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 = '01267501000' / Observation ID TARG_ID = '1267501 ' / 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 = 753176432. / Start time DATE-OBS= '2024-11-13T07:40:32.0' / Start Date TSTOP = 753177944. / Stop time DATE-END= '2024-11-13T08:05:44.0' / 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 = '2024-11-13T08:02:35' / file creation date (YYYY-MM-DDThh:mm:ss UT) UTCFINIT= -34.5268 / UTCF at TSTART CHECKSUM= 'BT4aEQ3WBQ3aBQ3W' / HDU checksum updated 2024-11-13T08:09:20 DATASUM = ' 0' / data unit checksum updated 2024-11-13T08:02:35 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 = '01267501000' / Observation ID TARG_ID = '1267501 ' / 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 = '2024-11-13T08:02:35' / file creation date (YYYY-MM-DDThh:mm:ss UT) TSTART = 753176904. / Start time DATE-OBS= '2024-11-13T07:48:24.0' / Start Date TSTOP = 753177113.92 / Stop time DATE-END= '2024-11-13T07:51:53.9' / 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 = 1267501 / Trigger Number TRIGSEC = 753176928 / Trigger time in seconds TRIGSUBS= 16000 / [2*10**(-5) s] TRIGger SUBSeconds TRIGTIME= 753176928.32 / [s] MET TRIGger Time = TRIGSEC+TRIGSUBS*2e-5 DATETRIG= '2024-11-13T07:48:13.8' / UTC date of the trigger TZDELTA = -32 / Trigger delta time in 10e-3 seconds units TRIGSATF= 124 / Trigger table index. Highest signif. satisfied BRA_OBJ = 16.5765600663166 / [deg] BAT GRB Object RA location BDEC_OBJ= -22.667045457393 / [deg] BAT GRB Object DEC location1 BATTHETA= 12.9506578445435 / [deg] BAT GRB Object Theta on detector BATPHI = 44.4182434082031 / [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 = -34.5268 / [s] Packet #1 UTC Correction time P1UTCCS = -35 / Packet #1 UTC Correction Seconds P1UTCCSS= 23660 / [2*10**(-5) s] Packet #1 UTC Corr SubSeconds PKT1TIME= 753177194.87932 / [s] ccsds PacKeT #1 Time= PKTSEC+PKTSUBS*2e-5 PKT1SEC = 753177194 / ccsds PacKeT #1 SEConds PKT1SUBS= 43966 / [2*10**(-5) s] ccsds PacKeT #1 SUBSeconds PKT1SEQ = 50 / 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= 'YEeAa9d7ZEdAa9d5' / HDU checksum updated 2024-11-13T08:04:40 DATASUM = '1441707693' / data unit checksum updated 2024-11-13T08:04:33 P2UTCC = -34.5268 / [s] Packet #2 UTC Correction time P2UTCCS = -35 / Packet #2 UTC Correction Seconds P2UTCCSS= 23660 / [2*10**(-5) s] Packet #2 UTC Corr SubSeconds PKT2TIME= 753177142.28948 / [s] ccsds PacKeT #2 Time=PKTSEC+PKTSUBS*2e-5 PKT2SEC = 753177142 / ccsds PacKeT #2 SEConds PKT2SUBS= 14474 / [2*10**(-5) s] ccsds PacKeT #2 SUBSeconds PKT2SEQ = 48 / Packet#2 CCSDS sequence number P3UTCC = -34.5268 / [s] Packet #3 UTC Correction time P3UTCCS = -35 / Packet #3 UTC Correction Seconds P3UTCCSS= 23660 / [2*10**(-5) s] Packet #3 UTC Corr SubSeconds PKT3TIME= 753177192.38074 / [s] ccsds PacKeT #3 Time=PKTSEC+PKTSUBS*2e-5 PKT3SEC = 753177192 / ccsds PacKeT #3 SEConds PKT3SUBS= 19037 / [2*10**(-5) s] ccsds PacKeT #3 SUBSeconds PKT3SEQ = 49 / Packet#3 CCSDS sequence number END ArH8QR?yDDDn DZA:'AnA15A&QEBN9ArH6Q?v^+D8DXDeDNAڄAhAA݇EBNArH5Q?[DDDo8DV8A?AԎAãA"EBOArHfff3Q?VDDdDsDUpAۚAAkAEBOZArH3331Q?YD4DLDtDUAAAAWEBQ&kArH0QR?S>D|DDmDQA؁Aޙ*AA*?E;BL|ArH-p =p?DDDkDcXAܑDAbA*5AEBOArH*=p =?JfDD<D{DWA")AAȟAUEsBP1ArHfff' =p ?eDDDt`DWAފAt>AżAE.BO6ArH333# =p?FDDDmDRAW5AAA4E{BMArH =p?zG{/)D DlDlDhBw|BzBYBWksE;BoArH( ?zG{zR*DDDDhBw+BsBeIBWȑ}E5BETArHQQ?zG{NDDlDxDZB~sBzBdr"BQ*>EBArHzGp =p?zG{vODDDDWB}BqBdɞBOeuEmBWArH (\)?zG{PD\DD@DUHBB~sBe BNE0B|ArHGz?zG{;DdDDvD4xBuDB~V^B]^B=AEYB6ArH?zG{>DD0DxpDXhBv8BMB^-BP EB?ArHRQR?zG{x<DDDvDK BrbMB{?4B^4rBIsLElB&@ArHG =p ?zG{y;.DDDDvDkB}BrB]^BY:~ENBZArHp\(?zG{*DlDDhD=BzBw+BWȑBB7E_B\>ArHzG{?zG{/DdDDlDXhBuDBzBYBP WEBArH\333333?zG{U7DLDlD4DrBxnBzBfB\pEB/ArHQ?zG{8%DDDsDdBw+B>B\EBU-EHB/ArHz =p?zG{ADXDDzD^BvBx2B_BS8pEB/:ArH=pQ?zG{r,DD4Dj`D_pBpq;B{BXBSdQEBArHfff (\)?zG{DXD`DWDY0BvB||BOeBPjHEBIArH\) ?zG{DDxDWD@0BvBy_BOeBD EB +ArHQ =p ?zG{< DDDvDaB{?4ByB^4rBT!EgBoArHGzG{?zG{mo;DD\DvDK BnBow.B]^BIsEFBArH =pQ?zG{DtDD_pDXhB=ABw+BSdBP _EGBArH333Q?bMtqDDXDbD\BqlB'BIRBEC42@ArHC1&x?bMyiDLDXDlTDMBg8B'BBEC5ArHSϿvȴ9?bMjDDRDXDOBPeBB'BޅIEҀC>ArHR?Q?bMDDD}DB ZBѡB'BrECCwArH/@bM?bMskDdDXD`DPBB'B9BREC42@ArH?|@hr ě?bM~DvDDvD{BBIBcBwDFECArHfff@Q?bMD"DDDBȴB˹B&aBpEXCC'ArHvȴ@nO;?bMjD@D(Dx DOBŤqBBBޅ-EC8aArH+@l?bMuDLD.DzDdBg8B|BB6E/C9݂ArHP@tj~?bMupDDdDdDZB7NBBB\ E~C2~ArH@+?bMDD@DDB ZBŤqBBZEC?`ArHQ@zG{?bM|D@D(DDr0BŤqBBBGEUCWDFD{D]DnHBQBBkjBtlE/Cm5ArH@+"`A?bMLDD#DifDMBYBZ&BqBbm,E_BPArHn@+S?bMMHDD(D`DbBB}BlBm/cEC1ArH333@,(\)?bM9TDDDvDRB7B.Bx BeaE@CWArHS@,1&x?bMI_DDcDlTDkZBB]BsfBrEC6ArHtj@-/v?bMD4D4DdDDj`BBB}OBrpECArH@--V?bMDJD4D"DzDRBBBzBefEsCArHE@.5?|h?bMP8DDXD}D4B4B B{BTEEl@C$ArH =@.Q?bM 2DDjDq6DWB BBuBhHF&EBArH@/;dZ?bMMRDD DDBBBBBBECԏArHt@/vȴ9X?bM-VDDDDEDBBz|B}OB^UE`@CArH9X@0 ěT?bM.D#DvD_DNBZ&BKBlrBb[E{8BArHZ@0bM?bM.>DvDFDDzBKBQB|Bz|sE CArHzG@0 =p?bMIDMDDDZBlBBBiڅJECpArH@0`A7L?bM`QDDDlTDLBSBkBsfBaTtE)CArHj@1&x?bM9;DDDq6DPB7B{BuBdAE@CArH/@1hr ě?bM jDDDlTDaB BBsfBmzcEC1ArH@1lC?bMHMD(DDlTDWB}BBsfBhHFdE5CArHR@1Q?bM6OD^DDuDJ&BBBwB`OECrArH?|@2-V?bM<< DLDLDDJ&BBBB`SE!CArH`A@2nO;?bMRPD DDSDt$BB4B(Bw ECArH%@2 ě?bM8DDXD4DbD]B BBm/BkjGECBArH@2l?bMQ"DDD#DYBkB BZ&BiTqE@CnArH\@3333333?bM>;DFDDUDECArH$/@3+?bM>@DFD@DmNDvBQBBsBx mEN@C|ArHE@49XbM?bM?DD/DwD^B$Bm5BxBk;E3CArHfff@4zG{?bMO5DDDoBD\BBTBtBj/[ECoArH+@4j~#?bMN8DDXDGDXBUB B?BhΨwECHArH@4E?bMBED:DDwDOB0B׃BxBcXECBArHȴ9@5?|hr?bM'9D DDifD0B/!B7BqBR6EzB|ArHx@5$/?bM#jDDDyDPBErBByBd aE@CWArH =p@5\(?bMlDDRDsDUB $B pAGA:6EuBArHO@6ȴ9Xb?bM/De@DDoBDFB _ B 7AAiEB_ZArHbN@7+?bMqDD.Dj`DWB B AAJ`EBBArHt@8E?bM)DPD D@D^B(B AAxEyBArH+@9"`A?bMDk@DD D^B BԏAAbE͠BJ)ArH@:Gz?bM)D1DA@DsDjBB AGA0E%`BArH@;lC?bM |DD@Df9DYB )zB vOAATEB?ArHv@
D.DjD\B oB AP@A/9EPB'ArH"@=E?bM*D@DD DaB B $APAzEBArHT@>"`?bM9^D5@DDoBDbBB˂AA EPBAArH(@@?bM9DFD5@DuD_B QBAArEFpBxZArH1@@nP?bMjDDDyDUaB B ɥAASEXpBArH/@A$/?bM4 dDjDD|2DSBBAA+iEPBdbArH-@A7KƧ?bM 8D@DxDtbDI,B cB LA-+ABEBArH5?}@B I^5??bM-5D@DDx@DcB0B dB1AZE*B]ArH¸Q@B\(?bMDq@D@Dz>DlB ~2B A>AQEN@B|ArH;dZ@CnO@bMr>WDq@DDn(D``A~2AM2AtAlEEBjArHG@EQ@bM?D\0D Du`Df ALAAwAp1EETdBArHS@G+ I^@bMzDD Dsx Dc@A7AhAvAnF1EB ArH`A@I7KƧ@bM>uAD$D$`Dq D^A2AAuAkEEBnArHlC@KC$@bMt$WD@DY@DrnD``AԏA>Av/AlEsEB6{ArHx@MO;dZ@bMDFDpDvVDfAQA-Ax)ApJ:GEBTArHυ@O\(\@bM0DDDS@DuLDb AhgAAwAn'4FEBZArHёhr@P9XbN@bMXqDDDoDaAnA*`AtAmFE4BAArHӝ-@Q^5?|@bM hDDlDu`De^AA*AwAovFEN@B|ArHթ@Rn@bM9xID`DPDqDnԠAAAuЈAtYGEBArH׶E@SƧ-@bM*a^D DDz}DpASA}Az>xAuHEvBrLArH\@T@bMUD.DPDwDo AFAcAxAtGEWBs ArH@Ul@bMD7D3pDr Dzm`AqAdAvw+Az6HEGB\VArH"@V+ @bM!lDZD5@D|DKAu*AA{LA}FCJ9ETBArHl@W;dZ@bMy$DPDD|2DAe`A8A{A~#J%EDBArHE@X`A7K@bM`DPDDPD0AAAz|AZA0KE4BӓArH@YQ@bMWDDDppD0AA\A-ALEBJArH I@Zl@bMpDD`D0 D0AFHAA"A-LwEXlBArHt@[+@bMNpDq`DDD A=A1ALTA/!NEB EArH$/@\E@bMDODDD@AA'A5}AEN4EB -ArH1&@^tj@bM]IDF DD PDw@A(AAVA 2PEB ]ArH=p@_ =p @bM}rDD DDA AA2AM2RE"B ArHI^@`1&x@bMiDDPDD0D0AA AAgRE lBRArHV@`C%@bMeD%DD `DNAaA.(AȥA߮V,EMB ArHbM@aVu@bMT}MDp@D[PDpD AAA^gAصWEQlBV{ArHn@ahr @bMoDC0DR`D?PDpAKA AA!gYEB(cArHzG@bzG@bMy 1DPDÞ D'DA$DA_=APA[EɈB~kArH+@bO;d@bMD`DȯDؠD[ARMAbEA A( _DEBArHt@cvȴ@bM#OD0D1pDD)0ArADAWAD`E'B|ArHv@c-V@bMmDj`DѷDDHAwgAA;A!?e`EBRArI1@d ěT@bM0}nDDDRD`AAjAqA1gEhBA+ArIQ@d =p@bM]!DÆDUDEAUAtApXA lE B"TArIě@e&x@bM#;D8DMD4 E xA6ArAIA|5nE}B$ArI`@elC@bMI%mD DDPE1AX(AܷAA-KsEʼB'ArI/@f-V@bMQ'D'@DDZE8AAEAAĖow]E!B*gArI x@f ě@bMn$)(DK`DI@DE @AAcAAz{[EB-4XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 84 / width of table in bytes NAXIS2 = 636 / 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 = '01267501000' / Observation ID TARG_ID = '1267501 ' / 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 = '2024-11-13T08:02:35' / file creation date (YYYY-MM-DDThh:mm:ss UT) TSTART = 753176432. / Start time DATE-OBS= '2024-11-13T07:40:32.0' / Start Date TSTOP = 753177944. / Stop time DATE-END= '2024-11-13T08:05:44.0' / 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 = 1267501 / Trigger Number TRIGSEC = 753176928 / Trigger time in seconds TRIGSUBS= 16000 / [2*10**(-5) s] TRIGger SUBSeconds TRIGTIME= 753176928.32 / [s] MET TRIGger Time = TRIGSEC+TRIGSUBS*2e-5 DATETRIG= '2024-11-13T07:48:13.8' / UTC date of the trigger TZDELTA = -32 / Trigger delta time in 10e-3 seconds units TRIGSATF= 124 / Trigger table index. Highest signif. satisfied BRA_OBJ = 16.5765600663166 / [deg] BAT GRB Object RA location BDEC_OBJ= -22.667045457393 / [deg] BAT GRB Object DEC location1 BATTHETA= 12.9506578445435 / [deg] BAT GRB Object Theta on detector BATPHI = 44.4182434082031 / [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 = -34.5268 / [s] Packet #12 UTC Correction time PCUTCCS = -35 / Packet #12 UTC Correction Seconds PCUTCCSS= 23660 / [2*10**(-5) s] Packet #12 UTC Corr SubSeconds PKTCTIME= 753176938.61774 / [s] ccsds PacKeT #12 Time= PKTSEC+PKTSUBS*2e-5 PKTCSEC = 753176938 / ccsds PacKeT #12 SEConds PKTCSUBS= 30887 / [2*10**(-5) s] ccsds PacKeT #12 SUBSeconds PKT12SEQ= 46 / Packet#12 CCSDS sequence number TIMEPIXR= 0. / Bin time beginning=0.0 middle=0.5 end=1. TELAPSE = 1512. / TSTOP - TSTART ONTIME = 1512. / Time on target LIVETIME= 1512. / Ontime multiplied by DEADC EXPOSURE= 1512. / Total exposure, with all known correction DEADC = 1. / dead time correction KEYMISS = T / Expect missing keywords CHECKSUM= 'UR2oaO1nXO1naO1n' / HDU checksum updated 2024-11-13T08:09:20 DATASUM = '1905949780' / data unit checksum updated 2024-11-13T08:09:20 P1UTCC = -34.5268 / [s] Packet #1 UTC Correction time P1UTCCS = -35 / Packet #1 UTC Correction Seconds P1UTCCSS= 23660 / [2*10**(-5) s] Packet #1 UTC Corr SubSeconds PKT1TIME= 753177194.87932 / [s] ccsds PacKeT #1 Time= PKTSEC+PKTSUBS*2e-5 PKT1SEC = 753177194 / ccsds PacKeT #1 SEConds PKT1SUBS= 43966 / [2*10**(-5) s] ccsds PacKeT #1 SUBSeconds PKT1SEQ = 50 / Packet#1 CCSDS sequence number P2UTCC = -34.5268 / [s] Packet #2 UTC Correction time P2UTCCS = -35 / Packet #2 UTC Correction Seconds P2UTCCSS= 23660 / [2*10**(-5) s] Packet #2 UTC Corr SubSeconds PKT2TIME= 753177142.28948 / [s] ccsds PacKeT #2 Time=PKTSEC+PKTSUBS*2e-5 PKT2SEC = 753177142 / ccsds PacKeT #2 SEConds PKT2SUBS= 14474 / [2*10**(-5) s] ccsds PacKeT #2 SUBSeconds PKT2SEQ = 48 / Packet#2 CCSDS sequence number P3UTCC = -34.5268 / [s] Packet #3 UTC Correction time P3UTCCS = -35 / Packet #3 UTC Correction Seconds P3UTCCSS= 23660 / [2*10**(-5) s] Packet #3 UTC Corr SubSeconds PKT3TIME= 753177192.38074 / [s] ccsds PacKeT #3 Time=PKTSEC+PKTSUBS*2e-5 PKT3SEC = 753177192 / ccsds PacKeT #3 SEConds PKT3SUBS= 19037 / [2*10**(-5) s] ccsds PacKeT #3 SUBSeconds PKT3SEQ = 49 / Packet#3 CCSDS sequence number PDUTCC = -34.5268 / [s] Packet #13 UTC Correction time PDUTCCS = -35 / Packet #13 UTC Correction Seconds PDUTCCSS= 23660 / [2*10**(-5) s] Packet #13 UTC Corr SubSeconds PKTDTIME= 753177195.8776 / [s] ccsds PacKeT #13 Time=PKTSEC+PKTSUBS*2e-5 PKTDSEC = 753177195 / ccsds PacKeT #13 SEConds PKTDSUBS= 43880 / [2*10**(-5) s] ccsds PacKeT #13 SUBSeconds PKT13SEQ= 51 / Packet#13 CCSDS sequence number P4UTCC = -34.5268 / [s] Packet #4 UTC Correction time P4UTCCS = -35 / Packet #4 UTC Correction Seconds P4UTCCSS= 23660 / [2*10**(-5) s] Packet #4 UTC Corr SubSeconds PKT4TIME= 753177490.71904 / [s] ccsds PacKeT #4 Time= PKTSEC+PKTSUBS*2e-5 PKT4SEC = 753177490 / ccsds PacKeT #4 SEConds PKT4SUBS= 35952 / [2*10**(-5) s] ccsds PacKeT #4 SUBSeconds PKT4SEQ = 52 / Packet#4 CCSDS sequence number P5UTCC = -34.5268 / [s] Packet #5 UTC Correction time P5UTCCS = -35 / Packet #5 UTC Correction Seconds P5UTCCSS= 23660 / [2*10**(-5) s] Packet #5 UTC Corr SubSeconds PKT5TIME= 753177722.0072 / [s] ccsds PacKeT #5 Time= PKTSEC+PKTSUBS*2e-5 PKT5SEC = 753177722 / ccsds PacKeT #5 SEConds PKT5SUBS= 360 / [2*10**(-5) s] ccsds PacKeT #5 SUBSeconds PKT5SEQ = 53 / Packet#5 CCSDS sequence number P6UTCC = -34.5268 / [s] Packet #6 UTC Correction time P6UTCCS = -35 / Packet #6 UTC Correction Seconds P6UTCCSS= 23660 / [2*10**(-5) s] Packet #6 UTC Corr SubSeconds PKT6TIME= 753177980.4115 / [s] ccsds PacKeT #6 Time= PKTSEC+PKTSUBS*2e-5 PKT6SEC = 753177980 / ccsds PacKeT #6 SEConds PKT6SUBS= 20575 / [2*10**(-5) s] ccsds PacKeT #6 SUBSeconds PKT6SEQ = 54 / Packet#6 CCSDS sequence number END ArGQ@ 3&~DxDTDl8D[AeAF%A-A'8E8A"LArG~Q@ 7'~DTD,DsDTAnAI9A0A%:E:AhArG~Q@ 6H'KTD D,DjDWAk9AHA-L%A&7{EAArG}Q@ 2m(}P,DɴDDrDY`AcDDDqDTAFvAG2A/.A$9 E A>;ArGvQ@ &w'?DDDl@DQAFvAIvA-A#cEA!3ArHvQ@ &d&DDDoDThAFEAG9A/qA$JEAxArHuQ@ &&%3DD0Dq(DQAGAFA/cA#EA ArHuQ@ &&m>DDDmDQAGAF]A.lA#DEATArH tQ@ &|&JDDLDn`DRPAFAGcA.FA$eEeAcArHtQ@ ''RXDLDHDrDOPAHAHA0EA"EAArHsQ@ ('zHDDDn8DZ@ALAIA.A'$rErANArHsQ@ )''DDDtDTAMGAJAA0A$EA+ArHrQ@ &T'<C+DPDDrDQXAFpAHpA0A#EA5?ArH rQ@ &h&DDDoDWAFPAG?A.A&: E A=ArH$qQ@ %&|DDDlDUADZAFA.A%xEAO=ArH(qQ@ &%'8DDDuxDWAEAHfLA1AA&EAwArH,pQ@ &I'(~%D$DDsDY(AFAH=gA0A&EAArH0pQ@ &&+D DDqXDVAFAGA/A%ˉe&E&APArHLi =p @ &&DpD@Dt0DT AEAG[A0.A$UEA/ArHPh =p @ &'diDDDoDSHAG AH֗A.A$s[_E_Ax=ArHTg =p @ '(1'ZD DDq8DZAGAJޒA/7A'[EAArHXf =p @ &)'$DDDq DWAE/AIHA/yA&4g E A{ArH\e =p @ %'zNJDDDjpDZPAE AIA-:jA'*#EA3ArH`d =p @ &'y D\DDp`DTAFLAI A/hyA%EAArHdc =p @ &&?DDDmDQAGAGA.oA#cEA ArHhb =p @ %&3DDDqDUADAGA/*A%bhEAArHla =p @ &'4hD\DDk@DTAFLAH\A-1A% EA^ArHp` =p @ &5'5%DDDuDY(AEBAH^A1mA&MEMA5ArHt^zG@ &'aDDDo@DXAG7AHA.EA&xEAArHx\zG@ %'eDD`Ds(DT`AD AIZA0kA$/@E@AbArH|ZzG?vDD8DrDJA@AڄA'A#8EBL&ArH|YzG? 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