2,0.5,10.1,15.0,17.2,20.0,9.5,-0.4,-2.0,-5.2 #Number of years missing from the records for monthly mean air temperature _T_m = 10,0,0,0,1,2,3,0,0,0,0,0 #Normal standard deviation of monthlymean temperatures at station level _T_Div = 3,3,3,3,3,3,3,3,3,3,3,3 # #Normal value of monthly mean maximal temperature _Tmax = -5.2,-12.5,-3.2,0.5,10.1,15.0,17.2,20.0,9.5,-0.4,-2.0,-5.2 #Normal standard deviation of mean maximal temperature _Tmax_Div = 3,3,3,3,3,3,3,3,3,3,3,3 #

17 Russian Federation CDMS17 #Normal value of monthly mean maximal temperature _Tmin = -15.2,-12.5,-3.2,0.5,10.1,15.0,17.2,20.0,9.5,-0.4,-2.0,-5.2 #Normal standard deviation of monthly mean maximal temperature _Tmin_Div = 3,3,3,3,3,3,3,3,3,3,3,3 #Number of years missing from the record for monthly mean extreme air temperatures _Tx_m = 10,0,0,0,1,2,3,0,0,0,0,0 # #Normal value of mean vapor pressures at station level _EEE = 1.2,48.1,1.2,48.1,1.2,48.1,1.2,48.1,1.2,48.1,1.2,48.1 #Normal standard deviation of mean vapor pressures at station level _EEE_Div = 3,3,3,3,3,3,3,3,3,3,3,3 #Number of years missing from the records for monthly mean vapour pressures _EEE_m = 11,0,0,0,1,2,3,0,0,0,0,0 # #Normal value of total precipitation or water equivalent for the month _RRR = 45,50,60,70,80,90,100,150,200,100,70,60 #Normal standard deviation of total precipitation or water equivalent for the month _RRR_Div = 20,20,20,20,20,20,20,20,20,20,20,20 #Number of years missing from the records for monthly precipitation amount _RRR_m = 22,0,0,0,1,2,3,0,0,0,0,0 # #Normal number of days of the month with precipitation equal to or greater than 1.0 mm _RDays = 5,6,7,8,9,10,11,12,13,14,15,16 # #Normal monthly sunshine duration _Sun = 60,90,120,300,400,500,700,700,600,300,100,70 #Number of years missing from the records for monthly sunshine duration _Sun_m = 33,0,0,0,1,2,3,0,0,0,0,0

18 Russian Federation CDMS _QuinR = 4.9;62.5;121.5;213.5;255.5;411.0; , \ 4.9;62.5;121.5;213.5;255.5;411.0;

19 Russian Federation CDMS19 Thank you


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