[gradsusr] How to make a bufr descriptor file whith bufrscan and read it
hachelaf rabah
r.hachelaf at gmail.com
Tue Jun 1 03:41:38 EDT 2010
Hello,
> i have a prepbufr file named "prepbufr.in"
> when i type thise line commande "./bufrscan -h ../tables prepbufr.in"
> i have a succeded messages like that :
> ===============================================================
> >>> processing message 5
> >>> start of message
> 0 63 000 (numeric) BYTCNT
> 3 48 121 (sequence)
> 3 48 001 (sequence)
> 0 01 194 (text) SID STATION IDENTIFICATION
> 0 06 240 (numeric) XOB LONGITUDE
> 0 05 002 (numeric) YOB LATITUDE
> 0 04 215 (numeric) DHR OBSERVATION TIME MINUS CYCLE TIME
> 0 10 199 (numeric) ELV STATION ELEVATION
> 0 55 007 (numeric) TYP PREPBUFR REPORT TYPE
> 0 55 008 (numeric) T29 DATA DUMP REPORT TYPE
> 0 55 009 (numeric) TSB REPORT SUBTYPE (HAS VARIOUS MEANINGS
> DEPENDING ON TYPE)
> 0 02 195 (numeric) ITP INSTRUMENT TYPE
> 0 50 001 (numeric) SQN REPORT SEQUENCE NUMBER
> 0 50 003 (numeric) PROCN PROCESS NUMBER FOR THIS MPI RUN (OBTAINED
> FROM SCRIPT)
> 0 04 214 (numeric) RPT REPORTED OBSERVATION TIME
> 0 04 216 (numeric) TCOR INDICATOR WHETHER OBS. TIME IN "DHR" WAS
> CORRECTED
> 3 60 004 (sequence)
> 1 01 000 (replicate next 1, not including replication count)
> 0 31 000 (replication count)
> 3 48 081 (sequence)
> 0 35 200 (numeric) RSRD RESTRICTIONS ON REDISTRIBUTION
> 0 35 201 (numeric) EXPRSRD EXPIRATION OF RESTRICTIONS ON
> REDISTRIBUTION
> 0 08 193 (numeric) CAT PREPBUFR DATA LEVEL CATEGORY
> 0 01 007 (numeric) SAID SATELLITE IDENTIFIER (SATELLITE REPORTS
> ONLY)
> 0 06 034 (numeric) CTCN CROSS TRACK CELL NUMBER (QUIKSCAT & ASCAT
> REPORTS ONLY)
> 0 21 155 (numeric) WVCQ WIND VECTOR CELL QUALITY (ASCAT REPORTS
> ONLY)
> 0 21 156 (numeric) BSCD BACKSCATTER DISTANCE (ASCAT REPORTS ONLY)
> 0 21 104 (numeric) LKCS LIKELIHOOD COMPUTED FOR SOLUTION (ASCAT
> REPORTS ONLY)
> 3 60 004 (sequence)
> 1 01 000 (replicate next 1, not including replication count)
> 0 31 000 (replication count)
> 3 48 141 (sequence)
> 3 60 003 (sequence)
> 1 01 000 (replicate next 1, not including replication count)
> 0 31 001 (replication count)
> 3 48 171 (sequence)
> 0 07 245 (numeric) POB PRESSURE OBSERVATION
> 0 07 246 (numeric) PQM PRESSURE (QUALITY) MARKER
> 0 07 247 (numeric) PPC PRESSURE EVENT PROGRAM CODE
> 0 07 248 (numeric) PRC PRESSURE EVENT REASON CODE
> 3 60 004 (sequence)
> 1 01 000 (replicate next 1, not including replication count)
> 0 31 000 (replication count)
> 3 48 191 (sequence)
> 0 07 250 (numeric) POE PRESSURE OBSERVATION ERROR
> 0 07 249 (numeric) PFC FORECAST (BACKGROUND) PRESSURE VALUE
> 3 60 004 (sequence)
> 1 01 000 (replicate next 1, not including replication count)
> 0 31 000 (replication count)
> 3 48 241 (sequence)
> 0 07 255 (numeric) PFCMOD MODEL PRESSURE FORECAST VALUE (GLOBAL
> MODEL SEE PFC)
> 3 60 004 (sequence)
> 1 01 000 (replicate next 1, not including replication count)
> 0 31 000 (replication count)
> 3 48 211 (sequence)
> 0 07 251 (numeric) PAN ANALYZED PRESSURE VALUE
> 3 60 004 (sequence)
> 1 01 000 (replicate next 1, not including replication count)
> 0 31 000 (replication count)
> 3 48 231 (sequence)
> 0 07 252 (numeric) PCL CLIMATOLOGICAL PRESSURE VALUE
> 0 07 253 (numeric) PCS STANDARD DEVIATION OF CLIMATOLOGICAL
> PRESSURE VALUE
> 0 07 254 (numeric) POETU ANALYSIS-TUNED PRESSURE OBSERVATION
> ERROR
> 0 33 204 (numeric) PVWTG ANAL VARIATIONAL QC WEIGHT ON PRESS. OBS
> BASED ON GUESS
> 0 33 205 (numeric) PVWTA ANAL VARIATIONAL QC WEIGHT ON PRESS. OBS
> BASED ON ANAL
> 3 60 004 (sequence)
> 1 01 000 (replicate next 1, not including replication count)
> 0 31 000 (replication count)
> 3 48 145 (sequence)
> 3 60 003 (sequence)
> 1 01 000 (replicate next 1, not including replication count)
> 0 31 001 (replication count)
> 3 48 175 (sequence)
> 0 11 003 (numeric) UOB U-COMPONENT WIND OBSERVATION
> 0 11 004 (numeric) VOB V-COMPONENT WIND OBSERVATION
> 0 11 240 (numeric) WQM U-, V-COMPONENT WIND (UOB/VOB) (QUALITY)
> MARKER
> 0 11 241 (numeric) WPC U-, V-COMPONENT WIND (UOB/VOB) EVENT
> PROGRAM CODE
> 0 11 242 (numeric) WRC U-, V-COMPONENT WIND (UOB/VOB) EVENT
> REASON CODE
> 3 60 003 (sequence)
> 1 01 000 (replicate next 1, not including replication count)
> 0 31 001 (replication count)
> 3 48 176 (sequence)
> 0 11 001 (numeric) DDO WIND DIRECTION OBSERVATION (NOT
> ASSIMILATED)
> 0 11 252 (numeric) FFO WIND SPEED OBSERVATION (NOT ASSIMILATED)
> 0 11 218 (numeric) DFQ WIND DIRECTION/SPEED (DDO/FFO) (QUALITY)
> MARKER
> 0 11 219 (numeric) DFP WIND DIRECTION/SPEED (DDO/FFO) EVENT
> PROGRAM CODE
> 0 11 220 (numeric) DFR WIND DIRECTION/SPEED (DDO/FFO) EVENT
> REASON CODE
> 3 60 004 (sequence)
> 1 01 000 (replicate next 1, not including replication count)
> 0 31 000 (replication count)
> 3 48 195 (sequence)
> 0 11 245 (numeric) WOE WIND OBSERVATION ERROR
> 0 11 243 (numeric) UFC FORECAST (BACKGROUND) U-COMPONENT WIND
> VALUE
> 0 11 244 (numeric) VFC FORECAST (BACKGROUND) V-COMPONENT WIND
> VALUE
> 3 60 004 (sequence)
> 1 01 000 (replicate next 1, not including replication count)
> 0 31 000 (replication count)
> 3 48 245 (sequence)
> 0 11 254 (numeric) UFCMOD MODEL U-COMPONENT FORECAST VALUE
> (GLOBAL MODEL SEE UFC)
> 0 11 255 (numeric) VFCMOD MODEL V-COMPONENT FORECAST VALUE
> (GLOBAL MODEL SEE VFC)
> 3 60 004 (sequence)
> 1 01 000 (replicate next 1, not including replication count)
> 0 31 000 (replication count)
> 3 48 215 (sequence)
> 0 11 246 (numeric) UAN ANALYZED U-COMPONENT WIND VALUE
> 0 11 247 (numeric) VAN ANALYZED V-COMPONENT WIND VALUE
> 3 60 004 (sequence)
> 1 01 000 (replicate next 1, not including replication count)
> 0 31 000 (replication count)
> 3 48 235 (sequence)
> 0 11 248 (numeric) UCL CLIMATOLOGICAL U-COMPONENT WIND VALUE
> 0 11 250 (numeric) UCS STANDARD DEVIATION OF CLIMATOLOGICAL
> U-COMP WIND VALUE
> 0 11 249 (numeric) VCL CLIMATOLOGICAL V-COMPONENT WIND VALUE
> 0 11 251 (numeric) VCS STANDARD DEVIATION OF CLIMATOLOGICAL
> V-COMP WIND VALUE
> 0 11 253 (numeric) WOETU ANALYSIS-TUNED WIND OBSERVATION ERROR
> 0 33 212 (numeric) WVWTG ANAL VARIATIONAL QC WEIGHT ON WIND OBS
> BASED ON GUESS
> 0 33 213 (numeric) WVWTA ANAL VARIATIONAL QC WEIGHT ON WIND OBS
> BASED ON ANAL
> 0 11 225 (numeric) RF10M 10 METER WIND REDUCTION FACTOR
> 1 02 000 (replicate next 2, not including replication count)
> 0 31 001 (replication count)
> 2 06 001 (operator)
> 0 63 255 (numeric) BITPAD
> =============================================================
> so can you help me to generat a descriptor file and, who to read data from
> a bufr file with grads
>
> Thank you advanced .
>
>
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