SIMPLE = T / file does conform to FITS standard BITPIX = 16 / 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 HISTORY TASK: FEXTRACT on FILENAME: sw01210276000b123x001.hk[0] TSTART = 727699879.996 TSTOP = 727706049.83252 DATE-OBS= '2024-01-23T10:51:14' DATE-END= '2024-01-23T12:34:04' PROCVER = '3.19.03 ' / Processing script version 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:CLOCKAPP= F / If clock correction are applied (F/T) TIMEUNIT= 's ' / Time unit for timing header keywords OBS_ID = '01210276000' / Observation ID SEQPNUM = 13 / Number of times the dataset processed TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART CHECKSUM= 'haeqkVbohabohUbo' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = ' 0' / data unit checksum updated 2024-02-02T06:27:11 END XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 72 / width of table in bytes NAXIS2 = 25 / 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 ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHKEVENTSSYS' / Real Time Software Event Subsystem TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BHKEVENTSEV' / Real Time Software Event Severity TFORM3 = '1B ' / data format of field: BYTE TTYPE4 = 'BHKEVENTHUB' / Real Time Software Event Hub Id TFORM4 = '1B ' / data format of field: BYTE TTYPE5 = 'BHKEVENTCODE' / Real Time Software Event Code TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 32768 / offset for unsigned integers TTYPE6 = 'BHKEVENTDAT1' / Real Time Software Event Data Parameter number TFORM6 = '1J ' / data format of field: 4-byte INTEGER TZERO6 = 2147483648 / offset for unsigned integers TTYPE7 = 'BHKEVENTDAT2' / Real Time Software Event Data Parameter number TFORM7 = '1J ' / data format of field: 4-byte INTEGER TZERO7 = 2147483648 / offset for unsigned integers TTYPE8 = 'BHKEVENTDAT3' / Real Time Software Event Data Parameter number TFORM8 = '1J ' / data format of field: 4-byte INTEGER TZERO8 = 2147483648 / offset for unsigned integers TTYPE9 = 'BHKEVENTDAT4' / Real Time Software Event Data Parameter number TFORM9 = '1J ' / data format of field: 4-byte INTEGER TZERO9 = 2147483648 / offset for unsigned integers TTYPE10 = 'BHKEVENTSTR' / Real Time Software Event String Data Parameter TFORM10 = '40A ' / data format of field: ASCII Character EXTNAME = 'hk123x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727700222.43994 TSTOP = 727706048.54262 DATE-OBS= '2024-01-23T10:56:57' DATE-END= '2024-01-23T12:34:03' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823800000000 / [s] UTCF at TSTART TELAPSE = 5826.10267996788 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 291 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:26' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'TScWTRZVTRaVTRYV' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '888373145' / data unit checksum updated 2024-02-02T06:06:26 COMMENT Column 2 = BHKEVENTSSYS - Discrete value COMMENT 0 = EX = no description COMMENT 1 = CI = no description COMMENT 2 = HK = no description COMMENT 3 = TO = no description COMMENT 4 = SM = no description COMMENT 5 = FM = no description COMMENT 6 = RI = no description COMMENT 7 = SH = no description COMMENT 8 = SB = no description COMMENT 9 = MS = no description COMMENT 10 = TM = no description COMMENT 11 = ST = no description COMMENT 12 = CS = no description COMMENT 13 = SC = no description COMMENT 14 = FT = no description COMMENT 15 = SE = no description COMMENT 16 = FO = no description COMMENT 17 = PW = no description COMMENT 18 = ?? = no description COMMENT 19 = ?? = no description COMMENT 20 = IH = no description COMMENT 21 = DM = no description COMMENT 22 = PD = no description COMMENT 23 = ?? = no description COMMENT 24 = ?? = no description COMMENT 25 = DI = no description COMMENT 26 = TG = no description COMMENT 27 = BR = no description COMMENT 28 = SP = no description COMMENT 29 = CA = no description COMMENT 30 = ?? = no description COMMENT 31 = ?? = no description COMMENT 32 = BG = no description COMMENT 33 = RO = no description COMMENT 34 = ID = no description COMMENT Column 3 = BHKEVENTSEV - Discrete value COMMENT 0 = UNDEFINED = no description COMMENT 1 = INFO = no description COMMENT 2 = OPERROR = no description COMMENT 3 = SWWARN = no description COMMENT 4 = HWWARN = no description COMMENT 5 = SWERROR = no description COMMENT 6 = HWERROR = no description COMMENT 7-255 = UNDEFINED = no description COMMENT Column 4 = BHKEVENTHUB - Discrete value COMMENT 0 = ???? = no description COMMENT 1 = COMP = no description COMMENT 2 = EPIC = no description COMMENT 3-255 = ???? = no description COMMENT Column 5 = BHKEVENTCODE - Discrete value COMMENT 250 = Ground Command Lockout Mode Entered = no description COMMENT 251 = Command Frame Rejected (reason,frame data) = no description COMMENT 252 = Command Codeblock Hardware Sync Error = no description COMMENT 253 = Codeblock Continuity Loss Detected (HW status) = no descriptioCOMMENT 254 = SIU Hardware Command Detected (command #) = no description COMMENT 949 = Invalid BR Source Catalog entry = no description COMMENT 1041 = BCDH Parity error (packet, block#, met,t10ms) = no descriptioCOMMENT 1042 = BCDH DM Command Exception (packet, block#, met,t10ms) = no deCOMMENT 1043 = BCDH Command Exception (packet, block#, met,t10ms) = no descrCOMMENT 1044 = BCDH Alarm (latchup ? 0x167 : 0x67, block#, met,t10ms) = no dCOMMENT 1045 = DM Alarm (packet, block#, met,t10ms) = no description COMMENT 1046 = MIC error (packet, block#, met,t10ms) = no description COMMENT 1047 = ADC latchup ((block# << 4) + hdm#,met,100usTime,latchcount) =COMMENT 1048 = Bad DMA (packet, block#, met,t10ms) = no description COMMENT 1049 = XA1 Last latchup ((block# << 4) + hdm#,met,100usTime,latchcouCOMMENT 1150 = File Manager Operation Successful = no description COMMENT 1151 = Open Source File Error = no description COMMENT 1152 = Open Destination File Error = no description COMMENT 1153 = Create Directory Error = no description COMMENT 1154 = Delete Directory Error = no description COMMENT 1155 = Delete File Error = no description COMMENT 1156 = List Directory Error = no description COMMENT 1157 = Device Already Exists = no description COMMENT 1158 = Device Doesn't Exist = no description COMMENT 1159 = Invalid File Open Mode = no description COMMENT 1160 = Open File Error = no description COMMENT 1161 = Close File Error = no description COMMENT 1162 = Link Count Not Zero = no description COMMENT 1163 = Attach Monitor Error = no description COMMENT 1164 = Detach Monitor Error = no description COMMENT 1165 = Wipe Link Device Error = no description COMMENT 1166 = Disk Device Invalid = no description COMMENT 1167 = Get File Attributes Error = no description COMMENT 1168 = Set File Attributes Error = no description COMMENT 1169 = Device List Full = no description COMMENT 1170 = Read File Error = no description COMMENT 1171 = Write File Error = no description COMMENT 1172 = Rename File Error = no description COMMENT 1173 = Net Disk Not Found = no description COMMENT 1174 = Wipe Net Disk Error = no description COMMENT 1175 = Net Disk Data Unavailable = no description COMMENT 1176 = Ram Disk Open Error = no description COMMENT 1177 = Ram Disk Get Free Space Error = no description COMMENT 1178 = Ram Device Create Error = no description COMMENT 1179 = DOS File System Device Init Error = no description COMMENT 1180 = Make DOS File System Error = no description COMMENT 1181 = Ram Disk Device Find Error = no description COMMENT 1182 = Ram Disk Malloc Error = no description COMMENT 1183 = DOS File System Doesn't Exist = no description COMMENT 1184 = DOS File System Didn't Exist = no description COMMENT 1185 = Invalid Ram Disk Create Mode = no description COMMENT 1186 = Directory List Full = no description COMMENT 1187 = Source and Destination Reference Same File = no description COMMENT 1188 = Specified Size for RAM Disk Too Small = no description COMMENT 1189 = Invalid FileName Parameter Specified = no description COMMENT 1190 = Invalid Directory Parameter Specified = no description COMMENT 1191 = Invalid Hub Parameter Specified = no description COMMENT 1192 = Invalid Device Parameter Specified = no description COMMENT 1193 = Invalid File Queue Specified = no description COMMENT 1194 = Invalid File Priority Specified = no description COMMENT 1195 = File Already Opened by Another User = no description COMMENT 1196 = Missing File Uplink Packet (Expected offset,Offset received) COMMENT 1500 = Bad Request SI Reply Code (Obs#) = no description COMMENT 1501 = Out of Range SI Reply Code (Obs#, ReplyCode) = no descriptioCOMMENT 1502 = SI Reply Time Out (ReplyObs#) = no description COMMENT 1503 = Bad SI Reply ObsNum (ReqObs#, ReplyObs#) = no description COMMENT 1504 = Unrequested slew info reply (ReplyObs#) = no description COMMENT 1505 = Not Expecting slew info reply (ReplyObs#) = no description COMMENT 1506 = TOO Req REJECTED - Max Obs Time Limit Exceeded (Obs#, TotObsSCOMMENT 1507 = GRB Req REJECTED - Max Obs Time Limit Exceeded (Obs#, TotObsSCOMMENT 1508 = Bad Request Slew Req Reply Code (Obs#) = no description COMMENT 1509 = Out of Range SR Reply Code (Obs#, ReplyCode) = no descriptionCOMMENT 1510 = SR Reply Time Out (ReqObs#) = no description COMMENT 1511 = SR Slew Start Time Out (ReqObs#) = no description COMMENT 1512 = SR Slew Settled Time Out (ReqObs#) = no description COMMENT 1514 = Bad SR Reply ObsNum (ReqObs#, ReplyObs#) = no description COMMENT 1515 = Unrequested slew request reply (ReplyObs#) = no descriptionCOMMENT 1516 = Not Expecting slew req reply (ReplyObs#) = no description COMMENT 1518 = Bad GRB Merit Upd ObsNum (ReqObs#, FomAT) = no description COMMENT 1519 = Bad GRB Merit Upd TargType (ObsNum, TargType 0GRB 1TOO 2PPT) COMMENT 1520 = Bad Xrt Pos Upd ObsNum (ReqObs#, FomAT) = no description COMMENT 1521 = Bad XRT Pos Upd TargetType (ObsNum, TargType 0GRB 1TOO 2PPT) COMMENT 1522 = Bad Set Slew Mode Value (0Disa, 1Ena) = no description COMMENT 1523 = Bad Set AT Mode Value (0Disa, 1Ena) = no description COMMENT 1524 = Bad Set PPT Mode Value (0Disa, 1Ena) = no description COMMENT 1525 = Out of View PPT SI Reply (Obs#, ReplyCode, WaitSecs) = no dCOMMENT 1526 = Out of View PPT SR Reply (Obs#, ReplyCode, WaitSecs) = no dCOMMENT 1527 = PPT Target View Constraint (Obs#) = no description COMMENT 1528 = Slew Abort (Obs#) = no description COMMENT 1529 = Updated SI Reply Roll (Obs#) = no description COMMENT 1530 = Updated SR Reply Roll (Obs#) = no description COMMENT 1531 = Unexpected Merit Update - no FomAT (ReqObs#) = no descriptioCOMMENT 1532 = Unexpected XRT Position Upd - no FomAT (ReqObs#) = no descriCOMMENT 1533 = Bad Merit Update Inst (ReqObs#, Inst 0bat 1xrt 2uvot) = no dCOMMENT 1534 = Unexpected ACS settled msg - no FomCurrTarget (AcsMsgObs#) = COMMENT 1535 = Bad ACS Settled msg target (ExpectedObs#, ACSyObs#) = no dCOMMENT 1536 = Warning - SC is pting to SC initiated target (AcsMsgObs#) = COMMENT 1537 = SC is pting to SafePoint target (AcsMsgObs#) = no descriptiCOMMENT 1538 = GRB Max Obs Time Limit Exceeded - will abort (Obs#, TotObsSecCOMMENT 1539 = TOO Max Obs Time Limit Exceeded - will abort (Obs#, TotObsSecCOMMENT 1540 = Unexpected ACS Slewing msg target - no FomCurrTarget (AcsMsgOCOMMENT 1541 = Bad ACS Slewing msg target (ExpectedObs#, ACSyObs#) = no dCOMMENT 1542 = Bad PPT Request Position value - REJECTED (Obs#) = no descrCOMMENT 1543 = Bad TOO Request Position value - REJECTED (Obs#) = no descriCOMMENT 1544 = Bad GRB Request Position value - REJECTED (Obs#) = no descriCOMMENT 1545 = Bad XRT Position Update Request Position value - REJECTED (OCOMMENT 1546 = Unexpected Slew Req Reply Timeout - no Slews Requested = no COMMENT 1547 = Unexpected Slew Start Timeout - no Slews Requested = no descCOMMENT 1548 = Unexpected Slew End Timeout - no Slews Requested = no descriCOMMENT 1549 = Unexpected Slew Inq Reply Timeout - no Inquiries Requested =COMMENT 350 = Too Much HK Data Received from Software Task (SID, Actual, ExpCOMMENT 351 = Critical Task Not Responding (ApId, Slot#) = no description COMMENT 352 = Required Task Not Responding (ApId, Slot#) = no description COMMENT 353 = Nothing Happens = no description COMMENT 354 = Bad Output ApId received from scheduler (ApId) = no descriptiCOMMENT 355 = Bad Criticality level in HK pkt defn table (level) = no descriCOMMENT 358 = Number of slots exceeded in packet table (apid) = no descriptiCOMMENT 359 = Number of slots exceeded in memory table (apid) = no descriptiCOMMENT 360 = Linked list is full for packet table (apid) = no description COMMENT 361 = Linked list is full for memory table (apid) = no description COMMENT 362 = Commanded packet output packet has invalid apid (apid) = no deCOMMENT 363 = Commanded memory output packet has invalid apid (apid) = no deCOMMENT 364 = Output apid failed validation for packet table (apid) = no desCOMMENT 365 = Output apid failed validation for memory table (apid) = no desCOMMENT 366 = Invalid packet output packet found during init (apid) = no desCOMMENT 367 = Invalid memory output packet found during init (apid) = no desCOMMENT 368 = Received packet with invalid apid (apid) = no description COMMENT 369 = Invalid apid for adding section found for packet output (apid)COMMENT 370 = Input apid failed validation for packet table (apid) = no descCOMMENT 375 = BR Task Not Responding (ApId, Slot#) = no description COMMENT 376 = CA Task Not Responding (ApId, Slot#) = no description COMMENT 377 = CI Task Not Responding (ApId, Slot#) = no description COMMENT 378 = CS Task Not Responding (ApId, Slot#) = no description COMMENT 379 = DI Task Not Responding (ApId, Slot#) = no description COMMENT 380 = DM Task Not Responding (ApId, Slot#) = no description COMMENT 381 = FM Task Not Responding (ApId, Slot#) = no description COMMENT 382 = FO Task Not Responding (ApId, Slot#) = no description COMMENT 383 = FT Task Not Responding (ApId, Slot#) = no description COMMENT 384 = HK Task Not Responding (ApId, Slot#) = no description COMMENT 385 = IH Task Not Responding (ApId, Slot#) = no description COMMENT 386 = MS Task Not Responding (ApId, Slot#) = no description COMMENT 387 = PD Task Not Responding (ApId, Slot#) = no description COMMENT 388 = PW Task Not Responding (ApId, Slot#) = no description COMMENT 389 = SB Task Not Responding (ApId, Slot#) = no description COMMENT 390 = SC Task Not Responding (ApId, Slot#) = no description COMMENT 391 = SH Task Not Responding (ApId, Slot#) = no description COMMENT 392 = SM Task Not Responding (ApId, Slot#) = no description COMMENT 393 = SP Task Not Responding (ApId, Slot#) = no description COMMENT 394 = ST Task Not Responding (ApId, Slot#) = no description COMMENT 395 = TG Task Not Responding (ApId, Slot#) = no description COMMENT 396 = TO Task Not Responding (ApId, Slot#) = no description COMMENT 397 = TM Task Not Responding (ApId, Slot#) = no description COMMENT 398 = XR Task Not Responding (ApId, Slot#) = no description COMMENT 1600 = Bad APID in table (ApId) = no description COMMENT 1601 = Check Failure = no description COMMENT 1602 = To many checks in a single input packet (ApId) = no descriptiCOMMENT 1625 = Failure of Block Converter Input Current (BCDH,FailVal,LLim,HCOMMENT 1626 = Failure of Block Converter Temperature (BCDH,FailVal,LLim,HLiCOMMENT 1627 = Failure of Block Converter +5.0V Digital (BCDH,FailVal,LLim,HCOMMENT 1628 = Failure of Block Converter +3.5V (BCDH,FailVal,LLim,HLim), yeCOMMENT 1629 = Failure of Block Converter +7.5V (BCDH,FailVal,LLim,HLim), yeCOMMENT 1630 = Failure of Block Converter -7.5V (BCDH,FailVal,LLim,HLim), yeCOMMENT 1631 = Failure of Block Temperature (BCDH,FailVal,LLim,HLim), yellowCOMMENT 1632 = Failure of +2.5V from BCDH (BCDH,FailVal,LLim,HLim), yellow lCOMMENT 1633 = Failure of -2.5V from BCDH (BCDH,FailVal,LLim,HLim), yellow lCOMMENT 1634 = Leakage Current Failure, DM 0, Side A (BCDH,FailVal,LLim,HLimCOMMENT 1635 = Leakage Current Failure, DM 0, Side B (BCDH,FailVal,LLim,HLimCOMMENT 1636 = Leakage Current Failure, DM 1, Side A (BCDH,FailVal,LLim,HLimCOMMENT 1637 = Leakage Current Failure, DM 1, Side B (BCDH,FailVal,LLim,HLimCOMMENT 1638 = Leakage Current Failure, DM 2, Side A (BCDH,FailVal,LLim,HLimCOMMENT 1639 = Leakage Current Failure, DM 2, Side B (BCDH,FailVal,LLim,HLimCOMMENT 1640 = Leakage Current Failure, DM 3, Side A (BCDH,FailVal,LLim,HLimCOMMENT 1641 = Leakage Current Failure, DM 3, Side B (BCDH,FailVal,LLim,HLimCOMMENT 1642 = Leakage Current Failure, DM 4, Side A (BCDH,FailVal,LLim,HLimCOMMENT 1643 = Leakage Current Failure, DM 4, Side B (BCDH,FailVal,LLim,HLimCOMMENT 1644 = Leakage Current Failure, DM 5, Side A (BCDH,FailVal,LLim,HLimCOMMENT 1645 = Leakage Current Failure, DM 5, Side B (BCDH,FailVal,LLim,HLimCOMMENT 1646 = Leakage Current Failure, DM 6, Side A (BCDH,FailVal,LLim,HLimCOMMENT 1647 = Leakage Current Failure, DM 6, Side B (BCDH,FailVal,LLim,HLimCOMMENT 1648 = Leakage Current Failure, DM 7, Side A (BCDH,FailVal,LLim,HLimCOMMENT 1649 = Leakage Current Failure, DM 7, Side B (BCDH,FailVal,LLim,HLimCOMMENT 1650 = Failure of Block Converter Input Current (BCDH,FailVal,LLim,HCOMMENT 1651 = Failure of Block Converter Temperature (BCDH,FailVal,LLim,HLiCOMMENT 1652 = Failure of Block Converter +5.0V Digital (BCDH,FailVal,LLim,HCOMMENT 1653 = Failure of Block Converter +3.5V (BCDH,FailVal,LLim,HLim), ReCOMMENT 1654 = Failure of Block Converter +7.5V (BCDH,FailVal,LLim,HLim), ReCOMMENT 1655 = Failure of Block Converter -7.5V (BCDH,FailVal,LLim,HLim), ReCOMMENT 1656 = Failure of Block Temperature (BCDH,FailVal,LLim,HLim), Red liCOMMENT 1657 = Failure of +2.5V from BCDH (BCDH,FailVal,LLim,HLim), Red limiCOMMENT 1658 = Failure of -2.5V from BCDH (BCDH,FailVal,LLim,HLim), Red limiCOMMENT 1659 = Check Failure for Tlm Row 34 (BCDH) = no description COMMENT 1660 = Check Failure for Tlm Row 35 (BCDH) = no description COMMENT 1661 = Check Failure for Tlm Row 36 (BCDH) = no description COMMENT 1662 = Check Failure for Tlm Row 37 (BCDH) = no description COMMENT 1663 = Check Failure for Tlm Row 38 (BCDH) = no description COMMENT 1664 = Check Failure for Tlm Row 39 (BCDH) = no description COMMENT 1665 = Check Failure for Tlm Row 40 (BCDH) = no description COMMENT 1666 = Check Failure for Tlm Row 41 (BCDH) = no description COMMENT 1667 = Check Failure for Tlm Row 42 (BCDH) = no description COMMENT 1668 = Check Failure for Tlm Row 43 (BCDH) = no description COMMENT 1669 = Check Failure for Tlm Row 44 (BCDH) = no description COMMENT 1670 = Check Failure for Tlm Row 45 (BCDH) = no description COMMENT 1671 = Check Failure for Tlm Row 46 (BCDH) = no description COMMENT 1672 = Check Failure for Tlm Row 47 (BCDH) = no description COMMENT 1673 = Check Failure for Tlm Row 48 (BCDH) = no description COMMENT 1674 = Check Failure for Tlm Row 49 (BCDH) = no description COMMENT 1675 = Check Failure for Tlm Row 50 (BCDH) = no description COMMENT 1676 = Check Failure for Tlm Row 51 (BCDH) = no description COMMENT 1677 = Check Failure for Tlm Row 52 (BCDH) = no description COMMENT 1678 = Check Failure for Tlm Row 53 (BCDH) = no description COMMENT 1679 = Check Failure for Tlm Row 54 (BCDH) = no description COMMENT 1680 = Check Failure for Tlm Row 55 (BCDH) = no description COMMENT 1681 = Check Failure for Tlm Row 56 (BCDH) = no description COMMENT 1682 = Check Failure for Tlm Row 57 (BCDH) = no description COMMENT 1683 = Check Failure for Tlm Row 58 (BCDH) = no description COMMENT 1684 = Check Failure for Tlm Row 59 (BCDH) = no description COMMENT 1685 = Check Failure for Tlm Row 60 (BCDH) = no description COMMENT 1686 = Check Failure for Tlm Row 61 (BCDH) = no description COMMENT 1687 = Check Failure for Tlm Row 62 (BCDH) = no description COMMENT 1688 = Check Failure for Tlm Row 63 (BCDH) = no description COMMENT 1689 = Check Failure for Tlm Row 64 (BCDH) = no description COMMENT 1690 = Check Failure for Tlm Row 65 (BCDH) = no description COMMENT 1691 = Check Failure for Tlm Row 66 (BCDH) = no description COMMENT 1692 = Check Failure for Tlm Row 67 (BCDH) = no description COMMENT 1693 = Check Failure for Tlm Row 68 (BCDH) = no description COMMENT 1694 = Check Failure for Tlm Row 69 (BCDH) = no description COMMENT 1695 = Check Failure for Tlm Row 70 (BCDH) = no description COMMENT 1696 = Check Failure for Tlm Row 71 (BCDH) = no description COMMENT 1697 = Check Failure for Tlm Row 72 (BCDH) = no description COMMENT 1698 = Check Failure for Tlm Row 73 (BCDH) = no description COMMENT 1699 = Check Failure for Tlm Row 74 (BCDH) = no description COMMENT 1700 = Check Failure for Tlm Row 75 (BCDH) = no description COMMENT 1701 = Check Failure for Tlm Row 76 (BCDH) = no description COMMENT 1702 = Check Failure for Tlm Row 77 (BCDH) = no description COMMENT 1703 = Check Failure for Tlm Row 78 (BCDH) = no description COMMENT 1704 = Check Failure for Tlm Row 79 (BCDH) = no description COMMENT 1705 = Check Failure for Tlm Row 80 (BCDH) = no description COMMENT 1706 = Check Failure for Tlm Row 81 (BCDH) = no description COMMENT 1707 = Check Failure for Tlm Row 82 (BCDH) = no description COMMENT 1708 = Check Failure for Tlm Row 83 (BCDH) = no description COMMENT 1709 = Check Failure for Tlm Row 84 (BCDH) = no description COMMENT 1710 = Check Failure for Tlm Row 85 (BCDH) = no description COMMENT 1711 = Check Failure for Tlm Row 86 (BCDH) = no description COMMENT 1712 = Check Failure for Tlm Row 87 (BCDH) = no description COMMENT 1713 = Check Failure for Tlm Row 88 (BCDH) = no description COMMENT 1714 = Check Failure for Tlm Row 89 (BCDH) = no description COMMENT 1715 = Check Failure for Tlm Row 90 (BCDH) = no description COMMENT 1716 = Check Failure for Tlm Row 91 (BCDH) = no description COMMENT 1717 = Check Failure for Tlm Row 92 (BCDH) = no description COMMENT 1718 = Check Failure for Tlm Row 93 (BCDH) = no description COMMENT 1719 = Check Failure for Tlm Row 94 (BCDH) = no description COMMENT 1720 = Check Failure for Tlm Row 95 (BCDH) = no description COMMENT 1721 = Check Failure for Tlm Row 96 (BCDH) = no description COMMENT 1722 = Check Failure for Tlm Row 97 (BCDH) = no description COMMENT 1723 = Check Failure for Tlm Row 98 (BCDH) = no description COMMENT 1724 = Check Failure for Tlm Row 99 (BCDH) = no description COMMENT 776 = Memory Scrub: Multi bit errors in bulk memory (numErr, lastAddCOMMENT 777 = Memory Scrub: Disabled, Multi bit error message count exceededCOMMENT 778 = Memory Scrub Table: Has been updated successfully = no descripCOMMENT 779 = Memory Scrub Table: Update failed. Reverting to system table. COMMENT 780 = Memory Scrub Table: One complete pass thru memory before EDAC COMMENT 850 = MIC packet length (micWord, bcdhWord, maxLength) = Invalid BCDCOMMENT 851 = MIC command buffer error (lengthReg, statusReg) = BCDH h/w comCOMMENT 852 = MIC enum list (fc, value, subList) = BCDH enum arg not in enumCOMMENT 853 = MIC invalid index (fc, value, subList) = Invalid BCDH command COMMENT 854 = MIC out of range (fc, value, loLimit, hiLimit) = BCDH numeric COMMENT 855 = MIC all targets disabled (word0, word1, word2) = All BCDH or DCOMMENT 856 = MIC internal error (id, value) = Internal software error COMMENT 857 = DMA error: direction (dev:dir, length, p1, p2) = Invalid DMA dCOMMENT 858 = DMA error: semaphore (dev:dir, length, p1, p2) = Unable to acqCOMMENT 859 = DMA error: interrupt (dev:dir, length, p1, p2) = Unable to cleCOMMENT 860 = DMA error: aborted (dev:dir, length, p1, p2) = Hardware aborteCOMMENT 861 = DMA error: timeout (dev:dir, length, p1, p2) = DMA transfer toCOMMENT 862 = BCB write index invalid (rLap, wLap, rIdx, wIdx) = Write indexCOMMENT 863 = BCB read index invalid (rLap, wLap, rIdx, wIdx) = Read index lCOMMENT 864 = BCB buffer overflow (rLap, wLap, rIdx, wIdx) = Read task is fuCOMMENT 865 = BCB read lap invalid (rLap, wLap, rIdx, wIdx) = Read lap is otCOMMENT 867 = MIC configuration error (micCfgFlag, bcdhCfgFlag) = Invalid coCOMMENT 868 = DMA error: length (dev:dir, length, p1, p2) = Invalid DMA lengCOMMENT 869 = DMA error: pointer (dev:dir, length, p1, p2) = Invalid DMA poiCOMMENT 875 = DSP Test = Verify DSP PCI interface COMMENT 876 = DSP Checksum error (index, expect, actual, errs) = DSP checksuCOMMENT 877 = DSP Algorithm was halted (function code) = Processing algorithCOMMENT 878 = DSP Algorithm taking longer than expected (fc) = Processing alCOMMENT 879 = DSP packet length invalid (minLen, maxLen, pktLen) = CCSDS pacCOMMENT 1102 = PCB Resp. Pkt has Bit Errors (Test#,Exp/Rcv,Tests,Pkt/Code/DaCOMMENT 1103 = Too Many Resp Timeouts. Uart Switched (UARTw/Errs,UARTswitcheCOMMENT 1104 = Too Many TimeOut Flips. PW Cmd Failed (UARTw/Errs,UARTflipedTCOMMENT 1105 = PCB UARTs are not present in the current configuration (none)COMMENT 200 = SBLIB: No Error (TaskID,ApID,Pid) = no description COMMENT 201 = SBLIB: Illegal ApID (TaskID,ApID,Pid) = no description COMMENT 202 = SBLIB: Invalid Stream (TaskID,ApID,Pid) = no description COMMENT 203 = SBLIB: Stream Not Inited (TaskID,ApID,Pid) = no description COMMENT 204 = SBLIB: Invalid Packet (TaskID,ApID,Pid) = no description COMMENT 205 = SBLIB: Invalid Packet Length (TaskID,ApID,Pid) = no descriptioCOMMENT 206 = SBLIB: Packet Too Big (TaskID,ApID,Pid) = no description COMMENT 207 = SBLIB: Memory Partition Create Error (TaskID,ApID,Pid) = no deCOMMENT 208 = SBLIB: Memory Allocation Error (TaskID,ApID,Pid) = no descriptCOMMENT 209 = SBLIB: Memory Free Error (TaskID,ApID,Pid) = no description COMMENT 210 = SBLIB: Buffer Overrun Error (TaskID,ApID,Pid) = no descriptionCOMMENT 211 = SBLIB: Time Out (TaskID,ApID,Pid) = no description COMMENT 212 = SBLIB: No Message (TaskID,ApID,Pid) = no description COMMENT 213 = SBLIB: Queue ID Error (TaskID,ApID,Pid) = no description COMMENT 214 = SBLIB: Queue Create Error (Memory) (TaskID,ApID,Pid) = no descCOMMENT 215 = SBLIB: Queue Create Error (ISR) (TaskID,ApID,Pid) = no descripCOMMENT 216 = SBLIB: Queue Create Error (TaskID,ApID,Pid) = no description COMMENT 217 = SBLIB: Queue Delete Error (TaskID,ApID,Pid) = no description COMMENT 218 = SBLIB: Queue Full Error (TaskID,ApID,Pid) = no description COMMENT 219 = SBLIB: Buffer Underrun Error (TaskID,ApID,Pid) = no descriptioCOMMENT 220 = SBLIB: Invalid Pipe ID (TaskID,ApID,Pid) = no description COMMENT 221 = SBLIB: Post to Stream w/ No Destinations (TaskID,ApID,Pid) = nCOMMENT 223 = SBLIB: All Posts from this Stream were Refused (TaskID,ApID,PiCOMMENT 224 = SBLIB: Too Many PIDs specified (ApID,NumPids) = no descriptionCOMMENT 225 = SBLIB: Unknown Error (TaskID,ApID,Pid) = no description COMMENT 450 = SC: Script Exists, but it is no longer running (slot) = no desCOMMENT 451 = SC: Can't find the specified script (slotNum) = no descriptionCOMMENT 452 = SC: Bad Checksum in Command Sent from Script (Slot,Line,SpecifCOMMENT 453 = SC: No more SC HK Slots are Available...all have been used () COMMENT 454 = SC: Can't Load new Script into slot where script already existCOMMENT 455 = SC: Can't start Script with identical name to already running COMMENT 456 = SC: A Previously run script has been successfully unloaded (slCOMMENT 457 = SC: An Error occurred during the UNLOAD of a script () = no deCOMMENT 458 = SC: Successfully LOADed and STARTed a new script (slotnum,prioCOMMENT 459 = SC: An Error occurred during the START of a script () = no desCOMMENT 460 = SC: An Error occurred during the LOAD of a script () = no descCOMMENT 461 = SC: Successfully STOPPED a running script (slotnum) = no descrCOMMENT 462 = SC: Script has finished executing (slotnum) = no description COMMENT 463 = SC: An Error occurred during the STOP of a script (slotnum) = COMMENT 464 = SC: Successfully SUSPENDed a running script (slotnum) = no desCOMMENT 465 = SC: Successfully RESUMEd a running script (slotnum) = no descrCOMMENT 466 = SC: Changed the Active/Passive flag for a running script (slotCOMMENT 467 = SC: Reference made to UnRegistered SC Variable (VarNum,ApID,byCOMMENT 468 = SC: Received an illegal Boolean Flag number (BoolFlag#, byteOfCOMMENT 469 = SC: Received an illegal FC for Adjusting Integer Vars (FC, IntCOMMENT 470 = SC: Received an illegal Integer Variable number (IntVar#, byteCOMMENT 471 = SC: ABSTIME WaitTime already expired, No Cmds sent till Time RCOMMENT 472 = SC: User must provide either SLOT number or SCRIPT name () = nCOMMENT 473 = SC: Both SLOT and SCRIPT specified, but reference different taCOMMENT 474 = SC: Illegal Slot Specified (slotnum) = no description COMMENT 475 = SC: Script started, but maybe not at specified priority (slotnCOMMENT 476 = SC: Script started and completed almost immediately (slotnum,pCOMMENT 477 = SC: Script Already in the desired Enabled/Disabled State () = COMMENT 551 = SE: CVT UnRegister failed () = no description COMMENT 552 = SE: CVT Reference to UnRegistered Mnemonic (AppId, NumItems, MCOMMENT 553 = SE: CVT LinkedList Too Full (AppId, arrayIndex, NumItems, MaxICOMMENT 554 = SE: CVT Rcvd Packet for Empty AppID (AppId) = no description COMMENT 555 = SE: CVT Jam into Empty AppID (AppId) = no description COMMENT 50 = Spacecraft Time Updated (seconds,subseconds) = Time jam event COMMENT 51 = Spacecraft Time Adjusted Forward (seconds,subseconds) = Time foCOMMENT 52 = Spacecraft Time Adjusted Backward (seconds,subseconds) = Time BCOMMENT 53 = 1 PPS Clock Pulse Failed Short = 1PPS Failed short event COMMENT 54 = 1 PPS Clock Pulse Failed Long = 1PPS Failed long event COMMENT 55 = S/C Time Message Too Late = Time Msg too late event COMMENT 56 = Switch to S/C Time Message Clock (pulse) = Switch Back to Time COMMENT 57 = 1 PPS Pulse Invalid For Current System Clock = Current system COMMENT 150 = Invalid Slot# in Command (slot#) = Bad slot value in ground coCOMMENT 151 = Invalid Entry# in Command (entry#) = Bad entry value in groundCOMMENT 152 = Schedule Table Entry Has Too Much Data (slot,entry,length) = TCOMMENT 400 = Memory Loaded from Packet Data (address, numBytes) = no descriCOMMENT 401 = Memory Loaded from File (address, numBytes) fileName: = no desCOMMENT 402 = File Open Failed ( ) fileName: = no description COMMENT 403 = File Read Failed (totBytes, exp, rcvd) fileName: = no descriptCOMMENT 404 = File Write Failed (totBytes, exp, sent) fileName: = no descripCOMMENT 405 = Memory Type/Address Alignment Error (address, memType) = no deCOMMENT 406 = Memory Peek/Poke Size Too Big (size) = no description COMMENT 407 = Mismatch between memory size and memory type (size, memType) =COMMENT 408 = Invalid Memory Type in Ground Command (memType) = no descriptiCOMMENT 409 = Bad Table ID in Ground Command (tableID) = no description COMMENT 410 = Table Data Failed Validation (tableID, item#) = no descriptionCOMMENT 411 = Shell Debug Interface is Disabled = no description COMMENT 412 = Symbol Not Found in Symbol Table ( ) symbol name: = no descripCOMMENT 413 = Symbol Table Parsing Error = no description COMMENT 414 = Start dwell commanded while dwell is active = no description COMMENT 415 = Spawn of memory dwell task failed = no description COMMENT 416 = Delete of memory dwell task failed = no description COMMENT 417 = Dwell defn tbl defines too large output pkt (#bytes) = no descCOMMENT 418 = Dwell defn tbl defines too short delay between pkts (#ticks) =COMMENT 419 = Error in dwell defn tbl entry (entry#, errType, errData) = no COMMENT 420 = New Table Data Loaded (tableID, item#) fileName: = no descriptCOMMENT 421 = Bad Table Item Number (tableID, item#) = no description COMMENT 422 = Table Data File Open Failed (tableID) fileName: = no descriptiCOMMENT 423 = Table Data File Read Failed (tableID) fileName: = no descriptiCOMMENT 424 = Table Data File Write Failed (tableID) fileName: = no descriptCOMMENT 425 = Can't Write to Read-only Table (tableID) = no description COMMENT 1 = Invalid Function Code Received for this Application ID (APID,FC)COMMENT 2 = Invalid Application ID for this Software Bus Pipe (APID,PID) = nCOMMENT 1550 = FileQueue Create Failed (priority,DC,DC,DC,filename) = no desCOMMENT 1551 = FileQueue Max Priority Exceeded (priority) = no description COMMENT 1552 = FileQueue Open Failed (DC,DC,DC,DC,filename) = no descriptionCOMMENT 1553 = FileQueue File Space Overflow (priority) = no description COMMENT 1554 = FileQueue File Deleted Before Send (DC,DC,DC,DC,filename) = nCOMMENT 700 = Diagnostic failed during startup (test #) = no description COMMENT 701 = Memory test passed (startAddress, dataSize) = no description COMMENT 702 = Memory test failed (expValue, rcvValue, errorAddress, totalFaiCOMMENT 703 = Floating Point test passed = no description COMMENT 704 = Floating Point test Failed (test, error) = no description COMMENT 705 = EDAC test passed (startAddress, dataSize, checkPattern, errorTCOMMENT 706 = EDAC test failed (expValue, rcvValue, errorAddress, totalFailsCOMMENT 707 = Invalid Memory Type (memory type) = no description COMMENT 708 = Invalid Alignment Type (align type) = no description COMMENT 709 = Invalid EDAC Expected Error Type (errorType) = no description COMMENT 710 = Addr-Alignment Type Mismatch (startAddress, align_type) = no dCOMMENT 711 = Num Bytes Alignment Mismatch (startAddress, dataSize, alignTypCOMMENT 712 = Addr Num Bytes Mismatch (startAddress, dataSize) = no descriptCOMMENT 713 = DMA Test Failed (device, reason) = no description COMMENT 714 = DMA Test Passed = no description COMMENT 715 = EDAC test invalid addr-num bytes Mismatch (startAddress, dataSCOMMENT 716 = Summit Built-In-Test Passed = no description COMMENT 717 = Summit Built-In-Test Failed (failure) = no description COMMENT 718 = Invalid DMA Device (device) = no description COMMENT 719 = Invalid DMA Size (dataSize) = no description COMMENT 720 = Invalid EEPROM TYPE (eeMemType) = no description COMMENT 721 = DSP Test Passed = no description COMMENT 722 = DSP Test Failed (expValue, rcvValue) = no description COMMENT 723 = Invalid DSP Function Code(funCode) = no description COMMENT 724 = Invalid DSP Priority (priority) = no description COMMENT 725 = Invalid DSP Wait Time(time) = no description COMMENT 726 = Invalid DSP Test Size(testSize) = no description COMMENT 727 = Invalid DSP Test Iteration(iter) = no description COMMENT 728 = Insufficient memory allocation = no description COMMENT 100 = TM Spare Event #00 - Unexpected = no description COMMENT 101 = Reset Due to Processor Watchdog Timeout = no description COMMENT 102 = Reset Due to Comm Card Watchdog Timeout = no description COMMENT 103 = Task Level Warm Resets are no longer supported = no descriptioCOMMENT 104 = Task Level Cold Reset = no description COMMENT 105 = Spurious Processor Reset - Cause Unknown = no description COMMENT 106 = Processor Exception Detected (Exception #, TaskID) = no descriCOMMENT 107 = Floating Point Exception Detected (FPSCR,mask,result,MSR) = noCOMMENT 108 = Task Started = no description COMMENT 109 = Task Stopped = no description COMMENT 110 = Task Reloaded = no description COMMENT 111 = Board Level Reset was Commanded = no description COMMENT 112 = Transition to BOOT Mode was Commanded = no description COMMENT 113 = Transition to NORM Mode was Commanded = no description COMMENT 114 = Cold Reset of Current Mode was Commanded = no description COMMENT 115 = Warm Reset of Current Mode are no longer supported = no descriCOMMENT 116 = Cold Reset of Current Mode Due to Too Many Warm Resets (Task,SCOMMENT 117 = Reset Due to Power Cycle = no description COMMENT 118 = Event Response Reset (Event#) = no description COMMENT 119 = Task Command Failed, Task not Found = no description COMMENT 120 = Illegal Task Specified. You can't do that to this Task = no dCOMMENT 121 = Panic occurred in ISR. See Panic Log = no description COMMENT 600 = Cant disable both 1553 Channels at the same time (thisChan,othCOMMENT 630 = VRTX Event Flag Pend Error (err#) = no description COMMENT 631 = RO Received a packet that was too large for 1553 bus (appId,thCOMMENT 300 = file create failed on (priority) = TO System Event COMMENT 301 = queue (id): max priority exceeded: (priority) = TO System EvenCOMMENT 302 = Invalid parameter size (APID), actual (size) = TO System EventCOMMENT 303 = Invalid telemetry source in cmd (APID), actual (data) = TO SysCOMMENT 304 = file open failed = TO System Event COMMENT 305 = (priority): file space overflow = TO System Event COMMENT 306 = file deleted before send = TO System Event COMMENT 307 = file aborted = TO System Event COMMENT 308 = Telemetry source (id) disabled = TO System Event COMMENT 309 = Telemetry source (id) enabled = TO System Event COMMENT 1000 = Science faultASSERT : Unspecified assertion failure. (#_thisCOMMENT 1001 = Science faultCONTPACKET: The next packet to process is a contCOMMENT 1002 = Science faultSHORTPACKET: Packet length too short. (#_this_faCOMMENT 1003 = Science faultBADPACKET: Packet has other trouble. (#_this_fauCOMMENT 1004 = Science faultMS1010 : The 10 ms counter went to 101 or more.COMMENT 1005 = Science faultTIME : Time is non-consecutive. (#_this_faultCOMMENT 1006 = Science faultMETINFO : Something wrong with MET info. (#_thisCOMMENT 1007 = Science faultOCTSEC : Something is wrong with the 8-second sCOMMENT 1008 = Science faultSURVEYCYCLE: Something is wrong with the SurveyCCOMMENT 1009 = Science faultNOSURVEYFREE: There is no Survey data structure COMMENT 1010 = Science faultUNCLEARABLE: A data type could not be cleared. (COMMENT 1011 = Science faultBADBLOCKNUM: Block number not in expected range.COMMENT 1012 = Science faultAM241SPECTNOTCLEARED: Spectrum is not cleared. (COMMENT 1013 = Science faultRATEHANDLER: The Rate Handler wasn't called ofteCOMMENT 1014 = Science faultDUMP : Something unexpected happened in the dCOMMENT 1015 = Science faultFILEWRITE: Fault during file write. (#_this_faulCOMMENT 1016 = Science faultFILEREAD: Fault during file read. (#_this_faulttCOMMENT 1017 = Science faultREACTIVATEDANGER: Object being reactivated durinCOMMENT 1018 = Science faultPUNTMAX : Maximum calculation overflowed, puntinCOMMENT 1019 = Science faultCALIBTIMEOUT: Timeout error during calibration. COMMENT 1020 = Science faultCALIBBADSTATE: Calibration found bad state. (#_tCOMMENT 1021 = Science faultCALIBABANDON: Calibration abandoned. (#_this_fauCOMMENT 1022 = Science faultGAINOFFNOTFREE: No free gain/offset object availCOMMENT 1023 = Science faultPACKINGFAILURE: Fault packing detector map. (#_tCOMMENT 1024 = Science faultIMAGELOSS: Image result returned is not for mostCOMMENT 1025 = Science faultNOIMPROVEDTRIGGER: Improved trigger expected, buCOMMENT 1026 = Science faultKILLWRONGTRIGGER: Trigger ended is not the curreCOMMENT 1027 = Science faultOBSOLETERATES: Trying to look at di_ratehandler COMMENT 1028 = Science faultBADTRIGGERCRIT: Bad trigger criterion. (#_this_fCOMMENT 1029 = Science faultNOACS : No ACS data for relevant time. (#_thisCOMMENT 1030 = Science faultSOURCETABLE: Something wrong with source table. COMMENT 1031 = Science faultDSP : DSP found something wrong. (#_this_fauCOMMENT 1032 = Science faultINACTIVEBLOCKERROR: Inactive block incompatible COMMENT 1033 = Science faultCOMMANDABLE: Invalid access to commandable valueHISTORY TASK: FAPPND on FILENAME: sw01210276000b123x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:30 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aů8O Ȁ\\\targ/nram/scripts/onslewmc.gz AůS, ʀ\ONSLEWMC Aů鋩t ΀\\\ONSLEWMC Aůꗋ*2?p./src/brinterface.cpp:faultIMAGELOSS Aů~=3@p./src/brinterface.cpp:faultIMAGELOSS Aů[TA./src/sourceCatTbl.cpp:faultSOURCETABLE Aů겆 Ȁ\\\targ/nram/scripts/onslewmc.gz Aů겳G ʀ\ONBURQ20 Aů곜݀ Ȁ\\\targ/nram/scripts/onfals3.gz Aů과ǀ ʀ\ONSLEWMC Aů괬A5B./src/sci_dumpable.cpp:faultDUMP Aův7߀ ΀\\\ONSLEWMC AůeOZ Ȁ\\\targ/nram/scripts/onslewmc.gz Aůem  ʀ\ONSLEWMC Aůe ʀ\ONFALS3 AůhOQ ΀\\\ONFALS3 Aůt}Ec ΀\\\ONSLEWMC Aů]* ΀\\\ONBURQ20 Aů}6P ʀ\ONSLEWMC Aů򖻚 ΀\\\ONFALS3 Aůp ΀\\\ONSLEWMC Aů+A Ȁ\\\targ/nram/scripts/onfals3.gz Aůr ʀ\ONFALS3 Aů6 ΀\\\ONFALS3 AůEtẁ\ XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 152 / width of table in bytes NAXIS2 = 16 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 11 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BSMTABLEID' / Info Packet Table ID TFORM2 = '1I ' / data format of field: 2-byte INTEGER TZERO2 = 32768 / offset for unsigned integers TTYPE3 = 'BSMTBLFLAGS' / Table flag word TFORM3 = '1I ' / data format of field: 2-byte INTEGER TZERO3 = 32768 / offset for unsigned integers TTYPE4 = 'BSMTBLCXSUM' / Checksum of currently loaded table data TFORM4 = '1J ' / data format of field: 4-byte INTEGER TZERO4 = 2147483648 / offset for unsigned integers TTYPE5 = 'BSMTBLIXSUM' / Checksum of initial default table data TFORM5 = '1J ' / data format of field: 4-byte INTEGER TZERO5 = 2147483648 / offset for unsigned integers TTYPE6 = 'BSMTLOADTIME' / System time of last table load TFORM6 = '1J ' / data format of field: 4-byte INTEGER TZERO6 = 2147483648 / offset for unsigned integers TSCAL6 = 1 / data are not scaled TTYPE7 = 'BSMTABLESIZE' / Total size of table in bytes TFORM7 = '1J ' / data format of field: 4-byte INTEGER TZERO7 = 2147483648 / offset for unsigned integers TTYPE8 = 'BSMTNEWITEM' / Item Number to be loaded at next update TFORM8 = '1J ' / data format of field: 4-byte INTEGER TTYPE9 = 'BSMTCURRNAME' / Name of currently loaded table data file TFORM9 = '40A ' / data format of field: ASCII Character TTYPE10 = 'BSMTNEWNAME' / Name of load file to be loaded at next update TFORM10 = '40A ' / data format of field: ASCII Character TTYPE11 = 'BSMTINITNAME' / Name of initial default table data file TFORM11 = '40A ' / data format of field: ASCII Character EXTNAME = 'hk125x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727700223.2208 TSTOP = 727704885.61414 DATE-OBS= '2024-01-23T10:56:58' DATE-END= '2024-01-23T12:14:40' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823800000000 / [s] UTCF at TSTART TELAPSE = 4662.39333999157 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 293 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:27' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'Z3lag1iaZ1iad1ia' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '877212443' / data unit checksum updated 2024-02-02T06:06:27 COMMENT Column 2 = BSMTABLEID - Discrete value COMMENT 0 = SM_TOT = Software Manager Table of Tables COMMENT 1 = TM_EVENTS = Task Manager Event/Response Table COMMENT 2 = HK_PKT_DEFN = Housekeeping Packet Definition Table COMMENT 3 = TO_FILTER = Telemetry Output Packet Filter Table COMMENT 4 = SS_TABLE04 = Spare Table COMMENT 5 = SY_MEM_CFG = Bulk Memory Configuration Table COMMENT 6 = HK_MEM_DEFN = HK Memory-Mapped Packet Defn Table COMMENT 7 = SS_TABLE07 = Spare Table COMMENT 8 = SS_TABLE08 = Spare Table COMMENT 9 = SH_SCHEDULE = System Schedule Table COMMENT 10 = SH_COMMAND = Scheduler Command Table COMMENT 11 = SS_TABLE11 = Spare Table COMMENT 12 = SM_DWELL = Memory Dwell Definition Table COMMENT 13 = SS_TABLE13 = Spare Table COMMENT 14 = TM_MODE_LOG = Mode Transition Log Table COMMENT 15 = MS_MEM_SCRUB = Memory Scrub Map Table COMMENT 16 = SB_PIPES = Software Bus Pipe Definition Table COMMENT 17 = SB_CMD_ROUTE = SB Command Packet Routing Table COMMENT 18 = SB_TLM_ROUTE = SB Telemetry Packet Routing Table COMMENT 19 = SS_TABLE19 = Spare Table COMMENT 20 = PD_MIC_CFG = MIC Configuration Settings Table COMMENT 21 = PD_BCDH_CFG = BCDH Configuration Settings Table COMMENT 22 = PD_DM_CFG = Detector Module Configuration Settings Table COMMENT 23 = PD_DMS_CFG = DM Side Configuration Settings Table COMMENT 24 = IH_PKT_DEFN = Instrument Health Limits Table COMMENT 25 = FO_MERIT_WT = Target Merit Weights Table COMMENT 26 = FO_OBS_HIST = Observation History Table COMMENT 27 = SS_TABLE27 = Spare Table COMMENT 28 = SS_TABLE28 = Spare Table COMMENT 29 = SS_TABLE29 = Spare Table COMMENT 30 = BR_SOURCE_CAT = Source Catalog Table COMMENT 31 = TG_LONG_CRIT = Long Trigger Criteria Table COMMENT 32 = TG_SHORT_CRIT = Short Trigger Criteria Table COMMENT 33 = TG_TRIG_VETO = Trigger Veto Table COMMENT 34-49 = SS_SPARE_TBL = Spare Tables COMMENT 50-65535 = ERROR = Illegal Table IDs HISTORY TASK: FAPPND on FILENAME: sw01210276000b125x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:30 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AůC-&ˀ&Vtarg/nram/preboot.sou targ/nram/preboot.sou targ/mode/tables/brsrctbl.gzo Aů逜&ZԀtarg/nram/preboot.lng targ/nram/preboot.lng targ/mode/tables/tglngtbl.gzo Aů遙 &cptarg/nram/preboot.sht targ/nram/preboot.sht targ/mode/tables/tgshttbl.gzo Aů郯e!&htarg/nram/preboot.vet targ/nram/preboot.vet targ/mode/tables/tgvettbl.gzo AůU&ˀ&Vtarg/nram/preboot.sou targ/nram/preboot.sou targ/mode/tables/brsrctbl.gzo AůL0&ZԀtarg/nram/preboot.lng targ/nram/preboot.lng targ/mode/tables/tglngtbl.gzo AůFt &cptarg/nram/preboot.sht targ/nram/preboot.sht targ/mode/tables/tgshttbl.gzo Aů귮p!&htarg/nram/preboot.vet targ/nram/preboot.vet targ/mode/tables/tgvettbl.gzo Aůeh܀&ˀ&Vtarg/nram/preboot.sou targ/nram/preboot.sou targ/mode/tables/brsrctbl.gzo AůgY߀&ZԀtarg/nram/preboot.lng targ/nram/preboot.lng targ/mode/tables/tglngtbl.gzo AůhZ R &cptarg/nram/preboot.sht targ/nram/preboot.sht targ/mode/tables/tgshttbl.gzo Aůi!&htarg/nram/preboot.vet targ/nram/preboot.vet targ/mode/tables/tgvettbl.gzo Aů˫"&ˀ&Vtarg/nram/preboot.sou targ/nram/preboot.sou targ/mode/tables/brsrctbl.gzo Aů&&ZԀtarg/nram/preboot.lng targ/nram/preboot.lng targ/mode/tables/tglngtbl.gzo Aů󨂀 &cptarg/nram/preboot.sht targ/nram/preboot.sht targ/mode/tables/tgshttbl.gzo AůΜ$!&htarg/nram/preboot.vet targ/nram/preboot.vet targ/mode/tables/tgvettbl.gzo XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 8 / width of table in bytes NAXIS2 = 5330 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 1 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field EXTNAME = 'hk129x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699879.996 TSTOP = 727706049.83252 DATE-OBS= '2024-01-23T10:51:14' DATE-END= '2024-01-23T12:34:04' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6169.83651995659 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 297 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:27' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'j0Ick0HZj0Haj0HY' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '2060921030' / data unit checksum updated 2024-02-02T06:06:27 HISTORY TASK: FAPPND on FILENAME: sw01210276000b129x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:30 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aů|AůeVAůޔAůԠfAůuOAů%)AůՆ9Aůի\}Aů gAů,:Aů֌}Aů֬wAů pAů׎AůAůNpAůo Aů؏=\AůدAůψAůõAůِ`AůAůڑSAůLAů2+AůRIAůr˧AůےZAů۳AůSPAůeAů9Aů3AůSPAůsAůܔAůܴ;OAůdAůFAůݕoAů=AůޖAůAůFAůߗAů߸~AůPAůAůrAů:AůZ2MAůzrAůAAůຨAůAůᛩ*Aů!łAůAůvAů Aů,Aůu:Aů AůپAůAůRAůAůQAů8AůAůo?AůAů3EAů蓥AůϊAůAů@Aů/ɛAůOAůp%[AůbAůaAůXAůAů2AůӄAůAů-AůCAůTvAůM@Aů GAůwpAů+AůAů},AůAůjAůjAů"AůAůuAůoAůGAů}˼Aů5?AůAůAů8AůwAůAů |Aů LAů SAů Aů !iAů nAů Aů BAů "sAů AAů R?Aů Aů $wAů bAů 3Aů Aů &KAů Aů LAůVCAů'}AůAůJAů Aů(SAů@yAů z:Aů,hAůqLAů#Aů {AůCAů+AůAů^_AůhAůAAů\AůAů`kAůAůzAůBAů Aů|AůVSAůvAů-AůAů`AůAůAů6Aů3Aů7Aů8AůZAůzAůީAůAů33AůbcAůAůAů>Aů?inAů?=Aů@Aů@8AůAAůAAůB0AůBԕAůCmAůCwAůDAůDVAůE]AůEAůEAůF*AůF^FAůF~BAůFAůF AůFDAůGiDAůGޔAůG[AůHAůH$AůHAůHhAůIAůI%AůIAAůI[AůJAůJ'AůJtiAůJzAůK>AůK(MUAůKUAůL wAůL,AůLoAůM qAůMAůM AůN_AůN.AůNAůN-AůOAůO/ AůO^_AůOk{AůP0AůP1AůPAůPAůQ)AůQ2mHAůQXAůQ@AůQAůRj@AůR3)AůRSAůR AůSbAůSinAůT EAůT,AůU:AůUAůV7AůV/oAůWԕAůWnAůXAůX[rAůX{AůXNAůXAůXKAůY`AůYAů[_ Aů[G0Aů[nAů[ZAů[TAů[Aů\ )Aů\Aů\Aů]CAů]!uAů]WAů]Aů^sAů^$Aů^dAů^VAů_Aů_%3Aů_ Aů_Aů`KAů`&Aů`Aů` AůaaAůa'ŬAůa@Aůa@:AůbAůb)8Aůb|Aůb(Aůc l Aůc5Aůd KAůd.AůdAůe2AůeAůfpAůf AůgWAůg^5AůhSAůhFAůiRAůi0AůjAůj-bAůkAůkhAůl!lAůl!Aům[Aům|AůnSAůn33AůoAůoAůpqAůp}$Aůp$AůpAůprAůpFAůqmAůq~AůqAůr\Aůr'GAůrܜAůrXAůsAůs)DgAůsA Aůt 5Aůt,~(AůtVAůu 3AůuL0AůvoAův#AůwMUAůwAůxAůxQdAůxq!AůxAůx\AůxAůysAůy]Aůz xAůzPAů{Aů{5#OAů{UWAů{u}Aů{jAů{Aů{+Aů{Aů|. Aů|6U\Aů|VAů|v Aů|ƽAů|Aů}VAů} Aů~/Aů~8Aů~XAů~ymAů~DgAů~mAů~٘JAů~Aů{AůPHAůAů,AůkAůsmAů3AůSAů逾qAůޤAůLAů4Aů?Aů_>Aů,Aů遠7Aů避˒AůAů4nAů'G0AůG8AůgAů邇5~Aů邧c^AůLjAůUAů EAů-AůM>-AůmcAů郍*Aů郸:TAů'AůQDAůAů8AůXAůxAů鄙AůAů! AůAAůaAů酁|Aů酢AůSAůfAůAů$AůD;AůdBAů醄qAů醤AůĺsAůAůAů%LAůEAůeAů釅Aů釥:AůAů=AůAů&,AůFAůfAů鈆3Aů鈧$tAůIAůtiAůAů'MAů鉈/Aů鉨[Aů )Aů)#AůigAů銌Aů Aů鐓AůNAů鑕5Aů Aů钖Aů7vAů铗Aů$Aů错Aů锹9CAůAů镚WAůڪ;Aů,Aů 9Aů関8AůFAůAů*Aů闋 0Aů闫Aů Aů阌%Aů )5Aů降~gAů陭Aů9.Aů階پAůzAů雐\hAůAů0VAů霑AůdAů青Aů_Aů鞓Aů+Aů韕/AůhAů頖Aů6Aů顗˒Aů~|Aů颙AůԕAů飚gbAůLAů餛AůT7Aů饜0AůsAů~ Aů馞;%Aů Aů!AůOAů駟~Aů)JAů 4nAů騀Aů騠ٔAůcAů!#Aů驁Aů驢\Aů$Aů$Aů骄yAů骤bAů`Aů%OAů髅Aů髥AůAů&Aů鬆"Aů鬧'Aů Aů'3Aů魌zAů魬fAů m]Aů鮍~gAů8Aů鯎AůjAů/)Aů鰐^_AůhAů鱑ZAů Aů鲒pAůaAů鳓AůAů鴕KAů Aů鵖+Aů6&Aů鶗AůsAů鷙*AůAů鸚wAůAů鹛Aůq Aů麝Aů$Aů}Aů~B[Aů點[BAůyAů AůAů鼟dAů:Aů yAů齀VAů齠AůAů!uAů龂@Aů龢ZGAůAů$9XAů鿄Aů鿤AůgwAů&1Aů Aů,AůAůVAůpzAůAů(AůˆlAů oAů)NAů9AůLAůAůTAůt@Aůi/AůVmAůԬAůAůAů?AůAůTLAů{Aů7EAůWAůwAů2vAůvAůwAůAůSPAůeAů!AůLAůZAůAů~bxAůiAůAůAů AůTAů>Aů h4AůAů ZAůy}Aů!֌AůAůEAůAů$"hAůAů&AůAů%oTAůAůAůAů&AůAůBAůAůzAůcIAů nAů,LAůwAů*Aů.N'Aů/AůwAůAůAů"AůAůnAůAůAů GAů Aů Aů /ZAů پAů oAů 5Aů ݃Aů kAů AůAůLAůAůAů!WAů}#AůAůDAůnAů~AůAůxAů@Aů+AAůD(AůAů AůsAů~AůAů"=qAůbAůAůAůAAůkAůyAů$$AůClAůPAůAů& AůAůYAů!-Aů'EAůGjAůg6Aů͊AůQAůDgAů Aů)AůTaAůjAů }Aů,QAůl Aů LAů1AůQAůMAůAůAůJAů߹Aůs.AůAůAůMAů Aů Aů!,Aů!Aů"_pAů"~Aů#;Aů#XAů$>Aů$Aů%3Aů%ݘAů&Aů&Aů*@Aů*!Aů*$Aů*;yAů*yAů+Aů+$!Aů+XAů+?Aů,[Aů,%WAů,!Aů,rAů-Aů-& Aů-KAů-dAů.Aů.Aů.Aů/ mAů/)GAů/Aů/Aů0 pAů0-"Aů0Aů1B[Aů1CAů2 Aů2^_Aů3hAů3[WAů4 Aů4RAů4r}Aů4LAů4ϖAů4Aů5[-Aů5ջAů6z:Aů6+Aů6hAů7cAů7vAů7HAAů7lAů7֒OAů7\Aů8Aů87ɛAů8W;dAů8wG0Aů8oAů9&Aů9Aů:Y`Aů:Aů;'Aů;0Aů<$Aů\Aů>~Aů>Aů>wAů?Aů?)Aů?:Aů@Aů@ Aů@t?Aů@mAůA AůA"2MAůAAůA^AůBfAůB$AůB6AůBKIAůCAůC&AůC(AůCAůDAůD'8AůDǤAůDAůECAůE(sXAůE8AůE&AůF }AůF,NAůFlAůG cAůGAůHAůH.zAůHZ2AůH/AůIAůIAůJJAůJ AůKAAůK'gAůLAůLX%AůMAůMAůN.AůNwAůObAůO~AůPʂAůPRAůQ>AůQAůR=AůRAůSAůS3AůSAůTAůT^4AůT~AůJbAů l Aů,AůꀍUAů ^AůꁎoAůCBAůꂏAůtAůꃑAůkQAůꄒdAůAůꅓdAů6AůꆔڐAů|pAůꇖ=Aů}AůꈗDAůXAůꉘAAů4AůꊙFAůmHAůꋛ")AůaAůꌜAů;Aůꍝ4Aů*AůT Aů~AůꎞAůagAůaAůꏀAůꏠ,Aů%Aů Aůꐁ_AůꐡsAů{Aů"Aůꑂ|[AůꑤEAůdAů$AůꒄAů꒥qLAůaAů&hAů꓆HAAůꓦRAůwAů'AůG%AůgwAůꔇsAůꔧ3AůgAůAů(MUAůꕈ2AůꕩAů zAů,Aůꖍy)AůꖬPAůAů 1Aů-]AůMyAůmAůꗍAůꗭ3AůTAů[BAů{Aů.AůNAůnAů꘏ Aů꘯1Aů\Aů AůIAů/TAůOAůpAůꙐbAů꙰eAůА.AůȊAůAů1 cAůQGAůquAůꚑAůꚱAůAů/Aů%Aů2AůR2AůrUAůꛒɰAů꛲AůfAůQYAůiAů3{JAůSDAůsջAů꜓8AůꜴ'AůX%AůAů`Aů4.AůTwAůu!AůꝕFAůAů+Aů6AůVt*Aův\AůꞖv!AůꞶ5Aů/Aů!AůꟗAůhAůꠘ,AůAůꡚ AůAů;wAů[AůꢛhAůꢻAů AůdAůgAů,Aů^҉Aů~Aů꥟0AůgAů?Aůꦀ!lAůꦠ1Aů^_AůAůBAů(AůHAůh>Aů꧌AůꧭMAůAůAů pAů-zAůMAům׈AůꨍAůꨮ4AůAů.AůoAů꩏5~AůꩯAůύAůmAůAů/AůPAůp3AůꪐaAůꪰ$AůзAůAůAů1 AůQ4Aůqx-Aů꫑Aů꫱gAů6Aů2u%AůR8AůrAůꬒAůꬲAů AůY6AůdZAů3AůSAůskAůꭓAů!Aůꮕ+Aů{ AůAůDAů5AůVAův(AůꯖJAů꯶sAů֘Aů AůAů7 =AůWAAůwQAů갗wAů9AůxvAů걘Aůz%AůY̸AůyAů겯4AůϳSAůSAů}Aů2AůRAůrHAů곸AůAů@'Aů`NAů관\hAů괡AůYAů!"SAůAEAůaIAů굁Aů굡^AůK4Aů6AůwAů궗zAů궷KAůAůAůAů8@:AůXAůxAů귙)Aů그FAůAů&BAůLDAů9߹AůZ82AůyAů긟Aů긿AůߎAů AůܜAů@&Aů`IfAů김jAů깥;AůžAůAů+Aů&NAůFffAůfAů꺆Aů꺦oAů)AůTAůuAů)AůJpAůjSAů껌Aů껭sCAů͉AůtAů :Aů.AůNDAůndoAů꼎Aů꼮AůAůAů#Aů/[AůO@AůoNAů꽏^Aů꽰Aů,AůS;AůAů0AůPAůp5Aů꾑/Aů꾱3]Aů[WAůAůAů1֌AůRAůr0UAů꿒FAů꿲AůҬAůAůmAů3)_AůSfAůsudAů*AůAůAůAů8Aů4cAůTAůt$AůAůhAů'=AůO7AůAů56AůVr2Aův Aů–*Aů¶YKAů֔FAụ̊AůoAů7`AůWAů"Aů"rGAů#!Aů#Aů%Aů& Aů&uAů'TAů'.~Aů'Aů(_Aů(/dAů(^_Aů)EAů)}kAů*TAů*Aů+_Aů+Aů+*Aů+SAů,Aů,bAů- Aů-4Aů.6&Aů.ǤAů/zAů/Aů0łAů0UAů1Aů1wAů2#Aů2,Aů3VAů3}]Aů3;Aů3]Aů3WTAů3OAů4Aů4>Aů4^Aů4 Aů4Aů5Aů5#Aů5Aů5aAů6Aů6)Aů6Aů6y}Aů7 Aů7,Aů7Aů7Aů8 ޾Aů8Aů9Aů9@Aů:]Aů:FAů;Aů;Aů<AůbAů> Aů?Aů?TAů@4Aů@1fAůA.AůAAůBwAůBxAůCAůC&AůCEAůCAůDAůD'2AůDAůE |pAůE6AůFoAůFWAůGDAůGcAůHAAůHzAůI^AůIfAůIMjAůIc AůItAůJAůJ:AůKAůKhAůLAůL>AůLAůM pAůMtAůNDRAůNAůNAůOAůO|AůO0AůPAůP)AůP^AůQ lAůQAůQtAůR qLAůRXyAůRAůS *AůS)#AůS^AůTFAůT%wAůTaAůT4AůU $AůUO7AůVAůVپAůV AůWJwAůWAůXYAůX,AůYAůYgbAůZ AůZAů[\Aů[Aů\Aů\&-Aů\NAů]Aů]eAů^Aů^XsAů^xAů^mAů^yAů^Aů^vAů_?Aů_9gAů_4Aů`Aů`)_Aůa"6AůaAůaAůb MAůbwAůbAůc }Aůc,*Aůcw2AůcbAůd Aůd-AůdFJAůeFAůekAůfsXAůfAůgAůg4AůgAůg(AůgAůhǹAůhbcAůiAůiAůjBAůjAůkrAůk%AůlAůltAům)AůmSAůn%AůnAůohAůoAůp0AůpAůpAůq AAůqAůqAůr .Aůr-޾AůrAůsDAůs2AůtGAůt]AůtsAůuDRAůu.a(Aůu۶AůvAův]Aůw!Aůw0VAůwrAůx JAůxIAůyNAůywAůzoAůzAů{#Aů{WTAů|+Aů|6Aů}3Aů}X Aů}xAů}/Aů~5Aů~bcAů:Aů AůAů#AůCAůd%Aů뀄Aů뀤GAůlvAů4AůAů'WAůG7AůgAů끇WAů끨bNAůHAůcAů낉A Aů납HVAů Aů)AůJ,gAůjdAů냌Aů냭AůSAů}Aů Aů-Aů넎DAůAů녏Aů녯AůzAů]Aů놑qAůrGAů{tAů뇈Aů7AůuOAů(AAů눌 Aů눱AůrAů뉒'AůSAů늓^tAůnAů닔wAůAů댕,AůVAů덖Aů Aů뎇TAů뎬mAů AůMsAůmAů돍AůU\AůY^Aů됙A Aů!uAů둂'Aů둦YAůAů&Aů뒇LnAů뒧AůAů'4Aů듈nAů h Aů*qAůkAů딋]Aů FAů,Aů땍Aů땭Aů+kAůnAů떎fAů,Aů뗐PAů$Aů똒{ Aů:Aů뙓AůfAů뚕HAů`Aů뛖=AůyAů뜗qAů Aů띘IAůGAůyAů랙QAů\AůZAů{(Aů럛.Aů럻SAů۩AůAůAů?gAů_Aů렀.Aů렧Aů%Aů#Aů$tAů'MAů롌Aů롭2Aů aAů뢎=AůfAů/Aů룏PAů룯AůŬAů'Aů]Aů0:AůPcAůpAů뤑gAů뤰ӮAůAůmAůA Aů륑.AůjAůAůsAů릓[AůnAů말kAůAů2Aů먓Aů[Aů메6AůAů몕b9Aů+Aů2Aů뫒XAůhAů3Aů묔AůAů뭕hAů=Aů뮖sAů:Aů믗CAůAů밙vAůԕAů뱄&AůĿ AůEAů) Aů벉^Aů벩HAůAůAů ɆAů,Aů볍pAůAů봎AůCBAů뵏Aů-Aů~|Aů붑AůAů뷒kQAůAů블MAůGAů빔Aů`Aů뺖=Aů9Aů뻗zNAůAů뼙AůWiAů뽙ZAůAů{Aů뾛5+Aů뾻p&Aů۷AůAůAAů<Aů\W~Aů뿜AůAů]nAů}AůCAů@AůnnAůNAů$HAůNAůAůAů,RAůoAů­Aů Aů.AůO1AůocAůÏAůï9AůAů^_Aů0W*AůĐAůAů1AůŒnAůAůƓ]AůAůǔ2AůAůȕAůYKAůɖ+AůAůʘ@:AůAů˚OAůPAư̊AůUAů͝#AůAů$g8Aů΄ǏAůΫ#yAů u:Aů-AůύkAůCAů.r2AůЎrAůЯ'AůOAů劉AůAůѐAůѱ]AůAůҒ!Aů`kAůӓAůAůԕ-#Aů*AůՖxAů,Aů֗dAůQDAůי/AůAů؛rAůAůAů=\Aů7AůW{AůMAůAů.AůԕAůzb$AůpAůAůAůVAůAůAů0 AůPAůqAů>AůrGAů\Aů+AůAůvAů]AůAůpAůAůXAů;%AůߤAůmAůAů'RAů AůNAů}jAůxAůAů+AůaAů %Aů-MAůnAůAů #Aů>lAůAů."AůO"}AůoKAůAů~AůϴAůdEAůĜAůAů Aů}Aů2_AůRǹAůrAůAůOaAůc Aů{Aů3AůTIAůt(NAůKAůhAůUAůAů/ZAůwAů8AůfAůWAůwrAůAů?Aů{5AůYAů/Aů82Aů;Aů ֌Aů {Aů Aů Aů Aů Aů !AAů Aů 'xAů GAů hAů BAů vAůhAůAů (xAů*dAůAů.Aů nAů,AůLAů/Aů AůAů/Aů Aů_AůP'AůpVAůAů]Aů@Aů{ Aů:^Aů%Aů9Aů یAůt?AůxAů5Aů+8qAůqLAů Aů-$Aů=AůAůAů{Aů&%AůVAůNfAůAůAů3]Aů1VAůAů%1AůFAů2AůR AůrAůAů BAůj@AůzAůAůOAůQ/Aů  EAů VAů vΚAů ,Aů Aů yAů!8Aů!ŬAů"wAů"vAů"&Aů#Aů#;Aů#[Aů#{l7Aů#:Aů#Aů$Aů$?Aů%d0Aů%}:Aů%5Aů%aAů&Aů&wAů&Aů&HAů'wAů'0&Aů'OAů'oAů'TAů'#Aů'-8Aů'`Aů(Aů(0fAů(@Aů)Aů)gbAů*/Aů*:Aů+FtAů+Aů,}Aů,5Aů,VyAů,4Aů-KAů-W1Aů-VAů.uAů.7Aů/7LAů/"Aů07Aů0)JAů0y>Aů1Aů1(Aů1/oAů1$Aů2 MAů2Aů2Aů3 sCAů3+kAů4Aů4N"Aů4o.IAů4UAů4Aů4ϘtAů4Aů5Aů50 $Aů5P/Aů5~|Aů6Aů6Aů7WAů7Aů8Aů8-Aů9Aů9VAů9XAů9Aů: Aů:Aů;CAů;Aů<Aů<"Aů=ԕAů=ZGAů>Aů>Aů?MAů?Aů@lAů@]Aů@}ϫAů@HAAů@MAů@r2Aů@AůA"]AůAAůAc AůB LAůB+smAůBAůC AůC,AůCMIRAůCm AůC:?AůC`AůC͂VAůD ͳAůD-^AůDa(AůEAůE?AůF^_AůFEAůFAůGz%AůG AůHrAůHAůI?}AůI AůJtAůJ3AůKAůKfAů[4Aů[Aů\Aů\!v6Aů\ Aů\_Aů] Aů],Aů]mLAů]wAů]FAů]ѢAů]Aů^0Aů^.CAů^NN'Aů^Aů_m3Aů_LAů`Aů`0Aů`0AůaAůa{AůbAůbAůcRAůcAůcAůpG{AůpgAůpAůq }Aůq,AůqoAůqMAůq"Aůr AůrGAůrxAůsAůso~AůsAůt^_Aůt0WAůtPsAůtpAůtAůtAůtA Aůt.AůuAůu1AůuQAůurAůunAůvAův_AůwnAůwAůxM@Aůx AůyAůy6AůzAůzAů{$Aů{ԕAů|lAů|wAů}PAů};wAů}\%Aů}|zAů}oAů}KAů}Aů}Aů~%^JAů~DCAů~Q/Aů~_Aů~NQAů~EAů ]dAů,AůLàAůzAů Aů- Aů쀎RAůVAů쁏Aů]Aů삐Aů삱Aů}kAůAAů샒HAůҌAůAů섓Aů:Aů셔.AůjAů솖AůAů쇗I(Aů=AůxsAů수Aů2Aů쉙AůAů슛:Aů wGAů싀$ Aů신5AůUAů"`Aů쌄jAů쌨AůtAů(Aů썉A Aů썩2Aů AůJ\Aůj{Aů쎊rAů쎪AůǹAů BAů Aů,AůLOAůlAů쏍tAů쏭Aů9AůfAů Aů-Aů쐎8AůAů쑏#AůMUAů쒐AůAů AůAů1kAůRAůqAů쓒Aů쓲Aů(AůAAů2Aů씓0AůAů암g8Aů"Aů얕@AůJAů엖Aů엷SAů~=Aů옘JAů)Aů왙ZAůAů욚AůhIAů웜Aů`Aů윦Aů,Aů*AůkfAů읋33Aů읫]Aů˨Aů뷕Aů Aů-AůDRAů쟎AůAů/õAů점`WAůqAů졑cAů\Aů좒AůtAů죔AůAů줕PAů#Aů쥖Aů:Aů즗1Aů~|Aů짚fAů(Aů쨛)AůE$Aů쩜%AůAů}Aů쪞4AůHAůAůxWAů쫧IAů#Aů'Aů쬈3Aů쬨sXAů 6Aů,Aů쭍oTAů쭭`Aů wAů쮎h^AůAů쯏Aů]Aů0mrAůPAůpAů찐ٔAů찱AůhsAůAů챒%AůXAů첓fQAůZAůTAů4$_AůTIAůtoAů쳔Aů쳴AůAů촖AůuyAů쵗%AůQAů춘nAů&Aů췙Aů oiAů츁Aů츦Aů\Aů&Aů칇gMAů침)Aů EAů)e,Aů캉Aů캪Aů wAů컋.Aů Aů-qAů켍AůDAů콎AůcAů쾐]Aů쾰dAůrGAů쿑z%AůiAů2DAůiAůaAů AůrAů•'Aů EAůÖ{_Aů1AůėAůh4AůřAůAůƚ/AůAůǛ\}AůzAů,Aůȟ6&AůmAů!0AůɁAůɨ?AůAůi4AůʉNAůʩv6AůɞAů UAů0:AůˏcAůAů0\hAů̐AůAů͒eAůAůΓ^tAůAůϔrAůGZAůUAůucAůЖ AůеAůlAůjUAůї)AůAůҘiAůAů9?AůY&AůyNAůәx-Aůӹ)AůhAů AůԚAůP Aů՛RAů"~RAůփAů֣fAůAů&Aůׇ6Aů׬CAů oTAů-VAů؍Aů8Aůَ]Aů-AůڐOAůAůۑ0Aů8Aůܒ/Aů(AůݓAůZAůޔAůNAůߖ.Aů AůVCAů@AůᘪeAůHAůAů'Aů/EAů}Aů䜪Aů#J#AůAů婊Aů Aů* RAůɆAů歄MAů -AůGAůAů/YAů菍Aů_Aů0[AůqAůeAůAůAůVAůCAů4CAů씍Aů AůAůAůAů4Aů9Aů6AůVFAůvߤAůAů0@AůTLAůxWAůcAů7AůWAůx7AůQAůAů!kAůB&Aůb(xAůQAů򖦦AůƔAůAů/WAůP7AůpQAůwAů򗰖AůӮAůAůI{Aů;v Aů[Aů{6AůRAůZAůT7AůAůfAůAůR|[AůrBAůFAůAů AůAůhAů3{JAůSAůsײAůAů-AůaRAůAůAů4[AůSAů򟵀^Aů Aů򠖚,Aů< Aů7`AůAů/Aů1fAůY`AůԕAůZTAůs.AůzAůީAů]%Aů#yAů;KsAůAůAů򥡿AůtAů&AůE9Aů Aů-AůAůXAů"Aů[Aů_AůqAů򪑠Aů2MAů Aů0Aů3AůSAů$_AůàAů5\SAůuBAůnAůAů򮖻AůCAůAů7Aů򰚜xAů1AůAů EAůcAůuAůtAů"!BAů̎Aů:Aů'AůxAů$AůAů*AůAů%Aů{AůAů'/Aů7AůڥAůAů1AAů1:Aů2Aů2$Aů2KAů2UAů3 Aů3%Aů3}Aů3Aů4Aů4''Aů4Aů4خAů5AAů5(jAů5zAů6 qLAů6Aů7Aů73Aů8õAů8/Aů8fDAů>`Aů?Aů?2Aů@FAů@^5AůAAůAAůBVAůB֡AůCAůC}AůCAůCAůḌAůD?PAůD^AůDAJAůDOAůDyAůDCAůEAůEYAůE AůFAůF!%AůFAůFAůGI=AůG"q7AůGBAůGbAůG'AůGJAůGŻZAůHAůH&AůHAůHAůIX:AůI'AůIzAůJ w2AůJCAůKAůKAůL^_AůL0_AůLqAůMa=AůM'AůNAůNXAůOtAůOoAůPAůPZAůQDRAůQAůRuAůRAůSیAůS]OAůTAůT\AůU!AůU٩AůVk'AůV)AůWAůW~ WAůW1QAůWfAůX!AůXXAůXAůXAůY wAůYAůYAůZ/oAůZ!laAůZjAůZAů[~Aů[$TAů[cAů[Aů\Aů\&Aů\Aů\Aů]DAů]fAů]Aů^o*Aů^'Aů^Aů_Aů_CAů_f{Aů` {Aů`,Aů`pAůa PAůaDRAůbAůbGAůc_AůcAůdAůdQzAůdrAAůdAůd/AůdZAůeAůeY6AůfAůfAůfAůg-AůgUAůguAůgqAůgUAůgAůg;%Aůh_Aůh6AůhAůiAůij+AůjAůj Aůk!BAůk"Aůl]%Aůl Aům`Aům2aAům}AůnćAůn~h^Aůn~AůnAůo AůoAůoAůpAův &BAův)$JAův*Aův6Aůw lAůw?}Aůx ]Aůx$Aůy#%AůyAůz]AůzAů{Aů{0UAů|XAů|c Aů}Aů}>Aů~\Aů~ AůAů3Aů:Aů},AůAůAů>AůJAůAů#Aů>Aů].sAů}(AůQAů󄽙AůݫAůAů WAů~{_Aů󅞥AůAů6Aů AůخAůHAů'AůGAAůgAJAůeAů󇧍AůAů {Aů+8AůoTAů +Aů󉍟AůFAůEAůAůAů]AůW*AůAů󌑃AůKAů󍒻Aů`kAůAůAů5Aů_AůYKAůAů󑗦AůJAůRAůx-Aů Aů˧AůTAůAů󕜉LAů)Aů}AůAůFJAůnDAů~2Aů.IAů~=Aů&Aů*Aů4nAů¤Aů >AůpPAů󙡅IAůqAůԕAůAů"!Aů}Aů1AůzAů$AůJAůPAů&Aů%UAůzAů󜦔FAů+Aů'+Aů󝇦AůPAů(zAů󞌌Aů󞫲Aů AůAů)AůOAůڥAů󡐈QAůAů󢑾Aůa|AůAůAůSmAůtAů4Aů^ AůԙAůAů󥕆DAů4Aů󦖧HAů6AůG0AůW}AůAů#dAůQAů}Aů?Aů8AůY ZAůy cAůEAů[WAůمIAůAů֌Aů9ZAů󩡳AůoAů!y}AůAů0AůAůAů&lAůG AůgAůAůI(AůoAů'AůLAůk'Aů AůqAůAůAůAJAůAůAů0pAůrGAůAůrLAů_AůJ#AůAůaAůAůAů=AůfAůuAů@Aů󶘨mAůAůH,AůJAů{AůqAů}}Aů#Aů77Aů'AůڥAůqAů_Aů+9Aů󻋥Aů@Aů E$Aů AůAů nAůAůAůHAůgAůvAů AůAůWAůAůAů”#AůAůÕhAů AůVc Aův'AůĖAůĶeAůAů8Aůŗ)AůAůƙ@AůAů؄Aů9WAůYAůzbAůǚ@AůǺhAůAůț{AůAůɜAů@Aů}AůʝAů_1Aů+Aů~Aů˟AůsAůAů̀*Aů̠CAůAů Aů́rGAů͡Aů Aů"6;Aů΃AůΤAůAů$Aůυ:AůϥKIAůJAů&yAůІ9AůЦAůAů'0AůчuAůFAů(oiAůhAů҉4AůHAů Aů.]:Aůӎ77AůoAůԏGAů4AůՐIAůqAů֑AůekAůדAů Aůؔ6AůAůٕ`BAů AůږAůCAůۗAůAůܚAů Aůݛ¹AůZAůޝAů{Aů-Aů~0AůߞXAůCAů0@Aů^ AůAůAů +AůဧAůզAů\Aů!uAů{AůAůyAů#AůeAAů㤗Aů Aů%HAůEm]AůeqLAůAůAůAů?Aů&zAůBAůAůoAů'Aů AůFAů iAů0:AůOAůp7Aů AůAůkAůbAůAůAůK4Aů?AůxAůAůAůoAůAůYAů;dAů4Aů7Aů/oAůAůekAůAůAůAů&AůWAůoAů Aů~AůʬAů?SAůHAůAůAůMUAů y>Aů Aů7AůAů!łAů;yAůfAůAů$=Aů5AůAůf'Aů%"Aů!Aů,AůAů&Aů8AůgAůAů'+AůAů Aů+ZAůtAůAůAů0AůCAůNAůnHAůBAů,Aů2AůtAůAů/AůO]AůoAů[AůiAů?AůXAů2&AůR5AůrgbAůAůAůAůAů-MAů3Y6AůjAůHkAů/AůAů!AůAůTLAůAůAůCAůAůvuAůAůȟAůZAůAůAůAů $Aů ~IAů Aů E9Aů kAů Aů7Aů>Aů@dAůCAůoAůAůƓAůq Aů)AůAů,|Aů=S&Aů]Aů}AůcAů]Aů Aů77AůaAů>Aů^Aů~MAů@yAů\Aů Aů"Aů+AůKn/AůlAůw2Aů|pAůSAů~gAů Aů-AůMgAůnAůFJAů]AůΌiAůeAů #Aů /Aů O9mAů oAů Aů uAů ]Aů!Y!Aů!Aů"Aů" Aů# Aů#-Aů$Aů$XAů%!Aů%Aů&=Aů&]Aů'v`Aů'0Aů(Aů(T"Aů)Aů)Aů*>Aů*ۡAů+iAů+Aů+Aů,Aů,~;%Aů,cAů,Aů-"Aů-sAů- Aů.)Aů. .Aů.Aů.)Aů/pAů/!Aů/&Aů/*oAů/SAů/yAů00Aů0$Aů0{Aů0XAů13 Aů1%LAů1Aů1;Aů2ΚAů2&Aů2Aů2%Aů3Aů3'Aů32vAů3\hAů4|Aů4)#Aů4|1Aů4Aů>IAů>vAů??Aů?yWAů?jAů?.Aů?%Aů?a|Aů@wAů@:Aů@[`Aů@AůA|AůA(aAůAA AůA.AůB AůB*}AůB_AůC AůCOAůCAůD y)AůD-NAůDAůEAůEyAůFGoAůFAůFAůF cAůG2AůGҞAůHwAůHAůI1AůIGAůJAůJAůKAůKAůLTAůLrAůMAůMMAůNAůN8AůO:AůOݘAůPmAůPAůQAůQ~{AůQ;%AůQAůR)AůRWAůR,AůRrAůS wAůSAůSAůT&AůT!`AůTЦAůTAůUwAůU#nAůUbAůUAůVAůV%qAůVqAůVAůWJAůW&AůW]AůWiAůXwAůX'AůX AůX;AůYAůYt?AůZ |AůZ,AůZqLAů[ JAů[eAů\Aů\O|Aů\ouAů\&Aů\oAů\{Aů]]Aů]Aů^AAů^/Aů^DAů_Aů_S 2Aů_s[-Aů_eAů_Aů_ӧAů_Aů`Aů`4*Aů`TD|Aů`tk'Aů`Aů`|Aůa9Aůa AůbiAůbAůbOAůbuAůc$Aůc7AůcWAůcx-8AůcJAůdAůdAůeAůeEAůflAůfAůgAůg>AůgAůhAůh^@dAůh~gAůhAůhmAůhAůi6Aůi$AůinAůj@:Aůj SAůj`AůjAůkAůk!eAůk.^AůkGAůl Aůl$"hAůlsAůlҳAům^Aům%jAům#Aům+kAůnAůn&mAůnNfAůndAůoNAůo'AůoAůoAůp mAůp)GAůp*AůpLAůq oAůqAůrA AůrCAůs Aůs^_AůtѷAůt^AůunAůupAův_AůvAůwpAůw-#AůxyAůxWAůy+AůyAůzDAůz"Aů{xAů{ Aů|)Aů|:Aů|[Aů|{(Aů|NAů|tAů}Aů}Aů~!Aů~}Aů~ Aů~YAů'AůGAůgXAůAůAů\Aů Aů-SAůDRAůAů􁏒Aů]Aů0h4AůP.Aůp)AůsAůHAůrAůeAůzAůc AůAů􅔦"Aů'=AůAůzAů.AůAůLAůAůDAů1Aů$AůhIAů?Aů?AůinAůwAů!Aů~wpAů􍞢 Aů:AůDAůAůNAůOAů zAůsAů Aů|Aů!0Aů0UAůXAů;Aů$4AůAůAůJAů&($AůAůAůkAů&mAůCBAůkAů`Aů($ AůvAůAAů @yAů̸Aů Aů+HAůl AůA Aụ̊AůaAů^_AůnYAůJMAů.AůRENAůr~AůAů[AůbAů`AůPHAůvAů7AůWIAůwqAů}Aů1AůPAů3AůdEAů8sAůAůAůIAů9;AůAůsAů~!AůFAů< AůjAůAůAů?DAů)JAůF AůrAůAů OAůA%AůaiAův6AůAůAů"GEAůwAů!AůNAů$?AůKIAůQ/Aů]Aů& AůAůAůAů'=\AůAůDAůNAů=Aů {Aů,r\AůoTAů l Aů EAůjUAůAůsAů+Aů8AůAůAůAů+AůAů_[Aů AůAů>lAůAůtiAů7 AůIAů}kAů AůAů_AůAůoAůAů:?AůAůAů~pAů"AůAůAůAů AůCAů YAů"AůAů&Aů!Aů-AůENAůAů$MAůD=AůdcAůUAůAůAů:Aů%M@AůSAůAůAů&>Aů`Aů) AůAů'AůhZAů?AůSAůAů Aů QAů*lAůJIAůAůAAů m]Aů,fAůTvAů AůŽAůE9AůÏAůAůđ~Aů=AůŒdAůŲAůҶAůYAůAůƓAůKAůǔAůAůȖ&Aů AůɗYAůAůʘAů\Aů˙AůAư̊5AůAů͜AůKAůAů}AůΞ AůAAůAů~Aůϟ9mAů}AůDAůЀ*AůР{AůAů! Aůсv6AůѡzAů Aů"mAů҃AůҤ qAůAů$AůDAůӅMAůӮsAů"Aůԏ6Aů]AůՐӮAůAů֒Aů|AůדaAůAůؔAůKIAůٖ Aů4AůڗJwAůAůۘ~|Aů/AůYQAůyx-AůܙAůܹAůAů\>Aů/Aůݚ˧AůxAůޜAůLAůAůAůbI=AůZAůAůs.AůXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 70 / width of table in bytes NAXIS2 = 1 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 14 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BFMERRCODE' / FM Error Code TFORM2 = '1J ' / data format of field: 4-byte INTEGER TTYPE3 = 'BFMFILENAME' / File Name TFORM3 = '40A ' / data format of field: ASCII Character TTYPE4 = 'BFMFILESIZE' / File Size TFORM4 = '1J ' / data format of field: 4-byte INTEGER TZERO4 = 2147483648 / offset for unsigned integers TTYPE5 = 'BFMFILETIME' / File Timestamp TFORM5 = '1J ' / data format of field: 4-byte INTEGER TZERO5 = 2147483648 / offset for unsigned integers TSCAL5 = 1 / data are not scaled TTYPE6 = 'BFMFILEATTR' / File Raw Attribute Data TFORM6 = '1B ' / data format of field: BYTE TTYPE7 = 'BFMFILEXIST' / Does File Exist Flag TFORM7 = '1B ' / data format of field: BYTE TTYPE8 = 'BFMREADONLY' / File Read-Only Bit TFORM8 = '1B ' / data format of field: BYTE TTYPE9 = 'BFMHIDDEN' / File Hidden Bit TFORM9 = '1B ' / data format of field: BYTE TTYPE10 = 'BFMSYSTEM' / File System Bit TFORM10 = '1B ' / data format of field: BYTE TTYPE11 = 'BFMVOLUME' / File Volume Label Bit TFORM11 = '1B ' / data format of field: BYTE TTYPE12 = 'BFMDIRECTORY' / File Directory Bit TFORM12 = '1B ' / data format of field: BYTE TTYPE13 = 'BFMARCHIVE' / File Archive Bit TFORM13 = '1B ' / data format of field: BYTE TTYPE14 = 'BFMCHECKSUM' / File Checksum Value TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 32768 / offset for unsigned integers EXTNAME = 'hk12cx001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727705943.41808 TSTOP = 727705943.41808 DATE-OBS= '2024-01-23T12:32:18' DATE-END= '2024-01-23T12:32:18' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7827800000000 / [s] UTCF at TSTART TELAPSE = 0. TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 300 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:27' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'BNg6EMZ4BMf4BMZ4' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '448591227' / data unit checksum updated 2024-02-02T06:06:27 COMMENT Column 2 = BFMERRCODE - Discrete value COMMENT 0 = NO_ERROR = FMERRCODE discrete decoding COMMENT 1 = OPEN_SRC_FILE_ERR = FMERRCODE discrete decoding COMMENT 2 = OPEN_DST_FILE_ERR = FMERRCODE discrete decoding COMMENT 3 = CREATE_DIR_ERR = FMERRCODE discrete decoding COMMENT 4 = REMOVE_DIR_ERR = FMERRCODE discrete decoding COMMENT 5 = REMOVE_FILE_ERR = FMERRCODE discrete decoding COMMENT 6 = LIST_DIR_ERR = FMERRCODE discrete decoding COMMENT 7 = DEV_ALREADY_EXISTS = FMERRCODE discrete decoding COMMENT 8 = DEV_DOESNT_EXIST = FMERRCODE discrete decoding COMMENT 9 = INVALID_OPEN_MODE = FMERRCODE discrete decoding COMMENT 10 = OPEN_FILE_ERR = FMERRCODE discrete decoding COMMENT 11 = CLOSE_FILE_ERR = FMERRCODE discrete decoding COMMENT 12 = LINK_COUNT_NOT_ZERO = FMERRCODE discrete decoding COMMENT 13 = ATTACH_MONITOR_ERR = FMERRCODE discrete decoding COMMENT 14 = DETACH_MONITOR_ERR = FMERRCODE discrete decoding COMMENT 15 = WIPE_LINK_DEV_ERR = FMERRCODE discrete decoding COMMENT 16 = DISK_DEV_INVALID = FMERRCODE discrete decoding COMMENT 17 = GET_FILE_ATTR_ERR = FMERRCODE discrete decoding COMMENT 18 = SET_FILE_ATTR_ERR = FMERRCODE discrete decoding COMMENT 19 = DEV_LIST_FULL = FMERRCODE discrete decoding COMMENT 20 = READ_FILE_ERR = FMERRCODE discrete decoding COMMENT 21 = WRITE_FILE_ERR = FMERRCODE discrete decoding COMMENT 22 = RENAME_FILE_ERR = FMERRCODE discrete decoding COMMENT 23 = NET_DISK_NOT_FOUND = FMERRCODE discrete decoding COMMENT 24 = WIPE_NET_DISK_ERR = FMERRCODE discrete decoding COMMENT 25 = NET_DISK_DATA_UNAVAIL = FMERRCODE discrete decoding COMMENT 26 = RAM_DISK_OPEN_ERR = FMERRCODE discrete decoding COMMENT 27 = RAM_DISK_GET_FREE_ERR = FMERRCODE discrete decoding COMMENT 28 = RAM_DEV_CREATE_ERR = FMERRCODE discrete decoding COMMENT 29 = DOS_FS_DEV_INIT_ERR = FMERRCODE discrete decoding COMMENT 30 = MAKE_DOS_FS_ERR = FMERRCODE discrete decoding COMMENT 31 = RAM_DISK_DEV_FIND_ERR = FMERRCODE discrete decoding COMMENT 32 = RAM_DISK_MALLOC_ERR = FMERRCODE discrete decoding COMMENT 33 = DOS_FS_DOESNT_EXIST = FMERRCODE discrete decoding COMMENT 34 = DOS_FS_DIDNT_EXIST = FMERRCODE discrete decoding COMMENT 35 = INVALID_CREATE_MODE = FMERRCODE discrete decoding COMMENT 36 = DIR_LIST_FULL = FMERRCODE discrete decoding COMMENT 37 = FM_SRC_AND_DST_SAME_FILE = FMERRCODE discrete decoding COMMENT 38 = FM_RAM_DISK_SIZE_TOO_SMALL = FMERRCODE discrete decoding COMMENT 39 = FM_INVALID_FILE_NAME = FMERRCODE discrete decoding COMMENT 40 = FM_INVALID_DIR_NAME = FMERRCODE discrete decoding COMMENT 41 = FM_INVALID_HUB_NAME = FMERRCODE discrete decoding COMMENT 42 = FM_INVALID_DEVICE_NAME = FMERRCODE discrete decoding COMMENT 43 = FM_INVALID_FILE_QUEUE = FMERRCODE discrete decoding COMMENT 44 = FM_INVALID_FILE_PRIORITY = FMERRCODE discrete decoding COMMENT 45 = FM_FILE_ALREADY_OPEN = FMERRCODE discrete decoding COMMENT 46 = FM_MISSING_UPLINK_FILE_PKT = FMERRCODE discrete decoding COMMENT 47-49 = UNDEFINED = FMERRCODE discrete decoding COMMENT Column 7 = BFMFILEXIST - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 8 = BFMREADONLY - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 9 = BFMHIDDEN - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 10 = BFMSYSTEM - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 11 = BFMVOLUME - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 12 = BFMDIRECTORY - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 13 = BFMARCHIVE - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description HISTORY TASK: FAPPND on FILENAME: sw01210276000b12cx001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:30 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aůtarg/nram/pntplan.txt N_ XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 188 / width of table in bytes NAXIS2 = 218 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 110 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHK130SSPRES' / HK Presence of SubSystems for this packet TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BHKPKTSOUT' / Number of combined HK packets sent by the HK taTFORM3 = '1I ' / data format of field: 2-byte INTEGER TZERO3 = 32768 / offset for unsigned integers TTYPE4 = 'BHKPKTERRS' / Number of combined packets that HK failed to seTFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 32768 / offset for unsigned integers TTYPE5 = 'BHKBKRTIMEOUT' / Number of seconds before barker watchdog expireTFORM5 = '1J ' / data format of field: 4-byte INTEGER TZERO5 = 2147483648 / offset for unsigned integers TTYPE6 = 'BHKCMDSECS' / Number of seconds since last spacecraft ground TFORM6 = '1J ' / data format of field: 4-byte INTEGER TZERO6 = 2147483648 / offset for unsigned integers TUNIT6 = 's ' / physical unit of field TTYPE7 = 'undocumented1' / Byte field not in ITOS database TFORM7 = '1J ' / data format of field: 4-byte INTEGER TZERO7 = 2147483648 / offset for unsigned integers TTYPE8 = 'BPDBCBBUFPTR' / Circular buffer ptr TFORM8 = '1J ' / data format of field: 4-byte INTEGER TZERO8 = 2147483648 / offset for unsigned integers TTYPE9 = 'BPDBCBBUFLEN' / Circular buffer length TFORM9 = '1J ' / data format of field: 4-byte INTEGER TZERO9 = 2147483648 / offset for unsigned integers TTYPE10 = 'BPDBCBWRITE' / Circular buffer write index TFORM10 = '1J ' / data format of field: 4-byte INTEGER TZERO10 = 2147483648 / offset for unsigned integers TTYPE11 = 'BPDBCBVALID' / Circular buffer valid length TFORM11 = '1J ' / data format of field: 4-byte INTEGER TZERO11 = 2147483648 / offset for unsigned integers TTYPE12 = 'BPDBCBREAD' / Circular buffer read index TFORM12 = '1J ' / data format of field: 4-byte INTEGER TZERO12 = 2147483648 / offset for unsigned integers TTYPE13 = 'BPDBCBAVAIL' / Circular buffer data count TFORM13 = '1J ' / data format of field: 4-byte INTEGER TZERO13 = 2147483648 / offset for unsigned integers TTYPE14 = 'BPDBCBWRLAP' / Circular buffer write wrap count TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 32768 / offset for unsigned integers TTYPE15 = 'BPDBCBRDLAP' / Circular buffer read wrap count TFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BPDBCBERROVR' / Circular buffer overflow errors TFORM16 = '1B ' / data format of field: BYTE TTYPE17 = 'BPDBCBERRWRP' / Circular buffer wrap errors TFORM17 = '1B ' / data format of field: BYTE TTYPE18 = 'BPDBCBERRIDX' / Circular buffer index errors TFORM18 = '1B ' / data format of field: BYTE TTYPE19 = 'BPDBCBSIMENA' / DM task as data source enabled TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BPDBCBERRMTX' / Circular buffer mutex errors TFORM20 = '1B ' / data format of field: BYTE TTYPE21 = 'BPDBCB_8_3' / spare 8 bits TFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BPDBCB_8_2' / spare 8 bits TFORM22 = '1B ' / data format of field: BYTE TTYPE23 = 'BPDBCB_8_1' / spare 8 bits TFORM23 = '1B ' / data format of field: BYTE TTYPE24 = 'BPDBCB_32_1' / spare 32 bits TFORM24 = '1J ' / data format of field: 4-byte INTEGER TZERO24 = 2147483648 / offset for unsigned integers TTYPE25 = 'BPDMICAVGRATE' / MIC input data rate - avg bytes per sec TFORM25 = '1J ' / data format of field: 4-byte INTEGER TZERO25 = 2147483648 / offset for unsigned integers TUNIT25 = 'byte/s ' / physical unit of field TTYPE26 = 'BPDBCDHBUFIDX' / BCDH cmd buffer FPGA index TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 32768 / offset for unsigned integers TTYPE27 = 'BPDBCDHBUFCNT' / BCDH cmd buffer FPGA unread TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 32768 / offset for unsigned integers TTYPE28 = 'BPDBCDHINIT' / BCDH initialization flags TFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 32768 / offset for unsigned integers TTYPE29 = 'BPDBCDHENAFLG' / BCDH command enable flags TFORM29 = '1I ' / data format of field: 2-byte INTEGER TZERO29 = 32768 / offset for unsigned integers TTYPE30 = 'BPDBCDHCMDCNT' / BCDH command count TFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 32768 / offset for unsigned integers TTYPE31 = 'BPDBCDHERRCNT' / BCDH command error count TFORM31 = '1I ' / data format of field: 2-byte INTEGER TZERO31 = 32768 / offset for unsigned integers TTYPE32 = 'BPD00REFRESH' / BCDH 00 DM sides need mode refresh flags TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 32768 / offset for unsigned integers TTYPE33 = 'BPD01REFRESH' / BCDH 01 DM sides need mode refresh flags TFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'BPD02REFRESH' / BCDH 02 DM sides need mode refresh flags TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 32768 / offset for unsigned integers TTYPE35 = 'BPD03REFRESH' / BCDH 03 DM sides need mode refresh flags TFORM35 = '1I ' / data format of field: 2-byte INTEGER TZERO35 = 32768 / offset for unsigned integers TTYPE36 = 'BPD04REFRESH' / BCDH 04 DM sides need mode refresh flags TFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 32768 / offset for unsigned integers TTYPE37 = 'BPD05REFRESH' / BCDH 05 DM sides need mode refresh flags TFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 32768 / offset for unsigned integers TTYPE38 = 'BPD06REFRESH' / BCDH 06 DM sides need mode refresh flags TFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 32768 / offset for unsigned integers TTYPE39 = 'BPD07REFRESH' / BCDH 07 DM sides need mode refresh flags TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 32768 / offset for unsigned integers TTYPE40 = 'BPD08REFRESH' / BCDH 08 DM sides need mode refresh flags TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 32768 / offset for unsigned integers TTYPE41 = 'BPD09REFRESH' / BCDH 09 DM sides need mode refresh flags TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = 32768 / offset for unsigned integers TTYPE42 = 'BPD10REFRESH' / BCDH 10 DM sides need mode refresh flags TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 32768 / offset for unsigned integers TTYPE43 = 'BPD11REFRESH' / BCDH 11 DM sides need mode refresh flags TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 32768 / offset for unsigned integers TTYPE44 = 'BPD12REFRESH' / BCDH 12 DM sides need mode refresh flags TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 32768 / offset for unsigned integers TTYPE45 = 'BPD13REFRESH' / BCDH 13 DM sides need mode refresh flags TFORM45 = '1I ' / data format of field: 2-byte INTEGER TZERO45 = 32768 / offset for unsigned integers TTYPE46 = 'BPD14REFRESH' / BCDH 14 DM sides need mode refresh flags TFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 32768 / offset for unsigned integers TTYPE47 = 'BPD15REFRESH' / BCDH 15 DM sides need mode refresh flags TFORM47 = '1I ' / data format of field: 2-byte INTEGER TZERO47 = 32768 / offset for unsigned integers TTYPE48 = 'BPD00DMENABLE' / BCDH 00 DM commands enabled flags TFORM48 = '1B ' / data format of field: BYTE TTYPE49 = 'BPD01DMENABLE' / BCDH 01 DM commands enabled flags TFORM49 = '1B ' / data format of field: BYTE TTYPE50 = 'BPD02DMENABLE' / BCDH 02 DM commands enabled flags TFORM50 = '1B ' / data format of field: BYTE TTYPE51 = 'BPD03DMENABLE' / BCDH 03 DM commands enabled flags TFORM51 = '1B ' / data format of field: BYTE TTYPE52 = 'BPD04DMENABLE' / BCDH 04 DM commands enabled flags TFORM52 = '1B ' / data format of field: BYTE TTYPE53 = 'BPD05DMENABLE' / BCDH 05 DM commands enabled flags TFORM53 = '1B ' / data format of field: BYTE TTYPE54 = 'BPD06DMENABLE' / BCDH 06 DM commands enabled flags TFORM54 = '1B ' / data format of field: BYTE TTYPE55 = 'BPD07DMENABLE' / BCDH 07 DM commands enabled flags TFORM55 = '1B ' / data format of field: BYTE TTYPE56 = 'BPD08DMENABLE' / BCDH 08 DM commands enabled flags TFORM56 = '1B ' / data format of field: BYTE TTYPE57 = 'BPD09DMENABLE' / BCDH 09 DM commands enabled flags TFORM57 = '1B ' / data format of field: BYTE TTYPE58 = 'BPD10DMENABLE' / BCDH 10 DM commands enabled flags TFORM58 = '1B ' / data format of field: BYTE TTYPE59 = 'BPD11DMENABLE' / BCDH 11 DM commands enabled flags TFORM59 = '1B ' / data format of field: BYTE TTYPE60 = 'BPD12DMENABLE' / BCDH 12 DM commands enabled flags TFORM60 = '1B ' / data format of field: BYTE TTYPE61 = 'BPD13DMENABLE' / BCDH 13 DM commands enabled flags TFORM61 = '1B ' / data format of field: BYTE TTYPE62 = 'BPD14DMENABLE' / BCDH 14 DM commands enabled flags TFORM62 = '1B ' / data format of field: BYTE TTYPE63 = 'BPD15DMENABLE' / BCDH 15 DM commands enabled flags TFORM63 = '1B ' / data format of field: BYTE TTYPE64 = 'BPDMICSOCKPID' / MIC socket creation task active flag TFORM64 = '1B ' / data format of field: BYTE TTYPE65 = 'BPDMICCMDFILE' / MIC command log file open flag TFORM65 = '1B ' / data format of field: BYTE TTYPE66 = 'BPDMICCMDSOCK' / MIC command log socket open flag TFORM66 = '1B ' / data format of field: BYTE TTYPE67 = 'BPDMEMERRMTX' / MEM board mutex error count TFORM67 = '1B ' / data format of field: BYTE TTYPE68 = 'BPDMICINIT' / MIC initialization flag TFORM68 = '1B ' / data format of field: BYTE TTYPE69 = 'BPDMICCMDCNT' / MIC command count TFORM69 = '1B ' / data format of field: BYTE TTYPE70 = 'BPDMICERRCNT' / not used in software ver 4.1 TFORM70 = '1B ' / data format of field: BYTE TTYPE71 = 'BPDMICERRMTX' / MIC board mutex error count TFORM71 = '1B ' / data format of field: BYTE TTYPE72 = 'BPDBCDHERRIDX' / BCDH cmd err - invalid index value TFORM72 = '1B ' / data format of field: BYTE TTYPE73 = 'BPDBCDHERRVAL' / BCDH cmd err - invalid numeric value TFORM73 = '1B ' / data format of field: BYTE TTYPE74 = 'BPDBCDHERRLST' / BCDH cmd err - invalid enum value TFORM74 = '1B ' / data format of field: BYTE TTYPE75 = 'BPDBCDHERRINI' / BCDH cmd err - pre MIC init TFORM75 = '1B ' / data format of field: BYTE TTYPE76 = 'BPDBCDHERRLEN' / BCDH cmd err - packet length TFORM76 = '1B ' / data format of field: BYTE TTYPE77 = 'BPDBCDHERRBUF' / BCDH cmd err - buffer overflow TFORM77 = '1B ' / data format of field: BYTE TTYPE78 = 'BPDBCDHERRTGT' / BCDH cmd err - all tgts disabled TFORM78 = '1B ' / data format of field: BYTE TTYPE79 = 'BPDMICINTERN' / MIC internal errors - should not happen TFORM79 = '1B ' / data format of field: BYTE TTYPE80 = 'BPDREFRESHOK' / DM side mode refresh enabled flag TFORM80 = '1B ' / data format of field: BYTE TTYPE81 = 'BPDBCDHEVTDIS' / BCDH cmd overflow events disabled TFORM81 = '1B ' / data format of field: BYTE TTYPE82 = 'BPDBCDHTBLUPD' / State table updates enable flag TFORM82 = '1B ' / data format of field: BYTE TTYPE83 = 'BPDMICFPGAERR' / Command buffer FPGA lockup count TFORM83 = '1B ' / data format of field: BYTE TTYPE84 = 'BPDMIC_8_4' / spare 8 bits TFORM84 = '1B ' / data format of field: BYTE TTYPE85 = 'BPDMIC_8_3' / spare 8 bits TFORM85 = '1B ' / data format of field: BYTE TTYPE86 = 'BPDMIC_8_2' / spare 8 bits TFORM86 = '1B ' / data format of field: BYTE TTYPE87 = 'BPDMIC_8_1' / spare 8 bits TFORM87 = '1B ' / data format of field: BYTE TTYPE88 = 'BPDDSPMTHCNT' / DSP interface method count TFORM88 = '1B ' / data format of field: BYTE TTYPE89 = 'BPDDSPERRCNT' / DSP interface total errors TFORM89 = '1B ' / data format of field: BYTE TTYPE90 = 'BPDDSPCMDCNT' / DSP interface commands sent TFORM90 = '1B ' / data format of field: BYTE TTYPE91 = 'BPDDSPCANCNT' / DSP interface cancel count TFORM91 = '1B ' / data format of field: BYTE TTYPE92 = 'BPDDSPLSTPRI' / DSP interface last priority TFORM92 = '1B ' / data format of field: BYTE TTYPE93 = 'BPDDSPERRCRD' / DSP interface card errors TFORM93 = '1B ' / data format of field: BYTE TTYPE94 = 'BPDDSPERRMTX' / DSP interface mutex errors TFORM94 = '1B ' / data format of field: BYTE TTYPE95 = 'BPDDSPERRCMD' / DSP interface cmd len errs TFORM95 = '1B ' / data format of field: BYTE TTYPE96 = 'BPDDSPERRINT' / DSP not responding errs TFORM96 = '1B ' / data format of field: BYTE TTYPE97 = 'BPDDSPINTSOK' / DSP interface interrupts OK TFORM97 = '1B ' / data format of field: BYTE TTYPE98 = 'BPDDSPERRHLT' / not used in software ver 4.1 TFORM98 = '1B ' / data format of field: BYTE TTYPE99 = 'BPDDSPERRWAT' / DSP not completing errs TFORM99 = '1B ' / data format of field: BYTE TTYPE100= 'BPDDSPINTCNT' / DSP interface interrupt count TFORM100= '1B ' / data format of field: BYTE TTYPE101= 'BPDDSPTSKCNT' / DSP interface hipri task count TFORM101= '1B ' / data format of field: BYTE TTYPE102= 'BPDDSPERRTSK' / DSP interface hipri task errs TFORM102= '1B ' / data format of field: BYTE TTYPE103= 'BPDDSPERRTLM' / DSP interface response length errs TFORM103= '1B ' / data format of field: BYTE TTYPE104= 'BPDDSPINTENA' / DSP interface interrupts enabled TFORM104= '1B ' / data format of field: BYTE TTYPE105= 'BPDDSPRESET' / DSP being held in reset flag TFORM105= '1B ' / data format of field: BYTE TTYPE106= 'BPDDSPxx08x2' / DSP interface ??? spare byte TFORM106= '1B ' / data format of field: BYTE TTYPE107= 'BPDDSPxx08x1' / DSP interface ??? spare byte TFORM107= '1B ' / data format of field: BYTE TTYPE108= 'BPDDSPxx32x3' / DSP interface ??? spare dword TFORM108= '1J ' / data format of field: 4-byte INTEGER TZERO108= 2147483648 / offset for unsigned integers TTYPE109= 'BPDDSPxx32x2' / DSP interface ??? spare dword TFORM109= '1J ' / data format of field: 4-byte INTEGER TZERO109= 2147483648 / offset for unsigned integers TTYPE110= 'BPDDSPxx32x1' / DSP interface ??? spare dword TFORM110= '1J ' / data format of field: 4-byte INTEGER TZERO110= 2147483648 / offset for unsigned integers EXTNAME = 'hk130x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699891.09184 TSTOP = 727706041.09188 DATE-OBS= '2024-01-23T10:51:26' DATE-END= '2024-01-23T12:33:56' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6150.00003993511 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 304 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:27' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'BEBFCCBEBCBEBCBE' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '3342596112' / data unit checksum updated 2024-02-02T06:06:27 TRDHI4 = 2 / BHKPKTERRS Red upper limit = BHK_PKTERR_LIM TYEHI4 = 1 / BHKPKTERRS Yellow upper limit = BHK_PKTERR_LIM TRDHI16 = 2 / BPDBCBERROVR Red upper limit = BPD_BCBERROVR_LITYEHI16 = 1 / BPDBCBERROVR Yellow upper limit = BPD_BCBERROVRTRDHI17 = 2 / BPDBCBERRWRP Red upper limit = BPD_BCBERRWRP_LITYEHI17 = 1 / BPDBCBERRWRP Yellow upper limit = BPD_BCBERRWRPTRDHI18 = 2 / BPDBCBERRIDX Red upper limit = BPD_BCBERRIDX_LITYEHI18 = 1 / BPDBCBERRIDX Yellow upper limit = BPD_BCBERRIDXTRDHI20 = 2 / BPDBCBERRMTX Red upper limit = BPD_BCBERRMTX_LITYEHI20 = 1 / BPDBCBERRMTX Yellow upper limit = BPD_BCBERRMTXTRDHI31 = 2 / BPDBCDHERRCNT Red upper limit = BPD_BCDHERRCNT_TYEHI31 = 1 / BPDBCDHERRCNT Yellow upper limit = BPD_BCDHERRCTRDHI67 = 2 / BPDMEMERRMTX Red upper limit = BPD_MEMERRMTX_LITYEHI67 = 1 / BPDMEMERRMTX Yellow upper limit = BPD_MEMERRMTXTRDHI70 = 2 / BPDMICERRCNT Red upper limit = BPD_MICERRCNT_LITYEHI70 = 1 / BPDMICERRCNT Yellow upper limit = BPD_MICERRCNTTRDHI71 = 2 / BPDMICERRMTX Red upper limit = BPD_MICERRMTX_LITYEHI71 = 1 / BPDMICERRMTX Yellow upper limit = BPD_MICERRMTXTRDHI73 = 2 / BPDBCDHERRVAL Red upper limit = BPD_BCDHERRVAL_TYEHI73 = 1 / BPDBCDHERRVAL Yellow upper limit = BPD_BCDHERRVTRDHI74 = 2 / BPDBCDHERRLST Red upper limit = BPD_BCDHERRLST_TYEHI74 = 1 / BPDBCDHERRLST Yellow upper limit = BPD_BCDHERRLTRDHI76 = 2 / BPDBCDHERRLEN Red upper limit = BPD_BCDHERRLEN_TYEHI76 = 1 / BPDBCDHERRLEN Yellow upper limit = BPD_BCDHERRLTRDHI77 = 2 / BPDBCDHERRBUF Red upper limit = BPD_BCDHERRBUF_TYEHI77 = 1 / BPDBCDHERRBUF Yellow upper limit = BPD_BCDHERRBTRDHI78 = 2 / BPDBCDHERRTGT Red upper limit = BPD_BCDHERRTGT_TYEHI78 = 1 / BPDBCDHERRTGT Yellow upper limit = BPD_BCDHERRTTRDHI89 = 2 / BPDDSPERRCNT Red upper limit = BPD_DSPERRCNT_LITYEHI89 = 1 / BPDDSPERRCNT Yellow upper limit = BPD_DSPERRCNTTRDHI93 = 2 / BPDDSPERRCRD Red upper limit = BPD_DSPERRCRD_LITYEHI93 = 1 / BPDDSPERRCRD Yellow upper limit = BPD_DSPERRCRDTRDHI94 = 2 / BPDDSPERRMTX Red upper limit = BPD_DSPERRMTX_LITYEHI94 = 1 / BPDDSPERRMTX Yellow upper limit = BPD_DSPERRMTXTRDHI95 = 2 / BPDDSPERRCMD Red upper limit = BPD_DSPERRCMD_LITYEHI95 = 1 / BPDDSPERRCMD Yellow upper limit = BPD_DSPERRCMDTRDHI96 = 2 / BPDDSPERRINT Red upper limit = BPD_DSPERRINT_LITYEHI96 = 1 / BPDDSPERRINT Yellow upper limit = BPD_DSPERRINTTRDHI99 = 2 / BPDDSPERRWAT Red upper limit = BPD_DSPERRWAT_LITYEHI99 = 1 / BPDDSPERRWAT Yellow upper limit = BPD_DSPERRWATTRDHI102= 2 / BPDDSPERRTSK Red upper limit = BPD_DSPERRTSK_LITYEHI102= 1 / BPDDSPERRTSK Yellow upper limit = BPD_DSPERRTSKTRDHI103= 2 / BPDDSPERRTLM Red upper limit = BPD_DSPERRTLM_LITYEHI103= 1 / BPDDSPERRTLM Yellow upper limit = BPD_DSPERRTLMHISTORY TASK: FAPPND on FILENAME: sw01210276000b130x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:30 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aůًj,V p 0 0ll eIIAů ı, p  $ll'ffRRAůı,ڀ p a@ a@ll|΀fRRAů a- p 5, ,ll)րfRRAů-^ p ", " Ȁ dllćfRRAů - p * *؀llЇgXXAůj- p 3 3А plllT3gXXAů ¹.$ p < <؀ llNgXXAů .f p E@ E@llUo gXXAů €. p N N $llrh]]Aů$a. p W Wll ڀh]]Aů, /, p `҈ ` tll{5ƀh]]Aů3¹/n p iX iᨀ ll#h]]Aů; ¹/ p r rĀll*i__AůBı/ p | |( ll݋`#0ibbAůJ ¹04 p p  pll:U6ibbAůQ¹0t p AL ALll_v<ibbAůY 0 p o e llCjddAů`¹0 p  ll"IjggAůh 1( p ڌ ll}̀OjggAůo1d p  llcUjggAůw ¹1 p M, M,ll@ [jggAů~j1܀ p ơ` Ƙ TllG*clnnAů ¹2 p  ĄllQEmnyyAů鍋¹2T p , ,llkftn{{Aů €2 p b  X4 llȏƀzn{{Aů霋¹2̀ p  ll3.n{{Aů }3 p  ll񐉀n{{Aů髋j3D p   llaހn{{Aů 3 p ! !llǑLn{{Aů麋j3 p _ U ll@ n{{Aů ı3 p  Dll 5n{{AůɋX44 p " "llw Vn{{Aů 4p p +@ +\ llҀ qn{{Aů؋ı4 p 5B 58 llT: n{{Aů ¹4 p ?O ?E ll*р Ān{{Aů 5$ p H` HyЀ ll9 n{{Aů ¹5` p Q QЀllX n{{Aů€5 p Zt Zڜ زll !o}}Aů n5؀ p c c ll\W <oAů¹6 p m/ m/llt ]oAů ¹6P p vD< v:| lld xoAůı6 p ] ]ll oAů €6Ȁ p f ]` dll݀ pAů#¹7 p | rL hllE ՀpAů+ 7@ p l lllL pAů2j7| p vp m, Dll pAů: ¹7 p ex [ llc ,qAůA 7 p a all_ˀ MqAůI j80 p L, Bx lld& h qAůP8l p B Bllؙ qAůX ¹8 p   llv rAů_ 8 p   lliQ ŀ rAůg ¹9  p  ll &rAůn¹9\ p 4 ꛘ llc ,rAův ¹9 p hT _@ llo 3sAů}9Ԁ p =| =|ll׀ =:tAů j: p8 Dlln o@tAůꌋı:L pP llր FtAů ¹: pAAll1 LtAůꛋ¹:Ā p W ȀVll ̀SvAů j; p))llu [wAůꪋj;< p1 /x`llY\ cyAů j;~ p:|:s Tll # jzAů깋ı; pC*|C*|llƟ D x|Aů ¹< pKKll a ~|Aůȋ ـ |Aůj=L pv`vWllln  |Aů ¹= p~Ǹ~Ǹllɀ |Aů=Ѐ pLLllX16 |Aů > pllQ |Aů>T p,dȲllHr |Aů > p[[llB |Aůa>؀ p̀llDŀ |Aů ? pllN |Aů"?\ p$IJll |Aů* X? pDll |Aů1j? pMMll*y= |Aů9 €@" pӬӤ llŅԀX |Aů@b@d p((ll<y |AůH a@ pjjllȆ |AůOa@ pĀ Dll2 |AůW ΅A* p6-܀ ll;ZЀ |Aů^ıAl p`\ll%€ |Aůf A pd hll  |Aům¹A p\\ll- |Aůu B2 p@؀ hllƈH |Aů|jBt p llHi |Aů ¹B p'ap'XtllE }Aů닋B p/T/Ȳll  !}Aů C: p88̀lll€ '}Aů뚋C| p@P@zȀllԀ -}Aů ¹C pHhHɘвll/ 4~Aů멋aD pRRllHӀ6 :~Aů ¹DB pZhtZ` Tll.Q @~Aů븋jD pbPbPllMr F~Aů ¹Dƀ pkkll L~AůNjjE ps<s0 llY SAů ıEJ p{{ꈀllɀ YAů֋E pWpOhll _Aů aE΀ pd llM} eAů¹F pll( lAů ıFR pnpeЀll`@C rAůaF pӨ,|lld xAů Fր p##ll  ~AůjG p0llАk Aů ıGZ p llƀ AůXG p]Ull<4ހ Aů ¹Gހ pϵϭ ll Aů!H  p"Ѐ ll Aů) Hb psTjhllR5 Aů0XH pشll[V Aů8 aH p (@| (@mmؓq Aů?jI( p |$| t mmi AůG Ij p \| dmm(Ā AůN€I p /@| /@mm3| AůV ıI p | xmm׀ Aů]J0 p | mmcddAů€ p el@ ed nnk.>iddAů " p n@ nnnƀ.>oddAůjd p w$@ wp nn..ƀ>uddAů - p @ }زnn.>{ddAůϋX p @ nn/>ddAů j* p O@ G4nn͌L/>ddAůދıl p @ $nnc/>>ddAů j p @ nnn/Y>ddAů  p jt@ annmw/z>ddAů 2 p @ ̀nnҀ/>ddAůt p 8@ 8nn:/>ddAů  p J@ A nn/р>eeAů  p ʙh@ ʙhnn\/>ggAů j: p @ PXnn:X0 >ggAů¹| p A@ 8Ѐ $nnʏ0.>ggAů" a p v@ v܀nn0I>ggAů)j p ۸@ ӤnnP0j>kkAů1 ¹B p !T@  \nnƐހ0>kkAů8 p ,@ ,nnF0>kkAů@ ƀ p@ԀȲnn݀0؀>kkAůGX p@ 윀#Tnn[E0>ooAůO ¹J pbt@Ynn1>ooAůV p@ nn15>ooAů^ ¹΀ p'@'nnOc1P>ooAůe€ p/z@/qLвnn<ˀ1q>qqAům XR p7@7, nn&1>ttAůt p@"@@"nn1> ttAů| $ր pHy@Hp̲nn1Ȁ>ttAů¹ pP@P̲nnQ1>ttAů Z pY)@Y!Ȳnn~2>xxAů pa@aLtnn2%>%xxAů aހ pi@iԀnn$o2@>+xxAůj  prKl@rC@,nnC׀2a>1xxAů ıb pz@znn22|>9Aů p@̀nn2>?Aů $ pw@np \nn12>EAů¹( p@<Lnn]2ـ>KAů j p@@8lnn2>RAů΋ı p@Pnn< 3>XAů  pH@Hnnș3G>^Aů݋j0 pft@^P$nne3h>dAů ¹r p0@0nnz3>kAů$ pJ@JԀnn3>qAů Հ pϻ@ϲ pnn=3>wAů¹8 p3@) \nnT3>}Aů jz p@܀ (nn3>Aů  p5@+ |nnhh4>Aů ı p@̀nniÀ47>Aů@ pI@@ nn+4X>Aů! a| p˄@| nnD4s>Aů( p X@ Xnn4>Aů0 N p\@T nnI4>Aů70 pp@pnnL4Ѐ>Aů? l p%@%x 0nnП 4>AůF p-\@-زnnt5 >AůN  p6O@6Onnπ5'>AůUj  p?@? nn975H>Aů] ¹\ pG@Gnn 5c>Aůd pPW@PWnnЀ5>Aůl aԀ pY@Y tnnd5>Aůs pb@bȲnnH5׀>Aů{ L pk]@kT nn.T5>Aůı pt1@t(pnn6>Aů ¹Ā p|,@|,nn6.>Aůj p@Lnn`6O>Aů ݀< p@ nnڀ6j>Aů x p{@{nnB6>Aů  pb@YԀnn{6>Aů¹ peL@[$ (nn~6ǀ>Aů j, pZ @P` nn`6> Aů€h p_P@U0 nnȀ7>'Aů ¹ pX\@N nn#7>-Aů͋ı py@o nn7?>3Aů ¹ pց@wh ,nnĆ7Z>9Aů܋¹X pߡ`@ߡ`nnN7{>?XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 218 / width of table in bytes NAXIS2 = 218 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 59 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHK131SSPRES' / HK Presence of SubSystems for this packet TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BSMFILENAME' / SM name of last file dumped TFORM3 = '40A ' / data format of field: ASCII Character TTYPE4 = 'BSMFILESIZE' / SM size of last file dumped TFORM4 = '1J ' / data format of field: 4-byte INTEGER TZERO4 = 2147483648 / offset for unsigned integers TTYPE5 = 'BSMTBLSIZE' / SM size of last table dumped TFORM5 = '1J ' / data format of field: 4-byte INTEGER TZERO5 = 2147483648 / offset for unsigned integers TTYPE6 = 'BSMTBLID' / SM ID of last table dumped TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 32768 / offset for unsigned integers TTYPE7 = 'BSMTBLXSUM' / SM checksum of last table dumped TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 32768 / offset for unsigned integers TTYPE8 = 'BSMSYMADDR' / SM address of last symbol accessed TFORM8 = '1J ' / data format of field: 4-byte INTEGER TZERO8 = 2147483648 / offset for unsigned integers TTYPE9 = 'BSMDWPKTCNT' / SM dwell packet output count TFORM9 = '1J ' / data format of field: 4-byte INTEGER TZERO9 = 2147483648 / offset for unsigned integers TTYPE10 = 'BSMSLPKTCNT' / SM shell output packet count TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 32768 / offset for unsigned integers TTYPE11 = 'BSMFLAGS' / SM Flags byte TFORM11 = '1B ' / data format of field: BYTE TTYPE12 = 'BSMACTION' / SM last action performed TFORM12 = '1B ' / data format of field: BYTE TTYPE13 = 'BSHPRIMCLK' / SH Free Running Flag TFORM13 = '1B ' / data format of field: BYTE TTYPE14 = 'BSHCURRSLOT' / SH Current Slot Number TFORM14 = '1B ' / data format of field: BYTE TTYPE15 = 'BSHCMDORCNT' / SH BAT Cmd Buffer Overrun Error Count TFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BSHCURRCYCLE' / SH Current Cycle Number TFORM16 = '1J ' / data format of field: 4-byte INTEGER TZERO16 = 2147483648 / offset for unsigned integers TTYPE17 = 'BSHTOTSLOTS' / SH Total Number of Slots TFORM17 = '1J ' / data format of field: 4-byte INTEGER TZERO17 = 2147483648 / offset for unsigned integers TTYPE18 = 'BSHTOTPKTSENT' / SH Total Number of Packets Sent TFORM18 = '1J ' / data format of field: 4-byte INTEGER TZERO18 = 2147483648 / offset for unsigned integers TTYPE19 = 'BSHSECSLAST' / SH MET At Last 1 Hz TFORM19 = '1J ' / data format of field: 4-byte INTEGER TZERO19 = 2147483648 / offset for unsigned integers TTYPE20 = 'BSHTCCMDCNT' / SH Count of Ground Commands to TC TFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 32768 / offset for unsigned integers TTYPE21 = 'BSHTCERRCNT' / SH Count of Error in Ground Command to TC TFORM21 = '1I ' / data format of field: 2-byte INTEGER TZERO21 = 32768 / offset for unsigned integers TTYPE22 = 'BSHUTCOFFSET' / SH UTC MET Offset TFORM22 = '1D ' / data format of field: 8-byte DOUBLE TTYPE23 = 'BSHPITISRCNT' / SH PIT ISR Count TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 32768 / offset for unsigned integers TTYPE24 = 'BSHMETSECS' / SH Hardware MET seconds TFORM24 = '1J ' / data format of field: 4-byte INTEGER TZERO24 = 2147483648 / offset for unsigned integers TUNIT24 = 's ' / physical unit of field TTYPE25 = 'BSHTMISRCNT' / SH S/C time message ISR Count TFORM25 = '1J ' / data format of field: 4-byte INTEGER TZERO25 = 2147483648 / offset for unsigned integers TTYPE26 = 'BSHCURRTTIME' / SH UTC & MET Time TFORM26 = '1D ' / data format of field: 8-byte DOUBLE TUNIT26 = 's ' / physical unit of field TTYPE27 = 'BSH1PPSISRCNT' / SH 1 Hz ISR Count TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 32768 / offset for unsigned integers TTYPE28 = 'BSHMETTIME' / SH MET Time TFORM28 = '1D ' / data format of field: 8-byte DOUBLE TUNIT28 = 's ' / physical unit of field TTYPE29 = 'BSHBBADISRCNT' / SH BAT Bad 1 Hz ISR Count TFORM29 = '1B ' / data format of field: BYTE TTYPE30 = 'BSHPULSE' / SH Source of the 1Hz Pulse TFORM30 = '1B ' / data format of field: BYTE TTYPE31 = 'BSBCUMMEVENTS' / Cummulative Count of Events in the SB Event LogTFORM31 = '1J ' / data format of field: 4-byte INTEGER TZERO31 = 2147483648 / offset for unsigned integers TTYPE32 = 'BSBCURREVENTS' / Count of Events currently in the SB Event Log TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 32768 / offset for unsigned integers TTYPE33 = 'BSBCUMMOFLOWS' / Cummulative Count of OverFlow Errors that SB haTFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'BSBOVRNERRCNT' / Overrun Error Count TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 32768 / offset for unsigned integers TTYPE35 = 'BSBQFULERRCNT' / Queue Full Error Count TFORM35 = '1I ' / data format of field: 2-byte INTEGER TZERO35 = 32768 / offset for unsigned integers TTYPE36 = 'BSBEVENTSENAB' / Boolean, Is the Display of the Event currently TFORM36 = '1B ' / data format of field: BYTE TTYPE37 = 'undocumented1' / Byte field not in ITOS database TFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 32768 / offset for unsigned integers TTYPE38 = 'undocumented2' / Byte field not in ITOS database TFORM38 = '1B ' / data format of field: BYTE TTYPE39 = 'BXRSCNETFLAG' / XR Flag indicating whether packet came from S/CTFORM39 = '1J ' / data format of field: 4-byte INTEGER TZERO39 = 2147483648 / offset for unsigned integers TTYPE40 = 'BXRROEXECNT' / XR Execution Count for SubSystem RO TFORM40 = '1J ' / data format of field: 4-byte INTEGER TZERO40 = 2147483648 / offset for unsigned integers TTYPE41 = 'BXRISREXECNT' / XR Execution Count for ISR TFORM41 = '1J ' / data format of field: 4-byte INTEGER TZERO41 = 2147483648 / offset for unsigned integers TTYPE42 = 'BXRTAKEERR' / XR Count of Errors encountered when RO Took itsTFORM42 = '1J ' / data format of field: 4-byte INTEGER TZERO42 = 2147483648 / offset for unsigned integers TTYPE43 = 'BXRTLMDONE' / XR Count of Activity on the BAT Rcv SA 26. TFORM43 = '1J ' / data format of field: 4-byte INTEGER TZERO43 = 2147483648 / offset for unsigned integers TTYPE44 = 'BXRCMDRCVD' / XR Count of Activity on the BAT Rcv SA 27. TFORM44 = '1J ' / data format of field: 4-byte INTEGER TZERO44 = 2147483648 / offset for unsigned integers TTYPE45 = 'BXRWRAPRCVD' / XR Count of Activity on the BAT Rcv SA 30. TFORM45 = '1J ' / data format of field: 4-byte INTEGER TZERO45 = 2147483648 / offset for unsigned integers TTYPE46 = 'BXRSPARE1' / XR Count of Activity on the BAT Xmt SA 11-25. TFORM46 = '1J ' / data format of field: 4-byte INTEGER TZERO46 = 2147483648 / offset for unsigned integers TTYPE47 = 'BXRRTRTXMTD' / XR Count of Activity on the BAT Xmt SA 29. TFORM47 = '1J ' / data format of field: 4-byte INTEGER TZERO47 = 2147483648 / offset for unsigned integers TTYPE48 = 'BXRWRAPXMTD' / XR Count of Activity on the BAT Xmt SA 30. TFORM48 = '1J ' / data format of field: 4-byte INTEGER TZERO48 = 2147483648 / offset for unsigned integers TTYPE49 = 'BXRINACTSA' / XR Count of times ISR fired but indicated No AcTFORM49 = '1J ' / data format of field: 4-byte INTEGER TZERO49 = 2147483648 / offset for unsigned integers TTYPE50 = 'BXRTOPKTREAD' / XR Count of number of packets read from the TO TFORM50 = '1J ' / data format of field: 4-byte INTEGER TZERO50 = 2147483648 / offset for unsigned integers TTYPE51 = 'BXRTLMXFER' / XR Transfer Request Count for BAT Tlm Packets TFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = 32768 / offset for unsigned integers TTYPE52 = 'BXRRTRTXFER' / XR Transfer Request Count for BAT RT-RT Cmd PacTFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 32768 / offset for unsigned integers TTYPE53 = 'BXRREG0 ' / XR Value programmed into 1553 Chip Register 0 TFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 32768 / offset for unsigned integers TTYPE54 = 'BXRSEMTIMOUT' / XR Count of Semaphore TimeOuts due to lack of 1TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BXREMPTYINTRPT' / XR Count of Interrupts received when we sensed TFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 32768 / offset for unsigned integers TTYPE56 = 'BXRTOPKTSFLUSH' / XR Count of Interrupts received when we sensed TFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 32768 / offset for unsigned integers TTYPE57 = 'BXRMODECODES' / XR Count of Mode Codes Handled (both RCV and XMTFORM57 = '1I ' / data format of field: 2-byte INTEGER TZERO57 = 32768 / offset for unsigned integers TTYPE58 = 'BXRYOUFAILCOUNT' / XR Count of YOU FAILED Interrupts TFORM58 = '1B ' / data format of field: BYTE TTYPE59 = 'BXRYOUFAILBITS' / XR 4 Status Bits of reason for YouFail InterrupTFORM59 = '1B ' / data format of field: BYTE EXTNAME = 'hk131x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699891.09268 TSTOP = 727706041.09272 DATE-OBS= '2024-01-23T10:51:26' DATE-END= '2024-01-23T12:33:56' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6150.00004005432 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 305 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:27' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'UFZEU9Y9UEYCU9Y9' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '3754210039' / data unit checksum updated 2024-02-02T06:06:27 COMMENT Column 6 = BSMTBLID - Discrete value COMMENT 0 = SM_TOT = Software Manager Table of Tables COMMENT 1 = TM_EVENTS = Task Manager Event/Response Table COMMENT 2 = HK_PKT_DEFN = Housekeeping Packet Definition Table COMMENT 3 = TO_FILTER = Telemetry Output Packet Filter Table COMMENT 4 = SS_TABLE04 = Spare Table COMMENT 5 = SY_MEM_CFG = Bulk Memory Configuration Table COMMENT 6 = HK_MEM_DEFN = HK Memory-Mapped Packet Defn Table COMMENT 7 = SS_TABLE07 = Spare Table COMMENT 8 = SS_TABLE08 = Spare Table COMMENT 9 = SH_SCHEDULE = System Schedule Table COMMENT 10 = SH_COMMAND = Scheduler Command Table COMMENT 11 = SS_TABLE11 = Spare Table COMMENT 12 = SM_DWELL = Memory Dwell Definition Table COMMENT 13 = SS_TABLE13 = Spare Table COMMENT 14 = TM_MODE_LOG = Mode Transition Log Table COMMENT 15 = MS_MEM_SCRUB = Memory Scrub Map Table COMMENT 16 = SB_PIPES = Software Bus Pipe Definition Table COMMENT 17 = SB_CMD_ROUTE = SB Command Packet Routing Table COMMENT 18 = SB_TLM_ROUTE = SB Telemetry Packet Routing Table COMMENT 19 = SS_TABLE19 = Spare Table COMMENT 20 = PD_MIC_CFG = MIC Configuration Settings Table COMMENT 21 = PD_BCDH_CFG = BCDH Configuration Settings Table COMMENT 22 = PD_DM_CFG = Detector Module Configuration Settings Table COMMENT 23 = PD_DMS_CFG = DM Side Configuration Settings Table COMMENT 24 = IH_PKT_DEFN = Instrument Health Limits Table COMMENT 25 = FO_MERIT_WT = Target Merit Weights Table COMMENT 26 = FO_OBS_HIST = Observation History Table COMMENT 27 = SS_TABLE27 = Spare Table COMMENT 28 = SS_TABLE28 = Spare Table COMMENT 29 = SS_TABLE29 = Spare Table COMMENT 30 = BR_SOURCE_CAT = Source Catalog Table COMMENT 31 = TG_LONG_CRIT = Long Trigger Criteria Table COMMENT 32 = TG_SHORT_CRIT = Short Trigger Criteria Table COMMENT 33 = TG_TRIG_VETO = Trigger Veto Table COMMENT 34-49 = SS_SPARE_TBL = Spare Tables COMMENT 50-65535 = ERROR = Illegal Table IDs COMMENT Column 12 = BSMACTION - Discrete value COMMENT 0 = NONE = SM hasn't executed a command since last reset COMMENT 1 = MEM PEEK = last command was a memory peek COMMENT 2 = MEM POKE = last command was a memory poke COMMENT 3 = MEM DUMP = last command was a memory dump COMMENT 4 = MEM LOAD = last command was a memory load COMMENT 5 = MEM FILL = last command was a memory fill COMMENT 6 = TBL DUMP = last command was a table dump COMMENT 7 = TBL LOAD = last command was a table load COMMENT 8-255 = ERROR = unknown last action COMMENT Column 13 = BSHPRIMCLK - Discrete value COMMENT 0 = UNDEFINED = System Clock is undefined COMMENT 1 = S/C TIME MSG = System Clock is Time Message from S/C COMMENT 2 = S/C 1PPS = System Clock is S/C one hertz hardware COMMENT 3 = BAT 1PPS = System Clock is BAT one hertz hardware COMMENT 4 = VXWORKS = System Clock is vxWorks clock ( PowerPC ) COMMENT 5 = R6K PIT = System Clock is Processor's PIT timer COMMENT 6 = CYGWIN = System Clock is cygwin clock ( PowerPC ) COMMENT 7 = LINUX = System Clock is Linux clock ( PowerPC ) COMMENT 8 = DEBUG = System Clock is debug clock ( PowerPC ) COMMENT 9-255 = UNDEFINED = System Clock is undefined TRDHI21 = 2 / BSHTCERRCNT Red upper limit = BSH_TCERRCNT_LIM TYEHI21 = 1 / BSHTCERRCNT Yellow upper limit = BSH_TCERRCNT_LCOMMENT Column 30 = BSHPULSE - Discrete value COMMENT 0 = UNDEFINED = 1 PPS Pulse is undefined COMMENT 1 = PRIMARY EXTERNAL = 1 PPS Pulse is primary external COMMENT 2 = REDUNDANT EXTERNAL = 1 PPS Pulse is redundant external COMMENT 4 = MIC INTERNAL = 1 PPS Pulse is MIC internal TRDHI30 = 4 / BSHPULSE Red upper limit = B_SHPULSE_LIM TYEHI30 = 3 / BSHPULSE Yellow upper limit = B_SHPULSE_LIM TRDHI34 = 2 / BSBOVRNERRCNT Red upper limit = BSB_OVRNERRCNT_TYEHI34 = 1 / BSBOVRNERRCNT Yellow upper limit = BSB_OVRNERRCTRDHI35 = 2 / BSBQFULERRCNT Red upper limit = BSB_QFULERRCNT_TYEHI35 = 1 / BSBQFULERRCNT Yellow upper limit = BSB_QFULERRCCOMMENT Column 36 = BSBEVENTSENAB - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 39 = BXRSCNETFLAG - Discrete value COMMENT 0 = NETWORK = no description COMMENT 1-4294967296 = SPACECRAFT = no description TRDHI42 = 2 / BXRTAKEERR Red upper limit = BXR_TAKEERR_LIM TYEHI42 = 1 / BXRTAKEERR Yellow upper limit = BXR_TAKEERR_LIMTRDHI58 = 2 / BXRYOUFAILCOUNT Red upper limit = BXR_YOUFAILERTYEHI58 = 1 / BXRYOUFAILCOUNT Yellow upper limit = BXR_YOUFAIHISTORY TASK: FAPPND on FILENAME: sw01210276000b131x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:30 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aůًtarg/temp/onslew.vet !, :M5^'ԮK_Ѳ_Ѳ:M>Aů4Aů9r9rwd#V7Aů ߏtarg/temp/onslew.vet !, :MD^-K:__:MMAůAů99d=#cX37Aůߏtarg/temp/onslew.vet !, :MS^3Ks_Ѐ_Ђ:M\Aů<Aů99ed#Zm7Aů targ/temp/onslew.vet !, :Mb^9hKӪ_߀_߂:MkAů+Aů99р܍d#Z7Aůݘtarg/temp/onslew.vet !, :Mq^?DK__:MzAůAů99SdW#D['7Aů ߏtarg/temp/onslew.vet !, :M^E K__:MAů4Aů9 9 ʍd#[ P7Aůtarg/temp/onslew.vet !, :M^JKS_ _ :MAůۀAů9&9&Ad #ڀ[ n7Aů ݘtarg/temp/onslew.vet !, :M^PخK؊__:MAů Aů 9B9Bde#%\b 7Aůߏtarg/temp/onslew.vet !, :M^VKë_*_*:MAů4Aů9^9^/d#p\ 7Aů ۡtarg/temp/onslew.vet !, :M^\K_9_9:MAů"Aů9z9zd#]6!7Aů$@targ/temp/onslew.vet !, :M^blK3_H_H:MAů$+Aů$99ds#]!27Aů, 4targ/temp/onslew.vet !, :M^hHKj_W_W:MAů+Aů+99d̀#Q]!S7Aů37targ/temp/onslew.vet !, :M^n$Kޣ_f_f:MAů3<Aů399΀ d'#^)!u7Aů; ݘtarg/temp/onslew.vet !, :M^tKګ_u_u:NAů:{Aů:99d#^!7AůBߏtarg/temp/onslew.vet !, :N^yܮK_҄_҄:NAůBۀAůB99dۀ#2_!7AůJ ߀targ/temp/onslew.vet !, :N^KK_ғ_ғ:NAůIʀAůI9"9"pd5#}_"<7AůQݘtarg/temp/onslew.vet !, :N%^ƅKル_Ң_Ң:N.AůQӀAůQ9E9Ed#Ȁ_"d7AůY ݘtarg/temp/onslew.vet !, :N4^ƋpK䷫_ұ_ұ:N=AůXAůX9d9d^d#`B"7Aů`ݘtarg/temp/onslew.vet !, :NC^ƑLK__:NLAů`<Aů`9Ā9ĀՍdM#^`"7Aůh ݘtarg/temp/onslew.vet !, :NR^Ɨ(K!_π_ς:N[Aůg4Aůg9Ɯ9ƜLd#a&#7Aůotarg/temp/onslew.vet !, :Na^ƝKW_ހ_ނ:NjAůoAůo9ȸ9ȸÍd#b$j7Aůw ݘtarg/temp/onslew.vet !, :Np^ƢK鋫__:NyAůvۀAův99Ԁ:d[#?dw%7Aů~Htarg/temp/onslew.vet !, :N^ƨK__:NAů~{Aů~99d#e&7Aů ݘtarg/temp/onslew.vet !, :N^ƮK_ _ :NAů酆Aů酀99(d#Հg#'9Aů鍋ݘtarg/temp/onslew.vet !, :N^ƴtK+__:NAů4Aů9+9+dl# g(9Aů ۡtarg/temp/onslew.vet !, :N^ƺPK__)_):NAů锆Aů销9G9Gdƀ#kih)9Aů霋@targ/temp/onslew.vet !, :N^,K_8_8:NAů<Aů9c9cd #k*9Aů Jtarg/temp/onslew.vet !, :N^Kɫ_G_G:NAů飆ۀAů飀99dz#l,n9Aů髋targ/temp/onslew.vet !, :N^K_V_V:NAůAů9ٛ9ٛ{dԀ#Lm,9Aů targ/temp/onslew.vet !, :N^K3_e_e:NAů鲆<Aů鲀9۷9۷d.#m-!9Aů麋ۡtarg/temp/onslew.vet !, :N^לKi_t_t:OAů+Aů99Ӏid#n6-J9Aů ߏtarg/temp/onslew.vet !, :O^xK_Ӄ_Ӄ:OAůAů99d#-n-~9Aůɋ7targ/temp/onslew.vet !, :O^TKӫ_Ӓ_Ӓ:OAů{Aů9 9 Wd<#xn-9Aů targ/temp/onslew.vet !, :O$^0K_ӡ_ӡ:O-AůІAůЀ9'9'΍d#Ào-9Aů؋7targ/temp/onslew.vet !, :O3^ K=_Ӱ_Ӱ:Od6#su09AůPtarg/temp/onslew.vet !, :P#^L̮L _Ԡ_Ԡ:P,AůP4AůP::ӵd#u19AůX ݘtarg/temp/onslew.vet !, :P2^RL «_ԯ_ԯ:P;AůWۀAůW: : ,d# v 139Aů_ߏtarg/temp/onslew.vet !, :PA^XL_Ծ_Ծ:PJAů_4Aů_: ;: ;֣dD#Tv1z9Aůg @targ/temp/onslew.vet !, :PP^^`L,_̀_͂:PYAůf{Aůf:W:Wd#v19Aůnݘtarg/temp/onslew.vet !, :P_^d#n؃:<Aů ݘtarg/temp/onslew.vet !, :Q"^ǰhL!"_՟_՟:Q+AůφۀAůπ:+:+윍d#؅<<Aů׋targ/temp/onslew.vet !, :Q1^ǶDL"[_ծ_ծ:Q:AůAů:. :. d#؇W=<Aů Htarg/temp/onslew.vet !, :Q@^Ǽ L#_ս_ս:QIAůކӀAůހ:0%:0%dL#O؉9><AůHtarg/temp/onslew.vet !, :QO^L$˫_̀_̂:QXAůAů:2B:2Bd#؊@o<Aů ݘtarg/temp/onslew.vet !, :Q^^خL&_ۀ_ۂ:QgAů톃<Aů:4^:4^xd#،A<Aůtarg/temp/onslew.vet !, :Qm^ʹL';__:QvAůۀAů:6z:6zd[#0؎WCW<Aů ߏtarg/temp/onslew.vet !, :Q|^ӐL(r__:QAůۀAů:8:8fd#{؏D<Aůtarg/temp/onslew.vet !, :Q^lL)__:QAů<Aů::::ݍd#ƀؑF><Aů targ/temp/onslew.vet !, :Q^HL*__:QAů ۀAů :<:<΀Tdi#ؓmG<Aů@targ/temp/onslew.vet !, :Q^$L,_&_&:QAů4Aů:>:>ˍdÀ#\ؕ I%<Aů targ/temp/onslew.vet !, :Q^L-S_5_5:QAůAů:A:ABd#ؖJ<Aů"ݘtarg/temp/onslew.vet !, :Q^ܮL._D_D:QAů"ۀAů":C":C"dw#ؘoL<Aů* 7targ/temp/onslew.vet !, :Q^L/ë_S_S:QAů)Aů):E>:E>0dр#=ؚ$M|<Aů1ۡtarg/temp/onslew.vet !, :Q^L0_b_b:QAů1<Aů1:GZ:GZd+#؛N<Aů9 ۡtarg/temp/onslew.vet !, :Q^pL23_q_q:QAů84Aů8:Iv:Ivd#Ӏ؝Pb<Aů@Atarg/temp/onslew.vet !, :R^LL3l_ր_ր:R Aů@4Aů@:K:Kd߀#؟#Q<AůH @targ/temp/onslew.vet !, :R^(L4_֏_֏:RAůG4AůG:M:M d9#iؠSO<AůO@targ/temp/onslew.vet !, :R!^L5ܫ_֞_֞:R*AůOӀAůO:O:Oʀd#آzT<AůW targ/temp/onslew.vet !, :R0^L7_֭_֭:R9AůVAůV:Q:Qd#ؤ5V5<Aů^ߏtarg/temp/onslew.vet !, :R?^L8L_ּ_ּ:RHAů^ۀAů^:T:TqdG#JإW<Aůf ݘtarg/temp/onslew.vet !, :RN^%L9_ˀ_˂:RWAůe+Aůe:V:V d#اY<Aůmݘtarg/temp/onslew.vet !, :R]^+tL:_ڀ_ڂ:RfAůmۀAům:X::X: _d#ة-Z<Aůu targ/temp/onslew.vet !, :Rl^1PL;__:RuAůt4Aůt:ZV:ZV ֍dU#+ت[<Aů|Htarg/temp/onslew.vet !, :R{^7,L=,__:RAů|Aů|:\r:\rMd#vج]q<Aů ݘtarg/temp/onslew.vet !, :R^=L>c__:RAů냆Aů냀:^:^čd #خJ^<Aů닋targ/temp/onslew.vet !, :R^BL?__:RAůAů:`:`;dc# د`W<Aů ߏtarg/temp/onslew.vet !, :R^HL@ӫ_%_%:RAů뒆4Aů뒀:b:bƀd#Wرa<Aů뚋@targ/temp/onslew.vet !, :R^NLB _4_4:RAůۀAů:d:d)d#سccA<Aů ݘtarg/temp/onslew.vet !, :R^TxLCD_C_C:RAů롆Aů례:f:fdq#صd<Aů멋@targ/temp/onslew.vet !, :R^ZTLD}_R_R:RAůۀAů:i:idˀ#8ضf<Aů ݘtarg/temp/onslew.vet !, :R^`0LE_a_a:RAů밆ۀAů밀:k6:k6d%#ظg<Aů븋ߏtarg/temp/onslew.vet !, :R^f LF_p_p:RAů4Aů:mR:mRd#΀غ-i <Aů targ/temp/onslew.vet !, :S^kLH$__:S Aů뿆ۀAů뿀:on:on|dـ#ػj<AůNjtarg/temp/onslew.vet !, :S^qĮLI]_׎_׎:SAů4Aů:q:qd3#dؽk<Aů 7targ/temp/onslew.vet !, :S ^wLJ_ם_ם:S)AůΆ4Aů΀:s:sjd#ؿNmj<Aů֋targ/temp/onslew.vet !, :S/^}|LKͫ_׬_׬:S8Aů4Aů:u:u€d#n<Aů ݘtarg/temp/onslew.vet !, :S>^ȃXLM_׻_׻:SGAů݆Aů݀:w:wހ!XdA#E«pN<Aůݘtarg/temp/onslew.vet !, :SM^ȉ4LN=_ʀ_ʂ:SVAůۀAů:y:y"ύd#_q<Aů ߏtarg/temp/onslew.vet !, :S\^ȏLOt_ـ_ق:SeAů솅4Aů:|:|$Fd#ۀs1<Aů@targ/temp/onslew.vet !, :Sk^ȔLP__:StAůAů:~2:~2%dO#&t<Aů targ/temp/onslew.vet !, :Sz^ȚȮLQ__:SAůAů:N:N'4d#qɃv<Aůۡtarg/temp/onslew.vet !, :S^ȠLS__:SAůAů:j:j(d#1w<Aů ߏtarg/temp/onslew.vet !, :S^ȦLTT__:SAů Aů ::*"d]#y<Aů߀targ/temp/onslew.vet !, :S^Ȭ\LU_$_$:SAůۀAů::+d#RΡzr<Aů ݘtarg/temp/onslew.vet !, :S^Ȳ8LVī_3_3:SAůAů::-d#U{<Aů!Htarg/temp/onslew.vet !, :S^ȸLW_B_B:SAů!<Aů!::ڀ.dk#}[<Aů) targ/temp/onslew.vet !, :S^ȽLY4_Q_Q:SAů(ۀAů(::/dŀ#3~<Aů07targ/temp/onslew.vet !, :S^̮LZm_`_`:SAů0Aů0::1ud#~zC<Aů8 @targ/temp/onslew.vet !, :S^ɨL[_o_o:SAů74Aů7:.:.2dy#ɀ8<Aů?Htarg/temp/onslew.vet !, :T^τL\ޫ_~_~:T Aů?ۀAů?:J:J4cdӀ#Ճ$<AůG ݘtarg/temp/onslew.vet !, :T^`L^_؍_؍:TAůFAůF:f:f5ڍd-#_ڔ<AůNۡtarg/temp/onslew.vet !, :T^Aůl&targ/temp/onslew.vet !, :T[^Ld._؀_؂:TdAůl4Aůl::=-d#րI?Aůt ۡtarg/temp/onslew.vet !, :Tj^Lee__:TsAůsۀAůs::>dN#!-4?Aů{@targ/temp/onslew.vet !, :Ty^dLf__:TAů{ۀAů{:/:/@d#l䎟?Aů ۡtarg/temp/onslew.vet !, :T^@Lgի__:TAů삆ۀAů삀:K:KAd#豐?Aů슋߀targ/temp/onslew.vet !, :T^ Li__:TAů4Aů:g:gC d\#d?Aů targ/temp/onslew.vet !, :T^LjE_#_#:TAů쑆Aů쑀::Dd#MR@Aů왋ᇀtarg/temp/onslew.vet !, :T^ԮLk~_2_2:TAůۀAů::Ed#e@Aů targ/temp/onslew.vet !, :T^Ll_A_A:TAů젆Aů저::Gndk#﷕@Aů쨋Htarg/temp/onslew.vet !, :T^!Lm_P_P:TAů<Aů::؀Hdŀ#.ZO@Aů @targ/temp/onslew.vet !, :T^'hLo%____:TAů쯆ۀAů쯀::J\d#y@Aů췋Htarg/temp/onslew.vet !, :T^-DLp^_n_n:TAůۀAů::KӍdy#Ā̚:@Aů targ/temp/onslew.vet !, :U^3 Lq_}_}:U Aů쾆<Aů쾀:,:,MJdӀ#~@AůƋ@targ/temp/onslew.vet !, :U^8LrΫ_ٌ_ٌ:UAů4Aů:H:HNd-#Z!!@Aů ݘtarg/temp/onslew.vet !, :U^>خLt_ٛ_ٛ:U'Aů͆Aů̀:d:dP8d#؞@AůՋtarg/temp/onslew.vet !, :U-^DLu?_٪_٪:U6AůAů::Qd#@Aů targ/temp/onslew.vet !, :U<^JLvv_ٹ_ٹ:UEAů܆ۀAů܀::S&d;#;9{@Aů@targ/temp/onslew.vet !, :UK^PlLw_Ȁ_Ȃ:UTAůAů::Td•#آ@Aů targ/temp/onslew.vet !, :UZ^VHLx_׀_ׂ:UcAů놅ۀAů::ԀVd#рh@Aů targ/temp/onslew.sht pp  :`^Me__5_5:`Aů򚆅ۀAů<]`<]`rBew#㧀S黉pAůݘtarg/temp/onslew.vet !, :`^ܮMf_D_D:`Aů+Aů<_|<_|seр#UüpAů ߀targ/temp/onslew.vet !, :`^ҸMgЫ_S_S:`Aů򩆅4Aů^_XM_滀_滂:bGAů]Aů]<9<9Xe#Em~pAůetarg/temp/onslew.vet !, :bM^e4MJ_ʀ_ʂ:bVAůe4Aůe-pAůݘtarg/temp/onslew.vet !, :b^|M*__:bAůAů<<ŀe^#케oIpAů @targ/temp/onslew.vet !, :b^΂Ma__:bAů󊆅4Aů<<"e#pЖpAůtarg/temp/onslew.vet !, :b^Έ\M_$_$:bAůAů<<e#RpSвpAů ݘtarg/temp/onslew.vet !, :b^Ύ8Mѫ_3_3:bAů󙆈{Aů<<el#흀ppAůtarg/temp/onslew.vet !, :b^ΔM _B_B:bAůۀAů<5<5eƀ#qpAů ߏtarg/temp/onslew.vet !, :b^ΙMA_Q_Q:bAů󨆃Aů{Aů><Ӌ<ӋJe2#}pAůFݘtarg/temp/onslew.vet !, :d^Mɫ_茀_茂:dAůFAůF<է<էe#Z;ڂpAůN targ/temp/onslew.vet !, :d^خM_蛀_蛂:d'AůM4AůM<<À8e#ڀpAůUtarg/temp/onslew.vet !, :d-^ M3_誀_誂:d6AůUۀAůU<<߀ȯe@#ځܽpAů] ݘtarg/temp/onslew.vet !, :d<^&Mg_蹀_蹂:dEAů\Aů\<<&e#;ڂ=pAůdHtarg/temp/onslew.vet !, :dK^,lM_Ȁ_Ȃ:dTAůdAůd<<˝e#ڂRpAůl @targ/temp/onslew.vet !, :dZ^2HMҫ_׀_ׂ:dcAůkۀAůk<3<3eN#рڃsݦpAůstarg/temp/onslew.vet !, :di^8$M__:drAůsAůsM<__:dAůzۀAůzJH_JCF6 F pЀ`@ 4 C"""""""""""""""Aů%N=ȁ 'qAĒ*΅AĒ=ŀ'JH^JAF3 =`'pxP@ 4"""""""""""""""Aů館i=ȁ 'qAĒ*΅AĒ=ŀ'EJH_JFF7 F CpЀ`@ E4"""""""""""""""Aů%S&=ȁ 'qAĒ*΅AĒ=ŀ&JG]JAF% Np`@ 4 j"""""""""""""""Aů鳥L=ȁ 'qAĒ*΅AĒ=ŀ&JG]JAF% Np`@ 4 """"""""""""""""Aů%KI=ȁ 'qAĒ*΅AĒ=ŀ&JG^JAF% Np`@ S4ڢ"""""""""""""""Aů¥KI=ȁ 'qAĒ*΅AĒ=ŀ&JG]JAF% N'p`@ 4 """""""""""""""Aů%M@=ȁ 'qAĒ*΅AĒ=ŀ&JG^JAF% Np`@ 4J"""""""""""""""AůѥKI=ȁ 'qAĒ*΅AĒ=ŀ&JG^JAF% wp`@ a4 """""""""""""""Aů%M=ȁ 'qAĒ*΅AĒ=ŀ&JG]IAF% w€p`@ 4 """""""""""""""AůL=ȁ 'qAĒ*΅AĒ=ŀ&JG^JAF% wɀp`@ 4q"""""""""""""""Aů%K=ȁ 'qAĒ*΅AĒ=ŀ&JG^IAF% wp`@ o4 ("""""""""""""""AůN=ȁ 'qAĒ*΅AĒ=ŀ&JG]IAF% wp`@ 4 ߢ"""""""""""""""Aů%L=ȁ 'qAĒ*΅AĒ=ŀ&JG]IAF% wp`@#4"""""""""""""""AůKI=ȁ 'qAĒ*΅AĒ=ŀ&JG]JAF% wp`@}4 O"""""""""""""""Aů%L=ȁ 'qAĒ*΅AĒ=ŀ&JG]IAF% wŀp`@4 """""""""""""""Aů O߀=ȁ 'qAĒ*΅AĒ=ŀ&JG^JAF% wtp`@14"""""""""""""""Aů%M@=ȁ 'qAĒ*΅AĒ=ŀ&JG]IAF% wʀp`@4 v"""""""""""""""AůL=ȁ 'qAĒ*΅AĒ=ŀ&JG^JAF% wp`@4 ."""""""""""""""Aů$%K=ȁ 'qAĒ*΅AĒ=ŀ&JG^JAF% wp`@?4"""""""""""""""Aů+KI=ȁ 'qAĒ*΅AĒ=ŀ&JG]IAF% w%p`@4 """""""""""""""Aů3%M=ȁ 'qAĒ*΅AĒ=ŀ&JG]IAF% wp`@4 U"""""""""""""""Aů:K=ȁ 'qAĒ*΅AĒ=ŀ&JG^JAF% w@p`@M4 """""""""""""""AůB%L=ȁ 'qAĒ*΅AĒ=ŀ&JG]IAF% ẁp`@4Ţ"""""""""""""""AůIK=ȁ 'qAĒ*΅AĒ=ŀ&JG]IAF% wp`@4~"""""""""""""""AůQ%KI=ȁ 'qAĒ*΅AĒ=ŀ&JG]IAF% wHp`@[45"""""""""""""""AůXM@=ȁ 'qAĒ*΅AĒ=ŀ'.JH_JFF/ o pЀ`@4"""""""""""""""Aů`%KI=ȁ 'qAĒ*΅AĒ=ŀ&JG]IAF% wހp`@4"""""""""""""""AůgO7=ȁ 'qAĒ*΅AĒ=ŀ&JG^IAF% f zp`@i4\"""""""""""""""Aůo%K=ȁ 'qAĒ*΅AĒ=ŀ&JG]IAF% f ap`@4 """""""""""""""Aův)=ȁ 'qAĒ*΅AĒ=ŀ'CJH_ICF@ o pЀ`@4̢"""""""""""""""Aů~*=ȁ 'qAĒ*΅AĒ=ŀ'FJH_ICF= o pЀ`@w4"""""""""""""""Aůꅫۀ=ȁ 'qAĒ*΅AĒ=ŀ'5JH_ICF9 o ?pЀ`@4;"""""""""""""""Aů%K=ȁ 'qAĒ*΅AĒ=ŀ&JG]IAF% w΀p`@+4"""""""""""""""AůꔥL=ȁ 'qAĒ*΅AĒ=ŀ&JG]IAF% w;p`@4"""""""""""""""Aů%M=ȁ 'qAĒ*΅AĒ=ŀ&JG^JAF( wrp`@4b"""""""""""""""Aů꣥KI=ȁ 'qAĒ*΅AĒ=ŀ&JG^JAF% wp`@94"""""""""""""""Aů%L=ȁ 'qAĒ*΅AĒ=ŀ&JG^JAF% w\p`@="""""""""""""""Aů겥M=ȁ 'qAĒ*΅AĒ=ŀ&JG^JAF% w!p`@@"""""""""""""""Aů%M@=ʁ 'qAĒ*΅AĒ=ŀ'eKH_J@F8 phX0@HA]"""""""""""""""Aů=ʁ 'qAĒ*΅AĒ=ŀ'*KH^J@F% Ѐph@@A """""""""""""""Aů&6=ʁ 'qAĒ*΅AĒ=ŀ'+KH^J@F% pp`@A̢"""""""""""""""AůЪb̀=ʁ 'qAĒ*΅AĒ=ŀ'rKH_JEF7 0pxh@@VA"""""""""""""""Aů%KI=ʁ 'qAĒ*΅AĒ=ŀ'JH]J@F% Ѐfph@@A ;"""""""""""""""AůߥL=ʁ 'qAĒ*΅AĒ=ŀ'\KH_JBF/ ͐%phX0@ A"""""""""""""""Aů&=ʁ 'qAĒ*΅AĒ=ŀ'iJH_JCF> Ppxh@@dB"""""""""""""""AůKI=ʁ 'qAĒ*΅AĒ=ŀ'5JH^JBF* P8pxh@@Be"""""""""""""""Aů) =ʁ 'qAĒ*΅AĒ=ŀ'rJH_JCF> ͐phX0@B"""""""""""""""AůZĀ=ʁ 'qAĒ*΅AĒ=ŀ'fKH_KBF- ͐phX0@rBԢ"""""""""""""""Aů'{=ʁ 'qAĒ*΅AĒ=ŀ'tJH_JCF> PDpxh@@B"""""""""""""""Aů KI=ʁ 'qAĒ*΅AĒ=ŀ'SJH^JEF+ P|pxh@@&BD"""""""""""""""Aů'ܜ=ʁ 'qAĒ*΅AĒ=ŀ'KH_JCF> PҀpxh@@B"""""""""""""""Aů`=ʁ 'qAĒ*΅AĒ=ŀ'=JH^JBF* Pʀpxh@@B"""""""""""""""Aů#%Y=ʁ 'qAĒ*΅AĒ=ŀ'>JH^JCF* *ph@@4Bk"""""""""""""""Aů*}=ʁ 'qAĒ*΅AĒ=ŀ'qKH_JBF: 3ph@@B """"""""""""""""Aů2%K=ʁ 'qAĒ*΅AĒ=ŀ'>JH^JCF* bph@@Bڢ"""""""""""""""Aů9K=ʁ 'qAĒ*΅AĒ=ŀ'DJH^JBF+ ph@@BB"""""""""""""""AůA&%=ʁ 'qAĒ*΅AĒ=ŀ'%JH^J@F%  ph@@B I"""""""""""""""AůH=ʁ 'qAĒ*΅AĒ=ŀ'jJH_JEF2 %ph@@B """""""""""""""AůP(c=ʁ 'qAĒ*΅AĒ=ŀ'KH_JCF> ߰phX0@PB"""""""""""""""AůWd=ʁ 'qAĒ*΅AĒ=ŀ'_KH_JBF0  ph@@B p"""""""""""""""Aů_%O߀=ʁ 'qAĒ*΅AĒ=ŀ'\KH^JCF+ 0pxh@@B)"""""""""""""""Aůf G=ʁ 'qAĒ*΅AĒ=ŀ'BJH^JBF* ph@@^B"""""""""""""""Aůn,f=ʁ 'qAĒ*΅AĒ=ŀ'uKH_JCF6 ߰phX0@B """""""""""""""AůuM@=ʁ 'qAĒ*΅AĒ=ŀ'^KH^JBF- ߰(phX0@ BP"""""""""""""""Aů}&9=ʁ 'qAĒ*΅AĒ=ŀ'1JH^J@F% +ph@@ lB """""""""""""""Aů넥O7=ʁ 'qAĒ*΅AĒ=ŀ'@JH^JBG% Ѐۀph@@ B"""""""""""""""Aů*j=ʁ 'qAĒ*΅AĒ=ŀ'KH_JCF8 P!pxh@@! Bw"""""""""""""""Aů듨X=ʁ 'qAĒ*΅AĒ=ŀ'JI_JBF= P5pxh@@!zB ."""""""""""""""Aů%L=ʁ 'qAĒ*΅AĒ=ŀ'PKH^JCF) ph@@!B"""""""""""""""Aů뢦$݀=ʁ 'qAĒ*΅AĒ=ŀ'`KH^JBF+ Ѐeph@@".B"""""""""""""""Aů%L=ʁ 'qAĒ*΅AĒ=ŀ'^KH^JCG* PCpxX0@"B U"""""""""""""""Aů뱥L=ʁ 'qAĒ*΅AĒ=ŀ'aKH^JBF, PpxX0@"B """""""""""""""Aů%M@=ʁ 'qAĒ*΅AĒ=ŀ'SKH^J@F* ܀ph@@#<BŢ"""""""""""""""AůO7=ʁ 'qAĒ*΅AĒ=ŀ'eKH^JEG& ЀpxP@#B |"""""""""""""""Aů%Y =ʁ 'qAĒ*΅AĒ=ŀ'ZJH^JCF* pxP@#B 4"""""""""""""""AůϬ=ʁ 'qAĒ*΅AĒ=ŀ'KI_JBF5 pxP@$JB"""""""""""""""Aů%=ʁ 'qAĒ*΅AĒ=ŀ'fKH^JCF+ Ppxh@@$B """""""""""""""AůޥN=ʁ 'qAĒ*΅AĒ=ŀ'pKH_JBG+ Pypxh@@$B ["""""""""""""""Aů%M@=ʁ 'qAĒ*΅AĒ=ŀ'cKH^JCG) ׀pxP@%XB """""""""""""""AůM@=ʁ 'qAĒ*΅AĒ=ŀ'yKI_JBG. ЀpxP@%B ʢ"""""""""""""""Aů/=ʁ 'qAĒ*΅AĒ=ŀ'KI_JCG> ЀlpxP@& B"""""""""""""""Aůj=ʁ 'qAĒ*΅AĒ=ŀ'JI_JEF8 hpxP@&fB :"""""""""""""""Aů+=ʁ 'qAĒ*΅AĒ=ŀ'KI_JCF6 rpxP@&B"""""""""""""""Aů wĀ=ʁ 'qAĒ*΅AĒ=ŀ'KI_JBF: πpxP@'B"""""""""""""""Aů%L=ʁ 'qAĒ*΅AĒ=ŀ'fKH^JCF* Pրpxh@@'tB a"""""""""""""""AůL=ʁ 'qAĒ*΅AĒ=ŀ'kKI^JBF+ Ppxh@@'B """""""""""""""Aů")la=ʁ 'qAĒ*΅AĒ=ŀ'KI_JCF> EpxP@((BѢ"""""""""""""""Aů)Y=ʁ 'qAĒ*΅AĒ=ŀ'JI_JBF? ЀpxP@(B """""""""""""""Aů1'*Z=ʁ 'qAĒ*΅AĒ=ŀ'`JH^JCF% pxP@(B @"""""""""""""""Aů8L=ʁ 'qAĒ*΅AĒ=ŀ'zKI_JEG* ЀYpxP@)6B"""""""""""""""Aů@%KI=ʁ 'qAĒ*΅AĒ=ŀ']JH^JCF) p`@)B """""""""""""""AůG`=ʁ 'qAĒ*΅AĒ=ŀ'}JI_JBF2 p`@)B g"""""""""""""""AůO%M@=ʁ 'qAĒ*΅AĒ=ŀ'fKH^JCF* Xp`@*DB """""""""""""""AůVҀ=ʁ 'qAĒ*΅AĒ=ŀ'gKI^JBF% ЀӀpxP@*B ֢"""""""""""""""Aů^%L=ʁ 'qAĒ*΅AĒ=ŀ'yJI^JCF+ p`@*B """""""""""""""AůeN=ʁ 'qAĒ*΅AĒ=ŀ'JI_KBF8 pp`@+SE N"""""""""""""""Aům&Eŀ=ʁ 'qAĒ*΅AĒ=ŀ'KI_JAFF @pxX0@+F """""""""""""""AůtNŀ=ʁ 'qAĒ*΅AĒ=ŀ'KI_JCG-   pЀ`@,F"""""""""""""""Aů|(ƀ=ʁ 'qAĒ*΅AĒ=ŀ'KI_JDG8 @pЀ`@,aF w"""""""""""""""Aů샦ڀƀ=ʁ 'qAĒ*΅AĒ=ŀ'KI_JCF< Ǡp`@,F /"""""""""""""""Aů%Mƀ=ʁ 'qAĒ*΅AĒ=ŀ'qKI^JBF+ @ pЀ`@-F"""""""""""""""Aů쒥Lƀ=ʁ 'qAĒ*΅AĒ=ŀ'oKI^JCF+ `pЀ`@-oG """""""""""""""Aů+^tƀ=ʁ 'qAĒ*΅AĒ=ŀ'KI_JDF7 `pЀ`@-G X"""""""""""""""Aů졥Kǀ=ʁ 'qAĒ*΅AĒ=ŀ'zKI^JCF- "~pЀ`@.#G """""""""""""""Aů+߀ǀ=ʁ 'qAĒ*΅AĒ=ŀ'KI_JDF7 "WpЀ`@.}G Ǣ"""""""""""""""Aů찥Kǀ=ʁ 'qAĒ*΅AĒ=ŀ'KI_JFF, " pЀ`@.G """""""""""""""Aů%Kǀ=ʁ 'qAĒ*΅AĒ=ŀ'pKI^JDF) "pЀ`@/1G 7"""""""""""""""Aů쿫Xǀ=ʁ 'qAĒ*΅AĒ=ŀ'KI_JCF7 "@pЀ`@/G"""""""""""""""Aů%Lǀ=ʁ 'qAĒ*΅AĒ=ŀ'vKI^JDF, "pЀ`@/G"""""""""""""""AůΫaǀ=ʁ 'qAĒ*΅AĒ=ŀ'KI_JCF9 "pЀ`@0?G_"""""""""""""""Aů%M@ǀ=ʁ 'qAĒ*΅AĒ=ŀ'uKI^JDF+ "EpЀ`@0G """""""""""""""Aůݫ#yǀ=ʁ 'qAĒ*΅AĒ=ŀ'KI_JCF= "5pЀ`@0G΢"""""""""""""""Aů%Lǀ=ʁ 'qAĒ*΅AĒ=ŀ'ZKI^JAF& "pЀ`@1MG"""""""""""""""Aů쭬ǀ=ʁ 'qAĒ*΅AĒ=ŀ'KI_JFF/ "pЀ`@1G ="""""""""""""""Aů*y=́ 'qAĒ*΅AĒ=ŀ'NJH_JBF7 R` pЀ`@ud"""""""""""""""AůM@=́ 'qAĒ*΅AĒ=ŀ'0JH^JCF%  ph@@u """""""""""""""Aů+=́ 'qAĒ*΅AĒ=ŀ'SJH_JCG2  $ph@@vMע"""""""""""""""AůL=́ 'qAĒ*΅AĒ=ŀ'&JH^JCF) F pЀ`@v"""""""""""""""Aů%Ҁ=́ 'qAĒ*΅AĒ=ŀ'JH^JCF* F pЀ`@wG"""""""""""""""Aů򹪢^=́ 'qAĒ*΅AĒ=ŀ'CJH_JCF7 F pЀ`@w["""""""""""""""Aů%O7=́ 'qAĒ*΅AĒ=ŀ'JH^JAF. F WpЀ`@w"""""""""""""""AůȥM@=́ 'qAĒ*΅AĒ=ŀ'BJH_JFF6 F <pЀ`@xp"""""""""""""""Aů*j=́ 'qAĒ*΅AĒ=ŀ'BJH_JCF7 F hpЀ`@xi '"""""""""""""""AůץK=́ 'qAĒ*΅AĒ=ŀ'&JH^JCF2 F pЀ`@xߢ"""""""""""""""Aů%K=́ 'qAĒ*΅AĒ=ŀ' JH^JCF* F ^pЀ`@y"""""""""""""""AůG؀=́ 'qAĒ*΅AĒ=ŀ'=JH_JCF? F pЀ`@yw N"""""""""""""""Aů+=́ 'qAĒ*΅AĒ=ŀ'1JH_JCF5 F pЀ`@y """""""""""""""AůM=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% N,p`@z+"""""""""""""""Aů%KI=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% Ǹp`@zv"""""""""""""""AůM@=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% o qpЀ`@z -"""""""""""""""Aů %M@=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w p`@{9"""""""""""""""AůW=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% w *p`@{"""""""""""""""Aů%M@=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w p`@{ T"""""""""""""""Aů"M=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w (p`@|G """""""""""""""Aů*%u:=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% w Jp`@|Ģ"""""""""""""""Aů1M=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w ʀp`@| {"""""""""""""""Aů9%K=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w _p`@}U 3"""""""""""""""Aů@K=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w p`@}"""""""""""""""AůH%K=́ 'qAĒ*΅AĒ=ŀ'JH^JCF. o pЀ`@~ """""""""""""""AůOu=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w p`@~c Z"""""""""""""""AůW%M@=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% w p`@~ """""""""""""""Aů^M@=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w ׀p`@ʢ"""""""""""""""Aůf%K=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w _p`@q """""""""""""""AůmK=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% w ?p`@ 9"""""""""""""""Aůu%O7=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w ;p`@%"""""""""""""""Aů|M@=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w ݀p`@"""""""""""""""Aů%K=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% w p`@`"""""""""""""""AůL=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w ,p`@3"""""""""""""""Aů%K=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% w Tp`@Т"""""""""""""""AůM=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% f ŀp`@"""""""""""""""Aů%K=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% f $p`@A?"""""""""""""""AůL=́ 'qAĒ*΅AĒ=ŀ'(JH_JCF. o 'pЀ`@"""""""""""""""Aů%M@=́ 'qAĒ*΅AĒ=ŀ' JH^JCF% o (pЀ`@"""""""""""""""Aů=́ 'qAĒ*΅AĒ=ŀ'9JH_JFF3 o ӀpЀ`@Of"""""""""""""""Aů%K=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w p`@"""""""""""""""AůǥK=́ 'qAĒ*΅AĒ=ŀ&JG^JAF& w p`@֢"""""""""""""""Aů%K=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w p`@]"""""""""""""""Aů֥KI=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w p`@E"""""""""""""""Aů%M=́ 'qAĒ*΅AĒ=ŀ&JG^JAG% w p`@"""""""""""""""AůM@=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w p`@k"""""""""""""""Aů%K=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% w p`@l"""""""""""""""AůKI=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% w p`@$"""""""""""""""Aů%N=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w Cp`@yۢ"""""""""""""""AůL=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% w zp`@"""""""""""""""Aů %L=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% w p`@-K"""""""""""""""AůK=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w \p`@"""""""""""""""Aů%L=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% w ]p`@"""""""""""""""Aů!N=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% o pЀ`@;"""""""""""""""Aů)%K=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% wp`@>"""""""""""""""Aů0L=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% fp`@"""""""""""""""Aů8%K=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% fp`@I"""""""""""""""Aů?M=́ 'qAĒ*΅AĒ=ŀ'JH^JCF+ o pЀ`@f"""""""""""""""AůG(P=́ 'qAĒ*΅AĒ=ŀ'CJH_JCF? o 5pЀ`@"""""""""""""""AůNC=́ 'qAĒ*΅AĒ=ŀ'7JH_JCF8 o xpЀ`@Wբ"""""""""""""""AůV%U=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% wʀp`@"""""""""""""""Aů]KI=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% wrp`@ E"""""""""""""""Aůe%KI=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% wǀp`@e"""""""""""""""AůlKI=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% wp`@"""""""""""""""Aůt%M=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% wTp`@l"""""""""""""""Aů{L=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% wˀp`@s$"""""""""""""""Aů%KI=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% wp`@ۢ"""""""""""""""AůKI=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% wp`@'"""""""""""""""Aů%K=́ 'qAĒ*΅AĒ=ŀ&JG]JAG% w׀p`@M"""""""""""""""AůKI=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% wp`@"""""""""""""""Aů%M@=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% s >pЀ`@5Ң"""""""""""""""AůM@=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% wp`@"""""""""""""""Aů%KI=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% wVp`@U"""""""""""""""AůKI=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% wp`@C """""""""""""""Aů%KI=́ 'qAĒ*΅AĒ=ŀ&JG]JAF% wp`@Ţ"""""""""""""""AůƥM@=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% fȀp`@|"""""""""""""""Aů%P=́ 'qAĒ*΅AĒ=ŀ&JG^JAF% f9p`@Q4"""""""""""""""Aůլ=́ 'qAĒ*΅AĒ=ŀ'"JH_JCF3 o pЀ`@"""""""""""""""Aů%KI=́ 'qAĒ*΅AĒ=ŀ&JG^JBF& o EpЀ`@"""""""""""""""XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 204 / width of table in bytes NAXIS2 = 219 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 103 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHK133SSPRES' / HK Presence of SubSystems for this packet TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BPWRESPVERIFY' / PW count of Cmd Responses that Verified SuccessTFORM3 = '1I ' / data format of field: 2-byte INTEGER TZERO3 = 32768 / offset for unsigned integers TTYPE4 = 'BPWRESPFAILED' / PW count of Cmd Responses that Failed VerificatTFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 32768 / offset for unsigned integers TTYPE5 = 'BPWRESPTIMEOUT' / PW count of Cmd Responses that TimedOut TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 32768 / offset for unsigned integers TTYPE6 = 'BPWHKCMDSENT' / PW count of HK Cmds sent to PCB TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 32768 / offset for unsigned integers TTYPE7 = 'BPWDIAGCMDSENT' / PW count of Diag Cmds sent to PCB TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 32768 / offset for unsigned integers TTYPE8 = 'BPWOTHERCMDSENT' / PW count of anything other than HK or Diag CmdsTFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 32768 / offset for unsigned integers TTYPE9 = 'BPWHKRESPRCVD' / PW count of HK packet Responses Received TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 32768 / offset for unsigned integers TTYPE10 = 'BPWDIAGRESPRCVD' / PW count of Diagnostic Packet Responses ReceiveTFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 32768 / offset for unsigned integers TTYPE11 = 'BPWSTATRESPRCVD' / PW count of Status packet Responses Received TFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 32768 / offset for unsigned integers TTYPE12 = 'BPWSTATPKTTOGND' / PW Flag as to whether Status Pkt comes to the GTFORM12 = '1B ' / data format of field: BYTE TTYPE13 = 'BPWEVENTSDISPLD' / PW Flag as to whether Timeout Events get displaTFORM13 = '1B ' / data format of field: BYTE TTYPE14 = 'BPWLASTCMD0' / PW byte TFORM14 = '1B ' / data format of field: BYTE TTYPE15 = 'BPWLASTCMD1' / PW byte TFORM15 = '1B ' / data format of field: BYTE TTYPE16 = 'BPWLASTCMD2' / PW byte TFORM16 = '1B ' / data format of field: BYTE TTYPE17 = 'BPWLASTCMD3' / PW byte TFORM17 = '1B ' / data format of field: BYTE TTYPE18 = 'BPWLASTCMD4' / PW byte TFORM18 = '1B ' / data format of field: BYTE TTYPE19 = 'BPWLASTCMD5' / PW byte TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BPWACTCHAN' / PW the currently Active UART Channel TFORM20 = '1B ' / data format of field: BYTE TTYPE21 = 'BPWPASSCHAN' / PW the currently Passive UART Channel TFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BPWISRCNTRCVA' / PW count of ISR Firing caused by Channel A RcvsTFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 32768 / offset for unsigned integers TTYPE23 = 'BPWISRCNTXMTA' / PW count of ISR Firing caused by Channel A XmtsTFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 32768 / offset for unsigned integers TTYPE24 = 'BPWISRCNTRCVB' / PW count of ISR Firing caused by Channel B RcvsTFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 32768 / offset for unsigned integers TTYPE25 = 'BPWISRCNTXMTB' / PW count of ISR Firing caused by Channel B XmtsTFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 32768 / offset for unsigned integers TTYPE26 = 'BPWISRCNTPARA' / PW count of ISR Firing caused by Channel A PariTFORM26 = '1B ' / data format of field: BYTE TTYPE27 = 'BPWISRCNTPARB' / PW count of ISR Firing caused by Channel B PariTFORM27 = '1B ' / data format of field: BYTE TTYPE28 = 'BPWISRCNTOVRA' / PW count of ISR Firing caused by Channel A OverTFORM28 = '1B ' / data format of field: BYTE TTYPE29 = 'BPWISRCNTOVRB' / PW count of ISR Firing caused by Channel B OverTFORM29 = '1B ' / data format of field: BYTE TTYPE30 = 'BPWISRCNTUNDA' / PW count of ISR Firing caused by Channel A UndeTFORM30 = '1B ' / data format of field: BYTE TTYPE31 = 'BPWISRCNTUNDB' / PW count of ISR Firing caused by Channel B UndeTFORM31 = '1B ' / data format of field: BYTE TTYPE32 = 'undocumented1' / Byte field not in ITOS database TFORM32 = '1J ' / data format of field: 4-byte INTEGER TZERO32 = 2147483648 / offset for unsigned integers TTYPE33 = 'undocumented2' / Byte field not in ITOS database TFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'FOMEVTCNT' / Fom Error Event Count TFORM34 = '1B ' / data format of field: BYTE TTYPE35 = 'FOUPDASSESSNEED' / Fom Target Update Assessment Needed Flag TFORM35 = '1B ' / data format of field: BYTE TTYPE36 = 'FOMSLEWINQSTAT' / Fom Slew Inquiry Status Flag TFORM36 = '1B ' / data format of field: BYTE TTYPE37 = 'FOMSLEWREQSTAT' / Fom Slew Request Status Flag TFORM37 = '1B ' / data format of field: BYTE TTYPE38 = 'FOMSLEWMODESTAT' / Fom Slew Mode Enable Status TFORM38 = '1B ' / data format of field: BYTE TTYPE39 = 'FOMATMODESTAT' / Fom AT Mode Enable Status TFORM39 = '1B ' / data format of field: BYTE TTYPE40 = 'FOMPPTMODESTAT' / Fom PPT Mode Enable Status TFORM40 = '1B ' / data format of field: BYTE TTYPE41 = 'FOMOTTYPE' / Current Observed Target Target Type TFORM41 = '1B ' / data format of field: BYTE TTYPE42 = 'FOMOTOBSNUM' / Current Observed Target Observation Num TFORM42 = '1J ' / data format of field: 4-byte INTEGER TZERO42 = 2147483648 / offset for unsigned integers TTYPE43 = 'FOMOTMERIT' / Current Observed Target Merit TFORM43 = '1E ' / data format of field: 4-byte REAL TTYPE44 = 'FOMOTOBSSECS' / Current Observed Target Secs Until View ConstraTFORM44 = '1J ' / data format of field: 4-byte INTEGER TZERO44 = 2147483648 / offset for unsigned integers TUNIT44 = 's ' / physical unit of field TTYPE45 = 'FOMOTPASTOBSS' / Current Observed Target Past Observed Secs TFORM45 = '1J ' / data format of field: 4-byte INTEGER TZERO45 = 2147483648 / offset for unsigned integers TUNIT45 = 's ' / physical unit of field TTYPE46 = 'FOMOTLASTOBST' / Current Observed Target Last Obs Time (in TIME4TFORM46 = '1J ' / data format of field: 4-byte INTEGER TZERO46 = 2147483648 / offset for unsigned integers TSCAL46 = 1 / data are not scaled TUNIT46 = 's ' / physical unit of field TTYPE47 = 'FOMLASTSIOBSNUM' / Last Slew Info Obs Num TFORM47 = '1J ' / data format of field: 4-byte INTEGER TZERO47 = 2147483648 / offset for unsigned integers TTYPE48 = 'FOMLASTSROBSNUM' / Last Slew Request Obs Num TFORM48 = '1J ' / data format of field: 4-byte INTEGER TZERO48 = 2147483648 / offset for unsigned integers TTYPE49 = 'FOLASTSIROBSNUM' / Last Slew Info Reply Obs Num TFORM49 = '1J ' / data format of field: 4-byte INTEGER TZERO49 = 2147483648 / offset for unsigned integers TTYPE50 = 'FOLASTSRROBSNUM' / Last Slew Request Reply Obs Num TFORM50 = '1J ' / data format of field: 4-byte INTEGER TZERO50 = 2147483648 / offset for unsigned integers TTYPE51 = 'FOMPPTOBSNUM' / Current Fom PPT Observation Num TFORM51 = '1J ' / data format of field: 4-byte INTEGER TZERO51 = 2147483648 / offset for unsigned integers TTYPE52 = 'FOMPPTMERIT' / Current Fom PPT Merit TFORM52 = '1E ' / data format of field: 4-byte REAL TTYPE53 = 'FOMPPTWAITSECS' / Current Fom PPT Secs Until in View TFORM53 = '1J ' / data format of field: 4-byte INTEGER TZERO53 = 2147483648 / offset for unsigned integers TUNIT53 = 's ' / physical unit of field TTYPE54 = 'FOMPPTOBSSECS' / Current Fom PPT Secs Until View Constraint TFORM54 = '1J ' / data format of field: 4-byte INTEGER TZERO54 = 2147483648 / offset for unsigned integers TUNIT54 = 's ' / physical unit of field TTYPE55 = 'FOMATOBSNUM' / Current Fom AT Observation Num TFORM55 = '1J ' / data format of field: 4-byte INTEGER TZERO55 = 2147483648 / offset for unsigned integers TTYPE56 = 'FOMATMERIT' / Current Fom AT Merit TFORM56 = '1E ' / data format of field: 4-byte REAL TTYPE57 = 'FOMATWAITSECS' / Current Fom AT Secs Until in View TFORM57 = '1J ' / data format of field: 4-byte INTEGER TZERO57 = 2147483648 / offset for unsigned integers TUNIT57 = 's ' / physical unit of field TTYPE58 = 'FOMATOBSSECS' / Current Fom AT Secs Until View Constraint TFORM58 = '1J ' / data format of field: 4-byte INTEGER TZERO58 = 2147483648 / offset for unsigned integers TUNIT58 = 's ' / physical unit of field TTYPE59 = 'FOMACSOBSNUM' / ACS Info Observation Num TFORM59 = '1J ' / data format of field: 4-byte INTEGER TZERO59 = 2147483648 / offset for unsigned integers TTYPE60 = 'FOMAISLEWSTATE' / ACS Info Slew State TFORM60 = '1B ' / data format of field: BYTE TTYPE61 = 'FOMACSINSAA' / ACS Info In SAA Flag TFORM61 = '1B ' / data format of field: BYTE TTYPE62 = 'FOMLASTSIRCODE' / Last Slew Info Reply Reply Code TFORM62 = '1B ' / data format of field: BYTE TTYPE63 = 'FOMLASTSRRCODE' / Last Slew Request Reply Reply Code TFORM63 = '1B ' / data format of field: BYTE TTYPE64 = 'FOMPPTREQCNT' / FOM PPT Request Count TFORM64 = '1B ' / data format of field: BYTE TTYPE65 = 'FOMATUPDCNT' / FOM AT Update Count TFORM65 = '1B ' / data format of field: BYTE TTYPE66 = 'FOMGRBREQCNT' / GRB Request Count TFORM66 = '1B ' / data format of field: BYTE TTYPE67 = 'FOMTOOREQCNT' / TOO Request Count TFORM67 = '1B ' / data format of field: BYTE TTYPE68 = 'FOMCTUPDCNT' / Fom Observed Target UpdateCount TFORM68 = '1B ' / data format of field: BYTE TTYPE69 = 'FOMSLEWREQCNT' / Fom Slew Request Sent Count TFORM69 = '1B ' / data format of field: BYTE TTYPE70 = 'FOMSLEWINQCNT' / Fom Slew Inquiry Sent Count TFORM70 = '1B ' / data format of field: BYTE TTYPE71 = 'FOMSLWREPLYCNT' / Fom Slew Reply Received Count TFORM71 = '1B ' / data format of field: BYTE TTYPE72 = 'FOSLWINQREPCNT' / Fom Slew Info Reply Received Count TFORM72 = '1B ' / data format of field: BYTE TTYPE73 = 'FOATTARGSTATUS' / Fom AT Target Availability 0None 1Unk 2OutOfVieTFORM73 = '1B ' / data format of field: BYTE TTYPE74 = 'FOPPTTARGSTATUS' / Fom PPT Target Availability 0None 1Unk 2OutOfViTFORM74 = '1B ' / data format of field: BYTE TTYPE75 = 'undocumented3' / Byte field not in ITOS database TFORM75 = '1B ' / data format of field: BYTE TTYPE76 = 'BSTDSPREC' / ST Math Coprocessor Computed Test Expected ValuTFORM76 = '1E ' / data format of field: 4-byte REAL TTYPE77 = 'BSTDSPEXP' / ST Math Coprocessor Computed Test Expected ValuTFORM77 = '1E ' / data format of field: 4-byte REAL TTYPE78 = 'BSTFPSTATUS' / ST Floating Point Control Word Test Received VaTFORM78 = '1J ' / data format of field: 4-byte INTEGER TZERO78 = 2147483648 / offset for unsigned integers TTYPE79 = 'BSTBCRTSTATUS' / ST 1553 Chip Status TFORM79 = '1I ' / data format of field: 2-byte INTEGER TZERO79 = 32768 / offset for unsigned integers TTYPE80 = 'BSTMEMERRCNT' / ST Count of Memory Test Cmds that Failed due toTFORM80 = '1B ' / data format of field: BYTE TTYPE81 = 'BSTFPHWERRCNT' / ST floating point hardware failure count TFORM81 = '1B ' / data format of field: BYTE TTYPE82 = 'BSTCOMPERRCNT' / ST floating point Arithmetic Computations failuTFORM82 = '1B ' / data format of field: BYTE TTYPE83 = 'BSTONEERRCNT' / ST EDAC One-Error Test Failure Count TFORM83 = '1B ' / data format of field: BYTE TTYPE84 = 'BSTMULTERRCNT' / ST EDAC Multi-Error Test Failure Count TFORM84 = '1B ' / data format of field: BYTE TTYPE85 = 'BSTNOERRCNT' / ST EDAC No-Error Test Failure Count TFORM85 = '1B ' / data format of field: BYTE TTYPE86 = 'BSTDMAERRCNT' / ST Test Error Count due to DMA Failures TFORM86 = '1B ' / data format of field: BYTE TTYPE87 = 'BSTDMADEVICE' / ST Test channel TFORM87 = '1B ' / data format of field: BYTE TTYPE88 = 'BSTBCRTB' / ST 1553 Built-In-Test Test Results for Channel TFORM88 = '1B ' / data format of field: BYTE TTYPE89 = 'BSTBCRTA' / ST 1553 Built-In-Test Test Results for Channel TFORM89 = '1B ' / data format of field: BYTE TTYPE90 = 'BSTFPTEST' / ST Floating Point Test Result TFORM90 = '1B ' / data format of field: BYTE TTYPE91 = 'BSTEDACTEST' / ST EDAC Test Result TFORM91 = '1B ' / data format of field: BYTE TTYPE92 = 'BSTDMATEST' / ST DMA Test Result TFORM92 = '1B ' / data format of field: BYTE TTYPE93 = 'BSTMEMTEST' / ST Memeory Test Result TFORM93 = '1B ' / data format of field: BYTE TTYPE94 = 'BSTDSPTEST' / ST DSP Test Result TFORM94 = '1B ' / data format of field: BYTE TTYPE95 = 'BSTSUMERRCNT' / ST Test Error Count due to DMA Failures TFORM95 = '1B ' / data format of field: BYTE TTYPE96 = 'BSTDSPERRCNT' / ST Test Error Count due to DMA Failures TFORM96 = '1B ' / data format of field: BYTE TTYPE97 = 'undocumented4' / Byte field not in ITOS database TFORM97 = '1B ' / data format of field: BYTE TTYPE98 = 'BDMPACKETS' / data packets copied to circular buffer TFORM98 = '1J ' / data format of field: 4-byte INTEGER TZERO98 = 2147483648 / offset for unsigned integers TTYPE99 = 'BDMDWORDS' / dwords copied to circular buffer TFORM99 = '1J ' / data format of field: 4-byte INTEGER TZERO99 = 2147483648 / offset for unsigned integers TTYPE100= 'BDMSOCKET' / input data network socket handle TFORM100= '1I ' / data format of field: 2-byte INTEGER TZERO100= 32768 / offset for unsigned integers TTYPE101= 'BDMEMPTY' / count of empty reads with short task delay TFORM101= '1I ' / data format of field: 2-byte INTEGER TZERO101= 32768 / offset for unsigned integers TTYPE102= 'BDMDELAY' / tick count for task delay TFORM102= '1I ' / data format of field: 2-byte INTEGER TZERO102= 32768 / offset for unsigned integers TTYPE103= 'BDMSTATE' / state machine index TFORM103= '1I ' / data format of field: 2-byte INTEGER TZERO103= 32768 / offset for unsigned integers EXTNAME = 'hk133x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699892.29224 TSTOP = 727706042.2922 DATE-OBS= '2024-01-23T10:51:27' DATE-END= '2024-01-23T12:33:57' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6149.99995994568 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 307 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:27' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'UTHdWQ9dUQGdUQ9d' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '3541796978' / data unit checksum updated 2024-02-02T06:06:27 TRDHI4 = 2 / BPWRESPFAILED Red upper limit = BPW_RESPFAIL_LITYEHI4 = 1 / BPWRESPFAILED Yellow upper limit = BPW_RESPFAILTRDHI5 = 2 / BPWRESPTIMEOUT Red upper limit = BPW_RESPTOUT_LTYEHI5 = 1 / BPWRESPTIMEOUT Yellow upper limit = BPW_RESPTOUCOMMENT Column 12 = BPWSTATPKTTOGND - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 13 = BPWEVENTSDISPLD - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 20 = BPWACTCHAN - Discrete value COMMENT 0 = A = PW Channel Conversion 0="A", 1="B", 2="X Doesn't Exist COMMENT 1 = B = PW Channel Conversion 0="A", 1="B", 2="X Doesn't Exist COMMENT 2 = X = PW Channel Conversion 0="A", 1="B", 2="X Doesn't Exist COMMENT Column 21 = BPWPASSCHAN - Discrete value COMMENT 0 = A = PW Channel Conversion 0="A", 1="B", 2="X Doesn't Exist COMMENT 1 = B = PW Channel Conversion 0="A", 1="B", 2="X Doesn't Exist COMMENT 2 = X = PW Channel Conversion 0="A", 1="B", 2="X Doesn't Exist COMMENT Column 35 = FOUPDASSESSNEED - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 36 = FOMSLEWINQSTAT - Discrete value COMMENT 0 = NEEDASSESS = Slew Inquiry Assessment Needed COMMENT 1 = SENT = Slew Inquiry Sent - awaiting Reply COMMENT 2 = SIACQ = Slew Inquiry ACQ COMMENT 3 = SINACQ = Slew Inquiry NACQ COMMENT 4 = BADSI = Reply indicates Bad Slew Inquiry COMMENT 5 = BADREPLY = Bad Slew Inquiry Received COMMENT 6 = INQTIMEOUT = Slew Inquiry Time out with no Reply COMMENT 7 = NONE = No Slew Inquiry Needed COMMENT 8 = SLEWDISA = Fom Slew Mode Disabled COMMENT 9 = ERROR = Error COMMENT 10 = BADSITARG = Slew Info Reply is for wrong ObsNum COMMENT 11 = UNREQUESTEDREPLY = Slew Info Reply Received without Request COMMENT Column 37 = FOMSLEWREQSTAT - Discrete value COMMENT 0 = NEEDASSESS = Slew Request Assessment Needed COMMENT 1 = SENT = Slew Request Sent - awaiting Reply COMMENT 2 = ACQ = Slew Reply ACQ rcvd - awaiting slew COMMENT 3 = NACQ = Slew Reply NACQ received COMMENT 4 = BADSR = Reply indicates Bad Slew Request COMMENT 5 = BADREPLY = Bad Slew Request Received COMMENT 6 = REQTIMEOUT = Slew Request Time out with no Reply COMMENT 7 = SLEWTIMEOUT = Slew Start Time out after Reply ACQ COMMENT 8 = NEWOT = Requested Target Is New Obs Target COMMENT 9 = SLEWERROR = Slewing to wrong target COMMENT 10 = NONE = No Slew Request Needed COMMENT 11 = SLEWDISA = Fom Slew Mode Disabled COMMENT 12 = ERROR = Error COMMENT 13 = SLEWABORT = No Slew - Aborted COMMENT 14 = BADSRTARG = Slew Reply is for wrong ObsNum COMMENT 15 = SLEWING = ACS is slewing COMMENT 16 = UNREQUESTEDREPLY = Slew Reply Received without Request COMMENT 17 = SETTLETIMEOUT = SC Still Slewing after excessive wait COMMENT Column 38 = FOMSLEWMODESTAT - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 39 = FOMATMODESTAT - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 40 = FOMPPTMODESTAT - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 41 = FOMOTTYPE - Discrete value COMMENT 0 = GRB = GRB Type Target COMMENT 1 = TOO = TOO Type Target COMMENT 2 = PPT = PPT Type Target COMMENT 3 = UNK = Unknown Fom Target Type COMMENT Column 60 = FOMAISLEWSTATE - Discrete value COMMENT 0 = ERROR = ACS Info Slew State Error COMMENT 1 = SLEWING = ACS Info Slewing and not within 10 ArcMin of Target COMMENT 2 = IN10ARCMIN = ACS Info Slewing and within 10 ArcMin of Target COMMENT 3 = SETTLED = ACS Info Settled on Target COMMENT 4 = SAFEMODE = ACS Info SC Safemode COMMENT 5 = InSAA = ACS Info In SAA COMMENT 6 = OutOfSAA = ACS Info Outside SAA COMMENT Column 61 = FOMACSINSAA - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 73 = FOATTARGSTATUS - Discrete value COMMENT 0 = NONE = No Target Exists COMMENT 1 = UNK = Target InView Status Unknown COMMENT 2 = OUTOFVIEW = Target is Currently OutOfView COMMENT 3 = INVIEW = Target is Currently InView COMMENT Column 74 = FOPPTTARGSTATUS - Discrete value COMMENT 0 = NONE = No Target Exists COMMENT 1 = UNK = Target InView Status Unknown COMMENT 2 = OUTOFVIEW = Target is Currently OutOfView COMMENT 3 = INVIEW = Target is Currently InView TRDHI80 = 2 / BSTMEMERRCNT Red upper limit = BST_MEMERRCNT_LITYEHI80 = 1 / BSTMEMERRCNT Yellow upper limit = BST_MEMERRCNTTRDHI81 = 2 / BSTFPHWERRCNT Red upper limit = BST_FPHWERRCNT_TYEHI81 = 1 / BSTFPHWERRCNT Yellow upper limit = BST_FPHWERRCTRDHI82 = 2 / BSTCOMPERRCNT Red upper limit = BST_COMPERRCNT_TYEHI82 = 1 / BSTCOMPERRCNT Yellow upper limit = BST_COMPERRCTRDHI83 = 2 / BSTONEERRCNT Red upper limit = BST_ONEERRCNT_LITYEHI83 = 1 / BSTONEERRCNT Yellow upper limit = BST_ONEERRCNTTRDHI84 = 2 / BSTMULTERRCNT Red upper limit = BST_MULTERRCNT_TYEHI84 = 1 / BSTMULTERRCNT Yellow upper limit = BST_MULTERRCTRDHI85 = 2 / BSTNOERRCNT Red upper limit = BST_NOERRCNT_LIM TYEHI85 = 1 / BSTNOERRCNT Yellow upper limit = BST_NOERRCNT_LTRDHI86 = 2 / BSTDMAERRCNT Red upper limit = BST_DMAERRCNT_LITYEHI86 = 1 / BSTDMAERRCNT Yellow upper limit = BST_DMAERRCNTCOMMENT Column 88 = BSTBCRTB - Discrete value COMMENT 0 = FAILED = ST subsystem Test failed COMMENT 1 = PASSED = ST subsystem Test passed COMMENT 2 = DEFAULT = ST subsystem no test was called COMMENT 3 = INCOMPLT = ST subsystem test was incomplete COMMENT Column 89 = BSTBCRTA - Discrete value COMMENT 0 = FAILED = ST subsystem Test failed COMMENT 1 = PASSED = ST subsystem Test passed COMMENT 2 = DEFAULT = ST subsystem no test was called COMMENT 3 = INCOMPLT = ST subsystem test was incomplete COMMENT Column 90 = BSTFPTEST - Discrete value COMMENT 0 = FAILED = ST subsystem Test failed COMMENT 1 = PASSED = ST subsystem Test passed COMMENT 2 = DEFAULT = ST subsystem no test was called COMMENT 3 = INCOMPLT = ST subsystem test was incomplete COMMENT Column 91 = BSTEDACTEST - Discrete value COMMENT 0 = FAILED = ST subsystem Test failed COMMENT 1 = PASSED = ST subsystem Test passed COMMENT 2 = DEFAULT = ST subsystem no test was called COMMENT 3 = INCOMPLT = ST subsystem test was incomplete COMMENT Column 92 = BSTDMATEST - Discrete value COMMENT 0 = FAILED = ST subsystem Test failed COMMENT 1 = PASSED = ST subsystem Test passed COMMENT 2 = DEFAULT = ST subsystem no test was called COMMENT 3 = INCOMPLT = ST subsystem test was incomplete COMMENT Column 93 = BSTMEMTEST - Discrete value COMMENT 0 = FAILED = ST subsystem Test failed COMMENT 1 = PASSED = ST subsystem Test passed COMMENT 2 = DEFAULT = ST subsystem no test was called COMMENT 3 = INCOMPLT = ST subsystem test was incomplete COMMENT Column 94 = BSTDSPTEST - Discrete value COMMENT 0 = FAILED = ST subsystem Test failed COMMENT 1 = PASSED = ST subsystem Test passed COMMENT 2 = DEFAULT = ST subsystem no test was called COMMENT 3 = INCOMPLT = ST subsystem test was incomplete TRDHI95 = 2 / BSTSUMERRCNT Red upper limit = BST_SUMERRCNT_LITYEHI95 = 1 / BSTSUMERRCNT Yellow upper limit = BST_SUMERRCNTTRDHI96 = 2 / BSTDSPERRCNT Red upper limit = BST_DSPERRCNT_LITYEHI96 = 1 / BSTDSPERRCNT Yellow upper limit = BST_DSPERRCNTHISTORY TASK: FAPPND on FILENAME: sw01210276000b133x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:30 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aů%huqqppTzܾܾH(@\BQ_-<+@\<+@\@\BP@\-N?1=ADDDDDDDDDDAůmxttpp[pЀ(@\BB_-<+@\<+@\@\BA@\-N?1=ADDDDDDDDDDAů%f'{wwppbf(@\B3_-<+@\<+@\@\B2@\-N?1=ADDDDDDDDDDAůhǀ~zzppi\(@\B$_-<+@\<+@\@\B#@\-N?1=ADDDDDDDDDDAů%fπ}}pppR.(@\B_-<+@\<+@\@\B@\-N?1=ADDDDDDDDDDAůhppwHg(@\BЫ_-<+@\<+@\@\B@\-N?1=ADDDDDDDDDDAů%gwpp~>**(@\B߫_-<+@\<+@\@\B@\-N?1=ADDDDDDDDDDAůjpp4<<(@\B_-<+@\<+@\@\B@\-N?1=ADDDDDDDDDDAů%gwpp*NN(@\Bـ_-<+@\<+@\@\B؀@\-N?1=ADDDDDDDDDDAůfπpp ``K(@\Bʀ _-<+@\<+@\@\Bɀ@\-N?1=ADDDDDDDDDDAů%%jpprr(@\B_-<+@\<+@\@\B@\-N?1=ADDDDDDDDDDAů,gwpp ݄݄(@\B*_-<+@\<+@\@\B@\-N?1=ADDDDDDDDDDAů4%gwppݖݖ(@\B9_-<+@\<+@\@\B@\-N?1=ADDDDDDDDDDAů;|ppݨݨ/(@\BH_-<+@\<+@\@\B@\-N?1=ADDDDDDDDDDAůC%gwppݺݺh(@\BW_-<+@\<+@\@\B~@\-N?1=ADDDDDDDDDDAůJhpp̀(@\Bpf_-<+@\<+@\@\Bo@\-N?1=ADDDDDDDDDDAůR%ppހ(@\Bau_-<+@\<+@\@\B`@\-N?1=ADDDDDDDDDDAůYhpp(@\BR_-<+@\<+@\@\BQ@\-N?1=ADDDDDDDDDDAůa%hǀppN(@\BC_-<+@\<+@\@\BB@\-N?1=ADDDDDDDDDDAůhgwppؼ(@\B4_-<+@\<+@\@\B3@\-N?1=ADDDDDDDDDDAůp%hǀpp߲&&(@\B%_-<+@\<+@\@\B$@\-N?1=ADDDDDDDDDDAůwfπpp88(@\B_-<+@\<+@\@\B@\-N?1=ADDDDDDDDDDAů%inppJJ2(@\Bϫ_-<+^<+^^BZ@\.N?1>BDDDDDDDDDDAů醥hpp\\m(^BZ_<+^<+^^BY^.N?2>BDDDDDDDDDDAů&doppnn(^BZ_<+^<+^^BY^.N?2>BDDDDDDDDDDAů镫ppހހ(^BZ_<+^<+^^BY^.N?2>BDDDDDDDDDDAů%inÀpp vޒޒ(^BZ_<+^<+^^BY^.N?2>BDDDDDDDDDDAů餩Iƀ€€pplޤޤQ(^BZ_<+^<+^^BY^.N?2>BDDDDDDDDDDAů%nɀŀŀppb޶޶(^BZ_<+^<+^^BY^.N?2>BDDDDDDDDDDAů鳥gẁȀȀppXȀ(^BZ_<+^<+^^BY^.N?2>BDDDDDDDDDDAů%inπˀˀpp%Nڀ(^BZ_<+^<+^^BY^.N?2>BDDDDDDDDDDAů¥f'Ҁ΀΀pp,D5(^BZ_<+^<+^^BY^.N?2>BDDDDDDDDDDAů%jՀррpp3:n(^BZ_<+^<+^^BY^.N?2>BDDDDDDDDDDAůѥfπ؀ԀԀpp:0(^BX_Ӡ<+^<+^^BW^.N?2>BDDDDDDDDDDAů%hǀۀ׀׀ppA&""(^BI_Ӡ<+^<+^^BH^.N?2>BDDDDDDDDDDAůhހڀڀppH44(^B: _Ӡ<+^<+^^B9^.N?2>BDDDDDDDDDDAů%gw݀݀ppOFFU(^B+/_Ӡ<+^<+^^B*^.N?2>BDDDDDDDDDDAůjppVXX(^B>_Ӡ<+^<+^^B^.N?2>BDDDDDDDDDDAů%gwpp\jj(^B M_Ӡ<+^<+^^B ^.N?2>BDDDDDDDDDDAůfπppc||(^B\_Ӡ<+^<+^^B^.N?2>BDDDDDDDDDDAů%hppjߎߎ8(^Bk_Ӡ<+^<+^^B^.N?2>BDDDDDDDDDDAů jppqߠߠq(^Bz_Ӡ<+^<+^^B߀^.N?2>BDDDDDDDDDDAů%hǀppx߲߲(^Bр_Ӡ<+^<+^^BЀ^.N?2>BDDDDDDDDDDAůhppĀ(^B€_Ӡ<+^<+^^B^.N?2>BDDDDDDDDDDAů$%inppր(^B_Ӡ<+^<+^^B^.N?2>BDDDDDDDDDDAů+gwppU(^B_Ӡ<+^<+^^B^.N?2>BDDDDDDDDDDAů3%inpp(^Bū_Ӡ<+^<+^^B^.N?2>BDDDDDDDDDDAů:jpp (^Bԫ_Ӡ<+^<+^^B^.N?2>BDDDDDDDDDDAůB%gwpp(^Bw_Ӡ<+^<+^^Bv^.N?2>BDDDDDDDDDDAůIhpp00?(^Bh_Ӡ<+^<+^^Bg^.N?2>BDDDDDDDDDDAůQ%in ppBBx(^BY_Ӡ<+^<+^^BX^.N?2>BDDDDDDDDDDAůXh  pp|TT(^BJ_Ӡ<+^<+^^BI^.N?2>BDDDDDDDDDDAů`%f'  pprff(^B;_Ӡ<+^<+^^B:^.N?2>BDDDDDDDDDDAůgjpphxx#(^B,._Ӡ<+^<+^^B+^.N?2>BDDDDDDDDDDAůo%hpp^\(^B=_Ӡ<+^<+^^B^.N?2>BDDDDDDDDDDAův므ppT(^BL_Ӡ<+^<+^^B ^.N?2>BDDDDDDDDDDAů~*1ppJ஀(^B[_Ӡ<+^<+^^B^.N?2>BDDDDDDDDDDAůꅫa pp@(^Bj_Ӡ<+^<+^^B^.N?2>BDDDDDDDDDDAů%fπ#pp6ҀA(^By_Ӡ<+^<+^^B^.N?2>BDDDDDDDDDDAůꔥgw&""pp,z(^BҀ_Ӡ<+^<+^^Bр^.N?2>BDDDDDDDDDDAů%in)%%pp"(^BÀ_Ӡ<+^<+^^B€^.N?2>BDDDDDDDDDDAů꣥fπ,((pp(^B_Ӡ<+^<+^^B^.N?2>BDDDDDDDDDDAů%À/++pp'(^B_Ӡ<+^<+^^B^.N?2>BDDDDDDDDDDAů겥in2..pp ,,`(^Bī_Ӡ<+^<+^^B^.N?2>BDDDDDDDDDDAů%hǀ511pp>>(wB7_d<+w<+w^BwB5w.O?3?CDDDDDDDDDDAů6844ppPP(wB7_d<+w<+w^BwwB5w.O?3?CDDDDDDDDDDAů&Qn;77ppbb(wB7_d<+w<+w^BhwB5w.O?3?CDDDDDDDDDDAůЪ~R>::pp&ttG(wB7_d<+w<+w^BYwB5w.O?3?CDDDDDDDDDDAů%fπA==pp-ᆀ(wB7_d<+w<+w^BJwB5w.O?3?CDDDDDDDDDDAůߥjD@@pp4ᘀ(wB2_չ<+w<+w^B;wB0w.O?3?CDDDDDDDDDDAů&!GCCpp;᪀(wB#_չ<+w<+w^B,wB!w.O?3?CDDDDDDDDDDAůhJFFppBἀ+(wB#_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů)(9MIIppI΀d(wB2_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAůwPLLppP(wBA_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů(dESOOppW(wBP_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů f'VRRpp^(wB؀__չ<+w<+w^BwBրw.O?3?CDDDDDDDDDDAů'ˀYUUppeK(wBɀn_չ<+w<+w^BҀwBǀw.O?3?CDDDDDDDDDDAů\XXpplx(((wB}_չ<+w<+w^BÀwBw.O?3?CDDDDDDDDDDAů#%u:_[[ppsn::(wB_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů*b^^ppzdLL(wB_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů2%fπeaappZ^^/(wB_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů9jhddppPpph(wB~_չ<+w<+w^BwB|w.O?3?CDDDDDDDDDDAůA&ʬkggppF₀(wBoȫ_չ<+w<+w^BxwBmw.O?3?CDDDDDDDDDDAůH̀njjpp<─(wB`׫_չ<+w<+w^BiwB^w.O?3?CDDDDDDDDDDAůP(Bqmmpp2⦀(wBQ_չ<+w<+w^BZwBOw.O?3?CDDDDDDDDDDAůWtpppp(⸀L(wBB_չ<+w<+w^BKwB@w.O?3?CDDDDDDDDDDAů_%jwssppʀ(wB3_չ<+w<+w^B<wB1w.O?3?CDDDDDDDDDDAůf;%zvvpp܀(wB$_չ<+w<+w^B-wB"w.O?3?CDDDDDDDDDDAůn,}yypp (wB"_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAůuhǀ||pp2(wB1_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů}&ppj(wB@_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů넥jpp$$(wBO_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů*/pp66(wBـ^_չ<+w<+w^BwB׀w.O?3?CDDDDDDDDDDAů듩߀ppHH(wBʀm_չ<+w<+w^BӀwBȀw.O?3?CDDDDDDDDDDAů%hppZZN(wB|_չ<+w<+w^BĀwBw.O?3?CDDDDDDDDDDAů뢦?ppll(wB_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů%inpp~~(wB_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů뱥hpp㐀(wB_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů%hǀpp㢀3(wB_չ<+w<+w^BwB}w.O?3?CDDDDDDDDDDAůjpp㴀l(wBpǫ_չ<+w<+w^BywBnw.O?3?CDDDDDDDDDDAů%u:pp ƀ(wBa֫_չ<+w<+w^BjwB_w.O?3?CDDDDDDDDDDAůϬ뚀pp؀(wBR_չ<+w<+w^B[wBPw.O?3?CDDDDDDDDDDAů&4pp~(wBC_չ<+w<+w^BLwBAw.O?3?CDDDDDDDDDDAůޥjpp!tP(wB4_չ<+w<+w^B=wB2w.O?3?CDDDDDDDDDDAů%hpp(j(wB%_չ<+w<+w^B.wB#w.O?3?CDDDDDDDDDDAůhǀpp/` (wB!_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů/܀pp6V22(wB0_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAůpp=LDD6(wB?_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů+~ppDBVVo(wBN_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů KppK8hh(wBڀ]_չ<+w<+w^BwB؀w.O?3?CDDDDDDDDDDAů%gwppR.zz(wBˀl_չ<+w<+w^BԀwBɀw.O?3?CDDDDDDDDDDAůgw€ppY$䌀(wB{_չ<+w<+w^BŀwBw.O?3?CDDDDDDDDDDAů")@ŀpp`䞀S(wB_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů)ӀȀĀĀppg䰀(wB_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů1'Eˀǀǀppn€(wB_չ<+w<+w^BwBw.O?3?CDDDDDDDDDDAů8+΀ʀʀpptԀ(wB_չ<+w<+w^BwB~w.O?3?CDDDDDDDDDDAů@%fπр̀̀pp{6(wBqƫ_չ<+w<+w^BzwBow.O?3?CDDDDDDDDDDAůG|1ԀЀЀppo(wBbի_չ<+w<+w^BkwB`w.O?3?CDDDDDDDDDDAůO%hǀ׀ӀӀpp (wBS_չ<+w<+w^B\wBQw.O?3?CDDDDDDDDDDAůVXڀրրpp(wBD_չ<+w<+w^BMwBBw.O?3?CDDDDDDDDDDAů^%fπ݀ــpp..(wB5_չ<+w<+w^B>wB3w.O?3?CDDDDDDDDDDAůe$܀܀pp@@V(wB_չw^w^^BwB^.O?3@DDDDDDDDDDDAům'ˀ߀߀ppRR(^Bǫ_Ӡw^w^^BwB^.O?4@DDDDDDDDDDDAůtinppdd(^Bǫ_Ӡw^w^^BwB^.O?4@DDDDDDDDDDDAů|) ppvv(^Bǫ_Ӡw^w^^BwB^.O?4@DDDDDDDDDDDAů샧`pp刀<(^Bǫ_Ӡw^w^^BwB^.O?4@DDDDDDDDDDDAů%hǀpp嚀u(^Bǫ_Ӡw^w^^BwB^.O?4@DDDDDDDDDDDAů쒥hppȄ嬀( ^Bϫ_wwww^BwB ^.O?4AEDDDDDDDDDDAů+yppz往( ^Bޫ_wwww^BwB ^.O?4AEDDDDDDDDDDAů졥fπpppЀ ( ^B_wwww^BwB ^.O?4AEDDDDDDDDDDAů+eppfY( ^B_wwww^BwB ؀^.O?4AEDDDDDDDDDDAů찥jpp\( ^Bz _wwww^BywB ɀ^.O?4AEDDDDDDDDDDAů%gwppR( ^Bk_wwww^BjwB ^.O?4AEDDDDDDDDDDAů쿫7ppH ( ^B\)_wwww^B[wB ^.O?4AEDDDDDDDDDDAů%hpp>**C( ^BM8_wwww^BLwB ^.O?4AEDDDDDDDDDDAůΫ| pp4<<|( ^B>G_wwww^B=wB ^.O?4AEDDDDDDDDDDAů%kf  pp*NN( ^B/V_wwww^B.wB ~^.O?4AEDDDDDDDDDDAůݫ>  pp ``( ^B e_wwww^BwB o^.O?4AEDDDDDDDDDDAů%gwpprr'( ^Bt_wwww^BwB `^.O?4AEDDDDDDDDDDAůupp 愀a( ^B_wwww^BwB Q^.O?4AEDDDDDDDDDDAů*BYUUpp[(/VBp7_䏀w/Vw/V/VBpwB/VEO?KX\DDDDDDDDDDAůh\XXppbx(((wB I_չwwww/VBpzwB GwEO?LY]DDDDDDDDDDAů+a_[[ppin::)(wB I_չwwww/VBpkwB GwEO?LY]DDDDDDDDDDAůhb^^pppdLLb(wB I_չwwww/VBp\wB GwEO?LY]DDDDDDDDDDAů%XeaappwZ^^(wB I_չwwww/VBpMwB GwEO?LY]DDDDDDDDDDAů򹪽hddpp~Ppp(wB I_չwwww/VBp>wB GwEO?LY]DDDDDDDDDDAů%jkggppF (wB I_չwwww@5BwB GwFO?LY]DDDDDDDDDDAůȥhnjjpp<F(wB I_չwwww@5BwB GwFO?LY]DDDDDDDDDDAů*qmmpp2(wB I_չwwww@5BwB GwFO?LY]DDDDDDDDDDAů׬Ytpppp((wB I_չwwww@5BwB GwFO?LY]DDDDDDDDDDAů%gwwssppʀ(wB I_չwwww@5BwB GwFO?LY]DDDDDDDDDDAůc^zvvpp܀*(wB I_չwwww@5BwB GwFO?LY]DDDDDDDDDDAů+܀}yypp c(wB I_չwwww@5BwB GwFO?LY]DDDDDDDDDDAůin||pp(wB I_չwwww@5BwB GwFO?LY]DDDDDDDDDDAů%f'pp(wB I_չwwww@5BwB GwFO?LY]DDDDDDDDDDAůhpp$$( wB G_wwww@5BwB EwFO?LY]DDDDDDDDDDAů %gwpp66I( wB 8"_wwww@5BwB 6wFO?LY]DDDDDDDDDDAůtppHH( wB )1_wwww@5BwB 'wFO?LY]DDDDDDDDDDAů%hǀppZZ( wB @_wwww@5BwB wFO?LY]DDDDDDDDDDAů"hǀppll( wB O_wwww@5BwB wFO?LY]DDDDDDDDDDAů*%pp~~-( wB^_wwww@5BwBwFO?LY]DDDDDDDDDDAů1hǀppf( wBm_wwww@5BwBwFO?LY]DDDDDDDDDDAů9%gwpp( wBހ|_wwww@5BwB܀wFO?LY]DDDDDDDDDDAů@gwpp( wBπ_wwww@5BwB̀wFO?LY]DDDDDDDDDDAůH%gwppƀ( wB_wwww@5BwBwFO?LY]DDDDDDDDDDAůOpp ؀J( wB_wwww@5BwBwFO?LY]DDDDDDDDDDAůW%hǀpp~( wB_wwww@5BwBwFO?LY]DDDDDDDDDDAů^hppt( wBǫ_wwww@5BwBwFO?LY]DDDDDDDDDDAůf%fπppj( wB֫_wwww@5BwBwFO?LY]DDDDDDDDDDAůmfπpp%` 0( wBu_wwww@5BwBswFO?LY]DDDDDDDDDDAůu%jpp,V22i( wBf_wwww@5BwBdwFO?LY]DDDDDDDDDDAů|hpp3LDD( wBW_wwww@5BwBUwFO?LY]DDDDDDDDDDAů%gwpp:BVV( wBH_wwww@5BwBFwFO?LY]DDDDDDDDDDAůgwppA8hh( wB9!_wwww@5BwB7wFO?LY]DDDDDDDDDDAů%fπppH.zzM( wB*0_wwww@5BwB(wFO?LY]DDDDDDDDDDAůin€ppO$( wB?_wwww@5BwBwFO?LY]DDDDDDDDDDAů%gwŀppV( wB N_wwww@5BwB wFO?LY]DDDDDDDDDDAůgwȀĀĀpp]( wB]_wwww@5BwBwFO?LY]DDDDDDDDDDAů%hˀǀǀppd€2( wBl_wwww@5BwBwFO?LY]DDDDDDDDDDAů.΀ʀʀppjԀj( wB߀{_wwww@5BwB݀wFO?LY]DDDDDDDDDDAů%fπр̀̀ppq( wBЀ_wwww@5BwB΀wFO?LY]DDDDDDDDDDAůǥfπԀЀЀppx( wB_wwww@5BwBwFO?LY]DDDDDDDDDDAů%gw׀ӀӀpp ( wB_wwww@5BwBwFO?LY]DDDDDDDDDDAů֥fπڀրրppP( wB_wwww@5BwBwFO?LY]DDDDDDDDDDAů%h݀ــpp..( wBƫ_wwww@5BwBwFO?LY]DDDDDDDDDDAůhǀ܀܀pp@@( wBի_wwww@5BwBwFO?LY]DDDDDDDDDDAů%gw߀߀ppRR( wBv_wwww@5BwBtwFO?LY]DDDDDDDDDDAůf'ppdd4( wBg_wwww@5BwBewFO?LY]DDDDDDDDDDAů%jppvvm( wBX_wwww@5BwBVwFO?LY]DDDDDDDDDDAůinpp( wBI_wwww@5BwBGwFO?LY]DDDDDDDDDDAů %gwpp( wB: _wwww@5BwB8wFO?LY]DDDDDDDDDDAůgwpp( wB+/_wwww@5BwB)wFO?LY]DDDDDDDDDDAů%gwppzQ( wB>_wwww@5BwBwFO?LY]DDDDDDDDDDAů!jpppЀ( wB M_wwww@5BwB wFO?LY]DDDDDDDDDDAů)%jppf( wB\_wwww@5BwBwFO?LY]DDDDDDDDDDAů0hpp\( wBk_wwww@5BwBwFO?LY]DDDDDDDDDDAů8%fπppR:( wBz_wwww@5BwBހwFO?LY]DDDDDDDDDDAů?jppHv( wBр_wwww@5BwBπwFO?LY]DDDDDDDDDDAůG(fpp>**( wB€_wwww@5BwBwFO?LY]DDDDDDDDDDAůN:i pp4<<( wB_wwww@5BwBwFO?LY]DDDDDDDDDDAůV%qL  pp*NN"( wB_wwww@5BwBwFO?LY]DDDDDDDDDDAů]h  pp ``[( wBū_wwww@5BwBwFO?LY]DDDDDDDDDDAůe%fπpp rr( wBԫ_wwww@5BwBwFO?LY]DDDDDDDDDDAůlfπpp ( wBw_wwww@5BwBuwFO?LY]DDDDDDDDDDAůt%inpp( wBh_wwww@5BwBfwFO?LY]DDDDDDDDDDAů{gwpp>( wBY_wwww@5BwBWwFO?LY]DDDDDDDDDDAů%fπpp&w( wBJ_wwww64BwBHwGO?LY]DDDDDDDDDDAůfπ"pp-̀( wB;_wwww64BwB9wGO?LY]DDDDDDDDDDAů%j%!!pp4ހ( wB,._wwww64BwB*wGO?LY]DDDDDDDDDDAůfπ($$pp;"( wB=_wwww64BwBwGO?LY]DDDDDDDDDDAů%h+''ppB]( wBL_wwww64BwB wGO?LY]DDDDDDDDDDAůhǀ.**ppI( wB[_wwww64BwBwGO?LY]DDDDDDDDDDAů%fπ1--ppP&&( wBj_wwww64BwBwGO?LY]DDDDDDDDDDAůfπ400ppW88( wBy_wwww64BwB߀wGO?LY]DDDDDDDDDDAů%fπ733pp^JJA( wBҀ_wwww64BwBЀwGO?LY]DDDDDDDDDDAůƥhǀ:66ppe\\z( wBÀ_wwww64BwBwGO?LY]DDDDDDDDDDAů%l =99pplnn( wB_wwww64BwBwGO?LY]DDDDDDDDDDAůլ@<<pps( wB_wwww64BwBwGO?LY]DDDDDDDDDDAů%fπC??ppzv%( wBī_wwww64BwBwGO?LY]DDDDDDDDDDXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 212 / width of table in bytes NAXIS2 = 219 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 139 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHK134SSPRES' / HK Presence of SubSystems for this packet TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BSCSTARTCNT' / SC Script START Commands Count TFORM3 = '1I ' / data format of field: 2-byte INTEGER TZERO3 = 32768 / offset for unsigned integers TTYPE4 = 'BSCTERMCNT' / SC Script STOP Command Count TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 32768 / offset for unsigned integers TTYPE5 = 'BSCCOMPLCNT' / SC Script BREAK Command Count TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 32768 / offset for unsigned integers TTYPE6 = 'BSCNUMSCRIPTS' / SC Number of Scripts Currently Active TFORM6 = '1B ' / data format of field: BYTE TTYPE7 = 'BSCUNSPECSLOT' / SC Minimum Slot for Scripts with Unspecified SlTFORM7 = '1B ' / data format of field: BYTE TTYPE8 = 'BSCTLMPKTCNT' / SC Script CLEAR Command Count TFORM8 = '1J ' / data format of field: 4-byte INTEGER TZERO8 = 2147483648 / offset for unsigned integers TTYPE9 = 'BSCCMDSENT' / SC Script STEP Command Count TFORM9 = '1J ' / data format of field: 4-byte INTEGER TZERO9 = 2147483648 / offset for unsigned integers TTYPE10 = 'BSCBOOLFLAGS0' / SC Boolean Flag 0-31 squished together TFORM10 = '1J ' / data format of field: 4-byte INTEGER TZERO10 = 2147483648 / offset for unsigned integers TTYPE11 = 'BSCBOOLFLAGS1' / SC Boolean Flag 32-63 squished together TFORM11 = '1J ' / data format of field: 4-byte INTEGER TZERO11 = 2147483648 / offset for unsigned integers TTYPE12 = 'BSCINTVAR00' / SC Integer Varaible 0 TFORM12 = '1B ' / data format of field: BYTE TTYPE13 = 'BSCINTVAR01' / SC Integer Varaible 1 TFORM13 = '1B ' / data format of field: BYTE TTYPE14 = 'BSCINTVAR02' / SC Integer Varaible 2 TFORM14 = '1B ' / data format of field: BYTE TTYPE15 = 'BSCINTVAR03' / SC Integer Varaible 3 TFORM15 = '1B ' / data format of field: BYTE TTYPE16 = 'BSCINTVAR04' / SC Integer Varaible 4 TFORM16 = '1B ' / data format of field: BYTE TTYPE17 = 'BSCINTVAR05' / SC Integer Varaible 5 TFORM17 = '1B ' / data format of field: BYTE TTYPE18 = 'BSCINTVAR06' / SC Integer Varaible 6 TFORM18 = '1B ' / data format of field: BYTE TTYPE19 = 'BSCINTVAR07' / SC Integer Varaible 7 TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BSCINTVAR08' / SC Integer Varaible 8 TFORM20 = '1B ' / data format of field: BYTE TTYPE21 = 'BSCINTVAR09' / SC Integer Varaible 9 TFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BSCINTVAR10' / SC Integer Varaible 10 TFORM22 = '1B ' / data format of field: BYTE TTYPE23 = 'BSCINTVAR11' / SC Integer Varaible 11 TFORM23 = '1B ' / data format of field: BYTE TTYPE24 = 'BSCINTVAR12' / SC Integer Varaible 12 TFORM24 = '1B ' / data format of field: BYTE TTYPE25 = 'BSCINTVAR13' / SC Integer Varaible 13 TFORM25 = '1B ' / data format of field: BYTE TTYPE26 = 'BSCINTVAR14' / SC Integer Varaible 14 TFORM26 = '1B ' / data format of field: BYTE TTYPE27 = 'BSCINTVAR15' / SC Integer Varaible 15 TFORM27 = '1B ' / data format of field: BYTE TTYPE28 = 'BSCINTVAR16' / SC Integer Varaible 16 TFORM28 = '1B ' / data format of field: BYTE TTYPE29 = 'BSCINTVAR17' / SC Integer Varaible 17 TFORM29 = '1B ' / data format of field: BYTE TTYPE30 = 'BSCINTVAR18' / SC Integer Varaible 18 TFORM30 = '1B ' / data format of field: BYTE TTYPE31 = 'BSCINTVAR19' / SC Integer Varaible 19 TFORM31 = '1B ' / data format of field: BYTE TTYPE32 = 'BSCINTVAR20' / SC Integer Varaible 20 TFORM32 = '1B ' / data format of field: BYTE TTYPE33 = 'BSCINTVAR21' / SC Integer Varaible 21 TFORM33 = '1B ' / data format of field: BYTE TTYPE34 = 'BSCINTVAR22' / SC Integer Varaible 22 TFORM34 = '1B ' / data format of field: BYTE TTYPE35 = 'BSCINTVAR23' / SC Integer Varaible 23 TFORM35 = '1B ' / data format of field: BYTE TTYPE36 = 'BSCINTVAR24' / SC Integer Varaible 24 TFORM36 = '1B ' / data format of field: BYTE TTYPE37 = 'BSCINTVAR25' / SC Integer Varaible 25 TFORM37 = '1B ' / data format of field: BYTE TTYPE38 = 'BSCINTVAR26' / SC Integer Varaible 26 TFORM38 = '1B ' / data format of field: BYTE TTYPE39 = 'BSCINTVAR27' / SC Integer Varaible 27 TFORM39 = '1B ' / data format of field: BYTE TTYPE40 = 'BSCINTVAR28' / SC Integer Varaible 28 TFORM40 = '1B ' / data format of field: BYTE TTYPE41 = 'BSCINTVAR29' / SC Integer Varaible 29 TFORM41 = '1B ' / data format of field: BYTE TTYPE42 = 'BSCINTVAR30' / SC Integer Varaible 30 TFORM42 = '1B ' / data format of field: BYTE TTYPE43 = 'BSCINTVAR31' / SC Integer Varaible 31 TFORM43 = '1B ' / data format of field: BYTE TTYPE44 = 'BSCCURSTATE00' / SE Script TFORM44 = '1B ' / data format of field: BYTE TTYPE45 = 'BSCLINEEXEC00' / SE Script TFORM45 = '1B ' / data format of field: BYTE TTYPE46 = 'BSCCURRLINE00' / SE Script TFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 32768 / offset for unsigned integers TTYPE47 = 'BSCCMDSSENT00' / SE Script TFORM47 = '1I ' / data format of field: 2-byte INTEGER TZERO47 = 32768 / offset for unsigned integers TTYPE48 = 'BSCCURSTATE01' / SE Script TFORM48 = '1B ' / data format of field: BYTE TTYPE49 = 'BSCLINEEXEC01' / SE Script TFORM49 = '1B ' / data format of field: BYTE TTYPE50 = 'BSCCURRLINE01' / SE Script TFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 32768 / offset for unsigned integers TTYPE51 = 'BSCCMDSSENT01' / SE Script TFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = 32768 / offset for unsigned integers TTYPE52 = 'BSCCURSTATE02' / SE Script TFORM52 = '1B ' / data format of field: BYTE TTYPE53 = 'BSCLINEEXEC02' / SE Script TFORM53 = '1B ' / data format of field: BYTE TTYPE54 = 'BSCCURRLINE02' / SE Script TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BSCCMDSSENT02' / SE Script TFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 32768 / offset for unsigned integers TTYPE56 = 'BSCCURSTATE03' / SE Script TFORM56 = '1B ' / data format of field: BYTE TTYPE57 = 'BSCLINEEXEC03' / SE Script TFORM57 = '1B ' / data format of field: BYTE TTYPE58 = 'BSCCURRLINE03' / SE Script TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 32768 / offset for unsigned integers TTYPE59 = 'BSCCMDSSENT03' / SE Script TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = 32768 / offset for unsigned integers TTYPE60 = 'BSCCURSTATE04' / SE Script TFORM60 = '1B ' / data format of field: BYTE TTYPE61 = 'BSCLINEEXEC04' / SE Script TFORM61 = '1B ' / data format of field: BYTE TTYPE62 = 'BSCCURRLINE04' / SE Script TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 32768 / offset for unsigned integers TTYPE63 = 'BSCCMDSSENT04' / SE Script TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 32768 / offset for unsigned integers TTYPE64 = 'BSCCURSTATE05' / SE Script TFORM64 = '1B ' / data format of field: BYTE TTYPE65 = 'BSCLINEEXEC05' / SE Script TFORM65 = '1B ' / data format of field: BYTE TTYPE66 = 'BSCCURRLINE05' / SE Script TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 32768 / offset for unsigned integers TTYPE67 = 'BSCCMDSSENT05' / SE Script TFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 32768 / offset for unsigned integers TTYPE68 = 'BSCCURSTATE06' / SE Script TFORM68 = '1B ' / data format of field: BYTE TTYPE69 = 'BSCLINEEXEC06' / SE Script TFORM69 = '1B ' / data format of field: BYTE TTYPE70 = 'BSCCURRLINE06' / SE Script TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 32768 / offset for unsigned integers TTYPE71 = 'BSCCMDSSENT06' / SE Script TFORM71 = '1I ' / data format of field: 2-byte INTEGER TZERO71 = 32768 / offset for unsigned integers TTYPE72 = 'BSCCURSTATE07' / SE Script TFORM72 = '1B ' / data format of field: BYTE TTYPE73 = 'BSCLINEEXEC07' / SE Script TFORM73 = '1B ' / data format of field: BYTE TTYPE74 = 'BSCCURRLINE07' / SE Script TFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 32768 / offset for unsigned integers TTYPE75 = 'BSCCMDSSENT07' / SE Script TFORM75 = '1I ' / data format of field: 2-byte INTEGER TZERO75 = 32768 / offset for unsigned integers TTYPE76 = 'BSCCURSTATE08' / SE Script TFORM76 = '1B ' / data format of field: BYTE TTYPE77 = 'BSCLINEEXEC08' / SE Script TFORM77 = '1B ' / data format of field: BYTE TTYPE78 = 'BSCCURRLINE08' / SE Script TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 32768 / offset for unsigned integers TTYPE79 = 'BSCCMDSSENT08' / SE Script TFORM79 = '1I ' / data format of field: 2-byte INTEGER TZERO79 = 32768 / offset for unsigned integers TTYPE80 = 'BSCCURSTATE09' / SE Script TFORM80 = '1B ' / data format of field: BYTE TTYPE81 = 'BSCLINEEXEC09' / SE Script TFORM81 = '1B ' / data format of field: BYTE TTYPE82 = 'BSCCURRLINE09' / SE Script TFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 32768 / offset for unsigned integers TTYPE83 = 'BSCCMDSSENT09' / SE Script TFORM83 = '1I ' / data format of field: 2-byte INTEGER TZERO83 = 32768 / offset for unsigned integers TTYPE84 = 'BSCCURSTATE10' / SE Script TFORM84 = '1B ' / data format of field: BYTE TTYPE85 = 'BSCLINEEXEC10' / SE Script TFORM85 = '1B ' / data format of field: BYTE TTYPE86 = 'BSCCURRLINE10' / SE Script TFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 32768 / offset for unsigned integers TTYPE87 = 'BSCCMDSSENT10' / SE Script TFORM87 = '1I ' / data format of field: 2-byte INTEGER TZERO87 = 32768 / offset for unsigned integers TTYPE88 = 'BSCCURSTATE11' / SE Script TFORM88 = '1B ' / data format of field: BYTE TTYPE89 = 'BSCLINEEXEC11' / SE Script TFORM89 = '1B ' / data format of field: BYTE TTYPE90 = 'BSCCURRLINE11' / SE Script TFORM90 = '1I ' / data format of field: 2-byte INTEGER TZERO90 = 32768 / offset for unsigned integers TTYPE91 = 'BSCCMDSSENT11' / SE Script TFORM91 = '1I ' / data format of field: 2-byte INTEGER TZERO91 = 32768 / offset for unsigned integers TTYPE92 = 'BSCCURSTATE12' / SE Script TFORM92 = '1B ' / data format of field: BYTE TTYPE93 = 'BSCLINEEXEC12' / SE Script TFORM93 = '1B ' / data format of field: BYTE TTYPE94 = 'BSCCURRLINE12' / SE Script TFORM94 = '1I ' / data format of field: 2-byte INTEGER TZERO94 = 32768 / offset for unsigned integers TTYPE95 = 'BSCCMDSSENT12' / SE Script TFORM95 = '1I ' / data format of field: 2-byte INTEGER TZERO95 = 32768 / offset for unsigned integers TTYPE96 = 'BSCCURSTATE13' / SE Script TFORM96 = '1B ' / data format of field: BYTE TTYPE97 = 'BSCLINEEXEC13' / SE Script TFORM97 = '1B ' / data format of field: BYTE TTYPE98 = 'BSCCURRLINE13' / SE Script TFORM98 = '1I ' / data format of field: 2-byte INTEGER TZERO98 = 32768 / offset for unsigned integers TTYPE99 = 'BSCCMDSSENT13' / SE Script TFORM99 = '1I ' / data format of field: 2-byte INTEGER TZERO99 = 32768 / offset for unsigned integers TTYPE100= 'BSCCURSTATE14' / SE Script TFORM100= '1B ' / data format of field: BYTE TTYPE101= 'BSCLINEEXEC14' / SE Script TFORM101= '1B ' / data format of field: BYTE TTYPE102= 'BSCCURRLINE14' / SE Script TFORM102= '1I ' / data format of field: 2-byte INTEGER TZERO102= 32768 / offset for unsigned integers TTYPE103= 'BSCCMDSSENT14' / SE Script TFORM103= '1I ' / data format of field: 2-byte INTEGER TZERO103= 32768 / offset for unsigned integers TTYPE104= 'BSCCURSTATE15' / SE Script TFORM104= '1B ' / data format of field: BYTE TTYPE105= 'BSCLINEEXEC15' / SE Script TFORM105= '1B ' / data format of field: BYTE TTYPE106= 'BSCCURRLINE15' / SE Script TFORM106= '1I ' / data format of field: 2-byte INTEGER TZERO106= 32768 / offset for unsigned integers TTYPE107= 'BSCCMDSSENT15' / SE Script TFORM107= '1I ' / data format of field: 2-byte INTEGER TZERO107= 32768 / offset for unsigned integers TTYPE108= 'BSCCURSTATE16' / SE Script TFORM108= '1B ' / data format of field: BYTE TTYPE109= 'BSCLINEEXEC16' / SE Script TFORM109= '1B ' / data format of field: BYTE TTYPE110= 'BSCCURRLINE16' / SE Script TFORM110= '1I ' / data format of field: 2-byte INTEGER TZERO110= 32768 / offset for unsigned integers TTYPE111= 'BSCCMDSSENT16' / SE Script TFORM111= '1I ' / data format of field: 2-byte INTEGER TZERO111= 32768 / offset for unsigned integers TTYPE112= 'BSCCURSTATE17' / SE Script TFORM112= '1B ' / data format of field: BYTE TTYPE113= 'BSCLINEEXEC17' / SE Script TFORM113= '1B ' / data format of field: BYTE TTYPE114= 'BSCCURRLINE17' / SE Script TFORM114= '1I ' / data format of field: 2-byte INTEGER TZERO114= 32768 / offset for unsigned integers TTYPE115= 'BSCCMDSSENT17' / SE Script TFORM115= '1I ' / data format of field: 2-byte INTEGER TZERO115= 32768 / offset for unsigned integers TTYPE116= 'BSCCURSTATE18' / SE Script TFORM116= '1B ' / data format of field: BYTE TTYPE117= 'BSCLINEEXEC18' / SE Script TFORM117= '1B ' / data format of field: BYTE TTYPE118= 'BSCCURRLINE18' / SE Script TFORM118= '1I ' / data format of field: 2-byte INTEGER TZERO118= 32768 / offset for unsigned integers TTYPE119= 'BSCCMDSSENT18' / SE Script TFORM119= '1I ' / data format of field: 2-byte INTEGER TZERO119= 32768 / offset for unsigned integers TTYPE120= 'BSCCURSTATE19' / SE Script TFORM120= '1B ' / data format of field: BYTE TTYPE121= 'BSCLINEEXEC19' / SE Script TFORM121= '1B ' / data format of field: BYTE TTYPE122= 'BSCCURRLINE19' / SE Script TFORM122= '1I ' / data format of field: 2-byte INTEGER TZERO122= 32768 / offset for unsigned integers TTYPE123= 'BSCCMDSSENT19' / SE Script TFORM123= '1I ' / data format of field: 2-byte INTEGER TZERO123= 32768 / offset for unsigned integers TTYPE124= 'BSCCURSTATE20' / SE Script TFORM124= '1B ' / data format of field: BYTE TTYPE125= 'BSCLINEEXEC20' / SE Script TFORM125= '1B ' / data format of field: BYTE TTYPE126= 'BSCCURRLINE20' / SE Script TFORM126= '1I ' / data format of field: 2-byte INTEGER TZERO126= 32768 / offset for unsigned integers TTYPE127= 'BSCCMDSSENT20' / SE Script TFORM127= '1I ' / data format of field: 2-byte INTEGER TZERO127= 32768 / offset for unsigned integers TTYPE128= 'BSCCURSTATE21' / SE Script TFORM128= '1B ' / data format of field: BYTE TTYPE129= 'BSCLINEEXEC21' / SE Script TFORM129= '1B ' / data format of field: BYTE TTYPE130= 'BSCCURRLINE21' / SE Script TFORM130= '1I ' / data format of field: 2-byte INTEGER TZERO130= 32768 / offset for unsigned integers TTYPE131= 'BSCCMDSSENT21' / SE Script TFORM131= '1I ' / data format of field: 2-byte INTEGER TZERO131= 32768 / offset for unsigned integers TTYPE132= 'BSCCURSTATE22' / SE Script TFORM132= '1B ' / data format of field: BYTE TTYPE133= 'BSCLINEEXEC22' / SE Script TFORM133= '1B ' / data format of field: BYTE TTYPE134= 'BSCCURRLINE22' / SE Script TFORM134= '1I ' / data format of field: 2-byte INTEGER TZERO134= 32768 / offset for unsigned integers TTYPE135= 'BSCCMDSSENT22' / SE Script TFORM135= '1I ' / data format of field: 2-byte INTEGER TZERO135= 32768 / offset for unsigned integers TTYPE136= 'BSCCURSTATE23' / SE Script TFORM136= '1B ' / data format of field: BYTE TTYPE137= 'BSCLINEEXEC23' / SE Script TFORM137= '1B ' / data format of field: BYTE TTYPE138= 'BSCCURRLINE23' / SE Script TFORM138= '1I ' / data format of field: 2-byte INTEGER TZERO138= 32768 / offset for unsigned integers TTYPE139= 'BSCCMDSSENT23' / SE Script TFORM139= '1I ' / data format of field: 2-byte INTEGER TZERO139= 32768 / offset for unsigned integers EXTNAME = 'hk134x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699883.44214 TSTOP = 727706048.44148 DATE-OBS= '2024-01-23T10:51:18' DATE-END= '2024-01-23T12:34:03' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6164.99934005737 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 308 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:27' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'PjaPQhYPPhaPPhWP' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '2949769432' / data unit checksum updated 2024-02-02T06:06:27 COMMENT Column 44 = BSCCURSTATE00 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 48 = BSCCURSTATE01 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 52 = BSCCURSTATE02 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 56 = BSCCURSTATE03 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 60 = BSCCURSTATE04 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 64 = BSCCURSTATE05 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 68 = BSCCURSTATE06 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 72 = BSCCURSTATE07 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 76 = BSCCURSTATE08 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 80 = BSCCURSTATE09 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 84 = BSCCURSTATE10 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 88 = BSCCURSTATE11 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 92 = BSCCURSTATE12 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 96 = BSCCURSTATE13 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 100 = BSCCURSTATE14 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 104 = BSCCURSTATE15 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 108 = BSCCURSTATE16 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 112 = BSCCURSTATE17 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 116 = BSCCURSTATE18 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 120 = BSCCURSTATE19 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 124 = BSCCURSTATE20 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 128 = BSCCURSTATE21 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 132 = BSCCURSTATE22 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 136 = BSCCURSTATE23 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description HISTORY TASK: FAPPND on FILENAME: sw01210276000b134x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:30 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aůո 똀EـAů8À똀EـAů七똀EـAů8À똀EـAůA똀EـAů8똀EـAů똀EـAů 8 똀EـAů똀EـAů8À똀EـAů k똀EـAů(8ր똀EـAů/k똀EـAů78À똀EـAů>똀EـAůF8b똀EـAůM똀EـAůU8À똀EـAů\k똀EـAůd8똀EـAůk 똀EـAůs8À똀EـAůz똀EـAů8.똀E݀Aů鉸똀EAů87똀EAů阸k똀EAů8똀EAů駸ހ똀EAů8ހ똀EAů鶸Y똀EAů8k똀EAůŸ똀EAů8k똀EAůԸÀ똀EAů87똀EAů㸁À똀EAů8À똀EAů򸍏똀EAů8똀EAůÀ똀EAů 8Y똀EAůÀ똀EAů8똀EAů똀EAů'8À똀EAů.똀EAů68똀EAů=À똀EAůE8 똀EAůLÀ똀EAůT8À똀EAů[ 똀EAůc8k똀EAůj7똀EAůr8k똀EAůy똀EAů8H똀EAůꈸ똀EAů8똀EAůꗸ똀EAů8H똀EAůꦸ}똀EAů8?똀EAů굸k뛀EAů8뤀EAůĸÀ뭀EAů8부EAůӸY뿀EAů8kȀEAů⸃рEAů8kڀEAůÀEAů8ÀEAůEAů8EAůkEAů8kFAůFAů&8À"FAů-À+FAů58k4FAů<À=FAůD8 FFAůKOFAůS8΀XFAůZÀaFAůb8kjFAůi.sFAůq8k|FAůxk셀FAů8쎀FAů뇸΀엀FAů8저FAů떸쩀FAů8Y첀FAů른7컀FAů8ĀFAů봸k̀FAů8kրFAůøր߀FAů8ÀFAůҸF Aů8kF AůḊHF Aů8k F Aů F Aů8kF Aů.'F Aů8k0F Aů 9F Aů8 BF AůKF Aů%8TF Aů,k]F Aů48ÀfF Aů;oFAůC8xFAůJ큀FAůR8Y튀FAůY퓀FAůa8Y휀FAůh FAůp8FAůw.FAů8kFAů솸kɀFAů8ҀFAů앸ۀFAů8ÀFAů줸ÀFAů8HFAů쳸FAů8ÀFAů¸FAů8kFAůѸ#FAů8?,FAůฃ5FAů8>FAů8_G!Aů򞸃_G&Aů8k_G*Aů򭸃_G*Aů8k_G*Aů򼸂k_G*Aů8_G*Aů˸À_G*Aů8_G*AůڸÀ_G*Aů8b_G*Aů鸃_G*Aů8À_G*Aů7_G*Aů8À_G*AůÀ_G*Aů8_G*Aů_G*Aů8À_G*Aů%_G*Aů-8À_G*Aů4_G*Aů<8_G*AůCÀ_G*AůK8_G*AůRÀ_G*AůZ8_G*AůaY_G*Aůi8 _G*Aůp_G*Aůx8Y_G*AůH_G*Aů8_G*Aů󎸂k_G*Aů8À_G*Aů󝸍_G*Aů8_G*Aů󬸂k_G*Aů8k_G*Aů󻸌?_G*Aů8À_G*Aůʸ_G*Aů8À_G*Aůٸ_G*Aů88_G*Aů踁_G*Aů8_G*AůÀ_G*Aů8_G*AůÀ_G*Aů8À_G*Aůk_G*Aů8À_G*Aů$k_G+Aů,8_G+Aů3_G+Aů;8_G+AůB?_G+AůJ8À_G+AůQ_G+AůY8À_G+Aů`?_G+Aůh8_G+AůoÀ_G+Aůw8_G+Aů~À_G+Aů8À_G+Aů􍸂k_G+Aů8k_G+Aů _G+Aů8k_G+Aů_G+Aů8k_G+AůY_G+Aů8_G+AůɸÀ_G+Aů8k_G+Aůظ_G+Aů8k_G+XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 181 / width of table in bytes NAXIS2 = 219 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 50 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHK135SSPRES' / HK Presence of SubSystems for this packet TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BFMBOOTSPACE' / Free space on the Boot EEPROM disk, targ/boot TFORM3 = '1J ' / data format of field: 4-byte INTEGER TTYPE4 = 'BFMNORMSPACE' / Free space on the Normal EEPROM disk, targ/normTFORM4 = '1J ' / data format of field: 4-byte INTEGER TTYPE5 = 'BFMTEMPSPACE' / Free space on the scratch RAM disk, targ/temp TFORM5 = '1J ' / data format of field: 4-byte INTEGER TTYPE6 = 'BFMNRAMSPACE' / Free space on the Normal DRAM disk, targ/nram TFORM6 = '1J ' / data format of field: 4-byte INTEGER TTYPE7 = 'BFMUPLFILESZ' / File Size last loaded or currently being loadedTFORM7 = '1J ' / data format of field: 4-byte INTEGER TZERO7 = 2147483648 / offset for unsigned integers TTYPE8 = 'BFMUPLCURBTS' / Number of bytes loaded so far in the current fiTFORM8 = '1J ' / data format of field: 4-byte INTEGER TZERO8 = 2147483648 / offset for unsigned integers TTYPE9 = 'BFMUPLTOTBTS' / Total number of bytes in all uploaded files sinTFORM9 = '1J ' / data format of field: 4-byte INTEGER TZERO9 = 2147483648 / offset for unsigned integers TTYPE10 = 'BFMUPLFILECT' / Total number of files loaded since the last resTFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 32768 / offset for unsigned integers TTYPE11 = 'BFMUPLERRORS' / Total number of file load errors since the lastTFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 32768 / offset for unsigned integers TTYPE12 = 'BFMUPLHDRSCT' / Number of invalid file headers seen since the lTFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 32768 / offset for unsigned integers TTYPE13 = 'BFMUPLSTATE' / Current state of the file load operations TFORM13 = '1B ' / data format of field: BYTE TTYPE14 = 'BFMUPLNAME' / Name of the file last loaded or currently beingTFORM14 = '40A ' / data format of field: ASCII Character TTYPE15 = 'BFMOPENFILECT' / Number of Currently Opened Files TFORM15 = '1I ' / data format of field: 2-byte INTEGER TTYPE16 = 'BDEREQRCVCNT' / DSP Request Received Count TFORM16 = '1B ' / data format of field: BYTE TTYPE17 = 'BDEREQERRCNT' / DSP Request Error Count TFORM17 = '1B ' / data format of field: BYTE TTYPE18 = 'BDELASTERROR' / DSP Last Error - ignores cancel or success TFORM18 = '1B ' / data format of field: BYTE TTYPE19 = 'BDERCVINTCNT' / DSP Count of Received Interrupts TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BDERUNTIME' / DSP Runtime of Last Process (usecs) TFORM20 = '1J ' / data format of field: 4-byte INTEGER TZERO20 = 2147483648 / offset for unsigned integers TUNIT20 = 'us ' / physical unit of field TTYPE21 = 'BDERTNVALUE' / DSP Return Value of Last Process TFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BDEFUNCTION' / DSP Functioncode of Last Process TFORM22 = '1B ' / data format of field: BYTE TTYPE23 = 'BDEXSERRSEG' / DSP Checksum Error Index TFORM23 = '1B ' / data format of field: BYTE TTYPE24 = 'BDEXSERRCNT' / DSP Total Count of Checksum Errors TFORM24 = '1B ' / data format of field: BYTE TTYPE25 = 'BDETXINTCNT' / DSP Spare0 for Science Code TFORM25 = '1B ' / data format of field: BYTE TTYPE26 = 'BDESWRESETCNT' / DSP Spare0 for Science Code TFORM26 = '1B ' / data format of field: BYTE TTYPE27 = 'BDEXSCYCLES' / DSP Spare0 for Science Code TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 32768 / offset for unsigned integers TTYPE28 = 'BDECONTROLFLG' / DSP Current Control flag set by dsp object TFORM28 = '1B ' / data format of field: BYTE TTYPE29 = 'BDEACTIVITYFLG' / DSP Current Activity flag set by the dsp TFORM29 = '1B ' / data format of field: BYTE TTYPE30 = 'BDESPARE15' / DSP Spare TFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 32768 / offset for unsigned integers TTYPE31 = 'BDESWTESTCOUNT' / DSP Count test TFORM31 = '1J ' / data format of field: 4-byte INTEGER TZERO31 = 2147483648 / offset for unsigned integers TTYPE32 = 'BDESWTESTITER' / DSP Count of iterations for test TFORM32 = '1J ' / data format of field: 4-byte INTEGER TZERO32 = 2147483648 / offset for unsigned integers TTYPE33 = 'BDESWTESTFLOAT' / DSP Result of average test TFORM33 = '1E ' / data format of field: 4-byte REAL TTYPE34 = 'BDESWTESTINT' / DSP Result of sum test TFORM34 = '1J ' / data format of field: 4-byte INTEGER TZERO34 = 2147483648 / offset for unsigned integers TTYPE35 = 'BDEHALTCNT' / DSP Count of halts received TFORM35 = '1I ' / data format of field: 2-byte INTEGER TZERO35 = 32768 / offset for unsigned integers TTYPE36 = 'BDEPKTERRCNT' / DSP transmit packet error count TFORM36 = '1B ' / data format of field: BYTE TTYPE37 = 'BDEPKTERRTYP' / DSP transmit packet last error type TFORM37 = '1B ' / data format of field: BYTE TTYPE38 = 'BDExx32x1' / DSP board science ??? status TFORM38 = '1J ' / data format of field: 4-byte INTEGER TZERO38 = 2147483648 / offset for unsigned integers TTYPE39 = 'BDExx32x2' / DSP board science ??? status TFORM39 = '1J ' / data format of field: 4-byte INTEGER TZERO39 = 2147483648 / offset for unsigned integers TTYPE40 = 'BDExx32x3' / DSP board science ??? status TFORM40 = '1J ' / data format of field: 4-byte INTEGER TZERO40 = 2147483648 / offset for unsigned integers TTYPE41 = 'BDExx32x4' / DSP board science ??? status TFORM41 = '1J ' / data format of field: 4-byte INTEGER TZERO41 = 2147483648 / offset for unsigned integers TTYPE42 = 'BDExx32x5' / DSP board science ??? status TFORM42 = '1J ' / data format of field: 4-byte INTEGER TZERO42 = 2147483648 / offset for unsigned integers TTYPE43 = 'BDExx32x6' / DSP board science ??? status TFORM43 = '1J ' / data format of field: 4-byte INTEGER TZERO43 = 2147483648 / offset for unsigned integers TTYPE44 = 'BDExx32x7' / DSP board science ??? status TFORM44 = '1J ' / data format of field: 4-byte INTEGER TZERO44 = 2147483648 / offset for unsigned integers TTYPE45 = 'BDExx32x8' / DSP board science ??? status TFORM45 = '1J ' / data format of field: 4-byte INTEGER TZERO45 = 2147483648 / offset for unsigned integers TTYPE46 = 'BDExx32x9' / DSP board science ??? status TFORM46 = '1J ' / data format of field: 4-byte INTEGER TZERO46 = 2147483648 / offset for unsigned integers TTYPE47 = 'BDExx32x10' / DSP board science ??? status TFORM47 = '1J ' / data format of field: 4-byte INTEGER TZERO47 = 2147483648 / offset for unsigned integers TTYPE48 = 'BDExx32x11' / DSP board science ??? status TFORM48 = '1J ' / data format of field: 4-byte INTEGER TZERO48 = 2147483648 / offset for unsigned integers TTYPE49 = 'BDExx32x12' / DSP board science ??? status TFORM49 = '1J ' / data format of field: 4-byte INTEGER TZERO49 = 2147483648 / offset for unsigned integers TTYPE50 = 'BDExx32x13' / DSP board science ??? status TFORM50 = '1J ' / data format of field: 4-byte INTEGER TZERO50 = 2147483648 / offset for unsigned integers EXTNAME = 'hk135x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699883.44306 TSTOP = 727706048.44236 DATE-OBS= '2024-01-23T10:51:18' DATE-END= '2024-01-23T12:34:03' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6164.99930000305 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 309 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:27' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'WjDaahCTWhCYahCY' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '22500899' / data unit checksum updated 2024-02-02T06:06:27 TRDLO5 = 10000 / BFMTEMPSPACE Red lower limit = BTEMPSPACE_LIM TRDHI5 = 1000000 / BFMTEMPSPACE Red upper limit = BTEMPSPACE_LIM TYELO5 = 60000 / BFMTEMPSPACE Yellow lower limit = BTEMPSPACE_LITYEHI5 = 900000 / BFMTEMPSPACE Yellow upper limit = BTEMPSPACE_LITRDHI11 = 2 / BFMUPLERRORS Red upper limit = BFM_UPLERR_LIM TYEHI11 = 1 / BFMUPLERRORS Yellow upper limit = BFM_UPLERR_LICOMMENT Column 13 = BFMUPLSTATE - Discrete value COMMENT 0 = INACTIVE = no description COMMENT 1-255 = ACTIVE = no description TRDLO15 = -2 / BFMOPENFILECT Red lower limit = B_FM_OFILE_LIM TRDHI15 = 18 / BFMOPENFILECT Red upper limit = B_FM_OFILE_LIM TYELO15 = -1 / BFMOPENFILECT Yellow lower limit = B_FM_OFILE_LTYEHI15 = 15 / BFMOPENFILECT Yellow upper limit = B_FM_OFILE_LTRDHI17 = 2 / BDEREQERRCNT Red upper limit = BPD_DEREQERR_LIMTYEHI17 = 1 / BDEREQERRCNT Yellow upper limit = BPD_DEREQERR_TRDHI24 = 2 / BDEXSERRCNT Red upper limit = BPD_DEXSERR_LIM TYEHI24 = 1 / BDEXSERRCNT Yellow upper limit = BPD_DEXSERR_LITRDHI36 = 2 / BDEPKTERRCNT Red upper limit = BPD_DEPKTERR_LIMTYEHI36 = 1 / BDEPKTERRCNT Yellow upper limit = BPD_DEPKTERR_HISTORY TASK: FAPPND on FILENAME: sw01210276000b135x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:30 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aůո16 s= targ/nram/pntplan.txt ӑdV*GAů86 s= targ/nram/pntplan.txt ԑeWs(LAů丠6 s= targ/nram/pntplan.txt Ցfd#(RAů86 s= targ/nram/pntplan.txt Ցfd#(RAůf6 s= targ/nram/pntplan.txt Ցfd#(RAů8A6 s= targ/nram/pntplan.txt Ցgd#(TAů6 s= targ/nram/pntplan.txt ֑gd_P(XAů 86 s= targ/nram/pntplan.txt ֑gd_P(XAůK6 s= targ/nram/pntplan.txt ֑gd_P(XAů86 s= targ/nram/pntplan.txt ֑gd_P(XAů 6 s= targ/nram/pntplan.txt בhWv(]Aů(86 s= targ/nram/pntplan.txt בhWv(]Aů/6 s= targ/nram/pntplan.txt בhWv(]Aů78A6 s= targ/nram/pntplan.txt בhWv(]Aů>K6 s= targ/nram/pntplan.txt ؑiWqg(bAůF86 s= targ/nram/pntplan.txt ؑiWqg(bAůM׀6 s= targ/nram/pntplan.txt ؑiWqg(bAůU8S6 s= targ/nram/pntplan.txt ؑiWqg(bAů\6 s= targ/nram/pntplan.txt ؑjWqg(eAůd886 s= targ/nram/pntplan.txt ّjWr(gAůk/6 s= targ/nram/pntplan.txt ّjWr(gAůs86 s= targ/nram/pntplan.txt ّjWr(gAůz6 s= targ/nram/pntplan.txt ّkWr(iAů86 s= targ/nram/pntplan.txt ۑmj[(uAů鉸86 s= targ/nram/pntplan.txt ݑn%){Aů8\6 s= targ/nram/pntplan.txt ݑn%){Aů阸6 s= targ/nram/pntplan.txt ݑn%){Aů8m6 s= targ/nram/pntplan.txt ݑn%){Aů駸6 s= targ/nram/pntplan.txt ݑn%){Aů8\6 s= targ/nram/pntplan.txt ݑn%){Aů鶸6 s= targ/nram/pntplan.txt ݑn%){Aů86 s= targ/nram/pntplan.txt ݑn%){AůŸ86 s= targ/nram/pntplan.txt ݑn%){Aů86 s= targ/nram/pntplan.txt ݑn%){AůԸA6 s= targ/nram/pntplan.txt ݑn%){Aů86 s= targ/nram/pntplan.txt ݑn%){Aů㸟A6 s= targ/nram/pntplan.txt ݑn%){Aů86 s= targ/nram/pntplan.txt ݑn%){Aů 6 s= targ/nram/pntplan.txt ݑn%){Aů886 s= targ/nram/pntplan.txt ޑoO$(Aů6 s= targ/nram/pntplan.txt ޑoO$(Aů 86 s= targ/nram/pntplan.txt ޑoO$(Aů 6 s= targ/nram/pntplan.txt ޑoO$(Aů886 s= targ/nram/pntplan.txt ޑpO$(Aů86 s= targ/nram/pntplan.txt ߑpO[(Aů'86 s= targ/nram/pntplan.txt ߑpO[(Aů.6 s= targ/nram/pntplan.txt ߑpO[(Aů686 s= targ/nram/pntplan.txt ߑqO[(Aů=6 s= targ/nram/pntplan.txt q\*V(AůE86 s= targ/nram/pntplan.txt q\*V(AůLA6 s= targ/nram/pntplan.txt q\*V(AůT86 s= targ/nram/pntplan.txt q\*V(Aů[6 s= targ/nram/pntplan.txt rO4(Aůc86 s= targ/nram/pntplan.txt rO4(Aůj6 s= targ/nram/pntplan.txt rO4(Aůr86 s= targ/nram/pntplan.txt rO4(Aůy6 s= targ/nram/pntplan.txt sO0](Aů86 s= targ/nram/pntplan.txt t[i(AůꈸK6 s= targ/nram/pntplan.txt t[i(Aů86 s= targ/nram/pntplan.txt t[i(Aůꗸ6 s= targ/nram/pntplan.txt u[i(Aů8ƀ6 s= targ/nram/pntplan.txt wMe(Aůꦸ6 s= targ/nram/pntplan.txt xM7(Aů86 s= targ/nram/pntplan.txt yM(Aů굸6 s= targ/nram/pntplan.txt {%)Aů8v6 s= targ/nram/pntplan.txt |)AůĸA6 s= targ/nram/pntplan.txt |)Aů886 s= targ/nram/pntplan.txt |)AůӸ׀6 s= targ/nram/pntplan.txt |)Aů86 s= targ/nram/pntplan.txt |)Aů⸰K6 s= targ/nram/pntplan.txt |)Aů86 s= targ/nram/pntplan.txt |)Aů6 s= targ/nram/pntplan.txt |)Aů8S6 s= targ/nram/pntplan.txt |)AůA6 s= targ/nram/pntplan.txt |)Aů8 6 s= targ/nram/pntplan.txt |)Aů6 s= targ/nram/pntplan.txt |)Aů86 s= targ/nram/pntplan.txt |)Aů6 s= targ/nram/pntplan.txt |)Aů&8A6 s= targ/nram/pntplan.txt |)Aů-6 s= targ/nram/pntplan.txt |)Aů586 s= targ/nram/pntplan.txt |)Aů<6 s= targ/nram/pntplan.txt |)AůD86 s= targ/nram/pntplan.txt |)AůK6 s= targ/nram/pntplan.txt |)AůS86 s= targ/nram/pntplan.txt |)AůZ6 s= targ/nram/pntplan.txt |)Aůb86 s= targ/nram/pntplan.txt |)Aůi6 s= targ/nram/pntplan.txt |)Aůq86 s= targ/nram/pntplan.txt |)Aůx6 s= targ/nram/pntplan.txt |)Aů8A6 s= targ/nram/pntplan.txt |)Aů뇸6 s= targ/nram/pntplan.txt }Wk(Aů86 s= targ/nram/pntplan.txt }Wk(Aů떸86 s= targ/nram/pntplan.txt }Wk(Aů886 s= targ/nram/pntplan.txt }Wk(Aů른\6 s= targ/nram/pntplan.txt ~e_!(Aů86 s= targ/nram/pntplan.txt ~e_!(Aů봸6 s= targ/nram/pntplan.txt ~e_!(Aů86 s= targ/nram/pntplan.txt ~e_!(Aůø6 s= targ/nram/pntplan.txt e_!(Aů8A6 s= targ/nram/pntplan.txt N(AůҸ86 s= targ/nram/pntplan.txt N(Aů86 s= targ/nram/pntplan.txt N(AůḨm6 s= targ/nram/pntplan.txt N(Aů86 s= targ/nram/pntplan.txt OX(Aů/6 s= targ/nram/pntplan.txt OX(Aů86 s= targ/nram/pntplan.txt OX(Aů 6 s= targ/nram/pntplan.txt OX(Aů86 s= targ/nram/pntplan.txt N(Aů6 s= targ/nram/pntplan.txt [(Aů886 s= targ/nram/pntplan.txt [(Aů6 s= targ/nram/pntplan.txt [(Aů%86 s= targ/nram/pntplan.txt N(Aů,6 s= targ/nram/pntplan.txt N(Aů486 s= targ/nram/pntplan.txt N(Aů;86 s= targ/nram/pntplan.txt N(AůC86 s= targ/nram/pntplan.txt N(AůJ6 s= targ/nram/pntplan.txt N(AůR86 s= targ/nram/pntplan.txt N(AůYA6 s= targ/nram/pntplan.txt N(Aůa886 s= targ/nram/pntplan.txt M(AůhS6 s= targ/nram/pntplan.txt M(Aůp886 s= targ/nram/pntplan.txt %/)Aůw6 s= targ/nram/pntplan.txt %Q*Aů86 s= targ/nram/pntplan.txt %Q*Aů솸6 s= targ/nram/pntplan.txt %Q*Aů86 s= targ/nram/pntplan.txt %Q*Aů앸6 s= targ/nram/pntplan.txt %Q*Aů8A6 s= targ/nram/pntplan.txt %Q*Aů줸A6 s= targ/nram/pntplan.txt %Q*Aů8ƀ6 s= targ/nram/pntplan.txt %Q*Aů쳸m6 s= targ/nram/pntplan.txt %Q*Aů86 s= targ/nram/pntplan.txt O(Aů¸6 s= targ/nram/pntplan.txt O(Aů86 s= targ/nram/pntplan.txt O(AůѸm6 s= targ/nram/pntplan.txt O(Aů86 s= targ/nram/pntplan.txt O(Aůภ6 s= targ/nram/pntplan.txt O(Aů886 s= targ/nram/pntplan.txt O(Aů8׀6 s= targ/nram/pntplan.txt M(_Aů򞸠6 s= targ/nram/pntplan.txt  q(dAů86 s= targ/nram/pntplan.txt  q(dAů򭸡86 s= targ/nram/pntplan.txt  q(dAů86 s= targ/nram/pntplan.txt  q(dAů򼸟6 s= targ/nram/pntplan.txt  q(dAů8 6 s= targ/nram/pntplan.txt  q(dAů˸A6 s= targ/nram/pntplan.txt  q(dAů86 s= targ/nram/pntplan.txt  q(dAůڸA6 s= targ/nram/pntplan.txt  q(dAů86 s= targ/nram/pntplan.txt  q(dAů鸰6 s= targ/nram/pntplan.txt  q(dAů86 s= targ/nram/pntplan.txt q(dAů\6 s= targ/nram/pntplan.txt q(dAů86 s= targ/nram/pntplan.txt q(dAů86 s= targ/nram/pntplan.txt !$)gAů86 s= targ/nram/pntplan.txt !$)gAů6 s= targ/nram/pntplan.txt !$)gAů86 s= targ/nram/pntplan.txt !$)gAů%6 s= targ/nram/pntplan.txt !$)gAů-86 s= targ/nram/pntplan.txt "No(kAů4 6 s= targ/nram/pntplan.txt "No(kAů<8K6 s= targ/nram/pntplan.txt "No(kAůC6 s= targ/nram/pntplan.txt "No(kAůK886 s= targ/nram/pntplan.txt #N(oAůRA6 s= targ/nram/pntplan.txt #N(oAůZ8ƀ6 s= targ/nram/pntplan.txt #N(oAůa6 s= targ/nram/pntplan.txt #N(oAůi8׀6 s= targ/nram/pntplan.txt $X(tAůp6 s= targ/nram/pntplan.txt $X(tAůx86 s= targ/nram/pntplan.txt $X(tAům6 s= targ/nram/pntplan.txt $X(tAů886 s= targ/nram/pntplan.txt $X(vAů󎸠6 s= targ/nram/pntplan.txt %Nm(xAů86 s= targ/nram/pntplan.txt %Nm(xAů󝸫 6 s= targ/nram/pntplan.txt %Nm(xAů886 s= targ/nram/pntplan.txt %Nm(xAů󬸟6 s= targ/nram/pntplan.txt 'O9(Aů86 s= targ/nram/pntplan.txt 'O9(Aů󻸩6 s= targ/nram/pntplan.txt 'O9(Aů86 s= targ/nram/pntplan.txt 'O9(Aůʸ6 s= targ/nram/pntplan.txt (O A(Aů8A6 s= targ/nram/pntplan.txt (O A(Aůٸ86 s= targ/nram/pntplan.txt (O A(Aů86 s= targ/nram/pntplan.txt (O A(Aů踟A6 s= targ/nram/pntplan.txt )O(Aů886 s= targ/nram/pntplan.txt )O(AůA6 s= targ/nram/pntplan.txt )O(Aů8e6 s= targ/nram/pntplan.txt )O(Aů6 s= targ/nram/pntplan.txt *M(Aů86 s= targ/nram/pntplan.txt *M(Aů6 s= targ/nram/pntplan.txt *M(Aů86 s= targ/nram/pntplan.txt *M(Aů$6 s= targ/nram/pntplan.txt +N(Aů,86 s= targ/nram/pntplan.txt +N(Aů36 s= targ/nram/pntplan.txt +N(Aů;886 s= targ/nram/pntplan.txt +N(AůB6 s= targ/nram/pntplan.txt ,[V(AůJ86 s= targ/nram/pntplan.txt ,[V(AůQ6 s= targ/nram/pntplan.txt ,[V(AůY8A6 s= targ/nram/pntplan.txt ,[V(Aů`ƀ6 s= targ/nram/pntplan.txt ,[V(Aůh86 s= targ/nram/pntplan.txt .Np(Aůo6 s= targ/nram/pntplan.txt .Np(Aůw8e6 s= targ/nram/pntplan.txt .Np(Aů~A6 s= targ/nram/pntplan.txt .Np(Aů86 s= targ/nram/pntplan.txt /N(Aů􍸠6 s= targ/nram/pntplan.txt /N(Aů86 s= targ/nram/pntplan.txt /N(Aů/6 s=N targ/nram/pntplan.txt /N(Aů86 s=NN targ/nram/pntplan.txt 0XR(Aů6 s=NN targ/nram/pntplan.txt 0XR(Aů86 s=NN targ/nram/pntplan.txt 0XR(Aů6 s=NN targ/nram/pntplan.txt 0XR(Aů86 s=NN targ/nram/pntplan.txt 1€[(AůɸA6 s=NN targ/nram/pntplan.txt 1€[(Aů86 s=NN targ/nram/pntplan.txt 1€[(Aůظ 6 s=NN targ/nram/pntplan.txt 1€[(Aů8A6 s=NN targ/nram/pntplan.txt 1À[(XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 204 / width of table in bytes NAXIS2 = 219 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 104 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHK136SSPRES' / HK Presence of SubSystems for this packet TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BIHFAILCOUNT' / IH failure count (total number of failurs sinceTFORM3 = '1J ' / data format of field: 4-byte INTEGER TZERO3 = 2147483648 / offset for unsigned integers TTYPE4 = 'BIHTLMFAIL' / IH last telemetry point row failure TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 32768 / offset for unsigned integers TTYPE5 = 'BIHBCDHFAIL' / IH last BCDH column failure TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 32768 / offset for unsigned integers TTYPE6 = 'BIHCHECKRATE' / IH check rate (seconds) TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 32768 / offset for unsigned integers TTYPE7 = 'BIHFAILRATE' / IH failure rate (samples) TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 32768 / offset for unsigned integers TTYPE8 = 'BIHTASKCFG' / IH task configuration (1 - enabled, 0 - disableTFORM8 = '1J ' / data format of field: 4-byte INTEGER TZERO8 = 2147483648 / offset for unsigned integers TTYPE9 = 'BIHTLMCFG00' / IH telemetry point row 00 configuration TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 32768 / offset for unsigned integers TTYPE10 = 'BIHTLMCFG01' / IH telemetry point row 01 configuration TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 32768 / offset for unsigned integers TTYPE11 = 'BIHTLMCFG02' / IH telemetry point row 02 configuration TFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 32768 / offset for unsigned integers TTYPE12 = 'BIHTLMCFG03' / IH telemetry point row 03 configuration TFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 32768 / offset for unsigned integers TTYPE13 = 'BIHTLMCFG04' / IH telemetry point row 04 configuration TFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 32768 / offset for unsigned integers TTYPE14 = 'BIHTLMCFG05' / IH telemetry point row 05 configuration TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 32768 / offset for unsigned integers TTYPE15 = 'BIHTLMCFG06' / IH telemetry point row 06 configuration TFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BIHTLMCFG07' / IH telemetry point row 07 configuration TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BIHTLMCFG08' / IH telemetry point row 08 configuration TFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 32768 / offset for unsigned integers TTYPE18 = 'BIHTLMCFG09' / IH telemetry point row 09 configuration TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 32768 / offset for unsigned integers TTYPE19 = 'BIHTLMCFG10' / IH telemetry point row 10 configuration TFORM19 = '1I ' / data format of field: 2-byte INTEGER TZERO19 = 32768 / offset for unsigned integers TTYPE20 = 'BIHTLMCFG11' / IH telemetry point row 11 configuration TFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 32768 / offset for unsigned integers TTYPE21 = 'BIHTLMCFG12' / IH telemetry point row 12 configuration TFORM21 = '1I ' / data format of field: 2-byte INTEGER TZERO21 = 32768 / offset for unsigned integers TTYPE22 = 'BIHTLMCFG13' / IH telemetry point row 13 configuration TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 32768 / offset for unsigned integers TTYPE23 = 'BIHTLMCFG14' / IH telemetry point row 14 configuration TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 32768 / offset for unsigned integers TTYPE24 = 'BIHTLMCFG15' / IH telemetry point row 15 configuration TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 32768 / offset for unsigned integers TTYPE25 = 'BIHTLMCFG16' / IH telemetry point row 16 configuration TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 32768 / offset for unsigned integers TTYPE26 = 'BIHTLMCFG17' / IH telemetry point row 17 configuration TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 32768 / offset for unsigned integers TTYPE27 = 'BIHTLMCFG18' / IH telemetry point row 18 configuration TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 32768 / offset for unsigned integers TTYPE28 = 'BIHTLMCFG19' / IH telemetry point row 19 configuration TFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 32768 / offset for unsigned integers TTYPE29 = 'BIHTLMCFG20' / IH telemetry point row 20 configuration TFORM29 = '1I ' / data format of field: 2-byte INTEGER TZERO29 = 32768 / offset for unsigned integers TTYPE30 = 'BIHTLMCFG21' / IH telemetry point row 21 configuration TFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 32768 / offset for unsigned integers TTYPE31 = 'BIHTLMCFG22' / IH telemetry point row 22 configuration TFORM31 = '1I ' / data format of field: 2-byte INTEGER TZERO31 = 32768 / offset for unsigned integers TTYPE32 = 'BIHTLMCFG23' / IH telemetry point row 23 configuration TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 32768 / offset for unsigned integers TTYPE33 = 'BIHTLMCFG24' / IH telemetry point row 24 configuration TFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'BIHTLMCFG25' / IH telemetry point row 25 configuration TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 32768 / offset for unsigned integers TTYPE35 = 'BIHTLMCFG26' / IH telemetry point row 26 configuration TFORM35 = '1I ' / data format of field: 2-byte INTEGER TZERO35 = 32768 / offset for unsigned integers TTYPE36 = 'BIHTLMCFG27' / IH telemetry point row 27 configuration TFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 32768 / offset for unsigned integers TTYPE37 = 'BIHTLMCFG28' / IH telemetry point row 28 configuration TFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 32768 / offset for unsigned integers TTYPE38 = 'BIHTLMCFG29' / IH telemetry point row 29 configuration TFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 32768 / offset for unsigned integers TTYPE39 = 'BIHTLMCFG30' / IH telemetry point row 30 configuration TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 32768 / offset for unsigned integers TTYPE40 = 'BIHTLMCFG31' / IH telemetry point row 31 configuration TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 32768 / offset for unsigned integers TTYPE41 = 'BIHTLMSTAT00' / IH telemetry point row 00 status TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = 32768 / offset for unsigned integers TTYPE42 = 'BIHTLMSTAT01' / IH telemetry point row 01 status TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 32768 / offset for unsigned integers TTYPE43 = 'BIHTLMSTAT02' / IH telemetry point row 02 status TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 32768 / offset for unsigned integers TTYPE44 = 'BIHTLMSTAT03' / IH telemetry point row 03 status TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 32768 / offset for unsigned integers TTYPE45 = 'BIHTLMSTAT04' / IH telemetry point row 04 status TFORM45 = '1I ' / data format of field: 2-byte INTEGER TZERO45 = 32768 / offset for unsigned integers TTYPE46 = 'BIHTLMSTAT05' / IH telemetry point row 05 status TFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 32768 / offset for unsigned integers TTYPE47 = 'BIHTLMSTAT06' / IH telemetry point row 06 status TFORM47 = '1I ' / data format of field: 2-byte INTEGER TZERO47 = 32768 / offset for unsigned integers TTYPE48 = 'BIHTLMSTAT07' / IH telemetry point row 07 status TFORM48 = '1I ' / data format of field: 2-byte INTEGER TZERO48 = 32768 / offset for unsigned integers TTYPE49 = 'BIHTLMSTAT08' / IH telemetry point row 08 status TFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = 32768 / offset for unsigned integers TTYPE50 = 'BIHTLMSTAT09' / IH telemetry point row 09 status TFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 32768 / offset for unsigned integers TTYPE51 = 'BIHTLMSTAT10' / IH telemetry point row 10 status TFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = 32768 / offset for unsigned integers TTYPE52 = 'BIHTLMSTAT11' / IH telemetry point row 11 status TFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 32768 / offset for unsigned integers TTYPE53 = 'BIHTLMSTAT12' / IH telemetry point row 12 status TFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 32768 / offset for unsigned integers TTYPE54 = 'BIHTLMSTAT13' / IH telemetry point row 13 status TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BIHTLMSTAT14' / IH telemetry point row 14 status TFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 32768 / offset for unsigned integers TTYPE56 = 'BIHTLMSTAT15' / IH telemetry point row 15 status TFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 32768 / offset for unsigned integers TTYPE57 = 'BIHTLMSTAT16' / IH telemetry point row 16 status TFORM57 = '1I ' / data format of field: 2-byte INTEGER TZERO57 = 32768 / offset for unsigned integers TTYPE58 = 'BIHTLMSTAT17' / IH telemetry point row 17 status TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 32768 / offset for unsigned integers TTYPE59 = 'BIHTLMSTAT18' / IH telemetry point row 18 status TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = 32768 / offset for unsigned integers TTYPE60 = 'BIHTLMSTAT19' / IH telemetry point row 19 status TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 32768 / offset for unsigned integers TTYPE61 = 'BIHTLMSTAT20' / IH telemetry point row 20 status TFORM61 = '1I ' / data format of field: 2-byte INTEGER TZERO61 = 32768 / offset for unsigned integers TTYPE62 = 'BIHTLMSTAT21' / IH telemetry point row 21 status TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 32768 / offset for unsigned integers TTYPE63 = 'BIHTLMSTAT22' / IH telemetry point row 22 status TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 32768 / offset for unsigned integers TTYPE64 = 'BIHTLMSTAT23' / IH telemetry point row 23 status TFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 32768 / offset for unsigned integers TTYPE65 = 'BIHTLMSTAT24' / IH telemetry point row 24 status TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 32768 / offset for unsigned integers TTYPE66 = 'BIHTLMSTAT25' / IH telemetry point row 25 status TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 32768 / offset for unsigned integers TTYPE67 = 'BIHTLMSTAT26' / IH telemetry point row 26 status TFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 32768 / offset for unsigned integers TTYPE68 = 'BIHTLMSTAT27' / IH telemetry point row 27 status TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 32768 / offset for unsigned integers TTYPE69 = 'BIHTLMSTAT28' / IH telemetry point row 28 status TFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'BIHTLMSTAT29' / IH telemetry point row 29 status TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 32768 / offset for unsigned integers TTYPE71 = 'BIHTLMSTAT30' / IH telemetry point row 30 status TFORM71 = '1I ' / data format of field: 2-byte INTEGER TZERO71 = 32768 / offset for unsigned integers TTYPE72 = 'BIHTLMSTAT31' / IH telemetry point row 31 status TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 32768 / offset for unsigned integers TTYPE73 = 'BSCCURSTATE24' / SE Script TFORM73 = '1B ' / data format of field: BYTE TTYPE74 = 'BSCLINEEXEC24' / SE Script TFORM74 = '1B ' / data format of field: BYTE TTYPE75 = 'BSCCURRLINE24' / SE Script TFORM75 = '1I ' / data format of field: 2-byte INTEGER TZERO75 = 32768 / offset for unsigned integers TTYPE76 = 'BSCCMDSSENT24' / SE Script TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 32768 / offset for unsigned integers TTYPE77 = 'BSCCURSTATE25' / SE Script TFORM77 = '1B ' / data format of field: BYTE TTYPE78 = 'BSCLINEEXEC25' / SE Script TFORM78 = '1B ' / data format of field: BYTE TTYPE79 = 'BSCCURRLINE25' / SE Script TFORM79 = '1I ' / data format of field: 2-byte INTEGER TZERO79 = 32768 / offset for unsigned integers TTYPE80 = 'BSCCMDSSENT25' / SE Script TFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 32768 / offset for unsigned integers TTYPE81 = 'BSCCURSTATE26' / SE Script TFORM81 = '1B ' / data format of field: BYTE TTYPE82 = 'BSCLINEEXEC26' / SE Script TFORM82 = '1B ' / data format of field: BYTE TTYPE83 = 'BSCCURRLINE26' / SE Script TFORM83 = '1I ' / data format of field: 2-byte INTEGER TZERO83 = 32768 / offset for unsigned integers TTYPE84 = 'BSCCMDSSENT26' / SE Script TFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 32768 / offset for unsigned integers TTYPE85 = 'BSCCURSTATE27' / SE Script TFORM85 = '1B ' / data format of field: BYTE TTYPE86 = 'BSCLINEEXEC27' / SE Script TFORM86 = '1B ' / data format of field: BYTE TTYPE87 = 'BSCCURRLINE27' / SE Script TFORM87 = '1I ' / data format of field: 2-byte INTEGER TZERO87 = 32768 / offset for unsigned integers TTYPE88 = 'BSCCMDSSENT27' / SE Script TFORM88 = '1I ' / data format of field: 2-byte INTEGER TZERO88 = 32768 / offset for unsigned integers TTYPE89 = 'BSCCURSTATE28' / SE Script TFORM89 = '1B ' / data format of field: BYTE TTYPE90 = 'BSCLINEEXEC28' / SE Script TFORM90 = '1B ' / data format of field: BYTE TTYPE91 = 'BSCCURRLINE28' / SE Script TFORM91 = '1I ' / data format of field: 2-byte INTEGER TZERO91 = 32768 / offset for unsigned integers TTYPE92 = 'BSCCMDSSENT28' / SE Script TFORM92 = '1I ' / data format of field: 2-byte INTEGER TZERO92 = 32768 / offset for unsigned integers TTYPE93 = 'BSCCURSTATE29' / SE Script TFORM93 = '1B ' / data format of field: BYTE TTYPE94 = 'BSCLINEEXEC29' / SE Script TFORM94 = '1B ' / data format of field: BYTE TTYPE95 = 'BSCCURRLINE29' / SE Script TFORM95 = '1I ' / data format of field: 2-byte INTEGER TZERO95 = 32768 / offset for unsigned integers TTYPE96 = 'BSCCMDSSENT29' / SE Script TFORM96 = '1I ' / data format of field: 2-byte INTEGER TZERO96 = 32768 / offset for unsigned integers TTYPE97 = 'BSCCURSTATE30' / SE Script TFORM97 = '1B ' / data format of field: BYTE TTYPE98 = 'BSCLINEEXEC30' / SE Script TFORM98 = '1B ' / data format of field: BYTE TTYPE99 = 'BSCCURRLINE30' / SE Script TFORM99 = '1I ' / data format of field: 2-byte INTEGER TZERO99 = 32768 / offset for unsigned integers TTYPE100= 'BSCCMDSSENT30' / SE Script TFORM100= '1I ' / data format of field: 2-byte INTEGER TZERO100= 32768 / offset for unsigned integers TTYPE101= 'BSCCURSTATE31' / SE Script TFORM101= '1B ' / data format of field: BYTE TTYPE102= 'BSCLINEEXEC31' / SE Script TFORM102= '1B ' / data format of field: BYTE TTYPE103= 'BSCCURRLINE31' / SE Script TFORM103= '1I ' / data format of field: 2-byte INTEGER TZERO103= 32768 / offset for unsigned integers TTYPE104= 'BSCCMDSSENT31' / SE Script TFORM104= '1I ' / data format of field: 2-byte INTEGER TZERO104= 32768 / offset for unsigned integers EXTNAME = 'hk136x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699883.44386 TSTOP = 727706048.44324 DATE-OBS= '2024-01-23T10:51:18' DATE-END= '2024-01-23T12:34:03' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6164.99937999249 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 310 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:27' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'GMmdHKlbGKlbGKlb' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '3057951173' / data unit checksum updated 2024-02-02T06:06:27 COMMENT Column 73 = BSCCURSTATE24 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 77 = BSCCURSTATE25 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 81 = BSCCURSTATE26 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 85 = BSCCURSTATE27 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 89 = BSCCURSTATE28 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 93 = BSCCURSTATE29 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 97 = BSCCURSTATE30 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description COMMENT Column 101 = BSCCURSTATE31 - Discrete value COMMENT 0 = DOESNT_EXIST = no description COMMENT 1 = CONSTRUCTED = no description COMMENT 2 = RUNNING = no description COMMENT 3 = DELAY_WAIT = no description COMMENT 4 = ABSTIME_WAIT = no description COMMENT 5 = 1ST_TLM_WAIT = no description COMMENT 6 = CVT_REGISTER = no description COMMENT 7 = CVT_UNREGISTER = no description COMMENT 8 = CVT_GET = no description COMMENT 9 = SENDING_CMD = no description COMMENT 10 = DEBUG_PAUSE = no description COMMENT 11 = COMPLETED = no description COMMENT 12 = TERMINATED = no description COMMENT 13 = SUSPENED = no description COMMENT 14 = RESUMED = no description COMMENT 15-255 = UNDEFINED = no description HISTORY TASK: FAPPND on FILENAME: sw01210276000b136x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:30 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aůոh Aů8) Aů丽f Aů8 Aů< Aů8Ȋ Aů Aů 8 Aů! Aů8 Aů f Aů(8р Aů/f Aů78 Aů>! AůF8 AůM AůU82 Aů\f Aůd8 AůkՀ Aůs8 Aůz Aů8 Aů鉸 Aů8Ɠ Aů阸f Aů8C Aů駸; Aů8ڀ Aů鶸 Aů8ʂ AůŸ Aů8р AůԸ Aů8Ɠ Aů㸼 Aů8 Aů Aů8f Aů Aů 8 Aů Aů8 Aů Aů'82 Aů.f Aů68 Aů=р AůE8 AůL AůT8y Aů[ Aůc8 AůjƓ Aůr8 Aůyf Aů8 Aůꈸ) Aů8 AůꗸȊ Aů8C Aůꦸ2 Aů8 Aů굸yAů8LAůĸ Aů8 AůӸy Aů8f Aů! Aů8f Aů񸼾 Aů8) Aůo Aů8C Aů! Aů8f AůȊ Aů&8ڀ Aů- Aů58 Aů<2 AůD8 AůKf AůS8" AůZ Aůb8 Aůi Aůq9. Aůxf Aů8o Aů뇸Ӏ Aů82 Aů떸 Aů8 Aů른 Aů8ڀ Aů봸f Aů8 Aůø2 Aů8 AůҸ Aů8 Aů Aů8ʂ Aů Aů8 AůȊ Aů8р Aů Aů8] Aů Aů%8զ Aů,ڀ Aů48 Aů; AůC8 AůJƓ AůR9 AůY Aůa8 Aůhр Aůp8  Aůwʂ! Aů8! Aů솸ڀ! Aů8! Aů앸" Aů82" Aů줸 $ Aů8 $ Aů쳸C $ Aů8Ȋ $ Aů¸ $ Aů8 $ AůѸƓ $ Aů8Ɠ $ Aůڀ $ Aů8 $ Aů8!Aů򞸽f Aů8ڀ  Aů򭸾  Aů8Ȋ  Aů򼸽f  Aů8  Aů˸  Aů8  Aůڸy  Aů8  Aůp  Aů8f  Aů2  Aů8р  Aů  Aů8  Aůڀ  Aů8f  Aů%  Aů-8f  Aů4C  Aů<8!  AůCf  AůK8  AůRf  AůZ8Ĝ  Aůa  Aůi8  Aůp  Aůx8f  AůC  Aů8ڀ  Aů󎸽f  Aů8  AůC  Aů8ʂ  Aů󬸼  Aů8  AůƓ  Aů8y  Aůʸ!  Aů8  Aůٸ  Aů8ٔ  Aůр  Aů8  Aů  Aů8Ĝ  Aůр  Aů8  Aů  Aů8f Aů$f  Aů,8ڀ  Aů3f  Aů;8  AůBƓ  AůJ8)  AůQf  AůY8  Aů`Ĝ  Aůh8f  Aůo  Aůw8C  Aů~)  Aů8  Aů􍸾  Aů8)  Aů  Aů8f  AůĜ  Aů8f  Aů]  Aů8  Aůɸ)  Aů8  AůظĜ  Aů8  XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 206 / width of table in bytes NAXIS2 = 219 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 60 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHK137SSPRES' / HK Presence of SubSystems for this packet TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BTORTLMTTBL' / TO Active Filter Table Name TFORM3 = '40A ' / data format of field: ASCII Character TTYPE4 = 'BTOFREEBYTES' / TO Space on downlink RAM disk TFORM4 = '1J ' / data format of field: 4-byte INTEGER TZERO4 = 2147483648 / offset for unsigned integers TTYPE5 = 'BTOPKTSENT' / TO packets sent TFORM5 = '1J ' / data format of field: 4-byte INTEGER TZERO5 = 2147483648 / offset for unsigned integers TTYPE6 = 'BTOFILESSENT' / TO files TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 32768 / offset for unsigned integers TTYPE7 = 'BTOFILEQSENT00' / TO File Queue priority 0 files sent TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 32768 / offset for unsigned integers TTYPE8 = 'BTOFILEQSENT01' / TO File Queue priority 1 files sent TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 32768 / offset for unsigned integers TTYPE9 = 'BTOFILEQSENT02' / TO File Queue priority 2 files sent TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 32768 / offset for unsigned integers TTYPE10 = 'BTOFILEQSENT03' / TO File Queue priority 3 files sent TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 32768 / offset for unsigned integers TTYPE11 = 'BTOFILEQSENT04' / TO File Queue priority 4 files sent TFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 32768 / offset for unsigned integers TTYPE12 = 'BTOFILEQSENT05' / TO File Queue priority 5 files sent TFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 32768 / offset for unsigned integers TTYPE13 = 'BTOFILEQAPID00' / TO File Queue priority 0 APID TFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 32768 / offset for unsigned integers TTYPE14 = 'BTOFILEQAPID01' / TO File Queue priority 1 APID TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 32768 / offset for unsigned integers TTYPE15 = 'BTOFILEQAPID02' / TO File Queue priority 2 APID TFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BTOFILEQAPID03' / TO File Queue priority 3 APID TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BTOFILEQAPID04' / TO File Queue priority 4 APID TFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 32768 / offset for unsigned integers TTYPE18 = 'BTOFILEQAPID05' / TO File Queue priority 5 APID TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 32768 / offset for unsigned integers TTYPE19 = 'BTOFILEQWAIT00' / TO File Queue priority 0 Files Waiting TFORM19 = '1I ' / data format of field: 2-byte INTEGER TZERO19 = 32768 / offset for unsigned integers TTYPE20 = 'BTOFILEQWAIT01' / TO File Queue priority 1 Files Waiting TFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 32768 / offset for unsigned integers TTYPE21 = 'BTOFILEQWAIT02' / TO File Queue priority 2 Files Waiting TFORM21 = '1I ' / data format of field: 2-byte INTEGER TZERO21 = 32768 / offset for unsigned integers TTYPE22 = 'BTOFILEQWAIT03' / TO File Queue priority 3 Files Waiting TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 32768 / offset for unsigned integers TTYPE23 = 'BTOFILEQWAIT04' / TO File Queue priority 4 Files Waiting TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 32768 / offset for unsigned integers TTYPE24 = 'BTOFILEQWAIT05' / TO File Queue priority 5 Files Waiting TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 32768 / offset for unsigned integers TTYPE25 = 'BTOURGPIPERRCNT' / TO Urgent Pipe Error Count TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 32768 / offset for unsigned integers TTYPE26 = 'BTORTPIPERRCNT' / TO RealTime Pipe Error Count TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 32768 / offset for unsigned integers TTYPE27 = 'BTOOTHPIPERRCNT' / TO Other Pipe Error Count TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 32768 / offset for unsigned integers TTYPE28 = 'BTOFILEQEN00' / TO File Queue priority 0 enabled TFORM28 = '1B ' / data format of field: BYTE TTYPE29 = 'BTOFILEQEN01' / TO File Queue priority 1 enabled TFORM29 = '1B ' / data format of field: BYTE TTYPE30 = 'BTOFILEQEN02' / TO File Queue priority 2 enabled TFORM30 = '1B ' / data format of field: BYTE TTYPE31 = 'BTOFILEQEN03' / TO File Queue priority 3 enabled TFORM31 = '1B ' / data format of field: BYTE TTYPE32 = 'BTOFILEQEN04' / TO File Queue priority 4 enabled TFORM32 = '1B ' / data format of field: BYTE TTYPE33 = 'BTOFILEQEN05' / TO File Queue priority 5 enabled TFORM33 = '1B ' / data format of field: BYTE TTYPE34 = 'BTORTFILEPPS' / TO Realtime File packets per second TFORM34 = '1B ' / data format of field: BYTE TTYPE35 = 'BTONUMQUEFULLS' / TO TFORM35 = '1B ' / data format of field: BYTE TTYPE36 = 'BTONUMQUEFLUSH' / TO TFORM36 = '1B ' / data format of field: BYTE TTYPE37 = 'BTORETRYDELQUE' / TO Current size of the retry delete queue TFORM37 = '1B ' / data format of field: BYTE TTYPE38 = 'BTOBUMPFILECNT' / TO TFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 32768 / offset for unsigned integers TTYPE39 = 'undocumented1' / Byte field not in ITOS database TFORM39 = '1J ' / data format of field: 4-byte INTEGER TZERO39 = 2147483648 / offset for unsigned integers TTYPE40 = 'undocumented2' / Byte field not in ITOS database TFORM40 = '1J ' / data format of field: 4-byte INTEGER TZERO40 = 2147483648 / offset for unsigned integers TTYPE41 = 'undocumented3' / Byte field not in ITOS database TFORM41 = '1J ' / data format of field: 4-byte INTEGER TZERO41 = 2147483648 / offset for unsigned integers TTYPE42 = 'undocumented4' / Byte field not in ITOS database TFORM42 = '1J ' / data format of field: 4-byte INTEGER TZERO42 = 2147483648 / offset for unsigned integers TTYPE43 = 'BMSTBYTESCRUB' / MS Count of Bytes scrubbed THIS PASS TFORM43 = '1J ' / data format of field: 4-byte INTEGER TZERO43 = 2147483648 / offset for unsigned integers TTYPE44 = 'BMSCBYTESCRUB' / MS Cumulative number of bytes scrubbed since ReTFORM44 = '1J ' / data format of field: 4-byte INTEGER TZERO44 = 2147483648 / offset for unsigned integers TTYPE45 = 'BMSCPASSCOMPL' / MS Passes made thru Bulk Memory since Reset TFORM45 = '1J ' / data format of field: 4-byte INTEGER TZERO45 = 2147483648 / offset for unsigned integers TTYPE46 = 'BMSCSBERRORS' / MS Cumulative number of Single-Bit Errors sinceTFORM46 = '1J ' / data format of field: 4-byte INTEGER TZERO46 = 2147483648 / offset for unsigned integers TTYPE47 = 'BMSCMBERRORS' / MS Cumulative number of Multi-Bit Errors since TFORM47 = '1J ' / data format of field: 4-byte INTEGER TZERO47 = 2147483648 / offset for unsigned integers TTYPE48 = 'BMSLSBERRADDR' / MS Address of the last Single Bit Error HardwarTFORM48 = '1J ' / data format of field: 4-byte INTEGER TZERO48 = 2147483648 / offset for unsigned integers TTYPE49 = 'BMSLMBERRADDR' / MS Address of the last Multi Bit Error HardwareTFORM49 = '1J ' / data format of field: 4-byte INTEGER TZERO49 = 2147483648 / offset for unsigned integers TTYPE50 = 'BMSSCRUBSTART' / MS Start address of Current Section Being ScrubTFORM50 = '1J ' / data format of field: 4-byte INTEGER TZERO50 = 2147483648 / offset for unsigned integers TTYPE51 = 'BMSSCRUBEND' / MS End address of Current Section being ScrubbeTFORM51 = '1J ' / data format of field: 4-byte INTEGER TZERO51 = 2147483648 / offset for unsigned integers TTYPE52 = 'BMSRAMCSBERRORS' / MS RAM single-bit error count TFORM52 = '1J ' / data format of field: 4-byte INTEGER TZERO52 = 2147483648 / offset for unsigned integers TTYPE53 = 'BMSRAMCMBERRORS' / MS RAM multi-bit error count TFORM53 = '1J ' / data format of field: 4-byte INTEGER TZERO53 = 2147483648 / offset for unsigned integers TTYPE54 = 'BMSRAMLSBERRADDR' / MS Last RAM single-bit error address TFORM54 = '1J ' / data format of field: 4-byte INTEGER TZERO54 = 2147483648 / offset for unsigned integers TTYPE55 = 'BMSRAMLMBERRADDR' / MS Last RAM multi-bit error address TFORM55 = '1J ' / data format of field: 4-byte INTEGER TZERO55 = 2147483648 / offset for unsigned integers TTYPE56 = 'BMSMACHERRORS' / MS RAM machine check error count TFORM56 = '1J ' / data format of field: 4-byte INTEGER TZERO56 = 2147483648 / offset for unsigned integers TTYPE57 = 'BMSACHERRADDR' / MS Last RAM machine check error address TFORM57 = '1J ' / data format of field: 4-byte INTEGER TZERO57 = 2147483648 / offset for unsigned integers TTYPE58 = 'BMSLIORESETREG' / MS Processor LIO Reset Register TFORM58 = '1J ' / data format of field: 4-byte INTEGER TZERO58 = 2147483648 / offset for unsigned integers TTYPE59 = 'BMSFLAGSWORD' / MS Flags TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = 32768 / offset for unsigned integers TTYPE60 = 'BMSSHSCUTCOFF' / SH spacecraft utc offset TFORM60 = '1D ' / data format of field: 8-byte DOUBLE EXTNAME = 'hk137x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699884.6414 TSTOP = 727706049.64148 DATE-OBS= '2024-01-23T10:51:19' DATE-END= '2024-01-23T12:34:04' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6165.00007998943 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 311 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:27' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'TNoVVLlTTLlTTLlT' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '479047629' / data unit checksum updated 2024-02-02T06:06:27 TRDHI25 = 2 / BTOURGPIPERRCNT Red upper limit = BTO_URGPIPEERTYEHI25 = 1 / BTOURGPIPERRCNT Yellow upper limit = BTO_URGPIPTRDHI26 = 2 / BTORTPIPERRCNT Red upper limit = BTO_RTPIPEERR_TYEHI26 = 1 / BTORTPIPERRCNT Yellow upper limit = BTO_RTPIPEETRDHI27 = 2 / BTOOTHPIPERRCNT Red upper limit = BTO_OTHPIPEERTYEHI27 = 1 / BTOOTHPIPERRCNT Yellow upper limit = BTO_OTHPIPCOMMENT Column 28 = BTOFILEQEN00 - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 29 = BTOFILEQEN01 - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 30 = BTOFILEQEN02 - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 31 = BTOFILEQEN03 - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 32 = BTOFILEQEN04 - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 33 = BTOFILEQEN05 - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description TRDHI46 = 2 / BMSCSBERRORS Red upper limit = BMS_SBERR_LIM TYEHI46 = 1 / BMSCSBERRORS Yellow upper limit = BMS_SBERR_LIMTRDHI47 = 2 / BMSCMBERRORS Red upper limit = BMS_MBERR_LIM TYEHI47 = 1 / BMSCMBERRORS Yellow upper limit = BMS_MBERR_LIMCOMMENT Column 58 = BMSLIORESETREG - Discrete value COMMENT 0 = LIO POWER ON RESET = Power Cycle Reset COMMENT 2048 = LIO CRITICAL RESET = Critical Reset COMMENT 2304 = LIO CRITICAL ERROR = Critical Error COMMENT 2560 = LIO PAS ERROR = Pas Reset COMMENT 2816 = LIO CHECKSTOP ERROR = Checkstop Error COMMENT 3072 = LIO PCI BRIDGE ERROR = PCI Bridge Error COMMENT 3328 = LIO WATCHDOG ERROR = Watchdog Error COMMENT 3584 = LIO SELFTEST ERROR = SelfTest error HISTORY TASK: FAPPND on FILENAME: sw01210276000b137x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:30 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AůRetarg/mode/tables/toflttbl.gzo VVf1(PĬ7V@e=/G[p AAů targ/mode/tables/toflttbl.gzo Xf1(PŬ7V#e=/G[p AAůR\targ/mode/tables/toflttbl.gzo Yץf1(PŬ7V~He=/G[p AAůetarg/mode/tables/toflttbl.gzo Zf1(PŬ7Vf/@=/G[p AAůRtarg/mode/tables/toflttbl.gzo [f1(PŬ7V}fn@=/G[p AAů targ/mode/tables/toflttbl.gzo [kf1(PŬ7V=f=/G[p AAůRtarg/mode/tables/toflttbl.gzo [f1(PŬ7V6f@=/G[p AAů  targ/mode/tables/toflttbl.gzo \8f1(PŬ7VVvg%=/G[p AAůRetarg/mode/tables/toflttbl.gzo \f1(PŬ7Vgd=/G[p AAů targ/mode/tables/toflttbl.gzo \f1(PŬ7V]g=/G[p AAů!Rtarg/mode/tables/toflttbl.gzo ]of1(PŬ7V.-g=/G[p AAů(etarg/mode/tables/toflttbl.gzo ]ɥf1(PŬ7Vmh@=/G[p AAů0Rtarg/mode/tables/toflttbl.gzo ^f1(PŬ7V@h\=/G[p AAů7etarg/mode/tables/toflttbl.gzo ^if1(PŬ7Vh@=/G[p AAů?Rtarg/mode/tables/toflttbl.gzo ^f1(PŬ7VUi7=/G[p AAůFtarg/mode/tables/toflttbl.gzo _7f1(PŬ7V@iv=/G[p AAůNRetarg/mode/tables/toflttbl.gzo _ĥf1)PŬ7V~@i=/G[p AAůUetarg/mode/tables/toflttbl.gzo `#f1)PŬ7V3Bi=/G[p AAů]Rtarg/mode/tables/toflttbl.gzo 0`f1)PŬ7V7n@j=/G[p AAůdtarg/mode/tables/toflttbl.gzo af1)PŬ7Vhqj @=/G[p AAůlRetarg/mode/tables/toflttbl.gzo b$f1)PŬ7V+@j<=/G[p AAůstarg/mode/tables/toflttbl.gzo cץf1)PƬ7V@jn=/G[p AAů{Rtarg/mode/tables/toflttbl.gzo eXf1)PƬ7Vj=/G[p AAů targ/mode/tables/toflttbl.gzo ff1,PƬ7Vj@=/G[p AAůRetarg/mode/tables/toflttbl.gzo gf1.PǬ7V"jÀ=/G[p AAů targ/mode/tables/toflttbl.gzo hǦf1.PǬ7V:j=/G[p AAůRetarg/mode/tables/toflttbl.gzo j}f1.PȬ7Vxk'=/G[p AAůtarg/mode/tables/toflttbl.gzo l/f1.Pɬ7Vrkl=/G[ AAůRtarg/mode/tables/toflttbl.gzo m]f1.Pɬ7V@k=/G[ AAůetarg/mode/tables/toflttbl.gzo mɦf1.Pɬ7VT@l=/G[ AAůR targ/mode/tables/toflttbl.gzo nf1.Pɬ7VlR=/G[ AAůetarg/mode/tables/toflttbl.gzo nyf1.Pɬ7Vl@=/G[ AAůRetarg/mode/tables/toflttbl.gzo nݦf1.Pɬ7VRAl=/G[ AAůetarg/mode/tables/toflttbl.gzo oGf1.Pɬ7Vm?=/G[ AAůRtarg/mode/tables/toflttbl.gzo of1.Pɬ7Vm@=/G[ AAůetarg/mode/tables/toflttbl.gzo pf1.Pɬ7Vz%@m=/G[ AAůRtarg/mode/tables/toflttbl.gzo pf1/Pɬ7Vb@n=/G[ AAůetarg/mode/tables/toflttbl.gzo pf1/Pɬ7VnP=/G[ AAůRetarg/mode/tables/toflttbl.gzo q0f1/Pɬ7V@n=/G[ AAůtarg/mode/tables/toflttbl.gzo qf1/Pɬ7V@o,>/G[ AAůRetarg/mode/tables/toflttbl.gzo rf1/Pɬ7VEM@ok>/G[p AAů etarg/mode/tables/toflttbl.gzo r_f1/Pɬ7Vo@>/G[p AAůRtarg/mode/tables/toflttbl.gzo rf1/Pɬ7V@o>/G[p AAůetarg/mode/tables/toflttbl.gzo s=f1/Pɬ7V@p">/G[p AAů Rtarg/mode/tables/toflttbl.gzo s{f1/Pɬ7V1D@pb>/G[p AAů'etarg/mode/tables/toflttbl.gzo sǦf1/Pɬ7Vp@>/G[p AAů/Retarg/mode/tables/toflttbl.gzo t&f1/Pɬ7V/p>/G[p AAů6targ/mode/tables/toflttbl.gzo t}f1/Pɬ7Vq>/G[p AAů>Retarg/mode/tables/toflttbl.gzo tf1/Pɬ7VW:qY@>/G[p AAůEetarg/mode/tables/toflttbl.gzo u^f1/Pɬ7V zq>/G[p AjAůMRtarg/mode/tables/toflttbl.gzo uf1/Pɬ7Vhq@>/G[p AjAůTtarg/mode/tables/toflttbl.gzo uf1/Pɬ7Vr>/G[p AjAů\Rtarg/mode/tables/toflttbl.gzo vx f1/Pɬ7V1rP@>/G[p AjAůctarg/mode/tables/toflttbl.gzo vƦ f1/Pɬ7Vqr>/G[p AjAůkRtarg/mode/tables/toflttbl.gzo @w f1/Pɬ7V@r>/G[p AjAůrTtarg/mode/tables/toflttbl.gzo wv f1/Pɬ7Vr>/G[p AjAůzRetarg/mode/tables/toflttbl.gzo x¦ f1/Pɬ7Vwr@>/G[p AjAůtarg/mode/tables/toflttbl.gzo pz f10Pʬ7Vr@>/G[p AjAůR targ/mode/tables/toflttbl.gzo |- f10Pʬ7V@s5>/G[p AjAůetarg/mode/tables/toflttbl.gzo |f10Pʬ 7VUss>/G[p AjAůRtarg/mode/tables/toflttbl.gzo p}!f10Pʬ 7V{s@>/G[p AjAů targ/mode/tables/toflttbl.gzo ~1f10P̬ 7V=sӀ>/G[p AjAůRetarg/mode/tables/toflttbl.gzo ~f10P̬ 7Vs>/G[p AjAůtarg/mode/tables/toflttbl.gzo f10Pά 7Vs>/G[p AjAůR targ/mode/tables/toflttbl.gzo ؀f11PϬ 7V<t@>/G[p AjAů targ/mode/tables/toflttbl.gzo ؁f15PЬ 7VBt.@>/G[p AjAůRTtarg/mode/tables/toflttbl.gzo P؃7f15PЬ 7Vl@t>/G[p AjAůtarg/mode/tables/toflttbl.gzo p؄f15PѬ 7Vtˀ>/G[p AjAůR targ/mode/tables/toflttbl.gzo ؆f15PѬ 7Vt@>/G[p A@Aůetarg/mode/tables/toflttbl.gzo ؈f15PѬ 7V@u>/G[p A@AůRtarg/mode/tables/toflttbl.gzo ؊Mf15PѬ 7Vu9>/G[p A@Aů\targ/mode/tables/toflttbl.gzo u،f15PѬ 7VOum>/G[p A@AůRtarg/mode/tables/toflttbl.gzo c ؍f15PѬ 7Vpu@>/G[p A@Aůtarg/mode/tables/toflttbl.gzo =؏`f15PѬ 7Vu>/G[p A@AůRetarg/mode/tables/toflttbl.gzo Dؑf16PѬ 7Vu@>/G[p A@Aů targ/mode/tables/toflttbl.gzo 2ؒƦf16PѬ 7Vv">/G[p A@AůRtarg/mode/tables/toflttbl.gzo ؔqf16PѬ 7V7-vK>/G[p A@Aů targ/mode/tables/toflttbl.gzo ؖ2f16PѬ 7Vh@v>/G[p A@AůRetarg/mode/tables/toflttbl.gzo  ؗצ f18PѬ 7Vv>/G[ A@Aů&targ/mode/tables/toflttbl.gzo  ؙ f18PѬ 7Vv@>/G[ A@Aů.Retarg/mode/tables/toflttbl.gzo  ؛+ f18PѬ 7V= @w>>/G[ A@Aů5 targ/mode/tables/toflttbl.gzo ؜٦ f18PѬ 7V]w|>/G[ A@Aů=Rtarg/mode/tables/toflttbl.gzo ؞ f18PѬ 7V,@w>/G[ A@AůD targ/mode/tables/toflttbl.gzo ؠ7 f18PѬ 7Vw@>/G[ A@AůLitarg/mode/tables/toflttbl.gzo ءܦ f18PѬ 7V'x%>/G[ A@AůS7"targ/mode/tables/toflttbl.gzo أ"f18PӬ 7V x)>/G[ A@Aů[Rtarg/mode/tables/toflttbl.gzo @إ="f18PӬ 7Ve9xX>/G[ A@Aůb\targ/mode/tables/toflttbl.gzo `ئ"f18PӬ 7V,Zxx>/G[ AAůjR targ/mode/tables/toflttbl.gzo ب"f18PӬ 7Vux>/G[ AAůqtarg/mode/tables/toflttbl.gzo ت9"f18PӬ 7Vyx>/G[ AAůyRTtarg/mode/tables/toflttbl.gzo 0ث"f18PӬ 7Vx>/G[ AAůtarg/mode/tables/toflttbl.gzo װح#g18PӬ 7V"x@>/G[ AAůRtarg/mode/tables/toflttbl.gzo دb#g18PӬ 7V7xـ>/G[ AAů targ/mode/tables/toflttbl.gzo @ر$g18PԬ 7VVx>/G[ AAůRetarg/mode/tables/toflttbl.gzo زɦ$g18PԬ 7V@x>/G[ AAůtarg/mode/tables/toflttbl.gzo شl$g18PԬ 7V?@y>/G[ AAůR targ/mode/tables/toflttbl.gzo `ض1$g18PԬ 7 Vy>/G[ AAů targ/mode/tables/toflttbl.gzo ط%g19PԬ 7 Vy">/G[ AAůRtarg/mode/tables/toflttbl.gzo ع%g19PԬ 7 VC@y$>/G[ AAůetarg/mode/tables/toflttbl.gzo ػ=%g19PԬ 7 V2(yG@>/G[ AAůRtarg/mode/tables/toflttbl.gzo `ؼ&g19Pլ 7 VD@yb>/G[ AAů.^targ/mode/tables/toflttbl.gzo ؾ&g19Pլ 7 Vhy>/G[ AAůR targ/mode/tables/toflttbl.gzo b&g19Pլ 7 Vy>/G[ AAů targ/mode/tables/toflttbl.gzo &g19Pլ 7 VYy>/G[ AAůRetarg/mode/tables/toflttbl.gzo ÿ&g19Pլ 7Vy>/G[ AAů targ/mode/tables/toflttbl.gzo o&g19Pլ 7V@y>/G[ AAůRetarg/mode/tables/toflttbl.gzo b+&g19Pլ 7V;y>/G[ AAůtarg/mode/tables/toflttbl.gzo Z`,g19P۬ 7V݀y>/G[ AAůRetarg/mode/tables/toflttbl.gzo Jʎ-g19Pܬ 7Vaz@>/G[ AAůtarg/mode/tables/toflttbl.gzo JM-g19Pܬ 7Vz?/G[p AAůRtarg/mode/tables/toflttbl.gzo G-g19Pܬ 7V1Gz@?/G[p AAů targ/mode/tables/toflttbl.gzo AϮ-g19Pܬ 7VIz@?/G[p AAůRetarg/mode/tables/toflttbl.gzo =Pc.g1:Pܬ 7VZL@z?/G[p AAů%targ/mode/tables/toflttbl.gzo <*.g1:Pܬ 7V{?/G[p AAů-R!targ/mode/tables/toflttbl.gzo P/g1:Pݬ 7V{'?/G[p AAů4Prtarg/mode/tables/toflttbl.gzo Pެ 7V|h@?/G[p AAůpetarg/mode/tables/toflttbl.gzo :g1@P߬ 7V@|k?/G[p AAůxRetarg/mode/tables/toflttbl.gzo Hg1APᬨ 7V>O|@?/G[p AAůetarg/mode/tables/toflttbl.gzo 릦?g1APᬩ 7V}$?/G[p AAůRtarg/mode/tables/toflttbl.gzo Pg?g1APᬩ 7V1ŀ}T?/G[p AAů targ/mode/tables/toflttbl.gzo Ѐ?g1APᬩ 7V}x@?/G[p AAůR targ/mode/tables/toflttbl.gzo Ѐ?g1APᬩ 7V }?/G[p AAůetarg/mode/tables/toflttbl.gzo Ѐo?g1APᬩ 7VqW}?/G[p AAůRtarg/mode/tables/toflttbl.gzo )?g1APᬩ 7V~?/G[p AAůtarg/mode/tables/toflttbl.gzo @g1APᬩ7Vo~K?/G[p AAůRetarg/mode/tables/toflttbl.gzo @g1APᬩ7V~?/G[p AAů targ/mode/tables/toflttbl.gzo /@g1APᬩ7V*~?/G[p AAůRetarg/mode/tables/toflttbl.gzo Ag1BPᬩ7VZ~?/G[p AAů targ/mode/tables/toflttbl.gzo @Ag1BPᬩ7V?/G[p AAůRtarg/mode/tables/toflttbl.gzo @CAg1BPᬩ7VVR?/G[p AAůetarg/mode/tables/toflttbl.gzo @Ag1BPᬩ7V V@?/G[p AAů;ytarg/mode/tables/toflttbl.gzo ϐS/Zg1Q*C7 VπB/G[p AAůR targ/mode/tables/toflttbl.gzo 0U"_g1Q+C7 V"@B/G[p AAů targ/mode/tables/toflttbl.gzo ĠV_g1Q+C7 V@B/G[p AAůRtarg/mode/tables/toflttbl.gzo `Xbg1Q,E7 V-@nB/G[p AAůtarg/mode/tables/toflttbl.gzo ӰZQeg1Q-F7 VU@B/G[p AAůRetarg/mode/tables/toflttbl.gzo Ӱ\eg1Q-F7 VB/G[p AAů\targ/mode/tables/toflttbl.gzo `]§gg1Q-H7Va@?B/G[p AAůR\targ/mode/tables/toflttbl.gzo _kjg1Q-K7V B/G[p AAůetarg/mode/tables/toflttbl.gzo a&jg1Q-K7V̀B/G[p AAůRtarg/mode/tables/toflttbl.gzo bԧlg1Q-M7V4@B/G[p AAůetarg/mode/tables/toflttbl.gzo dng1Q-O7VLzY@B/G[p AAůRtarg/mode/tables/toflttbl.gzo f;ng1Q-O7V@B/G[ AAů targ/mode/tables/toflttbl.gzo gog1Q-P7V B/G[ AAůRtarg/mode/tables/toflttbl.gzo hog1Q-P7VY8B/G[ AAůtarg/mode/tables/toflttbl.gzo hog1Q-P7VfB/G[ AAůRetarg/mode/tables/toflttbl.gzo ipg1Q-P7V̀B/G[ AAůetarg/mode/tables/toflttbl.gzo ipg1Q-P7V:4@B/G[ AAůRetarg/mode/tables/toflttbl.gzo j'pg1Q-P7VvTB/G[ AAůtarg/mode/tables/toflttbl.gzo jpg1Q-P7V.@B/G[ AAů&Retarg/mode/tables/toflttbl.gzo jڧpg1Q-P7V@B/G[ AAů- targ/mode/tables/toflttbl.gzo kRqg1Q-Q7V;1@B/G[ AAů5Retarg/mode/tables/toflttbl.gzo kqg1Q-Q7Vr@PB/G[ AAů< targ/mode/tables/toflttbl.gzo lqg1Q-Q7VHB/G[ AAůDRtarg/mode/tables/toflttbl.gzo lqrg1Q-Q7VπB/G[ AAůKetarg/mode/tables/toflttbl.gzo msg1Q-R7V nC/G[p AAůSRtarg/mode/tables/toflttbl.gzo mIsg1Q-R7VbC/G[p AAůZtarg/mode/tables/toflttbl.gzo msg1Q-R7Vl@C/G[p AAůbRtarg/mode/tables/toflttbl.gzo msg1Q-R7V4@C/G[p AAůi2Mtarg/mode/tables/toflttbl.gzo nytg1Q-S7V@lC/G[p AAůqRetarg/mode/tables/toflttbl.gzo nɧtg1Q-S7V&_C/G[p AAůx targ/mode/tables/toflttbl.gzo o)tg1Q-S7V@C/G[p AAůRetarg/mode/tables/toflttbl.gzo octg1Q-S7V/C/G[p AAůetarg/mode/tables/toflttbl.gzo potg1Q-S7V!@jC/G[p AAůRetarg/mode/tables/toflttbl.gzo p9ug1Q-T7V%YC/G[p AAůtarg/mode/tables/toflttbl.gzo pug1Q-T7VxC/G[p AAůRetarg/mode/tables/toflttbl.gzo pug1Q-T7V8@C/G[p AAůtarg/mode/tables/toflttbl.gzo q9ug1Q-T7VU C/G[p AAůRetarg/mode/tables/toflttbl.gzo rug1Q-T7VҀ!C/G[p AAůtarg/mode/tables/toflttbl.gzo tXvg1Q.T7VTC/G[p AAůRetarg/mode/tables/toflttbl.gzo uyg1Q.W7V=C/G[p AAůetarg/mode/tables/toflttbl.gzo v9yg1Q.W7V{ɀC/G[p AAůRtarg/mode/tables/toflttbl.gzo vzg1Q.X7VC/G[p AAůetarg/mode/tables/toflttbl.gzo wzg1Q.X7V^CC/G[p AAůRtarg/mode/tables/toflttbl.gzo w{g1Q.X7V2C/G[p AAů targ/mode/tables/toflttbl.gzo w{g1Q.X7VUr@C/G[p AAůR\targ/mode/tables/toflttbl.gzo xw|g1Q.Y7VE@C/G[p AAů targ/mode/tables/toflttbl.gzo x|g1Q.Y7V9C/G[p AAůRetarg/mode/tables/toflttbl.gzo y|g1Q.Y7V C/G[p AAů targ/mode/tables/toflttbl.gzo py|g1Q.Y7VR@C/G[p AAůRtarg/mode/tables/toflttbl.gzo y}g1Q/Y7VzQC/G[p AAů\targ/mode/tables/toflttbl.gzo zU}g1Q/Y7V>@C/G[p AAůR\targ/mode/tables/toflttbl.gzo z}g1Q/Y7V~zȀC/G[p AAůtarg/mode/tables/toflttbl.gzo {)}g1Q/Y7VC/G[p AAů%Retarg/mode/tables/toflttbl.gzo |Fg1Q/[7V2C/G[p AAů,targ/mode/tables/toflttbl.gzo |g1Q/[7V0%@sC/G[p AAů4Rtarg/mode/tables/toflttbl.gzo |g1Q/[7VRC/G[p AAů;targ/mode/tables/toflttbl.gzo }7g1Q/[7VVC/G[p AAůCR targ/mode/tables/toflttbl.gzo ~g1Q/[7VpC/G[p AAůJ-targ/mode/tables/toflttbl.gzo ڀHg1Q0[7Vw@C/G[ AAůRRtarg/mode/tables/toflttbl.gzo ځg1Q0]7V'C/G[ AAůYtarg/mode/tables/toflttbl.gzo ڂg1Q0]7V{gC/G[ AAůaRetarg/mode/tables/toflttbl.gzo ڂg1Q0^7VZQ@C/G[ AAůhtarg/mode/tables/toflttbl.gzo ڃ!g1Q0_7V׀C/G[ AAůpRetarg/mode/tables/toflttbl.gzo ڃg1Q0_7VŀC/G[ AAůwtarg/mode/tables/toflttbl.gzo ڃg1Q0_7VT@C/G[ AAůRetarg/mode/tables/toflttbl.gzo ڄCg1Q0_7VBC/G[ AAůetarg/mode/tables/toflttbl.gzo ڄǧg1Q0`7VD~̀C/G[ AwAůR targ/mode/tables/toflttbl.gzo څ g1Q0`7V @C/G[ AwAů targ/mode/tables/toflttbl.gzo څpg1Q0`7V<L@C/G[ AwAůR\targ/mode/tables/toflttbl.gzo څȧg1Q0`7V=@C/G[ AwAůetarg/mode/tables/toflttbl.gzo چug1Q0a7Vs@C/G[ AwAůRetarg/mode/tables/toflttbl.gzo چȧg1Q0a7Vx@C/G[ AwAů/targ/mode/tables/toflttbl.gzo ڇg1Q0a7VAC/G[ AwAůRtarg/mode/tables/toflttbl.gzo ڇ_g1Q0a7V>'D/G[p AwAůetarg/mode/tables/toflttbl.gzo ڇg1Q0b7V@b D/G[p AwAůRetarg/mode/tables/toflttbl.gzo 0ڈBg1Q0b7VD@D/G[p AwAů targ/mode/tables/toflttbl.gzo ڈg1Q0b7VHD/G[p AwAůRetarg/mode/tables/toflttbl.gzo ډg1Q0b7V@lD/G[p AwAůtarg/mode/tables/toflttbl.gzo ڋg1Q1b7VLڀD/G[p AwXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 225 / width of table in bytes NAXIS2 = 219 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 99 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHK138SSPRES' / HK Presence of SubSystems for this packet TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BBRHKTRIGTIME42' / BR HK trigger time (time42) TFORM3 = '1D ' / data format of field: 8-byte DOUBLE TUNIT3 = 's ' / physical unit of field TTYPE4 = 'undocumented1' / Byte field not in ITOS database TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 32768 / offset for unsigned integers TTYPE5 = 'BBRHKTRIGDUR' / BR HK trigger duration TFORM5 = '1J ' / data format of field: 4-byte INTEGER TZERO5 = 8590065.664 / data offset (2G shift B_BR_4MS_A conversion) TSCAL5 = 0.004 / data scaling (B_BR_4MS_A conversion) TTYPE6 = 'BBRHKSOURCETYPE' / BR HK source type TFORM6 = '1B ' / data format of field: BYTE TTYPE7 = 'BBRHKTHETA' / BR HK burst/transient location in radial coord.TFORM7 = '1E ' / data format of field: 4-byte REAL TUNIT7 = 'rad ' / physical unit of field TTYPE8 = 'BBRHKPHI' / BR HK burst/transient location in azimuthal cooTFORM8 = '1E ' / data format of field: 4-byte REAL TUNIT8 = 'rad ' / physical unit of field TTYPE9 = 'BBRHKSTRENGTH' / BR HK burst/transient strength in image units TFORM9 = '1E ' / data format of field: 4-byte REAL TTYPE10 = 'BBRHKLOCSIGMA' / BR HK burst/transient rms near src location TFORM10 = '1E ' / data format of field: 4-byte REAL TTYPE11 = 'BBRHKCATNUM' / BR HK burst/transient catalog number of src (-1TFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 32768 / offset for unsigned integers TTYPE12 = 'BBRHKTECHNIQUE' / BR HK burst/transient technique to get the src TFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 32768 / offset for unsigned integers TTYPE13 = 'BBRHKINTRSGSTR' / BR HK burst/transient source brightness for intTFORM13 = '1E ' / data format of field: 4-byte REAL TTYPE14 = 'BBRHKRARAD' / BR HK R.A. in radians TFORM14 = '1E ' / data format of field: 4-byte REAL TUNIT14 = 'rad ' / physical unit of field TTYPE15 = 'BBRHKDECRAD' / BR HK Declination in radians TFORM15 = '1E ' / data format of field: 4-byte REAL TUNIT15 = 'rad ' / physical unit of field TTYPE16 = 'BBRHKFBURST' / BR HK burst flag TFORM16 = '1B ' / data format of field: BYTE TTYPE17 = 'BBRHKFINTERSTING' / BR HK interesting flag TFORM17 = '1B ' / data format of field: BYTE TTYPE18 = 'BBRHKFIMAGETRIG' / BR HK image trigger flag TFORM18 = '1B ' / data format of field: BYTE TTYPE19 = 'BBRHKFCONTINUOUS' / BR HK continuous observation flag TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BBRHKERANGE' / BR HK Trigger energy TFORM20 = '1B ' / data format of field: BYTE TTYPE21 = 'BBRHKFINRATETRIG' / BR HK processing new rate trigger TFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BBRHKTIMESINCE' / BR HK time since trigger TFORM22 = '1J ' / data format of field: 4-byte INTEGER TZERO22 = 2147483648 / offset for unsigned integers TTYPE23 = 'BBRHKMERIT0' / BR HK Merit item 0 TFORM23 = '1I ' / data format of field: 2-byte INTEGER TTYPE24 = 'BBRHKMERIT1' / BR HK Merit item 1 TFORM24 = '1I ' / data format of field: 2-byte INTEGER TTYPE25 = 'BBRHKMERIT2' / BR HK Merit item 2 TFORM25 = '1I ' / data format of field: 2-byte INTEGER TTYPE26 = 'BBRHKMERIT3' / BR HK Merit item 3 TFORM26 = '1I ' / data format of field: 2-byte INTEGER TTYPE27 = 'BBRHKMERIT4' / BR HK Merit item 4 TFORM27 = '1I ' / data format of field: 2-byte INTEGER TTYPE28 = 'BBRHKMERIT5' / BR HK Merit item 5 TFORM28 = '1I ' / data format of field: 2-byte INTEGER TTYPE29 = 'BBRHKMERIT6' / BR HK Merit item 6 TFORM29 = '1I ' / data format of field: 2-byte INTEGER TTYPE30 = 'BBRHKMERIT7' / BR HK Merit item 7 TFORM30 = '1I ' / data format of field: 2-byte INTEGER TTYPE31 = 'BBRHKMERIT8' / BR HK Merit item 8 TFORM31 = '1I ' / data format of field: 2-byte INTEGER TTYPE32 = 'BBRHKMERIT9' / BR HK Merit item 9 TFORM32 = '1I ' / data format of field: 2-byte INTEGER TTYPE33 = 'undocumented2' / Byte field not in ITOS database TFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'BBRHKTRIGNUM' / BR HK trigger number TFORM34 = '1J ' / data format of field: 4-byte INTEGER TZERO34 = 2147483648 / offset for unsigned integers TTYPE35 = 'BBRHKTRYINGTRIG' / BR HK triggers tried since TFORM35 = '1J ' / data format of field: 4-byte INTEGER TZERO35 = 2147483648 / offset for unsigned integers TTYPE36 = 'BBRHKTRYINGMET' / BR HK triggers tried at MET TFORM36 = '1J ' / data format of field: 4-byte INTEGER TZERO36 = 2147483648 / offset for unsigned integers TUNIT36 = 's ' / physical unit of field TTYPE37 = 'undocumented3' / Byte field not in ITOS database TFORM37 = '1J ' / data format of field: 4-byte INTEGER TZERO37 = 2147483648 / offset for unsigned integers TTYPE38 = 'undocumented4' / Byte field not in ITOS database TFORM38 = '1J ' / data format of field: 4-byte INTEGER TZERO38 = 2147483648 / offset for unsigned integers TTYPE39 = 'undocumented5' / Byte field not in ITOS database TFORM39 = '1J ' / data format of field: 4-byte INTEGER TZERO39 = 2147483648 / offset for unsigned integers TTYPE40 = 'undocumented6' / Byte field not in ITOS database TFORM40 = '1J ' / data format of field: 4-byte INTEGER TZERO40 = 2147483648 / offset for unsigned integers TTYPE41 = 'undocumented7' / Byte field not in ITOS database TFORM41 = '1J ' / data format of field: 4-byte INTEGER TZERO41 = 2147483648 / offset for unsigned integers TTYPE42 = 'undocumented8' / Byte field not in ITOS database TFORM42 = '1J ' / data format of field: 4-byte INTEGER TZERO42 = 2147483648 / offset for unsigned integers TTYPE43 = 'BCAHKCALTYPE' / Calibration Type, 0=none,1=offset,2=gain,other=TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 32768 / offset for unsigned integers TTYPE44 = 'BCAHKPULDAC' / Value to set the pulser TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 32768 / offset for unsigned integers TTYPE45 = 'BCAHKPULPER' / Period of the pulser (500 ns units) TFORM45 = '1I ' / data format of field: 2-byte INTEGER TZERO45 = 32768 / offset for unsigned integers TTYPE46 = 'BCAHKDWELLCNT' / Dwell Count TFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 32768 / offset for unsigned integers TTYPE47 = 'BCAHKCALMODE' / Cal Mode TFORM47 = '1B ' / data format of field: BYTE TTYPE48 = 'BCAHKENDMODE' / End Mode TFORM48 = '1B ' / data format of field: BYTE TTYPE49 = 'BCAHKCALDONE' / This command has been completed TFORM49 = '1B ' / data format of field: BYTE TTYPE50 = 'BCAHKBLOCKWISE' / If true, do blocks sequentially, otherwise simuTFORM50 = '1B ' / data format of field: BYTE TTYPE51 = 'BCAHKLONGCAL' / If true, calibration events are long TFORM51 = '1B ' / data format of field: BYTE TTYPE52 = 'BCAHKCALTM' / Send pulseheight calibration to the ground TFORM52 = '1B ' / data format of field: BYTE TTYPE53 = 'BCAHKSEGSTRIPTM' / send segment/strip results to the ground TFORM53 = '1B ' / data format of field: BYTE TTYPE54 = 'BCAHKSLEWONLY' / Only run during slew TFORM54 = '1B ' / data format of field: BYTE TTYPE55 = 'BCAHKTRUMPSAUTO' / Run even if automatic run (gain/offset) TFORM55 = '1B ' / data format of field: BYTE TTYPE56 = 'BCAHKEVENSAA' / Do calibration even if in SAA TFORM56 = '1B ' / data format of field: BYTE TTYPE57 = 'undocumented9' / Byte field not in ITOS database TFORM57 = '1I ' / data format of field: 2-byte INTEGER TZERO57 = 32768 / offset for unsigned integers TTYPE58 = 'undocumented10' / Bit field not in ITOS database TFORM58 = '1B ' / data format of field: BYTE TTYPE59 = 'BCAHKCALTYPEN' / Calibration Type, 0=none,1=offset,2=gain,other=TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = 32768 / offset for unsigned integers TTYPE60 = 'BCAHKPULDACN' / Value to set the pulser TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 32768 / offset for unsigned integers TTYPE61 = 'BCAHKPULPERN' / Period of the pulser (500 ns units) TFORM61 = '1I ' / data format of field: 2-byte INTEGER TZERO61 = 32768 / offset for unsigned integers TTYPE62 = 'BCAHKDWELLCNTN' / Dwell Count TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 32768 / offset for unsigned integers TTYPE63 = 'BCAHKCALMODEN' / Cal Mode TFORM63 = '1B ' / data format of field: BYTE TTYPE64 = 'BCAHKENDMODEN' / End Mode TFORM64 = '1B ' / data format of field: BYTE TTYPE65 = 'BCAHKCALDONEN' / This command has been completed TFORM65 = '1B ' / data format of field: BYTE TTYPE66 = 'BCAHKBLOCKWISEN' / If true, do blocks sequentially, otherwise simuTFORM66 = '1B ' / data format of field: BYTE TTYPE67 = 'BCAHKLONGCALN' / If true, calibration events are long TFORM67 = '1B ' / data format of field: BYTE TTYPE68 = 'BCAHKCALTMN' / Send pulseheight calibration to the ground TFORM68 = '1B ' / data format of field: BYTE TTYPE69 = 'BCAHKSEGSTRIPTMN' / send segment/strip results to the ground TFORM69 = '1B ' / data format of field: BYTE TTYPE70 = 'BCAHKSLEWONLYN' / Only run during slew TFORM70 = '1B ' / data format of field: BYTE TTYPE71 = 'BCAHKTRUMPSAUTON' / Run even if automatic run (gain/offset) TFORM71 = '1B ' / data format of field: BYTE TTYPE72 = 'BCAHKEVENSAAN' / Do calibration even if in SAA TFORM72 = '1B ' / data format of field: BYTE TTYPE73 = 'undocumented11' / Byte field not in ITOS database TFORM73 = '1I ' / data format of field: 2-byte INTEGER TZERO73 = 32768 / offset for unsigned integers TTYPE74 = 'undocumented12' / Bit field not in ITOS database TFORM74 = '1B ' / data format of field: BYTE TTYPE75 = 'BCAHKLASTOFFMET' / Last Offset time, U1234 format TFORM75 = '1J ' / data format of field: 4-byte INTEGER TTYPE76 = 'BCAHKLASTGAINMET' / Last Gain time, U1234 format TFORM76 = '1J ' / data format of field: 4-byte INTEGER TTYPE77 = 'BCAHKLASTOINDEX' / Last Offset Index TFORM77 = '1I ' / data format of field: 2-byte INTEGER TZERO77 = 32768 / offset for unsigned integers TTYPE78 = 'BCAHKLASTGINDEX' / Last Gain Index TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 32768 / offset for unsigned integers TTYPE79 = 'BCAHKMODDONE01' / Done flags for modules in block 01 TFORM79 = '1I ' / data format of field: 2-byte INTEGER TZERO79 = 32768 / offset for unsigned integers TTYPE80 = 'BCAHKMODDONE00' / Done flags for modules in block 00 TFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 32768 / offset for unsigned integers TTYPE81 = 'BCAHKMODDONE03' / Done flags for modules in block 03 TFORM81 = '1I ' / data format of field: 2-byte INTEGER TZERO81 = 32768 / offset for unsigned integers TTYPE82 = 'BCAHKMODDONE02' / Done flags for modules in block 02 TFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 32768 / offset for unsigned integers TTYPE83 = 'BCAHKMODDONE05' / Done flags for modules in block 05 TFORM83 = '1I ' / data format of field: 2-byte INTEGER TZERO83 = 32768 / offset for unsigned integers TTYPE84 = 'BCAHKMODDONE04' / Done flags for modules in block 04 TFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 32768 / offset for unsigned integers TTYPE85 = 'BCAHKMODDONE07' / Done flags for modules in block 07 TFORM85 = '1I ' / data format of field: 2-byte INTEGER TZERO85 = 32768 / offset for unsigned integers TTYPE86 = 'BCAHKMODDONE06' / Done flags for modules in block 06 TFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 32768 / offset for unsigned integers TTYPE87 = 'BCAHKMODDONE09' / Done flags for modules in block 09 TFORM87 = '1I ' / data format of field: 2-byte INTEGER TZERO87 = 32768 / offset for unsigned integers TTYPE88 = 'BCAHKMODDONE08' / Done flags for modules in block 08 TFORM88 = '1I ' / data format of field: 2-byte INTEGER TZERO88 = 32768 / offset for unsigned integers TTYPE89 = 'BCAHKMODDONE11' / Done flags for modules in block 11 TFORM89 = '1I ' / data format of field: 2-byte INTEGER TZERO89 = 32768 / offset for unsigned integers TTYPE90 = 'BCAHKMODDONE10' / Done flags for modules in block 10 TFORM90 = '1I ' / data format of field: 2-byte INTEGER TZERO90 = 32768 / offset for unsigned integers TTYPE91 = 'BCAHKMODDONE13' / Done flags for modules in block 13 TFORM91 = '1I ' / data format of field: 2-byte INTEGER TZERO91 = 32768 / offset for unsigned integers TTYPE92 = 'BCAHKMODDONE12' / Done flags for modules in block 12 TFORM92 = '1I ' / data format of field: 2-byte INTEGER TZERO92 = 32768 / offset for unsigned integers TTYPE93 = 'BCAHKMODDONE15' / Done flags for modules in block 15 TFORM93 = '1I ' / data format of field: 2-byte INTEGER TZERO93 = 32768 / offset for unsigned integers TTYPE94 = 'BCAHKMODDONE14' / Done flags for modules in block 14 TFORM94 = '1I ' / data format of field: 2-byte INTEGER TZERO94 = 32768 / offset for unsigned integers TTYPE95 = 'BCAHKDOINGBLK' / Which block are we currently calibrating TFORM95 = '1I ' / data format of field: 2-byte INTEGER TTYPE96 = 'BCAHKPAD' / Padding TFORM96 = '1I ' / data format of field: 2-byte INTEGER TTYPE97 = 'BCAHKUSEDMET' / What time did we start to use current gain:offsTFORM97 = '1J ' / data format of field: 4-byte INTEGER TTYPE98 = 'BCAHKUSEDGAIN' / Index of currently-used gain values TFORM98 = '1I ' / data format of field: 2-byte INTEGER TTYPE99 = 'BCAHKUSEDOFF' / Index of currently used offset values TFORM99 = '1I ' / data format of field: 2-byte INTEGER EXTNAME = 'hk138x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699884.64224 TSTOP = 727706049.6423 DATE-OBS= '2024-01-23T10:51:19' DATE-END= '2024-01-23T12:34:04' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6165.00005996227 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 312 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:27' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '8QaHANXG1NaG8NUG' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '929200943' / data unit checksum updated 2024-02-02T06:06:27 COMMENT Column 6 = BBRHKSOURCETYPE - Discrete value COMMENT 0 = Empty = BR HK, Source Type, 0=Empty COMMENT 1 = New = BR HK, Source Type, 1=New COMMENT 2 = AutoGRB = BR HK, Source Type, 2=AutoGRB COMMENT 3 = OldGRB = BR HK, Source Type, 3=OldGRB COMMENT 4 = X-ray Binary = BR HK, Source Type, 4=X-ray Binary COMMENT 5 = Black Hole = BR HK, Source Type, 5=Black Hole COMMENT 6 = Pulsar = BR HK, Source Type, 6=Pulsar COMMENT 7 = Soft Gamma Repeater = BR HK, Source Type, 7=Soft Gamma Repeater COMMENT 8 = X-ray Nova = BR HK, Source Type, 8=X-ray Nova COMMENT 9 = Active Galactic Nucleus = BR HK, Source Type, 9=Active Galactic COMMENT 10 = Rapid Burster = BR HK, Source Type, 10=Rapid Burster COMMENT 11 = X-ray Burster = BR HK, Source Type, 11=X-ray Burster COMMENT 12 = Other = BR HK, Source Type, 12=Other COMMENT 13 = Unknown = BR HK, Source Type, 13=Unknown COMMENT 14 = Special1 = BR HK, Source Type, 14=Special1 COMMENT 15 = Special2 = BR HK, Source Type, 15=Special2 COMMENT 16 = Special3 = BR HK, Source Type, 16=Special3 COMMENT 17 = Special4 = BR HK, Source Type, 17=Special4 COMMENT 18 = Special5 = BR HK, Source Type, 18=Special5 COMMENT 19 = Special6 = BR HK, Source Type, 19=Special6 COMMENT 20 = Special7 = BR HK, Source Type, 20=Special7 COMMENT 21 = Special8 = BR HK, Source Type, 21=Special8 COMMENT 22 = Special9 = BR HK, Source Type, 22=Special9 COMMENT 23 = Aversion = BR HK, Source Type, 23=Aversion COMMENT Column 12 = BBRHKTECHNIQUE - Discrete value COMMENT 0 = Clean = BR HK, Technique Used, 0=Clean COMMENT 1 = Back_project = BR HK, Technique Used, 0=Back_project COMMENT 2 = FFT 1 pixel = BR HK, Technique Used, 0=FFT 1 pixel COMMENT 3 = FFT 2 pixel = BR HK, Technique Used, 0=FFT 2 pixel COMMENT 4 = FFT 4 pixel = BR HK, Technique Used, 0=FFT 4 pixel COMMENT 5 = Other = BR HK, Technique Used, 0=Other COMMENT Column 43 = BCAHKCALTYPE - Discrete value COMMENT 0 = None = CA Calibration Type, 0=None COMMENT 1 = Offset = CA Calibration Type, 1=Offset COMMENT 2 = Gain = CA Calibration Type, 2=Gain COMMENT 3-255 = Ground = CA Calibration Type, >2=Ground COMMENT Column 49 = BCAHKCALDONE - Discrete value COMMENT 1 = TRUE = CA True-False discrete, True COMMENT 0 = FALSE = CA True-False discrete, False COMMENT Column 50 = BCAHKBLOCKWISE - Discrete value COMMENT 1 = TRUE = CA True-False discrete, True COMMENT 0 = FALSE = CA True-False discrete, False COMMENT Column 51 = BCAHKLONGCAL - Discrete value COMMENT 1 = TRUE = CA True-False discrete, True COMMENT 0 = FALSE = CA True-False discrete, False COMMENT Column 52 = BCAHKCALTM - Discrete value COMMENT 1 = TRUE = CA True-False discrete, True COMMENT 0 = FALSE = CA True-False discrete, False COMMENT Column 53 = BCAHKSEGSTRIPTM - Discrete value COMMENT 1 = TRUE = CA True-False discrete, True COMMENT 0 = FALSE = CA True-False discrete, False COMMENT Column 54 = BCAHKSLEWONLY - Discrete value COMMENT 1 = TRUE = CA True-False discrete, True COMMENT 0 = FALSE = CA True-False discrete, False COMMENT Column 55 = BCAHKTRUMPSAUTO - Discrete value COMMENT 1 = TRUE = CA True-False discrete, True COMMENT 0 = FALSE = CA True-False discrete, False COMMENT Column 56 = BCAHKEVENSAA - Discrete value COMMENT 1 = TRUE = CA True-False discrete, True COMMENT 0 = FALSE = CA True-False discrete, False COMMENT Column 59 = BCAHKCALTYPEN - Discrete value COMMENT 0 = None = CA Calibration Type, 0=None COMMENT 1 = Offset = CA Calibration Type, 1=Offset COMMENT 2 = Gain = CA Calibration Type, 2=Gain COMMENT 3-255 = Ground = CA Calibration Type, >2=Ground COMMENT Column 65 = BCAHKCALDONEN - Discrete value COMMENT 1 = TRUE = CA True-False discrete, True COMMENT 0 = FALSE = CA True-False discrete, False COMMENT Column 66 = BCAHKBLOCKWISEN - Discrete value COMMENT 1 = TRUE = CA True-False discrete, True COMMENT 0 = FALSE = CA True-False discrete, False COMMENT Column 67 = BCAHKLONGCALN - Discrete value COMMENT 1 = TRUE = CA True-False discrete, True COMMENT 0 = FALSE = CA True-False discrete, False COMMENT Column 68 = BCAHKCALTMN - Discrete value COMMENT 1 = TRUE = CA True-False discrete, True COMMENT 0 = FALSE = CA True-False discrete, False COMMENT Column 69 = BCAHKSEGSTRIPTMN - Discrete value COMMENT 1 = TRUE = CA True-False discrete, True COMMENT 0 = FALSE = CA True-False discrete, False COMMENT Column 70 = BCAHKSLEWONLYN - Discrete value COMMENT 1 = TRUE = CA True-False discrete, True COMMENT 0 = FALSE = CA True-False discrete, False COMMENT Column 71 = BCAHKTRUMPSAUTON - Discrete value COMMENT 1 = TRUE = CA True-False discrete, True COMMENT 0 = FALSE = CA True-False discrete, False COMMENT Column 72 = BCAHKEVENSAAN - Discrete value COMMENT 1 = TRUE = CA True-False discrete, True COMMENT 0 = FALSE = CA True-False discrete, False HISTORY TASK: FAPPND on FILENAME: sw01210276000b138x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:30 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AůR4AŭW4N ?ٯ /uEoC]߀?>ŋ#CRu,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů4AŭW4N ?ٯ /uEoC]߀?>ŋ#RRu,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůR6;AŭW4N ?ٯ /uEoC]߀?>ŋ#aRu,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů4AŭW4N ?ٯ /uEoC]߀?>ŋ#pRu,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůR4DAŭW4N ?ٯ /uEoC]߀?>ŋ#Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů5AŭW4N ?ٯ /uEoC]߀?>ŋ#Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůR7AŭW4N ?ٯ /uEoC]߀?>ŋ#Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů 5AŭW4N ?ٯ /uEoC]߀?>ŋ#Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůR4DAŭW4N ?ٯ /uEoC]߀?>ŋ#Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů6AŭW4N ?ٯ /uEoC]߀?>ŋ#Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů!R3AŭW4N ?ٯ /uEoC]߀?>ŋ#Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů(4AŭW4N ?ٯ /uEoC]߀?>ŋ#Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů0R82AŭW4N ?ٯ /uEoC]߀?>ŋ#Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů74DAŭW4N ?ٯ /uEoC]߀?>ŋ$Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů?R4DAŭW4N ?ٯ /uEoC]߀?>ŋ$Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůF82AŭW4N ?ٯ /uEoC]߀?>ŋ$$Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůNR4DAŭW4N ?ٯ /uEoC]߀?>ŋ$3Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůU4DAŭW4N ?ٯ /uEoC]߀?>ŋ$BRu,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů]R82AŭW4N ?ٯ /uEoC]߀?>ŋ$QRu,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůd6;AŭW4N ?ٯ /uEoC]߀?>ŋ$`Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůlR4DAŭW4N ?ٯ /uEoC]߀?>ŋ$oRu,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůs4AŭW4N ?ٯ /uEoC]߀?>ŋ$~Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů{R4DAŭW4N ?ٯ /uEoC]߀?>ŋ$Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů5AŭW4N ?ٯ /uEoC]߀?>ŋ$Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůR6AŭW4N ?ٯ /uEoC]߀?>ŋ$Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů5AŭW4N ?ٯ /uEoC]߀?>ŋ$Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůR6AŭW4N ?ٯ /uEoC]߀?>ŋ$Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů6;AŭW4N ?ٯ /uEoC]߀?>ŋ$Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůR4DAŭW4N ?ٯ /uEoC]߀?>ŋ$Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů4AŭW4N ?ٯ /uEoC]߀?>ŋ$Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůR4DAŭW4N ?ٯ /uEoC]߀?>ŋ%Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů4AŭW4N ?ٯ /uEoC]߀?>ŋ%Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůR4DAŭW4N ?ٯ /uEoC]߀?>ŋ%#Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů4AŭW4N ?ٯ /uEoC]߀?>ŋ%2Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůR4DAŭW4N ?ٯ /uEoC]߀?>ŋ%ARu,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů4DAŭW4N ?ٯ /uEoC]߀?>ŋ%PRu,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůR82AŭW4N ?ٯ /uEoC]߀?>ŋ%_Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů4AŭW4N ?ٯ /uEoC]߀?>ŋ%nRu,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůR4AŭW4N ?ٯ /uEoC]߀?>ŋ%}Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů7AŭW4N ?ٯ /uEoC]߀?>ŋ%Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůR4AŭW4N ?ٯ /uEoC]߀?>ŋ%Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů 4AŭW4N ?ٯ /uEoC]߀?>ŋ%Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůR3AŭW4N ?ٯ /uEoC]߀?>ŋ%Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůN{AŭW4N ?ٯ /uEoC]߀?>ŋ%Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů R4AŭW4N ?ٯ /uEoC]߀?>ŋ%Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů'4AŭW4N ?ٯ /uEoC]߀?>ŋ%Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů/R4AŭW4N ?ٯ /uEoC]߀?>ŋ%Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů64AŭW4N ?ٯ /uEoC]߀?>ŋ&Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů>R4DAŭW4N ?ٯ /uEoC]߀?>ŋ&Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůE6;AŭW4N ?ٯ /uEoC]߀?>ŋ&"Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůMR3AŭW4N ?ٯ /uEoC]߀?>ŋ&1Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůT3AŭW4N ?ٯ /uEoC]߀?>ŋ&@Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů\R82AŭW4N ?ٯ /uEoC]߀?>ŋ&ORu,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůc4DAŭW4N ?ٯ /uEoC]߀?>ŋ&^Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůkR5AŭW4N ?ٯ /uEoC]߀?>ŋ&mRu,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůr82AŭW4N ?ٯ /uEoC]߀?>ŋ&|Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůzR4DAŭW4N ?ٯ /uEoC]߀?>ŋ&Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů4DAŭW4N ?ٯ /uEoC]߀?>ŋ&Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůR4AŭW4N ?ٯ /uEoC]߀?>ŋ&Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAů6;AŭW4N ?ٯ /uEoC]߀?>ŋ&Ru,w_ɩЀduπdN+_W+_ʷP+_˥ 7PAůR5AŭW4N ?ٯ /uEoC]߀?>ŋ&Ru,w_+ЀduπdN+_W+_ʷP+_˥ 7PAů4AŭW4N ?ٯ /uEoC]߀?>ŋ&Ru,w_0ЀduπdN+_W+_ʷP+_˥ 7PAůR4AŭW4N ?ٯ /uEoC]߀?>ŋ&Ru,w_,ЀduπdN+_W+_ʷP+_˥ 7PAů4DAŭW4N ?ٯ /uEoC]߀?>ŋ&Ru,w_)ЀduπdN+_W+_ʷP+_˥ 7PAůR5Aů ?@{CB6n@^ ?s@)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů4Aů ?@{CB6n@^ ?sO)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR8ڀAů ?@{CB6n@^ ?s^)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů5Aů ?@{CB6n@^ ?sm)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR5Aů ?@{CB6n@^ ?s|)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů4Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR5Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů8ڀAů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR6;Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů3Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR4DAů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů4Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR6;Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů4Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR4DAů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů&4DAů ?@{CB6n@^ ?s!)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů.R82Aů ?@{CB6n@^ ?s0)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů55Aů ?@{CB6n@^ ?s?)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů=R6Aů ?@{CB6n@^ ?sN)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůD4Aů ?@{CB6n@^ ?s])ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůLiAů ?@{CB6n@^ ?sl)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůSRAů ?@{CB6n@^ ?s{)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů[R82Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůb6;Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůjR4Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůq5Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůyR82Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů5Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR5Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů5Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR6;Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů6;Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR5Aů ?@{CB6n@^ ?s )ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů6;Aů ?@{CB6n@^ ?s/)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR7Aů ?@{CB6n@^ ?s>)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů5Aů ?@{CB6n@^ ?sM)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR6;Aů ?@{CB6n@^ ?s\)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůI=Aů ?@{CB6n@^ ?sk)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR4Aů ?@{CB6n@^ ?sz)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů4Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR4Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů4Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR4Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů5Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR4DAů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů3Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR7Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů4Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAůR4Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů%6;Aů ?@{CB6n@^ ?s)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů-R=qAů ?@{CB6n@^ ?s.)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů4kAů ?@{CB6n@^ ?s=)ww_+ЀduπdN+_W+_ʷP+_˥ 7PAů)ww_ЀduπdN+_+_ʷR+_ 7RAů<4Aů ?@{CB6n@^ ?sM)ww_ЀduπdN+_+_ʷR+_ 7RAůDR6;Aů ?@{CB6n@^ ?s\)ww_ЀduπdN+_+_ʷR+_ 7RAůK4DAů ?@{CB6n@^ ?sk)ww_ЀduπdN+_+_ʷR+_ 7RAůSR3Aů ?@{CB6n@^ ?sz)ww_ЀduπdN+_+_ʷR+_ 7RAůZ4DAů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůbR4Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůiM+Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůqR4DAů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůx4Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůR4Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAů4Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůR4DAů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAů3Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůR4Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAů6Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůR6Aů ?@{CB6n@^ ?s.)ww_ЀduπdN+_+_ʷR+_ 7RAů4DAů ?@{CB6n@^ ?s=)ww_ЀduπdN+_+_ʷR+_ 7RAůR4DAů ?@{CB6n@^ ?sL)ww_ЀduπdN+_+_ʷR+_ 7RAů4DAů ?@{CB6n@^ ?s[)ww_ЀduπdN+_+_ʷR+_ 7RAůR6Aů ?@{CB6n@^ ?sj)ww_ЀduπdN+_+_ʷR+_ 7RAů6;Aů ?@{CB6n@^ ?sy)ww_ЀduπdN+_+_ʷR+_ 7RAůR5Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAů4Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůR6;Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAů4Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůR4Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAů5Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůR5Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAů6Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůR8ڀAů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAů5Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAů%R4Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAů,5Aů ?@{CB6n@^ ?s-)ww_ЀduπdN+_+_ʷR+_ 7RAů4R82Aů ?@{CB6n@^ ?s<)ww_ЀduπdN+_+_ʷR+_ 7RAů;5Aů ?@{CB6n@^ ?sK)ww_ЀduπdN+_+_ʷR+_ 7RAůCR6;Aů ?@{CB6n@^ ?sZ)ww_ЀduπdN+_+_ʷR+_ 7RAůJGAů ?@{CB6n@^ ?si)ww_ЀduπdN+_+_ʷR+_ 7RAůRR4DAů ?@{CB6n@^ ?sx)ww_ЀduπdN+_+_ʷR+_ 7RAůY3Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůaR4DAů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůh4Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůpR4Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůw6;Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůR4DAů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAů6Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůR6;Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAů4Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůR6Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAů4Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAůR4Aů ?@{CB6n@^ ?s,)ww_ЀduπdN+_+_ʷR+_ 7RAůJAů ?@{CB6n@^ ?s;)ww_ЀduπdN+_+_ʷR+_ 7RAůR5Aů ?@{CB6n@^ ?sJ)ww_ЀduπdN+_+_ʷR+_ 7RAů4Aů ?@{CB6n@^ ?sY)ww_ЀduπdN+_+_ʷR+_ 7RAůR4Aů ?@{CB6n@^ ?sh)ww_ЀduπdN+_+_ʷR+_ 7RAů5Aů ?@{CB6n@^ ?sw)ww_ЀduπdN+_+_ʷR+_ 7RAůR4Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RAů6Aů ?@{CB6n@^ ?s)ww_ЀduπdN+_+_ʷR+_ 7RXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 199 / width of table in bytes NAXIS2 = 655 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 67 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHK139SSPRES' / HK Presence of SubSystems for this packet TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BDIHKDATAMET' / Data MET time, U1234 format TFORM3 = '1J ' / data format of field: 4-byte INTEGER TUNIT3 = 's ' / physical unit of field TTYPE4 = 'BDIHKLAG' / How far DI is lagging, TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 32768 / offset for unsigned integers TTYPE5 = 'BDIHKNFAULTS' / Number of data/software faults found TFORM5 = '1B ' / data format of field: BYTE TTYPE6 = 'BDIHKLASTFAULT' / Identity of last fault TFORM6 = '1B ' / data format of field: BYTE TTYPE7 = 'BDIHKBLKRATE' TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 524288 / data offset (32k shift BDICONVTIMES16 conversioTSCAL7 = 16 / data scaling (BDICONVTIMES16 conversion) TUNIT7 = 'count ' / physical unit of field TTYPE8 = 'BDIHKBLKRATE64S' TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 524288 / data offset (32k shift BDICONVTIMES16 conversioTSCAL8 = 16 / data scaling (BDICONVTIMES16 conversion) TUNIT8 = 'count ' / physical unit of field TTYPE9 = 'BDIHKNGOODDETS' / Number of detectors functioning TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 32768 / offset for unsigned integers TTYPE10 = 'BDIHKBCDHVER' / Count of BCDH command verifies TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 32768 / offset for unsigned integers TTYPE11 = 'BDIHKDMVER' / Count of DM command verifies TFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 32768 / offset for unsigned integers TTYPE12 = 'BDIHKBCDHEXC' / Count of BCDH command exceptions TFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 32768 / offset for unsigned integers TTYPE13 = 'BDIHKDMEXC' / Count of DM command exceptions TFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 32768 / offset for unsigned integers TTYPE14 = 'BDIHKDMPARITY' / Count of DM parity errors TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 32768 / offset for unsigned integers TTYPE15 = 'BDIHKDMALARMS' / Count of DM alarms TFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BDIHKMICERRORS' / Count of MIC errors TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BDIHKTIMELAG' / How far DI is lagging, seconds TFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 32768 / offset for unsigned integers TUNIT17 = 's ' / physical unit of field TTYPE18 = 'BDIHKGRBFOLLOW' / Is DI doing a GRB follow-up TFORM18 = '1B ' / data format of field: BYTE TTYPE19 = 'BDIHKFORCEINVAL' / Is data forced to be invalid? TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BDIHKSLEWING' / Is DI in slew mode TFORM20 = '1B ' / data format of field: BYTE TTYPE21 = 'BDIHKSAA' / Is DI in SAA mode TFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BDIHKVALID' / Is DI producing valid data TFORM22 = '1B ' / data format of field: BYTE TTYPE23 = 'BDIHKTRIGGERABLE' / Is DI producing triggerable data TFORM23 = '1B ' / data format of field: BYTE TTYPE24 = 'BDIHKDAPSAA' / Is DAP believed to be in SAA state? TFORM24 = '1B ' / data format of field: BYTE TTYPE25 = 'BDIHKUVOTFILTMV' / Is UVOT filter moving? TFORM25 = '1B ' / data format of field: BYTE TTYPE26 = 'undocumented1' / Byte field not in ITOS database TFORM26 = '1J ' / data format of field: 4-byte INTEGER TZERO26 = 2147483648 / offset for unsigned integers TTYPE27 = 'undocumented2' / Byte field not in ITOS database TFORM27 = '1J ' / data format of field: 4-byte INTEGER TZERO27 = 2147483648 / offset for unsigned integers TTYPE28 = 'undocumented3' / Byte field not in ITOS database TFORM28 = '1J ' / data format of field: 4-byte INTEGER TZERO28 = 2147483648 / offset for unsigned integers TTYPE29 = 'undocumented4' / Byte field not in ITOS database TFORM29 = '1J ' / data format of field: 4-byte INTEGER TZERO29 = 2147483648 / offset for unsigned integers TTYPE30 = 'undocumented5' / Byte field not in ITOS database TFORM30 = '1J ' / data format of field: 4-byte INTEGER TZERO30 = 2147483648 / offset for unsigned integers TTYPE31 = 'undocumented6' / Byte field not in ITOS database TFORM31 = '1J ' / data format of field: 4-byte INTEGER TZERO31 = 2147483648 / offset for unsigned integers TTYPE32 = 'undocumented7' / Byte field not in ITOS database TFORM32 = '1J ' / data format of field: 4-byte INTEGER TZERO32 = 2147483648 / offset for unsigned integers TTYPE33 = 'undocumented8' / Byte field not in ITOS database TFORM33 = '1J ' / data format of field: 4-byte INTEGER TZERO33 = 2147483648 / offset for unsigned integers TTYPE34 = 'undocumented9' / Byte field not in ITOS database TFORM34 = '1J ' / data format of field: 4-byte INTEGER TZERO34 = 2147483648 / offset for unsigned integers TTYPE35 = 'undocumented10' / Byte field not in ITOS database TFORM35 = '1J ' / data format of field: 4-byte INTEGER TZERO35 = 2147483648 / offset for unsigned integers TTYPE36 = 'undocumented11' / Byte field not in ITOS database TFORM36 = '1J ' / data format of field: 4-byte INTEGER TZERO36 = 2147483648 / offset for unsigned integers TTYPE37 = 'undocumented12' / Byte field not in ITOS database TFORM37 = '1J ' / data format of field: 4-byte INTEGER TZERO37 = 2147483648 / offset for unsigned integers TTYPE38 = 'undocumented13' / Byte field not in ITOS database TFORM38 = '1J ' / data format of field: 4-byte INTEGER TZERO38 = 2147483648 / offset for unsigned integers TTYPE39 = 'undocumented14' / Byte field not in ITOS database TFORM39 = '1J ' / data format of field: 4-byte INTEGER TZERO39 = 2147483648 / offset for unsigned integers TTYPE40 = 'undocumented15' / Byte field not in ITOS database TFORM40 = '1J ' / data format of field: 4-byte INTEGER TZERO40 = 2147483648 / offset for unsigned integers TTYPE41 = 'undocumented16' / Byte field not in ITOS database TFORM41 = '1J ' / data format of field: 4-byte INTEGER TZERO41 = 2147483648 / offset for unsigned integers TTYPE42 = 'undocumented17' / Byte field not in ITOS database TFORM42 = '1B ' / data format of field: BYTE TTYPE43 = 'BTGHKTYPE' / Trigger Status Type TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 32768 / offset for unsigned integers TTYPE44 = 'BTGHKAFTERBURN' / Trigger afterburners running TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 32768 / offset for unsigned integers TTYPE45 = 'BTGHKSCORE' / Trigger Status Score TFORM45 = '1E ' / data format of field: 4-byte REAL TTYPE46 = 'BTGHKTRIGID' / Trigger Status Trigger ID TFORM46 = '1J ' / data format of field: 4-byte INTEGER TZERO46 = 2147483648 / offset for unsigned integers TTYPE47 = 'BTGHKTRIGEXPTICK' / Trigger Status Trigger Expire, tTICK TFORM47 = '1J ' / data format of field: 4-byte INTEGER TZERO47 = 2147483648 / offset for unsigned integers TTYPE48 = 'BTGHKBESTSCORE' / Trigger Status best trigger strength TFORM48 = '1E ' / data format of field: 4-byte REAL TTYPE49 = 'BTGHKRATCHET' / Trigger Status number of trigger ratchets TFORM49 = '1J ' / data format of field: 4-byte INTEGER TZERO49 = 2147483648 / offset for unsigned integers TTYPE50 = 'BTGHKNEW' / Trigger Status new trigger found TFORM50 = '1J ' / data format of field: 4-byte INTEGER TZERO50 = 2147483648 / offset for unsigned integers TTYPE51 = 'BTGHKBSHSER' / Trigger Status best short series TFORM51 = '1J ' / data format of field: 4-byte INTEGER TZERO51 = 2147483648 / offset for unsigned integers TTYPE52 = 'BTGHKBSHTICK' / Trigger Status best short time, tTICK TFORM52 = '1J ' / data format of field: 4-byte INTEGER TZERO52 = 2147483648 / offset for unsigned integers TTYPE53 = 'BTGHKBSHTIMESCAL' / Trigger Status best short timescale TFORM53 = '1J ' / data format of field: 4-byte INTEGER TZERO53 = 2147483648 / offset for unsigned integers TTYPE54 = 'BTGHKBLNGSERIES' / Trigger Status best long series TFORM54 = '1J ' / data format of field: 4-byte INTEGER TZERO54 = 2147483648 / offset for unsigned integers TTYPE55 = 'BTGHKBLNGNTRIG' / Trigger Status criterion TFORM55 = '1J ' / data format of field: 4-byte INTEGER TZERO55 = 2147483648 / offset for unsigned integers TTYPE56 = 'BTGHKBGSTARTTICK' / Trigger Status best long background start, tTICTFORM56 = '1J ' / data format of field: 4-byte INTEGER TZERO56 = 2147483648 / offset for unsigned integers TTYPE57 = 'BTGHKBGENDTICK' / Trigger Status best long background stop, tTICKTFORM57 = '1J ' / data format of field: 4-byte INTEGER TZERO57 = 2147483648 / offset for unsigned integers TTYPE58 = 'BTGHKFGSTARTTICK' / Trigger Status best long foreground start, tTICTFORM58 = '1J ' / data format of field: 4-byte INTEGER TZERO58 = 2147483648 / offset for unsigned integers TTYPE59 = 'BTGHKFGENDTICK' / Trigger Status best long foreground stop, tTICKTFORM59 = '1J ' / data format of field: 4-byte INTEGER TZERO59 = 2147483648 / offset for unsigned integers TTYPE60 = 'BTGHKFOREBACK' / Trigger Status best long foreback ratio TFORM60 = '1E ' / data format of field: 4-byte REAL TTYPE61 = 'BTGHKHARDNESS' / Trigger Status best long hardness ratio TFORM61 = '1E ' / data format of field: 4-byte REAL TTYPE62 = 'BTGHKLEVALPER8' / Long trigger evaluations/8 seconds TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 32768 / offset for unsigned integers TTYPE63 = 'BTGHKDITGCPU' / CPU usage by DI+TG TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 327.68 / data offset (32k shift B_TG_PERCENT conversion)TSCAL63 = 0.01 / data scaling (B_TG_PERCENT conversion) TTYPE64 = 'BTGHKNTHROTTLED' / Trigger criteria throttled for CPU usage TFORM64 = '1I ' / data format of field: 2-byte INTEGER TTYPE65 = 'BTGHKVETONUM' / What source catnum is being vetoed TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 32768 / offset for unsigned integers TTYPE66 = 'BTGHKCANCELNUM' / What source catnum is being cancelled TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 32768 / offset for unsigned integers TTYPE67 = 'BTGHKMODY2K' / What gets added to tick count to fix 'Y2k' typeTFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 32768 / offset for unsigned integers EXTNAME = 'hk139x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699880.84144 TSTOP = 727706045.84214 DATE-OBS= '2024-01-23T10:51:15' DATE-END= '2024-01-23T12:34:00' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6165.00069999695 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 313 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:27' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'fiCOhiBMfiBMfiBM' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '3137068361' / data unit checksum updated 2024-02-02T06:06:27 TRDHI12 = 50 / BDIHKBCDHEXC Red upper limit = BDI_BCDHEXC_LIM TYEHI12 = 49 / BDIHKBCDHEXC Yellow upper limit = BDI_BCDHEXC_LTRDHI16 = 2 / BDIHKMICERRORS Red upper limit = BDI_MICERR_LIMTYEHI16 = 1 / BDIHKMICERRORS Yellow upper limit = BDI_MICERR_COMMENT Column 43 = BTGHKTYPE - Discrete value COMMENT 0 = None = TG Status Type, 0=None COMMENT 1 = Long = TG Status Type, 1=Long COMMENT 2 = Short = TG Status Type, 2=Short COMMENT 3-4294967294 = Unknown = TG Status Type, >2=Unknown COMMENT Column 53 = BTGHKBSHTIMESCAL - Discrete value COMMENT 0 = 4 ms = TG Status Timescale, 0=4ms COMMENT 1 = 8 ms = TG Status Timescale, 1=8ms COMMENT 2 = 16 ms = TG Status Timescale, 2=16ms COMMENT 3 = 32 ms = TG Status Timescale, 3=32ms COMMENT 4 = 64 ms = TG Status Timescale, 4=64ms COMMENT 5-4294967294 = Unknown = TG Status Timescale, >4=Unknown HISTORY TASK: FAPPND on FILENAME: sw01210276000b139x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:31 TNULL26 = 2147483647 TNULL8 = 32767 TNULL29 = 2147483647 TNULL47 = 2147483647 TNULL36 = 2147483647 TNULL46 = 2147483647 TNULL30 = 2147483647 TNULL15 = 32767 TNULL66 = 32767 TNULL57 = 2147483647 TNULL56 = 2147483647 TNULL9 = 32767 TNULL31 = 2147483647 TNULL39 = 2147483647 TNULL67 = 32767 TNULL14 = 32767 TNULL64 = 32767 TNULL51 = 2147483647 TNULL40 = 2147483647 TNULL11 = 32767 TNULL17 = 32767 TNULL58 = 2147483647 TNULL2 = 2147483647 TNULL33 = 2147483647 TNULL38 = 2147483647 TNULL28 = 2147483647 TNULL3 = 2147483647 TNULL16 = 32767 TNULL59 = 2147483647 TNULL32 = 2147483647 TNULL65 = 32767 TNULL13 = 32767 TNULL50 = 2147483647 TNULL35 = 2147483647 TNULL41 = 2147483647 TNULL10 = 32767 TNULL4 = 32767 TNULL53 = 2147483647 TNULL55 = 2147483647 TNULL44 = 32767 TNULL52 = 2147483647 TNULL62 = 32767 TNULL27 = 2147483647 TNULL12 = 32767 TNULL7 = 32767 TNULL37 = 2147483647 TNULL43 = 32767 TNULL63 = 32767 TNULL54 = 2147483647 TNULL34 = 2147483647 TNULL49 = 2147483647 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AůkN+_ѧ>A=C] SBw%?z%o\Aů볧+_Ѭ>@=CF_ $Bw%?z%M\Aůk+_ѱ>:=Cb -Bw%?z%\AůG+_ѷ>E=C6d Bw%?z%1\AůkN+_ѻ>4>Cg Bw%?z%\Aů볧+_>:>C&i Bw%?z%\Aůk+_ŀ>E>Cl Bw%?z%]\Aů볧+_ʀ>A>Cn lBw%?z%u\Aůk+_π>F?Cζq Bw%?z%u\Aů+_Ԁ>@?Cs >Bw%?z%u\AůkN+_ـ>9?CϦv JBw%?z%\\Aů볧+_ހ>L@Cx &Bw%?z%\Aůk+_>K@CЖ{ <Bw%?z%\Aů+_>?AC} Bw%?z%\AůkN+_>KACцBw%?z%\Aů+_>BACւBw%?z%(\AůkN+_>IBCvBw%?z%u\AůN+_>BBCƇBw%?z%Y\Aůk+_>?CCfBw%?z%\Aů+_>ACCӶuBw%?z%\Aůk+_ >LDCVBw%?z%L\Aů볧+_>NDCԦ]Bw%?z% \Aů kF+_>KECFtBw%?z%\Aů +_>HECՖ5Bw%?z%\Aůk+_>NFC6UBw%?z%\Aů볧+_$>TGCֆ Bw%?z%\Aůk+_)>VGC&8Bw%?z%CT\Aů+_.>RHCvBw%?z%C\Aůk+_3>JICBw%?z%^\Aů+_8>NICfBw%?z%^0\Aůk+_=>QJCBw%?z%܍\Aů!F+_B>RJCVBw%?z%\Aů$k+_G>`KCBw%?z%\Aů&+_L>UKCFyBw%?z%\Aů)k+_Q>SLCBw%?z%捝\Aů+볧+_V>XLC6[Bw%?z%\Aů.k+_[>QMCַlBw%?z%\Aů0N+_`>VMC&7Bw%?z%\Aů3k+_e>VNCƼPBw%?z%Ž\Aů5+_j>YNCBw%?z%፸\Aů8kF+_o>]OCݶ 3Bw%?z%ፗ\Aů:뵞+_t>TOCBw%?z%>\Aů=k+_y>VPCަBw%?z%l;\Aů?볧+_~>XPCBw%?z%l\AůBk+_҃>WQCߖBw%?z%k4\AůD+_҈>cQC Bw%?z%k\AůGk+_ҍ>[RCFBw%?z%d:\AůI=+_Ғ>TRCf Bw%?z%_\AůLk+_җ>_SC%Bw%?z%\AůN+_Ҝ>WSCVBw%?z%\AůQk+_ҡ>XTC Bw%?z%\AůS+_Ҧ>XTCFBw%?z%\AůVk+_ҫ>YUC Bw%?z%\AůX+_Ұ>bVC6Bw%?z%W\Aů[k+_ҵ>bVC Bw%?z%G\Aů]N+_Һ>YVC& \Bw%?z%\Aů`k+_ҿ>[WC vBw%?z%h\AůbN+_Ā>fXC GBw%?z%\Aůek+_ɀ>YXC NBw%?z%^\AůgN+_΀>WXC Bw%?z%\AůjkF+_Ӏ>^YC )Bw%?z%J\Aůl볧+_؀>\YC Bw%?z%1\AůokF+_݀>XZC Bw%?z%\Aůq+_>`ZC Bw%?z%}U\AůtkN+_>ZZC  Bw%?z%}e\Aův+_>V[C  mBw%?z%~q\Aůyk+_>b[Cv tBw%?z%}\Aů{F+_>[\C .Bw%?z%}h\Aů~k+_>c\Cf 1Bw%?z%|-\AůN+_>j\CBw%?z%|F\AůkN+_>Z]CVBw%?z%|\AůN+_ >i]CBw%?z%\AůkN+_>f^CFBw%?z%\Aů볧+_>^^C!Bw%?z%W\Aůk+_>b^C6$Bw%?z%\Aů+_>`_C&Bw%?z%"\AůkN+_#>a_C&)Bw%?z%\Aů+_(>X^Cv+Bw%?z%\AůkN+_->Z^C.Bw%?z%1\AůN+_2>]_Cf0Bw%?z%|\Aůk+_7>`_C3Bw%?z% \Aů볧+_<>`^CV5Bw%?z%r\Aůk+_A>\^C8 Bw%?z%\Aů+_F>Y^CF:Bw%?z% \Aůk+_K>c^C= Bw%?z%\Aů+_P>b^C6?Bw%?z%\Aůk+_U>[]CB Bw%?z%\AůN+_Z>R]C&DBw%?z%\AůkN+__>T]CG Bw%?z%\Aů볧+_d>M\CIBw%?z%\Aůk+_i>_\CL Bw%?z%\Aů+_n>^\CNBw%?z%\Aůk+_s>X\CQ Bw%?z%\Aů볧+_x>X\CS Bw%?z%\Aůk+_}>[\CV ,Bw%?z%\Aů볧+_ӂ>`\CX Bw%?z%\Aůk+_Ӈ>Y\C[ >Bw%?z%o\Aů뵞+_ӌ>c\C] 'Bw%?z%V\Aůk+_ӑ>U\Cv` IBw%?z%\Aů뵞+_Ӗ>f]Cb =Bw%?z% \Aůk+_ӛ>i]Cfe sBw%?z%J\AůF+_Ӡ>Z]Cg %Bw%?z%\Aůk+_ӥ>X]CVj `Bw%?z%\Aů+_Ӫ>Z]Cl <Bw%?z%\Aůk+_ӯ>T]CFo eBw%?z%\Aů+_Ӵ>]]Cq EBw%?z%\Aůk+_ӹ>h]CƂ Bw%?z%\Aů볧+_Ӿ>W]CBw%?z%\Aůk+_À>R]C Bw%?z%]\Aů+_Ȁ>Y]CBw%?z%]\Aůk+_̀>\]C Bw%?z%u9\Aů+_Ҁ>a\C vBw%?z%u\AůkN+_׀>[\C Bw%?z%u1\Aů볧+_܀>P\C @Bw%?z%\Aůk+_>`\C fBw%?z%\Aů볧+_>[\C֘ 'Bw%?z%\Aůk+_>r\Cv GBw%?z%J\Aůʗ+_>P\CƝ Bw%?z%\Aůk+_>Z\Cf Bw%?z%\Aů+_>N[C Bw%?z%\Aůk+_>[[CV Bw%?z%\Aů+_>T[CBw%?z%C\Aůk+_ >][CFBw%?z%d\Aů+_>U[CuBw%?z%\Aů kF+_>PZC6Bw%?z%\Aů 볧+_>YZC QBw%?z%\Aůk+_>LZC&]Bw%?z%7\AůN+_">UYCv *Bw%?z%9\AůkN+_'>XYCGBw%?z%x\Aů볧+_,>_YCf Bw%?z%CY!\Aůk+_1>QXC Bw%?z%Ce!\Aů볧+_6>HWC VBw%?z%7\Aůk+_;>UWC  Bw%?z%͍\Aů N+_@>XWC FBw%?z%͍\Aů#k+_E>SVC  Bw%?z%؍\Aů%+_J>OVC 6{Bw%?z%'\Aů(kN+_O>?UC  Bw%?z%'@\Aů*+_T>RUC & ZBw%?z%%4\Aů-k+_Y>PTC  mBw%?z%d\Aů/뵞+_^>KTC  .Bw%?z%/\Aů2kN+_c>GSC  @Bw%?z%\Aů4볧+_h>OSC Bw%?z%\Aů7k+_m>NSC Bw%?z%\Aů9볧+_r>ORC Bw%?z%c\AůERC Bw%?z%s\Aů>볧+_|>LQC Bw%?z%\AůAkN+_ԁ>QQC Bw%?z%\AůC볧+_Ԇ>QQC Bw%?z%\AůFk+_ԋ>HPCv Bw%?z%\AůH볧+_Ԑ>QPC [Bw%?z%\AůKkN+_ԕ>ROCf uBw%?z%\AůM+_Ԛ>EOC .Bw%?z%\AůPkN+_ԟ>IOCV LBw%?z%\AůRP+_Ԥ>ENC Bw%?z%2\AůUk+_ԩ>JMCF Bw%?z%\AůW볧+_Ԯ>DMC Bw%?z% \AůZk+_Գ>HLC6 Bw%?z%\Aů\+_Ը>EKC Bw%?z%\Aů_kF+_Խ>IKC& Bw%?z%(\AůaN+_€>GKCv |Bw%?z%\AůdkN+_ǀ>BJC  Bw%?z%\\Aůf+_̀>AJCf  RBw%?z%h\AůikN+_р>FJC oBw%?z%b\AůkN+_ր>:ICV (Bw%?z%\Aůnk+_ۀ>AIC EBw%?z%;\AůpN+_>KHCF Bw%?z%\Aůsk+_>;HC Bw%?z%w\Aůu+_>9GC6 Bw%?z%vn\Aůxk+_>=GC Bw%?z%v$$\AůzN+_>JGC& Bw%?z%\Aů}k+_>IFC" Bw%?z%\\Aů+_>9FC2 Bw%?z%J\Aůk+_>9ECF5Bw%?z%L\Aů볧+_>@DC7 Bw%?z%s\Aůk+_ >CDC6: Bw%?z%⍛\Aů+_>EDC< yBw%?z%5\AůkN+_>ECC&? Bw%?z%5\Aů+_>EBC D iBw%?z%5\Aů+_&>@BC fF +Bw%?z%\Aůk+_+>ABC!I 4Bw%?z%lp\Aů+_0?]CC!VK B&w%fA:`D%a%b%b%b?l9\AůkN+_5 @NDC!M Bc=w%fAz(%b%b%c%c?i2\AůN+_:@REC"FP Bc=w%fAz(%b%b%c%c?Kz\Aůk+_?@DFC"S ~Bc=w%fAz(%b%b%c%c?K\Aů+_D@EEC#6U DBc=w%fAz(%b%b%c%c?ޏ\Aůk+_H @@EC#W B4w%fA=3%_&%a%b%c?]Hހ\Aů볧+_H @@EC#W Bèw%fAk>*%_%b%c%cO?R\Aůk+_Q@6DC$V[ C Bw%fAC@%]2%a%b%c"?~ۃR\Aů+_Q@6DC$V[ CG_w%fA%Kp O%]2%a%b%cY?"o\Aůk+_Z(@,BC%&` CklBw%fAl2Ȁ %\%`%b%c?~_\Aů+_b@7AC&d C0w%fAPs%\8%` %b%c?_\Aůk+_b@7AC&d Cp[w%fAi'%\%`%b%c?|\AůN+_lB<@C&i Cp[w%fAi'%\%`%b%c?| \AůkN+_qBA?C'l Cp[w%fAi'%\%`%b%c?|M\AůN+_vB/>C'n Cp[w%fAi'%\%`%b%c?|.\AůkF+_{B5>C(q Cp[w%fAi'%\%`%b%c?|\AůN+_ՀB2=C(s Cp[w%fAi'%\%`%b%c?|\Aůk+_ՅB>B0*C;6 ~Cp[w%fAi'%\%`%b%c?|\Aů"k+_CB#)C; Cp[w%fAi'%\%`%b%c?|x\Aů$+_HB)C<& oCp[w%fAi'%\%`%b%c?|\Aů'k+_MB$)C< Cp[w%fAi'%\%`%b%c?|\Aů)볧+_RB(C= iCp[w%fAi'%\%`%b%c?|\Aů,k+_WB+(C= Cp[w%fAi'%\%`%b%c?|O\Aů.N+_\B(C> pCp[w%fAi'%\%`%b%c?|\Aů1k+_aB'(C> Cp[w%fAi'%\%`%b%c?|"\Aů3+_fB!(C> sCp[w%fAi'%\%`%b%c?|[\Aů6k+_kB(C? Cp[w%fAi'%\%`%b%c?|\Aů8볧+_pB.(C? Cp[w%fAi'%\%`%b%c?||\Aů;k+_uB(C@ Cp[w%fAi'%\%`%b%c?|\Aů=+_zB%(C@ zCp[w%fAi'%\%`%b%c?|v\Aů@kN+_B*(CAv Cp[w%fAi'%\%`%b%c?|#\AůB+_քB$(CA Cp[w%fAi'%\%`%b%c?|\AůEk+_։B'CBf Cp[w%fAi'%\%`%b%c?|\AůG+_֎B%(CB Cp[w%fAi'%\%`%b%c?|\AůJkN+_֓B$'CCV  Cp[w%fAi'%\%`%b%c?|{\AůL볧+_֘B#'CC  rCp[w%fAi'%\%`%b%c?|\AůOkN+_֝B/'CDF Cp[w%fAi'%\%`%b%c?|\AůQN+_֢B,'CD nCp[w%fAi'%\%`%b%c?|\AůTkN+_֧B.'CE6 xCp[w%fAi'%\%`%b%c?|Y\AůV܀+_֬B0'CE OCp[w%fAi'%\%`%b%c?|\AůYk+_ֱB'CF& hCp[w%fAi'%\%`%b%c?|<\Aů[+_ֶB''CFv KCp[w%fAi'%\%`%b%c?|K\Aů^kF+_ֻB+'CG pCp[w%fAi'%\%`%b%c?|\Aů`N+_B,'CGf! 7Cp[w%fAi'%\%`%b%c?|b\Aůck¹+_ŀB+'CH$ FCp[w%fAi'%\%`%b%c?|Ѝ\Aůe+_ʀB$'CHV& Cp[w%fAi'%\%`%b%c?|\Aůhk+_πB'CH) Cp[w%fAi'%\%`%b%c?|\Aůj볧+_ԀB 'CIF+ Cp[w%fAi'%\%`%b%c?|o\AůmkN+_ـB!'CI. Cp[w%fAi'%\%`%b%c?|\AůoF+_ހB#&CJ60 Cp[w%fAi'%\%`%b%c?|\AůrkN+_B#&CJ3 Cp[w%fAi'%\%`%b%c?|}\AůtP+_B!&CK&5 TCp[w%fAi'%\%`%b%c?|}\Aůwk+_B&&CK8 SCp[w%fAi'%\%`%b%c?|~h\Aůy빌+_B,&CL: Cp[w%fAi'%\%`%b%c?|}\Aů|k+_B'&CL= !Cp[w%fAi'%\%`%b%c?|}\Aů~+_B!%CM? Cp[w%fAi'%\%`%b%c?||\Aůk+_B"%CMB Cp[w%fAi'%\%`%b%c?||\AůN+_B.%CMD Cp[w%fAi'%\%`%b%c?||/\Aůk+_ B/&CNG Cp[w%fAi'%\%`%b%c?|\AůN+_B$%CNI 3Cp[w%fAi'%\%`%b%c?|\Aůk+_B%COL ;Cp[w%fAi'%\%`%b%c?|\Aů뷕+_B'%CON Cp[w%fAi'%\%`%b%c?|\AůkN+_B&%CPvQ Cp[w%fAi'%\%`%b%c?|\Aů+_$B'%CPS Cp[w%fAi'%\%`%b%c?|\AůkN+_)B%CQfV Cp[w%fAi'%\%`%b%c?| \Aů볧+_.B#%CQX xCp[w%fAi'%\%`%b%c?|r\AůkF+_3B#%CRV[ Cp[w%fAi'%\%`%b%c?|\Aů+_8B,%CR] LCp[w%fAi'%\%`%b%c?|\AůkN+_=B %CSF` LCp[w%fAi'%\%`%b%c?|\AůN+_BB%CSb Cp[w%fAi'%\%`%b%c?|\AůkN+_GB %CT6e Cp[w%fAi'%\%`%b%c?|\Aů+_LB+%CUn WCp[w%fAi'%\%`%b%c?|\Aůk+_QB*%CUx [Cp[w%fAi'%\%`%b%c?|Z\Aů볧+_VB%CVz Cp[w%fAi'%\%`%b%c?|\Aůk+_[B#%CV} Cp[w%fAi'%\%`%b%c?|\Aů볧+_`B%CV Cp[w%fAi'%\%`%b%c?|\AůkN+_eB%CW Cp[w%fAi'%\%`%b%c?|\AůN+_jB&%CW |Cp[w%fAi'%\%`%b%c?|\Aůk=+_oB%%CX Cp[w%fAi'%\%`%b%c?|\AůN+_tB%%CX։ CCp[w%fAi'%\%`%b%c?|\Aůk+_yB%CYv JCp[w%fAi'%\%`%b%c?|X\AůN+_~B$%CYƎ Cp[w%fAi'%\%`%b%c?|\Aůk=+_׃B$%CZf Cp[w%fAi'%\%`%b%c?|{\AůN+_׈B$%CZ Cp[w%fAi'%\%`%b%c?|T\Aůk+_׍B*%C[V Cp[w%fAi'%\%`%b%c?|w\Aů볧+_גB*&C[ Cp[w%fAi'%\%`%b%c?|w\Aůk+_חB'%C\F Cp[w%fAi'%\%`%b%c?|w\Aů+_לB$&C\ LCp[w%fAi'%\%`%b%c?|ti\AůkN+_סB+&C]6 aCp[w%fAi'%\%`%b%c?|v\Aů볧+_צB0&C] $Cp[w%fAi'%\%`%b%c?|v\AůkN+_׫B!&C^& "Cp[w%fAi'%\%`%b%c?|vh\AůN+_װB"%C^v Cp[w%fAi'%\%`%b%c?|v\\Aůk+_׵B$%C_Cp[w%fAi'%\%`%b%c?|\Aů+_׺B%&C_f{Cp[w%fAi'%\%`%b%c?|\Aůk+_׿B'&C`Cp[w%fAi'%\%`%b%c?|\Aů뵞+_ĀB&C`V 0Cp[w%fAi'%\%`%b%c?|\Aůk+_ɀB*&C` :Cp[w%fAi'%\%`%b%c?|\Aůȟ+_΀B&CaFCp[w%fAi'%\%`%b%c?|\Aůk+_ӀB)&Ca Cp[w%fAi'%\%`%b%c?|\Aů+_؀B&&Cb6Cp[w%fAi'%\%`%b%c?|\AůkN+_݀B!&Cbֿ Cp[w%fAi'%\%`%b%c?|\AůN+_B&Cc&Cp[w%fAi'%\%`%b%c?|\AůkN+_B(&Cc Cp[w%fAi'%\%`%b%c?|\Aů빌+_B &Cd MCp[w%fAi'%\%`%b%c?|3\Aůk+_B%%Cd ZCp[w%fAi'%\%`%b%c?|\Aů+_B/%Ce $Cp[w%fAi'%\%`%b%c?|7\Aůk+_B*&Ce +Cp[w%fAi'%\%`%b%c?|\Aů볧+_B"&CeCp[w%fAi'%\%`%b%c?|\Aůk+_B#&CfCp[w%fAi'%\%`%b%c?|\Aů뷕+_ B&CfCp[w%fAi'%\%`%b%c?|I\Aůk+_B&CgCp[w%fAi'%\%`%b%c?|\Aů N+_B*&Cg LCp[w%fAi'%\%`%b%c?|T\Aů kN+_B &ChvHCp[w%fAi'%\%`%b%c?|v\Aů+_B!&ChCp[w%fAi'%\%`%b%c?|\AůkF+_#B &CifCp[w%fAi'%\%`%b%c?|\Aů+_(B&CiCp[w%fAi'%\%`%b%c?|}\Aůk+_-B'&CjVCp[w%fAi'%\%`%b%c?|\AůN+_2B+&Cj ^Cp[w%fAi'%\%`%b%c?|\AůkW+_7B*&CkFnCp[w%fAi'%\%`%b%c?|\AůN+_<B&BkCp[w%fAi'%\%`%b%c?|}=\Aů!k+_AB &Bl6 Cp[w%fAi'%\%`%b%c?|ۉX>\Aů#볧+_FB&BlCp[w%fAi'%\%`%b%c?|ۉ\Aů&k+_KB &Bm&Cp[w%fAi'%\%`%b%c?|\Aů(뵞+_PB&BmvCp[w%fAi'%\%`%b%c?|\Aů+k+_UB)%BnCp[w%fAi'%\%`%b%c?|L~\Aů-+_ZB(&Bnf Cp[w%fAi'%\%`%b%c?|\Aů0kN+__B(&BoCp[w%fAi'%\%`%b%c?|W\Aů2볧+_dB)&BoV iCp[w%fAi'%\%`%b%c?|,\Aů5k+_iB%Bo qCp[w%fAi'%\%`%b%c?|26\Aů7F+_nB.&BpF GCp[w%fAi'%\%`%b%c?|2n\Aů:k+_sB,&Bp  YCp[w%fAi'%\%`%b%c?|f\Aů<+_xB!%Bq Cp[w%fAi'%\%`%b%c?|f\Aů?k+_}B5&Brf Cp[w%fAi'%\%`%b%c?|L\AůA+_؂B-&Br xCp[w%fAi'%\%`%b%c?|F\AůDkF+_؇B%&BsV" uCp[w%fAi'%\%`%b%c?|F\AůFN+_،B %Bs$ /Cp[w%fAi'%\%`%b%c?|\AůIk+_ؑB)&BtF' KCp[w%fAi'%\%`%b%c?|Ȍl\AůK+_ؖB(&Bt) Cp[w%fAi'%\%`%b%c?|Ȍ\AůNk+_؛B)%Bu6, Cp[w%fAi'%\%`%b%c?|+\AůPF+_ؠB*%Bu. Cp[w%fAi'%\%`%b%c?|>\AůSk+_إB&&Bv&1 Cp[w%fAi'%\%`%b%c?|t&\AůU볧+_تB!%Bvv3 Cp[w%fAi'%\%`%b%c?|؍B\AůXk+_دB$%Bw6 Cp[w%fAi'%\%`%b%c?|،\AůZN+_ش B"$Bwf8 uCp[w%fAi'%\%`%b%c?|َ9\Aů]k+_عB/$Bx; gB w%A%ً<\Aů_+_ؾB"$BxV= B w%A%!\Aůbk+_ÀB%Bx@ B w%A%p\Aůd+_ȀB $ByFB B w%A%\Aůgk+_̀B($ByE B w%A%\Aůi+_ҀB$Bz6G B w%A%\Aůlk+_׀B!$BzJ B w%A%5\AůnN+_݀B&$B{&L ~B w%A%\AůqkN+_B($B{O B w%A%q\Aůs+_B($B{O B w%A%\Aůvk+_B $A|T ZB w%A%r\Aůx볧+_B($A}V 9B w%A%\Aů{k+_B#$A}Y ^B w%A%n\Aů}+_B-$A}[ >B w%A%\Aůk+_B'%A~^ cB w%A%\Aů+_B%A~` 4B w%A%j\Aůk+_ B"%Ac bB w%A%z\Aů+_B/&Ae IB w%A%\Aůk+_B&&AvhkB w%A%\Aů+_B&&Aj BB w%A%\Aůk+_B$&AfmWB w%A%\Aů볧+_"B('Ao .B w%A%\AůkN+_'B*'AVrUB w%A%\Aů+_,B"'At B w%A%t\Aůk+_1B%'AFw2B w%A%5\Aů+_6B.'AyB w%A%\Aůk+_;B&'A6| B w%A%]:\Aů+_@B,'A~B w%A%]i\Aůk+_EB''A&B w%A%uw\Aů볧+_JB#'AvB w%A%u~\AůkN+_OB 'AB w%A%u\Aů+_TB'AfNB w%A%2\Aůk+_YB''AeB w%A%\Aů볧+_^B('AV#B w%A%\Aůk+_cB*'A #B w%A%V\Aů볧+_hB!'AFB w%A%\Aůk+_mB''AB w%A%\Aů+_rB)'A6B w%A%\Aůk+_wB'A֚B w%A%\Aů=+_|B"'A&_B w%A%w\Aůk+_فB!'AƟnB w%A%$\Aů+_نB'A*B w%A%\Aůk+_ًB#'A=B w%A%\Aů+_ِB7'A B w%A%\AůkF+_ٕB+(A6B w%A%\Aů+_ٚB(A\B w%A%\AůkN+_ٟB&(A&tB w%A%\Aů=+_٤B0(Av *B w%A%(\Aůk+_٩B'(A!B w%A%(s\AůN+_ٮB+)AfB w%A%Xr\Aůk+_ٳB!)AB w%A%b\Aů+_ٸB*)AVB w%A%b\AůkF+_ٽB$)A B w%A%\Aů볧+_€B&)AFqB w%A%\AůkN+_ǀB*(A B w%A%\Aů+_̀B/(A6 EB w%A%;\Aůk+_рB#(A GB w%A%\Aů볧+_րB#(A& B w%A%\AůF+_*DA>>B7ŀw%\xB1%X\AůkN+_/D<>> B7ŀw%\xB1%X \Aů+_4DJ>> mB7ŀw%\xB1%X\Aůk+_9DB>>  B7ŀw%\xB1%X\AůN+_>DB>> YB7ŀw%\xB1%X\AůkN+_CDB?> B7ŀw%\xB1%X\Aů볧+_HD??> WB7ŀw%\xB1%Xs\AůkN+_MDE?> B7ŀw%\xB1%XN\AůF+_RDC?> \B7ŀw%\xB1%X\Aůk+_WDv B7ŀw%\xB1%X\AůN+_\D@?>V,B7ŀw%\xB1%X\Aůk+_aD?>>/ B7ŀw%\xB1%X\Aů΅+_fD>>>F1B7ŀw%\xB1%X\AůkN+_kD7>>4 B7ŀw%\xB1%XF\Aů+_pD;=>66B7ŀw%\xB1%XV\Aůk+_uD4=>9 B7ŀw%\xB1%X:\Aů볧+_zD-<>&;B7ŀw%\xB1%X\Aůk+_D-;>> B7ŀw%\xB1%X\Aů+_儀D*:>@B7ŀw%\xB1%X\Aůk+_剀D'8>C B7ŀw%\xB1%X\Aů볧+_厀D/7>EB7ŀw%\xB1%X\Aůk+_哀D/7>H B7ŀw%\xB1%X'\Aů+_嘀D$5>J B7ŀw%\xB1%X\Aůk+_址D#4>M B7ŀw%\xB1%X0\AůW+_墀D3>O B7ŀw%\xB1%X\Aůk+_姀D$2>R B7ŀw%\xB1%X\Aů+_嬀D%1>T B7ŀw%\xB1%X\AůkW+_局D'0>vW B7ŀw%\xB1%Xv\Aů볧+_嶀D"0>Y B7ŀw%\xB1%X\AůkN+_廀D/>f\ B7ŀw%\xB1%X\Aů+_D'.>^ B7ŀw%\xB1%X2\Aůk+_ŀD.>Va B7ŀw%\xB1%X\AůN+_ʀD+->c B7ŀw%\xB1%X\Aůk̎+_πD,>Ff B7ŀw%\xB1%X~\Aů+_ԀD +>h B7ŀw%\xB1%X\AůkӀ+_ـD++>6k B7ŀw%\xB1%X\Aů볧+_ހD*>m B7ŀw%\xB1%X\AůkN+_D#*>&p B7ŀw%\xB1%Xo\Aů+_D*)>vrB7ŀw%\xB1%Xy\Aůk+_D')>u B7ŀw%\xB1%XQ\Aů볧+_D(>fwB7ŀw%\xB1%X\Aůk+_D!(>z 'B7ŀw%\xB1%Xu\Aů뵞+_D'>V| B7ŀw%\xB1%Xy\Aůk+_D#'> ;B7ŀw%\xB1%Xz\AůN+_D&>FB7ŀw%\xB1%X\Aůk+_ D+&>,B7ŀw%\xB1%X\Aů볧+_D%>6B7ŀw%\xB1%XC\Aů k+_D%>։B7ŀw%\xB1%X=\Aů +_D"$>&B7ŀw%\xB1%X-\Aůk+_D$>ƎB7ŀw%\xB1%X,\Aů+_$D)$>B7ŀw%\xB1%X]\Aůk+_)D%$>B7ŀw%\xB1%Xu\Aů+_.D&$>B7ŀw%\xB1%Xu:\Aůk+_3D%$>B7ŀw%\xB1%Xuk\Aů+_8D #>B7ŀw%\xB1%Xu\Aůk+_=D#>–B7ŀw%\xB1%X\Aů!+_BD#>YB7ŀw%\xB1%X\Aů$k+_GD">ÆuB7ŀw%\xB1%X\Aů&+_LD">֤/B7ŀw%\xB1%X\Aů)kF+_QD'#>v=B7ŀw%\xB1%X/\Aů++_VD #>ƩB7ŀw%\xB1%Xk\Aů.kN+_[D%#>fB7ŀw%\xB1%X\Aů0N+_`D#>ŶB7ŀw%\xB1%XA\Aů3k+_eD*#>VB7ŀw%\xB1%X\Aů5+_jD##>ƦB7ŀw%\xB1%X\Aů8k+_oD$#>FB7ŀw%\xB1%X,\Aů:뵞+_tD,#>ǖB7ŀw%\xB1%X \Aů=k+_yD1#>ZB7ŀw%\xB1%X\Aů?N+_~D+#>B7ŀw%\xB1%X}\AůBkN+_惀D'#>ɶ,B7ŀw%\xB1%X\AůD+_戀D#>B7ŀw%\xB1%X\AůGk+_捀D!#>ʦB7ŀw%\xB1%X;3\AůI+_撀D%#>B7ŀw%\xB1%X\AůLkW+_旀D##>˖B7ŀw%\xB1%X\AůN+_最D$#>B7ŀw%\xB1%X'U\AůQk+_桀D"#>̆B7ŀw%\xB1%X0\AůS뵞+_榀D"#>zB7ŀw%\xB1%X0'\AůVkN+_櫀D)#>vB7ŀw%\xB1%Xu\AůXN+_氀D!#> [B7ŀw%\xB1%Xu\Aů[k+_浀D($>f~B7ŀw%\xB1%Xތ\Aů]+_満D'$>ζ AB7ŀw%\xB1%X\Aů`k+_激D$>VRB7ŀw%\xB1%X\Aůb볧+_ĀD#$>Ϧ B7ŀw%\xB1%XV\Aůek+_ɀD!$>F!B7ŀw%\xB1%X\Aůg볧+_΀D*$>ЖB7ŀw%\xB1%XN\Aůjk+_ӀD"$>6B7ŀw%\xB1%X\AůlF+_؀D #>цB7ŀw%\xB1%X\Aůok+_݀D&#>&B7ŀw%\xB1%X u\AůqN+_D,$>vB7ŀw%\xB1%X^ \Aůtk+_D$$>B7ŀw%\xB1%X^\Aův볧+_D/$>f B7ŀw%\xB1%X_%\Aůyk+_D $>B7ŀw%\xB1%X^\Aů{+_D1$>V `B7ŀw%\xB1%X^\Aů~kN+_D+$>  qB7ŀw%\xB1%X\\AůN+_D $>F .B7ŀw%\xB1%X\\Aůk+_D*$>RB7ŀw%\xB1%Xa\Aů뷕+_ D#$>6B7ŀw%\xB1%X\Aůk+_D$> B7ŀw%\xB1%X\Aů+_D$>&B7ŀw%\xB1%X[\Aůk+_D.$>B7ŀw%\xB1%X\Aů볧+_D*$>B7ŀw%\xB1%X\Aůk+_#D$>ضB7ŀw%\xB1%X\Aů+_(D$> B7ŀw%\xB1%Xj\Aůk+_-D%$>٦#B7ŀw%\xB1%Xe\AůN+_2D$>% ]B7ŀw%\xB1%X+\AůkN+_7D0%>ږ(B7ŀw%\xB1%X-\AůN+_<D&%>* AB7ŀw%\xB1%XR\AůkN+_AD(%>ۆ-ZB7ŀw%\xB1%X\Aů+_FD%%>/ B7ŀw%\xB1%X\AůkN+_KD'%>v2 )B7ŀw%\xB1%Xz\AůN+_PD#%>4B7ŀw%\xB1%X%0\Aůk+_VD)&>f7B7ŀw%\xB1%X\AůN+_ZD"%>ݶ9 B7ŀw%\xB1%XĐ\Aůk+__D!%>V<B7ŀw%\xB1%Xč'\Aů+_dD'&>ަ> hB7ŀw%\xB1%Xώ^\AůkF+_iD*&>FAyB7ŀw%\xB1%Xs\Aů+_nD(&>ߖC 8B7ŀw%\xB1%X\AůkW+_sD.&>6F LB7ŀw%\xB1%X s\Aů+_xD&'>H B7ŀw%\xB1%X \Aůk+_}D#&>&K B7ŀw%\xB1%Xƍ"\AůF+_炀D &>vMB7ŀw%\xB1%X\Aůk+_燀D(&>PB7ŀw%\xB1%XI\Aů볧+_猀D(&>fRB7ŀw%\xB1%X\Aůk+_瑀D''>UB7ŀw%\xB1%X`\Aů볧+_疀D%'>VW B7ŀw%\xB1%XX\Aůk+_盀D''>Z B7ŀw%\xB1%XT\Aů+_砀D)'>F\ aB7ŀw%\xB1%XT\Aůk€+_祀D+'>vm B7ŀw%\xB1%XW|\Aů볧+_窀D$'>o B7ŀw%\xB1%Xu\Aůk+_節D.'>fr B7ŀw%\xB1%Xu4\Aů볧+_紀D '>t B7ŀw%\xB1%X \Aůk+_繀D-(>Vw B7ŀw%\xB1%X\Aů+_羀D-(>y B7ŀw%\xB1%X\Aůk+_ÀD&(>F| B7ŀw%\xB1%X\Aů볧+_ȀD2)>~ nB7ŀw%\xB1%X\AůkF+_̀D1)>6B7ŀw%\xB1%X\Aů볧+_ҀD0)>醃 4B7ŀw%\xB1%X\Aůk+_׀D'*>&EB7ŀw%\xB1%XB\Aů+_܀D0*>v B7ŀw%\xB1%X"\Aůk+_D-*>&B7ŀw%\xB1%X\Aů+_D(*>fB7ŀw%\xB1%X\AůkN+_D7*> B7ŀw%\xB1%X\Aůj+_D'*>VB7ŀw%\xB1%X\Aůk+_D&*> B7ŀw%\xB1%X \Aů볧+_Dw+>FB7ŀw%\xB1%XR\Aůk+_D&+> Evsdw%\BD<%y\Aů볧+_D*+>6VEvsdw%\BD<%yM\AůkF+_ D(+>֟eEvsdw%\BD<%y,\Aů볧+_D++>&,Evsdw%\BD<%y\Aů k+_D0+>ƤCEvsdw%\BD<%y\Aů +_D5,> Evsdw%\BD<%y\AůkN+_D-,> Evsdw%\BD<%yv\Aů볧+_"D/,>Evsdw%\BD<%y\Aůk+_'D1,>Evsdw%\BD<%yK\AůW+_,D.->Evsdw%\BD<%y \AůkF+_1D;->Evsdw%\BD<%y\Aů+_6D6.> Evsdw%\BD<%y\Aůk+_;D2.>Evsdw%\BD<%y\Aů 볧+_@D3.>ֺ :Evsdw%\BD<%y0\Aů#k+_ED0.>vOEvsdw%\BD<%yŌx\Aů%F+_JD8.>ƿ Evsdw%\BD<%y\Aů(k+_OD..>f -Evsdw%\BD<%yw\Aů* +_TD6/>Evsdw%\BD<%yŽ\Aů-k+_YD8/>V Evsdw%\BD<%y?\Aů/+_^D./>Evsdw%\BD<%yQ\Aů2kN+_cD60>FEvsdw%\BD<%y\Aů4N+_hD/0>Evsdw%\BD<%y\Aů7k+_mD50>6Evsdw%\BD<%yW\Aů9볧+_rD.1> Evsdw%\BD<%y3\Aů&Evsdw%\BD<%yM\Aů>볧+_|D21>v \Evsdw%\BD<%ys\AůAk+_聀D82>fEvsdw%\BD<%y]\AůC+_膀D.2>f Evsdw%\BD<%y]\AůFk+_苀D:2> 2Evsdw%\BD<%yc\AůH뵞+_萀D72>VEvsdw%\BD<%yc\AůKk+_蕀D93> Evsdw%\BD<%ye\AůM볧+_蚀D43>FEvsdw%\BD<%yr8\AůPk+_蟀D64> Evsdw%\BD<%yr\AůR볧+_褀D<4>6 Evsdw%\BD<%ye\AůUk+_詀D54> Evsdw%\BD<%y\AůW+_讀D/5>& ]Evsdw%\BD<%y\AůZkȟ+_賀D05> tEvsdw%\BD<%y\Aů\+_踀DE5> DEvsdw%\BD<%y\Aů_k+_轀DE6> YEvsdw%\BD<%y/\AůaN+_€D26>Evsdw%\BD<%yk\Aůdk+_ǀD36> Evsdw%\BD<%y\AůfF+_̀D:6> Evsdw%\BD<%y\Aůik+_рD<7>& {Evsdw%\BD<%y\Aůk+_րD;7>v <Evsdw%\BD<%y\AůnkN+_ۀD88>REvsdw%\BD<%y3\Aůp볧+_D=8>f Evsdw%\BD<%y\Aůsk+_D58>.Evsdw%\BD<%yw\AůuN+_DC8>V Evsdw%\BD<%yvj\Aůxk+_D>9>  Evsdw%\BD<%yv\Aůz+_D9:>F"Evsdw%\BD<%yu\Aů}kF+_DD:>% Evsdw%\BD<%yv\Aů+_DC;>6'Evsdw%\BD<%yv\Aůk+_DR;>*Evsdw%\BD<%y*\AůN+_D<<>&,tEvsdw%\BD<%y*.\Aůk+_ DE<>/Evsdw%\BD<%y \AůN+_DJ=>1aEvsdw%\BD<%y o\Aůk+_DF=>4uEvsdw%\BD<%y \AůF+_D<>> 61Evsdw%\BD<%y#\Aůk+_!D?>> 9IEvsdw%\BD<%y\Aů+_&DC>> ; Evsdw%\BD<%y\Aůk+_+DH?> > .Evsdw%\BD<%y\AůN+_0D @Evsdw%\BD<%y\Aůk+_5DH@> C Evsdw%\BD<%y\AůN+_:DI@> EEvsdw%\BD<%yQ\Aůk+_?DG@> vHEvsdw%\BD<%y\Aů볧+_DDJA> J Evsdw%\BD<%y\Aůk+_IDQB> fMEvsdw%\BD<%y\Aů+_NDPB> O sEvsdw%\BD<%y\AůkX+_SDLC>VREvsdw%\BD<%y\Aů+_XDLD>T LEvsdw%\BD<%y\AůkN+_]DLE>FWhEvsdw%\BD<%y\AůF+_bDFE>Y 'Evsdw%\BD<%y^\Aůk+_gDOF>6\ HEvsdw%\BD<%y\Aů+_lDJG>^ Evsdw%\BD<%yu\Aůk+_qDUG>&a +Evsdw%\BD<%y\Aů볧+_vDMG>vcEvsdw%\BD<%y\Aůk+_{DOH>fEvsdw%\BD<%y\AůN+_退DDH>fh Evsdw%\BD<%y\Aůk+_酀DQI>kEvsdw%\BD<%y\AůN+_銀DRJ>Vm Evsdw%\BD<%y}\AůkF+_鏀DQK>p Evsdw%\BD<%y}\AůN+_销DTK>Fr jEvsdw%\BD<%y~\Aůk+_陀DLL>u yEvsdw%\BD<%y}B\AůN+_鞀DTL>6w HEvsdw%\BD<%y}\AůkN+_飀DVM>z _Evsdw%\BD<%y|\Aů+_騀DYM>&| $Evsdw%\BD<%y|'\Aůk+_魀DLN> &Evsdw%\BD<%y|8\Aů+_鲀DTO>Evsdw%\BD<%y&\Aůk+_鷀DYO>Evsdw%\BD<%y`\Aů>+_鼀DQP>Evsdw%\BD<%y=\XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 92 / width of table in bytes NAXIS2 = 218 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 31 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHK13ASSPRES' / HK Presence of SubSystems for this packet TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BSPHKCURRNAME' / Filename completed or being dumped now TFORM3 = '12A ' / data format of field: ASCII Character TTYPE4 = 'BSPHKPREVNAME' / Filename of most recent dump completed TFORM4 = '12A ' / data format of field: ASCII Character TTYPE5 = 'BSPHKSTARTMET' / MET of last start, U1234 TFORM5 = '1J ' / data format of field: 4-byte INTEGER TZERO5 = 2147483648 / offset for unsigned integers TTYPE6 = 'BSPHKNSURVEY' / Survey dump counter TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 32768 / offset for unsigned integers TTYPE7 = 'BSPHKNAM241MAP' / Am-241 Map dump counter TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 32768 / offset for unsigned integers TTYPE8 = 'BSPHKNAM241SPECT' / Am-241 Spectra dump counter TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 32768 / offset for unsigned integers TTYPE9 = 'BSPHKNFOURCH' / 4-channel map dump counter TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 32768 / offset for unsigned integers TTYPE10 = 'BSPHKNONECH' / 1-channel map dump counter TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 32768 / offset for unsigned integers TTYPE11 = 'BSPHKNBACKSUB' / Back subtraction dump counter TFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 32768 / offset for unsigned integers TTYPE12 = 'BSPHKNGAINMAP' / Gain map dump counter TFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 32768 / offset for unsigned integers TTYPE13 = 'BSPHKNOFFMAP' / Offset map dump counter TFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 32768 / offset for unsigned integers TTYPE14 = 'BSPHKNCALMAP' / Cal map dump counter TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 32768 / offset for unsigned integers TTYPE15 = 'BSPHKNSTRPSEGMAP' / Strip segment map dump counter TFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BSPHKNMASKWTS' / Mask weight map dump counter TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BSPHKNEVDUMP' / Event dump counter TFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 32768 / offset for unsigned integers TTYPE18 = 'BSPHKNACSDUMP' / ACS dump counter TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 32768 / offset for unsigned integers TTYPE19 = 'BSPHKNPULSAR' / Pulsar bins dump counter TFORM19 = '1I ' / data format of field: 2-byte INTEGER TZERO19 = 32768 / offset for unsigned integers TTYPE20 = 'BSPHKNDETEN' / Det enabled dump counter TFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 32768 / offset for unsigned integers TTYPE21 = 'BSPHKNDETIM' / Det imaged dump counter TFORM21 = '1I ' / data format of field: 2-byte INTEGER TZERO21 = 32768 / offset for unsigned integers TTYPE22 = 'BSPHKNSCALEDMAP' / Strip map dump counter TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 32768 / offset for unsigned integers TTYPE23 = 'BSPHKNSEGMAP' / Segment map dump counter TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 32768 / offset for unsigned integers TTYPE24 = 'BSPHKNGAINOFF' / Gain offset map dump counter TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 32768 / offset for unsigned integers TTYPE25 = 'BSPHKNCMDBLS' / DI commandables dump counter TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 32768 / offset for unsigned integers TTYPE26 = 'BSPHKNDAPHK' / DAP HK (pigeonholed data) dump counter TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 32768 / offset for unsigned integers TTYPE27 = 'BSPHKNSPARE1' / Spare 1 dump counter TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 32768 / offset for unsigned integers TTYPE28 = 'BSPHKNSPARE2' / Spare 2 dump counter TFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 32768 / offset for unsigned integers TTYPE29 = 'BSPHKNSPARE3' / Spare 3 dump counter TFORM29 = '1I ' / data format of field: 2-byte INTEGER TZERO29 = 32768 / offset for unsigned integers TTYPE30 = 'BSPHKNSPARE4' / Spare 4 dump counter TFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 32768 / offset for unsigned integers TTYPE31 = 'BSPHKNOTHER' / Spare 5 (catch-all) dump counter TFORM31 = '1I ' / data format of field: 2-byte INTEGER TZERO31 = 32768 / offset for unsigned integers EXTNAME = 'hk13ax001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699885.84356 TSTOP = 727706035.84224 DATE-OBS= '2024-01-23T10:51:20' DATE-END= '2024-01-23T12:33:50' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6149.99867999554 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 314 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:27' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'ZAljf6jiZAjid3ji' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '22062963' / data unit checksum updated 2024-02-02T06:06:27 HISTORY TASK: FAPPND on FILENAME: sw01210276000b13ax001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:31 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aůƀsllvk9gz.sdmhllvkb0z.dhk_0llҀ܀= %r99fhAůkՀsllvkbgz.sdmmllvkd1z.wgt_pllӀ܀= &r99fhAů΅sllvk3gz.sdmsllvkbgz.sdm_pllӀ܀= &s99fhAůk-sllvk3gz.sdmsllvkbgz.sdm_pllӀ܀= &s99fhAůsllvk3gz.sdmsllvkbgz.sdm_pllӀ܀= &s99fhAůkՀsllvkdgz.sdmsllvk3gz.sdm_ѰllӀ܀= &s99fhAů΅sllvkdgz.sdmsllvk3gz.sdm_ѰllӀ܀= &s99fhAů k$sllvkdgz.sdmsllvk3gz.sdm_ѰllӀ܀= &s99fhAů-sllvkdgz.sdmsllvk3gz.sdm_ѰllӀ܀= &s99fhAůk΅sllvkdgz.sdmsllvk3gz.sdm_ѰllӀ܀= &s99fhAů!$sllvkfgz.sdmsllvkdgz.sdm_llӀ܀= &s99fhAů)k-sllvkfgz.sdmsllvkdgz.sdm_llӀ܀= &s99fhAů0-sllvkfgz.sdmsllvkdgz.sdm_llӀ܀= &s99fhAů8k$sllvkfgz.sdmsllvkdgz.sdm_llӀ܀= &s99fhAů?-sllvkhgz.sdmsllvkfgz.sdm_0llӀ܀= &s99fhAůGk}hllvkkcz.dhksllvkhgz.sdm_ҌllӀ܀= &s99fiAůNՀhllvkkcz.dhksllvkhgz.sdm_ҌllӀ܀= &s99fiAůVk΅hllvkkcz.dhksllvkhgz.sdm_ҌllӀ܀= &s99fiAů]-hllvkkcz.dhksllvkhgz.sdm_ҌllӀ܀= &s99fiAůekthllvkkcz.dhksllvkhgz.sdm_ҌllӀ܀= &s99fiAůl΅hllvkkcz.dhksllvkhgz.sdm_ҌllӀ܀= &s99fiAůtk-allvkc6z.spcallvkc6z.spc_цllԀ܀= &s99fiAů{$allvkc6z.spcallvkc6z.spc_цllԀ܀= &s99fiAůk-sllvklgz.sdmallvkc6z.spc_ҰllԀ܀= &s99fiAů΅sllvklgz.sdmallvkc6z.spc_ҰllԀ܀= &s99fiAůk-sllvklgz.sdmallvkc6z.spc_ҰllԀ܀= &s99fiAů-gllvkofz.gnogllvkofz.gno_llՀ܀= 's99fiAůk΅gllvkofz.gnogllvkofz.gno_llՀ܀= 's99fiAů݀gllvkofz.gnogllvkofz.gno_llՀ܀= 's99fiAůkՀgllvkofz.gnogllvkofz.gno_llՀ܀= 's99fiAů݀gllvkofz.gnogllvkofz.gno_llՀ܀= 's99fiAůk΅gllvkofz.gnogllvkofz.gno_llՀ܀= 's99fiAů}gllvkofz.gnogllvkofz.gno_llՀ܀= 's99fiAůk΅gllvkofz.gnogllvkofz.gno_llՀ܀= 's99fiAů΅gllvkofz.gnogllvkofz.gno_llՀ܀= 's99fiAůk݀hllvktoz.dhkgllvkofz.gno_ӸllՀ܀= 's99fjAů΅hllvktoz.dhkgllvkofz.gno_ӸllՀ܀= 's99fjAůk-hllvktoz.dhkgllvkofz.gno_ӸllՀ܀= 's99fjAů̀hllvktoz.dhkgllvkofz.gno_ӸllՀ܀= 's99fjAůk}sllvkt8z.sdmhllvktoz.dhk_ӨllՀ܀= 's99fjAů΅sllvkt8z.sdmhllvktoz.dhk_ӨllՀ܀= 's99fjAů k̀sllvkt8z.sdmhllvktoz.dhk_ӨllՀ܀= 's99fjAů-sllvkt8z.sdmhllvktoz.dhk_ӨllՀ܀= 's99fjAůk݀sllvkv8z.sdmsllvkt8z.sdm_llՀ܀= 's 99fjAů -sllvkv8z.sdmsllvkt8z.sdm_llՀ܀= 's 99fjAů(kՀsllvkv8z.sdmsllvkt8z.sdm_llՀ܀= 's 99fjAů/}sllvkv8z.sdmsllvkt8z.sdm_llՀ܀= 's 99fjAů7k$sllvkv8z.sdmsllvkt8z.sdm_llՀ܀= 's 99fjAů>΅sllvl18z.sdmsllvkv8z.sdm_(llՀ܀= 's 99fjAůFk΅sllvl18z.sdmsllvkv8z.sdm_(llՀ܀= 's 99fjAůM̀sllvl18z.sdmsllvkv8z.sdm_(llՀ܀= 's 99fjAůUk΅sllvl18z.sdmsllvkv8z.sdm_(llՀ܀= 's 99fjAů\݀sllvl38z.sdmsllvl18z.sdm_hllՀ܀= 's 99fjAůdkՀsllvl38z.sdmsllvl18z.sdm_hllՀ܀= 's 99fjAůktsllvl38z.sdmsllvl18z.sdm_hllՀ܀= 's 99fjAůsk}sllvl38z.sdmsllvl18z.sdm_hllՀ܀= 's 99fjAůz-sllvl38z.sdmsllvl18z.sdm_hllՀ܀= 's 99fjAůk}hllvl7tz.dhkallvkt1z.spc_llր܀= 's 99fkAůՀhllvl7tz.dhkallvkt1z.spc_llր܀= 's 99fkAůk΅hllvl7tz.dhkallvkt1z.spc_llր܀= 's 99fkAů΅sllvl78z.sdmhllvl7tz.dhk_llր܀= 's99fkAůk̀sllvl9gz.sdmsllvl9bz.sdm_0llր܀= 's99fkAů-sllvl9gz.sdmsllvl9bz.sdm_0llր܀= 's99fkAůk}sllvl9cz.sdmsllvl9gz.sdm_,llր܀= 's99fkAůtmllvlb4z.wgtmllvlb4z.wgt_dllր܀= 's99fkAůkbmllvlb4z.wgtmllvlb4z.wgt_dllր܀= 's99fkAůÀmllvlb4z.wgtmllvlb4z.wgt_dllր܀= 's99fkAůkbmllvlb8z.wgtmllvlb8z.wgt_hll׀܀ = (s99fkAůgllvlboz.gnogllvlboz.gno_xll׀܀ > (s99fkAůkellvl90z.evlgllvlboz.gno_ ll׀܀ ? (s99fkAůtellvl1rz.evlellvl90z.evl_;ll׀܀ @ (s99fkAůktellvl1rz.evlellvl90z.evl_;ll׀܀ @ (s99fkAůellvl3nz.evlellvl1rz.evl_wll׀܀ A (s99fkAůktellvl5jz.evlellvl3nz.evl_Գll׀܀ B (s99fkAůellvla9z.evlellvl5jz.evl_Ill׀܀ C (s99fkAů kellvla9z.evlellvl5jz.evl_Ill׀܀ C (s99fkAů̀hllvlglz.dhkellvlb7z.evl_ll׀܀ D (s99flAůkhllvlglz.dhkellvlb7z.evl_ll׀܀ D (s99flAůÀellvld3z.evlhllvlglz.dhk_գll׀܀ E (s99flAů'ktellvld3z.evlhllvlglz.dhk_գll׀܀ E (s99flAů.tellvld3z.evlhllvlglz.dhk_գll׀܀ E (s99flAů6kbellvld3z.evlhllvlglz.dhk_գll׀܀ E (s99flAů=tellvlevz.evlellvld3z.evl_ll׀܀ F (s99flAůEktellvlevz.evlellvld3z.evl_ll׀܀ F (s99flAůLtellvlevz.evlellvld3z.evl_ll׀܀ F (s99flAůTkbellvlevz.evlellvld3z.evl_ll׀܀ F (s99flAů[̀ellvlevz.evlellvld3z.evl_ll׀܀ F (s99flAůck߀allvlinz.spcallvlinz.spc_Wll؀܀ F(s99flAůjtellvlgrz.evlallvlinz.spc_ll؀܀ G(s99flAůrkellvlgrz.evlallvlinz.spc_ll؀܀ G(s99flAůyZellvlgrz.evlallvlinz.spc_ll؀܀ G(s99flAůkջallvlkjz.spcallvlkjz.spc_֓llـ܀ G(s99flAůsllvlm0z.sdmellvlinz.evl_llـ܀ H(s99flAůktsllvlm0z.sdmellvlinz.evl_llـ܀ H(s99flAůsllvlm0z.sdmellvlinz.evl_llـ܀ H(s99flAůktallvlmfz.spcallvlmfz.spc_llڀ܀ H(s99flAůhllvlqbz.dhksllvlo0z.sdm_Kllڀ܀ I(s99fmAůkkhllvlqbz.dhksllvlo0z.sdm_Kllڀ܀ I(s99fmAůthllvlqbz.dhksllvlo0z.sdm_Kllڀ܀ I(s99fmAůkkhllvlqbz.dhksllvlo0z.sdm_Kllڀ܀ I(s99fmAůtallvlobz.spcallvlobz.spc_ llۀ܀ I(s99fmAůksllvlq0z.sdmellvlmfz.evl_@llۀ܀ J(s99fmAůtsllvlq0z.sdmellvlmfz.evl_@llۀ܀ J(s99fmAůkջsllvlq0z.sdmellvlmfz.evl_@llۀ܀ J(s99fmAůջsllvlq0z.sdmellvlmfz.evl_@llۀ܀ J(s99fmAůkallvlq7z.spcallvlq7z.spc_Glšl܀܀ J(s99fmAůellvlobz.evlallvlq7z.spc_ lšl܀܀ K(s99fmAůkջellvlq7z.evlellvlobz.evl_Glšl܀܀ L(s99fmAůtellvls3z.evlellvlq7z.evl_׃lšl܀܀ M(s99fmAůk̀sllvlm0z.sdmsllvlu0z.sdm_lšl܀܀ M(s99fmAůջsllvlm0z.sdmsllvlu0z.sdm_lšl܀܀ M(s99fmAůktsllvlm0z.sdmsllvlu0z.sdm_lšl܀܀ M(s99fmAůtsllvlm0z.sdmsllvlu0z.sdm_lšl܀܀ M(s99fmAů&knsllvlm0z.sdmsllvlu0z.sdm_lšl܀܀ M(s99fmAů-̀mllvm1pz.wgtmllvm1pz.wgt_9lÚl݀܀!N)s99fmAů5kkmllvm1pz.wgtmllvm1pz.wgt_9lÚl݀܀!N)s99fmAů at篐l̐׀ 4Ty ݲ22222oYLɀ"mwwxAůkݿVd°dI%J!A5ҕ at篒p&ΐ׀ 4y ݲ22222oYNɀ"Imwwx܀AůVDd¼dI% L!A5ҕ at篔t>А׀4 5 y ݲ22222oYPɀ"m{wyAůk[VdȀdI%N!A5Sҕ at{篖xVҐ׀r 5y ݲ22222oY$Rɀ"m}wzRAůŀV̀dԀd=I%P!A5 WҖ- atu篘|nԐ׀ 5y ݲ22222oY(Tɀ"Xm~w{Aůk곀V dd[I%"R!A5!gҖw ato篚π֐׀ 6Ry ݲ22222oY*Vɀ"mw{ЀAůdVLddyI%(T!A5"gҖ ati篜τؐ׀, 6y ݲ22222oY,Xɀ"!mw|Aůk[VddI%0V!A5#Oҗ atc篞ψڐ׀j 7y ݲ22222oY.Zɀ"mw}NAůŀV̀ddI%6X!A5$]җZ at]篠ό΀ܐ׀ 7y ݲ22222oY0\ɀ"mw~ AůkdV ddّI%>Z!F5%uҗ atW篢ϐސ׀ 7y ݲ22222oY2^ɀ"Zmw~ȀAůVLddI%D\!I5&}Ҙ atR篤ϔ׀$ 8Py ݲ22222oY4`ʀ"ɀmwAůkmVd(dJ%N^!I5'ҘV atL篦Ϙ؀d 8y ݲ22222oY6bʀ"5mwBAůV̀d4d9J%T`!I5(Ҙ atF篨Ϝ.؀ 9y ݲ22222oY8dʀ"mwAůkV d@dWJ%\b!I5)ҙ at@篪ϠF؀ 9y ݲ22222oY:fʀ"mwAů[VLdLduJ%bd!I5*ۀҙG at:篬Ϥ^؀ 9y ݲ22222oY>hʀ"omwzAůk VdXdJ%jf!I5+ҙ at4篮Ϩv؀\ :Ny ݲ22222oY@jʀ"Ԁmw6AůV̀dddJ%ph!I5-ҙ at.篰Ϭ؀ :y ݲ22222oYDlʀ"9mwAůkdV dpdϑJ%xj!I5.Қ2 at(篲ϰ؀ ;y ݲ22222oYFnʀ"mwAů輀VLd|dJ%~l!I5/Қ at"篴ϴ؀ ;y ݲ22222oYHpʀ"mwpAůkdVdÈd J%نn!I50Қ at篶ϸր؀T ;y ݲ22222oYJrʀ"~mw.Aů輀V̀dÔd)J%ٌp!I51қ1 at篸ϼ؀ Jy ݲ22222oYV~ʀ" mwAůŀVLd܀dݑJ%ٶ|!I57Oҝ- atĀԀ~؀ >y ݲ22222oYXʀ"wmw\AůkdVddJ%پ~!I58oҝr atƀ؀؀D ?y ݲ22222oY\ʀ"ԀmwAůdV̀ddJ%Ā籀!I59yҝ atȀ܀؀ ?|y ݲ22222oY`ʀ" 1mw؀AůkV dd7J%̀籂!I5:Ҟ  atʀƀ؀ ?y ݲ22222oYbʀ" mwAů!VLd dUJ%Ҁ籄!I5;Ҟb atڀ̀ހ؀ @Hy ݲ22222oYdʀ"!mwRAů$kŀVddsJ%ڀ籆!I5<Ҟ atԀ΀ ؀< @y ݲ22222oYfʀ"!|mwAů&V̀d$dJ%籈!I5=ˀҟ at΀Ѐ ؀z Ay ݲ22222oYhʀ"!mw΀Aů)kdV d0dJ%籊!I5>ـҟd atȀҀ&؀ Azy ݲ22222oYjʀ""TmwAů+mVLd<d͑J%籌!I5?Հҟ at€Ԁ>؀ Ay ݲ22222oYlʀ""€mwHAů.k VdHdJ%籎!I5@ـҠ atݼրV؀4 BFy ݲ22222oYnʀ"#/mwAů0 V̀dTd J%籐!I5ÀҠe at߶؀n؀r By ݲ22222oYpʀ"#mwĀAů3k[V d`d'J%籒!I5BۀҠ atᰀڀ؀ Cy ݲ22222oYrʀ"$ mwAů5VLdldEJ% 籔!I5Cҡ at㪀܀؀ Cxy ݲ22222oYtʀ"$vmw@Aů8k쫀ݿVdxdcJ%籖!I5E Ң at夀ހ؀, Cޕy ݲ22222oYvʀ"$mwAů:dV̀dĄdJ%籘!I5F+ң: at瞀 ΀؀j DDy ݲ22222oYzʀ"%@mwAů=kŀV dĐdJ% 籚!I5GGң{ at阀؀ Dy ݲ22222oY~ʀ"%mwxAů? VJdĜdJ%&籜!I5H;ң at뒀 ؀ Ey ݲ22222oYʀ"& mw4AůBkŀVdĨdۑJ%.籞!I5IAҤ% at팀"؀$ Evy ݲ22222oYʀ"&vmw򀩀AůDVʀdĴdJ%4籠!I5J9Ҥx" at.$؀b Eܕy ݲ22222oYʀ"&mwAůGk[V ddJ%<籢!I5KIҤ$ at F&؀ FBy ݲ22222oYʀ"'MmwlAůI쫀VNd̀d5J%B籤!I5Lmҥ& atz$^(؀ Fy ݲ22222oYʀ"'mw*AůLkmVd؀dSJ%J籦!I5Mwҥh( att(v*؀ Gy ݲ22222oYʀ"($mwꀩAůN곀V΀ddsJ%P籨!I5N}ҥ* ato,,؀Z Gty ݲ22222oYʀ"(mwAůQkmVddJ%X籪!N5OҦ , ati0.؀ Gڕy ݲ22222oYʀ"(mwdAůSmVLddJ%^籬!P5PҦa. atc40؀ H@y ݲ22222oỲ")kmw AůVk輀VddՑJ%f籮!P5QŀҦ0 at]8ր2؀ Hy ݲ22222oỲ")׀mwހAůX輀VȀddJ%l籰!P5RҦ2 atW<4؀R I y ݲ22222oỲ"*:mwAů[k곀ݿVd dJ%t籲!P5S݀Ҧ4 auQ@ 6؀ Iry ݲ22222oỲ"*mwXAů] ݿV@d,d/J%z籴!P5Uҧ6 auKD 8؀ Iؕy ݲ22222oỲ"*mwAů`k ݿV|d8dMJ%ڂ籶!P5Vҧ8 auEH 6:؀  J>y ݲ22222oỲ"+imwԀAůbݿVdDdkJ%ڈ籸!P5W-ҧ: au?L N<؀J Jy ݲ22222oỲ"+ՀmwAůek쫀ݿVdPdJ%ڐ籺!P5XEҧ< au 9P f>؀ K y ݲ22222oỲ",?mwPAůg輀ݿV0d\dJ%ږ籼!P5Y=ҧ#> au 3T ~@؀ Kpy ݲ22222oY‹̀",mw Aůjk곀ݿVldhdőJ%ڞ籾!P5Z9ҧM@ au -X B؀ K֕y ݲ22222oYċ̀"-mwʀAůldݿVdtdJ%ڤ!P5[!ҧB au'\ D؀B LP؀ Ny ݲ22222oYҋ̀"/mwAů~kmV\dȀdJ%ր!P5bYҩPP aux VR؀ Oy ݲ22222oYԋ̀"0mwAů輀VdԀd֑K%!P5cҩX au| pTـ8 Opy ߲22222oY€ڋ̀"0RmwtAůk쫀ݿVڀddK%!P5dҩ\ au Ђ Xـz O֕| 22222oYȀ܋̀"0mw2AůݿVddK%!P5eҩ` au"І Zـ P<} 22222oỲދ̀"1mwAůkݿVPdd0K%!P5g;ҩb au$ Њ \ـ P} 22222oYЀ̀"1mwAůdݿVddNK%!P5huҩd au&"Ў Ѐ^ـ4 Q} 22222oYҀ̀"2mwnAůk곀ݿVȀddlL%!P5iҩf au(ڀ$В `ڀt Qp} 22222oYԀ̀"2mw. AůmݿVd"dL% !P5jҩh au*Ԁ&Ж bڀ Q֕} 22222oYր̀"3mwꀩ"Aůk ݿV@d.dL%!P5kҪ@j au,΀(К dڀ R<} 22222oY؀̀"3mw$AůŀݿV|d:dƑL%!P5lҪl au.Ȁ*О 0fڀ. R} 22222oYڀ̀"4mwf&AůkVdFdL%"!P5mҪn au0€,Т Hhڀl S} 22222oY܀̀"4mw"(Aů VdRdL%(!P5nҫ:p au2.Ц `jڀ Sn} 22222oYހ̀"5m”w*Aůk V@d^d L%0!P5oҫr au40Ъ xlڀ Sԕ} 22222oỲ"5mÔw,AůV~djd>L%6!P5pҫt au62Ю nڀ& T:} 22222oỲ"6 mĔwZ.AůkdVdvd\L%>!P5qҬNv au84в pڀd T} 22222oỲ"6mŔw0AůŀVdƂdzL%D!P5rҬx au:6ж rڀ U} 22222oỲ"7mƔwր2AůkmV8dƎdL%L!P5sҭz au<8к ؀tڀ Ul} 22222oỲ"7mǔw4Aů輀VvdƚdL%R!P5tҭm| au>:о vڀ Uҕ} 22222oỲ"8 mȔwR6Aůk輀VdƦdԑL%Z!P5u׀ҭ~ au@<€ xڀ\ V8} 22222oỲ"8mɔw8Aů輀VdƲdL%`!P5vҮ> auB>ƀ zڀ V} 22222oỲ"9mʔẁ:Aůk곀V0dƾdL%h!P5x Ү auD@ʀ 8|ڀ W} 22222oỲ"9m˔wAůkmVdրdLL%v!P5z'ү} auHzDҀ h節ڀT WЕ} 22222oỲ":m͔w@AůdVddjL%|!P5{ү auJtFր 篂ڀ X6} 22222oỲ";6mΔw€BAůk輀V(ddL%ۄ!P5|)ҰP auLnHڀ 範ڀ X} 22222oỲ";mϔwDAůŀVfddL%ۊ!P5}5Ұ auNhJހ 篆ڀ Y} 22222oY ̀"FAůk VddđL%ے!P5~]ұ# auPbL Ȁ篈ڀL Yh} 22222oY ̀"<΀mєwHAů輀VddL%ۘ!P5ұ auR\N 篊ڀ YΕ} 22222oỲ"=VmҔwJAůkmV ddL%۠!P5ұ auTVP 篌ڀ Z4} 22222oZ̀"=߀mӔwxLAů[V^d*dL%ۦ !P5Ҳ^ auVPR 篎ڀ Z} 22222oZ̀">emԔw2NAůkmVd6dmՔwPAů VڀdBdZL%۴!P5ҳ2 auZDV @篒ڀ [f} 22222oZ̀"?tm֔wRAůkdVdNdxL%ۼ!P5ҳ au\>X X篔ڀ [̕} 22222oZ̀"?mהwlTAů곀VVdZdL%€!P5Ҵ au^8Z p篖ڀ \2} 22222oZ ̀"@mؔw*VAůkŀVdfdL%ʀ!P5=Ҵi au`2\ 篘ڀ@ \} 22222oZ ̀"A mٔw怩XAů VҀdrdґL%Ѐ!P5UҴ aub,^ 篚ڀ~ \} 22222oZ"̀"AmڔwäZAůk輀Vd~dL%؀!P5]ҵ0 aud&`  篜ڀ ]d} 22222oZ$̀"Bm۔wb\AůmVNdNJdL%ހ!P5kҵ auf b Ѐ篞ڀ ]ʕ} 22222oZ&̀"Bmܔw ^Aůk곀Vdǖd,L%!P5wҵ auhd 篠ڀ8 ^0} 22222oZ(̀"Bmߔwހ`AůV΀dǢdJL%!P5sҶ5 aujf篢ڀv ^} 22222oZ*̀"CcmwƘbAůkdV dǮdhL% !P5{Ҷ aulh篤ڀ ^} 22222oZ,̀"CЀmᔄwXdAů輀VJdǺdL%"!P5oҶ aunj0篦ڀ _b} 22222oZ.̀"D=m┄wfAůk VdƀdL%$!P5uҷ5 aupl"H篨ڀ0 _ȕ} 22222oZ0̀"Dm㔄wҀhAůmVƀdҀd‘L%&!P5ҷ auqn&`篪ڀn `.} 22222oZ 2̀"Em䔄wɒjAůk VdހdL%(!P5ҷ ausp*x篬ڀ `} 22222oZ"4̀"Em唄wLlAůmVBddL%*!P5Ҹ3 auur.篮ڀ `} 22222oZ$6̀"Em攄w nAůkmVddL%,!P5ŀҸ auwt2篰ڀ( a`} 22222oZ&8̀"F[m甄wʀpAů쫀Vdd:L%$.!P5Ҹ auyv6篲ڀf aƕ} 22222oZ(:̀"Fɀm蔄w̆rAůkŀVddXL%,0!P5πҹ# au{ހx:؀篴ڀ b,} 22222oZ,<̀"G'm锄w@tAů]V:ddvL%22!P5݀Һ  au}؀z>篶ڀ b} 22222oZ0>̀"GmꔄwvAůk[Vxd&dL%:4!P5һQ auҀ|B篸ڀ  b} 22222oZ2@̀"Gm딄wξxAů곀Vd2dL%@6!P5һ aù~F 篺ڀ^ c^} 22222oZ4B̀"H_m씄w|zAůk輀Vd>dБL%H8!P5һ auƀ簀J8篼ڀ cĕ} 22222oZ6D̀"H̀m프w8|AůdV2dJdL%N:!P5!ҼM au簂NP篾ڀ d*} 22222oZ8F̀"I8mw~Aůk[VpdVd L%V!P5'Ҽ au簆VڀV d} 22222oZ<J̀"Jm𔄀wrAů k쫀VdndHL%d@!P53ҽK au簈ZĐڀ e\} 22222oZ>L̀"J|m񔄀w0Aů mV*dzdfL%jB!P5+ҽ au簊^Ɛڀ e•} 22222oZ@Ǹ"Jm򔄀wAůk곀VhdȆdL%rD!P5+ҽ au簌bȀȐڀ f(} 22222oZBP̀"KVm󔄀wԪAů VdȒdL%xF!P53ҾI au簎fʐڀN f} 22222oZDR̀"KÀmwjAůkݿVdȞdL%܀H!P5;Ҿ au簐j̐ڀ f} 22222oZFT̀"L2mw$AůV dȪdޑL%܆J!P5iҾ au簒nΐڀ gZ} 22222oZJV̀"Lmw䀩AůkV^dȶdL%܎L!P5ҿ) au簔r(Аڀ g} 22222oZNX̀"LmwהAů Vd€dL%ܔN!P5ҿ} au簖v@ҐڀF h&} 22222oZPZ̀"MXmw^AůkŀVڀd΀d8L%ܜP!P5ҿ au~簘zXԐڀ h} 22222oZR\̀"MŀmwAů VdڀdVL%ܢR!P5) aux簚~p֐ڀ h} 22222oZT^̀"N3mwڀAů#kdVVddtL%ܪT!P5 aur簜тؐڀ iX} 22222oZV`̀"NmwږAů%dVddL%ܰV!P5 aul簞цڐڀ> i} 22222oZXb̀"OmwTAů(k곀VҀddL%ܸX!P5+ auf簠ъܐڀ| j$} 22222oZZd̀"OmwAů* Vd dΑL%ܾZ!P5 au`簢юЀސڀ j} 22222oZ\f̀"Omw΀Aů-kVNddL%ƀ\!P5ˀ auZ簤ђڀ j} 22222oZ^h̀"PXmwݎAů/[Vd"d L%̀^!P5π( auT簦іڀ6 kV} 22222oZ`j̀"PŀmwJAů2kVʀd.d(L%Ԁ`!P5݀} auN簨њڀt k} 22222oZbl̀"Q2mwAů4mVd:dFL%ڀb!P5ـ auH簪ў0ڀ l"} 22222oZdǹ"QmwƀAů7k쫀VFdFddL%d!P5 auB簬ѢHڀ l} 22222oZhp̀"QmwAů9VdRdL%f!P5Y au<簮Ѧ`ڀ. l} 22222oZlr̀"RXmw.AůdVdjdL%j!P5 au0簲Ѯڀ m} 22222oZpv̀"S2mw⺀AůAk輀V>dvdܑL%l!P5-Y au*簴Ѳڀ n } 22222oZrx̀"SmwzAůCV|dɂdL%n!P5=Ĭ au$簶Ѷڀ& n} 22222oZtz̀"T mw6AůFk輀VdɎdL% p!P5] au簸Ѻ؀ڀd n} 22222oZv|̀"Twmw􀩀AůH곀Vdɚd6L%r!P5]V au簺Ѿڀ oR} 22222oZx~̀"Tm w岀AůKkV6dɦdTL%t!P5eū au簼€ڀ o} 22222oZz̀"URm wnAůM쫀VtdɲdrL% v!P5i au 簾ƀ ڀ p} 22222oZ|̀"Um w.AůPk輀VdɾdL%(x!P5]V auʀ8ڀ\ p} 22222oZ~̀"V/m w耩AůRVdʀdL%.z!P5gƪ au€΀Pڀ p} 22222oZ̀"Vm w言AůUkdV.dրd̑L%6|!P5s auĀҀhڀ qP} 22222oZ̀"VmwfAůW輀VlddL%<~!P5E auƀրڀ q} 22222oZ̀"WVmw"AůZk VddL%D粀!P5lj auȀڀڀT r} 22222oZ̀"WmwAů\輀Vdd&L%J粂!P5 auʀހڀ’ r} 22222oZ̀"X*mw란Aů_k곀V&ddDL%R粄!P53 aùȀڀ r} 22222oZ̀"XmwZAůa輀VdddbL%X粆!P5ŀȇ au܀΀ ڀ sN} 22222oZ̀"YmwAůdk곀VddL%`粈!P5À auրЀ ڀL s} 22222oZ̀"YrmwԀAůfdVd*dL%f粊!P5ŀ2 auЀҀڀÊ t} 22222oZ̀"Y߀mwAůikdݿVd6dL%n粌!P5ـX auʀԀ(ڀ t} 22222oZ̀"ZLmwRAůkRݿVZdBdڑL%t粎!P5] auĀր@ڀ t} 22222oZ̀"ZmwAůnk輀ݿVdNdL%|粐!P5a auھ؀XڀD uL} 22222oZ̀"[&mẁAůpݿVҀdZdL%݂粒!P5f auܸڀpڀĂ u} 22222oZ̀"[mw񊀩Aůsk[ݿVdfd4L%݊粔!P5j au޲܀ڀ v} 22222oZ̀"\mwFAůuݿVJdrdRL%ݐ粖!P5/m au଀ހڀ v~} 22222oZ̀"\ZmwAůxkdݿVd~dpL%ݘ粘!P5%ɬ" au⦀ ڀ< v} 22222oZ̀"\mwAůz ݿV€dʊdL%ݞ粚!P5?$ au䠀Ѐڀz wJ} 22222oZ̀"] mw~Aů}kݿVdʖdL%ݦ粜!P5W& au暀 ڀŸ w} 22222oZ̀"]dmw>AůŀV:dʢdʑL%ݬ粞!P5U[( au蔀"ڀ x} 22222oZ̀"]ƀmwAůk[VdʮdL%ݴ粠!P5eʛ* auꎀ$ڀ4 x|} 22222oZ̀"^)mwAůŀVdʺdL%ݺ粢!P5Q, au숀0&ڀr x} 22222oZ̀"^mwvAůk곀Vdƀd$L%€粤!P5M-. au"H(ڀư yH} 22222oZ̀"^mw2Aů곀V<dҀdBL%Ȁ粦!P5Cu0 au|&`*ڀ y} 22222oZ̀"_UmwAůkdVzdހd`L%Ѐ粨!P532 auv*x,ڀ, z} 22222oZ̀"_m wAůVdd~L%ր粪!P594 aup..ڀj zz} 22222oZ̀"`.m!wlAůk輀VddL%ހ粬!P5Yl6 auj20ڀǨ z} 22222oZ̀"`m"w*Aů곀V4ddL%粮!P5e8 aud62ڀ {F} 22222oZ̀"am#w怩AůkŀVrddؑL%粰!P5؍: au^:؀4ڀ$ {} 22222oZĀ̀"afm$wAů輀VddL%粲!P5ٱJ< auX>6ڀb |} 22222oZʀ̀"am%wbAůkݿVd(dL%粴!P5> auRB8ڀȠ |x} 22222oZЀ‹̀"am%wAůV*d6d2L%粶!P5,ͬ@ avLF :ڀ |ޕ} 22222oZҀċ̀"b=m&wЀAůk쫀VhdBdPL%粸!P5VB avFJ8<ڀ }D} 22222oZրƋ̀"bm'wAůŀVdNdnL%粺!P5`>D av@NP>ڀZ }} 22222oZ؀ȋ̀"cm(x\Aůk輀VdZdL%粼!P5xTF av:Rh@ڀɘ ~} 22222oZ܀ʋ̀"cm)xAůſV"dfdL%精!S5඀TH av4VBڀ ~v} 22222oZʋ̀"cm)xրAůkdտVXdrdёL%$!X5߀TJav /ZDڀ ~ܕ} 22222oZʋ̀"cYm)x2AůmVd~dM%,!X59΀Lav ) ^FۀT B} 22222oZЋ̀"cYm*xAůk[տVԀdˊdM%4!X5[΀Nav# bȀHۀʒ } 22222oZЋ΀"cm*xAůdVd˖d.M%:!X5壀ΘPavfJۀ ܀} 22222oZԋ΀"cm+xN Aůl'VRdˢdNN%H!X5΀XavjLۀ ܀x} 22222oZ؋΀"cm-xAůRVd˸dlN%N!X5 ^avrRۀX ܀ 22222o[΀"d)m/xNAůk쫀ݿV؀dƀdN%V!X5H2bav v,Tۀ˖ ܁T 22222p[Ѐ"dm/xAů쫀ݿVdҀdN%\!X5ꀀYdavzDVۀ ܁ 22222p[ р"em/x΀AůkݿVTdހdƑN%d!X5̀Ϫfav~\Xۀ ܂, 22222p[ р"em/xAů[ݿVddO%l!X5 hav҂tZۀP ܂ 22222p[р"fm/x LAůkJݿVЀddO%t!X5]jav ҆\܀̐ ܃ 22222p[р"fm/x AůJݿVdd O%z!X5"lav"Ҋ^܀ ܃r 22222p[р"g m/x ƀAůkRݿVLdd>O%ނ!X5|nav!$Ҏ`܀  ܃ޕ 22222p[р"gm/x Aů쫀Vdd\O%ވ!X5pav#&ҒԀb܀J ܄J 22222p[р"hm7x B"AůkݿVրd(dzO%ސ!X5rav%݀(Җd܀͈ ܄ 22222p[р"hm7x $Aů[Vd4dO%ޖ!X5tav'׀*Қf܀ ܅" 22222p[р"im9x &AůkVTd@dO%ޞ!X55vav)р,Ҟh܀ ܅ 22222p[р"im;xz(AůRVdLdԑO%ޤ!X5~xav+ˀ.Ң4j܀B ܅ 22222p[р"jm<x8*AůkRVրdXdO%ެ!X5΀҃zav-ŀ0ҦLl܀΀ ܆f 22222p[ р"jm>x􀩀,Aů곀VdddO%޲!X5|av/2Ҫdn܀ ܆ҕ 22222p["р"km?x.AůkJVVdpd.O%޺!X5&8~av14Ү|p܀ ܇> 22222p[$р"km@xr0AůݿVd|dLO%!X5FӁav36Ҳr܀> ܇ 22222p[(р"lm@x.2AůkJݿVԀd̈dkO%Ȁ!X5hӆav58Ҷt܀| ܈ 22222p[*р"lm@x쀩4AůRVd̔dO%΀!X5WӬav7:ҺĀv܀Ϻ ܈ 22222p[,р"mmBx6Aůk[VRd̠dO%ր!X5] av9<Ҿ܀x܀ ܈ 22222p[.р"mmCxf8AůDVd̬dőO%܀!X5KVav;>€z܀6 ܉Z 22222p[0 р"nmDx$:AůkRݿVҀd̸dO%!X5e[av=@ƀ |܀t ܉ƕ 22222p[2 р"nmDxAůk곀VPdЀdO%!X6QavAD΀<簀܀ ܊ 22222p[6р"omGx^@AůVd܀d=O%!X6R+avCFҀT簂܀. ܋ 22222p[8р"pmHxBAůk[ݿVЀdd[O%!X6d+avE}Hրl簄܀l ܋v 22222p[:р"pmHx؀DAůV ddyO%!X6R0avGwJڀ簆܀Ѫ ܋╁ 22222p[<р"qmJxFAůkVNddO%!X6ThavIqLހ簈܀ ܌N 22222p[>р"qmKxRHAůVd dO%!X6DavKkN簊܀& ܌ 22222p[@р"rmLxJAůk곀V̀ddӑO%!X6havMeP̀簌܀d ܍& 22222p[Dр"rmNx̀LAůVd$dO%" !X6d-avO_R簎܀Ң ܍ 22222p[Fр"smOxNAůkVNd0dO%* !X6 P֋avQYT簐܀ ܍ 22222p[H р"smPxFPAů[Vd<d-O%0!X6 LavSSV簒܀ ܎j 22222p[J"р"tmQxRAů kJݿV̀dHdKO%8!X6 y(avUMX,簔܀\ ܎֕ 22222p[L$р"tmQxĀTAů [V dTdiO%>!X6 s,avWGZD簖܀Ӛ ܏B 22222p[N&р"umUxVAůkVNd`dO%F!X6 wpavYA\\簘܀ ܏ 22222p[P(р"umVx >XAů쫀VdldO%L!X6_av[;^t簚܀ ܐ 22222p[R*р"vmWx ZAůk[V΀dxdÑO%T!X6Y-av]5`簜܀T ܐ 22222p[T,р"vmXx!\Aů[Vd̈́dO%Z!X6l،av_/b 簞܀Ԓ ܐ򕁀 22222p[Z.р"wmYx"v^AůkݿVNd͐dO%b!X6ػava)d簠܀ ܑ^ 22222p[^0р"wmYx#6`Aů쫀Vd͜dO%h!X6ؿavc#fԀ簢܀ ܑʕ 22222p[`2р"xm[x#򀩀bAůkdV̀dͨd;O%p !X6aveh簤܀L ܒ6 22222p[b4р"xm\x$dAůV dʹdYO%v"!X6zfavgj簦܀Պ ܒ 22222p[d6р"ym]x%lfAů"k곀VLddwO%~$!X6tavil簨܀ ܓ 22222p[f8р"ym^x&*hAů$Vd̀dO%߄&!X6h$avk n"4簪܀ ܓz 22222p[h:р"zm_x&耩jAů'kRV̀d؀dO%ߌ(!X6vځavmp&L簬܀D ܓ敁 22222p[j<р"zm`x'lAů)곀V ddёO%ߒ*!X6zavnr*d簮܀ւ ܔR 22222p[l>р"{ max(bnAů,k VLddO%ߚ,!X6f>avpt.|簰܀ ܔ 22222p[n@р"{mbx)pAů.RVdd O%ߠ.!X6hۛavrv2簲܀ ܕ* 22222p[pDр"| mcx)܀rAů1kRV̀dd+O%ߨ0!X6^avtx6簴܀< ܕ 22222p[rFр"|mdx*tAů3쫀V ddIO%߮2!X6RYavvz:Ā簶܀z ܖ 22222p[tHр"} mex+XvAů6kAݿVLd dgO%߶4!X6qܐavx|>܀簸܀׸ ܖn 22222p[vJр"}mex,xAů8Vd,dO%߼6!X6qܕavzۀ~B簺܀ ܖڕ 22222p[xLр"~mgx,ԀzAů;kVʀd8dO%Ā8!X6uav|Հ籀F 簼܀4 ܗF 22222p[zNр"~mhx-|Aů=RV dDdO%ʀ:!X6 m3av~π籂J$簾܀r ܗ 22222p[|Pр"mix.N~Aů@k쫀VJdPdߑO%Ҁ!X6"YavÀ籆RT܀ ܘ 22222p[Tр" mkx/ʀAůEkRVʀdhdO%@!X6#oMav籈VlĐ܀, ܘ 22222p[Vр"mlx0AůGV dtd9O%B!X6$[ުav籊ZƐ܀j ܙb 22222p[Xр" mmx1DAůJkRVJd΀dWO%D!X6%W av籌^Ȑ܀٨ ܙΕ 22222p[Zр"mnx2AůLݿVdΌduO%F!X6&J4av籎bʐ܀ ܚ: 22222p[^р"mnx2AůOk[ݿVȀdΘdO%H!X6'H:av籐f̀̐܀$ ܚ 22222p[`р"lmnx3|AůQݿVdΤdO%J!X6(M?av籒jΐ܀b ܛ 22222p[bр"mnx4:AůTkAݿVDdΰdϑO% L!X6)FFav籔nА܀ڠ ܛ~ 22222p[dр"Gmnx4AůVݿVdμdO%N!X6*HMav籖rҐ܀ ܛꕁ 22222p[fр"Āmnx5AůYkJݿVdȀd O%P!X6+Lߦav籘v,Ԑ܀ ܜV 22222p[hр"Cmnx6tAů[ݿVdԀd)O%R!X6,4av籚zD֐܀Z ܜ• 22222p[jр"ƀmnx70Aů^kV<ddGO%&T!X6-2Rav籜~\ؐ܀ۘ ܝ. 22222q[lр"<mrx7Aů`[ݿVddeO%,V!X6.>~av{籞ӂtڐ܀ ܝ 22222q[nр"mrx8AůckݿVddO%4X!X6/Favu籠ӆܐ܀ ܞ 22222q[pр" mrx9hAůe VddO%:Z!X60Vavo籢ӊސ܀R ܞr 22222q[rр"lmtx:&AůhkV>ddO%B\!X61>avi籤ӎ܀ܐ ܞޕ 22222q[tр"рmux:
AůjݿV~ddݑO%H^!X62Davc籦ӒԀ܀ ܟJ 22222q[xр"6mux;AůmkݿVd(dO%P`!X63>av]籨Ӗ܀  ܟ 22222q[zр"mux<`AůoݿVd4dO%Vb!X64,avW籪Ӛ܀J ܠ" 22222q[|р"mux=AůrkݿV6d@d7O%^d!X65/avQ籬Ӟ܀݈ ܠ 22222q[~р"amux=؀AůtݿVtdLdUO%df!X66'avK籮Ӣ4܀ ܠ 22222q[р"Àmux>AůwkRݿVdXdsO%lh!X67+avE籰ӦL܀ ܡf 22222q[р"mux?NAůyݿVdddO%rj!X68'.av?籲Ӫd܀B ܡҕ 22222q[р"xmux@Aů|kݿV.dpdO%zl!X69rav9籴Ӯ|܀ހ ܢ> 22222q[р"ހmux@ҀAů~[ݿVld|d͑O%n!X6:av3籶Ӳ܀޾ ܢ 22222q[р"AmuxAAůkVªdψdO%p!X6;,av-籸Ӷ܀ ܣ 22222q[р"myxBLAůRݿVdϔd O%r!X6Q av籾€܀߶ ܤZ 22222q[р"m{xDAůkݿVìdϸdcO%ऀx!X6?N  avƀ ܀ ܤƕ 22222q[€р"m{xE@AůJݿVdĀdO%઀z!X6@R av€ʀ$܀2 ܥ2 22222q[Āр"[m{xEAůkݿV&dЀdO%ಀ|!X6AJav Ā΀<܀p ܥ 22222q[ƀр"m{xFAů[ݿVdd܀dO%฀~!X6BPavƀҀT܀ ܦ 22222q[Ȁр" m{xGxAůkJݿVĢddۑO%糀!X6CYavȀրl܀ ܦv 22222q[ʀр"lm{xH6AůݿVddO%ƀ糂!X6DU'avʀڀ܀* ܦ╁ 22222q[̀р"рm{xH􀩀AůkRݿVddO%΀糄!X6EKkav̀ހ܀h ܧN 22222q[΀р"6m{xIAů ݿV\d d5O%Ԁ糆!X6F=av΀ ܀ ܧ 22222q[Ѐр"m{xJpAůkRVŚddSO%܀糈!X6G=avЀ̀ ܀ ܨ& 22222q[Ҁр"mxK,AůݿVd$dqO%糊!X6Hqav߀Ҁ܀" ܨ 22222q[؀р"MmxKꀩAůkݿVd0dO%糌!X6IoavـԀ܀` ܨ 22222q[ڀр"mxLAůV\d<dO%糎!X6J avӀր܀ ܩj 22222q[ހр"mxMfAůkݿVƠdHdˑO%糐!X6K&"av̀؀,܀ ܩ֕ 22222q[р"\mxN"Aů곀ݿVހdTdO%糒!X6Ly&$avǀڀD܀ ܪB 22222q[р"mxNAůkJݿVd`dO%糔!X6M*&av܀\܀X ܪ 22222q[р"mxOAů쫀ݿVXdld%O% 糖!X6Nq.(avٻހt܀ ܫ 22222q[р"smxP\AůlUݿVǖdxdCO%糘!X6Ot3*av۵܀ ܫ 22222q[р"mxQAůRݿVԀdЄdaO%糚!X6Pz8,avݯ ܀ ܫ򕁀 22222q[р"#mxQրAůkݿVdАdO%"糜!X6Qfy.avߩ ܀P ܬ^ 22222q[р"mxRAůݿVPdМdO%(糞!X6Rf0avᣀԀ"܀ ܬʕ 22222q[р"mxSRAůkݿVȎdШdO%0糠!X6Sj2av㝀$܀ ܭ6 22222q[р"NmxTAů쫀V̀dдdّO%6糢!X6T^'4av嗀 &܀  ܭ 22222q[р"mxT̀AůkJݿVddO%>糤!X6U+6av瑀 (܀H ܮ 22222q[‹р"mxUAůRݿVPd̀dO%D糦!X6V+8av鋀" 4*܀ ܮz 22222q[ċр"VmxVHAůk[VɌd؀d3O%L糨!X6W.:av녀& L,܀ ܮ敁 22222q[Ƌр"mxWAůCV΀ddQO%R糪!X6Xt<av* d.܀ ܯR 22222q[ȋр"mxW€AůkVddoO%Z糬!X6Y>avy. |0܀@ ܯ 22222q\ʋр"mxX~AůKVNddO%`糮!X6Z~@avs2 2܀~ ܰ* 22222q\̋р"mxY>Aůk[VʎddO%h糰!X6[NBavm6 4܀ ܰ 22222q\΋р"JmxYAůRݿV΀ddɑO%n糲!X6\~zDavg: Ā6܀ ܱ 22222q\ҋр"mxZAůkJݿV d dO%v糴!X6]xFava> ܀8܀8 ܱn 22222q\ԋр"mx[vAůݿVHd,dO%|糶!X6^fHav[B :܀v ܱڕ 22222q\ ֋р"wmx\4AůkݿVˆd8d#O%ᄀ糸!X6_kJavUF!<܀ ܲD 22222q\ ؋р"ɀmx\Aů[ݿVĀdDdAO%ኀ糺!X6`sLavOJ! >܀ ܲ 22222q\ڋр" mx]Aůk쫀ݿVdPd_O%ᒀ糼!X6aeNavIN!<@܀0 ܳ 22222q\܋р"pmx^jAůݿV@d\d}O%ᘀ糾!X6bwPawCR!TB܀n ܳ 22222q\ދр"Àmx_(Aůk[ݿV~dhdO%᠀!X6cRaw=V!lD܀ ܳ 22222q\р"mx_܀AůݿV̼dtdO%ᦀ!X6d~Taw7 Z!F܀ ܴb 22222q\р"~mx`AůkVdрdבO%ᮀ!X6e_Vaw1 ^!H܀( ܴΕ 22222q\р"mxabAůݿV@dьdO%ᴀ!X6fXaw +b!J܀f ܵ: 22222q\р"Dmxb Aůk[V~dјdO%ἀ!X6gZaw %f!̀L܀ ܵ 22222q\ р"mxb܀ AůRݿV;dѤd1O%€!X6h\aw j!N܀ ܶ 22222q\"р" mxcAůkJݿVdѰdOO%ʀ!X6i^awn!P܀  ܶ~ 22222q\$р"qmxdZAůAV:dѼdmO%Ѐ!X6j`awr"R܀^ ܶꕁ 22222q\&р"ӀmxeAůkAݿVzdȀdO%؀!X6kbaw v",T܀ ܷV 22222q\(р"2mxeԀAů[VθdԀdO%ހ!X6ldawz"DV܀ ܷ• 22222q\*р"mxfAůkVddǑO%!X6mfaw~"\X܀ ܸ. 22222q\,р"mxgLAůJV8ddO%!X6nhawԂ"tZ܀V ܸ 22222q\.р"Umxh AůkdVxddO%!X6ojaw Ԇ"\܀ ܹ 22222q\2р"mxhȀAůJVϸdd!O%!X6p:law"Ԋ"^܀ ܹr 22222q\8р"mxiAůkVdd?O%!X6qvnaw$Ԏ"`܀ ܹޕ 22222q\<р"YmxjB Aů 쫀V8dd]O%!X6rЀpaw &Ԓ"Ԁb܀N ܺJ 22222q\>р"mxk"Aů kݿVxd(d{O%!X6s̀raw"݀(Ԗ"d܀ ܺ 22222q\@р"mxk$AůݿVжd4dO%!X6ttaw$׀*Ԛ#f܀ ܻ" 22222q\Bр"dmxlz&AůkݿVd@dO%!X6uŀvaw&р,Ԟ#h܀ ܻ 22222q\Dр"ƀmxm:(AůQݿV0dLdՑO%$!X6vxaw(ˀ.Ԣ#4j܀F ܻ 22222q\Fр")mxm*AůkݿVndXdO%,!X6wƀzaw*ŀ0Ԧ#Ll܀ ܼf 22222q\H р"umxn,AůJݿVѬdddO%2!X6xƀ|aw,2Ԫ#dn܀ ܼҕ 22222q\J р"Āmxor.Aůk ݿVdpd/O%:!X6y~aw.4Ԯ#|p܀ ܽ> 22222q\Lр"*mxp.0AůRݿV&d|dMO%@!X6zЀ aw06Բ#r܀> ܽ 22222q\Rр"cmxp2Aů!kݿVdd҈dkO%H!X6{ހQaw28Զ#t܀| ܾ 22222q\Xр"̀mxq4Aů#ݿVҢdҔdO%N!X6|ڀaw4:Ժ#Āv܀ ܾ 22222q\Zр":mxrl6Aů&lݿVdҠdO%V!X6}aw6<Ծ#܀x܀ ܾ 22222q\^р"mxs*8Aů(VdҬdőO%\!X6-aw8>€#z܀6 ܿZ 22222q\`р"mxs耩:Aů+kJݿVddҸdO%d!X6 1aw:@ƀ$ |܀t ܿƕ 22222q\bр"mxtAů0k쫀VdЀdO%r!X6aw>D΀$<籀܀ 22222q\fр"Zmxv@Aů2쫀V&d܀d=O%x!X6aw@FҀ$T籂܀. 22222q\h р"ĀmxvހBAů5kJݿVfdd[O% !X6awB}Hր$l籄܀l v 22222q\j"р"-mxwDAů7RݿVԤddyO%ↀ!X6%awDwJڀ$籆܀ ╁ 22222q\l$р"mxxXFAů:k곀VddO%⎀!X6)awFqLހ$籈܀ N 22222q\n&р"mxyHAůр"mx`AůZRݿV"dӜdO%!X6;aw`#f%Ԁ籢܀ ʕ 22222q\@р"mxbAů]kRV^dӨd;O% !X61@awbh%籤܀L 6 22222q\Bр"_mxddAů_[V؞dӴdYO%"!X6Awawdj&籦܀ Ȣ 22222q\Dр"mx fAůbkVddwO%$!X6Kawfl&籨܀  22222q\Fр"mxhAůd[V d̀dO%&!X67awh n"&4籪܀ z 22222q\Hр"nmxjAůgkRV`d؀dP%*!X6x7 awjr&&N籬܀N 앂 22222q\Nр"mxjnAůiݿV٠dd֑P%,!X6B awlt,&f籰܀ X 22222q\Pр"mx,pAůlk쫀ݿVހddP%.!X6E awmv0&~籲܀ ƕ 22222q\RҀ"mxꀩrAůnݿVddP%$0!X6 J awox4&籴܀  2 22222q\TҀ"mxtAůqkݿVZdd0P%,2!X6LP awqz8&籶܀J ˞ 22222q\VҀ"|mxfvAůs ͿVژddNP%24!X6XP aws|<&ƀ籸܀ 22222q\XҀ"|mx"xAůvk곀ݿVҀd(dlQ%<6!X6X awu~@&ހ籺݀ x 22222q\ZҀ">mxzAůx쫀ݿVd6dQ%B8!X6 aww܀粀D&籼݀ 䕅 22222q\\Ҁ"mx|Aů{k ݿVPdBdQ%J:!X6 awyր粂H'籾݀D P 22222q\^Ҁ"<mx`~Aů}곀VێdNdƑQ%P!X6 aw}ʀ粆P'>݀ ( 22222q\bҀ"9mƔxڀAů곀VdfdQ%^@!X6 awĀ粈T'VĐ݀ Δ 22222q\dҀ"mȔxAůkRV\drd Q%fB!X6π aw粊X'nƐ݀< 22222q\fҀ"9mʔxVAůVܞd~d>Q%lD!X6À aw粌\'Ȑ݀z l 22222q\hҀ"m˔xAůk[VހdԊd\Q%tF!X6Ӏw aw粎`'ʐ݀ ؕ 22222q\€jҀ":m̔xҀAů VdԖdzQ%zH!X6 aw粐d'̐݀ D 22222q\ĀlҀ"m͔xAůk쫀V^dԢdQ%むJ!X651 aw粒h'΀ΐ݀6 а 22222q\ȀpҀ"9mΔxLAůVݞdԮdQ%㈀L!X6\ aw粔l'А݀x  22222q\ʀtҀ"mϔx Aůk[ݿVހdԺdՑQ%㐀N!X6P aw粖p'Ґ݀ ш 22222q\̀vҀ"-mϔxƀAůݿVdƀdQ%㖀P!X6^ aw粘t(Ԑ݀ 22222q\΀xҀ"mϔxAůk[VZdҀdQ%㞀R!X6\ aw粚x(.֐݀2 ` 22222q\ЀzҀ" mєxBAů쫀Vޚdހd/Q%㤀T!X6J: aw粜|(Fؐ݀p ̕ 22222q\Ҁ|Ҁ"smҔxAůkVڀddMQ%㬀V!X6S aw粞Հ(^ڐ݀ 8 22222q\ր~Ӏ"؀mӔxAů곀VddkQ%㲀X!X6Y aw|粠Մ(vܐ݀ Ӧ 22222q\؀Ӏ"<mԔx|Aůk곀VZddQ%㺀Z!X6a awv粢Ո(ސ݀*  22222q\ڀӀ"mՔx8Aů쫀VߚddQ%\!X6Y] awp粤Ռ(݀h ~ 22222q\܀Ӏ"m֔xAůkRVڀddőQ%Ȁ^!X6A awj粦Ր(݀ ꕅ 22222q\ހӀ"kmהxAůVd(dQ%΀`!X6A awd粨Ք(ր݀ V 22222q\Ӏ"πmؔxpAůkAVZd4dQ%րb!X6[7 aw^粪՘(݀" • 22222q\Ӏ"1mٔx0Aů곀Vd@dQ%܀d!X6R~ awX粬՜)݀` . 22222q\Ӏ"mڔxꀩAůk[VڀdLd=Q%f!X6f awR粮ՠ)݀ ֚ 22222q\Ӏ"m۔xAůVdXd[Q%h!X6f awL粰դ)6݀  22222q\Ӏ"?mܔxhAůk쫀VZdddyQ%j!X6\> awF粲ը)N݀ r 22222q\Ӏ"mݔx$Aů쫀V dpdQ%l!X6b aw@粴լ)f݀X ޕ 22222q\Ӏ"mޔx
AůkRVڀd|dQ%n!X6a aw:粶հ)~݀ J 22222q\Ӏ"kmߔxAůJVdՈdӑQ%p!X6_  aw4粸մ)݀ ض 22222q\Ӏ"Ѐmx\AůkVZdՔdQ%r!X6ka  aw.粺ո)݀ " 22222q\Ӏ"6mᔆxAů[V⚀dՠdQ%t!X6W aw(粼ռ)ƀ݀P َ 22222q\Ӏ"m┆x؀Aůk쫀Vڀdլd-Q%v!X6M aw"精)ހ݀ 22222q\Ӏ"m㔆xAů[VdոdKQ%"x!X6A: awĀ)݀ f 22222q\Ӏ"cm䔆xTAůkVZdĀdiQ%*z!X6L aw€Ȁ*݀  ҕ 22222q\Ӏ"ǀm甆xAů V㞀dЀdQ%0|!X6[ awĀ̀*&݀H > 22222q]Ӏ")m蔆x΀AůkVހd܀dQ%8~!X6I  aw ƀЀ*>݀ ۪ 22222q]Ӏ"m锆xAůVddÑQ%>紀!X6RC awȀԀ*V݀  22222q]Ӏ"mꔆxHAůk곀V^ddQ%F紂!X6d awʀ؀*n݀ ܂ 22222q] Ӏ"8m딆xAůV䞀ddQ%L約!X6Y aẁ܀*݀@  22222q] Ӏ"m씆xĀAůkJVހd dQ%T紆!X6c  aw΀* ݀~ Z 22222q]Ӏ"m픆xAů Vdd;Q%Z紈!X6SZ "awЀ* ݀ ƕ 22222q]Ӏ"dmx@AůkV^d$dYQ%b紊!X6O $awҀ*΀݀ 2 22222q]Ӏ"ǀmxAůRV垀d0dwQ%h紌!X6K &awԀ*݀8 ޞ 22222q]Ӏ"*m𔆀xAůk[Vހd<d•Q%p紎!X673 (awڀր*݀v 22222q]Ӏ"m񔆀xvAů쫀VdHd³Q%v紐!X66z *awԀ؀+݀ v 22222q]Ӏ"m򔆀x6Aůk쫀V^dTdёQ%~紒!X6J6 ,aw΀ڀ+.݀ ╅ 22222q]Ӏ"Xm󔆀x􀩀AůV枀d`dQ%䄀純!X6: .awȀ܀+F݀0 N 22222q]Ӏ"¿mxAů WwFd2e;%T!`91JӅuh#a|MM緜Daހؑ $ @ 22222qb" #m3z[Aůk ݿWwd@eY%V!`92Ӆuk#a|OG緞Haڑ h Ȩ 22222qb"#m3z\lAů輀ݿWwƀdNew%X!`93€Ӆxk#a|QA締Lbܑ   22222qb"#`m3z](AůkmݿWxdZe%Z!`94Ӆ|l#a|S;緢Pb&ޑ  v 22222qb"#Ѐm3z]怩Aů곀ݿWxBdfe%\!`96)Ӆl#a|U5緤Tb> " ܕ 22222qb"#Qm3z^Aůk輀ݿWxdreё%^!`97;Ӆl#a|W/緦XbV ` B 22222qb"#Ѐm3z_`AůݿWxd~e%$`!`98MӅl#a|Y)編\bn  ʨ 22222qb"#Nm3z` Aůk ݿWxde %,b!`99gӅl#a|[#緪`b   22222qb"#Ѐm3z`ހAůdݿWy:de+%2d!`9:oӇl#a|]緬db  v 22222qb"#Lm3zaAůkmWyxdeI%:f!`9;eӈ,l#a|_緮hb Z ܕ 22222qb" #̀m7zbZAů Wydeg%@h!`9hӉ/l#a|e練tb   22222qbĀ"&#Fm=zdAůk WzdԀe%Vn!`9?Ӊl#a|f緶xc R t 22222qbƀ"(#ŀm>zeNAůmWzĀdeߑ%\p!`9@Ӊl#a|h緸|c.  ڕ 22222qbȀ"*#Dm?zfAůkŀW{de%dr!`9AӊGl#a|j緺߀cF  @ 22222qbʀ",#Àm@zfʀAů W{Dde %jt!`9Bӊl#a|l緼߄c^  Φ 22222qb̀".#BmAzgAůkmW{de 9%rv!`9CuӋl#a|n緾߈cv J 22222qb΀"0#ÀmBzhDAůŀW{Āde X%xx!`9DӋ`l#a|pߌc r 22222qbЀ"2#CmCziAůk[W|de v%z!`9EӋl#a|rۀ€ߐc ؕ 22222qbҀ"4#mDziAůdW|Dd(e %|!`9Fӌl#a|tՀĀߔc > 22222qbԀ"6#?mEzj|Aůk[W|d4e %~!`9Gӌwl#a|vπƀߘcրD Ф 22222qbր"8#mFzk:Aů곀W|Ād@e Б%繀!`9Hӌl#a|xɀȀߜc 22222qb؀":#=mGzkAůkdW}dLe %繂!`9IӍ3l#a|zÀʀߠd p 22222qbڀ"<#mHzlAůmW}DdXe %繄!`9JӍl#a||̀ߤd ֕ 22222qb܀">#=mIzmtAůk輀W}dde *%繆!`9KӍl#a|~΀ߨd6 < < 22222qbހ"@#mJzn2AůdW}Ādpe H%繈!`9LӎLl#a|Ѐ߬dN z Ң 22222qb"B#:mKznAůkmW~d|e f%繊!`9Mӎl#a|Ҁ߰df  22222qb"D#mLzoAůdW~Dde %繌!`9Nӏl#a|Ԁߴd~ n 22222qb"F#6mMzphAůkmW~de %ƀ繎!`9Oӏfl#a|ր߸d4 ԕ 22222qb"H#mNzq(AůdW~Āde %̀繐!`9Pӏl#a|؀߼dr : 22222qb"J#5mOzq怩Aůk Wde ޑ%Ԁ繒!`9QӐ"l#a|ڀdƀ Ԡ 22222qb"L#mPzrAůWDde %ڀ織!`9RǀӐl#a|܀Ādހ  22222qb"N#1mQzs`AůlWdĀe %繖!`9SӐl#a|ހȀd, l 22222qb"P#mRztAůdWĀdЀe 8%繘!`9Tӑ<l#a|̀ej ҕ 22222qb"R#0mSztڀAůkAWd܀e V%繚!`9Uӑl#a|{Ѐe& 8 22222qb"T#mTzuAůŀWDde t%繜!`9Vӑl#a|uԀe>  ֞ 22222qb"V#/mUzvTAůk곀Wde %繞!`9WˀӒ[l#a|o؀eV"$  22222qb"X#mVzwAůdWĀde %繠!`9XۀӒl#a|i܀en$b j 22222qb"Z#>mWzwҀAůkmWd e Α% 繢!`9Zӓ2l#a|ce& Е 22222qb"\#ǀmXzxAů[WDde 쑂%繤!`9[ӓl#a|]e( 6 22222qb"^#NmYzyLAůkWd$e %繦!`9\#Ӕ l$a|We* ؜ 22222qb"`#׀mZzz Aů곀WĀd0e (% 繨!`9]?Ӕul$a|Qe΀,Z  22222qc"b#`m[zzƀAůk輀Wd<e F%(繪!`9^Ӕl$a|Ke. h 22222qc"d#m\z{AůWDdHe d%.繬!`9_ӕKl$a|Ee0 Ε 22222qc"f#hm]z|@Aůk輀WdTe %6繮!`9`ӕl$a|?f2 4 22222qc "l#m_z}AůdWƀd`e %<繰!`9aӕl$ a|9f.4V ښ 22222qc"n#_m`z}Aů kdWdle %D繲!`9bӖWl$ a|3fF6 22222qc"p#݀maz~|Aů mWFdxe ܑ%J繴!`9cӖl$a|-f^8 f 22222qc"r#Kmbz:AůkWde %R繶!`9dӗ l$a|'fv: ̕ 22222qc"t#ƺmczAůmWƀde %X繸!`9eӗ`l$a|! f<N 2 22222qc"v#(mdzAůkWde 6%`繺!`9gӗl$a|f> ܘ 22222qc"x#ǓmezrAůWFde T%f繼!`9gӘl$a|f@ 22222qc"z#mfz.AůkmWde r%n繾!`9i Әfl$a|fրB d 22222qc"|#rmgz쀩AůRWƀde %t!`9jӘl$a| fDF ʕ 22222qc"~#߀mhzAůkdWd̀e %|!`9k5әl$a|  gF 0 22222qc "#NmizfAů!곀WFd؀e ̑%!`9lEәjl$a| $gH ޖ 22222qc""#ɻmjz&Aů$kdWde ꑂ%!`9m7әl$ a|(g6J 22222qc$"#*mkz䀩 Aů&dWƀde%!`9nMӚ l$"a|,gNL> b 22222qc("#ʋmlz Aů)k곀Wde&%!`9ocӚRl$$a|0gfN| ȕ 22222qc,"#mmzLAů+WFdeD%!`9p_Ӛl$&a|4g~P . 22222qc."#UmnzAů.k곀Wdeb%!`9qkӚl$(a|߀8gR 22222qc0"#€moz؀Aů0dWƀd e%!`9rsӛUl$*a|ـ<gT6 22222qc2"#0mpzAů3kŀWd,e%!`9sӛl$,a|Ӏ@gƀVt ` 22222qc4"#̟mqzTAů5 WFd8e%!`9tӜl$.a|̀DgހX ƕ 22222qc6"# mrzAů8kŀWdDeڑ%€!`9uӜXl$0a|ǀHgZ , 22222qc8"#ymszЀAů:輀WƀdPe%Ȁ!`9vӜl$2a| Lh\. ⒕ 22222qc:"#mtzAů=k Wd\e%Ѐ!`9wӝl$4a|ѻ"Ph&^l 22222qc<"#OmwzJAů?輀WJdhe4%ր!`9xӝNl$6a|ӵ$Th>` ^ 22222qc>"#κmxz AůBk WdteR%ހ!`9yӝl$8a|կ&XhVb ĕ 22222qc@"#(myzĀ"AůD[Wʀdep%!`9zӝl$:a|ש(\hnd& * 22222qcB"#ϋmzz$AůGkdW de%!`9{ـӞl$<a|٣*`hfd 䐕 22222qcF"#m{z>&AůIWJde%!`9}Ӡl$>a|۝,dhh 22222qcJ"#Xm|z(AůLkWdeʑ%!`9~Ӡwl$@a|ݗ.hhj \ 22222qcL"#ɀm}z*AůN Wʀde葂%!`9 Ӡl$Ba|ߑ0lh΀l • 22222qcN"#:m~zx,AůQkmW de%!`9ӡ)l$Da|ዀ2phn\ ( 22222qcP"#ѩmz6.AůSWJdȀe$%!`9 ӡl$Fa|ㅀ4thp 掕 22222qcR"#mz򀩀0AůVk輀WdԀeB%!`9ӡl$Ha|6xir 22222qcT"#Ҋmz2AůXWʀde`%!`9Ӣ2l$Ja|y8|i.t Z 22222qcV"#mzp4Aů[kݿW de~%$!`9'Ӣl$La|s:iFvT 22222qcX"#jmz,6Aů]mWJde%*!`9CӢl$Na|m<i^x & 22222qcZ"#րmzꀩ8Aů`kmWde%2!`9=ӣ8l$Pa|g>ivz 茕 22222qc\"#Dmz:Aůb Wʀdeؑ%8!`9Kӣl$Ra|a@i| 22222qc^"#ԳmzdAůg WJd(e%F!`9]Ӥ,l$Va|UDi緀 龕 22222qcd"#ymzހ@AůjkWd4e2%N!`9Ӥpl$Xa|OFiր緂 $ 22222qch"#ڀmzBAůl곀Wʀd@eP%T!`9{Ӥl$Za|IHi緄 ꊕ 22222qcj"#Hmz\DAůokmWdLen%\!`9ӥl$\a|CJࠀj緆D 22222qcl"#ַmzFAůq WHdXe%b!`9ӥsl$^a|=Lऀj緈 V 22222qcn"‹#$mzրHAůtkmWdde%j!`9ӥl$`a|7N਀j6緊 뼕 22222qcp"ċ#גmzJAůvmWȀdpeȑ%p!`9Ӧl$ba|1P଀jN緌 " 22222qcr"Ƌ#mzPLAůyk[Wd|e摂%x !`9׀Ӧvl$da}+Rఀjf緎< 숕 22222qct"ȋ#kmzNAů{mWHde%~ !`9πӦl$fa}%Tഀj~緐z 22222qcv"ʋ#ڀmzʀPAů~kWde"%!`9Ӏӧ"l$ha}V฀j緒 T 22222qcx"̋#GmzRAůRWȀde@%!`9Àӧyl$ja}Xༀj緔 22222qcz"΋#ٵmzHTAůkmWde^%!`9ɀӧl$la} Zjƀ緖4 22222qc|"Ћ#%mzVAů[WHde|%!`9Өl$na} \Ājހ緘r  22222qc"ҋ#ځmz€XAůk WdĀe%!`9Өhl$pa} ^Ȁj線 22222qc"ԋ#݀mzZAůmWȀdЀe%!`9 Өl$ra}`̀k緜 R 22222qc"֋#Jmz<\AůkmWd܀e֑%!`9өl$ta}bЀk&緞, ︕ 22222qc"؋#۵mz^Aů곀WHde%!`9ө]l$va}dԀk>締j  22222qc"ڋ##mz`AůkWde%!`9өl$xa}f؀kV緢 22222qc"܋#܏mztbAůdWȀde0%Ā !`9 Ӫ l$za}h܀kn緤 22222qc"ދ#mz4dAůk輀Wd eN%̀"!`9Ӫal$|a}jk緦$ P 22222qc"#kmzfAů輀WHdel%Ҁ$!`9/Ӫl$~a}݀lk編b 22222qc"#؀mzhAůkdݿWd$e%ڀ&!`9AӪl$a}׀nk緪  22222qc"#EmzljAů쫀ݿWƀd0e%(!`9SӪl$a}рpk΀緬 22222qc"#ޱmz(lAůkdݿWd<eƑ%*!`9aӪl$a} ˀrk緮 22222qc"#mz怩nAů]ݿWBdHe䑂%,!`9YӪl$a}"ŀtk緰Z N 22222qc"#ߌmzpAůkdݿWdTe%.!`9yӪl$a}$vl緲 22222qc"#mz\rAů輀ݿWd`e %0!`9ӫl$a}&xl.練  22222qc"#CmztAůkmݿWdle>%2!`9ӫAl$a}(zlF緶 22222qc"#ऀmz܀vAů ݿW:dxe\% 4!`9ŀӫl$a}*|l^緸R 22222qc"#mzxAůk ݿWxdez%6!`9ӫl$a},~lv緺 L 22222qc"#emzXzAůmWde%8!`9Ӭ l$a}.縀 l緼 22222qc"#ˀmz|Aůk쫀Wde% :!`9ӬVl$a}0縂l緾   22222qc"#.mzҀ~AůmW<deԑ%&!`9Ӭl$a}4縆lր‘ 22222qc"#mzLAůWde%4@!`9ӭ6l$a}6縈lđ J 22222qc##bmz AůkWd̀e.%<B!`9ӭl$a}8縊 mƑ 22222qc##рmzƀAů[W<d؀eL%BD!`9ӭl$a}:}縌$mȑB  22222qc##>mzAůk[W|dej%JF!`9ӭl$a}q縐,mN̑ 22222qc## mzAůk輀Wde%XJ!`9Ӯl$a}@k縒0mfΑ H 22222qcĀ# #gmzAůdW<deđ%^L!`9ӯl$a}Be縔4m~Б: 22222qcƀ# #ՀmzzAůkmW|de⑂%fN!`9ӯtl$a}D_縖8mґx  22222qcȀ##Bmz8Aů[Wd e%lP!`9ӯl$a}FY縘<mԑ z 22222qcʀ##氀mzAůkWd,e%tR!`9Ӱl$a}HS縚@mƀ֑ 22222qc̀##mzAůdW@d8e<%zT!`9.Ӱhl$a}JM縜Dmހؑ2 F 22222qc΀##熀mzrAůkmWdDeZ%V!`9 Ӱl$a}LG縞Hmڑp 22222qcЀ##mz0Aů WdPex%X!`9"ӱl$a}NA縠Lnܑ  22222qcҀ##`mz쀩AůkWd\e%Z!`9$ӱjl$a}P;縢Pn&ޑ x 22222qcԀ##ˀmzAůŀW@dhe%\!`9 ӱl$a}R5縤Tn>* ޕ 22222qcր##;mzfAůk쫀Wdteґ%^!`9@Ӳl$a}T/縦XnVh D 22222qc؀##馀mz$AůWde𑂀%`!`9LӲ[l$a}V)縨\nn 22222qcڀ# #mz䀩Aůk Wde%b!`9xӲl$a}X#縪`n  22222qcހ#"#qmzAů W@de,%d!`9Ӳl$a}Z縬dn" v 22222qc#$#΀mz^AůknWdeJ%f!`9ӳMl$a}\縮hn` ܕ 22222qc#&#<mzAůmWdeh%h!`9ӳl$a}^縰ln΀ B 22222qc#(#몀mz؀AůkdWde%Ȁj!`9 ӵl$a}` 縲pn 22222qc#*#mz–Aů輀W@dȀe%΀l!`9Øӵl$a}b縴tn  22222qc#,#샀mzRAůkmWdԀe‘%րn!`9ĬӶ9l$a}c縶xoX t 22222qc#.#mzAůWde%܀p!`9ŴӶl$a}e縸|o. ڕ 22222qc#0#^mzЀAůkdWde%r!`9ʀӶl$a}g縺ကoF @ 22222qc#2#̀mzŌAůŀW@de%t!`9ӷ"l$a}i縼ᄀo^  22222qc#4#!mzHAůk[Wde:%v!`9ӷgl$a}k績ሀovP  22222qc#6#}mzAůŀݿWdeX%x!`90ӷl$a}mጀo r 22222qc#8#mzƀAůk곀Wdev%z!`98Ӹl$a}oۀ€᐀o ؕ 22222qc#:#LmzȄAů W@d(e%|!`9,ӸTl$a}qՀĀᔀo  > 22222qc#<#ﷀm”z@Aů k Wd4e%~!`92Ӹl$a}sπƀᘀoրH  22222qd#>#mÔzAů [Wd@eБ%纀!`9>Ӹl$a}uɀȀᜀo  22222qd#@#mĔzʼAůk곀WdLe%纂!`9^ӹAl$a}wÀʀ᠀p p 22222qd#B#mŔzzAůW@dXe %"纄!`9zӹl$a}ỳᤀp ֕ 22222qd#D#YmƔz8AůkW~dde*%*纆!`9pӹl$a}{΀ᨀp6 @ < 22222qd#F#Àmǔz􀩀AůWdpeH%0纈!`9vӺ-l$a}}ЀᬀpN ~  22222qd #H#,mȔzͲAůk Wd|ei%8纊!a9ӂӺ{l$a}Ҁᰀpf  22222qd #J#mɔzpAůŀW>de%>續!f9ԌӺl$a}Ԁᴀp~ n 22222qd#L#m̔z,AůkdWde%H纐!g9̀Ӻl$a}؀Ẁp: ؕ 22222qd#P#RmΔz耩Aů mWdeʑ%N纒!g9ӻ3l$a}ڀᾀpx @ 22222qd#R#mϔzЬAů#kmWde葂%V纔!g9ӻl$a}܀€pȀ  22222qd#T#mДzhAů%쫀W:de%\纖!g9ӻl$a}ހƀp  22222qd#V#mєz&Aů(kWxdʀe$%d纘!g9Ӽ6l$a}ʀp2 r 22222qd #X#mҔz䀩Aů*WdրeB%j纚!g9Ӽl$a}΀qp ؕ 22222qd"#Z#cmӔzӠAů-kWde`%r纜!g9Ӽl$a}}Ҁq(  > 22222qd$#\#πmԔz^Aů/輀W2de~%x纞!g9*ӽ<l$a}wրq@" 22222qd&#^#@mՔzAů2k곀ݿWpde%纠!g9JӽBl$a}qڀqX$* 22222qd(#b#mՔz؀Aů4 ݿWde%红!g9RӽFl$a}kހqp&h p 22222qd*#d#mՔz֖Aů7k쫀ݿWdeؑ%纤!g9XӽLl$a}eq( ֕ 22222qd,#f#mՔzRAů9輀ݿW$de%约!g9dӽRl%a}_q* < 22222qd.#h#mՔzAů輀ݿWd6e2%纪!g9xӽXl%a}SqЀ.`  22222qd4#l#mՔzٌAůAk輀ݿW؀dBeP%纬!g9䖀ӽl%a}Mq0 n 22222qd8#n#mՔzJAůC[ݿWdNen%纮!g9區ӽl%a}Gr2 ԕ 22222qd:#p#wmՔzAůFkmݿWNdZe%纰!g9掀ӽl% a}Ar4 : 22222qd<#r#ڀmՔzĀAůH Wdfe%纲!g9熀Ӿ?l% a};r06X 22222qd>#t#=mٔz܂AůKk[WЀdreȑ%ƀ纴!g9舀Ӿl%a}5rH8  22222qd@#v#mڔz@AůMWd~e摂%̀纶!g9鄀Ӿl%a}/r`: l 22222qdB#x#m۔zAůPkŀWLde%Ԁ纸!g9rӿl%a}) rx< ҕ 22222qdD#z#kmܔz޼AůR輀Wde"%ڀ纺!g9pӿ\l%a}#r>P 8 22222qdF#|#ӀmݔzxAůUkdWȀde@%纼!g9솀ӿl%a}r@  22222qdH#~#>mޔz6AůWmWde^%纾!g9햀l%a}rB  22222qdJ##mߔz򀩀AůZkWDde|%!g9Zl%a}r؀D  j 22222qdL##mzᰀAů\dWdƀe%!g9婢l%a}  rFH Е 22222qdN##zmᔞznAů_kmWdҀe%!g9€l%a} "sH 6 22222qdR##m┞z*Aůa[Wdހe֑%!g9?l% a}&s J  22222qdX##6m㔞zꀩ AůdkW<de% !g9l%"a}*s8L  22222qd\##m䔞z䨀 Aůf Wzde%!g9l%$a}.sPN@ h 22222qd^##m唞zdAůik곀Wde0%!g9l%&a}2shP~ Ε 22222qd`##jm蔞z"AůkmWdeN% !g9%fl%(a}6sR 4 22222qdb##Ԁm锞zހAůnk輀W8del%(!g99ºl%*a}:sT  22222qdd#$@mꔞz眀Aůp Wvd&e%.!g9Al%,a}ۀ>sV8  22222qdf#$m딞z\AůskdWd2e%6!g9Kcl%.a}ՀBsȀXv f 22222qdh#$m씞zAůumWd>eƑ%<!g9Wúl%0a}πFsZ ̕ 22222qdj#$m픞zրAůxkW0dJe䑂%D!g9Ql%2a}ɀ Js\ 2 22222qdl#$mzꔀAůzmWndVe%J!g9Wcl%4a}À"Nt^0  22222qdn#$dmzPAů}k Wdbe %R!g9aĺl%6a}ν$Rt(`n  22222qdr#$m𔞀z AůWdne>%X!g9cl%8a}з&Vt@b d 22222qdt#$m񔞀zʀ"AůkmW(dze\%`!g9Gl%:a}ұ(ZtXd ʕ 22222qdx#$m򔞀z툀$Aů輀Wfde{%f!g:śl%<a}ԫ*^tpf* 0 22222qdz#$m󔞀zF&AůkdWde%n!g:l%>a}֥,bthh  22222qd|#$dmz(Aů Wde%t!g:Fl%@a}؟.ftj  22222qd~#$рmz€*AůkmW deՑ%|!g:ƛl%Ba}ڙ0jtl b 22222qd#$?mz|,AůW^de󑂀%!g:l%Da}ܓ2ntЀn" ȕ 22222qd#$mz<.AůkŀWd€e%!g:Fl%Fa}ލ4rtp` . 22222qd#$mz0Aů؀Wڀd΀e/%!g:Àǚl%Ha}6vur  22222qd#$mz򶀩2AůkdWdڀeM%!g:ۀl%Ja}⁀8zut  22222qd#$mzt4AůWVdek%!g:׀Dl%La}{:~u0v ` 22222qd#$\mz26AůkWde%!g: ߀șl%Na}u<₀uHxX ƕ 22222qd#$̀mz8Aů WҀde%!g: l%Pa}o>ↀu`z˜ , 22222qd#$(mz@Aůk Wd eБ%!g: 2l%Ra}i@⊀ux|  22222qd#$mzlLAů輀WNde󑂀%!g: Ssl%Ta}cB⎀u~  22222qd#$mz(XAůk곀Wd"e %€!g:l%Va}]D⒀u縀R ^ 22222qd#$ Zmz总dAů Wʀd.e 3%Ȁ!g:l%Xa}WF▀u縂Ð ĕ 22222qd#$ ȀmzhAůkƀWd:e Q%Ѐ!g:ol%Za}QH⚀u؀縄 * 22222qd#‹$ 4mz`jAůJWFdFe p%ր!g:l%\a}KJ➀u縆   22222qd#ċ$ mzlAůkWdRe %ހ!g:l%^a}EL⢀v縈J  22222qd#Ƌ$ mz܀pAů곀W€d^e %!g:ml%`a}?N⦀v 縊Ĉ \ 22222qd#ȋ$ }mzrAůk Wdje ʑ%!g:l%ba}9P⪀v8縌 • 22222qd#ʋ$ mzXtAůmW>dve 葂% !g:l%da}3R⮀vP縎 ( 22222qd#̋$ WmzvAůkmW|de!% !g:Àl%fa}-TⲀvh縐B  22222qd#΋$ ÀmzҀxAůdWde!$%!g:ˀTl%ha~'Vⶀv縒ŀ  22222qd#Ћ$ 0m zzAůl^Wde!B%!g:Ωl%ja~!X⺀v縔ž Z 22222qd#ҋ$ m zH|AůW4de!`%!g:l%la~Z⾀v縖 22222qd#ԋ$ m { ~Aůk쫀Wrde!~%!g:)@l%na~\€vȀ縘: !& 22222qd#֋$Wm {ȀAůݿWde!%!g:1ϔl%pa~^ƀv縚x ! 22222qd#؋$Ām {AůkdݿWdʀe!%$!g:/l%ra~ `ʀv縜ƶ ! 22222qd#܋$2m {DAů곀ݿW(dրe!ؑ%*!g:1l%ta~ b΀w縞 "X 22222qd#ދ$m {AůkݿWdde!%2!g:3l%va~ dҀw(縠2 " 22222qd#$ m {AůdݿWde"%8!g: 3l%xa~fրw@縢p #$ 22222qd#$xm {zAůk곀ݿW܀de"3%@ !g:!Sl%za~hڀwX縤Ǯ # 22222qd#$m {8AůݿWde"Q%F"!g:"^l%|a~jހwp縦 # 22222qd€#$Km {AůkdݿWTde"o%N$!g:#Z/l%~a~lw縨* $V 22222qdĀ#$m {Aů輀ݿWde"%T&!g:$Rql%a~߀nw縪h $ 22222qdƀ#$m {rAůk輀ݿẀd*e"%\(!g:%>дl%a~ـpw縬Ȧ %" 22222qdȀ#$wm {0AůTWd6e"ɑ%b*!g:&Rl%a~ӀrwЀ縮 % 22222qd̀#$ƀm{ꀾXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 220 / width of table in bytes NAXIS2 = 110 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 111 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BPWHKSYNC' / PW HK Packet Sync Mark TFORM2 = '1I ' / data format of field: 2-byte INTEGER TZERO2 = 32768 / offset for unsigned integers TTYPE3 = 'BPWHKPKTID' / PW HK Packet Packet ID TFORM3 = '1B ' / data format of field: BYTE TTYPE4 = 'BPWHKLASTCMD' / PW HK Packet Last Command TFORM4 = '1B ' / data format of field: BYTE TTYPE5 = 'BPWHKCMDDATA' / PW HK Packet Last Command Data 16-bit TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 32768 / offset for unsigned integers TTYPE6 = 'BPWHKIPESTATUS' / PW HK Packet IPE Interface Status TFORM6 = '1B ' / data format of field: BYTE TTYPE7 = 'BPWHKPIPESTATUS' / PW HK Packet Heat Pipe Switch Status TFORM7 = '1B ' / data format of field: BYTE TTYPE8 = 'BPWHKBLKCONV' / PW HK Packet Block Conversion Switch Status TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 32768 / offset for unsigned integers TTYPE9 = 'BPWHKBLKHEAT' / PW HK Packet Block Heater Switch Status TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 32768 / offset for unsigned integers TTYPE10 = 'BPWHKADCTRAP' / PW HK Packet ADC SEL Trap Status TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 32768 / offset for unsigned integers TTYPE11 = 'BPWHKSTATUS1' / PW HK Packet Various Status Bits TFORM11 = '1B ' / data format of field: BYTE TTYPE12 = 'BPWHKSTATUS2' / PW HK Packet Various Status Bits TFORM12 = '1B ' / data format of field: BYTE TTYPE13 = 'BPWHKSTATUS3' / PW HK Packet Various Status Bits TFORM13 = '1B ' / data format of field: BYTE TTYPE14 = 'undocumented1' / Byte field not in ITOS database TFORM14 = '1B ' / data format of field: BYTE TTYPE15 = 'BPWHKB00PRITEMP' / PW HK Pkt; Block 00 SetPointTemp Primary HeaterTFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BPWHKB00SECTEMP' / PW HK Pkt; Block 00 SetPointTemp 2ndary Heater TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BPWHKLHP0PRITEMP' / PW HK Pkt; Pipe 00 SetPointTemp for Loop Heat TFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 32768 / offset for unsigned integers TTYPE18 = 'BPWHKB00SPARE' / PW HK Pkt; Block 00 Spare TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 32768 / offset for unsigned integers TTYPE19 = 'BPWHKB00INPUTI' / PW HK Pkt; Block 00 Input Current for DC-DC ConTFORM19 = '1I ' / data format of field: 2-byte INTEGER TZERO19 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL19 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT19 = 'A ' / physical unit of field TTYPE20 = 'BPWHKB0025GND' / PW HK Pkt; Block 00 Voltage on 2.5 Ground ReturTFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 32768 / offset for unsigned integers TTYPE21 = 'BPWHKB00P25VLT' / PW HK Pkt; Block 00 +2.5 Voltage TFORM21 = '1I ' / data format of field: 2-byte INTEGER TZERO21 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL21 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT21 = 'V ' / physical unit of field TTYPE22 = 'BPWHKB00M25VLT' / PW HK Pkt; Block 00 -2.5 Voltage TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL22 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT22 = 'V ' / physical unit of field TTYPE23 = 'BPWHKB00P35VLT' / PW HK Pkt; Block 00 +3.5 Voltage TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL23 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT23 = 'V ' / physical unit of field TTYPE24 = 'BPWHKB00M35VLT' / PW HK Pkt; Block 00 -3.5 Voltage TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL24 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT24 = 'V ' / physical unit of field TTYPE25 = 'BPWHKB00P50VLT' / PW HK Pkt; Block 00 +5.0 Digital Voltage TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL25 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT25 = 'V ' / physical unit of field TTYPE26 = 'BPWHKB00P75VLT' / PW HK Pkt; Block 00 +7.5 Voltage TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL26 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT26 = 'V ' / physical unit of field TTYPE27 = 'BPWHKB00M75VLT' / PW HK Pkt; Block 00 -7.5 Voltage TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL27 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT27 = 'V ' / physical unit of field TTYPE28 = 'BPWHKB00CVTTEMP' / PW HK Pkt; Block 00 DC-DC Converter Module TempTFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL28 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT28 = 'Celsius ' / physical unit of field TTYPE29 = 'BPWHKB00TEMP' / PW HK Pkt; Block 00 Temperature TFORM29 = '1I ' / data format of field: 2-byte INTEGER TZERO29 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL29 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT29 = 'Celsius ' / physical unit of field TTYPE30 = 'BPWHKLHPA0TEMP' / PW HK Pkt; LHP 0 (+Y) Comp Chamber (CC) TemperaTFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL30 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT30 = 'Celsius ' / physical unit of field TTYPE31 = 'BPWHKLHPB6TEMP' / PW HK Pkt; LHP 1 (-Y) LiqLine @ Cond Outlet TemTFORM31 = '1I ' / data format of field: 2-byte INTEGER TZERO31 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL31 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT31 = 'Celsius ' / physical unit of field TTYPE32 = 'BPWHKTAGFRNTHVLT' / PW HK Pkt; Tagged Source (Front) High Voltage TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 2125.2 / data offset (32k shift B_PCB_TAGHV_CNV conversiTSCAL32 = 0.06485595703 / data scaling (B_PCB_TAGHV_CNV conversion) TUNIT32 = 'V ' / physical unit of field TTYPE33 = 'BPWHKB01PRITEMP' / PW HK Pkt; Block 01 SetPointTemp Primary HeaterTFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'BPWHKB01SECTEMP' / PW HK Pkt; Block 01 SetPointTemp 2ndary Heater TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 32768 / offset for unsigned integers TTYPE35 = 'BPWHKLHP1PRITEMP' / PW HK Pkt; Pipe 01 SetPointTemp for Loop Heat TFORM35 = '1I ' / data format of field: 2-byte INTEGER TZERO35 = 32768 / offset for unsigned integers TTYPE36 = 'BPWHKB01SPARE' / PW HK Pkt; Block 01 Spare TFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 32768 / offset for unsigned integers TTYPE37 = 'BPWHKB01INPUTI' / PW HK Pkt; Block 01 Input Current for DC-DC ConTFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL37 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT37 = 'A ' / physical unit of field TTYPE38 = 'BPWHKB0125GND' / PW HK Pkt; Block 01 Voltage on 2.5 Ground ReturTFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 32768 / offset for unsigned integers TTYPE39 = 'BPWHKB01P25VLT' / PW HK Pkt; Block 01 +2.5 Voltage TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL39 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT39 = 'V ' / physical unit of field TTYPE40 = 'BPWHKB01M25VLT' / PW HK Pkt; Block 01 -2.5 Voltage TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL40 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT40 = 'V ' / physical unit of field TTYPE41 = 'BPWHKB01P35VLT' / PW HK Pkt; Block 01 +3.5 Voltage TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL41 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT41 = 'V ' / physical unit of field TTYPE42 = 'BPWHKB01M35VLT' / PW HK Pkt; Block 01 -3.5 Voltage TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL42 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT42 = 'V ' / physical unit of field TTYPE43 = 'BPWHKB01P50VLT' / PW HK Pkt; Block 01 +5.0 Digital Voltage TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL43 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT43 = 'V ' / physical unit of field TTYPE44 = 'BPWHKB01P75VLT' / PW HK Pkt; Block 01 +7.5 Voltage TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL44 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT44 = 'V ' / physical unit of field TTYPE45 = 'BPWHKB01M75VLT' / PW HK Pkt; Block 01 -7.5 Voltage TFORM45 = '1I ' / data format of field: 2-byte INTEGER TZERO45 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL45 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT45 = 'V ' / physical unit of field TTYPE46 = 'BPWHKB01CVTTEMP' / PW HK Pkt; Block 01 DC-DC Converter Module TempTFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL46 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT46 = 'Celsius ' / physical unit of field TTYPE47 = 'BPWHKB01TEMP' / PW HK Pkt; Block 01 Temperature TFORM47 = '1I ' / data format of field: 2-byte INTEGER TZERO47 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL47 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT47 = 'Celsius ' / physical unit of field TTYPE48 = 'BPWHKLHPA1TEMP' / PW HK Pkt; LHP 0 (+Y) Evaporator Temperature (ATFORM48 = '1I ' / data format of field: 2-byte INTEGER TZERO48 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL48 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT48 = 'Celsius ' / physical unit of field TTYPE49 = 'BPWHKLHPB7TEMP' / PW HK Pkt; LHP 1 (-Y) VapLine @ Evap Outlet TemTFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL49 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT49 = 'Celsius ' / physical unit of field TTYPE50 = 'BPWHKTAGFRNTTVLT' / PW HK Pkt; Tagged Source (Front) Threshold VoltTFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 21 / data offset (32k shift B_PCB_TAGTHV_CNV conversTSCAL50 = 0.0006408691406 / data scaling (B_PCB_TAGTHV_CNV conversion) TUNIT50 = 'V ' / physical unit of field TTYPE51 = 'BPWHKB02PRITEMP' / PW HK Pkt; Block 02 SetPointTemp Primary HeaterTFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = 32768 / offset for unsigned integers TTYPE52 = 'BPWHKB02SECTEMP' / PW HK Pkt; Block 02 SetPointTemp 2ndary Heater TFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 32768 / offset for unsigned integers TTYPE53 = 'BPWHKLHP0SECTEMP' / PW HK Pkt; Pipe 02; SetPointTemp for Loop HeatTFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 32768 / offset for unsigned integers TTYPE54 = 'BPWHKB02SPARE' / PW HK Pkt; Block 02 Spare TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BPWHKB02INPUTI' / PW HK Pkt; Block 02 Input Current for DC-DC ConTFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL55 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT55 = 'A ' / physical unit of field TTYPE56 = 'BPWHKB0225GND' / PW HK Pkt; Block 02 Voltage on 2.5 Ground ReturTFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 32768 / offset for unsigned integers TTYPE57 = 'BPWHKB02P25VLT' / PW HK Pkt; Block 02 +2.5 Voltage TFORM57 = '1I ' / data format of field: 2-byte INTEGER TZERO57 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL57 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT57 = 'V ' / physical unit of field TTYPE58 = 'BPWHKB02M25VLT' / PW HK Pkt; Block 02 -2.5 Voltage TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL58 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT58 = 'V ' / physical unit of field TTYPE59 = 'BPWHKB02P35VLT' / PW HK Pkt; Block 02 +3.5 Voltage TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL59 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT59 = 'V ' / physical unit of field TTYPE60 = 'BPWHKB02M35VLT' / PW HK Pkt; Block 02 -3.5 Voltage TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL60 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT60 = 'V ' / physical unit of field TTYPE61 = 'BPWHKB02P50VLT' / PW HK Pkt; Block 02 +5.0 Digital Voltage TFORM61 = '1I ' / data format of field: 2-byte INTEGER TZERO61 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL61 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT61 = 'V ' / physical unit of field TTYPE62 = 'BPWHKB02P75VLT' / PW HK Pkt; Block 02 +7.5 Voltage TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL62 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT62 = 'V ' / physical unit of field TTYPE63 = 'BPWHKB02M75VLT' / PW HK Pkt; Block 02 -7.5 Voltage TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL63 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT63 = 'V ' / physical unit of field TTYPE64 = 'BPWHKB02CVTTEMP' / PW HK Pkt; Block 02 DC-DC Converter Module TempTFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL64 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT64 = 'Celsius ' / physical unit of field TTYPE65 = 'BPWHKB02TEMP' / PW HK Pkt; Block 02 Temperature TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL65 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT65 = 'Celsius ' / physical unit of field TTYPE66 = 'BPWHKLHPA2TEMP' / PW HK Pkt; LHP 0 (+Y) Evaporator Temperature (ATFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL66 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT66 = 'Celsius ' / physical unit of field TTYPE67 = 'BPWHKLHPB8TEMP' / PW HK Pkt; LHP 1 (-Y) VapLine @ Cond Outlet TemTFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL67 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT67 = 'Celsius ' / physical unit of field TTYPE68 = 'BPWHKTAGREARHVLT' / PW HK Pkt; Tagged Source (Rear) High Voltage TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 2125.2 / data offset (32k shift B_PCB_TAGHV_CNV conversiTSCAL68 = 0.06485595703 / data scaling (B_PCB_TAGHV_CNV conversion) TUNIT68 = 'V ' / physical unit of field TTYPE69 = 'BPWHKB03PRITEMP' / PW HK Pkt; Block 03 SetPointTemp Primary HeaterTFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'BPWHKB03SECTEMP' / PW HK Pkt; Block 03 SetPointTemp 2ndary Heater TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 32768 / offset for unsigned integers TTYPE71 = 'BPWHKLHP1SECTEMP' / PW HK Pkt; Pipe 03; SetPointTemp for Loop HeatTFORM71 = '1I ' / data format of field: 2-byte INTEGER TZERO71 = 32768 / offset for unsigned integers TTYPE72 = 'BPWHKB03SPARE' / PW HK Pkt; Block 03 Spare TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 32768 / offset for unsigned integers TTYPE73 = 'BPWHKB03INPUTI' / PW HK Pkt; Block 03 Input Current for DC-DC ConTFORM73 = '1I ' / data format of field: 2-byte INTEGER TZERO73 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL73 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT73 = 'A ' / physical unit of field TTYPE74 = 'BPWHKB0325GND' / PW HK Pkt; Block 03 Voltage on 2.5 Ground ReturTFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 32768 / offset for unsigned integers TTYPE75 = 'BPWHKB03P25VLT' / PW HK Pkt; Block 03 +2.5 Voltage TFORM75 = '1I ' / data format of field: 2-byte INTEGER TZERO75 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL75 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT75 = 'V ' / physical unit of field TTYPE76 = 'BPWHKB03M25VLT' / PW HK Pkt; Block 03 -2.5 Voltage TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL76 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT76 = 'V ' / physical unit of field TTYPE77 = 'BPWHKB03P35VLT' / PW HK Pkt; Block 03 +3.5 Voltage TFORM77 = '1I ' / data format of field: 2-byte INTEGER TZERO77 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL77 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT77 = 'V ' / physical unit of field TTYPE78 = 'BPWHKB03M35VLT' / PW HK Pkt; Block 03 -3.5 Voltage TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL78 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT78 = 'V ' / physical unit of field TTYPE79 = 'BPWHKB03P50VLT' / PW HK Pkt; Block 03 +5.0 Digital Voltage TFORM79 = '1I ' / data format of field: 2-byte INTEGER TZERO79 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL79 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT79 = 'V ' / physical unit of field TTYPE80 = 'BPWHKB03P75VLT' / PW HK Pkt; Block 03 +7.5 Voltage TFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL80 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT80 = 'V ' / physical unit of field TTYPE81 = 'BPWHKB03M75VLT' / PW HK Pkt; Block 03 -7.5 Voltage TFORM81 = '1I ' / data format of field: 2-byte INTEGER TZERO81 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL81 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT81 = 'V ' / physical unit of field TTYPE82 = 'BPWHKB03CVTTEMP' / PW HK Pkt; Block 03 DC-DC Converter Module TempTFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL82 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT82 = 'Celsius ' / physical unit of field TTYPE83 = 'BPWHKB03TEMP' / PW HK Pkt; Block 03 Temperature TFORM83 = '1I ' / data format of field: 2-byte INTEGER TZERO83 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL83 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT83 = 'Celsius ' / physical unit of field TTYPE84 = 'BPWHKLHPA3TEMP' / PW HK Pkt; LHP 0 (+Y) Condenser Temperature, -XTFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL84 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT84 = 'Celsius ' / physical unit of field TTYPE85 = 'BPWHKLHPB9TEMP' / PW HK Pkt; LHP 1 (-Y) BLock/DM Temperature (B9)TFORM85 = '1I ' / data format of field: 2-byte INTEGER TZERO85 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL85 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT85 = 'Celsius ' / physical unit of field TTYPE86 = 'BPWHKTAGREARTVLT' / PW HK Pkt; Tagged Source (Rear) Threshold VoltaTFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 21 / data offset (32k shift B_PCB_TAGTHV_CNV conversTSCAL86 = 0.0006408691406 / data scaling (B_PCB_TAGTHV_CNV conversion) TUNIT86 = 'V ' / physical unit of field TTYPE87 = 'BPWHKB04PRITEMP' / PW HK Pkt; Block 04 SetPointTemp Primary HeaterTFORM87 = '1I ' / data format of field: 2-byte INTEGER TZERO87 = 32768 / offset for unsigned integers TTYPE88 = 'BPWHKB04SECTEMP' / PW HK Pkt; Block 04 SetPointTemp 2ndary Heater TFORM88 = '1I ' / data format of field: 2-byte INTEGER TZERO88 = 32768 / offset for unsigned integers TTYPE89 = 'BPWHKB04SPARE0' / PW HK Pkt; Block 04 Spare 0 TFORM89 = '1I ' / data format of field: 2-byte INTEGER TZERO89 = 32768 / offset for unsigned integers TTYPE90 = 'BPWHKB04SPARE1' / PW HK Pkt; Block 04 Spare 1 TFORM90 = '1I ' / data format of field: 2-byte INTEGER TZERO90 = 32768 / offset for unsigned integers TTYPE91 = 'BPWHKB04INPUTI' / PW HK Pkt; Block 04 Input Current for DC-DC ConTFORM91 = '1I ' / data format of field: 2-byte INTEGER TZERO91 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL91 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT91 = 'A ' / physical unit of field TTYPE92 = 'BPWHKB0425GND' / PW HK Pkt; Block 04 Voltage on 2.5 Ground ReturTFORM92 = '1I ' / data format of field: 2-byte INTEGER TZERO92 = 32768 / offset for unsigned integers TTYPE93 = 'BPWHKB04P25VLT' / PW HK Pkt; Block 04 +2.5 Voltage TFORM93 = '1I ' / data format of field: 2-byte INTEGER TZERO93 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL93 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT93 = 'V ' / physical unit of field TTYPE94 = 'BPWHKB04M25VLT' / PW HK Pkt; Block 04 -2.5 Voltage TFORM94 = '1I ' / data format of field: 2-byte INTEGER TZERO94 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL94 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT94 = 'V ' / physical unit of field TTYPE95 = 'BPWHKB04P35VLT' / PW HK Pkt; Block 04 +3.5 Voltage TFORM95 = '1I ' / data format of field: 2-byte INTEGER TZERO95 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL95 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT95 = 'V ' / physical unit of field TTYPE96 = 'BPWHKB04M35VLT' / PW HK Pkt; Block 04 -3.5 Voltage TFORM96 = '1I ' / data format of field: 2-byte INTEGER TZERO96 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL96 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT96 = 'V ' / physical unit of field TTYPE97 = 'BPWHKB04P50VLT' / PW HK Pkt; Block 04 +5.0 Digital Voltage TFORM97 = '1I ' / data format of field: 2-byte INTEGER TZERO97 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL97 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT97 = 'V ' / physical unit of field TTYPE98 = 'BPWHKB04P75VLT' / PW HK Pkt; Block 04 +7.5 Voltage TFORM98 = '1I ' / data format of field: 2-byte INTEGER TZERO98 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL98 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT98 = 'V ' / physical unit of field TTYPE99 = 'BPWHKB04M75VLT' / PW HK Pkt; Block 04 -7.5 Voltage TFORM99 = '1I ' / data format of field: 2-byte INTEGER TZERO99 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL99 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT99 = 'V ' / physical unit of field TTYPE100= 'BPWHKB04CVTTEMP' / PW HK Pkt; Block 04 DC-DC Converter Module TempTFORM100= '1I ' / data format of field: 2-byte INTEGER TZERO100= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL100= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT100= 'Celsius ' / physical unit of field TTYPE101= 'BPWHKB04TEMP' / PW HK Pkt; Block 04 Temperature TFORM101= '1I ' / data format of field: 2-byte INTEGER TZERO101= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL101= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT101= 'Celsius ' / physical unit of field TTYPE102= 'BPWHKLHPA4TEMP' / PW HK Pkt; LHP 1 (+Y) Condenser Temperature, +XTFORM102= '1I ' / data format of field: 2-byte INTEGER TZERO102= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL102= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT102= 'Celsius ' / physical unit of field TTYPE103= 'BPWHKMASK0TEMP' / PW HK Pkt; Mask Temperature (top center) TFORM103= '1I ' / data format of field: 2-byte INTEGER TZERO103= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL103= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT103= 'Celsius ' / physical unit of field TTYPE104= 'BPWHKSPARE04TMP' / PW HK Pkt; Block 04 Spare Temperature TFORM104= '1I ' / data format of field: 2-byte INTEGER TZERO104= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL104= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT104= 'Celsius ' / physical unit of field TTYPE105= 'BPWHKB05PRITEMP' / PW HK Pkt; Block 05 SetPointTemp Primary HeaterTFORM105= '1I ' / data format of field: 2-byte INTEGER TZERO105= 32768 / offset for unsigned integers TTYPE106= 'BPWHKB05SECTEMP' / PW HK Pkt; Block 05 SetPointTemp 2ndary Heater TFORM106= '1I ' / data format of field: 2-byte INTEGER TZERO106= 32768 / offset for unsigned integers TTYPE107= 'BPWHKB05SPARE0' / PW HK Pkt; Block 05 Spare 0 TFORM107= '1I ' / data format of field: 2-byte INTEGER TZERO107= 32768 / offset for unsigned integers TTYPE108= 'BPWHKB05SPARE1' / PW HK Pkt; Block 05 Spare 1 TFORM108= '1I ' / data format of field: 2-byte INTEGER TZERO108= 32768 / offset for unsigned integers TTYPE109= 'BPWHKB05INPUTI' / PW HK Pkt; Block 05 Input Current for DC-DC ConTFORM109= '1I ' / data format of field: 2-byte INTEGER TZERO109= 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL109= 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT109= 'A ' / physical unit of field TTYPE110= 'BPWHKB0525GND' / PW HK Pkt; Block 05 Voltage on 2.5 Ground ReturTFORM110= '1I ' / data format of field: 2-byte INTEGER TZERO110= 32768 / offset for unsigned integers TTYPE111= 'BPWHKB05P25VLT' / PW HK Pkt; Block 05 +2.5 Voltage TFORM111= '1I ' / data format of field: 2-byte INTEGER TZERO111= 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL111= 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT111= 'V ' / physical unit of field EXTNAME = 'hk140x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699893.94166 TSTOP = 727706043.95616 DATE-OBS= '2024-01-23T10:51:28' DATE-END= '2024-01-23T12:33:58' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6150.01449990273 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 320 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:27' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'RdbaRbZTRbaZRbYZ' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '4009883584' / data unit checksum updated 2024-02-02T06:06:27 TRDLO19 = -0.2 / BPWHKB00INPUTI Red lower limit = B_PCB_B00_INPITRDHI19 = 0.9 / BPWHKB00INPUTI Red upper limit = B_PCB_B00_INPITYELO19 = -0.1 / BPWHKB00INPUTI Yellow lower limit = B_PCB_B00_ITYEHI19 = 0.8 / BPWHKB00INPUTI Yellow upper limit = B_PCB_B00_ITRDLO20 = -2 / BPWHKB0025GND Red lower limit = B_PCB_B00_2_5G_TRDHI20 = 15 / BPWHKB0025GND Red upper limit = B_PCB_B00_2_5G_TYELO20 = -1 / BPWHKB0025GND Yellow lower limit = B_PCB_B00_2_TYEHI20 = 10 / BPWHKB0025GND Yellow upper limit = B_PCB_B00_2_TRDLO21 = 2.55 / BPWHKB00P25VLT Red lower limit = B_PCB_B00_2_7VTRDHI21 = 2.84 / BPWHKB00P25VLT Red upper limit = B_PCB_B00_2_7VTYELO21 = 2.62 / BPWHKB00P25VLT Yellow lower limit = B_PCB_B00_2TYEHI21 = 2.78 / BPWHKB00P25VLT Yellow upper limit = B_PCB_B00_2TRDLO22 = 2.55 / BPWHKB00M25VLT Red lower limit = B_PCB_B00_2_7VTRDHI22 = 2.84 / BPWHKB00M25VLT Red upper limit = B_PCB_B00_2_7VTYELO22 = 2.62 / BPWHKB00M25VLT Yellow lower limit = B_PCB_B00_2TYEHI22 = 2.78 / BPWHKB00M25VLT Yellow upper limit = B_PCB_B00_2TRDLO23 = 3.65 / BPWHKB00P35VLT Red lower limit = B_PCB_B00_3_8VTRDHI23 = 4.05 / BPWHKB00P35VLT Red upper limit = B_PCB_B00_3_8VTYELO23 = 3.73 / BPWHKB00P35VLT Yellow lower limit = B_PCB_B00_3TYEHI23 = 3.97 / BPWHKB00P35VLT Yellow upper limit = B_PCB_B00_3TRDLO24 = 3.65 / BPWHKB00M35VLT Red lower limit = B_PCB_B00_3_8VTRDHI24 = 4.05 / BPWHKB00M35VLT Red upper limit = B_PCB_B00_3_8VTYELO24 = 3.73 / BPWHKB00M35VLT Yellow lower limit = B_PCB_B00_3TYEHI24 = 3.97 / BPWHKB00M35VLT Yellow upper limit = B_PCB_B00_3TRDLO25 = 4.75 / BPWHKB00P50VLT Red lower limit = B_PCB_B00_5_0VTRDHI25 = 5.25 / BPWHKB00P50VLT Red upper limit = B_PCB_B00_5_0VTYELO25 = 4.85 / BPWHKB00P50VLT Yellow lower limit = B_PCB_B00_5TYEHI25 = 5.15 / BPWHKB00P50VLT Yellow upper limit = B_PCB_B00_5TRDLO26 = 7.12 / BPWHKB00P75VLT Red lower limit = B_PCB_B00_7_5VTRDHI26 = 7.85 / BPWHKB00P75VLT Red upper limit = B_PCB_B00_7_5VTYELO26 = 7.27 / BPWHKB00P75VLT Yellow lower limit = B_PCB_B00_7TYEHI26 = 7.72 / BPWHKB00P75VLT Yellow upper limit = B_PCB_B00_7TRDLO27 = 7.12 / BPWHKB00M75VLT Red lower limit = B_PCB_B00_7_5VTRDHI27 = 7.85 / BPWHKB00M75VLT Red upper limit = B_PCB_B00_7_5VTYELO27 = 7.27 / BPWHKB00M75VLT Yellow lower limit = B_PCB_B00_7TYEHI27 = 7.72 / BPWHKB00M75VLT Yellow upper limit = B_PCB_B00_7TRDLO28 = -20 / BPWHKB00CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI28 = 61 / BPWHKB00CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO28 = -15 / BPWHKB00CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI28 = 56 / BPWHKB00CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO29 = -15 / BPWHKB00TEMP Red lower limit = B_TBLK_00_LIM TRDHI29 = 45 / BPWHKB00TEMP Red upper limit = B_TBLK_00_LIM TYELO29 = -10 / BPWHKB00TEMP Yellow lower limit = B_TBLK_00_LIMTYEHI29 = 40 / BPWHKB00TEMP Yellow upper limit = B_TBLK_00_LIMTRDLO30 = -25 / BPWHKLHPA0TEMP Red lower limit = B_TLHP_A0_LIM TRDHI30 = 60 / BPWHKLHPA0TEMP Red upper limit = B_TLHP_A0_LIM TYELO30 = -20 / BPWHKLHPA0TEMP Yellow lower limit = B_TLHP_A0_LTYEHI30 = 55 / BPWHKLHPA0TEMP Yellow upper limit = B_TLHP_A0_LTRDHI31 = 60 / BPWHKLHPB6TEMP Red upper limit = B_TLHP_B6_LIM TYEHI31 = 55 / BPWHKLHPB6TEMP Yellow upper limit = B_TLHP_B6_LTRDLO32 = 149 / BPWHKTAGFRNTHVLT Red lower limit = B_PCB_TAGHV_TRDHI32 = 153 / BPWHKTAGFRNTHVLT Red upper limit = B_PCB_TAGHV_TYELO32 = 150 / BPWHKTAGFRNTHVLT Yellow lower limit = B_PCB_TAGTYEHI32 = 152 / BPWHKTAGFRNTHVLT Yellow upper limit = B_PCB_TAGTRDLO37 = -0.2 / BPWHKB01INPUTI Red lower limit = B_PCB_B01_INPITRDHI37 = 0.9 / BPWHKB01INPUTI Red upper limit = B_PCB_B01_INPITYELO37 = -0.1 / BPWHKB01INPUTI Yellow lower limit = B_PCB_B01_ITYEHI37 = 0.8 / BPWHKB01INPUTI Yellow upper limit = B_PCB_B01_ITRDLO38 = -2 / BPWHKB0125GND Red lower limit = B_PCB_B01_2_5G_TRDHI38 = 15 / BPWHKB0125GND Red upper limit = B_PCB_B01_2_5G_TYELO38 = -1 / BPWHKB0125GND Yellow lower limit = B_PCB_B01_2_TYEHI38 = 10 / BPWHKB0125GND Yellow upper limit = B_PCB_B01_2_TRDLO39 = 2.55 / BPWHKB01P25VLT Red lower limit = B_PCB_B01_2_7VTRDHI39 = 2.84 / BPWHKB01P25VLT Red upper limit = B_PCB_B01_2_7VTYELO39 = 2.62 / BPWHKB01P25VLT Yellow lower limit = B_PCB_B01_2TYEHI39 = 2.78 / BPWHKB01P25VLT Yellow upper limit = B_PCB_B01_2TRDLO40 = 2.55 / BPWHKB01M25VLT Red lower limit = B_PCB_B01_2_7VTRDHI40 = 2.84 / BPWHKB01M25VLT Red upper limit = B_PCB_B01_2_7VTYELO40 = 2.62 / BPWHKB01M25VLT Yellow lower limit = B_PCB_B01_2TYEHI40 = 2.78 / BPWHKB01M25VLT Yellow upper limit = B_PCB_B01_2TRDLO41 = 3.65 / BPWHKB01P35VLT Red lower limit = B_PCB_B01_3_8VTRDHI41 = 4.05 / BPWHKB01P35VLT Red upper limit = B_PCB_B01_3_8VTYELO41 = 3.73 / BPWHKB01P35VLT Yellow lower limit = B_PCB_B01_3TYEHI41 = 3.97 / BPWHKB01P35VLT Yellow upper limit = B_PCB_B01_3TRDLO42 = 3.65 / BPWHKB01M35VLT Red lower limit = B_PCB_B01_3_8VTRDHI42 = 4.05 / BPWHKB01M35VLT Red upper limit = B_PCB_B01_3_8VTYELO42 = 3.73 / BPWHKB01M35VLT Yellow lower limit = B_PCB_B01_3TYEHI42 = 3.97 / BPWHKB01M35VLT Yellow upper limit = B_PCB_B01_3TRDLO43 = 4.75 / BPWHKB01P50VLT Red lower limit = B_PCB_B01_5_0VTRDHI43 = 5.25 / BPWHKB01P50VLT Red upper limit = B_PCB_B01_5_0VTYELO43 = 4.85 / BPWHKB01P50VLT Yellow lower limit = B_PCB_B01_5TYEHI43 = 5.15 / BPWHKB01P50VLT Yellow upper limit = B_PCB_B01_5TRDLO44 = 7.12 / BPWHKB01P75VLT Red lower limit = B_PCB_B01_7_5VTRDHI44 = 7.85 / BPWHKB01P75VLT Red upper limit = B_PCB_B01_7_5VTYELO44 = 7.27 / BPWHKB01P75VLT Yellow lower limit = B_PCB_B01_7TYEHI44 = 7.72 / BPWHKB01P75VLT Yellow upper limit = B_PCB_B01_7TRDLO45 = 7.12 / BPWHKB01M75VLT Red lower limit = B_PCB_B01_7_5VTRDHI45 = 7.85 / BPWHKB01M75VLT Red upper limit = B_PCB_B01_7_5VTYELO45 = 7.27 / BPWHKB01M75VLT Yellow lower limit = B_PCB_B01_7TYEHI45 = 7.72 / BPWHKB01M75VLT Yellow upper limit = B_PCB_B01_7TRDLO46 = -20 / BPWHKB01CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI46 = 61 / BPWHKB01CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO46 = -15 / BPWHKB01CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI46 = 56 / BPWHKB01CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO47 = -15 / BPWHKB01TEMP Red lower limit = B_TBLK_01_LIM TRDHI47 = 45 / BPWHKB01TEMP Red upper limit = B_TBLK_01_LIM TYELO47 = -10 / BPWHKB01TEMP Yellow lower limit = B_TBLK_01_LIMTYEHI47 = 40 / BPWHKB01TEMP Yellow upper limit = B_TBLK_01_LIMTRDLO48 = -30 / BPWHKLHPA1TEMP Red lower limit = B_TLHP_A1_LIM TRDHI48 = 60 / BPWHKLHPA1TEMP Red upper limit = B_TLHP_A1_LIM TYELO48 = -25 / BPWHKLHPA1TEMP Yellow lower limit = B_TLHP_A1_LTYEHI48 = 55 / BPWHKLHPA1TEMP Yellow upper limit = B_TLHP_A1_LTRDLO49 = -30 / BPWHKLHPB7TEMP Red lower limit = B_TLHP_B7_LIM TRDHI49 = 60 / BPWHKLHPB7TEMP Red upper limit = B_TLHP_B7_LIM TYELO49 = -25 / BPWHKLHPB7TEMP Yellow lower limit = B_TLHP_B7_LTYEHI49 = 55 / BPWHKLHPB7TEMP Yellow upper limit = B_TLHP_B7_LTRDLO50 = 1.89 / BPWHKTAGFRNTTVLT Red lower limit = B_PCB_FTAGTHTRDHI50 = 1.906 / BPWHKTAGFRNTTVLT Red upper limit = B_PCB_FTAGTHTYELO50 = 1.894 / BPWHKTAGFRNTTVLT Yellow lower limit = B_PCB_FTATYEHI50 = 1.9 / BPWHKTAGFRNTTVLT Yellow upper limit = B_PCB_FTATRDLO55 = -0.2 / BPWHKB02INPUTI Red lower limit = B_PCB_B02_INPITRDHI55 = 0.9 / BPWHKB02INPUTI Red upper limit = B_PCB_B02_INPITYELO55 = -0.1 / BPWHKB02INPUTI Yellow lower limit = B_PCB_B02_ITYEHI55 = 0.8 / BPWHKB02INPUTI Yellow upper limit = B_PCB_B02_ITRDLO56 = -2 / BPWHKB0225GND Red lower limit = B_PCB_B02_2_5G_TRDHI56 = 15 / BPWHKB0225GND Red upper limit = B_PCB_B02_2_5G_TYELO56 = -1 / BPWHKB0225GND Yellow lower limit = B_PCB_B02_2_TYEHI56 = 10 / BPWHKB0225GND Yellow upper limit = B_PCB_B02_2_TRDLO57 = 2.55 / BPWHKB02P25VLT Red lower limit = B_PCB_B02_2_7VTRDHI57 = 2.84 / BPWHKB02P25VLT Red upper limit = B_PCB_B02_2_7VTYELO57 = 2.62 / BPWHKB02P25VLT Yellow lower limit = B_PCB_B02_2TYEHI57 = 2.78 / BPWHKB02P25VLT Yellow upper limit = B_PCB_B02_2TRDLO58 = 2.55 / BPWHKB02M25VLT Red lower limit = B_PCB_B02_2_7VTRDHI58 = 2.84 / BPWHKB02M25VLT Red upper limit = B_PCB_B02_2_7VTYELO58 = 2.62 / BPWHKB02M25VLT Yellow lower limit = B_PCB_B02_2TYEHI58 = 2.78 / BPWHKB02M25VLT Yellow upper limit = B_PCB_B02_2TRDLO59 = 3.65 / BPWHKB02P35VLT Red lower limit = B_PCB_B02_3_8VTRDHI59 = 4.05 / BPWHKB02P35VLT Red upper limit = B_PCB_B02_3_8VTYELO59 = 3.73 / BPWHKB02P35VLT Yellow lower limit = B_PCB_B02_3TYEHI59 = 3.97 / BPWHKB02P35VLT Yellow upper limit = B_PCB_B02_3TRDLO60 = 3.65 / BPWHKB02M35VLT Red lower limit = B_PCB_B02_3_8VTRDHI60 = 4.05 / BPWHKB02M35VLT Red upper limit = B_PCB_B02_3_8VTYELO60 = 3.73 / BPWHKB02M35VLT Yellow lower limit = B_PCB_B02_3TYEHI60 = 3.97 / BPWHKB02M35VLT Yellow upper limit = B_PCB_B02_3TRDLO61 = 4.75 / BPWHKB02P50VLT Red lower limit = B_PCB_B02_5_0VTRDHI61 = 5.25 / BPWHKB02P50VLT Red upper limit = B_PCB_B02_5_0VTYELO61 = 4.85 / BPWHKB02P50VLT Yellow lower limit = B_PCB_B02_5TYEHI61 = 5.15 / BPWHKB02P50VLT Yellow upper limit = B_PCB_B02_5TRDLO62 = 7.12 / BPWHKB02P75VLT Red lower limit = B_PCB_B02_7_5VTRDHI62 = 7.85 / BPWHKB02P75VLT Red upper limit = B_PCB_B02_7_5VTYELO62 = 7.27 / BPWHKB02P75VLT Yellow lower limit = B_PCB_B02_7TYEHI62 = 7.72 / BPWHKB02P75VLT Yellow upper limit = B_PCB_B02_7TRDLO63 = 7.12 / BPWHKB02M75VLT Red lower limit = B_PCB_B02_7_5VTRDHI63 = 7.85 / BPWHKB02M75VLT Red upper limit = B_PCB_B02_7_5VTYELO63 = 7.27 / BPWHKB02M75VLT Yellow lower limit = B_PCB_B02_7TYEHI63 = 7.72 / BPWHKB02M75VLT Yellow upper limit = B_PCB_B02_7TRDLO64 = -20 / BPWHKB02CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI64 = 61 / BPWHKB02CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO64 = -15 / BPWHKB02CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI64 = 56 / BPWHKB02CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO65 = -15 / BPWHKB02TEMP Red lower limit = B_TBLK_02_LIM TRDHI65 = 45 / BPWHKB02TEMP Red upper limit = B_TBLK_02_LIM TYELO65 = -10 / BPWHKB02TEMP Yellow lower limit = B_TBLK_02_LIMTYEHI65 = 40 / BPWHKB02TEMP Yellow upper limit = B_TBLK_02_LIMTRDLO66 = -30 / BPWHKLHPA2TEMP Red lower limit = B_TLHP_A2_LIM TRDHI66 = 60 / BPWHKLHPA2TEMP Red upper limit = B_TLHP_A2_LIM TYELO66 = -25 / BPWHKLHPA2TEMP Yellow lower limit = B_TLHP_A2_LTYEHI66 = 55 / BPWHKLHPA2TEMP Yellow upper limit = B_TLHP_A2_LTRDHI67 = 60 / BPWHKLHPB8TEMP Red upper limit = B_TLHP_B8_LIM TYEHI67 = 55 / BPWHKLHPB8TEMP Yellow upper limit = B_TLHP_B8_LTRDLO68 = 149 / BPWHKTAGREARHVLT Red lower limit = B_PCB_TAGHV_TRDHI68 = 153 / BPWHKTAGREARHVLT Red upper limit = B_PCB_TAGHV_TYELO68 = 150 / BPWHKTAGREARHVLT Yellow lower limit = B_PCB_TAGTYEHI68 = 152 / BPWHKTAGREARHVLT Yellow upper limit = B_PCB_TAGTRDLO73 = -0.2 / BPWHKB03INPUTI Red lower limit = B_PCB_B03_INPITRDHI73 = 0.9 / BPWHKB03INPUTI Red upper limit = B_PCB_B03_INPITYELO73 = -0.1 / BPWHKB03INPUTI Yellow lower limit = B_PCB_B03_ITYEHI73 = 0.8 / BPWHKB03INPUTI Yellow upper limit = B_PCB_B03_ITRDLO74 = -2 / BPWHKB0325GND Red lower limit = B_PCB_B03_2_5G_TRDHI74 = 15 / BPWHKB0325GND Red upper limit = B_PCB_B03_2_5G_TYELO74 = -1 / BPWHKB0325GND Yellow lower limit = B_PCB_B03_2_TYEHI74 = 10 / BPWHKB0325GND Yellow upper limit = B_PCB_B03_2_TRDLO75 = 2.55 / BPWHKB03P25VLT Red lower limit = B_PCB_B03_2_7VTRDHI75 = 2.84 / BPWHKB03P25VLT Red upper limit = B_PCB_B03_2_7VTYELO75 = 2.62 / BPWHKB03P25VLT Yellow lower limit = B_PCB_B03_2TYEHI75 = 2.78 / BPWHKB03P25VLT Yellow upper limit = B_PCB_B03_2TRDLO76 = 2.55 / BPWHKB03M25VLT Red lower limit = B_PCB_B03_2_7VTRDHI76 = 2.84 / BPWHKB03M25VLT Red upper limit = B_PCB_B03_2_7VTYELO76 = 2.62 / BPWHKB03M25VLT Yellow lower limit = B_PCB_B03_2TYEHI76 = 2.78 / BPWHKB03M25VLT Yellow upper limit = B_PCB_B03_2TRDLO77 = 3.65 / BPWHKB03P35VLT Red lower limit = B_PCB_B03_3_8VTRDHI77 = 4.05 / BPWHKB03P35VLT Red upper limit = B_PCB_B03_3_8VTYELO77 = 3.73 / BPWHKB03P35VLT Yellow lower limit = B_PCB_B03_3TYEHI77 = 3.97 / BPWHKB03P35VLT Yellow upper limit = B_PCB_B03_3TRDLO78 = 3.65 / BPWHKB03M35VLT Red lower limit = B_PCB_B03_3_8VTRDHI78 = 4.05 / BPWHKB03M35VLT Red upper limit = B_PCB_B03_3_8VTYELO78 = 3.73 / BPWHKB03M35VLT Yellow lower limit = B_PCB_B03_3TYEHI78 = 3.97 / BPWHKB03M35VLT Yellow upper limit = B_PCB_B03_3TRDLO79 = 4.75 / BPWHKB03P50VLT Red lower limit = B_PCB_B03_5_0VTRDHI79 = 5.25 / BPWHKB03P50VLT Red upper limit = B_PCB_B03_5_0VTYELO79 = 4.85 / BPWHKB03P50VLT Yellow lower limit = B_PCB_B03_5TYEHI79 = 5.15 / BPWHKB03P50VLT Yellow upper limit = B_PCB_B03_5TRDLO80 = 7.12 / BPWHKB03P75VLT Red lower limit = B_PCB_B03_7_5VTRDHI80 = 7.85 / BPWHKB03P75VLT Red upper limit = B_PCB_B03_7_5VTYELO80 = 7.27 / BPWHKB03P75VLT Yellow lower limit = B_PCB_B03_7TYEHI80 = 7.72 / BPWHKB03P75VLT Yellow upper limit = B_PCB_B03_7TRDLO81 = 7.12 / BPWHKB03M75VLT Red lower limit = B_PCB_B03_7_5VTRDHI81 = 7.85 / BPWHKB03M75VLT Red upper limit = B_PCB_B03_7_5VTYELO81 = 7.27 / BPWHKB03M75VLT Yellow lower limit = B_PCB_B03_7TYEHI81 = 7.72 / BPWHKB03M75VLT Yellow upper limit = B_PCB_B03_7TRDLO82 = -20 / BPWHKB03CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI82 = 61 / BPWHKB03CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO82 = -15 / BPWHKB03CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI82 = 56 / BPWHKB03CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO83 = -15 / BPWHKB03TEMP Red lower limit = B_TBLK_03_LIM TRDHI83 = 45 / BPWHKB03TEMP Red upper limit = B_TBLK_03_LIM TYELO83 = -10 / BPWHKB03TEMP Yellow lower limit = B_TBLK_03_LIMTYEHI83 = 40 / BPWHKB03TEMP Yellow upper limit = B_TBLK_03_LIMTRDHI84 = 60 / BPWHKLHPA3TEMP Red upper limit = B_TLHP_A3_LIM TYEHI84 = 55 / BPWHKLHPA3TEMP Yellow upper limit = B_TLHP_A3_LTRDLO85 = -25 / BPWHKLHPB9TEMP Red lower limit = B_TLHP_B9_LIM TRDHI85 = 40 / BPWHKLHPB9TEMP Red upper limit = B_TLHP_B9_LIM TYELO85 = -20 / BPWHKLHPB9TEMP Yellow lower limit = B_TLHP_B9_LTYEHI85 = 35 / BPWHKLHPB9TEMP Yellow upper limit = B_TLHP_B9_LTRDLO86 = 1.96 / BPWHKTAGREARTVLT Red lower limit = B_PCB_RTAGTHTRDHI86 = 1.99 / BPWHKTAGREARTVLT Red upper limit = B_PCB_RTAGTHTYELO86 = 1.977 / BPWHKTAGREARTVLT Yellow lower limit = B_PCB_RTATYEHI86 = 1.982 / BPWHKTAGREARTVLT Yellow upper limit = B_PCB_RTATRDLO91 = -0.2 / BPWHKB04INPUTI Red lower limit = B_PCB_B04_INPITRDHI91 = 0.9 / BPWHKB04INPUTI Red upper limit = B_PCB_B04_INPITYELO91 = -0.1 / BPWHKB04INPUTI Yellow lower limit = B_PCB_B04_ITYEHI91 = 0.8 / BPWHKB04INPUTI Yellow upper limit = B_PCB_B04_ITRDLO92 = -2 / BPWHKB0425GND Red lower limit = B_PCB_B04_2_5G_TRDHI92 = 15 / BPWHKB0425GND Red upper limit = B_PCB_B04_2_5G_TYELO92 = -1 / BPWHKB0425GND Yellow lower limit = B_PCB_B04_2_TYEHI92 = 10 / BPWHKB0425GND Yellow upper limit = B_PCB_B04_2_TRDLO93 = 2.55 / BPWHKB04P25VLT Red lower limit = B_PCB_B04_2_7VTRDHI93 = 2.84 / BPWHKB04P25VLT Red upper limit = B_PCB_B04_2_7VTYELO93 = 2.62 / BPWHKB04P25VLT Yellow lower limit = B_PCB_B04_2TYEHI93 = 2.78 / BPWHKB04P25VLT Yellow upper limit = B_PCB_B04_2TRDLO94 = 2.55 / BPWHKB04M25VLT Red lower limit = B_PCB_B04_2_7VTRDHI94 = 2.84 / BPWHKB04M25VLT Red upper limit = B_PCB_B04_2_7VTYELO94 = 2.62 / BPWHKB04M25VLT Yellow lower limit = B_PCB_B04_2TYEHI94 = 2.78 / BPWHKB04M25VLT Yellow upper limit = B_PCB_B04_2TRDLO95 = 3.65 / BPWHKB04P35VLT Red lower limit = B_PCB_B04_3_8VTRDHI95 = 4.05 / BPWHKB04P35VLT Red upper limit = B_PCB_B04_3_8VTYELO95 = 3.73 / BPWHKB04P35VLT Yellow lower limit = B_PCB_B04_3TYEHI95 = 3.97 / BPWHKB04P35VLT Yellow upper limit = B_PCB_B04_3TRDLO96 = 3.65 / BPWHKB04M35VLT Red lower limit = B_PCB_B04_3_8VTRDHI96 = 4.05 / BPWHKB04M35VLT Red upper limit = B_PCB_B04_3_8VTYELO96 = 3.73 / BPWHKB04M35VLT Yellow lower limit = B_PCB_B04_3TYEHI96 = 3.97 / BPWHKB04M35VLT Yellow upper limit = B_PCB_B04_3TRDLO97 = 4.75 / BPWHKB04P50VLT Red lower limit = B_PCB_B04_5_0VTRDHI97 = 5.25 / BPWHKB04P50VLT Red upper limit = B_PCB_B04_5_0VTYELO97 = 4.85 / BPWHKB04P50VLT Yellow lower limit = B_PCB_B04_5TYEHI97 = 5.15 / BPWHKB04P50VLT Yellow upper limit = B_PCB_B04_5TRDLO98 = 7.12 / BPWHKB04P75VLT Red lower limit = B_PCB_B04_7_5VTRDHI98 = 7.85 / BPWHKB04P75VLT Red upper limit = B_PCB_B04_7_5VTYELO98 = 7.27 / BPWHKB04P75VLT Yellow lower limit = B_PCB_B04_7TYEHI98 = 7.72 / BPWHKB04P75VLT Yellow upper limit = B_PCB_B04_7TRDLO99 = 7.12 / BPWHKB04M75VLT Red lower limit = B_PCB_B04_7_5VTRDHI99 = 7.85 / BPWHKB04M75VLT Red upper limit = B_PCB_B04_7_5VTYELO99 = 7.27 / BPWHKB04M75VLT Yellow lower limit = B_PCB_B04_7TYEHI99 = 7.72 / BPWHKB04M75VLT Yellow upper limit = B_PCB_B04_7TRDLO100= -20 / BPWHKB04CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI100= 61 / BPWHKB04CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO100= -15 / BPWHKB04CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI100= 56 / BPWHKB04CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO101= -15 / BPWHKB04TEMP Red lower limit = B_TBLK_04_LIM TRDHI101= 45 / BPWHKB04TEMP Red upper limit = B_TBLK_04_LIM TYELO101= -10 / BPWHKB04TEMP Yellow lower limit = B_TBLK_04_LIMTYEHI101= 40 / BPWHKB04TEMP Yellow upper limit = B_TBLK_04_LIMTRDHI102= 60 / BPWHKLHPA4TEMP Red upper limit = B_TLHP_A4_LIM TYEHI102= 55 / BPWHKLHPA4TEMP Yellow upper limit = B_TLHP_A4_LTRDLO103= -55 / BPWHKMASK0TEMP Red lower limit = B_TMASK_0_LIM TRDHI103= 55 / BPWHKMASK0TEMP Red upper limit = B_TMASK_0_LIM TYELO103= -50 / BPWHKMASK0TEMP Yellow lower limit = B_TMASK_0_LTYEHI103= 50 / BPWHKMASK0TEMP Yellow upper limit = B_TMASK_0_LTRDLO109= -0.2 / BPWHKB05INPUTI Red lower limit = B_PCB_B05_INPITRDHI109= 0.9 / BPWHKB05INPUTI Red upper limit = B_PCB_B05_INPITYELO109= -0.1 / BPWHKB05INPUTI Yellow lower limit = B_PCB_B05_ITYEHI109= 0.8 / BPWHKB05INPUTI Yellow upper limit = B_PCB_B05_ITRDLO110= -2 / BPWHKB0525GND Red lower limit = B_PCB_B05_2_5G_TRDHI110= 15 / BPWHKB0525GND Red upper limit = B_PCB_B05_2_5G_TYELO110= -1 / BPWHKB0525GND Yellow lower limit = B_PCB_B05_2_TYEHI110= 10 / BPWHKB0525GND Yellow upper limit = B_PCB_B05_2_TRDLO111= 2.55 / BPWHKB05P25VLT Red lower limit = B_PCB_B05_2_7VTRDHI111= 2.84 / BPWHKB05P25VLT Red upper limit = B_PCB_B05_2_7VTYELO111= 2.62 / BPWHKB05P25VLT Yellow lower limit = B_PCB_B05_2TYEHI111= 2.78 / BPWHKB05P25VLT Yellow upper limit = B_PCB_B05_2HISTORY TASK: FAPPND on FILENAME: sw01210276000b140x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:31 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AůQkqY tߌˉ$[Nu׉>3Z! 6((YZێ"JkYJ􉺃ZAů \kqYnʉ%\?}׉:7[$8+)Za  .mZ󉹃[AůIkqX7_ʉ&ZO؉kqYĀg݌ȉ$[n|Ӊ;]Zŀ+w 7Q*YlӉlYz߈ZـAů48kqXހmߌɉ%[_!Չ;QZ+{8E)Y`ڎnZY񉹃׈ZAůCkqYՀ!eތȉ&[u덉ՉZ>AůkqYk%eߌ͉&[π!Չ%KZW)y$%YE_Y$􉳅G[GAůkqY$ jΉ&[{ ։&LZ̀+z;&Yq\YNZGAů}kqX` u&͉&[v"Չ"w[_#z m&ZՀݎ}[YNZ9Aů$JkqWU"h͉%Z̀{!؉"ZL({ %X mYY>Z2Aů,kqY<ߎ;Ủ&\|؉΋[&z lj%Z M\Z/[؀AůRkqYЀ$d݌Ή%\B}׉닑[ހ*x $ZԀ1WZ݀$%[,Aů,kqZH hω%\ zى \K $}%[1 YZр\LAů.kqYX hЉ%\πz׉ (\` $~%[ڀ YZˀ\DAůkqXĀ qߌω$[@wى:[ } 0#Z܎~WYÀZAůkqXR 0h'щ$Zŀ#ډ EZ31s <$Y؀ XYYAů#RkqYQ"gщƉ$\ʀ| ۉ!Q\M(z I$[΀  ҉YZ[;Aů2dkqXk#hщӉ#[߀y ۉ!\ZS'{ T"Yˀ ʼnYY􈖀ZMAůAkqXR 1i'щ؉#Z$܉!gZK1s a"YЀ  ZY񈗀Z.AůPuOkqX*!h҉މ"Z} ܉"oYP)w f"X![X ZAů_kqY2  s'Չ$[v"݉%iZ ${  ^"Zb܎}!ZY툖ZAůnkqWS#eߌՉ"Zр}!܉%UZ=(x  G!Y"\Xƀ"눗Z0Aů}jjkqX'eߌ؉"["݉&P[e*w"3!Z !ى]YZmAůkqYOfߌډ"[z}#މ)E[7! $:"Zd!]Z򈕀[+AůMkqY"g ؉$![ˀ}!߉'HZE*y ">!Z% ]Z~"Z#Aů=kqXUvډ ![׀x߉(TY !} $H!Xێ}$]XZ+Aů=2kqW+` ۉ!Zበ)`Y/s &U!X $^X ZzAů_kqX&%c݉*![󍂍 剟*n[-t &a"Z '_YG&[bAůkqW; fߌމc Z|剠+iY)(z )^!Y &]YZAůIkqYyr \zz!扠,\\ " (H"[pގ~*^Z[AůkqYb!dތ≕|!\Àz扡.R[S*x *("Z߀򍙍(/aZҀ &[(AůkqXҀ#aތ≔[,z牟-A[r(w (##Y)Q`Y$ 5[ Aů2kqX0X扖}![ '鉟.P[0u +D#Z *haZ F[ҀAů"ukqX!dތ艕p![h| 뉟-_Z *u ,U#Y,e_Yc VZAů1kqW#dߌ牖 ZKz쉟/RY'x ,I#X@-b_Y eYWAů@XkqY]eތ艕 [̀} 퉟/O[e)y +E"ZȀ/z_ZqZLAůOIkqX!b܌ꉖЉ!Zy/LZ%w -)#YI/`Y; Z Aů^kqY>U쉔Љ"[P{񉠉0C[؀ 'y +,$ZK0aZQ[AůmkqZZ'bȉ"\ 󉠉1R\/u .I$Zh 3ÉaZs&\ȀAů|%kqX; b݌![y􉠉1b['w -X$Yɀ4aZÀZ/Aů?kqX#e򉕉"[j{ 1RZ*w .E$Y* 퍛3`YTZAů[kqX!cތ"[u2NZ<%x /7%Y 6ԉaY͈Z)Aů~kqY0bތ􉔉"[w1FZ8 "{ !, %Y8aYوZAůkqX eߌ"ZK|2BY(w .7$Xq󍐍7bXb숕ZAůWikqXi #[Ԁz!4Z\b*{".P'Yـ:cZ݀[QAůy>kqYQ h-#[|!4XZY*y #/M%Z9dZZ/Aů!kqXTeތ E$[z4QZY%z #.D%Yŀ 9 bY!Z$AůkqWp܌ &[v8&Z} A2(Xݎ _ÉhX1xYaAůy>kqZk (\&}9,[&z B4(Y, agZ1s[nAůËkqXxj &[*{74Z,w A2((Y*܎_hY 1mZmAůdkqWiތ &Z}7EYn%y >5;(Xߎ _rhX.dYpAů;kqXh '[}7T[*x >4I(Z"^ZgZ$.[[mAů ZkqX wߌ &[. z!8_Z  >5T(Y" ]BgY,RZlAů ZkqY&c(\8W\){ <3K)Z+ [.iZ,H\xAůLkqZnމ'\(!8R])~<3/)[Z4i[-=\Aů |kqXt4] ԉ'[% &7D[%z ;4'Y/ ZXgY*4[tAůzkqYjߌ Ӊ'[ 95Z&y ;5(Z. XziZ(3Z]Aů*TkqY m ͉'[&!8,[l)}85(ZWiZ(/[pAů9kqXi݌ ʉ([v 9&Z| 84(Y!ߎ VhY%1Z^AůH,(kqYl ɉ'\% 8#[*z 74(Z#TiZ&1[^AůWkqXi ˉ'[| 8 Z&z 72(Z6 UgY'%3Z|AůfٔkqXjߌ '[6| 7'Zw'z 53'Y$ TgY$0ZAůuZkqXjߌ&[,} 7*Z'z 31(Y;ߎ SjgY#,ZkAůkqYgތ %[!~ 74[+w 21((Z7PKhY"&ZAůRkqWlߌ &Z}6BY!} 139'X5R/fY; YzAůkqY~m ([6N[(| 11C'Z/ OhZ:"[AůkqXk '[A!5[["/2R(Z>ڎOgZJ [}AůkqXo ([# '6`Z'| /1T)YAގNgYPZAůkqYk􉜉 '[7~ 6SZ'| /1>(Y.OՉfY$􈓀ZAůwGkqX-Z݌ '[E!5LY*w /2!(Y> NfY:ZAůkqYn􉛉 '[E8=Z#}-2(Z% K#hY/舓ZAů1kqY7^󉛉 'ZE81Z%} -2 )YW JFiY=舔ZAů kqYn 󉜉 '[R 5*[*|-3 (Z0 J\gZ>숖[Aů7kqWkߌ򉜉 'ZH|7(Z&z *2(YLގ JWhY=숔ZAů)}kqY€k򉞉 ([S 6)Z+z )3(ZdHkqXkތ '[|}6PZڀ'z %27*YDfYqԈZĀAůdkqXhތ([}7GZ%z &2)YoAhYЈZҀAůokqYg݌ '[xw69Z %4)Y؎DhZzш[Aů{tkqXo݌ '[S p5.Z " %2 (X`D=hY[ֈZ΀AůkqXgߌ&[Ly7*ZҀ%| '1 (Y^ߎDWfYQވZAůcskqYȀ&`ތ '[6([m2x&0 (Z=B[gZ刔[XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 220 / width of table in bytes NAXIS2 = 110 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 107 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BPWHKB05M25VLT' / PW HK Pkt; Block 05 -2.5 Voltage TFORM2 = '1I ' / data format of field: 2-byte INTEGER TZERO2 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL2 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT2 = 'V ' / physical unit of field TTYPE3 = 'BPWHKB05P35VLT' / PW HK Pkt; Block 05 +3.5 Voltage TFORM3 = '1I ' / data format of field: 2-byte INTEGER TZERO3 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL3 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT3 = 'V ' / physical unit of field TTYPE4 = 'BPWHKB05M35VLT' / PW HK Pkt; Block 05 -3.5 Voltage TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL4 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT4 = 'V ' / physical unit of field TTYPE5 = 'BPWHKB05P50VLT' / PW HK Pkt; Block 05 +5.0 Digital Voltage TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL5 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT5 = 'V ' / physical unit of field TTYPE6 = 'BPWHKB05P75VLT' / PW HK Pkt; Block 05 +7.5 Voltage TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL6 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT6 = 'V ' / physical unit of field TTYPE7 = 'BPWHKB05M75VLT' / PW HK Pkt; Block 05 -7.5 Voltage TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL7 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT7 = 'V ' / physical unit of field TTYPE8 = 'BPWHKB05CVTTEMP' / PW HK Pkt; Block 05 DC-DC Converter Module TempTFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL8 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT8 = 'Celsius ' / physical unit of field TTYPE9 = 'BPWHKB05TEMP' / PW HK Pkt; Block 05 Temperature TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL9 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT9 = 'Celsius ' / physical unit of field TTYPE10 = 'BPWHKLHPA5TEMP' / PW HK Pkt; LHP 0 (+Y) LiqLine @ CC inlet TemperTFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL10 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT10 = 'Celsius ' / physical unit of field TTYPE11 = 'BPWHKMASK1TEMP' / PW HK Pkt; Mask Temperature (top, +Y/+Z) TFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL11 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT11 = 'Celsius ' / physical unit of field TTYPE12 = 'BPWHKSPARE05TMP' / PW HK Pkt; Block 05 Spare Temperature TFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL12 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT12 = 'Celsius ' / physical unit of field TTYPE13 = 'BPWHKB06PRITEMP' / PW HK Pkt; Block 06 SetPointTemp Primary HeaterTFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 32768 / offset for unsigned integers TTYPE14 = 'BPWHKB06SECTEMP' / PW HK Pkt; Block 06 SetPointTemp 2ndary Heater TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 32768 / offset for unsigned integers TTYPE15 = 'BPWHKB06SPARE0' / PW HK Pkt; Block 06 Spare 0 TFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BPWHKB06SPARE1' / PW HK Pkt; Block 06 Spare 1 TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BPWHKB06INPUTI' / PW HK Pkt; Block 06 Input Current for DC-DC ConTFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL17 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT17 = 'A ' / physical unit of field TTYPE18 = 'BPWHKB0625GND' / PW HK Pkt; Block 06 Voltage on 2.5 Ground ReturTFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 32768 / offset for unsigned integers TTYPE19 = 'BPWHKB06P25VLT' / PW HK Pkt; Block 06 +2.5 Voltage TFORM19 = '1I ' / data format of field: 2-byte INTEGER TZERO19 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL19 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT19 = 'V ' / physical unit of field TTYPE20 = 'BPWHKB06M25VLT' / PW HK Pkt; Block 06 -2.5 Voltage TFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL20 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT20 = 'V ' / physical unit of field TTYPE21 = 'BPWHKB06P35VLT' / PW HK Pkt; Block 06 +3.5 Voltage TFORM21 = '1I ' / data format of field: 2-byte INTEGER TZERO21 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL21 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT21 = 'V ' / physical unit of field TTYPE22 = 'BPWHKB06M35VLT' / PW HK Pkt; Block 06 -3.5 Voltage TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL22 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT22 = 'V ' / physical unit of field TTYPE23 = 'BPWHKB06P50VLT' / PW HK Pkt; Block 06 +5.0 Digital Voltage TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL23 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT23 = 'V ' / physical unit of field TTYPE24 = 'BPWHKB06P75VLT' / PW HK Pkt; Block 06 +7.5 Voltage TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL24 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT24 = 'V ' / physical unit of field TTYPE25 = 'BPWHKB06M75VLT' / PW HK Pkt; Block 06 -7.5 Voltage TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL25 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT25 = 'V ' / physical unit of field TTYPE26 = 'BPWHKB06CVTTEMP' / PW HK Pkt; Block 06 DC-DC Converter Module TempTFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL26 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT26 = 'Celsius ' / physical unit of field TTYPE27 = 'BPWHKB06TEMP' / PW HK Pkt; Block 06 Temperature TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL27 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT27 = 'Celsius ' / physical unit of field TTYPE28 = 'BPWHKLHPA6TEMP' / PW HK Pkt; LHP 0 (+Y) LiqLine @ Cond Outlet TemTFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL28 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT28 = 'Celsius ' / physical unit of field TTYPE29 = 'BPWHKMASK2TEMP' / PW HK Pkt; Mask Temperature (top, -Y/+Z) TFORM29 = '1I ' / data format of field: 2-byte INTEGER TZERO29 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL29 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT29 = 'Celsius ' / physical unit of field TTYPE30 = 'BPWHKSPARE06TMP' / PW HK Pkt; Block 06 Spare Temperature TFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL30 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT30 = 'Celsius ' / physical unit of field TTYPE31 = 'BPWHKB07PRITEMP' / PW HK Pkt; Block 07 SetPointTemp Primary HeaterTFORM31 = '1I ' / data format of field: 2-byte INTEGER TZERO31 = 32768 / offset for unsigned integers TTYPE32 = 'BPWHKB07SECTEMP' / PW HK Pkt; Block 07 SetPointTemp 2ndary Heater TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 32768 / offset for unsigned integers TTYPE33 = 'BPWHKB07SPARE0' / PW HK Pkt; Block 07 Spare 0 TFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'BPWHKB07SPARE1' / PW HK Pkt; Block 07 Spare 1 TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 32768 / offset for unsigned integers TTYPE35 = 'BPWHKB07INPUTI' / PW HK Pkt; Block 07 Input Current for DC-DC ConTFORM35 = '1I ' / data format of field: 2-byte INTEGER TZERO35 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL35 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT35 = 'A ' / physical unit of field TTYPE36 = 'BPWHKB0725GND' / PW HK Pkt; Block 07 Voltage on 2.5 Ground ReturTFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 32768 / offset for unsigned integers TTYPE37 = 'BPWHKB07P25VLT' / PW HK Pkt; Block 07 +2.5 Voltage TFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL37 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT37 = 'V ' / physical unit of field TTYPE38 = 'BPWHKB07M25VLT' / PW HK Pkt; Block 07 -2.5 Voltage TFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL38 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT38 = 'V ' / physical unit of field TTYPE39 = 'BPWHKB07P35VLT' / PW HK Pkt; Block 07 +3.5 Voltage TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL39 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT39 = 'V ' / physical unit of field TTYPE40 = 'BPWHKB07M35VLT' / PW HK Pkt; Block 07 -3.5 Voltage TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL40 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT40 = 'V ' / physical unit of field TTYPE41 = 'BPWHKB07P50VLT' / PW HK Pkt; Block 07 +5.0 Digital Voltage TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL41 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT41 = 'V ' / physical unit of field TTYPE42 = 'BPWHKB07P75VLT' / PW HK Pkt; Block 07 +7.5 Voltage TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL42 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT42 = 'V ' / physical unit of field TTYPE43 = 'BPWHKB07M75VLT' / PW HK Pkt; Block 07 -7.5 Voltage TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL43 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT43 = 'V ' / physical unit of field TTYPE44 = 'BPWHKB07CVTTEMP' / PW HK Pkt; Block 07 DC-DC Converter Module TempTFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL44 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT44 = 'Celsius ' / physical unit of field TTYPE45 = 'BPWHKB07TEMP' / PW HK Pkt; Block 07 Temperature TFORM45 = '1I ' / data format of field: 2-byte INTEGER TZERO45 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL45 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT45 = 'Celsius ' / physical unit of field TTYPE46 = 'BPWHKLHPA7TEMP' / PW HK Pkt; LHP 0 (+Y) VapLine @ Evap Outlet TemTFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL46 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT46 = 'Celsius ' / physical unit of field TTYPE47 = 'BPWHKMASK3TEMP' / PW HK Pkt; Mask Temperature (top, -Y,-Z) TFORM47 = '1I ' / data format of field: 2-byte INTEGER TZERO47 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL47 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT47 = 'Celsius ' / physical unit of field TTYPE48 = 'BPWHKSPARE07TMP' / PW HK Pkt; Block 07 Spare Temperature TFORM48 = '1I ' / data format of field: 2-byte INTEGER TZERO48 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL48 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT48 = 'Celsius ' / physical unit of field TTYPE49 = 'BPWHKB08PRITEMP' / PW HK Pkt; Block 08 SetPointTemp Primary HeaterTFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = 32768 / offset for unsigned integers TTYPE50 = 'BPWHKB08SECTEMP' / PW HK Pkt; Block 08 SetPointTemp 2ndary Heater TFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 32768 / offset for unsigned integers TTYPE51 = 'BPWHKB08SPARE0' / PW HK Pkt; Block 08 Spare 0 TFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = 32768 / offset for unsigned integers TTYPE52 = 'BPWHKB08SPARE1' / PW HK Pkt; Block 08 Spare 1 TFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 32768 / offset for unsigned integers TTYPE53 = 'BPWHKB08INPUTI' / PW HK Pkt; Block 08 Input Current for DC-DC ConTFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL53 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT53 = 'A ' / physical unit of field TTYPE54 = 'BPWHKB0825GND' / PW HK Pkt; Block 08 Voltage on 2.5 Ground ReturTFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BPWHKB08P25VLT' / PW HK Pkt; Block 08 +2.5 Voltage TFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL55 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT55 = 'V ' / physical unit of field TTYPE56 = 'BPWHKB08M25VLT' / PW HK Pkt; Block 08 -2.5 Voltage TFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL56 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT56 = 'V ' / physical unit of field TTYPE57 = 'BPWHKB08P35VLT' / PW HK Pkt; Block 08 +3.5 Voltage TFORM57 = '1I ' / data format of field: 2-byte INTEGER TZERO57 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL57 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT57 = 'V ' / physical unit of field TTYPE58 = 'BPWHKB08M35VLT' / PW HK Pkt; Block 08 -3.5 Voltage TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL58 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT58 = 'V ' / physical unit of field TTYPE59 = 'BPWHKB08P50VLT' / PW HK Pkt; Block 08 +5.0 Digital Voltage TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL59 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT59 = 'V ' / physical unit of field TTYPE60 = 'BPWHKB08P75VLT' / PW HK Pkt; Block 08 +7.5 Voltage TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL60 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT60 = 'V ' / physical unit of field TTYPE61 = 'BPWHKB08M75VLT' / PW HK Pkt; Block 08 -7.5 Voltage TFORM61 = '1I ' / data format of field: 2-byte INTEGER TZERO61 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL61 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT61 = 'V ' / physical unit of field TTYPE62 = 'BPWHKB08CVTTEMP' / PW HK Pkt; Block 08 DC-DC Converter Module TempTFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL62 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT62 = 'Celsius ' / physical unit of field TTYPE63 = 'BPWHKB08TEMP' / PW HK Pkt; Block 08 Temperature TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL63 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT63 = 'Celsius ' / physical unit of field TTYPE64 = 'BPWHKLHPA8TEMP' / PW HK Pkt; LHP 0 (+Y) VapLine @ Cond Outlet TemTFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL64 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT64 = 'Celsius ' / physical unit of field TTYPE65 = 'BPWHKMASK4TEMP' / PW HK Pkt; Mask Temperature (top, +Y,-Z) TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL65 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT65 = 'Celsius ' / physical unit of field TTYPE66 = 'BPWHKIPPRI0TEMP' / PW HK Pkt; IP Primary LVPC TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 32768 / offset for unsigned integers TTYPE67 = 'BPWHKB09PRITEMP' / PW HK Pkt; Block 09 SetPointTemp Primary HeaterTFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 32768 / offset for unsigned integers TTYPE68 = 'BPWHKB09SECTEMP' / PW HK Pkt; Block 09 SetPointTemp 2ndary Heater TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 32768 / offset for unsigned integers TTYPE69 = 'BPWHKB09SPARE0' / PW HK Pkt; Block 09 Spare 0 TFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'BPWHKB09SPARE1' / PW HK Pkt; Block 09 Spare 1 TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 32768 / offset for unsigned integers TTYPE71 = 'BPWHKB09INPUTI' / PW HK Pkt; Block 09 Input Current for DC-DC ConTFORM71 = '1I ' / data format of field: 2-byte INTEGER TZERO71 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL71 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT71 = 'A ' / physical unit of field TTYPE72 = 'BPWHKB0925GND' / PW HK Pkt; Block 09 Voltage on 2.5 Ground ReturTFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 32768 / offset for unsigned integers TTYPE73 = 'BPWHKB09P25VLT' / PW HK Pkt; Block 09 +2.5 Voltage TFORM73 = '1I ' / data format of field: 2-byte INTEGER TZERO73 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL73 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT73 = 'V ' / physical unit of field TTYPE74 = 'BPWHKB09M25VLT' / PW HK Pkt; Block 09 -2.5 Voltage TFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL74 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT74 = 'V ' / physical unit of field TTYPE75 = 'BPWHKB09P35VLT' / PW HK Pkt; Block 09 +3.5 Voltage TFORM75 = '1I ' / data format of field: 2-byte INTEGER TZERO75 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL75 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT75 = 'V ' / physical unit of field TTYPE76 = 'BPWHKB09M35VLT' / PW HK Pkt; Block 09 -3.5 Voltage TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL76 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT76 = 'V ' / physical unit of field TTYPE77 = 'BPWHKB09P50VLT' / PW HK Pkt; Block 09 +5.0 Digital Voltage TFORM77 = '1I ' / data format of field: 2-byte INTEGER TZERO77 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL77 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT77 = 'V ' / physical unit of field TTYPE78 = 'BPWHKB09P75VLT' / PW HK Pkt; Block 09 +7.5 Voltage TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL78 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT78 = 'V ' / physical unit of field TTYPE79 = 'BPWHKB09M75VLT' / PW HK Pkt; Block 09 -7.5 Voltage TFORM79 = '1I ' / data format of field: 2-byte INTEGER TZERO79 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL79 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT79 = 'V ' / physical unit of field TTYPE80 = 'BPWHKB09CVTTEMP' / PW HK Pkt; Block 09 DC-DC Converter Module TempTFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL80 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT80 = 'Celsius ' / physical unit of field TTYPE81 = 'BPWHKB09TEMP' / PW HK Pkt; Block 09 Temperature TFORM81 = '1I ' / data format of field: 2-byte INTEGER TZERO81 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL81 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT81 = 'Celsius ' / physical unit of field TTYPE82 = 'BPWHKLHPA9TEMP' / PW HK Pkt; LHP 0 (+Y) Block/DM Temperature (A9)TFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL82 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT82 = 'Celsius ' / physical unit of field TTYPE83 = 'BPWHKPLATE0TEMP' / PW HK Pkt; DAP Temperature (top, +Y/+Z) TFORM83 = '1I ' / data format of field: 2-byte INTEGER TZERO83 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL83 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT83 = 'Celsius ' / physical unit of field TTYPE84 = 'BPWHKIPPRI1TEMP' / PW HK Pkt; IP Primary LVPC TFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 32768 / offset for unsigned integers TTYPE85 = 'BPWHKB10PRITEMP' / PW HK Pkt; Block 10 SetPointTemp Primary HeaterTFORM85 = '1I ' / data format of field: 2-byte INTEGER TZERO85 = 32768 / offset for unsigned integers TTYPE86 = 'BPWHKB10SECTEMP' / PW HK Pkt; Block 10 SetPointTemp 2ndary Heater TFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 32768 / offset for unsigned integers TTYPE87 = 'BPWHKB10SPARE0' / PW HK Pkt; Block 10 Spare 0 TFORM87 = '1I ' / data format of field: 2-byte INTEGER TZERO87 = 32768 / offset for unsigned integers TTYPE88 = 'BPWHKB10SPARE1' / PW HK Pkt; Block 10 Spare 1 TFORM88 = '1I ' / data format of field: 2-byte INTEGER TZERO88 = 32768 / offset for unsigned integers TTYPE89 = 'BPWHKB10INPUTI' / PW HK Pkt; Block 10 Input Current for DC-DC ConTFORM89 = '1I ' / data format of field: 2-byte INTEGER TZERO89 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL89 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT89 = 'A ' / physical unit of field TTYPE90 = 'BPWHKB1025GND' / PW HK Pkt; Block 10 Voltage on 2.5 Ground ReturTFORM90 = '1I ' / data format of field: 2-byte INTEGER TZERO90 = 32768 / offset for unsigned integers TTYPE91 = 'BPWHKB10P25VLT' / PW HK Pkt; Block 10 +2.5 Voltage TFORM91 = '1I ' / data format of field: 2-byte INTEGER TZERO91 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL91 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT91 = 'V ' / physical unit of field TTYPE92 = 'BPWHKB10M25VLT' / PW HK Pkt; Block 10 -2.5 Voltage TFORM92 = '1I ' / data format of field: 2-byte INTEGER TZERO92 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL92 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT92 = 'V ' / physical unit of field TTYPE93 = 'BPWHKB10P35VLT' / PW HK Pkt; Block 10 +3.5 Voltage TFORM93 = '1I ' / data format of field: 2-byte INTEGER TZERO93 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL93 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT93 = 'V ' / physical unit of field TTYPE94 = 'BPWHKB10M35VLT' / PW HK Pkt; Block 10 -3.5 Voltage TFORM94 = '1I ' / data format of field: 2-byte INTEGER TZERO94 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL94 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT94 = 'V ' / physical unit of field TTYPE95 = 'BPWHKB10P50VLT' / PW HK Pkt; Block 10 +5.0 Digital Voltage TFORM95 = '1I ' / data format of field: 2-byte INTEGER TZERO95 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL95 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT95 = 'V ' / physical unit of field TTYPE96 = 'BPWHKB10P75VLT' / PW HK Pkt; Block 10 +7.5 Voltage TFORM96 = '1I ' / data format of field: 2-byte INTEGER TZERO96 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL96 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT96 = 'V ' / physical unit of field TTYPE97 = 'BPWHKB10M75VLT' / PW HK Pkt; Block 10 -7.5 Voltage TFORM97 = '1I ' / data format of field: 2-byte INTEGER TZERO97 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL97 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT97 = 'V ' / physical unit of field TTYPE98 = 'BPWHKB10CVTTEMP' / PW HK Pkt; Block 10 DC-DC Converter Module TempTFORM98 = '1I ' / data format of field: 2-byte INTEGER TZERO98 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL98 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT98 = 'Celsius ' / physical unit of field TTYPE99 = 'BPWHKB10TEMP' / PW HK Pkt; Block 10 Temperature TFORM99 = '1I ' / data format of field: 2-byte INTEGER TZERO99 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL99 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT99 = 'Celsius ' / physical unit of field TTYPE100= 'BPWHKLHPB0TEMP' / PW HK Pkt; LHP 1 (-Y) Comp Chamber (CC) TemperaTFORM100= '1I ' / data format of field: 2-byte INTEGER TZERO100= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL100= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT100= 'Celsius ' / physical unit of field TTYPE101= 'BPWHKPLATE1TEMP' / PW HK Pkt; DAP Temperature (Block Htr ControlleTFORM101= '1I ' / data format of field: 2-byte INTEGER TZERO101= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL101= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT101= 'Celsius ' / physical unit of field TTYPE102= 'BPWHKIPPRI2TEMP' / PW HK Pkt; IP Primary MIC Board Temperature TFORM102= '1I ' / data format of field: 2-byte INTEGER TZERO102= 32768 / offset for unsigned integers TTYPE103= 'BPWHKB11PRITEMP' / PW HK Pkt; Block 11 SetPointTemp Primary HeaterTFORM103= '1I ' / data format of field: 2-byte INTEGER TZERO103= 32768 / offset for unsigned integers TTYPE104= 'BPWHKB11SECTEMP' / PW HK Pkt; Block 11 SetPointTemp 2ndary Heater TFORM104= '1I ' / data format of field: 2-byte INTEGER TZERO104= 32768 / offset for unsigned integers TTYPE105= 'BPWHKB11SPARE0' / PW HK Pkt; Block 11 Spare 0 TFORM105= '1I ' / data format of field: 2-byte INTEGER TZERO105= 32768 / offset for unsigned integers TTYPE106= 'BPWHKB11SPARE1' / PW HK Pkt; Block 11 Spare 1 TFORM106= '1I ' / data format of field: 2-byte INTEGER TZERO106= 32768 / offset for unsigned integers TTYPE107= 'BPWHKB11INPUTI' / PW HK Pkt; Block 11 Input Current for DC-DC ConTFORM107= '1I ' / data format of field: 2-byte INTEGER TZERO107= 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL107= 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT107= 'A ' / physical unit of field EXTNAME = 'hk141x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699893.9432 TSTOP = 727706043.95768 DATE-OBS= '2024-01-23T10:51:28' DATE-END= '2024-01-23T12:33:58' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6150.01447999477 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 321 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:27' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'SMAlSL3kSL9kSL9k' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '3835925063' / data unit checksum updated 2024-02-02T06:06:27 TRDLO2 = 2.55 / BPWHKB05M25VLT Red lower limit = B_PCB_B05_2_7VTRDHI2 = 2.84 / BPWHKB05M25VLT Red upper limit = B_PCB_B05_2_7VTYELO2 = 2.62 / BPWHKB05M25VLT Yellow lower limit = B_PCB_B05_2TYEHI2 = 2.78 / BPWHKB05M25VLT Yellow upper limit = B_PCB_B05_2TRDLO3 = 3.65 / BPWHKB05P35VLT Red lower limit = B_PCB_B05_3_8VTRDHI3 = 4.05 / BPWHKB05P35VLT Red upper limit = B_PCB_B05_3_8VTYELO3 = 3.73 / BPWHKB05P35VLT Yellow lower limit = B_PCB_B05_3TYEHI3 = 3.97 / BPWHKB05P35VLT Yellow upper limit = B_PCB_B05_3TRDLO4 = 3.65 / BPWHKB05M35VLT Red lower limit = B_PCB_B05_3_8VTRDHI4 = 4.05 / BPWHKB05M35VLT Red upper limit = B_PCB_B05_3_8VTYELO4 = 3.73 / BPWHKB05M35VLT Yellow lower limit = B_PCB_B05_3TYEHI4 = 3.97 / BPWHKB05M35VLT Yellow upper limit = B_PCB_B05_3TRDLO5 = 4.75 / BPWHKB05P50VLT Red lower limit = B_PCB_B05_5_0VTRDHI5 = 5.25 / BPWHKB05P50VLT Red upper limit = B_PCB_B05_5_0VTYELO5 = 4.85 / BPWHKB05P50VLT Yellow lower limit = B_PCB_B05_5TYEHI5 = 5.15 / BPWHKB05P50VLT Yellow upper limit = B_PCB_B05_5TRDLO6 = 7.12 / BPWHKB05P75VLT Red lower limit = B_PCB_B05_7_5VTRDHI6 = 7.85 / BPWHKB05P75VLT Red upper limit = B_PCB_B05_7_5VTYELO6 = 7.27 / BPWHKB05P75VLT Yellow lower limit = B_PCB_B05_7TYEHI6 = 7.72 / BPWHKB05P75VLT Yellow upper limit = B_PCB_B05_7TRDLO7 = 7.12 / BPWHKB05M75VLT Red lower limit = B_PCB_B05_7_5VTRDHI7 = 7.85 / BPWHKB05M75VLT Red upper limit = B_PCB_B05_7_5VTYELO7 = 7.27 / BPWHKB05M75VLT Yellow lower limit = B_PCB_B05_7TYEHI7 = 7.72 / BPWHKB05M75VLT Yellow upper limit = B_PCB_B05_7TRDLO8 = -20 / BPWHKB05CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI8 = 61 / BPWHKB05CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO8 = -15 / BPWHKB05CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI8 = 56 / BPWHKB05CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO9 = -15 / BPWHKB05TEMP Red lower limit = B_TBLK_05_LIM TRDHI9 = 45 / BPWHKB05TEMP Red upper limit = B_TBLK_05_LIM TYELO9 = -10 / BPWHKB05TEMP Yellow lower limit = B_TBLK_05_LIMTYEHI9 = 40 / BPWHKB05TEMP Yellow upper limit = B_TBLK_05_LIMTRDLO10 = -30 / BPWHKLHPA5TEMP Red lower limit = B_TLHP_A5_LIM TRDHI10 = 60 / BPWHKLHPA5TEMP Red upper limit = B_TLHP_A5_LIM TYELO10 = -25 / BPWHKLHPA5TEMP Yellow lower limit = B_TLHP_A5_LTYEHI10 = 55 / BPWHKLHPA5TEMP Yellow upper limit = B_TLHP_A5_LTRDLO11 = -55 / BPWHKMASK1TEMP Red lower limit = B_TMASK_1_LIM TRDHI11 = 55 / BPWHKMASK1TEMP Red upper limit = B_TMASK_1_LIM TYELO11 = -50 / BPWHKMASK1TEMP Yellow lower limit = B_TMASK_1_LTYEHI11 = 50 / BPWHKMASK1TEMP Yellow upper limit = B_TMASK_1_LTRDLO17 = -0.2 / BPWHKB06INPUTI Red lower limit = B_PCB_B06_INPITRDHI17 = 0.9 / BPWHKB06INPUTI Red upper limit = B_PCB_B06_INPITYELO17 = -0.1 / BPWHKB06INPUTI Yellow lower limit = B_PCB_B06_ITYEHI17 = 0.8 / BPWHKB06INPUTI Yellow upper limit = B_PCB_B06_ITRDLO18 = -2 / BPWHKB0625GND Red lower limit = B_PCB_B06_2_5G_TRDHI18 = 15 / BPWHKB0625GND Red upper limit = B_PCB_B06_2_5G_TYELO18 = -1 / BPWHKB0625GND Yellow lower limit = B_PCB_B06_2_TYEHI18 = 10 / BPWHKB0625GND Yellow upper limit = B_PCB_B06_2_TRDLO19 = 2.55 / BPWHKB06P25VLT Red lower limit = B_PCB_B06_2_7VTRDHI19 = 2.84 / BPWHKB06P25VLT Red upper limit = B_PCB_B06_2_7VTYELO19 = 2.62 / BPWHKB06P25VLT Yellow lower limit = B_PCB_B06_2TYEHI19 = 2.78 / BPWHKB06P25VLT Yellow upper limit = B_PCB_B06_2TRDLO20 = 2.55 / BPWHKB06M25VLT Red lower limit = B_PCB_B06_2_7VTRDHI20 = 2.84 / BPWHKB06M25VLT Red upper limit = B_PCB_B06_2_7VTYELO20 = 2.62 / BPWHKB06M25VLT Yellow lower limit = B_PCB_B06_2TYEHI20 = 2.78 / BPWHKB06M25VLT Yellow upper limit = B_PCB_B06_2TRDLO21 = 3.65 / BPWHKB06P35VLT Red lower limit = B_PCB_B06_3_8VTRDHI21 = 4.05 / BPWHKB06P35VLT Red upper limit = B_PCB_B06_3_8VTYELO21 = 3.73 / BPWHKB06P35VLT Yellow lower limit = B_PCB_B06_3TYEHI21 = 3.97 / BPWHKB06P35VLT Yellow upper limit = B_PCB_B06_3TRDLO22 = 3.65 / BPWHKB06M35VLT Red lower limit = B_PCB_B06_3_8VTRDHI22 = 4.05 / BPWHKB06M35VLT Red upper limit = B_PCB_B06_3_8VTYELO22 = 3.73 / BPWHKB06M35VLT Yellow lower limit = B_PCB_B06_3TYEHI22 = 3.97 / BPWHKB06M35VLT Yellow upper limit = B_PCB_B06_3TRDLO23 = 4.75 / BPWHKB06P50VLT Red lower limit = B_PCB_B06_5_0VTRDHI23 = 5.25 / BPWHKB06P50VLT Red upper limit = B_PCB_B06_5_0VTYELO23 = 4.85 / BPWHKB06P50VLT Yellow lower limit = B_PCB_B06_5TYEHI23 = 5.15 / BPWHKB06P50VLT Yellow upper limit = B_PCB_B06_5TRDLO24 = 7.12 / BPWHKB06P75VLT Red lower limit = B_PCB_B06_7_5VTRDHI24 = 7.85 / BPWHKB06P75VLT Red upper limit = B_PCB_B06_7_5VTYELO24 = 7.27 / BPWHKB06P75VLT Yellow lower limit = B_PCB_B06_7TYEHI24 = 7.72 / BPWHKB06P75VLT Yellow upper limit = B_PCB_B06_7TRDLO25 = 7.12 / BPWHKB06M75VLT Red lower limit = B_PCB_B06_7_5VTRDHI25 = 7.85 / BPWHKB06M75VLT Red upper limit = B_PCB_B06_7_5VTYELO25 = 7.27 / BPWHKB06M75VLT Yellow lower limit = B_PCB_B06_7TYEHI25 = 7.72 / BPWHKB06M75VLT Yellow upper limit = B_PCB_B06_7TRDLO26 = -20 / BPWHKB06CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI26 = 61 / BPWHKB06CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO26 = -15 / BPWHKB06CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI26 = 56 / BPWHKB06CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO27 = -15 / BPWHKB06TEMP Red lower limit = B_TBLK_06_LIM TRDHI27 = 45 / BPWHKB06TEMP Red upper limit = B_TBLK_06_LIM TYELO27 = -10 / BPWHKB06TEMP Yellow lower limit = B_TBLK_06_LIMTYEHI27 = 40 / BPWHKB06TEMP Yellow upper limit = B_TBLK_06_LIMTRDHI28 = 60 / BPWHKLHPA6TEMP Red upper limit = B_TLHP_A6_LIM TYEHI28 = 55 / BPWHKLHPA6TEMP Yellow upper limit = B_TLHP_A6_LTRDLO29 = -55 / BPWHKMASK2TEMP Red lower limit = B_TMASK_2_LIM TRDHI29 = 55 / BPWHKMASK2TEMP Red upper limit = B_TMASK_2_LIM TYELO29 = -50 / BPWHKMASK2TEMP Yellow lower limit = B_TMASK_2_LTYEHI29 = 50 / BPWHKMASK2TEMP Yellow upper limit = B_TMASK_2_LTRDLO35 = -0.2 / BPWHKB07INPUTI Red lower limit = B_PCB_B07_INPITRDHI35 = 0.9 / BPWHKB07INPUTI Red upper limit = B_PCB_B07_INPITYELO35 = -0.1 / BPWHKB07INPUTI Yellow lower limit = B_PCB_B07_ITYEHI35 = 0.8 / BPWHKB07INPUTI Yellow upper limit = B_PCB_B07_ITRDLO36 = -2 / BPWHKB0725GND Red lower limit = B_PCB_B07_2_5G_TRDHI36 = 15 / BPWHKB0725GND Red upper limit = B_PCB_B07_2_5G_TYELO36 = -1 / BPWHKB0725GND Yellow lower limit = B_PCB_B07_2_TYEHI36 = 10 / BPWHKB0725GND Yellow upper limit = B_PCB_B07_2_TRDLO37 = 2.55 / BPWHKB07P25VLT Red lower limit = B_PCB_B07_2_7VTRDHI37 = 2.84 / BPWHKB07P25VLT Red upper limit = B_PCB_B07_2_7VTYELO37 = 2.62 / BPWHKB07P25VLT Yellow lower limit = B_PCB_B07_2TYEHI37 = 2.78 / BPWHKB07P25VLT Yellow upper limit = B_PCB_B07_2TRDLO38 = 2.55 / BPWHKB07M25VLT Red lower limit = B_PCB_B07_2_7VTRDHI38 = 2.84 / BPWHKB07M25VLT Red upper limit = B_PCB_B07_2_7VTYELO38 = 2.62 / BPWHKB07M25VLT Yellow lower limit = B_PCB_B07_2TYEHI38 = 2.78 / BPWHKB07M25VLT Yellow upper limit = B_PCB_B07_2TRDLO39 = 3.65 / BPWHKB07P35VLT Red lower limit = B_PCB_B07_3_8VTRDHI39 = 4.05 / BPWHKB07P35VLT Red upper limit = B_PCB_B07_3_8VTYELO39 = 3.73 / BPWHKB07P35VLT Yellow lower limit = B_PCB_B07_3TYEHI39 = 3.97 / BPWHKB07P35VLT Yellow upper limit = B_PCB_B07_3TRDLO40 = 3.65 / BPWHKB07M35VLT Red lower limit = B_PCB_B07_3_8VTRDHI40 = 4.05 / BPWHKB07M35VLT Red upper limit = B_PCB_B07_3_8VTYELO40 = 3.73 / BPWHKB07M35VLT Yellow lower limit = B_PCB_B07_3TYEHI40 = 3.97 / BPWHKB07M35VLT Yellow upper limit = B_PCB_B07_3TRDLO41 = 4.75 / BPWHKB07P50VLT Red lower limit = B_PCB_B07_5_0VTRDHI41 = 5.25 / BPWHKB07P50VLT Red upper limit = B_PCB_B07_5_0VTYELO41 = 4.85 / BPWHKB07P50VLT Yellow lower limit = B_PCB_B07_5TYEHI41 = 5.15 / BPWHKB07P50VLT Yellow upper limit = B_PCB_B07_5TRDLO42 = 7.12 / BPWHKB07P75VLT Red lower limit = B_PCB_B07_7_5VTRDHI42 = 7.85 / BPWHKB07P75VLT Red upper limit = B_PCB_B07_7_5VTYELO42 = 7.27 / BPWHKB07P75VLT Yellow lower limit = B_PCB_B07_7TYEHI42 = 7.72 / BPWHKB07P75VLT Yellow upper limit = B_PCB_B07_7TRDLO43 = 7.12 / BPWHKB07M75VLT Red lower limit = B_PCB_B07_7_5VTRDHI43 = 7.85 / BPWHKB07M75VLT Red upper limit = B_PCB_B07_7_5VTYELO43 = 7.27 / BPWHKB07M75VLT Yellow lower limit = B_PCB_B07_7TYEHI43 = 7.72 / BPWHKB07M75VLT Yellow upper limit = B_PCB_B07_7TRDLO44 = -20 / BPWHKB07CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI44 = 61 / BPWHKB07CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO44 = -15 / BPWHKB07CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI44 = 56 / BPWHKB07CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO45 = -15 / BPWHKB07TEMP Red lower limit = B_TBLK_07_LIM TRDHI45 = 45 / BPWHKB07TEMP Red upper limit = B_TBLK_07_LIM TYELO45 = -10 / BPWHKB07TEMP Yellow lower limit = B_TBLK_07_LIMTYEHI45 = 40 / BPWHKB07TEMP Yellow upper limit = B_TBLK_07_LIMTRDLO46 = -30 / BPWHKLHPA7TEMP Red lower limit = B_TLHP_A7_LIM TRDHI46 = 60 / BPWHKLHPA7TEMP Red upper limit = B_TLHP_A7_LIM TYELO46 = -25 / BPWHKLHPA7TEMP Yellow lower limit = B_TLHP_A7_LTYEHI46 = 55 / BPWHKLHPA7TEMP Yellow upper limit = B_TLHP_A7_LTRDLO47 = -55 / BPWHKMASK3TEMP Red lower limit = B_TMASK_3_LIM TRDHI47 = 55 / BPWHKMASK3TEMP Red upper limit = B_TMASK_3_LIM TYELO47 = -50 / BPWHKMASK3TEMP Yellow lower limit = B_TMASK_3_LTYEHI47 = 50 / BPWHKMASK3TEMP Yellow upper limit = B_TMASK_3_LTRDLO53 = -0.2 / BPWHKB08INPUTI Red lower limit = B_PCB_B08_INPITRDHI53 = 0.9 / BPWHKB08INPUTI Red upper limit = B_PCB_B08_INPITYELO53 = -0.1 / BPWHKB08INPUTI Yellow lower limit = B_PCB_B08_ITYEHI53 = 0.8 / BPWHKB08INPUTI Yellow upper limit = B_PCB_B08_ITRDLO54 = -2 / BPWHKB0825GND Red lower limit = B_PCB_B08_2_5G_TRDHI54 = 15 / BPWHKB0825GND Red upper limit = B_PCB_B08_2_5G_TYELO54 = -1 / BPWHKB0825GND Yellow lower limit = B_PCB_B08_2_TYEHI54 = 10 / BPWHKB0825GND Yellow upper limit = B_PCB_B08_2_TRDLO55 = 2.55 / BPWHKB08P25VLT Red lower limit = B_PCB_B08_2_7VTRDHI55 = 2.84 / BPWHKB08P25VLT Red upper limit = B_PCB_B08_2_7VTYELO55 = 2.62 / BPWHKB08P25VLT Yellow lower limit = B_PCB_B08_2TYEHI55 = 2.78 / BPWHKB08P25VLT Yellow upper limit = B_PCB_B08_2TRDLO56 = 2.55 / BPWHKB08M25VLT Red lower limit = B_PCB_B08_2_7VTRDHI56 = 2.84 / BPWHKB08M25VLT Red upper limit = B_PCB_B08_2_7VTYELO56 = 2.62 / BPWHKB08M25VLT Yellow lower limit = B_PCB_B08_2TYEHI56 = 2.78 / BPWHKB08M25VLT Yellow upper limit = B_PCB_B08_2TRDLO57 = 3.65 / BPWHKB08P35VLT Red lower limit = B_PCB_B08_3_8VTRDHI57 = 4.05 / BPWHKB08P35VLT Red upper limit = B_PCB_B08_3_8VTYELO57 = 3.73 / BPWHKB08P35VLT Yellow lower limit = B_PCB_B08_3TYEHI57 = 3.97 / BPWHKB08P35VLT Yellow upper limit = B_PCB_B08_3TRDLO58 = 3.65 / BPWHKB08M35VLT Red lower limit = B_PCB_B08_3_8VTRDHI58 = 4.05 / BPWHKB08M35VLT Red upper limit = B_PCB_B08_3_8VTYELO58 = 3.73 / BPWHKB08M35VLT Yellow lower limit = B_PCB_B08_3TYEHI58 = 3.97 / BPWHKB08M35VLT Yellow upper limit = B_PCB_B08_3TRDLO59 = 4.75 / BPWHKB08P50VLT Red lower limit = B_PCB_B08_5_0VTRDHI59 = 5.25 / BPWHKB08P50VLT Red upper limit = B_PCB_B08_5_0VTYELO59 = 4.85 / BPWHKB08P50VLT Yellow lower limit = B_PCB_B08_5TYEHI59 = 5.15 / BPWHKB08P50VLT Yellow upper limit = B_PCB_B08_5TRDLO60 = 7.12 / BPWHKB08P75VLT Red lower limit = B_PCB_B08_7_5VTRDHI60 = 7.85 / BPWHKB08P75VLT Red upper limit = B_PCB_B08_7_5VTYELO60 = 7.27 / BPWHKB08P75VLT Yellow lower limit = B_PCB_B08_7TYEHI60 = 7.72 / BPWHKB08P75VLT Yellow upper limit = B_PCB_B08_7TRDLO61 = 7.12 / BPWHKB08M75VLT Red lower limit = B_PCB_B08_7_5VTRDHI61 = 7.85 / BPWHKB08M75VLT Red upper limit = B_PCB_B08_7_5VTYELO61 = 7.27 / BPWHKB08M75VLT Yellow lower limit = B_PCB_B08_7TYEHI61 = 7.72 / BPWHKB08M75VLT Yellow upper limit = B_PCB_B08_7TRDLO62 = -20 / BPWHKB08CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI62 = 61 / BPWHKB08CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO62 = -15 / BPWHKB08CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI62 = 56 / BPWHKB08CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO63 = -15 / BPWHKB08TEMP Red lower limit = B_TBLK_08_LIM TRDHI63 = 45 / BPWHKB08TEMP Red upper limit = B_TBLK_08_LIM TYELO63 = -10 / BPWHKB08TEMP Yellow lower limit = B_TBLK_08_LIMTYEHI63 = 40 / BPWHKB08TEMP Yellow upper limit = B_TBLK_08_LIMTRDHI64 = 60 / BPWHKLHPA8TEMP Red upper limit = B_TLHP_A8_LIM TYEHI64 = 55 / BPWHKLHPA8TEMP Yellow upper limit = B_TLHP_A8_LTRDLO65 = -55 / BPWHKMASK4TEMP Red lower limit = B_TMASK_4_LIM TRDHI65 = 55 / BPWHKMASK4TEMP Red upper limit = B_TMASK_4_LIM TYELO65 = -50 / BPWHKMASK4TEMP Yellow lower limit = B_TMASK_4_LTYEHI65 = 50 / BPWHKMASK4TEMP Yellow upper limit = B_TMASK_4_LTRDLO71 = -0.2 / BPWHKB09INPUTI Red lower limit = B_PCB_B09_INPITRDHI71 = 0.9 / BPWHKB09INPUTI Red upper limit = B_PCB_B09_INPITYELO71 = -0.1 / BPWHKB09INPUTI Yellow lower limit = B_PCB_B09_ITYEHI71 = 0.8 / BPWHKB09INPUTI Yellow upper limit = B_PCB_B09_ITRDLO72 = -2 / BPWHKB0925GND Red lower limit = B_PCB_B09_2_5G_TRDHI72 = 15 / BPWHKB0925GND Red upper limit = B_PCB_B09_2_5G_TYELO72 = -1 / BPWHKB0925GND Yellow lower limit = B_PCB_B09_2_TYEHI72 = 10 / BPWHKB0925GND Yellow upper limit = B_PCB_B09_2_TRDLO73 = 2.55 / BPWHKB09P25VLT Red lower limit = B_PCB_B09_2_7VTRDHI73 = 2.84 / BPWHKB09P25VLT Red upper limit = B_PCB_B09_2_7VTYELO73 = 2.62 / BPWHKB09P25VLT Yellow lower limit = B_PCB_B09_2TYEHI73 = 2.78 / BPWHKB09P25VLT Yellow upper limit = B_PCB_B09_2TRDLO74 = 2.55 / BPWHKB09M25VLT Red lower limit = B_PCB_B09_2_7VTRDHI74 = 2.84 / BPWHKB09M25VLT Red upper limit = B_PCB_B09_2_7VTYELO74 = 2.62 / BPWHKB09M25VLT Yellow lower limit = B_PCB_B09_2TYEHI74 = 2.78 / BPWHKB09M25VLT Yellow upper limit = B_PCB_B09_2TRDLO75 = 3.65 / BPWHKB09P35VLT Red lower limit = B_PCB_B09_3_8VTRDHI75 = 4.05 / BPWHKB09P35VLT Red upper limit = B_PCB_B09_3_8VTYELO75 = 3.73 / BPWHKB09P35VLT Yellow lower limit = B_PCB_B09_3TYEHI75 = 3.97 / BPWHKB09P35VLT Yellow upper limit = B_PCB_B09_3TRDLO76 = 3.65 / BPWHKB09M35VLT Red lower limit = B_PCB_B09_3_8VTRDHI76 = 4.05 / BPWHKB09M35VLT Red upper limit = B_PCB_B09_3_8VTYELO76 = 3.73 / BPWHKB09M35VLT Yellow lower limit = B_PCB_B09_3TYEHI76 = 3.97 / BPWHKB09M35VLT Yellow upper limit = B_PCB_B09_3TRDLO77 = 4.75 / BPWHKB09P50VLT Red lower limit = B_PCB_B09_5_0VTRDHI77 = 5.25 / BPWHKB09P50VLT Red upper limit = B_PCB_B09_5_0VTYELO77 = 4.85 / BPWHKB09P50VLT Yellow lower limit = B_PCB_B09_5TYEHI77 = 5.15 / BPWHKB09P50VLT Yellow upper limit = B_PCB_B09_5TRDLO78 = 7.12 / BPWHKB09P75VLT Red lower limit = B_PCB_B09_7_5VTRDHI78 = 7.85 / BPWHKB09P75VLT Red upper limit = B_PCB_B09_7_5VTYELO78 = 7.27 / BPWHKB09P75VLT Yellow lower limit = B_PCB_B09_7TYEHI78 = 7.72 / BPWHKB09P75VLT Yellow upper limit = B_PCB_B09_7TRDLO79 = 7.12 / BPWHKB09M75VLT Red lower limit = B_PCB_B09_7_5VTRDHI79 = 7.85 / BPWHKB09M75VLT Red upper limit = B_PCB_B09_7_5VTYELO79 = 7.27 / BPWHKB09M75VLT Yellow lower limit = B_PCB_B09_7TYEHI79 = 7.72 / BPWHKB09M75VLT Yellow upper limit = B_PCB_B09_7TRDLO80 = -20 / BPWHKB09CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI80 = 61 / BPWHKB09CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO80 = -15 / BPWHKB09CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI80 = 56 / BPWHKB09CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO81 = -15 / BPWHKB09TEMP Red lower limit = B_TBLK_09_LIM TRDHI81 = 45 / BPWHKB09TEMP Red upper limit = B_TBLK_09_LIM TYELO81 = -10 / BPWHKB09TEMP Yellow lower limit = B_TBLK_09_LIMTYEHI81 = 40 / BPWHKB09TEMP Yellow upper limit = B_TBLK_09_LIMTRDLO82 = -25 / BPWHKLHPA9TEMP Red lower limit = B_TLHP_A9_LIM TRDHI82 = 40 / BPWHKLHPA9TEMP Red upper limit = B_TLHP_A9_LIM TYELO82 = -20 / BPWHKLHPA9TEMP Yellow lower limit = B_TLHP_A9_LTYEHI82 = 35 / BPWHKLHPA9TEMP Yellow upper limit = B_TLHP_A9_LTRDLO83 = -20 / BPWHKPLATE0TEMP Red lower limit = B_TPLATE_0_LITRDHI83 = 40 / BPWHKPLATE0TEMP Red upper limit = B_TPLATE_0_LITYELO83 = -15 / BPWHKPLATE0TEMP Yellow lower limit = B_TPLATE_0TYEHI83 = 35 / BPWHKPLATE0TEMP Yellow upper limit = B_TPLATE_0TRDLO89 = -0.2 / BPWHKB10INPUTI Red lower limit = B_PCB_B10_INPITRDHI89 = 0.9 / BPWHKB10INPUTI Red upper limit = B_PCB_B10_INPITYELO89 = -0.1 / BPWHKB10INPUTI Yellow lower limit = B_PCB_B10_ITYEHI89 = 0.8 / BPWHKB10INPUTI Yellow upper limit = B_PCB_B10_ITRDLO90 = -2 / BPWHKB1025GND Red lower limit = B_PCB_B10_2_5G_TRDHI90 = 15 / BPWHKB1025GND Red upper limit = B_PCB_B10_2_5G_TYELO90 = -1 / BPWHKB1025GND Yellow lower limit = B_PCB_B10_2_TYEHI90 = 10 / BPWHKB1025GND Yellow upper limit = B_PCB_B10_2_TRDLO91 = 2.55 / BPWHKB10P25VLT Red lower limit = B_PCB_B10_2_7VTRDHI91 = 2.84 / BPWHKB10P25VLT Red upper limit = B_PCB_B10_2_7VTYELO91 = 2.62 / BPWHKB10P25VLT Yellow lower limit = B_PCB_B10_2TYEHI91 = 2.78 / BPWHKB10P25VLT Yellow upper limit = B_PCB_B10_2TRDLO92 = 2.55 / BPWHKB10M25VLT Red lower limit = B_PCB_B10_2_7VTRDHI92 = 2.84 / BPWHKB10M25VLT Red upper limit = B_PCB_B10_2_7VTYELO92 = 2.62 / BPWHKB10M25VLT Yellow lower limit = B_PCB_B10_2TYEHI92 = 2.78 / BPWHKB10M25VLT Yellow upper limit = B_PCB_B10_2TRDLO93 = 3.65 / BPWHKB10P35VLT Red lower limit = B_PCB_B10_3_8VTRDHI93 = 4.05 / BPWHKB10P35VLT Red upper limit = B_PCB_B10_3_8VTYELO93 = 3.73 / BPWHKB10P35VLT Yellow lower limit = B_PCB_B10_3TYEHI93 = 3.97 / BPWHKB10P35VLT Yellow upper limit = B_PCB_B10_3TRDLO94 = 3.65 / BPWHKB10M35VLT Red lower limit = B_PCB_B10_3_8VTRDHI94 = 4.05 / BPWHKB10M35VLT Red upper limit = B_PCB_B10_3_8VTYELO94 = 3.73 / BPWHKB10M35VLT Yellow lower limit = B_PCB_B10_3TYEHI94 = 3.97 / BPWHKB10M35VLT Yellow upper limit = B_PCB_B10_3TRDLO95 = 4.75 / BPWHKB10P50VLT Red lower limit = B_PCB_B10_5_0VTRDHI95 = 5.25 / BPWHKB10P50VLT Red upper limit = B_PCB_B10_5_0VTYELO95 = 4.85 / BPWHKB10P50VLT Yellow lower limit = B_PCB_B10_5TYEHI95 = 5.15 / BPWHKB10P50VLT Yellow upper limit = B_PCB_B10_5TRDLO96 = 7.12 / BPWHKB10P75VLT Red lower limit = B_PCB_B10_7_5VTRDHI96 = 7.85 / BPWHKB10P75VLT Red upper limit = B_PCB_B10_7_5VTYELO96 = 7.27 / BPWHKB10P75VLT Yellow lower limit = B_PCB_B10_7TYEHI96 = 7.72 / BPWHKB10P75VLT Yellow upper limit = B_PCB_B10_7TRDLO97 = 7.12 / BPWHKB10M75VLT Red lower limit = B_PCB_B10_7_5VTRDHI97 = 7.85 / BPWHKB10M75VLT Red upper limit = B_PCB_B10_7_5VTYELO97 = 7.27 / BPWHKB10M75VLT Yellow lower limit = B_PCB_B10_7TYEHI97 = 7.72 / BPWHKB10M75VLT Yellow upper limit = B_PCB_B10_7TRDLO98 = -20 / BPWHKB10CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI98 = 61 / BPWHKB10CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO98 = -15 / BPWHKB10CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI98 = 56 / BPWHKB10CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO99 = -15 / BPWHKB10TEMP Red lower limit = B_TBLK_10_LIM TRDHI99 = 45 / BPWHKB10TEMP Red upper limit = B_TBLK_10_LIM TYELO99 = -10 / BPWHKB10TEMP Yellow lower limit = B_TBLK_10_LIMTYEHI99 = 40 / BPWHKB10TEMP Yellow upper limit = B_TBLK_10_LIMTRDLO101= -25 / BPWHKPLATE1TEMP Red lower limit = B_TPLATE_1_LITRDHI101= 40 / BPWHKPLATE1TEMP Red upper limit = B_TPLATE_1_LITYELO101= -20 / BPWHKPLATE1TEMP Yellow lower limit = B_TPLATE_1TYEHI101= 35 / BPWHKPLATE1TEMP Yellow upper limit = B_TPLATE_1TRDLO107= -0.2 / BPWHKB11INPUTI Red lower limit = B_PCB_B11_INPITRDHI107= 0.9 / BPWHKB11INPUTI Red upper limit = B_PCB_B11_INPITYELO107= -0.1 / BPWHKB11INPUTI Yellow lower limit = B_PCB_B11_ITYEHI107= 0.8 / BPWHKB11INPUTI Yellow upper limit = B_PCB_B11_IHISTORY TASK: FAPPND on FILENAME: sw01210276000b141x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:31 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aůǎ$}؍( z[L&sZGԎ /aZF* |ꃒZIގٌ#Ɖm.̓Z3!σZ8AůT"&{ٍ( v[(rZX֎ .bZV* }}냑ZGݎٌ#ljm,̃[/!σZKAů(~܍ + [J(qYOՎ !.`YS , yz郐ZXڌ!ȉo-̃[@"̓YYAůΎ ٍ) [`)oYc֎ !.aZH+ u{ꃑZ]ݎٌ!ljn/̓[/ "˃ZBAůŎ)~ۍ* Z^)mYS؎ "-aZE , p{郑Zcߎی "Ɖn-˃[I #ʃZKAů%\"}ڍ' [[)jZf׎ ".bZc , l|郑ZUڌ!Ɖl.˃ZR"ɃZFAů4jjۍ) [P)hYn؎ ",aYb . f{胑Zgڌ !ȉo/ʃZ/"ǃZ[AůC&#|ٍ' [u(hYo׎!,aZi* az郑Ykߎ، Ɖo/ʃ[h!ƃZcAůR\'}܍) [{)eZx֎ !*aZ ,Z|烐Zuڌ ljn-ʃZ`!ŃZNAůa!{؍' kZl &dXtҎ *bY ( Wz胐Z׌Ɖo.ʃZz܎  ~ăYvAůp!|؍(WZ&_YԎ !+`V*Qz惑Y،ʼno/ɃZ!~ÃZqAůʎ*ލ ,DZ'_Xn*`Y +N{烑Xގ،ʼnn.ȃZ| ~YuAům/xڍ'9[)\[׎ )bZ *H|惒Zގ،ljn*Ƀ[؀"[Aů+$|ڍ(-Y'XX Վ !)_X + Dz僑Y ٌʼnm+ɃZ !}XAů+%w֍% 'Zǀ%WYԎ *_X) C|惐ZĀ֌ʼnn)ȃZ }YAů !rҌ!Z&SYk*aYp1@|僐Ylڎ، Ɖl%ȃZO YhAů"x֍% ZX &RZ?Վ +`Yc* E{僐Z^֌ljl&ɃZ5؎'YPAů׎#z؍& [A 'OY׎ +`Y7 * Jz僒YGٌ Ɖj$ʃZNݎ$ ~Z5Aů^2vڍ( Z)LY ܎ !+_Z% + Qz惐Zڌ!ʼni"˃Z$~ZAů_#ۍ* \\*JZEَ"+aZa - Zz烑[Nٌ"Ɖj ̃[" #[AůC#|ۍ( [(FZ&ێ ",_Z+ ez惑Zٌ!ʼng̃\"~ZAů0%u؍& 񈅀Z&BX؎ +_U) ox胑Y׌"Ɖg̃ZYAů$$vՍ% 숃Y$>Xgَ-aX9& z{胑XLߎՌ#ʼnf̃Y'X?Aů3R&xٍ' 爂ZF&9X\-_YW * {胐XXݎ"ٌ#ʼnc̃Y+ ~YAůB \,zۍ * ㈃[Ԁ)6Z܎!,`Y + z郏Zڌ #Éb̓[Z #Z&AůQ(|ۍ* ߈[*2Yߎ "._Z , |郑ZZی !ĉ`̓[b  #}ZAů`\&s֍$ ߈Z&1ZRގ /^YCێ$ {郑ZQٌ"ĉ_̓[v!~ZyAůopь ݈Z%0Yπ׎ ,_X  5y郏Y׌"‰^̓Zڀَ)}YAů~X)}ۍ+ ܈[(,Z܎".]Z , ƈ{ꃐZ,ی !‰[ ̓[ #|Z8AůAȎ3uۍ( ݈[!))Y&ގ ".`ZӀ , Јz냐Z܌"‰[ ̓[ڀ$}ZAůȎ'{ڍ) ݈Zˀ((X΀ގ !.|_Z , ܈zꃐZڌ$X΃Z !}YAů'{؍' ݈['%Yրێ /z^Y* {냑Z،#‰X΃[π!}ZAůWi)zۍ) 䈃Z(&X !-x^YЀ*yꃐYڌ#V΃Z"|YAůa=&zڍ( [ހ' $Zێ .}`Z*y샑ZӀٌ#V ΃["|Z!Aů2sٍ' [ (%Y܎ !/{^Zʀ+z냑Zƀٌ#V ΃[${ZAů"'{ڍ( \3* #Z݀ގ !-`Z +x샑[ٌ%U σ\ր "{[AůU'zڍ( \) ![ߎ !/_Z܀+z냑[؀ڌ%Vσ\€  #|[Aů#"{؍'[' YҀێ .]Z,y냒ZҀ،$VσZ {ZAů2$xڍ&񈁀Zǀ' X܎ /^Yŀ* z냓Y׌%VσZzYAů#!(yٍ(戂\Ѐ) Z܀ "1^Zπ , z샑[΀ڌ$Wσ[Ӏ #!y[Aů2)zۍ)ވZЀ("X !/^Y+ y냑ZĀڌ%W΃Zƀ"!yYAůAE$xٍ'؈ZЀ'"X܎!1]Y) z냒Y׀،%XσZǀ!zYAůPv+~ލ -ӈZM'#X-ގ 1]Y:" ,z냒YW܎!ی&XσYu !yXWAů_N<'z؍(Ј[_&"Y}ڎ1]Z +yꃒZ׌(Zσ[!"zZAůnی2sۍ'ˈZҀ"(# Xݎ 4[Yـ+z냑Y΀ٌ([σY""yYAů}&|ڍ)ƈ[)& Yێ !0^Y) )w냑Z$ ی)]σZ "%xƒY1Aů4${ڍ)ZȀ''Xݎ 6\YÀ-x탑Yǀڌ ,]σZj!&xƃYAůq%xڍ'Z)(+X]ߎ 5]Xq +x탑Ypڌ*_ЃY!'wǃYAů.%yڍ([h'*Y`ێ!9\ZĀ*z탑Zٌ._!Ѓ[ )xʃZAůq&{ڍ)ňZ'+Xߎ !8\Y+y샑Yی.^ ЃZ !)wʃYAů%|ۍ*ƈ\B)-Zގ!9][Ҁ -y[ڌ 1_"у\ ",w΃[Aů؎,uڍ&Ĉ\"(/􈍀Y׀ݎ :~]Zڀ+!xZڌ0`$҃["-wЃ[Aů݃2tڍ(Ȉ[׀'/Yˀݎ !8|]ZӀ ,#w탒Zڌ1a!уZɀ$.xуZAůe,(xڍ'ʈ[(2舎Y  !0yՃZ9Aů1!ލ -шZk'3ሎXڎ @x[Yƀ ,&yY؀ٌ6a#҃Yр# 1x׃YAů@#z؍'!؈[>'5Zfߎ !@x^Z*(wZrڌ5b$҃[m !2wكZYAůO!1#ވY&7ڈXԀَ Aw\Y ,*wY|֌7d%ԃZ*ݎ% 4wۃYAů^ł'{ۍ*#鈂[M(8׈YLݎ "Bt\Z- ,,&yZ@܌8a#ԃ[* "5yރZ4AůmE(x܍*%򈂀\(8ԈZގ"Cq\[ +.,w[ڌ:b$Ճ\F"8wბZgAů|9C -%󈂀Zր ';ՈZӀ׎Dk\Y +/7v񃑄ZM،;d%ՃZ!9yヒZIAů2*vۍ)(Z"'<ֈXߎ !HiZY +/Ay񃐄Zsڌ>d%փZ!:w惐YAůю rԍ!*Z&=؈Y\Hg]Y#!21Lw򃏄ZIڌ=d&ՃZC !;w胑Z7Aůł~ٍ'*Z%?؈X֎ Hd\Y*2Vy󃒄Y،Ad%׃[Հ=w냒YgAůV*{ލ ,,Z_'@ՈWZKaZY# -4_w󃐄YaڌBd%փZQ >w탑XfAůߎ"~ڍ),[(@؈Zݎ !I^]Y ,6lw󃒄ZڌCb$؃[!?xZAůݍ*-[(@ڈỲ֎#J\ZZ -4xx󃐄Z΀܌ Dc%׃[ "?x򃐄ZAůUq$zڍ(.[(C݈Yǀݎ L\]Zǀ)8x􃒄ZÀڌDd'؃Z @yYAů ~ڍ)K݈Z'Z̈X֎ !mbY&,Jaz胐Yߎڌah&ʃY!X{XAů %zڍ'L戂[(]̈YՎ naZ=*H\|烒Z>ێٌb‰j(ʃ[ "YzZ5AůE}׍%K[,'ZɈY׎ !lbY܎ "HVz烑Yٌ`i&ɃZ W{YAů+"}ڍ(H Y &XɈWӎ lbY)FN|惑Yڌ^h)ɃY׎% U{XAům +xڍ'H[ 'ZƈY ֎ kaZ*EF{惐Z!ݎڌ^h)ȃ[ !Vy[Aů?)"~ۍ*G#Z#'XƈYՎ ibZ#+D@}惒Zߎٌ]j+ɃZ!UzXAů>#|ۍ(F#\*(UĈZԎ !icY +C8{惑Zڌ[i-ȃ[ "S{[Aů(}܍)G]"*UÈZڎ "jbZ ,D0|僑[1ގی[j-Ƀ\ $S{[Aů ;$zۍ(EZ 'VYҎ gbX)*B&{䃒Z5،[j)ȃ["RzZ=Aů@#{ٍ'E舂[+'TYՎ edY*B|僒Z, ڌYi*Ƀ[ !P|[Aů**yۍ(Aˈ\'*RZڎ"daZ9 />|䃑Z݌ Yi(ƃ[ %QxZAů9ǎ"x׍&AZ"&RYԎccX*@ {䃐Y0ێ،Yh&ȃZPzYAůH^){܍*A[(QY$܎!ebZ&ߎ ,?z䃑Z/ߎڌWi'ǃ\!N{Z AůWa(~ލ +@[@&PYЎbcY< ,>|ヒX@ ،Ug(ƃ[ MzZAůf "yٍ&A[; 'PYю bbY, ,>{パY#ڌUi&ŃZ' M{Z&AůuzuҌ!?[5&PXҎ baY5 5;}ハZGٌUi(ƃZ ݎ LzYAů<"|ۍ(<[/'MZ@Վ "a`Z2+:|⃒Z:ٌTi(ŃZ#"LzZAů${ڍ';Z2&KX'Վ ^aW/+;|⃑YCގڌTf%ŃZ JzY0Aů_'|܍*=҈[L(LY׎ "_aZ/)9߈|⃐Z2ݎڌQi)ă[  #Jz[8Aůݎۍ(<ֈ["(LY:֎ ]bZP .:؈|⃑Z9یPg)Ń[ "J{Z.AůȊ$}ڍ(9܈Z8(LZFՎ ]aX/+8ш|გZFގٌPh*ăZ! GzZ,Aů \$~ۍ(8∂Z? (JX7Ԏ ![bYU)7Ɉ|Y5ڌOh*ÃZ'ڎ&!GzYAů&yٍ&9؈Z>'IX6ԎZcY<*6{Z2ߎٌMj+ÃZ-"FyX>AůE#{ڍ'9ΈZC&HXbՎ [bUK*5|ZIߎٌNi)ƒ[ EzZAů㨎'~ލ +5ZG)GXD֎ "[`Y ,5{߃YFڌNj)ƒZ7!EyY?Aů >%܍*6\I)EYCێ "YaZ2ݎ(4{߃Z&ݎیMi'ƒ[ "EyZ>Aůiލ ,3ZI'FX!ώXaXN -5{߃Y*،Lh'ƒY;DzXCAů)K+z܍*6ˆ[f(EZM֎ WcYW)3z߃Z_ێٌJi([A!BxZEAů8@+|ݍ *5ňZP%CX9֎WaXm -1|ރY\ގڌJh'YE!AwXGAůG얎!}ڍ(2[V (EZZӎ VbZ8 ,2{߃[e ٌIh)[Bߎ !ByZPAůV"}܍)3[(CYa֎ "U`YN -1}ރZfڌ Ih([? "@yZ^Aůeզ"}ڍ(2[q'AYYӎ !UaVW +/|݃ZhٌIg'ZX AyY]AůtA#zٍ'2[i 'AYю !SaZt -0{{܃Yy ڌIi([K !AzZZAů3]ލ ,1Zt(AXsՎ U`Y} .0uy܃Yڌ Fi+Zj !?xYAůesь 0Z%AYގTaZ 40n|݃ZٌَHh+[J?yZtAůO)~ݍ ,.Z'AX׎QaY +0i{܃Z܎ٌEi+Zi"?xY~Aů>!ۍ)0w[)@Y}ڎ !PaZa,0by܃Zm،Fi*[_"AwZ~AůD'}ڍ)/jZG'BZU׎ QaY4+0\zڃY*یEg&ZB"?xYSAůGڍ(1U[`&BZ؎ !U`Z*1WyۃZW،Fi([Ԁ AxZGAůB(|ލ )0I[U+@Ygގ %T`Z= .1Py܃Z~܌ Gh&Z  #BvZXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 179 / width of table in bytes NAXIS2 = 110 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 87 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BPWHKB1125GND' / PW HK Pkt; Block 11 Voltage on 2.5 Ground ReturTFORM2 = '1I ' / data format of field: 2-byte INTEGER TZERO2 = 32768 / offset for unsigned integers TTYPE3 = 'BPWHKB11P25VLT' / PW HK Pkt; Block 11 +2.5 Voltage TFORM3 = '1I ' / data format of field: 2-byte INTEGER TZERO3 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL3 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT3 = 'V ' / physical unit of field TTYPE4 = 'BPWHKB11M25VLT' / PW HK Pkt; Block 11 -2.5 Voltage TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL4 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT4 = 'V ' / physical unit of field TTYPE5 = 'BPWHKB11P35VLT' / PW HK Pkt; Block 11 +3.5 Voltage TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL5 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT5 = 'V ' / physical unit of field TTYPE6 = 'BPWHKB11M35VLT' / PW HK Pkt; Block 11 -3.5 Voltage TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL6 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT6 = 'V ' / physical unit of field TTYPE7 = 'BPWHKB11P50VLT' / PW HK Pkt; Block 11 +5.0 Digital Voltage TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL7 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT7 = 'V ' / physical unit of field TTYPE8 = 'BPWHKB11P75VLT' / PW HK Pkt; Block 11 +7.5 Voltage TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL8 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT8 = 'V ' / physical unit of field TTYPE9 = 'BPWHKB11M75VLT' / PW HK Pkt; Block 11 -7.5 Voltage TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL9 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT9 = 'V ' / physical unit of field TTYPE10 = 'BPWHKB11CVTTEMP' / PW HK Pkt; Block 11 DC-DC Converter Module TempTFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL10 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT10 = 'Celsius ' / physical unit of field TTYPE11 = 'BPWHKB11TEMP' / PW HK Pkt; Block 11 Temperature TFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL11 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT11 = 'Celsius ' / physical unit of field TTYPE12 = 'BPWHKLHPB1TEMP' / PW HK Pkt; LHP 1 (-Y) Evaporator Temperature (BTFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL12 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT12 = 'Celsius ' / physical unit of field TTYPE13 = 'BPWHKRADTEMP' / PW HK Pkt; Radiator Temperature (back, +Y,-X) TFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL13 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT13 = 'Celsius ' / physical unit of field TTYPE14 = 'BPWHKIPPRI3TEMP' / PW HK Pkt; IP Primary DSP Board Temperature TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 32768 / offset for unsigned integers TTYPE15 = 'BPWHKB12PRITEMP' / PW HK Pkt; Block 12 SetPointTemp Primary HeaterTFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BPWHKB12SECTEMP' / PW HK Pkt; Block 12 SetPointTemp 2ndary Heater TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BPWHKB12SPARE0' / PW HK Pkt; Block 12 Spare 0 TFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 32768 / offset for unsigned integers TTYPE18 = 'BPWHKB12SPARE1' / PW HK Pkt; Block 12 Spare 1 TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 32768 / offset for unsigned integers TTYPE19 = 'BPWHKB12INPUTI' / PW HK Pkt; Block 12 Input Current for DC-DC ConTFORM19 = '1I ' / data format of field: 2-byte INTEGER TZERO19 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL19 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT19 = 'A ' / physical unit of field TTYPE20 = 'BPWHKB1225GND' / PW HK Pkt; Block 12 Voltage on 2.5 Ground ReturTFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 32768 / offset for unsigned integers TTYPE21 = 'BPWHKB12P25VLT' / PW HK Pkt; Block 12 +2.5 Voltage TFORM21 = '1I ' / data format of field: 2-byte INTEGER TZERO21 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL21 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT21 = 'V ' / physical unit of field TTYPE22 = 'BPWHKB12M25VLT' / PW HK Pkt; Block 12 -2.5 Voltage TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL22 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT22 = 'V ' / physical unit of field TTYPE23 = 'BPWHKB12P35VLT' / PW HK Pkt; Block 12 +3.5 Voltage TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL23 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT23 = 'V ' / physical unit of field TTYPE24 = 'BPWHKB12M35VLT' / PW HK Pkt; Block 12 -3.5 Voltage TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL24 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT24 = 'V ' / physical unit of field TTYPE25 = 'BPWHKB12P50VLT' / PW HK Pkt; Block 12 +5.0 Digital Voltage TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL25 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT25 = 'V ' / physical unit of field TTYPE26 = 'BPWHKB12P75VLT' / PW HK Pkt; Block 12 +7.5 Voltage TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL26 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT26 = 'V ' / physical unit of field TTYPE27 = 'BPWHKB12M75VLT' / PW HK Pkt; Block 12 -7.5 Voltage TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL27 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT27 = 'V ' / physical unit of field TTYPE28 = 'BPWHKB12CVTTEMP' / PW HK Pkt; Block 12 DC-DC Converter Module TempTFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL28 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT28 = 'Celsius ' / physical unit of field TTYPE29 = 'BPWHKB12TEMP' / PW HK Pkt; Block 12 Temperature TFORM29 = '1I ' / data format of field: 2-byte INTEGER TZERO29 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL29 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT29 = 'Celsius ' / physical unit of field TTYPE30 = 'BPWHKLHPB2TEMP' / PW HK Pkt; LHP 1 (-Y) Evaporator Temperature (BTFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL30 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT30 = 'Celsius ' / physical unit of field TTYPE31 = 'BPWHKTSFRONTEMP' / PW HK Pkt; Front Tagged Source Temperature TFORM31 = '1I ' / data format of field: 2-byte INTEGER TZERO31 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL31 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT31 = 'Celsius ' / physical unit of field TTYPE32 = 'BPWHKIPRED0TEMP' / PW HK Pkt; IP Redundant LVPC TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 32768 / offset for unsigned integers TTYPE33 = 'BPWHKB13PRITEMP' / PW HK Pkt; Block 13 SetPointTemp Primary HeaterTFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'BPWHKB13SECTEMP' / PW HK Pkt; Block 13 SetPointTemp 2ndary Heater TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 32768 / offset for unsigned integers TTYPE35 = 'BPWHKB13SPARE0' / PW HK Pkt; Block 13 Spare 0 TFORM35 = '1I ' / data format of field: 2-byte INTEGER TZERO35 = 32768 / offset for unsigned integers TTYPE36 = 'BPWHKB13SPARE1' / PW HK Pkt; Block 13 Spare 1 TFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 32768 / offset for unsigned integers TTYPE37 = 'BPWHKB13INPUTI' / PW HK Pkt; Block 13 Input Current for DC-DC ConTFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL37 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT37 = 'A ' / physical unit of field TTYPE38 = 'BPWHKB1325GND' / PW HK Pkt; Block 13 Voltage on 2.5 Ground ReturTFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 32768 / offset for unsigned integers TTYPE39 = 'BPWHKB13P25VLT' / PW HK Pkt; Block 13 +2.5 Voltage TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL39 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT39 = 'V ' / physical unit of field TTYPE40 = 'BPWHKB13M25VLT' / PW HK Pkt; Block 13 -2.5 Voltage TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL40 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT40 = 'V ' / physical unit of field TTYPE41 = 'BPWHKB13P35VLT' / PW HK Pkt; Block 13 +3.5 Voltage TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL41 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT41 = 'V ' / physical unit of field TTYPE42 = 'BPWHKB13M35VLT' / PW HK Pkt; Block 13 -3.5 Voltage TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL42 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT42 = 'V ' / physical unit of field TTYPE43 = 'BPWHKB13P50VLT' / PW HK Pkt; Block 13 +5.0 Digital Voltage TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL43 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT43 = 'V ' / physical unit of field TTYPE44 = 'BPWHKB13P75VLT' / PW HK Pkt; Block 13 +7.5 Voltage TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL44 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT44 = 'V ' / physical unit of field TTYPE45 = 'BPWHKB13M75VLT' / PW HK Pkt; Block 13 -7.5 Voltage TFORM45 = '1I ' / data format of field: 2-byte INTEGER TZERO45 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL45 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT45 = 'V ' / physical unit of field TTYPE46 = 'BPWHKB13CVTTEMP' / PW HK Pkt; Block 13 DC-DC Converter Module TempTFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL46 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT46 = 'Celsius ' / physical unit of field TTYPE47 = 'BPWHKB13TEMP' / PW HK Pkt; Block 13 Temperature TFORM47 = '1I ' / data format of field: 2-byte INTEGER TZERO47 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL47 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT47 = 'Celsius ' / physical unit of field TTYPE48 = 'BPWHKLHPB3TEMP' / PW HK Pkt; LHP 1 (-Y) Condenser Temperature, -XTFORM48 = '1I ' / data format of field: 2-byte INTEGER TZERO48 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL48 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT48 = 'Celsius ' / physical unit of field TTYPE49 = 'BPWHKTSREARTEMP' / PW HK Pkt; Rear Tagged Source Temperature TFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL49 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT49 = 'Celsius ' / physical unit of field TTYPE50 = 'BPWHKIPRED1TEMP' / PW HK Pkt; IP Redundant LVPC TFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 32768 / offset for unsigned integers TTYPE51 = 'BPWHKB14PRITEMP' / PW HK Pkt; Block 14 SetPointTemp Primary HeaterTFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = 32768 / offset for unsigned integers TTYPE52 = 'BPWHKB14SECTEMP' / PW HK Pkt; Block 14 SetPointTemp 2ndary Heater TFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 32768 / offset for unsigned integers TTYPE53 = 'BPWHKB14SPARE0' / PW HK Pkt; Block 14 Spare 0 TFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 32768 / offset for unsigned integers TTYPE54 = 'BPWHKB14SPARE1' / PW HK Pkt; Block 14 Spare 1 TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BPWHKB14INPUTI' / PW HK Pkt; Block 14 Input Current for DC-DC ConTFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL55 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT55 = 'A ' / physical unit of field TTYPE56 = 'BPWHKB1425GND' / PW HK Pkt; Block 14 Voltage on 2.5 Ground ReturTFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 32768 / offset for unsigned integers TTYPE57 = 'BPWHKB14P25VLT' / PW HK Pkt; Block 14 +2.5 Voltage TFORM57 = '1I ' / data format of field: 2-byte INTEGER TZERO57 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL57 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT57 = 'V ' / physical unit of field TTYPE58 = 'BPWHKB14M25VLT' / PW HK Pkt; Block 14 -2.5 Voltage TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL58 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT58 = 'V ' / physical unit of field TTYPE59 = 'BPWHKB14P35VLT' / PW HK Pkt; Block 14 +3.5 Voltage TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL59 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT59 = 'V ' / physical unit of field TTYPE60 = 'BPWHKB14M35VLT' / PW HK Pkt; Block 14 -3.5 Voltage TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL60 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT60 = 'V ' / physical unit of field TTYPE61 = 'BPWHKB14P50VLT' / PW HK Pkt; Block 14 +5.0 Digital Voltage TFORM61 = '1I ' / data format of field: 2-byte INTEGER TZERO61 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL61 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT61 = 'V ' / physical unit of field TTYPE62 = 'BPWHKB14P75VLT' / PW HK Pkt; Block 14 +7.5 Voltage TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL62 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT62 = 'V ' / physical unit of field TTYPE63 = 'BPWHKB14M75VLT' / PW HK Pkt; Block 14 -7.5 Voltage TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL63 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT63 = 'V ' / physical unit of field TTYPE64 = 'BPWHKB14CVTTEMP' / PW HK Pkt; Block 14 DC-DC Converter Module TempTFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL64 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT64 = 'Celsius ' / physical unit of field TTYPE65 = 'BPWHKB14TEMP' / PW HK Pkt; Block 14 Temperature TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL65 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT65 = 'Celsius ' / physical unit of field TTYPE66 = 'BPWHKLHPB4TEMP' / PW HK Pkt; LHP 1 (-Y) Condenser Temperature, +XTFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL66 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT66 = 'Celsius ' / physical unit of field TTYPE67 = 'BPWHKSPARE14TMP' / PW HK Pkt; Block 14 Spare Temperature TFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL67 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT67 = 'Celsius ' / physical unit of field TTYPE68 = 'BPWHKIPRED2TEMP' / PW HK Pkt; IP Redundant MIC Board Temperature TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 32768 / offset for unsigned integers TTYPE69 = 'BPWHKB15PRITEMP' / PW HK Pkt; Block 15 SetPointTemp Primary HeaterTFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'BPWHKB15SECTEMP' / PW HK Pkt; Block 15 SetPointTemp 2ndary Heater TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 32768 / offset for unsigned integers TTYPE71 = 'BPWHKB15SPARE0' / PW HK Pkt; Block 15 Spare 0 TFORM71 = '1I ' / data format of field: 2-byte INTEGER TZERO71 = 32768 / offset for unsigned integers TTYPE72 = 'BPWHKB15SPARE1' / PW HK Pkt; Block 15 Spare 1 TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 32768 / offset for unsigned integers TTYPE73 = 'BPWHKB15INPUTI' / PW HK Pkt; Block 15 Input Current for DC-DC ConTFORM73 = '1I ' / data format of field: 2-byte INTEGER TZERO73 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL73 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT73 = 'A ' / physical unit of field TTYPE74 = 'BPWHKB1525GND' / PW HK Pkt; Block 15 Voltage on 2.5 Ground ReturTFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 32768 / offset for unsigned integers TTYPE75 = 'BPWHKB15P25VLT' / PW HK Pkt; Block 15 +2.5 Voltage TFORM75 = '1I ' / data format of field: 2-byte INTEGER TZERO75 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL75 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT75 = 'V ' / physical unit of field TTYPE76 = 'BPWHKB15M25VLT' / PW HK Pkt; Block 15 -2.5 Voltage TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL76 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT76 = 'V ' / physical unit of field TTYPE77 = 'BPWHKB15P35VLT' / PW HK Pkt; Block 15 +3.5 Voltage TFORM77 = '1I ' / data format of field: 2-byte INTEGER TZERO77 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL77 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT77 = 'V ' / physical unit of field TTYPE78 = 'BPWHKB15M35VLT' / PW HK Pkt; Block 15 -3.5 Voltage TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL78 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT78 = 'V ' / physical unit of field TTYPE79 = 'BPWHKB15P50VLT' / PW HK Pkt; Block 15 +5.0 Digital Voltage TFORM79 = '1I ' / data format of field: 2-byte INTEGER TZERO79 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL79 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT79 = 'V ' / physical unit of field TTYPE80 = 'BPWHKB15P75VLT' / PW HK Pkt; Block 15 +7.5 Voltage TFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL80 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT80 = 'V ' / physical unit of field TTYPE81 = 'BPWHKB15M75VLT' / PW HK Pkt; Block 15 -7.5 Voltage TFORM81 = '1I ' / data format of field: 2-byte INTEGER TZERO81 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL81 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT81 = 'V ' / physical unit of field TTYPE82 = 'BPWHKB15CVTTEMP' / PW HK Pkt; Block 15 DC-DC Converter Module TempTFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL82 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT82 = 'Celsius ' / physical unit of field TTYPE83 = 'BPWHKB15TEMP' / PW HK Pkt; Block 15 Temperature TFORM83 = '1I ' / data format of field: 2-byte INTEGER TZERO83 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL83 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT83 = 'Celsius ' / physical unit of field TTYPE84 = 'BPWHKLHPB5TEMP' / PW HK Pkt; LHP 1 (-Y) LiqLine @ CC Inlet TemperTFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL84 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT84 = 'Celsius ' / physical unit of field TTYPE85 = 'BPWHKSPARE15TMP' / PW HK Pkt; Block 15 Spare Temperature TFORM85 = '1I ' / data format of field: 2-byte INTEGER TZERO85 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL85 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT85 = 'Celsius ' / physical unit of field TTYPE86 = 'BPWHKIPRED3TEMP' / PW HK Pkt; IP Redundant DSP Board Temperature TFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 32768 / offset for unsigned integers TTYPE87 = 'BPWHKADCXSUM' / PW HK Power Box Packet CheckSum, not CCSDS XSumTFORM87 = '1B ' / data format of field: BYTE EXTNAME = 'hk142x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699893.94466 TSTOP = 727706043.95912 DATE-OBS= '2024-01-23T10:51:28' DATE-END= '2024-01-23T12:33:58' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6150.01446008682 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 322 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:28' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'Na2lNT2jNY2jNY2j' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '1406033082' / data unit checksum updated 2024-02-02T06:06:28 TRDLO2 = -2 / BPWHKB1125GND Red lower limit = B_PCB_B11_2_5G_TRDHI2 = 15 / BPWHKB1125GND Red upper limit = B_PCB_B11_2_5G_TYELO2 = -1 / BPWHKB1125GND Yellow lower limit = B_PCB_B11_2_TYEHI2 = 10 / BPWHKB1125GND Yellow upper limit = B_PCB_B11_2_TRDLO3 = 2.55 / BPWHKB11P25VLT Red lower limit = B_PCB_B11_2_7VTRDHI3 = 2.84 / BPWHKB11P25VLT Red upper limit = B_PCB_B11_2_7VTYELO3 = 2.62 / BPWHKB11P25VLT Yellow lower limit = B_PCB_B11_2TYEHI3 = 2.78 / BPWHKB11P25VLT Yellow upper limit = B_PCB_B11_2TRDLO4 = 2.55 / BPWHKB11M25VLT Red lower limit = B_PCB_B11_2_7VTRDHI4 = 2.84 / BPWHKB11M25VLT Red upper limit = B_PCB_B11_2_7VTYELO4 = 2.62 / BPWHKB11M25VLT Yellow lower limit = B_PCB_B11_2TYEHI4 = 2.78 / BPWHKB11M25VLT Yellow upper limit = B_PCB_B11_2TRDLO5 = 3.65 / BPWHKB11P35VLT Red lower limit = B_PCB_B11_3_8VTRDHI5 = 4.05 / BPWHKB11P35VLT Red upper limit = B_PCB_B11_3_8VTYELO5 = 3.73 / BPWHKB11P35VLT Yellow lower limit = B_PCB_B11_3TYEHI5 = 3.97 / BPWHKB11P35VLT Yellow upper limit = B_PCB_B11_3TRDLO6 = 3.65 / BPWHKB11M35VLT Red lower limit = B_PCB_B11_3_8VTRDHI6 = 4.05 / BPWHKB11M35VLT Red upper limit = B_PCB_B11_3_8VTYELO6 = 3.73 / BPWHKB11M35VLT Yellow lower limit = B_PCB_B11_3TYEHI6 = 3.97 / BPWHKB11M35VLT Yellow upper limit = B_PCB_B11_3TRDLO7 = 4.75 / BPWHKB11P50VLT Red lower limit = B_PCB_B11_5_0VTRDHI7 = 5.25 / BPWHKB11P50VLT Red upper limit = B_PCB_B11_5_0VTYELO7 = 4.85 / BPWHKB11P50VLT Yellow lower limit = B_PCB_B11_5TYEHI7 = 5.15 / BPWHKB11P50VLT Yellow upper limit = B_PCB_B11_5TRDLO8 = 7.12 / BPWHKB11P75VLT Red lower limit = B_PCB_B11_7_5VTRDHI8 = 7.85 / BPWHKB11P75VLT Red upper limit = B_PCB_B11_7_5VTYELO8 = 7.27 / BPWHKB11P75VLT Yellow lower limit = B_PCB_B11_7TYEHI8 = 7.72 / BPWHKB11P75VLT Yellow upper limit = B_PCB_B11_7TRDLO9 = 7.12 / BPWHKB11M75VLT Red lower limit = B_PCB_B11_7_5VTRDHI9 = 7.85 / BPWHKB11M75VLT Red upper limit = B_PCB_B11_7_5VTYELO9 = 7.27 / BPWHKB11M75VLT Yellow lower limit = B_PCB_B11_7TYEHI9 = 7.72 / BPWHKB11M75VLT Yellow upper limit = B_PCB_B11_7TRDLO10 = -20 / BPWHKB11CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI10 = 61 / BPWHKB11CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO10 = -15 / BPWHKB11CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI10 = 56 / BPWHKB11CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO11 = -15 / BPWHKB11TEMP Red lower limit = B_TBLK_11_LIM TRDHI11 = 45 / BPWHKB11TEMP Red upper limit = B_TBLK_11_LIM TYELO11 = -10 / BPWHKB11TEMP Yellow lower limit = B_TBLK_11_LIMTYEHI11 = 40 / BPWHKB11TEMP Yellow upper limit = B_TBLK_11_LIMTRDLO12 = -30 / BPWHKLHPB1TEMP Red lower limit = B_TLHP_B1_LIM TRDHI12 = 60 / BPWHKLHPB1TEMP Red upper limit = B_TLHP_B1_LIM TYELO12 = -25 / BPWHKLHPB1TEMP Yellow lower limit = B_TLHP_B1_LTYEHI12 = 55 / BPWHKLHPB1TEMP Yellow upper limit = B_TLHP_B1_LTRDHI13 = 60 / BPWHKRADTEMP Red upper limit = B_TRAD_LIM TYEHI13 = 55 / BPWHKRADTEMP Yellow upper limit = B_TRAD_LIM TRDLO19 = -0.2 / BPWHKB12INPUTI Red lower limit = B_PCB_B12_INPITRDHI19 = 0.9 / BPWHKB12INPUTI Red upper limit = B_PCB_B12_INPITYELO19 = -0.1 / BPWHKB12INPUTI Yellow lower limit = B_PCB_B12_ITYEHI19 = 0.8 / BPWHKB12INPUTI Yellow upper limit = B_PCB_B12_ITRDLO20 = -2 / BPWHKB1225GND Red lower limit = B_PCB_B12_2_5G_TRDHI20 = 15 / BPWHKB1225GND Red upper limit = B_PCB_B12_2_5G_TYELO20 = -1 / BPWHKB1225GND Yellow lower limit = B_PCB_B12_2_TYEHI20 = 10 / BPWHKB1225GND Yellow upper limit = B_PCB_B12_2_TRDLO21 = 2.55 / BPWHKB12P25VLT Red lower limit = B_PCB_B12_2_7VTRDHI21 = 2.84 / BPWHKB12P25VLT Red upper limit = B_PCB_B12_2_7VTYELO21 = 2.62 / BPWHKB12P25VLT Yellow lower limit = B_PCB_B12_2TYEHI21 = 2.78 / BPWHKB12P25VLT Yellow upper limit = B_PCB_B12_2TRDLO22 = 2.55 / BPWHKB12M25VLT Red lower limit = B_PCB_B12_2_7VTRDHI22 = 2.84 / BPWHKB12M25VLT Red upper limit = B_PCB_B12_2_7VTYELO22 = 2.62 / BPWHKB12M25VLT Yellow lower limit = B_PCB_B12_2TYEHI22 = 2.78 / BPWHKB12M25VLT Yellow upper limit = B_PCB_B12_2TRDLO23 = 3.65 / BPWHKB12P35VLT Red lower limit = B_PCB_B12_3_8VTRDHI23 = 4.05 / BPWHKB12P35VLT Red upper limit = B_PCB_B12_3_8VTYELO23 = 3.73 / BPWHKB12P35VLT Yellow lower limit = B_PCB_B12_3TYEHI23 = 3.97 / BPWHKB12P35VLT Yellow upper limit = B_PCB_B12_3TRDLO24 = 3.65 / BPWHKB12M35VLT Red lower limit = B_PCB_B12_3_8VTRDHI24 = 4.05 / BPWHKB12M35VLT Red upper limit = B_PCB_B12_3_8VTYELO24 = 3.73 / BPWHKB12M35VLT Yellow lower limit = B_PCB_B12_3TYEHI24 = 3.97 / BPWHKB12M35VLT Yellow upper limit = B_PCB_B12_3TRDLO25 = 4.75 / BPWHKB12P50VLT Red lower limit = B_PCB_B12_5_0VTRDHI25 = 5.25 / BPWHKB12P50VLT Red upper limit = B_PCB_B12_5_0VTYELO25 = 4.85 / BPWHKB12P50VLT Yellow lower limit = B_PCB_B12_5TYEHI25 = 5.15 / BPWHKB12P50VLT Yellow upper limit = B_PCB_B12_5TRDLO26 = 7.12 / BPWHKB12P75VLT Red lower limit = B_PCB_B12_7_5VTRDHI26 = 7.85 / BPWHKB12P75VLT Red upper limit = B_PCB_B12_7_5VTYELO26 = 7.27 / BPWHKB12P75VLT Yellow lower limit = B_PCB_B12_7TYEHI26 = 7.72 / BPWHKB12P75VLT Yellow upper limit = B_PCB_B12_7TRDLO27 = 7.12 / BPWHKB12M75VLT Red lower limit = B_PCB_B12_7_5VTRDHI27 = 7.85 / BPWHKB12M75VLT Red upper limit = B_PCB_B12_7_5VTYELO27 = 7.27 / BPWHKB12M75VLT Yellow lower limit = B_PCB_B12_7TYEHI27 = 7.72 / BPWHKB12M75VLT Yellow upper limit = B_PCB_B12_7TRDLO28 = -20 / BPWHKB12CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI28 = 61 / BPWHKB12CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO28 = -15 / BPWHKB12CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI28 = 56 / BPWHKB12CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO29 = -15 / BPWHKB12TEMP Red lower limit = B_TBLK_12_LIM TRDHI29 = 45 / BPWHKB12TEMP Red upper limit = B_TBLK_12_LIM TYELO29 = -10 / BPWHKB12TEMP Yellow lower limit = B_TBLK_12_LIMTYEHI29 = 40 / BPWHKB12TEMP Yellow upper limit = B_TBLK_12_LIMTRDLO30 = -30 / BPWHKLHPB2TEMP Red lower limit = B_TLHP_B2_LIM TRDHI30 = 60 / BPWHKLHPB2TEMP Red upper limit = B_TLHP_B2_LIM TYELO30 = -25 / BPWHKLHPB2TEMP Yellow lower limit = B_TLHP_B2_LTYEHI30 = 55 / BPWHKLHPB2TEMP Yellow upper limit = B_TLHP_B2_LTRDLO31 = -20 / BPWHKTSFRONTEMP Red lower limit = B_PCB_TAGTEMPTRDHI31 = 40 / BPWHKTSFRONTEMP Red upper limit = B_PCB_TAGTEMPTYELO31 = -15 / BPWHKTSFRONTEMP Yellow lower limit = B_PCB_TAGTTYEHI31 = 35 / BPWHKTSFRONTEMP Yellow upper limit = B_PCB_TAGTTRDLO37 = -0.2 / BPWHKB13INPUTI Red lower limit = B_PCB_B13_INPITRDHI37 = 0.9 / BPWHKB13INPUTI Red upper limit = B_PCB_B13_INPITYELO37 = -0.1 / BPWHKB13INPUTI Yellow lower limit = B_PCB_B13_ITYEHI37 = 0.8 / BPWHKB13INPUTI Yellow upper limit = B_PCB_B13_ITRDLO38 = -2 / BPWHKB1325GND Red lower limit = B_PCB_B13_2_5G_TRDHI38 = 15 / BPWHKB1325GND Red upper limit = B_PCB_B13_2_5G_TYELO38 = -1 / BPWHKB1325GND Yellow lower limit = B_PCB_B13_2_TYEHI38 = 10 / BPWHKB1325GND Yellow upper limit = B_PCB_B13_2_TRDLO39 = 2.55 / BPWHKB13P25VLT Red lower limit = B_PCB_B13_2_7VTRDHI39 = 2.84 / BPWHKB13P25VLT Red upper limit = B_PCB_B13_2_7VTYELO39 = 2.62 / BPWHKB13P25VLT Yellow lower limit = B_PCB_B13_2TYEHI39 = 2.78 / BPWHKB13P25VLT Yellow upper limit = B_PCB_B13_2TRDLO40 = 2.55 / BPWHKB13M25VLT Red lower limit = B_PCB_B13_2_7VTRDHI40 = 2.84 / BPWHKB13M25VLT Red upper limit = B_PCB_B13_2_7VTYELO40 = 2.62 / BPWHKB13M25VLT Yellow lower limit = B_PCB_B13_2TYEHI40 = 2.78 / BPWHKB13M25VLT Yellow upper limit = B_PCB_B13_2TRDLO41 = 3.65 / BPWHKB13P35VLT Red lower limit = B_PCB_B13_3_8VTRDHI41 = 4.05 / BPWHKB13P35VLT Red upper limit = B_PCB_B13_3_8VTYELO41 = 3.73 / BPWHKB13P35VLT Yellow lower limit = B_PCB_B13_3TYEHI41 = 3.97 / BPWHKB13P35VLT Yellow upper limit = B_PCB_B13_3TRDLO42 = 3.65 / BPWHKB13M35VLT Red lower limit = B_PCB_B13_3_8VTRDHI42 = 4.05 / BPWHKB13M35VLT Red upper limit = B_PCB_B13_3_8VTYELO42 = 3.73 / BPWHKB13M35VLT Yellow lower limit = B_PCB_B13_3TYEHI42 = 3.97 / BPWHKB13M35VLT Yellow upper limit = B_PCB_B13_3TRDLO43 = 4.75 / BPWHKB13P50VLT Red lower limit = B_PCB_B13_5_0VTRDHI43 = 5.25 / BPWHKB13P50VLT Red upper limit = B_PCB_B13_5_0VTYELO43 = 4.85 / BPWHKB13P50VLT Yellow lower limit = B_PCB_B13_5TYEHI43 = 5.15 / BPWHKB13P50VLT Yellow upper limit = B_PCB_B13_5TRDLO44 = 7.12 / BPWHKB13P75VLT Red lower limit = B_PCB_B13_7_5VTRDHI44 = 7.85 / BPWHKB13P75VLT Red upper limit = B_PCB_B13_7_5VTYELO44 = 7.27 / BPWHKB13P75VLT Yellow lower limit = B_PCB_B13_7TYEHI44 = 7.72 / BPWHKB13P75VLT Yellow upper limit = B_PCB_B13_7TRDLO45 = 7.12 / BPWHKB13M75VLT Red lower limit = B_PCB_B13_7_5VTRDHI45 = 7.85 / BPWHKB13M75VLT Red upper limit = B_PCB_B13_7_5VTYELO45 = 7.27 / BPWHKB13M75VLT Yellow lower limit = B_PCB_B13_7TYEHI45 = 7.72 / BPWHKB13M75VLT Yellow upper limit = B_PCB_B13_7TRDLO46 = -20 / BPWHKB13CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI46 = 61 / BPWHKB13CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO46 = -15 / BPWHKB13CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI46 = 56 / BPWHKB13CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO47 = -15 / BPWHKB13TEMP Red lower limit = B_TBLK_13_LIM TRDHI47 = 45 / BPWHKB13TEMP Red upper limit = B_TBLK_13_LIM TYELO47 = -10 / BPWHKB13TEMP Yellow lower limit = B_TBLK_13_LIMTYEHI47 = 40 / BPWHKB13TEMP Yellow upper limit = B_TBLK_13_LIMTRDHI48 = 60 / BPWHKLHPB3TEMP Red upper limit = B_TLHP_B3_LIM TYEHI48 = 55 / BPWHKLHPB3TEMP Yellow upper limit = B_TLHP_B3_LTRDLO49 = -20 / BPWHKTSREARTEMP Red lower limit = B_PCB_TAGTEMPTRDHI49 = 40 / BPWHKTSREARTEMP Red upper limit = B_PCB_TAGTEMPTYELO49 = -15 / BPWHKTSREARTEMP Yellow lower limit = B_PCB_TAGTTYEHI49 = 35 / BPWHKTSREARTEMP Yellow upper limit = B_PCB_TAGTTRDLO55 = -0.2 / BPWHKB14INPUTI Red lower limit = B_PCB_B14_INPITRDHI55 = 0.9 / BPWHKB14INPUTI Red upper limit = B_PCB_B14_INPITYELO55 = -0.1 / BPWHKB14INPUTI Yellow lower limit = B_PCB_B14_ITYEHI55 = 0.8 / BPWHKB14INPUTI Yellow upper limit = B_PCB_B14_ITRDLO56 = -2 / BPWHKB1425GND Red lower limit = B_PCB_B14_2_5G_TRDHI56 = 15 / BPWHKB1425GND Red upper limit = B_PCB_B14_2_5G_TYELO56 = -1 / BPWHKB1425GND Yellow lower limit = B_PCB_B14_2_TYEHI56 = 10 / BPWHKB1425GND Yellow upper limit = B_PCB_B14_2_TRDLO57 = 2.55 / BPWHKB14P25VLT Red lower limit = B_PCB_B14_2_7VTRDHI57 = 2.84 / BPWHKB14P25VLT Red upper limit = B_PCB_B14_2_7VTYELO57 = 2.62 / BPWHKB14P25VLT Yellow lower limit = B_PCB_B14_2TYEHI57 = 2.78 / BPWHKB14P25VLT Yellow upper limit = B_PCB_B14_2TRDLO58 = 2.55 / BPWHKB14M25VLT Red lower limit = B_PCB_B14_2_7VTRDHI58 = 2.84 / BPWHKB14M25VLT Red upper limit = B_PCB_B14_2_7VTYELO58 = 2.62 / BPWHKB14M25VLT Yellow lower limit = B_PCB_B14_2TYEHI58 = 2.78 / BPWHKB14M25VLT Yellow upper limit = B_PCB_B14_2TRDLO59 = 3.65 / BPWHKB14P35VLT Red lower limit = B_PCB_B14_3_8VTRDHI59 = 4.05 / BPWHKB14P35VLT Red upper limit = B_PCB_B14_3_8VTYELO59 = 3.73 / BPWHKB14P35VLT Yellow lower limit = B_PCB_B14_3TYEHI59 = 3.97 / BPWHKB14P35VLT Yellow upper limit = B_PCB_B14_3TRDLO60 = 3.65 / BPWHKB14M35VLT Red lower limit = B_PCB_B14_3_8VTRDHI60 = 4.05 / BPWHKB14M35VLT Red upper limit = B_PCB_B14_3_8VTYELO60 = 3.73 / BPWHKB14M35VLT Yellow lower limit = B_PCB_B14_3TYEHI60 = 3.97 / BPWHKB14M35VLT Yellow upper limit = B_PCB_B14_3TRDLO61 = 4.75 / BPWHKB14P50VLT Red lower limit = B_PCB_B14_5_0VTRDHI61 = 5.25 / BPWHKB14P50VLT Red upper limit = B_PCB_B14_5_0VTYELO61 = 4.85 / BPWHKB14P50VLT Yellow lower limit = B_PCB_B14_5TYEHI61 = 5.15 / BPWHKB14P50VLT Yellow upper limit = B_PCB_B14_5TRDLO62 = 7.12 / BPWHKB14P75VLT Red lower limit = B_PCB_B14_7_5VTRDHI62 = 7.85 / BPWHKB14P75VLT Red upper limit = B_PCB_B14_7_5VTYELO62 = 7.27 / BPWHKB14P75VLT Yellow lower limit = B_PCB_B14_7TYEHI62 = 7.72 / BPWHKB14P75VLT Yellow upper limit = B_PCB_B14_7TRDLO63 = 7.12 / BPWHKB14M75VLT Red lower limit = B_PCB_B14_7_5VTRDHI63 = 7.85 / BPWHKB14M75VLT Red upper limit = B_PCB_B14_7_5VTYELO63 = 7.27 / BPWHKB14M75VLT Yellow lower limit = B_PCB_B14_7TYEHI63 = 7.72 / BPWHKB14M75VLT Yellow upper limit = B_PCB_B14_7TRDLO64 = -20 / BPWHKB14CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI64 = 61 / BPWHKB14CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO64 = -15 / BPWHKB14CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI64 = 56 / BPWHKB14CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO65 = -15 / BPWHKB14TEMP Red lower limit = B_TBLK_14_LIM TRDHI65 = 45 / BPWHKB14TEMP Red upper limit = B_TBLK_14_LIM TYELO65 = -10 / BPWHKB14TEMP Yellow lower limit = B_TBLK_14_LIMTYEHI65 = 40 / BPWHKB14TEMP Yellow upper limit = B_TBLK_14_LIMTRDHI66 = 60 / BPWHKLHPB4TEMP Red upper limit = B_TLHP_B4_LIM TYEHI66 = 55 / BPWHKLHPB4TEMP Yellow upper limit = B_TLHP_B4_LTRDLO73 = -0.2 / BPWHKB15INPUTI Red lower limit = B_PCB_B15_INPITRDHI73 = 0.9 / BPWHKB15INPUTI Red upper limit = B_PCB_B15_INPITYELO73 = -0.1 / BPWHKB15INPUTI Yellow lower limit = B_PCB_B15_ITYEHI73 = 0.8 / BPWHKB15INPUTI Yellow upper limit = B_PCB_B15_ITRDLO74 = -2 / BPWHKB1525GND Red lower limit = B_PCB_B15_2_5G_TRDHI74 = 15 / BPWHKB1525GND Red upper limit = B_PCB_B15_2_5G_TYELO74 = -1 / BPWHKB1525GND Yellow lower limit = B_PCB_B15_2_TYEHI74 = 10 / BPWHKB1525GND Yellow upper limit = B_PCB_B15_2_TRDLO75 = 2.55 / BPWHKB15P25VLT Red lower limit = B_PCB_B15_2_7VTRDHI75 = 2.84 / BPWHKB15P25VLT Red upper limit = B_PCB_B15_2_7VTYELO75 = 2.62 / BPWHKB15P25VLT Yellow lower limit = B_PCB_B15_2TYEHI75 = 2.78 / BPWHKB15P25VLT Yellow upper limit = B_PCB_B15_2TRDLO76 = 2.55 / BPWHKB15M25VLT Red lower limit = B_PCB_B15_2_7VTRDHI76 = 2.84 / BPWHKB15M25VLT Red upper limit = B_PCB_B15_2_7VTYELO76 = 2.62 / BPWHKB15M25VLT Yellow lower limit = B_PCB_B15_2TYEHI76 = 2.78 / BPWHKB15M25VLT Yellow upper limit = B_PCB_B15_2TRDLO77 = 3.65 / BPWHKB15P35VLT Red lower limit = B_PCB_B15_3_8VTRDHI77 = 4.05 / BPWHKB15P35VLT Red upper limit = B_PCB_B15_3_8VTYELO77 = 3.73 / BPWHKB15P35VLT Yellow lower limit = B_PCB_B15_3TYEHI77 = 3.97 / BPWHKB15P35VLT Yellow upper limit = B_PCB_B15_3TRDLO78 = 3.65 / BPWHKB15M35VLT Red lower limit = B_PCB_B15_3_8VTRDHI78 = 4.05 / BPWHKB15M35VLT Red upper limit = B_PCB_B15_3_8VTYELO78 = 3.73 / BPWHKB15M35VLT Yellow lower limit = B_PCB_B15_3TYEHI78 = 3.97 / BPWHKB15M35VLT Yellow upper limit = B_PCB_B15_3TRDLO79 = 4.75 / BPWHKB15P50VLT Red lower limit = B_PCB_B15_5_0VTRDHI79 = 5.25 / BPWHKB15P50VLT Red upper limit = B_PCB_B15_5_0VTYELO79 = 4.85 / BPWHKB15P50VLT Yellow lower limit = B_PCB_B15_5TYEHI79 = 5.15 / BPWHKB15P50VLT Yellow upper limit = B_PCB_B15_5TRDLO80 = 7.12 / BPWHKB15P75VLT Red lower limit = B_PCB_B15_7_5VTRDHI80 = 7.85 / BPWHKB15P75VLT Red upper limit = B_PCB_B15_7_5VTYELO80 = 7.27 / BPWHKB15P75VLT Yellow lower limit = B_PCB_B15_7TYEHI80 = 7.72 / BPWHKB15P75VLT Yellow upper limit = B_PCB_B15_7TRDLO81 = 7.12 / BPWHKB15M75VLT Red lower limit = B_PCB_B15_7_5VTRDHI81 = 7.85 / BPWHKB15M75VLT Red upper limit = B_PCB_B15_7_5VTYELO81 = 7.27 / BPWHKB15M75VLT Yellow lower limit = B_PCB_B15_7TYEHI81 = 7.72 / BPWHKB15M75VLT Yellow upper limit = B_PCB_B15_7TRDLO82 = -20 / BPWHKB15CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI82 = 61 / BPWHKB15CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO82 = -15 / BPWHKB15CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI82 = 56 / BPWHKB15CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO83 = -15 / BPWHKB15TEMP Red lower limit = B_TBLK_15_LIM TRDHI83 = 45 / BPWHKB15TEMP Red upper limit = B_TBLK_15_LIM TYELO83 = -10 / BPWHKB15TEMP Yellow lower limit = B_TBLK_15_LIMTYEHI83 = 40 / BPWHKB15TEMP Yellow upper limit = B_TBLK_15_LIMTRDLO84 = -30 / BPWHKLHPB5TEMP Red lower limit = B_TLHP_B5_LIM TRDHI84 = 60 / BPWHKLHPB5TEMP Red upper limit = B_TLHP_B5_LIM TYELO84 = -25 / BPWHKLHPB5TEMP Yellow lower limit = B_TLHP_B5_LTYEHI84 = 55 / BPWHKLHPB5TEMP Yellow upper limit = B_TLHP_B5_LHISTORY TASK: FAPPND on FILENAME: sw01210276000b142x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:31 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AůꞀՎ ,+gɃXJ(&Z+)„%[%o$ˉNZJَ 4͉ć>AůI-1fуYB򍍍(&'ZK)Ą%\!,n$ʉM[>ߎ 5Ή‡ŀAů?Ў -;cƃX)1&Z6捙*Ä$Z*#ʉMZJ7͉Ç퀥;AůЦ׎ ,Gc˃Y_(=&[`񍑍*„%[2(n$ʉL[L؎5̉ÈAůJ /LaƒY/ *D&Zi퍔)Ä#[4"r%lj򀤅IZvڎ7͉ÈpAů%ۀҎ.VaǃXe(M%Zf*„$[4#q%ɉ񀥅HZR܎ 5ˉĈ;Aů4AՎ .J^YC)@%Z\򍔍*Ä#[@'q%ȉ뀤GZP܎ 6ˉÇaOAůCVю,/_ŃYY(#%ZV)Ä$[`!r$ƉGZrێ 4ˉ†~]AůRیҎ .$^YW)%Zl퍓+„$[D#u$ȉDZ5ʉ†8|zAůaƎ+^ÃX|'%Zw鍐$Ą$ZM!r$Ɖ򀤅CZڎ 2ˉÅ؀|Aůp"hώ,^Y|z($Zٍ)"Zct"ȉCZߎ4ʉ…zeAůҎ ,_ŃX%$Y퍏&„#Zg!o"ljAZَ 4ˉÅky-AůEՎ._ȃY(%[*„"\%r%ȉ?[ێ5ʉ…OxAůZώ,_W(ډ#Y ٍ*„"Yw#ȉ>Y4ȉ…&vfAů#Ў+Ճ`X~&ɉ$Zٍ(„"Zx#ɉ =Z 3ɉ„uAůیێ,`Xf(#Yy1Å #ZW&m"ȉ hZ= *3!ZS֍,![v w%Ή3Zq4ωjUAůQ+ /DiYE (X}'5 Y덎(͍Z u"҉0Z~򍩍 5щ퀥cAů# /KYÀ )C \󍐍,ˍ\ۀ!q&ԉ1[Ȁߎ 7ӉdAů2Ӏ .XXۀ *MZӀ-ȍZҀp#ԉ1Ỳ 5ԉ倥bWAůAvހ׎+aÈX̀~&ZY܀썎(ƍZр v"Չ1Z߀񍧍5҉cAůPզێ+i͈X(aY.ÍZր%k"Չ2Yގ 3ԉacAů_~ߎ ,aڈYĀ~(W܍ Zɀ򍎍* [π%o#Չ4Z4ՉdAůn /P別Xʀ(EٍY܀򍏍* ZԀ%n#؉5Ỳ 5Չ$eUAů}᱀ю - :󈥃Ylu )-׍Zꍋ' [ڀ#q%؉6Z 6׉feAů ێ /"?Y)5Ս Z񍒍+ [ˀ&p%׉ƀ7Z7؉7f=Aůގ 0!B YÀ * 8ҍZ󍐍/ʼn[ހ(o$ډπ9Z7ى+g%Aů>eގ ."MX~( C͍ Y󍏍*҉Zŀ&n#܉ـ:Z΀ 5ډFgAůȀَ."[X~( QʍYꍒ) ډY{"݉․;Y5؉؀iAů4܎-#h(Y( \ʍ ZĀ*߉Z&l#މ耤>[5݉j5AůI-%c1X'ZȍY5)ቷY/k$މ値>YRݎ6܉kXAůH /&QAZT)Bƍ [O򍏍*뉸\'n%뀥A[7llAůXݎ /&2OY(%Í Z񍎍)[1#n$䉴C[* 5߉n`Aů Z .')^Y(ÍZ*Z #n%剳DZ  5ቷo+Aůَ,(FjƒY|(>Í Z ۍ)ZՀ|"剳FY5≷ဦoAů"U؎-+YvYaw(NčZU퍍& Zxp#牱%IZ~ 5剷ԀpqAů1R*ݎ ,+MƒX܀(@ÍY򍒍+)ZBr%鉲-JY 3䉷rAů@`򍦍-+JYM(=č [X􍇍'5[v/h#쉴9LZ^ڎ 5剶tAůO?؎ +-1ŃX~%$Ǎ!YҀ񍑍+B Zp$퉲KNZ 3艶vAů^E؎ .//ȃY )&ɍ Z덒*Qč[t$퉱ZP[ 5ꉷvAůmvހߎ.0K˃Y)Bʍ![g*]ƍ [y'm%eS[s6ꉶzAů|hs+1Zʈ˃Yk|(Q̍!ZV(gȍ [tr#nTZi5뉵{Aůa=ێ.2K׈ɃX (?͍ Zp*pˍZ"n%򉲆vWZ 6퉵À}RAů -2?ȃX?*!2Ѝ!ZI 2!w̍!Zo"ZZ; 5>CAůGE܎*3)ȃY#|*!э Y:퍑*!ύ ZL n#]Zw 4񉶆Aů.ێ+5;҃Yq'$1ԍ"Zf,#ҍ!Z"j"_Y{ 3񉵇qAů̸ -8TЃYǀ񍍍(#K׍![􍍍)%ԍ![)j"b[Ԁݎ6򉷇ԀoAů3ێ .8T׃YЀ*$Gڍ![ǀ񍒍,&֍!\݀%q$e[ŀ 6򉷇Aů,8JՃY'$@ۍ"Z(&׍!Z܀/k#fZ܎ 6Aů.֎ -ZX*<#Y*C;"Y'n#NЈXz'74"Y鍏%?3 Y#p"C8Yێ 2 ꀦpAůԎ ,WLʈY(7D"Z *?2!Z$q#?7Zێ 5 p_AůnYՎ ,UXƈY(5P"Z*>.!Y &n#97Z&׎ 5nAůnYЎ .UQZ)5D#[ ׍+='!\x&/6[?5 耦nAů' 0U;Z8 )5.#[(<#!\"t'-5\$ڎ9&mAů Ў-S!Y(5!Zލ(; !Z }$.4[) 5skAůBpƎ-RY4 w)2 "Z"鍕(;![ u$*3Z3ގ6j(Aů*q؎ 1Q Y +4![򍕍,: \%t&+1Z%ݎ7hAů9+RY񍊍'1"Z!'9 Z*m")0Y*ݎ 3iAůH΀Ԏ.QY'1"Z;򍔍+7 [#r%&/[%ڎ 5gAůW*oՎ ,OY)*. Z-)7Z!r$$-[E܎ 4Ue0Aůf;֎ -OX!*/"Z )5[!t%-Z0ݎ 5eAůuՎ ,L!Y(/ Z/ 25 Z u$+Z2ڎ 6cAů lӎ-K.Y,)-$ Z9*4[$q$)ZH܎ 7ƀbJAů*ݎ,L=X*􍊍(,2 Y%)3Y*n")Y.؎ 4逥aAůڎ.KFY. *+>Z0鍐&3[%r$ 'ZW܎ 9`AůՎ .JUY9))LZ 񍓍+2[%q$ 'Z5ێ6_Aů ׎-JYYF~((NZ0񍏍(2Z(m#%Z;Վ 4]HAůPۀ̎-JF~X&():YI*1Z$t%$YN܎ 4t\AůEӎ ,H)|X')Z-썑(0Y*&o"󉸄#YA 4[Aůvހَ-H{YC'(ZG(/Z)o#􉹄!ZO׎ 4ZAů.^ю-FyYR )&Y[捚+,Z6 %􉷄 Z#5耥YAů ڎ -EwZ *'[P퍏(-[!(o$񉸄Z<ێ 6WAůώ *EtXD($ Y?,,Z""p"򉷄YGَ 4񀥅UjAů)zҎ -DrYH *' ZA+,['$r$ZZڎ 5UAů8֎,C!pXI(%YR*+Y/!o"Y6؎ 3􉻇TAůGŀԎ -B,pYJ)&#ZG*+[4v%܎ 6ǀTAůVjԎ -B8oXl*#-Zj**Z7#r$Zqێ 6򉼇뀥QAůe}Ў-BGnX^|'"<Yiٍ))ZVs#퉷Zk 3􉼈PAůtԎ .BSnYR)!HZm퍓)*[9"r$[v܎ 4򉽈OAůc5ӎ .>SnXl +"HZ+)Z,$q%Zhݎ 5񉻈 NAů3Ԏ*A?nX%"3Y 2(Z_!o"퉸򀥅Za؎ 3[NyAůc֎->"nXx("Z)'Z]!q"Zw؎ 4LAůŀ؎ -?oY~(!Zz񍑍)([})o$퉸[ߎ 6񉼆KAůÀڎ -@pYt)!Zn*)Zd(n$Zc܎ 5񉼅JAůx-֎,?qY+~'#Z|((Z\%o#ZZގ 5򉼅ImAůr׎ /@rY3 *"Z,*[*$t%Z$􍬍7󉼆6HXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 200 / width of table in bytes NAXIS2 = 10 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 50 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BMICHWCMDREG' / MIC last internal command TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BMICHWTIMDMA' / MIC DMA data collect timeout TFORM3 = '1J ' / data format of field: 4-byte INTEGER TZERO3 = 2147483648 / offset for unsigned integers TTYPE4 = 'BMICHWINTENA' / MIC interrupt enable bits TFORM4 = '1J ' / data format of field: 4-byte INTEGER TZERO4 = 2147483648 / offset for unsigned integers TTYPE5 = 'BMICHWINTRST' / MIC last interrupt reset TFORM5 = '1J ' / data format of field: 4-byte INTEGER TZERO5 = 2147483648 / offset for unsigned integers TTYPE6 = 'BMICHWSTATUS' / MIC status register (not used) TFORM6 = '1J ' / data format of field: 4-byte INTEGER TZERO6 = 2147483648 / offset for unsigned integers TTYPE7 = 'BMICHWDMABEG' / Circular buf start address TFORM7 = '1J ' / data format of field: 4-byte INTEGER TZERO7 = 2147483648 / offset for unsigned integers TTYPE8 = 'BMICHWDMAEND' / Circular buf end address TFORM8 = '1J ' / data format of field: 4-byte INTEGER TZERO8 = 2147483648 / offset for unsigned integers TTYPE9 = 'BMICHWDMA1ST' / Circular buf 1st write address TFORM9 = '1J ' / data format of field: 4-byte INTEGER TZERO9 = 2147483648 / offset for unsigned integers TTYPE10 = 'BMICHWDMAENA' / Circular buf auto dma enable TFORM10 = '1J ' / data format of field: 4-byte INTEGER TZERO10 = 2147483648 / offset for unsigned integers TTYPE11 = 'BMICHWDMAVAL' / Circular buf prev lap valid TFORM11 = '1J ' / data format of field: 4-byte INTEGER TZERO11 = 2147483648 / offset for unsigned integers TTYPE12 = 'BMICHWDMALAP' / Circular buf lap count register TFORM12 = '1J ' / data format of field: 4-byte INTEGER TZERO12 = 2147483648 / offset for unsigned integers TTYPE13 = 'BMICHWDMACUR' / Circular buf next write register TFORM13 = '1J ' / data format of field: 4-byte INTEGER TZERO13 = 2147483648 / offset for unsigned integers TTYPE14 = 'BMICHWCMDIDX' / BCDH cmd buf index of next read TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 32768 / offset for unsigned integers TTYPE15 = 'BMICHWCMDLFT' / BCDH cmd buf unread dwords TFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BMICHWCMDTIM' / BCDH cmd buf transmit timeout TFORM16 = '1J ' / data format of field: 4-byte INTEGER TZERO16 = 2147483648 / offset for unsigned integers TTYPE17 = 'BMICHWCMDMAX' / BCDH cmd buf max packet length TFORM17 = '1J ' / data format of field: 4-byte INTEGER TZERO17 = 2147483648 / offset for unsigned integers TTYPE18 = 'BMICHWCMDSTA' / BCDH cmd buf status bits TFORM18 = '1J ' / data format of field: 4-byte INTEGER TZERO18 = 2147483648 / offset for unsigned integers TTYPE19 = 'BMICHWLNK00A' / 1355 link status register 00 (A) TFORM19 = '1J ' / data format of field: 4-byte INTEGER TZERO19 = 2147483648 / offset for unsigned integers TTYPE20 = 'BMICHWLNK01A' / 1355 link status register 01 (A) TFORM20 = '1J ' / data format of field: 4-byte INTEGER TZERO20 = 2147483648 / offset for unsigned integers TTYPE21 = 'BMICHWLNK02A' / 1355 link status register 02 (A) TFORM21 = '1J ' / data format of field: 4-byte INTEGER TZERO21 = 2147483648 / offset for unsigned integers TTYPE22 = 'BMICHWLNK03A' / 1355 link status register 03 (A) TFORM22 = '1J ' / data format of field: 4-byte INTEGER TZERO22 = 2147483648 / offset for unsigned integers TTYPE23 = 'BMICHWLNK04A' / 1355 link status register 04 (A) TFORM23 = '1J ' / data format of field: 4-byte INTEGER TZERO23 = 2147483648 / offset for unsigned integers TTYPE24 = 'BMICHWLNK05A' / 1355 link status register 05 (A) TFORM24 = '1J ' / data format of field: 4-byte INTEGER TZERO24 = 2147483648 / offset for unsigned integers TTYPE25 = 'BMICHWLNK06A' / 1355 link status register 06 (A) TFORM25 = '1J ' / data format of field: 4-byte INTEGER TZERO25 = 2147483648 / offset for unsigned integers TTYPE26 = 'BMICHWLNK07A' / 1355 link status register 07 (A) TFORM26 = '1J ' / data format of field: 4-byte INTEGER TZERO26 = 2147483648 / offset for unsigned integers TTYPE27 = 'BMICHWLNK08A' / 1355 link status register 08 (A) TFORM27 = '1J ' / data format of field: 4-byte INTEGER TZERO27 = 2147483648 / offset for unsigned integers TTYPE28 = 'BMICHWLNK09A' / 1355 link status register 09 (A) TFORM28 = '1J ' / data format of field: 4-byte INTEGER TZERO28 = 2147483648 / offset for unsigned integers TTYPE29 = 'BMICHWLNK10A' / 1355 link status register 10 (A) TFORM29 = '1J ' / data format of field: 4-byte INTEGER TZERO29 = 2147483648 / offset for unsigned integers TTYPE30 = 'BMICHWLNK11A' / 1355 link status register 11 (A) TFORM30 = '1J ' / data format of field: 4-byte INTEGER TZERO30 = 2147483648 / offset for unsigned integers TTYPE31 = 'BMICHWLNK12A' / 1355 link status register 12 (A) TFORM31 = '1J ' / data format of field: 4-byte INTEGER TZERO31 = 2147483648 / offset for unsigned integers TTYPE32 = 'BMICHWLNK13A' / 1355 link status register 13 (A) TFORM32 = '1J ' / data format of field: 4-byte INTEGER TZERO32 = 2147483648 / offset for unsigned integers TTYPE33 = 'BMICHWLNK14A' / 1355 link status register 14 (A) TFORM33 = '1J ' / data format of field: 4-byte INTEGER TZERO33 = 2147483648 / offset for unsigned integers TTYPE34 = 'BMICHWLNK15A' / 1355 link status register 15 (A) TFORM34 = '1J ' / data format of field: 4-byte INTEGER TZERO34 = 2147483648 / offset for unsigned integers TTYPE35 = 'BMICHWLNK00B' / 1355 link status register 00 (B) TFORM35 = '1J ' / data format of field: 4-byte INTEGER TZERO35 = 2147483648 / offset for unsigned integers TTYPE36 = 'BMICHWLNK01B' / 1355 link status register 01 (B) TFORM36 = '1J ' / data format of field: 4-byte INTEGER TZERO36 = 2147483648 / offset for unsigned integers TTYPE37 = 'BMICHWLNK02B' / 1355 link status register 02 (B) TFORM37 = '1J ' / data format of field: 4-byte INTEGER TZERO37 = 2147483648 / offset for unsigned integers TTYPE38 = 'BMICHWLNK03B' / 1355 link status register 03 (B) TFORM38 = '1J ' / data format of field: 4-byte INTEGER TZERO38 = 2147483648 / offset for unsigned integers TTYPE39 = 'BMICHWLNK04B' / 1355 link status register 04 (B) TFORM39 = '1J ' / data format of field: 4-byte INTEGER TZERO39 = 2147483648 / offset for unsigned integers TTYPE40 = 'BMICHWLNK05B' / 1355 link status register 05 (B) TFORM40 = '1J ' / data format of field: 4-byte INTEGER TZERO40 = 2147483648 / offset for unsigned integers TTYPE41 = 'BMICHWLNK06B' / 1355 link status register 06 (B) TFORM41 = '1J ' / data format of field: 4-byte INTEGER TZERO41 = 2147483648 / offset for unsigned integers TTYPE42 = 'BMICHWLNK07B' / 1355 link status register 07 (B) TFORM42 = '1J ' / data format of field: 4-byte INTEGER TZERO42 = 2147483648 / offset for unsigned integers TTYPE43 = 'BMICHWLNK08B' / 1355 link status register 08 (B) TFORM43 = '1J ' / data format of field: 4-byte INTEGER TZERO43 = 2147483648 / offset for unsigned integers TTYPE44 = 'BMICHWLNK09B' / 1355 link status register 09 (B) TFORM44 = '1J ' / data format of field: 4-byte INTEGER TZERO44 = 2147483648 / offset for unsigned integers TTYPE45 = 'BMICHWLNK10B' / 1355 link status register 10 (B) TFORM45 = '1J ' / data format of field: 4-byte INTEGER TZERO45 = 2147483648 / offset for unsigned integers TTYPE46 = 'BMICHWLNK11B' / 1355 link status register 11 (B) TFORM46 = '1J ' / data format of field: 4-byte INTEGER TZERO46 = 2147483648 / offset for unsigned integers TTYPE47 = 'BMICHWLNK12B' / 1355 link status register 12 (B) TFORM47 = '1J ' / data format of field: 4-byte INTEGER TZERO47 = 2147483648 / offset for unsigned integers TTYPE48 = 'BMICHWLNK13B' / 1355 link status register 13 (B) TFORM48 = '1J ' / data format of field: 4-byte INTEGER TZERO48 = 2147483648 / offset for unsigned integers TTYPE49 = 'BMICHWLNK14B' / 1355 link status register 14 (B) TFORM49 = '1J ' / data format of field: 4-byte INTEGER TZERO49 = 2147483648 / offset for unsigned integers TTYPE50 = 'BMICHWLNK15B' / 1355 link status register 15 (B) TFORM50 = '1J ' / data format of field: 4-byte INTEGER TZERO50 = 2147483648 / offset for unsigned integers EXTNAME = 'hk143x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699935.16768 TSTOP = 727704903.17258 DATE-OBS= '2024-01-23T10:52:10' DATE-END= '2024-01-23T12:14:58' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 4968.00489997864 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 323 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:28' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'aFQWcENVaENVaENV' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '313951222' / data unit checksum updated 2024-02-02T06:06:28 HISTORY TASK: FAPPND on FILENAME: sw01210276000b143x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:31 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AůvB@  2l >)DDDDDDDDDDDDDDDDAůmFB@  2l S؎DDDDDDDDDDDDDDDDAů鋯B@  2l vSDDDDDDDDDDDDDDDDAůu:B@  2l3gDDDDDDDDDDDDDDDDAů֭րB@  2l=8ހDDDDDDDDDDDDDDDDAů|?B@  2lKhDDDDDDDDDDDDDDDDAůe2B@  |2m GDDDDDDDDDDDDDDDDAůtLDB@  |2m nDDDDDDDDDDDDDDDDAů B@  @2n EÀDDDDDDDDDDDDDDDDAůB@  @2n Uu{DDDDDDDDDDDDDDDDXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 192 / width of table in bytes NAXIS2 = 22 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 98 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BDICMDBLSNCURTR' / m_currTrigger TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BDICMDBLSSZPROC' / m_processChunkSize TFORM3 = '1J ' / data format of field: 4-byte INTEGER TZERO3 = 2147483648 / offset for unsigned integers TTYPE4 = 'BDICMDBLSMARKCL' / m_markClockTime TFORM4 = '1J ' / data format of field: 4-byte INTEGER TTYPE5 = 'BDICMDBLSMARKDT' / m_markDataTime TFORM5 = '1J ' / data format of field: 4-byte INTEGER TTYPE6 = 'BDICMDBLSGTSDUR' / m_grbTriggerSuppressDur TFORM6 = '1I ' / data format of field: 2-byte INTEGER TUNIT6 = 's ' / physical unit of field TTYPE7 = 'BDICMDBLSSURDUR' / m_nomSurveyCycleDur TFORM7 = '1I ' / data format of field: 2-byte INTEGER TUNIT7 = 's ' / physical unit of field TTYPE8 = 'BDICMDBLSAM2DUR' / m_nomAm241AccumDur TFORM8 = '1I ' / data format of field: 2-byte INTEGER TUNIT8 = 's ' / physical unit of field TTYPE9 = 'BDICMDBLSSTGDUR' / m_imTrigShortDur TFORM9 = '1I ' / data format of field: 2-byte INTEGER TUNIT9 = 's ' / physical unit of field TTYPE10 = 'BDICMDBLSLTGDUR' / m_imTrigLongDur TFORM10 = '1I ' / data format of field: 2-byte INTEGER TUNIT10 = 's ' / physical unit of field TTYPE11 = 'BDICMDBLSTGELOW' / m_imTrigELow TFORM11 = '1I ' / data format of field: 2-byte INTEGER TTYPE12 = 'BDICMDBLSTGEHIG' / m_imTrigEHigh TFORM12 = '1I ' / data format of field: 2-byte INTEGER TTYPE13 = 'BDICMDBLSMACTBL' / m_activeBlocks TFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 32768 / offset for unsigned integers TTYPE14 = 'BDICMDBLSFFAKTS' / m_fakeTimestamp TFORM14 = '1B ' / data format of field: BYTE TTYPE15 = 'BDICMDBLSINVALD' / m_fInvalid TFORM15 = '1B ' / data format of field: BYTE TTYPE16 = 'BDICMDBLSFALTDR' / m_fAlertTDRSS TFORM16 = '1B ' / data format of field: BYTE TTYPE17 = 'BDICMDBLSFBINCH' / m_binsChanged TFORM17 = '1B ' / data format of field: BYTE TTYPE18 = 'BDICMDBLSFTBNCH' / m_tagBinsChanged TFORM18 = '1B ' / data format of field: BYTE TTYPE19 = 'BDICMDBLSTRIGEN' / m_trigEnabled TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BDICMDBLSCANVET' / m_fCancelVeto TFORM20 = '1B ' / data format of field: BYTE TTYPE21 = 'BDICMDBLSTRGDMP' / m_trigDump TFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BDICMDBLSBRIMTH' / m_brImmediateThreshold TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 32768 / offset for unsigned integers TTYPE23 = 'BDICMDBLSBRPAUS' / m_brPausetime TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 32768 / offset for unsigned integers TTYPE24 = 'BDICMDBLSVERBOS' / m_verbosity TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 32768 / offset for unsigned integers TTYPE25 = 'BDICMDBLSNENARR' / m_n_enarrow_used TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 32768 / offset for unsigned integers TTYPE26 = 'BDICMDBLSNAM241' / m_n_etagbins_used TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 32768 / offset for unsigned integers TTYPE27 = 'BDICMDBLSQAMSPC' / m_priAmSpect TFORM27 = '1B ' / data format of field: BYTE TTYPE28 = 'BDICMDBLSQSURVY' / m_priSurvey TFORM28 = '1B ' / data format of field: BYTE TTYPE29 = 'BDICMDBLSQAMACC' / m_priAmSurvey TFORM29 = '1B ' / data format of field: BYTE TTYPE30 = 'BDICMDBLSQGAINO' / m_priGainOff TFORM30 = '1B ' / data format of field: BYTE TTYPE31 = 'BDICMDBLSQCALRN' / m_priCalRun TFORM31 = '1B ' / data format of field: BYTE TTYPE32 = 'BDICMDBLSQMASKW' / m_priMaskWeights TFORM32 = '1B ' / data format of field: BYTE TTYPE33 = 'BDICMDBLSQPARAM' / m_priParameters TFORM33 = '1B ' / data format of field: BYTE TTYPE34 = 'BDICMDBLSQDAPHK' / m_priDAPhk TFORM34 = '1B ' / data format of field: BYTE TTYPE35 = 'BDICMDBLSQACSDP' / m_priACS TFORM35 = '1B ' / data format of field: BYTE TTYPE36 = 'BDICMDBLSQPULSR' / m_priPulsar TFORM36 = '1B ' / data format of field: BYTE TTYPE37 = 'BDICMDBLSARAT64' / m_rate_64msQuad_AID TFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 32768 / offset for unsigned integers TTYPE38 = 'BDICMDBLSARMTAG' / m_rate_mtag_AID TFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 32768 / offset for unsigned integers TTYPE39 = 'BDICMDBLSARFMAX' / m_rate_fastmax_AID TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 32768 / offset for unsigned integers TTYPE40 = 'BDICMDBLSAPARAM' / m_parameter_tm_AID TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 32768 / offset for unsigned integers TTYPE41 = 'BDICMDBLSATRIGS' / m_trigger_status_AID TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = 32768 / offset for unsigned integers TTYPE42 = 'BDICMDBLSDIDLAY' / m_DIDelay TFORM42 = '1B ' / data format of field: BYTE TTYPE43 = 'BDICMDBLSDUMPDL' / m_dumpDelay TFORM43 = '1B ' / data format of field: BYTE TTYPE44 = 'BDICMDBLSIGNFLG' / m_ignoreEventFlags TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 32768 / offset for unsigned integers TTYPE45 = 'BDICMDBLSTSTALE' / m_dumpStaleLimit TFORM45 = '1I ' / data format of field: 2-byte INTEGER TTYPE46 = 'BDICMDBLSNHOTLM' / m_hotLimit TFORM46 = '1I ' / data format of field: 2-byte INTEGER TTYPE47 = 'BDICMDBLSNHOTKL' / m_nHotKill TFORM47 = '1I ' / data format of field: 2-byte INTEGER TTYPE48 = 'BDICMDBLSNLTCHL' / m_latchLimit TFORM48 = '1I ' / data format of field: 2-byte INTEGER TTYPE49 = 'BDICMDBLSNMXLAG' / m_maxLag TFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = 32768 / offset for unsigned integers TTYPE50 = 'BDICMDBLSNTHSAA' / m_saaThreshold TFORM50 = '1J ' / data format of field: 4-byte INTEGER TTYPE51 = 'BDICMDBLSMTFOVR' / m_maskTagFOVRadius TFORM51 = '1J ' / data format of field: 4-byte INTEGER TTYPE52 = 'BDICMDBLSMTFOVE' / m_maskTagFOVEllipticity TFORM52 = '1J ' / data format of field: 4-byte INTEGER TTYPE53 = 'BDICMDBLSNCAOFF' / m_caOffValue TFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 32768 / offset for unsigned integers TTYPE54 = 'BDICMDBLSNCAGAN' / m_caGainValue TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BDICMDBLSNCAPER' / m_caPeriod TFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 32768 / offset for unsigned integers TTYPE56 = 'BDICMDBLSNCADWL' / m_caDwellCount TFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 32768 / offset for unsigned integers TTYPE57 = 'BDICMDBLSNCAOFI' / m_caOffInterval TFORM57 = '1I ' / data format of field: 2-byte INTEGER TTYPE58 = 'BDICMDBLSNCAGNI' / m_caGainInterval TFORM58 = '1I ' / data format of field: 2-byte INTEGER TTYPE59 = 'BDICMDBLSFCAOSL' / m_cafOffOnSlew TFORM59 = '1B ' / data format of field: BYTE TTYPE60 = 'BDICMDBLSFCAGSL' / m_cafGainOnSlew TFORM60 = '1B ' / data format of field: BYTE TTYPE61 = 'BDICMDBLSFCAOSU' / m_cafOffOnSurvey TFORM61 = '1B ' / data format of field: BYTE TTYPE62 = 'BDICMDBLSFCAGSU' / m_cafGainOnSurvey TFORM62 = '1B ' / data format of field: BYTE TTYPE63 = 'BDICMDBLSFDMPAG' / m_fDumpAutoGainOffAcc TFORM63 = '1B ' / data format of field: BYTE TTYPE64 = 'undocumented1' / Byte field not in ITOS database TFORM64 = '1B ' / data format of field: BYTE TTYPE65 = 'BDICMDBLSNCAWIN' / m_caWindow TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 32768 / offset for unsigned integers TTYPE66 = 'BDICMDBLSTHCERT' / m_threshCertain TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 32768 / offset for unsigned integers TTYPE67 = 'BDICMDBLSTHPOSS' / m_threshPossible TFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 32768 / offset for unsigned integers TTYPE68 = 'BDICMDBLSTHSHRT' / m_threshShortImage TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 32768 / offset for unsigned integers TTYPE69 = 'BDICMDBLSTHLONG' / m_threshLongImage TFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'BDICMDBLSDSNSHO' / m_desensShort TFORM70 = '1I ' / data format of field: 2-byte INTEGER TTYPE71 = 'BDICMDBLSDSNLON' / m_desensLong TFORM71 = '1I ' / data format of field: 2-byte INTEGER TTYPE72 = 'BDICMDBLSNUMTRG' / m_numtrig TFORM72 = '1I ' / data format of field: 2-byte INTEGER TTYPE73 = 'BDICMDBLSNCPUOF' / m_ntrig_cpuoff_percheck TFORM73 = '1I ' / data format of field: 2-byte INTEGER TTYPE74 = 'BDICMDBLSMINVAR' / m_all_trigger_minvar TFORM74 = '1I ' / data format of field: 2-byte INTEGER TTYPE75 = 'BDICMDBLSSYSNSE' / m_all_trigger_sysnoise TFORM75 = '1I ' / data format of field: 2-byte INTEGER TTYPE76 = 'BDICMDBLSSHPRBK' / m_backgrd_before_short TFORM76 = '1I ' / data format of field: 2-byte INTEGER TTYPE77 = 'BDICMDBLSSHBDUR' / m_duration_shortback TFORM77 = '1I ' / data format of field: 2-byte INTEGER TUNIT77 = 's ' / physical unit of field TTYPE78 = 'BDICMDBLSCPUGOL' / m_ditg_cpuusage_goal TFORM78 = '1I ' / data format of field: 2-byte INTEGER TTYPE79 = 'BDICMDBLSDCYCHK' / m_check_for_decay_threshold TFORM79 = '1I ' / data format of field: 2-byte INTEGER TTYPE80 = 'BDICMDBLSSHSMTG' / m_short_time_as_same_id TFORM80 = '1I ' / data format of field: 2-byte INTEGER TTYPE81 = 'BDICMDBLSSHAFTR' / m_short_afterburners_enabled TFORM81 = '1B ' / data format of field: BYTE TTYPE82 = 'BDICMDBLSLNAFTR' / m_long_afterburners_enabled TFORM82 = '1B ' / data format of field: BYTE TTYPE83 = 'BDICMDBLSABJUMP' / m_afterburners_jumpstart TFORM83 = '1I ' / data format of field: 2-byte INTEGER TTYPE84 = 'BDICMDBLSMTGOFF' / m_masktag_dc_offset TFORM84 = '1I ' / data format of field: 2-byte INTEGER TTYPE85 = 'BDICMDBLSSLPCPU' / m_sleep_per_cpu_excess TFORM85 = '1I ' / data format of field: 2-byte INTEGER TTYPE86 = 'BDICMDBLSFFOMIM' / m_FOM_from_image TFORM86 = '1B ' / data format of field: BYTE TTYPE87 = 'BDICMDBLSFSETTL' / m_fWaitForSettle TFORM87 = '1B ' / data format of field: BYTE TTYPE88 = 'BDICMDBLSTHPROJ' / m_threshBackproject TFORM88 = '1I ' / data format of field: 2-byte INTEGER TTYPE89 = 'BDICMDBLSFOVEXT' / m_FOVExtension TFORM89 = '1I ' / data format of field: 2-byte INTEGER TTYPE90 = 'BDICMDBLSDOBACK' / m_fDoBackgroundSub TFORM90 = '1B ' / data format of field: BYTE TTYPE91 = 'BDICMDBLSHOTCNT' / m_imageHotCount TFORM91 = '1B ' / data format of field: BYTE TTYPE92 = 'BDICMDBLSHOTSIG' / m_imageHotSigma TFORM92 = '1I ' / data format of field: 2-byte INTEGER TTYPE93 = 'BDICMDBLSCATTOL' / m_cattol TFORM93 = '1I ' / data format of field: 2-byte INTEGER TTYPE94 = 'undocumented2' / Byte field not in ITOS database TFORM94 = '1I ' / data format of field: 2-byte INTEGER TZERO94 = 32768 / offset for unsigned integers TTYPE95 = 'BDICMDBLSNEGTRG' / m_negtrg TFORM95 = '1J ' / data format of field: 4-byte INTEGER TTYPE96 = 'BDICMDBLSSUNMON' / m_sunmon TFORM96 = '1J ' / data format of field: 4-byte INTEGER TTYPE97 = 'BDICMDBLSINTTHR' / m_intthr TFORM97 = '1J ' / data format of field: 4-byte INTEGER TTYPE98 = 'BDICMDBLSSPARE8' / m_spare8 TFORM98 = '1J ' / data format of field: 4-byte INTEGER EXTNAME = 'hk154x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727700131.16804 TSTOP = 727706048.0984 DATE-OBS= '2024-01-23T10:55:26' DATE-END= '2024-01-23T12:34:03' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823800000000 / [s] UTCF at TSTART TELAPSE = 5916.9303599596 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 340 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:28' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'NoaGOoa9NoaGNoa9' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '3653818363' / data unit checksum updated 2024-02-02T06:06:28 HISTORY TASK: FAPPND on FILENAME: sw01210276000b154x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:31 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AůQVw'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ AůR3w'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aů`sw'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ AůKhw'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aů w'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aů 6w'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aů2߀w'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aů߀w'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aů Bw'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aů@ /€w'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aů`Ȁw'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aůπw'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aů[w'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aůw'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aůwww'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aů -ˀw'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aů@ ٩w'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aů` Ww'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aů l w'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aůjw'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aů ;w'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ Aů _w'+Yx+Yx,@@ǀddPPQTS Pu0|Ѐd.􂼂 dKdЀ XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 120 / width of table in bytes NAXIS2 = 7 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 29 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BBRCLNSTRBS0' / BR Clean Stategy: backsub image clean-balance sTFORM2 = '1J ' / data format of field: 4-byte INTEGER TTYPE3 = 'BBRCLNSTRBS1' / BR Clean Stategy: backsub image clean-balance sTFORM3 = '1J ' / data format of field: 4-byte INTEGER TTYPE4 = 'BBRCLNSTRBS2' / BR Clean Stategy: backsub image clean-balance sTFORM4 = '1J ' / data format of field: 4-byte INTEGER TTYPE5 = 'BBRCLNSTRBS3' / BR Clean Stategy: backsub image clean-balance sTFORM5 = '1J ' / data format of field: 4-byte INTEGER TTYPE6 = 'BBRCLNSTRBS4' / BR Clean Stategy: backsub image clean-balance sTFORM6 = '1J ' / data format of field: 4-byte INTEGER TTYPE7 = 'BBRCLNSTRBS5' / BR Clean Stategy: backsub image clean-balance sTFORM7 = '1J ' / data format of field: 4-byte INTEGER TTYPE8 = 'BBRCLNSTRBS6' / BR Clean Stategy: backsub image clean-balance sTFORM8 = '1J ' / data format of field: 4-byte INTEGER TTYPE9 = 'BBRCLNSTRBS7' / BR Clean Stategy: backsub image clean-balance sTFORM9 = '1J ' / data format of field: 4-byte INTEGER TTYPE10 = 'BBRCLNSTRBS8' / BR Clean Stategy: backsub image clean-balance sTFORM10 = '1J ' / data format of field: 4-byte INTEGER TTYPE11 = 'BBRCLNSTRBS9' / BR Clean Stategy: backsub image clean-balance sTFORM11 = '1J ' / data format of field: 4-byte INTEGER TTYPE12 = 'BBRCLNSTRNBS0' / BR Clean Stategy: non-backsub image clean-balanTFORM12 = '1J ' / data format of field: 4-byte INTEGER TTYPE13 = 'BBRCLNSTRNBS1' / BR Clean Stategy: non-backsub image clean-balanTFORM13 = '1J ' / data format of field: 4-byte INTEGER TTYPE14 = 'BBRCLNSTRNBS2' / BR Clean Stategy: non-backsub image clean-balanTFORM14 = '1J ' / data format of field: 4-byte INTEGER TTYPE15 = 'BBRCLNSTRNBS3' / BR Clean Stategy: non-backsub image clean-balanTFORM15 = '1J ' / data format of field: 4-byte INTEGER TTYPE16 = 'BBRCLNSTRNBS4' / BR Clean Stategy: non-backsub image clean-balanTFORM16 = '1J ' / data format of field: 4-byte INTEGER TTYPE17 = 'BBRCLNSTRNBS5' / BR Clean Stategy: non-backsub image clean-balanTFORM17 = '1J ' / data format of field: 4-byte INTEGER TTYPE18 = 'BBRCLNSTRNBS6' / BR Clean Stategy: non-backsub image clean-balanTFORM18 = '1J ' / data format of field: 4-byte INTEGER TTYPE19 = 'BBRCLNSTRNBS7' / BR Clean Stategy: non-backsub image clean-balanTFORM19 = '1J ' / data format of field: 4-byte INTEGER TTYPE20 = 'BBRCLNSTRNBS8' / BR Clean Stategy: non-backsub image clean-balanTFORM20 = '1J ' / data format of field: 4-byte INTEGER TTYPE21 = 'BBRCLNSTRNBS9' / BR Clean Stategy: non-backsub image clean-balanTFORM21 = '1J ' / data format of field: 4-byte INTEGER TTYPE22 = 'BBRCLNSTRCI1' / BR Clean Stategy: Clean Item1 TFORM22 = '1J ' / data format of field: 4-byte INTEGER TTYPE23 = 'BBRCLNSTRCI2' / BR Clean Stategy: Clean Item2 TFORM23 = '1J ' / data format of field: 4-byte INTEGER TTYPE24 = 'BBRCLNSTRCI3' / BR Clean Stategy: Clean Item3 TFORM24 = '1J ' / data format of field: 4-byte INTEGER TTYPE25 = 'BBRCLNSTRCI4' / BR Clean Stategy: Clean Item4 TFORM25 = '1J ' / data format of field: 4-byte INTEGER TTYPE26 = 'BBRCLNSTRCI5' / BR Clean Stategy: Clean Item5 TFORM26 = '1J ' / data format of field: 4-byte INTEGER TTYPE27 = 'BBRCLNSTRCI6' / BR Clean Stategy: Clean Item6 TFORM27 = '1J ' / data format of field: 4-byte INTEGER TTYPE28 = 'BBRCLNSTRASPECT' / BR Clean Stategy: Hump aspect ratio TFORM28 = '1E ' / data format of field: 4-byte REAL TTYPE29 = 'BBRCLNSTRWEIGHT' / BR Clean Stategy: Weight to use for shielded deTFORM29 = '1E ' / data format of field: 4-byte REAL EXTNAME = 'hk160x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727700236.65488 TSTOP = 727705096.50724 DATE-OBS= '2024-01-23T10:57:11' DATE-END= '2024-01-23T12:18:11' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823800000000 / [s] UTCF at TSTART TELAPSE = 4859.85236001015 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 352 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:28' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'IgHELgEDIgEDIgED' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '676451748' / data unit checksum updated 2024-02-02T06:06:28 COMMENT Column 2 = BBRCLNSTRBS0 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 3 = BBRCLNSTRBS1 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 4 = BBRCLNSTRBS2 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 5 = BBRCLNSTRBS3 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 6 = BBRCLNSTRBS4 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 7 = BBRCLNSTRBS5 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 8 = BBRCLNSTRBS6 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 9 = BBRCLNSTRBS7 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 10 = BBRCLNSTRBS8 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 11 = BBRCLNSTRBS9 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 12 = BBRCLNSTRNBS0 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 13 = BBRCLNSTRNBS1 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 14 = BBRCLNSTRNBS2 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 15 = BBRCLNSTRNBS3 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 16 = BBRCLNSTRNBS4 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 17 = BBRCLNSTRNBS5 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 18 = BBRCLNSTRNBS6 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 19 = BBRCLNSTRNBS7 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 20 = BBRCLNSTRNBS8 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 21 = BBRCLNSTRNBS9 - Discrete value COMMENT 0 = NONE = Balance type NONE COMMENT 1 = ALL = Sum all detectors == 0 COMMENT 2 = CLEAN = Do CLEAN step now COMMENT 3 = MODULE = Sum all dets in each mod. == 0 COMMENT 4 = INOUT = Sum all int. dets in each mod. == 0, likewise edge detsCOMMENT 5 = EDGES = Sum of dets along each line of module edges == 0 COMMENT 6 = LONGEDGES = Sum dets in each 256-det edge == 0 COMMENT 7 = SHORTEDGES = Sum dets in each 128-det edge == 0 COMMENT Column 22 = BBRCLNSTRCI1 - Discrete value COMMENT 0 = NONE = No more cleaning COMMENT -2 = EDGES = 1 for edges, 2 for corners, 0 for interior COMMENT -3 = X = prop to dist. from cent. in long dim COMMENT -4 = Y = prop to dist. from cent. in short dim COMMENT -5 = HUMP = prop. to x^2 + aspect * y^2 COMMENT -6 = SADDLE = prop. to x^2 - y^2 COMMENT -7 = DIAGSADDLE = prop. to XY COMMENT -8 = SOURCES = Sources in FOV marked in catalog as to-be-cleaned COMMENT Column 23 = BBRCLNSTRCI2 - Discrete value COMMENT 0 = NONE = No more cleaning COMMENT -2 = EDGES = 1 for edges, 2 for corners, 0 for interior COMMENT -3 = X = prop to dist. from cent. in long dim COMMENT -4 = Y = prop to dist. from cent. in short dim COMMENT -5 = HUMP = prop. to x^2 + aspect * y^2 COMMENT -6 = SADDLE = prop. to x^2 - y^2 COMMENT -7 = DIAGSADDLE = prop. to XY COMMENT -8 = SOURCES = Sources in FOV marked in catalog as to-be-cleaned COMMENT Column 24 = BBRCLNSTRCI3 - Discrete value COMMENT 0 = NONE = No more cleaning COMMENT -2 = EDGES = 1 for edges, 2 for corners, 0 for interior COMMENT -3 = X = prop to dist. from cent. in long dim COMMENT -4 = Y = prop to dist. from cent. in short dim COMMENT -5 = HUMP = prop. to x^2 + aspect * y^2 COMMENT -6 = SADDLE = prop. to x^2 - y^2 COMMENT -7 = DIAGSADDLE = prop. to XY COMMENT -8 = SOURCES = Sources in FOV marked in catalog as to-be-cleaned COMMENT Column 25 = BBRCLNSTRCI4 - Discrete value COMMENT 0 = NONE = No more cleaning COMMENT -2 = EDGES = 1 for edges, 2 for corners, 0 for interior COMMENT -3 = X = prop to dist. from cent. in long dim COMMENT -4 = Y = prop to dist. from cent. in short dim COMMENT -5 = HUMP = prop. to x^2 + aspect * y^2 COMMENT -6 = SADDLE = prop. to x^2 - y^2 COMMENT -7 = DIAGSADDLE = prop. to XY COMMENT -8 = SOURCES = Sources in FOV marked in catalog as to-be-cleaned COMMENT Column 26 = BBRCLNSTRCI5 - Discrete value COMMENT 0 = NONE = No more cleaning COMMENT -2 = EDGES = 1 for edges, 2 for corners, 0 for interior COMMENT -3 = X = prop to dist. from cent. in long dim COMMENT -4 = Y = prop to dist. from cent. in short dim COMMENT -5 = HUMP = prop. to x^2 + aspect * y^2 COMMENT -6 = SADDLE = prop. to x^2 - y^2 COMMENT -7 = DIAGSADDLE = prop. to XY COMMENT -8 = SOURCES = Sources in FOV marked in catalog as to-be-cleaned COMMENT Column 27 = BBRCLNSTRCI6 - Discrete value COMMENT 0 = NONE = No more cleaning COMMENT -2 = EDGES = 1 for edges, 2 for corners, 0 for interior COMMENT -3 = X = prop to dist. from cent. in long dim COMMENT -4 = Y = prop to dist. from cent. in short dim COMMENT -5 = HUMP = prop. to x^2 + aspect * y^2 COMMENT -6 = SADDLE = prop. to x^2 - y^2 COMMENT -7 = DIAGSADDLE = prop. to XY COMMENT -8 = SOURCES = Sources in FOV marked in catalog as to-be-cleaned HISTORY TASK: FAPPND on FILENAME: sw01210276000b160x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:31 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AůS?=Aů5?=Aů??=Aůo?=Aůgw?=Aůuh7?=Aů@>?=XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 188 / width of table in bytes NAXIS2 = 7 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 52 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BBRIIMGFIMINIT' / BR Rest of DSP State: Has Image been InitializeTFORM2 = '1B ' / data format of field: BYTE TTYPE3 = 'BBRIIMGFWTINIT' / BR Rest of DSP State: Have Weights been InitialTFORM3 = '1B ' / data format of field: BYTE TTYPE4 = 'BBRIIMGFFFTCLR' / BR Rest of DSP State: Is FFT Working Area ClearTFORM4 = '1B ' / data format of field: BYTE TTYPE5 = 'BBRIIMGNDETENA' / BR Rest of DSP State: TFORM5 = '1J ' / data format of field: 4-byte INTEGER TZERO5 = 2147483648 / offset for unsigned integers TTYPE6 = 'undocumented1' / Byte field not in ITOS database TFORM6 = '1B ' / data format of field: BYTE TTYPE7 = 'undocumented2' / Bit field not in ITOS database TFORM7 = '1B ' / data format of field: BYTE TTYPE8 = 'BBRIIMGNFOUND' / BR Rest of DSP State: TFORM8 = '1I ' / data format of field: 2-byte INTEGER TTYPE9 = 'BBRIIMGNCAT' / BR Rest of DSP State: TFORM9 = '1I ' / data format of field: 2-byte INTEGER TTYPE10 = 'BBRIIMGNCLEAN' / BR Rest of DSP State: TFORM10 = '1I ' / data format of field: 2-byte INTEGER TTYPE11 = 'undocumented3' / Byte field not in ITOS database TFORM11 = '1B ' / data format of field: BYTE TTYPE12 = 'BBRIIMGDBGMASK' / BR Rest of DSP State: Debug Mask TFORM12 = '1J ' / data format of field: 4-byte INTEGER TTYPE13 = 'BBRIIMGXCENT' / BR Rest of DSP State: Mask Center (long directiTFORM13 = '1E ' / data format of field: 4-byte REAL TTYPE14 = 'BBRIIMGYCENT' / BR Rest of DSP State: Mask Center (short directTFORM14 = '1E ' / data format of field: 4-byte REAL TTYPE15 = 'BBRIIMGINVDIST' / BR Rest of DSP State: 1/mask-source distance (mTFORM15 = '1E ' / data format of field: 4-byte REAL TTYPE16 = 'BBRIIMGFLENGTH' / BR Rest of DSP State: mask-detector distance (mTFORM16 = '1E ' / data format of field: 4-byte REAL TTYPE17 = 'BBRIIMGPOSTOL' / BR Rest of DSP State: Position tolerance for imTFORM17 = '1E ' / data format of field: 4-byte REAL TTYPE18 = 'BBRIIMGWOFFSET' / BR Rest of DSP State: Mask Weight Offset TFORM18 = '1E ' / data format of field: 4-byte REAL TTYPE19 = 'BBRIIMGWSCALE' / BR Rest of DSP State: Mask Weight scale TFORM19 = '1E ' / data format of field: 4-byte REAL TTYPE20 = 'BBRIIMGX0' / BR Rest of DSP State: Mask Warp coefficients TFORM20 = '1E ' / data format of field: 4-byte REAL TTYPE21 = 'BBRIIMGXY' / BR Rest of DSP State: Mask Warp coefficients TFORM21 = '1E ' / data format of field: 4-byte REAL TTYPE22 = 'BBRIIMGXX' / BR Rest of DSP State: Mask Warp coefficients TFORM22 = '1E ' / data format of field: 4-byte REAL TTYPE23 = 'BBRIIMGXY2' / BR Rest of DSP State: Mask Warp coefficients TFORM23 = '1E ' / data format of field: 4-byte REAL TTYPE24 = 'BBRIIMGXXY' / BR Rest of DSP State: Mask Warp coefficients TFORM24 = '1E ' / data format of field: 4-byte REAL TTYPE25 = 'BBRIIMGXX2' / BR Rest of DSP State: Mask Warp coefficients TFORM25 = '1E ' / data format of field: 4-byte REAL TTYPE26 = 'BBRIIMGXY3' / BR Rest of DSP State: Mask Warp coefficients TFORM26 = '1E ' / data format of field: 4-byte REAL TTYPE27 = 'BBRIIMGXXY2' / BR Rest of DSP State: Mask Warp coefficients TFORM27 = '1E ' / data format of field: 4-byte REAL TTYPE28 = 'BBRIIMGXX2Y' / BR Rest of DSP State: Mask Warp coefficients TFORM28 = '1E ' / data format of field: 4-byte REAL TTYPE29 = 'BBRIIMGXX3' / BR Rest of DSP State: Mask Warp coefficients TFORM29 = '1E ' / data format of field: 4-byte REAL TTYPE30 = 'BBRIIMGXY4' / BR Rest of DSP State: Mask Warp coefficients TFORM30 = '1E ' / data format of field: 4-byte REAL TTYPE31 = 'BBRIIMGXXY3' / BR Rest of DSP State: Mask Warp coefficients TFORM31 = '1E ' / data format of field: 4-byte REAL TTYPE32 = 'BBRIIMGXX2Y2' / BR Rest of DSP State: Mask Warp coefficients TFORM32 = '1E ' / data format of field: 4-byte REAL TTYPE33 = 'BBRIIMGXX3Y' / BR Rest of DSP State: Mask Warp coefficients TFORM33 = '1E ' / data format of field: 4-byte REAL TTYPE34 = 'BBRIIMGXX4' / BR Rest of DSP State: Mask Warp coefficients TFORM34 = '1E ' / data format of field: 4-byte REAL TTYPE35 = 'BBRIIMGY0' / BR Rest of DSP State: Mask Warp coefficients TFORM35 = '1E ' / data format of field: 4-byte REAL TTYPE36 = 'BBRIIMGYY' / BR Rest of DSP State: Mask Warp coefficients TFORM36 = '1E ' / data format of field: 4-byte REAL TTYPE37 = 'BBRIIMGYX' / BR Rest of DSP State: Mask Warp coefficients TFORM37 = '1E ' / data format of field: 4-byte REAL TTYPE38 = 'BBRIIMGYY2' / BR Rest of DSP State: Mask Warp coefficients TFORM38 = '1E ' / data format of field: 4-byte REAL TTYPE39 = 'BBRIIMGYXY' / BR Rest of DSP State: Mask Warp coefficients TFORM39 = '1E ' / data format of field: 4-byte REAL TTYPE40 = 'BBRIIMGYX2' / BR Rest of DSP State: Mask Warp coefficients TFORM40 = '1E ' / data format of field: 4-byte REAL TTYPE41 = 'BBRIIMGYY3' / BR Rest of DSP State: Mask Warp coefficients TFORM41 = '1E ' / data format of field: 4-byte REAL TTYPE42 = 'BBRIIMGYXY2' / BR Rest of DSP State: Mask Warp coefficients TFORM42 = '1E ' / data format of field: 4-byte REAL TTYPE43 = 'BBRIIMGYX2Y' / BR Rest of DSP State: Mask Warp coefficients TFORM43 = '1E ' / data format of field: 4-byte REAL TTYPE44 = 'BBRIIMGYX3' / BR Rest of DSP State: Mask Warp coefficients TFORM44 = '1E ' / data format of field: 4-byte REAL TTYPE45 = 'BBRIIMGYY4' / BR Rest of DSP State: Mask Warp coefficients TFORM45 = '1E ' / data format of field: 4-byte REAL TTYPE46 = 'BBRIIMGYXY3' / BR Rest of DSP State: Mask Warp coefficients TFORM46 = '1E ' / data format of field: 4-byte REAL TTYPE47 = 'BBRIIMGYX2Y2' / BR Rest of DSP State: Mask Warp coefficients TFORM47 = '1E ' / data format of field: 4-byte REAL TTYPE48 = 'BBRIIMGYX3Y' / BR Rest of DSP State: Mask Warp coefficients TFORM48 = '1E ' / data format of field: 4-byte REAL TTYPE49 = 'BBRIIMGYX4' / BR Rest of DSP State: Mask Warp coefficients TFORM49 = '1E ' / data format of field: 4-byte REAL TTYPE50 = 'BBRIIMGWNRNOISE' / BR Rest of DSP State: Wiener Noise coefficient TFORM50 = '1E ' / data format of field: 4-byte REAL TTYPE51 = 'BBRIIMGWNRSCALE' / BR Rest of DSP State: Wiener Scale TFORM51 = '1E ' / data format of field: 4-byte REAL TTYPE52 = 'BBRIIMGHIGHPASS' / BR Rest of DSP State: High pass frequency, cyclTFORM52 = '1E ' / data format of field: 4-byte REAL EXTNAME = 'hk161x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727700236.65564 TSTOP = 727705096.50802 DATE-OBS= '2024-01-23T10:57:11' DATE-END= '2024-01-23T12:18:11' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823800000000 / [s] UTCF at TSTART TELAPSE = 4859.85238003731 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 353 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:28' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '9aFMHZEJ9aEJEYEJ' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '1846927097' / data unit checksum updated 2024-02-02T06:06:28 HISTORY TASK: FAPPND on FILENAME: sw01210276000b161x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:31 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AůS9C(+Cs5Bt?;ěAp?Aů59C(+Cs5Bt?;ěAp?Aů?9C(+Cs5Bt?;ěAp?Aů 9B(+Cs5Bt?;ěAp?Aůgw9B(+Cs5Bt?;ěAp?Aůuhe9A(+Cs5Bt?;ěAp?AůA9>(+Cs5Bt?;ěAp?XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 294 / width of table in bytes NAXIS2 = 109 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 191 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'undocumented1' / Bit field not in ITOS database TFORM2 = '1B ' / data format of field: BYTE TTYPE3 = 'BHKP215VBLK00' / +2.15 Volt Regulators, Block 0 TFORM3 = '1I ' / data format of field: 2-byte INTEGER TZERO3 = 25.00611277 / data offset (32k shift B_BCDH_P215V_C conversioTSCAL3 = 0.000763126 / data scaling (B_BCDH_P215V_C conversion) TUNIT3 = 'V ' / physical unit of field TTYPE4 = 'undocumented2' / Bit field not in ITOS database TFORM4 = '1B ' / data format of field: BYTE TTYPE5 = 'BHKP215VBLK01' / +2.15 Volt Regulators, Block 1 TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 25.00611277 / data offset (32k shift B_BCDH_P215V_C conversioTSCAL5 = 0.000763126 / data scaling (B_BCDH_P215V_C conversion) TUNIT5 = 'V ' / physical unit of field TTYPE6 = 'undocumented3' / Bit field not in ITOS database TFORM6 = '1B ' / data format of field: BYTE TTYPE7 = 'BHKP215VBLK02' / +2.15 Volt Regulators, Block 2 TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 25.00611277 / data offset (32k shift B_BCDH_P215V_C conversioTSCAL7 = 0.000763126 / data scaling (B_BCDH_P215V_C conversion) TUNIT7 = 'V ' / physical unit of field TTYPE8 = 'undocumented4' / Bit field not in ITOS database TFORM8 = '1B ' / data format of field: BYTE TTYPE9 = 'BHKP215VBLK03' / +2.15 Volt Regulators, Block 3 TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 25.00611277 / data offset (32k shift B_BCDH_P215V_C conversioTSCAL9 = 0.000763126 / data scaling (B_BCDH_P215V_C conversion) TUNIT9 = 'V ' / physical unit of field TTYPE10 = 'undocumented5' / Bit field not in ITOS database TFORM10 = '1B ' / data format of field: BYTE TTYPE11 = 'BHKP215VBLK04' / +2.15 Volt Regulators, Block 4 TFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 25.00611277 / data offset (32k shift B_BCDH_P215V_C conversioTSCAL11 = 0.000763126 / data scaling (B_BCDH_P215V_C conversion) TUNIT11 = 'V ' / physical unit of field TTYPE12 = 'undocumented6' / Bit field not in ITOS database TFORM12 = '1B ' / data format of field: BYTE TTYPE13 = 'BHKP215VBLK05' / +2.15 Volt Regulators, Block 5 TFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 25.00611277 / data offset (32k shift B_BCDH_P215V_C conversioTSCAL13 = 0.000763126 / data scaling (B_BCDH_P215V_C conversion) TUNIT13 = 'V ' / physical unit of field TTYPE14 = 'undocumented7' / Bit field not in ITOS database TFORM14 = '1B ' / data format of field: BYTE TTYPE15 = 'BHKP215VBLK06' / +2.15 Volt Regulators, Block 6 TFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 25.00611277 / data offset (32k shift B_BCDH_P215V_C conversioTSCAL15 = 0.000763126 / data scaling (B_BCDH_P215V_C conversion) TUNIT15 = 'V ' / physical unit of field TTYPE16 = 'undocumented8' / Bit field not in ITOS database TFORM16 = '1B ' / data format of field: BYTE TTYPE17 = 'BHKP215VBLK07' / +2.15 Volt Regulators, Block 7 TFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 25.00611277 / data offset (32k shift B_BCDH_P215V_C conversioTSCAL17 = 0.000763126 / data scaling (B_BCDH_P215V_C conversion) TUNIT17 = 'V ' / physical unit of field TTYPE18 = 'undocumented9' / Bit field not in ITOS database TFORM18 = '1B ' / data format of field: BYTE TTYPE19 = 'BHKP215VBLK08' / +2.15 Volt Regulators, Block 8 TFORM19 = '1I ' / data format of field: 2-byte INTEGER TZERO19 = 25.00611277 / data offset (32k shift B_BCDH_P215V_C conversioTSCAL19 = 0.000763126 / data scaling (B_BCDH_P215V_C conversion) TUNIT19 = 'V ' / physical unit of field TTYPE20 = 'undocumented10' / Bit field not in ITOS database TFORM20 = '1B ' / data format of field: BYTE TTYPE21 = 'BHKP215VBLK09' / +2.15 Volt Regulators, Block 9 TFORM21 = '1I ' / data format of field: 2-byte INTEGER TZERO21 = 25.00611277 / data offset (32k shift B_BCDH_P215V_C conversioTSCAL21 = 0.000763126 / data scaling (B_BCDH_P215V_C conversion) TUNIT21 = 'V ' / physical unit of field TTYPE22 = 'undocumented11' / Bit field not in ITOS database TFORM22 = '1B ' / data format of field: BYTE TTYPE23 = 'BHKP215VBLK10' / +2.15 Volt Regulators, Block 10 TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 25.00611277 / data offset (32k shift B_BCDH_P215V_C conversioTSCAL23 = 0.000763126 / data scaling (B_BCDH_P215V_C conversion) TUNIT23 = 'V ' / physical unit of field TTYPE24 = 'undocumented12' / Bit field not in ITOS database TFORM24 = '1B ' / data format of field: BYTE TTYPE25 = 'BHKP215VBLK11' / +2.15 Volt Regulators, Block 11 TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 25.00611277 / data offset (32k shift B_BCDH_P215V_C conversioTSCAL25 = 0.000763126 / data scaling (B_BCDH_P215V_C conversion) TUNIT25 = 'V ' / physical unit of field TTYPE26 = 'undocumented13' / Bit field not in ITOS database TFORM26 = '1B ' / data format of field: BYTE TTYPE27 = 'BHKP215VBLK12' / +2.15 Volt Regulators, Block 12 TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 25.00611277 / data offset (32k shift B_BCDH_P215V_C conversioTSCAL27 = 0.000763126 / data scaling (B_BCDH_P215V_C conversion) TUNIT27 = 'V ' / physical unit of field TTYPE28 = 'undocumented14' / Bit field not in ITOS database TFORM28 = '1B ' / data format of field: BYTE TTYPE29 = 'BHKP215VBLK13' / +2.15 Volt Regulators, Block 13 TFORM29 = '1I ' / data format of field: 2-byte INTEGER TZERO29 = 25.00611277 / data offset (32k shift B_BCDH_P215V_C conversioTSCAL29 = 0.000763126 / data scaling (B_BCDH_P215V_C conversion) TUNIT29 = 'V ' / physical unit of field TTYPE30 = 'undocumented15' / Bit field not in ITOS database TFORM30 = '1B ' / data format of field: BYTE TTYPE31 = 'BHKP215VBLK14' / +2.15 Volt Regulators, Block 14 TFORM31 = '1I ' / data format of field: 2-byte INTEGER TZERO31 = 25.00611277 / data offset (32k shift B_BCDH_P215V_C conversioTSCAL31 = 0.000763126 / data scaling (B_BCDH_P215V_C conversion) TUNIT31 = 'V ' / physical unit of field TTYPE32 = 'undocumented16' / Bit field not in ITOS database TFORM32 = '1B ' / data format of field: BYTE TTYPE33 = 'BHKP215VBLK15' / +2.15 Volt Regulators, Block 15 TFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 25.00611277 / data offset (32k shift B_BCDH_P215V_C conversioTSCAL33 = 0.000763126 / data scaling (B_BCDH_P215V_C conversion) TUNIT33 = 'V ' / physical unit of field TTYPE34 = 'undocumented17' / Bit field not in ITOS database TFORM34 = '1B ' / data format of field: BYTE TTYPE35 = 'BHKM215VBLK00' / -2.15 Volt Regulators, Block 0 TFORM35 = '1I ' / data format of field: 2-byte INTEGER TZERO35 = -24.87507354 / data offset (32k shift B_BCDH_M215V_C conversioTSCAL35 = -0.000759127 / data scaling (B_BCDH_M215V_C conversion) TUNIT35 = 'V ' / physical unit of field TTYPE36 = 'undocumented18' / Bit field not in ITOS database TFORM36 = '1B ' / data format of field: BYTE TTYPE37 = 'BHKM215VBLK01' / -2.15 Volt Regulators, Block 1 TFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = -24.87507354 / data offset (32k shift B_BCDH_M215V_C conversioTSCAL37 = -0.000759127 / data scaling (B_BCDH_M215V_C conversion) TUNIT37 = 'V ' / physical unit of field TTYPE38 = 'undocumented19' / Bit field not in ITOS database TFORM38 = '1B ' / data format of field: BYTE TTYPE39 = 'BHKM215VBLK02' / -2.15 Volt Regulators, Block 2 TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = -24.87507354 / data offset (32k shift B_BCDH_M215V_C conversioTSCAL39 = -0.000759127 / data scaling (B_BCDH_M215V_C conversion) TUNIT39 = 'V ' / physical unit of field TTYPE40 = 'undocumented20' / Bit field not in ITOS database TFORM40 = '1B ' / data format of field: BYTE TTYPE41 = 'BHKM215VBLK03' / -2.15 Volt Regulators, Block 3 TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = -24.87507354 / data offset (32k shift B_BCDH_M215V_C conversioTSCAL41 = -0.000759127 / data scaling (B_BCDH_M215V_C conversion) TUNIT41 = 'V ' / physical unit of field TTYPE42 = 'undocumented21' / Bit field not in ITOS database TFORM42 = '1B ' / data format of field: BYTE TTYPE43 = 'BHKM215VBLK04' / -2.15 Volt Regulators, Block 4 TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = -24.87507354 / data offset (32k shift B_BCDH_M215V_C conversioTSCAL43 = -0.000759127 / data scaling (B_BCDH_M215V_C conversion) TUNIT43 = 'V ' / physical unit of field TTYPE44 = 'undocumented22' / Bit field not in ITOS database TFORM44 = '1B ' / data format of field: BYTE TTYPE45 = 'BHKM215VBLK05' / -2.15 Volt Regulators, Block 5 TFORM45 = '1I ' / data format of field: 2-byte INTEGER TZERO45 = -24.87507354 / data offset (32k shift B_BCDH_M215V_C conversioTSCAL45 = -0.000759127 / data scaling (B_BCDH_M215V_C conversion) TUNIT45 = 'V ' / physical unit of field TTYPE46 = 'undocumented23' / Bit field not in ITOS database TFORM46 = '1B ' / data format of field: BYTE TTYPE47 = 'BHKM215VBLK06' / -2.15 Volt Regulators, Block 6 TFORM47 = '1I ' / data format of field: 2-byte INTEGER TZERO47 = -24.87507354 / data offset (32k shift B_BCDH_M215V_C conversioTSCAL47 = -0.000759127 / data scaling (B_BCDH_M215V_C conversion) TUNIT47 = 'V ' / physical unit of field TTYPE48 = 'undocumented24' / Bit field not in ITOS database TFORM48 = '1B ' / data format of field: BYTE TTYPE49 = 'BHKM215VBLK07' / -2.15 Volt Regulators, Block 7 TFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = -24.87507354 / data offset (32k shift B_BCDH_M215V_C conversioTSCAL49 = -0.000759127 / data scaling (B_BCDH_M215V_C conversion) TUNIT49 = 'V ' / physical unit of field TTYPE50 = 'undocumented25' / Bit field not in ITOS database TFORM50 = '1B ' / data format of field: BYTE TTYPE51 = 'BHKM215VBLK08' / -2.15 Volt Regulators, Block 8 TFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = -24.87507354 / data offset (32k shift B_BCDH_M215V_C conversioTSCAL51 = -0.000759127 / data scaling (B_BCDH_M215V_C conversion) TUNIT51 = 'V ' / physical unit of field TTYPE52 = 'undocumented26' / Bit field not in ITOS database TFORM52 = '1B ' / data format of field: BYTE TTYPE53 = 'BHKM215VBLK09' / -2.15 Volt Regulators, Block 9 TFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = -24.87507354 / data offset (32k shift B_BCDH_M215V_C conversioTSCAL53 = -0.000759127 / data scaling (B_BCDH_M215V_C conversion) TUNIT53 = 'V ' / physical unit of field TTYPE54 = 'undocumented27' / Bit field not in ITOS database TFORM54 = '1B ' / data format of field: BYTE TTYPE55 = 'BHKM215VBLK10' / -2.15 Volt Regulators, Block 10 TFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = -24.87507354 / data offset (32k shift B_BCDH_M215V_C conversioTSCAL55 = -0.000759127 / data scaling (B_BCDH_M215V_C conversion) TUNIT55 = 'V ' / physical unit of field TTYPE56 = 'undocumented28' / Bit field not in ITOS database TFORM56 = '1B ' / data format of field: BYTE TTYPE57 = 'BHKM215VBLK11' / -2.15 Volt Regulators, Block 11 TFORM57 = '1I ' / data format of field: 2-byte INTEGER TZERO57 = -24.87507354 / data offset (32k shift B_BCDH_M215V_C conversioTSCAL57 = -0.000759127 / data scaling (B_BCDH_M215V_C conversion) TUNIT57 = 'V ' / physical unit of field TTYPE58 = 'undocumented29' / Bit field not in ITOS database TFORM58 = '1B ' / data format of field: BYTE TTYPE59 = 'BHKM215VBLK12' / -2.15 Volt Regulators, Block 12 TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = -24.87507354 / data offset (32k shift B_BCDH_M215V_C conversioTSCAL59 = -0.000759127 / data scaling (B_BCDH_M215V_C conversion) TUNIT59 = 'V ' / physical unit of field TTYPE60 = 'undocumented30' / Bit field not in ITOS database TFORM60 = '1B ' / data format of field: BYTE TTYPE61 = 'BHKM215VBLK13' / -2.15 Volt Regulators, Block 13 TFORM61 = '1I ' / data format of field: 2-byte INTEGER TZERO61 = -24.87507354 / data offset (32k shift B_BCDH_M215V_C conversioTSCAL61 = -0.000759127 / data scaling (B_BCDH_M215V_C conversion) TUNIT61 = 'V ' / physical unit of field TTYPE62 = 'undocumented31' / Bit field not in ITOS database TFORM62 = '1B ' / data format of field: BYTE TTYPE63 = 'BHKM215VBLK14' / -2.15 Volt Regulators, Block 14 TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = -24.87507354 / data offset (32k shift B_BCDH_M215V_C conversioTSCAL63 = -0.000759127 / data scaling (B_BCDH_M215V_C conversion) TUNIT63 = 'V ' / physical unit of field TTYPE64 = 'undocumented32' / Bit field not in ITOS database TFORM64 = '1B ' / data format of field: BYTE TTYPE65 = 'BHKM215VBLK15' / -2.15 Volt Regulators, Block 15 TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = -24.87507354 / data offset (32k shift B_BCDH_M215V_C conversioTSCAL65 = -0.000759127 / data scaling (B_BCDH_M215V_C conversion) TUNIT65 = 'V ' / physical unit of field TTYPE66 = 'BHKBRDTEMPBLK00' / Board Temperatures, Block 0 TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 950.2435277 / data offset (32k shift B_BCDH_BTEMP_C conversioTSCAL66 = 0.03052501 / data scaling (B_BCDH_BTEMP_C conversion) TUNIT66 = 'Celsius ' / physical unit of field TTYPE67 = 'undocumented33' / Bit field not in ITOS database TFORM67 = '1B ' / data format of field: BYTE TTYPE68 = 'BHKBRDTEMPBLK01' / Board Temperatures, Block 1 TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 950.2435277 / data offset (32k shift B_BCDH_BTEMP_C conversioTSCAL68 = 0.03052501 / data scaling (B_BCDH_BTEMP_C conversion) TUNIT68 = 'Celsius ' / physical unit of field TTYPE69 = 'undocumented34' / Bit field not in ITOS database TFORM69 = '1B ' / data format of field: BYTE TTYPE70 = 'BHKBRDTEMPBLK02' / Board Temperatures, Block 2 TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 950.2435277 / data offset (32k shift B_BCDH_BTEMP_C conversioTSCAL70 = 0.03052501 / data scaling (B_BCDH_BTEMP_C conversion) TUNIT70 = 'Celsius ' / physical unit of field TTYPE71 = 'undocumented35' / Bit field not in ITOS database TFORM71 = '1B ' / data format of field: BYTE TTYPE72 = 'BHKBRDTEMPBLK03' / Board Temperatures, Block 3 TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 950.2435277 / data offset (32k shift B_BCDH_BTEMP_C conversioTSCAL72 = 0.03052501 / data scaling (B_BCDH_BTEMP_C conversion) TUNIT72 = 'Celsius ' / physical unit of field TTYPE73 = 'undocumented36' / Bit field not in ITOS database TFORM73 = '1B ' / data format of field: BYTE TTYPE74 = 'BHKBRDTEMPBLK04' / Board Temperatures, Block 4 TFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 950.2435277 / data offset (32k shift B_BCDH_BTEMP_C conversioTSCAL74 = 0.03052501 / data scaling (B_BCDH_BTEMP_C conversion) TUNIT74 = 'Celsius ' / physical unit of field TTYPE75 = 'undocumented37' / Bit field not in ITOS database TFORM75 = '1B ' / data format of field: BYTE TTYPE76 = 'BHKBRDTEMPBLK05' / Board Temperatures, Block 5 TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 950.2435277 / data offset (32k shift B_BCDH_BTEMP_C conversioTSCAL76 = 0.03052501 / data scaling (B_BCDH_BTEMP_C conversion) TUNIT76 = 'Celsius ' / physical unit of field TTYPE77 = 'undocumented38' / Bit field not in ITOS database TFORM77 = '1B ' / data format of field: BYTE TTYPE78 = 'BHKBRDTEMPBLK06' / Board Temperatures, Block 6 TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 950.2435277 / data offset (32k shift B_BCDH_BTEMP_C conversioTSCAL78 = 0.03052501 / data scaling (B_BCDH_BTEMP_C conversion) TUNIT78 = 'Celsius ' / physical unit of field TTYPE79 = 'undocumented39' / Bit field not in ITOS database TFORM79 = '1B ' / data format of field: BYTE TTYPE80 = 'BHKBRDTEMPBLK07' / Board Temperatures, Block 7 TFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 950.2435277 / data offset (32k shift B_BCDH_BTEMP_C conversioTSCAL80 = 0.03052501 / data scaling (B_BCDH_BTEMP_C conversion) TUNIT80 = 'Celsius ' / physical unit of field TTYPE81 = 'undocumented40' / Bit field not in ITOS database TFORM81 = '1B ' / data format of field: BYTE TTYPE82 = 'BHKBRDTEMPBLK08' / Board Temperatures, Block 8 TFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 950.2435277 / data offset (32k shift B_BCDH_BTEMP_C conversioTSCAL82 = 0.03052501 / data scaling (B_BCDH_BTEMP_C conversion) TUNIT82 = 'Celsius ' / physical unit of field TTYPE83 = 'undocumented41' / Bit field not in ITOS database TFORM83 = '1B ' / data format of field: BYTE TTYPE84 = 'BHKBRDTEMPBLK09' / Board Temperatures, Block 9 TFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 950.2435277 / data offset (32k shift B_BCDH_BTEMP_C conversioTSCAL84 = 0.03052501 / data scaling (B_BCDH_BTEMP_C conversion) TUNIT84 = 'Celsius ' / physical unit of field TTYPE85 = 'undocumented42' / Bit field not in ITOS database TFORM85 = '1B ' / data format of field: BYTE TTYPE86 = 'BHKBRDTEMPBLK10' / Board Temperatures, Block 10 TFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 950.2435277 / data offset (32k shift B_BCDH_BTEMP_C conversioTSCAL86 = 0.03052501 / data scaling (B_BCDH_BTEMP_C conversion) TUNIT86 = 'Celsius ' / physical unit of field TTYPE87 = 'undocumented43' / Bit field not in ITOS database TFORM87 = '1B ' / data format of field: BYTE TTYPE88 = 'BHKBRDTEMPBLK11' / Board Temperatures, Block 11 TFORM88 = '1I ' / data format of field: 2-byte INTEGER TZERO88 = 950.2435277 / data offset (32k shift B_BCDH_BTEMP_C conversioTSCAL88 = 0.03052501 / data scaling (B_BCDH_BTEMP_C conversion) TUNIT88 = 'Celsius ' / physical unit of field TTYPE89 = 'undocumented44' / Bit field not in ITOS database TFORM89 = '1B ' / data format of field: BYTE TTYPE90 = 'BHKBRDTEMPBLK12' / Board Temperatures, Block 12 TFORM90 = '1I ' / data format of field: 2-byte INTEGER TZERO90 = 950.2435277 / data offset (32k shift B_BCDH_BTEMP_C conversioTSCAL90 = 0.03052501 / data scaling (B_BCDH_BTEMP_C conversion) TUNIT90 = 'Celsius ' / physical unit of field TTYPE91 = 'undocumented45' / Bit field not in ITOS database TFORM91 = '1B ' / data format of field: BYTE TTYPE92 = 'BHKBRDTEMPBLK13' / Board Temperatures, Block 13 TFORM92 = '1I ' / data format of field: 2-byte INTEGER TZERO92 = 950.2435277 / data offset (32k shift B_BCDH_BTEMP_C conversioTSCAL92 = 0.03052501 / data scaling (B_BCDH_BTEMP_C conversion) TUNIT92 = 'Celsius ' / physical unit of field TTYPE93 = 'undocumented46' / Bit field not in ITOS database TFORM93 = '1B ' / data format of field: BYTE TTYPE94 = 'BHKBRDTEMPBLK14' / Board Temperatures, Block 14 TFORM94 = '1I ' / data format of field: 2-byte INTEGER TZERO94 = 950.2435277 / data offset (32k shift B_BCDH_BTEMP_C conversioTSCAL94 = 0.03052501 / data scaling (B_BCDH_BTEMP_C conversion) TUNIT94 = 'Celsius ' / physical unit of field TTYPE95 = 'undocumented47' / Bit field not in ITOS database TFORM95 = '1B ' / data format of field: BYTE TTYPE96 = 'BHKBRDTEMPBLK15' / Board Temperatures, Block 15 TFORM96 = '1I ' / data format of field: 2-byte INTEGER TZERO96 = 950.2435277 / data offset (32k shift B_BCDH_BTEMP_C conversioTSCAL96 = 0.03052501 / data scaling (B_BCDH_BTEMP_C conversion) TUNIT96 = 'Celsius ' / physical unit of field TTYPE97 = 'undocumented48' / Byte field not in ITOS database TFORM97 = '1B ' / data format of field: BYTE TTYPE98 = 'BHKVREFTEMPBLK00' / V Ref Temperatures, Block 0 TFORM98 = '1I ' / data format of field: 2-byte INTEGER TZERO98 = 2807.288488 / data offset (32k shift B_BCDH_VRTEMP_C conversiTSCAL98 = 0.09399501 / data scaling (B_BCDH_VRTEMP_C conversion) TUNIT98 = 'Celsius ' / physical unit of field TTYPE99 = 'undocumented49' / Bit field not in ITOS database TFORM99 = '1B ' / data format of field: BYTE TTYPE100= 'BHKVREFTEMPBLK01' / V Ref Temperatures, Block 1 TFORM100= '1I ' / data format of field: 2-byte INTEGER TZERO100= 2807.288488 / data offset (32k shift B_BCDH_VRTEMP_C conversiTSCAL100= 0.09399501 / data scaling (B_BCDH_VRTEMP_C conversion) TUNIT100= 'Celsius ' / physical unit of field TTYPE101= 'undocumented50' / Bit field not in ITOS database TFORM101= '1B ' / data format of field: BYTE TTYPE102= 'BHKVREFTEMPBLK02' / V Ref Temperatures, Block 2 TFORM102= '1I ' / data format of field: 2-byte INTEGER TZERO102= 2807.288488 / data offset (32k shift B_BCDH_VRTEMP_C conversiTSCAL102= 0.09399501 / data scaling (B_BCDH_VRTEMP_C conversion) TUNIT102= 'Celsius ' / physical unit of field TTYPE103= 'undocumented51' / Bit field not in ITOS database TFORM103= '1B ' / data format of field: BYTE TTYPE104= 'BHKVREFTEMPBLK03' / V Ref Temperatures, Block 3 TFORM104= '1I ' / data format of field: 2-byte INTEGER TZERO104= 2807.288488 / data offset (32k shift B_BCDH_VRTEMP_C conversiTSCAL104= 0.09399501 / data scaling (B_BCDH_VRTEMP_C conversion) TUNIT104= 'Celsius ' / physical unit of field TTYPE105= 'undocumented52' / Bit field not in ITOS database TFORM105= '1B ' / data format of field: BYTE TTYPE106= 'BHKVREFTEMPBLK04' / V Ref Temperatures, Block 4 TFORM106= '1I ' / data format of field: 2-byte INTEGER TZERO106= 2807.288488 / data offset (32k shift B_BCDH_VRTEMP_C conversiTSCAL106= 0.09399501 / data scaling (B_BCDH_VRTEMP_C conversion) TUNIT106= 'Celsius ' / physical unit of field TTYPE107= 'undocumented53' / Bit field not in ITOS database TFORM107= '1B ' / data format of field: BYTE TTYPE108= 'BHKVREFTEMPBLK05' / V Ref Temperatures, Block 5 TFORM108= '1I ' / data format of field: 2-byte INTEGER TZERO108= 2807.288488 / data offset (32k shift B_BCDH_VRTEMP_C conversiTSCAL108= 0.09399501 / data scaling (B_BCDH_VRTEMP_C conversion) TUNIT108= 'Celsius ' / physical unit of field TTYPE109= 'undocumented54' / Bit field not in ITOS database TFORM109= '1B ' / data format of field: BYTE TTYPE110= 'BHKVREFTEMPBLK06' / V Ref Temperatures, Block 6 TFORM110= '1I ' / data format of field: 2-byte INTEGER TZERO110= 2807.288488 / data offset (32k shift B_BCDH_VRTEMP_C conversiTSCAL110= 0.09399501 / data scaling (B_BCDH_VRTEMP_C conversion) TUNIT110= 'Celsius ' / physical unit of field TTYPE111= 'undocumented55' / Bit field not in ITOS database TFORM111= '1B ' / data format of field: BYTE TTYPE112= 'BHKVREFTEMPBLK07' / V Ref Temperatures, Block 7 TFORM112= '1I ' / data format of field: 2-byte INTEGER TZERO112= 2807.288488 / data offset (32k shift B_BCDH_VRTEMP_C conversiTSCAL112= 0.09399501 / data scaling (B_BCDH_VRTEMP_C conversion) TUNIT112= 'Celsius ' / physical unit of field TTYPE113= 'undocumented56' / Bit field not in ITOS database TFORM113= '1B ' / data format of field: BYTE TTYPE114= 'BHKVREFTEMPBLK08' / V Ref Temperatures, Block 8 TFORM114= '1I ' / data format of field: 2-byte INTEGER TZERO114= 2807.288488 / data offset (32k shift B_BCDH_VRTEMP_C conversiTSCAL114= 0.09399501 / data scaling (B_BCDH_VRTEMP_C conversion) TUNIT114= 'Celsius ' / physical unit of field TTYPE115= 'undocumented57' / Bit field not in ITOS database TFORM115= '1B ' / data format of field: BYTE TTYPE116= 'BHKVREFTEMPBLK09' / V Ref Temperatures, Block 9 TFORM116= '1I ' / data format of field: 2-byte INTEGER TZERO116= 2807.288488 / data offset (32k shift B_BCDH_VRTEMP_C conversiTSCAL116= 0.09399501 / data scaling (B_BCDH_VRTEMP_C conversion) TUNIT116= 'Celsius ' / physical unit of field TTYPE117= 'undocumented58' / Bit field not in ITOS database TFORM117= '1B ' / data format of field: BYTE TTYPE118= 'BHKVREFTEMPBLK10' / V Ref Temperatures, Block 10 TFORM118= '1I ' / data format of field: 2-byte INTEGER TZERO118= 2807.288488 / data offset (32k shift B_BCDH_VRTEMP_C conversiTSCAL118= 0.09399501 / data scaling (B_BCDH_VRTEMP_C conversion) TUNIT118= 'Celsius ' / physical unit of field TTYPE119= 'undocumented59' / Bit field not in ITOS database TFORM119= '1B ' / data format of field: BYTE TTYPE120= 'BHKVREFTEMPBLK11' / V Ref Temperatures, Block 11 TFORM120= '1I ' / data format of field: 2-byte INTEGER TZERO120= 2807.288488 / data offset (32k shift B_BCDH_VRTEMP_C conversiTSCAL120= 0.09399501 / data scaling (B_BCDH_VRTEMP_C conversion) TUNIT120= 'Celsius ' / physical unit of field TTYPE121= 'undocumented60' / Bit field not in ITOS database TFORM121= '1B ' / data format of field: BYTE TTYPE122= 'BHKVREFTEMPBLK12' / V Ref Temperatures, Block 12 TFORM122= '1I ' / data format of field: 2-byte INTEGER TZERO122= 2807.288488 / data offset (32k shift B_BCDH_VRTEMP_C conversiTSCAL122= 0.09399501 / data scaling (B_BCDH_VRTEMP_C conversion) TUNIT122= 'Celsius ' / physical unit of field TTYPE123= 'undocumented61' / Bit field not in ITOS database TFORM123= '1B ' / data format of field: BYTE TTYPE124= 'BHKVREFTEMPBLK13' / V Ref Temperatures, Block 13 TFORM124= '1I ' / data format of field: 2-byte INTEGER TZERO124= 2807.288488 / data offset (32k shift B_BCDH_VRTEMP_C conversiTSCAL124= 0.09399501 / data scaling (B_BCDH_VRTEMP_C conversion) TUNIT124= 'Celsius ' / physical unit of field TTYPE125= 'undocumented62' / Bit field not in ITOS database TFORM125= '1B ' / data format of field: BYTE TTYPE126= 'BHKVREFTEMPBLK14' / V Ref Temperatures, Block 14 TFORM126= '1I ' / data format of field: 2-byte INTEGER TZERO126= 2807.288488 / data offset (32k shift B_BCDH_VRTEMP_C conversiTSCAL126= 0.09399501 / data scaling (B_BCDH_VRTEMP_C conversion) TUNIT126= 'Celsius ' / physical unit of field TTYPE127= 'undocumented63' / Bit field not in ITOS database TFORM127= '1B ' / data format of field: BYTE TTYPE128= 'BHKVREFTEMPBLK15' / V Ref Temperatures, Block 15 TFORM128= '1I ' / data format of field: 2-byte INTEGER TZERO128= 2807.288488 / data offset (32k shift B_BCDH_VRTEMP_C conversiTSCAL128= 0.09399501 / data scaling (B_BCDH_VRTEMP_C conversion) TUNIT128= 'Celsius ' / physical unit of field TTYPE129= 'BHKBVRTEMPBLK00' / BVR Temperatures, Block 0 TFORM129= '1I ' / data format of field: 2-byte INTEGER TZERO129= 950.2435277 / data offset (32k shift B_BVR_BTEMP_C conversionTSCAL129= 0.03052501 / data scaling (B_BVR_BTEMP_C conversion) TUNIT129= 'Celsius ' / physical unit of field TTYPE130= 'undocumented64' / Bit field not in ITOS database TFORM130= '1B ' / data format of field: BYTE TTYPE131= 'BHKBVRTEMPBLK01' / BVR Temperatures, Block 1 TFORM131= '1I ' / data format of field: 2-byte INTEGER TZERO131= 950.2435277 / data offset (32k shift B_BVR_BTEMP_C conversionTSCAL131= 0.03052501 / data scaling (B_BVR_BTEMP_C conversion) TUNIT131= 'Celsius ' / physical unit of field TTYPE132= 'undocumented65' / Bit field not in ITOS database TFORM132= '1B ' / data format of field: BYTE TTYPE133= 'BHKBVRTEMPBLK02' / BVR Temperatures, Block 2 TFORM133= '1I ' / data format of field: 2-byte INTEGER TZERO133= 950.2435277 / data offset (32k shift B_BVR_BTEMP_C conversionTSCAL133= 0.03052501 / data scaling (B_BVR_BTEMP_C conversion) TUNIT133= 'Celsius ' / physical unit of field TTYPE134= 'undocumented66' / Bit field not in ITOS database TFORM134= '1B ' / data format of field: BYTE TTYPE135= 'BHKBVRTEMPBLK03' / BVR Temperatures, Block 3 TFORM135= '1I ' / data format of field: 2-byte INTEGER TZERO135= 950.2435277 / data offset (32k shift B_BVR_BTEMP_C conversionTSCAL135= 0.03052501 / data scaling (B_BVR_BTEMP_C conversion) TUNIT135= 'Celsius ' / physical unit of field TTYPE136= 'undocumented67' / Bit field not in ITOS database TFORM136= '1B ' / data format of field: BYTE TTYPE137= 'BHKBVRTEMPBLK04' / BVR Temperatures, Block 4 TFORM137= '1I ' / data format of field: 2-byte INTEGER TZERO137= 950.2435277 / data offset (32k shift B_BVR_BTEMP_C conversionTSCAL137= 0.03052501 / data scaling (B_BVR_BTEMP_C conversion) TUNIT137= 'Celsius ' / physical unit of field TTYPE138= 'undocumented68' / Bit field not in ITOS database TFORM138= '1B ' / data format of field: BYTE TTYPE139= 'BHKBVRTEMPBLK05' / BVR Temperatures, Block 5 TFORM139= '1I ' / data format of field: 2-byte INTEGER TZERO139= 950.2435277 / data offset (32k shift B_BVR_BTEMP_C conversionTSCAL139= 0.03052501 / data scaling (B_BVR_BTEMP_C conversion) TUNIT139= 'Celsius ' / physical unit of field TTYPE140= 'undocumented69' / Bit field not in ITOS database TFORM140= '1B ' / data format of field: BYTE TTYPE141= 'BHKBVRTEMPBLK06' / BVR Temperatures, Block 6 TFORM141= '1I ' / data format of field: 2-byte INTEGER TZERO141= 950.2435277 / data offset (32k shift B_BVR_BTEMP_C conversionTSCAL141= 0.03052501 / data scaling (B_BVR_BTEMP_C conversion) TUNIT141= 'Celsius ' / physical unit of field TTYPE142= 'undocumented70' / Bit field not in ITOS database TFORM142= '1B ' / data format of field: BYTE TTYPE143= 'BHKBVRTEMPBLK07' / BVR Temperatures, Block 7 TFORM143= '1I ' / data format of field: 2-byte INTEGER TZERO143= 950.2435277 / data offset (32k shift B_BVR_BTEMP_C conversionTSCAL143= 0.03052501 / data scaling (B_BVR_BTEMP_C conversion) TUNIT143= 'Celsius ' / physical unit of field TTYPE144= 'undocumented71' / Bit field not in ITOS database TFORM144= '1B ' / data format of field: BYTE TTYPE145= 'BHKBVRTEMPBLK08' / BVR Temperatures, Block 8 TFORM145= '1I ' / data format of field: 2-byte INTEGER TZERO145= 950.2435277 / data offset (32k shift B_BVR_BTEMP_C conversionTSCAL145= 0.03052501 / data scaling (B_BVR_BTEMP_C conversion) TUNIT145= 'Celsius ' / physical unit of field TTYPE146= 'undocumented72' / Bit field not in ITOS database TFORM146= '1B ' / data format of field: BYTE TTYPE147= 'BHKBVRTEMPBLK09' / BVR Temperatures, Block 9 TFORM147= '1I ' / data format of field: 2-byte INTEGER TZERO147= 950.2435277 / data offset (32k shift B_BVR_BTEMP_C conversionTSCAL147= 0.03052501 / data scaling (B_BVR_BTEMP_C conversion) TUNIT147= 'Celsius ' / physical unit of field TTYPE148= 'undocumented73' / Bit field not in ITOS database TFORM148= '1B ' / data format of field: BYTE TTYPE149= 'BHKBVRTEMPBLK10' / BVR Temperatures, Block 10 TFORM149= '1I ' / data format of field: 2-byte INTEGER TZERO149= 950.2435277 / data offset (32k shift B_BVR_BTEMP_C conversionTSCAL149= 0.03052501 / data scaling (B_BVR_BTEMP_C conversion) TUNIT149= 'Celsius ' / physical unit of field TTYPE150= 'undocumented74' / Bit field not in ITOS database TFORM150= '1B ' / data format of field: BYTE TTYPE151= 'BHKBVRTEMPBLK11' / BVR Temperatures, Block 11 TFORM151= '1I ' / data format of field: 2-byte INTEGER TZERO151= 950.2435277 / data offset (32k shift B_BVR_BTEMP_C conversionTSCAL151= 0.03052501 / data scaling (B_BVR_BTEMP_C conversion) TUNIT151= 'Celsius ' / physical unit of field TTYPE152= 'undocumented75' / Bit field not in ITOS database TFORM152= '1B ' / data format of field: BYTE TTYPE153= 'BHKBVRTEMPBLK12' / BVR Temperatures, Block 12 TFORM153= '1I ' / data format of field: 2-byte INTEGER TZERO153= 950.2435277 / data offset (32k shift B_BVR_BTEMP_C conversionTSCAL153= 0.03052501 / data scaling (B_BVR_BTEMP_C conversion) TUNIT153= 'Celsius ' / physical unit of field TTYPE154= 'undocumented76' / Bit field not in ITOS database TFORM154= '1B ' / data format of field: BYTE TTYPE155= 'BHKBVRTEMPBLK13' / BVR Temperatures, Block 13 TFORM155= '1I ' / data format of field: 2-byte INTEGER TZERO155= 950.2435277 / data offset (32k shift B_BVR_BTEMP_C conversionTSCAL155= 0.03052501 / data scaling (B_BVR_BTEMP_C conversion) TUNIT155= 'Celsius ' / physical unit of field TTYPE156= 'undocumented77' / Bit field not in ITOS database TFORM156= '1B ' / data format of field: BYTE TTYPE157= 'BHKBVRTEMPBLK14' / BVR Temperatures, Block 14 TFORM157= '1I ' / data format of field: 2-byte INTEGER TZERO157= 950.2435277 / data offset (32k shift B_BVR_BTEMP_C conversionTSCAL157= 0.03052501 / data scaling (B_BVR_BTEMP_C conversion) TUNIT157= 'Celsius ' / physical unit of field TTYPE158= 'undocumented78' / Bit field not in ITOS database TFORM158= '1B ' / data format of field: BYTE TTYPE159= 'BHKBVRTEMPBLK15' / BVR Temperatures, Block 15 TFORM159= '1I ' / data format of field: 2-byte INTEGER TZERO159= 950.2435277 / data offset (32k shift B_BVR_BTEMP_C conversionTSCAL159= 0.03052501 / data scaling (B_BVR_BTEMP_C conversion) TUNIT159= 'Celsius ' / physical unit of field TTYPE160= 'undocumented79' / Byte field not in ITOS database TFORM160= '1B ' / data format of field: BYTE TTYPE161= 'BHKXA1VRTMPBLK00' / XA1VR Temperatures, Block 0 TFORM161= '1I ' / data format of field: 2-byte INTEGER TZERO161= 950.2435277 / data offset (32k shift B_XA1VR_BTEMP_C conversiTSCAL161= 0.03052501 / data scaling (B_XA1VR_BTEMP_C conversion) TUNIT161= 'Celsius ' / physical unit of field TTYPE162= 'undocumented80' / Bit field not in ITOS database TFORM162= '1B ' / data format of field: BYTE TTYPE163= 'BHKXA1VRTMPBLK01' / XA1VR Temperatures, Block 1 TFORM163= '1I ' / data format of field: 2-byte INTEGER TZERO163= 950.2435277 / data offset (32k shift B_XA1VR_BTEMP_C conversiTSCAL163= 0.03052501 / data scaling (B_XA1VR_BTEMP_C conversion) TUNIT163= 'Celsius ' / physical unit of field TTYPE164= 'undocumented81' / Bit field not in ITOS database TFORM164= '1B ' / data format of field: BYTE TTYPE165= 'BHKXA1VRTMPBLK02' / XA1VR Temperatures, Block 2 TFORM165= '1I ' / data format of field: 2-byte INTEGER TZERO165= 950.2435277 / data offset (32k shift B_XA1VR_BTEMP_C conversiTSCAL165= 0.03052501 / data scaling (B_XA1VR_BTEMP_C conversion) TUNIT165= 'Celsius ' / physical unit of field TTYPE166= 'undocumented82' / Bit field not in ITOS database TFORM166= '1B ' / data format of field: BYTE TTYPE167= 'BHKXA1VRTMPBLK03' / XA1VR Temperatures, Block 3 TFORM167= '1I ' / data format of field: 2-byte INTEGER TZERO167= 950.2435277 / data offset (32k shift B_XA1VR_BTEMP_C conversiTSCAL167= 0.03052501 / data scaling (B_XA1VR_BTEMP_C conversion) TUNIT167= 'Celsius ' / physical unit of field TTYPE168= 'undocumented83' / Bit field not in ITOS database TFORM168= '1B ' / data format of field: BYTE TTYPE169= 'BHKXA1VRTMPBLK04' / XA1VR Temperatures, Block 4 TFORM169= '1I ' / data format of field: 2-byte INTEGER TZERO169= 950.2435277 / data offset (32k shift B_XA1VR_BTEMP_C conversiTSCAL169= 0.03052501 / data scaling (B_XA1VR_BTEMP_C conversion) TUNIT169= 'Celsius ' / physical unit of field TTYPE170= 'undocumented84' / Bit field not in ITOS database TFORM170= '1B ' / data format of field: BYTE TTYPE171= 'BHKXA1VRTMPBLK05' / XA1VR Temperatures, Block 5 TFORM171= '1I ' / data format of field: 2-byte INTEGER TZERO171= 950.2435277 / data offset (32k shift B_XA1VR_BTEMP_C conversiTSCAL171= 0.03052501 / data scaling (B_XA1VR_BTEMP_C conversion) TUNIT171= 'Celsius ' / physical unit of field TTYPE172= 'undocumented85' / Bit field not in ITOS database TFORM172= '1B ' / data format of field: BYTE TTYPE173= 'BHKXA1VRTMPBLK06' / XA1VR Temperatures, Block 6 TFORM173= '1I ' / data format of field: 2-byte INTEGER TZERO173= 950.2435277 / data offset (32k shift B_XA1VR_BTEMP_C conversiTSCAL173= 0.03052501 / data scaling (B_XA1VR_BTEMP_C conversion) TUNIT173= 'Celsius ' / physical unit of field TTYPE174= 'undocumented86' / Bit field not in ITOS database TFORM174= '1B ' / data format of field: BYTE TTYPE175= 'BHKXA1VRTMPBLK07' / XA1VR Temperatures, Block 7 TFORM175= '1I ' / data format of field: 2-byte INTEGER TZERO175= 950.2435277 / data offset (32k shift B_XA1VR_BTEMP_C conversiTSCAL175= 0.03052501 / data scaling (B_XA1VR_BTEMP_C conversion) TUNIT175= 'Celsius ' / physical unit of field TTYPE176= 'undocumented87' / Bit field not in ITOS database TFORM176= '1B ' / data format of field: BYTE TTYPE177= 'BHKXA1VRTMPBLK08' / XA1VR Temperatures, Block 8 TFORM177= '1I ' / data format of field: 2-byte INTEGER TZERO177= 950.2435277 / data offset (32k shift B_XA1VR_BTEMP_C conversiTSCAL177= 0.03052501 / data scaling (B_XA1VR_BTEMP_C conversion) TUNIT177= 'Celsius ' / physical unit of field TTYPE178= 'undocumented88' / Bit field not in ITOS database TFORM178= '1B ' / data format of field: BYTE TTYPE179= 'BHKXA1VRTMPBLK09' / XA1VR Temperatures, Block 9 TFORM179= '1I ' / data format of field: 2-byte INTEGER TZERO179= 950.2435277 / data offset (32k shift B_XA1VR_BTEMP_C conversiTSCAL179= 0.03052501 / data scaling (B_XA1VR_BTEMP_C conversion) TUNIT179= 'Celsius ' / physical unit of field TTYPE180= 'undocumented89' / Bit field not in ITOS database TFORM180= '1B ' / data format of field: BYTE TTYPE181= 'BHKXA1VRTMPBLK10' / XA1VR Temperatures, Block 10 TFORM181= '1I ' / data format of field: 2-byte INTEGER TZERO181= 950.2435277 / data offset (32k shift B_XA1VR_BTEMP_C conversiTSCAL181= 0.03052501 / data scaling (B_XA1VR_BTEMP_C conversion) TUNIT181= 'Celsius ' / physical unit of field TTYPE182= 'undocumented90' / Bit field not in ITOS database TFORM182= '1B ' / data format of field: BYTE TTYPE183= 'BHKXA1VRTMPBLK11' / XA1VR Temperatures, Block 11 TFORM183= '1I ' / data format of field: 2-byte INTEGER TZERO183= 950.2435277 / data offset (32k shift B_XA1VR_BTEMP_C conversiTSCAL183= 0.03052501 / data scaling (B_XA1VR_BTEMP_C conversion) TUNIT183= 'Celsius ' / physical unit of field TTYPE184= 'undocumented91' / Bit field not in ITOS database TFORM184= '1B ' / data format of field: BYTE TTYPE185= 'BHKXA1VRTMPBLK12' / XA1VR Temperatures, Block 12 TFORM185= '1I ' / data format of field: 2-byte INTEGER TZERO185= 950.2435277 / data offset (32k shift B_XA1VR_BTEMP_C conversiTSCAL185= 0.03052501 / data scaling (B_XA1VR_BTEMP_C conversion) TUNIT185= 'Celsius ' / physical unit of field TTYPE186= 'undocumented92' / Bit field not in ITOS database TFORM186= '1B ' / data format of field: BYTE TTYPE187= 'BHKXA1VRTMPBLK13' / XA1VR Temperatures, Block 13 TFORM187= '1I ' / data format of field: 2-byte INTEGER TZERO187= 950.2435277 / data offset (32k shift B_XA1VR_BTEMP_C conversiTSCAL187= 0.03052501 / data scaling (B_XA1VR_BTEMP_C conversion) TUNIT187= 'Celsius ' / physical unit of field TTYPE188= 'undocumented93' / Bit field not in ITOS database TFORM188= '1B ' / data format of field: BYTE TTYPE189= 'BHKXA1VRTMPBLK14' / XA1VR Temperatures, Block 14 TFORM189= '1I ' / data format of field: 2-byte INTEGER TZERO189= 950.2435277 / data offset (32k shift B_XA1VR_BTEMP_C conversiTSCAL189= 0.03052501 / data scaling (B_XA1VR_BTEMP_C conversion) TUNIT189= 'Celsius ' / physical unit of field TTYPE190= 'undocumented94' / Bit field not in ITOS database TFORM190= '1B ' / data format of field: BYTE TTYPE191= 'BHKXA1VRTMPBLK15' / XA1VR Temperatures, Block 15 TFORM191= '1I ' / data format of field: 2-byte INTEGER TZERO191= 950.2435277 / data offset (32k shift B_XA1VR_BTEMP_C conversiTSCAL191= 0.03052501 / data scaling (B_XA1VR_BTEMP_C conversion) TUNIT191= 'Celsius ' / physical unit of field EXTNAME = 'hk171x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699891.09456 TSTOP = 727706041.0946 DATE-OBS= '2024-01-23T10:51:26' DATE-END= '2024-01-23T12:33:56' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6150.00003993511 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 369 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:28' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'YAAjb70iZA7ia77i' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '2688183190' / data unit checksum updated 2024-02-02T06:06:28 HISTORY TASK: FAPPND on FILENAME: sw01210276000b171x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:31 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aůٌ̉] F p = l G _ w z m n͌nskf q |yr ~ iog   0  %     Aů*̉] G n  @ l I a w y m m͌nrlgq { zr} hp g   /  %     Aů̉] H o = l G _ x { l m͌nrlg p zzr~ hn h   0  $     Aů*̉\ H o < m H ^ w { m m̌nslg q {yr} hp h   0  %     Aů q̉] F p = k G _ w { l l͌mslf q zzr} hn g   /  $     Aů$!̉] E n  > m I a w { l l͌mskfq z yr~ hn h   / ! $    Aů3̉] E o  > k I _ x x l l͌mrlgp | ys~ in h   0 ! $     AůB q̉^ H n ~ > l H ^ x y k mΌnslgq zys~ ho g    / ! %    AůQˉ] F n = k I _ x y m l͌lrkg p z yr} in h   /  $     Aů`ˉ] H o > k H ` w y n m͌mskgq zyr} hp h   / ! %     Aůo2#ˉ] H m  < l G ] v x k m͌ms lg q z y s~ hp h   0 " %     Aů~ˉ] D m > j G ` x z m l͌nr lgp {yr~  in g    / ! $    Aů鍌(ˉ] G m = m G _ v y n m͌ms kg p { yr} in h   / ! "     Aů霌!ˉ^ E o = m G _ w y m kΌlskg p zys~ io h   . ! $     Aů髌ˉ] E o  < m G ` v y n l͌mrkh p zyr} hn h   /  #     Aů麌ˉ] G o  < l G ] w y m j͌nskg q zy s~ io g   /  $     AůɌyˉ[ F m < m H _ u y k lˌls lg q {yr~ ho g   0 ! $    Aů،yˉ] F n  = k G _ v x k k͌mslg p {yr} io g     0  $     Aů̉[ F o  = k F ^ v z k lˌmskf q { yr} ho g   / ! $     Aů;̉[ D m ~ < j G ] w z j kˌms lf q {y r~ ho g    / ! $    Aů̉] G m  < j H ^ w w m i͌ns kg q |yr~ io g     /  $    Aů̉\ D m  > m G ^ w w k ľlq kgq {yr} im g     .  #     Aů#̉\ E n  ; j H _ w x k ǰmskf q {yr} ho g     /  $     Aů2̉^ F n ~ = k G ^ v w k kΌnqlg p {yr~ in g    /   "    AůA*̉\ F n  = j H ^ u w k ǰmqkg q {yr} io g    /  #      AůP̉\ D l ~ > j H _ s y k ǐmr jfq z yr~ io g    .   "     Aů_̉\ E l  = h F ^ v w i ľmq kg q{ yr} io g    .  "   Aůn3̉[ F m  = j F ^ u v j jˌmr lg p {yr} hn g     .  "    Aů}*̉Z C m : i F ] u x l jʌmr jf o z y r| ho g    .  !   Aůꌌˉ[ D m | ; i F ^ u  y j jˌmq l g q {xr} ho f    . !  Aůꛌˉ[ C l  ; i G ] v x j iˌlr jf p { y q} hm g    -     AůꪌˉZ D l } ; j F \ u w i iʌlr k f p z y r} hm g   - !    Aů까ˉZ D m } < j D ] u  v i iʌlq k f p z y q} gn g   , !    AůȌ6ˉY C l } ; j D \ u v h iɌmr k f o z y r}gn g   ,      Aů׌*ˉY A j } : i D \ s  x j iɌlr j e p y x q| gn f   *     Aů3ˉY B k | : h C \ u u g gɌlr k f py y q}gnf  +      AůˉX B j ~ : i C Y r  w h iȌlr je o y w q|fm f *    AůˉY B i } : f C Z s u i hɌlp k f pz x p} gne )    AůˉW A j | : g C Z s  w h gnjlq j f oz x p|gng )     Aů"3ˉZ A i | 8 f C Y s ~ s g gʌkp j foz w q|g nf (    Aů1ˉW @ g } 8 f C Z q  w h fnjkpi fnx w p{fnf (    Aů@.ˉX @ j { 9 h C Y r | r g gȌkp i f ox w q |~glf (    AůOˉW ? h z 9 f B Y q | s g gnjkpj e oy v p {~gle (    Aů^ˉT > h z 6 f A X q | t h eČjqi doxwp |~g mf &    Aům3ˉV ? f z 6 f A X p | t e eƌjqi dny wp {f me %    Aů|VˉU > g y 6 e > W p z s e eŌkpi doywp |g me &    Aů닌ˉR = e y 6 c ? V o z  s e eŒj qi enx vo {~f le %    Aů뚌ˉV > f x 5 b A W n { t b dƌkpidnwwp {f md %    Aů멌̉U > e y 5 e A U o {  q g dŌkoh emywo {}f ke %     Aů브̉S < d x 5 b = U n |  r b bÌk ohcnw vo {~f kd $     Aůnj3̉T > e w 4 d > W n y  r d dČjpienwvp {~e ld %     Aů֌W~̉T = b y 6 c ? U o y  q d bČj oh enxwo z}f ld %     Aů̉R < c w 3 c ? V m z ~ p e cŒi nhdmyvn z}fkd $ 퍈    Aů̉Q = d w 6 b = U o y  r b ai phcnw up {~e ld #    Aů̉R : b w 2 e = U o x ~ o c cŒi nhdmx voz}e ke # 퍈   Aů!̉Q ; c w 2 ` ? S n x o d ci ohcmwvn{}e ke $ 쎈    Aů!̉S ; d v 3 b < T m x } n c bÌj nhcnx vo  {}e kd # 니    Aů0!̉Q ; b v 2 a > R o z | n b ci nhdmwvn z|eke ! 팈     Aů?V.̉O ; ` v 2 ` ; R k w | q ` bόh ogcmw vn  z~eld "퍈   AůN;̉P < d u 0 _ < R m x } q ` _j ohcmw un  z~e ld " 뎈   Aů]̉Q 9 a v 2 _ ; R l w ~ o ` ai nhdlx vn z}ekd #쌈   Aůl!̉P : c u 1 a < S m x | p e bh nhdmw un  z|ejd "펈     Aů{̉P : a v 0 ` ; S l v } o ` ai nhcmx vn  {~ejd ! 쌈     Aů슌ỷN ; b u 1 a ; Q m w | p a aΌh ogdmw un  y}ejd ! 덈       Aů왌̉N : b u 2 _ < R k u } n _ `Όh ohclv un  z}dkc "덈   Aů쨌ỷQ : b t 2 ` ; Q l w { n ` `j nhdlw un  y|e jd "쌈     Aů췌̉P 9 b v 3 ^ = S k v | m a ai nhcmw vn  z |ejd !싈     Aůƌ̉O 9 a t 0 ^ < R j v z o a _όh ngclv um  y}ejd !ꍈ     AůՌ3ʉP 8 b u 2 ^ ; Q j w | o a _hogcmv un  z}fkc "ꋈ    AůʉP : b t 3 _ ; R m v } n ` ai nhcmw um  z}ejc "싈   Aů̉S < c w 4 a = Y n z | o b bÌj nhdmw u p z}f kd )      Aů;ˉR ; c t 2 a = Z n z  q b bŒi ohcmx u q {~e ld (      Aů*ˉS < d x 4 b = Y o { ~ o d dÌj phcmw u q z}f ke (      Aůό!ˉT ; c t 3 a = Y o z | p b bČi ohcnw u q z}e kd (      Aůތ*ˉS ; d v 4 a = Z m z } q d bÌj ohdnx v p z}e kd )      AůˉS < e w 3 a = Y n z  s b cÌi phcnx v p {~e md (      Aů3ˉT < d v 4 a = Z m z  r b aČk ohcnw u q {}f ld )      Aů W~ˉS = f u 3 ` > Y o y q d cÌj nidnwv q {~e ld (      AůˉS ; d v 3 b = Y o y  s d bÌi ohcnw v p {~e kd (      Aů)*ˉT < e w 3 c ? X o | ~ p c eČi ohcmxvq z}f ke '     Aů8ˉS ; b w 2 b > X n z } r e cÌi ohdmwup z~e kd (      AůGỷR < b v 5 b > X o y } s d cŒk ohcnxvq {~e ld (      AůV3̉T ; d w 2 b > X o { p d eČi phdmwup {}f le )      Aůe;̉S > g w 4 a ? Z o x p b dÌioidmxw q{}e le (      Aůt̉T = f u 5 b = [ p y } p b dČi nidnx v q z}f ld (      Aů̉U < e v 4 b = Y p {  q b fŌj oicnx v q {}f ke )      Aů*̉T = c v 3 b = Y m y ~ p d dČi ohcmw v q {~e me (      Aů3̉S < e u 5 b > Z p y  p d bÌj ohcnxv q {~f kd )      Aů*̉U < d x 3 a = [ n { } o e dŌj nhcmw v q z}e kd '      Aů3̉T ; c x 4 c ? Z l { } p e dČj ohdmwu p z}f ke (      AůΌ*̉T ; c v 3 b = [ o | | p e cČj phdmw u q z}f md (     Aů݌̉T ; d v 4 b = Z m z o b cČk pgcmw v q {}e kd *     Aů*ẺT < f t 2 b ? X p z r d cČj ohcmxuq {~e ld )      Aů̉S ; d u 3 b > Z o y  o c dÌj oidmxu q {}f ld (      Aů ̉T < d w 4 b > Y n z ~ r c aČi phcmwu p z~f ld (      AůỷU = e u 3 c ? [ o { p c cŌj pidnxv q {}f kd (      Aů(3̉V < c v 4 b > Z p y  p d cƌj nhdmxv p {}f ke )      Aů7̉U < d w 4 b > W m z ~ o e dŌj phdnwup {}f ld (      AůF̉T = c w 3 b < Z m z  p d dČi ohcmw u p {}eld (     AůUt̉V < d v 4 b = Z o z ~ r b aƌk phcnx u q z~e md (      Aůd̉S ; c v 7 c ? [ n { ~ n c bÌj ohdmxv q z}e ke '      Aůs3ˉV < e v 4 ` < Z n z  p b dƌj oicnv v q {}f md (      AůˉS < d w 3 a = W o y r c aÌj ohcnw vq {~eld )     AůˉR = d u 4 b = Z o y  p a bŒk ohdnx u q {}e ld (     AůˉR > e v 4 a ? [ m y  r a dŒjpicnwv q {~eld )      AůˉS ; c v 3 b > Y n z ~ r e cÌj ohcmwv p y~e ke (     Aů*ˉT = e v 4 b > [ p y  q c bČj ohdnxv q {~f kd )      Aů͌ˉU = e u 5 c @ Y n z  q c dŌk phcmxv p {~f kd (      Aů܌ˉU < c u 3 a > Y o z } o e bŌi ohcmxu p z}e kd '     XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 298 / width of table in bytes NAXIS2 = 110 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 194 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHKLCBLK0DM0A' / Block 0, DM 0, Side A Leakage Current TFORM2 = '1I ' / data format of field: 2-byte INTEGER TZERO2 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL2 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT2 = 'nA ' / physical unit of field TTYPE3 = 'undocumented1' / Bit field not in ITOS database TFORM3 = '1B ' / data format of field: BYTE TTYPE4 = 'BHKLCBLK0DM0B' / Block 0, DM 0, Side B Leakage Current TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL4 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT4 = 'nA ' / physical unit of field TTYPE5 = 'undocumented2' / Bit field not in ITOS database TFORM5 = '1B ' / data format of field: BYTE TTYPE6 = 'BHKLCBLK0DM1A' / Block 0, DM 1, Side A Leakage Current TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL6 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT6 = 'nA ' / physical unit of field TTYPE7 = 'undocumented3' / Bit field not in ITOS database TFORM7 = '1B ' / data format of field: BYTE TTYPE8 = 'BHKLCBLK0DM1B' / Block 0, DM 1, Side B Leakage Current TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL8 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT8 = 'nA ' / physical unit of field TTYPE9 = 'undocumented4' / Bit field not in ITOS database TFORM9 = '1B ' / data format of field: BYTE TTYPE10 = 'BHKLCBLK0DM2A' / Block 0, DM 2, Side A Leakage Current TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL10 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT10 = 'nA ' / physical unit of field TTYPE11 = 'undocumented5' / Bit field not in ITOS database TFORM11 = '1B ' / data format of field: BYTE TTYPE12 = 'BHKLCBLK0DM2B' / Block 0, DM 2, Side B Leakage Current TFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL12 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT12 = 'nA ' / physical unit of field TTYPE13 = 'undocumented6' / Bit field not in ITOS database TFORM13 = '1B ' / data format of field: BYTE TTYPE14 = 'BHKLCBLK0DM3A' / Block 0, DM 3, Side A Leakage Current TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL14 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT14 = 'nA ' / physical unit of field TTYPE15 = 'undocumented7' / Bit field not in ITOS database TFORM15 = '1B ' / data format of field: BYTE TTYPE16 = 'BHKLCBLK0DM3B' / Block 0, DM 3, Side B Leakage Current TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL16 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT16 = 'nA ' / physical unit of field TTYPE17 = 'undocumented8' / Bit field not in ITOS database TFORM17 = '1B ' / data format of field: BYTE TTYPE18 = 'BHKLCBLK0DM4A' / Block 0, DM 4, Side A Leakage Current TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL18 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT18 = 'nA ' / physical unit of field TTYPE19 = 'undocumented9' / Bit field not in ITOS database TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BHKLCBLK0DM4B' / Block 0, DM 4, Side B Leakage Current TFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL20 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT20 = 'nA ' / physical unit of field TTYPE21 = 'undocumented10' / Bit field not in ITOS database TFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BHKLCBLK0DM5A' / Block 0, DM 5, Side A Leakage Current TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL22 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT22 = 'nA ' / physical unit of field TTYPE23 = 'undocumented11' / Bit field not in ITOS database TFORM23 = '1B ' / data format of field: BYTE TTYPE24 = 'BHKLCBLK0DM5B' / Block 0, DM 5, Side B Leakage Current TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL24 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT24 = 'nA ' / physical unit of field TTYPE25 = 'undocumented12' / Bit field not in ITOS database TFORM25 = '1B ' / data format of field: BYTE TTYPE26 = 'BHKLCBLK0DM6A' / Block 0, DM 6, Side A Leakage Current TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL26 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT26 = 'nA ' / physical unit of field TTYPE27 = 'undocumented13' / Bit field not in ITOS database TFORM27 = '1B ' / data format of field: BYTE TTYPE28 = 'BHKLCBLK0DM6B' / Block 0, DM 6, Side B Leakage Current TFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL28 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT28 = 'nA ' / physical unit of field TTYPE29 = 'undocumented14' / Bit field not in ITOS database TFORM29 = '1B ' / data format of field: BYTE TTYPE30 = 'BHKLCBLK0DM7A' / Block 0, DM 7, Side A Leakage Current TFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL30 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT30 = 'nA ' / physical unit of field TTYPE31 = 'undocumented15' / Bit field not in ITOS database TFORM31 = '1B ' / data format of field: BYTE TTYPE32 = 'BHKLCBLK0DM7B' / Block 0, DM 7, Side B Leakage Current TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL32 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT32 = 'nA ' / physical unit of field TTYPE33 = 'undocumented16' / Bit field not in ITOS database TFORM33 = '1B ' / data format of field: BYTE TTYPE34 = 'BHKLCBLK1DM0A' / Block 1, DM 0, Side A Leakage Current TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL34 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT34 = 'nA ' / physical unit of field TTYPE35 = 'undocumented17' / Bit field not in ITOS database TFORM35 = '1B ' / data format of field: BYTE TTYPE36 = 'BHKLCBLK1DM0B' / Block 1, DM 0, Side B Leakage Current TFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL36 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT36 = 'nA ' / physical unit of field TTYPE37 = 'undocumented18' / Bit field not in ITOS database TFORM37 = '1B ' / data format of field: BYTE TTYPE38 = 'BHKLCBLK1DM1A' / Block 1, DM 1, Side A Leakage Current TFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL38 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT38 = 'nA ' / physical unit of field TTYPE39 = 'undocumented19' / Bit field not in ITOS database TFORM39 = '1B ' / data format of field: BYTE TTYPE40 = 'BHKLCBLK1DM1B' / Block 1, DM 1, Side B Leakage Current TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL40 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT40 = 'nA ' / physical unit of field TTYPE41 = 'undocumented20' / Bit field not in ITOS database TFORM41 = '1B ' / data format of field: BYTE TTYPE42 = 'BHKLCBLK1DM2A' / Block 1, DM 2, Side A Leakage Current TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL42 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT42 = 'nA ' / physical unit of field TTYPE43 = 'undocumented21' / Bit field not in ITOS database TFORM43 = '1B ' / data format of field: BYTE TTYPE44 = 'BHKLCBLK1DM2B' / Block 1, DM 2, Side B Leakage Current TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL44 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT44 = 'nA ' / physical unit of field TTYPE45 = 'undocumented22' / Bit field not in ITOS database TFORM45 = '1B ' / data format of field: BYTE TTYPE46 = 'BHKLCBLK1DM3A' / Block 1, DM 3, Side A Leakage Current TFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL46 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT46 = 'nA ' / physical unit of field TTYPE47 = 'undocumented23' / Bit field not in ITOS database TFORM47 = '1B ' / data format of field: BYTE TTYPE48 = 'BHKLCBLK1DM3B' / Block 1, DM 3, Side B Leakage Current TFORM48 = '1I ' / data format of field: 2-byte INTEGER TZERO48 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL48 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT48 = 'nA ' / physical unit of field TTYPE49 = 'undocumented24' / Bit field not in ITOS database TFORM49 = '1B ' / data format of field: BYTE TTYPE50 = 'BHKLCBLK1DM4A' / Block 1, DM 4, Side A Leakage Current TFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL50 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT50 = 'nA ' / physical unit of field TTYPE51 = 'undocumented25' / Bit field not in ITOS database TFORM51 = '1B ' / data format of field: BYTE TTYPE52 = 'BHKLCBLK1DM4B' / Block 1, DM 4, Side B Leakage Current TFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL52 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT52 = 'nA ' / physical unit of field TTYPE53 = 'undocumented26' / Bit field not in ITOS database TFORM53 = '1B ' / data format of field: BYTE TTYPE54 = 'BHKLCBLK1DM5A' / Block 1, DM 5, Side A Leakage Current TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL54 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT54 = 'nA ' / physical unit of field TTYPE55 = 'undocumented27' / Bit field not in ITOS database TFORM55 = '1B ' / data format of field: BYTE TTYPE56 = 'BHKLCBLK1DM5B' / Block 1, DM 5, Side B Leakage Current TFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL56 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT56 = 'nA ' / physical unit of field TTYPE57 = 'undocumented28' / Bit field not in ITOS database TFORM57 = '1B ' / data format of field: BYTE TTYPE58 = 'BHKLCBLK1DM6A' / Block 1, DM 6, Side A Leakage Current TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL58 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT58 = 'nA ' / physical unit of field TTYPE59 = 'undocumented29' / Bit field not in ITOS database TFORM59 = '1B ' / data format of field: BYTE TTYPE60 = 'BHKLCBLK1DM6B' / Block 1, DM 6, Side B Leakage Current TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL60 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT60 = 'nA ' / physical unit of field TTYPE61 = 'undocumented30' / Bit field not in ITOS database TFORM61 = '1B ' / data format of field: BYTE TTYPE62 = 'BHKLCBLK1DM7A' / Block 1, DM 7, Side A Leakage Current TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL62 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT62 = 'nA ' / physical unit of field TTYPE63 = 'undocumented31' / Bit field not in ITOS database TFORM63 = '1B ' / data format of field: BYTE TTYPE64 = 'BHKLCBLK1DM7B' / Block 1, DM 7, Side B Leakage Current TFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL64 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT64 = 'nA ' / physical unit of field TTYPE65 = 'undocumented32' / Bit field not in ITOS database TFORM65 = '1B ' / data format of field: BYTE TTYPE66 = 'BHKLCBLK2DM0A' / Block 2, DM 0, Side A Leakage Current TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL66 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT66 = 'nA ' / physical unit of field TTYPE67 = 'undocumented33' / Bit field not in ITOS database TFORM67 = '1B ' / data format of field: BYTE TTYPE68 = 'BHKLCBLK2DM0B' / Block 2, DM 0, Side B Leakage Current TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL68 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT68 = 'nA ' / physical unit of field TTYPE69 = 'undocumented34' / Bit field not in ITOS database TFORM69 = '1B ' / data format of field: BYTE TTYPE70 = 'BHKLCBLK2DM1A' / Block 2, DM 1, Side A Leakage Current TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL70 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT70 = 'nA ' / physical unit of field TTYPE71 = 'undocumented35' / Bit field not in ITOS database TFORM71 = '1B ' / data format of field: BYTE TTYPE72 = 'BHKLCBLK2DM1B' / Block 2, DM 1, Side B Leakage Current TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL72 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT72 = 'nA ' / physical unit of field TTYPE73 = 'undocumented36' / Bit field not in ITOS database TFORM73 = '1B ' / data format of field: BYTE TTYPE74 = 'BHKLCBLK2DM2A' / Block 2, DM 2, Side A Leakage Current TFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL74 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT74 = 'nA ' / physical unit of field TTYPE75 = 'undocumented37' / Bit field not in ITOS database TFORM75 = '1B ' / data format of field: BYTE TTYPE76 = 'BHKLCBLK2DM2B' / Block 2, DM 2, Side B Leakage Current TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL76 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT76 = 'nA ' / physical unit of field TTYPE77 = 'undocumented38' / Bit field not in ITOS database TFORM77 = '1B ' / data format of field: BYTE TTYPE78 = 'BHKLCBLK2DM3A' / Block 2, DM 3, Side A Leakage Current TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL78 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT78 = 'nA ' / physical unit of field TTYPE79 = 'undocumented39' / Bit field not in ITOS database TFORM79 = '1B ' / data format of field: BYTE TTYPE80 = 'BHKLCBLK2DM3B' / Block 2, DM 3, Side B Leakage Current TFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL80 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT80 = 'nA ' / physical unit of field TTYPE81 = 'undocumented40' / Bit field not in ITOS database TFORM81 = '1B ' / data format of field: BYTE TTYPE82 = 'BHKLCBLK2DM4A' / Block 2, DM 4, Side A Leakage Current TFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL82 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT82 = 'nA ' / physical unit of field TTYPE83 = 'undocumented41' / Bit field not in ITOS database TFORM83 = '1B ' / data format of field: BYTE TTYPE84 = 'BHKLCBLK2DM4B' / Block 2, DM 4, Side B Leakage Current TFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL84 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT84 = 'nA ' / physical unit of field TTYPE85 = 'undocumented42' / Bit field not in ITOS database TFORM85 = '1B ' / data format of field: BYTE TTYPE86 = 'BHKLCBLK2DM5A' / Block 2, DM 5, Side A Leakage Current TFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL86 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT86 = 'nA ' / physical unit of field TTYPE87 = 'undocumented43' / Bit field not in ITOS database TFORM87 = '1B ' / data format of field: BYTE TTYPE88 = 'BHKLCBLK2DM5B' / Block 2, DM 5, Side B Leakage Current TFORM88 = '1I ' / data format of field: 2-byte INTEGER TZERO88 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL88 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT88 = 'nA ' / physical unit of field TTYPE89 = 'undocumented44' / Bit field not in ITOS database TFORM89 = '1B ' / data format of field: BYTE TTYPE90 = 'BHKLCBLK2DM6A' / Block 2, DM 6, Side A Leakage Current TFORM90 = '1I ' / data format of field: 2-byte INTEGER TZERO90 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL90 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT90 = 'nA ' / physical unit of field TTYPE91 = 'undocumented45' / Bit field not in ITOS database TFORM91 = '1B ' / data format of field: BYTE TTYPE92 = 'BHKLCBLK2DM6B' / Block 2, DM 6, Side B Leakage Current TFORM92 = '1I ' / data format of field: 2-byte INTEGER TZERO92 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL92 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT92 = 'nA ' / physical unit of field TTYPE93 = 'undocumented46' / Bit field not in ITOS database TFORM93 = '1B ' / data format of field: BYTE TTYPE94 = 'BHKLCBLK2DM7A' / Block 2, DM 7, Side A Leakage Current TFORM94 = '1I ' / data format of field: 2-byte INTEGER TZERO94 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL94 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT94 = 'nA ' / physical unit of field TTYPE95 = 'undocumented47' / Bit field not in ITOS database TFORM95 = '1B ' / data format of field: BYTE TTYPE96 = 'BHKLCBLK2DM7B' / Block 2, DM 7, Side B Leakage Current TFORM96 = '1I ' / data format of field: 2-byte INTEGER TZERO96 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL96 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT96 = 'nA ' / physical unit of field TTYPE97 = 'undocumented48' / Bit field not in ITOS database TFORM97 = '1B ' / data format of field: BYTE TTYPE98 = 'BHKLCBLK3DM0A' / Block 3, DM 0, Side A Leakage Current TFORM98 = '1I ' / data format of field: 2-byte INTEGER TZERO98 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL98 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT98 = 'nA ' / physical unit of field TTYPE99 = 'undocumented49' / Bit field not in ITOS database TFORM99 = '1B ' / data format of field: BYTE TTYPE100= 'BHKLCBLK3DM0B' / Block 3, DM 0, Side B Leakage Current TFORM100= '1I ' / data format of field: 2-byte INTEGER TZERO100= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL100= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT100= 'nA ' / physical unit of field TTYPE101= 'undocumented50' / Bit field not in ITOS database TFORM101= '1B ' / data format of field: BYTE TTYPE102= 'BHKLCBLK3DM1A' / Block 3, DM 1, Side A Leakage Current TFORM102= '1I ' / data format of field: 2-byte INTEGER TZERO102= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL102= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT102= 'nA ' / physical unit of field TTYPE103= 'undocumented51' / Bit field not in ITOS database TFORM103= '1B ' / data format of field: BYTE TTYPE104= 'BHKLCBLK3DM1B' / Block 3, DM 1, Side B Leakage Current TFORM104= '1I ' / data format of field: 2-byte INTEGER TZERO104= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL104= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT104= 'nA ' / physical unit of field TTYPE105= 'undocumented52' / Bit field not in ITOS database TFORM105= '1B ' / data format of field: BYTE TTYPE106= 'BHKLCBLK3DM2A' / Block 3, DM 2, Side A Leakage Current TFORM106= '1I ' / data format of field: 2-byte INTEGER TZERO106= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL106= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT106= 'nA ' / physical unit of field TTYPE107= 'undocumented53' / Bit field not in ITOS database TFORM107= '1B ' / data format of field: BYTE TTYPE108= 'BHKLCBLK3DM2B' / Block 3, DM 2, Side B Leakage Current TFORM108= '1I ' / data format of field: 2-byte INTEGER TZERO108= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL108= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT108= 'nA ' / physical unit of field TTYPE109= 'undocumented54' / Bit field not in ITOS database TFORM109= '1B ' / data format of field: BYTE TTYPE110= 'BHKLCBLK3DM3A' / Block 3, DM 3, Side A Leakage Current TFORM110= '1I ' / data format of field: 2-byte INTEGER TZERO110= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL110= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT110= 'nA ' / physical unit of field TTYPE111= 'undocumented55' / Bit field not in ITOS database TFORM111= '1B ' / data format of field: BYTE TTYPE112= 'BHKLCBLK3DM3B' / Block 3, DM 3, Side B Leakage Current TFORM112= '1I ' / data format of field: 2-byte INTEGER TZERO112= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL112= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT112= 'nA ' / physical unit of field TTYPE113= 'undocumented56' / Bit field not in ITOS database TFORM113= '1B ' / data format of field: BYTE TTYPE114= 'BHKLCBLK3DM4A' / Block 3, DM 4, Side A Leakage Current TFORM114= '1I ' / data format of field: 2-byte INTEGER TZERO114= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL114= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT114= 'nA ' / physical unit of field TTYPE115= 'undocumented57' / Bit field not in ITOS database TFORM115= '1B ' / data format of field: BYTE TTYPE116= 'BHKLCBLK3DM4B' / Block 3, DM 4, Side B Leakage Current TFORM116= '1I ' / data format of field: 2-byte INTEGER TZERO116= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL116= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT116= 'nA ' / physical unit of field TTYPE117= 'undocumented58' / Bit field not in ITOS database TFORM117= '1B ' / data format of field: BYTE TTYPE118= 'BHKLCBLK3DM5A' / Block 3, DM 5, Side A Leakage Current TFORM118= '1I ' / data format of field: 2-byte INTEGER TZERO118= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL118= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT118= 'nA ' / physical unit of field TTYPE119= 'undocumented59' / Bit field not in ITOS database TFORM119= '1B ' / data format of field: BYTE TTYPE120= 'BHKLCBLK3DM5B' / Block 3, DM 5, Side B Leakage Current TFORM120= '1I ' / data format of field: 2-byte INTEGER TZERO120= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL120= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT120= 'nA ' / physical unit of field TTYPE121= 'undocumented60' / Bit field not in ITOS database TFORM121= '1B ' / data format of field: BYTE TTYPE122= 'BHKLCBLK3DM6A' / Block 3, DM 6, Side A Leakage Current TFORM122= '1I ' / data format of field: 2-byte INTEGER TZERO122= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL122= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT122= 'nA ' / physical unit of field TTYPE123= 'undocumented61' / Bit field not in ITOS database TFORM123= '1B ' / data format of field: BYTE TTYPE124= 'BHKLCBLK3DM6B' / Block 3, DM 6, Side B Leakage Current TFORM124= '1I ' / data format of field: 2-byte INTEGER TZERO124= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL124= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT124= 'nA ' / physical unit of field TTYPE125= 'undocumented62' / Bit field not in ITOS database TFORM125= '1B ' / data format of field: BYTE TTYPE126= 'BHKLCBLK3DM7A' / Block 3, DM 7, Side A Leakage Current TFORM126= '1I ' / data format of field: 2-byte INTEGER TZERO126= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL126= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT126= 'nA ' / physical unit of field TTYPE127= 'undocumented63' / Bit field not in ITOS database TFORM127= '1B ' / data format of field: BYTE TTYPE128= 'BHKLCBLK3DM7B' / Block 3, DM 7, Side B Leakage Current TFORM128= '1I ' / data format of field: 2-byte INTEGER TZERO128= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL128= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT128= 'nA ' / physical unit of field TTYPE129= 'undocumented64' / Bit field not in ITOS database TFORM129= '1B ' / data format of field: BYTE TTYPE130= 'BHKLCBLK4DM0A' / Block 4, DM 0, Side A Leakage Current TFORM130= '1I ' / data format of field: 2-byte INTEGER TZERO130= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL130= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT130= 'nA ' / physical unit of field TTYPE131= 'undocumented65' / Bit field not in ITOS database TFORM131= '1B ' / data format of field: BYTE TTYPE132= 'BHKLCBLK4DM0B' / Block 4, DM 0, Side B Leakage Current TFORM132= '1I ' / data format of field: 2-byte INTEGER TZERO132= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL132= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT132= 'nA ' / physical unit of field TTYPE133= 'undocumented66' / Bit field not in ITOS database TFORM133= '1B ' / data format of field: BYTE TTYPE134= 'BHKLCBLK4DM1A' / Block 4, DM 1, Side A Leakage Current TFORM134= '1I ' / data format of field: 2-byte INTEGER TZERO134= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL134= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT134= 'nA ' / physical unit of field TTYPE135= 'undocumented67' / Bit field not in ITOS database TFORM135= '1B ' / data format of field: BYTE TTYPE136= 'BHKLCBLK4DM1B' / Block 4, DM 1, Side B Leakage Current TFORM136= '1I ' / data format of field: 2-byte INTEGER TZERO136= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL136= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT136= 'nA ' / physical unit of field TTYPE137= 'undocumented68' / Bit field not in ITOS database TFORM137= '1B ' / data format of field: BYTE TTYPE138= 'BHKLCBLK4DM2A' / Block 4, DM 2, Side A Leakage Current TFORM138= '1I ' / data format of field: 2-byte INTEGER TZERO138= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL138= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT138= 'nA ' / physical unit of field TTYPE139= 'undocumented69' / Bit field not in ITOS database TFORM139= '1B ' / data format of field: BYTE TTYPE140= 'BHKLCBLK4DM2B' / Block 4, DM 2, Side B Leakage Current TFORM140= '1I ' / data format of field: 2-byte INTEGER TZERO140= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL140= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT140= 'nA ' / physical unit of field TTYPE141= 'undocumented70' / Bit field not in ITOS database TFORM141= '1B ' / data format of field: BYTE TTYPE142= 'BHKLCBLK4DM3A' / Block 4, DM 3, Side A Leakage Current TFORM142= '1I ' / data format of field: 2-byte INTEGER TZERO142= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL142= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT142= 'nA ' / physical unit of field TTYPE143= 'undocumented71' / Bit field not in ITOS database TFORM143= '1B ' / data format of field: BYTE TTYPE144= 'BHKLCBLK4DM3B' / Block 4, DM 3, Side B Leakage Current TFORM144= '1I ' / data format of field: 2-byte INTEGER TZERO144= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL144= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT144= 'nA ' / physical unit of field TTYPE145= 'undocumented72' / Bit field not in ITOS database TFORM145= '1B ' / data format of field: BYTE TTYPE146= 'BHKLCBLK4DM4A' / Block 4, DM 4, Side A Leakage Current TFORM146= '1I ' / data format of field: 2-byte INTEGER TZERO146= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL146= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT146= 'nA ' / physical unit of field TTYPE147= 'undocumented73' / Bit field not in ITOS database TFORM147= '1B ' / data format of field: BYTE TTYPE148= 'BHKLCBLK4DM4B' / Block 4, DM 4, Side B Leakage Current TFORM148= '1I ' / data format of field: 2-byte INTEGER TZERO148= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL148= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT148= 'nA ' / physical unit of field TTYPE149= 'undocumented74' / Bit field not in ITOS database TFORM149= '1B ' / data format of field: BYTE TTYPE150= 'BHKLCBLK4DM5A' / Block 4, DM 5, Side A Leakage Current TFORM150= '1I ' / data format of field: 2-byte INTEGER TZERO150= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL150= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT150= 'nA ' / physical unit of field TTYPE151= 'undocumented75' / Bit field not in ITOS database TFORM151= '1B ' / data format of field: BYTE TTYPE152= 'BHKLCBLK4DM5B' / Block 4, DM 5, Side B Leakage Current TFORM152= '1I ' / data format of field: 2-byte INTEGER TZERO152= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL152= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT152= 'nA ' / physical unit of field TTYPE153= 'undocumented76' / Bit field not in ITOS database TFORM153= '1B ' / data format of field: BYTE TTYPE154= 'BHKLCBLK4DM6A' / Block 4, DM 6, Side A Leakage Current TFORM154= '1I ' / data format of field: 2-byte INTEGER TZERO154= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL154= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT154= 'nA ' / physical unit of field TTYPE155= 'undocumented77' / Bit field not in ITOS database TFORM155= '1B ' / data format of field: BYTE TTYPE156= 'BHKLCBLK4DM6B' / Block 4, DM 6, Side B Leakage Current TFORM156= '1I ' / data format of field: 2-byte INTEGER TZERO156= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL156= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT156= 'nA ' / physical unit of field TTYPE157= 'undocumented78' / Bit field not in ITOS database TFORM157= '1B ' / data format of field: BYTE TTYPE158= 'BHKLCBLK4DM7A' / Block 4, DM 7, Side A Leakage Current TFORM158= '1I ' / data format of field: 2-byte INTEGER TZERO158= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL158= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT158= 'nA ' / physical unit of field TTYPE159= 'undocumented79' / Bit field not in ITOS database TFORM159= '1B ' / data format of field: BYTE TTYPE160= 'BHKLCBLK4DM7B' / Block 4, DM 7, Side B Leakage Current TFORM160= '1I ' / data format of field: 2-byte INTEGER TZERO160= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL160= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT160= 'nA ' / physical unit of field TTYPE161= 'undocumented80' / Bit field not in ITOS database TFORM161= '1B ' / data format of field: BYTE TTYPE162= 'BHKLCBLK5DM0A' / Block 5, DM 0, Side A Leakage Current TFORM162= '1I ' / data format of field: 2-byte INTEGER TZERO162= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL162= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT162= 'nA ' / physical unit of field TTYPE163= 'undocumented81' / Bit field not in ITOS database TFORM163= '1B ' / data format of field: BYTE TTYPE164= 'BHKLCBLK5DM0B' / Block 5, DM 0, Side B Leakage Current TFORM164= '1I ' / data format of field: 2-byte INTEGER TZERO164= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL164= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT164= 'nA ' / physical unit of field TTYPE165= 'undocumented82' / Bit field not in ITOS database TFORM165= '1B ' / data format of field: BYTE TTYPE166= 'BHKLCBLK5DM1A' / Block 5, DM 1, Side A Leakage Current TFORM166= '1I ' / data format of field: 2-byte INTEGER TZERO166= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL166= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT166= 'nA ' / physical unit of field TTYPE167= 'undocumented83' / Bit field not in ITOS database TFORM167= '1B ' / data format of field: BYTE TTYPE168= 'BHKLCBLK5DM1B' / Block 5, DM 1, Side B Leakage Current TFORM168= '1I ' / data format of field: 2-byte INTEGER TZERO168= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL168= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT168= 'nA ' / physical unit of field TTYPE169= 'undocumented84' / Bit field not in ITOS database TFORM169= '1B ' / data format of field: BYTE TTYPE170= 'BHKLCBLK5DM2A' / Block 5, DM 2, Side A Leakage Current TFORM170= '1I ' / data format of field: 2-byte INTEGER TZERO170= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL170= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT170= 'nA ' / physical unit of field TTYPE171= 'undocumented85' / Bit field not in ITOS database TFORM171= '1B ' / data format of field: BYTE TTYPE172= 'BHKLCBLK5DM2B' / Block 5, DM 2, Side B Leakage Current TFORM172= '1I ' / data format of field: 2-byte INTEGER TZERO172= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL172= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT172= 'nA ' / physical unit of field TTYPE173= 'undocumented86' / Bit field not in ITOS database TFORM173= '1B ' / data format of field: BYTE TTYPE174= 'BHKLCBLK5DM3A' / Block 5, DM 3, Side A Leakage Current TFORM174= '1I ' / data format of field: 2-byte INTEGER TZERO174= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL174= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT174= 'nA ' / physical unit of field TTYPE175= 'undocumented87' / Bit field not in ITOS database TFORM175= '1B ' / data format of field: BYTE TTYPE176= 'BHKLCBLK5DM3B' / Block 5, DM 3, Side B Leakage Current TFORM176= '1I ' / data format of field: 2-byte INTEGER TZERO176= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL176= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT176= 'nA ' / physical unit of field TTYPE177= 'undocumented88' / Bit field not in ITOS database TFORM177= '1B ' / data format of field: BYTE TTYPE178= 'BHKLCBLK5DM4A' / Block 5, DM 4, Side A Leakage Current TFORM178= '1I ' / data format of field: 2-byte INTEGER TZERO178= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL178= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT178= 'nA ' / physical unit of field TTYPE179= 'undocumented89' / Bit field not in ITOS database TFORM179= '1B ' / data format of field: BYTE TTYPE180= 'BHKLCBLK5DM4B' / Block 5, DM 4, Side B Leakage Current TFORM180= '1I ' / data format of field: 2-byte INTEGER TZERO180= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL180= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT180= 'nA ' / physical unit of field TTYPE181= 'undocumented90' / Bit field not in ITOS database TFORM181= '1B ' / data format of field: BYTE TTYPE182= 'BHKLCBLK5DM5A' / Block 5, DM 5, Side A Leakage Current TFORM182= '1I ' / data format of field: 2-byte INTEGER TZERO182= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL182= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT182= 'nA ' / physical unit of field TTYPE183= 'undocumented91' / Bit field not in ITOS database TFORM183= '1B ' / data format of field: BYTE TTYPE184= 'BHKLCBLK5DM5B' / Block 5, DM 5, Side B Leakage Current TFORM184= '1I ' / data format of field: 2-byte INTEGER TZERO184= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL184= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT184= 'nA ' / physical unit of field TTYPE185= 'undocumented92' / Bit field not in ITOS database TFORM185= '1B ' / data format of field: BYTE TTYPE186= 'BHKLCBLK5DM6A' / Block 5, DM 6, Side A Leakage Current TFORM186= '1I ' / data format of field: 2-byte INTEGER TZERO186= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL186= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT186= 'nA ' / physical unit of field TTYPE187= 'undocumented93' / Bit field not in ITOS database TFORM187= '1B ' / data format of field: BYTE TTYPE188= 'BHKLCBLK5DM6B' / Block 5, DM 6, Side B Leakage Current TFORM188= '1I ' / data format of field: 2-byte INTEGER TZERO188= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL188= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT188= 'nA ' / physical unit of field TTYPE189= 'undocumented94' / Bit field not in ITOS database TFORM189= '1B ' / data format of field: BYTE TTYPE190= 'BHKLCBLK5DM7A' / Block 5, DM 7, Side A Leakage Current TFORM190= '1I ' / data format of field: 2-byte INTEGER TZERO190= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL190= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT190= 'nA ' / physical unit of field TTYPE191= 'undocumented95' / Bit field not in ITOS database TFORM191= '1B ' / data format of field: BYTE TTYPE192= 'BHKLCBLK5DM7B' / Block 5, DM 7, Side B Leakage Current TFORM192= '1I ' / data format of field: 2-byte INTEGER TZERO192= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL192= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT192= 'nA ' / physical unit of field TTYPE193= 'undocumented96' / Bit field not in ITOS database TFORM193= '1B ' / data format of field: BYTE TTYPE194= 'BHKLCSPARE0' / Leakage Current Packets Spare Word 0 TFORM194= '1I ' / data format of field: 2-byte INTEGER TZERO194= 32768 / offset for unsigned integers EXTNAME = 'hk173x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699892.29406 TSTOP = 727706042.29396 DATE-OBS= '2024-01-23T10:51:27' DATE-END= '2024-01-23T12:33:57' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6149.99989998341 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 371 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:28' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'LaaOLYXMLaaMLYUM' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '2550610331' / data unit checksum updated 2024-02-02T06:06:28 TRDLO2 = -1097 / BHKLCBLK0DM0A Red lower limit = B_HK_B00D0A_LC_TRDHI2 = 1300 / BHKLCBLK0DM0A Red upper limit = B_HK_B00D0A_LC_TYELO2 = -1097 / BHKLCBLK0DM0A Yellow lower limit = B_HK_B00D0A_TYEHI2 = 1000 / BHKLCBLK0DM0A Yellow upper limit = B_HK_B00D0A_TRDLO4 = -1097 / BHKLCBLK0DM0B Red lower limit = B_HK_B00D0B_LC_TRDHI4 = 1300 / BHKLCBLK0DM0B Red upper limit = B_HK_B00D0B_LC_TYELO4 = -1097 / BHKLCBLK0DM0B Yellow lower limit = B_HK_B00D0B_TYEHI4 = 1000 / BHKLCBLK0DM0B Yellow upper limit = B_HK_B00D0B_TRDLO6 = -1097 / BHKLCBLK0DM1A Red lower limit = B_HK_B00D1A_LC_TRDHI6 = 1300 / BHKLCBLK0DM1A Red upper limit = B_HK_B00D1A_LC_TYELO6 = -1097 / BHKLCBLK0DM1A Yellow lower limit = B_HK_B00D1A_TYEHI6 = 1000 / BHKLCBLK0DM1A Yellow upper limit = B_HK_B00D1A_TRDLO8 = -1097 / BHKLCBLK0DM1B Red lower limit = B_HK_B00D1B_LC_TRDHI8 = 1300 / BHKLCBLK0DM1B Red upper limit = B_HK_B00D1B_LC_TYELO8 = -1097 / BHKLCBLK0DM1B Yellow lower limit = B_HK_B00D1B_TYEHI8 = 1000 / BHKLCBLK0DM1B Yellow upper limit = B_HK_B00D1B_TRDLO10 = -1097 / BHKLCBLK0DM2A Red lower limit = B_HK_B00D2A_LC_TRDHI10 = 1300 / BHKLCBLK0DM2A Red upper limit = B_HK_B00D2A_LC_TYELO10 = -1097 / BHKLCBLK0DM2A Yellow lower limit = B_HK_B00D2A_TYEHI10 = 1000 / BHKLCBLK0DM2A Yellow upper limit = B_HK_B00D2A_TRDLO12 = -1097 / BHKLCBLK0DM2B Red lower limit = B_HK_B00D2B_LC_TRDHI12 = 1300 / BHKLCBLK0DM2B Red upper limit = B_HK_B00D2B_LC_TYELO12 = -1097 / BHKLCBLK0DM2B Yellow lower limit = B_HK_B00D2B_TYEHI12 = 1000 / BHKLCBLK0DM2B Yellow upper limit = B_HK_B00D2B_TRDLO14 = -1097 / BHKLCBLK0DM3A Red lower limit = B_HK_B00D3A_LC_TRDHI14 = 1300 / BHKLCBLK0DM3A Red upper limit = B_HK_B00D3A_LC_TYELO14 = -1097 / BHKLCBLK0DM3A Yellow lower limit = B_HK_B00D3A_TYEHI14 = 1000 / BHKLCBLK0DM3A Yellow upper limit = B_HK_B00D3A_TRDLO16 = -1097 / BHKLCBLK0DM3B Red lower limit = B_HK_B00D3B_LC_TRDHI16 = 1300 / BHKLCBLK0DM3B Red upper limit = B_HK_B00D3B_LC_TYELO16 = -1097 / BHKLCBLK0DM3B Yellow lower limit = B_HK_B00D3B_TYEHI16 = 1000 / BHKLCBLK0DM3B Yellow upper limit = B_HK_B00D3B_TRDLO18 = -1097 / BHKLCBLK0DM4A Red lower limit = B_HK_B00D4A_LC_TRDHI18 = 1300 / BHKLCBLK0DM4A Red upper limit = B_HK_B00D4A_LC_TYELO18 = -1097 / BHKLCBLK0DM4A Yellow lower limit = B_HK_B00D4A_TYEHI18 = 1000 / BHKLCBLK0DM4A Yellow upper limit = B_HK_B00D4A_TRDLO20 = -1097 / BHKLCBLK0DM4B Red lower limit = B_HK_B00D4B_LC_TRDHI20 = 1300 / BHKLCBLK0DM4B Red upper limit = B_HK_B00D4B_LC_TYELO20 = -1097 / BHKLCBLK0DM4B Yellow lower limit = B_HK_B00D4B_TYEHI20 = 1000 / BHKLCBLK0DM4B Yellow upper limit = B_HK_B00D4B_TRDLO22 = -1097 / BHKLCBLK0DM5A Red lower limit = B_HK_B00D5A_LC_TRDHI22 = 1300 / BHKLCBLK0DM5A Red upper limit = B_HK_B00D5A_LC_TYELO22 = -1097 / BHKLCBLK0DM5A Yellow lower limit = B_HK_B00D5A_TYEHI22 = 1000 / BHKLCBLK0DM5A Yellow upper limit = B_HK_B00D5A_TRDLO24 = -1097 / BHKLCBLK0DM5B Red lower limit = B_HK_B00D5B_LC_TRDHI24 = 1300 / BHKLCBLK0DM5B Red upper limit = B_HK_B00D5B_LC_TYELO24 = -1097 / BHKLCBLK0DM5B Yellow lower limit = B_HK_B00D5B_TYEHI24 = 1000 / BHKLCBLK0DM5B Yellow upper limit = B_HK_B00D5B_TRDLO26 = -1097 / BHKLCBLK0DM6A Red lower limit = B_HK_B00D6A_LC_TRDHI26 = 1300 / BHKLCBLK0DM6A Red upper limit = B_HK_B00D6A_LC_TYELO26 = -1097 / BHKLCBLK0DM6A Yellow lower limit = B_HK_B00D6A_TYEHI26 = 1000 / BHKLCBLK0DM6A Yellow upper limit = B_HK_B00D6A_TRDLO28 = -1097 / BHKLCBLK0DM6B Red lower limit = B_HK_B00D6B_LC_TRDHI28 = 1300 / BHKLCBLK0DM6B Red upper limit = B_HK_B00D6B_LC_TYELO28 = -1097 / BHKLCBLK0DM6B Yellow lower limit = B_HK_B00D6B_TYEHI28 = 1000 / BHKLCBLK0DM6B Yellow upper limit = B_HK_B00D6B_TRDLO30 = -1097 / BHKLCBLK0DM7A Red lower limit = B_HK_B00D7A_LC_TRDHI30 = 1300 / BHKLCBLK0DM7A Red upper limit = B_HK_B00D7A_LC_TYELO30 = -1097 / BHKLCBLK0DM7A Yellow lower limit = B_HK_B00D7A_TYEHI30 = 1000 / BHKLCBLK0DM7A Yellow upper limit = B_HK_B00D7A_TRDLO32 = -1097 / BHKLCBLK0DM7B Red lower limit = B_HK_B00D7B_LC_TRDHI32 = 1300 / BHKLCBLK0DM7B Red upper limit = B_HK_B00D7B_LC_TYELO32 = -1097 / BHKLCBLK0DM7B Yellow lower limit = B_HK_B00D7B_TYEHI32 = 1000 / BHKLCBLK0DM7B Yellow upper limit = B_HK_B00D7B_TRDLO34 = -1097 / BHKLCBLK1DM0A Red lower limit = B_HK_B01D0A_LC_TRDHI34 = 1300 / BHKLCBLK1DM0A Red upper limit = B_HK_B01D0A_LC_TYELO34 = -1097 / BHKLCBLK1DM0A Yellow lower limit = B_HK_B01D0A_TYEHI34 = 1000 / BHKLCBLK1DM0A Yellow upper limit = B_HK_B01D0A_TRDLO36 = -1097 / BHKLCBLK1DM0B Red lower limit = B_HK_B01D0B_LC_TRDHI36 = 1300 / BHKLCBLK1DM0B Red upper limit = B_HK_B01D0B_LC_TYELO36 = -1097 / BHKLCBLK1DM0B Yellow lower limit = B_HK_B01D0B_TYEHI36 = 1000 / BHKLCBLK1DM0B Yellow upper limit = B_HK_B01D0B_TRDLO38 = -1097 / BHKLCBLK1DM1A Red lower limit = B_HK_B01D1A_LC_TRDHI38 = 1300 / BHKLCBLK1DM1A Red upper limit = B_HK_B01D1A_LC_TYELO38 = -1097 / BHKLCBLK1DM1A Yellow lower limit = B_HK_B01D1A_TYEHI38 = 1000 / BHKLCBLK1DM1A Yellow upper limit = B_HK_B01D1A_TRDLO40 = -1097 / BHKLCBLK1DM1B Red lower limit = B_HK_B01D1B_LC_TRDHI40 = 1300 / BHKLCBLK1DM1B Red upper limit = B_HK_B01D1B_LC_TYELO40 = -1097 / BHKLCBLK1DM1B Yellow lower limit = B_HK_B01D1B_TYEHI40 = 1000 / BHKLCBLK1DM1B Yellow upper limit = B_HK_B01D1B_TRDLO42 = -1097 / BHKLCBLK1DM2A Red lower limit = B_HK_B01D2A_LC_TRDHI42 = 1300 / BHKLCBLK1DM2A Red upper limit = B_HK_B01D2A_LC_TYELO42 = -1097 / BHKLCBLK1DM2A Yellow lower limit = B_HK_B01D2A_TYEHI42 = 1000 / BHKLCBLK1DM2A Yellow upper limit = B_HK_B01D2A_TRDLO44 = -1097 / BHKLCBLK1DM2B Red lower limit = B_HK_B01D2B_LC_TRDHI44 = 1300 / BHKLCBLK1DM2B Red upper limit = B_HK_B01D2B_LC_TYELO44 = -1097 / BHKLCBLK1DM2B Yellow lower limit = B_HK_B01D2B_TYEHI44 = 1000 / BHKLCBLK1DM2B Yellow upper limit = B_HK_B01D2B_TRDLO46 = -1097 / BHKLCBLK1DM3A Red lower limit = B_HK_B01D3A_LC_TRDHI46 = 1300 / BHKLCBLK1DM3A Red upper limit = B_HK_B01D3A_LC_TYELO46 = -1097 / BHKLCBLK1DM3A Yellow lower limit = B_HK_B01D3A_TYEHI46 = 1000 / BHKLCBLK1DM3A Yellow upper limit = B_HK_B01D3A_TRDLO48 = -1097 / BHKLCBLK1DM3B Red lower limit = B_HK_B01D3B_LC_TRDHI48 = 1300 / BHKLCBLK1DM3B Red upper limit = B_HK_B01D3B_LC_TYELO48 = -1097 / BHKLCBLK1DM3B Yellow lower limit = B_HK_B01D3B_TYEHI48 = 1000 / BHKLCBLK1DM3B Yellow upper limit = B_HK_B01D3B_TRDLO50 = -1097 / BHKLCBLK1DM4A Red lower limit = B_HK_B01D4A_LC_TRDHI50 = 1300 / BHKLCBLK1DM4A Red upper limit = B_HK_B01D4A_LC_TYELO50 = -1097 / BHKLCBLK1DM4A Yellow lower limit = B_HK_B01D4A_TYEHI50 = 1000 / BHKLCBLK1DM4A Yellow upper limit = B_HK_B01D4A_TRDLO52 = -1097 / BHKLCBLK1DM4B Red lower limit = B_HK_B01D4B_LC_TRDHI52 = 1300 / BHKLCBLK1DM4B Red upper limit = B_HK_B01D4B_LC_TYELO52 = -1097 / BHKLCBLK1DM4B Yellow lower limit = B_HK_B01D4B_TYEHI52 = 1000 / BHKLCBLK1DM4B Yellow upper limit = B_HK_B01D4B_TRDLO54 = -1097 / BHKLCBLK1DM5A Red lower limit = B_HK_B01D5A_LC_TRDHI54 = 1300 / BHKLCBLK1DM5A Red upper limit = B_HK_B01D5A_LC_TYELO54 = -1097 / BHKLCBLK1DM5A Yellow lower limit = B_HK_B01D5A_TYEHI54 = 1000 / BHKLCBLK1DM5A Yellow upper limit = B_HK_B01D5A_TRDLO56 = -1097 / BHKLCBLK1DM5B Red lower limit = B_HK_B01D5B_LC_TRDHI56 = 1300 / BHKLCBLK1DM5B Red upper limit = B_HK_B01D5B_LC_TYELO56 = -1097 / BHKLCBLK1DM5B Yellow lower limit = B_HK_B01D5B_TYEHI56 = 1000 / BHKLCBLK1DM5B Yellow upper limit = B_HK_B01D5B_TRDLO58 = -1097 / BHKLCBLK1DM6A Red lower limit = B_HK_B01D6A_LC_TRDHI58 = 1300 / BHKLCBLK1DM6A Red upper limit = B_HK_B01D6A_LC_TYELO58 = -1097 / BHKLCBLK1DM6A Yellow lower limit = B_HK_B01D6A_TYEHI58 = 1000 / BHKLCBLK1DM6A Yellow upper limit = B_HK_B01D6A_TRDLO60 = -1097 / BHKLCBLK1DM6B Red lower limit = B_HK_B01D6B_LC_TRDHI60 = 1300 / BHKLCBLK1DM6B Red upper limit = B_HK_B01D6B_LC_TYELO60 = -1097 / BHKLCBLK1DM6B Yellow lower limit = B_HK_B01D6B_TYEHI60 = 1000 / BHKLCBLK1DM6B Yellow upper limit = B_HK_B01D6B_TRDLO62 = -1097 / BHKLCBLK1DM7A Red lower limit = B_HK_B01D7A_LC_TRDHI62 = 1300 / BHKLCBLK1DM7A Red upper limit = B_HK_B01D7A_LC_TYELO62 = -1097 / BHKLCBLK1DM7A Yellow lower limit = B_HK_B01D7A_TYEHI62 = 1000 / BHKLCBLK1DM7A Yellow upper limit = B_HK_B01D7A_TRDLO64 = -1097 / BHKLCBLK1DM7B Red lower limit = B_HK_B01D7B_LC_TRDHI64 = 1300 / BHKLCBLK1DM7B Red upper limit = B_HK_B01D7B_LC_TYELO64 = -1097 / BHKLCBLK1DM7B Yellow lower limit = B_HK_B01D7B_TYEHI64 = 1000 / BHKLCBLK1DM7B Yellow upper limit = B_HK_B01D7B_TRDLO66 = -1097 / BHKLCBLK2DM0A Red lower limit = B_HK_B02D0A_LC_TRDHI66 = 1300 / BHKLCBLK2DM0A Red upper limit = B_HK_B02D0A_LC_TYELO66 = -1097 / BHKLCBLK2DM0A Yellow lower limit = B_HK_B02D0A_TYEHI66 = 1000 / BHKLCBLK2DM0A Yellow upper limit = B_HK_B02D0A_TRDLO68 = -1097 / BHKLCBLK2DM0B Red lower limit = B_HK_B02D0B_LC_TRDHI68 = 1300 / BHKLCBLK2DM0B Red upper limit = B_HK_B02D0B_LC_TYELO68 = -1097 / BHKLCBLK2DM0B Yellow lower limit = B_HK_B02D0B_TYEHI68 = 1000 / BHKLCBLK2DM0B Yellow upper limit = B_HK_B02D0B_TRDLO70 = -1097 / BHKLCBLK2DM1A Red lower limit = B_HK_B02D1A_LC_TRDHI70 = 1300 / BHKLCBLK2DM1A Red upper limit = B_HK_B02D1A_LC_TYELO70 = -1097 / BHKLCBLK2DM1A Yellow lower limit = B_HK_B02D1A_TYEHI70 = 1000 / BHKLCBLK2DM1A Yellow upper limit = B_HK_B02D1A_TRDLO72 = -1097 / BHKLCBLK2DM1B Red lower limit = B_HK_B02D1B_LC_TRDHI72 = 1300 / BHKLCBLK2DM1B Red upper limit = B_HK_B02D1B_LC_TYELO72 = -1097 / BHKLCBLK2DM1B Yellow lower limit = B_HK_B02D1B_TYEHI72 = 1000 / BHKLCBLK2DM1B Yellow upper limit = B_HK_B02D1B_TRDLO74 = -1097 / BHKLCBLK2DM2A Red lower limit = B_HK_B02D2A_LC_TRDHI74 = 1300 / BHKLCBLK2DM2A Red upper limit = B_HK_B02D2A_LC_TYELO74 = -1097 / BHKLCBLK2DM2A Yellow lower limit = B_HK_B02D2A_TYEHI74 = 1000 / BHKLCBLK2DM2A Yellow upper limit = B_HK_B02D2A_TRDLO76 = -1097 / BHKLCBLK2DM2B Red lower limit = B_HK_B02D2B_LC_TRDHI76 = 1300 / BHKLCBLK2DM2B Red upper limit = B_HK_B02D2B_LC_TYELO76 = -1097 / BHKLCBLK2DM2B Yellow lower limit = B_HK_B02D2B_TYEHI76 = 1000 / BHKLCBLK2DM2B Yellow upper limit = B_HK_B02D2B_TRDLO78 = -1097 / BHKLCBLK2DM3A Red lower limit = B_HK_B02D3A_LC_TRDHI78 = 1300 / BHKLCBLK2DM3A Red upper limit = B_HK_B02D3A_LC_TYELO78 = -1097 / BHKLCBLK2DM3A Yellow lower limit = B_HK_B02D3A_TYEHI78 = 1000 / BHKLCBLK2DM3A Yellow upper limit = B_HK_B02D3A_TRDLO80 = -1097 / BHKLCBLK2DM3B Red lower limit = B_HK_B02D3B_LC_TRDHI80 = 1300 / BHKLCBLK2DM3B Red upper limit = B_HK_B02D3B_LC_TYELO80 = -1097 / BHKLCBLK2DM3B Yellow lower limit = B_HK_B02D3B_TYEHI80 = 1000 / BHKLCBLK2DM3B Yellow upper limit = B_HK_B02D3B_TRDLO82 = -1097 / BHKLCBLK2DM4A Red lower limit = B_HK_B02D4A_LC_TRDHI82 = 1300 / BHKLCBLK2DM4A Red upper limit = B_HK_B02D4A_LC_TYELO82 = -1097 / BHKLCBLK2DM4A Yellow lower limit = B_HK_B02D4A_TYEHI82 = 1000 / BHKLCBLK2DM4A Yellow upper limit = B_HK_B02D4A_TRDLO84 = -1097 / BHKLCBLK2DM4B Red lower limit = B_HK_B02D4B_LC_TRDHI84 = 1300 / BHKLCBLK2DM4B Red upper limit = B_HK_B02D4B_LC_TYELO84 = -1097 / BHKLCBLK2DM4B Yellow lower limit = B_HK_B02D4B_TYEHI84 = 1000 / BHKLCBLK2DM4B Yellow upper limit = B_HK_B02D4B_TRDLO86 = -1097 / BHKLCBLK2DM5A Red lower limit = B_HK_B02D5A_LC_TRDHI86 = 1300 / BHKLCBLK2DM5A Red upper limit = B_HK_B02D5A_LC_TYELO86 = -1097 / BHKLCBLK2DM5A Yellow lower limit = B_HK_B02D5A_TYEHI86 = 1000 / BHKLCBLK2DM5A Yellow upper limit = B_HK_B02D5A_TRDLO88 = -1097 / BHKLCBLK2DM5B Red lower limit = B_HK_B02D5B_LC_TRDHI88 = 1300 / BHKLCBLK2DM5B Red upper limit = B_HK_B02D5B_LC_TYELO88 = -1097 / BHKLCBLK2DM5B Yellow lower limit = B_HK_B02D5B_TYEHI88 = 1000 / BHKLCBLK2DM5B Yellow upper limit = B_HK_B02D5B_TRDLO90 = -1097 / BHKLCBLK2DM6A Red lower limit = B_HK_B02D6A_LC_TRDHI90 = 1300 / BHKLCBLK2DM6A Red upper limit = B_HK_B02D6A_LC_TYELO90 = -1097 / BHKLCBLK2DM6A Yellow lower limit = B_HK_B02D6A_TYEHI90 = 1000 / BHKLCBLK2DM6A Yellow upper limit = B_HK_B02D6A_TRDLO92 = -1097 / BHKLCBLK2DM6B Red lower limit = B_HK_B02D6B_LC_TRDHI92 = 1300 / BHKLCBLK2DM6B Red upper limit = B_HK_B02D6B_LC_TYELO92 = -1097 / BHKLCBLK2DM6B Yellow lower limit = B_HK_B02D6B_TYEHI92 = 1000 / BHKLCBLK2DM6B Yellow upper limit = B_HK_B02D6B_TRDLO94 = -1097 / BHKLCBLK2DM7A Red lower limit = B_HK_B02D7A_LC_TRDHI94 = 1300 / BHKLCBLK2DM7A Red upper limit = B_HK_B02D7A_LC_TYELO94 = -1097 / BHKLCBLK2DM7A Yellow lower limit = B_HK_B02D7A_TYEHI94 = 1000 / BHKLCBLK2DM7A Yellow upper limit = B_HK_B02D7A_TRDLO96 = -1097 / BHKLCBLK2DM7B Red lower limit = B_HK_B02D7B_LC_TRDHI96 = 1300 / BHKLCBLK2DM7B Red upper limit = B_HK_B02D7B_LC_TYELO96 = -1097 / BHKLCBLK2DM7B Yellow lower limit = B_HK_B02D7B_TYEHI96 = 1000 / BHKLCBLK2DM7B Yellow upper limit = B_HK_B02D7B_TRDLO98 = -1097 / BHKLCBLK3DM0A Red lower limit = B_HK_B03D0A_LC_TRDHI98 = 1300 / BHKLCBLK3DM0A Red upper limit = B_HK_B03D0A_LC_TYELO98 = -1097 / BHKLCBLK3DM0A Yellow lower limit = B_HK_B03D0A_TYEHI98 = 1000 / BHKLCBLK3DM0A Yellow upper limit = B_HK_B03D0A_TRDLO100= -1097 / BHKLCBLK3DM0B Red lower limit = B_HK_B03D0B_LC_TRDHI100= 1300 / BHKLCBLK3DM0B Red upper limit = B_HK_B03D0B_LC_TYELO100= -1097 / BHKLCBLK3DM0B Yellow lower limit = B_HK_B03D0B_TYEHI100= 1000 / BHKLCBLK3DM0B Yellow upper limit = B_HK_B03D0B_TRDLO102= -1097 / BHKLCBLK3DM1A Red lower limit = B_HK_B03D1A_LC_TRDHI102= 1300 / BHKLCBLK3DM1A Red upper limit = B_HK_B03D1A_LC_TYELO102= -1097 / BHKLCBLK3DM1A Yellow lower limit = B_HK_B03D1A_TYEHI102= 1000 / BHKLCBLK3DM1A Yellow upper limit = B_HK_B03D1A_TRDLO104= -1097 / BHKLCBLK3DM1B Red lower limit = B_HK_B03D1B_LC_TRDHI104= 1300 / BHKLCBLK3DM1B Red upper limit = B_HK_B03D1B_LC_TYELO104= -1097 / BHKLCBLK3DM1B Yellow lower limit = B_HK_B03D1B_TYEHI104= 1000 / BHKLCBLK3DM1B Yellow upper limit = B_HK_B03D1B_TRDLO106= -1097 / BHKLCBLK3DM2A Red lower limit = B_HK_B03D2A_LC_TRDHI106= 1300 / BHKLCBLK3DM2A Red upper limit = B_HK_B03D2A_LC_TYELO106= -1097 / BHKLCBLK3DM2A Yellow lower limit = B_HK_B03D2A_TYEHI106= 1000 / BHKLCBLK3DM2A Yellow upper limit = B_HK_B03D2A_TRDLO108= -1097 / BHKLCBLK3DM2B Red lower limit = B_HK_B03D2B_LC_TRDHI108= 1300 / BHKLCBLK3DM2B Red upper limit = B_HK_B03D2B_LC_TYELO108= -1097 / BHKLCBLK3DM2B Yellow lower limit = B_HK_B03D2B_TYEHI108= 1000 / BHKLCBLK3DM2B Yellow upper limit = B_HK_B03D2B_TRDLO110= -1097 / BHKLCBLK3DM3A Red lower limit = B_HK_B03D3A_LC_TRDHI110= 1300 / BHKLCBLK3DM3A Red upper limit = B_HK_B03D3A_LC_TYELO110= -1097 / BHKLCBLK3DM3A Yellow lower limit = B_HK_B03D3A_TYEHI110= 1000 / BHKLCBLK3DM3A Yellow upper limit = B_HK_B03D3A_TRDLO112= -1097 / BHKLCBLK3DM3B Red lower limit = B_HK_B03D3B_LC_TRDHI112= 1300 / BHKLCBLK3DM3B Red upper limit = B_HK_B03D3B_LC_TYELO112= -1097 / BHKLCBLK3DM3B Yellow lower limit = B_HK_B03D3B_TYEHI112= 1000 / BHKLCBLK3DM3B Yellow upper limit = B_HK_B03D3B_TRDLO114= -1097 / BHKLCBLK3DM4A Red lower limit = B_HK_B03D4A_LC_TRDHI114= 1300 / BHKLCBLK3DM4A Red upper limit = B_HK_B03D4A_LC_TYELO114= -1097 / BHKLCBLK3DM4A Yellow lower limit = B_HK_B03D4A_TYEHI114= 1000 / BHKLCBLK3DM4A Yellow upper limit = B_HK_B03D4A_TRDLO116= -1097 / BHKLCBLK3DM4B Red lower limit = B_HK_B03D4B_LC_TRDHI116= 1300 / BHKLCBLK3DM4B Red upper limit = B_HK_B03D4B_LC_TYELO116= -1097 / BHKLCBLK3DM4B Yellow lower limit = B_HK_B03D4B_TYEHI116= 1000 / BHKLCBLK3DM4B Yellow upper limit = B_HK_B03D4B_TRDLO118= -1097 / BHKLCBLK3DM5A Red lower limit = B_HK_B03D5A_LC_TRDHI118= 1300 / BHKLCBLK3DM5A Red upper limit = B_HK_B03D5A_LC_TYELO118= -1097 / BHKLCBLK3DM5A Yellow lower limit = B_HK_B03D5A_TYEHI118= 1000 / BHKLCBLK3DM5A Yellow upper limit = B_HK_B03D5A_TRDLO120= -1097 / BHKLCBLK3DM5B Red lower limit = B_HK_B03D5B_LC_TRDHI120= 1300 / BHKLCBLK3DM5B Red upper limit = B_HK_B03D5B_LC_TYELO120= -1097 / BHKLCBLK3DM5B Yellow lower limit = B_HK_B03D5B_TYEHI120= 1000 / BHKLCBLK3DM5B Yellow upper limit = B_HK_B03D5B_TRDLO122= -1097 / BHKLCBLK3DM6A Red lower limit = B_HK_B03D6A_LC_TRDHI122= 1300 / BHKLCBLK3DM6A Red upper limit = B_HK_B03D6A_LC_TYELO122= -1097 / BHKLCBLK3DM6A Yellow lower limit = B_HK_B03D6A_TYEHI122= 1000 / BHKLCBLK3DM6A Yellow upper limit = B_HK_B03D6A_TRDLO124= -1097 / BHKLCBLK3DM6B Red lower limit = B_HK_B03D6B_LC_TRDHI124= 1300 / BHKLCBLK3DM6B Red upper limit = B_HK_B03D6B_LC_TYELO124= -1097 / BHKLCBLK3DM6B Yellow lower limit = B_HK_B03D6B_TYEHI124= 1000 / BHKLCBLK3DM6B Yellow upper limit = B_HK_B03D6B_TRDLO126= -1097 / BHKLCBLK3DM7A Red lower limit = B_HK_B03D7A_LC_TRDHI126= 1300 / BHKLCBLK3DM7A Red upper limit = B_HK_B03D7A_LC_TYELO126= -1097 / BHKLCBLK3DM7A Yellow lower limit = B_HK_B03D7A_TYEHI126= 1000 / BHKLCBLK3DM7A Yellow upper limit = B_HK_B03D7A_TRDLO128= -1097 / BHKLCBLK3DM7B Red lower limit = B_HK_B03D7B_LC_TRDHI128= 1300 / BHKLCBLK3DM7B Red upper limit = B_HK_B03D7B_LC_TYELO128= -1097 / BHKLCBLK3DM7B Yellow lower limit = B_HK_B03D7B_TYEHI128= 1000 / BHKLCBLK3DM7B Yellow upper limit = B_HK_B03D7B_TRDLO130= -1097 / BHKLCBLK4DM0A Red lower limit = B_HK_B04D0A_LC_TRDHI130= 1300 / BHKLCBLK4DM0A Red upper limit = B_HK_B04D0A_LC_TYELO130= -1097 / BHKLCBLK4DM0A Yellow lower limit = B_HK_B04D0A_TYEHI130= 1000 / BHKLCBLK4DM0A Yellow upper limit = B_HK_B04D0A_TRDLO132= -1097 / BHKLCBLK4DM0B Red lower limit = B_HK_B04D0B_LC_TRDHI132= 1300 / BHKLCBLK4DM0B Red upper limit = B_HK_B04D0B_LC_TYELO132= -1097 / BHKLCBLK4DM0B Yellow lower limit = B_HK_B04D0B_TYEHI132= 1000 / BHKLCBLK4DM0B Yellow upper limit = B_HK_B04D0B_TRDLO134= -1097 / BHKLCBLK4DM1A Red lower limit = B_HK_B04D1A_LC_TRDHI134= 1300 / BHKLCBLK4DM1A Red upper limit = B_HK_B04D1A_LC_TYELO134= -1097 / BHKLCBLK4DM1A Yellow lower limit = B_HK_B04D1A_TYEHI134= 1000 / BHKLCBLK4DM1A Yellow upper limit = B_HK_B04D1A_TRDLO136= -1097 / BHKLCBLK4DM1B Red lower limit = B_HK_B04D1B_LC_TRDHI136= 1300 / BHKLCBLK4DM1B Red upper limit = B_HK_B04D1B_LC_TYELO136= -1097 / BHKLCBLK4DM1B Yellow lower limit = B_HK_B04D1B_TYEHI136= 1000 / BHKLCBLK4DM1B Yellow upper limit = B_HK_B04D1B_TRDLO138= -1097 / BHKLCBLK4DM2A Red lower limit = B_HK_B04D2A_LC_TRDHI138= 1300 / BHKLCBLK4DM2A Red upper limit = B_HK_B04D2A_LC_TYELO138= -1097 / BHKLCBLK4DM2A Yellow lower limit = B_HK_B04D2A_TYEHI138= 1000 / BHKLCBLK4DM2A Yellow upper limit = B_HK_B04D2A_TRDLO140= -1097 / BHKLCBLK4DM2B Red lower limit = B_HK_B04D2B_LC_TRDHI140= 1300 / BHKLCBLK4DM2B Red upper limit = B_HK_B04D2B_LC_TYELO140= -1097 / BHKLCBLK4DM2B Yellow lower limit = B_HK_B04D2B_TYEHI140= 1000 / BHKLCBLK4DM2B Yellow upper limit = B_HK_B04D2B_TRDLO142= -1097 / BHKLCBLK4DM3A Red lower limit = B_HK_B04D3A_LC_TRDHI142= 1300 / BHKLCBLK4DM3A Red upper limit = B_HK_B04D3A_LC_TYELO142= -1097 / BHKLCBLK4DM3A Yellow lower limit = B_HK_B04D3A_TYEHI142= 1000 / BHKLCBLK4DM3A Yellow upper limit = B_HK_B04D3A_TRDLO144= -1097 / BHKLCBLK4DM3B Red lower limit = B_HK_B04D3B_LC_TRDHI144= 1300 / BHKLCBLK4DM3B Red upper limit = B_HK_B04D3B_LC_TYELO144= -1097 / BHKLCBLK4DM3B Yellow lower limit = B_HK_B04D3B_TYEHI144= 1000 / BHKLCBLK4DM3B Yellow upper limit = B_HK_B04D3B_TRDLO146= -1097 / BHKLCBLK4DM4A Red lower limit = B_HK_B04D4A_LC_TRDHI146= 1300 / BHKLCBLK4DM4A Red upper limit = B_HK_B04D4A_LC_TYELO146= -1097 / BHKLCBLK4DM4A Yellow lower limit = B_HK_B04D4A_TYEHI146= 1000 / BHKLCBLK4DM4A Yellow upper limit = B_HK_B04D4A_TRDLO148= -1097 / BHKLCBLK4DM4B Red lower limit = B_HK_B04D4B_LC_TRDHI148= 1300 / BHKLCBLK4DM4B Red upper limit = B_HK_B04D4B_LC_TYELO148= -1097 / BHKLCBLK4DM4B Yellow lower limit = B_HK_B04D4B_TYEHI148= 1000 / BHKLCBLK4DM4B Yellow upper limit = B_HK_B04D4B_TRDLO150= -1097 / BHKLCBLK4DM5A Red lower limit = B_HK_B04D5A_LC_TRDHI150= 1300 / BHKLCBLK4DM5A Red upper limit = B_HK_B04D5A_LC_TYELO150= -1097 / BHKLCBLK4DM5A Yellow lower limit = B_HK_B04D5A_TYEHI150= 1000 / BHKLCBLK4DM5A Yellow upper limit = B_HK_B04D5A_TRDLO152= -1097 / BHKLCBLK4DM5B Red lower limit = B_HK_B04D5B_LC_TRDHI152= 1300 / BHKLCBLK4DM5B Red upper limit = B_HK_B04D5B_LC_TYELO152= -1097 / BHKLCBLK4DM5B Yellow lower limit = B_HK_B04D5B_TYEHI152= 1000 / BHKLCBLK4DM5B Yellow upper limit = B_HK_B04D5B_TRDLO154= -1097 / BHKLCBLK4DM6A Red lower limit = B_HK_B04D6A_LC_TRDHI154= 1300 / BHKLCBLK4DM6A Red upper limit = B_HK_B04D6A_LC_TYELO154= -1097 / BHKLCBLK4DM6A Yellow lower limit = B_HK_B04D6A_TYEHI154= 1000 / BHKLCBLK4DM6A Yellow upper limit = B_HK_B04D6A_TRDLO156= -1097 / BHKLCBLK4DM6B Red lower limit = B_HK_B04D6B_LC_TRDHI156= 1300 / BHKLCBLK4DM6B Red upper limit = B_HK_B04D6B_LC_TYELO156= -1097 / BHKLCBLK4DM6B Yellow lower limit = B_HK_B04D6B_TYEHI156= 1000 / BHKLCBLK4DM6B Yellow upper limit = B_HK_B04D6B_TRDLO158= -1097 / BHKLCBLK4DM7A Red lower limit = B_HK_B04D7A_LC_TRDHI158= 1300 / BHKLCBLK4DM7A Red upper limit = B_HK_B04D7A_LC_TYELO158= -1097 / BHKLCBLK4DM7A Yellow lower limit = B_HK_B04D7A_TYEHI158= 1000 / BHKLCBLK4DM7A Yellow upper limit = B_HK_B04D7A_TRDLO160= -1097 / BHKLCBLK4DM7B Red lower limit = B_HK_B04D7B_LC_TRDHI160= 1300 / BHKLCBLK4DM7B Red upper limit = B_HK_B04D7B_LC_TYELO160= -1097 / BHKLCBLK4DM7B Yellow lower limit = B_HK_B04D7B_TYEHI160= 1000 / BHKLCBLK4DM7B Yellow upper limit = B_HK_B04D7B_TRDLO162= -1097 / BHKLCBLK5DM0A Red lower limit = B_HK_B05D0A_LC_TRDHI162= 1300 / BHKLCBLK5DM0A Red upper limit = B_HK_B05D0A_LC_TYELO162= -1097 / BHKLCBLK5DM0A Yellow lower limit = B_HK_B05D0A_TYEHI162= 1000 / BHKLCBLK5DM0A Yellow upper limit = B_HK_B05D0A_TRDLO164= -1097 / BHKLCBLK5DM0B Red lower limit = B_HK_B05D0B_LC_TRDHI164= 1300 / BHKLCBLK5DM0B Red upper limit = B_HK_B05D0B_LC_TYELO164= -1097 / BHKLCBLK5DM0B Yellow lower limit = B_HK_B05D0B_TYEHI164= 1000 / BHKLCBLK5DM0B Yellow upper limit = B_HK_B05D0B_TRDLO166= -1097 / BHKLCBLK5DM1A Red lower limit = B_HK_B05D1A_LC_TRDHI166= 1300 / BHKLCBLK5DM1A Red upper limit = B_HK_B05D1A_LC_TYELO166= -1097 / BHKLCBLK5DM1A Yellow lower limit = B_HK_B05D1A_TYEHI166= 1000 / BHKLCBLK5DM1A Yellow upper limit = B_HK_B05D1A_TRDLO168= -1097 / BHKLCBLK5DM1B Red lower limit = B_HK_B05D1B_LC_TRDHI168= 1300 / BHKLCBLK5DM1B Red upper limit = B_HK_B05D1B_LC_TYELO168= -1097 / BHKLCBLK5DM1B Yellow lower limit = B_HK_B05D1B_TYEHI168= 1000 / BHKLCBLK5DM1B Yellow upper limit = B_HK_B05D1B_TRDLO170= -1097 / BHKLCBLK5DM2A Red lower limit = B_HK_B05D2A_LC_TRDHI170= 1300 / BHKLCBLK5DM2A Red upper limit = B_HK_B05D2A_LC_TYELO170= -1097 / BHKLCBLK5DM2A Yellow lower limit = B_HK_B05D2A_TYEHI170= 1000 / BHKLCBLK5DM2A Yellow upper limit = B_HK_B05D2A_TRDLO172= -1097 / BHKLCBLK5DM2B Red lower limit = B_HK_B05D2B_LC_TRDHI172= 1300 / BHKLCBLK5DM2B Red upper limit = B_HK_B05D2B_LC_TYELO172= -1097 / BHKLCBLK5DM2B Yellow lower limit = B_HK_B05D2B_TYEHI172= 1000 / BHKLCBLK5DM2B Yellow upper limit = B_HK_B05D2B_TRDLO174= -1097 / BHKLCBLK5DM3A Red lower limit = B_HK_B05D3A_LC_TRDHI174= 1300 / BHKLCBLK5DM3A Red upper limit = B_HK_B05D3A_LC_TYELO174= -1097 / BHKLCBLK5DM3A Yellow lower limit = B_HK_B05D3A_TYEHI174= 1000 / BHKLCBLK5DM3A Yellow upper limit = B_HK_B05D3A_TRDLO176= -1097 / BHKLCBLK5DM3B Red lower limit = B_HK_B05D3B_LC_TRDHI176= 1300 / BHKLCBLK5DM3B Red upper limit = B_HK_B05D3B_LC_TYELO176= -1097 / BHKLCBLK5DM3B Yellow lower limit = B_HK_B05D3B_TYEHI176= 1000 / BHKLCBLK5DM3B Yellow upper limit = B_HK_B05D3B_TRDLO178= -1097 / BHKLCBLK5DM4A Red lower limit = B_HK_B05D4A_LC_TRDHI178= 1300 / BHKLCBLK5DM4A Red upper limit = B_HK_B05D4A_LC_TYELO178= -1097 / BHKLCBLK5DM4A Yellow lower limit = B_HK_B05D4A_TYEHI178= 1000 / BHKLCBLK5DM4A Yellow upper limit = B_HK_B05D4A_TRDLO180= -1097 / BHKLCBLK5DM4B Red lower limit = B_HK_B05D4B_LC_TRDHI180= 1300 / BHKLCBLK5DM4B Red upper limit = B_HK_B05D4B_LC_TYELO180= -1097 / BHKLCBLK5DM4B Yellow lower limit = B_HK_B05D4B_TYEHI180= 1000 / BHKLCBLK5DM4B Yellow upper limit = B_HK_B05D4B_TRDLO182= -1097 / BHKLCBLK5DM5A Red lower limit = B_HK_B05D5A_LC_TRDHI182= 1300 / BHKLCBLK5DM5A Red upper limit = B_HK_B05D5A_LC_TYELO182= -1097 / BHKLCBLK5DM5A Yellow lower limit = B_HK_B05D5A_TYEHI182= 1000 / BHKLCBLK5DM5A Yellow upper limit = B_HK_B05D5A_TRDLO184= -1097 / BHKLCBLK5DM5B Red lower limit = B_HK_B05D5B_LC_TRDHI184= 1300 / BHKLCBLK5DM5B Red upper limit = B_HK_B05D5B_LC_TYELO184= -1097 / BHKLCBLK5DM5B Yellow lower limit = B_HK_B05D5B_TYEHI184= 1000 / BHKLCBLK5DM5B Yellow upper limit = B_HK_B05D5B_TRDLO186= -1097 / BHKLCBLK5DM6A Red lower limit = B_HK_B05D6A_LC_TRDHI186= 1300 / BHKLCBLK5DM6A Red upper limit = B_HK_B05D6A_LC_TYELO186= -1097 / BHKLCBLK5DM6A Yellow lower limit = B_HK_B05D6A_TYEHI186= 1000 / BHKLCBLK5DM6A Yellow upper limit = B_HK_B05D6A_TRDLO188= -1097 / BHKLCBLK5DM6B Red lower limit = B_HK_B05D6B_LC_TRDHI188= 1300 / BHKLCBLK5DM6B Red upper limit = B_HK_B05D6B_LC_TYELO188= -1097 / BHKLCBLK5DM6B Yellow lower limit = B_HK_B05D6B_TYEHI188= 1000 / BHKLCBLK5DM6B Yellow upper limit = B_HK_B05D6B_TRDLO190= -1097 / BHKLCBLK5DM7A Red lower limit = B_HK_B05D7A_LC_TRDHI190= 1500 / BHKLCBLK5DM7A Red upper limit = B_HK_B05D7A_LC_TYELO190= -1097 / BHKLCBLK5DM7A Yellow lower limit = B_HK_B05D7A_TYEHI190= 1200 / BHKLCBLK5DM7A Yellow upper limit = B_HK_B05D7A_TRDLO192= -1097 / BHKLCBLK5DM7B Red lower limit = B_HK_B05D7B_LC_TRDHI192= 1300 / BHKLCBLK5DM7B Red upper limit = B_HK_B05D7B_LC_TYELO192= -1097 / BHKLCBLK5DM7B Yellow lower limit = B_HK_B05D7B_TYEHI192= 1000 / BHKLCBLK5DM7B Yellow upper limit = B_HK_B05D7B_HISTORY TASK: FAPPND on FILENAME: sw01210276000b173x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:31 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aů%†   }   E   } W '  & * v " ; r % l _ B q 9   5 y 1 I  = O E t  | s   ] ׵Aů%Ӆ   }   C   } W '  & )  # ; r % m _ B p 9   7 y . I  > N F t  z i   ^ _Aů%   }    B   }  V $  % ) " ; s % l b B s 6   9 y 0 I  = N G s  y ]  \ Aů%   }    D   | U .   & ) " 9  q % l ` B s :   3 y 1 O  = N  F u  w j  ^ NAů%#   }    @   }  U -   $ ( s " ;  q % l b A o :   7 z 1 E  = N  H t  x `   ] ՀAů%%…   }    B   ~  U &   $ ( r ! ; p % l c B k ;  6 z 1 H  > M  H u  y W   [ Aů4%{   }   B   }  U '  & ) v # ; p % l _ B q ;   3 z / H  = O  H t  | g   \ AůC%{   }   B   |  U (  % ) w ! ; q % l _ B m ;   5 z 1 L  = O C t  ~ _   [ AůR%e   }   D   ~ U '   & ) ! ;  q % l ` @ k :   5 y . H  = N A t  w W   [ Aůa%s   }   B   ~  U    & ( " ;  q % k ` A p :   4 y 2 F  = M  F t  z b   [ ֥Aůp%s   }   @   }  V 1   & ' ! ;  p % l _ A o :   7 y 1 @  = M B t  { e   Z ;Aů%…   } x    A    }  T %   & ( " ; q $ l _ @ r 8   5 z . C  = L A s  x Z   Z mAů&  } }    C    } U %   & ( r " ; q % l ` @ t 9   6 y ( A  = L C r  v j  ] %Aů%    |   A    }  U #  % & v " ; o % l b @ r :  7 y - @  = L D t  z w   \ Aů%X   |    A    }  V %  & ' v " ; q $ k _ @ q 9   6 y . C  < M E t   x Z   Z Aů%…    }    B    } U   % '  n ! ; s $ l ` > n 7   5 y + D  = L E t   x ^   X cAů%j   |   A    } U ,  % ' " < u $ l ` > n 5   7 y . B  = L J t  w [   Z =Aů%s   }    @    } V ,   % ' " ;  r $ l _ ? o 8   7 y . A  < L ? t  v }   Z Aů%˅   }    A    } U %  & ' ! :  r $ l ` > p 8  7 y - =  < M D t  x u   Y Aů%j   }    A    } U $  % & u " : p $ l g > r 6   4 y - ;  < K C t  x i   Z ׉Aů%˅   |    ?    |  U (  % & t ! : q $ l d = s 6   7 y ' B  < K B s  w d  Z ؙAů%   |    ?    | U $   $ % w " 9  r # k c = q 8   8 y ) @  < K A s   w N   [ Aů$%   |    >    {  T &  $ &  ! 9  p $ l a = q 8  8 y * =  < K A s  w Z   [ -Aů3%   | y   @   |  T  % ' ! :  q $ k d > o 8  5 y ) @  ; L = s  {   [ AůB%#  |    @    | T 6   $ & 9  r # k b ? k 7   7 y * =  ; L > s  { U  Z ٥AůQ%s   | ~   A    {  T )   $ % ! 9 q $ j e > j 5   5 y + ?  ; K ? r  w i   Z Aů`%ӆ  |    @    { S )   # $ s 9 p # i b > n :  5 x , @  ; L @ r  w j   X LAůo%˅   |    @   {  R +  " % v ! 7 p # h b = g 9  5 x * ;  ; L @ r  u [   Y Aů~*  |    =    z R "   # $ u 6 p " h b > l 4   4 x + 9  ; L = s  w c   Y tAů%{  }   <   z  Q "   # $ { 6 p " g ` ? i 9   5 x ( <  : L < r  u a  Z `Aů% |   <    z  Q "  # " 8 p " h a = f 6  1 x + :  : K : r  x W  W LAů%o |    <   z Q    # # 9 o  " f ` = f 9  5 x ) ;  : K ; q  s ^   U Aů% {    ;   y  Q /  " #  8 o " f ` = j 7   5 x + 7  : K : q  v [   W ۃAů&k  { {    ;   y P $   # " s  8  o ~ ! g ` < j 6 0 w / ;  : I < p  u n   X Aů% {    9   x O $   " " w  6  m ~ ! g _ < j 5  2 w , 8  8 I : p  t V   V _Aů&]:  {    7   x  O   " y  6  n } g ` < h 5  4 w - 9 9 G : o  v U   U =Aů)f{  {   7   x  M   " !  6  l ~ f _ < c 4 / w ) 9  7 H ; o  w j  U 4Aů(  z   6    w M !  !  6  l { e ^ ; g 4  2 w ) @ 7 G < n  t x   T ܜAů(u  {    6    w M     5  k |  e Z : f 3 1 w ) C 7 H 9 m  t U   R Aů#%}  z    5    w K '      2  j y  d \ : i 3  1 v ( = 7 H 5 m  t Q   S Aů2%j  z    4    v K      q  3  j y  c \ : e / 1 v ( : 6 F 8 m  t U   T AůA'O  y   3   u K     s  2  j y  d W 9 e 2 0 v ) < 5 F 9 k  t J   W ۹AůP(  y   1    u I    v  2  h v  d Z 8 g 2  / u ' : 5 E 7 l  s a   U Aů_%   y |   2   t I     ~  1  i w  c X 8 f 3  / u ) > 5 D 8 k  s   U IAůn,   y   2  s H      1  h v  c ] 7 b . , v ' ; 5 C 5 k  s a   U OAů}'(c   y   1   s H      1  g v  b W 8 a /  . u ' ; 4 D 5 k  r N   S VAů*i   x  .  r H     i  0  g u  b X 7 _ 1  , u ' 7 3 D 6 k  n a  R ٳAů%   x  /  r F !    n  0  g t  b W 7 c 1  * u ' ? 4 C 5 k  r M   Q HAů%a   x    /  r G     p  /  f s  a W 7 f ,  , u ) 8 3 D 4 j  r B   R Aů%   x f    /  r F     w a  / g s  ` V 6 b +  , t ) > 3 D 1 k  o G   Q )Aů%̅   x    -  q F      .  f s  ` T 5 c 5  . u / = 2 C 3 j  o Q   Q JAů&M   x k    0  q E     .  f s  ` V 5 [ 2 + t ) E 2 C . j  o M   P Aů%   w  /  r D   j  .  f r  ` V 5 \ 0 + t * @ 2 C 4 j  q I   O Aů00   x  +  q D     m  .  f q  _ Q 5 ` 1 ( t ( ; 2 C 4 i p v  P Aů,#   w  ,  q D     o  .  f o  ` Y 4 Z . ) t , ? 1 B 1 h o \  N ]Aů%j   w ~  +  p E     t  .  g n  _ T 4 c /  * t + = 2 C 4 i p _   O +Aů"*   w  *  p D    }  -  f o  _ U 4 _ ' , t ' B 2 C 2 i   p C   L Aů1',   w  *  p D     .  f n  ^ S 5 b / ' t ( A 1 C 3 i n I   O rAů@%   w x  *  p  C    -  d n  ^ U 5 Z , * t $ F 1 C 0 h z n V  M $AůO%   w  , p  C     i  - e m  ^ T 4 Y +  * s ( C 1 B 3 h x s J   N !Aů^%j  w }   -  p C    l  , g m  ] T 5 ^ , ' t ' F 1 D 4 h o J   M Aům'Z2   w  +  p  C    r  , f n  ^ W 5 _ 3 ' t ( B 1 B 5 h  { n K   N ~Aů|)\   w  , q  C     u  - g n  ^ W 5 [ 0 " t , C 0 A 3 h  z n ^   O Aů%a   w  ,  p C     }  , e p  ^ U 4 _ 0 ' s + A 1 A 2 h k X   N Aů+G   w  , p C     , f n  _ T 5 Z .  & s - B 1 B 1 g  o I  M ܄Aů,9X   w  -  o D      , f n  ] T 4 ] . ' t - C 1 B 1 h o E   M Aů%   w   - o  C     h  ,  h m  ] V 4 ] . $ t * F 0 A 2 g  k P   K Aů%   w   , o  C      m  ,  f k  _ U 4 [ + " s + J 1 A 2 f o >   N Aů%X   w   +  q C      r  .  h l  _ U 4 [ /  % s , K 1 B 0 g n C  N HAů%   w  , o  C    {  .  e l  ^ T 3 [ -  % s + E 1 A 1 f } p d   M UAů*> y   3    v K    }  3  g x  e \ 8 g 3 0 v + E 6 E > l  u B   U ,Aů+ y |  3    v  K      2  h y  c ^ 8 e 4 0 v 0 F 6 E > m  q W   T Aů%  y   4    v L "     2  h u  c ] 9 h 2 1 v * E 6 E 9 m  q Q   T Aů%… z    5    u K     3  h z  c [ 8 h 4  0 v 0 H 6 E 8 m  o W   T Aů*4  y   4    v K   s  3  i x  d \ 8 f 3 / v 2 J 6 F < m  s K   U EAů%#  z x   3    u K     u  2  i w  d ] 8 d 3 / v 4 E 6 E 7 m  s g  V fAů+  y z    2    u K     z  3  j x  d \ 8 j 1  . v 0 H 6 F ; m  u R   W DAů% z    1    u K      2  i x  e ] 9 g 4 0 v / L 6 F ? m  t E   U ެAů %#  z v   2    u L "     2  f x  e Z 7 l 2 2 v , K 6 F = l  s K   U ތAů%s z |    1    v K     t  2  f y  e [ 9 i 3 0 v , N 7 E < m  t j  T hAů*%m y    2    u K     z  2  h x  d \ 8 j 2 1 v , L 6 E = n  s P   V HAů9%  z   0    u K    |  3  g y  d ] 8 h 1 . v . K 6 D A m  t O   S ;AůH%# z  3    u K      2  g z  e ] 8 c 2 2 v 1 J 6 E < m  q H   S AAůW%s z   3    t L      2  f y  c [ 8 g 0  1 v 3 R 6 D ; l  t _   R HAůf%{ z   4    u L      2  h x  f ] 8 b 3 3 v 6 L 6 E = m  k G   T ܧAůu%j y   4    u K $    n  2  f z  e \ 8 c 2 2 v 1 L 6 E = l  n L  S ߽Aů& G z ~  3    t K   t f  1  i z  e ^ 8 c 0 1 v 0 M 6 E < m  o L  T Aů%{ z   8    u L    w  1  f x  e \ 7 j 0 1 v . R 6 E ; m  t L   R ߠAů%… z   3    u L     ~  2  f x  e \ 7 k 3 1 v 3 W 6 G : l  u [  P ݝAů%# z y   5    u J     2  g y  f \ 8 i 3  3 v 4 V 6 E > n  s y  S ܏Aů&!  y f    2    t L      2  e y  f [ 8 e 0  1 v 8 T 5 F = l  n Z  S ۖAů%˅ y   3    t K     r  1  e w  f [ 7 e 0 4 v 0 U 6 F ; k  s T   S &Aů%˅ y    4    u K &    t  1  e x  f _ 7 l 3  2 v 3 Q 6 F : m  u O   T Aů%{ z  4    u  K     t  2  f y  f Z 7 h 3 0 v 5 O 6 E < l  t ^   S oAů%j z  3    u K     {  2  f y  f \ 7 j 1 2 v 9 S 6 F 7 m  s ^  T Aů %# y  1    u J     2 f w  e [ 8 l 1 2 v 9 Q 6 E 8 l  s U   U TAů%#  y  3    v K      2  e x  f [ 8 l 2  0 v 4 S 6 F 9 l  r V   T ۬Aů)%  y k  2    u J     m  2  h y  f \ 8 l 4 3 v 5 N 7 F 6 l  r C   U )Aů8%# z  2    u K     u  1  f x  f \ 8 l 1  1 v 2 M 6 F 7 l  t x   T QAůG( z  2    v K #    s  2  e z  e \ 7 m / 3 v 3 W 6 E 8 l  t d   U ݑAůV%P  z  3    u J     }  1  f z  f \ 7 n 2 1 u 4 T 7 F : k  w M  S ދAůe%… y   3    v J      2  f y  d \ 7 n 4  2 v 6 U 6 G : l  q z   U hAůt%… z |  4    u J     1  g z  g \ 7 j 4 2 v 5 V 7 F > l  q k   T ުAů%{ z  2    u J     p  2  g w  f [ 7 m 3  1 v 7 Y 6 F ; l  s z   S ܙAů%j  z   2    v K    p  1  g w  f [ 7 o 2  2 v 8 Y 6 F ; l  p `  T ݰAů%˅ y   2    v J    t  1  g x  e [ 7 o / 0 v 1 X 6 F 5 l  o k   U Aů%{  z  2    v J     y  0  f w  f \ 7 o 7  2 v 5 Q 6 F 7 m  s f   S EAů%{ y   1    v K     1  f x  f \ 7 p 0  2 v ) X 6 F 9 l  u w   T T * 0  m F u M Aů& N  q b v T _ x 1 P . J A # U \   ]  @ W & Z   7 } & > U ) .  m E u L Aů)鎅 M  p c u S ^ y 0 O - I A & R [   {  @ X % ]   7 { ( = U * .  l D u M Aů( L  l c u T ^ { / O - I ? ( T ]  s  > W + \  6 | ( ; P ) *  m D u L RAů(! K  p b v O ] { 0 N / H @ # R \   n   > W ) ^  ! , y " ; Q ) *  l C t L !Aů#%م J  n ` u P _ y 0 M - H  ? ! P \   j ~  > W / ^  4 z " ; T ) +  l D t N Aů2%n K  m a v O \ } / M . H  ? Q Z s }  > Z ) T   6 x # 9 T ( /  l B t L AůA'A H  n ^ u O \ x / M , G  >  N X  x Y }  > S % V  3 x 9 T ' /  l B t L ӄAůP);: I  k _ u M Z w . L - F  < L Y  w k |  > U + R  . x ! 8 O ' ,  l B s L ҎAů_% H  k _ v L [ . L , F   <  M X  y i {  < T / U   4 y $ 7 L ' +  k A t M Aůn-{ȅ H  k ^ v L Z } . K + F  ; ! M X  v ] {  < S 0 W   + x " 7 S & *  k @ s L [Aů}'` H  j ] u I Z u - K - F  :  M X  u k {  < T $ V  . x " 7 Q & '  k @ s L РAů*Ņ F  f ] u H \ w -  K + E  <  N W  w F {  : T " V  4 w # 7 O & % k @ s K @Aů%ƅ F  g \ t H [ s -  J / F  ;  M X  z l z  < W - S   / w ! 7 R % %  k ? s K χAů%e E  e [ u I Y m -  J , E  9  K W  ~ b z  ; S ) V  ) u ! 7 L $ & k @ r K Aů%޾ E  e [ t F Y z + J , D :  J X  { ` z  ; R % X 3 w # 6 O % ) k ? r I Aů%x B  e [ u G Z u + J , D :  G U  ~ b y  ; Q ! ] / v " 5 P $ ) k ? r J ̩Aů&ԅ D  d [ u F Z y + J + C ;  F S  { a y  : Q + \   - v ! 4 J # ( k > r H CAů%] C  f \ t D Z y * I , C :  E U  } S x : Q + X  2 u " 5 M # ) j > r H Aů0h܅ B  d ] s F X u * J + C 9  E T  | b x  ; Q % S   - u " 4 I # % j ? r G TAů,[l A  e Z t E W q +  I + C :  F R  | > x  9 T  S  2 t 2 Q # ) j > r D _Aů% A  c Z r C V s * I , C :  F T  } L x 9 T  [  ) s 3 E " &  j > r E ɭAů"*[ A  d [ s C W p + H , B 9  G T  w N w : N " Y  2 s ! 3 D " &  j > q F fAů1'͊ A  d X s F V s * I + B 9  D S  u T w 9 O % X  , s ! 1 G " & j ? r F Aů@% B   b Z s C X o ) H * B 9  E S  w d w 8 O ! V  2 u " 2 L " & j = q E ̇AůO% @   d Y s B X u * H + B :  D O  v ` w 9 O + V / v ! 1 Q ! ' j > q E CAů^%n A  b X s C X s +  H , A 9  D Q  x Z v 8 O ( W   ' t $ 2 H ! ) i = q D "Aům' A  g Z s C W s +  G , A 9  B P  y Z v 7 P * V 2 t ! 1 G ! ' j = q D ȵAů|)᱅ @   f Y r B X u +  I , A 9  D R  u T v 7 Q " X  + t  0 O ! #  i = p E Aů%e @  f Y r D V w +  H + B :  F R  t Z v 8 N ) Y ' s ! 1 K ! $ i = q E SAů,C ?   f Z t C X t * G * B  8  C O  u [ u 7 N ! W  0 t 0 O ! " i = q E Aů,q  @  e Z t D W w * G + B ;  F P  s _ v 7 M # X  ' s ! 0 D ! ! i = q D ɩAů%⬅ @  f X s D V v * H ) B :  E M  y A v 7 L  Y 1 t  / H % i > q C nAů% @  g X s D W r ) H , B 8  E M  w N v  8 K . Z . t / M ! & i = q E ʍAů%] @   f Y t D W n ) G ) A  9  D O  z F u 8 P # \  2 u  / K % i = q D ͲAů% A   d Z s D V l ) G + B  :  D N  x F u 8 W ' Y  / t 0 D $  j = q D Aů+ H ( z ^ w R ] z 0  L - H   ?  R W  y  ] { ? R 7 [   / {  9 P % *  k C s G OAů,6 H + w ^ w Q [ 0  L . H   @  R Y  |  v z  ? S & ]   6 { 7 N % +  k B s H Aů& H  y ] w R ] / L . H  A  S X  ~  l {  ? T * ]   5 z " 8 V % -  k B s I .Aů% H  x ] v P ] / M - I  ?  V W  ~  s {  @ U + ^   3 { ! 8 U % )  k C t H Aů*8 I x \ v Q ^ } / L 0 H  @  S Z   o {  ? U . ^   2 { ! 7 W % (  k B s H *Aů%' H x \ w Q ] { 0  L 1 H  >  S W   R z  ? Y . `   - { ! 7 R % ,  k B t G Aů,, I  y ] v Q \ { 0 L . H  =  U X   q { ? ` 1 Y   6 | 7 V & *  k B s H άAů% I  { ] v R Z | 0 L 0 H   @  T W   p { ? U 2 X   7 { " 7 N % ,  k B s H ͒Aů % F  z ] v Q [  1 L 1 H  >  T X   u { > U ) [   0 | ! 6 N & -  k B s G ЯAů%n H  x ] v Q Z 1  K 0 H  @  U V    r { > U & \   - { 8 X % *  k B s G Aů*&Ʌ F  y \ w R \ } 0  M / H @ R Y   Z {  ? U ' ]  ; { ! 9 T % ,  l C s H Aů9% G # z \ v R [ x 0  L / H  ?  T X  q {  ? U 2 \   7 | 9 Q & -  k C s G AůH% G # z  \ v Q Z { 0 L 0 H   @  S X  b { ? X 3 _   , { 9 O & ,  k D s G AůW%υ G " { Z v O \ w 1 K 0 H   @  S X   m { ? Z 2 \   7 { # 9 U & )  k D s G ΗAůf% E " { Y u Q [ t 0 K / H >  T Y   m {  ? U ' Z   . | " : V % ,  l C t I Aůu%ƅ F " z X x P \ } /  L 0 H  >  U Z   n |  ? V / Z   6 { : R % ,  k C s I 2Aů&X E # | Y w Q ] { 0  L / I @  S Y  i |  ? U ' Z   0 { 9 Q & +  k C s I eAů%؅ E % x Z w P \ ~ 0  L / H  ?  S Y    b {  @ U ' W   ; { # 8 N % *  k B t I фAů%w E % y Z u Q [ { 0 L 2 I  @  T X    g z  ? T " Z   4 | . : T & ) l D s G Aů% F $ x Z v Q [ } 0 K . I @  S [  ~  [ { ? V ( X   3 { ! 9 M & +  k C t I :Aů&;ͅ F $ w [ v R [ u /  L . I  ?  T [  n {  ? X . V   4 } # : R & ,  k C s H Aů%υ E ' x ] w Q \ ~ /  M / I  @  T Y   ` {  ? [ ' Y   7 | 9 Y & .  l C s G Aů%' F & x Z v Q Z { / K - I  @  T Y  l z  ? T % Y   2 | " : [ & -  k B s H  R \   h {  > S & X   5 |  9 N % ,  k C t I :Aů% G ~ [ v P \ { / L 0 I ?  R W   q {  ? T % S   1 |  8 O % *  k B s J XAů)% H  } ] u R [ { 0 M 0 I @  P Z  {  _ |  ? U & T   5 | 7 J % .  k C s H ЀAů8%' G ! } \ w P ] x 0 M . I  @ S Y  { f |  ? V ' X   6 |  7 P % +  k C s H tAůG( G  | \ v P [ z 0 M . I  ?  T Z  { c |  @ Y ) [  , }  7 O & +  k C s H AůV%T G  z ^ v T ] { 0 L 0 I  >  S Y  z k |  @ S & [   7 { ! 6 R & +  k C s I Aůe%ƅ G  y ] u O Y t 0 L . I  ?  S Z  z h {  @ S . ]   1 {  6 V & '  l C s H ϓAůt% F  } [ w R [ v 0 K / J ?  T Y  z q |  ? R $ \   9 {  7 R & '  k C s H eAů% E y \ v P [ y 0 L 0 J  @  Q Y  { r |  ? R # ^   0 {  7 V & ,  k C t G ˊAů% G " } \ v O [ y 1  K / I  @  O Y  y h |  @ T 0 \   7 {  8 P & -  k C s G `Aů%υ G " | ] v O Z x / L - I  ?  R Y  y e {  ? U 2 _   , z  8 P & -  l C s F _Aů%ƅ I $ ~ ] u P \ ~ / K 0 H ?  S Z  x  r { ( @ X ! Y   9 z  8 M & ,  k C s G зAů%؅ H " } ^ v P [ ~ / L / H  ?  Q Z  | i | $ ? X ) ^   - y  8 [ % *  k C s H ѓAů% G " } [ v Q [  / L , I  >  P Y  ~  o {  ? R 0 \   6 z  8 O & -  l B s H Aů%w F % } [ w P [ } / K / I  ?  R [  |  h {  > S % Y   . z  9 S % -  k C s H ӞXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 250 / width of table in bytes NAXIS2 = 110 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 162 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHKLCBLK11DM0A' / Block 11, DM 0, Side A Leakage Current TFORM2 = '1I ' / data format of field: 2-byte INTEGER TZERO2 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL2 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT2 = 'nA ' / physical unit of field TTYPE3 = 'undocumented1' / Bit field not in ITOS database TFORM3 = '1B ' / data format of field: BYTE TTYPE4 = 'BHKLCBLK11DM0B' / Block 11, DM 0, Side B Leakage Current TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL4 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT4 = 'nA ' / physical unit of field TTYPE5 = 'undocumented2' / Bit field not in ITOS database TFORM5 = '1B ' / data format of field: BYTE TTYPE6 = 'BHKLCBLK11DM1A' / Block 11, DM 1, Side A Leakage Current TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL6 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT6 = 'nA ' / physical unit of field TTYPE7 = 'undocumented3' / Bit field not in ITOS database TFORM7 = '1B ' / data format of field: BYTE TTYPE8 = 'BHKLCBLK11DM1B' / Block 11, DM 1, Side B Leakage Current TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL8 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT8 = 'nA ' / physical unit of field TTYPE9 = 'undocumented4' / Bit field not in ITOS database TFORM9 = '1B ' / data format of field: BYTE TTYPE10 = 'BHKLCBLK11DM2A' / Block 11, DM 2, Side A Leakage Current TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL10 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT10 = 'nA ' / physical unit of field TTYPE11 = 'undocumented5' / Bit field not in ITOS database TFORM11 = '1B ' / data format of field: BYTE TTYPE12 = 'BHKLCBLK11DM2B' / Block 11, DM 2, Side B Leakage Current TFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL12 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT12 = 'nA ' / physical unit of field TTYPE13 = 'undocumented6' / Bit field not in ITOS database TFORM13 = '1B ' / data format of field: BYTE TTYPE14 = 'BHKLCBLK11DM3A' / Block 11, DM 3, Side A Leakage Current TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL14 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT14 = 'nA ' / physical unit of field TTYPE15 = 'undocumented7' / Bit field not in ITOS database TFORM15 = '1B ' / data format of field: BYTE TTYPE16 = 'BHKLCBLK11DM3B' / Block 11, DM 3, Side B Leakage Current TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL16 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT16 = 'nA ' / physical unit of field TTYPE17 = 'undocumented8' / Bit field not in ITOS database TFORM17 = '1B ' / data format of field: BYTE TTYPE18 = 'BHKLCBLK11DM4A' / Block 11, DM 4, Side A Leakage Current TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL18 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT18 = 'nA ' / physical unit of field TTYPE19 = 'undocumented9' / Bit field not in ITOS database TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BHKLCBLK11DM4B' / Block 11, DM 4, Side B Leakage Current TFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL20 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT20 = 'nA ' / physical unit of field TTYPE21 = 'undocumented10' / Bit field not in ITOS database TFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BHKLCBLK11DM5A' / Block 11, DM 5, Side A Leakage Current TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL22 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT22 = 'nA ' / physical unit of field TTYPE23 = 'undocumented11' / Bit field not in ITOS database TFORM23 = '1B ' / data format of field: BYTE TTYPE24 = 'BHKLCBLK11DM5B' / Block 11, DM 5, Side B Leakage Current TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL24 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT24 = 'nA ' / physical unit of field TTYPE25 = 'undocumented12' / Bit field not in ITOS database TFORM25 = '1B ' / data format of field: BYTE TTYPE26 = 'BHKLCBLK11DM6A' / Block 11, DM 6, Side A Leakage Current TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL26 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT26 = 'nA ' / physical unit of field TTYPE27 = 'undocumented13' / Bit field not in ITOS database TFORM27 = '1B ' / data format of field: BYTE TTYPE28 = 'BHKLCBLK11DM6B' / Block 11, DM 6, Side B Leakage Current TFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL28 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT28 = 'nA ' / physical unit of field TTYPE29 = 'undocumented14' / Bit field not in ITOS database TFORM29 = '1B ' / data format of field: BYTE TTYPE30 = 'BHKLCBLK11DM7A' / Block 11, DM 7, Side A Leakage Current TFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL30 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT30 = 'nA ' / physical unit of field TTYPE31 = 'undocumented15' / Bit field not in ITOS database TFORM31 = '1B ' / data format of field: BYTE TTYPE32 = 'BHKLCBLK11DM7B' / Block 11, DM 7, Side B Leakage Current TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL32 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT32 = 'nA ' / physical unit of field TTYPE33 = 'undocumented16' / Bit field not in ITOS database TFORM33 = '1B ' / data format of field: BYTE TTYPE34 = 'BHKLCBLK12DM0A' / Block 12, DM 0, Side A Leakage Current TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL34 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT34 = 'nA ' / physical unit of field TTYPE35 = 'undocumented17' / Bit field not in ITOS database TFORM35 = '1B ' / data format of field: BYTE TTYPE36 = 'BHKLCBLK12DM0B' / Block 12, DM 0, Side B Leakage Current TFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL36 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT36 = 'nA ' / physical unit of field TTYPE37 = 'undocumented18' / Bit field not in ITOS database TFORM37 = '1B ' / data format of field: BYTE TTYPE38 = 'BHKLCBLK12DM1A' / Block 12, DM 1, Side A Leakage Current TFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL38 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT38 = 'nA ' / physical unit of field TTYPE39 = 'undocumented19' / Bit field not in ITOS database TFORM39 = '1B ' / data format of field: BYTE TTYPE40 = 'BHKLCBLK12DM1B' / Block 12, DM 1, Side B Leakage Current TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL40 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT40 = 'nA ' / physical unit of field TTYPE41 = 'undocumented20' / Bit field not in ITOS database TFORM41 = '1B ' / data format of field: BYTE TTYPE42 = 'BHKLCBLK12DM2A' / Block 12, DM 2, Side A Leakage Current TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL42 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT42 = 'nA ' / physical unit of field TTYPE43 = 'undocumented21' / Bit field not in ITOS database TFORM43 = '1B ' / data format of field: BYTE TTYPE44 = 'BHKLCBLK12DM2B' / Block 12, DM 2, Side B Leakage Current TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL44 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT44 = 'nA ' / physical unit of field TTYPE45 = 'undocumented22' / Bit field not in ITOS database TFORM45 = '1B ' / data format of field: BYTE TTYPE46 = 'BHKLCBLK12DM3A' / Block 12, DM 3, Side A Leakage Current TFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL46 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT46 = 'nA ' / physical unit of field TTYPE47 = 'undocumented23' / Bit field not in ITOS database TFORM47 = '1B ' / data format of field: BYTE TTYPE48 = 'BHKLCBLK12DM3B' / Block 12, DM 3, Side B Leakage Current TFORM48 = '1I ' / data format of field: 2-byte INTEGER TZERO48 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL48 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT48 = 'nA ' / physical unit of field TTYPE49 = 'undocumented24' / Bit field not in ITOS database TFORM49 = '1B ' / data format of field: BYTE TTYPE50 = 'BHKLCBLK12DM4A' / Block 12, DM 4, Side A Leakage Current TFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL50 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT50 = 'nA ' / physical unit of field TTYPE51 = 'undocumented25' / Bit field not in ITOS database TFORM51 = '1B ' / data format of field: BYTE TTYPE52 = 'BHKLCBLK12DM4B' / Block 12, DM 4, Side B Leakage Current TFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL52 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT52 = 'nA ' / physical unit of field TTYPE53 = 'undocumented26' / Bit field not in ITOS database TFORM53 = '1B ' / data format of field: BYTE TTYPE54 = 'BHKLCBLK12DM5A' / Block 12, DM 5, Side A Leakage Current TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL54 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT54 = 'nA ' / physical unit of field TTYPE55 = 'undocumented27' / Bit field not in ITOS database TFORM55 = '1B ' / data format of field: BYTE TTYPE56 = 'BHKLCBLK12DM5B' / Block 12, DM 5, Side B Leakage Current TFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL56 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT56 = 'nA ' / physical unit of field TTYPE57 = 'undocumented28' / Bit field not in ITOS database TFORM57 = '1B ' / data format of field: BYTE TTYPE58 = 'BHKLCBLK12DM6A' / Block 12, DM 6, Side A Leakage Current TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL58 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT58 = 'nA ' / physical unit of field TTYPE59 = 'undocumented29' / Bit field not in ITOS database TFORM59 = '1B ' / data format of field: BYTE TTYPE60 = 'BHKLCBLK12DM6B' / Block 12, DM 6, Side B Leakage Current TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL60 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT60 = 'nA ' / physical unit of field TTYPE61 = 'undocumented30' / Bit field not in ITOS database TFORM61 = '1B ' / data format of field: BYTE TTYPE62 = 'BHKLCBLK12DM7A' / Block 12, DM 7, Side A Leakage Current TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL62 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT62 = 'nA ' / physical unit of field TTYPE63 = 'undocumented31' / Bit field not in ITOS database TFORM63 = '1B ' / data format of field: BYTE TTYPE64 = 'BHKLCBLK12DM7B' / Block 12, DM 7, Side B Leakage Current TFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL64 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT64 = 'nA ' / physical unit of field TTYPE65 = 'undocumented32' / Bit field not in ITOS database TFORM65 = '1B ' / data format of field: BYTE TTYPE66 = 'BHKLCBLK13DM0A' / Block 13, DM 0, Side A Leakage Current TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL66 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT66 = 'nA ' / physical unit of field TTYPE67 = 'undocumented33' / Bit field not in ITOS database TFORM67 = '1B ' / data format of field: BYTE TTYPE68 = 'BHKLCBLK13DM0B' / Block 13, DM 0, Side B Leakage Current TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL68 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT68 = 'nA ' / physical unit of field TTYPE69 = 'undocumented34' / Bit field not in ITOS database TFORM69 = '1B ' / data format of field: BYTE TTYPE70 = 'BHKLCBLK13DM1A' / Block 13, DM 1, Side A Leakage Current TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL70 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT70 = 'nA ' / physical unit of field TTYPE71 = 'undocumented35' / Bit field not in ITOS database TFORM71 = '1B ' / data format of field: BYTE TTYPE72 = 'BHKLCBLK13DM1B' / Block 13, DM 1, Side B Leakage Current TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL72 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT72 = 'nA ' / physical unit of field TTYPE73 = 'undocumented36' / Bit field not in ITOS database TFORM73 = '1B ' / data format of field: BYTE TTYPE74 = 'BHKLCBLK13DM2A' / Block 13, DM 2, Side A Leakage Current TFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL74 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT74 = 'nA ' / physical unit of field TTYPE75 = 'undocumented37' / Bit field not in ITOS database TFORM75 = '1B ' / data format of field: BYTE TTYPE76 = 'BHKLCBLK13DM2B' / Block 13, DM 2, Side B Leakage Current TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL76 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT76 = 'nA ' / physical unit of field TTYPE77 = 'undocumented38' / Bit field not in ITOS database TFORM77 = '1B ' / data format of field: BYTE TTYPE78 = 'BHKLCBLK13DM3A' / Block 13, DM 3, Side A Leakage Current TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL78 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT78 = 'nA ' / physical unit of field TTYPE79 = 'undocumented39' / Bit field not in ITOS database TFORM79 = '1B ' / data format of field: BYTE TTYPE80 = 'BHKLCBLK13DM3B' / Block 13, DM 3, Side B Leakage Current TFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL80 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT80 = 'nA ' / physical unit of field TTYPE81 = 'undocumented40' / Bit field not in ITOS database TFORM81 = '1B ' / data format of field: BYTE TTYPE82 = 'BHKLCBLK13DM4A' / Block 13, DM 4, Side A Leakage Current TFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL82 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT82 = 'nA ' / physical unit of field TTYPE83 = 'undocumented41' / Bit field not in ITOS database TFORM83 = '1B ' / data format of field: BYTE TTYPE84 = 'BHKLCBLK13DM4B' / Block 13, DM 4, Side B Leakage Current TFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL84 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT84 = 'nA ' / physical unit of field TTYPE85 = 'undocumented42' / Bit field not in ITOS database TFORM85 = '1B ' / data format of field: BYTE TTYPE86 = 'BHKLCBLK13DM5A' / Block 13, DM 5, Side A Leakage Current TFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL86 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT86 = 'nA ' / physical unit of field TTYPE87 = 'undocumented43' / Bit field not in ITOS database TFORM87 = '1B ' / data format of field: BYTE TTYPE88 = 'BHKLCBLK13DM5B' / Block 13, DM 5, Side B Leakage Current TFORM88 = '1I ' / data format of field: 2-byte INTEGER TZERO88 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL88 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT88 = 'nA ' / physical unit of field TTYPE89 = 'undocumented44' / Bit field not in ITOS database TFORM89 = '1B ' / data format of field: BYTE TTYPE90 = 'BHKLCBLK13DM6A' / Block 13, DM 6, Side A Leakage Current TFORM90 = '1I ' / data format of field: 2-byte INTEGER TZERO90 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL90 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT90 = 'nA ' / physical unit of field TTYPE91 = 'undocumented45' / Bit field not in ITOS database TFORM91 = '1B ' / data format of field: BYTE TTYPE92 = 'BHKLCBLK13DM6B' / Block 13, DM 6, Side B Leakage Current TFORM92 = '1I ' / data format of field: 2-byte INTEGER TZERO92 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL92 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT92 = 'nA ' / physical unit of field TTYPE93 = 'undocumented46' / Bit field not in ITOS database TFORM93 = '1B ' / data format of field: BYTE TTYPE94 = 'BHKLCBLK13DM7A' / Block 13, DM 7, Side A Leakage Current TFORM94 = '1I ' / data format of field: 2-byte INTEGER TZERO94 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL94 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT94 = 'nA ' / physical unit of field TTYPE95 = 'undocumented47' / Bit field not in ITOS database TFORM95 = '1B ' / data format of field: BYTE TTYPE96 = 'BHKLCBLK13DM7B' / Block 13, DM 7, Side B Leakage Current TFORM96 = '1I ' / data format of field: 2-byte INTEGER TZERO96 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL96 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT96 = 'nA ' / physical unit of field TTYPE97 = 'undocumented48' / Bit field not in ITOS database TFORM97 = '1B ' / data format of field: BYTE TTYPE98 = 'BHKLCBLK14DM0A' / Block 14, DM 0, Side A Leakage Current TFORM98 = '1I ' / data format of field: 2-byte INTEGER TZERO98 = 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL98 = 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT98 = 'nA ' / physical unit of field TTYPE99 = 'undocumented49' / Bit field not in ITOS database TFORM99 = '1B ' / data format of field: BYTE TTYPE100= 'BHKLCBLK14DM0B' / Block 14, DM 0, Side B Leakage Current TFORM100= '1I ' / data format of field: 2-byte INTEGER TZERO100= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL100= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT100= 'nA ' / physical unit of field TTYPE101= 'undocumented50' / Bit field not in ITOS database TFORM101= '1B ' / data format of field: BYTE TTYPE102= 'BHKLCBLK14DM1A' / Block 14, DM 1, Side A Leakage Current TFORM102= '1I ' / data format of field: 2-byte INTEGER TZERO102= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL102= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT102= 'nA ' / physical unit of field TTYPE103= 'undocumented51' / Bit field not in ITOS database TFORM103= '1B ' / data format of field: BYTE TTYPE104= 'BHKLCBLK14DM1B' / Block 14, DM 1, Side B Leakage Current TFORM104= '1I ' / data format of field: 2-byte INTEGER TZERO104= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL104= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT104= 'nA ' / physical unit of field TTYPE105= 'undocumented52' / Bit field not in ITOS database TFORM105= '1B ' / data format of field: BYTE TTYPE106= 'BHKLCBLK14DM2A' / Block 14, DM 2, Side A Leakage Current TFORM106= '1I ' / data format of field: 2-byte INTEGER TZERO106= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL106= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT106= 'nA ' / physical unit of field TTYPE107= 'undocumented53' / Bit field not in ITOS database TFORM107= '1B ' / data format of field: BYTE TTYPE108= 'BHKLCBLK14DM2B' / Block 14, DM 2, Side B Leakage Current TFORM108= '1I ' / data format of field: 2-byte INTEGER TZERO108= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL108= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT108= 'nA ' / physical unit of field TTYPE109= 'undocumented54' / Bit field not in ITOS database TFORM109= '1B ' / data format of field: BYTE TTYPE110= 'BHKLCBLK14DM3A' / Block 14, DM 3, Side A Leakage Current TFORM110= '1I ' / data format of field: 2-byte INTEGER TZERO110= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL110= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT110= 'nA ' / physical unit of field TTYPE111= 'undocumented55' / Bit field not in ITOS database TFORM111= '1B ' / data format of field: BYTE TTYPE112= 'BHKLCBLK14DM3B' / Block 14, DM 3, Side B Leakage Current TFORM112= '1I ' / data format of field: 2-byte INTEGER TZERO112= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL112= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT112= 'nA ' / physical unit of field TTYPE113= 'undocumented56' / Bit field not in ITOS database TFORM113= '1B ' / data format of field: BYTE TTYPE114= 'BHKLCBLK14DM4A' / Block 14, DM 4, Side A Leakage Current TFORM114= '1I ' / data format of field: 2-byte INTEGER TZERO114= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL114= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT114= 'nA ' / physical unit of field TTYPE115= 'undocumented57' / Bit field not in ITOS database TFORM115= '1B ' / data format of field: BYTE TTYPE116= 'BHKLCBLK14DM4B' / Block 14, DM 4, Side B Leakage Current TFORM116= '1I ' / data format of field: 2-byte INTEGER TZERO116= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL116= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT116= 'nA ' / physical unit of field TTYPE117= 'undocumented58' / Bit field not in ITOS database TFORM117= '1B ' / data format of field: BYTE TTYPE118= 'BHKLCBLK14DM5A' / Block 14, DM 5, Side A Leakage Current TFORM118= '1I ' / data format of field: 2-byte INTEGER TZERO118= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL118= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT118= 'nA ' / physical unit of field TTYPE119= 'undocumented59' / Bit field not in ITOS database TFORM119= '1B ' / data format of field: BYTE TTYPE120= 'BHKLCBLK14DM5B' / Block 14, DM 5, Side B Leakage Current TFORM120= '1I ' / data format of field: 2-byte INTEGER TZERO120= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL120= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT120= 'nA ' / physical unit of field TTYPE121= 'undocumented60' / Bit field not in ITOS database TFORM121= '1B ' / data format of field: BYTE TTYPE122= 'BHKLCBLK14DM6A' / Block 14, DM 6, Side A Leakage Current TFORM122= '1I ' / data format of field: 2-byte INTEGER TZERO122= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL122= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT122= 'nA ' / physical unit of field TTYPE123= 'undocumented61' / Bit field not in ITOS database TFORM123= '1B ' / data format of field: BYTE TTYPE124= 'BHKLCBLK14DM6B' / Block 14, DM 6, Side B Leakage Current TFORM124= '1I ' / data format of field: 2-byte INTEGER TZERO124= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL124= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT124= 'nA ' / physical unit of field TTYPE125= 'undocumented62' / Bit field not in ITOS database TFORM125= '1B ' / data format of field: BYTE TTYPE126= 'BHKLCBLK14DM7A' / Block 14, DM 7, Side A Leakage Current TFORM126= '1I ' / data format of field: 2-byte INTEGER TZERO126= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL126= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT126= 'nA ' / physical unit of field TTYPE127= 'undocumented63' / Bit field not in ITOS database TFORM127= '1B ' / data format of field: BYTE TTYPE128= 'BHKLCBLK14DM7B' / Block 14, DM 7, Side B Leakage Current TFORM128= '1I ' / data format of field: 2-byte INTEGER TZERO128= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL128= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT128= 'nA ' / physical unit of field TTYPE129= 'undocumented64' / Bit field not in ITOS database TFORM129= '1B ' / data format of field: BYTE TTYPE130= 'BHKLCBLK15DM0A' / Block 15, DM 0, Side A Leakage Current TFORM130= '1I ' / data format of field: 2-byte INTEGER TZERO130= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL130= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT130= 'nA ' / physical unit of field TTYPE131= 'undocumented65' / Bit field not in ITOS database TFORM131= '1B ' / data format of field: BYTE TTYPE132= 'BHKLCBLK15DM0B' / Block 15, DM 0, Side B Leakage Current TFORM132= '1I ' / data format of field: 2-byte INTEGER TZERO132= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL132= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT132= 'nA ' / physical unit of field TTYPE133= 'undocumented66' / Bit field not in ITOS database TFORM133= '1B ' / data format of field: BYTE TTYPE134= 'BHKLCBLK15DM1A' / Block 15, DM 1, Side A Leakage Current TFORM134= '1I ' / data format of field: 2-byte INTEGER TZERO134= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL134= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT134= 'nA ' / physical unit of field TTYPE135= 'undocumented67' / Bit field not in ITOS database TFORM135= '1B ' / data format of field: BYTE TTYPE136= 'BHKLCBLK15DM1B' / Block 15, DM 1, Side B Leakage Current TFORM136= '1I ' / data format of field: 2-byte INTEGER TZERO136= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL136= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT136= 'nA ' / physical unit of field TTYPE137= 'undocumented68' / Bit field not in ITOS database TFORM137= '1B ' / data format of field: BYTE TTYPE138= 'BHKLCBLK15DM2A' / Block 15, DM 2, Side A Leakage Current TFORM138= '1I ' / data format of field: 2-byte INTEGER TZERO138= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL138= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT138= 'nA ' / physical unit of field TTYPE139= 'undocumented69' / Bit field not in ITOS database TFORM139= '1B ' / data format of field: BYTE TTYPE140= 'BHKLCBLK15DM2B' / Block 15, DM 2, Side B Leakage Current TFORM140= '1I ' / data format of field: 2-byte INTEGER TZERO140= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL140= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT140= 'nA ' / physical unit of field TTYPE141= 'undocumented70' / Bit field not in ITOS database TFORM141= '1B ' / data format of field: BYTE TTYPE142= 'BHKLCBLK15DM3A' / Block 15, DM 3, Side A Leakage Current TFORM142= '1I ' / data format of field: 2-byte INTEGER TZERO142= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL142= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT142= 'nA ' / physical unit of field TTYPE143= 'undocumented71' / Bit field not in ITOS database TFORM143= '1B ' / data format of field: BYTE TTYPE144= 'BHKLCBLK15DM3B' / Block 15, DM 3, Side B Leakage Current TFORM144= '1I ' / data format of field: 2-byte INTEGER TZERO144= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL144= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT144= 'nA ' / physical unit of field TTYPE145= 'undocumented72' / Bit field not in ITOS database TFORM145= '1B ' / data format of field: BYTE TTYPE146= 'BHKLCBLK15DM4A' / Block 15, DM 4, Side A Leakage Current TFORM146= '1I ' / data format of field: 2-byte INTEGER TZERO146= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL146= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT146= 'nA ' / physical unit of field TTYPE147= 'undocumented73' / Bit field not in ITOS database TFORM147= '1B ' / data format of field: BYTE TTYPE148= 'BHKLCBLK15DM4B' / Block 15, DM 4, Side B Leakage Current TFORM148= '1I ' / data format of field: 2-byte INTEGER TZERO148= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL148= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT148= 'nA ' / physical unit of field TTYPE149= 'undocumented74' / Bit field not in ITOS database TFORM149= '1B ' / data format of field: BYTE TTYPE150= 'BHKLCBLK15DM5A' / Block 15, DM 5, Side A Leakage Current TFORM150= '1I ' / data format of field: 2-byte INTEGER TZERO150= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL150= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT150= 'nA ' / physical unit of field TTYPE151= 'undocumented75' / Bit field not in ITOS database TFORM151= '1B ' / data format of field: BYTE TTYPE152= 'BHKLCBLK15DM5B' / Block 15, DM 5, Side B Leakage Current TFORM152= '1I ' / data format of field: 2-byte INTEGER TZERO152= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL152= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT152= 'nA ' / physical unit of field TTYPE153= 'undocumented76' / Bit field not in ITOS database TFORM153= '1B ' / data format of field: BYTE TTYPE154= 'BHKLCBLK15DM6A' / Block 15, DM 6, Side A Leakage Current TFORM154= '1I ' / data format of field: 2-byte INTEGER TZERO154= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL154= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT154= 'nA ' / physical unit of field TTYPE155= 'undocumented77' / Bit field not in ITOS database TFORM155= '1B ' / data format of field: BYTE TTYPE156= 'BHKLCBLK15DM6B' / Block 15, DM 6, Side B Leakage Current TFORM156= '1I ' / data format of field: 2-byte INTEGER TZERO156= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL156= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT156= 'nA ' / physical unit of field TTYPE157= 'undocumented78' / Bit field not in ITOS database TFORM157= '1B ' / data format of field: BYTE TTYPE158= 'BHKLCBLK15DM7A' / Block 15, DM 7, Side A Leakage Current TFORM158= '1I ' / data format of field: 2-byte INTEGER TZERO158= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL158= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT158= 'nA ' / physical unit of field TTYPE159= 'undocumented79' / Bit field not in ITOS database TFORM159= '1B ' / data format of field: BYTE TTYPE160= 'BHKLCBLK15DM7B' / Block 15, DM 7, Side B Leakage Current TFORM160= '1I ' / data format of field: 2-byte INTEGER TZERO160= 34281.31584 / data offset (32k shift B_HK_LC_CONV conversion)TSCAL160= 1.07963 / data scaling (B_HK_LC_CONV conversion) TUNIT160= 'nA ' / physical unit of field TTYPE161= 'undocumented80' / Bit field not in ITOS database TFORM161= '1B ' / data format of field: BYTE TTYPE162= 'BHKLCSPARE14' / Leakage Current Packets Spare Word 14 TFORM162= '1I ' / data format of field: 2-byte INTEGER TZERO162= 32768 / offset for unsigned integers EXTNAME = 'hk175x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699898.44542 TSTOP = 727706048.44538 DATE-OBS= '2024-01-23T10:51:33' DATE-END= '2024-01-23T12:34:03' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6149.99995994568 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 373 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:28' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'WfgCaef9ZefAaef9' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '1852357994' / data unit checksum updated 2024-02-02T06:06:28 TRDLO2 = -1097 / BHKLCBLK11DM0A Red lower limit = B_HK_B11D0A_LCTRDHI2 = 1300 / BHKLCBLK11DM0A Red upper limit = B_HK_B11D0A_LCTYELO2 = -1097 / BHKLCBLK11DM0A Yellow lower limit = B_HK_B11D0ATYEHI2 = 1000 / BHKLCBLK11DM0A Yellow upper limit = B_HK_B11D0ATRDLO4 = -1097 / BHKLCBLK11DM0B Red lower limit = B_HK_B11D0B_LCTRDHI4 = 1300 / BHKLCBLK11DM0B Red upper limit = B_HK_B11D0B_LCTYELO4 = -1097 / BHKLCBLK11DM0B Yellow lower limit = B_HK_B11D0BTYEHI4 = 1000 / BHKLCBLK11DM0B Yellow upper limit = B_HK_B11D0BTRDLO6 = -1097 / BHKLCBLK11DM1A Red lower limit = B_HK_B11D1A_LCTRDHI6 = 1300 / BHKLCBLK11DM1A Red upper limit = B_HK_B11D1A_LCTYELO6 = -1097 / BHKLCBLK11DM1A Yellow lower limit = B_HK_B11D1ATYEHI6 = 1000 / BHKLCBLK11DM1A Yellow upper limit = B_HK_B11D1ATRDLO8 = -1097 / BHKLCBLK11DM1B Red lower limit = B_HK_B11D1B_LCTRDHI8 = 1300 / BHKLCBLK11DM1B Red upper limit = B_HK_B11D1B_LCTYELO8 = -1097 / BHKLCBLK11DM1B Yellow lower limit = B_HK_B11D1BTYEHI8 = 1000 / BHKLCBLK11DM1B Yellow upper limit = B_HK_B11D1BTRDLO10 = -1097 / BHKLCBLK11DM2A Red lower limit = B_HK_B11D2A_LCTRDHI10 = 1300 / BHKLCBLK11DM2A Red upper limit = B_HK_B11D2A_LCTYELO10 = -1097 / BHKLCBLK11DM2A Yellow lower limit = B_HK_B11D2ATYEHI10 = 1000 / BHKLCBLK11DM2A Yellow upper limit = B_HK_B11D2ATRDLO12 = -1097 / BHKLCBLK11DM2B Red lower limit = B_HK_B11D2B_LCTRDHI12 = 1300 / BHKLCBLK11DM2B Red upper limit = B_HK_B11D2B_LCTYELO12 = -1097 / BHKLCBLK11DM2B Yellow lower limit = B_HK_B11D2BTYEHI12 = 1000 / BHKLCBLK11DM2B Yellow upper limit = B_HK_B11D2BTRDLO14 = -1097 / BHKLCBLK11DM3A Red lower limit = B_HK_B11D3A_LCTRDHI14 = 1300 / BHKLCBLK11DM3A Red upper limit = B_HK_B11D3A_LCTYELO14 = -1097 / BHKLCBLK11DM3A Yellow lower limit = B_HK_B11D3ATYEHI14 = 1000 / BHKLCBLK11DM3A Yellow upper limit = B_HK_B11D3ATRDLO16 = -1097 / BHKLCBLK11DM3B Red lower limit = B_HK_B11D3B_LCTRDHI16 = 1300 / BHKLCBLK11DM3B Red upper limit = B_HK_B11D3B_LCTYELO16 = -1097 / BHKLCBLK11DM3B Yellow lower limit = B_HK_B11D3BTYEHI16 = 1000 / BHKLCBLK11DM3B Yellow upper limit = B_HK_B11D3BTRDLO18 = -1097 / BHKLCBLK11DM4A Red lower limit = B_HK_B11D4A_LCTRDHI18 = 1300 / BHKLCBLK11DM4A Red upper limit = B_HK_B11D4A_LCTYELO18 = -1097 / BHKLCBLK11DM4A Yellow lower limit = B_HK_B11D4ATYEHI18 = 1000 / BHKLCBLK11DM4A Yellow upper limit = B_HK_B11D4ATRDLO20 = -1097 / BHKLCBLK11DM4B Red lower limit = B_HK_B11D4B_LCTRDHI20 = 1300 / BHKLCBLK11DM4B Red upper limit = B_HK_B11D4B_LCTYELO20 = -1097 / BHKLCBLK11DM4B Yellow lower limit = B_HK_B11D4BTYEHI20 = 1000 / BHKLCBLK11DM4B Yellow upper limit = B_HK_B11D4BTRDLO22 = -1097 / BHKLCBLK11DM5A Red lower limit = B_HK_B11D5A_LCTRDHI22 = 1300 / BHKLCBLK11DM5A Red upper limit = B_HK_B11D5A_LCTYELO22 = -1097 / BHKLCBLK11DM5A Yellow lower limit = B_HK_B11D5ATYEHI22 = 1000 / BHKLCBLK11DM5A Yellow upper limit = B_HK_B11D5ATRDLO24 = -1097 / BHKLCBLK11DM5B Red lower limit = B_HK_B11D5B_LCTRDHI24 = 1300 / BHKLCBLK11DM5B Red upper limit = B_HK_B11D5B_LCTYELO24 = -1097 / BHKLCBLK11DM5B Yellow lower limit = B_HK_B11D5BTYEHI24 = 1000 / BHKLCBLK11DM5B Yellow upper limit = B_HK_B11D5BTRDLO26 = -1097 / BHKLCBLK11DM6A Red lower limit = B_HK_B11D6A_LCTRDHI26 = 1300 / BHKLCBLK11DM6A Red upper limit = B_HK_B11D6A_LCTYELO26 = -1097 / BHKLCBLK11DM6A Yellow lower limit = B_HK_B11D6ATYEHI26 = 1000 / BHKLCBLK11DM6A Yellow upper limit = B_HK_B11D6ATRDLO28 = -1097 / BHKLCBLK11DM6B Red lower limit = B_HK_B11D6B_LCTRDHI28 = 1300 / BHKLCBLK11DM6B Red upper limit = B_HK_B11D6B_LCTYELO28 = -1097 / BHKLCBLK11DM6B Yellow lower limit = B_HK_B11D6BTYEHI28 = 1000 / BHKLCBLK11DM6B Yellow upper limit = B_HK_B11D6BTRDLO30 = -1097 / BHKLCBLK11DM7A Red lower limit = B_HK_B11D7A_LCTRDHI30 = 1300 / BHKLCBLK11DM7A Red upper limit = B_HK_B11D7A_LCTYELO30 = -1097 / BHKLCBLK11DM7A Yellow lower limit = B_HK_B11D7ATYEHI30 = 1000 / BHKLCBLK11DM7A Yellow upper limit = B_HK_B11D7ATRDLO32 = -1097 / BHKLCBLK11DM7B Red lower limit = B_HK_B11D7B_LCTRDHI32 = 1300 / BHKLCBLK11DM7B Red upper limit = B_HK_B11D7B_LCTYELO32 = -1097 / BHKLCBLK11DM7B Yellow lower limit = B_HK_B11D7BTYEHI32 = 1000 / BHKLCBLK11DM7B Yellow upper limit = B_HK_B11D7BTRDLO34 = -1097 / BHKLCBLK12DM0A Red lower limit = B_HK_B12D0A_LCTRDHI34 = 1300 / BHKLCBLK12DM0A Red upper limit = B_HK_B12D0A_LCTYELO34 = -1097 / BHKLCBLK12DM0A Yellow lower limit = B_HK_B12D0ATYEHI34 = 1000 / BHKLCBLK12DM0A Yellow upper limit = B_HK_B12D0ATRDLO36 = -1097 / BHKLCBLK12DM0B Red lower limit = B_HK_B12D0B_LCTRDHI36 = 1300 / BHKLCBLK12DM0B Red upper limit = B_HK_B12D0B_LCTYELO36 = -1097 / BHKLCBLK12DM0B Yellow lower limit = B_HK_B12D0BTYEHI36 = 1000 / BHKLCBLK12DM0B Yellow upper limit = B_HK_B12D0BTRDLO38 = -1097 / BHKLCBLK12DM1A Red lower limit = B_HK_B12D1A_LCTRDHI38 = 1300 / BHKLCBLK12DM1A Red upper limit = B_HK_B12D1A_LCTYELO38 = -1097 / BHKLCBLK12DM1A Yellow lower limit = B_HK_B12D1ATYEHI38 = 1000 / BHKLCBLK12DM1A Yellow upper limit = B_HK_B12D1ATRDLO40 = -1097 / BHKLCBLK12DM1B Red lower limit = B_HK_B12D1B_LCTRDHI40 = 1300 / BHKLCBLK12DM1B Red upper limit = B_HK_B12D1B_LCTYELO40 = -1097 / BHKLCBLK12DM1B Yellow lower limit = B_HK_B12D1BTYEHI40 = 1000 / BHKLCBLK12DM1B Yellow upper limit = B_HK_B12D1BTRDLO42 = -1097 / BHKLCBLK12DM2A Red lower limit = B_HK_B12D2A_LCTRDHI42 = 1300 / BHKLCBLK12DM2A Red upper limit = B_HK_B12D2A_LCTYELO42 = -1097 / BHKLCBLK12DM2A Yellow lower limit = B_HK_B12D2ATYEHI42 = 1000 / BHKLCBLK12DM2A Yellow upper limit = B_HK_B12D2ATRDLO44 = -1097 / BHKLCBLK12DM2B Red lower limit = B_HK_B12D2B_LCTRDHI44 = 1300 / BHKLCBLK12DM2B Red upper limit = B_HK_B12D2B_LCTYELO44 = -1097 / BHKLCBLK12DM2B Yellow lower limit = B_HK_B12D2BTYEHI44 = 1000 / BHKLCBLK12DM2B Yellow upper limit = B_HK_B12D2BTRDLO46 = -1097 / BHKLCBLK12DM3A Red lower limit = B_HK_B12D3A_LCTRDHI46 = 1300 / BHKLCBLK12DM3A Red upper limit = B_HK_B12D3A_LCTYELO46 = -1097 / BHKLCBLK12DM3A Yellow lower limit = B_HK_B12D3ATYEHI46 = 1000 / BHKLCBLK12DM3A Yellow upper limit = B_HK_B12D3ATRDLO48 = -1097 / BHKLCBLK12DM3B Red lower limit = B_HK_B12D3B_LCTRDHI48 = 1300 / BHKLCBLK12DM3B Red upper limit = B_HK_B12D3B_LCTYELO48 = -1097 / BHKLCBLK12DM3B Yellow lower limit = B_HK_B12D3BTYEHI48 = 1000 / BHKLCBLK12DM3B Yellow upper limit = B_HK_B12D3BTRDLO50 = -1097 / BHKLCBLK12DM4A Red lower limit = B_HK_B12D4A_LCTRDHI50 = 1300 / BHKLCBLK12DM4A Red upper limit = B_HK_B12D4A_LCTYELO50 = -1097 / BHKLCBLK12DM4A Yellow lower limit = B_HK_B12D4ATYEHI50 = 1000 / BHKLCBLK12DM4A Yellow upper limit = B_HK_B12D4ATRDLO52 = -1097 / BHKLCBLK12DM4B Red lower limit = B_HK_B12D4B_LCTRDHI52 = 1300 / BHKLCBLK12DM4B Red upper limit = B_HK_B12D4B_LCTYELO52 = -1097 / BHKLCBLK12DM4B Yellow lower limit = B_HK_B12D4BTYEHI52 = 1000 / BHKLCBLK12DM4B Yellow upper limit = B_HK_B12D4BTRDLO54 = -1097 / BHKLCBLK12DM5A Red lower limit = B_HK_B12D5A_LCTRDHI54 = 1300 / BHKLCBLK12DM5A Red upper limit = B_HK_B12D5A_LCTYELO54 = -1097 / BHKLCBLK12DM5A Yellow lower limit = B_HK_B12D5ATYEHI54 = 1000 / BHKLCBLK12DM5A Yellow upper limit = B_HK_B12D5ATRDLO56 = -1097 / BHKLCBLK12DM5B Red lower limit = B_HK_B12D5B_LCTRDHI56 = 1300 / BHKLCBLK12DM5B Red upper limit = B_HK_B12D5B_LCTYELO56 = -1097 / BHKLCBLK12DM5B Yellow lower limit = B_HK_B12D5BTYEHI56 = 1000 / BHKLCBLK12DM5B Yellow upper limit = B_HK_B12D5BTRDLO58 = -1097 / BHKLCBLK12DM6A Red lower limit = B_HK_B12D6A_LCTRDHI58 = 1300 / BHKLCBLK12DM6A Red upper limit = B_HK_B12D6A_LCTYELO58 = -1097 / BHKLCBLK12DM6A Yellow lower limit = B_HK_B12D6ATYEHI58 = 1000 / BHKLCBLK12DM6A Yellow upper limit = B_HK_B12D6ATRDLO60 = -1097 / BHKLCBLK12DM6B Red lower limit = B_HK_B12D6B_LCTRDHI60 = 1300 / BHKLCBLK12DM6B Red upper limit = B_HK_B12D6B_LCTYELO60 = -1097 / BHKLCBLK12DM6B Yellow lower limit = B_HK_B12D6BTYEHI60 = 1000 / BHKLCBLK12DM6B Yellow upper limit = B_HK_B12D6BTRDLO62 = -1097 / BHKLCBLK12DM7A Red lower limit = B_HK_B12D7A_LCTRDHI62 = 1300 / BHKLCBLK12DM7A Red upper limit = B_HK_B12D7A_LCTYELO62 = -1097 / BHKLCBLK12DM7A Yellow lower limit = B_HK_B12D7ATYEHI62 = 1000 / BHKLCBLK12DM7A Yellow upper limit = B_HK_B12D7ATRDLO64 = -1097 / BHKLCBLK12DM7B Red lower limit = B_HK_B12D7B_LCTRDHI64 = 1300 / BHKLCBLK12DM7B Red upper limit = B_HK_B12D7B_LCTYELO64 = -1097 / BHKLCBLK12DM7B Yellow lower limit = B_HK_B12D7BTYEHI64 = 1000 / BHKLCBLK12DM7B Yellow upper limit = B_HK_B12D7BTRDLO66 = -1097 / BHKLCBLK13DM0A Red lower limit = B_HK_B13D0A_LCTRDHI66 = 1300 / BHKLCBLK13DM0A Red upper limit = B_HK_B13D0A_LCTYELO66 = -1097 / BHKLCBLK13DM0A Yellow lower limit = B_HK_B13D0ATYEHI66 = 1000 / BHKLCBLK13DM0A Yellow upper limit = B_HK_B13D0ATRDLO68 = -1097 / BHKLCBLK13DM0B Red lower limit = B_HK_B13D0B_LCTRDHI68 = 1300 / BHKLCBLK13DM0B Red upper limit = B_HK_B13D0B_LCTYELO68 = -1097 / BHKLCBLK13DM0B Yellow lower limit = B_HK_B13D0BTYEHI68 = 1000 / BHKLCBLK13DM0B Yellow upper limit = B_HK_B13D0BTRDLO70 = -1097 / BHKLCBLK13DM1A Red lower limit = B_HK_B13D1A_LCTRDHI70 = 1300 / BHKLCBLK13DM1A Red upper limit = B_HK_B13D1A_LCTYELO70 = -1097 / BHKLCBLK13DM1A Yellow lower limit = B_HK_B13D1ATYEHI70 = 1000 / BHKLCBLK13DM1A Yellow upper limit = B_HK_B13D1ATRDLO72 = -1097 / BHKLCBLK13DM1B Red lower limit = B_HK_B13D1B_LCTRDHI72 = 1300 / BHKLCBLK13DM1B Red upper limit = B_HK_B13D1B_LCTYELO72 = -1097 / BHKLCBLK13DM1B Yellow lower limit = B_HK_B13D1BTYEHI72 = 1000 / BHKLCBLK13DM1B Yellow upper limit = B_HK_B13D1BTRDLO74 = -1097 / BHKLCBLK13DM2A Red lower limit = B_HK_B13D2A_LCTRDHI74 = 1300 / BHKLCBLK13DM2A Red upper limit = B_HK_B13D2A_LCTYELO74 = -1097 / BHKLCBLK13DM2A Yellow lower limit = B_HK_B13D2ATYEHI74 = 1000 / BHKLCBLK13DM2A Yellow upper limit = B_HK_B13D2ATRDLO76 = -1097 / BHKLCBLK13DM2B Red lower limit = B_HK_B13D2B_LCTRDHI76 = 1300 / BHKLCBLK13DM2B Red upper limit = B_HK_B13D2B_LCTYELO76 = -1097 / BHKLCBLK13DM2B Yellow lower limit = B_HK_B13D2BTYEHI76 = 1000 / BHKLCBLK13DM2B Yellow upper limit = B_HK_B13D2BTRDLO78 = -1097 / BHKLCBLK13DM3A Red lower limit = B_HK_B13D3A_LCTRDHI78 = 1300 / BHKLCBLK13DM3A Red upper limit = B_HK_B13D3A_LCTYELO78 = -1097 / BHKLCBLK13DM3A Yellow lower limit = B_HK_B13D3ATYEHI78 = 1000 / BHKLCBLK13DM3A Yellow upper limit = B_HK_B13D3ATRDLO80 = -1097 / BHKLCBLK13DM3B Red lower limit = B_HK_B13D3B_LCTRDHI80 = 1300 / BHKLCBLK13DM3B Red upper limit = B_HK_B13D3B_LCTYELO80 = -1097 / BHKLCBLK13DM3B Yellow lower limit = B_HK_B13D3BTYEHI80 = 1000 / BHKLCBLK13DM3B Yellow upper limit = B_HK_B13D3BTRDLO82 = -1097 / BHKLCBLK13DM4A Red lower limit = B_HK_B13D4A_LCTRDHI82 = 1300 / BHKLCBLK13DM4A Red upper limit = B_HK_B13D4A_LCTYELO82 = -1097 / BHKLCBLK13DM4A Yellow lower limit = B_HK_B13D4ATYEHI82 = 1000 / BHKLCBLK13DM4A Yellow upper limit = B_HK_B13D4ATRDLO84 = -1097 / BHKLCBLK13DM4B Red lower limit = B_HK_B13D4B_LCTRDHI84 = 1300 / BHKLCBLK13DM4B Red upper limit = B_HK_B13D4B_LCTYELO84 = -1097 / BHKLCBLK13DM4B Yellow lower limit = B_HK_B13D4BTYEHI84 = 1000 / BHKLCBLK13DM4B Yellow upper limit = B_HK_B13D4BTRDLO86 = -1097 / BHKLCBLK13DM5A Red lower limit = B_HK_B13D5A_LCTRDHI86 = 1300 / BHKLCBLK13DM5A Red upper limit = B_HK_B13D5A_LCTYELO86 = -1097 / BHKLCBLK13DM5A Yellow lower limit = B_HK_B13D5ATYEHI86 = 1000 / BHKLCBLK13DM5A Yellow upper limit = B_HK_B13D5ATRDLO88 = -1097 / BHKLCBLK13DM5B Red lower limit = B_HK_B13D5B_LCTRDHI88 = 1300 / BHKLCBLK13DM5B Red upper limit = B_HK_B13D5B_LCTYELO88 = -1097 / BHKLCBLK13DM5B Yellow lower limit = B_HK_B13D5BTYEHI88 = 1000 / BHKLCBLK13DM5B Yellow upper limit = B_HK_B13D5BTRDLO90 = -1097 / BHKLCBLK13DM6A Red lower limit = B_HK_B13D6A_LCTRDHI90 = 1300 / BHKLCBLK13DM6A Red upper limit = B_HK_B13D6A_LCTYELO90 = -1097 / BHKLCBLK13DM6A Yellow lower limit = B_HK_B13D6ATYEHI90 = 1000 / BHKLCBLK13DM6A Yellow upper limit = B_HK_B13D6ATRDLO92 = -1097 / BHKLCBLK13DM6B Red lower limit = B_HK_B13D6B_LCTRDHI92 = 1300 / BHKLCBLK13DM6B Red upper limit = B_HK_B13D6B_LCTYELO92 = -1097 / BHKLCBLK13DM6B Yellow lower limit = B_HK_B13D6BTYEHI92 = 1000 / BHKLCBLK13DM6B Yellow upper limit = B_HK_B13D6BTRDLO94 = -1097 / BHKLCBLK13DM7A Red lower limit = B_HK_B13D7A_LCTRDHI94 = 1300 / BHKLCBLK13DM7A Red upper limit = B_HK_B13D7A_LCTYELO94 = -1097 / BHKLCBLK13DM7A Yellow lower limit = B_HK_B13D7ATYEHI94 = 1000 / BHKLCBLK13DM7A Yellow upper limit = B_HK_B13D7ATRDLO96 = -1097 / BHKLCBLK13DM7B Red lower limit = B_HK_B13D7B_LCTRDHI96 = 1300 / BHKLCBLK13DM7B Red upper limit = B_HK_B13D7B_LCTYELO96 = -1097 / BHKLCBLK13DM7B Yellow lower limit = B_HK_B13D7BTYEHI96 = 1000 / BHKLCBLK13DM7B Yellow upper limit = B_HK_B13D7BTRDLO98 = -1097 / BHKLCBLK14DM0A Red lower limit = B_HK_B14D0A_LCTRDHI98 = 1300 / BHKLCBLK14DM0A Red upper limit = B_HK_B14D0A_LCTYELO98 = -1097 / BHKLCBLK14DM0A Yellow lower limit = B_HK_B14D0ATYEHI98 = 1000 / BHKLCBLK14DM0A Yellow upper limit = B_HK_B14D0ATRDLO100= -1097 / BHKLCBLK14DM0B Red lower limit = B_HK_B14D0B_LCTRDHI100= 1300 / BHKLCBLK14DM0B Red upper limit = B_HK_B14D0B_LCTYELO100= -1097 / BHKLCBLK14DM0B Yellow lower limit = B_HK_B14D0BTYEHI100= 1000 / BHKLCBLK14DM0B Yellow upper limit = B_HK_B14D0BTRDLO102= -1097 / BHKLCBLK14DM1A Red lower limit = B_HK_B14D1A_LCTRDHI102= 1300 / BHKLCBLK14DM1A Red upper limit = B_HK_B14D1A_LCTYELO102= -1097 / BHKLCBLK14DM1A Yellow lower limit = B_HK_B14D1ATYEHI102= 1000 / BHKLCBLK14DM1A Yellow upper limit = B_HK_B14D1ATRDLO104= -1097 / BHKLCBLK14DM1B Red lower limit = B_HK_B14D1B_LCTRDHI104= 1300 / BHKLCBLK14DM1B Red upper limit = B_HK_B14D1B_LCTYELO104= -1097 / BHKLCBLK14DM1B Yellow lower limit = B_HK_B14D1BTYEHI104= 1000 / BHKLCBLK14DM1B Yellow upper limit = B_HK_B14D1BTRDLO106= -1097 / BHKLCBLK14DM2A Red lower limit = B_HK_B14D2A_LCTRDHI106= 1300 / BHKLCBLK14DM2A Red upper limit = B_HK_B14D2A_LCTYELO106= -1097 / BHKLCBLK14DM2A Yellow lower limit = B_HK_B14D2ATYEHI106= 1000 / BHKLCBLK14DM2A Yellow upper limit = B_HK_B14D2ATRDLO108= -1097 / BHKLCBLK14DM2B Red lower limit = B_HK_B14D2B_LCTRDHI108= 1300 / BHKLCBLK14DM2B Red upper limit = B_HK_B14D2B_LCTYELO108= -1097 / BHKLCBLK14DM2B Yellow lower limit = B_HK_B14D2BTYEHI108= 1000 / BHKLCBLK14DM2B Yellow upper limit = B_HK_B14D2BTRDLO110= -1097 / BHKLCBLK14DM3A Red lower limit = B_HK_B14D3A_LCTRDHI110= 1300 / BHKLCBLK14DM3A Red upper limit = B_HK_B14D3A_LCTYELO110= -1097 / BHKLCBLK14DM3A Yellow lower limit = B_HK_B14D3ATYEHI110= 1000 / BHKLCBLK14DM3A Yellow upper limit = B_HK_B14D3ATRDLO112= -1097 / BHKLCBLK14DM3B Red lower limit = B_HK_B14D3B_LCTRDHI112= 1300 / BHKLCBLK14DM3B Red upper limit = B_HK_B14D3B_LCTYELO112= -1097 / BHKLCBLK14DM3B Yellow lower limit = B_HK_B14D3BTYEHI112= 1000 / BHKLCBLK14DM3B Yellow upper limit = B_HK_B14D3BTRDLO114= -1097 / BHKLCBLK14DM4A Red lower limit = B_HK_B14D4A_LCTRDHI114= 1300 / BHKLCBLK14DM4A Red upper limit = B_HK_B14D4A_LCTYELO114= -1097 / BHKLCBLK14DM4A Yellow lower limit = B_HK_B14D4ATYEHI114= 1000 / BHKLCBLK14DM4A Yellow upper limit = B_HK_B14D4ATRDLO116= -1097 / BHKLCBLK14DM4B Red lower limit = B_HK_B14D4B_LCTRDHI116= 1300 / BHKLCBLK14DM4B Red upper limit = B_HK_B14D4B_LCTYELO116= -1097 / BHKLCBLK14DM4B Yellow lower limit = B_HK_B14D4BTYEHI116= 1000 / BHKLCBLK14DM4B Yellow upper limit = B_HK_B14D4BTRDLO118= -1097 / BHKLCBLK14DM5A Red lower limit = B_HK_B14D5A_LCTRDHI118= 1300 / BHKLCBLK14DM5A Red upper limit = B_HK_B14D5A_LCTYELO118= -1097 / BHKLCBLK14DM5A Yellow lower limit = B_HK_B14D5ATYEHI118= 1000 / BHKLCBLK14DM5A Yellow upper limit = B_HK_B14D5ATRDLO120= -1097 / BHKLCBLK14DM5B Red lower limit = B_HK_B14D5B_LCTRDHI120= 1300 / BHKLCBLK14DM5B Red upper limit = B_HK_B14D5B_LCTYELO120= -1097 / BHKLCBLK14DM5B Yellow lower limit = B_HK_B14D5BTYEHI120= 1000 / BHKLCBLK14DM5B Yellow upper limit = B_HK_B14D5BTRDLO122= -1097 / BHKLCBLK14DM6A Red lower limit = B_HK_B14D6A_LCTRDHI122= 1300 / BHKLCBLK14DM6A Red upper limit = B_HK_B14D6A_LCTYELO122= -1097 / BHKLCBLK14DM6A Yellow lower limit = B_HK_B14D6ATYEHI122= 1000 / BHKLCBLK14DM6A Yellow upper limit = B_HK_B14D6ATRDLO124= -1097 / BHKLCBLK14DM6B Red lower limit = B_HK_B14D6B_LCTRDHI124= 1300 / BHKLCBLK14DM6B Red upper limit = B_HK_B14D6B_LCTYELO124= -1097 / BHKLCBLK14DM6B Yellow lower limit = B_HK_B14D6BTYEHI124= 1000 / BHKLCBLK14DM6B Yellow upper limit = B_HK_B14D6BTRDLO126= -1097 / BHKLCBLK14DM7A Red lower limit = B_HK_B14D7A_LCTRDHI126= 1300 / BHKLCBLK14DM7A Red upper limit = B_HK_B14D7A_LCTYELO126= -1097 / BHKLCBLK14DM7A Yellow lower limit = B_HK_B14D7ATYEHI126= 1000 / BHKLCBLK14DM7A Yellow upper limit = B_HK_B14D7ATRDLO128= -1097 / BHKLCBLK14DM7B Red lower limit = B_HK_B14D7B_LCTRDHI128= 1300 / BHKLCBLK14DM7B Red upper limit = B_HK_B14D7B_LCTYELO128= -1097 / BHKLCBLK14DM7B Yellow lower limit = B_HK_B14D7BTYEHI128= 1000 / BHKLCBLK14DM7B Yellow upper limit = B_HK_B14D7BTRDLO130= -1097 / BHKLCBLK15DM0A Red lower limit = B_HK_B15D0A_LCTRDHI130= 1300 / BHKLCBLK15DM0A Red upper limit = B_HK_B15D0A_LCTYELO130= -1097 / BHKLCBLK15DM0A Yellow lower limit = B_HK_B15D0ATYEHI130= 1000 / BHKLCBLK15DM0A Yellow upper limit = B_HK_B15D0ATRDLO132= -1097 / BHKLCBLK15DM0B Red lower limit = B_HK_B15D0B_LCTRDHI132= 1300 / BHKLCBLK15DM0B Red upper limit = B_HK_B15D0B_LCTYELO132= -1097 / BHKLCBLK15DM0B Yellow lower limit = B_HK_B15D0BTYEHI132= 1000 / BHKLCBLK15DM0B Yellow upper limit = B_HK_B15D0BTRDLO134= -1097 / BHKLCBLK15DM1A Red lower limit = B_HK_B15D1A_LCTRDHI134= 1300 / BHKLCBLK15DM1A Red upper limit = B_HK_B15D1A_LCTYELO134= -1097 / BHKLCBLK15DM1A Yellow lower limit = B_HK_B15D1ATYEHI134= 1000 / BHKLCBLK15DM1A Yellow upper limit = B_HK_B15D1ATRDLO136= -1097 / BHKLCBLK15DM1B Red lower limit = B_HK_B15D1B_LCTRDHI136= 1300 / BHKLCBLK15DM1B Red upper limit = B_HK_B15D1B_LCTYELO136= -1097 / BHKLCBLK15DM1B Yellow lower limit = B_HK_B15D1BTYEHI136= 1000 / BHKLCBLK15DM1B Yellow upper limit = B_HK_B15D1BTRDLO138= -1097 / BHKLCBLK15DM2A Red lower limit = B_HK_B15D2A_LCTRDHI138= 1300 / BHKLCBLK15DM2A Red upper limit = B_HK_B15D2A_LCTYELO138= -1097 / BHKLCBLK15DM2A Yellow lower limit = B_HK_B15D2ATYEHI138= 1000 / BHKLCBLK15DM2A Yellow upper limit = B_HK_B15D2ATRDLO140= -1097 / BHKLCBLK15DM2B Red lower limit = B_HK_B15D2B_LCTRDHI140= 1300 / BHKLCBLK15DM2B Red upper limit = B_HK_B15D2B_LCTYELO140= -1097 / BHKLCBLK15DM2B Yellow lower limit = B_HK_B15D2BTYEHI140= 1000 / BHKLCBLK15DM2B Yellow upper limit = B_HK_B15D2BTRDLO142= -1097 / BHKLCBLK15DM3A Red lower limit = B_HK_B15D3A_LCTRDHI142= 1300 / BHKLCBLK15DM3A Red upper limit = B_HK_B15D3A_LCTYELO142= -1097 / BHKLCBLK15DM3A Yellow lower limit = B_HK_B15D3ATYEHI142= 1000 / BHKLCBLK15DM3A Yellow upper limit = B_HK_B15D3ATRDLO144= -1097 / BHKLCBLK15DM3B Red lower limit = B_HK_B15D3B_LCTRDHI144= 1300 / BHKLCBLK15DM3B Red upper limit = B_HK_B15D3B_LCTYELO144= -1097 / BHKLCBLK15DM3B Yellow lower limit = B_HK_B15D3BTYEHI144= 1000 / BHKLCBLK15DM3B Yellow upper limit = B_HK_B15D3BTRDLO146= -1097 / BHKLCBLK15DM4A Red lower limit = B_HK_B15D4A_LCTRDHI146= 1300 / BHKLCBLK15DM4A Red upper limit = B_HK_B15D4A_LCTYELO146= -1097 / BHKLCBLK15DM4A Yellow lower limit = B_HK_B15D4ATYEHI146= 1000 / BHKLCBLK15DM4A Yellow upper limit = B_HK_B15D4ATRDLO148= -1097 / BHKLCBLK15DM4B Red lower limit = B_HK_B15D4B_LCTRDHI148= 1300 / BHKLCBLK15DM4B Red upper limit = B_HK_B15D4B_LCTYELO148= -1097 / BHKLCBLK15DM4B Yellow lower limit = B_HK_B15D4BTYEHI148= 1000 / BHKLCBLK15DM4B Yellow upper limit = B_HK_B15D4BTRDLO150= -1097 / BHKLCBLK15DM5A Red lower limit = B_HK_B15D5A_LCTRDHI150= 1300 / BHKLCBLK15DM5A Red upper limit = B_HK_B15D5A_LCTYELO150= -1097 / BHKLCBLK15DM5A Yellow lower limit = B_HK_B15D5ATYEHI150= 1000 / BHKLCBLK15DM5A Yellow upper limit = B_HK_B15D5ATRDLO152= -1097 / BHKLCBLK15DM5B Red lower limit = B_HK_B15D5B_LCTRDHI152= 1300 / BHKLCBLK15DM5B Red upper limit = B_HK_B15D5B_LCTYELO152= -1097 / BHKLCBLK15DM5B Yellow lower limit = B_HK_B15D5BTYEHI152= 1000 / BHKLCBLK15DM5B Yellow upper limit = B_HK_B15D5BTRDLO154= -1097 / BHKLCBLK15DM6A Red lower limit = B_HK_B15D6A_LCTRDHI154= 1300 / BHKLCBLK15DM6A Red upper limit = B_HK_B15D6A_LCTYELO154= -1097 / BHKLCBLK15DM6A Yellow lower limit = B_HK_B15D6ATYEHI154= 1000 / BHKLCBLK15DM6A Yellow upper limit = B_HK_B15D6ATRDLO156= -1097 / BHKLCBLK15DM6B Red lower limit = B_HK_B15D6B_LCTRDHI156= 1300 / BHKLCBLK15DM6B Red upper limit = B_HK_B15D6B_LCTYELO156= -1097 / BHKLCBLK15DM6B Yellow lower limit = B_HK_B15D6BTYEHI156= 1000 / BHKLCBLK15DM6B Yellow upper limit = B_HK_B15D6BTRDLO158= -1097 / BHKLCBLK15DM7A Red lower limit = B_HK_B15D7A_LCTRDHI158= 1300 / BHKLCBLK15DM7A Red upper limit = B_HK_B15D7A_LCTYELO158= -1097 / BHKLCBLK15DM7A Yellow lower limit = B_HK_B15D7ATYEHI158= 1000 / BHKLCBLK15DM7A Yellow upper limit = B_HK_B15D7ATRDLO160= -1097 / BHKLCBLK15DM7B Red lower limit = B_HK_B15D7B_LCTRDHI160= 1300 / BHKLCBLK15DM7B Red upper limit = B_HK_B15D7B_LCTYELO160= -1097 / BHKLCBLK15DM7B Yellow lower limit = B_HK_B15D7BTYEHI160= 1000 / BHKLCBLK15DM7B Yellow upper limit = B_HK_B15D7BHISTORY TASK: FAPPND on FILENAME: sw01210276000b175x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:31 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aů9a  Y D v  /   n G 9 +  T R 7 f B  / > G ; 6 r L +  & 5  g D O B ^ N D & qAů8c  Y J w  .   o E 9 + F P 7 t D ! . | @ R ; 7 s J )  2 5  f F O Z \ L C - vAů9ޅb  Y F x  /   m E 9 *  F Q 4 C  0 @ V ; 7 s I +  4 5  f G Q P ] O J , ͰAů 8b  V : v  /   n L 8 * ) Q 2 y P / A A : 7 s H (  + 5  g G Q  \ S G / )Aů8c  W C w  .   o D 9 + ] P 3 m ]  0 A I < 6 s F *   5  g I P  _ R A 2 Aů(9b  V P w  .   n E 8 * \ P 3 f  / C G : 4 s I +  1 4 g H Q 2 ^ P K 5 ͭAů78Å`  X D s  /   n Q 9 + R 5 p ^ 0 D N = 5 q H *  - 4  g I R W _ O G - AůF8b  W J s  .   m O 9 * U P 4 -  1 C ? : 4 r F )  : 4  g H Q N ^ P G 5 QAůU9b  W N v  /   n R 9 *  E R 5 } g / D G 9 4 r F )  . 4  f H T & ] K D + UAůd8bb  Z M v  /   o X 9 * ; Q 3 6 ! . E > 9 4 r H (  * 4  f H Q  ^ K B ( TAůs8a  Z G w  /   m Q 9 * B P 4 } ` 0 @ @ : 5 s H '  , 5  } f F R Y ` H ? . ˮAů9ޅa  ^ B x  /   n j 9 * ] Q 4 w b " / A @ : 7 r G (  ) 4  f ~ F S O ] K A / ˸Aů9a  Z E v  /   o D 9 * 7 R 5 v J  / A P : 5 r G )  , 5 f G S  ^ M = ' 4  f E R O ] P D . sAů9ޅa  Y G y  .   o B 9 * Y R 4 Q  . q ? D ; 4 q D %  3 4  f  F S  ] P = 2 IAů9Յa  X H x  .   o > 9 ) ; Q 4 | 3  . i B R : 4 r K &  ( 4  f F Q # \ P G ( JAů9.b  Y F x  /   o R 9 * B P 6 n L  / f B B ; 5 q I '  7 5  f F Q V \ S @ ' ͅAů9a  Y E v  .   q N 9 * F Q 5 y h  . d A U < 7 r G %  5 5  f ~ H T M Y N F ' Aů8`  V 9 w  /   q 9 : * U Q 3 w g  / b A L : 6 r I $  ) 4  f ~ G S  Z U ? + Aů9.`  V D v  .   q _ 9 * K Q 3 m g  - ^ @ O < 6 r I %  = 5  e ~ F T  Z O K , Aů 8 a  V A s  .   r F 9 * [ Q 2 w b  / Y > c > 5 q I %  2 4 f  F P X L > ) ́Aů8 a  X G v  .   r @ 9 * 0 M 4 l '  - X < R = 6 q H &  $ 4  e  E Q U Y L K ' !Aů'9._  X H t  .   r A 8 * 8 Q 2 w -  , V > T < 5 q H %  7 4 e ~ E Q O Y M A + ̙Aů68b  Y C r  -   n J 8 ) 1 O 2 s 1  , Q = Y = 5 q I &  $ 4 e ~ E R K X O E ' rAůE8 a  [ E u  -   o ^ 8 ) g O 3 { -  - S < I = 4 q  G %  7 3 e E R  W M ? ) ΠAůT9`  X G s  .   n F 8 ) T O 1 s :  . O @ A @ 4 q H )  % 3 d C P J Z K H % Aůc8b`  W @ t  -   o I 7 ) L N 3 d 6  + N ? G B 3 o  H &  ? 3 d ~ E Q P X M J + CAůr8`  V @ r  ,   m 8 7 ( H N 4 g 0  , K @ D @ 4 n  E #   3  d ~ E Q G Z K F $ ɖAů8P`  V E q  -   m X 7 ) 7 O 0 l :  - I ? = A 4 o  H #  ; 3  d | C P  Z J G # Aů8ba  W G p  -   l A 7 ( W O 1 h 6  + B = ? @ 4 o  E "  4 3  c } C P  Z I C # lAů8_  Y H q  ,   m Q 7 ( A M / g A  + B > @ C 1 o  C &  % 3  c } C O  X G I XAů8_  V K o  ,   m S 8 ( 2 N 1 X '  ) B > : C 2 o  E #  ' 3  c  A O W W D F $ ]Aů8^  V C n  ,   l F 6 ( @ N 0 [ E  & > 9 = C 3 n  E $  + 2 c ~ @ M L U I E # Aů8b^  X A p  ,  l 6 6 ' C N 1 U -  ( > 9 = F 2 m  F #  + 2  b } A M  V G A ) ςAů8]  V H n  ,   j b 6 ' \ L / e D  ( ; 9 L B 0 m  E #  9 2 b } ? L " U H A # \Aů8b^  T N o  +   k T 6 & 3 L . l e  ( 7 < 8 E 1 m  C !  2 2 a | @ N U V F : " Aů9Յ\  U E j  +  j H 5 & G M . i 7  ' 6 ; O A / l  C !  # 1 a | ? P N S F B # bAů8]  W M k  +  i R 5 % X L . g Z  ( 4 9 8 B - k  A   4 1  a | ? O  U C A " ΎAů8b\  U A m  +   i F 4 % / J . ` A  * 5 7 F B / k  B   9 1  ` { ? K R T E B  4Aů&9Յ[ U E l  +  g e 3 % C J - Y ]  * 2 6 ; B , k  @  ' 1  ` ~ < M F T H B # ːAů58[  T A k  *   i T 4 %  K * i 4  ' . 6 = @ + j  @   7 0  ` | = M  S L ?  AůD8\  S M k  *  h 9 4 $ O K + ` <  ' 0 6 1 A + j  C   7 0  _ } > M S S H @  JAůS9&[  R H i  *  h @ 2 $ a J ) b /  ' + 7 F @ - i  B   ( 0  ^ { > M F S H C DAůb8[  S L j  *  h @ 3 # 8 K + ^ 6  % 0 8 = < , i  >   , 0  ^ z > M  R L 6  ~Aůq9>Z R G j  )  h K 2 # @ J ( l 1  % / 6 C ; + h  ?   - /  ] { ? L M Q M /  Aů8ÅZ  S P h  )   f F 2 # O H ( ] 5  $ + 7 8 < ) h  =    /  ] z ? J A P I 7  Aů9.Z R H h  (   e C 1 " B G & b 3  # - 5 J < * h  <    /  \ x > K  N G 2  ˈAů8 Y O G h  (  e N 1 "  I ( n ,  % - 0  ; < * g  :    = .  \ y < I  R F 6  Aů9.Y N K h  )   e F 1 ! G H % _ 0  $ + 1  , < ) g  <   1 .  \ x > I L O E 1  ͏Aů8Y Q I i  (   g Z 1 ! I I % f 6  ! ( 0 4 < ) f  ;   + .  [ x = I A M F 0  Aů9ޅZ O H j  (   f ? 2 " W H % b (  $ ' 0 8 < ) e  8    $ -  Z v = I  M G 5  >Aů8X N A h  (   e T 1 ! ( E $ a .  # ) 1 ; 9 ) f  9    -  [ u = K  M J 3  /Aů9ՅY P B i  (   d \ 0 . G # ` '  ! ' 3 @ 9 * e  7   ' .  Z x ; J O N D :  Aů8Y P S i  '   e O 0 ! % F # c S  ! & 3 : 8 ( d  :    - [ u < K F Q C 7  ˞Aů9.Y Q F f  &   d S / !  E $ e B  $ ' 4  / 9 ) f  9   ; -  Z t 9 J ? N ? :  Aů8Y O E j  &   d ; / ! 2 E % d 9  ! ( 5 / 8 ) f  8    7 - Y v 8 I  O > 5  AAů%9Y N H j  &   c T /  D % ~ >  ! % 3 5 6 ) e  8   ~ . -  Z u : K  Q F 3  Aů49.X O E i  '   e 9 / K E & j (   & 2 < 9 ) d  8   ~ % , Z t 9 K  N E 7  ͉AůC8 X L J j  &   d 6 / ! Q F % p .   % 2 2 8 ( c  :    ! , Y u : I  K F <  ϺAůR9BpX M F i  &   c 6 . T F ! 5  " # 3 . 6 ( c  6   } # , Y t : J  M B 7  Aůa8YW M I j  &   c 6 /  F # m +  " % 2 , 7 ( d  6   } ( , Y u 9 I J O E 6  Aůp8X N C j  &   c F / 9 G % p 4  # $ 2 + : ' d  7   z . ,  Y t 8 H B N E 3  Aů8Y N J i  &   c 9 / P H # l \  ! # - < 9 % c  6   } ( , Y r 6 I ? M E 3  *Aů8bY O Q k  &   b < /  " G " j N  ! $ - & 8 & d  6   z " ,  Y r 6 I  N C 5 ͌Aů9.Y P D i  &   c I . + G " Y )  ! & - ' 9 % d  6   z % +  X r 6 I E N G 1 dAů8PY P F j  %  c W . 3 F $ \ <  ! ' - < 8 % c  6   + + X s 5 H ; M @ 3  lAů9Y P ; j  &  d \ .  F G ! s   ! + . ) 7 & b  5   0 ,  X s 5 I  M ? 2  ʽAů8bY P 9 i  &  c 8 . A G $ c !  - 1 ) 7 % c  5   } = + Y r 5 H E M B 4 Aů9Z O N j  &   d C / : G $ e 6   , 1 1 8 % c  4   1 + X s 4 I @ L @ 2  Aů8 Y N A j  &  c C / D I " ^ F   . 1 A 6 % b  6    +  X r 7 H 9 M @ *  Aů9d S G r  2  h Z 3 % O L ( V K ' " 5 ; : 6 * i  =    6 /  ^ v = J J R I :  GAů9Յe  Q I s  2  i V 3 % D N ) Y H ( " 6 ; 6 6 , i  =    - /  ^ t = K  R A 5  2Aů9e Q G u  2  i M 2 % $ O ) g B & # 4 ; B 7 , i  @   & / ^ t ; K P Q D ;  ϨAů8d  R G t  3  i N 2 &  L ( Y * ) # 6 : 3 6 , j  =   2 / ^ v ; J  Q L >  ӼAů8d T K u  3  i = 2 % A M ) h U  # ; ; C 4 + j  >   < /  ^ t > J A P J :  Aů8c  S I v  3  k L 3 & ) L ) \ '  # @ ; 3 5 , j  ?   } - /  ^ t < J K S D <  Aů8d  R K u  4  i D 3 % 0 L ' a ?  $ A : 5 4 . i  <   ~ @ / _ t < J S Q F < ! 4Aů9.b  S I u  3  i B 3 % ; L ) _ #  $ D ; : 3 + i  >   ~ 2 /  ^ t < K  T I >  GAů8bd  T H s  4  i g 3 % % L ( ` *  # I ; 6 4 - i  ?   } 8 /  ^ t > K  Q C A  Aů9%d  T R s  4   i b 4 % C M ( e * ! % O ; 2 5 , k  ;   ~ 8 /  ^ t < K N R I 9  Aů-8d  R A t  3  i K 3 & J N ' a ,  % R ; 5 5 - k  <   ~ , 0  ^ t = M  N F 5 # Aů<9Յe  R B u  4  h H 3 & 1 L ( X &  # S ; 5 4 , j  <   " 0  _ s = M  Q L 9  JAůK8bd  V O p  2   g R 3 & N K * U <  $ R ; 7 4 + i  ;  ~ ? /  ^ t > M N P E ?  AůZ8d  T [ t  2  h I 3 % 3 K + W ;  % U ; H 4 , i  ; "   8 /  ^ s = K G Q F =  Aůi9tc  T S p  2  g Q 3 % < M ) n O  % W < 4 4 + i  < #  ~  0  ^ t = L  V G 8  ПAůx8d  R N t  2   j A 3 % 6 O + d G  % [ : A 4 , j  ; "  @ 0  ^ s > K Q Q G < Aů9Յe  R N u  2  i R 3 % N M ( ^ ;  & [ : 3 2 - j  : !  E / ^ r > L  Q K B  Aů8je  Q I s  2   j 7 2 % % K * f J  & ^ = : 2 + j  < #  1 0 ^ r = L P R G = ! uAů9}d  Q L t  2  i A 3 % 2 M * j J  % ^ ; 6 3 + j  ;   ) /  _ s > L I S H 5 " Aů8be  T N t  1  k a 3 & < N ) l [  & c < = 4 , j  ;  $ /  ^ t ? K * R L ?  BAů9.d  Q Q w  2  i D 3 % ' L ) s I  ! a < 4 5 , j  = !  ~ ! /  _ s = M C U P 3 )Aů8jd  S X u  2  i I 3 %  N * n *  " f ; < 6 , i  = "   6 /  | _ r = L  P P = " ӎAů9d  U U u  2  i e 2 % U N ) k )  " h ; 4 3 , j  < "  B /  _ r > L H S M <  ϜAů8bd  S P t  2  i ? 2 % : N ' V )  # i : 5 4 , i  ;   ~ ; 0 ^ s > L  S H 7 ѩAů8e S T s  2   h 5 2 % E M ( j ,  " j : H 5 - j  <   | 8 0  | ^ r > L P W L 5 # Aů9d  S D s  2  j > 3 & e K ( t (  $ l ; 8 6 . i  < "  { ( /  _ r > J G U H @  Aů8d  V O q  2  j X 2 $ 4 K ( Z 1  ! o ; J 7 , i  > !  } C /  ^ r > J  U C 4 " ЉAů,9.e  U Q o  3  i ` 2 % ~ M * _ 0  " l ; C 7 - i  <   } > 0 ^ s < J N X B 5  ѧAů;8bd  S L p  3   j W 2 % @ L ) c ,  ! o : 6 9 , i  ;   | % 0  ^ r > K H U I :  УAůJ9d  S ? p  4   j 8 2 & K & [ \  # p ; 4 < - i  >   7 /  { ^ r < J  T A : ! ϶AůY8d  S D m  3  k J 3 % P L * P Z  " u 9 ; > , j  ;   * 0  ^ t = M H V H 8 αAůh9.d  Q = o  4  k ` 3 % + L * a [  $ w : 7 = . j  9  ~ 3 0  ^ v ; M  T J >  Aůw8d  R < n  5  j D 3 $ 3 J ' _   % v < ; @ . j  : ! " 0  ^ q < L M R J A  Aů8bc  S 8 o  5   j E 2 & 3 L * d (  " v ; ; ; . j  =  | * /  z ^ r ; K  T M ?  ІAů9ޅd  R N q  4  j E 3 % . J + O Y  # x < 8 = . i  <   } A /  ^ r ; K S S J :  ҠAů8d  R / p  5  k g 2 % 2 I ) ` (  $ | ; 6 > . i  :  ! ~ ' /  ] s 9 K  V J @  BAů9d  Q @ n  4  l B 2 % H L ) Q (  # x ; ; ? . j  ;    + /  ^ q : K Q R M >  7Aů8Hc  S 7 o  6  j S 2 % 0 L ( Z  ! y ; F ? . k  ;   | 4 .  ^ r 9 J D S G 9  cAů8c  S E n  6  i I 2 % B M ( _ N  & { = I C . j  9  | , /  ^ r 9 K  U H 8  NAů96e  T = o  6  i @ 2 % ! L ( ] "  ' } : 6 ? . h  :   | C .  ^ q ; L G U B <  НXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 298 / width of table in bytes NAXIS2 = 110 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 194 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHKXA1TBLK0DM0A' / Block 0, DM 0, Side A XA1 Temperature TFORM2 = '1I ' / data format of field: 2-byte INTEGER TZERO2 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL2 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT2 = 'Celsius ' / physical unit of field TTYPE3 = 'undocumented1' / Bit field not in ITOS database TFORM3 = '1B ' / data format of field: BYTE TTYPE4 = 'BHKXA1TBLK0DM0B' / Block 0, DM 0, Side B XA1 Temperature TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL4 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT4 = 'Celsius ' / physical unit of field TTYPE5 = 'undocumented2' / Bit field not in ITOS database TFORM5 = '1B ' / data format of field: BYTE TTYPE6 = 'BHKXA1TBLK0DM1A' / Block 0, DM 1, Side A XA1 Temperature TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL6 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT6 = 'Celsius ' / physical unit of field TTYPE7 = 'undocumented3' / Bit field not in ITOS database TFORM7 = '1B ' / data format of field: BYTE TTYPE8 = 'BHKXA1TBLK0DM1B' / Block 0, DM 1, Side B XA1 Temperature TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL8 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT8 = 'Celsius ' / physical unit of field TTYPE9 = 'undocumented4' / Bit field not in ITOS database TFORM9 = '1B ' / data format of field: BYTE TTYPE10 = 'BHKXA1TBLK0DM2A' / Block 0, DM 2, Side A XA1 Temperature TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL10 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT10 = 'Celsius ' / physical unit of field TTYPE11 = 'undocumented5' / Bit field not in ITOS database TFORM11 = '1B ' / data format of field: BYTE TTYPE12 = 'BHKXA1TBLK0DM2B' / Block 0, DM 2, Side B XA1 Temperature TFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL12 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT12 = 'Celsius ' / physical unit of field TTYPE13 = 'undocumented6' / Bit field not in ITOS database TFORM13 = '1B ' / data format of field: BYTE TTYPE14 = 'BHKXA1TBLK0DM3A' / Block 0, DM 3, Side A XA1 Temperature TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL14 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT14 = 'Celsius ' / physical unit of field TTYPE15 = 'undocumented7' / Bit field not in ITOS database TFORM15 = '1B ' / data format of field: BYTE TTYPE16 = 'BHKXA1TBLK0DM3B' / Block 0, DM 3, Side B XA1 Temperature TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL16 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT16 = 'Celsius ' / physical unit of field TTYPE17 = 'undocumented8' / Bit field not in ITOS database TFORM17 = '1B ' / data format of field: BYTE TTYPE18 = 'BHKXA1TBLK0DM4A' / Block 0, DM 4, Side A XA1 Temperature TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL18 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT18 = 'Celsius ' / physical unit of field TTYPE19 = 'undocumented9' / Bit field not in ITOS database TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BHKXA1TBLK0DM4B' / Block 0, DM 4, Side B XA1 Temperature TFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL20 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT20 = 'Celsius ' / physical unit of field TTYPE21 = 'undocumented10' / Bit field not in ITOS database TFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BHKXA1TBLK0DM5A' / Block 0, DM 5, Side A XA1 Temperature TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL22 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT22 = 'Celsius ' / physical unit of field TTYPE23 = 'undocumented11' / Bit field not in ITOS database TFORM23 = '1B ' / data format of field: BYTE TTYPE24 = 'BHKXA1TBLK0DM5B' / Block 0, DM 5, Side B XA1 Temperature TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL24 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT24 = 'Celsius ' / physical unit of field TTYPE25 = 'undocumented12' / Bit field not in ITOS database TFORM25 = '1B ' / data format of field: BYTE TTYPE26 = 'BHKXA1TBLK0DM6A' / Block 0, DM 6, Side A XA1 Temperature TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL26 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT26 = 'Celsius ' / physical unit of field TTYPE27 = 'undocumented13' / Bit field not in ITOS database TFORM27 = '1B ' / data format of field: BYTE TTYPE28 = 'BHKXA1TBLK0DM6B' / Block 0, DM 6, Side B XA1 Temperature TFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL28 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT28 = 'Celsius ' / physical unit of field TTYPE29 = 'undocumented14' / Bit field not in ITOS database TFORM29 = '1B ' / data format of field: BYTE TTYPE30 = 'BHKXA1TBLK0DM7A' / Block 0, DM 7, Side A XA1 Temperature TFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL30 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT30 = 'Celsius ' / physical unit of field TTYPE31 = 'undocumented15' / Bit field not in ITOS database TFORM31 = '1B ' / data format of field: BYTE TTYPE32 = 'BHKXA1TBLK0DM7B' / Block 0, DM 7, Side B XA1 Temperature TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL32 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT32 = 'Celsius ' / physical unit of field TTYPE33 = 'undocumented16' / Bit field not in ITOS database TFORM33 = '1B ' / data format of field: BYTE TTYPE34 = 'BHKXA1TBLK1DM0A' / Block 1, DM 0, Side A XA1 Temperature TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL34 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT34 = 'Celsius ' / physical unit of field TTYPE35 = 'undocumented17' / Bit field not in ITOS database TFORM35 = '1B ' / data format of field: BYTE TTYPE36 = 'BHKXA1TBLK1DM0B' / Block 1, DM 0, Side B XA1 Temperature TFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL36 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT36 = 'Celsius ' / physical unit of field TTYPE37 = 'undocumented18' / Bit field not in ITOS database TFORM37 = '1B ' / data format of field: BYTE TTYPE38 = 'BHKXA1TBLK1DM1A' / Block 1, DM 1, Side A XA1 Temperature TFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL38 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT38 = 'Celsius ' / physical unit of field TTYPE39 = 'undocumented19' / Bit field not in ITOS database TFORM39 = '1B ' / data format of field: BYTE TTYPE40 = 'BHKXA1TBLK1DM1B' / Block 1, DM 1, Side B XA1 Temperature TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL40 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT40 = 'Celsius ' / physical unit of field TTYPE41 = 'undocumented20' / Bit field not in ITOS database TFORM41 = '1B ' / data format of field: BYTE TTYPE42 = 'BHKXA1TBLK1DM2A' / Block 1, DM 2, Side A XA1 Temperature TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL42 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT42 = 'Celsius ' / physical unit of field TTYPE43 = 'undocumented21' / Bit field not in ITOS database TFORM43 = '1B ' / data format of field: BYTE TTYPE44 = 'BHKXA1TBLK1DM2B' / Block 1, DM 2, Side B XA1 Temperature TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL44 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT44 = 'Celsius ' / physical unit of field TTYPE45 = 'undocumented22' / Bit field not in ITOS database TFORM45 = '1B ' / data format of field: BYTE TTYPE46 = 'BHKXA1TBLK1DM3A' / Block 1, DM 3, Side A XA1 Temperature TFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL46 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT46 = 'Celsius ' / physical unit of field TTYPE47 = 'undocumented23' / Bit field not in ITOS database TFORM47 = '1B ' / data format of field: BYTE TTYPE48 = 'BHKXA1TBLK1DM3B' / Block 1, DM 3, Side B XA1 Temperature TFORM48 = '1I ' / data format of field: 2-byte INTEGER TZERO48 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL48 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT48 = 'Celsius ' / physical unit of field TTYPE49 = 'undocumented24' / Bit field not in ITOS database TFORM49 = '1B ' / data format of field: BYTE TTYPE50 = 'BHKXA1TBLK1DM4A' / Block 1, DM 4, Side A XA1 Temperature TFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL50 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT50 = 'Celsius ' / physical unit of field TTYPE51 = 'undocumented25' / Bit field not in ITOS database TFORM51 = '1B ' / data format of field: BYTE TTYPE52 = 'BHKXA1TBLK1DM4B' / Block 1, DM 4, Side B XA1 Temperature TFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL52 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT52 = 'Celsius ' / physical unit of field TTYPE53 = 'undocumented26' / Bit field not in ITOS database TFORM53 = '1B ' / data format of field: BYTE TTYPE54 = 'BHKXA1TBLK1DM5A' / Block 1, DM 5, Side A XA1 Temperature TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL54 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT54 = 'Celsius ' / physical unit of field TTYPE55 = 'undocumented27' / Bit field not in ITOS database TFORM55 = '1B ' / data format of field: BYTE TTYPE56 = 'BHKXA1TBLK1DM5B' / Block 1, DM 5, Side B XA1 Temperature TFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL56 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT56 = 'Celsius ' / physical unit of field TTYPE57 = 'undocumented28' / Bit field not in ITOS database TFORM57 = '1B ' / data format of field: BYTE TTYPE58 = 'BHKXA1TBLK1DM6A' / Block 1, DM 6, Side A XA1 Temperature TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL58 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT58 = 'Celsius ' / physical unit of field TTYPE59 = 'undocumented29' / Bit field not in ITOS database TFORM59 = '1B ' / data format of field: BYTE TTYPE60 = 'BHKXA1TBLK1DM6B' / Block 1, DM 6, Side B XA1 Temperature TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL60 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT60 = 'Celsius ' / physical unit of field TTYPE61 = 'undocumented30' / Bit field not in ITOS database TFORM61 = '1B ' / data format of field: BYTE TTYPE62 = 'BHKXA1TBLK1DM7A' / Block 1, DM 7, Side A XA1 Temperature TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL62 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT62 = 'Celsius ' / physical unit of field TTYPE63 = 'undocumented31' / Bit field not in ITOS database TFORM63 = '1B ' / data format of field: BYTE TTYPE64 = 'BHKXA1TBLK1DM7B' / Block 1, DM 7, Side B XA1 Temperature TFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL64 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT64 = 'Celsius ' / physical unit of field TTYPE65 = 'undocumented32' / Bit field not in ITOS database TFORM65 = '1B ' / data format of field: BYTE TTYPE66 = 'BHKXA1TBLK2DM0A' / Block 2, DM 0, Side A XA1 Temperature TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL66 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT66 = 'Celsius ' / physical unit of field TTYPE67 = 'undocumented33' / Bit field not in ITOS database TFORM67 = '1B ' / data format of field: BYTE TTYPE68 = 'BHKXA1TBLK2DM0B' / Block 2, DM 0, Side B XA1 Temperature TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL68 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT68 = 'Celsius ' / physical unit of field TTYPE69 = 'undocumented34' / Bit field not in ITOS database TFORM69 = '1B ' / data format of field: BYTE TTYPE70 = 'BHKXA1TBLK2DM1A' / Block 2, DM 1, Side A XA1 Temperature TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL70 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT70 = 'Celsius ' / physical unit of field TTYPE71 = 'undocumented35' / Bit field not in ITOS database TFORM71 = '1B ' / data format of field: BYTE TTYPE72 = 'BHKXA1TBLK2DM1B' / Block 2, DM 1, Side B XA1 Temperature TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL72 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT72 = 'Celsius ' / physical unit of field TTYPE73 = 'undocumented36' / Bit field not in ITOS database TFORM73 = '1B ' / data format of field: BYTE TTYPE74 = 'BHKXA1TBLK2DM2A' / Block 2, DM 2, Side A XA1 Temperature TFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL74 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT74 = 'Celsius ' / physical unit of field TTYPE75 = 'undocumented37' / Bit field not in ITOS database TFORM75 = '1B ' / data format of field: BYTE TTYPE76 = 'BHKXA1TBLK2DM2B' / Block 2, DM 2, Side B XA1 Temperature TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL76 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT76 = 'Celsius ' / physical unit of field TTYPE77 = 'undocumented38' / Bit field not in ITOS database TFORM77 = '1B ' / data format of field: BYTE TTYPE78 = 'BHKXA1TBLK2DM3A' / Block 2, DM 3, Side A XA1 Temperature TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL78 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT78 = 'Celsius ' / physical unit of field TTYPE79 = 'undocumented39' / Bit field not in ITOS database TFORM79 = '1B ' / data format of field: BYTE TTYPE80 = 'BHKXA1TBLK2DM3B' / Block 2, DM 3, Side B XA1 Temperature TFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL80 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT80 = 'Celsius ' / physical unit of field TTYPE81 = 'undocumented40' / Bit field not in ITOS database TFORM81 = '1B ' / data format of field: BYTE TTYPE82 = 'BHKXA1TBLK2DM4A' / Block 2, DM 4, Side A XA1 Temperature TFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL82 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT82 = 'Celsius ' / physical unit of field TTYPE83 = 'undocumented41' / Bit field not in ITOS database TFORM83 = '1B ' / data format of field: BYTE TTYPE84 = 'BHKXA1TBLK2DM4B' / Block 2, DM 4, Side B XA1 Temperature TFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL84 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT84 = 'Celsius ' / physical unit of field TTYPE85 = 'undocumented42' / Bit field not in ITOS database TFORM85 = '1B ' / data format of field: BYTE TTYPE86 = 'BHKXA1TBLK2DM5A' / Block 2, DM 5, Side A XA1 Temperature TFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL86 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT86 = 'Celsius ' / physical unit of field TTYPE87 = 'undocumented43' / Bit field not in ITOS database TFORM87 = '1B ' / data format of field: BYTE TTYPE88 = 'BHKXA1TBLK2DM5B' / Block 2, DM 5, Side B XA1 Temperature TFORM88 = '1I ' / data format of field: 2-byte INTEGER TZERO88 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL88 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT88 = 'Celsius ' / physical unit of field TTYPE89 = 'undocumented44' / Bit field not in ITOS database TFORM89 = '1B ' / data format of field: BYTE TTYPE90 = 'BHKXA1TBLK2DM6A' / Block 2, DM 6, Side A XA1 Temperature TFORM90 = '1I ' / data format of field: 2-byte INTEGER TZERO90 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL90 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT90 = 'Celsius ' / physical unit of field TTYPE91 = 'undocumented45' / Bit field not in ITOS database TFORM91 = '1B ' / data format of field: BYTE TTYPE92 = 'BHKXA1TBLK2DM6B' / Block 2, DM 6, Side B XA1 Temperature TFORM92 = '1I ' / data format of field: 2-byte INTEGER TZERO92 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL92 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT92 = 'Celsius ' / physical unit of field TTYPE93 = 'undocumented46' / Bit field not in ITOS database TFORM93 = '1B ' / data format of field: BYTE TTYPE94 = 'BHKXA1TBLK2DM7A' / Block 2, DM 7, Side A XA1 Temperature TFORM94 = '1I ' / data format of field: 2-byte INTEGER TZERO94 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL94 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT94 = 'Celsius ' / physical unit of field TTYPE95 = 'undocumented47' / Bit field not in ITOS database TFORM95 = '1B ' / data format of field: BYTE TTYPE96 = 'BHKXA1TBLK2DM7B' / Block 2, DM 7, Side B XA1 Temperature TFORM96 = '1I ' / data format of field: 2-byte INTEGER TZERO96 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL96 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT96 = 'Celsius ' / physical unit of field TTYPE97 = 'undocumented48' / Bit field not in ITOS database TFORM97 = '1B ' / data format of field: BYTE TTYPE98 = 'BHKXA1TBLK3DM0A' / Block 3, DM 0, Side A XA1 Temperature TFORM98 = '1I ' / data format of field: 2-byte INTEGER TZERO98 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL98 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT98 = 'Celsius ' / physical unit of field TTYPE99 = 'undocumented49' / Bit field not in ITOS database TFORM99 = '1B ' / data format of field: BYTE TTYPE100= 'BHKXA1TBLK3DM0B' / Block 3, DM 0, Side B XA1 Temperature TFORM100= '1I ' / data format of field: 2-byte INTEGER TZERO100= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL100= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT100= 'Celsius ' / physical unit of field TTYPE101= 'undocumented50' / Bit field not in ITOS database TFORM101= '1B ' / data format of field: BYTE TTYPE102= 'BHKXA1TBLK3DM1A' / Block 3, DM 1, Side A XA1 Temperature TFORM102= '1I ' / data format of field: 2-byte INTEGER TZERO102= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL102= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT102= 'Celsius ' / physical unit of field TTYPE103= 'undocumented51' / Bit field not in ITOS database TFORM103= '1B ' / data format of field: BYTE TTYPE104= 'BHKXA1TBLK3DM1B' / Block 3, DM 1, Side B XA1 Temperature TFORM104= '1I ' / data format of field: 2-byte INTEGER TZERO104= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL104= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT104= 'Celsius ' / physical unit of field TTYPE105= 'undocumented52' / Bit field not in ITOS database TFORM105= '1B ' / data format of field: BYTE TTYPE106= 'BHKXA1TBLK3DM2A' / Block 3, DM 2, Side A XA1 Temperature TFORM106= '1I ' / data format of field: 2-byte INTEGER TZERO106= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL106= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT106= 'Celsius ' / physical unit of field TTYPE107= 'undocumented53' / Bit field not in ITOS database TFORM107= '1B ' / data format of field: BYTE TTYPE108= 'BHKXA1TBLK3DM2B' / Block 3, DM 2, Side B XA1 Temperature TFORM108= '1I ' / data format of field: 2-byte INTEGER TZERO108= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL108= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT108= 'Celsius ' / physical unit of field TTYPE109= 'undocumented54' / Bit field not in ITOS database TFORM109= '1B ' / data format of field: BYTE TTYPE110= 'BHKXA1TBLK3DM3A' / Block 3, DM 3, Side A XA1 Temperature TFORM110= '1I ' / data format of field: 2-byte INTEGER TZERO110= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL110= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT110= 'Celsius ' / physical unit of field TTYPE111= 'undocumented55' / Bit field not in ITOS database TFORM111= '1B ' / data format of field: BYTE TTYPE112= 'BHKXA1TBLK3DM3B' / Block 3, DM 3, Side B XA1 Temperature TFORM112= '1I ' / data format of field: 2-byte INTEGER TZERO112= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL112= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT112= 'Celsius ' / physical unit of field TTYPE113= 'undocumented56' / Bit field not in ITOS database TFORM113= '1B ' / data format of field: BYTE TTYPE114= 'BHKXA1TBLK3DM4A' / Block 3, DM 4, Side A XA1 Temperature TFORM114= '1I ' / data format of field: 2-byte INTEGER TZERO114= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL114= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT114= 'Celsius ' / physical unit of field TTYPE115= 'undocumented57' / Bit field not in ITOS database TFORM115= '1B ' / data format of field: BYTE TTYPE116= 'BHKXA1TBLK3DM4B' / Block 3, DM 4, Side B XA1 Temperature TFORM116= '1I ' / data format of field: 2-byte INTEGER TZERO116= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL116= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT116= 'Celsius ' / physical unit of field TTYPE117= 'undocumented58' / Bit field not in ITOS database TFORM117= '1B ' / data format of field: BYTE TTYPE118= 'BHKXA1TBLK3DM5A' / Block 3, DM 5, Side A XA1 Temperature TFORM118= '1I ' / data format of field: 2-byte INTEGER TZERO118= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL118= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT118= 'Celsius ' / physical unit of field TTYPE119= 'undocumented59' / Bit field not in ITOS database TFORM119= '1B ' / data format of field: BYTE TTYPE120= 'BHKXA1TBLK3DM5B' / Block 3, DM 5, Side B XA1 Temperature TFORM120= '1I ' / data format of field: 2-byte INTEGER TZERO120= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL120= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT120= 'Celsius ' / physical unit of field TTYPE121= 'undocumented60' / Bit field not in ITOS database TFORM121= '1B ' / data format of field: BYTE TTYPE122= 'BHKXA1TBLK3DM6A' / Block 3, DM 6, Side A XA1 Temperature TFORM122= '1I ' / data format of field: 2-byte INTEGER TZERO122= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL122= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT122= 'Celsius ' / physical unit of field TTYPE123= 'undocumented61' / Bit field not in ITOS database TFORM123= '1B ' / data format of field: BYTE TTYPE124= 'BHKXA1TBLK3DM6B' / Block 3, DM 6, Side B XA1 Temperature TFORM124= '1I ' / data format of field: 2-byte INTEGER TZERO124= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL124= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT124= 'Celsius ' / physical unit of field TTYPE125= 'undocumented62' / Bit field not in ITOS database TFORM125= '1B ' / data format of field: BYTE TTYPE126= 'BHKXA1TBLK3DM7A' / Block 3, DM 7, Side A XA1 Temperature TFORM126= '1I ' / data format of field: 2-byte INTEGER TZERO126= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL126= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT126= 'Celsius ' / physical unit of field TTYPE127= 'undocumented63' / Bit field not in ITOS database TFORM127= '1B ' / data format of field: BYTE TTYPE128= 'BHKXA1TBLK3DM7B' / Block 3, DM 7, Side B XA1 Temperature TFORM128= '1I ' / data format of field: 2-byte INTEGER TZERO128= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL128= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT128= 'Celsius ' / physical unit of field TTYPE129= 'undocumented64' / Bit field not in ITOS database TFORM129= '1B ' / data format of field: BYTE TTYPE130= 'BHKXA1TBLK4DM0A' / Block 4, DM 0, Side A XA1 Temperature TFORM130= '1I ' / data format of field: 2-byte INTEGER TZERO130= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL130= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT130= 'Celsius ' / physical unit of field TTYPE131= 'undocumented65' / Bit field not in ITOS database TFORM131= '1B ' / data format of field: BYTE TTYPE132= 'BHKXA1TBLK4DM0B' / Block 4, DM 0, Side B XA1 Temperature TFORM132= '1I ' / data format of field: 2-byte INTEGER TZERO132= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL132= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT132= 'Celsius ' / physical unit of field TTYPE133= 'undocumented66' / Bit field not in ITOS database TFORM133= '1B ' / data format of field: BYTE TTYPE134= 'BHKXA1TBLK4DM1A' / Block 4, DM 1, Side A XA1 Temperature TFORM134= '1I ' / data format of field: 2-byte INTEGER TZERO134= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL134= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT134= 'Celsius ' / physical unit of field TTYPE135= 'undocumented67' / Bit field not in ITOS database TFORM135= '1B ' / data format of field: BYTE TTYPE136= 'BHKXA1TBLK4DM1B' / Block 4, DM 1, Side B XA1 Temperature TFORM136= '1I ' / data format of field: 2-byte INTEGER TZERO136= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL136= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT136= 'Celsius ' / physical unit of field TTYPE137= 'undocumented68' / Bit field not in ITOS database TFORM137= '1B ' / data format of field: BYTE TTYPE138= 'BHKXA1TBLK4DM2A' / Block 4, DM 2, Side A XA1 Temperature TFORM138= '1I ' / data format of field: 2-byte INTEGER TZERO138= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL138= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT138= 'Celsius ' / physical unit of field TTYPE139= 'undocumented69' / Bit field not in ITOS database TFORM139= '1B ' / data format of field: BYTE TTYPE140= 'BHKXA1TBLK4DM2B' / Block 4, DM 2, Side B XA1 Temperature TFORM140= '1I ' / data format of field: 2-byte INTEGER TZERO140= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL140= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT140= 'Celsius ' / physical unit of field TTYPE141= 'undocumented70' / Bit field not in ITOS database TFORM141= '1B ' / data format of field: BYTE TTYPE142= 'BHKXA1TBLK4DM3A' / Block 4, DM 3, Side A XA1 Temperature TFORM142= '1I ' / data format of field: 2-byte INTEGER TZERO142= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL142= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT142= 'Celsius ' / physical unit of field TTYPE143= 'undocumented71' / Bit field not in ITOS database TFORM143= '1B ' / data format of field: BYTE TTYPE144= 'BHKXA1TBLK4DM3B' / Block 4, DM 3, Side B XA1 Temperature TFORM144= '1I ' / data format of field: 2-byte INTEGER TZERO144= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL144= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT144= 'Celsius ' / physical unit of field TTYPE145= 'undocumented72' / Bit field not in ITOS database TFORM145= '1B ' / data format of field: BYTE TTYPE146= 'BHKXA1TBLK4DM4A' / Block 4, DM 4, Side A XA1 Temperature TFORM146= '1I ' / data format of field: 2-byte INTEGER TZERO146= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL146= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT146= 'Celsius ' / physical unit of field TTYPE147= 'undocumented73' / Bit field not in ITOS database TFORM147= '1B ' / data format of field: BYTE TTYPE148= 'BHKXA1TBLK4DM4B' / Block 4, DM 4, Side B XA1 Temperature TFORM148= '1I ' / data format of field: 2-byte INTEGER TZERO148= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL148= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT148= 'Celsius ' / physical unit of field TTYPE149= 'undocumented74' / Bit field not in ITOS database TFORM149= '1B ' / data format of field: BYTE TTYPE150= 'BHKXA1TBLK4DM5A' / Block 4, DM 5, Side A XA1 Temperature TFORM150= '1I ' / data format of field: 2-byte INTEGER TZERO150= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL150= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT150= 'Celsius ' / physical unit of field TTYPE151= 'undocumented75' / Bit field not in ITOS database TFORM151= '1B ' / data format of field: BYTE TTYPE152= 'BHKXA1TBLK4DM5B' / Block 4, DM 5, Side B XA1 Temperature TFORM152= '1I ' / data format of field: 2-byte INTEGER TZERO152= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL152= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT152= 'Celsius ' / physical unit of field TTYPE153= 'undocumented76' / Bit field not in ITOS database TFORM153= '1B ' / data format of field: BYTE TTYPE154= 'BHKXA1TBLK4DM6A' / Block 4, DM 6, Side A XA1 Temperature TFORM154= '1I ' / data format of field: 2-byte INTEGER TZERO154= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL154= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT154= 'Celsius ' / physical unit of field TTYPE155= 'undocumented77' / Bit field not in ITOS database TFORM155= '1B ' / data format of field: BYTE TTYPE156= 'BHKXA1TBLK4DM6B' / Block 4, DM 6, Side B XA1 Temperature TFORM156= '1I ' / data format of field: 2-byte INTEGER TZERO156= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL156= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT156= 'Celsius ' / physical unit of field TTYPE157= 'undocumented78' / Bit field not in ITOS database TFORM157= '1B ' / data format of field: BYTE TTYPE158= 'BHKXA1TBLK4DM7A' / Block 4, DM 7, Side A XA1 Temperature TFORM158= '1I ' / data format of field: 2-byte INTEGER TZERO158= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL158= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT158= 'Celsius ' / physical unit of field TTYPE159= 'undocumented79' / Bit field not in ITOS database TFORM159= '1B ' / data format of field: BYTE TTYPE160= 'BHKXA1TBLK4DM7B' / Block 4, DM 7, Side B XA1 Temperature TFORM160= '1I ' / data format of field: 2-byte INTEGER TZERO160= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL160= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT160= 'Celsius ' / physical unit of field TTYPE161= 'undocumented80' / Bit field not in ITOS database TFORM161= '1B ' / data format of field: BYTE TTYPE162= 'BHKXA1TBLK5DM0A' / Block 5, DM 0, Side A XA1 Temperature TFORM162= '1I ' / data format of field: 2-byte INTEGER TZERO162= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL162= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT162= 'Celsius ' / physical unit of field TTYPE163= 'undocumented81' / Bit field not in ITOS database TFORM163= '1B ' / data format of field: BYTE TTYPE164= 'BHKXA1TBLK5DM0B' / Block 5, DM 0, Side B XA1 Temperature TFORM164= '1I ' / data format of field: 2-byte INTEGER TZERO164= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL164= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT164= 'Celsius ' / physical unit of field TTYPE165= 'undocumented82' / Bit field not in ITOS database TFORM165= '1B ' / data format of field: BYTE TTYPE166= 'BHKXA1TBLK5DM1A' / Block 5, DM 1, Side A XA1 Temperature TFORM166= '1I ' / data format of field: 2-byte INTEGER TZERO166= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL166= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT166= 'Celsius ' / physical unit of field TTYPE167= 'undocumented83' / Bit field not in ITOS database TFORM167= '1B ' / data format of field: BYTE TTYPE168= 'BHKXA1TBLK5DM1B' / Block 5, DM 1, Side B XA1 Temperature TFORM168= '1I ' / data format of field: 2-byte INTEGER TZERO168= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL168= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT168= 'Celsius ' / physical unit of field TTYPE169= 'undocumented84' / Bit field not in ITOS database TFORM169= '1B ' / data format of field: BYTE TTYPE170= 'BHKXA1TBLK5DM2A' / Block 5, DM 2, Side A XA1 Temperature TFORM170= '1I ' / data format of field: 2-byte INTEGER TZERO170= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL170= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT170= 'Celsius ' / physical unit of field TTYPE171= 'undocumented85' / Bit field not in ITOS database TFORM171= '1B ' / data format of field: BYTE TTYPE172= 'BHKXA1TBLK5DM2B' / Block 5, DM 2, Side B XA1 Temperature TFORM172= '1I ' / data format of field: 2-byte INTEGER TZERO172= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL172= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT172= 'Celsius ' / physical unit of field TTYPE173= 'undocumented86' / Bit field not in ITOS database TFORM173= '1B ' / data format of field: BYTE TTYPE174= 'BHKXA1TBLK5DM3A' / Block 5, DM 3, Side A XA1 Temperature TFORM174= '1I ' / data format of field: 2-byte INTEGER TZERO174= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL174= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT174= 'Celsius ' / physical unit of field TTYPE175= 'undocumented87' / Bit field not in ITOS database TFORM175= '1B ' / data format of field: BYTE TTYPE176= 'BHKXA1TBLK5DM3B' / Block 5, DM 3, Side B XA1 Temperature TFORM176= '1I ' / data format of field: 2-byte INTEGER TZERO176= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL176= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT176= 'Celsius ' / physical unit of field TTYPE177= 'undocumented88' / Bit field not in ITOS database TFORM177= '1B ' / data format of field: BYTE TTYPE178= 'BHKXA1TBLK5DM4A' / Block 5, DM 4, Side A XA1 Temperature TFORM178= '1I ' / data format of field: 2-byte INTEGER TZERO178= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL178= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT178= 'Celsius ' / physical unit of field TTYPE179= 'undocumented89' / Bit field not in ITOS database TFORM179= '1B ' / data format of field: BYTE TTYPE180= 'BHKXA1TBLK5DM4B' / Block 5, DM 4, Side B XA1 Temperature TFORM180= '1I ' / data format of field: 2-byte INTEGER TZERO180= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL180= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT180= 'Celsius ' / physical unit of field TTYPE181= 'undocumented90' / Bit field not in ITOS database TFORM181= '1B ' / data format of field: BYTE TTYPE182= 'BHKXA1TBLK5DM5A' / Block 5, DM 5, Side A XA1 Temperature TFORM182= '1I ' / data format of field: 2-byte INTEGER TZERO182= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL182= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT182= 'Celsius ' / physical unit of field TTYPE183= 'undocumented91' / Bit field not in ITOS database TFORM183= '1B ' / data format of field: BYTE TTYPE184= 'BHKXA1TBLK5DM5B' / Block 5, DM 5, Side B XA1 Temperature TFORM184= '1I ' / data format of field: 2-byte INTEGER TZERO184= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL184= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT184= 'Celsius ' / physical unit of field TTYPE185= 'undocumented92' / Bit field not in ITOS database TFORM185= '1B ' / data format of field: BYTE TTYPE186= 'BHKXA1TBLK5DM6A' / Block 5, DM 6, Side A XA1 Temperature TFORM186= '1I ' / data format of field: 2-byte INTEGER TZERO186= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL186= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT186= 'Celsius ' / physical unit of field TTYPE187= 'undocumented93' / Bit field not in ITOS database TFORM187= '1B ' / data format of field: BYTE TTYPE188= 'BHKXA1TBLK5DM6B' / Block 5, DM 6, Side B XA1 Temperature TFORM188= '1I ' / data format of field: 2-byte INTEGER TZERO188= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL188= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT188= 'Celsius ' / physical unit of field TTYPE189= 'undocumented94' / Bit field not in ITOS database TFORM189= '1B ' / data format of field: BYTE TTYPE190= 'BHKXA1TBLK5DM7A' / Block 5, DM 7, Side A XA1 Temperature TFORM190= '1I ' / data format of field: 2-byte INTEGER TZERO190= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL190= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT190= 'Celsius ' / physical unit of field TTYPE191= 'undocumented95' / Bit field not in ITOS database TFORM191= '1B ' / data format of field: BYTE TTYPE192= 'BHKXA1TBLK5DM7B' / Block 5, DM 7, Side B XA1 Temperature TFORM192= '1I ' / data format of field: 2-byte INTEGER TZERO192= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL192= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT192= 'Celsius ' / physical unit of field TTYPE193= 'undocumented96' / Bit field not in ITOS database TFORM193= '1B ' / data format of field: BYTE TTYPE194= 'BHKXA1TSPARE0' / XA1 Temperature Packets Spare Word 0 TFORM194= '1I ' / data format of field: 2-byte INTEGER TZERO194= 32768 / offset for unsigned integers EXTNAME = 'hk176x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699898.44744 TSTOP = 727706048.44742 DATE-OBS= '2024-01-23T10:51:33' DATE-END= '2024-01-23T12:34:03' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6149.99997997284 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 374 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:28' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'ZMUbdKRZZKRadKRY' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '3567368427' / data unit checksum updated 2024-02-02T06:06:28 TRDLO2 = -51 / BHKXA1TBLK0DM0A Red lower limit = B_HK_B00D0A_XTRDHI2 = 28 / BHKXA1TBLK0DM0A Red upper limit = B_HK_B00D0A_XTYELO2 = -51 / BHKXA1TBLK0DM0A Yellow lower limit = B_HK_B00D0TYEHI2 = 25 / BHKXA1TBLK0DM0A Yellow upper limit = B_HK_B00D0TRDLO4 = -51 / BHKXA1TBLK0DM0B Red lower limit = B_HK_B00D0B_XTRDHI4 = 28 / BHKXA1TBLK0DM0B Red upper limit = B_HK_B00D0B_XTYELO4 = -51 / BHKXA1TBLK0DM0B Yellow lower limit = B_HK_B00D0TYEHI4 = 25 / BHKXA1TBLK0DM0B Yellow upper limit = B_HK_B00D0TRDLO6 = -51 / BHKXA1TBLK0DM1A Red lower limit = B_HK_B00D1A_XTRDHI6 = 28 / BHKXA1TBLK0DM1A Red upper limit = B_HK_B00D1A_XTYELO6 = -51 / BHKXA1TBLK0DM1A Yellow lower limit = B_HK_B00D1TYEHI6 = 25 / BHKXA1TBLK0DM1A Yellow upper limit = B_HK_B00D1TRDLO8 = -51 / BHKXA1TBLK0DM1B Red lower limit = B_HK_B00D1B_XTRDHI8 = 28 / BHKXA1TBLK0DM1B Red upper limit = B_HK_B00D1B_XTYELO8 = -51 / BHKXA1TBLK0DM1B Yellow lower limit = B_HK_B00D1TYEHI8 = 25 / BHKXA1TBLK0DM1B Yellow upper limit = B_HK_B00D1TRDLO10 = -51 / BHKXA1TBLK0DM2A Red lower limit = B_HK_B00D2A_XTRDHI10 = 28 / BHKXA1TBLK0DM2A Red upper limit = B_HK_B00D2A_XTYELO10 = -51 / BHKXA1TBLK0DM2A Yellow lower limit = B_HK_B00D2TYEHI10 = 25 / BHKXA1TBLK0DM2A Yellow upper limit = B_HK_B00D2TRDLO12 = -51 / BHKXA1TBLK0DM2B Red lower limit = B_HK_B00D2B_XTRDHI12 = 28 / BHKXA1TBLK0DM2B Red upper limit = B_HK_B00D2B_XTYELO12 = -51 / BHKXA1TBLK0DM2B Yellow lower limit = B_HK_B00D2TYEHI12 = 25 / BHKXA1TBLK0DM2B Yellow upper limit = B_HK_B00D2TRDLO14 = -51 / BHKXA1TBLK0DM3A Red lower limit = B_HK_B00D3A_XTRDHI14 = 28 / BHKXA1TBLK0DM3A Red upper limit = B_HK_B00D3A_XTYELO14 = -51 / BHKXA1TBLK0DM3A Yellow lower limit = B_HK_B00D3TYEHI14 = 25 / BHKXA1TBLK0DM3A Yellow upper limit = B_HK_B00D3TRDLO16 = -51 / BHKXA1TBLK0DM3B Red lower limit = B_HK_B00D3B_XTRDHI16 = 28 / BHKXA1TBLK0DM3B Red upper limit = B_HK_B00D3B_XTYELO16 = -51 / BHKXA1TBLK0DM3B Yellow lower limit = B_HK_B00D3TYEHI16 = 25 / BHKXA1TBLK0DM3B Yellow upper limit = B_HK_B00D3TRDLO18 = -51 / BHKXA1TBLK0DM4A Red lower limit = B_HK_B00D4A_XTRDHI18 = 28 / BHKXA1TBLK0DM4A Red upper limit = B_HK_B00D4A_XTYELO18 = -51 / BHKXA1TBLK0DM4A Yellow lower limit = B_HK_B00D4TYEHI18 = 25 / BHKXA1TBLK0DM4A Yellow upper limit = B_HK_B00D4TRDLO20 = -51 / BHKXA1TBLK0DM4B Red lower limit = B_HK_B00D4B_XTRDHI20 = 28 / BHKXA1TBLK0DM4B Red upper limit = B_HK_B00D4B_XTYELO20 = -51 / BHKXA1TBLK0DM4B Yellow lower limit = B_HK_B00D4TYEHI20 = 25 / BHKXA1TBLK0DM4B Yellow upper limit = B_HK_B00D4TRDLO22 = -51 / BHKXA1TBLK0DM5A Red lower limit = B_HK_B00D5A_XTRDHI22 = 28 / BHKXA1TBLK0DM5A Red upper limit = B_HK_B00D5A_XTYELO22 = -51 / BHKXA1TBLK0DM5A Yellow lower limit = B_HK_B00D5TYEHI22 = 25 / BHKXA1TBLK0DM5A Yellow upper limit = B_HK_B00D5TRDLO24 = -51 / BHKXA1TBLK0DM5B Red lower limit = B_HK_B00D5B_XTRDHI24 = 28 / BHKXA1TBLK0DM5B Red upper limit = B_HK_B00D5B_XTYELO24 = -51 / BHKXA1TBLK0DM5B Yellow lower limit = B_HK_B00D5TYEHI24 = 25 / BHKXA1TBLK0DM5B Yellow upper limit = B_HK_B00D5TRDLO26 = -51 / BHKXA1TBLK0DM6A Red lower limit = B_HK_B00D6A_XTRDHI26 = 28 / BHKXA1TBLK0DM6A Red upper limit = B_HK_B00D6A_XTYELO26 = -51 / BHKXA1TBLK0DM6A Yellow lower limit = B_HK_B00D6TYEHI26 = 25 / BHKXA1TBLK0DM6A Yellow upper limit = B_HK_B00D6TRDLO28 = -51 / BHKXA1TBLK0DM6B Red lower limit = B_HK_B00D6B_XTRDHI28 = 28 / BHKXA1TBLK0DM6B Red upper limit = B_HK_B00D6B_XTYELO28 = -51 / BHKXA1TBLK0DM6B Yellow lower limit = B_HK_B00D6TYEHI28 = 25 / BHKXA1TBLK0DM6B Yellow upper limit = B_HK_B00D6TRDLO30 = -51 / BHKXA1TBLK0DM7A Red lower limit = B_HK_B00D7A_XTRDHI30 = 28 / BHKXA1TBLK0DM7A Red upper limit = B_HK_B00D7A_XTYELO30 = -51 / BHKXA1TBLK0DM7A Yellow lower limit = B_HK_B00D7TYEHI30 = 25 / BHKXA1TBLK0DM7A Yellow upper limit = B_HK_B00D7TRDLO32 = -51 / BHKXA1TBLK0DM7B Red lower limit = B_HK_B00D7B_XTRDHI32 = 28 / BHKXA1TBLK0DM7B Red upper limit = B_HK_B00D7B_XTYELO32 = -51 / BHKXA1TBLK0DM7B Yellow lower limit = B_HK_B00D7TYEHI32 = 25 / BHKXA1TBLK0DM7B Yellow upper limit = B_HK_B00D7TRDLO34 = -51 / BHKXA1TBLK1DM0A Red lower limit = B_HK_B01D0A_XTRDHI34 = 28 / BHKXA1TBLK1DM0A Red upper limit = B_HK_B01D0A_XTYELO34 = -51 / BHKXA1TBLK1DM0A Yellow lower limit = B_HK_B01D0TYEHI34 = 25 / BHKXA1TBLK1DM0A Yellow upper limit = B_HK_B01D0TRDLO36 = -51 / BHKXA1TBLK1DM0B Red lower limit = B_HK_B01D0B_XTRDHI36 = 28 / BHKXA1TBLK1DM0B Red upper limit = B_HK_B01D0B_XTYELO36 = -51 / BHKXA1TBLK1DM0B Yellow lower limit = B_HK_B01D0TYEHI36 = 25 / BHKXA1TBLK1DM0B Yellow upper limit = B_HK_B01D0TRDLO38 = -51 / BHKXA1TBLK1DM1A Red lower limit = B_HK_B01D1A_XTRDHI38 = 28 / BHKXA1TBLK1DM1A Red upper limit = B_HK_B01D1A_XTYELO38 = -51 / BHKXA1TBLK1DM1A Yellow lower limit = B_HK_B01D1TYEHI38 = 25 / BHKXA1TBLK1DM1A Yellow upper limit = B_HK_B01D1TRDLO40 = -51 / BHKXA1TBLK1DM1B Red lower limit = B_HK_B01D1B_XTRDHI40 = 28 / BHKXA1TBLK1DM1B Red upper limit = B_HK_B01D1B_XTYELO40 = -51 / BHKXA1TBLK1DM1B Yellow lower limit = B_HK_B01D1TYEHI40 = 25 / BHKXA1TBLK1DM1B Yellow upper limit = B_HK_B01D1TRDLO42 = -51 / BHKXA1TBLK1DM2A Red lower limit = B_HK_B01D2A_XTRDHI42 = 28 / BHKXA1TBLK1DM2A Red upper limit = B_HK_B01D2A_XTYELO42 = -51 / BHKXA1TBLK1DM2A Yellow lower limit = B_HK_B01D2TYEHI42 = 25 / BHKXA1TBLK1DM2A Yellow upper limit = B_HK_B01D2TRDLO44 = -51 / BHKXA1TBLK1DM2B Red lower limit = B_HK_B01D2B_XTRDHI44 = 28 / BHKXA1TBLK1DM2B Red upper limit = B_HK_B01D2B_XTYELO44 = -51 / BHKXA1TBLK1DM2B Yellow lower limit = B_HK_B01D2TYEHI44 = 25 / BHKXA1TBLK1DM2B Yellow upper limit = B_HK_B01D2TRDLO46 = -51 / BHKXA1TBLK1DM3A Red lower limit = B_HK_B01D3A_XTRDHI46 = 28 / BHKXA1TBLK1DM3A Red upper limit = B_HK_B01D3A_XTYELO46 = -51 / BHKXA1TBLK1DM3A Yellow lower limit = B_HK_B01D3TYEHI46 = 25 / BHKXA1TBLK1DM3A Yellow upper limit = B_HK_B01D3TRDLO48 = -51 / BHKXA1TBLK1DM3B Red lower limit = B_HK_B01D3B_XTRDHI48 = 28 / BHKXA1TBLK1DM3B Red upper limit = B_HK_B01D3B_XTYELO48 = -51 / BHKXA1TBLK1DM3B Yellow lower limit = B_HK_B01D3TYEHI48 = 25 / BHKXA1TBLK1DM3B Yellow upper limit = B_HK_B01D3TRDLO50 = -51 / BHKXA1TBLK1DM4A Red lower limit = B_HK_B01D4A_XTRDHI50 = 28 / BHKXA1TBLK1DM4A Red upper limit = B_HK_B01D4A_XTYELO50 = -51 / BHKXA1TBLK1DM4A Yellow lower limit = B_HK_B01D4TYEHI50 = 25 / BHKXA1TBLK1DM4A Yellow upper limit = B_HK_B01D4TRDLO52 = -51 / BHKXA1TBLK1DM4B Red lower limit = B_HK_B01D4B_XTRDHI52 = 28 / BHKXA1TBLK1DM4B Red upper limit = B_HK_B01D4B_XTYELO52 = -51 / BHKXA1TBLK1DM4B Yellow lower limit = B_HK_B01D4TYEHI52 = 25 / BHKXA1TBLK1DM4B Yellow upper limit = B_HK_B01D4TRDLO54 = -51 / BHKXA1TBLK1DM5A Red lower limit = B_HK_B01D5A_XTRDHI54 = 28 / BHKXA1TBLK1DM5A Red upper limit = B_HK_B01D5A_XTYELO54 = -51 / BHKXA1TBLK1DM5A Yellow lower limit = B_HK_B01D5TYEHI54 = 25 / BHKXA1TBLK1DM5A Yellow upper limit = B_HK_B01D5TRDLO56 = -51 / BHKXA1TBLK1DM5B Red lower limit = B_HK_B01D5B_XTRDHI56 = 28 / BHKXA1TBLK1DM5B Red upper limit = B_HK_B01D5B_XTYELO56 = -51 / BHKXA1TBLK1DM5B Yellow lower limit = B_HK_B01D5TYEHI56 = 25 / BHKXA1TBLK1DM5B Yellow upper limit = B_HK_B01D5TRDLO58 = -51 / BHKXA1TBLK1DM6A Red lower limit = B_HK_B01D6A_XTRDHI58 = 28 / BHKXA1TBLK1DM6A Red upper limit = B_HK_B01D6A_XTYELO58 = -51 / BHKXA1TBLK1DM6A Yellow lower limit = B_HK_B01D6TYEHI58 = 25 / BHKXA1TBLK1DM6A Yellow upper limit = B_HK_B01D6TRDLO60 = -51 / BHKXA1TBLK1DM6B Red lower limit = B_HK_B01D6B_XTRDHI60 = 28 / BHKXA1TBLK1DM6B Red upper limit = B_HK_B01D6B_XTYELO60 = -51 / BHKXA1TBLK1DM6B Yellow lower limit = B_HK_B01D6TYEHI60 = 25 / BHKXA1TBLK1DM6B Yellow upper limit = B_HK_B01D6TRDLO62 = -51 / BHKXA1TBLK1DM7A Red lower limit = B_HK_B01D7A_XTRDHI62 = 28 / BHKXA1TBLK1DM7A Red upper limit = B_HK_B01D7A_XTYELO62 = -51 / BHKXA1TBLK1DM7A Yellow lower limit = B_HK_B01D7TYEHI62 = 25 / BHKXA1TBLK1DM7A Yellow upper limit = B_HK_B01D7TRDLO64 = -51 / BHKXA1TBLK1DM7B Red lower limit = B_HK_B01D7B_XTRDHI64 = 28 / BHKXA1TBLK1DM7B Red upper limit = B_HK_B01D7B_XTYELO64 = -51 / BHKXA1TBLK1DM7B Yellow lower limit = B_HK_B01D7TYEHI64 = 25 / BHKXA1TBLK1DM7B Yellow upper limit = B_HK_B01D7TRDLO66 = -51 / BHKXA1TBLK2DM0A Red lower limit = B_HK_B02D0A_XTRDHI66 = 28 / BHKXA1TBLK2DM0A Red upper limit = B_HK_B02D0A_XTYELO66 = -51 / BHKXA1TBLK2DM0A Yellow lower limit = B_HK_B02D0TYEHI66 = 25 / BHKXA1TBLK2DM0A Yellow upper limit = B_HK_B02D0TRDLO68 = -51 / BHKXA1TBLK2DM0B Red lower limit = B_HK_B02D0B_XTRDHI68 = 28 / BHKXA1TBLK2DM0B Red upper limit = B_HK_B02D0B_XTYELO68 = -51 / BHKXA1TBLK2DM0B Yellow lower limit = B_HK_B02D0TYEHI68 = 25 / BHKXA1TBLK2DM0B Yellow upper limit = B_HK_B02D0TRDLO70 = -51 / BHKXA1TBLK2DM1A Red lower limit = B_HK_B02D1A_XTRDHI70 = 28 / BHKXA1TBLK2DM1A Red upper limit = B_HK_B02D1A_XTYELO70 = -51 / BHKXA1TBLK2DM1A Yellow lower limit = B_HK_B02D1TYEHI70 = 25 / BHKXA1TBLK2DM1A Yellow upper limit = B_HK_B02D1TRDLO72 = -51 / BHKXA1TBLK2DM1B Red lower limit = B_HK_B02D1B_XTRDHI72 = 28 / BHKXA1TBLK2DM1B Red upper limit = B_HK_B02D1B_XTYELO72 = -51 / BHKXA1TBLK2DM1B Yellow lower limit = B_HK_B02D1TYEHI72 = 25 / BHKXA1TBLK2DM1B Yellow upper limit = B_HK_B02D1TRDLO74 = -51 / BHKXA1TBLK2DM2A Red lower limit = B_HK_B02D2A_XTRDHI74 = 28 / BHKXA1TBLK2DM2A Red upper limit = B_HK_B02D2A_XTYELO74 = -51 / BHKXA1TBLK2DM2A Yellow lower limit = B_HK_B02D2TYEHI74 = 25 / BHKXA1TBLK2DM2A Yellow upper limit = B_HK_B02D2TRDLO76 = -51 / BHKXA1TBLK2DM2B Red lower limit = B_HK_B02D2B_XTRDHI76 = 28 / BHKXA1TBLK2DM2B Red upper limit = B_HK_B02D2B_XTYELO76 = -51 / BHKXA1TBLK2DM2B Yellow lower limit = B_HK_B02D2TYEHI76 = 25 / BHKXA1TBLK2DM2B Yellow upper limit = B_HK_B02D2TRDLO78 = -51 / BHKXA1TBLK2DM3A Red lower limit = B_HK_B02D3A_XTRDHI78 = 28 / BHKXA1TBLK2DM3A Red upper limit = B_HK_B02D3A_XTYELO78 = -51 / BHKXA1TBLK2DM3A Yellow lower limit = B_HK_B02D3TYEHI78 = 25 / BHKXA1TBLK2DM3A Yellow upper limit = B_HK_B02D3TRDLO80 = -51 / BHKXA1TBLK2DM3B Red lower limit = B_HK_B02D3B_XTRDHI80 = 28 / BHKXA1TBLK2DM3B Red upper limit = B_HK_B02D3B_XTYELO80 = -51 / BHKXA1TBLK2DM3B Yellow lower limit = B_HK_B02D3TYEHI80 = 25 / BHKXA1TBLK2DM3B Yellow upper limit = B_HK_B02D3TRDLO82 = -51 / BHKXA1TBLK2DM4A Red lower limit = B_HK_B02D4A_XTRDHI82 = 28 / BHKXA1TBLK2DM4A Red upper limit = B_HK_B02D4A_XTYELO82 = -51 / BHKXA1TBLK2DM4A Yellow lower limit = B_HK_B02D4TYEHI82 = 25 / BHKXA1TBLK2DM4A Yellow upper limit = B_HK_B02D4TRDLO84 = -51 / BHKXA1TBLK2DM4B Red lower limit = B_HK_B02D4B_XTRDHI84 = 28 / BHKXA1TBLK2DM4B Red upper limit = B_HK_B02D4B_XTYELO84 = -51 / BHKXA1TBLK2DM4B Yellow lower limit = B_HK_B02D4TYEHI84 = 25 / BHKXA1TBLK2DM4B Yellow upper limit = B_HK_B02D4TRDLO86 = -51 / BHKXA1TBLK2DM5A Red lower limit = B_HK_B02D5A_XTRDHI86 = 28 / BHKXA1TBLK2DM5A Red upper limit = B_HK_B02D5A_XTYELO86 = -51 / BHKXA1TBLK2DM5A Yellow lower limit = B_HK_B02D5TYEHI86 = 25 / BHKXA1TBLK2DM5A Yellow upper limit = B_HK_B02D5TRDLO88 = -51 / BHKXA1TBLK2DM5B Red lower limit = B_HK_B02D5B_XTRDHI88 = 28 / BHKXA1TBLK2DM5B Red upper limit = B_HK_B02D5B_XTYELO88 = -51 / BHKXA1TBLK2DM5B Yellow lower limit = B_HK_B02D5TYEHI88 = 25 / BHKXA1TBLK2DM5B Yellow upper limit = B_HK_B02D5TRDLO90 = -51 / BHKXA1TBLK2DM6A Red lower limit = B_HK_B02D6A_XTRDHI90 = 28 / BHKXA1TBLK2DM6A Red upper limit = B_HK_B02D6A_XTYELO90 = -51 / BHKXA1TBLK2DM6A Yellow lower limit = B_HK_B02D6TYEHI90 = 25 / BHKXA1TBLK2DM6A Yellow upper limit = B_HK_B02D6TRDLO92 = -51 / BHKXA1TBLK2DM6B Red lower limit = B_HK_B02D6B_XTRDHI92 = 28 / BHKXA1TBLK2DM6B Red upper limit = B_HK_B02D6B_XTYELO92 = -51 / BHKXA1TBLK2DM6B Yellow lower limit = B_HK_B02D6TYEHI92 = 25 / BHKXA1TBLK2DM6B Yellow upper limit = B_HK_B02D6TRDLO94 = -51 / BHKXA1TBLK2DM7A Red lower limit = B_HK_B02D7A_XTRDHI94 = 28 / BHKXA1TBLK2DM7A Red upper limit = B_HK_B02D7A_XTYELO94 = -51 / BHKXA1TBLK2DM7A Yellow lower limit = B_HK_B02D7TYEHI94 = 25 / BHKXA1TBLK2DM7A Yellow upper limit = B_HK_B02D7TRDLO96 = -51 / BHKXA1TBLK2DM7B Red lower limit = B_HK_B02D7B_XTRDHI96 = 28 / BHKXA1TBLK2DM7B Red upper limit = B_HK_B02D7B_XTYELO96 = -51 / BHKXA1TBLK2DM7B Yellow lower limit = B_HK_B02D7TYEHI96 = 25 / BHKXA1TBLK2DM7B Yellow upper limit = B_HK_B02D7TRDLO98 = -51 / BHKXA1TBLK3DM0A Red lower limit = B_HK_B03D0A_XTRDHI98 = 28 / BHKXA1TBLK3DM0A Red upper limit = B_HK_B03D0A_XTYELO98 = -51 / BHKXA1TBLK3DM0A Yellow lower limit = B_HK_B03D0TYEHI98 = 25 / BHKXA1TBLK3DM0A Yellow upper limit = B_HK_B03D0TRDLO100= -51 / BHKXA1TBLK3DM0B Red lower limit = B_HK_B03D0B_XTRDHI100= 28 / BHKXA1TBLK3DM0B Red upper limit = B_HK_B03D0B_XTYELO100= -51 / BHKXA1TBLK3DM0B Yellow lower limit = B_HK_B03D0TYEHI100= 25 / BHKXA1TBLK3DM0B Yellow upper limit = B_HK_B03D0TRDLO102= -51 / BHKXA1TBLK3DM1A Red lower limit = B_HK_B03D1A_XTRDHI102= 28 / BHKXA1TBLK3DM1A Red upper limit = B_HK_B03D1A_XTYELO102= -51 / BHKXA1TBLK3DM1A Yellow lower limit = B_HK_B03D1TYEHI102= 25 / BHKXA1TBLK3DM1A Yellow upper limit = B_HK_B03D1TRDLO104= -51 / BHKXA1TBLK3DM1B Red lower limit = B_HK_B03D1B_XTRDHI104= 28 / BHKXA1TBLK3DM1B Red upper limit = B_HK_B03D1B_XTYELO104= -51 / BHKXA1TBLK3DM1B Yellow lower limit = B_HK_B03D1TYEHI104= 25 / BHKXA1TBLK3DM1B Yellow upper limit = B_HK_B03D1TRDLO106= -51 / BHKXA1TBLK3DM2A Red lower limit = B_HK_B03D2A_XTRDHI106= 28 / BHKXA1TBLK3DM2A Red upper limit = B_HK_B03D2A_XTYELO106= -51 / BHKXA1TBLK3DM2A Yellow lower limit = B_HK_B03D2TYEHI106= 25 / BHKXA1TBLK3DM2A Yellow upper limit = B_HK_B03D2TRDLO108= -51 / BHKXA1TBLK3DM2B Red lower limit = B_HK_B03D2B_XTRDHI108= 28 / BHKXA1TBLK3DM2B Red upper limit = B_HK_B03D2B_XTYELO108= -51 / BHKXA1TBLK3DM2B Yellow lower limit = B_HK_B03D2TYEHI108= 25 / BHKXA1TBLK3DM2B Yellow upper limit = B_HK_B03D2TRDLO110= -51 / BHKXA1TBLK3DM3A Red lower limit = B_HK_B03D3A_XTRDHI110= 28 / BHKXA1TBLK3DM3A Red upper limit = B_HK_B03D3A_XTYELO110= -51 / BHKXA1TBLK3DM3A Yellow lower limit = B_HK_B03D3TYEHI110= 25 / BHKXA1TBLK3DM3A Yellow upper limit = B_HK_B03D3TRDLO112= -51 / BHKXA1TBLK3DM3B Red lower limit = B_HK_B03D3B_XTRDHI112= 28 / BHKXA1TBLK3DM3B Red upper limit = B_HK_B03D3B_XTYELO112= -51 / BHKXA1TBLK3DM3B Yellow lower limit = B_HK_B03D3TYEHI112= 25 / BHKXA1TBLK3DM3B Yellow upper limit = B_HK_B03D3TRDLO114= -51 / BHKXA1TBLK3DM4A Red lower limit = B_HK_B03D4A_XTRDHI114= 28 / BHKXA1TBLK3DM4A Red upper limit = B_HK_B03D4A_XTYELO114= -51 / BHKXA1TBLK3DM4A Yellow lower limit = B_HK_B03D4TYEHI114= 25 / BHKXA1TBLK3DM4A Yellow upper limit = B_HK_B03D4TRDLO116= -51 / BHKXA1TBLK3DM4B Red lower limit = B_HK_B03D4B_XTRDHI116= 28 / BHKXA1TBLK3DM4B Red upper limit = B_HK_B03D4B_XTYELO116= -51 / BHKXA1TBLK3DM4B Yellow lower limit = B_HK_B03D4TYEHI116= 25 / BHKXA1TBLK3DM4B Yellow upper limit = B_HK_B03D4TRDLO118= -51 / BHKXA1TBLK3DM5A Red lower limit = B_HK_B03D5A_XTRDHI118= 28 / BHKXA1TBLK3DM5A Red upper limit = B_HK_B03D5A_XTYELO118= -51 / BHKXA1TBLK3DM5A Yellow lower limit = B_HK_B03D5TYEHI118= 25 / BHKXA1TBLK3DM5A Yellow upper limit = B_HK_B03D5TRDLO120= -51 / BHKXA1TBLK3DM5B Red lower limit = B_HK_B03D5B_XTRDHI120= 28 / BHKXA1TBLK3DM5B Red upper limit = B_HK_B03D5B_XTYELO120= -51 / BHKXA1TBLK3DM5B Yellow lower limit = B_HK_B03D5TYEHI120= 25 / BHKXA1TBLK3DM5B Yellow upper limit = B_HK_B03D5TRDLO122= -51 / BHKXA1TBLK3DM6A Red lower limit = B_HK_B03D6A_XTRDHI122= 28 / BHKXA1TBLK3DM6A Red upper limit = B_HK_B03D6A_XTYELO122= -51 / BHKXA1TBLK3DM6A Yellow lower limit = B_HK_B03D6TYEHI122= 25 / BHKXA1TBLK3DM6A Yellow upper limit = B_HK_B03D6TRDLO124= -51 / BHKXA1TBLK3DM6B Red lower limit = B_HK_B03D6B_XTRDHI124= 28 / BHKXA1TBLK3DM6B Red upper limit = B_HK_B03D6B_XTYELO124= -51 / BHKXA1TBLK3DM6B Yellow lower limit = B_HK_B03D6TYEHI124= 25 / BHKXA1TBLK3DM6B Yellow upper limit = B_HK_B03D6TRDLO126= -51 / BHKXA1TBLK3DM7A Red lower limit = B_HK_B03D7A_XTRDHI126= 28 / BHKXA1TBLK3DM7A Red upper limit = B_HK_B03D7A_XTYELO126= -51 / BHKXA1TBLK3DM7A Yellow lower limit = B_HK_B03D7TYEHI126= 25 / BHKXA1TBLK3DM7A Yellow upper limit = B_HK_B03D7TRDLO128= -51 / BHKXA1TBLK3DM7B Red lower limit = B_HK_B03D7B_XTRDHI128= 28 / BHKXA1TBLK3DM7B Red upper limit = B_HK_B03D7B_XTYELO128= -51 / BHKXA1TBLK3DM7B Yellow lower limit = B_HK_B03D7TYEHI128= 25 / BHKXA1TBLK3DM7B Yellow upper limit = B_HK_B03D7TRDLO130= -51 / BHKXA1TBLK4DM0A Red lower limit = B_HK_B04D0A_XTRDHI130= 28 / BHKXA1TBLK4DM0A Red upper limit = B_HK_B04D0A_XTYELO130= -51 / BHKXA1TBLK4DM0A Yellow lower limit = B_HK_B04D0TYEHI130= 25 / BHKXA1TBLK4DM0A Yellow upper limit = B_HK_B04D0TRDLO132= -51 / BHKXA1TBLK4DM0B Red lower limit = B_HK_B04D0B_XTRDHI132= 28 / BHKXA1TBLK4DM0B Red upper limit = B_HK_B04D0B_XTYELO132= -51 / BHKXA1TBLK4DM0B Yellow lower limit = B_HK_B04D0TYEHI132= 25 / BHKXA1TBLK4DM0B Yellow upper limit = B_HK_B04D0TRDLO134= -51 / BHKXA1TBLK4DM1A Red lower limit = B_HK_B04D1A_XTRDHI134= 28 / BHKXA1TBLK4DM1A Red upper limit = B_HK_B04D1A_XTYELO134= -51 / BHKXA1TBLK4DM1A Yellow lower limit = B_HK_B04D1TYEHI134= 25 / BHKXA1TBLK4DM1A Yellow upper limit = B_HK_B04D1TRDLO136= -51 / BHKXA1TBLK4DM1B Red lower limit = B_HK_B04D1B_XTRDHI136= 28 / BHKXA1TBLK4DM1B Red upper limit = B_HK_B04D1B_XTYELO136= -51 / BHKXA1TBLK4DM1B Yellow lower limit = B_HK_B04D1TYEHI136= 25 / BHKXA1TBLK4DM1B Yellow upper limit = B_HK_B04D1TRDLO138= -51 / BHKXA1TBLK4DM2A Red lower limit = B_HK_B04D2A_XTRDHI138= 28 / BHKXA1TBLK4DM2A Red upper limit = B_HK_B04D2A_XTYELO138= -51 / BHKXA1TBLK4DM2A Yellow lower limit = B_HK_B04D2TYEHI138= 25 / BHKXA1TBLK4DM2A Yellow upper limit = B_HK_B04D2TRDLO140= -51 / BHKXA1TBLK4DM2B Red lower limit = B_HK_B04D2B_XTRDHI140= 28 / BHKXA1TBLK4DM2B Red upper limit = B_HK_B04D2B_XTYELO140= -51 / BHKXA1TBLK4DM2B Yellow lower limit = B_HK_B04D2TYEHI140= 25 / BHKXA1TBLK4DM2B Yellow upper limit = B_HK_B04D2TRDLO142= -51 / BHKXA1TBLK4DM3A Red lower limit = B_HK_B04D3A_XTRDHI142= 28 / BHKXA1TBLK4DM3A Red upper limit = B_HK_B04D3A_XTYELO142= -51 / BHKXA1TBLK4DM3A Yellow lower limit = B_HK_B04D3TYEHI142= 25 / BHKXA1TBLK4DM3A Yellow upper limit = B_HK_B04D3TRDLO144= -51 / BHKXA1TBLK4DM3B Red lower limit = B_HK_B04D3B_XTRDHI144= 28 / BHKXA1TBLK4DM3B Red upper limit = B_HK_B04D3B_XTYELO144= -51 / BHKXA1TBLK4DM3B Yellow lower limit = B_HK_B04D3TYEHI144= 25 / BHKXA1TBLK4DM3B Yellow upper limit = B_HK_B04D3TRDLO146= -51 / BHKXA1TBLK4DM4A Red lower limit = B_HK_B04D4A_XTRDHI146= 28 / BHKXA1TBLK4DM4A Red upper limit = B_HK_B04D4A_XTYELO146= -51 / BHKXA1TBLK4DM4A Yellow lower limit = B_HK_B04D4TYEHI146= 25 / BHKXA1TBLK4DM4A Yellow upper limit = B_HK_B04D4TRDLO148= -51 / BHKXA1TBLK4DM4B Red lower limit = B_HK_B04D4B_XTRDHI148= 28 / BHKXA1TBLK4DM4B Red upper limit = B_HK_B04D4B_XTYELO148= -51 / BHKXA1TBLK4DM4B Yellow lower limit = B_HK_B04D4TYEHI148= 25 / BHKXA1TBLK4DM4B Yellow upper limit = B_HK_B04D4TRDLO150= -51 / BHKXA1TBLK4DM5A Red lower limit = B_HK_B04D5A_XTRDHI150= 28 / BHKXA1TBLK4DM5A Red upper limit = B_HK_B04D5A_XTYELO150= -51 / BHKXA1TBLK4DM5A Yellow lower limit = B_HK_B04D5TYEHI150= 25 / BHKXA1TBLK4DM5A Yellow upper limit = B_HK_B04D5TRDLO152= -51 / BHKXA1TBLK4DM5B Red lower limit = B_HK_B04D5B_XTRDHI152= 28 / BHKXA1TBLK4DM5B Red upper limit = B_HK_B04D5B_XTYELO152= -51 / BHKXA1TBLK4DM5B Yellow lower limit = B_HK_B04D5TYEHI152= 25 / BHKXA1TBLK4DM5B Yellow upper limit = B_HK_B04D5TRDLO154= -51 / BHKXA1TBLK4DM6A Red lower limit = B_HK_B04D6A_XTRDHI154= 28 / BHKXA1TBLK4DM6A Red upper limit = B_HK_B04D6A_XTYELO154= -51 / BHKXA1TBLK4DM6A Yellow lower limit = B_HK_B04D6TYEHI154= 25 / BHKXA1TBLK4DM6A Yellow upper limit = B_HK_B04D6TRDLO156= -51 / BHKXA1TBLK4DM6B Red lower limit = B_HK_B04D6B_XTRDHI156= 28 / BHKXA1TBLK4DM6B Red upper limit = B_HK_B04D6B_XTYELO156= -51 / BHKXA1TBLK4DM6B Yellow lower limit = B_HK_B04D6TYEHI156= 25 / BHKXA1TBLK4DM6B Yellow upper limit = B_HK_B04D6TRDLO158= -51 / BHKXA1TBLK4DM7A Red lower limit = B_HK_B04D7A_XTRDHI158= 28 / BHKXA1TBLK4DM7A Red upper limit = B_HK_B04D7A_XTYELO158= -51 / BHKXA1TBLK4DM7A Yellow lower limit = B_HK_B04D7TYEHI158= 25 / BHKXA1TBLK4DM7A Yellow upper limit = B_HK_B04D7TRDLO160= -51 / BHKXA1TBLK4DM7B Red lower limit = B_HK_B04D7B_XTRDHI160= 28 / BHKXA1TBLK4DM7B Red upper limit = B_HK_B04D7B_XTYELO160= -51 / BHKXA1TBLK4DM7B Yellow lower limit = B_HK_B04D7TYEHI160= 25 / BHKXA1TBLK4DM7B Yellow upper limit = B_HK_B04D7TRDLO162= -51 / BHKXA1TBLK5DM0A Red lower limit = B_HK_B05D0A_XTRDHI162= 28 / BHKXA1TBLK5DM0A Red upper limit = B_HK_B05D0A_XTYELO162= -51 / BHKXA1TBLK5DM0A Yellow lower limit = B_HK_B05D0TYEHI162= 25 / BHKXA1TBLK5DM0A Yellow upper limit = B_HK_B05D0TRDLO164= -51 / BHKXA1TBLK5DM0B Red lower limit = B_HK_B05D0B_XTRDHI164= 28 / BHKXA1TBLK5DM0B Red upper limit = B_HK_B05D0B_XTYELO164= -51 / BHKXA1TBLK5DM0B Yellow lower limit = B_HK_B05D0TYEHI164= 25 / BHKXA1TBLK5DM0B Yellow upper limit = B_HK_B05D0TRDLO166= -51 / BHKXA1TBLK5DM1A Red lower limit = B_HK_B05D1A_XTRDHI166= 28 / BHKXA1TBLK5DM1A Red upper limit = B_HK_B05D1A_XTYELO166= -51 / BHKXA1TBLK5DM1A Yellow lower limit = B_HK_B05D1TYEHI166= 25 / BHKXA1TBLK5DM1A Yellow upper limit = B_HK_B05D1TRDLO168= -51 / BHKXA1TBLK5DM1B Red lower limit = B_HK_B05D1B_XTRDHI168= 28 / BHKXA1TBLK5DM1B Red upper limit = B_HK_B05D1B_XTYELO168= -51 / BHKXA1TBLK5DM1B Yellow lower limit = B_HK_B05D1TYEHI168= 25 / BHKXA1TBLK5DM1B Yellow upper limit = B_HK_B05D1TRDLO170= -51 / BHKXA1TBLK5DM2A Red lower limit = B_HK_B05D2A_XTRDHI170= 28 / BHKXA1TBLK5DM2A Red upper limit = B_HK_B05D2A_XTYELO170= -51 / BHKXA1TBLK5DM2A Yellow lower limit = B_HK_B05D2TYEHI170= 25 / BHKXA1TBLK5DM2A Yellow upper limit = B_HK_B05D2TRDLO172= -51 / BHKXA1TBLK5DM2B Red lower limit = B_HK_B05D2B_XTRDHI172= 28 / BHKXA1TBLK5DM2B Red upper limit = B_HK_B05D2B_XTYELO172= -51 / BHKXA1TBLK5DM2B Yellow lower limit = B_HK_B05D2TYEHI172= 25 / BHKXA1TBLK5DM2B Yellow upper limit = B_HK_B05D2TRDLO174= -51 / BHKXA1TBLK5DM3A Red lower limit = B_HK_B05D3A_XTRDHI174= 28 / BHKXA1TBLK5DM3A Red upper limit = B_HK_B05D3A_XTYELO174= -51 / BHKXA1TBLK5DM3A Yellow lower limit = B_HK_B05D3TYEHI174= 25 / BHKXA1TBLK5DM3A Yellow upper limit = B_HK_B05D3TRDLO176= -51 / BHKXA1TBLK5DM3B Red lower limit = B_HK_B05D3B_XTRDHI176= 28 / BHKXA1TBLK5DM3B Red upper limit = B_HK_B05D3B_XTYELO176= -51 / BHKXA1TBLK5DM3B Yellow lower limit = B_HK_B05D3TYEHI176= 25 / BHKXA1TBLK5DM3B Yellow upper limit = B_HK_B05D3TRDLO178= -51 / BHKXA1TBLK5DM4A Red lower limit = B_HK_B05D4A_XTRDHI178= 28 / BHKXA1TBLK5DM4A Red upper limit = B_HK_B05D4A_XTYELO178= -51 / BHKXA1TBLK5DM4A Yellow lower limit = B_HK_B05D4TYEHI178= 25 / BHKXA1TBLK5DM4A Yellow upper limit = B_HK_B05D4TRDLO180= -51 / BHKXA1TBLK5DM4B Red lower limit = B_HK_B05D4B_XTRDHI180= 28 / BHKXA1TBLK5DM4B Red upper limit = B_HK_B05D4B_XTYELO180= -51 / BHKXA1TBLK5DM4B Yellow lower limit = B_HK_B05D4TYEHI180= 25 / BHKXA1TBLK5DM4B Yellow upper limit = B_HK_B05D4TRDLO182= -51 / BHKXA1TBLK5DM5A Red lower limit = B_HK_B05D5A_XTRDHI182= 28 / BHKXA1TBLK5DM5A Red upper limit = B_HK_B05D5A_XTYELO182= -51 / BHKXA1TBLK5DM5A Yellow lower limit = B_HK_B05D5TYEHI182= 25 / BHKXA1TBLK5DM5A Yellow upper limit = B_HK_B05D5TRDLO184= -51 / BHKXA1TBLK5DM5B Red lower limit = B_HK_B05D5B_XTRDHI184= 28 / BHKXA1TBLK5DM5B Red upper limit = B_HK_B05D5B_XTYELO184= -51 / BHKXA1TBLK5DM5B Yellow lower limit = B_HK_B05D5TYEHI184= 25 / BHKXA1TBLK5DM5B Yellow upper limit = B_HK_B05D5TRDLO186= -51 / BHKXA1TBLK5DM6A Red lower limit = B_HK_B05D6A_XTRDHI186= 28 / BHKXA1TBLK5DM6A Red upper limit = B_HK_B05D6A_XTYELO186= -51 / BHKXA1TBLK5DM6A Yellow lower limit = B_HK_B05D6TYEHI186= 25 / BHKXA1TBLK5DM6A Yellow upper limit = B_HK_B05D6TRDLO188= -51 / BHKXA1TBLK5DM6B Red lower limit = B_HK_B05D6B_XTRDHI188= 28 / BHKXA1TBLK5DM6B Red upper limit = B_HK_B05D6B_XTYELO188= -51 / BHKXA1TBLK5DM6B Yellow lower limit = B_HK_B05D6TYEHI188= 25 / BHKXA1TBLK5DM6B Yellow upper limit = B_HK_B05D6TRDLO190= -51 / BHKXA1TBLK5DM7A Red lower limit = B_HK_B05D7A_XTRDHI190= 28 / BHKXA1TBLK5DM7A Red upper limit = B_HK_B05D7A_XTYELO190= -51 / BHKXA1TBLK5DM7A Yellow lower limit = B_HK_B05D7TYEHI190= 25 / BHKXA1TBLK5DM7A Yellow upper limit = B_HK_B05D7TRDLO192= -51 / BHKXA1TBLK5DM7B Red lower limit = B_HK_B05D7B_XTRDHI192= 28 / BHKXA1TBLK5DM7B Red upper limit = B_HK_B05D7B_XTYELO192= -51 / BHKXA1TBLK5DM7B Yellow lower limit = B_HK_B05D7TYEHI192= 25 / BHKXA1TBLK5DM7B Yellow upper limit = B_HK_B05D7HISTORY TASK: FAPPND on FILENAME: sw01210276000b176x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:31 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aů9Eioyq{me~@Ilwruy}{otyl~|wugqs{hrZKewm}puylyy{tyqaw}vkkrusth{dqnwzHJwAů99Cioxq{md~@Ilxrux}{ouym~|vugqs{hrZKexm|pvylyyztyq`w}vjkr~ustg{drowzIJHAů9Eipyp{me~@Imwrux}{otyl~|vugrs{hrZKfwm|pvylyyztyq`w}vkjr~usth{dqnwzHJ1Aů 99hoyq{me~@Imwstx}zotyl}|vugqs{grZKfwm}pvykyyzsxq`w}vjjr~urth{cqnwzHJɃAů9F_ioxp{md~@Imwst~x}{ptzk~|vufqs{grZKfwl}puylyxztxq`w}wjjr~ustg{cqnwzHJțAů(9F_hoxq{me~?Ilwrux}zotyl}{vugps{hrZKfwl|puylyyztxq`w}vjjr~ursg{dqnwzIJlAů797ioyp{ld~@Ilvrtx}zotyl}|vufqs{grZKfwm}puylyyzsyq`w|vjjr~ursg{dqnwzHJ;AůF9JMioxpzmd~@Ilvrux}znuyl}|vufqs{hqZJfwm|ouykyy{txq`w}vjjr~trsh{dqnwzHJkAůU9Eioyp{le~@Imwruw}zotzl~|vufqr{grZJevl}puxkyyztxq`w|vjjr~urtg{cpnwzIJʈAůd9;:ioxp{le~@Ilvrtw}zotyl}|vufqszhrZKfwm}pvxkyyztxq`w}vjjr~urtg{dqnwzHJ Aůs9:hoxp{md~@Ilwrtx}zouyl}|vufqs{grZKevl}ouylzy{txq`w|vkjr~urtg{cqowzHJ˾Aů9Dgioxp{ld}@Ikwst~x}{otzk}{vugpszgrYKewm}puzlyyztxq`w}vjjr~trtg{dqnwzHJ#Aů9Cioxp{ld}@Ilwrt~w}zotyl~|vufqr{gqZJevl|puzkxyztxp`w}vjjr~ussh{cqnwzHJUAů9AȄinyp{me~@Ilwrt~x}zotyl}|vufqs{fqYJewl|puykyy{sxq`w}vjjr~urtg{cqnwzHJAů9Eioxp{md}?Ilvrtw}zntyl}{utfqrzgrZJfwm|ouykxyztyq_v}vjjr~trsg{cqnwzHJ=Aů9Ghoxp{md~@Hlvrt~w}zotyl}|uufqszgqYJevl|puylxyzsxq`w|vijr~trtg{cqmvyHJAů9Ghnxpzld}?Hlvrt~w}znsyl}|vufps{gqYJevl{puyjxxzsxp`v|vijr}trsgzcpnwyHJAů9Chnxozld}@Hkwrt~w|znsyk}{utfqrzgqYJevl|ouykxxzswp_v|vijq~trsgzcpmwyHIUAů9Hkups}v|ymrwk|zutepryfqYIdvl{otxixxxswp_u|u~hip}sqrgyconuxGI3Aů9Ggmvnykc|>Gjups}v{ymrxj{ztsepqyepXIdulzntwjvwyrwo^u{u~ihp|sqrfybplvxGIZAů'9F_flvnykb{=Gjups|v{ymsxj|ztsepqxepXHdukznswiwwyswo^u{t~hhp|sprfyboluxFHAů69Cflvnxja{=Gitos|u{xmrwi{zt~sdopxeoXHcujzmswiwwxqvo]tzt~ghp|sqreyaoluwFHsAůE9Lelumxia{=Ejtoq|u{xkqvi{yssdopxdnWHctjzmswhuvxqvn]tzt~gho{rpqexaoktwFHuAůT9F_ektmxi`z<Eitoq{uzxkpuhzys~rcnpwdoVGbtjzmrvhuvwpu~m]sys}fgo{qpqdxan~kswFGȎAůc9:dkumwi`y<Eisnq{szwkqugzxr~rbmowdnVGbs~iymsuguuwpv~m]sys|ffn{qopdw`n~jsvEFAůr9Gcjtlvi_y;E~hsnp{tyvjpugyxr}qbmnvcmUFbs~iylqufttvou}l\syr|ffnzqopdw`m~jsuEFbAů9?фciskvh^y;D}hrlpzsyvjotgxwr}pbmnublUFar~hxkpvfttuot}l[rxr{eemypo~ocv_m~}jruDFAů9Gbiskvh^x:C}~~gqmoysxvhotfxvq|palnublTEar}gwkpufstuns|k[rwq{delypn~nbv_m~|hrtDEAů9AȄairjug]w:B}}~fplnyrwuhntewvp|o`kmtakTE`q}gwjpterrtns|kZqwqzddlxom}nbu^l}|hqtCD:Aů9AȄahqjtf]v9B|}~fpknxrwtgnsev~vo{o`lmt`kTD_q|fviotdrstms|jZqvpy~ddkxnm}mau^k~|{gqsBD:Aů9AȄ`gqitf\v9A{|}epkmxqvtgmrdv}uozn~`jls`kSC_p~|evios~dqqslrzjYpuoy~bckwmm|mat]k~|zgprBCɬAů9;:`gpise[u8A{||dojmwpvtflqcv}tnzm~_kls_jRC^p}{euims}dqqrlrziYouox}bbjvml{l`s\j~{zfprAC?Aů99_fphrdZu7@z{{dojlwousflqdt|tnym~^jkr^iQC^o}zethmq}cp~qrkqyhXotnx|abjvlk{k`s\j}{yeorACAů9G_fogrd[t7?y{{cnilvourekqct~{smxl}]ijr^iQB]n|zcthlq}cp}pqkqyhXntnw|aaiulk{k_r[i|zyeoq@AAů9G^fogqdZt6?yzzdnhkvntrekpbt}{smxm|]ijq^hQA]n|zctglq|bo}oqjpxhWnsnw|`ahukkzj_r[i|{xenp@AAů9AȄ^engqcZs6>zzzcmhkuntqejpbs}{rmxl|]hiq]hPA\n{zcsglq|bo}oqjpxgWmrmv{`aitkjzj^q[h{zxdnp@AˠAů9G^enfqcZs6>yyybmhkunsqejpas}{rmxl|]gip]hPA]n{ycrflq|ao}oqjpxgVmrmw{`ahtkjyj^q[h{yxdmp?AˬAů&9G^dmfpbYs6>yzycmgjtnsqekobs}zqlwk{\hiq\gOA[m{ybrfkp{bo|opjnwgVmrmv{``gtkjyi^qZh{yxcnp?@ͫAů599]dmfpbYt5>xyybmhjumrpdjobs}zrlwk{\hiq]gP@[l{ybrfkp{ao|npioxgWmrlvz``~htkjyj^qZg{zwclo>@AůD9F_^enfpbZs5>yyyamhjtnrqejoar}zrlwk{\ghp]gP@\m{ybrfkozao|oojnwgVmrlvz``~htkiyi]qZg{ywcmp?@AůS9[]dmfpbYt5>xyzbmgjtmspejoas}zrlwk{\gip]gP@[m{ybrfkp{an}npjowgVlrlvz`a~htjiyi]pYgzywdmo>@Aůb9g]dnepbZt5>xyybmgjtmspejoas}zrlwkz\ghq]gP@[l{ybreko{ao|npiowgVmrmuz`agtjhyj]qZg{yxdmo>@xAůq9Z^emfpbZs5>xyybmgjtmrqejoas|zrlwk{\giq]gP@[l|ybrfkp{ao|noinwgVlsluz``~hsjiyj]qYg{ywcmp>@8Aů98^enfpbZt6>xzybmhjtmrpejpbs}zrlwlz\giq]hPA\m{ybsekp{ao}npjnwgWmrluz`ahtkhyi^qZg{ywdmp>@ Aů9F__enfpbZt5>yyyamgjtmsqejpas}zrlwk{\giq]hPA\m{ybrfko{bo}opiowgVmrlvz`ahtkizj^qYg{zxdmp>@̨Aů9;:^enfqbZt5>xyybmhjunspekobs}zslwk|\ghq]hO@[m{ybselo{bp|opinwgWmsmvz`ahtjiyj]qYg|zxdmp>@Aů9F__enfpc[t6?xzzbnhjunspekpbs}zslwk{\ghq]gPA\l|ybsflp{bo|opjowgWmsmvzaahtkizj]qZg{zwdmp>@1Aů9;^enfqc[t6?xzzbmhkumspflobs}yrmxk|\giq^hPA\m|ycselo{bp}opinwgWmslv{aahtkizj^qZg|yxemp>@δAů9F__eofpc[t6?y{zbnhkunspekpbs}zslxl|\giq]hPA\m|zcsflp{cp}oqknwhWnslvzaahtkizj^qZg{yxdnp>@͊Aů99_enfqc\u6?yzzbnhkunspfkpbt~zsmxk|]giq^hPA\m|ycsfko{cp}opjnwhWmslvzaaitkizj^qZg|zxenq>@Aů9G_fnfqc[u6?yzzbnikunsqfkpct~zsmxk|]gir^hPB\m|ydtflo{bq}opjnwhWmslwzaahtkizj^qZg|zxenp?@Aů99`fogqc[u6@yzzbnhkunspfkpcs~zsmxk|]gir^iPA[m|zcsflp{bo~opjnwhWmsmvzabitkizk^rZg|zxemp>@%Aů9F__fogqc[u7?y{{bnikunsqflpct~zsnxl|]giq^iQA\m}zcsflp{co~pqkoxhXntmvzaaiukizj^rZh|{xenp?@άAů9K`gogqc\u6@y{zcnikuntqfkpct~{smxl|]gir^iQA\m}zdtflo{cp}pqkoxhXntmw{abitli{k^rZh}zyenp?AͪAů%9R*_fofqc\u7@y{zcnikuntqglqct~zsmxl|]hir^iPA]n}zdtflp{cq~pqjoxhWltmv{abiulj{k^r[h|zyfnq>A8Aů49G`fpgqc\u7@y{{cnilvotqgmpct~{smxl|]his^iQB\n}zcsgmp{cq}pqkoxiXntmw{abiuli{k_rZh}zyenq?A>AůC9;:`fpgqc]u7@y{zcnilvotrglqct{tmxm}]hjs^iPB\n}zdtflp{cq~pqjowiXntnw{bbiulj{k^r[h}zyenq?AͯAůR9I`fphrc\u7@z{{bnilvotqgmqdt~{tmyl|]gis_iQB]m}zdtgmp|cqqrkoxhXntmw{bbjuljzk_rZh}{yfnq?AAůa9=ل`fpgqd\v7Az{{cojlvotqglqct{smyl|^hjs_iQC\n}{dtgmq|cq}pqkpxhXotmw{bbjuli{k_r[h|{yfnq@A Aůp9G`gphrd\v7@z|zcojlvotqgmqcu~{tmym}^hjs_iQB]n}zdtgmp{dq~qqkpxiXntmw{bbjulj{l_rZh}{yeoq?AAů99`gphrd\v7Az|{cnjmvotqgmqdu|tnym}^hjs_iQB]n}zctglq|cq}pqkpxiYotnw{bbjulj{l^s[i}{yfnr@AoAů9HVagphrc]u8@z||cnjlvotrglqdu~{tnym}^hjs_jQB]n}{dtgmq{cq~prloyhXnumx{bcjvlj{l_s[i}{zfnq@A)Aů9F_agpgrc]v8Ay|{cojlvotrgmqdu{tnym}^ijs_jQC]n}{etgmq|cp~qqkoxiXnunx|bcjvlj{k_s[i}{yfoq@AϊAů9?)agphrc\v8Az{{cojlwotqgmqdu{tnym}^ijr_kQB^n}{dthmp|cqqrkpxiYounw|bbjulj{l_s[h}|zfoq@A$Aů9G`gphrd\v8A{|{dpjlvotrgmqdu{tnym}^ijs_jQC^n~{eugmp|dqqrlpyiXotmx|bcjvlj|l_s[i}{yfnq@BAů9;agphrd]v8Az||cnjlvptrgmqdu{tnym}^ijs_jQC]o~{dugmp|dq~qrlpyiXounx|bbjvlj{l_s[h}{yfor@AAů9Dgagphrd]v8Az|{cojlvpurgmqdv|tnzm}^ijs_kQC\n}{duhmq|dq~qrlpxiXounx|bcjvmj{l_s[i}{zgor@BAů9;:agqhrd]v8Az|{dokmvpurhmrdu{tnym~_hjs`jRC]o~{ethmq|cq~qrlpxiYounx|ccjvmj|l_s[i}{zeor@B̃Aů9JMeltmwia{<Eisnq{tzvlqvizxr}rcmowcoVGbsiylruhuuwqu}m\tyr|gfozqnpdw`m~jtvEGxAů9Gektmwiaz<Eitop{tzvlrvhyxr}qcmpwdnVGbsiylrvhuvvou}m\syr|ggozqopdw`m~jtwEGȺAů9Eekumwiaz<Eitoq{tywlqvhzxr~rbmowcnUGbshylrvhuuvqu~m\syr|gfnzqnpdw`mjsvDGZAů9Bpelulwiaz<Ehsnq{tyvkqvhzxr}qcmowcnVGbsiylruhuuvpu}m\syr|ffozqopdw`n~ksvDGAů99elulwhaz<Eisnq{tzwkqvhyxr}qcmowcnVGbsiylruguuvpt~m\syr|ffnzqnpdw`m~~ksvDFAů99ektmwiaz<Eisnpztyvlpuiyxr}qbmowcnVGbshylruguuvpt}m\syr|ffnzqnpdw`m~jsvDG3Aů9Edkulwh`y<E~htop{tyvkpuhyxr}qcmnwdnVGbsiylruhuuvpt}m\syr|fgozqnpdw_m}ksvDGHAů9Gekulwhaz<Ehsnq{tyvkqvhzxr}qcmowcnVGbsiykrvhuuvpu}m\ryr|ffnzpnocw_m~ksvDFAů9:dktlwi`z<Ehsnp{tyvkqvhyxr}qcmowcnVGbsixlrvguuvpu}m\syr|ggnzqnpdw`m~ksvEFAů9Hektlwiaz<E~irnp{tywkquhzxr}rcmowcnVGbs~iykquhuuvou}m\syr|ffnzqopcw`m~ksvDFAů-9:ektmwiay<Ehsnq{tyvkqvhyxr~qbmowcnVGbshylruhuuvpu~m\syr|fgnzqnpdw`m~ktvDFəAů<9Gekulwhaz<Ehsnq{tywkqvhyxr}qcmowdnVFasiykruguuwpu~m\syr|ggnzqopdw`m~jsvDGAůK9:ekumwiaz<E~hsnq{tzwkquhyxr~qcmnwcnVGbsiykrugutwpu~m\syr|fgozqnpdw`m~jsvEFAůZ9Bpekulwiaz<E~isoq{tywlquhzxr~qcnowcnVGbsiylrvhuuvpu}m\syr|ffnzqnpdw`mktvDFQAůi9Jekumwh`z<Ehsnp{tywkqvhzxr}qbmowdnVGbsiylruhuuvpt}m\syr|fgnzqnpcw_m~ksvDFAůx99ekumwiaz<Ehsnpztywkpuhzxr}qcmowcnVGas~hylquhuuwpt}m\syr|ffnzqnodw_m~~jsvDFʋAů9Gdkulwh`z<E~hsnp{syvkpvhyxq}qcmnwcnVGbs~ixlquguuvpu}l\sxr|ffnzqnpdw`m~ksvDFEAů99Cektlviay<Ehsnpztyvkpuhzxq}qcmovcnVFashykqvgtuvpt}m\syr|ffnzqnocw`m~jsvDFAů9HVdkulviaz<E~hsnqzsyvkquhyxr|qcmovcnVGbs~hykquhuuvou}m\sxr|ffnzqoodw`m~}ksvDF]Aů9:ektlvi`z<E}hsmp{syvkpuhyxq}qblovcnVGar~hxkquguuvpt}m\ryr|ffnzpnocw`m~~jsvDFmAů9Gdktmvh`y;Ehrnp{tywkpugywq}qbmnvcnUFbshylrugtuvpu}m\sxr{ffnyqnpcw`m~~jsuDFAů9Eektlwh`y<E~hsnp{syvkquhyxr}pblovcnUFbr~hxkquhuuvpt}l\sxr{ffnzpnocw_m~~jsvDFAů9Vdktlwh`z<E~hrnpztyvlpuhyxq}qbmowcnVGbsixkquguuvpu}l\syr|ffnzqnocw_m}jsvDFrAů9Gdktlwh`y<Ehsnp{tyvkquhzwq}qbmnwcmVGasiykquhuuvpt}m\syr|ffnzqnocw`m~}jsvDFAů9AȄdktlwh`z<Ehrnq{tyvkpuhyxq}pbmovcnVFbs~iylquhuuvpt}m\syr{fgnzqoocw_m}jsvDFAů9F_ekumwiaz<E~hsop{syvkquhyxr~qbmovcnVGbr~hykquguuvpt}l\syr|ffnzqnpdw_m}ksvDFGAů9:ektlvh`z;E~hrnpzsyvlqvhyxr}qblnvcnVGar~hxlruhuuvpu}m\syr|ffnzqnpcw`m~}jsvDFAů,9Gdktmwi`z<E~hsnpztzvjpvhzxr~qbmowcnUGashykquguuvpt}m\syr|ffnzpn~odv`m}jsvDFɂAů;9;:ektlvh`z<E~hsnpztyvkqugyxr}qblovcmUGasiykquguuvpt}m\sxr|ffnzqnodv_m}jsvEFAůJ9HVekulvhaz<E~grnpztyvkpvhyxr}qbmnwcnVFasixkqvhuuvot}m\ryr|ffnzpnocw_m~~jsuDFJAůY99Cdktlvh`y<E~hsmqzsyvkpuhywr}qblnwcmUGarhxkrugtuvpt}m\sxq{ffnyqnpcv_m~isuDFyAůh9F_dktlwi`y;E~grnpzsyvkpvhyxq}qblnvcnUFar~hxkquguuuou}m\sxr{ffnypnocw_m~isvDFAůw9Cdktlwh`y;E~gsop{sxvkpvhywq}qblnvcmUFbs~hylqugtuvpt}l[syr{ffnzqnocw_m~}irvDFɎAů9F_ekulvh`y;E~hsnqztyvkpuhywq}qbmovcnVFar~hykqugtuupt}m\rxq|ffnzpn~pcw_l~}isvDFǩAů9Edjtlvh`z<D~hsnp{syvkpuhywq}pbmnvcnVFas~hylqtgttvpt}l[sxq{ffnypnpcv_m~jrvDFțAů9;:djtlvh`y<E~gsnpzsyvkqthyxq|qblnwcmVFar~hxkpugutvot|l\rxr{ffnyqnpcw_m~}jsvDFAů9Gejulwh`z<E}hsnp{sxvkpugyxq}pblnwcnVFas~hxkquhtuupt}m\rxr|ffmzpn~ocw_m~}jsvDFFAů9A dktlvh`z<E~grnp{syvkpuhywq}qbmnvcmUFar~hxjqtguuvou|m[rxr|ffnzpm~ocw_m~jsvDFAů9:dktlvhaz<E~hsnp{syvkpuhywq}qblowbnVFbrixlqugttvpt}m\sxr{efnyqmocw_m}jsuDFȫAů9Eektlviay<E~hrnpztyvkpuhywq}pbmovcnVGar~hxkquguuvot|m\sxr{ffnzpnocv_m~}jsuDFʭXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 250 / width of table in bytes NAXIS2 = 110 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 162 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHKXA1TBLK6DM0A' / Block 6, DM 0, Side A XA1 Temperature TFORM2 = '1I ' / data format of field: 2-byte INTEGER TZERO2 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL2 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT2 = 'Celsius ' / physical unit of field TTYPE3 = 'undocumented1' / Bit field not in ITOS database TFORM3 = '1B ' / data format of field: BYTE TTYPE4 = 'BHKXA1TBLK6DM0B' / Block 6, DM 0, Side B XA1 Temperature TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL4 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT4 = 'Celsius ' / physical unit of field TTYPE5 = 'undocumented2' / Bit field not in ITOS database TFORM5 = '1B ' / data format of field: BYTE TTYPE6 = 'BHKXA1TBLK6DM1A' / Block 6, DM 1, Side A XA1 Temperature TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL6 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT6 = 'Celsius ' / physical unit of field TTYPE7 = 'undocumented3' / Bit field not in ITOS database TFORM7 = '1B ' / data format of field: BYTE TTYPE8 = 'BHKXA1TBLK6DM1B' / Block 6, DM 1, Side B XA1 Temperature TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL8 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT8 = 'Celsius ' / physical unit of field TTYPE9 = 'undocumented4' / Bit field not in ITOS database TFORM9 = '1B ' / data format of field: BYTE TTYPE10 = 'BHKXA1TBLK6DM2A' / Block 6, DM 2, Side A XA1 Temperature TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL10 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT10 = 'Celsius ' / physical unit of field TTYPE11 = 'undocumented5' / Bit field not in ITOS database TFORM11 = '1B ' / data format of field: BYTE TTYPE12 = 'BHKXA1TBLK6DM2B' / Block 6, DM 2, Side B XA1 Temperature TFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL12 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT12 = 'Celsius ' / physical unit of field TTYPE13 = 'undocumented6' / Bit field not in ITOS database TFORM13 = '1B ' / data format of field: BYTE TTYPE14 = 'BHKXA1TBLK6DM3A' / Block 6, DM 3, Side A XA1 Temperature TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL14 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT14 = 'Celsius ' / physical unit of field TTYPE15 = 'undocumented7' / Bit field not in ITOS database TFORM15 = '1B ' / data format of field: BYTE TTYPE16 = 'BHKXA1TBLK6DM3B' / Block 6, DM 3, Side B XA1 Temperature TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL16 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT16 = 'Celsius ' / physical unit of field TTYPE17 = 'undocumented8' / Bit field not in ITOS database TFORM17 = '1B ' / data format of field: BYTE TTYPE18 = 'BHKXA1TBLK6DM4A' / Block 6, DM 4, Side A XA1 Temperature TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL18 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT18 = 'Celsius ' / physical unit of field TTYPE19 = 'undocumented9' / Bit field not in ITOS database TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BHKXA1TBLK6DM4B' / Block 6, DM 4, Side B XA1 Temperature TFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL20 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT20 = 'Celsius ' / physical unit of field TTYPE21 = 'undocumented10' / Bit field not in ITOS database TFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BHKXA1TBLK6DM5A' / Block 6, DM 5, Side A XA1 Temperature TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL22 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT22 = 'Celsius ' / physical unit of field TTYPE23 = 'undocumented11' / Bit field not in ITOS database TFORM23 = '1B ' / data format of field: BYTE TTYPE24 = 'BHKXA1TBLK6DM5B' / Block 6, DM 5, Side B XA1 Temperature TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL24 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT24 = 'Celsius ' / physical unit of field TTYPE25 = 'undocumented12' / Bit field not in ITOS database TFORM25 = '1B ' / data format of field: BYTE TTYPE26 = 'BHKXA1TBLK6DM6A' / Block 6, DM 6, Side A XA1 Temperature TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL26 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT26 = 'Celsius ' / physical unit of field TTYPE27 = 'undocumented13' / Bit field not in ITOS database TFORM27 = '1B ' / data format of field: BYTE TTYPE28 = 'BHKXA1TBLK6DM6B' / Block 6, DM 6, Side B XA1 Temperature TFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL28 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT28 = 'Celsius ' / physical unit of field TTYPE29 = 'undocumented14' / Bit field not in ITOS database TFORM29 = '1B ' / data format of field: BYTE TTYPE30 = 'BHKXA1TBLK6DM7A' / Block 6, DM 7, Side A XA1 Temperature TFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL30 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT30 = 'Celsius ' / physical unit of field TTYPE31 = 'undocumented15' / Bit field not in ITOS database TFORM31 = '1B ' / data format of field: BYTE TTYPE32 = 'BHKXA1TBLK6DM7B' / Block 6, DM 7, Side B XA1 Temperature TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL32 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT32 = 'Celsius ' / physical unit of field TTYPE33 = 'undocumented16' / Bit field not in ITOS database TFORM33 = '1B ' / data format of field: BYTE TTYPE34 = 'BHKXA1TBLK7DM0A' / Block 7, DM 0, Side A XA1 Temperature TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL34 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT34 = 'Celsius ' / physical unit of field TTYPE35 = 'undocumented17' / Bit field not in ITOS database TFORM35 = '1B ' / data format of field: BYTE TTYPE36 = 'BHKXA1TBLK7DM0B' / Block 7, DM 0, Side B XA1 Temperature TFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL36 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT36 = 'Celsius ' / physical unit of field TTYPE37 = 'undocumented18' / Bit field not in ITOS database TFORM37 = '1B ' / data format of field: BYTE TTYPE38 = 'BHKXA1TBLK7DM1A' / Block 7, DM 1, Side A XA1 Temperature TFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL38 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT38 = 'Celsius ' / physical unit of field TTYPE39 = 'undocumented19' / Bit field not in ITOS database TFORM39 = '1B ' / data format of field: BYTE TTYPE40 = 'BHKXA1TBLK7DM1B' / Block 7, DM 1, Side B XA1 Temperature TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL40 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT40 = 'Celsius ' / physical unit of field TTYPE41 = 'undocumented20' / Bit field not in ITOS database TFORM41 = '1B ' / data format of field: BYTE TTYPE42 = 'BHKXA1TBLK7DM2A' / Block 7, DM 2, Side A XA1 Temperature TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL42 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT42 = 'Celsius ' / physical unit of field TTYPE43 = 'undocumented21' / Bit field not in ITOS database TFORM43 = '1B ' / data format of field: BYTE TTYPE44 = 'BHKXA1TBLK7DM2B' / Block 7, DM 2, Side B XA1 Temperature TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL44 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT44 = 'Celsius ' / physical unit of field TTYPE45 = 'undocumented22' / Bit field not in ITOS database TFORM45 = '1B ' / data format of field: BYTE TTYPE46 = 'BHKXA1TBLK7DM3A' / Block 7, DM 3, Side A XA1 Temperature TFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL46 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT46 = 'Celsius ' / physical unit of field TTYPE47 = 'undocumented23' / Bit field not in ITOS database TFORM47 = '1B ' / data format of field: BYTE TTYPE48 = 'BHKXA1TBLK7DM3B' / Block 7, DM 3, Side B XA1 Temperature TFORM48 = '1I ' / data format of field: 2-byte INTEGER TZERO48 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL48 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT48 = 'Celsius ' / physical unit of field TTYPE49 = 'undocumented24' / Bit field not in ITOS database TFORM49 = '1B ' / data format of field: BYTE TTYPE50 = 'BHKXA1TBLK7DM4A' / Block 7, DM 4, Side A XA1 Temperature TFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL50 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT50 = 'Celsius ' / physical unit of field TTYPE51 = 'undocumented25' / Bit field not in ITOS database TFORM51 = '1B ' / data format of field: BYTE TTYPE52 = 'BHKXA1TBLK7DM4B' / Block 7, DM 4, Side B XA1 Temperature TFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL52 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT52 = 'Celsius ' / physical unit of field TTYPE53 = 'undocumented26' / Bit field not in ITOS database TFORM53 = '1B ' / data format of field: BYTE TTYPE54 = 'BHKXA1TBLK7DM5A' / Block 7, DM 5, Side A XA1 Temperature TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL54 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT54 = 'Celsius ' / physical unit of field TTYPE55 = 'undocumented27' / Bit field not in ITOS database TFORM55 = '1B ' / data format of field: BYTE TTYPE56 = 'BHKXA1TBLK7DM5B' / Block 7, DM 5, Side B XA1 Temperature TFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL56 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT56 = 'Celsius ' / physical unit of field TTYPE57 = 'undocumented28' / Bit field not in ITOS database TFORM57 = '1B ' / data format of field: BYTE TTYPE58 = 'BHKXA1TBLK7DM6A' / Block 7, DM 6, Side A XA1 Temperature TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL58 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT58 = 'Celsius ' / physical unit of field TTYPE59 = 'undocumented29' / Bit field not in ITOS database TFORM59 = '1B ' / data format of field: BYTE TTYPE60 = 'BHKXA1TBLK7DM6B' / Block 7, DM 6, Side B XA1 Temperature TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL60 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT60 = 'Celsius ' / physical unit of field TTYPE61 = 'undocumented30' / Bit field not in ITOS database TFORM61 = '1B ' / data format of field: BYTE TTYPE62 = 'BHKXA1TBLK7DM7A' / Block 7, DM 7, Side A XA1 Temperature TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL62 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT62 = 'Celsius ' / physical unit of field TTYPE63 = 'undocumented31' / Bit field not in ITOS database TFORM63 = '1B ' / data format of field: BYTE TTYPE64 = 'BHKXA1TBLK7DM7B' / Block 7, DM 7, Side B XA1 Temperature TFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL64 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT64 = 'Celsius ' / physical unit of field TTYPE65 = 'undocumented32' / Bit field not in ITOS database TFORM65 = '1B ' / data format of field: BYTE TTYPE66 = 'BHKXA1TBLK8DM0A' / Block 8, DM 0, Side A XA1 Temperature TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL66 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT66 = 'Celsius ' / physical unit of field TTYPE67 = 'undocumented33' / Bit field not in ITOS database TFORM67 = '1B ' / data format of field: BYTE TTYPE68 = 'BHKXA1TBLK8DM0B' / Block 8, DM 0, Side B XA1 Temperature TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL68 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT68 = 'Celsius ' / physical unit of field TTYPE69 = 'undocumented34' / Bit field not in ITOS database TFORM69 = '1B ' / data format of field: BYTE TTYPE70 = 'BHKXA1TBLK8DM1A' / Block 8, DM 1, Side A XA1 Temperature TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL70 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT70 = 'Celsius ' / physical unit of field TTYPE71 = 'undocumented35' / Bit field not in ITOS database TFORM71 = '1B ' / data format of field: BYTE TTYPE72 = 'BHKXA1TBLK8DM1B' / Block 8, DM 1, Side B XA1 Temperature TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL72 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT72 = 'Celsius ' / physical unit of field TTYPE73 = 'undocumented36' / Bit field not in ITOS database TFORM73 = '1B ' / data format of field: BYTE TTYPE74 = 'BHKXA1TBLK8DM2A' / Block 8, DM 2, Side A XA1 Temperature TFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL74 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT74 = 'Celsius ' / physical unit of field TTYPE75 = 'undocumented37' / Bit field not in ITOS database TFORM75 = '1B ' / data format of field: BYTE TTYPE76 = 'BHKXA1TBLK8DM2B' / Block 8, DM 2, Side B XA1 Temperature TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL76 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT76 = 'Celsius ' / physical unit of field TTYPE77 = 'undocumented38' / Bit field not in ITOS database TFORM77 = '1B ' / data format of field: BYTE TTYPE78 = 'BHKXA1TBLK8DM3A' / Block 8, DM 3, Side A XA1 Temperature TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL78 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT78 = 'Celsius ' / physical unit of field TTYPE79 = 'undocumented39' / Bit field not in ITOS database TFORM79 = '1B ' / data format of field: BYTE TTYPE80 = 'BHKXA1TBLK8DM3B' / Block 8, DM 3, Side B XA1 Temperature TFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL80 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT80 = 'Celsius ' / physical unit of field TTYPE81 = 'undocumented40' / Bit field not in ITOS database TFORM81 = '1B ' / data format of field: BYTE TTYPE82 = 'BHKXA1TBLK8DM4A' / Block 8, DM 4, Side A XA1 Temperature TFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL82 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT82 = 'Celsius ' / physical unit of field TTYPE83 = 'undocumented41' / Bit field not in ITOS database TFORM83 = '1B ' / data format of field: BYTE TTYPE84 = 'BHKXA1TBLK8DM4B' / Block 8, DM 4, Side B XA1 Temperature TFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL84 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT84 = 'Celsius ' / physical unit of field TTYPE85 = 'undocumented42' / Bit field not in ITOS database TFORM85 = '1B ' / data format of field: BYTE TTYPE86 = 'BHKXA1TBLK8DM5A' / Block 8, DM 5, Side A XA1 Temperature TFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL86 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT86 = 'Celsius ' / physical unit of field TTYPE87 = 'undocumented43' / Bit field not in ITOS database TFORM87 = '1B ' / data format of field: BYTE TTYPE88 = 'BHKXA1TBLK8DM5B' / Block 8, DM 5, Side B XA1 Temperature TFORM88 = '1I ' / data format of field: 2-byte INTEGER TZERO88 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL88 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT88 = 'Celsius ' / physical unit of field TTYPE89 = 'undocumented44' / Bit field not in ITOS database TFORM89 = '1B ' / data format of field: BYTE TTYPE90 = 'BHKXA1TBLK8DM6A' / Block 8, DM 6, Side A XA1 Temperature TFORM90 = '1I ' / data format of field: 2-byte INTEGER TZERO90 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL90 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT90 = 'Celsius ' / physical unit of field TTYPE91 = 'undocumented45' / Bit field not in ITOS database TFORM91 = '1B ' / data format of field: BYTE TTYPE92 = 'BHKXA1TBLK8DM6B' / Block 8, DM 6, Side B XA1 Temperature TFORM92 = '1I ' / data format of field: 2-byte INTEGER TZERO92 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL92 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT92 = 'Celsius ' / physical unit of field TTYPE93 = 'undocumented46' / Bit field not in ITOS database TFORM93 = '1B ' / data format of field: BYTE TTYPE94 = 'BHKXA1TBLK8DM7A' / Block 8, DM 7, Side A XA1 Temperature TFORM94 = '1I ' / data format of field: 2-byte INTEGER TZERO94 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL94 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT94 = 'Celsius ' / physical unit of field TTYPE95 = 'undocumented47' / Bit field not in ITOS database TFORM95 = '1B ' / data format of field: BYTE TTYPE96 = 'BHKXA1TBLK8DM7B' / Block 8, DM 7, Side B XA1 Temperature TFORM96 = '1I ' / data format of field: 2-byte INTEGER TZERO96 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL96 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT96 = 'Celsius ' / physical unit of field TTYPE97 = 'undocumented48' / Bit field not in ITOS database TFORM97 = '1B ' / data format of field: BYTE TTYPE98 = 'BHKXA1TBLK9DM0A' / Block 9, DM 0, Side A XA1 Temperature TFORM98 = '1I ' / data format of field: 2-byte INTEGER TZERO98 = 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL98 = 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT98 = 'Celsius ' / physical unit of field TTYPE99 = 'undocumented49' / Bit field not in ITOS database TFORM99 = '1B ' / data format of field: BYTE TTYPE100= 'BHKXA1TBLK9DM0B' / Block 9, DM 0, Side B XA1 Temperature TFORM100= '1I ' / data format of field: 2-byte INTEGER TZERO100= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL100= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT100= 'Celsius ' / physical unit of field TTYPE101= 'undocumented50' / Bit field not in ITOS database TFORM101= '1B ' / data format of field: BYTE TTYPE102= 'BHKXA1TBLK9DM1A' / Block 9, DM 1, Side A XA1 Temperature TFORM102= '1I ' / data format of field: 2-byte INTEGER TZERO102= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL102= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT102= 'Celsius ' / physical unit of field TTYPE103= 'undocumented51' / Bit field not in ITOS database TFORM103= '1B ' / data format of field: BYTE TTYPE104= 'BHKXA1TBLK9DM1B' / Block 9, DM 1, Side B XA1 Temperature TFORM104= '1I ' / data format of field: 2-byte INTEGER TZERO104= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL104= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT104= 'Celsius ' / physical unit of field TTYPE105= 'undocumented52' / Bit field not in ITOS database TFORM105= '1B ' / data format of field: BYTE TTYPE106= 'BHKXA1TBLK9DM2A' / Block 9, DM 2, Side A XA1 Temperature TFORM106= '1I ' / data format of field: 2-byte INTEGER TZERO106= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL106= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT106= 'Celsius ' / physical unit of field TTYPE107= 'undocumented53' / Bit field not in ITOS database TFORM107= '1B ' / data format of field: BYTE TTYPE108= 'BHKXA1TBLK9DM2B' / Block 9, DM 2, Side B XA1 Temperature TFORM108= '1I ' / data format of field: 2-byte INTEGER TZERO108= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL108= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT108= 'Celsius ' / physical unit of field TTYPE109= 'undocumented54' / Bit field not in ITOS database TFORM109= '1B ' / data format of field: BYTE TTYPE110= 'BHKXA1TBLK9DM3A' / Block 9, DM 3, Side A XA1 Temperature TFORM110= '1I ' / data format of field: 2-byte INTEGER TZERO110= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL110= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT110= 'Celsius ' / physical unit of field TTYPE111= 'undocumented55' / Bit field not in ITOS database TFORM111= '1B ' / data format of field: BYTE TTYPE112= 'BHKXA1TBLK9DM3B' / Block 9, DM 3, Side B XA1 Temperature TFORM112= '1I ' / data format of field: 2-byte INTEGER TZERO112= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL112= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT112= 'Celsius ' / physical unit of field TTYPE113= 'undocumented56' / Bit field not in ITOS database TFORM113= '1B ' / data format of field: BYTE TTYPE114= 'BHKXA1TBLK9DM4A' / Block 9, DM 4, Side A XA1 Temperature TFORM114= '1I ' / data format of field: 2-byte INTEGER TZERO114= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL114= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT114= 'Celsius ' / physical unit of field TTYPE115= 'undocumented57' / Bit field not in ITOS database TFORM115= '1B ' / data format of field: BYTE TTYPE116= 'BHKXA1TBLK9DM4B' / Block 9, DM 4, Side B XA1 Temperature TFORM116= '1I ' / data format of field: 2-byte INTEGER TZERO116= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL116= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT116= 'Celsius ' / physical unit of field TTYPE117= 'undocumented58' / Bit field not in ITOS database TFORM117= '1B ' / data format of field: BYTE TTYPE118= 'BHKXA1TBLK9DM5A' / Block 9, DM 5, Side A XA1 Temperature TFORM118= '1I ' / data format of field: 2-byte INTEGER TZERO118= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL118= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT118= 'Celsius ' / physical unit of field TTYPE119= 'undocumented59' / Bit field not in ITOS database TFORM119= '1B ' / data format of field: BYTE TTYPE120= 'BHKXA1TBLK9DM5B' / Block 9, DM 5, Side B XA1 Temperature TFORM120= '1I ' / data format of field: 2-byte INTEGER TZERO120= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL120= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT120= 'Celsius ' / physical unit of field TTYPE121= 'undocumented60' / Bit field not in ITOS database TFORM121= '1B ' / data format of field: BYTE TTYPE122= 'BHKXA1TBLK9DM6A' / Block 9, DM 6, Side A XA1 Temperature TFORM122= '1I ' / data format of field: 2-byte INTEGER TZERO122= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL122= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT122= 'Celsius ' / physical unit of field TTYPE123= 'undocumented61' / Bit field not in ITOS database TFORM123= '1B ' / data format of field: BYTE TTYPE124= 'BHKXA1TBLK9DM6B' / Block 9, DM 6, Side B XA1 Temperature TFORM124= '1I ' / data format of field: 2-byte INTEGER TZERO124= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL124= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT124= 'Celsius ' / physical unit of field TTYPE125= 'undocumented62' / Bit field not in ITOS database TFORM125= '1B ' / data format of field: BYTE TTYPE126= 'BHKXA1TBLK9DM7A' / Block 9, DM 7, Side A XA1 Temperature TFORM126= '1I ' / data format of field: 2-byte INTEGER TZERO126= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL126= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT126= 'Celsius ' / physical unit of field TTYPE127= 'undocumented63' / Bit field not in ITOS database TFORM127= '1B ' / data format of field: BYTE TTYPE128= 'BHKXA1TBLK9DM7B' / Block 9, DM 7, Side B XA1 Temperature TFORM128= '1I ' / data format of field: 2-byte INTEGER TZERO128= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL128= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT128= 'Celsius ' / physical unit of field TTYPE129= 'undocumented64' / Bit field not in ITOS database TFORM129= '1B ' / data format of field: BYTE TTYPE130= 'BHKXA1TBLK10DM0A' / Block 10, DM 0, Side A XA1 Temperature TFORM130= '1I ' / data format of field: 2-byte INTEGER TZERO130= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL130= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT130= 'Celsius ' / physical unit of field TTYPE131= 'undocumented65' / Bit field not in ITOS database TFORM131= '1B ' / data format of field: BYTE TTYPE132= 'BHKXA1TBLK10DM0B' / Block 10, DM 0, Side B XA1 Temperature TFORM132= '1I ' / data format of field: 2-byte INTEGER TZERO132= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL132= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT132= 'Celsius ' / physical unit of field TTYPE133= 'undocumented66' / Bit field not in ITOS database TFORM133= '1B ' / data format of field: BYTE TTYPE134= 'BHKXA1TBLK10DM1A' / Block 10, DM 1, Side A XA1 Temperature TFORM134= '1I ' / data format of field: 2-byte INTEGER TZERO134= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL134= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT134= 'Celsius ' / physical unit of field TTYPE135= 'undocumented67' / Bit field not in ITOS database TFORM135= '1B ' / data format of field: BYTE TTYPE136= 'BHKXA1TBLK10DM1B' / Block 10, DM 1, Side B XA1 Temperature TFORM136= '1I ' / data format of field: 2-byte INTEGER TZERO136= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL136= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT136= 'Celsius ' / physical unit of field TTYPE137= 'undocumented68' / Bit field not in ITOS database TFORM137= '1B ' / data format of field: BYTE TTYPE138= 'BHKXA1TBLK10DM2A' / Block 10, DM 2, Side A XA1 Temperature TFORM138= '1I ' / data format of field: 2-byte INTEGER TZERO138= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL138= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT138= 'Celsius ' / physical unit of field TTYPE139= 'undocumented69' / Bit field not in ITOS database TFORM139= '1B ' / data format of field: BYTE TTYPE140= 'BHKXA1TBLK10DM2B' / Block 10, DM 2, Side B XA1 Temperature TFORM140= '1I ' / data format of field: 2-byte INTEGER TZERO140= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL140= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT140= 'Celsius ' / physical unit of field TTYPE141= 'undocumented70' / Bit field not in ITOS database TFORM141= '1B ' / data format of field: BYTE TTYPE142= 'BHKXA1TBLK10DM3A' / Block 10, DM 3, Side A XA1 Temperature TFORM142= '1I ' / data format of field: 2-byte INTEGER TZERO142= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL142= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT142= 'Celsius ' / physical unit of field TTYPE143= 'undocumented71' / Bit field not in ITOS database TFORM143= '1B ' / data format of field: BYTE TTYPE144= 'BHKXA1TBLK10DM3B' / Block 10, DM 3, Side B XA1 Temperature TFORM144= '1I ' / data format of field: 2-byte INTEGER TZERO144= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL144= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT144= 'Celsius ' / physical unit of field TTYPE145= 'undocumented72' / Bit field not in ITOS database TFORM145= '1B ' / data format of field: BYTE TTYPE146= 'BHKXA1TBLK10DM4A' / Block 10, DM 4, Side A XA1 Temperature TFORM146= '1I ' / data format of field: 2-byte INTEGER TZERO146= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL146= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT146= 'Celsius ' / physical unit of field TTYPE147= 'undocumented73' / Bit field not in ITOS database TFORM147= '1B ' / data format of field: BYTE TTYPE148= 'BHKXA1TBLK10DM4B' / Block 10, DM 4, Side B XA1 Temperature TFORM148= '1I ' / data format of field: 2-byte INTEGER TZERO148= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL148= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT148= 'Celsius ' / physical unit of field TTYPE149= 'undocumented74' / Bit field not in ITOS database TFORM149= '1B ' / data format of field: BYTE TTYPE150= 'BHKXA1TBLK10DM5A' / Block 10, DM 5, Side A XA1 Temperature TFORM150= '1I ' / data format of field: 2-byte INTEGER TZERO150= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL150= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT150= 'Celsius ' / physical unit of field TTYPE151= 'undocumented75' / Bit field not in ITOS database TFORM151= '1B ' / data format of field: BYTE TTYPE152= 'BHKXA1TBLK10DM5B' / Block 10, DM 5, Side B XA1 Temperature TFORM152= '1I ' / data format of field: 2-byte INTEGER TZERO152= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL152= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT152= 'Celsius ' / physical unit of field TTYPE153= 'undocumented76' / Bit field not in ITOS database TFORM153= '1B ' / data format of field: BYTE TTYPE154= 'BHKXA1TBLK10DM6A' / Block 10, DM 6, Side A XA1 Temperature TFORM154= '1I ' / data format of field: 2-byte INTEGER TZERO154= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL154= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT154= 'Celsius ' / physical unit of field TTYPE155= 'undocumented77' / Bit field not in ITOS database TFORM155= '1B ' / data format of field: BYTE TTYPE156= 'BHKXA1TBLK10DM6B' / Block 10, DM 6, Side B XA1 Temperature TFORM156= '1I ' / data format of field: 2-byte INTEGER TZERO156= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL156= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT156= 'Celsius ' / physical unit of field TTYPE157= 'undocumented78' / Bit field not in ITOS database TFORM157= '1B ' / data format of field: BYTE TTYPE158= 'BHKXA1TBLK10DM7A' / Block 10, DM 7, Side A XA1 Temperature TFORM158= '1I ' / data format of field: 2-byte INTEGER TZERO158= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL158= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT158= 'Celsius ' / physical unit of field TTYPE159= 'undocumented79' / Bit field not in ITOS database TFORM159= '1B ' / data format of field: BYTE TTYPE160= 'BHKXA1TBLK10DM7B' / Block 10, DM 7, Side B XA1 Temperature TFORM160= '1I ' / data format of field: 2-byte INTEGER TZERO160= 1950.4864 / data offset (32k shift B_HK_XA1T_CONV conversioTSCAL160= 0.06105 / data scaling (B_HK_XA1T_CONV conversion) TUNIT160= 'Celsius ' / physical unit of field TTYPE161= 'undocumented80' / Bit field not in ITOS database TFORM161= '1B ' / data format of field: BYTE TTYPE162= 'BHKXA1TSPARE4' / XA1 Temperature Packets Spare Word 4 TFORM162= '1I ' / data format of field: 2-byte INTEGER TZERO162= 32768 / offset for unsigned integers EXTNAME = 'hk177x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699899.64386 TSTOP = 727706049.6439 DATE-OBS= '2024-01-23T10:51:34' DATE-END= '2024-01-23T12:34:04' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6150.00004005432 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 375 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:28' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'baiceVZZbZfabZZY' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '3379049020' / data unit checksum updated 2024-02-02T06:06:28 TRDLO2 = -51 / BHKXA1TBLK6DM0A Red lower limit = B_HK_B06D0A_XTRDHI2 = 28 / BHKXA1TBLK6DM0A Red upper limit = B_HK_B06D0A_XTYELO2 = -51 / BHKXA1TBLK6DM0A Yellow lower limit = B_HK_B06D0TYEHI2 = 25 / BHKXA1TBLK6DM0A Yellow upper limit = B_HK_B06D0TRDLO4 = -51 / BHKXA1TBLK6DM0B Red lower limit = B_HK_B06D0B_XTRDHI4 = 28 / BHKXA1TBLK6DM0B Red upper limit = B_HK_B06D0B_XTYELO4 = -51 / BHKXA1TBLK6DM0B Yellow lower limit = B_HK_B06D0TYEHI4 = 25 / BHKXA1TBLK6DM0B Yellow upper limit = B_HK_B06D0TRDLO6 = -51 / BHKXA1TBLK6DM1A Red lower limit = B_HK_B06D1A_XTRDHI6 = 28 / BHKXA1TBLK6DM1A Red upper limit = B_HK_B06D1A_XTYELO6 = -51 / BHKXA1TBLK6DM1A Yellow lower limit = B_HK_B06D1TYEHI6 = 25 / BHKXA1TBLK6DM1A Yellow upper limit = B_HK_B06D1TRDLO8 = -51 / BHKXA1TBLK6DM1B Red lower limit = B_HK_B06D1B_XTRDHI8 = 28 / BHKXA1TBLK6DM1B Red upper limit = B_HK_B06D1B_XTYELO8 = -51 / BHKXA1TBLK6DM1B Yellow lower limit = B_HK_B06D1TYEHI8 = 25 / BHKXA1TBLK6DM1B Yellow upper limit = B_HK_B06D1TRDLO10 = -51 / BHKXA1TBLK6DM2A Red lower limit = B_HK_B06D2A_XTRDHI10 = 28 / BHKXA1TBLK6DM2A Red upper limit = B_HK_B06D2A_XTYELO10 = -51 / BHKXA1TBLK6DM2A Yellow lower limit = B_HK_B06D2TYEHI10 = 25 / BHKXA1TBLK6DM2A Yellow upper limit = B_HK_B06D2TRDLO12 = -51 / BHKXA1TBLK6DM2B Red lower limit = B_HK_B06D2B_XTRDHI12 = 28 / BHKXA1TBLK6DM2B Red upper limit = B_HK_B06D2B_XTYELO12 = -51 / BHKXA1TBLK6DM2B Yellow lower limit = B_HK_B06D2TYEHI12 = 25 / BHKXA1TBLK6DM2B Yellow upper limit = B_HK_B06D2TRDLO14 = -51 / BHKXA1TBLK6DM3A Red lower limit = B_HK_B06D3A_XTRDHI14 = 28 / BHKXA1TBLK6DM3A Red upper limit = B_HK_B06D3A_XTYELO14 = -51 / BHKXA1TBLK6DM3A Yellow lower limit = B_HK_B06D3TYEHI14 = 25 / BHKXA1TBLK6DM3A Yellow upper limit = B_HK_B06D3TRDLO16 = -51 / BHKXA1TBLK6DM3B Red lower limit = B_HK_B06D3B_XTRDHI16 = 28 / BHKXA1TBLK6DM3B Red upper limit = B_HK_B06D3B_XTYELO16 = -51 / BHKXA1TBLK6DM3B Yellow lower limit = B_HK_B06D3TYEHI16 = 25 / BHKXA1TBLK6DM3B Yellow upper limit = B_HK_B06D3TRDLO18 = -51 / BHKXA1TBLK6DM4A Red lower limit = B_HK_B06D4A_XTRDHI18 = 28 / BHKXA1TBLK6DM4A Red upper limit = B_HK_B06D4A_XTYELO18 = -51 / BHKXA1TBLK6DM4A Yellow lower limit = B_HK_B06D4TYEHI18 = 25 / BHKXA1TBLK6DM4A Yellow upper limit = B_HK_B06D4TRDLO20 = -51 / BHKXA1TBLK6DM4B Red lower limit = B_HK_B06D4B_XTRDHI20 = 28 / BHKXA1TBLK6DM4B Red upper limit = B_HK_B06D4B_XTYELO20 = -51 / BHKXA1TBLK6DM4B Yellow lower limit = B_HK_B06D4TYEHI20 = 25 / BHKXA1TBLK6DM4B Yellow upper limit = B_HK_B06D4TRDLO22 = -51 / BHKXA1TBLK6DM5A Red lower limit = B_HK_B06D5A_XTRDHI22 = 28 / BHKXA1TBLK6DM5A Red upper limit = B_HK_B06D5A_XTYELO22 = -51 / BHKXA1TBLK6DM5A Yellow lower limit = B_HK_B06D5TYEHI22 = 25 / BHKXA1TBLK6DM5A Yellow upper limit = B_HK_B06D5TRDLO24 = -51 / BHKXA1TBLK6DM5B Red lower limit = B_HK_B06D5B_XTRDHI24 = 28 / BHKXA1TBLK6DM5B Red upper limit = B_HK_B06D5B_XTYELO24 = -51 / BHKXA1TBLK6DM5B Yellow lower limit = B_HK_B06D5TYEHI24 = 25 / BHKXA1TBLK6DM5B Yellow upper limit = B_HK_B06D5TRDLO26 = -51 / BHKXA1TBLK6DM6A Red lower limit = B_HK_B06D6A_XTRDHI26 = 28 / BHKXA1TBLK6DM6A Red upper limit = B_HK_B06D6A_XTYELO26 = -51 / BHKXA1TBLK6DM6A Yellow lower limit = B_HK_B06D6TYEHI26 = 25 / BHKXA1TBLK6DM6A Yellow upper limit = B_HK_B06D6TRDLO28 = -51 / BHKXA1TBLK6DM6B Red lower limit = B_HK_B06D6B_XTRDHI28 = 28 / BHKXA1TBLK6DM6B Red upper limit = B_HK_B06D6B_XTYELO28 = -51 / BHKXA1TBLK6DM6B Yellow lower limit = B_HK_B06D6TYEHI28 = 25 / BHKXA1TBLK6DM6B Yellow upper limit = B_HK_B06D6TRDLO30 = -51 / BHKXA1TBLK6DM7A Red lower limit = B_HK_B06D7A_XTRDHI30 = 28 / BHKXA1TBLK6DM7A Red upper limit = B_HK_B06D7A_XTYELO30 = -51 / BHKXA1TBLK6DM7A Yellow lower limit = B_HK_B06D7TYEHI30 = 25 / BHKXA1TBLK6DM7A Yellow upper limit = B_HK_B06D7TRDLO32 = -51 / BHKXA1TBLK6DM7B Red lower limit = B_HK_B06D7B_XTRDHI32 = 28 / BHKXA1TBLK6DM7B Red upper limit = B_HK_B06D7B_XTYELO32 = -51 / BHKXA1TBLK6DM7B Yellow lower limit = B_HK_B06D7TYEHI32 = 25 / BHKXA1TBLK6DM7B Yellow upper limit = B_HK_B06D7TRDLO34 = -51 / BHKXA1TBLK7DM0A Red lower limit = B_HK_B07D0A_XTRDHI34 = 28 / BHKXA1TBLK7DM0A Red upper limit = B_HK_B07D0A_XTYELO34 = -51 / BHKXA1TBLK7DM0A Yellow lower limit = B_HK_B07D0TYEHI34 = 25 / BHKXA1TBLK7DM0A Yellow upper limit = B_HK_B07D0TRDLO36 = -51 / BHKXA1TBLK7DM0B Red lower limit = B_HK_B07D0B_XTRDHI36 = 28 / BHKXA1TBLK7DM0B Red upper limit = B_HK_B07D0B_XTYELO36 = -51 / BHKXA1TBLK7DM0B Yellow lower limit = B_HK_B07D0TYEHI36 = 25 / BHKXA1TBLK7DM0B Yellow upper limit = B_HK_B07D0TRDLO38 = -51 / BHKXA1TBLK7DM1A Red lower limit = B_HK_B07D1A_XTRDHI38 = 28 / BHKXA1TBLK7DM1A Red upper limit = B_HK_B07D1A_XTYELO38 = -51 / BHKXA1TBLK7DM1A Yellow lower limit = B_HK_B07D1TYEHI38 = 25 / BHKXA1TBLK7DM1A Yellow upper limit = B_HK_B07D1TRDLO40 = -51 / BHKXA1TBLK7DM1B Red lower limit = B_HK_B07D1B_XTRDHI40 = 28 / BHKXA1TBLK7DM1B Red upper limit = B_HK_B07D1B_XTYELO40 = -51 / BHKXA1TBLK7DM1B Yellow lower limit = B_HK_B07D1TYEHI40 = 25 / BHKXA1TBLK7DM1B Yellow upper limit = B_HK_B07D1TRDLO42 = -51 / BHKXA1TBLK7DM2A Red lower limit = B_HK_B07D2A_XTRDHI42 = 28 / BHKXA1TBLK7DM2A Red upper limit = B_HK_B07D2A_XTYELO42 = -51 / BHKXA1TBLK7DM2A Yellow lower limit = B_HK_B07D2TYEHI42 = 25 / BHKXA1TBLK7DM2A Yellow upper limit = B_HK_B07D2TRDLO44 = -51 / BHKXA1TBLK7DM2B Red lower limit = B_HK_B07D2B_XTRDHI44 = 28 / BHKXA1TBLK7DM2B Red upper limit = B_HK_B07D2B_XTYELO44 = -51 / BHKXA1TBLK7DM2B Yellow lower limit = B_HK_B07D2TYEHI44 = 25 / BHKXA1TBLK7DM2B Yellow upper limit = B_HK_B07D2TRDLO46 = -51 / BHKXA1TBLK7DM3A Red lower limit = B_HK_B07D3A_XTRDHI46 = 28 / BHKXA1TBLK7DM3A Red upper limit = B_HK_B07D3A_XTYELO46 = -51 / BHKXA1TBLK7DM3A Yellow lower limit = B_HK_B07D3TYEHI46 = 25 / BHKXA1TBLK7DM3A Yellow upper limit = B_HK_B07D3TRDLO48 = -51 / BHKXA1TBLK7DM3B Red lower limit = B_HK_B07D3B_XTRDHI48 = 28 / BHKXA1TBLK7DM3B Red upper limit = B_HK_B07D3B_XTYELO48 = -51 / BHKXA1TBLK7DM3B Yellow lower limit = B_HK_B07D3TYEHI48 = 25 / BHKXA1TBLK7DM3B Yellow upper limit = B_HK_B07D3TRDLO50 = -51 / BHKXA1TBLK7DM4A Red lower limit = B_HK_B07D4A_XTRDHI50 = 28 / BHKXA1TBLK7DM4A Red upper limit = B_HK_B07D4A_XTYELO50 = -51 / BHKXA1TBLK7DM4A Yellow lower limit = B_HK_B07D4TYEHI50 = 25 / BHKXA1TBLK7DM4A Yellow upper limit = B_HK_B07D4TRDLO52 = -51 / BHKXA1TBLK7DM4B Red lower limit = B_HK_B07D4B_XTRDHI52 = 28 / BHKXA1TBLK7DM4B Red upper limit = B_HK_B07D4B_XTYELO52 = -51 / BHKXA1TBLK7DM4B Yellow lower limit = B_HK_B07D4TYEHI52 = 25 / BHKXA1TBLK7DM4B Yellow upper limit = B_HK_B07D4TRDLO54 = -51 / BHKXA1TBLK7DM5A Red lower limit = B_HK_B07D5A_XTRDHI54 = 28 / BHKXA1TBLK7DM5A Red upper limit = B_HK_B07D5A_XTYELO54 = -51 / BHKXA1TBLK7DM5A Yellow lower limit = B_HK_B07D5TYEHI54 = 25 / BHKXA1TBLK7DM5A Yellow upper limit = B_HK_B07D5TRDLO56 = -51 / BHKXA1TBLK7DM5B Red lower limit = B_HK_B07D5B_XTRDHI56 = 28 / BHKXA1TBLK7DM5B Red upper limit = B_HK_B07D5B_XTYELO56 = -51 / BHKXA1TBLK7DM5B Yellow lower limit = B_HK_B07D5TYEHI56 = 25 / BHKXA1TBLK7DM5B Yellow upper limit = B_HK_B07D5TRDLO58 = -51 / BHKXA1TBLK7DM6A Red lower limit = B_HK_B07D6A_XTRDHI58 = 28 / BHKXA1TBLK7DM6A Red upper limit = B_HK_B07D6A_XTYELO58 = -51 / BHKXA1TBLK7DM6A Yellow lower limit = B_HK_B07D6TYEHI58 = 25 / BHKXA1TBLK7DM6A Yellow upper limit = B_HK_B07D6TRDLO60 = -51 / BHKXA1TBLK7DM6B Red lower limit = B_HK_B07D6B_XTRDHI60 = 28 / BHKXA1TBLK7DM6B Red upper limit = B_HK_B07D6B_XTYELO60 = -51 / BHKXA1TBLK7DM6B Yellow lower limit = B_HK_B07D6TYEHI60 = 25 / BHKXA1TBLK7DM6B Yellow upper limit = B_HK_B07D6TRDLO62 = -51 / BHKXA1TBLK7DM7A Red lower limit = B_HK_B07D7A_XTRDHI62 = 28 / BHKXA1TBLK7DM7A Red upper limit = B_HK_B07D7A_XTYELO62 = -51 / BHKXA1TBLK7DM7A Yellow lower limit = B_HK_B07D7TYEHI62 = 25 / BHKXA1TBLK7DM7A Yellow upper limit = B_HK_B07D7TRDLO64 = -51 / BHKXA1TBLK7DM7B Red lower limit = B_HK_B07D7B_XTRDHI64 = 28 / BHKXA1TBLK7DM7B Red upper limit = B_HK_B07D7B_XTYELO64 = -51 / BHKXA1TBLK7DM7B Yellow lower limit = B_HK_B07D7TYEHI64 = 25 / BHKXA1TBLK7DM7B Yellow upper limit = B_HK_B07D7TRDLO66 = -51 / BHKXA1TBLK8DM0A Red lower limit = B_HK_B08D0A_XTRDHI66 = 28 / BHKXA1TBLK8DM0A Red upper limit = B_HK_B08D0A_XTYELO66 = -51 / BHKXA1TBLK8DM0A Yellow lower limit = B_HK_B08D0TYEHI66 = 25 / BHKXA1TBLK8DM0A Yellow upper limit = B_HK_B08D0TRDLO68 = -51 / BHKXA1TBLK8DM0B Red lower limit = B_HK_B08D0B_XTRDHI68 = 28 / BHKXA1TBLK8DM0B Red upper limit = B_HK_B08D0B_XTYELO68 = -51 / BHKXA1TBLK8DM0B Yellow lower limit = B_HK_B08D0TYEHI68 = 25 / BHKXA1TBLK8DM0B Yellow upper limit = B_HK_B08D0TRDLO70 = -51 / BHKXA1TBLK8DM1A Red lower limit = B_HK_B08D1A_XTRDHI70 = 28 / BHKXA1TBLK8DM1A Red upper limit = B_HK_B08D1A_XTYELO70 = -51 / BHKXA1TBLK8DM1A Yellow lower limit = B_HK_B08D1TYEHI70 = 25 / BHKXA1TBLK8DM1A Yellow upper limit = B_HK_B08D1TRDLO72 = -51 / BHKXA1TBLK8DM1B Red lower limit = B_HK_B08D1B_XTRDHI72 = 28 / BHKXA1TBLK8DM1B Red upper limit = B_HK_B08D1B_XTYELO72 = -51 / BHKXA1TBLK8DM1B Yellow lower limit = B_HK_B08D1TYEHI72 = 25 / BHKXA1TBLK8DM1B Yellow upper limit = B_HK_B08D1TRDLO74 = -51 / BHKXA1TBLK8DM2A Red lower limit = B_HK_B08D2A_XTRDHI74 = 28 / BHKXA1TBLK8DM2A Red upper limit = B_HK_B08D2A_XTYELO74 = -51 / BHKXA1TBLK8DM2A Yellow lower limit = B_HK_B08D2TYEHI74 = 25 / BHKXA1TBLK8DM2A Yellow upper limit = B_HK_B08D2TRDLO76 = -51 / BHKXA1TBLK8DM2B Red lower limit = B_HK_B08D2B_XTRDHI76 = 28 / BHKXA1TBLK8DM2B Red upper limit = B_HK_B08D2B_XTYELO76 = -51 / BHKXA1TBLK8DM2B Yellow lower limit = B_HK_B08D2TYEHI76 = 25 / BHKXA1TBLK8DM2B Yellow upper limit = B_HK_B08D2TRDLO78 = -51 / BHKXA1TBLK8DM3A Red lower limit = B_HK_B08D3A_XTRDHI78 = 28 / BHKXA1TBLK8DM3A Red upper limit = B_HK_B08D3A_XTYELO78 = -51 / BHKXA1TBLK8DM3A Yellow lower limit = B_HK_B08D3TYEHI78 = 25 / BHKXA1TBLK8DM3A Yellow upper limit = B_HK_B08D3TRDLO80 = -51 / BHKXA1TBLK8DM3B Red lower limit = B_HK_B08D3B_XTRDHI80 = 28 / BHKXA1TBLK8DM3B Red upper limit = B_HK_B08D3B_XTYELO80 = -51 / BHKXA1TBLK8DM3B Yellow lower limit = B_HK_B08D3TYEHI80 = 25 / BHKXA1TBLK8DM3B Yellow upper limit = B_HK_B08D3TRDLO82 = -51 / BHKXA1TBLK8DM4A Red lower limit = B_HK_B08D4A_XTRDHI82 = 28 / BHKXA1TBLK8DM4A Red upper limit = B_HK_B08D4A_XTYELO82 = -51 / BHKXA1TBLK8DM4A Yellow lower limit = B_HK_B08D4TYEHI82 = 25 / BHKXA1TBLK8DM4A Yellow upper limit = B_HK_B08D4TRDLO84 = -51 / BHKXA1TBLK8DM4B Red lower limit = B_HK_B08D4B_XTRDHI84 = 28 / BHKXA1TBLK8DM4B Red upper limit = B_HK_B08D4B_XTYELO84 = -51 / BHKXA1TBLK8DM4B Yellow lower limit = B_HK_B08D4TYEHI84 = 25 / BHKXA1TBLK8DM4B Yellow upper limit = B_HK_B08D4TRDLO86 = -51 / BHKXA1TBLK8DM5A Red lower limit = B_HK_B08D5A_XTRDHI86 = 28 / BHKXA1TBLK8DM5A Red upper limit = B_HK_B08D5A_XTYELO86 = -51 / BHKXA1TBLK8DM5A Yellow lower limit = B_HK_B08D5TYEHI86 = 25 / BHKXA1TBLK8DM5A Yellow upper limit = B_HK_B08D5TRDLO88 = -51 / BHKXA1TBLK8DM5B Red lower limit = B_HK_B08D5B_XTRDHI88 = 28 / BHKXA1TBLK8DM5B Red upper limit = B_HK_B08D5B_XTYELO88 = -51 / BHKXA1TBLK8DM5B Yellow lower limit = B_HK_B08D5TYEHI88 = 25 / BHKXA1TBLK8DM5B Yellow upper limit = B_HK_B08D5TRDLO90 = -51 / BHKXA1TBLK8DM6A Red lower limit = B_HK_B08D6A_XTRDHI90 = 28 / BHKXA1TBLK8DM6A Red upper limit = B_HK_B08D6A_XTYELO90 = -51 / BHKXA1TBLK8DM6A Yellow lower limit = B_HK_B08D6TYEHI90 = 25 / BHKXA1TBLK8DM6A Yellow upper limit = B_HK_B08D6TRDLO92 = -51 / BHKXA1TBLK8DM6B Red lower limit = B_HK_B08D6B_XTRDHI92 = 28 / BHKXA1TBLK8DM6B Red upper limit = B_HK_B08D6B_XTYELO92 = -51 / BHKXA1TBLK8DM6B Yellow lower limit = B_HK_B08D6TYEHI92 = 25 / BHKXA1TBLK8DM6B Yellow upper limit = B_HK_B08D6TRDLO94 = -51 / BHKXA1TBLK8DM7A Red lower limit = B_HK_B08D7A_XTRDHI94 = 28 / BHKXA1TBLK8DM7A Red upper limit = B_HK_B08D7A_XTYELO94 = -51 / BHKXA1TBLK8DM7A Yellow lower limit = B_HK_B08D7TYEHI94 = 25 / BHKXA1TBLK8DM7A Yellow upper limit = B_HK_B08D7TRDLO96 = -51 / BHKXA1TBLK8DM7B Red lower limit = B_HK_B08D7B_XTRDHI96 = 28 / BHKXA1TBLK8DM7B Red upper limit = B_HK_B08D7B_XTYELO96 = -51 / BHKXA1TBLK8DM7B Yellow lower limit = B_HK_B08D7TYEHI96 = 25 / BHKXA1TBLK8DM7B Yellow upper limit = B_HK_B08D7TRDLO98 = -51 / BHKXA1TBLK9DM0A Red lower limit = B_HK_B09D0A_XTRDHI98 = 28 / BHKXA1TBLK9DM0A Red upper limit = B_HK_B09D0A_XTYELO98 = -51 / BHKXA1TBLK9DM0A Yellow lower limit = B_HK_B09D0TYEHI98 = 25 / BHKXA1TBLK9DM0A Yellow upper limit = B_HK_B09D0TRDLO100= -51 / BHKXA1TBLK9DM0B Red lower limit = B_HK_B09D0B_XTRDHI100= 28 / BHKXA1TBLK9DM0B Red upper limit = B_HK_B09D0B_XTYELO100= -51 / BHKXA1TBLK9DM0B Yellow lower limit = B_HK_B09D0TYEHI100= 25 / BHKXA1TBLK9DM0B Yellow upper limit = B_HK_B09D0TRDLO102= -51 / BHKXA1TBLK9DM1A Red lower limit = B_HK_B09D1A_XTRDHI102= 28 / BHKXA1TBLK9DM1A Red upper limit = B_HK_B09D1A_XTYELO102= -51 / BHKXA1TBLK9DM1A Yellow lower limit = B_HK_B09D1TYEHI102= 25 / BHKXA1TBLK9DM1A Yellow upper limit = B_HK_B09D1TRDLO104= -51 / BHKXA1TBLK9DM1B Red lower limit = B_HK_B09D1B_XTRDHI104= 28 / BHKXA1TBLK9DM1B Red upper limit = B_HK_B09D1B_XTYELO104= -51 / BHKXA1TBLK9DM1B Yellow lower limit = B_HK_B09D1TYEHI104= 25 / BHKXA1TBLK9DM1B Yellow upper limit = B_HK_B09D1TRDLO106= -51 / BHKXA1TBLK9DM2A Red lower limit = B_HK_B09D2A_XTRDHI106= 28 / BHKXA1TBLK9DM2A Red upper limit = B_HK_B09D2A_XTYELO106= -51 / BHKXA1TBLK9DM2A Yellow lower limit = B_HK_B09D2TYEHI106= 25 / BHKXA1TBLK9DM2A Yellow upper limit = B_HK_B09D2TRDLO108= -51 / BHKXA1TBLK9DM2B Red lower limit = B_HK_B09D2B_XTRDHI108= 28 / BHKXA1TBLK9DM2B Red upper limit = B_HK_B09D2B_XTYELO108= -51 / BHKXA1TBLK9DM2B Yellow lower limit = B_HK_B09D2TYEHI108= 25 / BHKXA1TBLK9DM2B Yellow upper limit = B_HK_B09D2TRDLO110= -51 / BHKXA1TBLK9DM3A Red lower limit = B_HK_B09D3A_XTRDHI110= 28 / BHKXA1TBLK9DM3A Red upper limit = B_HK_B09D3A_XTYELO110= -51 / BHKXA1TBLK9DM3A Yellow lower limit = B_HK_B09D3TYEHI110= 25 / BHKXA1TBLK9DM3A Yellow upper limit = B_HK_B09D3TRDLO112= -51 / BHKXA1TBLK9DM3B Red lower limit = B_HK_B09D3B_XTRDHI112= 28 / BHKXA1TBLK9DM3B Red upper limit = B_HK_B09D3B_XTYELO112= -51 / BHKXA1TBLK9DM3B Yellow lower limit = B_HK_B09D3TYEHI112= 25 / BHKXA1TBLK9DM3B Yellow upper limit = B_HK_B09D3TRDLO114= -51 / BHKXA1TBLK9DM4A Red lower limit = B_HK_B09D4A_XTRDHI114= 28 / BHKXA1TBLK9DM4A Red upper limit = B_HK_B09D4A_XTYELO114= -51 / BHKXA1TBLK9DM4A Yellow lower limit = B_HK_B09D4TYEHI114= 25 / BHKXA1TBLK9DM4A Yellow upper limit = B_HK_B09D4TRDLO116= -51 / BHKXA1TBLK9DM4B Red lower limit = B_HK_B09D4B_XTRDHI116= 28 / BHKXA1TBLK9DM4B Red upper limit = B_HK_B09D4B_XTYELO116= -51 / BHKXA1TBLK9DM4B Yellow lower limit = B_HK_B09D4TYEHI116= 25 / BHKXA1TBLK9DM4B Yellow upper limit = B_HK_B09D4TRDLO118= -51 / BHKXA1TBLK9DM5A Red lower limit = B_HK_B09D5A_XTRDHI118= 28 / BHKXA1TBLK9DM5A Red upper limit = B_HK_B09D5A_XTYELO118= -51 / BHKXA1TBLK9DM5A Yellow lower limit = B_HK_B09D5TYEHI118= 25 / BHKXA1TBLK9DM5A Yellow upper limit = B_HK_B09D5TRDLO120= -51 / BHKXA1TBLK9DM5B Red lower limit = B_HK_B09D5B_XTRDHI120= 28 / BHKXA1TBLK9DM5B Red upper limit = B_HK_B09D5B_XTYELO120= -51 / BHKXA1TBLK9DM5B Yellow lower limit = B_HK_B09D5TYEHI120= 25 / BHKXA1TBLK9DM5B Yellow upper limit = B_HK_B09D5TRDLO122= -51 / BHKXA1TBLK9DM6A Red lower limit = B_HK_B09D6A_XTRDHI122= 28 / BHKXA1TBLK9DM6A Red upper limit = B_HK_B09D6A_XTYELO122= -51 / BHKXA1TBLK9DM6A Yellow lower limit = B_HK_B09D6TYEHI122= 25 / BHKXA1TBLK9DM6A Yellow upper limit = B_HK_B09D6TRDLO124= -51 / BHKXA1TBLK9DM6B Red lower limit = B_HK_B09D6B_XTRDHI124= 28 / BHKXA1TBLK9DM6B Red upper limit = B_HK_B09D6B_XTYELO124= -51 / BHKXA1TBLK9DM6B Yellow lower limit = B_HK_B09D6TYEHI124= 25 / BHKXA1TBLK9DM6B Yellow upper limit = B_HK_B09D6TRDLO126= -51 / BHKXA1TBLK9DM7A Red lower limit = B_HK_B09D7A_XTRDHI126= 28 / BHKXA1TBLK9DM7A Red upper limit = B_HK_B09D7A_XTYELO126= -51 / BHKXA1TBLK9DM7A Yellow lower limit = B_HK_B09D7TYEHI126= 25 / BHKXA1TBLK9DM7A Yellow upper limit = B_HK_B09D7TRDLO128= -51 / BHKXA1TBLK9DM7B Red lower limit = B_HK_B09D7B_XTRDHI128= 28 / BHKXA1TBLK9DM7B Red upper limit = B_HK_B09D7B_XTYELO128= -51 / BHKXA1TBLK9DM7B Yellow lower limit = B_HK_B09D7TYEHI128= 25 / BHKXA1TBLK9DM7B Yellow upper limit = B_HK_B09D7TRDLO130= -51 / BHKXA1TBLK10DM0A Red lower limit = B_HK_B10D0A_TRDHI130= 28 / BHKXA1TBLK10DM0A Red upper limit = B_HK_B10D0A_TYELO130= -51 / BHKXA1TBLK10DM0A Yellow lower limit = B_HK_B10DTYEHI130= 25 / BHKXA1TBLK10DM0A Yellow upper limit = B_HK_B10DTRDLO132= -51 / BHKXA1TBLK10DM0B Red lower limit = B_HK_B10D0B_TRDHI132= 28 / BHKXA1TBLK10DM0B Red upper limit = B_HK_B10D0B_TYELO132= -51 / BHKXA1TBLK10DM0B Yellow lower limit = B_HK_B10DTYEHI132= 25 / BHKXA1TBLK10DM0B Yellow upper limit = B_HK_B10DTRDLO134= -51 / BHKXA1TBLK10DM1A Red lower limit = B_HK_B10D1A_TRDHI134= 28 / BHKXA1TBLK10DM1A Red upper limit = B_HK_B10D1A_TYELO134= -51 / BHKXA1TBLK10DM1A Yellow lower limit = B_HK_B10DTYEHI134= 25 / BHKXA1TBLK10DM1A Yellow upper limit = B_HK_B10DTRDLO136= -51 / BHKXA1TBLK10DM1B Red lower limit = B_HK_B10D1B_TRDHI136= 28 / BHKXA1TBLK10DM1B Red upper limit = B_HK_B10D1B_TYELO136= -51 / BHKXA1TBLK10DM1B Yellow lower limit = B_HK_B10DTYEHI136= 25 / BHKXA1TBLK10DM1B Yellow upper limit = B_HK_B10DTRDLO138= -51 / BHKXA1TBLK10DM2A Red lower limit = B_HK_B10D2A_TRDHI138= 28 / BHKXA1TBLK10DM2A Red upper limit = B_HK_B10D2A_TYELO138= -51 / BHKXA1TBLK10DM2A Yellow lower limit = B_HK_B10DTYEHI138= 25 / BHKXA1TBLK10DM2A Yellow upper limit = B_HK_B10DTRDLO140= -51 / BHKXA1TBLK10DM2B Red lower limit = B_HK_B10D2B_TRDHI140= 28 / BHKXA1TBLK10DM2B Red upper limit = B_HK_B10D2B_TYELO140= -51 / BHKXA1TBLK10DM2B Yellow lower limit = B_HK_B10DTYEHI140= 25 / BHKXA1TBLK10DM2B Yellow upper limit = B_HK_B10DTRDLO142= -51 / BHKXA1TBLK10DM3A Red lower limit = B_HK_B10D3A_TRDHI142= 28 / BHKXA1TBLK10DM3A Red upper limit = B_HK_B10D3A_TYELO142= -51 / BHKXA1TBLK10DM3A Yellow lower limit = B_HK_B10DTYEHI142= 25 / BHKXA1TBLK10DM3A Yellow upper limit = B_HK_B10DTRDLO144= -51 / BHKXA1TBLK10DM3B Red lower limit = B_HK_B10D3B_TRDHI144= 28 / BHKXA1TBLK10DM3B Red upper limit = B_HK_B10D3B_TYELO144= -51 / BHKXA1TBLK10DM3B Yellow lower limit = B_HK_B10DTYEHI144= 25 / BHKXA1TBLK10DM3B Yellow upper limit = B_HK_B10DTRDLO146= -51 / BHKXA1TBLK10DM4A Red lower limit = B_HK_B10D4A_TRDHI146= 28 / BHKXA1TBLK10DM4A Red upper limit = B_HK_B10D4A_TYELO146= -51 / BHKXA1TBLK10DM4A Yellow lower limit = B_HK_B10DTYEHI146= 25 / BHKXA1TBLK10DM4A Yellow upper limit = B_HK_B10DTRDLO148= -51 / BHKXA1TBLK10DM4B Red lower limit = B_HK_B10D4B_TRDHI148= 28 / BHKXA1TBLK10DM4B Red upper limit = B_HK_B10D4B_TYELO148= -51 / BHKXA1TBLK10DM4B Yellow lower limit = B_HK_B10DTYEHI148= 25 / BHKXA1TBLK10DM4B Yellow upper limit = B_HK_B10DTRDLO150= -51 / BHKXA1TBLK10DM5A Red lower limit = B_HK_B10D5A_TRDHI150= 28 / BHKXA1TBLK10DM5A Red upper limit = B_HK_B10D5A_TYELO150= -51 / BHKXA1TBLK10DM5A Yellow lower limit = B_HK_B10DTYEHI150= 25 / BHKXA1TBLK10DM5A Yellow upper limit = B_HK_B10DTRDLO152= -51 / BHKXA1TBLK10DM5B Red lower limit = B_HK_B10D5B_TRDHI152= 28 / BHKXA1TBLK10DM5B Red upper limit = B_HK_B10D5B_TYELO152= -51 / BHKXA1TBLK10DM5B Yellow lower limit = B_HK_B10DTYEHI152= 25 / BHKXA1TBLK10DM5B Yellow upper limit = B_HK_B10DTRDLO154= -51 / BHKXA1TBLK10DM6A Red lower limit = B_HK_B10D6A_TRDHI154= 28 / BHKXA1TBLK10DM6A Red upper limit = B_HK_B10D6A_TYELO154= -51 / BHKXA1TBLK10DM6A Yellow lower limit = B_HK_B10DTYEHI154= 25 / BHKXA1TBLK10DM6A Yellow upper limit = B_HK_B10DTRDLO156= -51 / BHKXA1TBLK10DM6B Red lower limit = B_HK_B10D6B_TRDHI156= 28 / BHKXA1TBLK10DM6B Red upper limit = B_HK_B10D6B_TYELO156= -51 / BHKXA1TBLK10DM6B Yellow lower limit = B_HK_B10DTYEHI156= 25 / BHKXA1TBLK10DM6B Yellow upper limit = B_HK_B10DTRDLO158= -51 / BHKXA1TBLK10DM7A Red lower limit = B_HK_B10D7A_TRDHI158= 28 / BHKXA1TBLK10DM7A Red upper limit = B_HK_B10D7A_TYELO158= -51 / BHKXA1TBLK10DM7A Yellow lower limit = B_HK_B10DTYEHI158= 25 / BHKXA1TBLK10DM7A Yellow upper limit = B_HK_B10DTRDLO160= -51 / BHKXA1TBLK10DM7B Red lower limit = B_HK_B10D7B_TRDHI160= 28 / BHKXA1TBLK10DM7B Red upper limit = B_HK_B10D7B_TYELO160= -51 / BHKXA1TBLK10DM7B Yellow lower limit = B_HK_B10DTYEHI160= 25 / BHKXA1TBLK10DM7B Yellow upper limit = B_HK_B10DHISTORY TASK: FAPPND on FILENAME: sw01210276000b177x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:32 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aůjxvpldrkqzwyqquxmznxhvz}v{~uy{zdAůlwvpmdqkqzwyqruynynxhwz}v{ux{{kAůjxvpldqkqywxqquymynxhvz}u~{ux{z\Aů jwvpldrkqzwyqquymynxhvz}v~{tx{zAůjwvplcrkqzwxpquxmznxhvz~u~{~ux{zAů(iYwuplcrkqzwyqquxmynxhvz~u~{uw{{Aů7hwuplcqkqzvyqquxmynwhvz~u~{~tx{zAůFlxuplcrkqyvyqquxmynxhvz}u~{~ux{zAůUhwvpmcqkqzvyqquxmynxhvz}u~{~tx{zAůdkQwuqldqkpzvyqquymznxhvz~v{~ux{zHAůsmHwuplcrkqywyqquxmynxhvz~u~{~ux{z~Aůjwvpldrkqyvxqquxmyowhvz~u~{tx{zAůjwupldqkqzwxqquxmynwhvz}v~{~tx{zdAůjxupldqkpyvxpqtxmynwhvz~u~{~ux{{(AůiYxuplcrkpzvxqqtxmynwhvy}u~z~txz{AůiYwuplcqjqywxpptxmynwgvz}u~{~tx{z>Aůjwuokcqjpxvxpqtxlynwgvy|v~z}uwzzAůhwuokbpjpzuxpptxmxmwhuz}u~z~tw{z0Aůkwuolbpjpyvwpptwlxnwguy}u~z~tvzzAůkvuokbpjpyuxposw~lxmvguy|u~z~tvzy{Aů iYvtokbpjoxuwoosw~lxmvguy|t}z}tvyyAů҂脄usnkaoioxuwnosv~kxl~vfux|t}y|~svyyAů'iYusnjaohoxuwnorv}kwlvgux{t}y}~rvyxAů6jusniaohowtvnnru}jwl~vftx{t|y}}~ruxxAůEkQusni`nhnv~tvnnqu}jwl~ufsxzr}x|~suxy(AůThsrmi`mgnw~~tvmmqt|ivk}ufsxzs|x|}~ruwwAůcktrli_mgmv~~~sulmpt|ivk}ueswys~|w{|}quwwAůrltqlh_lflv~}~rullps{huj}tds~wyr}{~w{}~qtww|Aůhrpkg~~^lflu}~|}qtkkos{htj|tdr}vyr}{~wz||qtvv*Aůjrokg}}]keku|}|}qtjkoszgti|scq}vyr}z}vz||psvvAůjqpjf}}]kekt{}{|psjjnryfsi{rcq}uxq|z}vz{|oruuAůh~qojf}|]jdks{|z|prijnqygsh{rcp|txp|y|uy{{oruvAůl}pnie|{\icirz|z{priilpyfshzrbp|tw~p{y{uxz{ort~twAůmH}pnhd{{\icisz{z{orhilpxergzqa~p{s~v~p{x{txz{nq~stAůl}omhd{z[h~bhryzyznqhhkpwdqfyqa}o{s~v}ozy{txyzmp~s}sAůq7|olhczzZh~bhqxzxznpghkowdqeypa~o{s~v}ozw{swxzmq}s}s"Aůk|olfczzZg~ahqyzxynpfgknwdpexp`}nzr}u|nywzswxymo}r}}sAůl{nkgbyzZg}agpxzwxlpggknvcpexo`|nzq}t|nywysvxymo}r|{rAůo{nkfcyyYg}`gpxywxmoggjnvcpdxo`|nzq}t{mxwzsvxylo|r|}qAů&k{mkebyyYg}agpwywwlofgjnvcodwo_|nyq}u|my~vzrvwxmo}r|qdAů5mHznlebxyYg|`fpxywwlnggjnubodxo_|ny~q}t|mx~vzrvwxln|q|qAůDq7znkfaxyYf|`fowyvxlnggjmubodwo_{my~q|t|lx~vyrvwxln~|q|}qrAůSf{mkfbyyYg|`fpwywxmnffjmucodwn_{my~q|t|mx~uyruwxlo~|r{{q¤Aůbp{mkfayyZg|`fpwyvxlofgjnubodwn_{ny~q|u{mx}vyrvwwko~|q|zpXAůqmH{lkfbxzYg|`fowyvxlnggjnucodxo_{nyp|tzlx~uyrvwwko|q{~qAůl{nkebxyYg}`epwywxmnfgjnucodwo_{nyp|t|lx~uyrvwxkn}r{}q,Aůl{mkfbxzYg}afoxywxlnggknucodwn_{myp|t{mx~uyruvwln|r{|qmAůp|nkfbyzYg}agoxzwxloggjnucodxo_{nyq}t|lx~uzrvvwko|q{}rAůn{nkfbyzZg}afoxywxloggknvcodxo`znyq|t|lx}uyruwxlo|r{}q›AůmH{nlfbyzZh|agpxywxloghjovcocxn_{nyq}t|lx~uzrvvxln|r{qAůҁ|nkfcyzZh}afpxzwwmohhknvcodxn_{nyq|t|lx~uzruvwlo|r{q!Aůl|nlfbyzZg}agpyzwxloghknvcodxo_{nyq}t|lx~uzsuvxlo|r{}qsAůmH|nlfbyzZh}agpxzwxmohhkovcodxo`{nyq}u|mx~uzruvxlo|r{~q AůmH|nlfby{[h}bgpyzxymogilovcpdxo_{nyq}u|mx~uzruvwln|s{qAůkQ}olfcy{[h}agpyzxxmohhlovcodxo`{nyq}t|lx~uzsuwxmo|r|}qAůo?|nmgcy{Zh}bgpyzxymoihlovdoexo`{nyq}u|my~uzsvwxlo}r|~qûAů%m}olgcy{[h}bgqyzxynohilovdoexo`{nyq}t|mx~uzsvwwmp}s{qžAů4ң|olgcz{[i}bgpyzwxmoihlovdpexo`{ozq|u}mx~uzsvvxmo}r|~rAůCmH|omfcy{[i~bhpy{xymoiilowdpdxo`{nzr}u|mx~u{svwxlp}r|qfAůRm|nmgcy{\i~bhpz{xynpihlpwdpexo`|oyr}u|mx~u{svwwnp}s|~r~Aůak}omgcz|[i~chqyzxynoiilpwdpexp`{nzr}u|nx~v{svwwmp}s||rnAůpp}omgdy|[i~bhqy{yynpiilpwdpexo`{nzr}u|nx~u{svwwmp~s|}r7Aůo}ongcz{[i~bhqyzxynpiimpwdpfyp`{nzr}v|ny~u{svvxnp~s|}rKAůo}pmhdz|\i~bhqzzyznpjimpwdpexo`{ozr~u}my~uzsvwwlp}s}}qAůmH}ongdz{[i~bhpy{yynpiimpweqexp`{ozr}v|ny~v{svwymp}s}rAůkQ}pnhdz|\ibgqz{yznpiimpweqfxpa{ozr~u|myv{swwxlp}s|rAům}pmgdz|[ibhrz{yynpiimpweqfyp`{nzr}u}myv{tvwxmp~s|rLAůl}pnhdz|\j~chqz{yznpiimqxepfxpa|ozr~v}myu{svxymp~s}rAůl~pnhdz|\jchqz{yznpiimqxeqfxpa|ozr~v}ny~v{swwxmp~s}rAůo?}onhdz|\j~ciqz{yznpiimpweqfypa|ozr~u}myw{tvwxnp}s}rAůҋntrmi`ngmv~~sunmru|jvk}tds~wyr}{~xz|}ruxwOAůjtqmi`nhmv~~~sumnqu|ivk}ueswzr}z~x{|}qtxwoAůh trmh_ngmv~}summqu|ivk}tes~vzr}z~w{|}qtwv?Aůjtrmi`nhmv~}sunnqu|ivj}tds~wyr}{~xz{|qtwvAůksrlh`mgmv~}~sulmqu|iuj}tesvzr}{~w{|}qtwv,Aůksrlh`ngmv~}~tummqu|jvj|sdswzq}{~w{|}qtxwqAůktqlh~`ngmv~}~summqu|iuj}tes~wyr}{~w{||quwwµAůlsrli`ngmv}}~summqu|ivk}tes~vzr}z~xz|}qtwvAůiYtrli_ngmu~}sunmqt|ivk|tds~vzr}{~x{|}qtxvAůkQsrmh_ngmv~}summqu|iuk}tes~vzr}z~w{||ruxvAů-kQtrlh`ngmv~}~rummqu|iuj}tes~vzq}{~w{||qtwwAůAůYh rqlh~_mgmu}}~stllqt|iuj|sds~vyr}z}w{{|qswwAAůhiYsqkg_mglv}~|~rtlmqt{iuj|tdr~vyr}y}wz{|qtwvAůwkQsqkh~_mgmv~}~rtmmqt|iuj|sdr~vzq}z}wz||qswv~AůkQsqlh~`mglu}}~rtllpt{iuj|sds~vyq}z}wz{|pswvUAůiYsqkh~_mglu}~}}stmlpt{iuj|sdr~vyq}y}w{||qtwuAůlrqlh_mflv}}~rtmlpt{iuj|sds~vzq}y}wz{}qsww Aů~sqlh_mgmu}~}~rtlmqt{iuj|sdr~vyq}z}wz{|qtwuZ!F5%uҗ atW篢ϔ׀$ 7y ݲ22222oY2^ɀ"ZmwAů aVLdìdGJ%ٔr!I52!қ at篺Ā؀ ـҟd atȀҀ&؀ Azy ݲ22222oYjʀ""TmwHAůGaVNd̀dJ%<籢!I5KIҤ$ at$F(؀ FBy ݲ22222oYʀ"'Mmw*AůseݿVЀddO%l!X5 hav҆t\܀̐ ܂ 22222p[р"fm/x Aůsv ݿVԀd̈dLO%!X5FӁav36Ҷt܀| ܇ 22222p[(р"lm@x쀩2Aůsc V̀ddO%!X6DavKkN簌܀d ܌ 22222p[@р"rmLx̀JAůsaV̀dͨdO%h!X6ؿavc#fԀ簤܀L ܑʕ 22222p[`2р"xm[x$bAů9scVʀd8dO%߼6!X6qܕavzۀ~F簼܀4 ܖڕ 22222p[xLр"~mgx-zAůWsaݿVdȀdO%N!X6*HMav籖vԐ܀ ܛꕁ 22222p[fр"Āmnx6tAůusbcݿVdXdUO%df!X66'avK籮Ӧ4܀ ܠ 22222q[р"Àmux?NAůsbcݿVĢddO%฀~!X6BPavƀրT܀ ܦ 22222q[Ȁр" m{xH6Aů뱁ݿVǖdxd%O% 糖!X6Nq.(avٻހt܀ ܫ 22222q[р"smxQAůscVʎddO%`糮!X6Z~N@avs6 4܀ ܰ* 22222q\̋р"mxYAůsbcݿV~dјdO%ᴀ!X6fXaw +f!L܀ ܵ: 22222q\р"Dmxb܀ Aů sbcVxd(d]O%!X6rЀpaw &Ԗ"Ԁd܀ ܺJ 22222q\>р"mxk"Aů)seݿVddҸdőO%\!X6-aw8>ƀ#|܀t ܿZ 22222q\`р"mxt:AůGsaVfdHd-O%Ⰰ!X6)rawPSV%籔܀\ j 22222q\|0р"mx}RAůeseݿV`d؀dO%&!X677awh n&&4籬܀N z 22222q\Hр"nmxjjAůscV\drdQ%^@!X6 awĀ粈X'VƐ݀< Δ 22222q\dҀ"mȔxVAůscVZddkQ%㲀X!X6Y aw|粠Ո(vސ݀* Ӧ 22222q\؀Ӏ"<mԔx8AůsaVZdՔdӑQ%p!X6_  aw4粸ո)݀ ض 22222q\Ӏ"ЀmxAůsaV^d$d;Q%Z紈!X6SZ "awЀ*݀ ƕ 22222q]Ӏ"dmxAůsbcݿWxdZew%X!`93€Ӆxk#a|QA締Pbޑ   22222qb"#`m3z]怩AůsbcW{deߑ%\p!`9@Ӊl#a|h緸߀c.  ڕ 22222qbȀ"*#Dm?zfʀAůsaW~d|e H%繈!`9LӎLl#a|Ѐ߰dN Ң 22222qb"B#:mKzoAůsaWd e %繠!`9XۀӒl#a|ien& j 22222qb"Z#>mWzxAůseWde %X繸!`9eӗ`l$a|!f> 2 22222qc"v#(mdzrAů1sc Wd,e%!`9rsӛUl$*a|ـ@gVt 22222qc2"#0mpzTAůOsaW de葂%!`9 Ӡl$Ba|ߑ0ph΀n\ • 22222qcN"#:m~z6,AůmsaWdLeP%T!`9{Ӥl$Za|IHࠀi緆D ꊕ 22222qcj"#HmzDAůscWd܀e%!`9 Өl$ra}`Ѐk緞, R 22222qc"֋#Jmz\AůsbcݿWdle %0!`9ӫl$a}&xl.緶  22222qc"#Cmz܀tAůscWde%PH!`9̀Ӯl$a}>q縐0mNΑ 22222qc## mzAůsaWde𑂀%`!`9LӲ[l$a}V)縨`nn 22222qcڀ# #mzAůseWdeX%x!`90ӷl$a}m᐀o r 22222qc#8#mzȄXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 200 / width of table in bytes NAXIS2 = 10 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 50 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BMICHWCMDREG' / MIC last internal command TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BMICHWTIMDMA' / MIC DMA data collect timeout TFORM3 = '1J ' / data format of field: 4-byte INTEGER TZERO3 = 2147483648 / offset for unsigned integers TTYPE4 = 'BMICHWINTENA' / MIC interrupt enable bits TFORM4 = '1J ' / data format of field: 4-byte INTEGER TZERO4 = 2147483648 / offset for unsigned integers TTYPE5 = 'BMICHWINTRST' / MIC last interrupt reset TFORM5 = '1J ' / data format of field: 4-byte INTEGER TZERO5 = 2147483648 / offset for unsigned integers TTYPE6 = 'BMICHWSTATUS' / MIC status register (not used) TFORM6 = '1J ' / data format of field: 4-byte INTEGER TZERO6 = 2147483648 / offset for unsigned integers TTYPE7 = 'BMICHWDMABEG' / Circular buf start address TFORM7 = '1J ' / data format of field: 4-byte INTEGER TZERO7 = 2147483648 / offset for unsigned integers TTYPE8 = 'BMICHWDMAEND' / Circular buf end address TFORM8 = '1J ' / data format of field: 4-byte INTEGER TZERO8 = 2147483648 / offset for unsigned integers TTYPE9 = 'BMICHWDMA1ST' / Circular buf 1st write address TFORM9 = '1J ' / data format of field: 4-byte INTEGER TZERO9 = 2147483648 / offset for unsigned integers TTYPE10 = 'BMICHWDMAENA' / Circular buf auto dma enable TFORM10 = '1J ' / data format of field: 4-byte INTEGER TZERO10 = 2147483648 / offset for unsigned integers TTYPE11 = 'BMICHWDMAVAL' / Circular buf prev lap valid TFORM11 = '1J ' / data format of field: 4-byte INTEGER TZERO11 = 2147483648 / offset for unsigned integers TTYPE12 = 'BMICHWDMALAP' / Circular buf lap count register TFORM12 = '1J ' / data format of field: 4-byte INTEGER TZERO12 = 2147483648 / offset for unsigned integers TTYPE13 = 'BMICHWDMACUR' / Circular buf next write register TFORM13 = '1J ' / data format of field: 4-byte INTEGER TZERO13 = 2147483648 / offset for unsigned integers TTYPE14 = 'BMICHWCMDIDX' / BCDH cmd buf index of next read TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 32768 / offset for unsigned integers TTYPE15 = 'BMICHWCMDLFT' / BCDH cmd buf unread dwords TFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BMICHWCMDTIM' / BCDH cmd buf transmit timeout TFORM16 = '1J ' / data format of field: 4-byte INTEGER TZERO16 = 2147483648 / offset for unsigned integers TTYPE17 = 'BMICHWCMDMAX' / BCDH cmd buf max packet length TFORM17 = '1J ' / data format of field: 4-byte INTEGER TZERO17 = 2147483648 / offset for unsigned integers TTYPE18 = 'BMICHWCMDSTA' / BCDH cmd buf status bits TFORM18 = '1J ' / data format of field: 4-byte INTEGER TZERO18 = 2147483648 / offset for unsigned integers TTYPE19 = 'BMICHWLNK00A' / 1355 link status register 00 (A) TFORM19 = '1J ' / data format of field: 4-byte INTEGER TZERO19 = 2147483648 / offset for unsigned integers TTYPE20 = 'BMICHWLNK01A' / 1355 link status register 01 (A) TFORM20 = '1J ' / data format of field: 4-byte INTEGER TZERO20 = 2147483648 / offset for unsigned integers TTYPE21 = 'BMICHWLNK02A' / 1355 link status register 02 (A) TFORM21 = '1J ' / data format of field: 4-byte INTEGER TZERO21 = 2147483648 / offset for unsigned integers TTYPE22 = 'BMICHWLNK03A' / 1355 link status register 03 (A) TFORM22 = '1J ' / data format of field: 4-byte INTEGER TZERO22 = 2147483648 / offset for unsigned integers TTYPE23 = 'BMICHWLNK04A' / 1355 link status register 04 (A) TFORM23 = '1J ' / data format of field: 4-byte INTEGER TZERO23 = 2147483648 / offset for unsigned integers TTYPE24 = 'BMICHWLNK05A' / 1355 link status register 05 (A) TFORM24 = '1J ' / data format of field: 4-byte INTEGER TZERO24 = 2147483648 / offset for unsigned integers TTYPE25 = 'BMICHWLNK06A' / 1355 link status register 06 (A) TFORM25 = '1J ' / data format of field: 4-byte INTEGER TZERO25 = 2147483648 / offset for unsigned integers TTYPE26 = 'BMICHWLNK07A' / 1355 link status register 07 (A) TFORM26 = '1J ' / data format of field: 4-byte INTEGER TZERO26 = 2147483648 / offset for unsigned integers TTYPE27 = 'BMICHWLNK08A' / 1355 link status register 08 (A) TFORM27 = '1J ' / data format of field: 4-byte INTEGER TZERO27 = 2147483648 / offset for unsigned integers TTYPE28 = 'BMICHWLNK09A' / 1355 link status register 09 (A) TFORM28 = '1J ' / data format of field: 4-byte INTEGER TZERO28 = 2147483648 / offset for unsigned integers TTYPE29 = 'BMICHWLNK10A' / 1355 link status register 10 (A) TFORM29 = '1J ' / data format of field: 4-byte INTEGER TZERO29 = 2147483648 / offset for unsigned integers TTYPE30 = 'BMICHWLNK11A' / 1355 link status register 11 (A) TFORM30 = '1J ' / data format of field: 4-byte INTEGER TZERO30 = 2147483648 / offset for unsigned integers TTYPE31 = 'BMICHWLNK12A' / 1355 link status register 12 (A) TFORM31 = '1J ' / data format of field: 4-byte INTEGER TZERO31 = 2147483648 / offset for unsigned integers TTYPE32 = 'BMICHWLNK13A' / 1355 link status register 13 (A) TFORM32 = '1J ' / data format of field: 4-byte INTEGER TZERO32 = 2147483648 / offset for unsigned integers TTYPE33 = 'BMICHWLNK14A' / 1355 link status register 14 (A) TFORM33 = '1J ' / data format of field: 4-byte INTEGER TZERO33 = 2147483648 / offset for unsigned integers TTYPE34 = 'BMICHWLNK15A' / 1355 link status register 15 (A) TFORM34 = '1J ' / data format of field: 4-byte INTEGER TZERO34 = 2147483648 / offset for unsigned integers TTYPE35 = 'BMICHWLNK00B' / 1355 link status register 00 (B) TFORM35 = '1J ' / data format of field: 4-byte INTEGER TZERO35 = 2147483648 / offset for unsigned integers TTYPE36 = 'BMICHWLNK01B' / 1355 link status register 01 (B) TFORM36 = '1J ' / data format of field: 4-byte INTEGER TZERO36 = 2147483648 / offset for unsigned integers TTYPE37 = 'BMICHWLNK02B' / 1355 link status register 02 (B) TFORM37 = '1J ' / data format of field: 4-byte INTEGER TZERO37 = 2147483648 / offset for unsigned integers TTYPE38 = 'BMICHWLNK03B' / 1355 link status register 03 (B) TFORM38 = '1J ' / data format of field: 4-byte INTEGER TZERO38 = 2147483648 / offset for unsigned integers TTYPE39 = 'BMICHWLNK04B' / 1355 link status register 04 (B) TFORM39 = '1J ' / data format of field: 4-byte INTEGER TZERO39 = 2147483648 / offset for unsigned integers TTYPE40 = 'BMICHWLNK05B' / 1355 link status register 05 (B) TFORM40 = '1J ' / data format of field: 4-byte INTEGER TZERO40 = 2147483648 / offset for unsigned integers TTYPE41 = 'BMICHWLNK06B' / 1355 link status register 06 (B) TFORM41 = '1J ' / data format of field: 4-byte INTEGER TZERO41 = 2147483648 / offset for unsigned integers TTYPE42 = 'BMICHWLNK07B' / 1355 link status register 07 (B) TFORM42 = '1J ' / data format of field: 4-byte INTEGER TZERO42 = 2147483648 / offset for unsigned integers TTYPE43 = 'BMICHWLNK08B' / 1355 link status register 08 (B) TFORM43 = '1J ' / data format of field: 4-byte INTEGER TZERO43 = 2147483648 / offset for unsigned integers TTYPE44 = 'BMICHWLNK09B' / 1355 link status register 09 (B) TFORM44 = '1J ' / data format of field: 4-byte INTEGER TZERO44 = 2147483648 / offset for unsigned integers TTYPE45 = 'BMICHWLNK10B' / 1355 link status register 10 (B) TFORM45 = '1J ' / data format of field: 4-byte INTEGER TZERO45 = 2147483648 / offset for unsigned integers TTYPE46 = 'BMICHWLNK11B' / 1355 link status register 11 (B) TFORM46 = '1J ' / data format of field: 4-byte INTEGER TZERO46 = 2147483648 / offset for unsigned integers TTYPE47 = 'BMICHWLNK12B' / 1355 link status register 12 (B) TFORM47 = '1J ' / data format of field: 4-byte INTEGER TZERO47 = 2147483648 / offset for unsigned integers TTYPE48 = 'BMICHWLNK13B' / 1355 link status register 13 (B) TFORM48 = '1J ' / data format of field: 4-byte INTEGER TZERO48 = 2147483648 / offset for unsigned integers TTYPE49 = 'BMICHWLNK14B' / 1355 link status register 14 (B) TFORM49 = '1J ' / data format of field: 4-byte INTEGER TZERO49 = 2147483648 / offset for unsigned integers TTYPE50 = 'BMICHWLNK15B' / 1355 link status register 15 (B) TFORM50 = '1J ' / data format of field: 4-byte INTEGER TZERO50 = 2147483648 / offset for unsigned integers EXTNAME = 'hk18ax001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699935.16832 TSTOP = 727704903.17322 DATE-OBS= '2024-01-23T10:52:10' DATE-END= '2024-01-23T12:14:58' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 4968.00490009785 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 394 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:29' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'HGSJKEP9HEPGHEP9' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '314026551' / data unit checksum updated 2024-02-02T06:06:29 HISTORY TASK: FAPPND on FILENAME: sw01210276000b18ax001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:32 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AůB@  2l >)DDDDDDDDDDDDDDDDAům>B@  2l S؎DDDDDDDDDDDDDDDDAů鋯B@  2l vSDDDDDDDDDDDDDDDDAů3B@  2l3gDDDDDDDDDDDDDDDDAůvB@  2l=8ހDDDDDDDDDDDDDDDDAů|8B@  2lKhDDDDDDDDDDDDDDDDAůeB@  |2m GDDDDDDDDDDDDDDDDAůtpB@  |2m nDDDDDDDDDDDDDDDDAů5~B@  @2n EÀDDDDDDDDDDDDDDDDAů,B@  @2n Uu{DDDDDDDDDDDDDDDDXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 192 / width of table in bytes NAXIS2 = 37 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 98 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BDICMDBLSNCURTR' / m_currTrigger TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BDICMDBLSSZPROC' / m_processChunkSize TFORM3 = '1J ' / data format of field: 4-byte INTEGER TZERO3 = 2147483648 / offset for unsigned integers TTYPE4 = 'BDICMDBLSMARKCL' / m_markClockTime TFORM4 = '1J ' / data format of field: 4-byte INTEGER TTYPE5 = 'BDICMDBLSMARKDT' / m_markDataTime TFORM5 = '1J ' / data format of field: 4-byte INTEGER TTYPE6 = 'BDICMDBLSGTSDUR' / m_grbTriggerSuppressDur TFORM6 = '1I ' / data format of field: 2-byte INTEGER TUNIT6 = 's ' / physical unit of field TTYPE7 = 'BDICMDBLSSURDUR' / m_nomSurveyCycleDur TFORM7 = '1I ' / data format of field: 2-byte INTEGER TUNIT7 = 's ' / physical unit of field TTYPE8 = 'BDICMDBLSAM2DUR' / m_nomAm241AccumDur TFORM8 = '1I ' / data format of field: 2-byte INTEGER TUNIT8 = 's ' / physical unit of field TTYPE9 = 'BDICMDBLSSTGDUR' / m_imTrigShortDur TFORM9 = '1I ' / data format of field: 2-byte INTEGER TUNIT9 = 's ' / physical unit of field TTYPE10 = 'BDICMDBLSLTGDUR' / m_imTrigLongDur TFORM10 = '1I ' / data format of field: 2-byte INTEGER TUNIT10 = 's ' / physical unit of field TTYPE11 = 'BDICMDBLSTGELOW' / m_imTrigELow TFORM11 = '1I ' / data format of field: 2-byte INTEGER TTYPE12 = 'BDICMDBLSTGEHIG' / m_imTrigEHigh TFORM12 = '1I ' / data format of field: 2-byte INTEGER TTYPE13 = 'BDICMDBLSMACTBL' / m_activeBlocks TFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 32768 / offset for unsigned integers TTYPE14 = 'BDICMDBLSFFAKTS' / m_fakeTimestamp TFORM14 = '1B ' / data format of field: BYTE TTYPE15 = 'BDICMDBLSINVALD' / m_fInvalid TFORM15 = '1B ' / data format of field: BYTE TTYPE16 = 'BDICMDBLSFALTDR' / m_fAlertTDRSS TFORM16 = '1B ' / data format of field: BYTE TTYPE17 = 'BDICMDBLSFBINCH' / m_binsChanged TFORM17 = '1B ' / data format of field: BYTE TTYPE18 = 'BDICMDBLSFTBNCH' / m_tagBinsChanged TFORM18 = '1B ' / data format of field: BYTE TTYPE19 = 'BDICMDBLSTRIGEN' / m_trigEnabled TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BDICMDBLSCANVET' / m_fCancelVeto TFORM20 = '1B ' / data format of field: BYTE TTYPE21 = 'BDICMDBLSTRGDMP' / m_trigDump TFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BDICMDBLSBRIMTH' / m_brImmediateThreshold TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 32768 / offset for unsigned integers TTYPE23 = 'BDICMDBLSBRPAUS' / m_brPausetime TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 32768 / offset for unsigned integers TTYPE24 = 'BDICMDBLSVERBOS' / m_verbosity TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 32768 / offset for unsigned integers TTYPE25 = 'BDICMDBLSNENARR' / m_n_enarrow_used TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 32768 / offset for unsigned integers TTYPE26 = 'BDICMDBLSNAM241' / m_n_etagbins_used TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 32768 / offset for unsigned integers TTYPE27 = 'BDICMDBLSQAMSPC' / m_priAmSpect TFORM27 = '1B ' / data format of field: BYTE TTYPE28 = 'BDICMDBLSQSURVY' / m_priSurvey TFORM28 = '1B ' / data format of field: BYTE TTYPE29 = 'BDICMDBLSQAMACC' / m_priAmSurvey TFORM29 = '1B ' / data format of field: BYTE TTYPE30 = 'BDICMDBLSQGAINO' / m_priGainOff TFORM30 = '1B ' / data format of field: BYTE TTYPE31 = 'BDICMDBLSQCALRN' / m_priCalRun TFORM31 = '1B ' / data format of field: BYTE TTYPE32 = 'BDICMDBLSQMASKW' / m_priMaskWeights TFORM32 = '1B ' / data format of field: BYTE TTYPE33 = 'BDICMDBLSQPARAM' / m_priParameters TFORM33 = '1B ' / data format of field: BYTE TTYPE34 = 'BDICMDBLSQDAPHK' / m_priDAPhk TFORM34 = '1B ' / data format of field: BYTE TTYPE35 = 'BDICMDBLSQACSDP' / m_priACS TFORM35 = '1B ' / data format of field: BYTE TTYPE36 = 'BDICMDBLSQPULSR' / m_priPulsar TFORM36 = '1B ' / data format of field: BYTE TTYPE37 = 'BDICMDBLSARAT64' / m_rate_64msQuad_AID TFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 32768 / offset for unsigned integers TTYPE38 = 'BDICMDBLSARMTAG' / m_rate_mtag_AID TFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 32768 / offset for unsigned integers TTYPE39 = 'BDICMDBLSARFMAX' / m_rate_fastmax_AID TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 32768 / offset for unsigned integers TTYPE40 = 'BDICMDBLSAPARAM' / m_parameter_tm_AID TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 32768 / offset for unsigned integers TTYPE41 = 'BDICMDBLSATRIGS' / m_trigger_status_AID TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = 32768 / offset for unsigned integers TTYPE42 = 'BDICMDBLSDIDLAY' / m_DIDelay TFORM42 = '1B ' / data format of field: BYTE TTYPE43 = 'BDICMDBLSDUMPDL' / m_dumpDelay TFORM43 = '1B ' / data format of field: BYTE TTYPE44 = 'BDICMDBLSIGNFLG' / m_ignoreEventFlags TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 32768 / offset for unsigned integers TTYPE45 = 'BDICMDBLSTSTALE' / m_dumpStaleLimit TFORM45 = '1I ' / data format of field: 2-byte INTEGER TTYPE46 = 'BDICMDBLSNHOTLM' / m_hotLimit TFORM46 = '1I ' / data format of field: 2-byte INTEGER TTYPE47 = 'BDICMDBLSNHOTKL' / m_nHotKill TFORM47 = '1I ' / data format of field: 2-byte INTEGER TTYPE48 = 'BDICMDBLSNLTCHL' / m_latchLimit TFORM48 = '1I ' / data format of field: 2-byte INTEGER TTYPE49 = 'BDICMDBLSNMXLAG' / m_maxLag TFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = 32768 / offset for unsigned integers TTYPE50 = 'BDICMDBLSNTHSAA' / m_saaThreshold TFORM50 = '1J ' / data format of field: 4-byte INTEGER TTYPE51 = 'BDICMDBLSMTFOVR' / m_maskTagFOVRadius TFORM51 = '1J ' / data format of field: 4-byte INTEGER TTYPE52 = 'BDICMDBLSMTFOVE' / m_maskTagFOVEllipticity TFORM52 = '1J ' / data format of field: 4-byte INTEGER TTYPE53 = 'BDICMDBLSNCAOFF' / m_caOffValue TFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 32768 / offset for unsigned integers TTYPE54 = 'BDICMDBLSNCAGAN' / m_caGainValue TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BDICMDBLSNCAPER' / m_caPeriod TFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 32768 / offset for unsigned integers TTYPE56 = 'BDICMDBLSNCADWL' / m_caDwellCount TFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 32768 / offset for unsigned integers TTYPE57 = 'BDICMDBLSNCAOFI' / m_caOffInterval TFORM57 = '1I ' / data format of field: 2-byte INTEGER TTYPE58 = 'BDICMDBLSNCAGNI' / m_caGainInterval TFORM58 = '1I ' / data format of field: 2-byte INTEGER TTYPE59 = 'BDICMDBLSFCAOSL' / m_cafOffOnSlew TFORM59 = '1B ' / data format of field: BYTE TTYPE60 = 'BDICMDBLSFCAGSL' / m_cafGainOnSlew TFORM60 = '1B ' / data format of field: BYTE TTYPE61 = 'BDICMDBLSFCAOSU' / m_cafOffOnSurvey TFORM61 = '1B ' / data format of field: BYTE TTYPE62 = 'BDICMDBLSFCAGSU' / m_cafGainOnSurvey TFORM62 = '1B ' / data format of field: BYTE TTYPE63 = 'BDICMDBLSFDMPAG' / m_fDumpAutoGainOffAcc TFORM63 = '1B ' / data format of field: BYTE TTYPE64 = 'undocumented1' / Byte field not in ITOS database TFORM64 = '1B ' / data format of field: BYTE TTYPE65 = 'BDICMDBLSNCAWIN' / m_caWindow TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 32768 / offset for unsigned integers TTYPE66 = 'BDICMDBLSTHCERT' / m_threshCertain TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 32768 / offset for unsigned integers TTYPE67 = 'BDICMDBLSTHPOSS' / m_threshPossible TFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 32768 / offset for unsigned integers TTYPE68 = 'BDICMDBLSTHSHRT' / m_threshShortImage TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 32768 / offset for unsigned integers TTYPE69 = 'BDICMDBLSTHLONG' / m_threshLongImage TFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'BDICMDBLSDSNSHO' / m_desensShort TFORM70 = '1I ' / data format of field: 2-byte INTEGER TTYPE71 = 'BDICMDBLSDSNLON' / m_desensLong TFORM71 = '1I ' / data format of field: 2-byte INTEGER TTYPE72 = 'BDICMDBLSNUMTRG' / m_numtrig TFORM72 = '1I ' / data format of field: 2-byte INTEGER TTYPE73 = 'BDICMDBLSNCPUOF' / m_ntrig_cpuoff_percheck TFORM73 = '1I ' / data format of field: 2-byte INTEGER TTYPE74 = 'BDICMDBLSMINVAR' / m_all_trigger_minvar TFORM74 = '1I ' / data format of field: 2-byte INTEGER TTYPE75 = 'BDICMDBLSSYSNSE' / m_all_trigger_sysnoise TFORM75 = '1I ' / data format of field: 2-byte INTEGER TTYPE76 = 'BDICMDBLSSHPRBK' / m_backgrd_before_short TFORM76 = '1I ' / data format of field: 2-byte INTEGER TTYPE77 = 'BDICMDBLSSHBDUR' / m_duration_shortback TFORM77 = '1I ' / data format of field: 2-byte INTEGER TUNIT77 = 's ' / physical unit of field TTYPE78 = 'BDICMDBLSCPUGOL' / m_ditg_cpuusage_goal TFORM78 = '1I ' / data format of field: 2-byte INTEGER TTYPE79 = 'BDICMDBLSDCYCHK' / m_check_for_decay_threshold TFORM79 = '1I ' / data format of field: 2-byte INTEGER TTYPE80 = 'BDICMDBLSSHSMTG' / m_short_time_as_same_id TFORM80 = '1I ' / data format of field: 2-byte INTEGER TTYPE81 = 'BDICMDBLSSHAFTR' / m_short_afterburners_enabled TFORM81 = '1B ' / data format of field: BYTE TTYPE82 = 'BDICMDBLSLNAFTR' / m_long_afterburners_enabled TFORM82 = '1B ' / data format of field: BYTE TTYPE83 = 'BDICMDBLSABJUMP' / m_afterburners_jumpstart TFORM83 = '1I ' / data format of field: 2-byte INTEGER TTYPE84 = 'BDICMDBLSMTGOFF' / m_masktag_dc_offset TFORM84 = '1I ' / data format of field: 2-byte INTEGER TTYPE85 = 'BDICMDBLSSLPCPU' / m_sleep_per_cpu_excess TFORM85 = '1I ' / data format of field: 2-byte INTEGER TTYPE86 = 'BDICMDBLSFFOMIM' / m_FOM_from_image TFORM86 = '1B ' / data format of field: BYTE TTYPE87 = 'BDICMDBLSFSETTL' / m_fWaitForSettle TFORM87 = '1B ' / data format of field: BYTE TTYPE88 = 'BDICMDBLSTHPROJ' / m_threshBackproject TFORM88 = '1I ' / data format of field: 2-byte INTEGER TTYPE89 = 'BDICMDBLSFOVEXT' / m_FOVExtension TFORM89 = '1I ' / data format of field: 2-byte INTEGER TTYPE90 = 'BDICMDBLSDOBACK' / m_fDoBackgroundSub TFORM90 = '1B ' / data format of field: BYTE TTYPE91 = 'BDICMDBLSHOTCNT' / m_imageHotCount TFORM91 = '1B ' / data format of field: BYTE TTYPE92 = 'BDICMDBLSHOTSIG' / m_imageHotSigma TFORM92 = '1I ' / data format of field: 2-byte INTEGER TTYPE93 = 'BDICMDBLSCATTOL' / m_cattol TFORM93 = '1I ' / data format of field: 2-byte INTEGER TTYPE94 = 'undocumented2' / Byte field not in ITOS database TFORM94 = '1I ' / data format of field: 2-byte INTEGER TZERO94 = 32768 / offset for unsigned integers TTYPE95 = 'BDICMDBLSNEGTRG' / m_negtrg TFORM95 = '1J ' / data format of field: 4-byte INTEGER TTYPE96 = 'BDICMDBLSSUNMON' / m_sunmon TFORM96 = '1J ' / data format of field: 4-byte INTEGER TTYPE97 = 'BDICMDBLSINTTHR' / m_intthr TFORM97 = '1J ' / data format of field: 4-byte INTEGER TTYPE98 = 'BDICMDBLSSPARE8' / m_spare8 TFORM98 = '1J ' / data format of field: 4-byte INTEGER EXTNAME = 'hk18bx001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699904.1108 TSTOP = 727705600.15612 DATE-OBS= '2024-01-23T10:51:39' DATE-END= '2024-01-23T12:26:35' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 5696.04531991482 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 395 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:29' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'UADaa6AXUAAaa5AU' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '2535989934' / data unit checksum updated 2024-02-02T06:06:29 HISTORY TASK: FAPPND on FILENAME: sw01210276000b18bx001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:32 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aů.w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů~gw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ AůUw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů әw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů@w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aůꪢ$w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů긣Cw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aůsw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ AůEw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů y>w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů@,(w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů` !w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů hw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aůfw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aůw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ AůT7w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů_w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů ₀w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů@pw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů`@w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů΀w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ AůVw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aůw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ AůOw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ AůjӀw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů dw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů@ w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů`jw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů Y6w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů -w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů !w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aů w'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ Aůw'+Yx+Yx,@@ǀddPPQ끋S Pu0|Ѐd.􂼂 dKdЀ XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 220 / width of table in bytes NAXIS2 = 18 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 111 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BPWHKSYNC' / PW HK Packet Sync Mark TFORM2 = '1I ' / data format of field: 2-byte INTEGER TZERO2 = 32768 / offset for unsigned integers TTYPE3 = 'BPWHKPKTID' / PW HK Packet Packet ID TFORM3 = '1B ' / data format of field: BYTE TTYPE4 = 'BPWHKLASTCMD' / PW HK Packet Last Command TFORM4 = '1B ' / data format of field: BYTE TTYPE5 = 'BPWHKCMDDATA' / PW HK Packet Last Command Data 16-bit TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 32768 / offset for unsigned integers TTYPE6 = 'BPWHKIPESTATUS' / PW HK Packet IPE Interface Status TFORM6 = '1B ' / data format of field: BYTE TTYPE7 = 'BPWHKPIPESTATUS' / PW HK Packet Heat Pipe Switch Status TFORM7 = '1B ' / data format of field: BYTE TTYPE8 = 'BPWHKBLKCONV' / PW HK Packet Block Conversion Switch Status TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 32768 / offset for unsigned integers TTYPE9 = 'BPWHKBLKHEAT' / PW HK Packet Block Heater Switch Status TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 32768 / offset for unsigned integers TTYPE10 = 'BPWHKADCTRAP' / PW HK Packet ADC SEL Trap Status TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 32768 / offset for unsigned integers TTYPE11 = 'BPWHKSTATUS1' / PW HK Packet Various Status Bits TFORM11 = '1B ' / data format of field: BYTE TTYPE12 = 'BPWHKSTATUS2' / PW HK Packet Various Status Bits TFORM12 = '1B ' / data format of field: BYTE TTYPE13 = 'BPWHKSTATUS3' / PW HK Packet Various Status Bits TFORM13 = '1B ' / data format of field: BYTE TTYPE14 = 'undocumented1' / Byte field not in ITOS database TFORM14 = '1B ' / data format of field: BYTE TTYPE15 = 'BPWHKB00PRITEMP' / PW HK Pkt; Block 00 SetPointTemp Primary HeaterTFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BPWHKB00SECTEMP' / PW HK Pkt; Block 00 SetPointTemp 2ndary Heater TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BPWHKLHP0PRITEMP' / PW HK Pkt; Pipe 00 SetPointTemp for Loop Heat TFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 32768 / offset for unsigned integers TTYPE18 = 'BPWHKB00SPARE' / PW HK Pkt; Block 00 Spare TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 32768 / offset for unsigned integers TTYPE19 = 'BPWHKB00INPUTI' / PW HK Pkt; Block 00 Input Current for DC-DC ConTFORM19 = '1I ' / data format of field: 2-byte INTEGER TZERO19 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL19 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT19 = 'A ' / physical unit of field TTYPE20 = 'BPWHKB0025GND' / PW HK Pkt; Block 00 Voltage on 2.5 Ground ReturTFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 32768 / offset for unsigned integers TTYPE21 = 'BPWHKB00P25VLT' / PW HK Pkt; Block 00 +2.5 Voltage TFORM21 = '1I ' / data format of field: 2-byte INTEGER TZERO21 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL21 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT21 = 'V ' / physical unit of field TTYPE22 = 'BPWHKB00M25VLT' / PW HK Pkt; Block 00 -2.5 Voltage TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL22 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT22 = 'V ' / physical unit of field TTYPE23 = 'BPWHKB00P35VLT' / PW HK Pkt; Block 00 +3.5 Voltage TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL23 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT23 = 'V ' / physical unit of field TTYPE24 = 'BPWHKB00M35VLT' / PW HK Pkt; Block 00 -3.5 Voltage TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL24 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT24 = 'V ' / physical unit of field TTYPE25 = 'BPWHKB00P50VLT' / PW HK Pkt; Block 00 +5.0 Digital Voltage TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL25 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT25 = 'V ' / physical unit of field TTYPE26 = 'BPWHKB00P75VLT' / PW HK Pkt; Block 00 +7.5 Voltage TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL26 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT26 = 'V ' / physical unit of field TTYPE27 = 'BPWHKB00M75VLT' / PW HK Pkt; Block 00 -7.5 Voltage TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL27 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT27 = 'V ' / physical unit of field TTYPE28 = 'BPWHKB00CVTTEMP' / PW HK Pkt; Block 00 DC-DC Converter Module TempTFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL28 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT28 = 'Celsius ' / physical unit of field TTYPE29 = 'BPWHKB00TEMP' / PW HK Pkt; Block 00 Temperature TFORM29 = '1I ' / data format of field: 2-byte INTEGER TZERO29 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL29 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT29 = 'Celsius ' / physical unit of field TTYPE30 = 'BPWHKLHPA0TEMP' / PW HK Pkt; LHP 0 (+Y) Comp Chamber (CC) TemperaTFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL30 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT30 = 'Celsius ' / physical unit of field TTYPE31 = 'BPWHKLHPB6TEMP' / PW HK Pkt; LHP 1 (-Y) LiqLine @ Cond Outlet TemTFORM31 = '1I ' / data format of field: 2-byte INTEGER TZERO31 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL31 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT31 = 'Celsius ' / physical unit of field TTYPE32 = 'BPWHKTAGFRNTHVLT' / PW HK Pkt; Tagged Source (Front) High Voltage TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 2125.2 / data offset (32k shift B_PCB_TAGHV_CNV conversiTSCAL32 = 0.06485595703 / data scaling (B_PCB_TAGHV_CNV conversion) TUNIT32 = 'V ' / physical unit of field TTYPE33 = 'BPWHKB01PRITEMP' / PW HK Pkt; Block 01 SetPointTemp Primary HeaterTFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'BPWHKB01SECTEMP' / PW HK Pkt; Block 01 SetPointTemp 2ndary Heater TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 32768 / offset for unsigned integers TTYPE35 = 'BPWHKLHP1PRITEMP' / PW HK Pkt; Pipe 01 SetPointTemp for Loop Heat TFORM35 = '1I ' / data format of field: 2-byte INTEGER TZERO35 = 32768 / offset for unsigned integers TTYPE36 = 'BPWHKB01SPARE' / PW HK Pkt; Block 01 Spare TFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 32768 / offset for unsigned integers TTYPE37 = 'BPWHKB01INPUTI' / PW HK Pkt; Block 01 Input Current for DC-DC ConTFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL37 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT37 = 'A ' / physical unit of field TTYPE38 = 'BPWHKB0125GND' / PW HK Pkt; Block 01 Voltage on 2.5 Ground ReturTFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 32768 / offset for unsigned integers TTYPE39 = 'BPWHKB01P25VLT' / PW HK Pkt; Block 01 +2.5 Voltage TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL39 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT39 = 'V ' / physical unit of field TTYPE40 = 'BPWHKB01M25VLT' / PW HK Pkt; Block 01 -2.5 Voltage TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL40 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT40 = 'V ' / physical unit of field TTYPE41 = 'BPWHKB01P35VLT' / PW HK Pkt; Block 01 +3.5 Voltage TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL41 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT41 = 'V ' / physical unit of field TTYPE42 = 'BPWHKB01M35VLT' / PW HK Pkt; Block 01 -3.5 Voltage TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL42 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT42 = 'V ' / physical unit of field TTYPE43 = 'BPWHKB01P50VLT' / PW HK Pkt; Block 01 +5.0 Digital Voltage TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL43 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT43 = 'V ' / physical unit of field TTYPE44 = 'BPWHKB01P75VLT' / PW HK Pkt; Block 01 +7.5 Voltage TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL44 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT44 = 'V ' / physical unit of field TTYPE45 = 'BPWHKB01M75VLT' / PW HK Pkt; Block 01 -7.5 Voltage TFORM45 = '1I ' / data format of field: 2-byte INTEGER TZERO45 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL45 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT45 = 'V ' / physical unit of field TTYPE46 = 'BPWHKB01CVTTEMP' / PW HK Pkt; Block 01 DC-DC Converter Module TempTFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL46 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT46 = 'Celsius ' / physical unit of field TTYPE47 = 'BPWHKB01TEMP' / PW HK Pkt; Block 01 Temperature TFORM47 = '1I ' / data format of field: 2-byte INTEGER TZERO47 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL47 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT47 = 'Celsius ' / physical unit of field TTYPE48 = 'BPWHKLHPA1TEMP' / PW HK Pkt; LHP 0 (+Y) Evaporator Temperature (ATFORM48 = '1I ' / data format of field: 2-byte INTEGER TZERO48 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL48 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT48 = 'Celsius ' / physical unit of field TTYPE49 = 'BPWHKLHPB7TEMP' / PW HK Pkt; LHP 1 (-Y) VapLine @ Evap Outlet TemTFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL49 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT49 = 'Celsius ' / physical unit of field TTYPE50 = 'BPWHKTAGFRNTTVLT' / PW HK Pkt; Tagged Source (Front) Threshold VoltTFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 21 / data offset (32k shift B_PCB_TAGTHV_CNV conversTSCAL50 = 0.0006408691406 / data scaling (B_PCB_TAGTHV_CNV conversion) TUNIT50 = 'V ' / physical unit of field TTYPE51 = 'BPWHKB02PRITEMP' / PW HK Pkt; Block 02 SetPointTemp Primary HeaterTFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = 32768 / offset for unsigned integers TTYPE52 = 'BPWHKB02SECTEMP' / PW HK Pkt; Block 02 SetPointTemp 2ndary Heater TFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 32768 / offset for unsigned integers TTYPE53 = 'BPWHKLHP0SECTEMP' / PW HK Pkt; Pipe 02; SetPointTemp for Loop HeatTFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 32768 / offset for unsigned integers TTYPE54 = 'BPWHKB02SPARE' / PW HK Pkt; Block 02 Spare TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BPWHKB02INPUTI' / PW HK Pkt; Block 02 Input Current for DC-DC ConTFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL55 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT55 = 'A ' / physical unit of field TTYPE56 = 'BPWHKB0225GND' / PW HK Pkt; Block 02 Voltage on 2.5 Ground ReturTFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 32768 / offset for unsigned integers TTYPE57 = 'BPWHKB02P25VLT' / PW HK Pkt; Block 02 +2.5 Voltage TFORM57 = '1I ' / data format of field: 2-byte INTEGER TZERO57 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL57 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT57 = 'V ' / physical unit of field TTYPE58 = 'BPWHKB02M25VLT' / PW HK Pkt; Block 02 -2.5 Voltage TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL58 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT58 = 'V ' / physical unit of field TTYPE59 = 'BPWHKB02P35VLT' / PW HK Pkt; Block 02 +3.5 Voltage TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL59 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT59 = 'V ' / physical unit of field TTYPE60 = 'BPWHKB02M35VLT' / PW HK Pkt; Block 02 -3.5 Voltage TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL60 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT60 = 'V ' / physical unit of field TTYPE61 = 'BPWHKB02P50VLT' / PW HK Pkt; Block 02 +5.0 Digital Voltage TFORM61 = '1I ' / data format of field: 2-byte INTEGER TZERO61 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL61 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT61 = 'V ' / physical unit of field TTYPE62 = 'BPWHKB02P75VLT' / PW HK Pkt; Block 02 +7.5 Voltage TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL62 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT62 = 'V ' / physical unit of field TTYPE63 = 'BPWHKB02M75VLT' / PW HK Pkt; Block 02 -7.5 Voltage TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL63 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT63 = 'V ' / physical unit of field TTYPE64 = 'BPWHKB02CVTTEMP' / PW HK Pkt; Block 02 DC-DC Converter Module TempTFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL64 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT64 = 'Celsius ' / physical unit of field TTYPE65 = 'BPWHKB02TEMP' / PW HK Pkt; Block 02 Temperature TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL65 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT65 = 'Celsius ' / physical unit of field TTYPE66 = 'BPWHKLHPA2TEMP' / PW HK Pkt; LHP 0 (+Y) Evaporator Temperature (ATFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL66 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT66 = 'Celsius ' / physical unit of field TTYPE67 = 'BPWHKLHPB8TEMP' / PW HK Pkt; LHP 1 (-Y) VapLine @ Cond Outlet TemTFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL67 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT67 = 'Celsius ' / physical unit of field TTYPE68 = 'BPWHKTAGREARHVLT' / PW HK Pkt; Tagged Source (Rear) High Voltage TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 2125.2 / data offset (32k shift B_PCB_TAGHV_CNV conversiTSCAL68 = 0.06485595703 / data scaling (B_PCB_TAGHV_CNV conversion) TUNIT68 = 'V ' / physical unit of field TTYPE69 = 'BPWHKB03PRITEMP' / PW HK Pkt; Block 03 SetPointTemp Primary HeaterTFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'BPWHKB03SECTEMP' / PW HK Pkt; Block 03 SetPointTemp 2ndary Heater TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 32768 / offset for unsigned integers TTYPE71 = 'BPWHKLHP1SECTEMP' / PW HK Pkt; Pipe 03; SetPointTemp for Loop HeatTFORM71 = '1I ' / data format of field: 2-byte INTEGER TZERO71 = 32768 / offset for unsigned integers TTYPE72 = 'BPWHKB03SPARE' / PW HK Pkt; Block 03 Spare TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 32768 / offset for unsigned integers TTYPE73 = 'BPWHKB03INPUTI' / PW HK Pkt; Block 03 Input Current for DC-DC ConTFORM73 = '1I ' / data format of field: 2-byte INTEGER TZERO73 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL73 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT73 = 'A ' / physical unit of field TTYPE74 = 'BPWHKB0325GND' / PW HK Pkt; Block 03 Voltage on 2.5 Ground ReturTFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 32768 / offset for unsigned integers TTYPE75 = 'BPWHKB03P25VLT' / PW HK Pkt; Block 03 +2.5 Voltage TFORM75 = '1I ' / data format of field: 2-byte INTEGER TZERO75 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL75 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT75 = 'V ' / physical unit of field TTYPE76 = 'BPWHKB03M25VLT' / PW HK Pkt; Block 03 -2.5 Voltage TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL76 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT76 = 'V ' / physical unit of field TTYPE77 = 'BPWHKB03P35VLT' / PW HK Pkt; Block 03 +3.5 Voltage TFORM77 = '1I ' / data format of field: 2-byte INTEGER TZERO77 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL77 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT77 = 'V ' / physical unit of field TTYPE78 = 'BPWHKB03M35VLT' / PW HK Pkt; Block 03 -3.5 Voltage TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL78 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT78 = 'V ' / physical unit of field TTYPE79 = 'BPWHKB03P50VLT' / PW HK Pkt; Block 03 +5.0 Digital Voltage TFORM79 = '1I ' / data format of field: 2-byte INTEGER TZERO79 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL79 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT79 = 'V ' / physical unit of field TTYPE80 = 'BPWHKB03P75VLT' / PW HK Pkt; Block 03 +7.5 Voltage TFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL80 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT80 = 'V ' / physical unit of field TTYPE81 = 'BPWHKB03M75VLT' / PW HK Pkt; Block 03 -7.5 Voltage TFORM81 = '1I ' / data format of field: 2-byte INTEGER TZERO81 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL81 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT81 = 'V ' / physical unit of field TTYPE82 = 'BPWHKB03CVTTEMP' / PW HK Pkt; Block 03 DC-DC Converter Module TempTFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL82 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT82 = 'Celsius ' / physical unit of field TTYPE83 = 'BPWHKB03TEMP' / PW HK Pkt; Block 03 Temperature TFORM83 = '1I ' / data format of field: 2-byte INTEGER TZERO83 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL83 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT83 = 'Celsius ' / physical unit of field TTYPE84 = 'BPWHKLHPA3TEMP' / PW HK Pkt; LHP 0 (+Y) Condenser Temperature, -XTFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL84 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT84 = 'Celsius ' / physical unit of field TTYPE85 = 'BPWHKLHPB9TEMP' / PW HK Pkt; LHP 1 (-Y) BLock/DM Temperature (B9)TFORM85 = '1I ' / data format of field: 2-byte INTEGER TZERO85 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL85 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT85 = 'Celsius ' / physical unit of field TTYPE86 = 'BPWHKTAGREARTVLT' / PW HK Pkt; Tagged Source (Rear) Threshold VoltaTFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 21 / data offset (32k shift B_PCB_TAGTHV_CNV conversTSCAL86 = 0.0006408691406 / data scaling (B_PCB_TAGTHV_CNV conversion) TUNIT86 = 'V ' / physical unit of field TTYPE87 = 'BPWHKB04PRITEMP' / PW HK Pkt; Block 04 SetPointTemp Primary HeaterTFORM87 = '1I ' / data format of field: 2-byte INTEGER TZERO87 = 32768 / offset for unsigned integers TTYPE88 = 'BPWHKB04SECTEMP' / PW HK Pkt; Block 04 SetPointTemp 2ndary Heater TFORM88 = '1I ' / data format of field: 2-byte INTEGER TZERO88 = 32768 / offset for unsigned integers TTYPE89 = 'BPWHKB04SPARE0' / PW HK Pkt; Block 04 Spare 0 TFORM89 = '1I ' / data format of field: 2-byte INTEGER TZERO89 = 32768 / offset for unsigned integers TTYPE90 = 'BPWHKB04SPARE1' / PW HK Pkt; Block 04 Spare 1 TFORM90 = '1I ' / data format of field: 2-byte INTEGER TZERO90 = 32768 / offset for unsigned integers TTYPE91 = 'BPWHKB04INPUTI' / PW HK Pkt; Block 04 Input Current for DC-DC ConTFORM91 = '1I ' / data format of field: 2-byte INTEGER TZERO91 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL91 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT91 = 'A ' / physical unit of field TTYPE92 = 'BPWHKB0425GND' / PW HK Pkt; Block 04 Voltage on 2.5 Ground ReturTFORM92 = '1I ' / data format of field: 2-byte INTEGER TZERO92 = 32768 / offset for unsigned integers TTYPE93 = 'BPWHKB04P25VLT' / PW HK Pkt; Block 04 +2.5 Voltage TFORM93 = '1I ' / data format of field: 2-byte INTEGER TZERO93 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL93 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT93 = 'V ' / physical unit of field TTYPE94 = 'BPWHKB04M25VLT' / PW HK Pkt; Block 04 -2.5 Voltage TFORM94 = '1I ' / data format of field: 2-byte INTEGER TZERO94 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL94 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT94 = 'V ' / physical unit of field TTYPE95 = 'BPWHKB04P35VLT' / PW HK Pkt; Block 04 +3.5 Voltage TFORM95 = '1I ' / data format of field: 2-byte INTEGER TZERO95 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL95 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT95 = 'V ' / physical unit of field TTYPE96 = 'BPWHKB04M35VLT' / PW HK Pkt; Block 04 -3.5 Voltage TFORM96 = '1I ' / data format of field: 2-byte INTEGER TZERO96 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL96 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT96 = 'V ' / physical unit of field TTYPE97 = 'BPWHKB04P50VLT' / PW HK Pkt; Block 04 +5.0 Digital Voltage TFORM97 = '1I ' / data format of field: 2-byte INTEGER TZERO97 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL97 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT97 = 'V ' / physical unit of field TTYPE98 = 'BPWHKB04P75VLT' / PW HK Pkt; Block 04 +7.5 Voltage TFORM98 = '1I ' / data format of field: 2-byte INTEGER TZERO98 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL98 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT98 = 'V ' / physical unit of field TTYPE99 = 'BPWHKB04M75VLT' / PW HK Pkt; Block 04 -7.5 Voltage TFORM99 = '1I ' / data format of field: 2-byte INTEGER TZERO99 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL99 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT99 = 'V ' / physical unit of field TTYPE100= 'BPWHKB04CVTTEMP' / PW HK Pkt; Block 04 DC-DC Converter Module TempTFORM100= '1I ' / data format of field: 2-byte INTEGER TZERO100= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL100= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT100= 'Celsius ' / physical unit of field TTYPE101= 'BPWHKB04TEMP' / PW HK Pkt; Block 04 Temperature TFORM101= '1I ' / data format of field: 2-byte INTEGER TZERO101= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL101= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT101= 'Celsius ' / physical unit of field TTYPE102= 'BPWHKLHPA4TEMP' / PW HK Pkt; LHP 1 (+Y) Condenser Temperature, +XTFORM102= '1I ' / data format of field: 2-byte INTEGER TZERO102= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL102= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT102= 'Celsius ' / physical unit of field TTYPE103= 'BPWHKMASK0TEMP' / PW HK Pkt; Mask Temperature (top center) TFORM103= '1I ' / data format of field: 2-byte INTEGER TZERO103= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL103= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT103= 'Celsius ' / physical unit of field TTYPE104= 'BPWHKSPARE04TMP' / PW HK Pkt; Block 04 Spare Temperature TFORM104= '1I ' / data format of field: 2-byte INTEGER TZERO104= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL104= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT104= 'Celsius ' / physical unit of field TTYPE105= 'BPWHKB05PRITEMP' / PW HK Pkt; Block 05 SetPointTemp Primary HeaterTFORM105= '1I ' / data format of field: 2-byte INTEGER TZERO105= 32768 / offset for unsigned integers TTYPE106= 'BPWHKB05SECTEMP' / PW HK Pkt; Block 05 SetPointTemp 2ndary Heater TFORM106= '1I ' / data format of field: 2-byte INTEGER TZERO106= 32768 / offset for unsigned integers TTYPE107= 'BPWHKB05SPARE0' / PW HK Pkt; Block 05 Spare 0 TFORM107= '1I ' / data format of field: 2-byte INTEGER TZERO107= 32768 / offset for unsigned integers TTYPE108= 'BPWHKB05SPARE1' / PW HK Pkt; Block 05 Spare 1 TFORM108= '1I ' / data format of field: 2-byte INTEGER TZERO108= 32768 / offset for unsigned integers TTYPE109= 'BPWHKB05INPUTI' / PW HK Pkt; Block 05 Input Current for DC-DC ConTFORM109= '1I ' / data format of field: 2-byte INTEGER TZERO109= 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL109= 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT109= 'A ' / physical unit of field TTYPE110= 'BPWHKB0525GND' / PW HK Pkt; Block 05 Voltage on 2.5 Ground ReturTFORM110= '1I ' / data format of field: 2-byte INTEGER TZERO110= 32768 / offset for unsigned integers TTYPE111= 'BPWHKB05P25VLT' / PW HK Pkt; Block 05 +2.5 Voltage TFORM111= '1I ' / data format of field: 2-byte INTEGER TZERO111= 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL111= 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT111= 'V ' / physical unit of field EXTNAME = 'hk18cx001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699923.94706 TSTOP = 727705563.9466 DATE-OBS= '2024-01-23T10:51:58' DATE-END= '2024-01-23T12:25:58' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 5639.99953997135 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 396 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:29' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'DCnkD9lhDAlhD9lh' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '2057339362' / data unit checksum updated 2024-02-02T06:06:29 TRDLO19 = -0.2 / BPWHKB00INPUTI Red lower limit = B_PCB_B00_INPITRDHI19 = 0.9 / BPWHKB00INPUTI Red upper limit = B_PCB_B00_INPITYELO19 = -0.1 / BPWHKB00INPUTI Yellow lower limit = B_PCB_B00_ITYEHI19 = 0.8 / BPWHKB00INPUTI Yellow upper limit = B_PCB_B00_ITRDLO20 = -2 / BPWHKB0025GND Red lower limit = B_PCB_B00_2_5G_TRDHI20 = 15 / BPWHKB0025GND Red upper limit = B_PCB_B00_2_5G_TYELO20 = -1 / BPWHKB0025GND Yellow lower limit = B_PCB_B00_2_TYEHI20 = 10 / BPWHKB0025GND Yellow upper limit = B_PCB_B00_2_TRDLO21 = 2.55 / BPWHKB00P25VLT Red lower limit = B_PCB_B00_2_7VTRDHI21 = 2.84 / BPWHKB00P25VLT Red upper limit = B_PCB_B00_2_7VTYELO21 = 2.62 / BPWHKB00P25VLT Yellow lower limit = B_PCB_B00_2TYEHI21 = 2.78 / BPWHKB00P25VLT Yellow upper limit = B_PCB_B00_2TRDLO22 = 2.55 / BPWHKB00M25VLT Red lower limit = B_PCB_B00_2_7VTRDHI22 = 2.84 / BPWHKB00M25VLT Red upper limit = B_PCB_B00_2_7VTYELO22 = 2.62 / BPWHKB00M25VLT Yellow lower limit = B_PCB_B00_2TYEHI22 = 2.78 / BPWHKB00M25VLT Yellow upper limit = B_PCB_B00_2TRDLO23 = 3.65 / BPWHKB00P35VLT Red lower limit = B_PCB_B00_3_8VTRDHI23 = 4.05 / BPWHKB00P35VLT Red upper limit = B_PCB_B00_3_8VTYELO23 = 3.73 / BPWHKB00P35VLT Yellow lower limit = B_PCB_B00_3TYEHI23 = 3.97 / BPWHKB00P35VLT Yellow upper limit = B_PCB_B00_3TRDLO24 = 3.65 / BPWHKB00M35VLT Red lower limit = B_PCB_B00_3_8VTRDHI24 = 4.05 / BPWHKB00M35VLT Red upper limit = B_PCB_B00_3_8VTYELO24 = 3.73 / BPWHKB00M35VLT Yellow lower limit = B_PCB_B00_3TYEHI24 = 3.97 / BPWHKB00M35VLT Yellow upper limit = B_PCB_B00_3TRDLO25 = 4.75 / BPWHKB00P50VLT Red lower limit = B_PCB_B00_5_0VTRDHI25 = 5.25 / BPWHKB00P50VLT Red upper limit = B_PCB_B00_5_0VTYELO25 = 4.85 / BPWHKB00P50VLT Yellow lower limit = B_PCB_B00_5TYEHI25 = 5.15 / BPWHKB00P50VLT Yellow upper limit = B_PCB_B00_5TRDLO26 = 7.12 / BPWHKB00P75VLT Red lower limit = B_PCB_B00_7_5VTRDHI26 = 7.85 / BPWHKB00P75VLT Red upper limit = B_PCB_B00_7_5VTYELO26 = 7.27 / BPWHKB00P75VLT Yellow lower limit = B_PCB_B00_7TYEHI26 = 7.72 / BPWHKB00P75VLT Yellow upper limit = B_PCB_B00_7TRDLO27 = 7.12 / BPWHKB00M75VLT Red lower limit = B_PCB_B00_7_5VTRDHI27 = 7.85 / BPWHKB00M75VLT Red upper limit = B_PCB_B00_7_5VTYELO27 = 7.27 / BPWHKB00M75VLT Yellow lower limit = B_PCB_B00_7TYEHI27 = 7.72 / BPWHKB00M75VLT Yellow upper limit = B_PCB_B00_7TRDLO28 = -20 / BPWHKB00CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI28 = 61 / BPWHKB00CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO28 = -15 / BPWHKB00CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI28 = 56 / BPWHKB00CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO29 = -15 / BPWHKB00TEMP Red lower limit = B_TBLK_00_LIM TRDHI29 = 45 / BPWHKB00TEMP Red upper limit = B_TBLK_00_LIM TYELO29 = -10 / BPWHKB00TEMP Yellow lower limit = B_TBLK_00_LIMTYEHI29 = 40 / BPWHKB00TEMP Yellow upper limit = B_TBLK_00_LIMTRDLO30 = -25 / BPWHKLHPA0TEMP Red lower limit = B_TLHP_A0_LIM TRDHI30 = 60 / BPWHKLHPA0TEMP Red upper limit = B_TLHP_A0_LIM TYELO30 = -20 / BPWHKLHPA0TEMP Yellow lower limit = B_TLHP_A0_LTYEHI30 = 55 / BPWHKLHPA0TEMP Yellow upper limit = B_TLHP_A0_LTRDHI31 = 60 / BPWHKLHPB6TEMP Red upper limit = B_TLHP_B6_LIM TYEHI31 = 55 / BPWHKLHPB6TEMP Yellow upper limit = B_TLHP_B6_LTRDLO32 = 149 / BPWHKTAGFRNTHVLT Red lower limit = B_PCB_TAGHV_TRDHI32 = 153 / BPWHKTAGFRNTHVLT Red upper limit = B_PCB_TAGHV_TYELO32 = 150 / BPWHKTAGFRNTHVLT Yellow lower limit = B_PCB_TAGTYEHI32 = 152 / BPWHKTAGFRNTHVLT Yellow upper limit = B_PCB_TAGTRDLO37 = -0.2 / BPWHKB01INPUTI Red lower limit = B_PCB_B01_INPITRDHI37 = 0.9 / BPWHKB01INPUTI Red upper limit = B_PCB_B01_INPITYELO37 = -0.1 / BPWHKB01INPUTI Yellow lower limit = B_PCB_B01_ITYEHI37 = 0.8 / BPWHKB01INPUTI Yellow upper limit = B_PCB_B01_ITRDLO38 = -2 / BPWHKB0125GND Red lower limit = B_PCB_B01_2_5G_TRDHI38 = 15 / BPWHKB0125GND Red upper limit = B_PCB_B01_2_5G_TYELO38 = -1 / BPWHKB0125GND Yellow lower limit = B_PCB_B01_2_TYEHI38 = 10 / BPWHKB0125GND Yellow upper limit = B_PCB_B01_2_TRDLO39 = 2.55 / BPWHKB01P25VLT Red lower limit = B_PCB_B01_2_7VTRDHI39 = 2.84 / BPWHKB01P25VLT Red upper limit = B_PCB_B01_2_7VTYELO39 = 2.62 / BPWHKB01P25VLT Yellow lower limit = B_PCB_B01_2TYEHI39 = 2.78 / BPWHKB01P25VLT Yellow upper limit = B_PCB_B01_2TRDLO40 = 2.55 / BPWHKB01M25VLT Red lower limit = B_PCB_B01_2_7VTRDHI40 = 2.84 / BPWHKB01M25VLT Red upper limit = B_PCB_B01_2_7VTYELO40 = 2.62 / BPWHKB01M25VLT Yellow lower limit = B_PCB_B01_2TYEHI40 = 2.78 / BPWHKB01M25VLT Yellow upper limit = B_PCB_B01_2TRDLO41 = 3.65 / BPWHKB01P35VLT Red lower limit = B_PCB_B01_3_8VTRDHI41 = 4.05 / BPWHKB01P35VLT Red upper limit = B_PCB_B01_3_8VTYELO41 = 3.73 / BPWHKB01P35VLT Yellow lower limit = B_PCB_B01_3TYEHI41 = 3.97 / BPWHKB01P35VLT Yellow upper limit = B_PCB_B01_3TRDLO42 = 3.65 / BPWHKB01M35VLT Red lower limit = B_PCB_B01_3_8VTRDHI42 = 4.05 / BPWHKB01M35VLT Red upper limit = B_PCB_B01_3_8VTYELO42 = 3.73 / BPWHKB01M35VLT Yellow lower limit = B_PCB_B01_3TYEHI42 = 3.97 / BPWHKB01M35VLT Yellow upper limit = B_PCB_B01_3TRDLO43 = 4.75 / BPWHKB01P50VLT Red lower limit = B_PCB_B01_5_0VTRDHI43 = 5.25 / BPWHKB01P50VLT Red upper limit = B_PCB_B01_5_0VTYELO43 = 4.85 / BPWHKB01P50VLT Yellow lower limit = B_PCB_B01_5TYEHI43 = 5.15 / BPWHKB01P50VLT Yellow upper limit = B_PCB_B01_5TRDLO44 = 7.12 / BPWHKB01P75VLT Red lower limit = B_PCB_B01_7_5VTRDHI44 = 7.85 / BPWHKB01P75VLT Red upper limit = B_PCB_B01_7_5VTYELO44 = 7.27 / BPWHKB01P75VLT Yellow lower limit = B_PCB_B01_7TYEHI44 = 7.72 / BPWHKB01P75VLT Yellow upper limit = B_PCB_B01_7TRDLO45 = 7.12 / BPWHKB01M75VLT Red lower limit = B_PCB_B01_7_5VTRDHI45 = 7.85 / BPWHKB01M75VLT Red upper limit = B_PCB_B01_7_5VTYELO45 = 7.27 / BPWHKB01M75VLT Yellow lower limit = B_PCB_B01_7TYEHI45 = 7.72 / BPWHKB01M75VLT Yellow upper limit = B_PCB_B01_7TRDLO46 = -20 / BPWHKB01CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI46 = 61 / BPWHKB01CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO46 = -15 / BPWHKB01CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI46 = 56 / BPWHKB01CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO47 = -15 / BPWHKB01TEMP Red lower limit = B_TBLK_01_LIM TRDHI47 = 45 / BPWHKB01TEMP Red upper limit = B_TBLK_01_LIM TYELO47 = -10 / BPWHKB01TEMP Yellow lower limit = B_TBLK_01_LIMTYEHI47 = 40 / BPWHKB01TEMP Yellow upper limit = B_TBLK_01_LIMTRDLO48 = -30 / BPWHKLHPA1TEMP Red lower limit = B_TLHP_A1_LIM TRDHI48 = 60 / BPWHKLHPA1TEMP Red upper limit = B_TLHP_A1_LIM TYELO48 = -25 / BPWHKLHPA1TEMP Yellow lower limit = B_TLHP_A1_LTYEHI48 = 55 / BPWHKLHPA1TEMP Yellow upper limit = B_TLHP_A1_LTRDLO49 = -30 / BPWHKLHPB7TEMP Red lower limit = B_TLHP_B7_LIM TRDHI49 = 60 / BPWHKLHPB7TEMP Red upper limit = B_TLHP_B7_LIM TYELO49 = -25 / BPWHKLHPB7TEMP Yellow lower limit = B_TLHP_B7_LTYEHI49 = 55 / BPWHKLHPB7TEMP Yellow upper limit = B_TLHP_B7_LTRDLO50 = 1.89 / BPWHKTAGFRNTTVLT Red lower limit = B_PCB_FTAGTHTRDHI50 = 1.906 / BPWHKTAGFRNTTVLT Red upper limit = B_PCB_FTAGTHTYELO50 = 1.894 / BPWHKTAGFRNTTVLT Yellow lower limit = B_PCB_FTATYEHI50 = 1.9 / BPWHKTAGFRNTTVLT Yellow upper limit = B_PCB_FTATRDLO55 = -0.2 / BPWHKB02INPUTI Red lower limit = B_PCB_B02_INPITRDHI55 = 0.9 / BPWHKB02INPUTI Red upper limit = B_PCB_B02_INPITYELO55 = -0.1 / BPWHKB02INPUTI Yellow lower limit = B_PCB_B02_ITYEHI55 = 0.8 / BPWHKB02INPUTI Yellow upper limit = B_PCB_B02_ITRDLO56 = -2 / BPWHKB0225GND Red lower limit = B_PCB_B02_2_5G_TRDHI56 = 15 / BPWHKB0225GND Red upper limit = B_PCB_B02_2_5G_TYELO56 = -1 / BPWHKB0225GND Yellow lower limit = B_PCB_B02_2_TYEHI56 = 10 / BPWHKB0225GND Yellow upper limit = B_PCB_B02_2_TRDLO57 = 2.55 / BPWHKB02P25VLT Red lower limit = B_PCB_B02_2_7VTRDHI57 = 2.84 / BPWHKB02P25VLT Red upper limit = B_PCB_B02_2_7VTYELO57 = 2.62 / BPWHKB02P25VLT Yellow lower limit = B_PCB_B02_2TYEHI57 = 2.78 / BPWHKB02P25VLT Yellow upper limit = B_PCB_B02_2TRDLO58 = 2.55 / BPWHKB02M25VLT Red lower limit = B_PCB_B02_2_7VTRDHI58 = 2.84 / BPWHKB02M25VLT Red upper limit = B_PCB_B02_2_7VTYELO58 = 2.62 / BPWHKB02M25VLT Yellow lower limit = B_PCB_B02_2TYEHI58 = 2.78 / BPWHKB02M25VLT Yellow upper limit = B_PCB_B02_2TRDLO59 = 3.65 / BPWHKB02P35VLT Red lower limit = B_PCB_B02_3_8VTRDHI59 = 4.05 / BPWHKB02P35VLT Red upper limit = B_PCB_B02_3_8VTYELO59 = 3.73 / BPWHKB02P35VLT Yellow lower limit = B_PCB_B02_3TYEHI59 = 3.97 / BPWHKB02P35VLT Yellow upper limit = B_PCB_B02_3TRDLO60 = 3.65 / BPWHKB02M35VLT Red lower limit = B_PCB_B02_3_8VTRDHI60 = 4.05 / BPWHKB02M35VLT Red upper limit = B_PCB_B02_3_8VTYELO60 = 3.73 / BPWHKB02M35VLT Yellow lower limit = B_PCB_B02_3TYEHI60 = 3.97 / BPWHKB02M35VLT Yellow upper limit = B_PCB_B02_3TRDLO61 = 4.75 / BPWHKB02P50VLT Red lower limit = B_PCB_B02_5_0VTRDHI61 = 5.25 / BPWHKB02P50VLT Red upper limit = B_PCB_B02_5_0VTYELO61 = 4.85 / BPWHKB02P50VLT Yellow lower limit = B_PCB_B02_5TYEHI61 = 5.15 / BPWHKB02P50VLT Yellow upper limit = B_PCB_B02_5TRDLO62 = 7.12 / BPWHKB02P75VLT Red lower limit = B_PCB_B02_7_5VTRDHI62 = 7.85 / BPWHKB02P75VLT Red upper limit = B_PCB_B02_7_5VTYELO62 = 7.27 / BPWHKB02P75VLT Yellow lower limit = B_PCB_B02_7TYEHI62 = 7.72 / BPWHKB02P75VLT Yellow upper limit = B_PCB_B02_7TRDLO63 = 7.12 / BPWHKB02M75VLT Red lower limit = B_PCB_B02_7_5VTRDHI63 = 7.85 / BPWHKB02M75VLT Red upper limit = B_PCB_B02_7_5VTYELO63 = 7.27 / BPWHKB02M75VLT Yellow lower limit = B_PCB_B02_7TYEHI63 = 7.72 / BPWHKB02M75VLT Yellow upper limit = B_PCB_B02_7TRDLO64 = -20 / BPWHKB02CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI64 = 61 / BPWHKB02CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO64 = -15 / BPWHKB02CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI64 = 56 / BPWHKB02CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO65 = -15 / BPWHKB02TEMP Red lower limit = B_TBLK_02_LIM TRDHI65 = 45 / BPWHKB02TEMP Red upper limit = B_TBLK_02_LIM TYELO65 = -10 / BPWHKB02TEMP Yellow lower limit = B_TBLK_02_LIMTYEHI65 = 40 / BPWHKB02TEMP Yellow upper limit = B_TBLK_02_LIMTRDLO66 = -30 / BPWHKLHPA2TEMP Red lower limit = B_TLHP_A2_LIM TRDHI66 = 60 / BPWHKLHPA2TEMP Red upper limit = B_TLHP_A2_LIM TYELO66 = -25 / BPWHKLHPA2TEMP Yellow lower limit = B_TLHP_A2_LTYEHI66 = 55 / BPWHKLHPA2TEMP Yellow upper limit = B_TLHP_A2_LTRDHI67 = 60 / BPWHKLHPB8TEMP Red upper limit = B_TLHP_B8_LIM TYEHI67 = 55 / BPWHKLHPB8TEMP Yellow upper limit = B_TLHP_B8_LTRDLO68 = 149 / BPWHKTAGREARHVLT Red lower limit = B_PCB_TAGHV_TRDHI68 = 153 / BPWHKTAGREARHVLT Red upper limit = B_PCB_TAGHV_TYELO68 = 150 / BPWHKTAGREARHVLT Yellow lower limit = B_PCB_TAGTYEHI68 = 152 / BPWHKTAGREARHVLT Yellow upper limit = B_PCB_TAGTRDLO73 = -0.2 / BPWHKB03INPUTI Red lower limit = B_PCB_B03_INPITRDHI73 = 0.9 / BPWHKB03INPUTI Red upper limit = B_PCB_B03_INPITYELO73 = -0.1 / BPWHKB03INPUTI Yellow lower limit = B_PCB_B03_ITYEHI73 = 0.8 / BPWHKB03INPUTI Yellow upper limit = B_PCB_B03_ITRDLO74 = -2 / BPWHKB0325GND Red lower limit = B_PCB_B03_2_5G_TRDHI74 = 15 / BPWHKB0325GND Red upper limit = B_PCB_B03_2_5G_TYELO74 = -1 / BPWHKB0325GND Yellow lower limit = B_PCB_B03_2_TYEHI74 = 10 / BPWHKB0325GND Yellow upper limit = B_PCB_B03_2_TRDLO75 = 2.55 / BPWHKB03P25VLT Red lower limit = B_PCB_B03_2_7VTRDHI75 = 2.84 / BPWHKB03P25VLT Red upper limit = B_PCB_B03_2_7VTYELO75 = 2.62 / BPWHKB03P25VLT Yellow lower limit = B_PCB_B03_2TYEHI75 = 2.78 / BPWHKB03P25VLT Yellow upper limit = B_PCB_B03_2TRDLO76 = 2.55 / BPWHKB03M25VLT Red lower limit = B_PCB_B03_2_7VTRDHI76 = 2.84 / BPWHKB03M25VLT Red upper limit = B_PCB_B03_2_7VTYELO76 = 2.62 / BPWHKB03M25VLT Yellow lower limit = B_PCB_B03_2TYEHI76 = 2.78 / BPWHKB03M25VLT Yellow upper limit = B_PCB_B03_2TRDLO77 = 3.65 / BPWHKB03P35VLT Red lower limit = B_PCB_B03_3_8VTRDHI77 = 4.05 / BPWHKB03P35VLT Red upper limit = B_PCB_B03_3_8VTYELO77 = 3.73 / BPWHKB03P35VLT Yellow lower limit = B_PCB_B03_3TYEHI77 = 3.97 / BPWHKB03P35VLT Yellow upper limit = B_PCB_B03_3TRDLO78 = 3.65 / BPWHKB03M35VLT Red lower limit = B_PCB_B03_3_8VTRDHI78 = 4.05 / BPWHKB03M35VLT Red upper limit = B_PCB_B03_3_8VTYELO78 = 3.73 / BPWHKB03M35VLT Yellow lower limit = B_PCB_B03_3TYEHI78 = 3.97 / BPWHKB03M35VLT Yellow upper limit = B_PCB_B03_3TRDLO79 = 4.75 / BPWHKB03P50VLT Red lower limit = B_PCB_B03_5_0VTRDHI79 = 5.25 / BPWHKB03P50VLT Red upper limit = B_PCB_B03_5_0VTYELO79 = 4.85 / BPWHKB03P50VLT Yellow lower limit = B_PCB_B03_5TYEHI79 = 5.15 / BPWHKB03P50VLT Yellow upper limit = B_PCB_B03_5TRDLO80 = 7.12 / BPWHKB03P75VLT Red lower limit = B_PCB_B03_7_5VTRDHI80 = 7.85 / BPWHKB03P75VLT Red upper limit = B_PCB_B03_7_5VTYELO80 = 7.27 / BPWHKB03P75VLT Yellow lower limit = B_PCB_B03_7TYEHI80 = 7.72 / BPWHKB03P75VLT Yellow upper limit = B_PCB_B03_7TRDLO81 = 7.12 / BPWHKB03M75VLT Red lower limit = B_PCB_B03_7_5VTRDHI81 = 7.85 / BPWHKB03M75VLT Red upper limit = B_PCB_B03_7_5VTYELO81 = 7.27 / BPWHKB03M75VLT Yellow lower limit = B_PCB_B03_7TYEHI81 = 7.72 / BPWHKB03M75VLT Yellow upper limit = B_PCB_B03_7TRDLO82 = -20 / BPWHKB03CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI82 = 61 / BPWHKB03CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO82 = -15 / BPWHKB03CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI82 = 56 / BPWHKB03CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO83 = -15 / BPWHKB03TEMP Red lower limit = B_TBLK_03_LIM TRDHI83 = 45 / BPWHKB03TEMP Red upper limit = B_TBLK_03_LIM TYELO83 = -10 / BPWHKB03TEMP Yellow lower limit = B_TBLK_03_LIMTYEHI83 = 40 / BPWHKB03TEMP Yellow upper limit = B_TBLK_03_LIMTRDHI84 = 60 / BPWHKLHPA3TEMP Red upper limit = B_TLHP_A3_LIM TYEHI84 = 55 / BPWHKLHPA3TEMP Yellow upper limit = B_TLHP_A3_LTRDLO85 = -25 / BPWHKLHPB9TEMP Red lower limit = B_TLHP_B9_LIM TRDHI85 = 40 / BPWHKLHPB9TEMP Red upper limit = B_TLHP_B9_LIM TYELO85 = -20 / BPWHKLHPB9TEMP Yellow lower limit = B_TLHP_B9_LTYEHI85 = 35 / BPWHKLHPB9TEMP Yellow upper limit = B_TLHP_B9_LTRDLO86 = 1.96 / BPWHKTAGREARTVLT Red lower limit = B_PCB_RTAGTHTRDHI86 = 1.99 / BPWHKTAGREARTVLT Red upper limit = B_PCB_RTAGTHTYELO86 = 1.977 / BPWHKTAGREARTVLT Yellow lower limit = B_PCB_RTATYEHI86 = 1.982 / BPWHKTAGREARTVLT Yellow upper limit = B_PCB_RTATRDLO91 = -0.2 / BPWHKB04INPUTI Red lower limit = B_PCB_B04_INPITRDHI91 = 0.9 / BPWHKB04INPUTI Red upper limit = B_PCB_B04_INPITYELO91 = -0.1 / BPWHKB04INPUTI Yellow lower limit = B_PCB_B04_ITYEHI91 = 0.8 / BPWHKB04INPUTI Yellow upper limit = B_PCB_B04_ITRDLO92 = -2 / BPWHKB0425GND Red lower limit = B_PCB_B04_2_5G_TRDHI92 = 15 / BPWHKB0425GND Red upper limit = B_PCB_B04_2_5G_TYELO92 = -1 / BPWHKB0425GND Yellow lower limit = B_PCB_B04_2_TYEHI92 = 10 / BPWHKB0425GND Yellow upper limit = B_PCB_B04_2_TRDLO93 = 2.55 / BPWHKB04P25VLT Red lower limit = B_PCB_B04_2_7VTRDHI93 = 2.84 / BPWHKB04P25VLT Red upper limit = B_PCB_B04_2_7VTYELO93 = 2.62 / BPWHKB04P25VLT Yellow lower limit = B_PCB_B04_2TYEHI93 = 2.78 / BPWHKB04P25VLT Yellow upper limit = B_PCB_B04_2TRDLO94 = 2.55 / BPWHKB04M25VLT Red lower limit = B_PCB_B04_2_7VTRDHI94 = 2.84 / BPWHKB04M25VLT Red upper limit = B_PCB_B04_2_7VTYELO94 = 2.62 / BPWHKB04M25VLT Yellow lower limit = B_PCB_B04_2TYEHI94 = 2.78 / BPWHKB04M25VLT Yellow upper limit = B_PCB_B04_2TRDLO95 = 3.65 / BPWHKB04P35VLT Red lower limit = B_PCB_B04_3_8VTRDHI95 = 4.05 / BPWHKB04P35VLT Red upper limit = B_PCB_B04_3_8VTYELO95 = 3.73 / BPWHKB04P35VLT Yellow lower limit = B_PCB_B04_3TYEHI95 = 3.97 / BPWHKB04P35VLT Yellow upper limit = B_PCB_B04_3TRDLO96 = 3.65 / BPWHKB04M35VLT Red lower limit = B_PCB_B04_3_8VTRDHI96 = 4.05 / BPWHKB04M35VLT Red upper limit = B_PCB_B04_3_8VTYELO96 = 3.73 / BPWHKB04M35VLT Yellow lower limit = B_PCB_B04_3TYEHI96 = 3.97 / BPWHKB04M35VLT Yellow upper limit = B_PCB_B04_3TRDLO97 = 4.75 / BPWHKB04P50VLT Red lower limit = B_PCB_B04_5_0VTRDHI97 = 5.25 / BPWHKB04P50VLT Red upper limit = B_PCB_B04_5_0VTYELO97 = 4.85 / BPWHKB04P50VLT Yellow lower limit = B_PCB_B04_5TYEHI97 = 5.15 / BPWHKB04P50VLT Yellow upper limit = B_PCB_B04_5TRDLO98 = 7.12 / BPWHKB04P75VLT Red lower limit = B_PCB_B04_7_5VTRDHI98 = 7.85 / BPWHKB04P75VLT Red upper limit = B_PCB_B04_7_5VTYELO98 = 7.27 / BPWHKB04P75VLT Yellow lower limit = B_PCB_B04_7TYEHI98 = 7.72 / BPWHKB04P75VLT Yellow upper limit = B_PCB_B04_7TRDLO99 = 7.12 / BPWHKB04M75VLT Red lower limit = B_PCB_B04_7_5VTRDHI99 = 7.85 / BPWHKB04M75VLT Red upper limit = B_PCB_B04_7_5VTYELO99 = 7.27 / BPWHKB04M75VLT Yellow lower limit = B_PCB_B04_7TYEHI99 = 7.72 / BPWHKB04M75VLT Yellow upper limit = B_PCB_B04_7TRDLO100= -20 / BPWHKB04CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI100= 61 / BPWHKB04CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO100= -15 / BPWHKB04CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI100= 56 / BPWHKB04CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO101= -15 / BPWHKB04TEMP Red lower limit = B_TBLK_04_LIM TRDHI101= 45 / BPWHKB04TEMP Red upper limit = B_TBLK_04_LIM TYELO101= -10 / BPWHKB04TEMP Yellow lower limit = B_TBLK_04_LIMTYEHI101= 40 / BPWHKB04TEMP Yellow upper limit = B_TBLK_04_LIMTRDHI102= 60 / BPWHKLHPA4TEMP Red upper limit = B_TLHP_A4_LIM TYEHI102= 55 / BPWHKLHPA4TEMP Yellow upper limit = B_TLHP_A4_LTRDLO103= -55 / BPWHKMASK0TEMP Red lower limit = B_TMASK_0_LIM TRDHI103= 55 / BPWHKMASK0TEMP Red upper limit = B_TMASK_0_LIM TYELO103= -50 / BPWHKMASK0TEMP Yellow lower limit = B_TMASK_0_LTYEHI103= 50 / BPWHKMASK0TEMP Yellow upper limit = B_TMASK_0_LTRDLO109= -0.2 / BPWHKB05INPUTI Red lower limit = B_PCB_B05_INPITRDHI109= 0.9 / BPWHKB05INPUTI Red upper limit = B_PCB_B05_INPITYELO109= -0.1 / BPWHKB05INPUTI Yellow lower limit = B_PCB_B05_ITYEHI109= 0.8 / BPWHKB05INPUTI Yellow upper limit = B_PCB_B05_ITRDLO110= -2 / BPWHKB0525GND Red lower limit = B_PCB_B05_2_5G_TRDHI110= 15 / BPWHKB0525GND Red upper limit = B_PCB_B05_2_5G_TYELO110= -1 / BPWHKB0525GND Yellow lower limit = B_PCB_B05_2_TYEHI110= 10 / BPWHKB0525GND Yellow upper limit = B_PCB_B05_2_TRDLO111= 2.55 / BPWHKB05P25VLT Red lower limit = B_PCB_B05_2_7VTRDHI111= 2.84 / BPWHKB05P25VLT Red upper limit = B_PCB_B05_2_7VTYELO111= 2.62 / BPWHKB05P25VLT Yellow lower limit = B_PCB_B05_2TYEHI111= 2.78 / BPWHKB05P25VLT Yellow upper limit = B_PCB_B05_2HISTORY TASK: FAPPND on FILENAME: sw01210276000b18cx001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:32 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aů9CkqYnʉ%\?}׉:7[$8+)Za  .mZ󉹃[Aů%}kqYĀg݌ȉ$[n|Ӊ;]Zŀ+w 7Q*YlӉlYz߈ZـAůF_kqY<ߎ;Ủ&\|؉΋[&z lj%Z M\Z/[؀AůDkqXĀ qߌω$[@wى:[ } 0#Z܎~WYÀZAůA*kqXR 1i'щ؉#Z$܉!gZK1s a"YЀ  ZY񈗀Z.Aů}kqX'eߌ؉"["݉&P[e*w"3!Z !ى]YZmAůVkqW+` ۉ!Zበ)`Y/s &U!X $^X ZzAůkqYb!dތ≕|!\Àz扡.R[S*x *("Z߀򍙍(/aZҀ &[(Aů1tkqW#dߌ牖 ZKz쉟/RY'x ,I#X@-b_Y eYWAům*kqZZ'bȉ"\ 󉠉1R\/u .I$Zh 3ÉaZs&\ȀAůkqY0bތ􉔉"[w1FZ8 "{ !, %Y8aYوZAů:kqXTeތ E$[z4QZY%z #.D%Yŀ 9 bY!Z$AůkqWiތ &Z}7EYn%y >5;(Xߎ _rhX.dYpAů3kqZnމ'\(!8R])~<3/)[Z4i[-=\Aů9kqXi݌ ʉ([v 9&Z| 84(Y!ߎ VhY%1Z^AůuAkqXjߌ&[,} 7*Z'z 31(Y;ߎ SjgY#,ZkAůkqXk '[A!5[["/2R(Z>ڎOgZJ [}Aů*0kqYn􉛉 '[E8=Z#}-2(Z% K#hY/舓ZXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 220 / width of table in bytes NAXIS2 = 18 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 107 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BPWHKB05M25VLT' / PW HK Pkt; Block 05 -2.5 Voltage TFORM2 = '1I ' / data format of field: 2-byte INTEGER TZERO2 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL2 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT2 = 'V ' / physical unit of field TTYPE3 = 'BPWHKB05P35VLT' / PW HK Pkt; Block 05 +3.5 Voltage TFORM3 = '1I ' / data format of field: 2-byte INTEGER TZERO3 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL3 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT3 = 'V ' / physical unit of field TTYPE4 = 'BPWHKB05M35VLT' / PW HK Pkt; Block 05 -3.5 Voltage TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL4 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT4 = 'V ' / physical unit of field TTYPE5 = 'BPWHKB05P50VLT' / PW HK Pkt; Block 05 +5.0 Digital Voltage TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL5 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT5 = 'V ' / physical unit of field TTYPE6 = 'BPWHKB05P75VLT' / PW HK Pkt; Block 05 +7.5 Voltage TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL6 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT6 = 'V ' / physical unit of field TTYPE7 = 'BPWHKB05M75VLT' / PW HK Pkt; Block 05 -7.5 Voltage TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL7 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT7 = 'V ' / physical unit of field TTYPE8 = 'BPWHKB05CVTTEMP' / PW HK Pkt; Block 05 DC-DC Converter Module TempTFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL8 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT8 = 'Celsius ' / physical unit of field TTYPE9 = 'BPWHKB05TEMP' / PW HK Pkt; Block 05 Temperature TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL9 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT9 = 'Celsius ' / physical unit of field TTYPE10 = 'BPWHKLHPA5TEMP' / PW HK Pkt; LHP 0 (+Y) LiqLine @ CC inlet TemperTFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL10 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT10 = 'Celsius ' / physical unit of field TTYPE11 = 'BPWHKMASK1TEMP' / PW HK Pkt; Mask Temperature (top, +Y/+Z) TFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL11 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT11 = 'Celsius ' / physical unit of field TTYPE12 = 'BPWHKSPARE05TMP' / PW HK Pkt; Block 05 Spare Temperature TFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL12 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT12 = 'Celsius ' / physical unit of field TTYPE13 = 'BPWHKB06PRITEMP' / PW HK Pkt; Block 06 SetPointTemp Primary HeaterTFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 32768 / offset for unsigned integers TTYPE14 = 'BPWHKB06SECTEMP' / PW HK Pkt; Block 06 SetPointTemp 2ndary Heater TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 32768 / offset for unsigned integers TTYPE15 = 'BPWHKB06SPARE0' / PW HK Pkt; Block 06 Spare 0 TFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BPWHKB06SPARE1' / PW HK Pkt; Block 06 Spare 1 TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BPWHKB06INPUTI' / PW HK Pkt; Block 06 Input Current for DC-DC ConTFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL17 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT17 = 'A ' / physical unit of field TTYPE18 = 'BPWHKB0625GND' / PW HK Pkt; Block 06 Voltage on 2.5 Ground ReturTFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 32768 / offset for unsigned integers TTYPE19 = 'BPWHKB06P25VLT' / PW HK Pkt; Block 06 +2.5 Voltage TFORM19 = '1I ' / data format of field: 2-byte INTEGER TZERO19 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL19 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT19 = 'V ' / physical unit of field TTYPE20 = 'BPWHKB06M25VLT' / PW HK Pkt; Block 06 -2.5 Voltage TFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL20 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT20 = 'V ' / physical unit of field TTYPE21 = 'BPWHKB06P35VLT' / PW HK Pkt; Block 06 +3.5 Voltage TFORM21 = '1I ' / data format of field: 2-byte INTEGER TZERO21 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL21 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT21 = 'V ' / physical unit of field TTYPE22 = 'BPWHKB06M35VLT' / PW HK Pkt; Block 06 -3.5 Voltage TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL22 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT22 = 'V ' / physical unit of field TTYPE23 = 'BPWHKB06P50VLT' / PW HK Pkt; Block 06 +5.0 Digital Voltage TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL23 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT23 = 'V ' / physical unit of field TTYPE24 = 'BPWHKB06P75VLT' / PW HK Pkt; Block 06 +7.5 Voltage TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL24 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT24 = 'V ' / physical unit of field TTYPE25 = 'BPWHKB06M75VLT' / PW HK Pkt; Block 06 -7.5 Voltage TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL25 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT25 = 'V ' / physical unit of field TTYPE26 = 'BPWHKB06CVTTEMP' / PW HK Pkt; Block 06 DC-DC Converter Module TempTFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL26 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT26 = 'Celsius ' / physical unit of field TTYPE27 = 'BPWHKB06TEMP' / PW HK Pkt; Block 06 Temperature TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL27 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT27 = 'Celsius ' / physical unit of field TTYPE28 = 'BPWHKLHPA6TEMP' / PW HK Pkt; LHP 0 (+Y) LiqLine @ Cond Outlet TemTFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL28 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT28 = 'Celsius ' / physical unit of field TTYPE29 = 'BPWHKMASK2TEMP' / PW HK Pkt; Mask Temperature (top, -Y/+Z) TFORM29 = '1I ' / data format of field: 2-byte INTEGER TZERO29 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL29 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT29 = 'Celsius ' / physical unit of field TTYPE30 = 'BPWHKSPARE06TMP' / PW HK Pkt; Block 06 Spare Temperature TFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL30 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT30 = 'Celsius ' / physical unit of field TTYPE31 = 'BPWHKB07PRITEMP' / PW HK Pkt; Block 07 SetPointTemp Primary HeaterTFORM31 = '1I ' / data format of field: 2-byte INTEGER TZERO31 = 32768 / offset for unsigned integers TTYPE32 = 'BPWHKB07SECTEMP' / PW HK Pkt; Block 07 SetPointTemp 2ndary Heater TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 32768 / offset for unsigned integers TTYPE33 = 'BPWHKB07SPARE0' / PW HK Pkt; Block 07 Spare 0 TFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'BPWHKB07SPARE1' / PW HK Pkt; Block 07 Spare 1 TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 32768 / offset for unsigned integers TTYPE35 = 'BPWHKB07INPUTI' / PW HK Pkt; Block 07 Input Current for DC-DC ConTFORM35 = '1I ' / data format of field: 2-byte INTEGER TZERO35 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL35 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT35 = 'A ' / physical unit of field TTYPE36 = 'BPWHKB0725GND' / PW HK Pkt; Block 07 Voltage on 2.5 Ground ReturTFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 32768 / offset for unsigned integers TTYPE37 = 'BPWHKB07P25VLT' / PW HK Pkt; Block 07 +2.5 Voltage TFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL37 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT37 = 'V ' / physical unit of field TTYPE38 = 'BPWHKB07M25VLT' / PW HK Pkt; Block 07 -2.5 Voltage TFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL38 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT38 = 'V ' / physical unit of field TTYPE39 = 'BPWHKB07P35VLT' / PW HK Pkt; Block 07 +3.5 Voltage TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL39 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT39 = 'V ' / physical unit of field TTYPE40 = 'BPWHKB07M35VLT' / PW HK Pkt; Block 07 -3.5 Voltage TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL40 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT40 = 'V ' / physical unit of field TTYPE41 = 'BPWHKB07P50VLT' / PW HK Pkt; Block 07 +5.0 Digital Voltage TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL41 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT41 = 'V ' / physical unit of field TTYPE42 = 'BPWHKB07P75VLT' / PW HK Pkt; Block 07 +7.5 Voltage TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL42 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT42 = 'V ' / physical unit of field TTYPE43 = 'BPWHKB07M75VLT' / PW HK Pkt; Block 07 -7.5 Voltage TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL43 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT43 = 'V ' / physical unit of field TTYPE44 = 'BPWHKB07CVTTEMP' / PW HK Pkt; Block 07 DC-DC Converter Module TempTFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL44 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT44 = 'Celsius ' / physical unit of field TTYPE45 = 'BPWHKB07TEMP' / PW HK Pkt; Block 07 Temperature TFORM45 = '1I ' / data format of field: 2-byte INTEGER TZERO45 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL45 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT45 = 'Celsius ' / physical unit of field TTYPE46 = 'BPWHKLHPA7TEMP' / PW HK Pkt; LHP 0 (+Y) VapLine @ Evap Outlet TemTFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL46 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT46 = 'Celsius ' / physical unit of field TTYPE47 = 'BPWHKMASK3TEMP' / PW HK Pkt; Mask Temperature (top, -Y,-Z) TFORM47 = '1I ' / data format of field: 2-byte INTEGER TZERO47 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL47 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT47 = 'Celsius ' / physical unit of field TTYPE48 = 'BPWHKSPARE07TMP' / PW HK Pkt; Block 07 Spare Temperature TFORM48 = '1I ' / data format of field: 2-byte INTEGER TZERO48 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL48 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT48 = 'Celsius ' / physical unit of field TTYPE49 = 'BPWHKB08PRITEMP' / PW HK Pkt; Block 08 SetPointTemp Primary HeaterTFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = 32768 / offset for unsigned integers TTYPE50 = 'BPWHKB08SECTEMP' / PW HK Pkt; Block 08 SetPointTemp 2ndary Heater TFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 32768 / offset for unsigned integers TTYPE51 = 'BPWHKB08SPARE0' / PW HK Pkt; Block 08 Spare 0 TFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = 32768 / offset for unsigned integers TTYPE52 = 'BPWHKB08SPARE1' / PW HK Pkt; Block 08 Spare 1 TFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 32768 / offset for unsigned integers TTYPE53 = 'BPWHKB08INPUTI' / PW HK Pkt; Block 08 Input Current for DC-DC ConTFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL53 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT53 = 'A ' / physical unit of field TTYPE54 = 'BPWHKB0825GND' / PW HK Pkt; Block 08 Voltage on 2.5 Ground ReturTFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BPWHKB08P25VLT' / PW HK Pkt; Block 08 +2.5 Voltage TFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL55 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT55 = 'V ' / physical unit of field TTYPE56 = 'BPWHKB08M25VLT' / PW HK Pkt; Block 08 -2.5 Voltage TFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL56 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT56 = 'V ' / physical unit of field TTYPE57 = 'BPWHKB08P35VLT' / PW HK Pkt; Block 08 +3.5 Voltage TFORM57 = '1I ' / data format of field: 2-byte INTEGER TZERO57 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL57 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT57 = 'V ' / physical unit of field TTYPE58 = 'BPWHKB08M35VLT' / PW HK Pkt; Block 08 -3.5 Voltage TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL58 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT58 = 'V ' / physical unit of field TTYPE59 = 'BPWHKB08P50VLT' / PW HK Pkt; Block 08 +5.0 Digital Voltage TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL59 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT59 = 'V ' / physical unit of field TTYPE60 = 'BPWHKB08P75VLT' / PW HK Pkt; Block 08 +7.5 Voltage TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL60 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT60 = 'V ' / physical unit of field TTYPE61 = 'BPWHKB08M75VLT' / PW HK Pkt; Block 08 -7.5 Voltage TFORM61 = '1I ' / data format of field: 2-byte INTEGER TZERO61 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL61 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT61 = 'V ' / physical unit of field TTYPE62 = 'BPWHKB08CVTTEMP' / PW HK Pkt; Block 08 DC-DC Converter Module TempTFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL62 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT62 = 'Celsius ' / physical unit of field TTYPE63 = 'BPWHKB08TEMP' / PW HK Pkt; Block 08 Temperature TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL63 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT63 = 'Celsius ' / physical unit of field TTYPE64 = 'BPWHKLHPA8TEMP' / PW HK Pkt; LHP 0 (+Y) VapLine @ Cond Outlet TemTFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL64 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT64 = 'Celsius ' / physical unit of field TTYPE65 = 'BPWHKMASK4TEMP' / PW HK Pkt; Mask Temperature (top, +Y,-Z) TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL65 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT65 = 'Celsius ' / physical unit of field TTYPE66 = 'BPWHKIPPRI0TEMP' / PW HK Pkt; IP Primary LVPC TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 32768 / offset for unsigned integers TTYPE67 = 'BPWHKB09PRITEMP' / PW HK Pkt; Block 09 SetPointTemp Primary HeaterTFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 32768 / offset for unsigned integers TTYPE68 = 'BPWHKB09SECTEMP' / PW HK Pkt; Block 09 SetPointTemp 2ndary Heater TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 32768 / offset for unsigned integers TTYPE69 = 'BPWHKB09SPARE0' / PW HK Pkt; Block 09 Spare 0 TFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'BPWHKB09SPARE1' / PW HK Pkt; Block 09 Spare 1 TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 32768 / offset for unsigned integers TTYPE71 = 'BPWHKB09INPUTI' / PW HK Pkt; Block 09 Input Current for DC-DC ConTFORM71 = '1I ' / data format of field: 2-byte INTEGER TZERO71 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL71 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT71 = 'A ' / physical unit of field TTYPE72 = 'BPWHKB0925GND' / PW HK Pkt; Block 09 Voltage on 2.5 Ground ReturTFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 32768 / offset for unsigned integers TTYPE73 = 'BPWHKB09P25VLT' / PW HK Pkt; Block 09 +2.5 Voltage TFORM73 = '1I ' / data format of field: 2-byte INTEGER TZERO73 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL73 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT73 = 'V ' / physical unit of field TTYPE74 = 'BPWHKB09M25VLT' / PW HK Pkt; Block 09 -2.5 Voltage TFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL74 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT74 = 'V ' / physical unit of field TTYPE75 = 'BPWHKB09P35VLT' / PW HK Pkt; Block 09 +3.5 Voltage TFORM75 = '1I ' / data format of field: 2-byte INTEGER TZERO75 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL75 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT75 = 'V ' / physical unit of field TTYPE76 = 'BPWHKB09M35VLT' / PW HK Pkt; Block 09 -3.5 Voltage TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL76 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT76 = 'V ' / physical unit of field TTYPE77 = 'BPWHKB09P50VLT' / PW HK Pkt; Block 09 +5.0 Digital Voltage TFORM77 = '1I ' / data format of field: 2-byte INTEGER TZERO77 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL77 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT77 = 'V ' / physical unit of field TTYPE78 = 'BPWHKB09P75VLT' / PW HK Pkt; Block 09 +7.5 Voltage TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL78 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT78 = 'V ' / physical unit of field TTYPE79 = 'BPWHKB09M75VLT' / PW HK Pkt; Block 09 -7.5 Voltage TFORM79 = '1I ' / data format of field: 2-byte INTEGER TZERO79 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL79 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT79 = 'V ' / physical unit of field TTYPE80 = 'BPWHKB09CVTTEMP' / PW HK Pkt; Block 09 DC-DC Converter Module TempTFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL80 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT80 = 'Celsius ' / physical unit of field TTYPE81 = 'BPWHKB09TEMP' / PW HK Pkt; Block 09 Temperature TFORM81 = '1I ' / data format of field: 2-byte INTEGER TZERO81 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL81 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT81 = 'Celsius ' / physical unit of field TTYPE82 = 'BPWHKLHPA9TEMP' / PW HK Pkt; LHP 0 (+Y) Block/DM Temperature (A9)TFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL82 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT82 = 'Celsius ' / physical unit of field TTYPE83 = 'BPWHKPLATE0TEMP' / PW HK Pkt; DAP Temperature (top, +Y/+Z) TFORM83 = '1I ' / data format of field: 2-byte INTEGER TZERO83 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL83 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT83 = 'Celsius ' / physical unit of field TTYPE84 = 'BPWHKIPPRI1TEMP' / PW HK Pkt; IP Primary LVPC TFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 32768 / offset for unsigned integers TTYPE85 = 'BPWHKB10PRITEMP' / PW HK Pkt; Block 10 SetPointTemp Primary HeaterTFORM85 = '1I ' / data format of field: 2-byte INTEGER TZERO85 = 32768 / offset for unsigned integers TTYPE86 = 'BPWHKB10SECTEMP' / PW HK Pkt; Block 10 SetPointTemp 2ndary Heater TFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 32768 / offset for unsigned integers TTYPE87 = 'BPWHKB10SPARE0' / PW HK Pkt; Block 10 Spare 0 TFORM87 = '1I ' / data format of field: 2-byte INTEGER TZERO87 = 32768 / offset for unsigned integers TTYPE88 = 'BPWHKB10SPARE1' / PW HK Pkt; Block 10 Spare 1 TFORM88 = '1I ' / data format of field: 2-byte INTEGER TZERO88 = 32768 / offset for unsigned integers TTYPE89 = 'BPWHKB10INPUTI' / PW HK Pkt; Block 10 Input Current for DC-DC ConTFORM89 = '1I ' / data format of field: 2-byte INTEGER TZERO89 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL89 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT89 = 'A ' / physical unit of field TTYPE90 = 'BPWHKB1025GND' / PW HK Pkt; Block 10 Voltage on 2.5 Ground ReturTFORM90 = '1I ' / data format of field: 2-byte INTEGER TZERO90 = 32768 / offset for unsigned integers TTYPE91 = 'BPWHKB10P25VLT' / PW HK Pkt; Block 10 +2.5 Voltage TFORM91 = '1I ' / data format of field: 2-byte INTEGER TZERO91 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL91 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT91 = 'V ' / physical unit of field TTYPE92 = 'BPWHKB10M25VLT' / PW HK Pkt; Block 10 -2.5 Voltage TFORM92 = '1I ' / data format of field: 2-byte INTEGER TZERO92 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL92 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT92 = 'V ' / physical unit of field TTYPE93 = 'BPWHKB10P35VLT' / PW HK Pkt; Block 10 +3.5 Voltage TFORM93 = '1I ' / data format of field: 2-byte INTEGER TZERO93 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL93 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT93 = 'V ' / physical unit of field TTYPE94 = 'BPWHKB10M35VLT' / PW HK Pkt; Block 10 -3.5 Voltage TFORM94 = '1I ' / data format of field: 2-byte INTEGER TZERO94 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL94 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT94 = 'V ' / physical unit of field TTYPE95 = 'BPWHKB10P50VLT' / PW HK Pkt; Block 10 +5.0 Digital Voltage TFORM95 = '1I ' / data format of field: 2-byte INTEGER TZERO95 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL95 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT95 = 'V ' / physical unit of field TTYPE96 = 'BPWHKB10P75VLT' / PW HK Pkt; Block 10 +7.5 Voltage TFORM96 = '1I ' / data format of field: 2-byte INTEGER TZERO96 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL96 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT96 = 'V ' / physical unit of field TTYPE97 = 'BPWHKB10M75VLT' / PW HK Pkt; Block 10 -7.5 Voltage TFORM97 = '1I ' / data format of field: 2-byte INTEGER TZERO97 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL97 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT97 = 'V ' / physical unit of field TTYPE98 = 'BPWHKB10CVTTEMP' / PW HK Pkt; Block 10 DC-DC Converter Module TempTFORM98 = '1I ' / data format of field: 2-byte INTEGER TZERO98 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL98 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT98 = 'Celsius ' / physical unit of field TTYPE99 = 'BPWHKB10TEMP' / PW HK Pkt; Block 10 Temperature TFORM99 = '1I ' / data format of field: 2-byte INTEGER TZERO99 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL99 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT99 = 'Celsius ' / physical unit of field TTYPE100= 'BPWHKLHPB0TEMP' / PW HK Pkt; LHP 1 (-Y) Comp Chamber (CC) TemperaTFORM100= '1I ' / data format of field: 2-byte INTEGER TZERO100= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL100= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT100= 'Celsius ' / physical unit of field TTYPE101= 'BPWHKPLATE1TEMP' / PW HK Pkt; DAP Temperature (Block Htr ControlleTFORM101= '1I ' / data format of field: 2-byte INTEGER TZERO101= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL101= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT101= 'Celsius ' / physical unit of field TTYPE102= 'BPWHKIPPRI2TEMP' / PW HK Pkt; IP Primary MIC Board Temperature TFORM102= '1I ' / data format of field: 2-byte INTEGER TZERO102= 32768 / offset for unsigned integers TTYPE103= 'BPWHKB11PRITEMP' / PW HK Pkt; Block 11 SetPointTemp Primary HeaterTFORM103= '1I ' / data format of field: 2-byte INTEGER TZERO103= 32768 / offset for unsigned integers TTYPE104= 'BPWHKB11SECTEMP' / PW HK Pkt; Block 11 SetPointTemp 2ndary Heater TFORM104= '1I ' / data format of field: 2-byte INTEGER TZERO104= 32768 / offset for unsigned integers TTYPE105= 'BPWHKB11SPARE0' / PW HK Pkt; Block 11 Spare 0 TFORM105= '1I ' / data format of field: 2-byte INTEGER TZERO105= 32768 / offset for unsigned integers TTYPE106= 'BPWHKB11SPARE1' / PW HK Pkt; Block 11 Spare 1 TFORM106= '1I ' / data format of field: 2-byte INTEGER TZERO106= 32768 / offset for unsigned integers TTYPE107= 'BPWHKB11INPUTI' / PW HK Pkt; Block 11 Input Current for DC-DC ConTFORM107= '1I ' / data format of field: 2-byte INTEGER TZERO107= 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL107= 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT107= 'A ' / physical unit of field EXTNAME = 'hk18dx001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699923.94858 TSTOP = 727705563.94812 DATE-OBS= '2024-01-23T10:51:58' DATE-END= '2024-01-23T12:25:58' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 5639.99953997135 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 397 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:29' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '9Gn6CEk39Ek3AEk3' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '195772509' / data unit checksum updated 2024-02-02T06:06:29 TRDLO2 = 2.55 / BPWHKB05M25VLT Red lower limit = B_PCB_B05_2_7VTRDHI2 = 2.84 / BPWHKB05M25VLT Red upper limit = B_PCB_B05_2_7VTYELO2 = 2.62 / BPWHKB05M25VLT Yellow lower limit = B_PCB_B05_2TYEHI2 = 2.78 / BPWHKB05M25VLT Yellow upper limit = B_PCB_B05_2TRDLO3 = 3.65 / BPWHKB05P35VLT Red lower limit = B_PCB_B05_3_8VTRDHI3 = 4.05 / BPWHKB05P35VLT Red upper limit = B_PCB_B05_3_8VTYELO3 = 3.73 / BPWHKB05P35VLT Yellow lower limit = B_PCB_B05_3TYEHI3 = 3.97 / BPWHKB05P35VLT Yellow upper limit = B_PCB_B05_3TRDLO4 = 3.65 / BPWHKB05M35VLT Red lower limit = B_PCB_B05_3_8VTRDHI4 = 4.05 / BPWHKB05M35VLT Red upper limit = B_PCB_B05_3_8VTYELO4 = 3.73 / BPWHKB05M35VLT Yellow lower limit = B_PCB_B05_3TYEHI4 = 3.97 / BPWHKB05M35VLT Yellow upper limit = B_PCB_B05_3TRDLO5 = 4.75 / BPWHKB05P50VLT Red lower limit = B_PCB_B05_5_0VTRDHI5 = 5.25 / BPWHKB05P50VLT Red upper limit = B_PCB_B05_5_0VTYELO5 = 4.85 / BPWHKB05P50VLT Yellow lower limit = B_PCB_B05_5TYEHI5 = 5.15 / BPWHKB05P50VLT Yellow upper limit = B_PCB_B05_5TRDLO6 = 7.12 / BPWHKB05P75VLT Red lower limit = B_PCB_B05_7_5VTRDHI6 = 7.85 / BPWHKB05P75VLT Red upper limit = B_PCB_B05_7_5VTYELO6 = 7.27 / BPWHKB05P75VLT Yellow lower limit = B_PCB_B05_7TYEHI6 = 7.72 / BPWHKB05P75VLT Yellow upper limit = B_PCB_B05_7TRDLO7 = 7.12 / BPWHKB05M75VLT Red lower limit = B_PCB_B05_7_5VTRDHI7 = 7.85 / BPWHKB05M75VLT Red upper limit = B_PCB_B05_7_5VTYELO7 = 7.27 / BPWHKB05M75VLT Yellow lower limit = B_PCB_B05_7TYEHI7 = 7.72 / BPWHKB05M75VLT Yellow upper limit = B_PCB_B05_7TRDLO8 = -20 / BPWHKB05CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI8 = 61 / BPWHKB05CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO8 = -15 / BPWHKB05CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI8 = 56 / BPWHKB05CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO9 = -15 / BPWHKB05TEMP Red lower limit = B_TBLK_05_LIM TRDHI9 = 45 / BPWHKB05TEMP Red upper limit = B_TBLK_05_LIM TYELO9 = -10 / BPWHKB05TEMP Yellow lower limit = B_TBLK_05_LIMTYEHI9 = 40 / BPWHKB05TEMP Yellow upper limit = B_TBLK_05_LIMTRDLO10 = -30 / BPWHKLHPA5TEMP Red lower limit = B_TLHP_A5_LIM TRDHI10 = 60 / BPWHKLHPA5TEMP Red upper limit = B_TLHP_A5_LIM TYELO10 = -25 / BPWHKLHPA5TEMP Yellow lower limit = B_TLHP_A5_LTYEHI10 = 55 / BPWHKLHPA5TEMP Yellow upper limit = B_TLHP_A5_LTRDLO11 = -55 / BPWHKMASK1TEMP Red lower limit = B_TMASK_1_LIM TRDHI11 = 55 / BPWHKMASK1TEMP Red upper limit = B_TMASK_1_LIM TYELO11 = -50 / BPWHKMASK1TEMP Yellow lower limit = B_TMASK_1_LTYEHI11 = 50 / BPWHKMASK1TEMP Yellow upper limit = B_TMASK_1_LTRDLO17 = -0.2 / BPWHKB06INPUTI Red lower limit = B_PCB_B06_INPITRDHI17 = 0.9 / BPWHKB06INPUTI Red upper limit = B_PCB_B06_INPITYELO17 = -0.1 / BPWHKB06INPUTI Yellow lower limit = B_PCB_B06_ITYEHI17 = 0.8 / BPWHKB06INPUTI Yellow upper limit = B_PCB_B06_ITRDLO18 = -2 / BPWHKB0625GND Red lower limit = B_PCB_B06_2_5G_TRDHI18 = 15 / BPWHKB0625GND Red upper limit = B_PCB_B06_2_5G_TYELO18 = -1 / BPWHKB0625GND Yellow lower limit = B_PCB_B06_2_TYEHI18 = 10 / BPWHKB0625GND Yellow upper limit = B_PCB_B06_2_TRDLO19 = 2.55 / BPWHKB06P25VLT Red lower limit = B_PCB_B06_2_7VTRDHI19 = 2.84 / BPWHKB06P25VLT Red upper limit = B_PCB_B06_2_7VTYELO19 = 2.62 / BPWHKB06P25VLT Yellow lower limit = B_PCB_B06_2TYEHI19 = 2.78 / BPWHKB06P25VLT Yellow upper limit = B_PCB_B06_2TRDLO20 = 2.55 / BPWHKB06M25VLT Red lower limit = B_PCB_B06_2_7VTRDHI20 = 2.84 / BPWHKB06M25VLT Red upper limit = B_PCB_B06_2_7VTYELO20 = 2.62 / BPWHKB06M25VLT Yellow lower limit = B_PCB_B06_2TYEHI20 = 2.78 / BPWHKB06M25VLT Yellow upper limit = B_PCB_B06_2TRDLO21 = 3.65 / BPWHKB06P35VLT Red lower limit = B_PCB_B06_3_8VTRDHI21 = 4.05 / BPWHKB06P35VLT Red upper limit = B_PCB_B06_3_8VTYELO21 = 3.73 / BPWHKB06P35VLT Yellow lower limit = B_PCB_B06_3TYEHI21 = 3.97 / BPWHKB06P35VLT Yellow upper limit = B_PCB_B06_3TRDLO22 = 3.65 / BPWHKB06M35VLT Red lower limit = B_PCB_B06_3_8VTRDHI22 = 4.05 / BPWHKB06M35VLT Red upper limit = B_PCB_B06_3_8VTYELO22 = 3.73 / BPWHKB06M35VLT Yellow lower limit = B_PCB_B06_3TYEHI22 = 3.97 / BPWHKB06M35VLT Yellow upper limit = B_PCB_B06_3TRDLO23 = 4.75 / BPWHKB06P50VLT Red lower limit = B_PCB_B06_5_0VTRDHI23 = 5.25 / BPWHKB06P50VLT Red upper limit = B_PCB_B06_5_0VTYELO23 = 4.85 / BPWHKB06P50VLT Yellow lower limit = B_PCB_B06_5TYEHI23 = 5.15 / BPWHKB06P50VLT Yellow upper limit = B_PCB_B06_5TRDLO24 = 7.12 / BPWHKB06P75VLT Red lower limit = B_PCB_B06_7_5VTRDHI24 = 7.85 / BPWHKB06P75VLT Red upper limit = B_PCB_B06_7_5VTYELO24 = 7.27 / BPWHKB06P75VLT Yellow lower limit = B_PCB_B06_7TYEHI24 = 7.72 / BPWHKB06P75VLT Yellow upper limit = B_PCB_B06_7TRDLO25 = 7.12 / BPWHKB06M75VLT Red lower limit = B_PCB_B06_7_5VTRDHI25 = 7.85 / BPWHKB06M75VLT Red upper limit = B_PCB_B06_7_5VTYELO25 = 7.27 / BPWHKB06M75VLT Yellow lower limit = B_PCB_B06_7TYEHI25 = 7.72 / BPWHKB06M75VLT Yellow upper limit = B_PCB_B06_7TRDLO26 = -20 / BPWHKB06CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI26 = 61 / BPWHKB06CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO26 = -15 / BPWHKB06CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI26 = 56 / BPWHKB06CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO27 = -15 / BPWHKB06TEMP Red lower limit = B_TBLK_06_LIM TRDHI27 = 45 / BPWHKB06TEMP Red upper limit = B_TBLK_06_LIM TYELO27 = -10 / BPWHKB06TEMP Yellow lower limit = B_TBLK_06_LIMTYEHI27 = 40 / BPWHKB06TEMP Yellow upper limit = B_TBLK_06_LIMTRDHI28 = 60 / BPWHKLHPA6TEMP Red upper limit = B_TLHP_A6_LIM TYEHI28 = 55 / BPWHKLHPA6TEMP Yellow upper limit = B_TLHP_A6_LTRDLO29 = -55 / BPWHKMASK2TEMP Red lower limit = B_TMASK_2_LIM TRDHI29 = 55 / BPWHKMASK2TEMP Red upper limit = B_TMASK_2_LIM TYELO29 = -50 / BPWHKMASK2TEMP Yellow lower limit = B_TMASK_2_LTYEHI29 = 50 / BPWHKMASK2TEMP Yellow upper limit = B_TMASK_2_LTRDLO35 = -0.2 / BPWHKB07INPUTI Red lower limit = B_PCB_B07_INPITRDHI35 = 0.9 / BPWHKB07INPUTI Red upper limit = B_PCB_B07_INPITYELO35 = -0.1 / BPWHKB07INPUTI Yellow lower limit = B_PCB_B07_ITYEHI35 = 0.8 / BPWHKB07INPUTI Yellow upper limit = B_PCB_B07_ITRDLO36 = -2 / BPWHKB0725GND Red lower limit = B_PCB_B07_2_5G_TRDHI36 = 15 / BPWHKB0725GND Red upper limit = B_PCB_B07_2_5G_TYELO36 = -1 / BPWHKB0725GND Yellow lower limit = B_PCB_B07_2_TYEHI36 = 10 / BPWHKB0725GND Yellow upper limit = B_PCB_B07_2_TRDLO37 = 2.55 / BPWHKB07P25VLT Red lower limit = B_PCB_B07_2_7VTRDHI37 = 2.84 / BPWHKB07P25VLT Red upper limit = B_PCB_B07_2_7VTYELO37 = 2.62 / BPWHKB07P25VLT Yellow lower limit = B_PCB_B07_2TYEHI37 = 2.78 / BPWHKB07P25VLT Yellow upper limit = B_PCB_B07_2TRDLO38 = 2.55 / BPWHKB07M25VLT Red lower limit = B_PCB_B07_2_7VTRDHI38 = 2.84 / BPWHKB07M25VLT Red upper limit = B_PCB_B07_2_7VTYELO38 = 2.62 / BPWHKB07M25VLT Yellow lower limit = B_PCB_B07_2TYEHI38 = 2.78 / BPWHKB07M25VLT Yellow upper limit = B_PCB_B07_2TRDLO39 = 3.65 / BPWHKB07P35VLT Red lower limit = B_PCB_B07_3_8VTRDHI39 = 4.05 / BPWHKB07P35VLT Red upper limit = B_PCB_B07_3_8VTYELO39 = 3.73 / BPWHKB07P35VLT Yellow lower limit = B_PCB_B07_3TYEHI39 = 3.97 / BPWHKB07P35VLT Yellow upper limit = B_PCB_B07_3TRDLO40 = 3.65 / BPWHKB07M35VLT Red lower limit = B_PCB_B07_3_8VTRDHI40 = 4.05 / BPWHKB07M35VLT Red upper limit = B_PCB_B07_3_8VTYELO40 = 3.73 / BPWHKB07M35VLT Yellow lower limit = B_PCB_B07_3TYEHI40 = 3.97 / BPWHKB07M35VLT Yellow upper limit = B_PCB_B07_3TRDLO41 = 4.75 / BPWHKB07P50VLT Red lower limit = B_PCB_B07_5_0VTRDHI41 = 5.25 / BPWHKB07P50VLT Red upper limit = B_PCB_B07_5_0VTYELO41 = 4.85 / BPWHKB07P50VLT Yellow lower limit = B_PCB_B07_5TYEHI41 = 5.15 / BPWHKB07P50VLT Yellow upper limit = B_PCB_B07_5TRDLO42 = 7.12 / BPWHKB07P75VLT Red lower limit = B_PCB_B07_7_5VTRDHI42 = 7.85 / BPWHKB07P75VLT Red upper limit = B_PCB_B07_7_5VTYELO42 = 7.27 / BPWHKB07P75VLT Yellow lower limit = B_PCB_B07_7TYEHI42 = 7.72 / BPWHKB07P75VLT Yellow upper limit = B_PCB_B07_7TRDLO43 = 7.12 / BPWHKB07M75VLT Red lower limit = B_PCB_B07_7_5VTRDHI43 = 7.85 / BPWHKB07M75VLT Red upper limit = B_PCB_B07_7_5VTYELO43 = 7.27 / BPWHKB07M75VLT Yellow lower limit = B_PCB_B07_7TYEHI43 = 7.72 / BPWHKB07M75VLT Yellow upper limit = B_PCB_B07_7TRDLO44 = -20 / BPWHKB07CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI44 = 61 / BPWHKB07CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO44 = -15 / BPWHKB07CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI44 = 56 / BPWHKB07CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO45 = -15 / BPWHKB07TEMP Red lower limit = B_TBLK_07_LIM TRDHI45 = 45 / BPWHKB07TEMP Red upper limit = B_TBLK_07_LIM TYELO45 = -10 / BPWHKB07TEMP Yellow lower limit = B_TBLK_07_LIMTYEHI45 = 40 / BPWHKB07TEMP Yellow upper limit = B_TBLK_07_LIMTRDLO46 = -30 / BPWHKLHPA7TEMP Red lower limit = B_TLHP_A7_LIM TRDHI46 = 60 / BPWHKLHPA7TEMP Red upper limit = B_TLHP_A7_LIM TYELO46 = -25 / BPWHKLHPA7TEMP Yellow lower limit = B_TLHP_A7_LTYEHI46 = 55 / BPWHKLHPA7TEMP Yellow upper limit = B_TLHP_A7_LTRDLO47 = -55 / BPWHKMASK3TEMP Red lower limit = B_TMASK_3_LIM TRDHI47 = 55 / BPWHKMASK3TEMP Red upper limit = B_TMASK_3_LIM TYELO47 = -50 / BPWHKMASK3TEMP Yellow lower limit = B_TMASK_3_LTYEHI47 = 50 / BPWHKMASK3TEMP Yellow upper limit = B_TMASK_3_LTRDLO53 = -0.2 / BPWHKB08INPUTI Red lower limit = B_PCB_B08_INPITRDHI53 = 0.9 / BPWHKB08INPUTI Red upper limit = B_PCB_B08_INPITYELO53 = -0.1 / BPWHKB08INPUTI Yellow lower limit = B_PCB_B08_ITYEHI53 = 0.8 / BPWHKB08INPUTI Yellow upper limit = B_PCB_B08_ITRDLO54 = -2 / BPWHKB0825GND Red lower limit = B_PCB_B08_2_5G_TRDHI54 = 15 / BPWHKB0825GND Red upper limit = B_PCB_B08_2_5G_TYELO54 = -1 / BPWHKB0825GND Yellow lower limit = B_PCB_B08_2_TYEHI54 = 10 / BPWHKB0825GND Yellow upper limit = B_PCB_B08_2_TRDLO55 = 2.55 / BPWHKB08P25VLT Red lower limit = B_PCB_B08_2_7VTRDHI55 = 2.84 / BPWHKB08P25VLT Red upper limit = B_PCB_B08_2_7VTYELO55 = 2.62 / BPWHKB08P25VLT Yellow lower limit = B_PCB_B08_2TYEHI55 = 2.78 / BPWHKB08P25VLT Yellow upper limit = B_PCB_B08_2TRDLO56 = 2.55 / BPWHKB08M25VLT Red lower limit = B_PCB_B08_2_7VTRDHI56 = 2.84 / BPWHKB08M25VLT Red upper limit = B_PCB_B08_2_7VTYELO56 = 2.62 / BPWHKB08M25VLT Yellow lower limit = B_PCB_B08_2TYEHI56 = 2.78 / BPWHKB08M25VLT Yellow upper limit = B_PCB_B08_2TRDLO57 = 3.65 / BPWHKB08P35VLT Red lower limit = B_PCB_B08_3_8VTRDHI57 = 4.05 / BPWHKB08P35VLT Red upper limit = B_PCB_B08_3_8VTYELO57 = 3.73 / BPWHKB08P35VLT Yellow lower limit = B_PCB_B08_3TYEHI57 = 3.97 / BPWHKB08P35VLT Yellow upper limit = B_PCB_B08_3TRDLO58 = 3.65 / BPWHKB08M35VLT Red lower limit = B_PCB_B08_3_8VTRDHI58 = 4.05 / BPWHKB08M35VLT Red upper limit = B_PCB_B08_3_8VTYELO58 = 3.73 / BPWHKB08M35VLT Yellow lower limit = B_PCB_B08_3TYEHI58 = 3.97 / BPWHKB08M35VLT Yellow upper limit = B_PCB_B08_3TRDLO59 = 4.75 / BPWHKB08P50VLT Red lower limit = B_PCB_B08_5_0VTRDHI59 = 5.25 / BPWHKB08P50VLT Red upper limit = B_PCB_B08_5_0VTYELO59 = 4.85 / BPWHKB08P50VLT Yellow lower limit = B_PCB_B08_5TYEHI59 = 5.15 / BPWHKB08P50VLT Yellow upper limit = B_PCB_B08_5TRDLO60 = 7.12 / BPWHKB08P75VLT Red lower limit = B_PCB_B08_7_5VTRDHI60 = 7.85 / BPWHKB08P75VLT Red upper limit = B_PCB_B08_7_5VTYELO60 = 7.27 / BPWHKB08P75VLT Yellow lower limit = B_PCB_B08_7TYEHI60 = 7.72 / BPWHKB08P75VLT Yellow upper limit = B_PCB_B08_7TRDLO61 = 7.12 / BPWHKB08M75VLT Red lower limit = B_PCB_B08_7_5VTRDHI61 = 7.85 / BPWHKB08M75VLT Red upper limit = B_PCB_B08_7_5VTYELO61 = 7.27 / BPWHKB08M75VLT Yellow lower limit = B_PCB_B08_7TYEHI61 = 7.72 / BPWHKB08M75VLT Yellow upper limit = B_PCB_B08_7TRDLO62 = -20 / BPWHKB08CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI62 = 61 / BPWHKB08CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO62 = -15 / BPWHKB08CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI62 = 56 / BPWHKB08CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO63 = -15 / BPWHKB08TEMP Red lower limit = B_TBLK_08_LIM TRDHI63 = 45 / BPWHKB08TEMP Red upper limit = B_TBLK_08_LIM TYELO63 = -10 / BPWHKB08TEMP Yellow lower limit = B_TBLK_08_LIMTYEHI63 = 40 / BPWHKB08TEMP Yellow upper limit = B_TBLK_08_LIMTRDHI64 = 60 / BPWHKLHPA8TEMP Red upper limit = B_TLHP_A8_LIM TYEHI64 = 55 / BPWHKLHPA8TEMP Yellow upper limit = B_TLHP_A8_LTRDLO65 = -55 / BPWHKMASK4TEMP Red lower limit = B_TMASK_4_LIM TRDHI65 = 55 / BPWHKMASK4TEMP Red upper limit = B_TMASK_4_LIM TYELO65 = -50 / BPWHKMASK4TEMP Yellow lower limit = B_TMASK_4_LTYEHI65 = 50 / BPWHKMASK4TEMP Yellow upper limit = B_TMASK_4_LTRDLO71 = -0.2 / BPWHKB09INPUTI Red lower limit = B_PCB_B09_INPITRDHI71 = 0.9 / BPWHKB09INPUTI Red upper limit = B_PCB_B09_INPITYELO71 = -0.1 / BPWHKB09INPUTI Yellow lower limit = B_PCB_B09_ITYEHI71 = 0.8 / BPWHKB09INPUTI Yellow upper limit = B_PCB_B09_ITRDLO72 = -2 / BPWHKB0925GND Red lower limit = B_PCB_B09_2_5G_TRDHI72 = 15 / BPWHKB0925GND Red upper limit = B_PCB_B09_2_5G_TYELO72 = -1 / BPWHKB0925GND Yellow lower limit = B_PCB_B09_2_TYEHI72 = 10 / BPWHKB0925GND Yellow upper limit = B_PCB_B09_2_TRDLO73 = 2.55 / BPWHKB09P25VLT Red lower limit = B_PCB_B09_2_7VTRDHI73 = 2.84 / BPWHKB09P25VLT Red upper limit = B_PCB_B09_2_7VTYELO73 = 2.62 / BPWHKB09P25VLT Yellow lower limit = B_PCB_B09_2TYEHI73 = 2.78 / BPWHKB09P25VLT Yellow upper limit = B_PCB_B09_2TRDLO74 = 2.55 / BPWHKB09M25VLT Red lower limit = B_PCB_B09_2_7VTRDHI74 = 2.84 / BPWHKB09M25VLT Red upper limit = B_PCB_B09_2_7VTYELO74 = 2.62 / BPWHKB09M25VLT Yellow lower limit = B_PCB_B09_2TYEHI74 = 2.78 / BPWHKB09M25VLT Yellow upper limit = B_PCB_B09_2TRDLO75 = 3.65 / BPWHKB09P35VLT Red lower limit = B_PCB_B09_3_8VTRDHI75 = 4.05 / BPWHKB09P35VLT Red upper limit = B_PCB_B09_3_8VTYELO75 = 3.73 / BPWHKB09P35VLT Yellow lower limit = B_PCB_B09_3TYEHI75 = 3.97 / BPWHKB09P35VLT Yellow upper limit = B_PCB_B09_3TRDLO76 = 3.65 / BPWHKB09M35VLT Red lower limit = B_PCB_B09_3_8VTRDHI76 = 4.05 / BPWHKB09M35VLT Red upper limit = B_PCB_B09_3_8VTYELO76 = 3.73 / BPWHKB09M35VLT Yellow lower limit = B_PCB_B09_3TYEHI76 = 3.97 / BPWHKB09M35VLT Yellow upper limit = B_PCB_B09_3TRDLO77 = 4.75 / BPWHKB09P50VLT Red lower limit = B_PCB_B09_5_0VTRDHI77 = 5.25 / BPWHKB09P50VLT Red upper limit = B_PCB_B09_5_0VTYELO77 = 4.85 / BPWHKB09P50VLT Yellow lower limit = B_PCB_B09_5TYEHI77 = 5.15 / BPWHKB09P50VLT Yellow upper limit = B_PCB_B09_5TRDLO78 = 7.12 / BPWHKB09P75VLT Red lower limit = B_PCB_B09_7_5VTRDHI78 = 7.85 / BPWHKB09P75VLT Red upper limit = B_PCB_B09_7_5VTYELO78 = 7.27 / BPWHKB09P75VLT Yellow lower limit = B_PCB_B09_7TYEHI78 = 7.72 / BPWHKB09P75VLT Yellow upper limit = B_PCB_B09_7TRDLO79 = 7.12 / BPWHKB09M75VLT Red lower limit = B_PCB_B09_7_5VTRDHI79 = 7.85 / BPWHKB09M75VLT Red upper limit = B_PCB_B09_7_5VTYELO79 = 7.27 / BPWHKB09M75VLT Yellow lower limit = B_PCB_B09_7TYEHI79 = 7.72 / BPWHKB09M75VLT Yellow upper limit = B_PCB_B09_7TRDLO80 = -20 / BPWHKB09CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI80 = 61 / BPWHKB09CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO80 = -15 / BPWHKB09CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI80 = 56 / BPWHKB09CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO81 = -15 / BPWHKB09TEMP Red lower limit = B_TBLK_09_LIM TRDHI81 = 45 / BPWHKB09TEMP Red upper limit = B_TBLK_09_LIM TYELO81 = -10 / BPWHKB09TEMP Yellow lower limit = B_TBLK_09_LIMTYEHI81 = 40 / BPWHKB09TEMP Yellow upper limit = B_TBLK_09_LIMTRDLO82 = -25 / BPWHKLHPA9TEMP Red lower limit = B_TLHP_A9_LIM TRDHI82 = 40 / BPWHKLHPA9TEMP Red upper limit = B_TLHP_A9_LIM TYELO82 = -20 / BPWHKLHPA9TEMP Yellow lower limit = B_TLHP_A9_LTYEHI82 = 35 / BPWHKLHPA9TEMP Yellow upper limit = B_TLHP_A9_LTRDLO83 = -20 / BPWHKPLATE0TEMP Red lower limit = B_TPLATE_0_LITRDHI83 = 40 / BPWHKPLATE0TEMP Red upper limit = B_TPLATE_0_LITYELO83 = -15 / BPWHKPLATE0TEMP Yellow lower limit = B_TPLATE_0TYEHI83 = 35 / BPWHKPLATE0TEMP Yellow upper limit = B_TPLATE_0TRDLO89 = -0.2 / BPWHKB10INPUTI Red lower limit = B_PCB_B10_INPITRDHI89 = 0.9 / BPWHKB10INPUTI Red upper limit = B_PCB_B10_INPITYELO89 = -0.1 / BPWHKB10INPUTI Yellow lower limit = B_PCB_B10_ITYEHI89 = 0.8 / BPWHKB10INPUTI Yellow upper limit = B_PCB_B10_ITRDLO90 = -2 / BPWHKB1025GND Red lower limit = B_PCB_B10_2_5G_TRDHI90 = 15 / BPWHKB1025GND Red upper limit = B_PCB_B10_2_5G_TYELO90 = -1 / BPWHKB1025GND Yellow lower limit = B_PCB_B10_2_TYEHI90 = 10 / BPWHKB1025GND Yellow upper limit = B_PCB_B10_2_TRDLO91 = 2.55 / BPWHKB10P25VLT Red lower limit = B_PCB_B10_2_7VTRDHI91 = 2.84 / BPWHKB10P25VLT Red upper limit = B_PCB_B10_2_7VTYELO91 = 2.62 / BPWHKB10P25VLT Yellow lower limit = B_PCB_B10_2TYEHI91 = 2.78 / BPWHKB10P25VLT Yellow upper limit = B_PCB_B10_2TRDLO92 = 2.55 / BPWHKB10M25VLT Red lower limit = B_PCB_B10_2_7VTRDHI92 = 2.84 / BPWHKB10M25VLT Red upper limit = B_PCB_B10_2_7VTYELO92 = 2.62 / BPWHKB10M25VLT Yellow lower limit = B_PCB_B10_2TYEHI92 = 2.78 / BPWHKB10M25VLT Yellow upper limit = B_PCB_B10_2TRDLO93 = 3.65 / BPWHKB10P35VLT Red lower limit = B_PCB_B10_3_8VTRDHI93 = 4.05 / BPWHKB10P35VLT Red upper limit = B_PCB_B10_3_8VTYELO93 = 3.73 / BPWHKB10P35VLT Yellow lower limit = B_PCB_B10_3TYEHI93 = 3.97 / BPWHKB10P35VLT Yellow upper limit = B_PCB_B10_3TRDLO94 = 3.65 / BPWHKB10M35VLT Red lower limit = B_PCB_B10_3_8VTRDHI94 = 4.05 / BPWHKB10M35VLT Red upper limit = B_PCB_B10_3_8VTYELO94 = 3.73 / BPWHKB10M35VLT Yellow lower limit = B_PCB_B10_3TYEHI94 = 3.97 / BPWHKB10M35VLT Yellow upper limit = B_PCB_B10_3TRDLO95 = 4.75 / BPWHKB10P50VLT Red lower limit = B_PCB_B10_5_0VTRDHI95 = 5.25 / BPWHKB10P50VLT Red upper limit = B_PCB_B10_5_0VTYELO95 = 4.85 / BPWHKB10P50VLT Yellow lower limit = B_PCB_B10_5TYEHI95 = 5.15 / BPWHKB10P50VLT Yellow upper limit = B_PCB_B10_5TRDLO96 = 7.12 / BPWHKB10P75VLT Red lower limit = B_PCB_B10_7_5VTRDHI96 = 7.85 / BPWHKB10P75VLT Red upper limit = B_PCB_B10_7_5VTYELO96 = 7.27 / BPWHKB10P75VLT Yellow lower limit = B_PCB_B10_7TYEHI96 = 7.72 / BPWHKB10P75VLT Yellow upper limit = B_PCB_B10_7TRDLO97 = 7.12 / BPWHKB10M75VLT Red lower limit = B_PCB_B10_7_5VTRDHI97 = 7.85 / BPWHKB10M75VLT Red upper limit = B_PCB_B10_7_5VTYELO97 = 7.27 / BPWHKB10M75VLT Yellow lower limit = B_PCB_B10_7TYEHI97 = 7.72 / BPWHKB10M75VLT Yellow upper limit = B_PCB_B10_7TRDLO98 = -20 / BPWHKB10CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI98 = 61 / BPWHKB10CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO98 = -15 / BPWHKB10CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI98 = 56 / BPWHKB10CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO99 = -15 / BPWHKB10TEMP Red lower limit = B_TBLK_10_LIM TRDHI99 = 45 / BPWHKB10TEMP Red upper limit = B_TBLK_10_LIM TYELO99 = -10 / BPWHKB10TEMP Yellow lower limit = B_TBLK_10_LIMTYEHI99 = 40 / BPWHKB10TEMP Yellow upper limit = B_TBLK_10_LIMTRDLO101= -25 / BPWHKPLATE1TEMP Red lower limit = B_TPLATE_1_LITRDHI101= 40 / BPWHKPLATE1TEMP Red upper limit = B_TPLATE_1_LITYELO101= -20 / BPWHKPLATE1TEMP Yellow lower limit = B_TPLATE_1TYEHI101= 35 / BPWHKPLATE1TEMP Yellow upper limit = B_TPLATE_1TRDLO107= -0.2 / BPWHKB11INPUTI Red lower limit = B_PCB_B11_INPITRDHI107= 0.9 / BPWHKB11INPUTI Red upper limit = B_PCB_B11_INPITYELO107= -0.1 / BPWHKB11INPUTI Yellow lower limit = B_PCB_B11_ITYEHI107= 0.8 / BPWHKB11INPUTI Yellow upper limit = B_PCB_B11_IHISTORY TASK: FAPPND on FILENAME: sw01210276000b18dx001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:32 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aůk&{ٍ( v[(rZX֎ .bZV* }}냑ZGݎٌ#ljm,̃[/!σZKAů%¤"}ڍ' [[)jZf׎ ".bZc , l|郑ZUڌ!Ɖl.˃ZR"ɃZFAůx-&zڍ( [ހ' $Zێ .}`Z*y샑ZӀٌ#V ΃["|Z!Aůk"{؍'[' YҀێ .]Z,y냒ZҀ،$VσZ {ZAůA\$xٍ'؈ZЀ'"X܎!1]Y) z냒Y׀،%XσZǀ!zYAů}z&|ڍ)ƈ[)& Yێ !0^Y) )w냑Z$ ی)]σZ "%xƒY1Aů%xڍ'Z)(+X]ߎ 5]Xq +x탑Ypڌ*_ЃY!'wǃYAůy,uڍ&Ĉ\"(/􈍀Y׀ݎ :~]Zڀ+!xZڌ0`$҃["-wЃ[Aů17ލ -шZk'3ሎXڎ @x[Yƀ ,&yY؀ٌ6a#҃Yр# 1x׃YAům[(x܍*%򈂀\(8ԈZގ"Cq\[ +.,w[ڌ:b$Ճ\F"8wბZgAůr~ٍ'*Z%?؈X֎ Hd\Y*2Vy󃒄Y،Ad%׃[Հ=w냒YgAůk$zڍ(.[(C݈Yǀݎ L\]Zǀ)8x􃒄ZÀڌDd'؃Z @yYAů"}ڍ(H Y &XɈWӎ lbY)FN|惑Yڌ^h)ɃY׎% U{XAů Z(}܍)G]"*UÈZڎ "jbZ ,D0|僑[1ގی[j-Ƀ\ $S{[Aů9ѷ"x׍&AZ"&RYԎccX*@ {䃐Y0ێ،Yh&ȃZPzYAůuŽuҌ!?[5&PXҎ baY5 5;}ハZGٌUi(ƃZ ݎ LzYAůΎۍ(<ֈ["(LY:֎ ]bZP .:؈|⃑Z9یPg)Ń[ "J{Z.Aů[#{ڍ'9ΈZC&HXbՎ [bUK*5|ZIߎٌNi)ƒ[ EzZXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 179 / width of table in bytes NAXIS2 = 18 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 87 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BPWHKB1125GND' / PW HK Pkt; Block 11 Voltage on 2.5 Ground ReturTFORM2 = '1I ' / data format of field: 2-byte INTEGER TZERO2 = 32768 / offset for unsigned integers TTYPE3 = 'BPWHKB11P25VLT' / PW HK Pkt; Block 11 +2.5 Voltage TFORM3 = '1I ' / data format of field: 2-byte INTEGER TZERO3 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL3 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT3 = 'V ' / physical unit of field TTYPE4 = 'BPWHKB11M25VLT' / PW HK Pkt; Block 11 -2.5 Voltage TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL4 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT4 = 'V ' / physical unit of field TTYPE5 = 'BPWHKB11P35VLT' / PW HK Pkt; Block 11 +3.5 Voltage TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL5 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT5 = 'V ' / physical unit of field TTYPE6 = 'BPWHKB11M35VLT' / PW HK Pkt; Block 11 -3.5 Voltage TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL6 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT6 = 'V ' / physical unit of field TTYPE7 = 'BPWHKB11P50VLT' / PW HK Pkt; Block 11 +5.0 Digital Voltage TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL7 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT7 = 'V ' / physical unit of field TTYPE8 = 'BPWHKB11P75VLT' / PW HK Pkt; Block 11 +7.5 Voltage TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL8 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT8 = 'V ' / physical unit of field TTYPE9 = 'BPWHKB11M75VLT' / PW HK Pkt; Block 11 -7.5 Voltage TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL9 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT9 = 'V ' / physical unit of field TTYPE10 = 'BPWHKB11CVTTEMP' / PW HK Pkt; Block 11 DC-DC Converter Module TempTFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL10 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT10 = 'Celsius ' / physical unit of field TTYPE11 = 'BPWHKB11TEMP' / PW HK Pkt; Block 11 Temperature TFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL11 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT11 = 'Celsius ' / physical unit of field TTYPE12 = 'BPWHKLHPB1TEMP' / PW HK Pkt; LHP 1 (-Y) Evaporator Temperature (BTFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL12 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT12 = 'Celsius ' / physical unit of field TTYPE13 = 'BPWHKRADTEMP' / PW HK Pkt; Radiator Temperature (back, +Y,-X) TFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL13 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT13 = 'Celsius ' / physical unit of field TTYPE14 = 'BPWHKIPPRI3TEMP' / PW HK Pkt; IP Primary DSP Board Temperature TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 32768 / offset for unsigned integers TTYPE15 = 'BPWHKB12PRITEMP' / PW HK Pkt; Block 12 SetPointTemp Primary HeaterTFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BPWHKB12SECTEMP' / PW HK Pkt; Block 12 SetPointTemp 2ndary Heater TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BPWHKB12SPARE0' / PW HK Pkt; Block 12 Spare 0 TFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 32768 / offset for unsigned integers TTYPE18 = 'BPWHKB12SPARE1' / PW HK Pkt; Block 12 Spare 1 TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 32768 / offset for unsigned integers TTYPE19 = 'BPWHKB12INPUTI' / PW HK Pkt; Block 12 Input Current for DC-DC ConTFORM19 = '1I ' / data format of field: 2-byte INTEGER TZERO19 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL19 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT19 = 'A ' / physical unit of field TTYPE20 = 'BPWHKB1225GND' / PW HK Pkt; Block 12 Voltage on 2.5 Ground ReturTFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 32768 / offset for unsigned integers TTYPE21 = 'BPWHKB12P25VLT' / PW HK Pkt; Block 12 +2.5 Voltage TFORM21 = '1I ' / data format of field: 2-byte INTEGER TZERO21 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL21 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT21 = 'V ' / physical unit of field TTYPE22 = 'BPWHKB12M25VLT' / PW HK Pkt; Block 12 -2.5 Voltage TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL22 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT22 = 'V ' / physical unit of field TTYPE23 = 'BPWHKB12P35VLT' / PW HK Pkt; Block 12 +3.5 Voltage TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL23 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT23 = 'V ' / physical unit of field TTYPE24 = 'BPWHKB12M35VLT' / PW HK Pkt; Block 12 -3.5 Voltage TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL24 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT24 = 'V ' / physical unit of field TTYPE25 = 'BPWHKB12P50VLT' / PW HK Pkt; Block 12 +5.0 Digital Voltage TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL25 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT25 = 'V ' / physical unit of field TTYPE26 = 'BPWHKB12P75VLT' / PW HK Pkt; Block 12 +7.5 Voltage TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL26 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT26 = 'V ' / physical unit of field TTYPE27 = 'BPWHKB12M75VLT' / PW HK Pkt; Block 12 -7.5 Voltage TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL27 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT27 = 'V ' / physical unit of field TTYPE28 = 'BPWHKB12CVTTEMP' / PW HK Pkt; Block 12 DC-DC Converter Module TempTFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL28 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT28 = 'Celsius ' / physical unit of field TTYPE29 = 'BPWHKB12TEMP' / PW HK Pkt; Block 12 Temperature TFORM29 = '1I ' / data format of field: 2-byte INTEGER TZERO29 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL29 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT29 = 'Celsius ' / physical unit of field TTYPE30 = 'BPWHKLHPB2TEMP' / PW HK Pkt; LHP 1 (-Y) Evaporator Temperature (BTFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL30 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT30 = 'Celsius ' / physical unit of field TTYPE31 = 'BPWHKTSFRONTEMP' / PW HK Pkt; Front Tagged Source Temperature TFORM31 = '1I ' / data format of field: 2-byte INTEGER TZERO31 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL31 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT31 = 'Celsius ' / physical unit of field TTYPE32 = 'BPWHKIPRED0TEMP' / PW HK Pkt; IP Redundant LVPC TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 32768 / offset for unsigned integers TTYPE33 = 'BPWHKB13PRITEMP' / PW HK Pkt; Block 13 SetPointTemp Primary HeaterTFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'BPWHKB13SECTEMP' / PW HK Pkt; Block 13 SetPointTemp 2ndary Heater TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 32768 / offset for unsigned integers TTYPE35 = 'BPWHKB13SPARE0' / PW HK Pkt; Block 13 Spare 0 TFORM35 = '1I ' / data format of field: 2-byte INTEGER TZERO35 = 32768 / offset for unsigned integers TTYPE36 = 'BPWHKB13SPARE1' / PW HK Pkt; Block 13 Spare 1 TFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 32768 / offset for unsigned integers TTYPE37 = 'BPWHKB13INPUTI' / PW HK Pkt; Block 13 Input Current for DC-DC ConTFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL37 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT37 = 'A ' / physical unit of field TTYPE38 = 'BPWHKB1325GND' / PW HK Pkt; Block 13 Voltage on 2.5 Ground ReturTFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 32768 / offset for unsigned integers TTYPE39 = 'BPWHKB13P25VLT' / PW HK Pkt; Block 13 +2.5 Voltage TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL39 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT39 = 'V ' / physical unit of field TTYPE40 = 'BPWHKB13M25VLT' / PW HK Pkt; Block 13 -2.5 Voltage TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL40 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT40 = 'V ' / physical unit of field TTYPE41 = 'BPWHKB13P35VLT' / PW HK Pkt; Block 13 +3.5 Voltage TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL41 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT41 = 'V ' / physical unit of field TTYPE42 = 'BPWHKB13M35VLT' / PW HK Pkt; Block 13 -3.5 Voltage TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL42 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT42 = 'V ' / physical unit of field TTYPE43 = 'BPWHKB13P50VLT' / PW HK Pkt; Block 13 +5.0 Digital Voltage TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL43 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT43 = 'V ' / physical unit of field TTYPE44 = 'BPWHKB13P75VLT' / PW HK Pkt; Block 13 +7.5 Voltage TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL44 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT44 = 'V ' / physical unit of field TTYPE45 = 'BPWHKB13M75VLT' / PW HK Pkt; Block 13 -7.5 Voltage TFORM45 = '1I ' / data format of field: 2-byte INTEGER TZERO45 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL45 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT45 = 'V ' / physical unit of field TTYPE46 = 'BPWHKB13CVTTEMP' / PW HK Pkt; Block 13 DC-DC Converter Module TempTFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL46 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT46 = 'Celsius ' / physical unit of field TTYPE47 = 'BPWHKB13TEMP' / PW HK Pkt; Block 13 Temperature TFORM47 = '1I ' / data format of field: 2-byte INTEGER TZERO47 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL47 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT47 = 'Celsius ' / physical unit of field TTYPE48 = 'BPWHKLHPB3TEMP' / PW HK Pkt; LHP 1 (-Y) Condenser Temperature, -XTFORM48 = '1I ' / data format of field: 2-byte INTEGER TZERO48 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL48 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT48 = 'Celsius ' / physical unit of field TTYPE49 = 'BPWHKTSREARTEMP' / PW HK Pkt; Rear Tagged Source Temperature TFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL49 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT49 = 'Celsius ' / physical unit of field TTYPE50 = 'BPWHKIPRED1TEMP' / PW HK Pkt; IP Redundant LVPC TFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 32768 / offset for unsigned integers TTYPE51 = 'BPWHKB14PRITEMP' / PW HK Pkt; Block 14 SetPointTemp Primary HeaterTFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = 32768 / offset for unsigned integers TTYPE52 = 'BPWHKB14SECTEMP' / PW HK Pkt; Block 14 SetPointTemp 2ndary Heater TFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 32768 / offset for unsigned integers TTYPE53 = 'BPWHKB14SPARE0' / PW HK Pkt; Block 14 Spare 0 TFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 32768 / offset for unsigned integers TTYPE54 = 'BPWHKB14SPARE1' / PW HK Pkt; Block 14 Spare 1 TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BPWHKB14INPUTI' / PW HK Pkt; Block 14 Input Current for DC-DC ConTFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL55 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT55 = 'A ' / physical unit of field TTYPE56 = 'BPWHKB1425GND' / PW HK Pkt; Block 14 Voltage on 2.5 Ground ReturTFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 32768 / offset for unsigned integers TTYPE57 = 'BPWHKB14P25VLT' / PW HK Pkt; Block 14 +2.5 Voltage TFORM57 = '1I ' / data format of field: 2-byte INTEGER TZERO57 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL57 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT57 = 'V ' / physical unit of field TTYPE58 = 'BPWHKB14M25VLT' / PW HK Pkt; Block 14 -2.5 Voltage TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL58 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT58 = 'V ' / physical unit of field TTYPE59 = 'BPWHKB14P35VLT' / PW HK Pkt; Block 14 +3.5 Voltage TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL59 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT59 = 'V ' / physical unit of field TTYPE60 = 'BPWHKB14M35VLT' / PW HK Pkt; Block 14 -3.5 Voltage TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL60 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT60 = 'V ' / physical unit of field TTYPE61 = 'BPWHKB14P50VLT' / PW HK Pkt; Block 14 +5.0 Digital Voltage TFORM61 = '1I ' / data format of field: 2-byte INTEGER TZERO61 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL61 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT61 = 'V ' / physical unit of field TTYPE62 = 'BPWHKB14P75VLT' / PW HK Pkt; Block 14 +7.5 Voltage TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL62 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT62 = 'V ' / physical unit of field TTYPE63 = 'BPWHKB14M75VLT' / PW HK Pkt; Block 14 -7.5 Voltage TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL63 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT63 = 'V ' / physical unit of field TTYPE64 = 'BPWHKB14CVTTEMP' / PW HK Pkt; Block 14 DC-DC Converter Module TempTFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL64 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT64 = 'Celsius ' / physical unit of field TTYPE65 = 'BPWHKB14TEMP' / PW HK Pkt; Block 14 Temperature TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL65 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT65 = 'Celsius ' / physical unit of field TTYPE66 = 'BPWHKLHPB4TEMP' / PW HK Pkt; LHP 1 (-Y) Condenser Temperature, +XTFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL66 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT66 = 'Celsius ' / physical unit of field TTYPE67 = 'BPWHKSPARE14TMP' / PW HK Pkt; Block 14 Spare Temperature TFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL67 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT67 = 'Celsius ' / physical unit of field TTYPE68 = 'BPWHKIPRED2TEMP' / PW HK Pkt; IP Redundant MIC Board Temperature TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 32768 / offset for unsigned integers TTYPE69 = 'BPWHKB15PRITEMP' / PW HK Pkt; Block 15 SetPointTemp Primary HeaterTFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'BPWHKB15SECTEMP' / PW HK Pkt; Block 15 SetPointTemp 2ndary Heater TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 32768 / offset for unsigned integers TTYPE71 = 'BPWHKB15SPARE0' / PW HK Pkt; Block 15 Spare 0 TFORM71 = '1I ' / data format of field: 2-byte INTEGER TZERO71 = 32768 / offset for unsigned integers TTYPE72 = 'BPWHKB15SPARE1' / PW HK Pkt; Block 15 Spare 1 TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 32768 / offset for unsigned integers TTYPE73 = 'BPWHKB15INPUTI' / PW HK Pkt; Block 15 Input Current for DC-DC ConTFORM73 = '1I ' / data format of field: 2-byte INTEGER TZERO73 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL73 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT73 = 'A ' / physical unit of field TTYPE74 = 'BPWHKB1525GND' / PW HK Pkt; Block 15 Voltage on 2.5 Ground ReturTFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 32768 / offset for unsigned integers TTYPE75 = 'BPWHKB15P25VLT' / PW HK Pkt; Block 15 +2.5 Voltage TFORM75 = '1I ' / data format of field: 2-byte INTEGER TZERO75 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL75 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT75 = 'V ' / physical unit of field TTYPE76 = 'BPWHKB15M25VLT' / PW HK Pkt; Block 15 -2.5 Voltage TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL76 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT76 = 'V ' / physical unit of field TTYPE77 = 'BPWHKB15P35VLT' / PW HK Pkt; Block 15 +3.5 Voltage TFORM77 = '1I ' / data format of field: 2-byte INTEGER TZERO77 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL77 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT77 = 'V ' / physical unit of field TTYPE78 = 'BPWHKB15M35VLT' / PW HK Pkt; Block 15 -3.5 Voltage TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL78 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT78 = 'V ' / physical unit of field TTYPE79 = 'BPWHKB15P50VLT' / PW HK Pkt; Block 15 +5.0 Digital Voltage TFORM79 = '1I ' / data format of field: 2-byte INTEGER TZERO79 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL79 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT79 = 'V ' / physical unit of field TTYPE80 = 'BPWHKB15P75VLT' / PW HK Pkt; Block 15 +7.5 Voltage TFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL80 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT80 = 'V ' / physical unit of field TTYPE81 = 'BPWHKB15M75VLT' / PW HK Pkt; Block 15 -7.5 Voltage TFORM81 = '1I ' / data format of field: 2-byte INTEGER TZERO81 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL81 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT81 = 'V ' / physical unit of field TTYPE82 = 'BPWHKB15CVTTEMP' / PW HK Pkt; Block 15 DC-DC Converter Module TempTFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL82 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT82 = 'Celsius ' / physical unit of field TTYPE83 = 'BPWHKB15TEMP' / PW HK Pkt; Block 15 Temperature TFORM83 = '1I ' / data format of field: 2-byte INTEGER TZERO83 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL83 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT83 = 'Celsius ' / physical unit of field TTYPE84 = 'BPWHKLHPB5TEMP' / PW HK Pkt; LHP 1 (-Y) LiqLine @ CC Inlet TemperTFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL84 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT84 = 'Celsius ' / physical unit of field TTYPE85 = 'BPWHKSPARE15TMP' / PW HK Pkt; Block 15 Spare Temperature TFORM85 = '1I ' / data format of field: 2-byte INTEGER TZERO85 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL85 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT85 = 'Celsius ' / physical unit of field TTYPE86 = 'BPWHKIPRED3TEMP' / PW HK Pkt; IP Redundant DSP Board Temperature TFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 32768 / offset for unsigned integers TTYPE87 = 'BPWHKADCXSUM' / PW HK Power Box Packet CheckSum, not CCSDS XSumTFORM87 = '1B ' / data format of field: BYTE EXTNAME = 'hk18ex001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699923.95002 TSTOP = 727705563.94958 DATE-OBS= '2024-01-23T10:51:58' DATE-END= '2024-01-23T12:25:58' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 5639.99955999851 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 398 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:29' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '5N9aAN7V5N7ZAN7Z' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '1703176155' / data unit checksum updated 2024-02-02T06:06:29 TRDLO2 = -2 / BPWHKB1125GND Red lower limit = B_PCB_B11_2_5G_TRDHI2 = 15 / BPWHKB1125GND Red upper limit = B_PCB_B11_2_5G_TYELO2 = -1 / BPWHKB1125GND Yellow lower limit = B_PCB_B11_2_TYEHI2 = 10 / BPWHKB1125GND Yellow upper limit = B_PCB_B11_2_TRDLO3 = 2.55 / BPWHKB11P25VLT Red lower limit = B_PCB_B11_2_7VTRDHI3 = 2.84 / BPWHKB11P25VLT Red upper limit = B_PCB_B11_2_7VTYELO3 = 2.62 / BPWHKB11P25VLT Yellow lower limit = B_PCB_B11_2TYEHI3 = 2.78 / BPWHKB11P25VLT Yellow upper limit = B_PCB_B11_2TRDLO4 = 2.55 / BPWHKB11M25VLT Red lower limit = B_PCB_B11_2_7VTRDHI4 = 2.84 / BPWHKB11M25VLT Red upper limit = B_PCB_B11_2_7VTYELO4 = 2.62 / BPWHKB11M25VLT Yellow lower limit = B_PCB_B11_2TYEHI4 = 2.78 / BPWHKB11M25VLT Yellow upper limit = B_PCB_B11_2TRDLO5 = 3.65 / BPWHKB11P35VLT Red lower limit = B_PCB_B11_3_8VTRDHI5 = 4.05 / BPWHKB11P35VLT Red upper limit = B_PCB_B11_3_8VTYELO5 = 3.73 / BPWHKB11P35VLT Yellow lower limit = B_PCB_B11_3TYEHI5 = 3.97 / BPWHKB11P35VLT Yellow upper limit = B_PCB_B11_3TRDLO6 = 3.65 / BPWHKB11M35VLT Red lower limit = B_PCB_B11_3_8VTRDHI6 = 4.05 / BPWHKB11M35VLT Red upper limit = B_PCB_B11_3_8VTYELO6 = 3.73 / BPWHKB11M35VLT Yellow lower limit = B_PCB_B11_3TYEHI6 = 3.97 / BPWHKB11M35VLT Yellow upper limit = B_PCB_B11_3TRDLO7 = 4.75 / BPWHKB11P50VLT Red lower limit = B_PCB_B11_5_0VTRDHI7 = 5.25 / BPWHKB11P50VLT Red upper limit = B_PCB_B11_5_0VTYELO7 = 4.85 / BPWHKB11P50VLT Yellow lower limit = B_PCB_B11_5TYEHI7 = 5.15 / BPWHKB11P50VLT Yellow upper limit = B_PCB_B11_5TRDLO8 = 7.12 / BPWHKB11P75VLT Red lower limit = B_PCB_B11_7_5VTRDHI8 = 7.85 / BPWHKB11P75VLT Red upper limit = B_PCB_B11_7_5VTYELO8 = 7.27 / BPWHKB11P75VLT Yellow lower limit = B_PCB_B11_7TYEHI8 = 7.72 / BPWHKB11P75VLT Yellow upper limit = B_PCB_B11_7TRDLO9 = 7.12 / BPWHKB11M75VLT Red lower limit = B_PCB_B11_7_5VTRDHI9 = 7.85 / BPWHKB11M75VLT Red upper limit = B_PCB_B11_7_5VTYELO9 = 7.27 / BPWHKB11M75VLT Yellow lower limit = B_PCB_B11_7TYEHI9 = 7.72 / BPWHKB11M75VLT Yellow upper limit = B_PCB_B11_7TRDLO10 = -20 / BPWHKB11CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI10 = 61 / BPWHKB11CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO10 = -15 / BPWHKB11CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI10 = 56 / BPWHKB11CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO11 = -15 / BPWHKB11TEMP Red lower limit = B_TBLK_11_LIM TRDHI11 = 45 / BPWHKB11TEMP Red upper limit = B_TBLK_11_LIM TYELO11 = -10 / BPWHKB11TEMP Yellow lower limit = B_TBLK_11_LIMTYEHI11 = 40 / BPWHKB11TEMP Yellow upper limit = B_TBLK_11_LIMTRDLO12 = -30 / BPWHKLHPB1TEMP Red lower limit = B_TLHP_B1_LIM TRDHI12 = 60 / BPWHKLHPB1TEMP Red upper limit = B_TLHP_B1_LIM TYELO12 = -25 / BPWHKLHPB1TEMP Yellow lower limit = B_TLHP_B1_LTYEHI12 = 55 / BPWHKLHPB1TEMP Yellow upper limit = B_TLHP_B1_LTRDHI13 = 60 / BPWHKRADTEMP Red upper limit = B_TRAD_LIM TYEHI13 = 55 / BPWHKRADTEMP Yellow upper limit = B_TRAD_LIM TRDLO19 = -0.2 / BPWHKB12INPUTI Red lower limit = B_PCB_B12_INPITRDHI19 = 0.9 / BPWHKB12INPUTI Red upper limit = B_PCB_B12_INPITYELO19 = -0.1 / BPWHKB12INPUTI Yellow lower limit = B_PCB_B12_ITYEHI19 = 0.8 / BPWHKB12INPUTI Yellow upper limit = B_PCB_B12_ITRDLO20 = -2 / BPWHKB1225GND Red lower limit = B_PCB_B12_2_5G_TRDHI20 = 15 / BPWHKB1225GND Red upper limit = B_PCB_B12_2_5G_TYELO20 = -1 / BPWHKB1225GND Yellow lower limit = B_PCB_B12_2_TYEHI20 = 10 / BPWHKB1225GND Yellow upper limit = B_PCB_B12_2_TRDLO21 = 2.55 / BPWHKB12P25VLT Red lower limit = B_PCB_B12_2_7VTRDHI21 = 2.84 / BPWHKB12P25VLT Red upper limit = B_PCB_B12_2_7VTYELO21 = 2.62 / BPWHKB12P25VLT Yellow lower limit = B_PCB_B12_2TYEHI21 = 2.78 / BPWHKB12P25VLT Yellow upper limit = B_PCB_B12_2TRDLO22 = 2.55 / BPWHKB12M25VLT Red lower limit = B_PCB_B12_2_7VTRDHI22 = 2.84 / BPWHKB12M25VLT Red upper limit = B_PCB_B12_2_7VTYELO22 = 2.62 / BPWHKB12M25VLT Yellow lower limit = B_PCB_B12_2TYEHI22 = 2.78 / BPWHKB12M25VLT Yellow upper limit = B_PCB_B12_2TRDLO23 = 3.65 / BPWHKB12P35VLT Red lower limit = B_PCB_B12_3_8VTRDHI23 = 4.05 / BPWHKB12P35VLT Red upper limit = B_PCB_B12_3_8VTYELO23 = 3.73 / BPWHKB12P35VLT Yellow lower limit = B_PCB_B12_3TYEHI23 = 3.97 / BPWHKB12P35VLT Yellow upper limit = B_PCB_B12_3TRDLO24 = 3.65 / BPWHKB12M35VLT Red lower limit = B_PCB_B12_3_8VTRDHI24 = 4.05 / BPWHKB12M35VLT Red upper limit = B_PCB_B12_3_8VTYELO24 = 3.73 / BPWHKB12M35VLT Yellow lower limit = B_PCB_B12_3TYEHI24 = 3.97 / BPWHKB12M35VLT Yellow upper limit = B_PCB_B12_3TRDLO25 = 4.75 / BPWHKB12P50VLT Red lower limit = B_PCB_B12_5_0VTRDHI25 = 5.25 / BPWHKB12P50VLT Red upper limit = B_PCB_B12_5_0VTYELO25 = 4.85 / BPWHKB12P50VLT Yellow lower limit = B_PCB_B12_5TYEHI25 = 5.15 / BPWHKB12P50VLT Yellow upper limit = B_PCB_B12_5TRDLO26 = 7.12 / BPWHKB12P75VLT Red lower limit = B_PCB_B12_7_5VTRDHI26 = 7.85 / BPWHKB12P75VLT Red upper limit = B_PCB_B12_7_5VTYELO26 = 7.27 / BPWHKB12P75VLT Yellow lower limit = B_PCB_B12_7TYEHI26 = 7.72 / BPWHKB12P75VLT Yellow upper limit = B_PCB_B12_7TRDLO27 = 7.12 / BPWHKB12M75VLT Red lower limit = B_PCB_B12_7_5VTRDHI27 = 7.85 / BPWHKB12M75VLT Red upper limit = B_PCB_B12_7_5VTYELO27 = 7.27 / BPWHKB12M75VLT Yellow lower limit = B_PCB_B12_7TYEHI27 = 7.72 / BPWHKB12M75VLT Yellow upper limit = B_PCB_B12_7TRDLO28 = -20 / BPWHKB12CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI28 = 61 / BPWHKB12CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO28 = -15 / BPWHKB12CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI28 = 56 / BPWHKB12CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO29 = -15 / BPWHKB12TEMP Red lower limit = B_TBLK_12_LIM TRDHI29 = 45 / BPWHKB12TEMP Red upper limit = B_TBLK_12_LIM TYELO29 = -10 / BPWHKB12TEMP Yellow lower limit = B_TBLK_12_LIMTYEHI29 = 40 / BPWHKB12TEMP Yellow upper limit = B_TBLK_12_LIMTRDLO30 = -30 / BPWHKLHPB2TEMP Red lower limit = B_TLHP_B2_LIM TRDHI30 = 60 / BPWHKLHPB2TEMP Red upper limit = B_TLHP_B2_LIM TYELO30 = -25 / BPWHKLHPB2TEMP Yellow lower limit = B_TLHP_B2_LTYEHI30 = 55 / BPWHKLHPB2TEMP Yellow upper limit = B_TLHP_B2_LTRDLO31 = -20 / BPWHKTSFRONTEMP Red lower limit = B_PCB_TAGTEMPTRDHI31 = 40 / BPWHKTSFRONTEMP Red upper limit = B_PCB_TAGTEMPTYELO31 = -15 / BPWHKTSFRONTEMP Yellow lower limit = B_PCB_TAGTTYEHI31 = 35 / BPWHKTSFRONTEMP Yellow upper limit = B_PCB_TAGTTRDLO37 = -0.2 / BPWHKB13INPUTI Red lower limit = B_PCB_B13_INPITRDHI37 = 0.9 / BPWHKB13INPUTI Red upper limit = B_PCB_B13_INPITYELO37 = -0.1 / BPWHKB13INPUTI Yellow lower limit = B_PCB_B13_ITYEHI37 = 0.8 / BPWHKB13INPUTI Yellow upper limit = B_PCB_B13_ITRDLO38 = -2 / BPWHKB1325GND Red lower limit = B_PCB_B13_2_5G_TRDHI38 = 15 / BPWHKB1325GND Red upper limit = B_PCB_B13_2_5G_TYELO38 = -1 / BPWHKB1325GND Yellow lower limit = B_PCB_B13_2_TYEHI38 = 10 / BPWHKB1325GND Yellow upper limit = B_PCB_B13_2_TRDLO39 = 2.55 / BPWHKB13P25VLT Red lower limit = B_PCB_B13_2_7VTRDHI39 = 2.84 / BPWHKB13P25VLT Red upper limit = B_PCB_B13_2_7VTYELO39 = 2.62 / BPWHKB13P25VLT Yellow lower limit = B_PCB_B13_2TYEHI39 = 2.78 / BPWHKB13P25VLT Yellow upper limit = B_PCB_B13_2TRDLO40 = 2.55 / BPWHKB13M25VLT Red lower limit = B_PCB_B13_2_7VTRDHI40 = 2.84 / BPWHKB13M25VLT Red upper limit = B_PCB_B13_2_7VTYELO40 = 2.62 / BPWHKB13M25VLT Yellow lower limit = B_PCB_B13_2TYEHI40 = 2.78 / BPWHKB13M25VLT Yellow upper limit = B_PCB_B13_2TRDLO41 = 3.65 / BPWHKB13P35VLT Red lower limit = B_PCB_B13_3_8VTRDHI41 = 4.05 / BPWHKB13P35VLT Red upper limit = B_PCB_B13_3_8VTYELO41 = 3.73 / BPWHKB13P35VLT Yellow lower limit = B_PCB_B13_3TYEHI41 = 3.97 / BPWHKB13P35VLT Yellow upper limit = B_PCB_B13_3TRDLO42 = 3.65 / BPWHKB13M35VLT Red lower limit = B_PCB_B13_3_8VTRDHI42 = 4.05 / BPWHKB13M35VLT Red upper limit = B_PCB_B13_3_8VTYELO42 = 3.73 / BPWHKB13M35VLT Yellow lower limit = B_PCB_B13_3TYEHI42 = 3.97 / BPWHKB13M35VLT Yellow upper limit = B_PCB_B13_3TRDLO43 = 4.75 / BPWHKB13P50VLT Red lower limit = B_PCB_B13_5_0VTRDHI43 = 5.25 / BPWHKB13P50VLT Red upper limit = B_PCB_B13_5_0VTYELO43 = 4.85 / BPWHKB13P50VLT Yellow lower limit = B_PCB_B13_5TYEHI43 = 5.15 / BPWHKB13P50VLT Yellow upper limit = B_PCB_B13_5TRDLO44 = 7.12 / BPWHKB13P75VLT Red lower limit = B_PCB_B13_7_5VTRDHI44 = 7.85 / BPWHKB13P75VLT Red upper limit = B_PCB_B13_7_5VTYELO44 = 7.27 / BPWHKB13P75VLT Yellow lower limit = B_PCB_B13_7TYEHI44 = 7.72 / BPWHKB13P75VLT Yellow upper limit = B_PCB_B13_7TRDLO45 = 7.12 / BPWHKB13M75VLT Red lower limit = B_PCB_B13_7_5VTRDHI45 = 7.85 / BPWHKB13M75VLT Red upper limit = B_PCB_B13_7_5VTYELO45 = 7.27 / BPWHKB13M75VLT Yellow lower limit = B_PCB_B13_7TYEHI45 = 7.72 / BPWHKB13M75VLT Yellow upper limit = B_PCB_B13_7TRDLO46 = -20 / BPWHKB13CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI46 = 61 / BPWHKB13CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO46 = -15 / BPWHKB13CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI46 = 56 / BPWHKB13CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO47 = -15 / BPWHKB13TEMP Red lower limit = B_TBLK_13_LIM TRDHI47 = 45 / BPWHKB13TEMP Red upper limit = B_TBLK_13_LIM TYELO47 = -10 / BPWHKB13TEMP Yellow lower limit = B_TBLK_13_LIMTYEHI47 = 40 / BPWHKB13TEMP Yellow upper limit = B_TBLK_13_LIMTRDHI48 = 60 / BPWHKLHPB3TEMP Red upper limit = B_TLHP_B3_LIM TYEHI48 = 55 / BPWHKLHPB3TEMP Yellow upper limit = B_TLHP_B3_LTRDLO49 = -20 / BPWHKTSREARTEMP Red lower limit = B_PCB_TAGTEMPTRDHI49 = 40 / BPWHKTSREARTEMP Red upper limit = B_PCB_TAGTEMPTYELO49 = -15 / BPWHKTSREARTEMP Yellow lower limit = B_PCB_TAGTTYEHI49 = 35 / BPWHKTSREARTEMP Yellow upper limit = B_PCB_TAGTTRDLO55 = -0.2 / BPWHKB14INPUTI Red lower limit = B_PCB_B14_INPITRDHI55 = 0.9 / BPWHKB14INPUTI Red upper limit = B_PCB_B14_INPITYELO55 = -0.1 / BPWHKB14INPUTI Yellow lower limit = B_PCB_B14_ITYEHI55 = 0.8 / BPWHKB14INPUTI Yellow upper limit = B_PCB_B14_ITRDLO56 = -2 / BPWHKB1425GND Red lower limit = B_PCB_B14_2_5G_TRDHI56 = 15 / BPWHKB1425GND Red upper limit = B_PCB_B14_2_5G_TYELO56 = -1 / BPWHKB1425GND Yellow lower limit = B_PCB_B14_2_TYEHI56 = 10 / BPWHKB1425GND Yellow upper limit = B_PCB_B14_2_TRDLO57 = 2.55 / BPWHKB14P25VLT Red lower limit = B_PCB_B14_2_7VTRDHI57 = 2.84 / BPWHKB14P25VLT Red upper limit = B_PCB_B14_2_7VTYELO57 = 2.62 / BPWHKB14P25VLT Yellow lower limit = B_PCB_B14_2TYEHI57 = 2.78 / BPWHKB14P25VLT Yellow upper limit = B_PCB_B14_2TRDLO58 = 2.55 / BPWHKB14M25VLT Red lower limit = B_PCB_B14_2_7VTRDHI58 = 2.84 / BPWHKB14M25VLT Red upper limit = B_PCB_B14_2_7VTYELO58 = 2.62 / BPWHKB14M25VLT Yellow lower limit = B_PCB_B14_2TYEHI58 = 2.78 / BPWHKB14M25VLT Yellow upper limit = B_PCB_B14_2TRDLO59 = 3.65 / BPWHKB14P35VLT Red lower limit = B_PCB_B14_3_8VTRDHI59 = 4.05 / BPWHKB14P35VLT Red upper limit = B_PCB_B14_3_8VTYELO59 = 3.73 / BPWHKB14P35VLT Yellow lower limit = B_PCB_B14_3TYEHI59 = 3.97 / BPWHKB14P35VLT Yellow upper limit = B_PCB_B14_3TRDLO60 = 3.65 / BPWHKB14M35VLT Red lower limit = B_PCB_B14_3_8VTRDHI60 = 4.05 / BPWHKB14M35VLT Red upper limit = B_PCB_B14_3_8VTYELO60 = 3.73 / BPWHKB14M35VLT Yellow lower limit = B_PCB_B14_3TYEHI60 = 3.97 / BPWHKB14M35VLT Yellow upper limit = B_PCB_B14_3TRDLO61 = 4.75 / BPWHKB14P50VLT Red lower limit = B_PCB_B14_5_0VTRDHI61 = 5.25 / BPWHKB14P50VLT Red upper limit = B_PCB_B14_5_0VTYELO61 = 4.85 / BPWHKB14P50VLT Yellow lower limit = B_PCB_B14_5TYEHI61 = 5.15 / BPWHKB14P50VLT Yellow upper limit = B_PCB_B14_5TRDLO62 = 7.12 / BPWHKB14P75VLT Red lower limit = B_PCB_B14_7_5VTRDHI62 = 7.85 / BPWHKB14P75VLT Red upper limit = B_PCB_B14_7_5VTYELO62 = 7.27 / BPWHKB14P75VLT Yellow lower limit = B_PCB_B14_7TYEHI62 = 7.72 / BPWHKB14P75VLT Yellow upper limit = B_PCB_B14_7TRDLO63 = 7.12 / BPWHKB14M75VLT Red lower limit = B_PCB_B14_7_5VTRDHI63 = 7.85 / BPWHKB14M75VLT Red upper limit = B_PCB_B14_7_5VTYELO63 = 7.27 / BPWHKB14M75VLT Yellow lower limit = B_PCB_B14_7TYEHI63 = 7.72 / BPWHKB14M75VLT Yellow upper limit = B_PCB_B14_7TRDLO64 = -20 / BPWHKB14CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI64 = 61 / BPWHKB14CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO64 = -15 / BPWHKB14CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI64 = 56 / BPWHKB14CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO65 = -15 / BPWHKB14TEMP Red lower limit = B_TBLK_14_LIM TRDHI65 = 45 / BPWHKB14TEMP Red upper limit = B_TBLK_14_LIM TYELO65 = -10 / BPWHKB14TEMP Yellow lower limit = B_TBLK_14_LIMTYEHI65 = 40 / BPWHKB14TEMP Yellow upper limit = B_TBLK_14_LIMTRDHI66 = 60 / BPWHKLHPB4TEMP Red upper limit = B_TLHP_B4_LIM TYEHI66 = 55 / BPWHKLHPB4TEMP Yellow upper limit = B_TLHP_B4_LTRDLO73 = -0.2 / BPWHKB15INPUTI Red lower limit = B_PCB_B15_INPITRDHI73 = 0.9 / BPWHKB15INPUTI Red upper limit = B_PCB_B15_INPITYELO73 = -0.1 / BPWHKB15INPUTI Yellow lower limit = B_PCB_B15_ITYEHI73 = 0.8 / BPWHKB15INPUTI Yellow upper limit = B_PCB_B15_ITRDLO74 = -2 / BPWHKB1525GND Red lower limit = B_PCB_B15_2_5G_TRDHI74 = 15 / BPWHKB1525GND Red upper limit = B_PCB_B15_2_5G_TYELO74 = -1 / BPWHKB1525GND Yellow lower limit = B_PCB_B15_2_TYEHI74 = 10 / BPWHKB1525GND Yellow upper limit = B_PCB_B15_2_TRDLO75 = 2.55 / BPWHKB15P25VLT Red lower limit = B_PCB_B15_2_7VTRDHI75 = 2.84 / BPWHKB15P25VLT Red upper limit = B_PCB_B15_2_7VTYELO75 = 2.62 / BPWHKB15P25VLT Yellow lower limit = B_PCB_B15_2TYEHI75 = 2.78 / BPWHKB15P25VLT Yellow upper limit = B_PCB_B15_2TRDLO76 = 2.55 / BPWHKB15M25VLT Red lower limit = B_PCB_B15_2_7VTRDHI76 = 2.84 / BPWHKB15M25VLT Red upper limit = B_PCB_B15_2_7VTYELO76 = 2.62 / BPWHKB15M25VLT Yellow lower limit = B_PCB_B15_2TYEHI76 = 2.78 / BPWHKB15M25VLT Yellow upper limit = B_PCB_B15_2TRDLO77 = 3.65 / BPWHKB15P35VLT Red lower limit = B_PCB_B15_3_8VTRDHI77 = 4.05 / BPWHKB15P35VLT Red upper limit = B_PCB_B15_3_8VTYELO77 = 3.73 / BPWHKB15P35VLT Yellow lower limit = B_PCB_B15_3TYEHI77 = 3.97 / BPWHKB15P35VLT Yellow upper limit = B_PCB_B15_3TRDLO78 = 3.65 / BPWHKB15M35VLT Red lower limit = B_PCB_B15_3_8VTRDHI78 = 4.05 / BPWHKB15M35VLT Red upper limit = B_PCB_B15_3_8VTYELO78 = 3.73 / BPWHKB15M35VLT Yellow lower limit = B_PCB_B15_3TYEHI78 = 3.97 / BPWHKB15M35VLT Yellow upper limit = B_PCB_B15_3TRDLO79 = 4.75 / BPWHKB15P50VLT Red lower limit = B_PCB_B15_5_0VTRDHI79 = 5.25 / BPWHKB15P50VLT Red upper limit = B_PCB_B15_5_0VTYELO79 = 4.85 / BPWHKB15P50VLT Yellow lower limit = B_PCB_B15_5TYEHI79 = 5.15 / BPWHKB15P50VLT Yellow upper limit = B_PCB_B15_5TRDLO80 = 7.12 / BPWHKB15P75VLT Red lower limit = B_PCB_B15_7_5VTRDHI80 = 7.85 / BPWHKB15P75VLT Red upper limit = B_PCB_B15_7_5VTYELO80 = 7.27 / BPWHKB15P75VLT Yellow lower limit = B_PCB_B15_7TYEHI80 = 7.72 / BPWHKB15P75VLT Yellow upper limit = B_PCB_B15_7TRDLO81 = 7.12 / BPWHKB15M75VLT Red lower limit = B_PCB_B15_7_5VTRDHI81 = 7.85 / BPWHKB15M75VLT Red upper limit = B_PCB_B15_7_5VTYELO81 = 7.27 / BPWHKB15M75VLT Yellow lower limit = B_PCB_B15_7TYEHI81 = 7.72 / BPWHKB15M75VLT Yellow upper limit = B_PCB_B15_7TRDLO82 = -20 / BPWHKB15CVTTEMP Red lower limit = B_PCB_CVTTEMPTRDHI82 = 61 / BPWHKB15CVTTEMP Red upper limit = B_PCB_CVTTEMPTYELO82 = -15 / BPWHKB15CVTTEMP Yellow lower limit = B_PCB_CVTTTYEHI82 = 56 / BPWHKB15CVTTEMP Yellow upper limit = B_PCB_CVTTTRDLO83 = -15 / BPWHKB15TEMP Red lower limit = B_TBLK_15_LIM TRDHI83 = 45 / BPWHKB15TEMP Red upper limit = B_TBLK_15_LIM TYELO83 = -10 / BPWHKB15TEMP Yellow lower limit = B_TBLK_15_LIMTYEHI83 = 40 / BPWHKB15TEMP Yellow upper limit = B_TBLK_15_LIMTRDLO84 = -30 / BPWHKLHPB5TEMP Red lower limit = B_TLHP_B5_LIM TRDHI84 = 60 / BPWHKLHPB5TEMP Red upper limit = B_TLHP_B5_LIM TYELO84 = -25 / BPWHKLHPB5TEMP Yellow lower limit = B_TLHP_B5_LTYEHI84 = 55 / BPWHKLHPB5TEMP Yellow upper limit = B_TLHP_B5_LHISTORY TASK: FAPPND on FILENAME: sw01210276000b18ex001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:32 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AůA-1fуYB򍍍(&'ZK)Ą%\!,n$ʉM[>ߎ 5Ή‡ŀAů%#Ҏ.VaǃXe(M%Zf*„$[4#q%ɉ񀥅HZR܎ 5ˉĈ;Aů؎.˃Y~'"Z.㍗*܍[#w&͉/[ 6҉dAůt~ێ ,4Y})+ Z񍏍)Ѝ[&m$щ/Z{ 4щbAůA&׎+aÈX̀~&ZY܀썎(ƍZр v"Չ1Z߀񍧍5҉cAů}I=ю - :󈥃Ylu )-׍Zꍋ' [ڀ#q%؉6Z 6׉feAůَ."[X~( QʍYꍒ) ډY{"݉․;Y5؉؀iAůݎ /&2OY(%Í Z񍎍)[1#n$䉴C[* 5߉n`Aů1gˀݎ ,+MƒX܀(@ÍY򍒍+)ZBr%鉲-JY 3䉷rAům~ߎ.0K˃Y)Bʍ![g*]ƍ [y'm%eS[s6ꉶzAů]܎*3)ȃY#|*!э Y:퍑*!ύ ZL n#]Zw 4񉶆Aů,8JՃY'$@ۍ"Z(&׍!Z܀/k#fZ܎ 6Aůq7!,X>ЈXz'74"Y鍏%?3 Y#p"C8Yێ 2 ꀦpAů=2 0U;Z8 )5.#[(<#!\"t'-5\$ڎ9&mAů9+RY񍊍'1"Z!'9 Z*m")0Y*ݎ 3iAůu) Վ ,L!Y(/ Z/ 25 Z u$+Z2ڎ 6cAů-MՎ .JUY9))LZ 񍓍+2[%q$ 'Z5ێ6_Aůրَ-H{YC'(ZG(/Z)o#􉹄!ZO׎ 4ZXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 500 / width of table in bytes NAXIS2 = 36 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 209 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'undocumented1' / Byte field not in ITOS database TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BXCPKTSINSCCNT' / XC number of command packets received TFORM3 = '1I ' / data format of field: 2-byte INTEGER TZERO3 = 32768 / offset for unsigned integers TTYPE4 = 'BXCPKTSERRSCCNT' / XC S/C Apid (0x0701) error counter TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 32768 / offset for unsigned integers TTYPE5 = 'BXCEXPSEQCOUNT' / XC expected sequence count of next segmented coTFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 32768 / offset for unsigned integers TTYPE6 = 'BXCREJECTREASON' / XC command reject reason TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 32768 / offset for unsigned integers TTYPE7 = 'BTOFREEBYTES' / TO Space on downlink RAM disk TFORM7 = '1J ' / data format of field: 4-byte INTEGER TZERO7 = 2147483648 / offset for unsigned integers TTYPE8 = 'BTOPKTSENT' / TO packets sent TFORM8 = '1J ' / data format of field: 4-byte INTEGER TZERO8 = 2147483648 / offset for unsigned integers TTYPE9 = 'BTOFILESSENT' / TO files TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 32768 / offset for unsigned integers TTYPE10 = 'BTOFILEQSENT00' / TO File Queue priority 0 files sent TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 32768 / offset for unsigned integers TTYPE11 = 'BTONUMQUEFLUSH' / TO TFORM11 = '1B ' / data format of field: BYTE TTYPE12 = 'BTORETRYDELQUE' / TO Current size of the retry delete queue TFORM12 = '1B ' / data format of field: BYTE TTYPE13 = 'BTOBUMPFILECNT' / TO TFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 32768 / offset for unsigned integers TTYPE14 = 'BFMBOOTSPACE' / Free space on the Boot EEPROM disk, targ/boot TFORM14 = '1J ' / data format of field: 4-byte INTEGER TTYPE15 = 'BFMNORMSPACE' / Free space on the Normal EEPROM disk, targ/normTFORM15 = '1J ' / data format of field: 4-byte INTEGER TTYPE16 = 'BFMTEMPSPACE' / Free space on the scratch RAM disk, targ/temp TFORM16 = '1J ' / data format of field: 4-byte INTEGER TTYPE17 = 'BFMNRAMSPACE' / Free space on the Normal DRAM disk, targ/nram TFORM17 = '1J ' / data format of field: 4-byte INTEGER TTYPE18 = 'BSHPRIMCLK' / SH Free Running Flag TFORM18 = '1B ' / data format of field: BYTE TTYPE19 = 'BSHCURRSLOT' / SH Current Slot Number TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BSHCMDORCNT' / SH BAT Cmd Buffer Overrun Error Count TFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 32768 / offset for unsigned integers TTYPE21 = 'BSHCURRCYCLE' / SH Current Cycle Number TFORM21 = '1J ' / data format of field: 4-byte INTEGER TZERO21 = 2147483648 / offset for unsigned integers TTYPE22 = 'undocumented2' / Byte field not in ITOS database TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 32768 / offset for unsigned integers TTYPE23 = 'BSHBBADISRCNT' / SH BAT Bad 1 Hz ISR Count TFORM23 = '1B ' / data format of field: BYTE TTYPE24 = 'BSHPULSE' / SH Source of the 1Hz Pulse TFORM24 = '1B ' / data format of field: BYTE TTYPE25 = 'BMSCBYTESCRUB' / MS Cumulative number of bytes scrubbed since ReTFORM25 = '1J ' / data format of field: 4-byte INTEGER TZERO25 = 2147483648 / offset for unsigned integers TTYPE26 = 'BMSCPASSCOMPL' / MS Passes made thru Bulk Memory since Reset TFORM26 = '1J ' / data format of field: 4-byte INTEGER TZERO26 = 2147483648 / offset for unsigned integers TTYPE27 = 'BMSCSBERRORS' / MS Cumulative number of Single-Bit Errors sinceTFORM27 = '1J ' / data format of field: 4-byte INTEGER TZERO27 = 2147483648 / offset for unsigned integers TTYPE28 = 'BMSCMBERRORS' / MS Cumulative number of Multi-Bit Errors since TFORM28 = '1J ' / data format of field: 4-byte INTEGER TZERO28 = 2147483648 / offset for unsigned integers TTYPE29 = 'BMSRAMCSBERRORS' / MS RAM single-bit error count TFORM29 = '1J ' / data format of field: 4-byte INTEGER TZERO29 = 2147483648 / offset for unsigned integers TTYPE30 = 'BMSRAMCMBERRORS' / MS RAM multi-bit error count TFORM30 = '1J ' / data format of field: 4-byte INTEGER TZERO30 = 2147483648 / offset for unsigned integers TTYPE31 = 'BMSRAMLSBERRADDR' / MS Last RAM single-bit error address TFORM31 = '1J ' / data format of field: 4-byte INTEGER TZERO31 = 2147483648 / offset for unsigned integers TTYPE32 = 'BMSRAMLMBERRADDR' / MS Last RAM multi-bit error address TFORM32 = '1J ' / data format of field: 4-byte INTEGER TZERO32 = 2147483648 / offset for unsigned integers TTYPE33 = 'BMSMACHERRORS' / MS RAM machine check error count TFORM33 = '1J ' / data format of field: 4-byte INTEGER TZERO33 = 2147483648 / offset for unsigned integers TTYPE34 = 'BMSACHERRADDR' / MS Last RAM machine check error address TFORM34 = '1J ' / data format of field: 4-byte INTEGER TZERO34 = 2147483648 / offset for unsigned integers TTYPE35 = 'BMSLIORESETREG' / MS Processor LIO Reset Register TFORM35 = '1J ' / data format of field: 4-byte INTEGER TZERO35 = 2147483648 / offset for unsigned integers TTYPE36 = 'BTMSEVER6CNT' / TM Count of Events with Severity = 6 TFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 32768 / offset for unsigned integers TTYPE37 = 'BTMCURRMODE' / TM Current Software Mode TFORM37 = '1B ' / data format of field: BYTE TTYPE38 = 'BTMPREVMODE' / TM Previous Software Mode TFORM38 = '1B ' / data format of field: BYTE TTYPE39 = 'BTMCURLOGINDX' / TM Current Index into the System Reset Log TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 32768 / offset for unsigned integers TTYPE40 = 'BTMSRESETCNT' / TM System Reset Count TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 32768 / offset for unsigned integers TTYPE41 = 'BTMBOOTCNT' / TM Boot Mode Reset Count TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = 32768 / offset for unsigned integers TTYPE42 = 'BTMNORMALCNT' / TM Normal Mode Reset Count TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 32768 / offset for unsigned integers TTYPE43 = 'BTMWRESETCNT' / TM System Warm Reset Count TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 32768 / offset for unsigned integers TTYPE44 = 'BTMCRESETCNT' / TM System Cold Reset Count TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 32768 / offset for unsigned integers TTYPE45 = 'BTMLLOGPRVMOD' / TM Log of Last Mode Change: The Mode We EnteredTFORM45 = '1B ' / data format of field: BYTE TTYPE46 = 'BTMLLOGNEWMOD' / TM Log of Last Mode Change: The Mode We Came FrTFORM46 = '1B ' / data format of field: BYTE TTYPE47 = 'BTMLRESETTYPE' / TM Log of Last Mode Change: The Reset Type TFORM47 = '1B ' / data format of field: BYTE TTYPE48 = 'undocumented3' / Byte field not in ITOS database TFORM48 = '1B ' / data format of field: BYTE TTYPE49 = 'BTMLLOGEVENT' / TM Log of Last Mode Change: The Event that CausTFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = 32768 / offset for unsigned integers TTYPE50 = 'BTMLLOGTIME' / TM Log of Last Mode Change: The Time it HappeneTFORM50 = '1D ' / data format of field: 8-byte DOUBLE TTYPE51 = 'BTMVWBYTESFR' / TM VxWorks SysMem Partition Bytes Free TFORM51 = '1J ' / data format of field: 4-byte INTEGER TZERO51 = 2147483648 / offset for unsigned integers TTYPE52 = 'BTMVWBLCKSFR' / TM VxWorks SysMem Partition Blocks Free TFORM52 = '1J ' / data format of field: 4-byte INTEGER TZERO52 = 2147483648 / offset for unsigned integers TTYPE53 = 'BTMPERCIDLE' / TM System Idle Time Percentage TFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 327.68 / data offset (32k shift B_TM_PERCENT_CNV conversTSCAL53 = 0.01 / data scaling (B_TM_PERCENT_CNV conversion) TTYPE54 = 'BTMTEPENABLED' / TM Task Execution Profiler Setting TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BTMVWMAXBLKFR' / TM VxWorks SysMem Partition largest free block TFORM55 = '1J ' / data format of field: 4-byte INTEGER TZERO55 = 2147483648 / offset for unsigned integers TTYPE56 = 'BTMFSBYTESFR' / TM DOS SysMem Partition total free bytes TFORM56 = '1J ' / data format of field: 4-byte INTEGER TZERO56 = 2147483648 / offset for unsigned integers TTYPE57 = 'BTMFSBLCKSFR' / TM DOS SysMem Partition total free blocks TFORM57 = '1J ' / data format of field: 4-byte INTEGER TZERO57 = 2147483648 / offset for unsigned integers TTYPE58 = 'BTMFSMAXBLKFR' / TM DOS SysMem Partition largest free block TFORM58 = '1J ' / data format of field: 4-byte INTEGER TZERO58 = 2147483648 / offset for unsigned integers TTYPE59 = 'BTMFSTOTBYTES' / TM DOS SysMem Partition total memory TFORM59 = '1J ' / data format of field: 4-byte INTEGER TZERO59 = 2147483648 / offset for unsigned integers TTYPE60 = 'BSCSTARTCNT' / SC Script START Commands Count TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 32768 / offset for unsigned integers TTYPE61 = 'BSCTERMCNT' / SC Script STOP Command Count TFORM61 = '1I ' / data format of field: 2-byte INTEGER TZERO61 = 32768 / offset for unsigned integers TTYPE62 = 'BSCCOMPLCNT' / SC Script BREAK Command Count TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 32768 / offset for unsigned integers TTYPE63 = 'BSCNUMSCRIPTS' / SC Number of Scripts Currently Active TFORM63 = '1B ' / data format of field: BYTE TTYPE64 = 'BSCUNSPECSLOT' / SC Minimum Slot for Scripts with Unspecified SlTFORM64 = '1B ' / data format of field: BYTE TTYPE65 = 'BSCTLMPKTCNT' / SC Script CLEAR Command Count TFORM65 = '1J ' / data format of field: 4-byte INTEGER TZERO65 = 2147483648 / offset for unsigned integers TTYPE66 = 'BSCCMDSENT' / SC Script STEP Command Count TFORM66 = '1J ' / data format of field: 4-byte INTEGER TZERO66 = 2147483648 / offset for unsigned integers TTYPE67 = 'FOMSLEWMODESTAT' / Fom Slew Mode Enable Status TFORM67 = '1B ' / data format of field: BYTE TTYPE68 = 'FOMATMODESTAT' / Fom AT Mode Enable Status TFORM68 = '1B ' / data format of field: BYTE TTYPE69 = 'FOMPPTMODESTAT' / Fom PPT Mode Enable Status TFORM69 = '1B ' / data format of field: BYTE TTYPE70 = 'FOMOTTYPE' / Current Observed Target Target Type TFORM70 = '1B ' / data format of field: BYTE TTYPE71 = 'FOMOTOBSNUM' / Current Observed Target Observation Num TFORM71 = '1J ' / data format of field: 4-byte INTEGER TZERO71 = 2147483648 / offset for unsigned integers TTYPE72 = 'FOMOTMERIT' / Current Observed Target Merit TFORM72 = '1E ' / data format of field: 4-byte REAL TTYPE73 = 'FOMOTOBSSECS' / Current Observed Target Secs Until View ConstraTFORM73 = '1J ' / data format of field: 4-byte INTEGER TZERO73 = 2147483648 / offset for unsigned integers TUNIT73 = 's ' / physical unit of field TTYPE74 = 'FOMOTPASTOBSS' / Current Observed Target Past Observed Secs TFORM74 = '1J ' / data format of field: 4-byte INTEGER TZERO74 = 2147483648 / offset for unsigned integers TUNIT74 = 's ' / physical unit of field TTYPE75 = 'FOMOTLASTOBST' / Current Observed Target Last Obs Time (in TIME4TFORM75 = '1J ' / data format of field: 4-byte INTEGER TZERO75 = 2147483648 / offset for unsigned integers TSCAL75 = 1 / data are not scaled TUNIT75 = 's ' / physical unit of field TTYPE76 = 'FOMOTLASTOBSS' / Current Observed Target Last Obs Time (in U1234TFORM76 = '1J ' / data format of field: 4-byte INTEGER TZERO76 = 2147483648 / offset for unsigned integers TUNIT76 = 's ' / physical unit of field TTYPE77 = 'FOMAISLEWSTATE' / ACS Info Slew State TFORM77 = '1B ' / data format of field: BYTE TTYPE78 = 'FOMACSINSAA' / ACS Info In SAA Flag TFORM78 = '1B ' / data format of field: BYTE TTYPE79 = 'FOMLASTSIRCODE' / Last Slew Info Reply Reply Code TFORM79 = '1B ' / data format of field: BYTE TTYPE80 = 'FOMLASTSRRCODE' / Last Slew Request Reply Reply Code TFORM80 = '1B ' / data format of field: BYTE TTYPE81 = 'FOMPPTREQCNT' / FOM PPT Request Count TFORM81 = '1B ' / data format of field: BYTE TTYPE82 = 'FOMATUPDCNT' / FOM AT Update Count TFORM82 = '1B ' / data format of field: BYTE TTYPE83 = 'FOMGRBREQCNT' / GRB Request Count TFORM83 = '1B ' / data format of field: BYTE TTYPE84 = 'FOMTOOREQCNT' / TOO Request Count TFORM84 = '1B ' / data format of field: BYTE TTYPE85 = 'BPWRESPVERIFY' / PW count of Cmd Responses that Verified SuccessTFORM85 = '1I ' / data format of field: 2-byte INTEGER TZERO85 = 32768 / offset for unsigned integers TTYPE86 = 'BPWRESPFAILED' / PW count of Cmd Responses that Failed VerificatTFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 32768 / offset for unsigned integers TTYPE87 = 'BPWRESPTIMEOUT' / PW count of Cmd Responses that TimedOut TFORM87 = '1I ' / data format of field: 2-byte INTEGER TZERO87 = 32768 / offset for unsigned integers TTYPE88 = 'BPWHKCMDSENT' / PW count of HK Cmds sent to PCB TFORM88 = '1I ' / data format of field: 2-byte INTEGER TZERO88 = 32768 / offset for unsigned integers TTYPE89 = 'BPWDIAGCMDSENT' / PW count of Diag Cmds sent to PCB TFORM89 = '1I ' / data format of field: 2-byte INTEGER TZERO89 = 32768 / offset for unsigned integers TTYPE90 = 'BPWOTHERCMDSENT' / PW count of anything other than HK or Diag CmdsTFORM90 = '1I ' / data format of field: 2-byte INTEGER TZERO90 = 32768 / offset for unsigned integers TTYPE91 = 'BPWHKRESPRCVD' / PW count of HK packet Responses Received TFORM91 = '1I ' / data format of field: 2-byte INTEGER TZERO91 = 32768 / offset for unsigned integers TTYPE92 = 'BPWDIAGRESPRCVD' / PW count of Diagnostic Packet Responses ReceiveTFORM92 = '1I ' / data format of field: 2-byte INTEGER TZERO92 = 32768 / offset for unsigned integers TTYPE93 = 'BPWSTATRESPRCVD' / PW count of Status packet Responses Received TFORM93 = '1I ' / data format of field: 2-byte INTEGER TZERO93 = 32768 / offset for unsigned integers TTYPE94 = 'BPWSTATPKTTOGND' / PW Flag as to whether Status Pkt comes to the GTFORM94 = '1B ' / data format of field: BYTE TTYPE95 = 'BPWEVENTSDISPLD' / PW Flag as to whether Timeout Events get displaTFORM95 = '1B ' / data format of field: BYTE TTYPE96 = 'BIHFAILCOUNT' / IH failure count (total number of failurs sinceTFORM96 = '1J ' / data format of field: 4-byte INTEGER TZERO96 = 2147483648 / offset for unsigned integers TTYPE97 = 'BIHTLMFAIL' / IH last telemetry point row failure TFORM97 = '1I ' / data format of field: 2-byte INTEGER TZERO97 = 32768 / offset for unsigned integers TTYPE98 = 'BIHBCDHFAIL' / IH last BCDH column failure TFORM98 = '1I ' / data format of field: 2-byte INTEGER TZERO98 = 32768 / offset for unsigned integers TTYPE99 = 'BIHCHECKRATE' / IH check rate (seconds) TFORM99 = '1I ' / data format of field: 2-byte INTEGER TZERO99 = 32768 / offset for unsigned integers TTYPE100= 'BIHFAILRATE' / IH failure rate (samples) TFORM100= '1I ' / data format of field: 2-byte INTEGER TZERO100= 32768 / offset for unsigned integers TTYPE101= 'BIHTASKCFG' / IH task configuration (1 - enabled, 0 - disableTFORM101= '1J ' / data format of field: 4-byte INTEGER TZERO101= 2147483648 / offset for unsigned integers TTYPE102= 'BDIHKDATAMET' / Data MET time, U1234 format TFORM102= '1J ' / data format of field: 4-byte INTEGER TUNIT102= 's ' / physical unit of field TTYPE103= 'BDIHKLAG' / How far DI is lagging, TFORM103= '1I ' / data format of field: 2-byte INTEGER TZERO103= 32768 / offset for unsigned integers TTYPE104= 'BDIHKNFAULTS' / Number of data/software faults found TFORM104= '1B ' / data format of field: BYTE TTYPE105= 'BDIHKLASTFAULT' / Identity of last fault TFORM105= '1B ' / data format of field: BYTE TTYPE106= 'BDIHKBLKRATE' TFORM106= '1I ' / data format of field: 2-byte INTEGER TZERO106= 524288 / data offset (32k shift BDICONVTIMES16 conversioTSCAL106= 16 / data scaling (BDICONVTIMES16 conversion) TUNIT106= 'count ' / physical unit of field TTYPE107= 'BDIHKBLKRATE64S' TFORM107= '1I ' / data format of field: 2-byte INTEGER TZERO107= 524288 / data offset (32k shift BDICONVTIMES16 conversioTSCAL107= 16 / data scaling (BDICONVTIMES16 conversion) TUNIT107= 'count ' / physical unit of field TTYPE108= 'BDIHKNGOODDETS' / Number of detectors functioning TFORM108= '1I ' / data format of field: 2-byte INTEGER TZERO108= 32768 / offset for unsigned integers TTYPE109= 'BDIHKBCDHVER' / Count of BCDH command verifies TFORM109= '1I ' / data format of field: 2-byte INTEGER TZERO109= 32768 / offset for unsigned integers TTYPE110= 'BDIHKDMVER' / Count of DM command verifies TFORM110= '1I ' / data format of field: 2-byte INTEGER TZERO110= 32768 / offset for unsigned integers TTYPE111= 'BDIHKBCDHEXC' / Count of BCDH command exceptions TFORM111= '1I ' / data format of field: 2-byte INTEGER TZERO111= 32768 / offset for unsigned integers TTYPE112= 'BDIHKDMEXC' / Count of DM command exceptions TFORM112= '1I ' / data format of field: 2-byte INTEGER TZERO112= 32768 / offset for unsigned integers TTYPE113= 'BDIHKDMPARITY' / Count of DM parity errors TFORM113= '1I ' / data format of field: 2-byte INTEGER TZERO113= 32768 / offset for unsigned integers TTYPE114= 'BDIHKDMALARMS' / Count of DM alarms TFORM114= '1I ' / data format of field: 2-byte INTEGER TZERO114= 32768 / offset for unsigned integers TTYPE115= 'BDIHKMICERRORS' / Count of MIC errors TFORM115= '1I ' / data format of field: 2-byte INTEGER TZERO115= 32768 / offset for unsigned integers TTYPE116= 'BDIHKTIMELAG' / How far DI is lagging, seconds TFORM116= '1I ' / data format of field: 2-byte INTEGER TZERO116= 32768 / offset for unsigned integers TUNIT116= 's ' / physical unit of field TTYPE117= 'BDIHKGRBFOLLOW' / Is DI doing a GRB follow-up TFORM117= '1B ' / data format of field: BYTE TTYPE118= 'BDIHKFORCEINVAL' / Is data forced to be invalid? TFORM118= '1B ' / data format of field: BYTE TTYPE119= 'BDIHKSLEWING' / Is DI in slew mode TFORM119= '1B ' / data format of field: BYTE TTYPE120= 'BDIHKSAA' / Is DI in SAA mode TFORM120= '1B ' / data format of field: BYTE TTYPE121= 'BDIHKVALID' / Is DI producing valid data TFORM121= '1B ' / data format of field: BYTE TTYPE122= 'BDIHKTRIGGERABLE' / Is DI producing triggerable data TFORM122= '1B ' / data format of field: BYTE TTYPE123= 'BDIHKDAPSAA' / Is DAP believed to be in SAA state? TFORM123= '1B ' / data format of field: BYTE TTYPE124= 'BDIHKUVOTFILTMV' / Is UVOT filter moving? TFORM124= '1B ' / data format of field: BYTE TTYPE125= 'undocumented4' / Byte field not in ITOS database TFORM125= '1B ' / data format of field: BYTE TTYPE126= 'BBRHKTRIGTIME42' / BR HK trigger time (time42) TFORM126= '1D ' / data format of field: 8-byte DOUBLE TUNIT126= 's ' / physical unit of field TTYPE127= 'undocumented5' / Byte field not in ITOS database TFORM127= '1I ' / data format of field: 2-byte INTEGER TZERO127= 32768 / offset for unsigned integers TTYPE128= 'BBRHKTRIGDUR' / BR HK trigger duration TFORM128= '1J ' / data format of field: 4-byte INTEGER TZERO128= 8590065.664 / data offset (2G shift B_BR_4MS_A conversion) TSCAL128= 0.004 / data scaling (B_BR_4MS_A conversion) TTYPE129= 'BBRHKSOURCETYPE' / BR HK source type TFORM129= '1B ' / data format of field: BYTE TTYPE130= 'BBRHKTHETA' / BR HK burst/transient location in radial coord.TFORM130= '1E ' / data format of field: 4-byte REAL TUNIT130= 'rad ' / physical unit of field TTYPE131= 'BBRHKPHI' / BR HK burst/transient location in azimuthal cooTFORM131= '1E ' / data format of field: 4-byte REAL TUNIT131= 'rad ' / physical unit of field TTYPE132= 'BBRHKSTRENGTH' / BR HK burst/transient strength in image units TFORM132= '1E ' / data format of field: 4-byte REAL TTYPE133= 'BBRHKLOCSIGMA' / BR HK burst/transient rms near src location TFORM133= '1E ' / data format of field: 4-byte REAL TTYPE134= 'BBRHKCATNUM' / BR HK burst/transient catalog number of src (-1TFORM134= '1I ' / data format of field: 2-byte INTEGER TZERO134= 32768 / offset for unsigned integers TTYPE135= 'BBRHKTECHNIQUE' / BR HK burst/transient technique to get the src TFORM135= '1I ' / data format of field: 2-byte INTEGER TZERO135= 32768 / offset for unsigned integers TTYPE136= 'BBRHKINTRSGSTR' / BR HK burst/transient source brightness for intTFORM136= '1E ' / data format of field: 4-byte REAL TTYPE137= 'BBRHKRARAD' / BR HK R.A. in radians TFORM137= '1E ' / data format of field: 4-byte REAL TUNIT137= 'rad ' / physical unit of field TTYPE138= 'BBRHKDECRAD' / BR HK Declination in radians TFORM138= '1E ' / data format of field: 4-byte REAL TUNIT138= 'rad ' / physical unit of field TTYPE139= 'BBRHKFBURST' / BR HK burst flag TFORM139= '1B ' / data format of field: BYTE TTYPE140= 'BBRHKFINTERSTING' / BR HK interesting flag TFORM140= '1B ' / data format of field: BYTE TTYPE141= 'BBRHKFIMAGETRIG' / BR HK image trigger flag TFORM141= '1B ' / data format of field: BYTE TTYPE142= 'BBRHKFCONTINUOUS' / BR HK continuous observation flag TFORM142= '1B ' / data format of field: BYTE TTYPE143= 'BBRHKERANGE' / BR HK Trigger energy TFORM143= '1B ' / data format of field: BYTE TTYPE144= 'BBRHKFINRATETRIG' / BR HK processing new rate trigger TFORM144= '1B ' / data format of field: BYTE TTYPE145= 'BBRHKTIMESINCE' / BR HK time since trigger TFORM145= '1J ' / data format of field: 4-byte INTEGER TZERO145= 2147483648 / offset for unsigned integers TTYPE146= 'BBRHKMERIT0' / BR HK Merit item 0 TFORM146= '1I ' / data format of field: 2-byte INTEGER TTYPE147= 'BBRHKMERIT1' / BR HK Merit item 1 TFORM147= '1I ' / data format of field: 2-byte INTEGER TTYPE148= 'BBRHKMERIT2' / BR HK Merit item 2 TFORM148= '1I ' / data format of field: 2-byte INTEGER TTYPE149= 'BBRHKMERIT3' / BR HK Merit item 3 TFORM149= '1I ' / data format of field: 2-byte INTEGER TTYPE150= 'BBRHKMERIT4' / BR HK Merit item 4 TFORM150= '1I ' / data format of field: 2-byte INTEGER TTYPE151= 'BBRHKMERIT5' / BR HK Merit item 5 TFORM151= '1I ' / data format of field: 2-byte INTEGER TTYPE152= 'BBRHKMERIT6' / BR HK Merit item 6 TFORM152= '1I ' / data format of field: 2-byte INTEGER TTYPE153= 'BBRHKMERIT7' / BR HK Merit item 7 TFORM153= '1I ' / data format of field: 2-byte INTEGER TTYPE154= 'BBRHKMERIT8' / BR HK Merit item 8 TFORM154= '1I ' / data format of field: 2-byte INTEGER TTYPE155= 'BBRHKMERIT9' / BR HK Merit item 9 TFORM155= '1I ' / data format of field: 2-byte INTEGER TTYPE156= 'undocumented6' / Byte field not in ITOS database TFORM156= '1I ' / data format of field: 2-byte INTEGER TZERO156= 32768 / offset for unsigned integers TTYPE157= 'BBRHKTRIGNUM' / BR HK trigger number TFORM157= '1J ' / data format of field: 4-byte INTEGER TZERO157= 2147483648 / offset for unsigned integers TTYPE158= 'BBRHKTRYINGTRIG' / BR HK triggers tried since TFORM158= '1J ' / data format of field: 4-byte INTEGER TZERO158= 2147483648 / offset for unsigned integers TTYPE159= 'BBRHKTRYINGMET' / BR HK triggers tried at MET TFORM159= '1J ' / data format of field: 4-byte INTEGER TZERO159= 2147483648 / offset for unsigned integers TUNIT159= 's ' / physical unit of field TTYPE160= 'BCAHKLASTOFFMET' / Last Offset time, U1234 format TFORM160= '1J ' / data format of field: 4-byte INTEGER TTYPE161= 'BCAHKLASTGAINMET' / Last Gain time, U1234 format TFORM161= '1J ' / data format of field: 4-byte INTEGER TTYPE162= 'BCAHKLASTOINDEX' / Last Offset Index TFORM162= '1I ' / data format of field: 2-byte INTEGER TZERO162= 32768 / offset for unsigned integers TTYPE163= 'BCAHKLASTGINDEX' / Last Gain Index TFORM163= '1I ' / data format of field: 2-byte INTEGER TZERO163= 32768 / offset for unsigned integers TTYPE164= 'BCAHKDOINGBLK' / Which block are we currently calibrating TFORM164= '1I ' / data format of field: 2-byte INTEGER TTYPE165= 'undocumented7' / Byte field not in ITOS database TFORM165= '1I ' / data format of field: 2-byte INTEGER TZERO165= 32768 / offset for unsigned integers TTYPE166= 'BTGHKTYPE' / Trigger Status Type TFORM166= '1I ' / data format of field: 2-byte INTEGER TZERO166= 32768 / offset for unsigned integers TTYPE167= 'BTGHKAFTERBURN' / Trigger afterburners running TFORM167= '1I ' / data format of field: 2-byte INTEGER TZERO167= 32768 / offset for unsigned integers TTYPE168= 'BTGHKSCORE' / Trigger Status Score TFORM168= '1E ' / data format of field: 4-byte REAL TTYPE169= 'BTGHKTRIGID' / Trigger Status Trigger ID TFORM169= '1J ' / data format of field: 4-byte INTEGER TZERO169= 2147483648 / offset for unsigned integers TTYPE170= 'BTGHKTRIGEXPTICK' / Trigger Status Trigger Expire, tTICK TFORM170= '1J ' / data format of field: 4-byte INTEGER TZERO170= 2147483648 / offset for unsigned integers TTYPE171= 'BTGHKBESTSCORE' / Trigger Status best trigger strength TFORM171= '1E ' / data format of field: 4-byte REAL TTYPE172= 'BTGHKRATCHET' / Trigger Status number of trigger ratchets TFORM172= '1J ' / data format of field: 4-byte INTEGER TZERO172= 2147483648 / offset for unsigned integers TTYPE173= 'BTGHKNEW' / Trigger Status new trigger found TFORM173= '1J ' / data format of field: 4-byte INTEGER TZERO173= 2147483648 / offset for unsigned integers TTYPE174= 'BTGHKLEVALPER8' / Long trigger evaluations/8 seconds TFORM174= '1I ' / data format of field: 2-byte INTEGER TZERO174= 32768 / offset for unsigned integers TTYPE175= 'BTGHKDITGCPU' / CPU usage by DI+TG TFORM175= '1I ' / data format of field: 2-byte INTEGER TZERO175= 327.68 / data offset (32k shift B_TG_PERCENT conversion)TSCAL175= 0.01 / data scaling (B_TG_PERCENT conversion) TTYPE176= 'BTGHKNTHROTTLED' / Trigger criteria throttled for CPU usage TFORM176= '1I ' / data format of field: 2-byte INTEGER TTYPE177= 'BTGHKVETONUM' / What source catnum is being vetoed TFORM177= '1I ' / data format of field: 2-byte INTEGER TZERO177= 32768 / offset for unsigned integers TTYPE178= 'BPDBCBWRITE' / Circular buffer write index TFORM178= '1J ' / data format of field: 4-byte INTEGER TZERO178= 2147483648 / offset for unsigned integers TTYPE179= 'BPDBCBVALID' / Circular buffer valid length TFORM179= '1J ' / data format of field: 4-byte INTEGER TZERO179= 2147483648 / offset for unsigned integers TTYPE180= 'BPDBCBREAD' / Circular buffer read index TFORM180= '1J ' / data format of field: 4-byte INTEGER TZERO180= 2147483648 / offset for unsigned integers TTYPE181= 'BPDBCBWRLAP' / Circular buffer write wrap count TFORM181= '1I ' / data format of field: 2-byte INTEGER TZERO181= 32768 / offset for unsigned integers TTYPE182= 'BPDBCBRDLAP' / Circular buffer read wrap count TFORM182= '1I ' / data format of field: 2-byte INTEGER TZERO182= 32768 / offset for unsigned integers TTYPE183= 'BPDMICAVGRATE' / MIC input data rate - avg bytes per sec TFORM183= '1J ' / data format of field: 4-byte INTEGER TZERO183= 2147483648 / offset for unsigned integers TUNIT183= 'byte/s ' / physical unit of field TTYPE184= 'BPDBCDHCMDCNT' / BCDH command count TFORM184= '1I ' / data format of field: 2-byte INTEGER TZERO184= 32768 / offset for unsigned integers TTYPE185= 'BPDBCDHERRCNT' / BCDH command error count TFORM185= '1I ' / data format of field: 2-byte INTEGER TZERO185= 32768 / offset for unsigned integers TTYPE186= 'BPDMICCMDCNT' / MIC command count TFORM186= '1B ' / data format of field: BYTE TTYPE187= 'BPDMICERRCNT' / not used in software ver 4.1 TFORM187= '1B ' / data format of field: BYTE TTYPE188= 'BPDMICFPGAERR' / Command buffer FPGA lockup count TFORM188= '1B ' / data format of field: BYTE TTYPE189= 'BPDDSPMTHCNT' / DSP interface method count TFORM189= '1B ' / data format of field: BYTE TTYPE190= 'BPDDSPERRCNT' / DSP interface total errors TFORM190= '1B ' / data format of field: BYTE TTYPE191= 'BPDDSPCMDCNT' / DSP interface commands sent TFORM191= '1B ' / data format of field: BYTE TTYPE192= 'BPDDSPTSKCNT' / DSP interface hipri task count TFORM192= '1B ' / data format of field: BYTE TTYPE193= 'BPDDSPERRTLM' / DSP interface response length errs TFORM193= '1B ' / data format of field: BYTE TTYPE194= 'BDEREQRCVCNT' / DSP Request Received Count TFORM194= '1B ' / data format of field: BYTE TTYPE195= 'BDEREQERRCNT' / DSP Request Error Count TFORM195= '1B ' / data format of field: BYTE TTYPE196= 'BDEHALTCNT' / DSP Count of halts received TFORM196= '1B ' / data format of field: BYTE TTYPE197= 'BDERCVINTCNT' / DSP Count of Received Interrupts TFORM197= '1B ' / data format of field: BYTE TTYPE198= 'BDEXSERRSEG' / DSP Checksum Error Index TFORM198= '1B ' / data format of field: BYTE TTYPE199= 'BDEXSERRCNT' / DSP Total Count of Checksum Errors TFORM199= '1B ' / data format of field: BYTE TTYPE200= 'BDEXSCYCLES' / DSP Spare0 for Science Code TFORM200= '1B ' / data format of field: BYTE TTYPE201= 'BDETXINTCNT' / DSP Spare0 for Science Code TFORM201= '1B ' / data format of field: BYTE TTYPE202= 'BDEPKTERRCNT' / DSP transmit packet error count TFORM202= '1B ' / data format of field: BYTE TTYPE203= 'BDEPKTERRTYP' / DSP transmit packet last error type TFORM203= '1B ' / data format of field: BYTE TTYPE204= 'BDECONTROLFLG' / DSP Current Control flag set by dsp object TFORM204= '1B ' / data format of field: BYTE TTYPE205= 'BDEACTIVITYFLG' / DSP Current Activity flag set by the dsp TFORM205= '1B ' / data format of field: BYTE TTYPE206= 'BDExx32x1' / DSP board science ??? status TFORM206= '1J ' / data format of field: 4-byte INTEGER TZERO206= 2147483648 / offset for unsigned integers TTYPE207= 'BDExx32x2' / DSP board science ??? status TFORM207= '1J ' / data format of field: 4-byte INTEGER TZERO207= 2147483648 / offset for unsigned integers TTYPE208= 'BDExx32x3' / DSP board science ??? status TFORM208= '1J ' / data format of field: 4-byte INTEGER TZERO208= 2147483648 / offset for unsigned integers TTYPE209= 'BDExx32x4' / DSP board science ??? status TFORM209= '1J ' / data format of field: 4-byte INTEGER TZERO209= 2147483648 / offset for unsigned integers EXTNAME = 'hk18fx001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699931.90234 TSTOP = 727705606.90242 DATE-OBS= '2024-01-23T10:52:06' DATE-END= '2024-01-23T12:26:41' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 5675.00007998943 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 399 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:29' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'VUAJVR19VR8GVR89' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '1168798762' / data unit checksum updated 2024-02-02T06:06:29 TRDHI4 = 2 / BXCPKTSERRSCCNT Red upper limit = BXC_PKTERRSC_TYEHI4 = 1 / BXCPKTSERRSCCNT Yellow upper limit = BXC_PKTERRCOMMENT Column 6 = BXCREJECTREASON - Discrete value COMMENT 0 = NO ERROR = No error to report yet COMMENT 1 = SB SEND ERROR = The software bus reported an error on the cmd pkCOMMENT 2 = PKT TOO LONG = The cmd pkt's checksum didn't match the pkt data COMMENT 3 = BAD PKT XSUM = The cmd pkt's checksum didn't match the pkt data COMMENT 4 = TOO MANY SEGMENTS = Too many segment reconstructions in progressCOMMENT 5 = SEGMENT TOO LONG = Segmentation length error - reconstructed pacCOMMENT 6 = SEGMENT SEQ ERROR = Segmentation sequence count error - not in oCOMMENT 7 = SEGMENT APID ERR = Segmentation apid error - apid not in progresCOMMENT 8 = ODD PKT LENGTH = Segmentation apid error - apid not in progress TRDLO16 = 10000 / BFMTEMPSPACE Red lower limit = BTEMPSPACE_LIM TRDHI16 = 1000000 / BFMTEMPSPACE Red upper limit = BTEMPSPACE_LIM TYELO16 = 60000 / BFMTEMPSPACE Yellow lower limit = BTEMPSPACE_LITYEHI16 = 900000 / BFMTEMPSPACE Yellow upper limit = BTEMPSPACE_LICOMMENT Column 18 = BSHPRIMCLK - Discrete value COMMENT 0 = UNDEFINED = System Clock is undefined COMMENT 1 = S/C TIME MSG = System Clock is Time Message from S/C COMMENT 2 = S/C 1PPS = System Clock is S/C one hertz hardware COMMENT 3 = BAT 1PPS = System Clock is BAT one hertz hardware COMMENT 4 = VXWORKS = System Clock is vxWorks clock ( PowerPC ) COMMENT 5 = R6K PIT = System Clock is Processor's PIT timer COMMENT 6 = CYGWIN = System Clock is cygwin clock ( PowerPC ) COMMENT 7 = LINUX = System Clock is Linux clock ( PowerPC ) COMMENT 8 = DEBUG = System Clock is debug clock ( PowerPC ) COMMENT 9-255 = UNDEFINED = System Clock is undefined COMMENT Column 24 = BSHPULSE - Discrete value COMMENT 0 = UNDEFINED = 1 PPS Pulse is undefined COMMENT 1 = PRIMARY EXTERNAL = 1 PPS Pulse is primary external COMMENT 2 = REDUNDANT EXTERNAL = 1 PPS Pulse is redundant external COMMENT 4 = MIC INTERNAL = 1 PPS Pulse is MIC internal TRDHI24 = 4 / BSHPULSE Red upper limit = B_SHPULSE_LIM TYEHI24 = 3 / BSHPULSE Yellow upper limit = B_SHPULSE_LIM TRDHI27 = 2 / BMSCSBERRORS Red upper limit = BMS_SBERR_LIM TYEHI27 = 1 / BMSCSBERRORS Yellow upper limit = BMS_SBERR_LIMTRDHI28 = 2 / BMSCMBERRORS Red upper limit = BMS_MBERR_LIM TYEHI28 = 1 / BMSCMBERRORS Yellow upper limit = BMS_MBERR_LIMCOMMENT Column 35 = BMSLIORESETREG - Discrete value COMMENT 0 = LIO POWER ON RESET = Power Cycle Reset COMMENT 2048 = LIO CRITICAL RESET = Critical Reset COMMENT 2304 = LIO CRITICAL ERROR = Critical Error COMMENT 2560 = LIO PAS ERROR = Pas Reset COMMENT 2816 = LIO CHECKSTOP ERROR = Checkstop Error COMMENT 3072 = LIO PCI BRIDGE ERROR = PCI Bridge Error COMMENT 3328 = LIO WATCHDOG ERROR = Watchdog Error COMMENT 3584 = LIO SELFTEST ERROR = SelfTest error COMMENT Column 37 = BTMCURRMODE - Discrete value COMMENT 0 = UNDEFINED = no description COMMENT 1 = OFF = no description COMMENT 2 = BOOT = no description COMMENT 3 = NORM = no description COMMENT 4-255 = UNDEFINED = no description COMMENT Column 38 = BTMPREVMODE - Discrete value COMMENT 0 = UNDEFINED = no description COMMENT 1 = OFF = no description COMMENT 2 = BOOT = no description COMMENT 3 = NORM = no description COMMENT 4-255 = UNDEFINED = no description COMMENT Column 45 = BTMLLOGPRVMOD - Discrete value COMMENT 0 = UNDEFINED = no description COMMENT 1 = OFF = no description COMMENT 2 = BOOT = no description COMMENT 3 = NORM = no description COMMENT 4-255 = UNDEFINED = no description COMMENT Column 46 = BTMLLOGNEWMOD - Discrete value COMMENT 0 = UNDEFINED = no description COMMENT 1 = OFF = no description COMMENT 2 = BOOT = no description COMMENT 3 = NORM = no description COMMENT 4-255 = UNDEFINED = no description COMMENT Column 47 = BTMLRESETTYPE - Discrete value COMMENT 0 = UNDEFINED = no description COMMENT 1 = BOARD = no description COMMENT 2 = WARM = no description COMMENT 3 = COLD = no description COMMENT 4 = BOOT = no description COMMENT 5 = NORM = no description COMMENT 6 = ASYNC = no description COMMENT 7-255 = UNDEFINED = no description COMMENT Column 49 = BTMLLOGEVENT - Discrete value COMMENT 250 = Ground Command Lockout Mode Entered = no description COMMENT 251 = Command Frame Rejected (reason,frame data) = no description COMMENT 252 = Command Codeblock Hardware Sync Error = no description COMMENT 253 = Codeblock Continuity Loss Detected (HW status) = no descriptioCOMMENT 254 = SIU Hardware Command Detected (command #) = no description COMMENT 949 = Invalid BR Source Catalog entry = no description COMMENT 1041 = BCDH Parity error (packet, block#, met,t10ms) = no descriptioCOMMENT 1042 = BCDH DM Command Exception (packet, block#, met,t10ms) = no deCOMMENT 1043 = BCDH Command Exception (packet, block#, met,t10ms) = no descrCOMMENT 1044 = BCDH Alarm (latchup ? 0x167 : 0x67, block#, met,t10ms) = no dCOMMENT 1045 = DM Alarm (packet, block#, met,t10ms) = no description COMMENT 1046 = MIC error (packet, block#, met,t10ms) = no description COMMENT 1047 = ADC latchup ((block# << 4) + hdm#,met,100usTime,latchcount) =COMMENT 1048 = Bad DMA (packet, block#, met,t10ms) = no description COMMENT 1049 = XA1 Last latchup ((block# << 4) + hdm#,met,100usTime,latchcouCOMMENT 1150 = File Manager Operation Successful = no description COMMENT 1151 = Open Source File Error = no description COMMENT 1152 = Open Destination File Error = no description COMMENT 1153 = Create Directory Error = no description COMMENT 1154 = Delete Directory Error = no description COMMENT 1155 = Delete File Error = no description COMMENT 1156 = List Directory Error = no description COMMENT 1157 = Device Already Exists = no description COMMENT 1158 = Device Doesn't Exist = no description COMMENT 1159 = Invalid File Open Mode = no description COMMENT 1160 = Open File Error = no description COMMENT 1161 = Close File Error = no description COMMENT 1162 = Link Count Not Zero = no description COMMENT 1163 = Attach Monitor Error = no description COMMENT 1164 = Detach Monitor Error = no description COMMENT 1165 = Wipe Link Device Error = no description COMMENT 1166 = Disk Device Invalid = no description COMMENT 1167 = Get File Attributes Error = no description COMMENT 1168 = Set File Attributes Error = no description COMMENT 1169 = Device List Full = no description COMMENT 1170 = Read File Error = no description COMMENT 1171 = Write File Error = no description COMMENT 1172 = Rename File Error = no description COMMENT 1173 = Net Disk Not Found = no description COMMENT 1174 = Wipe Net Disk Error = no description COMMENT 1175 = Net Disk Data Unavailable = no description COMMENT 1176 = Ram Disk Open Error = no description COMMENT 1177 = Ram Disk Get Free Space Error = no description COMMENT 1178 = Ram Device Create Error = no description COMMENT 1179 = DOS File System Device Init Error = no description COMMENT 1180 = Make DOS File System Error = no description COMMENT 1181 = Ram Disk Device Find Error = no description COMMENT 1182 = Ram Disk Malloc Error = no description COMMENT 1183 = DOS File System Doesn't Exist = no description COMMENT 1184 = DOS File System Didn't Exist = no description COMMENT 1185 = Invalid Ram Disk Create Mode = no description COMMENT 1186 = Directory List Full = no description COMMENT 1187 = Source and Destination Reference Same File = no description COMMENT 1188 = Specified Size for RAM Disk Too Small = no description COMMENT 1189 = Invalid FileName Parameter Specified = no description COMMENT 1190 = Invalid Directory Parameter Specified = no description COMMENT 1191 = Invalid Hub Parameter Specified = no description COMMENT 1192 = Invalid Device Parameter Specified = no description COMMENT 1193 = Invalid File Queue Specified = no description COMMENT 1194 = Invalid File Priority Specified = no description COMMENT 1195 = File Already Opened by Another User = no description COMMENT 1196 = Missing File Uplink Packet (Expected offset,Offset received) COMMENT 1500 = Bad Request SI Reply Code (Obs#) = no description COMMENT 1501 = Out of Range SI Reply Code (Obs#, ReplyCode) = no descriptioCOMMENT 1502 = SI Reply Time Out (ReplyObs#) = no description COMMENT 1503 = Bad SI Reply ObsNum (ReqObs#, ReplyObs#) = no description COMMENT 1504 = Unrequested slew info reply (ReplyObs#) = no description COMMENT 1505 = Not Expecting slew info reply (ReplyObs#) = no description COMMENT 1506 = TOO Req REJECTED - Max Obs Time Limit Exceeded (Obs#, TotObsSCOMMENT 1507 = GRB Req REJECTED - Max Obs Time Limit Exceeded (Obs#, TotObsSCOMMENT 1508 = Bad Request Slew Req Reply Code (Obs#) = no description COMMENT 1509 = Out of Range SR Reply Code (Obs#, ReplyCode) = no descriptionCOMMENT 1510 = SR Reply Time Out (ReqObs#) = no description COMMENT 1511 = SR Slew Start Time Out (ReqObs#) = no description COMMENT 1512 = SR Slew Settled Time Out (ReqObs#) = no description COMMENT 1514 = Bad SR Reply ObsNum (ReqObs#, ReplyObs#) = no description COMMENT 1515 = Unrequested slew request reply (ReplyObs#) = no descriptionCOMMENT 1516 = Not Expecting slew req reply (ReplyObs#) = no description COMMENT 1518 = Bad GRB Merit Upd ObsNum (ReqObs#, FomAT) = no description COMMENT 1519 = Bad GRB Merit Upd TargType (ObsNum, TargType 0GRB 1TOO 2PPT) COMMENT 1520 = Bad Xrt Pos Upd ObsNum (ReqObs#, FomAT) = no description COMMENT 1521 = Bad XRT Pos Upd TargetType (ObsNum, TargType 0GRB 1TOO 2PPT) COMMENT 1522 = Bad Set Slew Mode Value (0Disa, 1Ena) = no description COMMENT 1523 = Bad Set AT Mode Value (0Disa, 1Ena) = no description COMMENT 1524 = Bad Set PPT Mode Value (0Disa, 1Ena) = no description COMMENT 1525 = Out of View PPT SI Reply (Obs#, ReplyCode, WaitSecs) = no dCOMMENT 1526 = Out of View PPT SR Reply (Obs#, ReplyCode, WaitSecs) = no dCOMMENT 1527 = PPT Target View Constraint (Obs#) = no description COMMENT 1528 = Slew Abort (Obs#) = no description COMMENT 1529 = Updated SI Reply Roll (Obs#) = no description COMMENT 1530 = Updated SR Reply Roll (Obs#) = no description COMMENT 1531 = Unexpected Merit Update - no FomAT (ReqObs#) = no descriptioCOMMENT 1532 = Unexpected XRT Position Upd - no FomAT (ReqObs#) = no descriCOMMENT 1533 = Bad Merit Update Inst (ReqObs#, Inst 0bat 1xrt 2uvot) = no dCOMMENT 1534 = Unexpected ACS settled msg - no FomCurrTarget (AcsMsgObs#) = COMMENT 1535 = Bad ACS Settled msg target (ExpectedObs#, ACSyObs#) = no dCOMMENT 1536 = Warning - SC is pting to SC initiated target (AcsMsgObs#) = COMMENT 1537 = SC is pting to SafePoint target (AcsMsgObs#) = no descriptiCOMMENT 1538 = GRB Max Obs Time Limit Exceeded - will abort (Obs#, TotObsSecCOMMENT 1539 = TOO Max Obs Time Limit Exceeded - will abort (Obs#, TotObsSecCOMMENT 1540 = Unexpected ACS Slewing msg target - no FomCurrTarget (AcsMsgOCOMMENT 1541 = Bad ACS Slewing msg target (ExpectedObs#, ACSyObs#) = no dCOMMENT 1542 = Bad PPT Request Position value - REJECTED (Obs#) = no descrCOMMENT 1543 = Bad TOO Request Position value - REJECTED (Obs#) = no descriCOMMENT 1544 = Bad GRB Request Position value - REJECTED (Obs#) = no descriCOMMENT 1545 = Bad XRT Position Update Request Position value - REJECTED (OCOMMENT 1546 = Unexpected Slew Req Reply Timeout - no Slews Requested = no COMMENT 1547 = Unexpected Slew Start Timeout - no Slews Requested = no descCOMMENT 1548 = Unexpected Slew End Timeout - no Slews Requested = no descriCOMMENT 1549 = Unexpected Slew Inq Reply Timeout - no Inquiries Requested =COMMENT 350 = Too Much HK Data Received from Software Task (SID, Actual, ExpCOMMENT 351 = Critical Task Not Responding (ApId, Slot#) = no description COMMENT 352 = Required Task Not Responding (ApId, Slot#) = no description COMMENT 353 = Nothing Happens = no description COMMENT 354 = Bad Output ApId received from scheduler (ApId) = no descriptiCOMMENT 355 = Bad Criticality level in HK pkt defn table (level) = no descriCOMMENT 358 = Number of slots exceeded in packet table (apid) = no descriptiCOMMENT 359 = Number of slots exceeded in memory table (apid) = no descriptiCOMMENT 360 = Linked list is full for packet table (apid) = no description COMMENT 361 = Linked list is full for memory table (apid) = no description COMMENT 362 = Commanded packet output packet has invalid apid (apid) = no deCOMMENT 363 = Commanded memory output packet has invalid apid (apid) = no deCOMMENT 364 = Output apid failed validation for packet table (apid) = no desCOMMENT 365 = Output apid failed validation for memory table (apid) = no desCOMMENT 366 = Invalid packet output packet found during init (apid) = no desCOMMENT 367 = Invalid memory output packet found during init (apid) = no desCOMMENT 368 = Received packet with invalid apid (apid) = no description COMMENT 369 = Invalid apid for adding section found for packet output (apid)COMMENT 370 = Input apid failed validation for packet table (apid) = no descCOMMENT 375 = BR Task Not Responding (ApId, Slot#) = no description COMMENT 376 = CA Task Not Responding (ApId, Slot#) = no description COMMENT 377 = CI Task Not Responding (ApId, Slot#) = no description COMMENT 378 = CS Task Not Responding (ApId, Slot#) = no description COMMENT 379 = DI Task Not Responding (ApId, Slot#) = no description COMMENT 380 = DM Task Not Responding (ApId, Slot#) = no description COMMENT 381 = FM Task Not Responding (ApId, Slot#) = no description COMMENT 382 = FO Task Not Responding (ApId, Slot#) = no description COMMENT 383 = FT Task Not Responding (ApId, Slot#) = no description COMMENT 384 = HK Task Not Responding (ApId, Slot#) = no description COMMENT 385 = IH Task Not Responding (ApId, Slot#) = no description COMMENT 386 = MS Task Not Responding (ApId, Slot#) = no description COMMENT 387 = PD Task Not Responding (ApId, Slot#) = no description COMMENT 388 = PW Task Not Responding (ApId, Slot#) = no description COMMENT 389 = SB Task Not Responding (ApId, Slot#) = no description COMMENT 390 = SC Task Not Responding (ApId, Slot#) = no description COMMENT 391 = SH Task Not Responding (ApId, Slot#) = no description COMMENT 392 = SM Task Not Responding (ApId, Slot#) = no description COMMENT 393 = SP Task Not Responding (ApId, Slot#) = no description COMMENT 394 = ST Task Not Responding (ApId, Slot#) = no description COMMENT 395 = TG Task Not Responding (ApId, Slot#) = no description COMMENT 396 = TO Task Not Responding (ApId, Slot#) = no description COMMENT 397 = TM Task Not Responding (ApId, Slot#) = no description COMMENT 398 = XR Task Not Responding (ApId, Slot#) = no description COMMENT 1600 = Bad APID in table (ApId) = no description COMMENT 1601 = Check Failure = no description COMMENT 1602 = To many checks in a single input packet (ApId) = no descriptiCOMMENT 1625 = Failure of Block Converter Input Current (BCDH,FailVal,LLim,HCOMMENT 1626 = Failure of Block Converter Temperature (BCDH,FailVal,LLim,HLiCOMMENT 1627 = Failure of Block Converter +5.0V Digital (BCDH,FailVal,LLim,HCOMMENT 1628 = Failure of Block Converter +3.5V (BCDH,FailVal,LLim,HLim), yeCOMMENT 1629 = Failure of Block Converter +7.5V (BCDH,FailVal,LLim,HLim), yeCOMMENT 1630 = Failure of Block Converter -7.5V (BCDH,FailVal,LLim,HLim), yeCOMMENT 1631 = Failure of Block Temperature (BCDH,FailVal,LLim,HLim), yellowCOMMENT 1632 = Failure of +2.5V from BCDH (BCDH,FailVal,LLim,HLim), yellow lCOMMENT 1633 = Failure of -2.5V from BCDH (BCDH,FailVal,LLim,HLim), yellow lCOMMENT 1634 = Leakage Current Failure, DM 0, Side A (BCDH,FailVal,LLim,HLimCOMMENT 1635 = Leakage Current Failure, DM 0, Side B (BCDH,FailVal,LLim,HLimCOMMENT 1636 = Leakage Current Failure, DM 1, Side A (BCDH,FailVal,LLim,HLimCOMMENT 1637 = Leakage Current Failure, DM 1, Side B (BCDH,FailVal,LLim,HLimCOMMENT 1638 = Leakage Current Failure, DM 2, Side A (BCDH,FailVal,LLim,HLimCOMMENT 1639 = Leakage Current Failure, DM 2, Side B (BCDH,FailVal,LLim,HLimCOMMENT 1640 = Leakage Current Failure, DM 3, Side A (BCDH,FailVal,LLim,HLimCOMMENT 1641 = Leakage Current Failure, DM 3, Side B (BCDH,FailVal,LLim,HLimCOMMENT 1642 = Leakage Current Failure, DM 4, Side A (BCDH,FailVal,LLim,HLimCOMMENT 1643 = Leakage Current Failure, DM 4, Side B (BCDH,FailVal,LLim,HLimCOMMENT 1644 = Leakage Current Failure, DM 5, Side A (BCDH,FailVal,LLim,HLimCOMMENT 1645 = Leakage Current Failure, DM 5, Side B (BCDH,FailVal,LLim,HLimCOMMENT 1646 = Leakage Current Failure, DM 6, Side A (BCDH,FailVal,LLim,HLimCOMMENT 1647 = Leakage Current Failure, DM 6, Side B (BCDH,FailVal,LLim,HLimCOMMENT 1648 = Leakage Current Failure, DM 7, Side A (BCDH,FailVal,LLim,HLimCOMMENT 1649 = Leakage Current Failure, DM 7, Side B (BCDH,FailVal,LLim,HLimCOMMENT 1650 = Failure of Block Converter Input Current (BCDH,FailVal,LLim,HCOMMENT 1651 = Failure of Block Converter Temperature (BCDH,FailVal,LLim,HLiCOMMENT 1652 = Failure of Block Converter +5.0V Digital (BCDH,FailVal,LLim,HCOMMENT 1653 = Failure of Block Converter +3.5V (BCDH,FailVal,LLim,HLim), ReCOMMENT 1654 = Failure of Block Converter +7.5V (BCDH,FailVal,LLim,HLim), ReCOMMENT 1655 = Failure of Block Converter -7.5V (BCDH,FailVal,LLim,HLim), ReCOMMENT 1656 = Failure of Block Temperature (BCDH,FailVal,LLim,HLim), Red liCOMMENT 1657 = Failure of +2.5V from BCDH (BCDH,FailVal,LLim,HLim), Red limiCOMMENT 1658 = Failure of -2.5V from BCDH (BCDH,FailVal,LLim,HLim), Red limiCOMMENT 1659 = Check Failure for Tlm Row 34 (BCDH) = no description COMMENT 1660 = Check Failure for Tlm Row 35 (BCDH) = no description COMMENT 1661 = Check Failure for Tlm Row 36 (BCDH) = no description COMMENT 1662 = Check Failure for Tlm Row 37 (BCDH) = no description COMMENT 1663 = Check Failure for Tlm Row 38 (BCDH) = no description COMMENT 1664 = Check Failure for Tlm Row 39 (BCDH) = no description COMMENT 1665 = Check Failure for Tlm Row 40 (BCDH) = no description COMMENT 1666 = Check Failure for Tlm Row 41 (BCDH) = no description COMMENT 1667 = Check Failure for Tlm Row 42 (BCDH) = no description COMMENT 1668 = Check Failure for Tlm Row 43 (BCDH) = no description COMMENT 1669 = Check Failure for Tlm Row 44 (BCDH) = no description COMMENT 1670 = Check Failure for Tlm Row 45 (BCDH) = no description COMMENT 1671 = Check Failure for Tlm Row 46 (BCDH) = no description COMMENT 1672 = Check Failure for Tlm Row 47 (BCDH) = no description COMMENT 1673 = Check Failure for Tlm Row 48 (BCDH) = no description COMMENT 1674 = Check Failure for Tlm Row 49 (BCDH) = no description COMMENT 1675 = Check Failure for Tlm Row 50 (BCDH) = no description COMMENT 1676 = Check Failure for Tlm Row 51 (BCDH) = no description COMMENT 1677 = Check Failure for Tlm Row 52 (BCDH) = no description COMMENT 1678 = Check Failure for Tlm Row 53 (BCDH) = no description COMMENT 1679 = Check Failure for Tlm Row 54 (BCDH) = no description COMMENT 1680 = Check Failure for Tlm Row 55 (BCDH) = no description COMMENT 1681 = Check Failure for Tlm Row 56 (BCDH) = no description COMMENT 1682 = Check Failure for Tlm Row 57 (BCDH) = no description COMMENT 1683 = Check Failure for Tlm Row 58 (BCDH) = no description COMMENT 1684 = Check Failure for Tlm Row 59 (BCDH) = no description COMMENT 1685 = Check Failure for Tlm Row 60 (BCDH) = no description COMMENT 1686 = Check Failure for Tlm Row 61 (BCDH) = no description COMMENT 1687 = Check Failure for Tlm Row 62 (BCDH) = no description COMMENT 1688 = Check Failure for Tlm Row 63 (BCDH) = no description COMMENT 1689 = Check Failure for Tlm Row 64 (BCDH) = no description COMMENT 1690 = Check Failure for Tlm Row 65 (BCDH) = no description COMMENT 1691 = Check Failure for Tlm Row 66 (BCDH) = no description COMMENT 1692 = Check Failure for Tlm Row 67 (BCDH) = no description COMMENT 1693 = Check Failure for Tlm Row 68 (BCDH) = no description COMMENT 1694 = Check Failure for Tlm Row 69 (BCDH) = no description COMMENT 1695 = Check Failure for Tlm Row 70 (BCDH) = no description COMMENT 1696 = Check Failure for Tlm Row 71 (BCDH) = no description COMMENT 1697 = Check Failure for Tlm Row 72 (BCDH) = no description COMMENT 1698 = Check Failure for Tlm Row 73 (BCDH) = no description COMMENT 1699 = Check Failure for Tlm Row 74 (BCDH) = no description COMMENT 1700 = Check Failure for Tlm Row 75 (BCDH) = no description COMMENT 1701 = Check Failure for Tlm Row 76 (BCDH) = no description COMMENT 1702 = Check Failure for Tlm Row 77 (BCDH) = no description COMMENT 1703 = Check Failure for Tlm Row 78 (BCDH) = no description COMMENT 1704 = Check Failure for Tlm Row 79 (BCDH) = no description COMMENT 1705 = Check Failure for Tlm Row 80 (BCDH) = no description COMMENT 1706 = Check Failure for Tlm Row 81 (BCDH) = no description COMMENT 1707 = Check Failure for Tlm Row 82 (BCDH) = no description COMMENT 1708 = Check Failure for Tlm Row 83 (BCDH) = no description COMMENT 1709 = Check Failure for Tlm Row 84 (BCDH) = no description COMMENT 1710 = Check Failure for Tlm Row 85 (BCDH) = no description COMMENT 1711 = Check Failure for Tlm Row 86 (BCDH) = no description COMMENT 1712 = Check Failure for Tlm Row 87 (BCDH) = no description COMMENT 1713 = Check Failure for Tlm Row 88 (BCDH) = no description COMMENT 1714 = Check Failure for Tlm Row 89 (BCDH) = no description COMMENT 1715 = Check Failure for Tlm Row 90 (BCDH) = no description COMMENT 1716 = Check Failure for Tlm Row 91 (BCDH) = no description COMMENT 1717 = Check Failure for Tlm Row 92 (BCDH) = no description COMMENT 1718 = Check Failure for Tlm Row 93 (BCDH) = no description COMMENT 1719 = Check Failure for Tlm Row 94 (BCDH) = no description COMMENT 1720 = Check Failure for Tlm Row 95 (BCDH) = no description COMMENT 1721 = Check Failure for Tlm Row 96 (BCDH) = no description COMMENT 1722 = Check Failure for Tlm Row 97 (BCDH) = no description COMMENT 1723 = Check Failure for Tlm Row 98 (BCDH) = no description COMMENT 1724 = Check Failure for Tlm Row 99 (BCDH) = no description COMMENT 776 = Memory Scrub: Multi bit errors in bulk memory (numErr, lastAddCOMMENT 777 = Memory Scrub: Disabled, Multi bit error message count exceededCOMMENT 778 = Memory Scrub Table: Has been updated successfully = no descripCOMMENT 779 = Memory Scrub Table: Update failed. Reverting to system table. COMMENT 780 = Memory Scrub Table: One complete pass thru memory before EDAC COMMENT 850 = MIC packet length (micWord, bcdhWord, maxLength) = Invalid BCDCOMMENT 851 = MIC command buffer error (lengthReg, statusReg) = BCDH h/w comCOMMENT 852 = MIC enum list (fc, value, subList) = BCDH enum arg not in enumCOMMENT 853 = MIC invalid index (fc, value, subList) = Invalid BCDH command COMMENT 854 = MIC out of range (fc, value, loLimit, hiLimit) = BCDH numeric COMMENT 855 = MIC all targets disabled (word0, word1, word2) = All BCDH or DCOMMENT 856 = MIC internal error (id, value) = Internal software error COMMENT 857 = DMA error: direction (dev:dir, length, p1, p2) = Invalid DMA dCOMMENT 858 = DMA error: semaphore (dev:dir, length, p1, p2) = Unable to acqCOMMENT 859 = DMA error: interrupt (dev:dir, length, p1, p2) = Unable to cleCOMMENT 860 = DMA error: aborted (dev:dir, length, p1, p2) = Hardware aborteCOMMENT 861 = DMA error: timeout (dev:dir, length, p1, p2) = DMA transfer toCOMMENT 862 = BCB write index invalid (rLap, wLap, rIdx, wIdx) = Write indexCOMMENT 863 = BCB read index invalid (rLap, wLap, rIdx, wIdx) = Read index lCOMMENT 864 = BCB buffer overflow (rLap, wLap, rIdx, wIdx) = Read task is fuCOMMENT 865 = BCB read lap invalid (rLap, wLap, rIdx, wIdx) = Read lap is otCOMMENT 867 = MIC configuration error (micCfgFlag, bcdhCfgFlag) = Invalid coCOMMENT 868 = DMA error: length (dev:dir, length, p1, p2) = Invalid DMA lengCOMMENT 869 = DMA error: pointer (dev:dir, length, p1, p2) = Invalid DMA poiCOMMENT 875 = DSP Test = Verify DSP PCI interface COMMENT 876 = DSP Checksum error (index, expect, actual, errs) = DSP checksuCOMMENT 877 = DSP Algorithm was halted (function code) = Processing algorithCOMMENT 878 = DSP Algorithm taking longer than expected (fc) = Processing alCOMMENT 879 = DSP packet length invalid (minLen, maxLen, pktLen) = CCSDS pacCOMMENT 1102 = PCB Resp. Pkt has Bit Errors (Test#,Exp/Rcv,Tests,Pkt/Code/DaCOMMENT 1103 = Too Many Resp Timeouts. Uart Switched (UARTw/Errs,UARTswitcheCOMMENT 1104 = Too Many TimeOut Flips. PW Cmd Failed (UARTw/Errs,UARTflipedTCOMMENT 1105 = PCB UARTs are not present in the current configuration (none)COMMENT 200 = SBLIB: No Error (TaskID,ApID,Pid) = no description COMMENT 201 = SBLIB: Illegal ApID (TaskID,ApID,Pid) = no description COMMENT 202 = SBLIB: Invalid Stream (TaskID,ApID,Pid) = no description COMMENT 203 = SBLIB: Stream Not Inited (TaskID,ApID,Pid) = no description COMMENT 204 = SBLIB: Invalid Packet (TaskID,ApID,Pid) = no description COMMENT 205 = SBLIB: Invalid Packet Length (TaskID,ApID,Pid) = no descriptioCOMMENT 206 = SBLIB: Packet Too Big (TaskID,ApID,Pid) = no description COMMENT 207 = SBLIB: Memory Partition Create Error (TaskID,ApID,Pid) = no deCOMMENT 208 = SBLIB: Memory Allocation Error (TaskID,ApID,Pid) = no descriptCOMMENT 209 = SBLIB: Memory Free Error (TaskID,ApID,Pid) = no description COMMENT 210 = SBLIB: Buffer Overrun Error (TaskID,ApID,Pid) = no descriptionCOMMENT 211 = SBLIB: Time Out (TaskID,ApID,Pid) = no description COMMENT 212 = SBLIB: No Message (TaskID,ApID,Pid) = no description COMMENT 213 = SBLIB: Queue ID Error (TaskID,ApID,Pid) = no description COMMENT 214 = SBLIB: Queue Create Error (Memory) (TaskID,ApID,Pid) = no descCOMMENT 215 = SBLIB: Queue Create Error (ISR) (TaskID,ApID,Pid) = no descripCOMMENT 216 = SBLIB: Queue Create Error (TaskID,ApID,Pid) = no description COMMENT 217 = SBLIB: Queue Delete Error (TaskID,ApID,Pid) = no description COMMENT 218 = SBLIB: Queue Full Error (TaskID,ApID,Pid) = no description COMMENT 219 = SBLIB: Buffer Underrun Error (TaskID,ApID,Pid) = no descriptioCOMMENT 220 = SBLIB: Invalid Pipe ID (TaskID,ApID,Pid) = no description COMMENT 221 = SBLIB: Post to Stream w/ No Destinations (TaskID,ApID,Pid) = nCOMMENT 223 = SBLIB: All Posts from this Stream were Refused (TaskID,ApID,PiCOMMENT 224 = SBLIB: Too Many PIDs specified (ApID,NumPids) = no descriptionCOMMENT 225 = SBLIB: Unknown Error (TaskID,ApID,Pid) = no description COMMENT 450 = SC: Script Exists, but it is no longer running (slot) = no desCOMMENT 451 = SC: Can't find the specified script (slotNum) = no descriptionCOMMENT 452 = SC: Bad Checksum in Command Sent from Script (Slot,Line,SpecifCOMMENT 453 = SC: No more SC HK Slots are Available...all have been used () COMMENT 454 = SC: Can't Load new Script into slot where script already existCOMMENT 455 = SC: Can't start Script with identical name to already running COMMENT 456 = SC: A Previously run script has been successfully unloaded (slCOMMENT 457 = SC: An Error occurred during the UNLOAD of a script () = no deCOMMENT 458 = SC: Successfully LOADed and STARTed a new script (slotnum,prioCOMMENT 459 = SC: An Error occurred during the START of a script () = no desCOMMENT 460 = SC: An Error occurred during the LOAD of a script () = no descCOMMENT 461 = SC: Successfully STOPPED a running script (slotnum) = no descrCOMMENT 462 = SC: Script has finished executing (slotnum) = no description COMMENT 463 = SC: An Error occurred during the STOP of a script (slotnum) = COMMENT 464 = SC: Successfully SUSPENDed a running script (slotnum) = no desCOMMENT 465 = SC: Successfully RESUMEd a running script (slotnum) = no descrCOMMENT 466 = SC: Changed the Active/Passive flag for a running script (slotCOMMENT 467 = SC: Reference made to UnRegistered SC Variable (VarNum,ApID,byCOMMENT 468 = SC: Received an illegal Boolean Flag number (BoolFlag#, byteOfCOMMENT 469 = SC: Received an illegal FC for Adjusting Integer Vars (FC, IntCOMMENT 470 = SC: Received an illegal Integer Variable number (IntVar#, byteCOMMENT 471 = SC: ABSTIME WaitTime already expired, No Cmds sent till Time RCOMMENT 472 = SC: User must provide either SLOT number or SCRIPT name () = nCOMMENT 473 = SC: Both SLOT and SCRIPT specified, but reference different taCOMMENT 474 = SC: Illegal Slot Specified (slotnum) = no description COMMENT 475 = SC: Script started, but maybe not at specified priority (slotnCOMMENT 476 = SC: Script started and completed almost immediately (slotnum,pCOMMENT 477 = SC: Script Already in the desired Enabled/Disabled State () = COMMENT 551 = SE: CVT UnRegister failed () = no description COMMENT 552 = SE: CVT Reference to UnRegistered Mnemonic (AppId, NumItems, MCOMMENT 553 = SE: CVT LinkedList Too Full (AppId, arrayIndex, NumItems, MaxICOMMENT 554 = SE: CVT Rcvd Packet for Empty AppID (AppId) = no description COMMENT 555 = SE: CVT Jam into Empty AppID (AppId) = no description COMMENT 50 = Spacecraft Time Updated (seconds,subseconds) = Time jam event COMMENT 51 = Spacecraft Time Adjusted Forward (seconds,subseconds) = Time foCOMMENT 52 = Spacecraft Time Adjusted Backward (seconds,subseconds) = Time BCOMMENT 53 = 1 PPS Clock Pulse Failed Short = 1PPS Failed short event COMMENT 54 = 1 PPS Clock Pulse Failed Long = 1PPS Failed long event COMMENT 55 = S/C Time Message Too Late = Time Msg too late event COMMENT 56 = Switch to S/C Time Message Clock (pulse) = Switch Back to Time COMMENT 57 = 1 PPS Pulse Invalid For Current System Clock = Current system COMMENT 150 = Invalid Slot# in Command (slot#) = Bad slot value in ground coCOMMENT 151 = Invalid Entry# in Command (entry#) = Bad entry value in groundCOMMENT 152 = Schedule Table Entry Has Too Much Data (slot,entry,length) = TCOMMENT 400 = Memory Loaded from Packet Data (address, numBytes) = no descriCOMMENT 401 = Memory Loaded from File (address, numBytes) fileName: = no desCOMMENT 402 = File Open Failed ( ) fileName: = no description COMMENT 403 = File Read Failed (totBytes, exp, rcvd) fileName: = no descriptCOMMENT 404 = File Write Failed (totBytes, exp, sent) fileName: = no descripCOMMENT 405 = Memory Type/Address Alignment Error (address, memType) = no deCOMMENT 406 = Memory Peek/Poke Size Too Big (size) = no description COMMENT 407 = Mismatch between memory size and memory type (size, memType) =COMMENT 408 = Invalid Memory Type in Ground Command (memType) = no descriptiCOMMENT 409 = Bad Table ID in Ground Command (tableID) = no description COMMENT 410 = Table Data Failed Validation (tableID, item#) = no descriptionCOMMENT 411 = Shell Debug Interface is Disabled = no description COMMENT 412 = Symbol Not Found in Symbol Table ( ) symbol name: = no descripCOMMENT 413 = Symbol Table Parsing Error = no description COMMENT 414 = Start dwell commanded while dwell is active = no description COMMENT 415 = Spawn of memory dwell task failed = no description COMMENT 416 = Delete of memory dwell task failed = no description COMMENT 417 = Dwell defn tbl defines too large output pkt (#bytes) = no descCOMMENT 418 = Dwell defn tbl defines too short delay between pkts (#ticks) =COMMENT 419 = Error in dwell defn tbl entry (entry#, errType, errData) = no COMMENT 420 = New Table Data Loaded (tableID, item#) fileName: = no descriptCOMMENT 421 = Bad Table Item Number (tableID, item#) = no description COMMENT 422 = Table Data File Open Failed (tableID) fileName: = no descriptiCOMMENT 423 = Table Data File Read Failed (tableID) fileName: = no descriptiCOMMENT 424 = Table Data File Write Failed (tableID) fileName: = no descriptCOMMENT 425 = Can't Write to Read-only Table (tableID) = no description COMMENT 1 = Invalid Function Code Received for this Application ID (APID,FC)COMMENT 2 = Invalid Application ID for this Software Bus Pipe (APID,PID) = nCOMMENT 1550 = FileQueue Create Failed (priority,DC,DC,DC,filename) = no desCOMMENT 1551 = FileQueue Max Priority Exceeded (priority) = no description COMMENT 1552 = FileQueue Open Failed (DC,DC,DC,DC,filename) = no descriptionCOMMENT 1553 = FileQueue File Space Overflow (priority) = no description COMMENT 1554 = FileQueue File Deleted Before Send (DC,DC,DC,DC,filename) = nCOMMENT 700 = Diagnostic failed during startup (test #) = no description COMMENT 701 = Memory test passed (startAddress, dataSize) = no description COMMENT 702 = Memory test failed (expValue, rcvValue, errorAddress, totalFaiCOMMENT 703 = Floating Point test passed = no description COMMENT 704 = Floating Point test Failed (test, error) = no description COMMENT 705 = EDAC test passed (startAddress, dataSize, checkPattern, errorTCOMMENT 706 = EDAC test failed (expValue, rcvValue, errorAddress, totalFailsCOMMENT 707 = Invalid Memory Type (memory type) = no description COMMENT 708 = Invalid Alignment Type (align type) = no description COMMENT 709 = Invalid EDAC Expected Error Type (errorType) = no description COMMENT 710 = Addr-Alignment Type Mismatch (startAddress, align_type) = no dCOMMENT 711 = Num Bytes Alignment Mismatch (startAddress, dataSize, alignTypCOMMENT 712 = Addr Num Bytes Mismatch (startAddress, dataSize) = no descriptCOMMENT 713 = DMA Test Failed (device, reason) = no description COMMENT 714 = DMA Test Passed = no description COMMENT 715 = EDAC test invalid addr-num bytes Mismatch (startAddress, dataSCOMMENT 716 = Summit Built-In-Test Passed = no description COMMENT 717 = Summit Built-In-Test Failed (failure) = no description COMMENT 718 = Invalid DMA Device (device) = no description COMMENT 719 = Invalid DMA Size (dataSize) = no description COMMENT 720 = Invalid EEPROM TYPE (eeMemType) = no description COMMENT 721 = DSP Test Passed = no description COMMENT 722 = DSP Test Failed (expValue, rcvValue) = no description COMMENT 723 = Invalid DSP Function Code(funCode) = no description COMMENT 724 = Invalid DSP Priority (priority) = no description COMMENT 725 = Invalid DSP Wait Time(time) = no description COMMENT 726 = Invalid DSP Test Size(testSize) = no description COMMENT 727 = Invalid DSP Test Iteration(iter) = no description COMMENT 728 = Insufficient memory allocation = no description COMMENT 100 = TM Spare Event #00 - Unexpected = no description COMMENT 101 = Reset Due to Processor Watchdog Timeout = no description COMMENT 102 = Reset Due to Comm Card Watchdog Timeout = no description COMMENT 103 = Task Level Warm Resets are no longer supported = no descriptioCOMMENT 104 = Task Level Cold Reset = no description COMMENT 105 = Spurious Processor Reset - Cause Unknown = no description COMMENT 106 = Processor Exception Detected (Exception #, TaskID) = no descriCOMMENT 107 = Floating Point Exception Detected (FPSCR,mask,result,MSR) = noCOMMENT 108 = Task Started = no description COMMENT 109 = Task Stopped = no description COMMENT 110 = Task Reloaded = no description COMMENT 111 = Board Level Reset was Commanded = no description COMMENT 112 = Transition to BOOT Mode was Commanded = no description COMMENT 113 = Transition to NORM Mode was Commanded = no description COMMENT 114 = Cold Reset of Current Mode was Commanded = no description COMMENT 115 = Warm Reset of Current Mode are no longer supported = no descriCOMMENT 116 = Cold Reset of Current Mode Due to Too Many Warm Resets (Task,SCOMMENT 117 = Reset Due to Power Cycle = no description COMMENT 118 = Event Response Reset (Event#) = no description COMMENT 119 = Task Command Failed, Task not Found = no description COMMENT 120 = Illegal Task Specified. You can't do that to this Task = no dCOMMENT 121 = Panic occurred in ISR. See Panic Log = no description COMMENT 600 = Cant disable both 1553 Channels at the same time (thisChan,othCOMMENT 630 = VRTX Event Flag Pend Error (err#) = no description COMMENT 631 = RO Received a packet that was too large for 1553 bus (appId,thCOMMENT 300 = file create failed on (priority) = TO System Event COMMENT 301 = queue (id): max priority exceeded: (priority) = TO System EvenCOMMENT 302 = Invalid parameter size (APID), actual (size) = TO System EventCOMMENT 303 = Invalid telemetry source in cmd (APID), actual (data) = TO SysCOMMENT 304 = file open failed = TO System Event COMMENT 305 = (priority): file space overflow = TO System Event COMMENT 306 = file deleted before send = TO System Event COMMENT 307 = file aborted = TO System Event COMMENT 308 = Telemetry source (id) disabled = TO System Event COMMENT 309 = Telemetry source (id) enabled = TO System Event COMMENT 1000 = Science faultASSERT : Unspecified assertion failure. (#_thisCOMMENT 1001 = Science faultCONTPACKET: The next packet to process is a contCOMMENT 1002 = Science faultSHORTPACKET: Packet length too short. (#_this_faCOMMENT 1003 = Science faultBADPACKET: Packet has other trouble. (#_this_fauCOMMENT 1004 = Science faultMS1010 : The 10 ms counter went to 101 or more.COMMENT 1005 = Science faultTIME : Time is non-consecutive. (#_this_faultCOMMENT 1006 = Science faultMETINFO : Something wrong with MET info. (#_thisCOMMENT 1007 = Science faultOCTSEC : Something is wrong with the 8-second sCOMMENT 1008 = Science faultSURVEYCYCLE: Something is wrong with the SurveyCCOMMENT 1009 = Science faultNOSURVEYFREE: There is no Survey data structure COMMENT 1010 = Science faultUNCLEARABLE: A data type could not be cleared. (COMMENT 1011 = Science faultBADBLOCKNUM: Block number not in expected range.COMMENT 1012 = Science faultAM241SPECTNOTCLEARED: Spectrum is not cleared. (COMMENT 1013 = Science faultRATEHANDLER: The Rate Handler wasn't called ofteCOMMENT 1014 = Science faultDUMP : Something unexpected happened in the dCOMMENT 1015 = Science faultFILEWRITE: Fault during file write. (#_this_faulCOMMENT 1016 = Science faultFILEREAD: Fault during file read. (#_this_faulttCOMMENT 1017 = Science faultREACTIVATEDANGER: Object being reactivated durinCOMMENT 1018 = Science faultPUNTMAX : Maximum calculation overflowed, puntinCOMMENT 1019 = Science faultCALIBTIMEOUT: Timeout error during calibration. COMMENT 1020 = Science faultCALIBBADSTATE: Calibration found bad state. (#_tCOMMENT 1021 = Science faultCALIBABANDON: Calibration abandoned. (#_this_fauCOMMENT 1022 = Science faultGAINOFFNOTFREE: No free gain/offset object availCOMMENT 1023 = Science faultPACKINGFAILURE: Fault packing detector map. (#_tCOMMENT 1024 = Science faultIMAGELOSS: Image result returned is not for mostCOMMENT 1025 = Science faultNOIMPROVEDTRIGGER: Improved trigger expected, buCOMMENT 1026 = Science faultKILLWRONGTRIGGER: Trigger ended is not the curreCOMMENT 1027 = Science faultOBSOLETERATES: Trying to look at di_ratehandler COMMENT 1028 = Science faultBADTRIGGERCRIT: Bad trigger criterion. (#_this_fCOMMENT 1029 = Science faultNOACS : No ACS data for relevant time. (#_thisCOMMENT 1030 = Science faultSOURCETABLE: Something wrong with source table. COMMENT 1031 = Science faultDSP : DSP found something wrong. (#_this_fauCOMMENT 1032 = Science faultINACTIVEBLOCKERROR: Inactive block incompatible COMMENT 1033 = Science faultCOMMANDABLE: Invalid access to commandable valueCOMMENT Column 54 = BTMTEPENABLED - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 67 = FOMSLEWMODESTAT - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 68 = FOMATMODESTAT - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 69 = FOMPPTMODESTAT - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 70 = FOMOTTYPE - Discrete value COMMENT 0 = GRB = GRB Type Target COMMENT 1 = TOO = TOO Type Target COMMENT 2 = PPT = PPT Type Target COMMENT 3 = UNK = Unknown Fom Target Type COMMENT Column 77 = FOMAISLEWSTATE - Discrete value COMMENT 0 = ERROR = ACS Info Slew State Error COMMENT 1 = SLEWING = ACS Info Slewing and not within 10 ArcMin of Target COMMENT 2 = IN10ARCMIN = ACS Info Slewing and within 10 ArcMin of Target COMMENT 3 = SETTLED = ACS Info Settled on Target COMMENT 4 = SAFEMODE = ACS Info SC Safemode COMMENT 5 = InSAA = ACS Info In SAA COMMENT 6 = OutOfSAA = ACS Info Outside SAA COMMENT Column 78 = FOMACSINSAA - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description TRDHI86 = 2 / BPWRESPFAILED Red upper limit = BPW_RESPFAIL_LITYEHI86 = 1 / BPWRESPFAILED Yellow upper limit = BPW_RESPFAILTRDHI87 = 2 / BPWRESPTIMEOUT Red upper limit = BPW_RESPTOUT_LTYEHI87 = 1 / BPWRESPTIMEOUT Yellow upper limit = BPW_RESPTOUCOMMENT Column 94 = BPWSTATPKTTOGND - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 95 = BPWEVENTSDISPLD - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description TRDHI111= 50 / BDIHKBCDHEXC Red upper limit = BDI_BCDHEXC_LIM TYEHI111= 49 / BDIHKBCDHEXC Yellow upper limit = BDI_BCDHEXC_LTRDHI115= 2 / BDIHKMICERRORS Red upper limit = BDI_MICERR_LIMTYEHI115= 1 / BDIHKMICERRORS Yellow upper limit = BDI_MICERR_COMMENT Column 129 = BBRHKSOURCETYPE - Discrete value COMMENT 0 = Empty = BR HK, Source Type, 0=Empty COMMENT 1 = New = BR HK, Source Type, 1=New COMMENT 2 = AutoGRB = BR HK, Source Type, 2=AutoGRB COMMENT 3 = OldGRB = BR HK, Source Type, 3=OldGRB COMMENT 4 = X-ray Binary = BR HK, Source Type, 4=X-ray Binary COMMENT 5 = Black Hole = BR HK, Source Type, 5=Black Hole COMMENT 6 = Pulsar = BR HK, Source Type, 6=Pulsar COMMENT 7 = Soft Gamma Repeater = BR HK, Source Type, 7=Soft Gamma Repeater COMMENT 8 = X-ray Nova = BR HK, Source Type, 8=X-ray Nova COMMENT 9 = Active Galactic Nucleus = BR HK, Source Type, 9=Active Galactic COMMENT 10 = Rapid Burster = BR HK, Source Type, 10=Rapid Burster COMMENT 11 = X-ray Burster = BR HK, Source Type, 11=X-ray Burster COMMENT 12 = Other = BR HK, Source Type, 12=Other COMMENT 13 = Unknown = BR HK, Source Type, 13=Unknown COMMENT 14 = Special1 = BR HK, Source Type, 14=Special1 COMMENT 15 = Special2 = BR HK, Source Type, 15=Special2 COMMENT 16 = Special3 = BR HK, Source Type, 16=Special3 COMMENT 17 = Special4 = BR HK, Source Type, 17=Special4 COMMENT 18 = Special5 = BR HK, Source Type, 18=Special5 COMMENT 19 = Special6 = BR HK, Source Type, 19=Special6 COMMENT 20 = Special7 = BR HK, Source Type, 20=Special7 COMMENT 21 = Special8 = BR HK, Source Type, 21=Special8 COMMENT 22 = Special9 = BR HK, Source Type, 22=Special9 COMMENT 23 = Aversion = BR HK, Source Type, 23=Aversion COMMENT Column 135 = BBRHKTECHNIQUE - Discrete value COMMENT 0 = Clean = BR HK, Technique Used, 0=Clean COMMENT 1 = Back_project = BR HK, Technique Used, 0=Back_project COMMENT 2 = FFT 1 pixel = BR HK, Technique Used, 0=FFT 1 pixel COMMENT 3 = FFT 2 pixel = BR HK, Technique Used, 0=FFT 2 pixel COMMENT 4 = FFT 4 pixel = BR HK, Technique Used, 0=FFT 4 pixel COMMENT 5 = Other = BR HK, Technique Used, 0=Other COMMENT Column 166 = BTGHKTYPE - Discrete value COMMENT 0 = None = TG Status Type, 0=None COMMENT 1 = Long = TG Status Type, 1=Long COMMENT 2 = Short = TG Status Type, 2=Short COMMENT 3-4294967294 = Unknown = TG Status Type, >2=Unknown TRDHI185= 2 / BPDBCDHERRCNT Red upper limit = BPD_BCDHERRCNT_TYEHI185= 1 / BPDBCDHERRCNT Yellow upper limit = BPD_BCDHERRCTRDHI187= 2 / BPDMICERRCNT Red upper limit = BPD_MICERRCNT_LITYEHI187= 1 / BPDMICERRCNT Yellow upper limit = BPD_MICERRCNTTRDHI190= 2 / BPDDSPERRCNT Red upper limit = BPD_DSPERRCNT_LITYEHI190= 1 / BPDDSPERRCNT Yellow upper limit = BPD_DSPERRCNTTRDHI193= 2 / BPDDSPERRTLM Red upper limit = BPD_DSPERRTLM_LITYEHI193= 1 / BPDDSPERRTLM Yellow upper limit = BPD_DSPERRTLMTRDHI195= 2 / BDEREQERRCNT Red upper limit = BPD_DEREQERR_LIMTYEHI195= 1 / BDEREQERRCNT Yellow upper limit = BPD_DEREQERR_TRDHI199= 2 / BDEXSERRCNT Red upper limit = BPD_DEXSERR_LIM TYEHI199= 1 / BDEXSERRCNT Yellow upper limit = BPD_DEXSERR_LITRDHI202= 2 / BDEPKTERRCNT Red upper limit = BPD_DEPKTERR_LIMTYEHI202= 1 / BDEPKTERRCNT Yellow upper limit = BPD_DEPKTERR_HISTORY TASK: FAPPND on FILENAME: sw01210276000b18fx001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:32 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AůZfV6 s=:M]fC=/ 'qAĒ*΅w Tp`@똀E@\B)_-<+-N?}yy+_ـ>9?CϦvAŭW4N ?ٯ /uEoC]߀?>ŋ#pRu,w_ɩ+_W+_ʷPBw%?z B0 B0llπfRՑfRAů ~\8fV6 s=:Mg:@=/ 'qAĒ*΅w p`@똀E@\B_-<+-N?+_>KECFAŭW4N ?ٯ /uEoC]߀?>ŋ#Ru,w_ɩ+_W+_ʷPBw%?z 9H 9llkGgX֑gXAů)󀈀]ɥfV6 s=:MՀh1=/ 'qAĒ*΅w p`@똀E@\B%_-<+-N?+_Q>SLCAŭW4N ?ٯ /uEoC]߀?>ŋ#Ru,w_ɩ+_W+_ʷPBw%?z ]  ] llh]בh]AůG0_7fV6 s=:Ni@=/ 'qAĒ*΅o pЀ`@똀E@\Bua_-<+-N?+_ҍ>[RCAŭW4N ?ٯ /uEoC]߀?>ŋ$$Ru,w_ɩ+_W+_ʷPBw%?z_ L ll N4ibؑibAůs'؂&fV6 s=:QtU>/ 'qAĒ*΅Ѐph@@맀EwB7_d<+.O?844+_ՀB2=C(sAů ?@{CB6n@^ ?sT)ww_++_W+_ʷPCp[w%fAi'KKll a ~|둑|Aůs1 ؉)fV6 s=:Q@u8@>/ 'qAĒ*΅͐%phX0@ˀEwB2_չ<+.O?D@@+_ռB25C.vAů ?@{CB6n@^ ?s)ww_++_W+_ʷPCp[w%fAi'Um$mhll> ـ |둑|Aůsr=؏fV6 s=:Q|u@>/ 'qAĒ*΅͐phX0@EwBA_չ<+.O?PLL+_B#/C4Aů ?@{CB6n@^ ?s)ww_++_W+_ʷPCp[w%fAi'llQ |둑|Aůs9ڀ0ؖæfV6 s=:Qv>/ 'qAĒ*΅Pʀpxh@@FwB}_չ<+.O?\XX+_4B)*C:FAů ?@{CB6n@^ ?s)ww_++_W+_ʷPCp[w%fAi'll |둑|Aů9s0B؝k fV6 s=:Qw}@>/ 'qAĒ*΅ph@@7FwB~_չ<+.O?hdd+_pB.(C?Aů ?@{CB6n@^ ?sD)ww_++_W+_ʷPCp[w%fAi'ӬӤllX |둑|AůWs0@ؤ'"fV6 s=:R0x+@>/ 'qAĒ*΅ ph@@[FwBB_չ<+.O?tpp+_֬B0'CEAů ?@{CB6n@^ ?s)ww_++_W+_ʷPCp[w%fAi'<6-ܲll;Ѐ |둑|Aůus تȦ"fV6 s=:Rlx>/ 'qAĒ*΅߰(phX0@FwB1_չ<+.O?||+_B!&CK&5Aů ?@{CB6n@^ ?s)ww_++_W+_ʷPCp[w%fAi'~h@زllH |둑|Aůs9!zPر$gV6 s=:Rx>/ 'qAĒ*΅P5pxh@@죀FwBʀm_չ<+.O?+_$B'%CPSAů ?@{CB6n@^ ?s)ww_++_W+_ʷPCp[w%fAi' 88̲ll€ '}쑑}Aů뱂e"pظl%gV6 s=:Ry#>/ 'qAĒ*΅PpxX0@ǀFwB_չ<+.O?+_`B%CVAů ?@{CB6n@^ ?s4)ww_++_W+_ʷPCp[w%fAi'ZhtZ` llQ @~푑~Aůs0$Jؿ?&gV6 s=:S y>/ 'qAĒ*΅pxP@FwBR_չ<+.O?+_לB$&C\Aů ?@{CB6n@^ ?sp)ww_++_W+_ʷPCp[w%fAi'v{{ꈲllɀ YAůs%&gV6 s=:S\y>/ 'qAĒ*΅ЀpxP@F wB!_չ<+.O?+_؀B&&Cb6Aů ?@{CB6n@^ ?s)ww_++_W+_ʷPCp[w%fAi'npeвll`C rAů s'Ip-gV6 s=:Sz?/ 'qAĒ*΅πpxP@3F wBڀ]_չ<+.O?+_B*&CgAů ?@{CB6n@^ ?s)ww_++_W+_ʷPCp[w%fAi'vll 񑑂Aů)s؀(6Ӽ/gV6 s=:SԀ{#@?/ 'qAĒ*΅ЀpxP@WF wB_չ<+.O?ȀĀĀ+_PB&BmvAů ?@{CB6n@^ ?s$)ww_++_W+_ʷPCp[w%fAi'L~sTjhll5 󑑄AůGs9)ڄ1gV6 s=:T{?/ 'qAĒ*΅p`@{FwBbի_չ<+.O?ԀЀЀ+_،B %Bs$Aů ?@{CB6n@^ ?s`)ww_++_W+_ʷPCp[w%fAi'Ȍl \| dmm(Ā Aůes'+SK2gV6 s=:TL|e?/ 'qAĒ*΅pp`@ퟀFwB_չw.O?܀܀+_ȀB $ByFBAů ?@{CB6n@^ ?s)ww_س+_W+_ʷPB w%A 2| )mm< Aůs0,0蠦>gV6 s=:T|?/ 'qAĒ*΅Ǡp`@ÀF^Bǫ_Ӡw.O?+_B%A~`Aů ?@{CB6n@^ ?s)ww_س+_W+_ʷPB w%Az է| ՝mm0 Aůs0.#Ѐ?gV6 s=:TĀ}@?/ 'qAĒ*΅"~pЀ`@F^B_w.O?+_@B,'A~Aů ?@{CB6n@^ ?s)ww_س+_W+_ʷPB w%Auw [|| RmmV. Aůs}/p@gV6 s=:U~]?/ 'qAĒ*΅"@pЀ`@ F^B\)_w.O?+_|B"'A&Aů ?@{CB6n@^ ?sP)ww_س+_W+_ʷPB w%A$ 8| ߄mm .Aůs00@&AgV6 s=:U<.@?/ 'qAĒ*΅"5pЀ`@/F^B e_w.O?  +_ٸB*)AVAů ?@{CB6n@^ ?s)ww_س+_W+_ʷPB w%A ;{$| ;smm}5 GAůsuSϧ\gV6 s=:`B/ 'qAĒ*΅ ph@@_G#wB I_չwEO?\XX+_4DJ>> Aů ?@{CB6n@^ ?s)ww_+_+_ʷRB7ŀw%\xB1 JD@ Jnn.=Wd dAůsw[ӰZegV6 s=:`@B/ 'qAĒ*΅F pЀ`@_G*wB I_չwEO?hdd+_pD;=>66Aů ?@{CB6n@^ ?sD)ww_+_+_ʷRB7ŀw%\xB1: n@ nnn.>od dAůs9xÀajgV6 s=:a0B/ 'qAĒ*΅F pЀ`@_G*wB I_չwFO?tpp+_嬀D%1>TAů ?@{CB6n@^ ?s)ww_+_+_ʷRB7ŀw%\xB1v O@ G4nn/>d dAůs~z+gʧogV6 s=:alB/ 'qAĒ*΅N,p`@_G*wB I_չwFO?||+_D*)>vrAů ?@{CB6n@^ ?s)ww_+_+_ʷRB7ŀw%\xB1Q @ ̲nn/>d dAůs'{ipgV6 s=:a(B/ 'qAĒ*΅w *p`@_G*wB )1_wFO?+_$D)$>Aů ?@{CB6n@^ ?s)ww_+_+_ʷRB7ŀw%\xB1u @ Pnn:0 >g!gAů1s|knqgV6 s=:a&B/ 'qAĒ*΅w ʀp`@_G*wBm_wFO?+_`D#>ŶAů ?@{CB6n@^ ?s4)ww_+_+_ʷRB7ŀw%\xB1 !T@ nn0>k"kAůOs9~cmsgV6 s=:b C/ 'qAĒ*΅w p`@_G*wB_wFO?+_最D$#>Aů ?@{CB6n@^ ?sp)ww_+_+_ʷRB7ŀw%\xB10bt@Ynn1>o#oAůms9ˀntgV6 s=:b\C/ 'qAĒ*΅w ?p`@_G*wBu_wFO?+_؀D #>цAů ?@{CB6n@^ ?s)ww_+_+_ʷRB7ŀw%\xB1 u7@7,nn1>t$tAůs03p ugV6 s=:b|C/ 'qAĒ*΅w ,p`@_G*wB9!_wFO?+_D$>&Aů ?@{CB6n@^ ?s)ww_+_+_ʷRB7ŀw%\xB1Y)@Y!nn~2>x%xAůsqtugV6 s=:bԀC/ 'qAĒ*΅o 'pЀ`@_G*wB]_wFO?ȀĀĀ+_PD#%>4Aů ?@{CB6n@^ ?s$)ww_+_+_ʷRB7ŀw%\xB1z@znn2|>9&Aůs0v\ygV6 s=:c@C/ 'qAĒ*΅w p`@_G*wB_wFO?ԀЀЀ+_猀D(&>fRAů ?@{CB6n@^ ?s`)ww_+_+_ʷRB7ŀw%\xB1`@@8lnn2>R'Aůskx{gV6 s=:cLC/ 'qAĒ*΅w p`@_G*wBի_wFO?܀܀+_ȀD2)>~Aů ?@{CB6n@^ ?s)ww_+_+_ʷRB7ŀw%\xB10@0nn3>k(AůsӀyΧ}gV6 s=:c=C/ 'qAĒ*΅w zp`@_G*wBI_wFO?+_D*+>6Aů ?@{CB6n@^ ?s)ww_+_+_ʷREvsdw%\BD<,@ܲnn3>*XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 391 / width of table in bytes NAXIS2 = 6 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 149 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'FODOTOBSNUM' / FoM Current Target Observation Num TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'FODOTMERIT' / FoM Current Target Merit TFORM3 = '1E ' / data format of field: 4-byte REAL TTYPE4 = 'FODOTOBSSECS' / FoM Current Target Secs Until View Constraint TFORM4 = '1J ' / data format of field: 4-byte INTEGER TZERO4 = 2147483648 / offset for unsigned integers TUNIT4 = 's ' / physical unit of field TTYPE5 = 'FODOTPASTOBSS' / FoM Current Target Past Observed Secs TFORM5 = '1J ' / data format of field: 4-byte INTEGER TZERO5 = 2147483648 / offset for unsigned integers TUNIT5 = 's ' / physical unit of field TTYPE6 = 'FODOTLASTOBST' / FoM Current Target Last Obs Time (in TIME40) TFORM6 = '1J ' / data format of field: 4-byte INTEGER TZERO6 = 2147483648 / offset for unsigned integers TSCAL6 = 1 / data are not scaled TUNIT6 = 's ' / physical unit of field TTYPE7 = 'FODOTTARGRA' / FoM Current Target Rt Ascension TFORM7 = '1E ' / data format of field: 4-byte REAL TUNIT7 = 'deg ' / physical unit of field TTYPE8 = 'FODOTTARGDEC' / FoM Current Target Declination TFORM8 = '1E ' / data format of field: 4-byte REAL TUNIT8 = 'deg ' / physical unit of field TTYPE9 = 'FODOTTARGROLL' / FoM Current Target Target Roll TFORM9 = '1E ' / data format of field: 4-byte REAL TUNIT9 = 'deg ' / physical unit of field TTYPE10 = 'FODPPTOBSNUM' / Current Fom PPT Observation Num TFORM10 = '1J ' / data format of field: 4-byte INTEGER TZERO10 = 2147483648 / offset for unsigned integers TTYPE11 = 'FODPPTMERIT' / Current Fom PPT Merit TFORM11 = '1E ' / data format of field: 4-byte REAL TTYPE12 = 'FODPPTWAITSECS' / Current Fom PPT Secs Until in View TFORM12 = '1J ' / data format of field: 4-byte INTEGER TZERO12 = 2147483648 / offset for unsigned integers TUNIT12 = 's ' / physical unit of field TTYPE13 = 'FODPPTOBSSECS' / Current Fom PPT Secs Until View Constraint TFORM13 = '1J ' / data format of field: 4-byte INTEGER TZERO13 = 2147483648 / offset for unsigned integers TUNIT13 = 's ' / physical unit of field TTYPE14 = 'FODPPTREQOBSS' / Current Fom PPT Secs Planned to be Observed TFORM14 = '1J ' / data format of field: 4-byte INTEGER TZERO14 = 2147483648 / offset for unsigned integers TUNIT14 = 's ' / physical unit of field TTYPE15 = 'FODPPTTARGRA' / Current Fom PPT Target New Target Rt Ascension TFORM15 = '1E ' / data format of field: 4-byte REAL TUNIT15 = 'deg ' / physical unit of field TTYPE16 = 'FODPPTTARGDEC' / Current Fom PPT Target New Target Declination TFORM16 = '1E ' / data format of field: 4-byte REAL TUNIT16 = 'deg ' / physical unit of field TTYPE17 = 'FODPPTTARGROLL' / Current Fom PPT Target New Target Roll TFORM17 = '1E ' / data format of field: 4-byte REAL TUNIT17 = 'deg ' / physical unit of field TTYPE18 = 'FODPPTPASTOBSS' / Current Fom PPT Target Past Observed Secs TFORM18 = '1J ' / data format of field: 4-byte INTEGER TZERO18 = 2147483648 / offset for unsigned integers TUNIT18 = 's ' / physical unit of field TTYPE19 = 'FODPPTLASTOBST' / Current Fom PPT Target Last Obs Time (in TIME40TFORM19 = '1J ' / data format of field: 4-byte INTEGER TZERO19 = 2147483648 / offset for unsigned integers TSCAL19 = 1 / data are not scaled TUNIT19 = 's ' / physical unit of field TTYPE20 = 'FODATOBSNUM' / Current Fom AT Observation Num TFORM20 = '1J ' / data format of field: 4-byte INTEGER TZERO20 = 2147483648 / offset for unsigned integers TTYPE21 = 'FODATMERIT' / Current Fom AT Merit TFORM21 = '1E ' / data format of field: 4-byte REAL TTYPE22 = 'FODATWAITSECS' / Current Fom AT Secs Until in View TFORM22 = '1J ' / data format of field: 4-byte INTEGER TZERO22 = 2147483648 / offset for unsigned integers TUNIT22 = 's ' / physical unit of field TTYPE23 = 'FODATOBSSECS' / Current Fom AT Secs Until View Constraint TFORM23 = '1J ' / data format of field: 4-byte INTEGER TZERO23 = 2147483648 / offset for unsigned integers TUNIT23 = 's ' / physical unit of field TTYPE24 = 'FODATTARGRA' / Current Fom AT Target New Target Rt Ascension TFORM24 = '1E ' / data format of field: 4-byte REAL TUNIT24 = 'deg ' / physical unit of field TTYPE25 = 'FODATTARGDEC' / Current Fom AT Target New Target Declination TFORM25 = '1E ' / data format of field: 4-byte REAL TUNIT25 = 'deg ' / physical unit of field TTYPE26 = 'FODATTARGROLL' / Current Fom AT Target New Target Roll TFORM26 = '1E ' / data format of field: 4-byte REAL TUNIT26 = 'deg ' / physical unit of field TTYPE27 = 'FODATPASTOBSS' / Current Fom AT Target Past Observed Secs TFORM27 = '1J ' / data format of field: 4-byte INTEGER TZERO27 = 2147483648 / offset for unsigned integers TUNIT27 = 's ' / physical unit of field TTYPE28 = 'FODATLASTOBST' / Current Fom AT Target Last Obs Time (in TIME40)TFORM28 = '1J ' / data format of field: 4-byte INTEGER TZERO28 = 2147483648 / offset for unsigned integers TSCAL28 = 1 / data are not scaled TUNIT28 = 's ' / physical unit of field TTYPE29 = 'FODATREQOBSNUM' / Last AT request Observation Num TFORM29 = '1J ' / data format of field: 4-byte INTEGER TZERO29 = 2147483648 / offset for unsigned integers TTYPE30 = 'FODATREQMERIT' / Last AT request Merit TFORM30 = '1E ' / data format of field: 4-byte REAL TTYPE31 = 'FODATREQRA' / Last AT request Target Rt Ascension TFORM31 = '1E ' / data format of field: 4-byte REAL TUNIT31 = 'deg ' / physical unit of field TTYPE32 = 'FODATREQDEC' / Last AT request Target Declination TFORM32 = '1E ' / data format of field: 4-byte REAL TUNIT32 = 'deg ' / physical unit of field TTYPE33 = 'FODATREQROLL' / Last AT request Target Roll TFORM33 = '1E ' / data format of field: 4-byte REAL TUNIT33 = 'deg ' / physical unit of field TTYPE34 = 'FODATREQPOBSS' / Last AT request Target Past Observed Secs TFORM34 = '1J ' / data format of field: 4-byte INTEGER TZERO34 = 2147483648 / offset for unsigned integers TUNIT34 = 's ' / physical unit of field TTYPE35 = 'FODATREQLOBST' / Last AT request Target Last Obs Time (in TIME40TFORM35 = '1J ' / data format of field: 4-byte INTEGER TZERO35 = 2147483648 / offset for unsigned integers TSCAL35 = 1 / data are not scaled TUNIT35 = 's ' / physical unit of field TTYPE36 = 'FODLASTSROBNUM' / Last Slew Request Obs Num TFORM36 = '1J ' / data format of field: 4-byte INTEGER TZERO36 = 2147483648 / offset for unsigned integers TTYPE37 = 'FODLASTSRRA' / Last Slew Request Target Rt Ascension TFORM37 = '1E ' / data format of field: 4-byte REAL TUNIT37 = 'deg ' / physical unit of field TTYPE38 = 'FODLASTSRDEC' / Last Slew Request Target Declination TFORM38 = '1E ' / data format of field: 4-byte REAL TUNIT38 = 'deg ' / physical unit of field TTYPE39 = 'FODLASTSRROLL' / Last Slew Request Target Roll TFORM39 = '1E ' / data format of field: 4-byte REAL TUNIT39 = 'deg ' / physical unit of field TTYPE40 = 'FODLASTSIOBNUM' / Last Slew Inquiry Obs Num TFORM40 = '1J ' / data format of field: 4-byte INTEGER TZERO40 = 2147483648 / offset for unsigned integers TTYPE41 = 'FODLASTSIRA' / Last Slew Inquiry Target Rt Ascension TFORM41 = '1E ' / data format of field: 4-byte REAL TUNIT41 = 'deg ' / physical unit of field TTYPE42 = 'FODLASTSIDEC' / Last Slew Inquiry Target Declination TFORM42 = '1E ' / data format of field: 4-byte REAL TUNIT42 = 'deg ' / physical unit of field TTYPE43 = 'FODLASTSIROLL' / Last Slew Inquiry Target Roll TFORM43 = '1E ' / data format of field: 4-byte REAL TUNIT43 = 'deg ' / physical unit of field TTYPE44 = 'FODLASTSRRONUM' / Last Slew Request Reply Obs Num TFORM44 = '1J ' / data format of field: 4-byte INTEGER TZERO44 = 2147483648 / offset for unsigned integers TTYPE45 = 'FODLASTSRRRA' / Last Slew Request Reply Target Rt Ascension TFORM45 = '1E ' / data format of field: 4-byte REAL TUNIT45 = 'deg ' / physical unit of field TTYPE46 = 'FODLASTSRRDEC' / Last Slew Request Reply Target Declination TFORM46 = '1E ' / data format of field: 4-byte REAL TUNIT46 = 'deg ' / physical unit of field TTYPE47 = 'FODLASTSRRROLL' / Last Slew Request Reply Target Roll TFORM47 = '1E ' / data format of field: 4-byte REAL TUNIT47 = 'deg ' / physical unit of field TTYPE48 = 'FODLASTSRROBSS' / Last Slew Request Reply Secs Until View ConstraTFORM48 = '1J ' / data format of field: 4-byte INTEGER TZERO48 = 2147483648 / offset for unsigned integers TUNIT48 = 's ' / physical unit of field TTYPE49 = 'FODLASTSRRWAITS' / Last Slew Request Reply Secs Until in View TFORM49 = '1J ' / data format of field: 4-byte INTEGER TZERO49 = 2147483648 / offset for unsigned integers TUNIT49 = 's ' / physical unit of field TTYPE50 = 'FODLASTSIRONUM' / Last Slew Request Reply Obs Num TFORM50 = '1J ' / data format of field: 4-byte INTEGER TZERO50 = 2147483648 / offset for unsigned integers TTYPE51 = 'FODLASTSIRRA' / Last Slew Info Reply Target Rt Ascension TFORM51 = '1E ' / data format of field: 4-byte REAL TUNIT51 = 'deg ' / physical unit of field TTYPE52 = 'FODLASTSIRDEC' / Last Slew Info Reply Target Declination TFORM52 = '1E ' / data format of field: 4-byte REAL TUNIT52 = 'deg ' / physical unit of field TTYPE53 = 'FODLASTSIRROLL' / Last Slew Info Reply Target Roll TFORM53 = '1E ' / data format of field: 4-byte REAL TUNIT53 = 'deg ' / physical unit of field TTYPE54 = 'FODLASTSIROBSS' / Last Slew Info Reply Secs Until View ConstraintTFORM54 = '1J ' / data format of field: 4-byte INTEGER TZERO54 = 2147483648 / offset for unsigned integers TUNIT54 = 's ' / physical unit of field TTYPE55 = 'FODLASTSIRWAITS' / Last Slew Info Reply Secs Until in View TFORM55 = '1J ' / data format of field: 4-byte INTEGER TZERO55 = 2147483648 / offset for unsigned integers TUNIT55 = 's ' / physical unit of field TTYPE56 = 'FODAIOBSNUM' / ACS Info Pkt Target Obs Num TFORM56 = '1J ' / data format of field: 4-byte INTEGER TZERO56 = 2147483648 / offset for unsigned integers TTYPE57 = 'FODAIRA ' / ACS Info Pkt Target Rt Ascension TFORM57 = '1E ' / data format of field: 4-byte REAL TUNIT57 = 'deg ' / physical unit of field TTYPE58 = 'FODAIDEC' / ACS Info Pkt Target Declination TFORM58 = '1E ' / data format of field: 4-byte REAL TUNIT58 = 'deg ' / physical unit of field TTYPE59 = 'FODAIROLL' / ACS Info Pkt Target Roll TFORM59 = '1E ' / data format of field: 4-byte REAL TUNIT59 = 'deg ' / physical unit of field TTYPE60 = 'FODGRBMAXTLIMIT' / GRB Max Observing Time Limit (in Secs) TFORM60 = '1J ' / data format of field: 4-byte INTEGER TZERO60 = 2147483648 / offset for unsigned integers TUNIT60 = 's ' / physical unit of field TTYPE61 = 'FODTOOMAXTLIMIT' / TOO Max Observing Time Limit (in Secs) TFORM61 = '1J ' / data format of field: 4-byte INTEGER TZERO61 = 2147483648 / offset for unsigned integers TUNIT61 = 's ' / physical unit of field TTYPE62 = 'FODGRBBATMODE' / Stored BAT Mode Value for GRBs TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 32768 / offset for unsigned integers TTYPE63 = 'FODGRBXRTMODE' / Stored XRT Mode Value for GRBs TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 32768 / offset for unsigned integers TTYPE64 = 'FODGRBUVOTMODE' / Stored UVOT Mode Value for GRBs TFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 32768 / offset for unsigned integers TTYPE65 = 'FODPPTBATMODE' / Fom PPT BAT Mode Value TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 32768 / offset for unsigned integers TTYPE66 = 'FODPPTXRTMODE' / Fom PPT XRT Mode Value TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 32768 / offset for unsigned integers TTYPE67 = 'FODPPTUVOTMODE' / Fom PPT UVOT Mode Value TFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 32768 / offset for unsigned integers TTYPE68 = 'FODATBATMODE' / Fom AT BAT Mode Value TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 32768 / offset for unsigned integers TTYPE69 = 'FODATXRTMODE' / Fom AT XRT Mode Value TFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'FODATUVOTMODE' / Fom AT UVOT Mode Value TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 32768 / offset for unsigned integers TTYPE71 = 'FODATREQBMODE' / Last AT Request BAT Mode Value TFORM71 = '1I ' / data format of field: 2-byte INTEGER TZERO71 = 32768 / offset for unsigned integers TTYPE72 = 'FODATREQXMODE' / Last AT Request XRT Mode Value TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 32768 / offset for unsigned integers TTYPE73 = 'FODATREQUMODE' / Last AT Request UVOT Mode Value TFORM73 = '1I ' / data format of field: 2-byte INTEGER TZERO73 = 32768 / offset for unsigned integers TTYPE74 = 'FODOTBMODE' / Fom Curr Targ BAT Mode Value TFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 32768 / offset for unsigned integers TTYPE75 = 'FODOTXMODE' / Fom Curr Targ XRT Mode Value TFORM75 = '1I ' / data format of field: 2-byte INTEGER TZERO75 = 32768 / offset for unsigned integers TTYPE76 = 'FODOTUMODE' / Fom Curr Targ UVOT Mode Value TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 32768 / offset for unsigned integers TTYPE77 = 'FODOTISABORTED' / Fom Curr Targ Is Aborted TFORM77 = '1B ' / data format of field: BYTE TTYPE78 = 'FODUPDASSNEED' / Fom Target Update Assessment Needed Flag TFORM78 = '1B ' / data format of field: BYTE TTYPE79 = 'FODSLEWINQSTAT' / Fom Slew Inquiry Status Flag TFORM79 = '1B ' / data format of field: BYTE TTYPE80 = 'FODSLEWREQSTAT' / Fom Slew Request Status Flag TFORM80 = '1B ' / data format of field: BYTE TTYPE81 = 'FODSLEWMODSTAT' / Fom Slew Mode Enable Status TFORM81 = '1B ' / data format of field: BYTE TTYPE82 = 'FODATMODESTAT' / Fom AT Mode Enable Status TFORM82 = '1B ' / data format of field: BYTE TTYPE83 = 'FODPPTMODESTAT' / Fom PPT Mode Enable Status TFORM83 = '1B ' / data format of field: BYTE TTYPE84 = 'FODATTARGSTAT' / Fom AT Target Availability 0None 1Unk 2InView 3TFORM84 = '1B ' / data format of field: BYTE TTYPE85 = 'FODPPTTARGSTAT' / Fom PPT Target Availability 0None 1Unk 2InView TFORM85 = '1B ' / data format of field: BYTE TTYPE86 = 'FODLASTSRATSLW' / Last FoM Slew Request IsNewAtSlew flag TFORM86 = '1B ' / data format of field: BYTE TTYPE87 = 'FODLASTSIATSLW' / Last FoM Slew Inquiry IsNewAtSlew flag TFORM87 = '1B ' / data format of field: BYTE TTYPE88 = 'FODLASTSRRCODE' / Last Slew Request Reply Reply Code TFORM88 = '1B ' / data format of field: BYTE TTYPE89 = 'FODLASTSIRCODE' / Last Slew Info Reply Reply Code TFORM89 = '1B ' / data format of field: BYTE TTYPE90 = 'FODACSSETTLED' / ACS Info Is Settled Flag TFORM90 = '1B ' / data format of field: BYTE TTYPE91 = 'FODACSIN10AMIN' / ACS Info Within 10 Arc Min Flag TFORM91 = '1B ' / data format of field: BYTE TTYPE92 = 'FODACSINSAA' / ACS Info In SAA Flag TFORM92 = '1B ' / data format of field: BYTE TTYPE93 = 'FODACSSAFEMODE' / ACS Info In Safe Mode Flag TFORM93 = '1B ' / data format of field: BYTE TTYPE94 = 'FODAISLEWSTATE' / ACS Info Slew State TFORM94 = '1B ' / data format of field: BYTE TTYPE95 = 'FODOTTARGTYPE' / Fom Current Target Type (0GRB 1TOO 2PPT 3Unk) TFORM95 = '1B ' / data format of field: BYTE TTYPE96 = 'FODATTARGTYPE' / Fom AT Target Type (0GRB 1TOO 2PPT 3Unk) TFORM96 = '1B ' / data format of field: BYTE TTYPE97 = 'FODATREQTYPE' / Last AT Request Target Type (0GRB 1TOO 2PPT 3UnTFORM97 = '1B ' / data format of field: BYTE TTYPE98 = 'FODPPTREQCNT' / FOM PPT Request Count TFORM98 = '1B ' / data format of field: BYTE TTYPE99 = 'FODATUPDCNT' / FOM AT Update Count TFORM99 = '1B ' / data format of field: BYTE TTYPE100= 'FODGRBREQCNT' / GRB Request Count TFORM100= '1B ' / data format of field: BYTE TTYPE101= 'FODTOOREQCNT' / TOO Request Count TFORM101= '1B ' / data format of field: BYTE TTYPE102= 'FODCTUPDCNT' / Fom Observed Target UpdateCount TFORM102= '1B ' / data format of field: BYTE TTYPE103= 'FODSLEWREQCNT' / Fom Slew Request Sent Count TFORM103= '1B ' / data format of field: BYTE TTYPE104= 'FODSLEWINQCNT' / Fom Slew Inquiry Sent Count TFORM104= '1B ' / data format of field: BYTE TTYPE105= 'FODSRREPLYCNT' / Fom Slew Reply Received Count TFORM105= '1B ' / data format of field: BYTE TTYPE106= 'FODSIREPLYCNT' / Fom Slew Info Reply Received Count TFORM106= '1B ' / data format of field: BYTE TTYPE107= 'FODEVTCNT' / Fom Error Event Count TFORM107= '1B ' / data format of field: BYTE TTYPE108= 'FODATBMERIT0' / Fom AT BAT Merit Value 0 TFORM108= '1I ' / data format of field: 2-byte INTEGER TTYPE109= 'FODATBMERIT1' / Fom AT BAT Merit Value 1 TFORM109= '1I ' / data format of field: 2-byte INTEGER TTYPE110= 'FODATBMERIT2' / Fom AT BAT Merit Value 2 TFORM110= '1I ' / data format of field: 2-byte INTEGER TTYPE111= 'FODATBMERIT3' / Fom AT BAT Merit Value 3 TFORM111= '1I ' / data format of field: 2-byte INTEGER TTYPE112= 'FODATBMERIT4' / Fom AT BAT Merit Value 4 TFORM112= '1I ' / data format of field: 2-byte INTEGER TTYPE113= 'FODATBMERIT5' / Fom AT BAT Merit Value 5 TFORM113= '1I ' / data format of field: 2-byte INTEGER TTYPE114= 'FODATBMERIT6' / Fom AT BAT Merit Value 6 TFORM114= '1I ' / data format of field: 2-byte INTEGER TTYPE115= 'FODATBMERIT7' / Fom AT BAT Merit Value 7 TFORM115= '1I ' / data format of field: 2-byte INTEGER TTYPE116= 'FODATBMERIT8' / Fom AT BAT Merit Value 8 TFORM116= '1I ' / data format of field: 2-byte INTEGER TTYPE117= 'FODATBMERIT9' / Fom AT BAT Merit Value 9 TFORM117= '1I ' / data format of field: 2-byte INTEGER TTYPE118= 'FODATXMERIT0' / Fom AT XRT Merit Value 0 TFORM118= '1I ' / data format of field: 2-byte INTEGER TTYPE119= 'FODATXMERIT1' / Fom AT XRT Merit Value 1 TFORM119= '1I ' / data format of field: 2-byte INTEGER TTYPE120= 'FODATXMERIT2' / Fom AT XRT Merit Value 2 TFORM120= '1I ' / data format of field: 2-byte INTEGER TTYPE121= 'FODATXMERIT3' / Fom AT XRT Merit Value 3 TFORM121= '1I ' / data format of field: 2-byte INTEGER TTYPE122= 'FODATXMERIT4' / Fom AT XRT Merit Value 4 TFORM122= '1I ' / data format of field: 2-byte INTEGER TTYPE123= 'FODATXMERIT5' / Fom AT XRT Merit Value 5 TFORM123= '1I ' / data format of field: 2-byte INTEGER TTYPE124= 'FODATXMERIT6' / Fom AT XRT Merit Value 6 TFORM124= '1I ' / data format of field: 2-byte INTEGER TTYPE125= 'FODATXMERIT7' / Fom AT XRT Merit Value 7 TFORM125= '1I ' / data format of field: 2-byte INTEGER TTYPE126= 'FODATXMERIT8' / Fom AT XRT Merit Value 8 TFORM126= '1I ' / data format of field: 2-byte INTEGER TTYPE127= 'FODATXMERIT9' / Fom AT XRT Merit Value 9 TFORM127= '1I ' / data format of field: 2-byte INTEGER TTYPE128= 'FODATUMERIT0' / Fom AT UVOT Merit Value 0 TFORM128= '1I ' / data format of field: 2-byte INTEGER TTYPE129= 'FODATUMERIT1' / Fom AT UVOT Merit Value 1 TFORM129= '1I ' / data format of field: 2-byte INTEGER TTYPE130= 'FODATUMERIT2' / Fom AT UVOT Merit Value 2 TFORM130= '1I ' / data format of field: 2-byte INTEGER TTYPE131= 'FODATUMERIT3' / Fom AT UVOT Merit Value 3 TFORM131= '1I ' / data format of field: 2-byte INTEGER TTYPE132= 'FODATUMERIT4' / Fom AT UVOT Merit Value 4 TFORM132= '1I ' / data format of field: 2-byte INTEGER TTYPE133= 'FODATUMERIT5' / Fom AT UVOT Merit Value 5 TFORM133= '1I ' / data format of field: 2-byte INTEGER TTYPE134= 'FODATUMERIT6' / Fom AT UVOT Merit Value 6 TFORM134= '1I ' / data format of field: 2-byte INTEGER TTYPE135= 'FODATUMERIT7' / Fom AT UVOT Merit Value 7 TFORM135= '1I ' / data format of field: 2-byte INTEGER TTYPE136= 'FODATUMERIT8' / Fom AT UVOT Merit Value 8 TFORM136= '1I ' / data format of field: 2-byte INTEGER TTYPE137= 'FODATUMERIT9' / Fom AT UVOT Merit Value 9 TFORM137= '1I ' / data format of field: 2-byte INTEGER TTYPE138= 'FODATREQMERIT0' / Last AT Request Merit Value 0 TFORM138= '1I ' / data format of field: 2-byte INTEGER TTYPE139= 'FODATREQMERIT1' / Last AT Request Merit Value 1 TFORM139= '1I ' / data format of field: 2-byte INTEGER TTYPE140= 'FODATREQMERIT2' / Last AT Request Merit Value 2 TFORM140= '1I ' / data format of field: 2-byte INTEGER TTYPE141= 'FODATREQMERIT3' / Last AT Request Merit Value 3 TFORM141= '1I ' / data format of field: 2-byte INTEGER TTYPE142= 'FODATREQMERIT4' / Last AT Request Merit Value 4 TFORM142= '1I ' / data format of field: 2-byte INTEGER TTYPE143= 'FODATREQMERIT5' / Last AT Request Merit Value 5 TFORM143= '1I ' / data format of field: 2-byte INTEGER TTYPE144= 'FODATREQMERIT6' / Last AT Request Merit Value 6 TFORM144= '1I ' / data format of field: 2-byte INTEGER TTYPE145= 'FODATREQMERIT7' / Last AT Request Merit Value 7 TFORM145= '1I ' / data format of field: 2-byte INTEGER TTYPE146= 'FODATREQMERIT8' / Last AT Request Merit Value 8 TFORM146= '1I ' / data format of field: 2-byte INTEGER TTYPE147= 'FODATREQMERIT9' / Last AT Request Merit Value 9 TFORM147= '1I ' / data format of field: 2-byte INTEGER TTYPE148= 'FODINSTCMDCNT' / FoM Inst Cmd Accept count TFORM148= '1B ' / data format of field: BYTE TTYPE149= 'FODINSTCMDREJ' / FoM Inst Cmd Reject count TFORM149= '1B ' / data format of field: BYTE EXTNAME = 'hk1e2x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699934.16758 TSTOP = 727704901.17256 DATE-OBS= '2024-01-23T10:52:09' DATE-END= '2024-01-23T12:14:56' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 4967.00497996807 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 482 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:29' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'ZfNYafLWTfLWZfLW' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '3551026197' / data unit checksum updated 2024-02-02T06:06:29 COMMENT Column 77 = FODOTISABORTED - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 78 = FODUPDASSNEED - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 79 = FODSLEWINQSTAT - Discrete value COMMENT 0 = NEEDASSESS = Slew Inquiry Assessment Needed COMMENT 1 = SENT = Slew Inquiry Sent - awaiting Reply COMMENT 2 = SIACQ = Slew Inquiry ACQ COMMENT 3 = SINACQ = Slew Inquiry NACQ COMMENT 4 = BADSI = Reply indicates Bad Slew Inquiry COMMENT 5 = BADREPLY = Bad Slew Inquiry Received COMMENT 6 = INQTIMEOUT = Slew Inquiry Time out with no Reply COMMENT 7 = NONE = No Slew Inquiry Needed COMMENT 8 = SLEWDISA = Fom Slew Mode Disabled COMMENT 9 = ERROR = Error COMMENT 10 = BADSITARG = Slew Info Reply is for wrong ObsNum COMMENT 11 = UNREQUESTEDREPLY = Slew Info Reply Received without Request COMMENT Column 80 = FODSLEWREQSTAT - Discrete value COMMENT 0 = NEEDASSESS = Slew Request Assessment Needed COMMENT 1 = SENT = Slew Request Sent - awaiting Reply COMMENT 2 = ACQ = Slew Reply ACQ rcvd - awaiting slew COMMENT 3 = NACQ = Slew Reply NACQ received COMMENT 4 = BADSR = Reply indicates Bad Slew Request COMMENT 5 = BADREPLY = Bad Slew Request Received COMMENT 6 = REQTIMEOUT = Slew Request Time out with no Reply COMMENT 7 = SLEWTIMEOUT = Slew Start Time out after Reply ACQ COMMENT 8 = NEWOT = Requested Target Is New Obs Target COMMENT 9 = SLEWERROR = Slewing to wrong target COMMENT 10 = NONE = No Slew Request Needed COMMENT 11 = SLEWDISA = Fom Slew Mode Disabled COMMENT 12 = ERROR = Error COMMENT 13 = SLEWABORT = No Slew - Aborted COMMENT 14 = BADSRTARG = Slew Reply is for wrong ObsNum COMMENT 15 = SLEWING = ACS is slewing COMMENT 16 = UNREQUESTEDREPLY = Slew Reply Received without Request COMMENT 17 = SETTLETIMEOUT = SC Still Slewing after excessive wait COMMENT Column 81 = FODSLEWMODSTAT - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 82 = FODATMODESTAT - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 83 = FODPPTMODESTAT - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 84 = FODATTARGSTAT - Discrete value COMMENT 0 = NONE = No Target Exists COMMENT 1 = UNK = Target InView Status Unknown COMMENT 2 = OUTOFVIEW = Target is Currently OutOfView COMMENT 3 = INVIEW = Target is Currently InView COMMENT Column 85 = FODPPTTARGSTAT - Discrete value COMMENT 0 = NONE = No Target Exists COMMENT 1 = UNK = Target InView Status Unknown COMMENT 2 = OUTOFVIEW = Target is Currently OutOfView COMMENT 3 = INVIEW = Target is Currently InView COMMENT Column 86 = FODLASTSRATSLW - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 87 = FODLASTSIATSLW - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 90 = FODACSSETTLED - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 91 = FODACSIN10AMIN - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 92 = FODACSINSAA - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 93 = FODACSSAFEMODE - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 94 = FODAISLEWSTATE - Discrete value COMMENT 0 = ERROR = ACS Info Slew State Error COMMENT 1 = SLEWING = ACS Info Slewing and not within 10 ArcMin of Target COMMENT 2 = IN10ARCMIN = ACS Info Slewing and within 10 ArcMin of Target COMMENT 3 = SETTLED = ACS Info Settled on Target COMMENT 4 = SAFEMODE = ACS Info SC Safemode COMMENT 5 = InSAA = ACS Info In SAA COMMENT 6 = OutOfSAA = ACS Info Outside SAA COMMENT Column 95 = FODOTTARGTYPE - Discrete value COMMENT 0 = GRB = GRB Type Target COMMENT 1 = TOO = TOO Type Target COMMENT 2 = PPT = PPT Type Target COMMENT 3 = UNK = Unknown Fom Target Type COMMENT Column 96 = FODATTARGTYPE - Discrete value COMMENT 0 = GRB = GRB Type Target COMMENT 1 = TOO = TOO Type Target COMMENT 2 = PPT = PPT Type Target COMMENT 3 = UNK = Unknown Fom Target Type COMMENT Column 97 = FODATREQTYPE - Discrete value COMMENT 0 = GRB = GRB Type Target COMMENT 1 = TOO = TOO Type Target COMMENT 2 = PPT = PPT Type Target COMMENT 3 = UNK = Unknown Fom Target Type HISTORY TASK: FAPPND on FILENAME: sw01210276000b1e2x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:32 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AůsC@\B&_-C8RACp@\B%C8RACp_-:BC90!BF49B(@\C8RACp<+@9fCwR@\C8RACpր<+@9fCwR@\C=AeCẁ؀p-N?1=A(AůV^BZ_CsGB)YB^BYwCsGB)YB_:BC90!BF49B(^CsGB)YB<+@9fCwR^CsGB)YBZ<+@9fCwR^CB dC̀؀p.N?2>B(Aůꪕu^B_ӠCsGB)YB^BwCsGB)YB_Ӡ:BC90!BF49B(^CsGB)YB<+@9fCwR^CsGB)YBZ<+@9fCwR^Cs.'B)}KB̀؀p.N?2>B(AůwB7_dCGQBrBC^B{wCsGB)YBǫ_ӠwB5CGQBrBC_dwBCGQBrwCGQBr<+@9fCwRwCGQBrBC7<+@9fCwRwCnIB9aB޽!̀؀.O?3?C())AůqI^Bǫ_ӠCsGB)YB^BwCsGB)YBǫ_ӠwBCGQBrBC_չwBCGQBr^CsGB)YBwCGQBrBC^CsGB)YBwCGQBrBC.^CS'BiBg)̀؀.O?4@D())AůrwB I_չCGQBrBC/VBpkC?;d_VC;_䏀wB GCGQBrBC_չwBCGQBrwCGQBrBCwCGQBrBCwCGQBrBC IwCGQBrBC.wC W$LE.C )̀؀ZEO?LY]())XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 8 / width of table in bytes NAXIS2 = 5 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 1 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field EXTNAME = 'hk216x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727700236.65266 TSTOP = 727705096.5028 DATE-OBS= '2024-01-23T10:57:11' DATE-END= '2024-01-23T12:18:11' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823800000000 / [s] UTCF at TSTART TELAPSE = 4859.85013997555 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 534 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:29' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'IgacLfTaIfZaIfZa' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '2745377124' / data unit checksum updated 2024-02-02T06:06:29 HISTORY TASK: FAPPND on FILENAME: sw01210276000b216x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:32 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AůS]Aů곰|Aů?q"AůgBAů@[XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 8 / width of table in bytes NAXIS2 = 2 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 1 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field EXTNAME = 'hk217x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727701563.79154 TSTOP = 727701738.81464 DATE-OBS= '2024-01-23T11:19:18' DATE-END= '2024-01-23T11:22:13' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7824800000000 / [s] UTCF at TSTART TELAPSE = 175.023100018501 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 535 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:29' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'XSPmYROlXROlXROl' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '383317800' / data unit checksum updated 2024-02-02T06:06:29 HISTORY TASK: FAPPND on FILENAME: sw01210276000b217x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:32 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AůQ/AůuhF XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 8 / width of table in bytes NAXIS2 = 7 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 1 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field EXTNAME = 'hk21ax001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727700234.97504 TSTOP = 727705095.0375 DATE-OBS= '2024-01-23T10:57:09' DATE-END= '2024-01-23T12:18:10' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823800000000 / [s] UTCF at TSTART TELAPSE = 4860.06246006489 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 538 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:29' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'GfKjIdHiGdHiGdHi' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '3035484737' / data unit checksum updated 2024-02-02T06:06:29 HISTORY TASK: FAPPND on FILENAME: sw01210276000b21ax001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:32 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aů|AůAů괃tAů)[Aůfl0+Aůt/oAůXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 8 / width of table in bytes NAXIS2 = 190 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 1 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field EXTNAME = 'hk21cx001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699888.76674 TSTOP = 727706045.91628 DATE-OBS= '2024-01-23T10:51:23' DATE-END= '2024-01-23T12:34:00' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6157.14954006672 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 540 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:29' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '2daA5ZW92baA2ZW7' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '2929624166' / data unit checksum updated 2024-02-02T06:06:29 HISTORY TASK: FAPPND on FILENAME: sw01210276000b21cx001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:32 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aůb$AůqlaAůKAů>;Aů/Aů?AůIAů ~AůvyAůPAů`|AůƽAů.mAůAůWAůgsAůAů4Aů8Y`Aů8i@Aů:)Aů;6{_AůXW%AůXfffAůZMAů[3AůxeAůxuClAůzAů{B!Aů|0-8Aů|?m3Aů~FAů(Aůp(AůhAůXAů-wAů邳AůF5Aů酪AůNAů_KAůAůZ0AůjAůAů4W~Aů4iIAů6Aů7[AůT]HAůToTLAůVKIAůtV;Aůtg:AůvAůx6rAůxHAůzAů{8[AůR3AůcaAůAůKLAůꗄUAůꗇޔAů 6AůN2AůRpAůB1Aů:GAů=AAůé*AůꩁkAůꩅ{Aů PAů~Aů㦋Aůiz%Aů걛_Aů AůIAů:Aů괟1AůW< Aůf+Aů]dAů7[AůbAůr4AůAůH=Aů룴i/AůcNAůrAůnAůaAůr,gAůaAů`F Aůp AůeAů5AůFAů7aAů6AůDrAů Z0Aů iz%Aů"TAů@arAů@q"SAůB!AůZAůZكQAů]_gAůfAůtAůXAůi^Aů0@Aůa{AůrxlAůK^AůcF5Aůu%Aů AůchAůLAůƨAůAů$MAů$]Aů&,AůDUeAůDd"AůFzcAůdXj+AůdgmAůfNAůgA[AůT%AůcfQAů7AůWAůh&AůAůYAů'Aů>zAůNAůԎAůMAů]AůAůUAůeAůVAůLDAů֡AůAůVAůeu:Aů`kAů{Aů?X?Aů\SRAů\c.Aů^@Aů_:\Aů`*iYAů`9Aůb#Aů|PEAů|` Aů~AůYAůj[AůAů=AůWAůgAůSAůXAů`AůoVAůHXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 269 / width of table in bytes NAXIS2 = 52 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 82 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BDICTOBSSEG' / Observation Segment Number TFORM2 = '1B ' / data format of field: BYTE TTYPE3 = 'BDICTTARGID' / Target ID Number TFORM3 = '1J ' / data format of field: 4-byte INTEGER TZERO3 = 2147483648 / offset for unsigned integers TTYPE4 = 'BDICTSCIMET' / MET, as known by the sci FSW TFORM4 = '1D ' / data format of field: 8-byte DOUBLE TUNIT4 = 's ' / physical unit of field TTYPE5 = 'BDICTSCIUTC' / UTC Correlation Factor TFORM5 = '1D ' / data format of field: 8-byte DOUBLE TTYPE6 = 'BDICNORMEV' / Count of this packet type TFORM6 = '1J ' / data format of field: 4-byte INTEGER TZERO6 = 2147483648 / offset for unsigned integers TTYPE7 = 'BDICMULTIEV' / Count of this packet type TFORM7 = '1J ' / data format of field: 4-byte INTEGER TZERO7 = 2147483648 / offset for unsigned integers TTYPE8 = 'BDICCALIBEV' / Count of this packet type TFORM8 = '1J ' / data format of field: 4-byte INTEGER TZERO8 = 2147483648 / offset for unsigned integers TTYPE9 = 'BDICCALIBSHORTEV' / Count of this packet type TFORM9 = '1J ' / data format of field: 4-byte INTEGER TZERO9 = 2147483648 / offset for unsigned integers TTYPE10 = 'BDICTIME10MS' / Count of this packet type TFORM10 = '1J ' / data format of field: 4-byte INTEGER TZERO10 = 2147483648 / offset for unsigned integers TTYPE11 = 'BDICBLOCKCHANGE' / Count of this packet type TFORM11 = '1J ' / data format of field: 4-byte INTEGER TZERO11 = 2147483648 / offset for unsigned integers TTYPE12 = 'BDICBLOCKEVCOUNT' / Count of this packet type TFORM12 = '1J ' / data format of field: 4-byte INTEGER TZERO12 = 2147483648 / offset for unsigned integers TTYPE13 = 'BDICTIMEECHO' / Count of this packet type TFORM13 = '1J ' / data format of field: 4-byte INTEGER TZERO13 = 2147483648 / offset for unsigned integers TTYPE14 = 'BDICCOMMANDVERIF' / Count of this packet type TFORM14 = '1J ' / data format of field: 4-byte INTEGER TZERO14 = 2147483648 / offset for unsigned integers TTYPE15 = 'BDICBCDHSTATUS' / Count of this packet type TFORM15 = '1J ' / data format of field: 4-byte INTEGER TZERO15 = 2147483648 / offset for unsigned integers TTYPE16 = 'BDICBCDHBIAS' / Count of this packet type TFORM16 = '1J ' / data format of field: 4-byte INTEGER TZERO16 = 2147483648 / offset for unsigned integers TTYPE17 = 'BDICBCDHVOLTAGEC' / Count of this packet type TFORM17 = '1J ' / data format of field: 4-byte INTEGER TZERO17 = 2147483648 / offset for unsigned integers TTYPE18 = 'BDICDMPOWER' / Count of this packet type TFORM18 = '1J ' / data format of field: 4-byte INTEGER TZERO18 = 2147483648 / offset for unsigned integers TTYPE19 = 'BDICBCDHPOWER' / Count of this packet type TFORM19 = '1J ' / data format of field: 4-byte INTEGER TZERO19 = 2147483648 / offset for unsigned integers TTYPE20 = 'BDICBCDHTEMPERAT' / Count of this packet type TFORM20 = '1J ' / data format of field: 4-byte INTEGER TZERO20 = 2147483648 / offset for unsigned integers TTYPE21 = 'BDICBCDHVOLTAGER' / Count of this packet type TFORM21 = '1J ' / data format of field: 4-byte INTEGER TZERO21 = 2147483648 / offset for unsigned integers TTYPE22 = 'BDICBCDHVERSION' / Count of this packet type TFORM22 = '1J ' / data format of field: 4-byte INTEGER TZERO22 = 2147483648 / offset for unsigned integers TTYPE23 = 'BDICBCDHHVMON' / Count of this packet type TFORM23 = '1J ' / data format of field: 4-byte INTEGER TZERO23 = 2147483648 / offset for unsigned integers TTYPE24 = 'BDICBCDHPARITYER' / Count of this packet type TFORM24 = '1J ' / data format of field: 4-byte INTEGER TZERO24 = 2147483648 / offset for unsigned integers TTYPE25 = 'BDICBCDHDMCOMMEX' / Count of this packet type TFORM25 = '1J ' / data format of field: 4-byte INTEGER TZERO25 = 2147483648 / offset for unsigned integers TTYPE26 = 'BDICBCDHCOMMEXCE' / Count of this packet type TFORM26 = '1J ' / data format of field: 4-byte INTEGER TZERO26 = 2147483648 / offset for unsigned integers TTYPE27 = 'BDICBCDHALARM' / Count of this packet type TFORM27 = '1J ' / data format of field: 4-byte INTEGER TZERO27 = 2147483648 / offset for unsigned integers TTYPE28 = 'BDICBCDHSPARE' / Count of this packet type TFORM28 = '1J ' / data format of field: 4-byte INTEGER TZERO28 = 2147483648 / offset for unsigned integers TTYPE29 = 'BDICDMCMDVERIFY' / Count of this packet type TFORM29 = '1J ' / data format of field: 4-byte INTEGER TZERO29 = 2147483648 / offset for unsigned integers TTYPE30 = 'BDICDMMODECHANGE' / Count of this packet type TFORM30 = '1J ' / data format of field: 4-byte INTEGER TZERO30 = 2147483648 / offset for unsigned integers TTYPE31 = 'BDICDMSTATUS' / Count of this packet type TFORM31 = '1J ' / data format of field: 4-byte INTEGER TZERO31 = 2147483648 / offset for unsigned integers TTYPE32 = 'BDICDMHK' / Count of this packet type TFORM32 = '1J ' / data format of field: 4-byte INTEGER TZERO32 = 2147483648 / offset for unsigned integers TTYPE33 = 'BDICDMCOUNTS' / Count of this packet type TFORM33 = '1J ' / data format of field: 4-byte INTEGER TZERO33 = 2147483648 / offset for unsigned integers TTYPE34 = 'BDICDMCOEF' / Count of this packet type TFORM34 = '1J ' / data format of field: 4-byte INTEGER TZERO34 = 2147483648 / offset for unsigned integers TTYPE35 = 'BDICDMPARAMS' / Count of this packet type TFORM35 = '1J ' / data format of field: 4-byte INTEGER TZERO35 = 2147483648 / offset for unsigned integers TTYPE36 = 'BDICDMCCR1' / Count of this packet type TFORM36 = '1J ' / data format of field: 4-byte INTEGER TZERO36 = 2147483648 / offset for unsigned integers TTYPE37 = 'BDICDMCCR2' / Count of this packet type TFORM37 = '1J ' / data format of field: 4-byte INTEGER TZERO37 = 2147483648 / offset for unsigned integers TTYPE38 = 'BDICDMDSR1' / Count of this packet type TFORM38 = '1J ' / data format of field: 4-byte INTEGER TZERO38 = 2147483648 / offset for unsigned integers TTYPE39 = 'BDICDMDSR2' / Count of this packet type TFORM39 = '1J ' / data format of field: 4-byte INTEGER TZERO39 = 2147483648 / offset for unsigned integers TTYPE40 = 'BDICDMXSR1' / Count of this packet type TFORM40 = '1J ' / data format of field: 4-byte INTEGER TZERO40 = 2147483648 / offset for unsigned integers TTYPE41 = 'BDICDMXSR2' / Count of this packet type TFORM41 = '1J ' / data format of field: 4-byte INTEGER TZERO41 = 2147483648 / offset for unsigned integers TTYPE42 = 'BDICDMXSR3' / Count of this packet type TFORM42 = '1J ' / data format of field: 4-byte INTEGER TZERO42 = 2147483648 / offset for unsigned integers TTYPE43 = 'BDICDMXSR4' / Count of this packet type TFORM43 = '1J ' / data format of field: 4-byte INTEGER TZERO43 = 2147483648 / offset for unsigned integers TTYPE44 = 'BDICDMALARM' / Count of this packet type TFORM44 = '1J ' / data format of field: 4-byte INTEGER TZERO44 = 2147483648 / offset for unsigned integers TTYPE45 = 'BDICDMTSRCCNT' / Count of this packet type TFORM45 = '1J ' / data format of field: 4-byte INTEGER TZERO45 = 2147483648 / offset for unsigned integers TTYPE46 = 'BDICDMSPARE' / Count of this packet type TFORM46 = '1J ' / data format of field: 4-byte INTEGER TZERO46 = 2147483648 / offset for unsigned integers TTYPE47 = 'BDICMICDATAERROR' / Count of this packet type TFORM47 = '1J ' / data format of field: 4-byte INTEGER TZERO47 = 2147483648 / offset for unsigned integers TTYPE48 = 'BDICCONTPACKET' / Count of this packet type TFORM48 = '1J ' / data format of field: 4-byte INTEGER TZERO48 = 2147483648 / offset for unsigned integers TTYPE49 = 'BDICFASSERT' / Unspecified assertion failure. TFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = 32768 / offset for unsigned integers TTYPE50 = 'BDICFCONTPACKET' / The next packet to process is a continuation woTFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 32768 / offset for unsigned integers TTYPE51 = 'BDICFSHORTPACKET' / Packet length too short. TFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = 32768 / offset for unsigned integers TTYPE52 = 'BDICFBADPACKET' / Packet has other trouble. TFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 32768 / offset for unsigned integers TTYPE53 = 'BDICFMS1010' / The 10 ms counter went to 101 or more. TFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 32768 / offset for unsigned integers TTYPE54 = 'BDICFTIME' / Time is non-consecutive. TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BDICFMETINFO' / Something wrong with MET info. TFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 32768 / offset for unsigned integers TTYPE56 = 'BDICFOCTSEC' / Something is wrong with the 8-second scheduler.TFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 32768 / offset for unsigned integers TTYPE57 = 'BDICFSURVEYCYCLE' / Something is wrong with the SurveyCycle schedulTFORM57 = '1I ' / data format of field: 2-byte INTEGER TZERO57 = 32768 / offset for unsigned integers TTYPE58 = 'BDICFNOSURVEYFRE' / There is no Survey data structure available. TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 32768 / offset for unsigned integers TTYPE59 = 'BDICFUNCLEARABLE' / A data type could not be cleared. TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = 32768 / offset for unsigned integers TTYPE60 = 'BDICFBADBLOCKNUM' / Block number not in expected range. TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 32768 / offset for unsigned integers TTYPE61 = 'BDICFAM241SPECTN' / Spectrum is not cleared. TFORM61 = '1I ' / data format of field: 2-byte INTEGER TZERO61 = 32768 / offset for unsigned integers TTYPE62 = 'BDICFRATEHANDLER' / The Rate Handler wasn't called often enough. TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 32768 / offset for unsigned integers TTYPE63 = 'BDICFDUMP' / Something unexpected happened in the dump proceTFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 32768 / offset for unsigned integers TTYPE64 = 'BDICFFILEWRITE' / Fault during file write. TFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 32768 / offset for unsigned integers TTYPE65 = 'BDICFFILEREAD' / Fault during file read. TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 32768 / offset for unsigned integers TTYPE66 = 'BDICFREACTIVATED' / Object being reactivated during telemetry. TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 32768 / offset for unsigned integers TTYPE67 = 'BDICFPUNTMAX' / Maximum calculation overflowed, punting. TFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 32768 / offset for unsigned integers TTYPE68 = 'BDICFCALIBTIMEOU' / Timeout error during calibration. TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 32768 / offset for unsigned integers TTYPE69 = 'BDICFCALIBBADSTA' / Calibration found bad state. TFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'BDICFCALIBABANDO' / Calibration abandoned. TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 32768 / offset for unsigned integers TTYPE71 = 'BDICFGAINOFFNOTF' / No free gain/offset object available. TFORM71 = '1I ' / data format of field: 2-byte INTEGER TZERO71 = 32768 / offset for unsigned integers TTYPE72 = 'BDICFPACKINGFAIL' / Fault packing detector map. TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 32768 / offset for unsigned integers TTYPE73 = 'BDICFIMAGELOSS' / Image result returned is not for most recent imTFORM73 = '1I ' / data format of field: 2-byte INTEGER TZERO73 = 32768 / offset for unsigned integers TTYPE74 = 'BDICFNOIMPROVEDT' / Improved trigger expected, but not found. TFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 32768 / offset for unsigned integers TTYPE75 = 'BDICFKILLWRONGTR' / Trigger ended is not the current trigger. TFORM75 = '1I ' / data format of field: 2-byte INTEGER TZERO75 = 32768 / offset for unsigned integers TTYPE76 = 'BDICFOBSOLETERAT' / Trying to look at di_ratehandler rates that areTFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 32768 / offset for unsigned integers TTYPE77 = 'BDICFBADTRIGGERC' / Bad trigger criterion. TFORM77 = '1I ' / data format of field: 2-byte INTEGER TZERO77 = 32768 / offset for unsigned integers TTYPE78 = 'BDICFNOACS' / No ACS data for relevant time. TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 32768 / offset for unsigned integers TTYPE79 = 'BDICFSOURCETABLE' / Something wrong with source table. TFORM79 = '1I ' / data format of field: 2-byte INTEGER TZERO79 = 32768 / offset for unsigned integers TTYPE80 = 'BDICFDSP' / DSP found something wrong. TFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 32768 / offset for unsigned integers TTYPE81 = 'BDICFINACTIVEBLO' / Inactive block incompatible with /bdiset MACTBLTFORM81 = '1I ' / data format of field: 2-byte INTEGER TZERO81 = 32768 / offset for unsigned integers TTYPE82 = 'BDICFCOMMANDABLE' / Invalid access to commandable value TFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 32768 / offset for unsigned integers EXTNAME = 'hk220x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699904.10938 TSTOP = 727706048.0976 DATE-OBS= '2024-01-23T10:51:39' DATE-END= '2024-01-23T12:34:03' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6143.98821997643 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 544 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:29' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'DfaADcY3DcaADcW3' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '814247347' / data unit checksum updated 2024-02-02T06:06:29 HISTORY TASK: FAPPND on FILENAME: sw01210276000b220x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:33 TNULL26 = 2147483647 TNULL8 = 2147483647 TNULL29 = 2147483647 TNULL47 = 2147483647 TNULL36 = 2147483647 TNULL46 = 2147483647 TNULL30 = 2147483647 TNULL15 = 2147483647 TNULL66 = 32767 TNULL73 = 32767 TNULL69 = 32767 TNULL57 = 32767 TNULL56 = 32767 TNULL9 = 2147483647 TNULL72 = 32767 TNULL31 = 2147483647 TNULL39 = 2147483647 TNULL67 = 32767 TNULL45 = 2147483647 TNULL14 = 2147483647 TNULL64 = 32767 TNULL68 = 32767 TNULL51 = 32767 TNULL40 = 2147483647 TNULL11 = 2147483647 TNULL17 = 2147483647 TNULL74 = 32767 TNULL18 = 2147483647 TNULL21 = 2147483647 TNULL58 = 32767 TNULL33 = 2147483647 TNULL38 = 2147483647 TNULL28 = 2147483647 TNULL3 = 2147483647 TNULL16 = 2147483647 TNULL59 = 32767 TNULL32 = 2147483647 TNULL65 = 32767 TNULL60 = 32767 TNULL13 = 2147483647 TNULL80 = 32767 TNULL48 = 2147483647 TNULL61 = 32767 TNULL75 = 32767 TNULL23 = 2147483647 TNULL42 = 2147483647 TNULL76 = 32767 TNULL20 = 2147483647 TNULL50 = 32767 TNULL35 = 2147483647 TNULL41 = 2147483647 TNULL25 = 2147483647 TNULL10 = 2147483647 TNULL22 = 2147483647 TNULL24 = 2147483647 TNULL19 = 2147483647 TNULL77 = 32767 TNULL53 = 32767 TNULL78 = 32767 TNULL6 = 2147483647 TNULL55 = 32767 TNULL44 = 2147483647 TNULL52 = 32767 TNULL81 = 32767 TNULL70 = 32767 TNULL62 = 32767 TNULL82 = 32767 TNULL27 = 2147483647 TNULL12 = 2147483647 TNULL79 = 32767 TNULL7 = 2147483647 TNULL37 = 2147483647 TNULL43 = 2147483647 TNULL71 = 32767 TNULL63 = 32767 TNULL54 = 32767 TNULL34 = 2147483647 TNULL49 = 32767 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aů*@\AůAp{tOawbVgDV76M       $C1Aův@\AůAp{tOfobʋWgDG76R `  ` ` ` ` $C1Aů c@\Aů Ap{_Okb~Y3gD76Y& Ѐ  Ѐ Ѐ Ѐ Ѐ )$C1Aů@@\Aů@Ap{_OpQc :ZgEGt76_ 0  0 0 0 0 H$C1Aů`<@\Aů`Ap{_Ov[c./\SgEPh76eƀ  0 0    0  0w$C1AůKN@\AůAp{_O{^cQ]gEf\76k  0 0    0  0$C1Aů sJ^AůAp{_OOcw!_sgEP76q p 0 0 p p p 0 p 0$C1Aů WJ^AůAp{J#OhcmagF fD76w  0 0    0  0$C1AůbJ^AůAp{J#OScbgFK876~& P @ @ P P P @ P @$C1AůƨJ^AůAp{J#Ocd#gF,76ۄV  @ @    @  @%$C1Aů 'J^Aů Ap{J#Od egF 76ۊ6   @ @     @   @D$C1Aů@ J^Aů@Ap{J#O>d/4gCvGF6ې  @ @    @  @d$C1Aů`J^Aů`Ap{5+O؎dQhvGEF6ۖF  @ @    @  @$*C1AůhJ^AůAp{5+OpdrπjcvGF6ۜ ` P P ` ` ` P ` P$7C1Aů$J^AůAp{5+OvdckvG<F6ۢ Ѐ P P Ѐ Ѐ Ѐ P Ѐ P$DC3AůgwAůAp{5+O~qdgmvHF6ۨƀ 0 P P 0 0 0 P 0 P$QC3Aů wAůAp{ 2O#dրovH?<F6ۮ  P P    P  P$^C3Aů+wAůAp{ 2OdـpvH}F6۴ր  P P  P  P3$kC3Aů ^_wAů Ap{ 2O4ne r3vH\F6ۻF p ` ` p p p ` p ``$xC3Aů@IwAů@Ap{ 2Oe&svHдF6v  ` `  `  `$C3Aů` wAů`Ap{ 2O1JeCvuSvI9\ҨF6V !@ ` ` !@ !@ !@ ` !@ `$C3Aů M@wAůAp{ 9Oɩe`*vvIwԜF66 ! ` ` ! ! ! ` ! `$C3AůLwAůAp{ 9O"e}RxsvI\֐F6f " ` ` " " " ` " `$!C3AůwAůAp{ 9OқxezvI؄F6ր " p p " " " p " p$(C3Aů8wAůAp{ 9Oeg{vJ3mxH6 " p p " " " p " p0$/C3AůCwAůApz@O۔eр}#vJqlU7 #P p p #P #P #P p #P pO$5C3Aů KwAů Apz@Oe~vJm`U7ƀ # p p # # # p # po$;C3Aů@VwAů@Apz@O䊣fCvJTU7 $0  $0 $0 $0 $0 $CC3Aů`&WwAů`Apz@Of.ӅK-HU7f $  $ $ $ $ $IC3AůJ^AůApz@OsɎfLɀcKlwAůApyQi#m'ۀ"+XY:Q7U6 <  @ @ < < <  @ <  @%C3Aů fwAůApyQ(mCɀ"+sXYyS7[ < @ @ < < < @ < @%C3Aů xwAůApyQ c֎m`C"+XYU7aF < @ @ < < < @ < @%C3Aů wAůApyQDm|H"+ߓXY3Wx7g =` P P =` =` =` P =` P%C3Aů7wAůApyЦQmA"+#XZ4Yl8m =Ѐ P P =Ѐ =Ѐ =Ѐ P =Ѐ P%C3Aů wAů ApyЦQ'tmp"+XZs6[`8sƀ >0 P P >0 >0 >0 P >0 P9%!C3Aů@ rwAů@ApyЦQm6"+CXZ]T8 y > P P > > > P > PY%.C3Aů` =wAů`ApyЦQ"ҎmL"+XZ6_H8ր ? P P ? ? ? P ? Pz%;C3Aů }wAůApyЦQ'pߎn"+cX[.a<(8݆F ?p ` ` ?p ?p ?p ` ?p `%HC3Aů3wAůApyQ,aӎn3f"+X[mVc0(8݌v ? ` ` ? ? ? ` ? `%UC3Aů wAůApyQ1tގnUt"+X[e$(8ݒV @@ ` ` @@ @@ @@ ` @@ `%bC3Aů ~(wAůApyQ6ێnxq"+X[Vg(8ݘ6 @ ` ` @ @ @ ` @ `% oC3XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 552 / width of table in bytes NAXIS2 = 81 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 545 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BDIXVBV00' / BCDH Cmd Verifies counter TFORM2 = '1B ' / data format of field: BYTE TTYPE3 = 'BDIXVBV01' / BCDH Cmd Verifies counter TFORM3 = '1B ' / data format of field: BYTE TTYPE4 = 'BDIXVBV02' / BCDH Cmd Verifies counter TFORM4 = '1B ' / data format of field: BYTE TTYPE5 = 'BDIXVBV03' / BCDH Cmd Verifies counter TFORM5 = '1B ' / data format of field: BYTE TTYPE6 = 'BDIXVBV04' / BCDH Cmd Verifies counter TFORM6 = '1B ' / data format of field: BYTE TTYPE7 = 'BDIXVBV05' / BCDH Cmd Verifies counter TFORM7 = '1B ' / data format of field: BYTE TTYPE8 = 'BDIXVBV06' / BCDH Cmd Verifies counter TFORM8 = '1B ' / data format of field: BYTE TTYPE9 = 'BDIXVBV07' / BCDH Cmd Verifies counter TFORM9 = '1B ' / data format of field: BYTE TTYPE10 = 'BDIXVBV08' / BCDH Cmd Verifies counter TFORM10 = '1B ' / data format of field: BYTE TTYPE11 = 'BDIXVBV09' / BCDH Cmd Verifies counter TFORM11 = '1B ' / data format of field: BYTE TTYPE12 = 'BDIXVBV10' / BCDH Cmd Verifies counter TFORM12 = '1B ' / data format of field: BYTE TTYPE13 = 'BDIXVBV11' / BCDH Cmd Verifies counter TFORM13 = '1B ' / data format of field: BYTE TTYPE14 = 'BDIXVBV12' / BCDH Cmd Verifies counter TFORM14 = '1B ' / data format of field: BYTE TTYPE15 = 'BDIXVBV13' / BCDH Cmd Verifies counter TFORM15 = '1B ' / data format of field: BYTE TTYPE16 = 'BDIXVBV14' / BCDH Cmd Verifies counter TFORM16 = '1B ' / data format of field: BYTE TTYPE17 = 'BDIXVBV15' / BCDH Cmd Verifies counter TFORM17 = '1B ' / data format of field: BYTE TTYPE18 = 'BDIXVBX00' / BCDH Cmd Exceptions counter TFORM18 = '1B ' / data format of field: BYTE TTYPE19 = 'BDIXVBX01' / BCDH Cmd Exceptions counter TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BDIXVBX02' / BCDH Cmd Exceptions counter TFORM20 = '1B ' / data format of field: BYTE TTYPE21 = 'BDIXVBX03' / BCDH Cmd Exceptions counter TFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BDIXVBX04' / BCDH Cmd Exceptions counter TFORM22 = '1B ' / data format of field: BYTE TTYPE23 = 'BDIXVBX05' / BCDH Cmd Exceptions counter TFORM23 = '1B ' / data format of field: BYTE TTYPE24 = 'BDIXVBX06' / BCDH Cmd Exceptions counter TFORM24 = '1B ' / data format of field: BYTE TTYPE25 = 'BDIXVBX07' / BCDH Cmd Exceptions counter TFORM25 = '1B ' / data format of field: BYTE TTYPE26 = 'BDIXVBX08' / BCDH Cmd Exceptions counter TFORM26 = '1B ' / data format of field: BYTE TTYPE27 = 'BDIXVBX09' / BCDH Cmd Exceptions counter TFORM27 = '1B ' / data format of field: BYTE TTYPE28 = 'BDIXVBX10' / BCDH Cmd Exceptions counter TFORM28 = '1B ' / data format of field: BYTE TTYPE29 = 'BDIXVBX11' / BCDH Cmd Exceptions counter TFORM29 = '1B ' / data format of field: BYTE TTYPE30 = 'BDIXVBX12' / BCDH Cmd Exceptions counter TFORM30 = '1B ' / data format of field: BYTE TTYPE31 = 'BDIXVBX13' / BCDH Cmd Exceptions counter TFORM31 = '1B ' / data format of field: BYTE TTYPE32 = 'BDIXVBX14' / BCDH Cmd Exceptions counter TFORM32 = '1B ' / data format of field: BYTE TTYPE33 = 'BDIXVBX15' / BCDH Cmd Exceptions counter TFORM33 = '1B ' / data format of field: BYTE TTYPE34 = 'BDIXVDV00_00' / DM Cmd Verifies counter TFORM34 = '1B ' / data format of field: BYTE TTYPE35 = 'BDIXVDV00_01' / DM Cmd Verifies counter TFORM35 = '1B ' / data format of field: BYTE TTYPE36 = 'BDIXVDV00_02' / DM Cmd Verifies counter TFORM36 = '1B ' / data format of field: BYTE TTYPE37 = 'BDIXVDV00_03' / DM Cmd Verifies counter TFORM37 = '1B ' / data format of field: BYTE TTYPE38 = 'BDIXVDV00_04' / DM Cmd Verifies counter TFORM38 = '1B ' / data format of field: BYTE TTYPE39 = 'BDIXVDV00_05' / DM Cmd Verifies counter TFORM39 = '1B ' / data format of field: BYTE TTYPE40 = 'BDIXVDV00_06' / DM Cmd Verifies counter TFORM40 = '1B ' / data format of field: BYTE TTYPE41 = 'BDIXVDV00_07' / DM Cmd Verifies counter TFORM41 = '1B ' / data format of field: BYTE TTYPE42 = 'BDIXVDV00_08' / DM Cmd Verifies counter TFORM42 = '1B ' / data format of field: BYTE TTYPE43 = 'BDIXVDV00_09' / DM Cmd Verifies counter TFORM43 = '1B ' / data format of field: BYTE TTYPE44 = 'BDIXVDV00_10' / DM Cmd Verifies counter TFORM44 = '1B ' / data format of field: BYTE TTYPE45 = 'BDIXVDV00_11' / DM Cmd Verifies counter TFORM45 = '1B ' / data format of field: BYTE TTYPE46 = 'BDIXVDV00_12' / DM Cmd Verifies counter TFORM46 = '1B ' / data format of field: BYTE TTYPE47 = 'BDIXVDV00_13' / DM Cmd Verifies counter TFORM47 = '1B ' / data format of field: BYTE TTYPE48 = 'BDIXVDV00_14' / DM Cmd Verifies counter TFORM48 = '1B ' / data format of field: BYTE TTYPE49 = 'BDIXVDV00_15' / DM Cmd Verifies counter TFORM49 = '1B ' / data format of field: BYTE TTYPE50 = 'BDIXVDV01_00' / DM Cmd Verifies counter TFORM50 = '1B ' / data format of field: BYTE TTYPE51 = 'BDIXVDV01_01' / DM Cmd Verifies counter TFORM51 = '1B ' / data format of field: BYTE TTYPE52 = 'BDIXVDV01_02' / DM Cmd Verifies counter TFORM52 = '1B ' / data format of field: BYTE TTYPE53 = 'BDIXVDV01_03' / DM Cmd Verifies counter TFORM53 = '1B ' / data format of field: BYTE TTYPE54 = 'BDIXVDV01_04' / DM Cmd Verifies counter TFORM54 = '1B ' / data format of field: BYTE TTYPE55 = 'BDIXVDV01_05' / DM Cmd Verifies counter TFORM55 = '1B ' / data format of field: BYTE TTYPE56 = 'BDIXVDV01_06' / DM Cmd Verifies counter TFORM56 = '1B ' / data format of field: BYTE TTYPE57 = 'BDIXVDV01_07' / DM Cmd Verifies counter TFORM57 = '1B ' / data format of field: BYTE TTYPE58 = 'BDIXVDV01_08' / DM Cmd Verifies counter TFORM58 = '1B ' / data format of field: BYTE TTYPE59 = 'BDIXVDV01_09' / DM Cmd Verifies counter TFORM59 = '1B ' / data format of field: BYTE TTYPE60 = 'BDIXVDV01_10' / DM Cmd Verifies counter TFORM60 = '1B ' / data format of field: BYTE TTYPE61 = 'BDIXVDV01_11' / DM Cmd Verifies counter TFORM61 = '1B ' / data format of field: BYTE TTYPE62 = 'BDIXVDV01_12' / DM Cmd Verifies counter TFORM62 = '1B ' / data format of field: BYTE TTYPE63 = 'BDIXVDV01_13' / DM Cmd Verifies counter TFORM63 = '1B ' / data format of field: BYTE TTYPE64 = 'BDIXVDV01_14' / DM Cmd Verifies counter TFORM64 = '1B ' / data format of field: BYTE TTYPE65 = 'BDIXVDV01_15' / DM Cmd Verifies counter TFORM65 = '1B ' / data format of field: BYTE TTYPE66 = 'BDIXVDV02_00' / DM Cmd Verifies counter TFORM66 = '1B ' / data format of field: BYTE TTYPE67 = 'BDIXVDV02_01' / DM Cmd Verifies counter TFORM67 = '1B ' / data format of field: BYTE TTYPE68 = 'BDIXVDV02_02' / DM Cmd Verifies counter TFORM68 = '1B ' / data format of field: BYTE TTYPE69 = 'BDIXVDV02_03' / DM Cmd Verifies counter TFORM69 = '1B ' / data format of field: BYTE TTYPE70 = 'BDIXVDV02_04' / DM Cmd Verifies counter TFORM70 = '1B ' / data format of field: BYTE TTYPE71 = 'BDIXVDV02_05' / DM Cmd Verifies counter TFORM71 = '1B ' / data format of field: BYTE TTYPE72 = 'BDIXVDV02_06' / DM Cmd Verifies counter TFORM72 = '1B ' / data format of field: BYTE TTYPE73 = 'BDIXVDV02_07' / DM Cmd Verifies counter TFORM73 = '1B ' / data format of field: BYTE TTYPE74 = 'BDIXVDV02_08' / DM Cmd Verifies counter TFORM74 = '1B ' / data format of field: BYTE TTYPE75 = 'BDIXVDV02_09' / DM Cmd Verifies counter TFORM75 = '1B ' / data format of field: BYTE TTYPE76 = 'BDIXVDV02_10' / DM Cmd Verifies counter TFORM76 = '1B ' / data format of field: BYTE TTYPE77 = 'BDIXVDV02_11' / DM Cmd Verifies counter TFORM77 = '1B ' / data format of field: BYTE TTYPE78 = 'BDIXVDV02_12' / DM Cmd Verifies counter TFORM78 = '1B ' / data format of field: BYTE TTYPE79 = 'BDIXVDV02_13' / DM Cmd Verifies counter TFORM79 = '1B ' / data format of field: BYTE TTYPE80 = 'BDIXVDV02_14' / DM Cmd Verifies counter TFORM80 = '1B ' / data format of field: BYTE TTYPE81 = 'BDIXVDV02_15' / DM Cmd Verifies counter TFORM81 = '1B ' / data format of field: BYTE TTYPE82 = 'BDIXVDV03_00' / DM Cmd Verifies counter TFORM82 = '1B ' / data format of field: BYTE TTYPE83 = 'BDIXVDV03_01' / DM Cmd Verifies counter TFORM83 = '1B ' / data format of field: BYTE TTYPE84 = 'BDIXVDV03_02' / DM Cmd Verifies counter TFORM84 = '1B ' / data format of field: BYTE TTYPE85 = 'BDIXVDV03_03' / DM Cmd Verifies counter TFORM85 = '1B ' / data format of field: BYTE TTYPE86 = 'BDIXVDV03_04' / DM Cmd Verifies counter TFORM86 = '1B ' / data format of field: BYTE TTYPE87 = 'BDIXVDV03_05' / DM Cmd Verifies counter TFORM87 = '1B ' / data format of field: BYTE TTYPE88 = 'BDIXVDV03_06' / DM Cmd Verifies counter TFORM88 = '1B ' / data format of field: BYTE TTYPE89 = 'BDIXVDV03_07' / DM Cmd Verifies counter TFORM89 = '1B ' / data format of field: BYTE TTYPE90 = 'BDIXVDV03_08' / DM Cmd Verifies counter TFORM90 = '1B ' / data format of field: BYTE TTYPE91 = 'BDIXVDV03_09' / DM Cmd Verifies counter TFORM91 = '1B ' / data format of field: BYTE TTYPE92 = 'BDIXVDV03_10' / DM Cmd Verifies counter TFORM92 = '1B ' / data format of field: BYTE TTYPE93 = 'BDIXVDV03_11' / DM Cmd Verifies counter TFORM93 = '1B ' / data format of field: BYTE TTYPE94 = 'BDIXVDV03_12' / DM Cmd Verifies counter TFORM94 = '1B ' / data format of field: BYTE TTYPE95 = 'BDIXVDV03_13' / DM Cmd Verifies counter TFORM95 = '1B ' / data format of field: BYTE TTYPE96 = 'BDIXVDV03_14' / DM Cmd Verifies counter TFORM96 = '1B ' / data format of field: BYTE TTYPE97 = 'BDIXVDV03_15' / DM Cmd Verifies counter TFORM97 = '1B ' / data format of field: BYTE TTYPE98 = 'BDIXVDV04_00' / DM Cmd Verifies counter TFORM98 = '1B ' / data format of field: BYTE TTYPE99 = 'BDIXVDV04_01' / DM Cmd Verifies counter TFORM99 = '1B ' / data format of field: BYTE TTYPE100= 'BDIXVDV04_02' / DM Cmd Verifies counter TFORM100= '1B ' / data format of field: BYTE TTYPE101= 'BDIXVDV04_03' / DM Cmd Verifies counter TFORM101= '1B ' / data format of field: BYTE TTYPE102= 'BDIXVDV04_04' / DM Cmd Verifies counter TFORM102= '1B ' / data format of field: BYTE TTYPE103= 'BDIXVDV04_05' / DM Cmd Verifies counter TFORM103= '1B ' / data format of field: BYTE TTYPE104= 'BDIXVDV04_06' / DM Cmd Verifies counter TFORM104= '1B ' / data format of field: BYTE TTYPE105= 'BDIXVDV04_07' / DM Cmd Verifies counter TFORM105= '1B ' / data format of field: BYTE TTYPE106= 'BDIXVDV04_08' / DM Cmd Verifies counter TFORM106= '1B ' / data format of field: BYTE TTYPE107= 'BDIXVDV04_09' / DM Cmd Verifies counter TFORM107= '1B ' / data format of field: BYTE TTYPE108= 'BDIXVDV04_10' / DM Cmd Verifies counter TFORM108= '1B ' / data format of field: BYTE TTYPE109= 'BDIXVDV04_11' / DM Cmd Verifies counter TFORM109= '1B ' / data format of field: BYTE TTYPE110= 'BDIXVDV04_12' / DM Cmd Verifies counter TFORM110= '1B ' / data format of field: BYTE TTYPE111= 'BDIXVDV04_13' / DM Cmd Verifies counter TFORM111= '1B ' / data format of field: BYTE TTYPE112= 'BDIXVDV04_14' / DM Cmd Verifies counter TFORM112= '1B ' / data format of field: BYTE TTYPE113= 'BDIXVDV04_15' / DM Cmd Verifies counter TFORM113= '1B ' / data format of field: BYTE TTYPE114= 'BDIXVDV05_00' / DM Cmd Verifies counter TFORM114= '1B ' / data format of field: BYTE TTYPE115= 'BDIXVDV05_01' / DM Cmd Verifies counter TFORM115= '1B ' / data format of field: BYTE TTYPE116= 'BDIXVDV05_02' / DM Cmd Verifies counter TFORM116= '1B ' / data format of field: BYTE TTYPE117= 'BDIXVDV05_03' / DM Cmd Verifies counter TFORM117= '1B ' / data format of field: BYTE TTYPE118= 'BDIXVDV05_04' / DM Cmd Verifies counter TFORM118= '1B ' / data format of field: BYTE TTYPE119= 'BDIXVDV05_05' / DM Cmd Verifies counter TFORM119= '1B ' / data format of field: BYTE TTYPE120= 'BDIXVDV05_06' / DM Cmd Verifies counter TFORM120= '1B ' / data format of field: BYTE TTYPE121= 'BDIXVDV05_07' / DM Cmd Verifies counter TFORM121= '1B ' / data format of field: BYTE TTYPE122= 'BDIXVDV05_08' / DM Cmd Verifies counter TFORM122= '1B ' / data format of field: BYTE TTYPE123= 'BDIXVDV05_09' / DM Cmd Verifies counter TFORM123= '1B ' / data format of field: BYTE TTYPE124= 'BDIXVDV05_10' / DM Cmd Verifies counter TFORM124= '1B ' / data format of field: BYTE TTYPE125= 'BDIXVDV05_11' / DM Cmd Verifies counter TFORM125= '1B ' / data format of field: BYTE TTYPE126= 'BDIXVDV05_12' / DM Cmd Verifies counter TFORM126= '1B ' / data format of field: BYTE TTYPE127= 'BDIXVDV05_13' / DM Cmd Verifies counter TFORM127= '1B ' / data format of field: BYTE TTYPE128= 'BDIXVDV05_14' / DM Cmd Verifies counter TFORM128= '1B ' / data format of field: BYTE TTYPE129= 'BDIXVDV05_15' / DM Cmd Verifies counter TFORM129= '1B ' / data format of field: BYTE TTYPE130= 'BDIXVDV06_00' / DM Cmd Verifies counter TFORM130= '1B ' / data format of field: BYTE TTYPE131= 'BDIXVDV06_01' / DM Cmd Verifies counter TFORM131= '1B ' / data format of field: BYTE TTYPE132= 'BDIXVDV06_02' / DM Cmd Verifies counter TFORM132= '1B ' / data format of field: BYTE TTYPE133= 'BDIXVDV06_03' / DM Cmd Verifies counter TFORM133= '1B ' / data format of field: BYTE TTYPE134= 'BDIXVDV06_04' / DM Cmd Verifies counter TFORM134= '1B ' / data format of field: BYTE TTYPE135= 'BDIXVDV06_05' / DM Cmd Verifies counter TFORM135= '1B ' / data format of field: BYTE TTYPE136= 'BDIXVDV06_06' / DM Cmd Verifies counter TFORM136= '1B ' / data format of field: BYTE TTYPE137= 'BDIXVDV06_07' / DM Cmd Verifies counter TFORM137= '1B ' / data format of field: BYTE TTYPE138= 'BDIXVDV06_08' / DM Cmd Verifies counter TFORM138= '1B ' / data format of field: BYTE TTYPE139= 'BDIXVDV06_09' / DM Cmd Verifies counter TFORM139= '1B ' / data format of field: BYTE TTYPE140= 'BDIXVDV06_10' / DM Cmd Verifies counter TFORM140= '1B ' / data format of field: BYTE TTYPE141= 'BDIXVDV06_11' / DM Cmd Verifies counter TFORM141= '1B ' / data format of field: BYTE TTYPE142= 'BDIXVDV06_12' / DM Cmd Verifies counter TFORM142= '1B ' / data format of field: BYTE TTYPE143= 'BDIXVDV06_13' / DM Cmd Verifies counter TFORM143= '1B ' / data format of field: BYTE TTYPE144= 'BDIXVDV06_14' / DM Cmd Verifies counter TFORM144= '1B ' / data format of field: BYTE TTYPE145= 'BDIXVDV06_15' / DM Cmd Verifies counter TFORM145= '1B ' / data format of field: BYTE TTYPE146= 'BDIXVDV07_00' / DM Cmd Verifies counter TFORM146= '1B ' / data format of field: BYTE TTYPE147= 'BDIXVDV07_01' / DM Cmd Verifies counter TFORM147= '1B ' / data format of field: BYTE TTYPE148= 'BDIXVDV07_02' / DM Cmd Verifies counter TFORM148= '1B ' / data format of field: BYTE TTYPE149= 'BDIXVDV07_03' / DM Cmd Verifies counter TFORM149= '1B ' / data format of field: BYTE TTYPE150= 'BDIXVDV07_04' / DM Cmd Verifies counter TFORM150= '1B ' / data format of field: BYTE TTYPE151= 'BDIXVDV07_05' / DM Cmd Verifies counter TFORM151= '1B ' / data format of field: BYTE TTYPE152= 'BDIXVDV07_06' / DM Cmd Verifies counter TFORM152= '1B ' / data format of field: BYTE TTYPE153= 'BDIXVDV07_07' / DM Cmd Verifies counter TFORM153= '1B ' / data format of field: BYTE TTYPE154= 'BDIXVDV07_08' / DM Cmd Verifies counter TFORM154= '1B ' / data format of field: BYTE TTYPE155= 'BDIXVDV07_09' / DM Cmd Verifies counter TFORM155= '1B ' / data format of field: BYTE TTYPE156= 'BDIXVDV07_10' / DM Cmd Verifies counter TFORM156= '1B ' / data format of field: BYTE TTYPE157= 'BDIXVDV07_11' / DM Cmd Verifies counter TFORM157= '1B ' / data format of field: BYTE TTYPE158= 'BDIXVDV07_12' / DM Cmd Verifies counter TFORM158= '1B ' / data format of field: BYTE TTYPE159= 'BDIXVDV07_13' / DM Cmd Verifies counter TFORM159= '1B ' / data format of field: BYTE TTYPE160= 'BDIXVDV07_14' / DM Cmd Verifies counter TFORM160= '1B ' / data format of field: BYTE TTYPE161= 'BDIXVDV07_15' / DM Cmd Verifies counter TFORM161= '1B ' / data format of field: BYTE TTYPE162= 'BDIXVDV08_00' / DM Cmd Verifies counter TFORM162= '1B ' / data format of field: BYTE TTYPE163= 'BDIXVDV08_01' / DM Cmd Verifies counter TFORM163= '1B ' / data format of field: BYTE TTYPE164= 'BDIXVDV08_02' / DM Cmd Verifies counter TFORM164= '1B ' / data format of field: BYTE TTYPE165= 'BDIXVDV08_03' / DM Cmd Verifies counter TFORM165= '1B ' / data format of field: BYTE TTYPE166= 'BDIXVDV08_04' / DM Cmd Verifies counter TFORM166= '1B ' / data format of field: BYTE TTYPE167= 'BDIXVDV08_05' / DM Cmd Verifies counter TFORM167= '1B ' / data format of field: BYTE TTYPE168= 'BDIXVDV08_06' / DM Cmd Verifies counter TFORM168= '1B ' / data format of field: BYTE TTYPE169= 'BDIXVDV08_07' / DM Cmd Verifies counter TFORM169= '1B ' / data format of field: BYTE TTYPE170= 'BDIXVDV08_08' / DM Cmd Verifies counter TFORM170= '1B ' / data format of field: BYTE TTYPE171= 'BDIXVDV08_09' / DM Cmd Verifies counter TFORM171= '1B ' / data format of field: BYTE TTYPE172= 'BDIXVDV08_10' / DM Cmd Verifies counter TFORM172= '1B ' / data format of field: BYTE TTYPE173= 'BDIXVDV08_11' / DM Cmd Verifies counter TFORM173= '1B ' / data format of field: BYTE TTYPE174= 'BDIXVDV08_12' / DM Cmd Verifies counter TFORM174= '1B ' / data format of field: BYTE TTYPE175= 'BDIXVDV08_13' / DM Cmd Verifies counter TFORM175= '1B ' / data format of field: BYTE TTYPE176= 'BDIXVDV08_14' / DM Cmd Verifies counter TFORM176= '1B ' / data format of field: BYTE TTYPE177= 'BDIXVDV08_15' / DM Cmd Verifies counter TFORM177= '1B ' / data format of field: BYTE TTYPE178= 'BDIXVDV09_00' / DM Cmd Verifies counter TFORM178= '1B ' / data format of field: BYTE TTYPE179= 'BDIXVDV09_01' / DM Cmd Verifies counter TFORM179= '1B ' / data format of field: BYTE TTYPE180= 'BDIXVDV09_02' / DM Cmd Verifies counter TFORM180= '1B ' / data format of field: BYTE TTYPE181= 'BDIXVDV09_03' / DM Cmd Verifies counter TFORM181= '1B ' / data format of field: BYTE TTYPE182= 'BDIXVDV09_04' / DM Cmd Verifies counter TFORM182= '1B ' / data format of field: BYTE TTYPE183= 'BDIXVDV09_05' / DM Cmd Verifies counter TFORM183= '1B ' / data format of field: BYTE TTYPE184= 'BDIXVDV09_06' / DM Cmd Verifies counter TFORM184= '1B ' / data format of field: BYTE TTYPE185= 'BDIXVDV09_07' / DM Cmd Verifies counter TFORM185= '1B ' / data format of field: BYTE TTYPE186= 'BDIXVDV09_08' / DM Cmd Verifies counter TFORM186= '1B ' / data format of field: BYTE TTYPE187= 'BDIXVDV09_09' / DM Cmd Verifies counter TFORM187= '1B ' / data format of field: BYTE TTYPE188= 'BDIXVDV09_10' / DM Cmd Verifies counter TFORM188= '1B ' / data format of field: BYTE TTYPE189= 'BDIXVDV09_11' / DM Cmd Verifies counter TFORM189= '1B ' / data format of field: BYTE TTYPE190= 'BDIXVDV09_12' / DM Cmd Verifies counter TFORM190= '1B ' / data format of field: BYTE TTYPE191= 'BDIXVDV09_13' / DM Cmd Verifies counter TFORM191= '1B ' / data format of field: BYTE TTYPE192= 'BDIXVDV09_14' / DM Cmd Verifies counter TFORM192= '1B ' / data format of field: BYTE TTYPE193= 'BDIXVDV09_15' / DM Cmd Verifies counter TFORM193= '1B ' / data format of field: BYTE TTYPE194= 'BDIXVDV10_00' / DM Cmd Verifies counter TFORM194= '1B ' / data format of field: BYTE TTYPE195= 'BDIXVDV10_01' / DM Cmd Verifies counter TFORM195= '1B ' / data format of field: BYTE TTYPE196= 'BDIXVDV10_02' / DM Cmd Verifies counter TFORM196= '1B ' / data format of field: BYTE TTYPE197= 'BDIXVDV10_03' / DM Cmd Verifies counter TFORM197= '1B ' / data format of field: BYTE TTYPE198= 'BDIXVDV10_04' / DM Cmd Verifies counter TFORM198= '1B ' / data format of field: BYTE TTYPE199= 'BDIXVDV10_05' / DM Cmd Verifies counter TFORM199= '1B ' / data format of field: BYTE TTYPE200= 'BDIXVDV10_06' / DM Cmd Verifies counter TFORM200= '1B ' / data format of field: BYTE TTYPE201= 'BDIXVDV10_07' / DM Cmd Verifies counter TFORM201= '1B ' / data format of field: BYTE TTYPE202= 'BDIXVDV10_08' / DM Cmd Verifies counter TFORM202= '1B ' / data format of field: BYTE TTYPE203= 'BDIXVDV10_09' / DM Cmd Verifies counter TFORM203= '1B ' / data format of field: BYTE TTYPE204= 'BDIXVDV10_10' / DM Cmd Verifies counter TFORM204= '1B ' / data format of field: BYTE TTYPE205= 'BDIXVDV10_11' / DM Cmd Verifies counter TFORM205= '1B ' / data format of field: BYTE TTYPE206= 'BDIXVDV10_12' / DM Cmd Verifies counter TFORM206= '1B ' / data format of field: BYTE TTYPE207= 'BDIXVDV10_13' / DM Cmd Verifies counter TFORM207= '1B ' / data format of field: BYTE TTYPE208= 'BDIXVDV10_14' / DM Cmd Verifies counter TFORM208= '1B ' / data format of field: BYTE TTYPE209= 'BDIXVDV10_15' / DM Cmd Verifies counter TFORM209= '1B ' / data format of field: BYTE TTYPE210= 'BDIXVDV11_00' / DM Cmd Verifies counter TFORM210= '1B ' / data format of field: BYTE TTYPE211= 'BDIXVDV11_01' / DM Cmd Verifies counter TFORM211= '1B ' / data format of field: BYTE TTYPE212= 'BDIXVDV11_02' / DM Cmd Verifies counter TFORM212= '1B ' / data format of field: BYTE TTYPE213= 'BDIXVDV11_03' / DM Cmd Verifies counter TFORM213= '1B ' / data format of field: BYTE TTYPE214= 'BDIXVDV11_04' / DM Cmd Verifies counter TFORM214= '1B ' / data format of field: BYTE TTYPE215= 'BDIXVDV11_05' / DM Cmd Verifies counter TFORM215= '1B ' / data format of field: BYTE TTYPE216= 'BDIXVDV11_06' / DM Cmd Verifies counter TFORM216= '1B ' / data format of field: BYTE TTYPE217= 'BDIXVDV11_07' / DM Cmd Verifies counter TFORM217= '1B ' / data format of field: BYTE TTYPE218= 'BDIXVDV11_08' / DM Cmd Verifies counter TFORM218= '1B ' / data format of field: BYTE TTYPE219= 'BDIXVDV11_09' / DM Cmd Verifies counter TFORM219= '1B ' / data format of field: BYTE TTYPE220= 'BDIXVDV11_10' / DM Cmd Verifies counter TFORM220= '1B ' / data format of field: BYTE TTYPE221= 'BDIXVDV11_11' / DM Cmd Verifies counter TFORM221= '1B ' / data format of field: BYTE TTYPE222= 'BDIXVDV11_12' / DM Cmd Verifies counter TFORM222= '1B ' / data format of field: BYTE TTYPE223= 'BDIXVDV11_13' / DM Cmd Verifies counter TFORM223= '1B ' / data format of field: BYTE TTYPE224= 'BDIXVDV11_14' / DM Cmd Verifies counter TFORM224= '1B ' / data format of field: BYTE TTYPE225= 'BDIXVDV11_15' / DM Cmd Verifies counter TFORM225= '1B ' / data format of field: BYTE TTYPE226= 'BDIXVDV12_00' / DM Cmd Verifies counter TFORM226= '1B ' / data format of field: BYTE TTYPE227= 'BDIXVDV12_01' / DM Cmd Verifies counter TFORM227= '1B ' / data format of field: BYTE TTYPE228= 'BDIXVDV12_02' / DM Cmd Verifies counter TFORM228= '1B ' / data format of field: BYTE TTYPE229= 'BDIXVDV12_03' / DM Cmd Verifies counter TFORM229= '1B ' / data format of field: BYTE TTYPE230= 'BDIXVDV12_04' / DM Cmd Verifies counter TFORM230= '1B ' / data format of field: BYTE TTYPE231= 'BDIXVDV12_05' / DM Cmd Verifies counter TFORM231= '1B ' / data format of field: BYTE TTYPE232= 'BDIXVDV12_06' / DM Cmd Verifies counter TFORM232= '1B ' / data format of field: BYTE TTYPE233= 'BDIXVDV12_07' / DM Cmd Verifies counter TFORM233= '1B ' / data format of field: BYTE TTYPE234= 'BDIXVDV12_08' / DM Cmd Verifies counter TFORM234= '1B ' / data format of field: BYTE TTYPE235= 'BDIXVDV12_09' / DM Cmd Verifies counter TFORM235= '1B ' / data format of field: BYTE TTYPE236= 'BDIXVDV12_10' / DM Cmd Verifies counter TFORM236= '1B ' / data format of field: BYTE TTYPE237= 'BDIXVDV12_11' / DM Cmd Verifies counter TFORM237= '1B ' / data format of field: BYTE TTYPE238= 'BDIXVDV12_12' / DM Cmd Verifies counter TFORM238= '1B ' / data format of field: BYTE TTYPE239= 'BDIXVDV12_13' / DM Cmd Verifies counter TFORM239= '1B ' / data format of field: BYTE TTYPE240= 'BDIXVDV12_14' / DM Cmd Verifies counter TFORM240= '1B ' / data format of field: BYTE TTYPE241= 'BDIXVDV12_15' / DM Cmd Verifies counter TFORM241= '1B ' / data format of field: BYTE TTYPE242= 'BDIXVDV13_00' / DM Cmd Verifies counter TFORM242= '1B ' / data format of field: BYTE TTYPE243= 'BDIXVDV13_01' / DM Cmd Verifies counter TFORM243= '1B ' / data format of field: BYTE TTYPE244= 'BDIXVDV13_02' / DM Cmd Verifies counter TFORM244= '1B ' / data format of field: BYTE TTYPE245= 'BDIXVDV13_03' / DM Cmd Verifies counter TFORM245= '1B ' / data format of field: BYTE TTYPE246= 'BDIXVDV13_04' / DM Cmd Verifies counter TFORM246= '1B ' / data format of field: BYTE TTYPE247= 'BDIXVDV13_05' / DM Cmd Verifies counter TFORM247= '1B ' / data format of field: BYTE TTYPE248= 'BDIXVDV13_06' / DM Cmd Verifies counter TFORM248= '1B ' / data format of field: BYTE TTYPE249= 'BDIXVDV13_07' / DM Cmd Verifies counter TFORM249= '1B ' / data format of field: BYTE TTYPE250= 'BDIXVDV13_08' / DM Cmd Verifies counter TFORM250= '1B ' / data format of field: BYTE TTYPE251= 'BDIXVDV13_09' / DM Cmd Verifies counter TFORM251= '1B ' / data format of field: BYTE TTYPE252= 'BDIXVDV13_10' / DM Cmd Verifies counter TFORM252= '1B ' / data format of field: BYTE TTYPE253= 'BDIXVDV13_11' / DM Cmd Verifies counter TFORM253= '1B ' / data format of field: BYTE TTYPE254= 'BDIXVDV13_12' / DM Cmd Verifies counter TFORM254= '1B ' / data format of field: BYTE TTYPE255= 'BDIXVDV13_13' / DM Cmd Verifies counter TFORM255= '1B ' / data format of field: BYTE TTYPE256= 'BDIXVDV13_14' / DM Cmd Verifies counter TFORM256= '1B ' / data format of field: BYTE TTYPE257= 'BDIXVDV13_15' / DM Cmd Verifies counter TFORM257= '1B ' / data format of field: BYTE TTYPE258= 'BDIXVDV14_00' / DM Cmd Verifies counter TFORM258= '1B ' / data format of field: BYTE TTYPE259= 'BDIXVDV14_01' / DM Cmd Verifies counter TFORM259= '1B ' / data format of field: BYTE TTYPE260= 'BDIXVDV14_02' / DM Cmd Verifies counter TFORM260= '1B ' / data format of field: BYTE TTYPE261= 'BDIXVDV14_03' / DM Cmd Verifies counter TFORM261= '1B ' / data format of field: BYTE TTYPE262= 'BDIXVDV14_04' / DM Cmd Verifies counter TFORM262= '1B ' / data format of field: BYTE TTYPE263= 'BDIXVDV14_05' / DM Cmd Verifies counter TFORM263= '1B ' / data format of field: BYTE TTYPE264= 'BDIXVDV14_06' / DM Cmd Verifies counter TFORM264= '1B ' / data format of field: BYTE TTYPE265= 'BDIXVDV14_07' / DM Cmd Verifies counter TFORM265= '1B ' / data format of field: BYTE TTYPE266= 'BDIXVDV14_08' / DM Cmd Verifies counter TFORM266= '1B ' / data format of field: BYTE TTYPE267= 'BDIXVDV14_09' / DM Cmd Verifies counter TFORM267= '1B ' / data format of field: BYTE TTYPE268= 'BDIXVDV14_10' / DM Cmd Verifies counter TFORM268= '1B ' / data format of field: BYTE TTYPE269= 'BDIXVDV14_11' / DM Cmd Verifies counter TFORM269= '1B ' / data format of field: BYTE TTYPE270= 'BDIXVDV14_12' / DM Cmd Verifies counter TFORM270= '1B ' / data format of field: BYTE TTYPE271= 'BDIXVDV14_13' / DM Cmd Verifies counter TFORM271= '1B ' / data format of field: BYTE TTYPE272= 'BDIXVDV14_14' / DM Cmd Verifies counter TFORM272= '1B ' / data format of field: BYTE TTYPE273= 'BDIXVDV14_15' / DM Cmd Verifies counter TFORM273= '1B ' / data format of field: BYTE TTYPE274= 'BDIXVDV15_00' / DM Cmd Verifies counter TFORM274= '1B ' / data format of field: BYTE TTYPE275= 'BDIXVDV15_01' / DM Cmd Verifies counter TFORM275= '1B ' / data format of field: BYTE TTYPE276= 'BDIXVDV15_02' / DM Cmd Verifies counter TFORM276= '1B ' / data format of field: BYTE TTYPE277= 'BDIXVDV15_03' / DM Cmd Verifies counter TFORM277= '1B ' / data format of field: BYTE TTYPE278= 'BDIXVDV15_04' / DM Cmd Verifies counter TFORM278= '1B ' / data format of field: BYTE TTYPE279= 'BDIXVDV15_05' / DM Cmd Verifies counter TFORM279= '1B ' / data format of field: BYTE TTYPE280= 'BDIXVDV15_06' / DM Cmd Verifies counter TFORM280= '1B ' / data format of field: BYTE TTYPE281= 'BDIXVDV15_07' / DM Cmd Verifies counter TFORM281= '1B ' / data format of field: BYTE TTYPE282= 'BDIXVDV15_08' / DM Cmd Verifies counter TFORM282= '1B ' / data format of field: BYTE TTYPE283= 'BDIXVDV15_09' / DM Cmd Verifies counter TFORM283= '1B ' / data format of field: BYTE TTYPE284= 'BDIXVDV15_10' / DM Cmd Verifies counter TFORM284= '1B ' / data format of field: BYTE TTYPE285= 'BDIXVDV15_11' / DM Cmd Verifies counter TFORM285= '1B ' / data format of field: BYTE TTYPE286= 'BDIXVDV15_12' / DM Cmd Verifies counter TFORM286= '1B ' / data format of field: BYTE TTYPE287= 'BDIXVDV15_13' / DM Cmd Verifies counter TFORM287= '1B ' / data format of field: BYTE TTYPE288= 'BDIXVDV15_14' / DM Cmd Verifies counter TFORM288= '1B ' / data format of field: BYTE TTYPE289= 'BDIXVDV15_15' / DM Cmd Verifies counter TFORM289= '1B ' / data format of field: BYTE TTYPE290= 'BDIXVDX00_00' / DM Cmd Exceptions counter TFORM290= '1B ' / data format of field: BYTE TTYPE291= 'BDIXVDX00_01' / DM Cmd Exceptions counter TFORM291= '1B ' / data format of field: BYTE TTYPE292= 'BDIXVDX00_02' / DM Cmd Exceptions counter TFORM292= '1B ' / data format of field: BYTE TTYPE293= 'BDIXVDX00_03' / DM Cmd Exceptions counter TFORM293= '1B ' / data format of field: BYTE TTYPE294= 'BDIXVDX00_04' / DM Cmd Exceptions counter TFORM294= '1B ' / data format of field: BYTE TTYPE295= 'BDIXVDX00_05' / DM Cmd Exceptions counter TFORM295= '1B ' / data format of field: BYTE TTYPE296= 'BDIXVDX00_06' / DM Cmd Exceptions counter TFORM296= '1B ' / data format of field: BYTE TTYPE297= 'BDIXVDX00_07' / DM Cmd Exceptions counter TFORM297= '1B ' / data format of field: BYTE TTYPE298= 'BDIXVDX00_08' / DM Cmd Exceptions counter TFORM298= '1B ' / data format of field: BYTE TTYPE299= 'BDIXVDX00_09' / DM Cmd Exceptions counter TFORM299= '1B ' / data format of field: BYTE TTYPE300= 'BDIXVDX00_10' / DM Cmd Exceptions counter TFORM300= '1B ' / data format of field: BYTE TTYPE301= 'BDIXVDX00_11' / DM Cmd Exceptions counter TFORM301= '1B ' / data format of field: BYTE TTYPE302= 'BDIXVDX00_12' / DM Cmd Exceptions counter TFORM302= '1B ' / data format of field: BYTE TTYPE303= 'BDIXVDX00_13' / DM Cmd Exceptions counter TFORM303= '1B ' / data format of field: BYTE TTYPE304= 'BDIXVDX00_14' / DM Cmd Exceptions counter TFORM304= '1B ' / data format of field: BYTE TTYPE305= 'BDIXVDX00_15' / DM Cmd Exceptions counter TFORM305= '1B ' / data format of field: BYTE TTYPE306= 'BDIXVDX01_00' / DM Cmd Exceptions counter TFORM306= '1B ' / data format of field: BYTE TTYPE307= 'BDIXVDX01_01' / DM Cmd Exceptions counter TFORM307= '1B ' / data format of field: BYTE TTYPE308= 'BDIXVDX01_02' / DM Cmd Exceptions counter TFORM308= '1B ' / data format of field: BYTE TTYPE309= 'BDIXVDX01_03' / DM Cmd Exceptions counter TFORM309= '1B ' / data format of field: BYTE TTYPE310= 'BDIXVDX01_04' / DM Cmd Exceptions counter TFORM310= '1B ' / data format of field: BYTE TTYPE311= 'BDIXVDX01_05' / DM Cmd Exceptions counter TFORM311= '1B ' / data format of field: BYTE TTYPE312= 'BDIXVDX01_06' / DM Cmd Exceptions counter TFORM312= '1B ' / data format of field: BYTE TTYPE313= 'BDIXVDX01_07' / DM Cmd Exceptions counter TFORM313= '1B ' / data format of field: BYTE TTYPE314= 'BDIXVDX01_08' / DM Cmd Exceptions counter TFORM314= '1B ' / data format of field: BYTE TTYPE315= 'BDIXVDX01_09' / DM Cmd Exceptions counter TFORM315= '1B ' / data format of field: BYTE TTYPE316= 'BDIXVDX01_10' / DM Cmd Exceptions counter TFORM316= '1B ' / data format of field: BYTE TTYPE317= 'BDIXVDX01_11' / DM Cmd Exceptions counter TFORM317= '1B ' / data format of field: BYTE TTYPE318= 'BDIXVDX01_12' / DM Cmd Exceptions counter TFORM318= '1B ' / data format of field: BYTE TTYPE319= 'BDIXVDX01_13' / DM Cmd Exceptions counter TFORM319= '1B ' / data format of field: BYTE TTYPE320= 'BDIXVDX01_14' / DM Cmd Exceptions counter TFORM320= '1B ' / data format of field: BYTE TTYPE321= 'BDIXVDX01_15' / DM Cmd Exceptions counter TFORM321= '1B ' / data format of field: BYTE TTYPE322= 'BDIXVDX02_00' / DM Cmd Exceptions counter TFORM322= '1B ' / data format of field: BYTE TTYPE323= 'BDIXVDX02_01' / DM Cmd Exceptions counter TFORM323= '1B ' / data format of field: BYTE TTYPE324= 'BDIXVDX02_02' / DM Cmd Exceptions counter TFORM324= '1B ' / data format of field: BYTE TTYPE325= 'BDIXVDX02_03' / DM Cmd Exceptions counter TFORM325= '1B ' / data format of field: BYTE TTYPE326= 'BDIXVDX02_04' / DM Cmd Exceptions counter TFORM326= '1B ' / data format of field: BYTE TTYPE327= 'BDIXVDX02_05' / DM Cmd Exceptions counter TFORM327= '1B ' / data format of field: BYTE TTYPE328= 'BDIXVDX02_06' / DM Cmd Exceptions counter TFORM328= '1B ' / data format of field: BYTE TTYPE329= 'BDIXVDX02_07' / DM Cmd Exceptions counter TFORM329= '1B ' / data format of field: BYTE TTYPE330= 'BDIXVDX02_08' / DM Cmd Exceptions counter TFORM330= '1B ' / data format of field: BYTE TTYPE331= 'BDIXVDX02_09' / DM Cmd Exceptions counter TFORM331= '1B ' / data format of field: BYTE TTYPE332= 'BDIXVDX02_10' / DM Cmd Exceptions counter TFORM332= '1B ' / data format of field: BYTE TTYPE333= 'BDIXVDX02_11' / DM Cmd Exceptions counter TFORM333= '1B ' / data format of field: BYTE TTYPE334= 'BDIXVDX02_12' / DM Cmd Exceptions counter TFORM334= '1B ' / data format of field: BYTE TTYPE335= 'BDIXVDX02_13' / DM Cmd Exceptions counter TFORM335= '1B ' / data format of field: BYTE TTYPE336= 'BDIXVDX02_14' / DM Cmd Exceptions counter TFORM336= '1B ' / data format of field: BYTE TTYPE337= 'BDIXVDX02_15' / DM Cmd Exceptions counter TFORM337= '1B ' / data format of field: BYTE TTYPE338= 'BDIXVDX03_00' / DM Cmd Exceptions counter TFORM338= '1B ' / data format of field: BYTE TTYPE339= 'BDIXVDX03_01' / DM Cmd Exceptions counter TFORM339= '1B ' / data format of field: BYTE TTYPE340= 'BDIXVDX03_02' / DM Cmd Exceptions counter TFORM340= '1B ' / data format of field: BYTE TTYPE341= 'BDIXVDX03_03' / DM Cmd Exceptions counter TFORM341= '1B ' / data format of field: BYTE TTYPE342= 'BDIXVDX03_04' / DM Cmd Exceptions counter TFORM342= '1B ' / data format of field: BYTE TTYPE343= 'BDIXVDX03_05' / DM Cmd Exceptions counter TFORM343= '1B ' / data format of field: BYTE TTYPE344= 'BDIXVDX03_06' / DM Cmd Exceptions counter TFORM344= '1B ' / data format of field: BYTE TTYPE345= 'BDIXVDX03_07' / DM Cmd Exceptions counter TFORM345= '1B ' / data format of field: BYTE TTYPE346= 'BDIXVDX03_08' / DM Cmd Exceptions counter TFORM346= '1B ' / data format of field: BYTE TTYPE347= 'BDIXVDX03_09' / DM Cmd Exceptions counter TFORM347= '1B ' / data format of field: BYTE TTYPE348= 'BDIXVDX03_10' / DM Cmd Exceptions counter TFORM348= '1B ' / data format of field: BYTE TTYPE349= 'BDIXVDX03_11' / DM Cmd Exceptions counter TFORM349= '1B ' / data format of field: BYTE TTYPE350= 'BDIXVDX03_12' / DM Cmd Exceptions counter TFORM350= '1B ' / data format of field: BYTE TTYPE351= 'BDIXVDX03_13' / DM Cmd Exceptions counter TFORM351= '1B ' / data format of field: BYTE TTYPE352= 'BDIXVDX03_14' / DM Cmd Exceptions counter TFORM352= '1B ' / data format of field: BYTE TTYPE353= 'BDIXVDX03_15' / DM Cmd Exceptions counter TFORM353= '1B ' / data format of field: BYTE TTYPE354= 'BDIXVDX04_00' / DM Cmd Exceptions counter TFORM354= '1B ' / data format of field: BYTE TTYPE355= 'BDIXVDX04_01' / DM Cmd Exceptions counter TFORM355= '1B ' / data format of field: BYTE TTYPE356= 'BDIXVDX04_02' / DM Cmd Exceptions counter TFORM356= '1B ' / data format of field: BYTE TTYPE357= 'BDIXVDX04_03' / DM Cmd Exceptions counter TFORM357= '1B ' / data format of field: BYTE TTYPE358= 'BDIXVDX04_04' / DM Cmd Exceptions counter TFORM358= '1B ' / data format of field: BYTE TTYPE359= 'BDIXVDX04_05' / DM Cmd Exceptions counter TFORM359= '1B ' / data format of field: BYTE TTYPE360= 'BDIXVDX04_06' / DM Cmd Exceptions counter TFORM360= '1B ' / data format of field: BYTE TTYPE361= 'BDIXVDX04_07' / DM Cmd Exceptions counter TFORM361= '1B ' / data format of field: BYTE TTYPE362= 'BDIXVDX04_08' / DM Cmd Exceptions counter TFORM362= '1B ' / data format of field: BYTE TTYPE363= 'BDIXVDX04_09' / DM Cmd Exceptions counter TFORM363= '1B ' / data format of field: BYTE TTYPE364= 'BDIXVDX04_10' / DM Cmd Exceptions counter TFORM364= '1B ' / data format of field: BYTE TTYPE365= 'BDIXVDX04_11' / DM Cmd Exceptions counter TFORM365= '1B ' / data format of field: BYTE TTYPE366= 'BDIXVDX04_12' / DM Cmd Exceptions counter TFORM366= '1B ' / data format of field: BYTE TTYPE367= 'BDIXVDX04_13' / DM Cmd Exceptions counter TFORM367= '1B ' / data format of field: BYTE TTYPE368= 'BDIXVDX04_14' / DM Cmd Exceptions counter TFORM368= '1B ' / data format of field: BYTE TTYPE369= 'BDIXVDX04_15' / DM Cmd Exceptions counter TFORM369= '1B ' / data format of field: BYTE TTYPE370= 'BDIXVDX05_00' / DM Cmd Exceptions counter TFORM370= '1B ' / data format of field: BYTE TTYPE371= 'BDIXVDX05_01' / DM Cmd Exceptions counter TFORM371= '1B ' / data format of field: BYTE TTYPE372= 'BDIXVDX05_02' / DM Cmd Exceptions counter TFORM372= '1B ' / data format of field: BYTE TTYPE373= 'BDIXVDX05_03' / DM Cmd Exceptions counter TFORM373= '1B ' / data format of field: BYTE TTYPE374= 'BDIXVDX05_04' / DM Cmd Exceptions counter TFORM374= '1B ' / data format of field: BYTE TTYPE375= 'BDIXVDX05_05' / DM Cmd Exceptions counter TFORM375= '1B ' / data format of field: BYTE TTYPE376= 'BDIXVDX05_06' / DM Cmd Exceptions counter TFORM376= '1B ' / data format of field: BYTE TTYPE377= 'BDIXVDX05_07' / DM Cmd Exceptions counter TFORM377= '1B ' / data format of field: BYTE TTYPE378= 'BDIXVDX05_08' / DM Cmd Exceptions counter TFORM378= '1B ' / data format of field: BYTE TTYPE379= 'BDIXVDX05_09' / DM Cmd Exceptions counter TFORM379= '1B ' / data format of field: BYTE TTYPE380= 'BDIXVDX05_10' / DM Cmd Exceptions counter TFORM380= '1B ' / data format of field: BYTE TTYPE381= 'BDIXVDX05_11' / DM Cmd Exceptions counter TFORM381= '1B ' / data format of field: BYTE TTYPE382= 'BDIXVDX05_12' / DM Cmd Exceptions counter TFORM382= '1B ' / data format of field: BYTE TTYPE383= 'BDIXVDX05_13' / DM Cmd Exceptions counter TFORM383= '1B ' / data format of field: BYTE TTYPE384= 'BDIXVDX05_14' / DM Cmd Exceptions counter TFORM384= '1B ' / data format of field: BYTE TTYPE385= 'BDIXVDX05_15' / DM Cmd Exceptions counter TFORM385= '1B ' / data format of field: BYTE TTYPE386= 'BDIXVDX06_00' / DM Cmd Exceptions counter TFORM386= '1B ' / data format of field: BYTE TTYPE387= 'BDIXVDX06_01' / DM Cmd Exceptions counter TFORM387= '1B ' / data format of field: BYTE TTYPE388= 'BDIXVDX06_02' / DM Cmd Exceptions counter TFORM388= '1B ' / data format of field: BYTE TTYPE389= 'BDIXVDX06_03' / DM Cmd Exceptions counter TFORM389= '1B ' / data format of field: BYTE TTYPE390= 'BDIXVDX06_04' / DM Cmd Exceptions counter TFORM390= '1B ' / data format of field: BYTE TTYPE391= 'BDIXVDX06_05' / DM Cmd Exceptions counter TFORM391= '1B ' / data format of field: BYTE TTYPE392= 'BDIXVDX06_06' / DM Cmd Exceptions counter TFORM392= '1B ' / data format of field: BYTE TTYPE393= 'BDIXVDX06_07' / DM Cmd Exceptions counter TFORM393= '1B ' / data format of field: BYTE TTYPE394= 'BDIXVDX06_08' / DM Cmd Exceptions counter TFORM394= '1B ' / data format of field: BYTE TTYPE395= 'BDIXVDX06_09' / DM Cmd Exceptions counter TFORM395= '1B ' / data format of field: BYTE TTYPE396= 'BDIXVDX06_10' / DM Cmd Exceptions counter TFORM396= '1B ' / data format of field: BYTE TTYPE397= 'BDIXVDX06_11' / DM Cmd Exceptions counter TFORM397= '1B ' / data format of field: BYTE TTYPE398= 'BDIXVDX06_12' / DM Cmd Exceptions counter TFORM398= '1B ' / data format of field: BYTE TTYPE399= 'BDIXVDX06_13' / DM Cmd Exceptions counter TFORM399= '1B ' / data format of field: BYTE TTYPE400= 'BDIXVDX06_14' / DM Cmd Exceptions counter TFORM400= '1B ' / data format of field: BYTE TTYPE401= 'BDIXVDX06_15' / DM Cmd Exceptions counter TFORM401= '1B ' / data format of field: BYTE TTYPE402= 'BDIXVDX07_00' / DM Cmd Exceptions counter TFORM402= '1B ' / data format of field: BYTE TTYPE403= 'BDIXVDX07_01' / DM Cmd Exceptions counter TFORM403= '1B ' / data format of field: BYTE TTYPE404= 'BDIXVDX07_02' / DM Cmd Exceptions counter TFORM404= '1B ' / data format of field: BYTE TTYPE405= 'BDIXVDX07_03' / DM Cmd Exceptions counter TFORM405= '1B ' / data format of field: BYTE TTYPE406= 'BDIXVDX07_04' / DM Cmd Exceptions counter TFORM406= '1B ' / data format of field: BYTE TTYPE407= 'BDIXVDX07_05' / DM Cmd Exceptions counter TFORM407= '1B ' / data format of field: BYTE TTYPE408= 'BDIXVDX07_06' / DM Cmd Exceptions counter TFORM408= '1B ' / data format of field: BYTE TTYPE409= 'BDIXVDX07_07' / DM Cmd Exceptions counter TFORM409= '1B ' / data format of field: BYTE TTYPE410= 'BDIXVDX07_08' / DM Cmd Exceptions counter TFORM410= '1B ' / data format of field: BYTE TTYPE411= 'BDIXVDX07_09' / DM Cmd Exceptions counter TFORM411= '1B ' / data format of field: BYTE TTYPE412= 'BDIXVDX07_10' / DM Cmd Exceptions counter TFORM412= '1B ' / data format of field: BYTE TTYPE413= 'BDIXVDX07_11' / DM Cmd Exceptions counter TFORM413= '1B ' / data format of field: BYTE TTYPE414= 'BDIXVDX07_12' / DM Cmd Exceptions counter TFORM414= '1B ' / data format of field: BYTE TTYPE415= 'BDIXVDX07_13' / DM Cmd Exceptions counter TFORM415= '1B ' / data format of field: BYTE TTYPE416= 'BDIXVDX07_14' / DM Cmd Exceptions counter TFORM416= '1B ' / data format of field: BYTE TTYPE417= 'BDIXVDX07_15' / DM Cmd Exceptions counter TFORM417= '1B ' / data format of field: BYTE TTYPE418= 'BDIXVDX08_00' / DM Cmd Exceptions counter TFORM418= '1B ' / data format of field: BYTE TTYPE419= 'BDIXVDX08_01' / DM Cmd Exceptions counter TFORM419= '1B ' / data format of field: BYTE TTYPE420= 'BDIXVDX08_02' / DM Cmd Exceptions counter TFORM420= '1B ' / data format of field: BYTE TTYPE421= 'BDIXVDX08_03' / DM Cmd Exceptions counter TFORM421= '1B ' / data format of field: BYTE TTYPE422= 'BDIXVDX08_04' / DM Cmd Exceptions counter TFORM422= '1B ' / data format of field: BYTE TTYPE423= 'BDIXVDX08_05' / DM Cmd Exceptions counter TFORM423= '1B ' / data format of field: BYTE TTYPE424= 'BDIXVDX08_06' / DM Cmd Exceptions counter TFORM424= '1B ' / data format of field: BYTE TTYPE425= 'BDIXVDX08_07' / DM Cmd Exceptions counter TFORM425= '1B ' / data format of field: BYTE TTYPE426= 'BDIXVDX08_08' / DM Cmd Exceptions counter TFORM426= '1B ' / data format of field: BYTE TTYPE427= 'BDIXVDX08_09' / DM Cmd Exceptions counter TFORM427= '1B ' / data format of field: BYTE TTYPE428= 'BDIXVDX08_10' / DM Cmd Exceptions counter TFORM428= '1B ' / data format of field: BYTE TTYPE429= 'BDIXVDX08_11' / DM Cmd Exceptions counter TFORM429= '1B ' / data format of field: BYTE TTYPE430= 'BDIXVDX08_12' / DM Cmd Exceptions counter TFORM430= '1B ' / data format of field: BYTE TTYPE431= 'BDIXVDX08_13' / DM Cmd Exceptions counter TFORM431= '1B ' / data format of field: BYTE TTYPE432= 'BDIXVDX08_14' / DM Cmd Exceptions counter TFORM432= '1B ' / data format of field: BYTE TTYPE433= 'BDIXVDX08_15' / DM Cmd Exceptions counter TFORM433= '1B ' / data format of field: BYTE TTYPE434= 'BDIXVDX09_00' / DM Cmd Exceptions counter TFORM434= '1B ' / data format of field: BYTE TTYPE435= 'BDIXVDX09_01' / DM Cmd Exceptions counter TFORM435= '1B ' / data format of field: BYTE TTYPE436= 'BDIXVDX09_02' / DM Cmd Exceptions counter TFORM436= '1B ' / data format of field: BYTE TTYPE437= 'BDIXVDX09_03' / DM Cmd Exceptions counter TFORM437= '1B ' / data format of field: BYTE TTYPE438= 'BDIXVDX09_04' / DM Cmd Exceptions counter TFORM438= '1B ' / data format of field: BYTE TTYPE439= 'BDIXVDX09_05' / DM Cmd Exceptions counter TFORM439= '1B ' / data format of field: BYTE TTYPE440= 'BDIXVDX09_06' / DM Cmd Exceptions counter TFORM440= '1B ' / data format of field: BYTE TTYPE441= 'BDIXVDX09_07' / DM Cmd Exceptions counter TFORM441= '1B ' / data format of field: BYTE TTYPE442= 'BDIXVDX09_08' / DM Cmd Exceptions counter TFORM442= '1B ' / data format of field: BYTE TTYPE443= 'BDIXVDX09_09' / DM Cmd Exceptions counter TFORM443= '1B ' / data format of field: BYTE TTYPE444= 'BDIXVDX09_10' / DM Cmd Exceptions counter TFORM444= '1B ' / data format of field: BYTE TTYPE445= 'BDIXVDX09_11' / DM Cmd Exceptions counter TFORM445= '1B ' / data format of field: BYTE TTYPE446= 'BDIXVDX09_12' / DM Cmd Exceptions counter TFORM446= '1B ' / data format of field: BYTE TTYPE447= 'BDIXVDX09_13' / DM Cmd Exceptions counter TFORM447= '1B ' / data format of field: BYTE TTYPE448= 'BDIXVDX09_14' / DM Cmd Exceptions counter TFORM448= '1B ' / data format of field: BYTE TTYPE449= 'BDIXVDX09_15' / DM Cmd Exceptions counter TFORM449= '1B ' / data format of field: BYTE TTYPE450= 'BDIXVDX10_00' / DM Cmd Exceptions counter TFORM450= '1B ' / data format of field: BYTE TTYPE451= 'BDIXVDX10_01' / DM Cmd Exceptions counter TFORM451= '1B ' / data format of field: BYTE TTYPE452= 'BDIXVDX10_02' / DM Cmd Exceptions counter TFORM452= '1B ' / data format of field: BYTE TTYPE453= 'BDIXVDX10_03' / DM Cmd Exceptions counter TFORM453= '1B ' / data format of field: BYTE TTYPE454= 'BDIXVDX10_04' / DM Cmd Exceptions counter TFORM454= '1B ' / data format of field: BYTE TTYPE455= 'BDIXVDX10_05' / DM Cmd Exceptions counter TFORM455= '1B ' / data format of field: BYTE TTYPE456= 'BDIXVDX10_06' / DM Cmd Exceptions counter TFORM456= '1B ' / data format of field: BYTE TTYPE457= 'BDIXVDX10_07' / DM Cmd Exceptions counter TFORM457= '1B ' / data format of field: BYTE TTYPE458= 'BDIXVDX10_08' / DM Cmd Exceptions counter TFORM458= '1B ' / data format of field: BYTE TTYPE459= 'BDIXVDX10_09' / DM Cmd Exceptions counter TFORM459= '1B ' / data format of field: BYTE TTYPE460= 'BDIXVDX10_10' / DM Cmd Exceptions counter TFORM460= '1B ' / data format of field: BYTE TTYPE461= 'BDIXVDX10_11' / DM Cmd Exceptions counter TFORM461= '1B ' / data format of field: BYTE TTYPE462= 'BDIXVDX10_12' / DM Cmd Exceptions counter TFORM462= '1B ' / data format of field: BYTE TTYPE463= 'BDIXVDX10_13' / DM Cmd Exceptions counter TFORM463= '1B ' / data format of field: BYTE TTYPE464= 'BDIXVDX10_14' / DM Cmd Exceptions counter TFORM464= '1B ' / data format of field: BYTE TTYPE465= 'BDIXVDX10_15' / DM Cmd Exceptions counter TFORM465= '1B ' / data format of field: BYTE TTYPE466= 'BDIXVDX11_00' / DM Cmd Exceptions counter TFORM466= '1B ' / data format of field: BYTE TTYPE467= 'BDIXVDX11_01' / DM Cmd Exceptions counter TFORM467= '1B ' / data format of field: BYTE TTYPE468= 'BDIXVDX11_02' / DM Cmd Exceptions counter TFORM468= '1B ' / data format of field: BYTE TTYPE469= 'BDIXVDX11_03' / DM Cmd Exceptions counter TFORM469= '1B ' / data format of field: BYTE TTYPE470= 'BDIXVDX11_04' / DM Cmd Exceptions counter TFORM470= '1B ' / data format of field: BYTE TTYPE471= 'BDIXVDX11_05' / DM Cmd Exceptions counter TFORM471= '1B ' / data format of field: BYTE TTYPE472= 'BDIXVDX11_06' / DM Cmd Exceptions counter TFORM472= '1B ' / data format of field: BYTE TTYPE473= 'BDIXVDX11_07' / DM Cmd Exceptions counter TFORM473= '1B ' / data format of field: BYTE TTYPE474= 'BDIXVDX11_08' / DM Cmd Exceptions counter TFORM474= '1B ' / data format of field: BYTE TTYPE475= 'BDIXVDX11_09' / DM Cmd Exceptions counter TFORM475= '1B ' / data format of field: BYTE TTYPE476= 'BDIXVDX11_10' / DM Cmd Exceptions counter TFORM476= '1B ' / data format of field: BYTE TTYPE477= 'BDIXVDX11_11' / DM Cmd Exceptions counter TFORM477= '1B ' / data format of field: BYTE TTYPE478= 'BDIXVDX11_12' / DM Cmd Exceptions counter TFORM478= '1B ' / data format of field: BYTE TTYPE479= 'BDIXVDX11_13' / DM Cmd Exceptions counter TFORM479= '1B ' / data format of field: BYTE TTYPE480= 'BDIXVDX11_14' / DM Cmd Exceptions counter TFORM480= '1B ' / data format of field: BYTE TTYPE481= 'BDIXVDX11_15' / DM Cmd Exceptions counter TFORM481= '1B ' / data format of field: BYTE TTYPE482= 'BDIXVDX12_00' / DM Cmd Exceptions counter TFORM482= '1B ' / data format of field: BYTE TTYPE483= 'BDIXVDX12_01' / DM Cmd Exceptions counter TFORM483= '1B ' / data format of field: BYTE TTYPE484= 'BDIXVDX12_02' / DM Cmd Exceptions counter TFORM484= '1B ' / data format of field: BYTE TTYPE485= 'BDIXVDX12_03' / DM Cmd Exceptions counter TFORM485= '1B ' / data format of field: BYTE TTYPE486= 'BDIXVDX12_04' / DM Cmd Exceptions counter TFORM486= '1B ' / data format of field: BYTE TTYPE487= 'BDIXVDX12_05' / DM Cmd Exceptions counter TFORM487= '1B ' / data format of field: BYTE TTYPE488= 'BDIXVDX12_06' / DM Cmd Exceptions counter TFORM488= '1B ' / data format of field: BYTE TTYPE489= 'BDIXVDX12_07' / DM Cmd Exceptions counter TFORM489= '1B ' / data format of field: BYTE TTYPE490= 'BDIXVDX12_08' / DM Cmd Exceptions counter TFORM490= '1B ' / data format of field: BYTE TTYPE491= 'BDIXVDX12_09' / DM Cmd Exceptions counter TFORM491= '1B ' / data format of field: BYTE TTYPE492= 'BDIXVDX12_10' / DM Cmd Exceptions counter TFORM492= '1B ' / data format of field: BYTE TTYPE493= 'BDIXVDX12_11' / DM Cmd Exceptions counter TFORM493= '1B ' / data format of field: BYTE TTYPE494= 'BDIXVDX12_12' / DM Cmd Exceptions counter TFORM494= '1B ' / data format of field: BYTE TTYPE495= 'BDIXVDX12_13' / DM Cmd Exceptions counter TFORM495= '1B ' / data format of field: BYTE TTYPE496= 'BDIXVDX12_14' / DM Cmd Exceptions counter TFORM496= '1B ' / data format of field: BYTE TTYPE497= 'BDIXVDX12_15' / DM Cmd Exceptions counter TFORM497= '1B ' / data format of field: BYTE TTYPE498= 'BDIXVDX13_00' / DM Cmd Exceptions counter TFORM498= '1B ' / data format of field: BYTE TTYPE499= 'BDIXVDX13_01' / DM Cmd Exceptions counter TFORM499= '1B ' / data format of field: BYTE TTYPE500= 'BDIXVDX13_02' / DM Cmd Exceptions counter TFORM500= '1B ' / data format of field: BYTE TTYPE501= 'BDIXVDX13_03' / DM Cmd Exceptions counter TFORM501= '1B ' / data format of field: BYTE TTYPE502= 'BDIXVDX13_04' / DM Cmd Exceptions counter TFORM502= '1B ' / data format of field: BYTE TTYPE503= 'BDIXVDX13_05' / DM Cmd Exceptions counter TFORM503= '1B ' / data format of field: BYTE TTYPE504= 'BDIXVDX13_06' / DM Cmd Exceptions counter TFORM504= '1B ' / data format of field: BYTE TTYPE505= 'BDIXVDX13_07' / DM Cmd Exceptions counter TFORM505= '1B ' / data format of field: BYTE TTYPE506= 'BDIXVDX13_08' / DM Cmd Exceptions counter TFORM506= '1B ' / data format of field: BYTE TTYPE507= 'BDIXVDX13_09' / DM Cmd Exceptions counter TFORM507= '1B ' / data format of field: BYTE TTYPE508= 'BDIXVDX13_10' / DM Cmd Exceptions counter TFORM508= '1B ' / data format of field: BYTE TTYPE509= 'BDIXVDX13_11' / DM Cmd Exceptions counter TFORM509= '1B ' / data format of field: BYTE TTYPE510= 'BDIXVDX13_12' / DM Cmd Exceptions counter TFORM510= '1B ' / data format of field: BYTE TTYPE511= 'BDIXVDX13_13' / DM Cmd Exceptions counter TFORM511= '1B ' / data format of field: BYTE TTYPE512= 'BDIXVDX13_14' / DM Cmd Exceptions counter TFORM512= '1B ' / data format of field: BYTE TTYPE513= 'BDIXVDX13_15' / DM Cmd Exceptions counter TFORM513= '1B ' / data format of field: BYTE TTYPE514= 'BDIXVDX14_00' / DM Cmd Exceptions counter TFORM514= '1B ' / data format of field: BYTE TTYPE515= 'BDIXVDX14_01' / DM Cmd Exceptions counter TFORM515= '1B ' / data format of field: BYTE TTYPE516= 'BDIXVDX14_02' / DM Cmd Exceptions counter TFORM516= '1B ' / data format of field: BYTE TTYPE517= 'BDIXVDX14_03' / DM Cmd Exceptions counter TFORM517= '1B ' / data format of field: BYTE TTYPE518= 'BDIXVDX14_04' / DM Cmd Exceptions counter TFORM518= '1B ' / data format of field: BYTE TTYPE519= 'BDIXVDX14_05' / DM Cmd Exceptions counter TFORM519= '1B ' / data format of field: BYTE TTYPE520= 'BDIXVDX14_06' / DM Cmd Exceptions counter TFORM520= '1B ' / data format of field: BYTE TTYPE521= 'BDIXVDX14_07' / DM Cmd Exceptions counter TFORM521= '1B ' / data format of field: BYTE TTYPE522= 'BDIXVDX14_08' / DM Cmd Exceptions counter TFORM522= '1B ' / data format of field: BYTE TTYPE523= 'BDIXVDX14_09' / DM Cmd Exceptions counter TFORM523= '1B ' / data format of field: BYTE TTYPE524= 'BDIXVDX14_10' / DM Cmd Exceptions counter TFORM524= '1B ' / data format of field: BYTE TTYPE525= 'BDIXVDX14_11' / DM Cmd Exceptions counter TFORM525= '1B ' / data format of field: BYTE TTYPE526= 'BDIXVDX14_12' / DM Cmd Exceptions counter TFORM526= '1B ' / data format of field: BYTE TTYPE527= 'BDIXVDX14_13' / DM Cmd Exceptions counter TFORM527= '1B ' / data format of field: BYTE TTYPE528= 'BDIXVDX14_14' / DM Cmd Exceptions counter TFORM528= '1B ' / data format of field: BYTE TTYPE529= 'BDIXVDX14_15' / DM Cmd Exceptions counter TFORM529= '1B ' / data format of field: BYTE TTYPE530= 'BDIXVDX15_00' / DM Cmd Exceptions counter TFORM530= '1B ' / data format of field: BYTE TTYPE531= 'BDIXVDX15_01' / DM Cmd Exceptions counter TFORM531= '1B ' / data format of field: BYTE TTYPE532= 'BDIXVDX15_02' / DM Cmd Exceptions counter TFORM532= '1B ' / data format of field: BYTE TTYPE533= 'BDIXVDX15_03' / DM Cmd Exceptions counter TFORM533= '1B ' / data format of field: BYTE TTYPE534= 'BDIXVDX15_04' / DM Cmd Exceptions counter TFORM534= '1B ' / data format of field: BYTE TTYPE535= 'BDIXVDX15_05' / DM Cmd Exceptions counter TFORM535= '1B ' / data format of field: BYTE TTYPE536= 'BDIXVDX15_06' / DM Cmd Exceptions counter TFORM536= '1B ' / data format of field: BYTE TTYPE537= 'BDIXVDX15_07' / DM Cmd Exceptions counter TFORM537= '1B ' / data format of field: BYTE TTYPE538= 'BDIXVDX15_08' / DM Cmd Exceptions counter TFORM538= '1B ' / data format of field: BYTE TTYPE539= 'BDIXVDX15_09' / DM Cmd Exceptions counter TFORM539= '1B ' / data format of field: BYTE TTYPE540= 'BDIXVDX15_10' / DM Cmd Exceptions counter TFORM540= '1B ' / data format of field: BYTE TTYPE541= 'BDIXVDX15_11' / DM Cmd Exceptions counter TFORM541= '1B ' / data format of field: BYTE TTYPE542= 'BDIXVDX15_12' / DM Cmd Exceptions counter TFORM542= '1B ' / data format of field: BYTE TTYPE543= 'BDIXVDX15_13' / DM Cmd Exceptions counter TFORM543= '1B ' / data format of field: BYTE TTYPE544= 'BDIXVDX15_14' / DM Cmd Exceptions counter TFORM544= '1B ' / data format of field: BYTE TTYPE545= 'BDIXVDX15_15' / DM Cmd Exceptions counter TFORM545= '1B ' / data format of field: BYTE EXTNAME = 'hk221x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 727699909.81162 TSTOP = 727706029.82092 DATE-OBS= '2024-01-23T10:51:44' DATE-END= '2024-01-23T12:33:44' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -32.7823600000000 / [s] UTCF at TSTART TELAPSE = 6120.00929999352 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 545 OBS_ID = '01210276000' / Observation ID TARG_ID = 1210276 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 199.292330905225 / [deg] RA pointing DEC_PNT = 60.5865129275515 / [deg] Dec pointing PA_PNT = 86.1103259817744 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB240123a' / Object name RA_OBJ = 199.3478750 / [deg] R.A. Object DEC_OBJ = 60.6188889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.19.03 ' / Processing script version SEQPNUM = 13 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2024-02-02T06:06:29' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'RDAaTD0aRD7aRD7a' / HDU checksum updated 2024-02-02T06:27:11 DATASUM = '1708570331' / data unit checksum updated 2024-02-02T06:06:29 HISTORY TASK: FAPPND on FILENAME: sw01210276000b221x001.hk[1] HISTORY fappend3.0a at 2024-02-02T06:06:33 TRIGTIME= 727700779.648 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Aů*&ɿſۿſȿÿÿѿſ%ǿǿǿÿǿa5=yM{I5IYEӟpM)y]'Ͽǿ+ÿۿɿřǿ/ɿÿ߿ѿϿAů1/ϱӿ: 9uIQa]I]mY糄a=q%;1?%٭+CAů YQQQQQQQQmkQQQQQQөN& M]euq/]/0qmǘuQ9OES9?WAůɍb3"   : a    -+q yCqCD'۬e M  c  +Yg  M  S k   Aů2kQ vG6)#+%!'+)N3!#%.u% *A?ɝ˙WWX#;#yɭaw#?m{#%#+!a+g/!!AůF*(#-111i1X1K3;1371E6931A31315553M171:13113313G5351555157CI?M9K=9;739337p155=U=7C1EGP31593;75317155?9191A9133;A5119911359GABLca;@yyzE]E⿛9A;A9?;91EA1591Aa933795993?799=97E37GE=33;51M11C;;1=?M7 A9195=?;119A751Q113C113?A=;=CA1735AůZYJJJJJJJJfdJJJJJJ73A#-1E1EE}ElE_GOEGKEYJMGEUGEGEIIIGaEKENEGEEGGEG[IGIEIIIEIKW]SaM_QMOKGMGGKEIIQiQKWEY[dGEIMGOKIGEKEIISMEMEUMEGGOUIEEMMEEGIM[UV`wuOTύ#YqY%ӯ#MUOUMSOMEYUEIMEUuMGGKMIMMGSKMMQMKYGK[YQGGOIEaEEWOOEQSaKUMEMIQSOEEMUKIEeEEGWEEGSUQOQWUEKGIAůn₆KGU7AEYEYYYYs[cY[_Ym^a[Yi[Y[Y]]][uY_YbY[YY[[Y[o][]Y]]]Y]_kqguaseac_[a[[_Y]]e}e_kYmox[Y]a[c_][Y_Y]]gaYaYiaY[[ci]YYaaYY[]aoijtchϡ7mm9 7aiciagcaYmiY]aYia[[_a]aa[g_aaea_m[_ome[[c]YuYYkccYegu_3iaYa]egcYYai_]YyYY[kYY[giecekiY_[]Aů*_[iKUY/mYmmmmowmosmruom}omomqqqomsmvmommoomoqoqmqqqmqs{uyuwsouoosmqqyysmomquowsqomsmqq{umum}umoow}qmmuummoqu}~w|')KM' Ku}w}u{wum}mqum}uoosuquuo{suuyusosyoowqmmmwwmy{sG}umuqy{wmmu}sqmmmommo{}ywy}msoqAů*so}_imCm聁珉#;= _ a2;_Ӌ違퉅Ӌ[ٍ񋁁Aů*::::::::VT::::::s}W͕ԕ7 O#Q s/uF#O3s知ŝ矕oAůvvvvvvvvvvvvvvkЩëũűõ詭͵ȫK'c7e33C/Z7cGٱũůɩAů<̲$׿ǽýſͿٽýƽÿſϽܿſý#ŽŽŽŽ_3;wKyG3GWCѝnK'w[%ͽŽſ)ſѿɿٽǽ׎-ǽݽϽͽÿAů^۽ˡFEU]mi'U'(iy emI}1G=K17OAů骤33333333OM333333ߵZ+    2 Y %#iq};i;<}yӤ]E[#Q_ EKcAůoooooooooooooon?.!       #       #!  F + &      m   "97}ÑO}OP3縕qYo 7 es       #Y#  _w '   Aů"׫ū SB5%!/ #+7!$1!-3)7#5'#%!#!Z'?'!-/1:#%!!)##+#%+###1+,6MK%*թץccd/G/̩չ#+m%+#)%#/+#+K#!y###)!##'#!/!1/'%7-%m%')7!+##s')%#+!;-)+'%'-+!Aů6*!+ ///g/V/I19/15/C471/?1/1/3331K/5/8/1//11/1E313/333/35AG=K7I;79517115n/33;S;5A/CEN1/3719531/5/33=7/7/?7/119?3//77//137E?@Ja_9>ww xC[Cཙ 7?9?7=97/C?/37/?_711573771=577;75C15EC;1193/K//A99/;=K5 ?7/73;=9//7?53/O//1A//1=?;9;A?/513AůJt########?=######51?!+/C/CC{CjC]EMCEICWHKECSECECGGGE_CICLCECCEECEYGEGCGGGCGIU[Q_K]OKMIEKEEICGGOgOIUCWYbECGKEMIGECICGGQKCKCSKCEEMSGCCKKCCEGKYST^usMR͋!WoW#ѭ!KSMSKQMKCWSCGKCSsKEEIKGKKEQIKKOKIWEIYWOEEMGC_CCUMMCOQ_ISKCKGOQMCCKSIGCcCCEUCCEQSOMOUSCIEGAů^q7________{y______IES5?CWCWWW~WqYaWY]Wk\_YWgYWYW[[[YsW]W`WYWWYYWYm[Y[W[[[W[]ioes_qc_a]Y_YY]W[[c{c]iWkmvYW[_Ya][YW]W[[e_W_Wg_WYYag[WW__WWY[_mghraf͟5kk75_gag_ea_WkgW[_Wg_YY]_[__Ye]__c_]kY]mkcYYa[WsWWiaaWces]1g_W_[ceaWW_g][WwWWYiWWYegcacigW]Y[Aůrқ]YgISW-kWkkkkmukmqkpsmk{mkmkooomkqktkmkkmmkmomokoookoq}yswsuqmsmmqkoowwq}kmkosmuqomkqkooysksk{skmmu{okksskkmos{| uz%'IK% Is{u{syusk{kosk{smmqsossmyqsswsqmqwmmuokkk}uukwyqE{sksowyukks{qokkkm}kkmy{wuw}{kqmoAů{kuyOyō̍󛕍/ GIk'm>G+kߗߗg噛AůOV86~bؠǠߠĬBZ.\*~*:&Q. Z>~򪰨Ш 򪠬zAůUXWXWXWXWtrXXXXXWv۴ζȹĶдʸм󴸸ƴӶ¼ļĸV*2nBp>*>N:ȔeBnRļ¾Ĵ伶 ºȶдƾкļ $ĺԴƴĴAůҔŧɵ0/k?GWU?ScOݩzW3g1'5ϣ!9AůzٻɟDC S[ki%S%&gw ckG{/E ;I/5MAů (& ݳX)   0W #!go}9g9:{wѢ[CY!O] C IaAůHHHHHHHHdbHHHHHHl=,   !     !     D ) $    k       75{M{MN1嶓o W  m 5  cq     !W!   ]u  %  Aů₍#'''_'N'A)1')-';,/)'7)')'+++)C'-'0')''))')=+)+'+++'+-9?5C/A3/1-)/))-f'++3K3-9';=F)'+/)1-+)'-'++5/'/'7/'))17+''//'')+/=78BYW16oop;S;ص/7y17/51/';7'+/'7W/))-/+//)5-//3/-;)-=;3))1+'C''91y1'35C-7/'/+351''/7-+'G'')9'')5731397'-)+Aů&-)7#';';;s;b;U=E;=A;O@C=;K=;=;???=W;A;D;=;;==;=Q?=?;???;?AMSIWCUGCEA=C==Az;??G_GAM;OQZ=;?C=EA?=;A;??IC;C;KC;==EK?;;CC;;=?CQKLVmkEJǃOgOɥCKEKCIEC;OK;?C;KkC==AC?CC=IACCGCAO=AQOG==E?;W;;MEE;GIWAKC;C?GIE;;CKA?;[;;=M;;=IKGEGMK;A=?Aů: l!A=K-7;O;OOOvOiQYOQUOcTWQO_QOQOSSSQkOUOXOQOOQQOQeSQSOSSSOSUag]kWi[WYUQWQQUOSS[s[UaOcenQOSWQYUSQOUOSS]WOWO_WOQQY_SOOWWOOQSWe_`jY^ ۗŗ-c{c/ݹ -W_Y_W]YWOc_OSWO_WQQUWSWWQ]UWW[WUcQUec[QQYSOkOOaYYO[]kU)_WOWS[]YOOW_USOoOOQaOOQ]_[Y[a_OUQSAůNzAAAAAAAA][AAAAAAUQ_AKO%cOcccc}emceicwhkecsececgggeciclcecceeceygegcgggcgiu{qk}okmiekeeicggooiucwyecgkemigecicggqkckcskceemsgcckkccegkyst~mr٫AwwCAksmskqmkcwscgkcskeeikgkkeqikkokiweiywoeemgcccummcoqi=skckgoqmccksigccceucceqsomousciegAůbz}}}}}}}}}}}}}}iesU_c9wcwwwwywy}w|ywywyw{{{yw}wwywwyywy{y{w{{{w{}}yyy}w{{}wyw{y}{yw}w{{݅wwwyy{wwwwy{큆13UW(1UɁww{wyy}{y}}y}yy{wwwɁw}Qw{σww}{wwwywwyw}y{Aůvzӹ}yiswMwËʋ񙓋- EGi%k<E)iݕ󋟛ݕe㗙Aů}aןƟޟëAY-[+})9%P- Y=}񩯧ϧ 񩟫yAů*11111111MK111111uڳ͵ǸõϳɷϻͿ򳷷׿ųҵû÷U)1mAoA)=M9ǓdAmQûó㻵ǵǿϳŽϹû #ùӳųÿóAůvvvvvvvvvvvvvvѳ< ;wKSccK_o[鵆c?s'=3A'ۯ-EAů₲̲իP!( O_gww1_12soɚwS;QGU;AY Aů d5$   < ! c    /-s {EsEF)ݮg O  e  -[i   O  U m    Aůz********FD****** xI8+%!-'#)-+P5#%'0w!!'!",CA ˟͡YYZ%=%Ÿ{˯!c!y%!!Ao}%'%-#c-!i!1#!#!Aů*ffffffffffffff! %%%]%L%?'/%'+%9*-'%5'%'%)))'A%+%.%'%%''%';)')%)))%)+7=3A-?1-/+'-''+d%))1I1+7%9;D'%)-'/+)'%+%))3-%-%5-%''/5)%%--%%')-;56@WU/4߳mmn9Q9ֳ-5w/5-3/-%95%)-%5U-''+-)--'3+--1-+9'+;91''/)%A%%7/w/%13A+5-%-)}13/%%-5+)%E%%'7%%'351/175%+')AůҢ+'5!%9%99q9`9S;C9;?9M>A;9I;9;9===;U9?9B9;99;;9;O=;=9===9=?MQGUASEAC?;A;;?x9==E]E?K9MOX;9=A;C?=;9?9==GA9A9IA9;;CI=99AA99;=AOIJTkiCHɁMeMǣAICIAGCA9MI9=A9IiA;;?A=AA;G?AAEA?M;?OME;;C=9U99KCC9EGU?IA9A=EGC99AI?=9Y99;K99;GIECEKI9?;=Aů*z?;I+59M9MMMtMgOWMOSMaRUOM]OMOMQQQOiMSMVMOMMOOMOcQOQMQQQMQSae[iUgYUWSOUOOSMQQYqYS_MaclOMQUOWSQOMSMQQ[UMUM]UMOOW]QMMUUMMOQUc]^h}W\ ݕÕ+aya-۷+U]W]U[WUMa]MQUM]}UOOSUQUUO[SUUYUSaOScaYOOWQMiMM_WWMY[iS']UMUQY[WMMU]SQMmMMO_MMO[]YWY_]MSOQAů>########?=######a]kMW[1o[ooooqyoquotwqoqoqosssqouoxoqooqqoqsqsosssosu}w{wyuqwqquoss{{uoqoswqyusqouoss}wowowoqqysoowwooqswy~)+M O ) Mwyw}ywooswowqquwswwq}uww{wuqu{qqysoooyyo{}uIwows{}yoowusoooqooq}{y{ouqsAůR________{y______uqakoEoꃃƒ鑋%=?a  c4=!aՍ냗Ս]ۏ󍃃AůfɛuYϗ֗9 Q%S' u!1wH%Q5u顧ǟ顗qAůz*mҫŭǫùdzŷꫯϷʭM!)e9g;!5E1\9eI۳ ǫDZ˫Aů/-&ɿſۿſȿÿÿѿſ%ǿǿǿÿǿa5=yM{O5IYEӟpM)y]'Ͽǿ+ÿۿɿřǿ/ɿÿ߿ѿϿAů*OOOOOOOOkiOOOOOOϱӿ: 9uIQacI]mY糄a=q%;1?%٭+CAů*өN& M]euw/]/0qmǘuQ9OES9?WAů* p A 0 #     %    !%#  H - (    o     $;9×řQQR5麗sç[q   9 gu     % [ %  ay  )    Aů* (&    UD7'#1"%-!!!9#&3!!!!!!%15+9%7)%'#%#\!!)A)#/13<!%'#!#!!+%%-%'-!%%!%3-.8OM',׫٭eef1I1Ϋ׻%-o'-%+'%1-!%-M%#{%!%%+#%%)%#1#31)'!9/'o')+9#-%%!u)+'%-#!=/+-)')/-#!Aůϵ[WeGQU+iUiiiiksikoi}nqkiykikimmmkioirikiikkikmkmimmmimq}wquqsokqkkoimmuuo{i}kimqksomkioimmwqiqiyqikksymiiqqiikmqyz sx#%߱G}}I#Gqysyqwsqi}yimqiyqkkoqmqqkwoqquqo}ko}ukksmiii{ssiuwoCyqiqmuwsiiqyomiiik{iiqwyusu{yiokmAů*}yiswMwËʋ񙓋- EG)i%k<E)iݕ󋟛ݕe㗙Aů*66666666RP666666}aןƟޟëAY-[=})9%P- Y=}񩯧ϧ 񩟫yAů*rrrrrrrrrrrrrruڳ͵ǸõϳɷϻͿ򳷷׿ųҵû÷U)1mAoQ)=M9ǓdAmQûó㻵ǵǿϳŽϹû #ùӳųÿóAů*Ȯådz.-i=EUe=QaMۧxU1e/%3͡7Aů *׹ǝBA } QYiy#Q#$euaﻌiEy-C 9G-3KAů&&&&&&&&B@&&&&&&۱V'   .U !em}7e78yuϠ}YAWM[ A G_Aů29bbbbbbbb~|bbbbbbj;*          B' "   i      53y KyKL/㴑m U   k 3  ao       U    [s   #   AůF,g! %%%]%L%?'/%'+%9*-'%5'%'%)))'A%+%.%'%%''%';)')%)))%)-9=3A-?1-/+'-''+d%))1I1+7%9;D'%)-'/+)'%+%))3-%-%5-%''/5)%%--%%')-;56@WU/4߳mmn9Q9ֳ-5w/5-3/-%95%)-%5U-''+-)--'3+--1-+9'+;91''/)%A%%7/w/%13A+5-%-)}13/%%-5+)%E%%'7%%-351/175%+')AůZ-8+'5!%9%99q9`9S;C9;?9M>A;9I;9;9===;U9?9B9;99;;9;O=;=9===9=AMQGUASEAC?;A;;?x9==E]E?K9MOX;9=A;C?=;9?9==GA9A9IA9;;CI=99AA99;=AOIJTkiCHׁMeMǣAICIAGCA9MI9=A9IiA;;?A=AA;G?AAEA?M;?OME;;C=9U99KCC9EGU?IA9A=EGC99AI?=9Y99;K99AGIECEKI9?;=Aůn;9?;I+59M9MMMtMgOWMOSMaRUOM]OMOMQQQOiMSMVMOMMOOMOcQOQMQQQMQUae[iUgYUWSOUOOSMQQYqYS_MaclOMQUOWSQOMSMQQ[UMUM]UMOOW]QMMUUMMOQUc]^h}W\ Õ+aya-۷+U]W]U[WUMa]MQUM]}UOOSUQUUO[SUUYUSaOScaYOOWQMiMM_WWMY[iS']UMUQY[WMMU]SQMmMMO_MMU[]YWY_]MSOQAůί[[[[[[[[wu[[[[[[SO]?IM#aMaaaa{ckacgauficaqcacaeeec}agajacaaccacweceaeeeaeiuyo}i{mikgciccgaeemmgsauwcaeickgecagaeeoiaiaqiacckqeaaiiaaceiwqr|kpש?uuA?iqkqiokiauqaeiaqiccgieiicogiimigucgwumcckea}aaskkamo}g;qiaiemokaaiqgeaaacsaaioqmkmsqagceAů gcqS]a7uauuuuwuw{uz}wuwuwuyyywu{u~uwuuwwuwywyuyyyuy}}}{w}ww{uyy{uwuy}w{ywu{uyyۃ}u}u}uwwyuu}}uuwy}/1SU&/S}}}uuy}u}ww{}y}}w{}}}{w{wwyuuuu{O}u}ýuu}{yuuuwuu}u{wyAů4^{wgquKuȉ+CE'g#i:C'gۓ񉝙ۓcᕗAů7+){_՝ĝܝ?W+Y;{'7#}N+W;{吝ͥ 利w AůTTTTTTTTpnTTTTTT&ɿſۿſȿÿÿѿſ%ǿǿǿÿǿa5=yM{]5IYEӟpM)y]'Ͽǿ+ÿۿɿřǿ/ɿÿ߿ѿϿAů֐ϱӿ: 9uIQaqI]mY糄a=q%;1?%٭+CAůөN& M]eu/]/0qmǘuQ9OES9?WAů$"b3"  : a    -+q yCqCD'۬e M  c  +Yg  M  S k    Aů"袇DDDDDDDD`^DDDDDD vG6)#+%#'+)N3!#%.u% *A?ɝ˭WWX#;#yɭaw#?m{#%#+!a+g/!!Aů6 ###[#J#=%-#%)#7(+%#3%#%#'''%?#)#,#%##%%#%9'%'#'''#'+7;1?+=/+-)%+%%)b#''/G/)5#79B%#'+%-)'%#)#''1+#+#3+#%%-3'##++##%'+934>US-2ݱkkl7O7Ա+3u-3+1-+#73#'+#3S+%%)+'++%1)++/+)7%)97/%%-'#?##5-u-#/1?)3+#+'{/1-##+3)'#C##%5##+13/-/53#)%'AůJ豚ּ)%3#7#77o7^7Q9A79=7K