SIMPLE = T / file does conform to FITS standard BITPIX = 8 / number of bits per data pixel NAXIS = 0 / number of data axes EXTEND = T / FITS dataset may contain extensions COMMENT FITS (Flexible Image Transport System) format is defined in 'AstronomyCOMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= 'BAT ' / Instrument name OBS_ID = '01247745000' / Observation ID TARG_ID = '1247745 ' / Target ID SEG_NUM = '0 ' / Segment number TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEUNIT= 's ' / Time unit for the time header keywords TIERRELA= 1.0E-08 / [s/s] Estimated relative clock rate error TIERABSO= 1. / [s] Estimated absolute clock offset error TSTART = 744884568. / Start time DATE-OBS= '2024-08-09T08:22:48.0' / Start Date TSTOP = 744886070.4 / Stop time DATE-END= '2024-08-09T08:47:50.4' / Stop Date CLOCKAPP= F / If clock correction are applied (F/T) ORIGIN = 'GSFC ' / Source of FITS file CREATOR = 'TDRSS2FITS V3.21' / Program that created this FITS file TLM2FITS= 'V3.21 ' / Telemetry converter version number DATE = '2024-08-09T08:31:05' / file creation date (YYYY-MM-DDThh:mm:ss UT) UTCFINIT= -33.9595 / UTCF at TSTART CHECKSUM= '7JoW7IlV7IlV7IlV' / HDU checksum updated 2024-08-09T08:47:24 DATASUM = ' 0' / data unit checksum updated 2024-08-09T08:31:05 END XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 84 / width of table in bytes NAXIS2 = 212 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 9 / number of fields in each row TTYPE1 = 'TIME ' / label for field 1 TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'RELTIME ' / label for field 2 TFORM2 = '1D ' / data format of field: 8-byte DOUBLE TUNIT2 = 's ' / physical unit of field TTYPE3 = 'TIMEDEL ' / label for field 3 TFORM3 = '1D ' / data format of field: 8-byte DOUBLE TUNIT3 = 's ' / physical unit of field TTYPE4 = 'RAW_COUNTS' / label for field 4 TFORM4 = '4J ' / data format of field: 4-byte INTEGER TUNIT4 = 'count ' / physical unit of field TTYPE5 = 'RATE ' / label for field 5 TFORM5 = '4E ' / data format of field: 4-byte REAL TUNIT5 = 'count/s ' / physical unit of field TTYPE6 = 'ERROR ' / label for field 6 TFORM6 = '4E ' / data format of field: 4-byte REAL TUNIT6 = 'count/s ' / physical unit of field TTYPE7 = 'TOT_COUNTS' / label for field 7 TFORM7 = '1J ' / data format of field: 4-byte INTEGER TUNIT7 = 'count ' / physical unit of field TTYPE8 = 'TOT_RATE' / label for field 8 TFORM8 = '1E ' / data format of field: 4-byte REAL TUNIT8 = 'count/s ' / physical unit of field TTYPE9 = 'TOT_RATE_ERR' / label for field 9 TFORM9 = '1E ' / data format of field: 4-byte REAL TUNIT9 = 'count/s ' / physical unit of field EXTNAME = 'TDRSS_LC' / name of this binary table extension TNULL4 = -1 / data null value TNULL7 = -1 / data null value TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= 'BAT ' / Instrument name OBS_ID = '01247745000' / Observation ID TARG_ID = '1247745 ' / Target ID SEG_NUM = '0 ' / Segment number CREATOR = 'TDRSS2FITS V3.21' / Program that created this FITS file ORIGIN = 'GSFC ' / Source of FITS file TLM2FITS= 'V3.21 ' / Telemetry converter version number EQUINOX = 2000 / Equinox RADECSYS= 'FK5 ' / Coordinates system TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEUNIT= 's ' / Time unit for the time header keywords TIERRELA= 1.0E-08 / [s/s] Estimated relative clock rate error TIERABSO= 1. / [s] Estimated absolute clock offset error CLOCKAPP= F / If clock correction are applied (F/T) TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock DATE = '2024-08-09T08:31:05' / file creation date (YYYY-MM-DDThh:mm:ss UT) TSTART = 744885040. / Start time DATE-OBS= '2024-08-09T08:30:40.0' / Start Date TSTOP = 744885249.92 / Stop time DATE-END= '2024-08-09T08:34:09.9' / Stop Date UTCFINIT= 0. / UTCF at TSTART MESGNAME= 'BAT_LIGHTCURVE' / Name of the message DATAMISS= T / Expect missing data HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'LIGHTCURVE' / Time ordered data HDUCLAS2= 'TOTAL ' / Source + background HDUCLAS3= 'RATE ' / Data provided as rate DATAMODE= 'Rates_Arr_TDRSS' / Instrument operating mode TRIGGER = 1247745 / Trigger Number TRIGSEC = 744885063 / Trigger time in seconds TRIGSUBS= 27600 / [2*10**(-5) s] TRIGger SUBSeconds TRIGTIME= 744885063.552 / [s] MET TRIGger Time = TRIGSEC+TRIGSUBS*2e-5 DATETRIG= '2024-08-09T08:30:29.6' / UTC date of the trigger TZDELTA = 45 / Trigger delta time in 10e-3 seconds units TRIGSATF= 127 / Trigger table index. Highest signif. satisfied BRA_OBJ = 237.551195371051 / [deg] BAT GRB Object RA location BDEC_OBJ= -2.32115782967295 / [deg] BAT GRB Object DEC location1 BATTHETA= 28.333948135376 / [deg] BAT GRB Object Theta on detector BATPHI = 162.160842895508 / [deg] BAT GRB Object PHI on detector APID = 387 / Application Process Identifier PKT1REV = 2 / No.of revisions for PKT #1 PKT2REV = 1 / No.of revisions for PKT #2 PKT3REV = 1 / No.of revisions for PKT #3 PKT4REV = 0 / No.of revisions for PKT #4 PKT5REV = 0 / No.of revisions for PKT #5 PKT6REV = 0 / No.of revisions for PKT #6 PKT7REV = 0 / No.of revisions for PKT #7 PKT8REV = 0 / No.of revisions for PKT #8 PKT9REV = 0 / No.of revisions for PKT #9 PKT10REV= 0 / No.of revisions for PKT #10 PKT11REV= 0 / No.of revisions for PKT #11 PKT12REV= 0 / No.of revisions for PKT #12 PKT13REV= 0 / No.of revisions for PKT #13 PACKET1 = T / Data from packet #1 present PACKET2 = T / Data from packet #2 present PACKET3 = T / Data from packet #3 present PACKET4 = F / Data from packet #4 present PACKET5 = F / Data from packet #5 present PACKET6 = F / Data from packet #6 present PACKET7 = F / Data from packet #7 present PACKET8 = F / Data from packet #8 present PACKET9 = F / Data from packet #9 present PACKET10= F / Data from packet #10 present PACKET11= F / Data from packet #11 present PACKET12= F / Data from packet #12 present PACKET13= F / Data from packet #13 present P1UTCC = -33.9595 / [s] Packet #1 UTC Correction time P1UTCCS = -34 / Packet #1 UTC Correction Seconds P1UTCCSS= 2025 / [2*10**(-5) s] Packet #1 UTC Corr SubSeconds PKT1TIME= 744885289.0791 / [s] ccsds PacKeT #1 Time= PKTSEC+PKTSUBS*2e-5 PKT1SEC = 744885289 / ccsds PacKeT #1 SEConds PKT1SUBS= 3955 / [2*10**(-5) s] ccsds PacKeT #1 SUBSeconds PKT1SEQ = 264 / Packet#1 CCSDS sequence number TIMEPIXR= 0. / Bin time beginning=0.0 middle=0.5 end=1. TELAPSE = 209.919999957085 / TSTOP - TSTART ONTIME = 209.919999957085 / Time on target LIVETIME= 209.919999957085 / Ontime multiplied by DEADC EXPOSURE= 209.919999957085 / Total exposure, with all known correction DEADC = 1. / dead time correction KEYMISS = T / Expect missing keywords CHECKSUM= '6AN964K769K769K7' / HDU checksum updated 2024-08-09T08:34:25 DATASUM = '306048077' / data unit checksum updated 2024-08-09T08:34:18 P2UTCC = -33.9595 / [s] Packet #2 UTC Correction time P2UTCCS = -34 / Packet #2 UTC Correction Seconds P2UTCCSS= 2025 / [2*10**(-5) s] Packet #2 UTC Corr SubSeconds PKT2TIME= 744885239.785 / [s] ccsds PacKeT #2 Time=PKTSEC+PKTSUBS*2e-5 PKT2SEC = 744885239 / ccsds PacKeT #2 SEConds PKT2SUBS= 39250 / [2*10**(-5) s] ccsds PacKeT #2 SUBSeconds PKT2SEQ = 262 / Packet#2 CCSDS sequence number P3UTCC = -33.9595 / [s] Packet #3 UTC Correction time P3UTCCS = -34 / Packet #3 UTC Correction Seconds P3UTCCSS= 2025 / [2*10**(-5) s] Packet #3 UTC Corr SubSeconds PKT3TIME= 744885288.08296 / [s] ccsds PacKeT #3 Time=PKTSEC+PKTSUBS*2e-5 PKT3SEC = 744885288 / ccsds PacKeT #3 SEConds PKT3SUBS= 4148 / [2*10**(-5) s] ccsds PacKeT #3 SUBSeconds PKT3SEQ = 263 / Packet#3 CCSDS sequence number END A37O;dZ?dDDDeDEA0A|RAq AEBJA35E?7D4DLDdHDAHAjxA9AzAjE~$BIBA34Z1'?anDTDDY0D@0AAP*AiA[V.E{BHA3fff2n?gD DD_ DAA٨rA")AAswE~BIA33331&x?}~DDDe8DCAAAAEBJTA3/vȴ?6DDDghDPpA@AAk7A-EBL+A3+lC?5gDD$DXDK AFAoAAGqE~jBIA3(9XbN?`DDDWDEAAۚAxAwE~BIA3fff%$/?;D D8DhDQ8AA& A>A5E\BNLA3333"M?awDDLDDg@AAWAAZSEBX|A35?|h?zG{>(DD8DxpDg@BBB^-BWEBZA3(hr ?zG{O'DDDDfxB~BABdɞBVEBA3QS?zG{@DlD<D DzBzB$Bw|B_WE2BA3zG^5?|?zG{]=DXDDTDwBvB}jBiB^aECBbLA3 + I?zG{Y1D,DdDDnHBBodBh-]BZME^BA3+?zG{MDDDD DB@B[Bw|BdqE B̜A3+ I?zG{PDD4DD@BsBZABsBe EgBA3R?|hr?zG{ZDpDDD(BB`BZBhqyEBjA3G+?zG{?DDǜDDy8B4DBHBd9B_AECPA3p ě?zG{JDD\D|DBB BBcECd9A3hr ě?zG{tDD<DDPB5KBBBq],ELCA3\ ěT?zG{DDИDdDB,BmB5B>E)C A3 -V?zG{T1-DDD$DٔB,BBB[EHC A3z "`A?zG{-ASDٔDdEDlB[B!RBBt2 ^E.CA3=ptj~?zG{"`DHErEFDB B#Bj&B@ ECA3ffftj?zG{ DELE <DB4BBxB7 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aA3n@-/v?bMz,DDƻD|DLBrB{BQBaTEC 6A3333@--V?bM^jDDD)DoBB(BBBtEC A3S@.5?|h?bMb"DDDDBVBBB B\jECHA3tj@.Q?bMgDKDD)DWBBBBhHFEC 7A3@/;dZ?bMDPDDnHDI,B@BBtB`BE@C cA3E@/vȴ9X?bMq"DD-DDA\BE7BB B[EC 7A3 =@0 ěT?bM^jDDDDvB(BBBx EXC A3@0bM?bMnpDDDGDPBvABާB?BdEJCkA3t@0 =p?bMp6DD^DlTDifBާBBsfBqEzCA39X@0`A7L?bM DDDD_B99BE7B~BlrEC A3Z@1&x?bMpfDDDyDOBާBByBcE@CA3zG@1hr ě?bMIDDDDH2BBBBB_IECA3@1lC?bMoeD3DQDADCPB}BBB\E@C_rA3j@1Q?bMjvDDD#DF>BB)BZ&B^:ECHA3/@2-V?bMhrDDDkDK B;UBFB}eBaXE@C_rA3@2nO;?bM_nDcDDDLB]BvAB1BaTEvCKA3R@2 ě?bMa`D]DDD5BȗBSBBUEtCqbA3?|@2l?bM__ DcDcDD;B]B]B~BXEC A3`A@3333333?bMtBDD:DDK BB0B1BaXECiMA3%@3tj~?bMdDɩDDDUBBgBBBg:EC A3@3E?bM{D2DD{D^B0BBzBkEC {$A3\@3+?bMnb&DDDDTBvABBBfKEdC A3S@49XbM?bMDDtDDBVB*BnB_ZB\jEC A3@4zG{?bM`nDDDt$DSBSBvABw Bf+E@CwA3$/@4j~#?bMoD3DDq6DBVB}BE7BuB\jEvCKA3E@4E?bMaZ D]DDeD[BȗBR'B~[HBj`E$@CA3fff@5?|hr?bMBmD:D9D~D3B0BAB|mBSlE/Cm5A3+@5$/?bM<i DLDED_DNBBpBPBb[ECJA3@5\(?bMtDDD;D^B{qBB~BkEC 5A3ȴ9@6tj?bMW/D{DDzDVBBBz|BgcEC1A3x@6E?bMdODDDmND2BgBBsBS^]EZ@CA3 =p@6+ I?bM!RDSDD@DOBʸBާAAŅE3PBA3O@7O;dZ?bM36DD DDZB+BB@AEBA3bN@8tj~?bM {DDDD\7B5BBKcAꢡE"B&DA3t@9?bM'D5DBDDaԀB BEBiMA훠rEBM2A3+@:vȴ9?bM{9DtDDDIjBnBBKcAeEpBB5A3@;S?bMqD!D^@DDWBjB=AAJ E B[A3@<1&x?bMQ 1D@D#@D|qDGvBnBA7ANlEB{vA3w@=-V?bM{>=DwDCDDJdB\BPBAEBA3"@>Q?bMw$DDDs*DDJB;UB5AA݅E0BA3T@?vȴ9X?bMgXDD4DDPBDB AAEܰB8A3(@@bM?bM DxD@DpzD6_BpB vOA1kAՆE/Bm5A31@@`A7L?bMlDDoDtbDBVB4BA-+Aj$E@BsA3/@Ahr ě?bMSDQDDjDOÀBBWAP@A3E.pBPoA3-@AQ?bM'D@DDmDEBB AA~E@B@A35?}@BnO;?bMDDM@DvVDABB A)A۹rEPBS1A3Q@Bl?bM8DDM@DuDI,BmB AABEހBA3;dZ@Ctj~@bM XDD`DcD@AOA%AnA[DEBrA3G@E$/@bM D$DipDe/DEACJAzAo^A^5DEyBA3S@GO;dZ@bM 6 )DDP0D^ D>AAAkAYDCEBA3`A@I@bM DgD@DbDIAUA#An/hA`F;E+@AALAlbvAZBEMEZdBA3+@b ě@bM. D`D`DcDDAAarAnA]FEBҬA3t@c333333@bMD DHDRD^DHpAH}ApAlA_2EEшBL A3w@cE@bM DZD`D[DD*AA0AjOUA]t'EEBA31@d9XbM@bM} #D0D@Df9D=Az7AmAoAYxEEoBA3Q@dj~#@bM r ^DD:Da@DAA3x@fȴ9Xb@bM& 6DDPD[D>AZBATAjOUAZfEEBEzXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 84 / width of table in bytes NAXIS2 = 633 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 9 / number of fields in each row TTYPE1 = 'TIME ' / label for field 1 TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'RELTIME ' / label for field 2 TFORM2 = '1D ' / data format of field: 8-byte DOUBLE TUNIT2 = 's ' / physical unit of field TTYPE3 = 'TIMEDEL ' / label for field 3 TFORM3 = '1D ' / data format of field: 8-byte DOUBLE TUNIT3 = 's ' / physical unit of field TTYPE4 = 'RAW_COUNTS' / label for field 4 TFORM4 = '4J ' / data format of field: 4-byte INTEGER TUNIT4 = 'count ' / physical unit of field TTYPE5 = 'RATE ' / label for field 5 TFORM5 = '4E ' / data format of field: 4-byte REAL TUNIT5 = 'count/s ' / physical unit of field TTYPE6 = 'ERROR ' / label for field 6 TFORM6 = '4E ' / data format of field: 4-byte REAL TUNIT6 = 'count/s ' / physical unit of field TTYPE7 = 'TOT_COUNTS' / label for field 7 TFORM7 = '1J ' / data format of field: 4-byte INTEGER TUNIT7 = 'count ' / physical unit of field TTYPE8 = 'TOT_RATE' / label for field 8 TFORM8 = '1E ' / data format of field: 4-byte REAL TUNIT8 = 'count/s ' / physical unit of field TTYPE9 = 'TOT_RATE_ERR' / label for field 9 TFORM9 = '1E ' / data format of field: 4-byte REAL TUNIT9 = 'count/s ' / physical unit of field EXTNAME = 'TDRSS_LC2' / name of this binary table extension TNULL4 = -1 / data null value TNULL7 = -1 / data null value TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= 'BAT ' / Instrument name OBS_ID = '01247745000' / Observation ID TARG_ID = '1247745 ' / Target ID SEG_NUM = '0 ' / Segment number CREATOR = 'TDRSS2FITS V3.21' / Program that created this FITS file ORIGIN = 'GSFC ' / Source of FITS file TLM2FITS= 'V3.21 ' / Telemetry converter version number EQUINOX = 2000 / Equinox RADECSYS= 'FK5 ' / Coordinates system TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEUNIT= 's ' / Time unit for the time header keywords TIERRELA= 1.0E-08 / [s/s] Estimated relative clock rate error TIERABSO= 1. / [s] Estimated absolute clock offset error CLOCKAPP= F / If clock correction are applied (F/T) TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock DATE = '2024-08-09T08:31:05' / file creation date (YYYY-MM-DDThh:mm:ss UT) TSTART = 744884568. / Start time DATE-OBS= '2024-08-09T08:22:48.0' / Start Date TSTOP = 744886070.4 / Stop time DATE-END= '2024-08-09T08:47:50.4' / Stop Date UTCFINIT= 0. / UTCF at TSTART MESGNAME= 'BAT_LIGHTCURVE' / Name of the message DATAMISS= T / Expect missing data HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'LIGHTCURVE' / Time ordered data HDUCLAS2= 'TOTAL ' / Source + background HDUCLAS3= 'RATE ' / Data provided as rate DATAMODE= 'Rates_Arr_TDRSS' / Instrument operating mode TRIGGER = 1247745 / Trigger Number TRIGSEC = 744885063 / Trigger time in seconds TRIGSUBS= 27600 / [2*10**(-5) s] TRIGger SUBSeconds TRIGTIME= 744885063.552 / [s] MET TRIGger Time = TRIGSEC+TRIGSUBS*2e-5 DATETRIG= '2024-08-09T08:30:29.6' / UTC date of the trigger TZDELTA = 45 / Trigger delta time in 10e-3 seconds units TRIGSATF= 127 / Trigger table index. Highest signif. satisfied BRA_OBJ = 237.551195371051 / [deg] BAT GRB Object RA location BDEC_OBJ= -2.32115782967295 / [deg] BAT GRB Object DEC location1 BATTHETA= 28.333948135376 / [deg] BAT GRB Object Theta on detector BATPHI = 162.160842895508 / [deg] BAT GRB Object PHI on detector APID = 387 / Application Process Identifier PKT1REV = 2 / No.of revisions for PKT #1 PKT2REV = 1 / No.of revisions for PKT #2 PKT3REV = 1 / No.of revisions for PKT #3 PKT4REV = 1 / No.of revisions for PKT #4 PKT5REV = 1 / No.of revisions for PKT #5 PKT6REV = 1 / No.of revisions for PKT #6 PKT7REV = 0 / No.of revisions for PKT #7 PKT8REV = 0 / No.of revisions for PKT #8 PKT9REV = 0 / No.of revisions for PKT #9 PKT10REV= 0 / No.of revisions for PKT #10 PKT11REV= 0 / No.of revisions for PKT #11 PKT12REV= 1 / No.of revisions for PKT #12 PKT13REV= 1 / No.of revisions for PKT #13 PACKET1 = T / Data from packet #1 present PACKET2 = T / Data from packet #2 present PACKET3 = T / Data from packet #3 present PACKET4 = T / Data from packet #4 present PACKET5 = T / Data from packet #5 present PACKET6 = T / Data from packet #6 present PACKET7 = F / Data from packet #7 present PACKET8 = F / Data from packet #8 present PACKET9 = F / Data from packet #9 present PACKET10= F / Data from packet #10 present PACKET11= F / Data from packet #11 present PACKET12= T / Data from packet #12 present PACKET13= T / Data from packet #13 present PCUTCC = -33.9595 / [s] Packet #12 UTC Correction time PCUTCCS = -34 / Packet #12 UTC Correction Seconds PCUTCCSS= 2025 / [2*10**(-5) s] Packet #12 UTC Corr SubSeconds PKTCTIME= 744885073.70884 / [s] ccsds PacKeT #12 Time= PKTSEC+PKTSUBS*2e-5 PKTCSEC = 744885073 / ccsds PacKeT #12 SEConds PKTCSUBS= 35442 / [2*10**(-5) s] ccsds PacKeT #12 SUBSeconds PKT12SEQ= 260 / Packet#12 CCSDS sequence number TIMEPIXR= 0. / Bin time beginning=0.0 middle=0.5 end=1. TELAPSE = 1502.39999997616 / TSTOP - TSTART ONTIME = 1502.39999997616 / Time on target LIVETIME= 1502.39999997616 / Ontime multiplied by DEADC EXPOSURE= 1502.39999997616 / Total exposure, with all known correction DEADC = 1. / dead time correction KEYMISS = T / Expect missing keywords CHECKSUM= 'FHBcI9AaFGAaF9Aa' / HDU checksum updated 2024-08-09T08:47:24 DATASUM = '1604893170' / data unit checksum updated 2024-08-09T08:47:24 P1UTCC = -33.9595 / [s] Packet #1 UTC Correction time P1UTCCS = -34 / Packet #1 UTC Correction Seconds P1UTCCSS= 2025 / [2*10**(-5) s] Packet #1 UTC Corr SubSeconds PKT1TIME= 744885289.0791 / [s] ccsds PacKeT #1 Time= PKTSEC+PKTSUBS*2e-5 PKT1SEC = 744885289 / ccsds PacKeT #1 SEConds PKT1SUBS= 3955 / [2*10**(-5) s] ccsds PacKeT #1 SUBSeconds PKT1SEQ = 264 / Packet#1 CCSDS sequence number P2UTCC = -33.9595 / [s] Packet #2 UTC Correction time P2UTCCS = -34 / Packet #2 UTC Correction Seconds P2UTCCSS= 2025 / [2*10**(-5) s] Packet #2 UTC Corr SubSeconds PKT2TIME= 744885239.785 / [s] ccsds PacKeT #2 Time=PKTSEC+PKTSUBS*2e-5 PKT2SEC = 744885239 / ccsds PacKeT #2 SEConds PKT2SUBS= 39250 / [2*10**(-5) s] ccsds PacKeT #2 SUBSeconds PKT2SEQ = 262 / Packet#2 CCSDS sequence number P3UTCC = -33.9595 / [s] Packet #3 UTC Correction time P3UTCCS = -34 / Packet #3 UTC Correction Seconds P3UTCCSS= 2025 / [2*10**(-5) s] Packet #3 UTC Corr SubSeconds PKT3TIME= 744885288.08296 / [s] ccsds PacKeT #3 Time=PKTSEC+PKTSUBS*2e-5 PKT3SEC = 744885288 / ccsds PacKeT #3 SEConds PKT3SUBS= 4148 / [2*10**(-5) s] ccsds PacKeT #3 SUBSeconds PKT3SEQ = 263 / Packet#3 CCSDS sequence number PDUTCC = -33.9595 / [s] Packet #13 UTC Correction time PDUTCCS = -34 / Packet #13 UTC Correction Seconds PDUTCCSS= 2025 / [2*10**(-5) s] Packet #13 UTC Corr SubSeconds PKTDTIME= 744885290.10312 / [s] ccsds PacKeT #13 Time=PKTSEC+PKTSUBS*2e-5 PKTDSEC = 744885290 / ccsds PacKeT #13 SEConds PKTDSUBS= 5156 / [2*10**(-5) s] ccsds PacKeT #13 SUBSeconds PKT13SEQ= 265 / Packet#13 CCSDS sequence number P4UTCC = -33.9595 / [s] Packet #4 UTC Correction time P4UTCCS = -34 / Packet #4 UTC Correction Seconds P4UTCCSS= 2025 / [2*10**(-5) s] Packet #4 UTC Corr SubSeconds PKT4TIME= 744885563.20726 / [s] ccsds PacKeT #4 Time= PKTSEC+PKTSUBS*2e-5 PKT4SEC = 744885563 / ccsds PacKeT #4 SEConds PKT4SUBS= 10363 / [2*10**(-5) s] ccsds PacKeT #4 SUBSeconds PKT4SEQ = 266 / Packet#4 CCSDS sequence number P5UTCC = -33.9595 / [s] Packet #5 UTC Correction time P5UTCCS = -34 / Packet #5 UTC Correction Seconds P5UTCCSS= 2025 / [2*10**(-5) s] Packet #5 UTC Corr SubSeconds PKT5TIME= 744885817.50614 / [s] ccsds PacKeT #5 Time= PKTSEC+PKTSUBS*2e-5 PKT5SEC = 744885817 / ccsds PacKeT #5 SEConds PKT5SUBS= 25307 / [2*10**(-5) s] ccsds PacKeT #5 SUBSeconds PKT5SEQ = 267 / Packet#5 CCSDS sequence number P6UTCC = -33.9595 / [s] Packet #6 UTC Correction time P6UTCCS = -34 / Packet #6 UTC Correction Seconds P6UTCCSS= 2025 / [2*10**(-5) s] Packet #6 UTC Corr SubSeconds PKT6TIME= 744886071.40434 / [s] ccsds PacKeT #6 Time= PKTSEC+PKTSUBS*2e-5 PKT6SEC = 744886071 / ccsds PacKeT #6 SEConds PKT6SUBS= 20217 / [2*10**(-5) s] ccsds PacKeT #6 SUBSeconds PKT6SEQ = 268 / Packet#6 CCSDS sequence number END A3~E@ $8$cDDDWpD?A@AAKA&kA{EvA[A3~xE@ $$D$DDW D@AAkA@A%A{EwAA3}E@ $#DDDU`D<A@ UA?¡A%CpAb&z.Et\AA3}xE@ $$D0DpDX D=ABA@JA&S2A{EwPAA3|E@ $H$4D DDYD>(A@A@A&AH{HEvAA3|xE@ $$tDDlD[DD@AAaeAAA'A~/}Ez8AA3{E@ %G$wDDDWD@AC`fAAA}oEzA2A3xE@ %%+DLDDTD?8AD'+ACA%%Ar}DEzANA3xxE@ &=$ DD DYD>hAEAA\A&MA}E{ZA^KA3wE@ &d$BSDDDX(D:AFEA@A&VFAd|EyA>A3wxE@ %$DDHDVD=ADAB,A%.A}Ez:AkA3vE@ %$D|DtD]XDDAD'AAA(R5AJ~E}A"A3vxE@ &#sD<DD\D;AEiA?A'PAC|EyAA3uE@ %$mDD\D[hD?ADqAAA'3A}E{jAdA3uxE@ %$?]DDDWD:AE XA@A&A|xExAAA3tE@ %$v-DDDYhD?hAEAA9A&8AW}EzA=uA3txE@ %$bKDDDZXD?0ADIAAA'-3Aoo}3EzfA&A3sE@ &V#DXDPDVhD>AF!A?A%A'|EypA A3sxE@ &/$+DDDYXD<AEAAT(A&A}xEzA8uA3 rE@ &9#<DDXDYD?AE֜A?A&PAC AAyA&8A}Ez AA3 pxE@ %%'wDhDDXDCAD9pAC xA&AG:~OE|AA3$ol@ %$XDD`DWhD<AE;A@A& VAl |EyAA3(nl@ %[$DlDD^D?ACAAA(A}E{AA3,ml@ %$:DXDDYD?ADAAQA&A}E{AGtA30ll@ %$kKDDDZXD@AEAAA'-3Aq}E{DAVrA34kl@ %$n XDDDXXD:AE@IAA$wA&hA|EyAPA38jl@ &$81D$DDTDAAGIA@A%Ad(}E{AuA3<il@ &$tDDDVD>AG08AA4^A%A4z}E{A}A3@hl@ %$^SDDxDZD?(AE&A@A'EAl)}EzA=uA3Dgl@ %$M4DD4DXDAAE! 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