AAPP Process log files ------------------- AAPP.out ------------------- BUL = tle parameter file = decommutation.par HIST,/opt/UKMO/AAPP_8.3/AAPP/data/calibration/coef/noaa19/hirs_historic.txt Number of lines of the HIST file is inferior to HIST_SIZE_HIGH L1B_FILE hrsn.l1b BUL = tle /opt/UKMO/AAPP_8.3/AAPP/orbelems/satpos/satpos_noaa19_20241003.txt BUL = tle ATT = -99.99 -99.99 -99.99 OPTIONS = 1,1,1,10,14,11,15,16,12,13,1,17 1 0.05371 -2.088 0.1584 -54.46 2017 204 2 0.06227 -2.415 0.1855 -64.03 2017 204 Updating hrpt.l1b hrpt.l1b 1 5.37099987E-02 -2.08800006 0.158399999 -54.4599991 2017.00000 204.000000 2 6.22700006E-02 -2.41499996 0.185499996 -64.0299988 2017.00000 204.000000 atovin script params AMSU-A AMSU-B HIRS RUN_MAIA=no ------------------- AAPP.err ------------------- > 2024/10/03 13:53:56 vxhrptrx 40885 AAPP_RUN_NOAA INFO : start of processing NOAA-HRPT.RAW > 2024/10/03 13:53:56 vxhrptrx 40912 tleing INFO : noaa19 > 2024/10/03 13:53:56 vxhrptrx 40885 AAPP_RUN_NOAA INFO : Satellite = noaa19 > 2024/10/03 13:53:56 vxhrptrx 40885 AAPP_RUN_NOAA INFO : Date = 20241003 > 2024/10/03 13:53:56 vxhrptrx 40885 AAPP_RUN_NOAA INFO : Hour = 1341 > 2024/10/03 13:53:56 vxhrptrx 40885 AAPP_RUN_NOAA INFO : Orbit = 80694 > 2024/10/03 13:53:56 vxhrptrx 40885 AAPP_RUN_NOAA INFO : A/TOVS = ATOVS > 2024/10/03 13:53:56 vxhrptrx 40885 AAPP_RUN_NOAA INFO : Working directory is /data/Images/NOAA/20241003_1341 > 2024/10/03 13:53:56 vxhrptrx 40885 AAPP_RUN_NOAA INFO : decom ATOVS > 2024/10/03 13:53:56 vxhrptrx 41009 hcalcb1_algoV4 INFO : Satellite = noaa19 > 2024/10/03 13:53:56 vxhrptrx 41009 hcalcb1_algoV4 INFO : Year = 2024 > 2024/10/03 13:53:56 vxhrptrx 41009 hcalcb1_algoV4 INFO : Month = 10 > 2024/10/03 13:53:56 vxhrptrx 41009 hcalcb1_algoV4 INFO : Day = 03 > 2024/10/03 13:53:56 vxhrptrx 41009 hcalcb1_algoV4 INFO : Hour = 13 > 2024/10/03 13:53:56 vxhrptrx 41009 hcalcb1_algoV4 INFO : Minut = 41 > 2024/10/03 13:53:56 vxhrptrx 41009 hcalcb1_algoV4 INFO : after test Hour = 13 > 2024/10/03 13:53:56 vxhrptrx 41009 hcalcb1_algoV4 INFO : Minut = 41 > 2024/10/03 13:53:57 vxhrptrx 40885 AAPP_RUN_NOAA INFO : Running hirscl_algoV4 > 2024/10/03 13:53:57 vxhrptrx 40885 AAPP_RUN_NOAA INFO : Running amsuacl > 2024/10/03 13:53:57 vxhrptrx 40885 AAPP_RUN_NOAA INFO : Running mhscl > 2024/10/03 13:53:57 vxhrptrx 40885 AAPP_RUN_NOAA INFO : Running avhrcl > 2024/10/03 13:53:58 vxhrptrx 40885 AAPP_RUN_NOAA INFO : Running atovin > 2024/10/03 13:53:58 vxhrptrx 40885 AAPP_RUN_NOAA INFO : Running atovpp > 2024/10/03 13:53:58 vxhrptrx 40885 AAPP_RUN_NOAA INFO : avh2hirs ATOVS started > 2024/10/03 13:53:58 vxhrptrx 41928 avh2hirs INFO : no maia4 > 2024/10/03 13:53:58 vxhrptrx 41928 avh2hirs INFO : avh2hirs_atovs.exe > 2024/10/03 13:53:59 vxhrptrx 40885 AAPP_RUN_NOAA INFO : avh2hirs ATOVS completed > 2024/10/03 13:53:59 vxhrptrx 40885 AAPP_RUN_NOAA INFO : creation of a symbolic link for the HRPT file on /data/Images/NOAA/20241003_1341 > 2024/10/03 13:53:59 vxhrptrx 40885 AAPP_RUN_NOAA INFO : source /data/Images/NOAA/20241003_1341/NOAA-HRPT.RAW > 2024/10/03 13:53:59 vxhrptrx 40885 AAPP_RUN_NOAA INFO : target hrpt_noaa19_20241003_1341_80694.hrp > 2024/10/03 13:53:59 vxhrptrx 40885 AAPP_RUN_NOAA INFO : end of processing /data/Images/NOAA/20241003_1341/NOAA-HRPT.RAW ------------------- decommutation.par ------------------- 1,1,1,1,1,0,0,0,0,0,0,1 ! OPTION NUMBERS 10,11,15,15,16,0,0,13,0,0,0,14 ! STREAM NO.S 2024 ! year of the data 0 ! operational mode 80694,80694 ! start and end orbit numbers ------------------- decommutation.log ------------------- > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : /data/Images/NOAA/20241003_1341/NOAA-HRPT.RAW > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : hrpt satid 15 tip satid 15 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : noaa19 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : atovdc started > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : good amf start at amf number 53 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : for line number 3 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : tip data starts at 49305099 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : tip time update at amf 77 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : hirs time correction before scan 4 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : amsu-a time correction before scan 3 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : mhs time correction before scan 7 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : AMSU minor frame parity error > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : TIP major frame 14 time 49736199 msecs from 0Z > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : tip quality flag 10000 majfr * at 49850199 msecs > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : AMSU Frame sync byte invalid > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : TIP major frame 18 time 49850699 msecs from 0Z > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : tip quality flag 10000 majfr * at 49850899 msecs > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : AMSU minor frame parity error > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : TIP major frame 18 time 49851199 msecs from 0Z > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : AMSU minor frame parity error > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : TIP major frame 18 time 49851699 msecs from 0Z > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : AMSU minor frame parity error > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : TIP major frame 18 time 49853199 msecs from 0Z > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : AMSU minor frame parity error > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : TIP major frame 18 time 49853199 msecs from 0Z > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : tip quality flag 10000 majfr * at 49853299 msecs > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : AMSU minor frame parity error > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : TIP major frame 18 time 49853699 msecs from 0Z > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : AMSU minor frame parity error > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : TIP major frame 18 time 49854199 msecs from 0Z > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : AMSU minor frame parity error > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : TIP major frame 18 time 49854699 msecs from 0Z > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : tip quality flag 10000 majfr * at 49854999 msecs > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : tip quality flag 90000 majfr * at 49855299 msecs > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : tip quality flag 10000 majfr * at 49855599 msecs > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : AMSU minor frame parity error > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : TIP major frame 18 time 49855699 msecs from 0Z > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : tip quality flag 10000 majfr * at 49856999 msecs > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : tip quality flag 10000 majfr * at 49857899 msecs > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : total avhrr scan lines 3950 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : avhrr start data day 03/10/24 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : avhrr start data time 13:41:18.858 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : avhrr end data day 03/10/24 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : avhrr end data time 13:52:17.024 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : hirs3 scan lines 102 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : hirs3 start data day 03/10/24 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : hirs3 start data time 13:41:19.599 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : hirs3 end data day 03/10/24 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : hirs3 end data time 13:52:05.999 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : amsu-a scan lines 81 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : parity errors in fr. sync 1 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : amsu-a start data day 03/10/24 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : amsu-a start data time 13:41:21.099 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : amsu-a end data day 03/10/24 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : amsu-a end data time 13:52:01.099 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : MHS scan lines 243 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : parity errors in fr. sync 3 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : MHS start data day 03/10/24 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : MHS start data time 13:41:15.762 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : MHS end data day 03/10/24 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : MHS end data time 13:52:01.099 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : 1B File has been closed on unit 11 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : 1B File has been closed on unit 15 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : 1B File has been closed on unit 16 > 2024/10/03 13:53:56 vxhrptrx 40961 decommutation.exe INFO : 1B File has been closed on unit 14 > 2024/10/03 13:53:56 vxhrptrx 40993 chk1btime.exe INFO : input file is hrsn.l1b > 2024/10/03 13:53:56 vxhrptrx 40993 chk1btime.exe INFO : data type indicates HIRS > 2024/10/03 13:53:56 vxhrptrx 40993 chk1btime.exe INFO : start time in header 03/10/24 13:41:19.599 > 2024/10/03 13:53:56 vxhrptrx 40993 chk1btime.exe INFO : time of 1st scan is 03/10/24 13:41:19.599 > 2024/10/03 13:53:56 vxhrptrx 40993 chk1btime.exe INFO : time of last scan is 03/10/24 13:52:05.999 > 2024/10/03 13:53:56 vxhrptrx 40993 chk1btime.exe INFO : end time in header 03/10/24 13:52:05.999 > 2024/10/03 13:53:56 vxhrptrx 40997 chk1btime.exe INFO : input file is aman.l1b > 2024/10/03 13:53:56 vxhrptrx 40997 chk1btime.exe INFO : data type indicates AMSU-A > 2024/10/03 13:53:56 vxhrptrx 40997 chk1btime.exe INFO : start time in header 03/10/24 13:41:21.099 > 2024/10/03 13:53:56 vxhrptrx 40997 chk1btime.exe INFO : time of 1st scan is 03/10/24 13:41:21.099 > 2024/10/03 13:53:56 vxhrptrx 40997 chk1btime.exe INFO : time of last scan is 03/10/24 13:52:01.099 > 2024/10/03 13:53:56 vxhrptrx 40997 chk1btime.exe INFO : end time in header 03/10/24 13:52:01.099 > 2024/10/03 13:53:56 vxhrptrx 41000 chk1btime.exe INFO : input file is ambn.l1b > 2024/10/03 13:53:56 vxhrptrx 41000 chk1btime.exe INFO : data type indicates MHS > 2024/10/03 13:53:56 vxhrptrx 41000 chk1btime.exe INFO : start time in header 03/10/24 13:41:15.762 > 2024/10/03 13:53:56 vxhrptrx 41000 chk1btime.exe INFO : time of 1st scan is 03/10/24 13:41:13.096 > 2024/10/03 13:53:56 vxhrptrx 41000 chk1btime.exe WARNING : start data time header/scan don't agree > 2024/10/03 13:53:56 vxhrptrx 41000 chk1btime.exe INFO : time of last scan is 03/10/24 13:51:58.432 > 2024/10/03 13:53:56 vxhrptrx 41000 chk1btime.exe INFO : end time in header 03/10/24 13:52:01.099 > 2024/10/03 13:53:56 vxhrptrx 41000 chk1btime.exe WARNING : end data time header/scan don't agree > 2024/10/03 13:53:56 vxhrptrx 41000 chk1btime.exe INFO : header start datation has been corrected > 2024/10/03 13:53:56 vxhrptrx 41000 chk1btime.exe INFO : header end datation has been corrected ------------------- amsuacl.log ------------------- > 2024/10/03 13:53:57 vxhrptrx 41083 amsuacl.exe INFO : take default attitude values > 2024/10/03 13:53:57 vxhrptrx 41083 amsuacl.exe INFO : default attitude mode 0 > 2024/10/03 13:53:57 vxhrptrx 41083 amsuacl.exe INFO : default attitude yaw 0.0000000000D+00 > 2024/10/03 13:53:57 vxhrptrx 41083 amsuacl.exe INFO : default attitude roll 0.0000000000D+00 > 2024/10/03 13:53:57 vxhrptrx 41083 amsuacl.exe INFO : default attitude pitch 0.0000000000D+00 > 2024/10/03 13:53:57 vxhrptrx 41083 amsuacl.exe WARNING : reading clock error value from clkerr_get 1 > 2024/10/03 13:53:57 vxhrptrx 41083 amsuacl.exe WARNING : clock error from file 0.000000E+00 > 2024/10/03 13:53:57 vxhrptrx 41083 amsuacl.exe WARNING : clock error forced to 0 > 2024/10/03 13:53:57 vxhrptrx 41083 amsuacl.exe INFO : navigation start > 2024/10/03 13:53:57 vxhrptrx 41083 amsuacl.exe INFO : clock error correction is valid > 2024/10/03 13:53:57 vxhrptrx 41083 amsuacl.exe INFO : datation will be corrected in this run > 2024/10/03 13:53:57 vxhrptrx 41083 amsuacl.exe INFO : ama_loc has been doen > 2024/10/03 13:53:57 vxhrptrx 41083 amsuacl.exe INFO : navigation end ama_l1bu,ama_cllgu,ama_stu 11 10 14 ************************** ** Starting AMSUACL ** ************************** *************************** ** SUBROUTINE AMASETU ** *************************** AMSU-A 1B file has been opened,ios: 0 start of data set time (msecs): 49281099 start of data set Julian day: 277 start of data set Year: 2024 end of data set time (msecs): 49921099 end of data set Julian day: 277 end of data set Year: 2024 Number of AMSU-A scan lines in this dataset 81 NOAA 1B spacecraft identification code: 8 NOAA satellite order number: 16 NOAA satellite name: noaa19 *************************** ** SUBROUTINE AMA_INITCL** *************************** calibration coefficients file version number: 35 version year: 2019 version day of year: 88 Speed of light m/s 299792448. First & second radiation constants 1.19104270E-05 1.43877518 Brightness temperature of space 2.73000002 Central wavenumbers 0.793883026 1.04739106 1.67782700 1.76121795 1.78777003 1.81458902 1.83260095 1.85128105 1.91100001 1.91100001 1.91100001 1.91100001 1.91100001 1.91100001 2.96871996 Band Correction Coefficients (b,a) 0.00000000 1.00000000 Band Correction Coefficients (b,a) 0.00000000 1.00000000 Band Correction Coefficients (b,a) 0.00000000 1.00000000 Band Correction Coefficients (b,a) 0.00000000 1.00000000 Band Correction Coefficients (b,a) 0.00000000 1.00000000 Band Correction Coefficients (b,a) 0.00000000 1.00000000 Band Correction Coefficients (b,a) 0.00000000 1.00000000 Band Correction Coefficients (b,a) 0.00000000 1.00000000 Band Correction Coefficients (b,a) 0.00000000 1.00000000 Band Correction Coefficients (b,a) 0.00000000 1.00000000 Band Correction Coefficients (b,a) 0.00000000 1.00000000 Band Correction Coefficients (b,a) 0.00000000 1.00000000 Band Correction Coefficients (b,a) 0.00000000 1.00000000 Band Correction Coefficients (b,a) 0.00000000 1.00000000 Band Correction Coefficients (b,a) 0.00000000 1.00000000 Nominal space & internal target viewing angles -83.3330002 180.000000 Nominal space & internal target viewing angles -81.6669998 180.000000 Nominal space & internal target viewing angles -80.0000000 180.000000 Nominal space & internal target viewing angles -76.6669998 180.000000 Cal Header read OK instrument id. 9 instrument id. 6 instrument id. 5 instrument id. 10 instrument id. 13 instrument id. 14 instrument id. 33 instrument id. 18 instrument id. 25 Selected position of space view for calibration 0 Slope and offset for counts to antenna posn -2.19730008E-02 45.4099998 -2.19730008E-02 57.1899986 Antenna Pos error allowed in deg for cal and Earth views 1.29999995 0.330000013 1.29999995 0.330000013 Cal Coefs read for instrument 25 instrument id. 34 Cal Coefs read for instrument 34 Calibration parameters read ok test coefficients file version number: 3 version year: 2001 version day of year: 315 instrument id. not matched no secondary calibration coeffs available *************************** ** SUBROUTINE AMA_STATUS* *************************** *************************** ** SUBROUTINE AMA_ANTPOS* *************************** scan 72, pix 1 A1: Nominal-measured earth ant posns= 2.923, -8.857 deg scan 72, pix 1 A2: Nominal-measured earth ant posn=131.673 deg Warm view gross limit err: scan 72 ,chan 1 Cold view gross limit err: scan 72 ,chan 1 **Warning bad antenna pointing on cal target: scan= 72 antenna=3 Error=-263.3-263.3 Warm view gross limit err: scan 72 ,chan 2 Cold view gross limit err: scan 72 ,chan 2 Warm view gross limit err: scan 72 ,chan 3 Cold view gross limit err: scan 72 ,chan 3 **Warning Sp view select & ant pos disagree: scan= 72 antenna=2 Error= 140.5 140.5 **Warning bad antenna pointing on cal target: scan= 72 antenna=2 Error=-122.8-122.8 Warm view gross limit err: scan 72 ,chan 4 Cold view gross limit err: scan 72 ,chan 4 Warm view gross limit err: scan 72 ,chan 5 Cold view gross limit err: scan 72 ,chan 5 Warm view gross limit err: scan 72 ,chan 6 Cold view gross limit err: scan 72 ,chan 6 **Warning Sp view select & ant pos disagree: scan= 72 antenna=1 Error= 128.7 128.7 **Warning bad antenna pointing on cal target: scan= 72 antenna=1 Error=-134.6-134.6 Warm view gross limit err: scan 72 ,chan 7 Cold view gross limit err: scan 72 ,chan 7 Warm view gross limit err: scan 72 ,chan 8 Cold view gross limit err: scan 72 ,chan 8 Warm view gross limit err: scan 72 ,chan 9 Cold view gross limit err: scan 72 ,chan 9 Warm view gross limit err: scan 72 ,chan 10 Cold view gross limit err: scan 72 ,chan 10 Warm view gross limit err: scan 72 ,chan 11 Cold view gross limit err: scan 72 ,chan 11 Warm view gross limit err: scan 72 ,chan 12 Cold view gross limit err: scan 72 ,chan 12 Warm view gross limit err: scan 72 ,chan 13 Cold view gross limit err: scan 72 ,chan 13 Warm view gross limit err: scan 72 ,chan 14 Cold view gross limit err: scan 72 ,chan 14 Warm view gross limit err: scan 72 ,chan 15 Cold view gross limit err: scan 72 ,chan 15 *************************** ** SUBROUTINE AMA_IWTTMP* *************************** scan 72 nprt_a11= 0 scan 72 nprt_a12= 0 scan 72 nprt_a2= 0 Scan 72 Inst 1 : PRT substituted by prior value Scan 72 Inst 2 : PRT substituted by prior value Scan 72 Inst 3 : PRT substituted by prior value ****************************** * AMA_UPDT ****************************** ****************************** * AMACLEXIT * ****************************** AMSUACL summary log ------------------- 80 scan lines were calibrated and navigated 0 scan lines were flagged as corrupt data 80 scan lines were navigated 80 scan lines had good prt data for A1-1 80 scan lines had good prt data for A1-2 80 scan lines had good prt data for A2 Chan 1= 80 scans of good cal views Chan 2= 80 scans of good cal views Chan 3= 80 scans of good cal views Chan 4= 80 scans of good cal views Chan 5= 80 scans of good cal views Chan 6= 80 scans of good cal views Chan 7= 80 scans of good cal views Chan 8= 80 scans of good cal views Chan 9= 80 scans of good cal views Chan 10= 80 scans of good cal views Chan 11= 80 scans of good cal views Chan 12= 80 scans of good cal views Chan 13= 80 scans of good cal views Chan 14= 80 scans of good cal views Chan 15= 80 scans of good cal views Chan 1= 81 scans calibrated Chan 2= 81 scans calibrated Chan 3= 81 scans calibrated Chan 4= 81 scans calibrated Chan 5= 81 scans calibrated Chan 6= 81 scans calibrated Chan 7= 81 scans calibrated Chan 8= 81 scans calibrated Chan 9= 81 scans calibrated Chan 10= 81 scans calibrated Chan 11= 81 scans calibrated Chan 12= 81 scans calibrated Chan 13= 81 scans calibrated Chan 14= 81 scans calibrated Chan 15= 81 scans calibrated ------------------- mhscl.log ------------------- > 2024/10/03 13:53:57 vxhrptrx 41109 mhscl.exe INFO : take default attitude values > 2024/10/03 13:53:57 vxhrptrx 41109 mhscl.exe INFO : default attitude mode 0 > 2024/10/03 13:53:57 vxhrptrx 41109 mhscl.exe INFO : default attitude yaw 0.0000000000D+00 > 2024/10/03 13:53:57 vxhrptrx 41109 mhscl.exe INFO : default attitude roll 0.0000000000D+00 > 2024/10/03 13:53:57 vxhrptrx 41109 mhscl.exe INFO : default attitude pitch 0.0000000000D+00 > 2024/10/03 13:53:57 vxhrptrx 41109 mhscl.exe WARNING : reading clock error value from clkerr_get 1 > 2024/10/03 13:53:57 vxhrptrx 41109 mhscl.exe WARNING : clock error from file 0.000000E+00 > 2024/10/03 13:53:57 vxhrptrx 41109 mhscl.exe WARNING : clock error forced to 0 > 2024/10/03 13:53:57 vxhrptrx 41109 mhscl.exe INFO : clock error correction is valid > 2024/10/03 13:53:57 vxhrptrx 41109 mhscl.exe INFO : datation will be corrected in this run ************************** ** Starting MHSCL ** ************************** *************************** ** SUBROUTINE MHSSETU ** *************************** MHS 1B file has been opened,ios: 0 start of data set time (msecs): 49273096 start of data set Julian day: 277 start of data set Year: 2024 end of data set time (msecs): 49918432 end of data set Julian day: 277 end of data set Year: 2024 Number of MHS scan lines in this dataset 243 NOAA 1B spacecraft identification code: 8 NOAA satellite name: noaa19 scname noaa19 *************************** ** SUBROUTINE MHS_LOC ** *************************** *************************** ** SUBROUTINE MHS_INITCL** *************************** calibration coefficients file version number: 12 version year: 2018 version day of year: 290 Calibration parameters read ok test coefficients file version number: 2 version year: 2006 version day of year: 184 instrument id. not matched no secondary calibration coeffs available *************************** ** SUBROUTINE MHS_STATUS* *************************** *************************** ** SUBROUTINE MHS_ANTPOS* *************************** *************************** ** SUBROUTINE MHS_MOON * *************************** Min and max moon angles: 117.95 126.45 *************************** ** SUBROUTINE MHS_SMPMN * *************************** Warning: ADC range, channel 3 line 1 chvalflgs=CF Warning: ADC range, channel 4 line 1 chvalflgs=CF *************************** ** SUBROUTINE MHS_IWTTMP* *************************** ************************************* ** SUBROUTINE MHS_AVG / MHS_CAL ** ************************************* ****************************** * MHS_UPDT ****************************** ****************************** * MHSCLEXIT * ****************************** MHSCL summary log ----------------- 243 scan lines in this dataset 243 scan lines were calibrated and navigated 0 scan lines were flagged as corrupt data 243 scan lines had good antenna pointing 243 scan lines had good prt data Chan 16= 243 scans of good cal views Chan 17= 243 scans of good cal views Chan 18= 243 scans of good cal views Chan 19= 243 scans of good cal views Chan 20= 243 scans of good cal views Chan 16= 243 scans calibrated Chan 17= 243 scans calibrated Chan 18= 243 scans calibrated Chan 19= 243 scans calibrated Chan 20= 243 scans calibrated ------------------- hirscl_algoV4.log ------------------- ** SUB. HCLSETU_ALGOV4 ** *************************** the log/debug file has been opened HIRS1B file has been opened HIRS1B header has been read *SUB.HGETL1BELEMENT_ALGOV4* *************************** ** SUB. H_CINIT_ALGOV4 ** *************************** NOAA spacecraft identification code: 8 start of data set (Julian day): 27304 start of data set : 2024 10 3 NOAA order number: 16 NOAA satellite name: noaa19 calibration coefficients file version number: 4 version year: 2008 version day of year: 316 test coefficients file version number: 2 version year: 2007 version day of year: 115 *SUB H_READB1SLOPE_ALGOV4 * *************************** The b1/avg slope file has been opened Date of the current orbit : 2024 10 3 ** SUB. H_INSTRTEST_ALGOV4 ** ****************************** first line = 1 last line = 102 ** SUB. H_SCANPOS_ALGOV4 ** *************************** FOR INFORMATION and EACH SCAN LINE, CHECK BIT31 ENCODER POSITION FOR EACH SCAN LINE LINE COUNTER *sub. H_LINECOUNT_ALGOV4 * the first paquet begins at scan line 1 *end sub H_LINECOUNT_ALGOV4* CHECK ENCODER POSITION AND LINE COUNT After the first step nb of space and IWT lines: 3 3 numbers of the space view lines: 20 60 100 **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** numbers of the IWT scan lines : 21 61 101 **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** After the second step nb of space and IWT lines: 3 3 numbers of the space view lines: 20 60 100 **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** numbers of the IWT scan lines : 21 61 101 **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** Final nb of full calib cycles : 3 Final nb of full good calib cycles : 3 Final nb of bad calib cycles : 0 numbers of the space view lines: 20 60 100 **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** numbers of the IWT scan lines : 21 61 101 **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** **** * SUB H_IWTTMP_ALGOV4 * ************************* IWT SCAN LINE NUMBER: 21 *sub H_PRTSTAT_ALGOV4* *end sub H_PRTSTAT_ALGOV4* temperature of the PRT nb 1: 284.20809 *sub H_PRTSTAT_ALGOV4* *end sub H_PRTSTAT_ALGOV4* temperature of the PRT nb 2: 284.36963 *sub H_PRTSTAT_ALGOV4* *end sub H_PRTSTAT_ALGOV4* temperature of the PRT nb 3: 284.38473 *sub H_PRTSTAT_ALGOV4* *end sub H_PRTSTAT_ALGOV4* temperature of the PRT nb 4: 284.26149 *sub H_PRTSTAT_ALGOV4* *end sub H_PRTSTAT_ALGOV4* temperature of the PRT nb 5: 284.24663 IWT TEMPERATURE: 284.29411 IWT SCAN LINE NUMBER: 61 *sub H_PRTSTAT_ALGOV4* *end sub H_PRTSTAT_ALGOV4* temperature of the PRT nb 1: 284.02618 *sub H_PRTSTAT_ALGOV4* *end sub H_PRTSTAT_ALGOV4* temperature of the PRT nb 2: 284.22195 *sub H_PRTSTAT_ALGOV4* *end sub H_PRTSTAT_ALGOV4* temperature of the PRT nb 3: 284.22925 *sub H_PRTSTAT_ALGOV4* *end sub H_PRTSTAT_ALGOV4* temperature of the PRT nb 4: 284.07070 *sub H_PRTSTAT_ALGOV4* *end sub H_PRTSTAT_ALGOV4* temperature of the PRT nb 5: 284.07130 IWT TEMPERATURE: 284.12388 IWT SCAN LINE NUMBER: 101 *sub H_PRTSTAT_ALGOV4* *end sub H_PRTSTAT_ALGOV4* temperature of the PRT nb 1: 283.91317 *sub H_PRTSTAT_ALGOV4* *end sub H_PRTSTAT_ALGOV4* temperature of the PRT nb 2: 284.08648 *sub H_PRTSTAT_ALGOV4* *end sub H_PRTSTAT_ALGOV4* temperature of the PRT nb 3: 284.08458 *sub H_PRTSTAT_ALGOV4* *end sub H_PRTSTAT_ALGOV4* temperature of the PRT nb 4: 283.96315 *sub H_PRTSTAT_ALGOV4* *end sub H_PRTSTAT_ALGOV4* temperature of the PRT nb 5: 283.94177 IWT TEMPERATURE: 283.99783 ** SUB. H_IWTRAD_ALGOV4 ** *************************** ** SUB. H_CNTMN_ALGOV4 ** *************************** CALIB CYCLE : 1 SPACE LINE NUMBER: 20 CHANNEL 1: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1909 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 3.6954 3.0000 CHANNEL 2: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -1247 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.7439 0.6700 CHANNEL 3: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 364 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 4: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 859 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.4463 0.3100 CHANNEL 5: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 696 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.3668 0.2100 CHANNEL 6: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1526 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.3364 0.2400 CHANNEL 7: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2318 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.3723 0.2000 CHANNEL 8: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1592 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.1007 0.1000 CHANNEL 9: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -568 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.1625 0.1500 CHANNEL 10: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2293 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.2916 0.1500 CHANNEL 11: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 118 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 12: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -763 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 13: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2076 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values: ch:13 ifov:36 count: 2083 for filtered values: *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* CHANNEL 14: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2535 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.0033 0.0030 CHANNEL 15: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2344 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 16: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1082 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 17: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2919 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 18: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2703 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values: ch:18 ifov:48 count: 2708 for filtered values: *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* CHANNEL 19: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 3552 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CALIB CYCLE : 1 IWT LINE NUMBER: 21 CHANNEL 1: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1440 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 4.0228 3.0000 CHANNEL 2: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -1893 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.8749 0.6700 CHANNEL 3: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -1299 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 4: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -947 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.4384 0.3100 CHANNEL 5: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -964 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.3823 0.2100 CHANNEL 6: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -512 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.3080 0.2400 CHANNEL 7: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 176 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.3662 0.2000 CHANNEL 8: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -514 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.1103 0.1000 CHANNEL 9: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -1508 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.1672 0.1500 CHANNEL 10: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 93 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.2888 0.1500 CHANNEL 11: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -965 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 12: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -1398 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values: ch:12 ifov:12 count: -1377 *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* CHANNEL 13: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1036 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 14: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1379 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 15: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1214 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 16: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 338 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 17: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2341 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 18: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2256 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 19: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 3040 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CALIB CYCLE : 2 SPACE LINE NUMBER: 60 CHANNEL 1: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1905 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 3.7800 3.0000 CHANNEL 2: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -1246 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.9047 0.6700 CHANNEL 3: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 365 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values: ch: 3 ifov:50 count: 384 for filtered values: *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* CHANNEL 4: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 860 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.4349 0.3100 CHANNEL 5: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 696 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.3246 0.2100 CHANNEL 6: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1527 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.3444 0.2400 CHANNEL 7: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2318 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.4365 0.2000 CHANNEL 8: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1596 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.1100 0.1000 CHANNEL 9: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -566 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.1700 0.1500 CHANNEL 10: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2293 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.2675 0.1500 CHANNEL 11: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 118 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 12: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -765 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 13: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2081 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 14: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2541 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.0039 0.0030 CHANNEL 15: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2349 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 16: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1086 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 17: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2922 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.0021 0.0020 CHANNEL 18: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2706 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 19: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 3555 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CALIB CYCLE : 2 IWT LINE NUMBER: 61 CHANNEL 1: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1443 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 3.4532 3.0000 CHANNEL 2: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -1888 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.8071 0.6700 CHANNEL 3: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -1290 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 4: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -940 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.3674 0.3100 CHANNEL 5: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -957 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.4088 0.2100 CHANNEL 6: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -504 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.2960 0.2400 CHANNEL 7: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 184 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.4900 0.2000 CHANNEL 8: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -503 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.1273 0.1000 CHANNEL 9: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -1502 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.2012 0.1500 CHANNEL 10: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 101 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.2707 0.1500 CHANNEL 11: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -959 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.2086 0.2000 CHANNEL 12: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -1395 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 13: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1048 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 14: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1393 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 15: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1227 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 16: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 346 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 17: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2350 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 18: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2262 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 19: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 3047 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CALIB CYCLE : 3 SPACE LINE NUMBER: 100 CHANNEL 1: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1910 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 3.0068 3.0000 CHANNEL 2: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -1245 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 1.0380 0.6700 CHANNEL 3: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 370 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 4: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 864 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.4486 0.3100 CHANNEL 5: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 703 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.3917 0.2100 CHANNEL 6: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1534 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.3413 0.2400 CHANNEL 7: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2326 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.4068 0.2000 CHANNEL 8: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1601 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.1160 0.1000 CHANNEL 9: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -562 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.1920 0.1500 CHANNEL 10: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2301 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.2975 0.1500 CHANNEL 11: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 122 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.2317 0.2000 CHANNEL 12: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -759 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 13: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2086 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 14: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2546 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.0033 0.0030 CHANNEL 15: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2353 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 16: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1089 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 17: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2926 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values: ch:17 ifov:51 count: 2922 for filtered values: *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* CHANNEL 18: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2708 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 19: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 3558 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CALIB CYCLE : 3 IWT LINE NUMBER: 101 CHANNEL 1: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1443 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 3.4473 3.0000 CHANNEL 2: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -1888 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.8055 0.6700 CHANNEL 3: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -1289 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.5005 0.5000 CHANNEL 4: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -936 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.5058 0.3100 CHANNEL 5: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -955 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.4446 0.2100 CHANNEL 6: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -496 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.3511 0.2400 CHANNEL 7: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 190 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.4452 0.2000 CHANNEL 8: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -496 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 9: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -1499 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.1664 0.1500 CHANNEL 10: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 109 *end sub H_MEDIAN_ALGOV4* nedc(ich).ne.missdp and standard deviation > nedc nedc observed and specified: 0.2655 0.1500 CHANNEL 11: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -954 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 12: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : -1392 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 13: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1057 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 14: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1403 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 15: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 1237 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values: ch:15 ifov:16 count: 1243 *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* CHANNEL 16: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 353 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 17: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2355 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 18: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 2266 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none CHANNEL 19: *sub H_LIMIT_ALGOV4* *end sub H_LIMIT_ALGOV4* *sub H_CNTSTAT_ALGOV4* *end sub H_CNTSTAT_ALGOV4* *sub H_MEDIAN_ALGOV4* total number of good counts: 48 median : 3052 *end sub H_MEDIAN_ALGOV4* nedc(ich).eq.missdp or standard deviation <= nedc eliminated values = none *SUB H_BBINTERSLOP_ALGOV4 * *************************** *S. H_BBSLOPCONTROL_ALGOV4* *************************** * SUB H_PARTIAL_SUPERSWATH_ALGOV4 * *********************************** CHANNEL: 1 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 2 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 3 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 4 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 5 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 6 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 7 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 8 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 9 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 10 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 11 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 12 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 13 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 14 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 15 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 16 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 17 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 18 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 CHANNEL: 19 cycle 1 2 3 4 qualified T T T F partial SW T T F T Nb selected 2 2 3 2 Selected 1 1 1 1 2 Selected 2 2 2 2 3 Selected 3 0 0 3 0 ** SUB. H_SLOPE_ALGOV4 ** *************************** ** SUB H_SSTEMP_ALGOV4 ** *************************** * SUB H_INTERCEPT_ALGOV4 * *************************** Computes the calib intercept Computes the linear intercept Computes the intercept based on the telescope temp. Computes the final intercept *SUB.H_WRITE_HISTO_ALGOV4 * *************************** the historical file has been opened the historic file has been closed ** SUB. H_GTMEAN_ALGOV4 ** *************************** *SUB H_UPHRS1BCOMMON1_ALGOV4* ***************************** ** SUB. HL1BWRT_ALGOV4 ** *************************** ** SUB. HCLEXIT_ALGOV4 ** *************************** the HIRS-l1b file has been closed ------------------- hirscl_algoV4.err ------------------- > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : The log/debug file has been opened > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : HIRS1B file has been opened > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : HIRS1B header has been read > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : take default attitude values > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : default attitude mode 0 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : default attitude yaw 0.0000000000D+00 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : default attitude roll 0.0000000000D+00 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : default attitude pitch 0.0000000000D+00 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe WARNING : reading clock error value from clkerr_get 1 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe WARNING : clock error from file 0.000000E+00 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe WARNING : clock error forced to 0 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : hirs navigation start > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : clock error correction is valid > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : datation will be corrected in this run > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : navigation end > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : HIRS calibration start > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : start of data set (Julian day): 27304 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : start of data set :2024 10 3 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : order number: 16 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Satellite :noaa19 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Coef file: Version nb, year, day of year : 4 2008 316 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Test file: Version nb, year, day of year : 2 2007 115 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : The b1/avg_slope file has been opened > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : b1slope file: Reference date/hour :2024 10 3 13 41 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : b1slope file: nb of hours preceeding date : 24 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : First line = 1 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Last line = 102 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : First paquet with correct line counts: line 1 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Final number of full calib cycles: 3 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Final number of full good calib cycles: 3 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Final number of bad calib cycles: 0 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : First space views line 20 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : First IWT scan line 21 > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Computes IWT temp. for each IWT scan line > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Computes means of outpout counts for space/IWT lines > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Computes the BB coefs for each calib cycle > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Controls the BBslopes of the calib cycles > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Computes slope for each channel and for each calib cycle > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Computes slope for each channel and for each Earth view scan line > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Computes the calib intercept > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Computes the linear intercept > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Computes the intercept based on the telescope temp. > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : The historical file has been opened > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : Writes historical file for calib cycles > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : The historical file has been closed > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : The HIRS-level1b file has been closed > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : The log/debug file has been closed > 2024/10/03 13:53:57 vxhrptrx 41058 hirscl_algoV4.exe INFO : HIRS calibration NORMAL END ------------------- hcalcb1.log ------------------- ** h_calculate_b1 ** number of past hours 24 ** h_read_histo ** for k 1 outside date range 1 27/08/24 01:35:53.186 ** h_read_histo ** for k 1 outside date range 1 27/08/24 03:09:45.186 ** h_read_histo ** for k 1 outside date range 1 27/08/24 03:14:01.186 ** h_read_histo ** for k 1 outside date range 1 27/08/24 03:18:17.186 ** h_read_histo ** for k 1 outside date range 1 27/08/24 12:58:33.186 ** h_read_histo ** for k 1 outside date range 1 27/08/24 13:02:49.186 ** h_read_histo ** for k 1 outside date range 1 27/08/24 13:07:05.186 ** h_read_histo ** for k 1 outside date range 1 27/08/24 14:40:57.186 ** h_read_histo ** for k 1 outside date range 1 27/08/24 14:45:13.186 ** h_read_histo ** for k 1 outside date range 1 28/08/24 02:59:05.186 ** h_read_histo ** for k 1 outside date range 1 28/08/24 03:03:21.186 ** h_read_histo ** for k 1 outside date range 1 28/08/24 12:47:53.186 ** h_read_histo ** for k 1 outside date range 1 28/08/24 14:30:17.186 ** h_read_histo ** for k 1 outside date range 1 28/08/24 14:34:33.186 ** h_read_histo ** for k 1 outside date range 1 29/08/24 14:15:21.186 ** h_read_histo ** for k 1 outside date range 1 29/08/24 14:19:37.186 ** h_read_histo ** for k 1 outside date range 1 30/08/24 12:22:17.187 ** h_read_histo ** for k 1 outside date range 1 30/08/24 14:04:41.187 ** h_read_histo ** for k 1 outside date range 1 30/08/24 14:08:57.187 ** h_read_histo ** for k 1 outside date range 1 31/08/24 02:22:49.187 ** h_read_histo ** for k 1 outside date range 1 31/08/24 02:27:05.187 ** h_read_histo ** for k 1 outside date range 1 31/08/24 04:00:57.187 ** h_read_histo ** for k 1 outside date range 1 31/08/24 04:05:13.187 ** h_read_histo ** for k 1 outside date range 1 31/08/24 12:11:37.187 ** h_read_histo ** for k 1 outside date range 1 31/08/24 13:49:45.187 ** h_read_histo ** for k 1 outside date range 1 31/08/24 13:54:01.187 ** h_read_histo ** for k 1 outside date range 1 31/08/24 13:58:17.187 ** h_read_histo ** for k 1 outside date range 1 01/09/24 02:12:09.188 ** h_read_histo ** for k 1 outside date range 1 01/09/24 02:16:25.188 ** h_read_histo ** for k 1 outside date range 1 01/09/24 03:50:17.188 ** h_read_histo ** for k 1 outside date range 1 01/09/24 03:54:33.188 ** h_read_histo ** for k 1 outside date range 1 01/09/24 13:39:05.188 ** h_read_histo ** for k 1 outside date range 1 01/09/24 13:43:21.188 ** h_read_histo ** for k 1 outside date range 1 02/09/24 01:57:13.188 ** h_read_histo ** for k 1 outside date range 1 02/09/24 02:01:29.188 ** h_read_histo ** for k 1 outside date range 1 02/09/24 03:35:21.188 ** h_read_histo ** for k 1 outside date range 1 02/09/24 03:39:37.188 ** h_read_histo ** for k 1 outside date range 1 02/09/24 03:43:53.188 ** h_read_histo ** for k 1 outside date range 1 02/09/24 13:28:25.188 ** h_read_histo ** for k 1 outside date range 1 02/09/24 13:32:41.188 ** h_read_histo ** for k 1 outside date range 1 03/09/24 01:46:33.188 ** h_read_histo ** for k 1 outside date range 1 03/09/24 03:24:41.188 ** h_read_histo ** for k 1 outside date range 1 03/09/24 03:28:57.188 ** h_read_histo ** for k 1 outside date range 1 03/09/24 13:13:29.188 ** h_read_histo ** for k 1 outside date range 1 03/09/24 13:17:45.188 ** h_read_histo ** for k 1 outside date range 1 03/09/24 14:55:53.188 ** h_read_histo ** for k 1 outside date range 1 03/09/24 15:00:09.188 ** h_read_histo ** for k 1 outside date range 1 04/09/24 01:31:37.189 ** h_read_histo ** for k 1 outside date range 1 04/09/24 01:35:53.189 ** h_read_histo ** for k 1 outside date range 1 04/09/24 03:14:01.189 ** h_read_histo ** for k 1 outside date range 1 04/09/24 03:18:17.189 ** h_read_histo ** for k 1 outside date range 1 04/09/24 13:02:49.189 ** h_read_histo ** for k 1 outside date range 1 04/09/24 13:07:05.189 ** h_read_histo ** for k 1 outside date range 1 04/09/24 14:40:57.189 ** h_read_histo ** for k 1 outside date range 1 04/09/24 14:45:13.189 ** h_read_histo ** for k 1 outside date range 1 04/09/24 14:49:29.189 ** h_read_histo ** for k 1 outside date range 1 06/09/24 12:37:13.189 ** h_read_histo ** for k 1 outside date range 1 07/09/24 02:37:45.190 ** h_read_histo ** for k 1 outside date range 1 07/09/24 02:42:01.190 ** h_read_histo ** for k 1 outside date range 1 07/09/24 12:26:33.190 ** h_read_histo ** for k 1 outside date range 1 07/09/24 14:04:41.190 ** h_read_histo ** for k 1 outside date range 1 07/09/24 14:08:57.190 ** h_read_histo ** for k 1 outside date range 1 08/09/24 12:11:37.190 ** h_read_histo ** for k 1 outside date range 1 08/09/24 13:54:01.190 ** h_read_histo ** for k 1 outside date range 1 08/09/24 13:58:17.190 ** h_read_histo ** for k 1 outside date range 1 09/09/24 02:12:09.190 ** h_read_histo ** for k 1 outside date range 1 09/09/24 02:16:25.190 ** h_read_histo ** for k 1 outside date range 1 09/09/24 13:39:05.190 ** h_read_histo ** for k 1 outside date range 1 09/09/24 13:43:21.190 ** h_read_histo ** for k 1 outside date range 1 09/09/24 13:47:37.190 ** h_read_histo ** for k 1 outside date range 1 11/09/24 03:24:41.191 ** h_read_histo ** for k 1 outside date range 1 11/09/24 13:13:29.191 ** h_read_histo ** for k 1 outside date range 1 11/09/24 13:17:45.191 ** h_read_histo ** for k 1 outside date range 1 11/09/24 13:22:01.191 ** h_read_histo ** for k 1 outside date range 1 12/09/24 01:35:53.192 ** h_read_histo ** for k 1 outside date range 1 13/09/24 03:03:21.192 ** h_read_histo ** for k 1 outside date range 1 13/09/24 03:07:37.192 ** h_read_histo ** for k 1 outside date range 1 13/09/24 12:52:09.192 ** h_read_histo ** for k 1 outside date range 1 13/09/24 14:30:17.192 ** h_read_histo ** for k 1 outside date range 1 13/09/24 14:34:33.192 ** h_read_histo ** for k 1 outside date range 1 14/09/24 02:52:41.192 ** h_read_histo ** for k 1 outside date range 1 14/09/24 02:56:57.192 ** h_read_histo ** for k 1 outside date range 1 14/09/24 12:37:13.192 ** h_read_histo ** for k 1 outside date range 1 14/09/24 14:19:37.192 ** h_read_histo ** for k 1 outside date range 1 14/09/24 14:23:53.192 ** h_read_histo ** for k 1 outside date range 1 15/09/24 02:37:45.193 ** h_read_histo ** for k 1 outside date range 1 15/09/24 02:42:01.193 ** h_read_histo ** for k 1 outside date range 1 15/09/24 04:15:53.193 ** h_read_histo ** for k 1 outside date range 1 15/09/24 04:20:09.193 ** h_read_histo ** for k 1 outside date range 1 15/09/24 12:26:33.193 ** h_read_histo ** for k 1 outside date range 1 15/09/24 14:04:41.193 ** h_read_histo ** for k 1 outside date range 1 15/09/24 14:08:57.193 ** h_read_histo ** for k 1 outside date range 1 15/09/24 14:13:13.193 ** h_read_histo ** for k 1 outside date range 1 16/09/24 04:05:13.193 ** h_read_histo ** for k 1 outside date range 1 16/09/24 04:09:29.193 ** h_read_histo ** for k 1 outside date range 1 17/09/24 02:16:25.193 ** h_read_histo ** for k 1 outside date range 1 18/09/24 02:01:29.194 ** h_read_histo ** for k 1 outside date range 1 18/09/24 13:28:25.194 ** h_read_histo ** for k 1 outside date range 1 18/09/24 13:32:41.194 ** h_read_histo ** for k 1 outside date range 1 18/09/24 13:36:57.194 ** h_read_histo ** for k 1 outside date range 1 19/09/24 01:50:49.194 ** h_read_histo ** for k 1 outside date range 1 19/09/24 13:17:45.194 ** h_read_histo ** for k 1 outside date range 1 19/09/24 13:22:01.194 ** h_read_histo ** for k 1 outside date range 1 19/09/24 15:00:09.194 ** h_read_histo ** for k 1 outside date range 1 20/09/24 03:14:01.194 ** h_read_histo ** for k 1 outside date range 1 20/09/24 03:18:17.194 ** h_read_histo ** for k 1 outside date range 1 20/09/24 03:22:33.194 ** h_read_histo ** for k 1 outside date range 1 20/09/24 13:02:49.194 ** h_read_histo ** for k 1 outside date range 1 20/09/24 13:07:05.194 ** h_read_histo ** for k 1 outside date range 1 20/09/24 13:11:21.194 ** h_read_histo ** for k 1 outside date range 1 20/09/24 14:45:13.194 ** h_read_histo ** for k 1 outside date range 1 20/09/24 14:49:29.194 ** h_read_histo ** for k 1 outside date range 1 21/09/24 03:03:21.195 ** h_read_histo ** for k 1 outside date range 1 21/09/24 03:07:37.195 ** h_read_histo ** for k 1 outside date range 1 21/09/24 12:52:09.195 ** h_read_histo ** for k 1 outside date range 1 21/09/24 14:34:33.195 ** h_read_histo ** for k 1 outside date range 1 21/09/24 14:38:49.195 ** h_read_histo ** for k 1 outside date range 1 22/09/24 02:52:41.195 ** h_read_histo ** for k 1 outside date range 1 22/09/24 02:56:57.195 ** h_read_histo ** for k 1 outside date range 1 22/09/24 14:19:37.195 ** h_read_histo ** for k 1 outside date range 1 22/09/24 14:23:53.195 ** h_read_histo ** for k 1 outside date range 1 23/09/24 12:26:33.196 ** h_read_histo ** for k 1 outside date range 1 23/09/24 14:08:57.196 ** h_read_histo ** for k 1 outside date range 1 23/09/24 14:13:13.196 ** h_read_histo ** for k 1 outside date range 1 24/09/24 02:27:05.196 ** h_read_histo ** for k 1 outside date range 1 24/09/24 02:31:21.196 ** h_read_histo ** for k 1 outside date range 1 24/09/24 13:54:01.196 ** h_read_histo ** for k 1 outside date range 1 24/09/24 13:58:17.196 ** h_read_histo ** for k 1 outside date range 1 24/09/24 14:02:33.196 ** h_read_histo ** for k 1 outside date range 1 25/09/24 02:16:25.196 ** h_read_histo ** for k 1 outside date range 1 25/09/24 02:20:41.196 ** h_read_histo ** for k 1 outside date range 1 25/09/24 13:43:21.196 ** h_read_histo ** for k 1 outside date range 1 25/09/24 13:47:37.196 ** h_read_histo ** for k 1 outside date range 1 26/09/24 02:01:29.197 ** h_read_histo ** for k 1 outside date range 1 26/09/24 02:05:45.197 ** h_read_histo ** for k 1 outside date range 1 26/09/24 03:39:37.197 ** h_read_histo ** for k 1 outside date range 1 26/09/24 03:43:53.197 ** h_read_histo ** for k 1 outside date range 1 26/09/24 03:48:09.197 ** h_read_histo ** for k 1 outside date range 1 26/09/24 13:32:41.197 ** h_read_histo ** for k 1 outside date range 1 26/09/24 13:36:57.197 ** h_read_histo ** for k 1 outside date range 1 27/09/24 01:50:49.197 ** h_read_histo ** for k 1 outside date range 1 27/09/24 03:28:57.197 ** h_read_histo ** for k 1 outside date range 1 27/09/24 03:33:13.197 ** h_read_histo ** for k 1 outside date range 1 27/09/24 13:17:45.197 ** h_read_histo ** for k 1 outside date range 1 27/09/24 13:22:01.197 ** h_read_histo ** for k 1 outside date range 1 27/09/24 15:00:09.197 ** h_read_histo ** for k 1 outside date range 1 27/09/24 15:04:25.197 ** h_read_histo ** for k 1 outside date range 1 28/09/24 03:18:17.197 ** h_read_histo ** for k 1 outside date range 1 28/09/24 03:22:33.197 ** h_read_histo ** for k 1 outside date range 1 28/09/24 14:45:13.197 ** h_read_histo ** for k 1 outside date range 1 28/09/24 14:49:29.197 ** h_read_histo ** for k 1 outside date range 1 29/09/24 12:52:09.198 ** h_read_histo ** for k 1 outside date range 1 29/09/24 12:56:25.198 ** h_read_histo ** for k 1 outside date range 1 30/09/24 02:52:41.198 ** h_read_histo ** for k 1 outside date range 1 30/09/24 02:56:57.198 ** h_read_histo ** for k 1 outside date range 1 30/09/24 12:41:29.198 ** h_read_histo ** for k 1 outside date range 1 01/10/24 02:42:01.198 ** h_read_histo ** for k 1 outside date range 1 01/10/24 02:46:17.198 ** h_read_histo ** for k 1 outside date range 1 01/10/24 04:20:09.198 ** h_read_histo ** for k 1 outside date range 1 01/10/24 04:24:25.198 ** h_read_histo ** for k 1 outside date range 1 01/10/24 12:30:49.198 ** h_read_histo ** for k 1 outside date range 1 01/10/24 14:08:57.198 ** h_read_histo ** for k 1 outside date range 1 01/10/24 14:13:13.198 ** h_read_histo ** for k 1 outside date range 1 02/10/24 02:31:21.199 ** h_read_histo ** for k 1 outside date range 1 02/10/24 04:09:29.199 ** h_read_histo ** for k 1 outside date range 1 02/10/24 04:13:45.199 ** h_read_histo ** for k 1 store 1 02/10/24 13:54:01.199 80680 1 3 133.960007 ** h_read_histo ** for k 2 store 2 02/10/24 13:58:17.199 80680 2 3 124.080002 ** h_read_histo ** for k 3 store 3 02/10/24 14:02:33.199 80680 3 3 112.849998 ** h_read_histo ** for k 4 store 4 03/10/24 02:16:25.199 80687 1 2 57.0000000 ** h_read_histo ** for k 5 store 5 03/10/24 02:20:41.199 80687 2 2 46.9700012 ** h_read_histo ** for k 6 store 6 03/10/24 03:54:33.199 80688 1 2 67.0999985 ** h_read_histo ** for k 7 store 7 03/10/24 03:58:49.199 80688 2 2 55.9000015 ** h_read_histo ** for k 8 number of stored cycles 7 1 b0 b1 r all 925.257263 -1.48463082 0.180822790 1 b0 b1 r night 4750.10547 -15.1256285 0.995497882 1 b0 b1 r day -2991.68750 12.4477396 0.842177391 1 avg slope stdev -0.267095298 2.00137915E-03 2 b0 b1 r all -226.751099 -4.46422473E-02 2.09296979E-02 2 b0 b1 r night 523.265198 -2.72139621 0.544915378 2 b0 b1 r day 351.011017 -2.09918904 0.588249445 2 avg slope stdev -0.191975996 5.32066857E-04 3 b0 b1 r all 143.466629 -0.415061772 0.631214380 3 b0 b1 r night 527.754150 -1.78607237 0.884177566 3 b0 b1 r day 93.9703140 -0.238872185 0.412525833 3 avg slope stdev -7.39582703E-02 7.95815940E-05 4 b0 b1 r all 161.837692 -0.370692372 0.559787095 4 b0 b1 r night 626.494812 -2.02838612 0.938303709 4 b0 b1 r day 66.8733749 -3.27611156E-02 6.98269457E-02 4 avg slope stdev -6.71540126E-02 7.92154460E-05 5 b0 b1 r all 168.923035 -0.422371924 0.781231105 5 b0 b1 r night 482.778381 -1.54207742 0.971334219 5 b0 b1 r day 109.540787 -0.211050451 0.812527061 5 avg slope stdev -7.22059980E-02 8.79279251E-05 6 b0 b1 r all 220.662460 -0.471839845 0.819311082 6 b0 b1 r night 504.051575 -1.48283052 0.967811525 6 b0 b1 r day 149.954437 -0.220249698 0.637682736 6 avg slope stdev -5.77474870E-02 4.81730058E-05 7 b0 b1 r all 248.704987 -0.440313101 0.700089574 7 b0 b1 r night 600.488647 -1.69529128 0.967753530 7 b0 b1 r day 153.743546 -0.102436997 0.187683538 7 avg slope stdev -5.39115854E-02 3.63175859E-05 8 b0 b1 r all 189.831467 -0.427236676 0.935315728 8 b0 b1 r night 345.468811 -0.982513905 0.996470392 8 b0 b1 r day 180.313950 -0.393325090 0.966255903 8 avg slope stdev -4.38414142E-02 3.06532420E-05 9 b0 b1 r all 40.0486336 -0.295934081 0.728437781 9 b0 b1 r night 261.741425 -1.08698785 0.961855173 9 b0 b1 r day 102.405792 -0.517622769 0.960481107 9 avg slope stdev -7.60577396E-02 5.49417819E-05 10 b0 b1 r all 260.444794 -0.527254522 0.868307590 10 b0 b1 r night 514.365295 -1.43314326 0.980388641 10 b0 b1 r day 216.677597 -0.371492743 0.747741401 10 avg slope stdev -4.90181558E-02 4.78619695E-05 11 b0 b1 r all 45.7538338 -0.151052922 0.570824683 11 b0 b1 r night 211.734528 -0.743249416 0.855284393 11 b0 b1 r day 47.4539490 -0.157033399 0.678701103 11 avg slope stdev -2.81514712E-02 5.22663431E-05 12 b0 b1 r all 5.87436581 -9.98609439E-02 0.391931057 12 b0 b1 r night 7.40686274 -0.105391257 0.217052504 12 b0 b1 r day 50.5834770 -0.258870959 0.524600089 12 avg slope stdev -2.90204994E-02 9.10394883E-05 13 b0 b1 r all 12.2641392 -2.97713839E-02 0.981574833 13 b0 b1 r night 11.4234772 -2.67698765E-02 0.991666317 13 b0 b1 r day 10.7243595 -2.42954008E-02 0.905021131 13 avg slope stdev -1.88063434E-03 2.10995495E-06 14 b0 b1 r all 11.6300526 -2.76893731E-02 0.985423446 14 b0 b1 r night 12.7996893 -3.18608955E-02 0.994126379 14 b0 b1 r day 10.5106516 -2.37076916E-02 0.925875425 14 avg slope stdev -1.52056431E-03 1.53633016E-06 15 b0 b1 r all 10.3518600 -2.47458462E-02 0.992127120 15 b0 b1 r night 9.39225769 -2.13210844E-02 0.985634327 15 b0 b1 r day 9.60693550 -2.20968593E-02 0.969072104 15 avg slope stdev -1.45202712E-03 1.76031426E-06 16 b0 b1 r all 8.38780594 -2.18183920E-02 0.985534012 16 b0 b1 r night 8.59109116 -2.25414410E-02 0.992700934 16 b0 b1 r day 6.78594589 -1.61211994E-02 0.943140864 16 avg slope stdev -2.08937563E-03 1.70566159E-06 17 b0 b1 r all 10.0288363 -2.11824775E-02 0.977360666 17 b0 b1 r night 7.69358587 -1.28522562E-02 0.921755850 17 b0 b1 r day 11.1723709 -2.52504535E-02 0.957280517 17 avg slope stdev -1.39786431E-03 1.86722752E-06 18 b0 b1 r all 6.83227301 -1.24044763E-02 0.884200990 18 b0 b1 r night 5.37948370 -7.21987011E-03 0.632796586 18 b0 b1 r day 5.92273235 -9.17022116E-03 0.572670817 18 avg slope stdev -1.23892003E-03 1.24738585E-06 19 b0 b1 r all 5.14653254 -1.04493275E-02 0.969707370 19 b0 b1 r night 4.18015146 -6.99965237E-03 0.946215987 19 b0 b1 r day 3.87960696 -5.94381662E-03 0.979442656 19 avg slope stdev -6.23123546E-04 7.16435977E-07 ------------------- hirs_b1aslope.txt ------------------- 2024 10 03 13 41 24 1 -2.670953E-01 2.001379E-03 -1.484631E+00 -1.512563E+01 1.244774E+01 2 -1.919760E-01 5.320669E-04 -4.464225E-02 -2.721396E+00 -2.099189E+00 3 -7.395827E-02 7.958159E-05 -4.150618E-01 -1.786072E+00 -2.388722E-01 4 -6.715401E-02 7.921545E-05 -3.706924E-01 -2.028386E+00 -3.276112E-02 5 -7.220600E-02 8.792793E-05 -4.223719E-01 -1.542077E+00 -2.110505E-01 6 -5.774749E-02 4.817301E-05 -4.718398E-01 -1.482831E+00 -2.202497E-01 7 -5.391159E-02 3.631759E-05 -4.403131E-01 -1.695291E+00 -1.024370E-01 8 -4.384141E-02 3.065324E-05 -4.272367E-01 -9.825139E-01 -3.933251E-01 9 -7.605774E-02 5.494178E-05 -2.959341E-01 -1.086988E+00 -5.176228E-01 10 -4.901816E-02 4.786197E-05 -5.272545E-01 -1.433143E+00 -3.714927E-01 11 -2.815147E-02 5.226634E-05 -1.510529E-01 -7.432494E-01 -1.570334E-01 12 -2.902050E-02 9.103949E-05 -9.986094E-02 -1.053913E-01 -2.588710E-01 13 -1.880634E-03 2.109955E-06 -2.977138E-02 -2.676988E-02 -2.429540E-02 14 -1.520564E-03 1.536330E-06 -2.768937E-02 -3.186090E-02 -2.370769E-02 15 -1.452027E-03 1.760314E-06 -2.474585E-02 -2.132108E-02 -2.209686E-02 16 -2.089376E-03 1.705662E-06 -2.181839E-02 -2.254144E-02 -1.612120E-02 17 -1.397864E-03 1.867228E-06 -2.118248E-02 -1.285226E-02 -2.525045E-02 18 -1.238920E-03 1.247386E-06 -1.240448E-02 -7.219870E-03 -9.170221E-03 19 -6.231235E-04 7.164360E-07 -1.044933E-02 -6.999652E-03 -5.943817E-03 ------------------- atovin.log ------------------- ************************************************ *** Module ATOVIN $Date: 2005/04/15 13:40:02 $ ************************************************ ######## # HIRS # ######## reading level 1B file, format version 3 2003 164 1 header records in file: MNG.HIRX.NP.D24277.S1341.E1352.B8069494.WE Start date/time 03/10/2024 13:41:19.6 End date/time 03/10/2024 13:52: 6.0 102 scanlines of which 9999 earth-located and 0 missing. 102 scanlines written to HIRS 1C file Skip fdf data version 2 for NOAA-18 Skip fdf data version 2 for METO-02 ########## # AMSU-A # ########## reading level 1B file, format version 3 2003 164 1 header records in file: MNG.AMAX.NP.D24277.S1341.E1352.B8069494.WE Start date/time 03/10/2024 13:41:21.1 End date/time 03/10/2024 13:52: 1.1 81 scanlines of which 80 earth-located and 0 missing. 81 scanlines written to AMSU-A 1C file Skip fdf data version 2 for NOAA-18 Skip fdf data version 2 for METO-02 ########## # MHS # ########## reading level 1B file, format version 3 2003 164 1 header records in file: MNG.MHSX.NP.D24277.S1341.E1352.B8069494.WE Start date/time 03/10/2024 13:41:13.1 End date/time 03/10/2024 13:51:58.4 243 scanlines of which 243 earth-located and 0 missing. 243 scanlines written to AMSU-B 1C file ATOVIN processing completed. ------------------- avhrcl.log ------------------- > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : order number 16 > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : avh_cpar calib. par. file version: 22 year 18 day 290 > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : take default attitude values > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : default attitude mode 0 > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : default attitude yaw 0.0000000000D+00 > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : default attitude roll 0.0000000000D+00 > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : default attitude pitch 0.0000000000D+00 > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe WARNING : reading clock error value from clkerr_get 1 > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe WARNING : clock error from file 0.000000E+00 > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe WARNING : clock error forced to 0 > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : 1A file has been read > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : avh_qc first calib sequence flag on 8 > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : quality checking passed > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : calibration coefficients have been computed > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : IR calibration exponent of scaling coefficient 1 9 > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : IR calibration exponent of scaling coefficient 2 6 > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : IR calibration exponent of scaling coefficient 3 6 > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : clock error correction is valid > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : datation will be corrected in this run > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : avhrr scene starts with ch3b > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : 1B file has been rewritten > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : k1 mean 0.0000000 0.0000189 0.0000114 > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : k2 mean -0.0028730 -0.2013029 -0.2226275 > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : k3 mean 2.8477359 182.26 209.37 > 2024/10/03 13:53:57 vxhrptrx 41134 avhrcl.exe INFO : normal end ------------------- atovpp.log ------------------- ############################## # Start ATOVS Pre-Processing # ############################## ######## # HIRS # ######## reading level 1C file, format version 190 1998 69 1 header records in file. Satellite id is 19 Start date/time 03/10/2024 13:41:19.6 End date/time 03/10/2024 13:52: 6.0 102 scanlines, 0 missing. ########## # AMSU-A # ########## reading level 1C file, format version 190 1998 69 1 header records in file. Satellite id is 19 Start date/time 03/10/2024 13:41:21.1 End date/time 03/10/2024 13:52: 1.1 81 scanlines, 0 missing. ############## # AMSU-B/MHS # ############## reading level 1C file, format version 190 1998 69 1 header records in file. Satellite id is 19 Start date/time 03/10/2024 13:41:13.1 End date/time 03/10/2024 13:51:58.4 243 scanlines, 0 missing. Processing data block 1: Start/end times 13:41.13 13:49.33 HIRS line numbers 1 to 79, with 0 missing lines AMSU-A line numbers 1 to 65, with 0 missing lines AMSU-B line numbers 1 to 199, with 0 missing lines Pre-processing AMSU-B before the mapping Pre-processing AMSU-A before the mapping Mapping AMSU-B to AMSU-A grid Pre-processing HIRS before the mapping Mapping AMSU-A to HIRS grid Pre-processing HIRS after the mapping Processing data block 2: Start/end times 13:49.33 13:57.53 HIRS line numbers 78 to 102, with 0 missing lines AMSU-A line numbers 60 to 81, with 0 missing lines AMSU-B line numbers 177 to 243, with 0 missing lines Pre-processing AMSU-B before the mapping Pre-processing AMSU-A before the mapping Mapping AMSU-B to AMSU-A grid Pre-processing HIRS before the mapping Mapping AMSU-A to HIRS grid Pre-processing HIRS after the mapping ############################ # End ATOVS Pre-Processing # ############################ ------------------- avh2hirs.log ------------------- avh2hirs.exe has not been built with HDF-5 Fortran interface. Please run configure with --external-libs=-Lxxx/lib -lhdf5hl_fortran and --external-includes=-Lxxx/include where xxx is the location of the HDF-5 library continue processing without maia cloud mask > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : avhrr satellite 8 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : start orbit 80694 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : nblines hirs 102 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : hirs satellite noaa19 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : hirs line 1 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : hirs time (msec) 49279599 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : lucor 69 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : time correction pixel 28 (sec) 0.000000E+00 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : scan correction pixel 28 (deg) 0.000000E+00 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : number of lines to process 3950 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : avh2hirs: time diff (msecs) -741 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 1 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : IR calibration exponent of scaling coefficient 1 9 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : IR calibration exponent of scaling coefficient 2 6 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : IR calibration exponent of scaling coefficient 3 6 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 6 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 11 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 16 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 21 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 26 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 31 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 36 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 41 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 46 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 51 > 2024/10/03 13:53:58 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 56 > 2024/10/03 13:53:59 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 61 > 2024/10/03 13:53:59 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 66 > 2024/10/03 13:53:59 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 71 > 2024/10/03 13:53:59 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 76 > 2024/10/03 13:53:59 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 81 > 2024/10/03 13:53:59 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 86 > 2024/10/03 13:53:59 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 91 > 2024/10/03 13:53:59 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 96 > 2024/10/03 13:53:59 vxhrptrx 41962 avh2hirs_atovs.exe INFO : Target line 101 > 2024/10/03 13:53:59 vxhrptrx 41962 avh2hirs_atovs.exe INFO : write AVHRR results to 1d file > 2024/10/03 13:53:59 vxhrptrx 41962 avh2hirs_atovs.exe INFO : normal exit from avh2hirs info map_nlines 3950 la 0 la 0 la 0 la 0 la 0 la 0 la 0 la 0 la 0 la 0 la 0 la 0 la 0 la 0 la 0 la 0 la 0 la 0 la 0 la 0 la 0 Differences H8-A4 Mean/sd/count of (h8-a4) -0.182322979 1.15651166 4872 Mean/sd/count of (h8-a4) for pixel 1 -0.187898263 1.57850778 87 Mean/sd/count of (h8-a4) for pixel 2 -0.193363190 1.25746512 87 Mean/sd/count of (h8-a4) for pixel 3 -0.366982758 1.88112402 87 Mean/sd/count of (h8-a4) for pixel 4 -0.209482536 1.71135497 87 Mean/sd/count of (h8-a4) for pixel 5 -0.571941674 1.62223494 87 Mean/sd/count of (h8-a4) for pixel 6 -0.445831537 1.53529298 87 Mean/sd/count of (h8-a4) for pixel 7 -0.226331487 2.23137546 87 Mean/sd/count of (h8-a4) for pixel 8 -3.35279778E-02 1.30796325 87 Mean/sd/count of (h8-a4) for pixel 9 -0.281163335 1.54460299 87 Mean/sd/count of (h8-a4) for pixel 10 -7.69764706E-02 1.30207825 87 Mean/sd/count of (h8-a4) for pixel 11 -0.401641309 1.07733321 87 Mean/sd/count of (h8-a4) for pixel 12 -0.138131946 0.893256962 87 Mean/sd/count of (h8-a4) for pixel 13 -8.50186273E-02 1.02487850 87 Mean/sd/count of (h8-a4) for pixel 14 -0.108620688 1.13227141 87 Mean/sd/count of (h8-a4) for pixel 15 -0.145266935 1.24153996 87 Mean/sd/count of (h8-a4) for pixel 16 -9.95451659E-02 1.05442607 87 Mean/sd/count of (h8-a4) for pixel 17 -0.271944135 1.26114225 87 Mean/sd/count of (h8-a4) for pixel 18 -0.196743444 0.896438062 87 Mean/sd/count of (h8-a4) for pixel 19 -0.199820399 0.959431648 87 Mean/sd/count of (h8-a4) for pixel 20 -9.41989943E-02 0.868403435 87 Mean/sd/count of (h8-a4) for pixel 21 -0.252381682 1.06576645 87 Mean/sd/count of (h8-a4) for pixel 22 5.18058464E-02 0.891420960 87 Mean/sd/count of (h8-a4) for pixel 23 -0.185435757 0.925854683 87 Mean/sd/count of (h8-a4) for pixel 24 1.52837287E-03 0.904972851 87 Mean/sd/count of (h8-a4) for pixel 25 -0.207710356 0.935432196 87 Mean/sd/count of (h8-a4) for pixel 26 -0.199889094 0.814844251 87 Mean/sd/count of (h8-a4) for pixel 27 -8.39890912E-02 0.819746673 87 Mean/sd/count of (h8-a4) for pixel 28 -0.291195214 0.809911072 87 Mean/sd/count of (h8-a4) for pixel 29 3.85775953E-03 0.878899634 87 Mean/sd/count of (h8-a4) for pixel 30 -0.131866246 0.709480524 87 Mean/sd/count of (h8-a4) for pixel 31 -0.138351738 0.690093696 87 Mean/sd/count of (h8-a4) for pixel 32 -0.109570533 0.524879813 87 Mean/sd/count of (h8-a4) for pixel 33 -0.210216194 0.817699611 87 Mean/sd/count of (h8-a4) for pixel 34 -0.102420978 0.690794051 87 Mean/sd/count of (h8-a4) for pixel 35 -0.233351067 0.680508673 87 Mean/sd/count of (h8-a4) for pixel 36 -5.55801019E-02 0.642261624 87 Mean/sd/count of (h8-a4) for pixel 37 -0.130620509 0.725738823 87 Mean/sd/count of (h8-a4) for pixel 38 -0.128922418 0.716539562 87 Mean/sd/count of (h8-a4) for pixel 39 -0.225578979 0.685404241 87 Mean/sd/count of (h8-a4) for pixel 40 -0.282977283 0.702451050 87 Mean/sd/count of (h8-a4) for pixel 41 -0.233520344 1.05542982 87 Mean/sd/count of (h8-a4) for pixel 42 -0.172115207 0.909122169 87 Mean/sd/count of (h8-a4) for pixel 43 -3.53082307E-02 0.985794842 87 Mean/sd/count of (h8-a4) for pixel 44 -0.142949894 1.02345014 87 Mean/sd/count of (h8-a4) for pixel 45 -0.301892519 1.08738625 87 Mean/sd/count of (h8-a4) for pixel 46 -0.127973691 1.13232648 87 Mean/sd/count of (h8-a4) for pixel 47 -0.179834321 0.997869432 87 Mean/sd/count of (h8-a4) for pixel 48 -0.108294941 1.20384765 87 Mean/sd/count of (h8-a4) for pixel 49 6.27671089E-03 1.94224834 87 Mean/sd/count of (h8-a4) for pixel 50 -0.230171070 1.30871367 87 Mean/sd/count of (h8-a4) for pixel 51 -0.123733617 1.48356652 87 Mean/sd/count of (h8-a4) for pixel 52 -0.257450163 1.34079480 87 Mean/sd/count of (h8-a4) for pixel 53 -0.370142549 1.52363610 87 Mean/sd/count of (h8-a4) for pixel 54 -0.146462381 1.24858677 87 Mean/sd/count of (h8-a4) for pixel 55 -0.267678022 0.941768706 87 Mean/sd/count of (h8-a4) for pixel 56 -0.271540731 1.09542704 87 Calibration quality control for each channel in number of lines good bad channel 1 3950 0 channel 2 3950 0 channel 3B 3950 0 channel 4 3950 0 channel 5 3950 0 channel 3A 0 0 missing lines 0 ------------------- mapqual_noaa19.txt ------------------- 2024 10 03 80694 1.16 1.58 1.26 1.88 1.71 1.62 1.54 2.23 1.31 1.54 1.30 1.08 0.89 1.02 1.13 1.24 1.05 1.26 0.90 0.96 0.87 1.07 0.89 0.93 0.90 0.94 0.81 0.82 0.81 0.88 0.71 0.69 0.52 0.82 0.69 0.68 0.64 0.73 0.72 0.69 0.70 1.06 0.91 0.99 1.02 1.09 1.13 1.00 1.20 1.94 1.31 1.48 1.34 1.52 1.25 0.94 1.10