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 = '00500914000' / Observation ID TARG_ID = '500914 ' / Target ID SEG_NUM = '0 ' / Segment number TIMESYS = 'TT ' / time system MJDREFI = 51910 / MJD reference day 01 Jan 2001 00:00:00 MJDREFF = 0.00074287037 / MJD reference (fraction of day) 01 Jan 2001 00:TIMEUNIT= 's ' / Time unit for timing header keywords TIERRELA= 1.0E-08 / [s/s] Estimated relative clock rate error TIERABSO= 1. / [s] Estimated absolute clock offset error TSTART = 335392212.8 / Start time DATE-OBS= '2011-08-18T20:37:51' TSTOP = 335393670.4 / Stop time DATE-END= '2011-08-18T20:54:29' CLOCKAPP= F / If clock correction are applied (F/T) ORIGIN = 'GSFC ' / Source of FITS file CREATOR = 'TDRSS2FITS V3.22' / Program that created this FITS file TLM2FITS= 'V3.22 ' / Telemetry converter version number DATE = '2011-08-24T11:07:32' / file creation date (YYYY-MM-DDThh:mm:ss UT) UTCFINIT= -7.27412000000000 / [s] UTCF at TSTART CHECKSUM= 'XmgFZme9XmeEXme9' / HDU checksum updated 2011-08-24T14:53:05 DATASUM = ' 0' / data unit checksum updated 2011-08-24T11:07:32 OBJECT = 'GRB110818a' PROCVER = '3.14.1 ' / Processing script version SOFTVER = 'Hea_28Sep2010_V6.10_Swift_Rel3.7(Bld26)_06Jul2010' / HEASOFT and SwifCALDBVER= 'b20090130_u20110131_x20100802_m20110801' / CALDB index versions used ATTFLAG = '111 ' / Orgin of attitude information 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 = '00500914000' / Observation ID TARG_ID = '500914 ' / Target ID SEG_NUM = '0 ' / Segment number CREATOR = 'TDRSS2FITS V3.22' / Program that created this FITS file ORIGIN = 'GSFC ' / Source of FITS file TLM2FITS= 'V3.22 ' / 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-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds CLOCKAPP= F / If clock correction are applied (F/T) TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock DATE = '2011-08-24T11:07:32' / file creation date (YYYY-MM-DDThh:mm:ss UT) TSTART = 335392652.8 / Start time DATE-OBS= '2011-08-18T20:37:31' TSTOP = 335392862.72 / Stop time DATE-END= '2011-08-18T20:41:01' UTCFINIT= -7.27414000000000 / [s] 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 = 500914 / Trigger Number TRIGSEC = 335392676 / Trigger time in seconds TRIGSUBS= 24000 / [2*10**(-5) s] TRIGger SUBSeconds TRIGTIME= 335392676.48 / [s] MET TRIGger Time = TRIGSEC+TRIGSUBS*2e-5 DATETRIG= '2011-08-18T20:37:49.2' / UTC date of the trigger TZDELTA = 32 / Trigger delta time in 10e-3 seconds units TRIGSATF= 478 / Trigger table index. Highest signif. satisfied BRA_OBJ = 317.383618630044 / [deg] BAT GRB Object RA location BDEC_OBJ= -63.969654053451 / [deg] BAT GRB Object DEC location1 BATTHETA= 41.7711219787598 / [deg] BAT GRB Object Theta on detector BATPHI = 154.172943115234 / [deg] BAT GRB Object PHI on detector APID = 387 / Application Process Identifier PKT1REV = 4 / No.of revisions for PKT #1 PKT2REV = 2 / No.of revisions for PKT #2 PKT3REV = 2 / 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 = -7.27414 / [s] Packet #1 UTC Correction time P1UTCCS = -8 / Packet #1 UTC Correction Seconds P1UTCCSS= 36293 / [2*10**(-5) s] Packet #1 UTC Corr SubSeconds PKT1TIME= 335392890.6812 / [s] ccsds PacKeT #1 Time= PKTSEC+PKTSUBS*2e-5 PKT1SEC = 335392890 / ccsds PacKeT #1 SEConds PKT1SUBS= 34060 / [2*10**(-5) s] ccsds PacKeT #1 SUBSeconds PKT1SEQ = 66 / Packet#1 CCSDS sequence number TIMEPIXR= 0. / Bin time beginning=0.0 middle=0.5 end=1. TELAPSE = 209.920000016689 / TSTOP - TSTART ONTIME = 209.920000016689 / Time on target LIVETIME= 209.920000016689 / Ontime multiplied by DEADC EXPOSURE= 209.920000016689 / Total exposure, with all known correction DEADC = 1. / dead time correction KEYMISS = T / Expect missing keywords CHECKSUM= 'ZP74gP44ZP44dP44' / HDU checksum updated 2011-08-24T14:53:05 DATASUM = '3114820608' / data unit checksum updated 2011-08-24T11:07:32 P2UTCC = -7.27414 / [s] Packet #2 UTC Correction time P2UTCCS = -8 / Packet #2 UTC Correction Seconds P2UTCCSS= 36293 / [2*10**(-5) s] Packet #2 UTC Corr SubSeconds PKT2TIME= 335392848.78646 / [s] ccsds PacKeT #2 Time=PKTSEC+PKTSUBS*2e-5 PKT2SEC = 335392848 / ccsds PacKeT #2 SEConds PKT2SUBS= 39323 / [2*10**(-5) s] ccsds PacKeT #2 SUBSeconds PKT2SEQ = 64 / Packet#2 CCSDS sequence number P3UTCC = -7.27414 / [s] Packet #3 UTC Correction time P3UTCCS = -8 / Packet #3 UTC Correction Seconds P3UTCCSS= 36293 / [2*10**(-5) s] Packet #3 UTC Corr SubSeconds PKT3TIME= 335392889.58144 / [s] ccsds PacKeT #3 Time=PKTSEC+PKTSUBS*2e-5 PKT3SEC = 335392889 / ccsds PacKeT #3 SEConds PKT3SUBS= 29072 / [2*10**(-5) s] ccsds PacKeT #3 SUBSeconds PKT3SEQ = 65 / Packet#3 CCSDS sequence number PROCVER = '3.14.1 ' / Processing script version SOFTVER = 'Hea_28Sep2010_V6.10_Swift_Rel3.7(Bld26)_06Jul2010' / HEASOFT and SwifCALDBVER= 'b20090130_u20110131_x20100802_m20110801' / CALDB index versions used ATTFLAG = '111 ' / Orgin of attitude information END A7zG? , E=EDpDɐB.M\B7-BA6F FB3Afff6zG?) u E=$ED$DB-BBdAM7 F B~A4zG{?d  aEAEDTDB0#B/BA6F BA2Gz?J h E;ED DB, BgBA7&F B$A3331GzG? 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E`DzD0BZBF9B-`B3$MF BHAt@?-V?bM 6 }eE>E D@D@BZfBDIaB+B #F uBcXAR@@QR?bM OE9.@E*`D@D$BW)BF8uB,s{B#F BA$/@@E?bM wE;E$Dy@DBXBJB+bB$FBA+ @AXbM?bM S HE@E2D@DJB[icBCB+dB#F B@BAvA1&@A"`A?bM kE7E D@DȏBV==BBB,BU#F B>A7K@B^5?|?bM  E;E% DzDՀBXɿBK B-`B f$FB>A=p@BGz?bM ^EA׍O@I7KƧ@bM0&-E;hE@D뿐DPAاAAA*1F B:QAۥT@K$/@bM.&FE5(E6DDA-XAn~AA\FB8t;A߾v@Mn@bM/&E:ĀED0DADAbA,A3F MjB9EA =@OzG@bM.&ZE6EwDO DÎAOAIAMAXFkB8A@P/w@bM.&a2E7pEDD֠A&qAACcA/FB8VpA1'@QS@bM/e'E9"EcDD@A"A/}AA~tFB8HA ě@Rx@bM/O%E8̘E``D4D'AA,AA[8FB8/A9X@S-V@bM/&yE7ΰE`DAPDspA]#AAA&FB8AQ@T\(@bM/&{E8 HEPxDPDH0AKAAqA<`FB8vAj~@UlC@bM/H&NE8@ED[DAAhAA"FB8An@W I^5@bM.%gE6 ED崰DATEAtAs$AFV|B7A@X1&x@bM.%vE60ETDKD`0Ak'ADFAAFvB7XA9X@YVt@bM.&VE6sED `DAՒ AAAKiF$B8|A @ZzG@bM.B%E4E@D&D«AԊzAAc}ARFLB7<(A`A@[vȴ@bM.&~uE7ME\0DRDo@AAAALFB8$A@\ ěT@bM.&AE7.E8DDH0AAAA<FqB8A+@]&x@bM.%E7mEDD”A$)A AAhF)B7yA/@^-V@bM0"&(5E<E @D^DsF:NB7/A-hr@a"`A@bM.&`E7pEDݮDL`A&qA AvAq7*FB7IA1@aS@bM/^%E90EPDDAAA#A7FB7A5\@b(\)@bM.&KE6gPED`DAՋ-Aa AeA(bF#B7}A9"@b1&y@bM/^%?1E90EDܬ0DAA^AAFrB8AA=E@c/v@bM/7& E8nE{pDDõAֺrAAAhFQvB8BAB I@c-V@bM/U&E8E D[DPAAAA@FB87NAF$/@d5?|h@bM/s&!E9Y8EDޠ0D«ABAAcARF B85AJ=p@dQ@bM.|&IE5`E(Dߚ0DPAA\A.A-FB7GANV@e;dZ@bM/i&EE92(E}D߂D- A,AQA&0AdFB89ARn@evȴ9X@bM. %E4-ExDDAAAFB6AV+@fA7Kƨ@bM.]%*E5HED DZAxAAAq 9FB6]AZw@fěS@bM.&/E70ED:D0AAWA)dAtFnB8XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 84 / width of table in bytes NAXIS2 = 645 / 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 = '00500914000' / Observation ID TARG_ID = '500914 ' / Target ID SEG_NUM = '0 ' / Segment number CREATOR = 'TDRSS2FITS V3.22' / Program that created this FITS file ORIGIN = 'GSFC ' / Source of FITS file TLM2FITS= 'V3.22 ' / 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-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds CLOCKAPP= F / If clock correction are applied (F/T) TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock DATE = '2011-08-24T11:07:32' / file creation date (YYYY-MM-DDThh:mm:ss UT) TSTART = 335392212.8 / Start time DATE-OBS= '2011-08-18T20:30:11' TSTOP = 335393670.4 / Stop time DATE-END= '2011-08-18T20:54:29' UTCFINIT= -7.27412000000000 / [s] 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 = 500914 / Trigger Number TRIGSEC = 335392676 / Trigger time in seconds TRIGSUBS= 24000 / [2*10**(-5) s] TRIGger SUBSeconds TRIGTIME= 335392676.48 / [s] MET TRIGger Time = TRIGSEC+TRIGSUBS*2e-5 DATETRIG= '2011-08-18T20:37:49.2' / UTC date of the trigger TZDELTA = 32 / Trigger delta time in 10e-3 seconds units TRIGSATF= 478 / Trigger table index. Highest signif. satisfied BRA_OBJ = 317.383618630044 / [deg] BAT GRB Object RA location BDEC_OBJ= -63.969654053451 / [deg] BAT GRB Object DEC location1 BATTHETA= 41.7711219787598 / [deg] BAT GRB Object Theta on detector BATPHI = 154.172943115234 / [deg] BAT GRB Object PHI on detector APID = 387 / Application Process Identifier PKT1REV = 4 / No.of revisions for PKT #1 PKT2REV = 2 / No.of revisions for PKT #2 PKT3REV = 2 / No.of revisions for PKT #3 PKT4REV = 2 / No.of revisions for PKT #4 PKT5REV = 2 / No.of revisions for PKT #5 PKT6REV = 2 / 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= 2 / No.of revisions for PKT #12 PKT13REV= 2 / 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 = -7.27414 / [s] Packet #12 UTC Correction time PCUTCCS = -8 / Packet #12 UTC Correction Seconds PCUTCCSS= 36293 / [2*10**(-5) s] Packet #12 UTC Corr SubSeconds PKTCTIME= 335392735.20336 / [s] ccsds PacKeT #12 Time= PKTSEC+PKTSUBS*2e-5 PKTCSEC = 335392735 / ccsds PacKeT #12 SEConds PKTCSUBS= 10168 / [2*10**(-5) s] ccsds PacKeT #12 SUBSeconds PKT12SEQ= 62 / Packet#12 CCSDS sequence number TIMEPIXR= 0. / Bin time beginning=0.0 middle=0.5 end=1. TELAPSE = 1457.59999996424 / TSTOP - TSTART ONTIME = 1457.59999996424 / Time on target LIVETIME= 1457.59999996424 / Ontime multiplied by DEADC EXPOSURE= 1457.59999996424 / Total exposure, with all known correction DEADC = 1. / dead time correction KEYMISS = T / Expect missing keywords CHECKSUM= '6aSC7aQ96aQC6aQ9' / HDU checksum updated 2011-08-24T14:53:05 DATASUM = '4070024965' / data unit checksum updated 2011-08-24T11:07:32 P1UTCC = -7.27414 / [s] Packet #1 UTC Correction time P1UTCCS = -8 / Packet #1 UTC Correction Seconds P1UTCCSS= 36293 / [2*10**(-5) s] Packet #1 UTC Corr SubSeconds PKT1TIME= 335392890.6812 / [s] ccsds PacKeT #1 Time= PKTSEC+PKTSUBS*2e-5 PKT1SEC = 335392890 / ccsds PacKeT #1 SEConds PKT1SUBS= 34060 / [2*10**(-5) s] ccsds PacKeT #1 SUBSeconds PKT1SEQ = 66 / Packet#1 CCSDS sequence number P2UTCC = -7.27414 / [s] Packet #2 UTC Correction time P2UTCCS = -8 / Packet #2 UTC Correction Seconds P2UTCCSS= 36293 / [2*10**(-5) s] Packet #2 UTC Corr SubSeconds PKT2TIME= 335392848.78646 / [s] ccsds PacKeT #2 Time=PKTSEC+PKTSUBS*2e-5 PKT2SEC = 335392848 / ccsds PacKeT #2 SEConds PKT2SUBS= 39323 / [2*10**(-5) s] ccsds PacKeT #2 SUBSeconds PKT2SEQ = 64 / Packet#2 CCSDS sequence number P3UTCC = -7.27414 / [s] Packet #3 UTC Correction time P3UTCCS = -8 / Packet #3 UTC Correction Seconds P3UTCCSS= 36293 / [2*10**(-5) s] Packet #3 UTC Corr SubSeconds PKT3TIME= 335392889.58144 / [s] ccsds PacKeT #3 Time=PKTSEC+PKTSUBS*2e-5 PKT3SEC = 335392889 / ccsds PacKeT #3 SEConds PKT3SUBS= 29072 / [2*10**(-5) s] ccsds PacKeT #3 SUBSeconds PKT3SEQ = 65 / Packet#3 CCSDS sequence number PDUTCC = -7.27414 / [s] Packet #13 UTC Correction time PDUTCCS = -8 / Packet #13 UTC Correction Seconds PDUTCCSS= 36293 / [2*10**(-5) s] Packet #13 UTC Corr SubSeconds PKTDTIME= 335392891.8791 / [s] ccsds PacKeT #13 Time=PKTSEC+PKTSUBS*2e-5 PKTDSEC = 335392891 / ccsds PacKeT #13 SEConds PKTDSUBS= 43955 / [2*10**(-5) s] ccsds PacKeT #13 SUBSeconds PKT13SEQ= 67 / Packet#13 CCSDS sequence number P4UTCC = -7.27414 / [s] Packet #4 UTC Correction time P4UTCCS = -8 / Packet #4 UTC Correction Seconds P4UTCCSS= 36293 / [2*10**(-5) s] Packet #4 UTC Corr SubSeconds PKT4TIME= 335393418.59554 / [s] ccsds PacKeT #4 Time= PKTSEC+PKTSUBS*2e-5 PKT4SEC = 335393418 / ccsds PacKeT #4 SEConds PKT4SUBS= 29777 / [2*10**(-5) s] ccsds PacKeT #4 SUBSeconds PKT4SEQ = 68 / Packet#4 CCSDS sequence number P5UTCC = -7.27414 / [s] Packet #5 UTC Correction time P5UTCCS = -8 / Packet #5 UTC Correction Seconds P5UTCCSS= 36293 / [2*10**(-5) s] Packet #5 UTC Corr SubSeconds PKT5TIME= 335393523.70762 / [s] ccsds PacKeT #5 Time= PKTSEC+PKTSUBS*2e-5 PKT5SEC = 335393523 / ccsds PacKeT #5 SEConds PKT5SUBS= 35381 / [2*10**(-5) s] ccsds PacKeT #5 SUBSeconds PKT5SEQ = 69 / Packet#5 CCSDS sequence number P6UTCC = -7.27414 / [s] Packet #6 UTC Correction time P6UTCCS = -8 / Packet #6 UTC Correction Seconds P6UTCCSS= 36293 / [2*10**(-5) s] Packet #6 UTC Corr SubSeconds PKT6TIME= 335393672.71718 / [s] ccsds PacKeT #6 Time= PKTSEC+PKTSUBS*2e-5 PKT6SEC = 335393672 / ccsds PacKeT #6 SEConds PKT6SUBS= 35859 / [2*10**(-5) s] ccsds PacKeT #6 SUBSeconds PKT6SEQ = 70 / Packet#6 CCSDS sequence number PROCVER = '3.14.1 ' / Processing script version SOFTVER = 'Hea_28Sep2010_V6.10_Swift_Rel3.7(Bld26)_06Jul2010' / HEASOFT and SwifCALDBVER= 'b20090130_u20110131_x20100802_m20110801' / CALDB index versions used ATTFLAG = '111 ' / Orgin of attitude information END A|G{@ @C.6/2 EE\DؼD$AAA$"AkAbZDEDAYA|zG{@ @A615ElEDڀDAAAlA`yEAYA{G{@ AxA641'EEDDĜAuAAkA`YEAA{zG{@ @B60EEFDTD4ARA0Alj6A^EAAzG{@ AWB61EED D|AU9AAk-1AajIEAAzzG{@ AA5i1|EE$DդDAwAAiAa\E\AAyG{@ AB6Y0EEDdDdAA Ak"A_EA A yzG{@ @A5U1EEDTDAZAAi.A` .E.A̒AxG{@ B8B6H0EpEDD DpA3)A5Ak9A_EAAxzG{@ @A50EERD֜DàA^AGAjdA_EAEAeAqzG{@ AwA6,0zEEDذDAtAdAkcA^EAjApG{@ AA601EED<DAAAkGPA^$EABApzG{@ @@53/zE EDDAAoAifA\}EAAo\(@ @R@60.EEDDAQA$AkAZV7E7AAn\(@ @A6</E~EDDArAIAk(A]0EA(aAm\(@ @}Bd60EEDTD A|A^dAkT^A]EA7Al\(@ @A`5/TEnED,DPA~A^!Aj'_A\%9EA(Ak\(@ AB4}0EpEDDhAAzAgA]EA!Aj\(@ D A5^0EEDxD°A'AۍAiA_?EAŲAi\(@ GJB6G0JEEDD(AAAk A^^{EA>Ah\(@ JD/60VEzE^DڈDXARtA Al\A^zEAAg\(@ PEU60E!HE DۈDÌA"A9AmA_EA\Af\(@ TG6r0E)dEDD|A?AAl^A_!FB!Ae\(@ WGo70sE/EDDAA:An.A^F΀BAd\(@ YG71 E2 EDބD0AAAnA`l FBf>Ac\(@ YI71E3^EDDAAAnֿAa FB9A b\(@ [|K81GE6ED8DA 4AARAo>A`FHBAa\(@ \ I840E8@E DDôA"A:AoeA_ԎFhBA`\(@ [J)70E7|ERDDA@^AfffYQ? 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EDvD<A1AYA_Av^/EuBBA6fff@\(@ E ED:DA#AAn'A^EPBBA9@\)@ n/E &EDDA~RAЍ3A>At_*EBCA<@\(@ KGyE EwDDºA{AAnA_EBCA@@(\@ E EDDA AADA]EꏀBAAC333@\(@ >'s;E6ED~DNAƵAnA@A^E/BAAFfff@\(@ isE ED~D Ak9A|%A@A~W^ErBBAI@(\)@ LE EDDTAҟAAA]EBA)AL@B\(@ \_EEDնDA9AϋA`A^AE뢀BB+=AP@\(\@ uQ*:E IEDӤDDAљ AvAAdu_*EBCAS333@u\(@ FE 9E^DxDAOAZAA3^EmBB~AVfff@\(@ fXE EDpDRA1Ä́AAd^0ExBBAY@\)@ E EDVDA҈A;'ASAܨ]E꼀BAcA\@\(@  q}E E 5DDA!AщAkAb_EBC̵A`@(\@ { XkE gE7DpD.AѯAAACg_IE6BC:mAc333@\(@ $_E E DDA0A-ATfA `E BDmAffff@\(@ [E EDDA#AAA_]EBAuAi@(\)@ E /E.D4DAHUA6AbA]EBA&Al@B\(@ zE bEuDD2AѬ AΧAxA#&^0ExBBAp@\(\@ REE9D"DAJAy.AAC^.EsBBAs333@u\(@ EEDټD AؚAϏkAA~W^EGBBo-Avfff@\(@ E EDDAɇA A׺At_7E BC'Ay@\)@ * EED@DAzAAA$]EBA.A|@\(@ *,E yEDӸDbABAzA 7A&^ElBBaA@(\@ jRE EDDAo AJAI6A4^{E3BBfA333@\(@ &E jE D|DA7{AA!A̩^EBBXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 98 / width of table in bytes NAXIS2 = 93 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 10 / 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 = 'TARGET ' / label for field 4 TFORM4 = '1J ' / data format of field: 4-byte INTEGER TTYPE5 = 'SEGMENT ' / label for field 5 TFORM5 = '1I ' / data format of field: 2-byte INTEGER TTYPE6 = 'RA ' / label for field 6 TFORM6 = '1E ' / data format of field: 4-byte REAL TUNIT6 = 'deg ' / physical unit of field TTYPE7 = 'DEC ' / label for field 7 TFORM7 = '1E ' / data format of field: 4-byte REAL TUNIT7 = 'deg ' / physical unit of field TTYPE8 = 'ROLL ' / label for field 8 TFORM8 = '1E ' / data format of field: 4-byte REAL TUNIT8 = 'deg ' / physical unit of field TTYPE9 = 'POINTING' / label for field 9 TFORM9 = '3D ' / data format of field: 8-byte DOUBLE TUNIT9 = 'deg ' / physical unit of field TTYPE10 = 'QPARAM ' / label for field 10 TFORM10 = '4D ' / data format of field: 8-byte DOUBLE EXTNAME = 'ATTITUDE' / name of this binary table extension TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= 'BAT ' / Instrument name OBS_ID = '00500914000' / Observation ID TARG_ID = '500914 ' / Target ID SEG_NUM = '0 ' / Segment number CREATOR = 'TDRSS2FITS V3.22' / Program that created this FITS file ORIGIN = 'GSFC ' / Source of FITS file TLM2FITS= 'V3.22 ' / 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-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds CLOCKAPP= F / If clock correction are applied (F/T) TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock DATE = '2011-08-24T11:07:32' / file creation date (YYYY-MM-DDThh:mm:ss UT) TSTART = 335392331.8 / Start time DATE-OBS= '2011-08-18T20:32:10' TSTOP = 335393673.8 / Stop time DATE-END= '2011-08-18T20:54:32' UTCFINIT= -7.27414000000000 / [s] UTCF at TSTART MESGNAME= 'BAT_ATTITUDE' / Name of the message HDUCLASS= 'OGIP ' / format conforms to OGIP standards HDUCLAS1= 'TEMPORALDATA' / Time ordered data HDUCLAS2= 'ASPECT ' / Spacecraft aspect data TRIGGER = 500914 / Trigger Number TRIGSEC = 335392676 / Trigger time in seconds TRIGSUBS= 24000 / [2*10**(-5) s] Trigger SUBSecond TRIGTIME= 335392676.48 / [s] Trigger Time = TRIGSEC+TRIGSUBS*2e-5 DATETRIG= '2011-08-18T20:37:56.5' / Date of the trigger TZDELTA = 32 / Trigger delta time in 10e-3 seconds units TRIGSATF= 478 / Trigger table index. Highest signif. satisfied BRA_OBJ = 317.383618630044 / [deg] BAT GRB Object RA location BDEC_OBJ= -63.969654053451 / [deg] BAT GRB Object DEC location BATTHETA= 41.7711219787598 / [deg] BAT GRB Object Theta on detector BATPHI = 154.172943115234 / deg] BAT GRB Object PHI on detector APID = 387 / Application Process Identifier PKT1REV = 4 / No.of revisions for PKT #1 PKT2REV = 2 / No.of revisions for PKT #2 PKT4REV = 2 / No.of revisions for PKT #4 PKT5REV = 2 / No.of revisions for PKT #5 PKT6REV = 2 / 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= 2 / No.of revisions for PKT #12 PACKET1 = T / Data from packet #1 present PACKET2 = T / Data from packet #2 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 PCUTCC = -7.27414 / [s] Packet #12 UTC Correction time PCUTCCS = -8 / Packet #12 UTC Correction Seconds PCUTCCSS= 36293 / [2*10**(-5) s] Packet #12 UTC Corr SubSeconds PKTCTIME= 335392735.20336 / [s] ccsds PacKeT #12 Time= PKTSEC+PKTSUBS*2e-5 PKTCSEC = 335392735 / ccsds PacKeT #12 SEConds PKTCSUBS= 10168 / [2*10**(-5) s] ccsds PacKeT #12 SUBSeconds PKT12SEQ= 62 / Packet#12 CCSDS sequence number ALGN_NAM= 'swalign20041115v012.fits' TIMEPIXR= 0. / Bin time beginning=0.0 middle=0.5 end=1. TELAPSE = 1342. / TSTOP - TSTART ONTIME = 1342. / Time on target LIVETIME= 1342. / Ontime multiplied by DEADC EXPOSURE= 1342. / Total exposure, with all known correction DEADC = 1. / dead time correction KEYMISS = T / Expect missing keywords DATAMISS= T / Expect missing data CHECKSUM= 'oGA9q968oEA8o938' / HDU checksum updated 2011-08-24T14:53:06 DATASUM = '3198977503' / data unit checksum updated 2011-08-24T11:07:32 P1UTCC = -7.27414 / [s] Packet #1 UTC Correction time P1UTCCS = -8 / Packet #1 UTC Correction Seconds P1UTCCSS= 36293 / [2*10**(-5) s] Packet #1 UTC Corr SubSeconds PKT1TIME= 335392890.6812 / [s] ccsds PacKeT #1 Time= PKTSEC+PKTSUBS*2e-5 PKT1SEC = 335392890 / ccsds PacKeT #1 SEConds PKT1SUBS= 34060 / [2*10**(-5) s] ccsds PacKeT #1 SUBSeconds PKT1SEQ = 66 / Packet#1 CCSDS sequence number P2UTCC = -7.27414 / [s] Packet #2 UTC Correction time P2UTCCS = -8 / Packet #2 UTC Correction Seconds P2UTCCSS= 36293 / [2*10**(-5) s] Packet #2 UTC Corr SubSeconds PKT2TIME= 335392848.78646 / [s] ccsds PacKeT #2 Time=PKTSEC+PKTSUBS*2e-5 PKT2SEC = 335392848 / ccsds PacKeT #2 SEConds PKT2SUBS= 39323 / [2*10**(-5) s] ccsds PacKeT #2 SUBSeconds PKT2SEQ = 64 / Packet#2 CCSDS sequence number P4UTCC = -7.27414 / [s] Packet #4 UTC Correction time P4UTCCS = -8 / Packet #4 UTC Correction Seconds P4UTCCSS= 36293 / [2*10**(-5) s] Packet #4 UTC Corr SubSeconds PKT4TIME= 335393418.59554 / [s] ccsds PacKeT #4 Time= PKTSEC+PKTSUBS*2e-5 PKT4SEC = 335393418 / ccsds PacKeT #4 SEConds PKT4SUBS= 29777 / [2*10**(-5) s] ccsds PacKeT #4 SUBSeconds PKT4SEQ = 68 / Packet#4 CCSDS sequence number P5UTCC = -7.27414 / [s] Packet #5 UTC Correction time P5UTCCS = -8 / Packet #5 UTC Correction Seconds P5UTCCSS= 36293 / [2*10**(-5) s] Packet #5 UTC Corr SubSeconds PKT5TIME= 335393523.70762 / [s] ccsds PacKeT #5 Time= PKTSEC+PKTSUBS*2e-5 PKT5SEC = 335393523 / ccsds PacKeT #5 SEConds PKT5SUBS= 35381 / [2*10**(-5) s] ccsds PacKeT #5 SUBSeconds PKT5SEQ = 69 / Packet#5 CCSDS sequence number P6UTCC = -7.27414 / [s] Packet #6 UTC Correction time P6UTCCS = -8 / Packet #6 UTC Correction Seconds P6UTCCSS= 36293 / [2*10**(-5) s] Packet #6 UTC Corr SubSeconds PKT6TIME= 335393672.71718 / [s] ccsds PacKeT #6 Time= PKTSEC+PKTSUBS*2e-5 PKT6SEC = 335393672 / ccsds PacKeT #6 SEConds PKT6SUBS= 35859 / [2*10**(-5) s] ccsds PacKeT #6 SUBSeconds PKT6SEQ = 70 / Packet#6 CCSDS sequence number PROCVER = '3.14.1 ' / Processing script version SOFTVER = 'Hea_28Sep2010_V6.10_Swift_Rel3.7(Bld26)_06Jul2010' / HEASOFT and SwifCALDBVER= 'b20090130_u20110131_x20100802_m20110801' / CALDB index versions used ATTFLAG = '111 ' / Orgin of attitude information END AKu@>CH{CZ@ip >#B\(@q\(?Xai-z \|"_hG?Sl̢Ais@>CH{CZ@ip >#B\(@q\(?Xai-z \|"_hG?Sl̢Aq@>CH{CZ@ip >#B\(@q\(?Xai-z \|"_hG?Sl̢Ao@>CH{CZ@ip >#B\(@q\(?Xai-z \|"_hG?Sl̢Al @>CI\%CN@i1R$p >@q\(?ǒUK.Ͽ\i?@?Ah`@>CZ{CFf@kUp >7\(@q?p$o(4etǿ/?& Ad@>Cr \)C@nBG{AQ@p\(?N䬿÷3v˨?x8LA`@>C \C@pG{DR@pRzG?=+&{6cD?Ưlo3A;Z@@>C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} AYR@>C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} AwF@>C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A.@*C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A333?C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A?C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} Afff??C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@ ?C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@333333?C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A333@?C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@ @ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@&ffffff@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A333@,@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} Afff@1@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@4@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@8@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@;333333@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A333@>ffffff@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} Afff@@@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} Aə@Bffffff@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@D@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@E@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A333@G333333@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} Afff@H@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} Aٙ@Jffffff@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@L@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@M@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A333@O333333@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} Afff@Pffffff@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A陙@Q333333@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@R@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@R@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A333@S@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} Afff@Tffffff@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@U333333@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@V@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@V@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A333@W@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} Afff@Xffffff@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A @Y333333@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A @Z@ C{ \C3@p\(DR@pRfffff?nR|q?ƯNQ} A@t@.C'GCw\@p\)HQ@nR?-eEf`MT Vlq ?s%6A@u@.CnrC[@rM\(NXQ@k}Q녿L?ӃMF?yS4 D? 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