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: sw00603954000b141x001.hk[0] TSTART = 426679312.29804 TSTOP = 426698138.18192 DATE-OBS= '2014-07-10T10:01:49' DATE-END= '2014-07-10T15:15:35' PROCVER = '3.16.04 ' / 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 = '00603954000' / Observation ID SEQPNUM = 10 / Number of times the dataset processed TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART CHECKSUM= '0Re20Rd20Rd20Rd2' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = ' 0' / data unit checksum updated 2014-07-20T08:46:57 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 = 54 / 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 = 426679365.15962 TSTOP = 426697067.552 DATE-OBS= '2014-07-10T10:02:42' DATE-END= '2014-07-10T14:57:44' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 17702.3923799992 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 291 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:31' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'mBDGnAD9mADGmAD9' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '1395455363' / data unit checksum updated 2014-07-20T07:58:31 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: sw00603954000b123x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:38 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AnE(ۀ Ȁ\\\targ/nram/scripts/onfals10.gz AnEPÀ ΀\\\ONSAA AnEZ' ܀\ONSAA An M Ȁ\\\targ/norm/scripts/onsaa.gz An A ʀ\ONSLEWEV AnlF ΀\\\ONSLEWEV Anv Ȁ\\\targ/nram/scripts/onslewev.gz AnП ʀ\ONBURQ20 An* ʀ\ONSLEWEV An;̀ ΀\\\ONSLEWEV Ant 1<X./src/di_scheduler.cpp:faultNOSURVEYFREEAn 6zY./src/di_scheduler.cpp:faultNOSURVEYFREEAniv6 Ȁ\\\targ/nram/scripts/onslewev.gz Ana ʀ\ONFALS3 Anm ΀\\\ONFALS3 An"85 Ȁ\\\targ/nram/scripts/onfals3.gz An"4 ʀ\ONSLEWEV An1Sz ΀\\\ONSLEWEV An ڀ Ȁ\\\targ/nram/scripts/onslewev.gz Ann ʀ\ONSLEWEV An$O ΀\\\ONSLEWEV AnxՀ ΀\\\ONBURQ20 AnO Ȁ\\\targ/nram/scripts/onfals3.gz AnPMڀ ʀ\ONSLEWEV An ΀\\\ONSLEWEV Anܱ Ȁ\\\targ/nram/scripts/onslewev.gz AnJ ʀ\ONFALS10 An܎ǀ ΀\\\ONFALS10 An Ȁ\\\targ/nram/scripts/onfals10.gz Anh ʀ\ONFALS10 An ΀\\\ONFALS10 Anty Ȁ\\\targ/nram/scripts/onfals10.gz Ant ʀ\ONFALS10 Anx΀ ΀\\\ONFALS10 An7!Հ Ȁ\\\targ/nram/scripts/onfals10.gz Anl< ΀\\\ONSAA Anw` ܀\ONSAA Ant Ȁ\\\targ/norm/scripts/onsaa.gz And ʀ\ONFALS3 An[ ΀\\\ONFALS3 Anv S Ȁ\\\targ/nram/scripts/onfals3.gz AnvBy ʀ\ONFALS3 An{(( ΀\\\ONFALS3 An$ ǀ\\\ONSLEWEV Anť ΀\\\ONSLEWEV AnD\\\ AnI7v Ȁ\\\targ/nram/scripts/onslewev.gz AnJ^uy ʀ\ONSLEWEV An/׀ ΀\\\ONSLEWEV An.d؀]./src/infoatmet.cpp:faultMETINFO An.^./src/infoatmet.cpp:faultMETINFO Ang]W Ȁ\\\targ/nram/scripts/onslewev.gz Angoi ʀ\ONFALS3 AnkO߀ ΀\\\ONFALS3 XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 152 / width of table in bytes NAXIS2 = 27 / 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 = 426679596.51154 TSTOP = 426695513.71774 DATE-OBS= '2014-07-10T10:06:33' DATE-END= '2014-07-10T14:31:50' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 15917.2062000036 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 293 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:31' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '1eCa4cCZ1cCa1cCY' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '1338006519' / data unit checksum updated 2014-07-20T07:58:31 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: sw00603954000b125x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:38 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END An,I%e}targ/nram/preboot.sou targ/nram/preboot.sou targ/mode/tables/brsrctbl.gzo AnN<ۅԀtarg/nram/preboot.lng targ/nram/preboot.lng targ/mode/tables/tglngtbl.gzo AnSMހ ۊptarg/nram/preboot.sht targ/nram/preboot.sht targ/mode/tables/tgshttbl.gzo AnUj!ۏtarg/nram/preboot.vet targ/nram/preboot.vet targ/mode/tables/tgvettbl.gzo An񤾀%e}targ/nram/preboot.sou targ/nram/preboot.sou 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An[1<ۅԀtarg/nram/preboot.lng targ/nram/preboot.lng targ/mode/tables/tglngtbl.gzo An] ۊptarg/nram/preboot.sht targ/nram/preboot.sht targ/mode/tables/tgshttbl.gzo An`ҝǀ!ۏtarg/nram/preboot.vet targ/nram/preboot.vet targ/mode/tables/tgvettbl.gzo An&<ۅԀtarg/nram/preboot.lng targ/nram/preboot.lng targ/mode/tables/tglngtbl.gzo Aǹ<ۅԀtarg/nram/preboot.lng targ/nram/preboot.lng targ/mode/tables/tglngtbl.gzo Anu:U<ۅԀtarg/nram/preboot.lng targ/nram/preboot.lng targ/mode/tables/tglngtbl.gzo AnQڀ%e}targ/nram/preboot.sou targ/nram/preboot.sou targ/mode/tables/brsrctbl.gzo AnT#<ۅԀtarg/nram/preboot.lng targ/nram/preboot.lng targ/mode/tables/tglngtbl.gzo AnV4- ۊptarg/nram/preboot.sht targ/nram/preboot.sht targ/mode/tables/tgshttbl.gzo AnYπ!ۏtarg/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 = 15855 / 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 = 426679312.29804 TSTOP = 426698138.18192 DATE-OBS= '2014-07-10T10:01:49' DATE-END= '2014-07-10T15:15:35' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18825.8838800192 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 297 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:31' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'lPXDoNV9lNVAlNV9' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '3330913748' / data unit checksum updated 2014-07-20T07:58:31 HISTORY TASK: FAPPND on FILENAME: sw00603954000b129x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:38 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AnLLYAn 6AnMAnAnǤAnPLAnKAnQAnAnX.AnںAn,gAnl7AnܾbAnAn]#OAnAn?An An!:An#8qAn$_[An %An!&An"(@An#)/An$*HAn%,An&-_An'.OAn(0 An)1?An*2(An+3An,5)5An-6oAn.7An/9RAn0:,gAn0hIAn1;c An1An2 An3#An4?ZAn5wGAn5@An6KAn6AAn7An7C8qAn8TAn8D^An9An9H?An: 7LAn:IAn; 1An;JAn< AnlLAn>NAn?9An@jAn@QGAnAAnARAnB#AnCHAnD@AnERAnEoAnErAnFWAnFTAnFW~AnF%AnG7LAnGWŬAnG[AnG`WAnH]AnH[LAnHۡAnHPHAnIAnI\AnIAnIEcAnJWAnJ^{AnJ]AnJ+AnKAnL 1AnM"5AnN"oAnO#hAnP%MAnPe\SAnQ&JAnR'7AnS(AnT)AnU+F5AnV,nnAnW-AnX.AnY/AnZ1BpAn[2AAn\3An]4An^6">An_7iAn`8Ana9#Anb;=Anb8AncWAn{)AnwAnIAn_AnAn@Y!An AnAKAnrAnB}An8An7"AnAnFAn#%AnNAnHGoAn/AnIf{An AnJAn AnKAn ;OAnM`An Y AnMAnRAnO.IAnoAnPyAn?AnQAnsAnWAnHAnAnAnAn oAn"Ana+An"?An$-An%`BAn&An'An)*0An*'(An,An,An.TAn/P]An0An1{An3'gAn40+An5sAn6?An8!lAn90An:8AnSPAn;AnpAn<AnAn>7An8An?GAnfAnAn@`AnjAnA?An.^AnBAnAnCAAnAnGAnAnHAn >AnJ=qAn (AnK`kAn r\AnLAn AnM]AnAnO,An4AnPrAn>AnQAnAnsAnY_An(AnudAnzAnAn28An_An An!An"An$E$An%An&vAn'jAn)QAniJAnAno?An *An k 9An \}An An ,6An l6An 5An }An -@%An mMAn An 4An unAn 1{An |An 4 An vVAn An An6@dAnv.AnAnWAn7xWAnw`AnAnAn9a=AnyXAn5AnAn9zAnz6AnrAnjAn;&An{An&WAn|Anf'AnAn>uAnAnuAnAnYAnAnwAnuAnDAnNAnAn An ɰAn MAn =AnM}An p;An!An!O#An"An#'An$HAn%~(An&w2An'FAn( ?An(vAn)"2An*"ZAn+#An+An,$An,/An,An-0_An-p'An.22MAn/2ǹAn/pAn03An15F An26^An37An3xGAn48An5: An5HAn6;aAn6{An6An6T7An7An7An8>[BAn8~+An8aAn8An9WAn;HAn;AAn<An<eAnAn=ĊAn>6An>E,An>ŹcAn?ޔAn?F@dAn?|An@qAn@GAn@/AnA AnAHAnALDAnB AnBIAnB:AnBʧAnC hAnCLQAnCHAnC˚AnD ߏAnDL.4AnDAnD(AnE 3 AnEM}AnEAnE=AnFYAnFNAnFiAnGAnGO AnGlAnHAnHQAnHѨAnIWAnIAnIAnJ;AnJSAnJAnJ&AnKAnKWeAnKAnLAnLKsAnLۜAnMJAnM\ZAnMAnMܮAnN0jAnN]ՑAnOoAnONrAnsAnbAn?An,An`AnAnLr\An *AnXAnAnbAn6An[(AnVAn AnW?An[AnwAnAn\лAnAnPAn An"An"iAn$)An%XdAn&AnfBAn'An).An*+An,An,An. 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Ang0FAnh3Anhz:AnhAniMAniAni'=Anj =AnjW8Ank5AnlAnmAnmY(AnncAnn[AnnAnn Ano6zAno[AnobAno'AnpAnp\IAnq&AnrAnr_OAns Ant!Anu"Anv$OAnw%6PAnx&sAnxf;Any'-Anz(An{*1An|+zAn},XAn~-An/An0An1DAn3 0An4)An5u:An6'An8 An9VAn:'An{An;An^JAn=)An]An>N'An^An?AnQAn@AnqAnAAnAnCAAnW~AnDAnAnHF An 8AnI~An AnJ;An AnLjAn7vAn?agAnuAn@An AnAAnAnC7"AnKAnDvAnGAnHCAn 7LAnIAn AnJAn˚An AnL6AnAn AnPyAnAnQLAnAAnR AntAnSAnڐAn#AnXAn6AnZ An"AnAn AnAn An!SAn" An$E$An%@An&[An'An)#An*fAn,An,An.?An/8An0"An1XAn3rAn4TAn5An6An8:TAn9cAn:VAnAn<TAnAn=R~An=An>nAnfAn?AnAn@ٔAn`AnBTAn BAn]AnCaAn郸An AnOAnDAnAnHW*An EAnIAn AnJAn AnL@An AnMtAnAn AnSeAnZFAnAnAnUAn\An8An-AnyAn^An=An#An An`j+An"iAnjAn"AnbAnAnlAn##AndGAneAnɆAn% An&YKAn'An(ӮAn)An+dZAn,An-dAn.An0IfAn1VAn2An4An5O7An6wpAn7+An9An :b$An HAn ;LAn An ($An An ?gAnSAn@Anx-AnA`An?AnBAn (AnD_[AnAnH An AnIpAn eAnLLYAn ]AnK@An $AnMNAnGAnN|AnAnOAnAnh AnRIAn[AnSAnAnW~AnGAn[SPAnvKAnlAn An _P]An! }An"!F_An#"dAn$#B[An928An:?{An;cAn;@An<AnOAn>DAn? An?HbAn@ a=An@I1AnA AnALLYAnB AnBLAnC (AnCMnAnDqAnDNAnEAnEOAnFHAnGAAnGRoAnHAnHS0AnIAnIWAnJ6AnJ[AnKAnLAnM7vAnN oAnO"AnObAnP#AnQ$>AnR%AnS&ݭAnT("AnU)e,AnV*AnW,AnX-nAnXmPAnY."AnZ/^An[1mAn\5iAn]6L0An^7An_8An_y_An_{tAn_An`: An`F5Ana;nAnasAnbaAncAnd?P]AneSAne@AnfAnfAAngAngC(Anh!AnhDk'AnhMAniAniHAniiAniȴ9Anj .AnjIcAnk AnkJAnl AnlKAnm AnmM8GAnn($AnnNyhAnn\AnnAnojAnoOAnoAnoyAnpAnpUAnqIAnqWk0An) AnKAn =AnZAntAn[An^An%An^vAnMAn_@An吠An An#4An#'gAn$XAn% An&An(An)iAn嘪(xAnAn,܇AnmPAn噭Ant*An.OXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 188 / width of table in bytes NAXIS2 = 1999 / 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 = 426679313.09196 TSTOP = 426698138.09192 DATE-OBS= '2014-07-10T10:01:50' DATE-END= '2014-07-10T15:15:35' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18824.9999600053 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 304 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:32' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'Q7RmQ6RjQ6RjQ6Rj' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '3454232306' / data unit checksum updated 2014-07-20T07:58:32 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: sw00603954000b130x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:38 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END An.ـ p  E+z1gLLAnԀ. p  @AYEz8gLLAn€/ p WH WHqz\gLLAn #/ p  ȀB €zcgLLAn%€/1 p  ȀEzpgLLAn*Ԁ/G p DH @@ALzwgLLAn/€/] p H HE*zgLLAn4Ԁ/s p  ȀALDzgLLAn9/ p B BȀEkzgLLAn>Ԁ/ p  H@AYzgLLAnC€/ p  刀EzgLLAnH#/ˀ p  ܀!|ȀzgLLAnM#/ p ' ؀! zgLLAnR#/ p @ < zȀgLLAnWԀ0  p 0 lH0zՀgLLAn\ŀ0# p T H ĆJz܀gLLAna€09 p ƌ p̀LqzgLLAnfa0O p Ζ| Ζ|zgLLAnks0e p gP NЀ*zgLLAnps0{ p  ܀~̀{gLLAnuk0 p L pqx{gLLAnzԀ0 p  4^ {gLLAnԀ0 p  }DSɊ4{%gLLAnԀ0Ӏ p l ㄀D!N{,gLLAns0 p  ;ފu{9gLLAn0 p h P.T{@gLLAns1 p d `)e{MgNNAnԀ1+ p oX [!0Ѐ{TgPPAn1A p ` x4{agPPAnԀ1W p t   7{hgPPAn1m p I 9L E8{ugPPAnԀ1 p %A %1aR{|gPPAn€1 p *5 *$܀y{gPPAn#1 p . .l 򔋓{gPPAn#1ŀ p 3< 3<󼋺{gPPAn€1ۀ p 8K 8=Ԁ{gPPAnԀ1 p <  <0 ׋{gPPAn2 p A3 A3{gPPAnԀ2 p E  E }<{ŀgPPAn#23 p I Ì<V{̀gRRAna2I p N, N,}{ـgUUAns2_ p RD, RD,3{gUUAna2u p Vs VsJ{gUUAn#2 p Z( Z~ с؀{gUUAn#2 p ^ ^, ӏ|gUUAnԀ2 p b0 b0 |gUUAn2̀ p fp f ps@|gUUAna2 p j j9Z|gUUAn#2 p n@ n@̼|)gUUAn3 p rz rn\ ^|0gUUAn s3% p vh vhL€|=gUUAn#3; p  }| }|GgUUAns3Q p ? 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^D d ttAn€i} p | < Ή xxAn€i p (| 8 􉥀À xxAnsi p | 4̀Ѐ xxAnsi p |  ׀ xxAnsiՀ p V| V̀  xxAn 므i p |  @' xxAnŬj p !| | 8 N xxAnj p {| pt T h xxAnj- p | | ݊  xxAnajC p B| 7̀  xxAn#€jY p | ފЀ  xxAn(Ԁjo p t| \  ' xxAn-aj p ^H| ^H *4 !zzAn2sj p h| h +;!}}An7j p $|  , ދRH!}}An<Ԁjǀ p vl| kh  lO!}}AnAaj݀ p | լ  ދ\!}}AnFsj p 4L| ( h Nc!}}AnKak  p Υ$| Λ$ +Ԁp!}}AnPsk p <| < 8w!}}AnU#k5 p g,| g, Ɍ!}}AnZ#kK p ط| ط /!}}An_#ka p (| h t \V !}}Andkw p ߀| v 2p"!}}Ani#k p | ܀ < $!}}Annk p 8| -| 0 P'"Ansk p h| | X؀)"Anxskπ p | \ ǀ+"An}sk p fP| fP Ԁ-"AnԀk p ,| , ,3ۀ/"AnԀl p 1| '| T Z1"AnԀl' p | z( \ $t3"An€l= p | $ v5"AnԀlS p <| 1 7"Anli p  | t ܀9"AnԀl p | ( .;"An#l p pH| pH $="Ansl p Ș| Ș C7+@#Anl p 8| - ^8B#Anl׀ p |  x?D#Anl p | D p <LF#Anm p H| >8 7SH#An#m p | ~T 0 ٿwJ#Anam/ p #X| #X *6~L#AnsmE p 'O| 'O ]N#Anm[ p *(| *( 9wP#An#mq p .X| . p ֏R#An#m p 1cl| 1Xp T#AnԀm p 4μ| 4( ߀V#An€m p 8| 8 ˏX#Anmɀ p ;H| ;z ǀ[$AnԀm߀ p >ܨ| > :΀]$Anm p B>| B3@ D ,aۀ`%An#n  p ED| ED {b%AnԀn! p I x| Il d%AnԀn7 p LZ| LP8 f%An €nM p O | O< vh%Annc p S <| R(   j%Ansny p Vu| Vj X ,$l%Anan p Yd| Y¨ B>n%Ansn p ]:p| ]:p he+p%An"#n p `| `܀ 2r%An'#nр p ct| c ?t%An,n p gT| gIX P בFw&An1an p j| jT , đSy&An6€o p n | n ` Z{&An;o) p qw| qm4 ((g}&An@so? p t| t Bn&AnE`oU p x4| x4 i{&AnJ#ok p {(| {( &AnOso p ~| ~昀 &AnT#o p @| 5 Ā&AnY€o p T| &An^oÀ p | &Ancaoـ p b| Vp ,&Anh€o p | F&Anm€p p D| D Dmˀ'Anrsp p b`| b` 8Ҁ'Anw#p1 p ̈| l  ԓ߀'An|#pG p | ؀  Ȁ'Ansp] p z| px $ 'Anps p (| 'Ansp p ! |  | 0'Anap p l8| ap J'An#p p 4| 4 eq'Anpˀ p |  蔋"'XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 218 / width of table in bytes NAXIS2 = 666 / 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 = 426679323.09272 TSTOP = 426698133.0927 DATE-OBS= '2014-07-10T10:02:00' DATE-END= '2014-07-10T15:15:30' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18809.9999800324 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 305 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:32' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '5f6iAe3g6e3gAe3g' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '642069119' / data unit checksum updated 2014-07-20T07:58:32 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: sw00603954000b131x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:38 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Antarg/temp/onfalse.lng ԀԀ2`nVnVPAnV gAnV ޚ ޚP92vr?vAnfntarg/temp/onfalse.lng ԀԀ2 >sa c2}zuGvAn0targ/temp/onslew.vet !,d #ܢǹńAn An Z Zt؉ 2}ŀ.vAnπtarg/temp/onslew.vet !,d #ָʙn܀n܁An An v vvO!2~ٜ2vAntarg/temp/onslew.vet !,d #ܔnn끣An An  wƉ!q2~[ vAn0targ/temp/onslew.vet !,d #p:nnAn VAn  y=!ˀ2~ 5vAn πtarg/temp/onslew.vet !,d #Lqn n An gAn  ʻ ʀz"%2~ 頁vAntarg/temp/onslew.vet !,d #(nnAn ȀAn  |+"2<vAn(targ/temp/onslew.vet !,d #n'n'!An' An'  }"ـ2;lvAn7targ/temp/onslew.vet !,d %#n6n60An6 ȀAn6 " "#32ҀvAnFntarg/temp/onslew.vet !,d 4#QnEnE?AnE AnE $: $:#2HvAnUtarg/temp/onslew.vet !,d C#nTnTNAnT AnT &V &V#2hIvAnd0targ/temp/onslew.vet !,d R# tncnc]Anc VAnc (r (r~$A2)vAnstarg/temp/onslew.vet !,d a#PnrnrlAnr Anr * *$2vAntarg/temp/onslew.vet !,d p#,2nn{An gAn , ,l$2IdvAn0targ/temp/onslew.vet !,d #knnAn An .ƻ .ƀ%O2yvAntarg/temp/onslew.vet !,d #"nnAn An 0 0Z%2߀vAntarg/temp/onslew.vet !,d #( ۙnnAn gAn 2 2щ&2*__vAntarg/temp/onslew.vet !,d #."nnAn ȀAn 5 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VAn:?s3l?8VvAn͏targ/temp/onslew.vet !,d }$x@5n͎n͎An͎ ȀAn͎?̀3l8vAn͞targ/temp/onslew.vet !,d $~ln͝n͝An͝ $An͝$$ (@'3lՀ8vAnͭtarg/temp/onslew.vet !,d $nͬnͬAnͬ ȀAnͬ@@!@3m 9WvAnͼ0targ/temp/onslew.vet !,d $ԢܙnͻnͻAnͻ Anͻ\\#@ۀ3mk9yvAn!ltarg/temp/onslew.vet !,d $nʀnʁAn Anxx$A53m:vAntarg/temp/onslew.vet !,d $LnـnفAn gAnՔՔ&A3n:vAntarg/temp/onslew.vet !,d $hnn聣An Anװװ'{A3nL:vAnȀtarg/temp/onslew.vet !,d $DnnAn Aǹ̻(BC3n;vAn0targ/temp/onslew.vet !,d $ nnAn An*iB3n=[vAn0targ/temp/onslew.vet !,d $,nnAn An+B3o-? nvAn%0targ/temp/onslew.vet !,d $آen$n$An$ An$!!-WCR3ox? vAn4targ/temp/onslew.vet !,d "$n3n3-An3 gAn3==.ΉC3oÀ@Q CvAnCtarg/temp/onslew.vet !,d 1$ՙnBnBG3rD vAnπtarg/temp/onslew.vet !,d $ =nn灣An gAn@bG3sGE$ vAntarg/temp/onslew.vet !,d $ vnnAn ȀAnAىH>3sE vAn0targ/temp/onslew.vet !,d $  nnAn AnŻŀCPH3s݀E!vAntarg/temp/onslew.vet !,d $nnAn gAnDljH3t(FQNvAnT0targ/temp/onslew.sou ed B$ 4 nSnSMAnS AnSvܒ3c3ɯvAnctarg/temp/onslew.vet !,d Q$ nbnb\Anb Anbxeܒ35vAnrtarg/temp/onslew.vet !,d `$ nqnqkAnq Anq!!y܉ܓL37a̕vAnہtarg/temp/onslew.vet !,d o$ ȢQnۀnۀzAnۀ yAnۀ=={Sܓ3D9vAnېtarg/temp/onslew.vet !,d ~$ nۏnۏAnۏ AnۏYY|ʉܔ3:{vAn۟πtarg/temp/onslew.vet !,d $ n۞n۞An۞ gAn۞uu~AܔZ3ڀ?_vAn۽targ/temp/onslew.vet !,d $ 81nۼnۼAnۼ Anۼɭɭ/ܕ3p?vAntarg/temp/onslew.vet !,d $ hnˀnˁAn gAnɻɀܕh3A@vAntarg/temp/onslew.vet !,d $ nڀnځAn gAnܕ€3C[ֶvAntarg/temp/onslew.vet !,d $ ؙ̢nn遣An Anܖ3QE(vAnntarg/temp/onslew.vet !,d $ nnAn yAn ܖv3FٞvAntarg/temp/onslew.vet !,d $ HnnAn An99ܖЀ3H vAnπtarg/temp/onslew.vet !,d $ %`nnAn AnUUܗ*32JTvvAn&targ/temp/onslew.vet !,d $ +<n%n%An% An%qqpܗ3}L vAn5Atarg/temp/onslew.vet !,d #$ 1n4n4.An4 An4ڍڍܗހ3ȀM^vAnDπtarg/temp/onslew.vet !,d 2$ 6!(nCnC=AnC ȀAnCܩܩ^ܘ83OdvAnS0targ/temp/onslew.vet !,d A$ <Т"anRnRLAnR AnRƻƀՉܘ3^Q:vAnbAtarg/temp/onslew.vet !,d P$ B#nana[Ana AnaLܘ3RvAnqπtarg/temp/onslew.vet !,d _$ H$љnpnpjAnp AnpÉܙG3TnvAn܀targ/temp/onslew.vet !,d n$ Nd&nnyAn gAn:ܙ3?V$vAn܏targ/temp/onslew.vet !,d }$ T@'Bn܎n܎An܎ yAn܎66ܙ3WvAnܞtarg/temp/onslew.vet !,d $ Z(ynܝnܝAnܝ ȀAnܝRR(ܚU3ՀYvvAnܭ targ/temp/onslew.vet !,d $ _)nܬnܬAnܬ Anܬnnܚ3 [4vAnܼπtarg/temp/onslew.vet !,d $ eԢ*nܻnܻAnܻ Anܻ튻튀ܛ 3k\SvAntarg/temp/onslew.vet !,d $ k,"nʀnʁAn An僚呂ܛc3^vAntarg/temp/onslew.vet !,d $ q-YnـnفAn An»€ܛ3`P/vAntarg/temp/onslew.vet !,d $ wh.nn聣An ȀAn޻ހ{ܜ3LavAntarg/temp/onslew.vet !,d $ }D/ənnAn Anܜq3cvAntarg/temp/onslew.vet !,d $ 1nnAn Aniܜˀ3eYvAnntarg/temp/onslew.vet !,d $ 29nnAn yAn22ܝ%3-gvAn%targ/temp/onslew.vet !,d $ آ3rn$n$An$ An$NNWܝ3xhhvAn40targ/temp/onslew.vet !,d "$ 4n3n3-An3 An3jjΉܝـ3Àj_vAnC0targ/temp/onslew.vet !,d 1$ 5nBnBinݫnݫAnݫ AnݫJJܠ3x ovAnݻtarg/temp/onslew.vet !,d $ p?nݺnݺAnݺ Anݺffܡ3fyvAntarg/temp/onslew.vet !,d $ L@ڙnɀnɁAn Antܡ]3{TvAnπtarg/temp/onslew.vet !,d $ (Bn؀n؁An Anܡ3}vAnπtarg/temp/onslew.vet !,d $ CJnn灣An Anbܢ3G~ 1vAntarg/temp/onslew.vet !,d $ DnnAn Anֻրىܢk3o vAntarg/temp/onslew.vet !,d $ 漢EnnAn gAnPܢŀ3݀# vAntarg/temp/onslew.vet !,d $ 옢FnnAn Anljܣ3( }vAn$targ/temp/onslew.vet !,d $ tH*n#n#An# gAn# * *>ܣy3szvAn3 targ/temp/onslew.vet !,d !$ PIcn2n2,An2 yAn2"F"FܣӀ3'[vAnBtarg/temp/onslew.vet !,d 0$ ,JnAnA;AnA VAnA$b$b,ܤ-3 vAnQ0targ/temp/onslew.vet !,d ?$ KәnPnPJAnP ȀAnP&~&~ܤ3T:vAn`targ/temp/onslew.vet !,d N$ M n_n_YAn_ An_((ܤ3IvAnotarg/temp/onslew.vet !,d ]$ NCnnnnhAnn Ann**đܥ;3+avAn~targ/temp/onslew.vet !,d l$ Ozn}n}wAn} yAn},һ,Ҁܥ35vAnލtarg/temp/onslew.vet !,d {$ xPnތnތAnތ Anތ..ܥ3vAnޜtarg/temp/onslew.vet !,d $ !TQnޛnޛAnޛ Anޛ1 1 ܦI3ˀvAnޫ0targ/temp/onslew.vet !,d $ '0S#nުnުAnު VAnު3&3&mܦ3kvAn޺ntarg/temp/onslew.vet !,d $ - TZn޹n޹An޹ gAn޹5B5Bܦ3avAnπtarg/temp/onslew.vet !,d $ 2UnȀnȁAn An7^7^[ܧW3¬:vAntarg/temp/onslew.vet !,d $ 8ĢVʙn׀nׁAn An9z9z҉ܧ3vAn0targ/temp/onslew.vet !,d $ >Xnn恣An An;;Iܨ 3BEvAn0targ/temp/onslew.vet !,d $ D|Y;nnAn An==ܨe3Í}vAn targ/temp/onslew.vet !,d $ JXZtnnAn gAn?λ?΀7ܨ3؀vAn0targ/temp/onslew.vet !,d $ P4[nn An yAnAAԮܩ3#gvAn#targ/temp/onslew.vet !,d $ V\n"n"An" An"DD%ܩs3n"vAn2πtarg/temp/onslew.vet !,d  $ [^n1n1+An1 An1F"F"לܩ̀3ĹFvAnAtarg/temp/onslew.vet !,d /$ aȢ_Tn@n@:An@ ȀAn@H>H>ܪ'3TlvAnPtarg/temp/onslew.vet !,d >$ g`nOnOIAnO gAnOJZJZڊܪ3OvAn_targ/temp/onslew.vet !,d M$ maęn^n^XAn^ An^LvLvܪۀ3Ś/vAnnntarg/temp/onslew.vet !,d \$ s\bnmnmgAnm ȀAnmNNxܫ53vAn}targ/temp/onslew.vet !,d k$ y8d4n|n|vAn| An|PPܫ30#vAnߌπtarg/temp/onslew.vet !,d z$ eknߋnߋAnߋ VAnߋRʻRʀfܫ3{_hvAnߛtarg/temp/onslew.vet !,d $ fnߚnߚAnߚ AnߚTT݉ܬC3ƀvAnߪtarg/temp/onslew.vet !,d $ ̢gۙnߩnߩAnߩ AnߩWWTܬ3YvAn߹targ/temp/onslew.vet !,d $ in߸n߸An߸ ȀAn߸YYˉܬ3\dvAntarg/temp/onslew.vet !,d $ jKnǀnǁAn An[:[:BܭQ3ǧ BvAnAtarg/temp/onslew.vet !,d $ `knրnցAn An]V]V繉ܭ3 vAntarg/temp/onslew.vet !,d $ <lnn偣An gAn_~_~0ܮ3=O vAn0targ/temp/onslew.vet !,d $ mnnAn Anaa꧉ܮk3Ȉ!vAn0targ/temp/onslew.vet !,d $ o+nnAn Anccܮŀ3Ӏ!AvAnntarg/temp/onslew.vet !,d $ Тpenn An ȀAneһeҀ핉ܯ3!vAn"0targ/temp/onslew.vet !,d $ qn!n!An! An!gg ܯy3i%!vAn1πtarg/temp/onslew.vet !,d $ rՙn0n0*An0 An0j j ܯӀ3ɴm"vAn@targ/temp/onslew.vet !,d .$ dt n?n?9An? ȀAn?l&l&ܰ-3" vAnOtarg/temp/onslew.vet !,d =$ @uEnNnNHAnN AnNnCnCqܰ3JY"yvAn^targ/temp/onslew.vet !,d L$ v|n]n]WAn] An]p_p_ܰ3ʕ"vAnmtarg/temp/onslew.vet !,d [$ wnlnlfAnl Anlr{r{_ܱ<3"vAn|targ/temp/onslew.vet !,d j$ Ԣxn{n{uAn{ An{tt։ܱ3+`"vAn0targ/temp/onslew.vet !,d y$ Ⱒz%nnAn yAnvvMܱ3v#0vAntarg/temp/onslew.vet !,d $ 茢{\nnAn gAnxϻxπĉܲJ3J#XvAntarg/temp/onslew.vet !,d $ h|n਀nਁAn ȀAnzz;ܲ3 #wvAnҀtarg/temp/onslew.vet !,d $ D}̙nවnශAn gAn}}ܲ3W#vAnntarg/temp/onslew.vet !,d $ nƀnƁAn yAn##)ܳX3̢N#vAntarg/temp/onslew.vet !,d $ n>8An> An> ܶ(3Q(vAnN0targ/temp/onslew.vet !,d <$ .ܢnMnMGAnM ȀAnM Xܶ3E)3vAn]πtarg/temp/onslew.vet !,d K$ 46n\n\VAn\ gAn\;; ωܶ܀3ϐ1)]vAnltarg/temp/onslew.vet !,d Z$ :mnknkeAnk VAnkWWFܷ63ۀ)vAn{targ/temp/onslew.vet !,d i$ @pnznztAnz ȀAnzssܷ3&*vAntarg/temp/onslew.vet !,d x$ FLݙnቀnቁAn gAn4ܷ3qD*vAntarg/temp/onslew.vet !,d $ L(nᘀnᘁAn VAnܸD3м*vAntarg/temp/onslew.vet !,d $ RMnᧀnᧁAn gAnǻǀ"ܸ3*vAntarg/temp/onslew.vet !,d $ WnᶀnᶁAn Anܸ3Rq+AvAntarg/temp/onslew.vet !,d $ ]nŀnŁAn AnܹR3ѝ+pvAntarg/temp/onslew.vet !,d $ cnԀnԁAn Anܹ3*+vAn0targ/temp/onslew.vet !,d $ it-nnっAn An77ܺ33+vAntarg/temp/onslew.vet !,d $ oPfnnAn AnSSuܺ`3~, vAntarg/temp/onslew.vet !,d $ u,nnAn gAnooܺ3ɀ,vAnπtarg/temp/onslew.vet !,d $ {֙nn An VAncܻ3.#vAn targ/temp/onslew.vet !,d $  nnAn ȀAn ډܻn3_J/vAn/targ/temp/onslew.vet !,d $ Fn.n.(An. An.ûÀ"QܻȀ3Ӫ/vAn>ntarg/temp/onslew.vet !,d ,$ }n=n=7An= An=߻߀#ȉܼ"3\02vAnMtarg/temp/onslew.vet !,d ;$ xnLnLFAnL AnL%?ܼ|3@0QvAn\targ/temp/onslew.vet !,d J$ Tn[n[UAn[ An[&ܼր3ԋ0vAnktarg/temp/onslew.vet !,d Y$ 0'njnjdAnj Anj33(-ܽ03ր`0vAnztarg/temp/onslew.vet !,d h$ ^nynysAny AnyOO)ܽ3!R1AvAntarg/temp/onslew.vet !,d w$ n∀n∁An Ankk+ܽ3l1\vAntarg/temp/onslew.vet !,d $ ĢΙn◀n◁An yAn,ܾ>3շ1{vAntarg/temp/onslew.vet !,d $ n⦀n⦁An An££. ܾ3A1vAntarg/temp/onslew.vet !,d $ |>nⵀnⵁAn AnĿĿ/ܾ3M1vAnntarg/temp/onslew.vet !,d $ XwnĀnāAn Anۻۀ0ܿL3֘2vAntarg/temp/onslew.vet !,d $ 4nӀnӁAn An2nܿ32&v3;6vAn[0targ/temp/onslew.vet !,d I$ nZnZTAnZ gAnZ?Ѐ3نG7vAnjtarg/temp/onslew.vet !,d X$ ̢ޙninicAni AniA*3р7CvAnyπtarg/temp/onslew.vet !,d g$ nxnxrAnx Anx++BÄ3,7vAntarg/temp/onslew.vet !,d v$ Nn㇀n㇁An AnGGDހ3g~7vAntarg/temp/onslew.vet !,d $ `n㖀n㖁An AnccEy83ڲ7vAntarg/temp/onslew.vet !,d $ <n㥀n㥁An ȀAnFĒ3a8"vAntarg/temp/onslew.vet !,d $ n㴀n㴁An EAn蛻蛀Hg3H8rvAntarg/temp/onslew.vet !,d $ $/nÀnÁAn An귻귀IމF3ۓ{8vAntarg/temp/onslew.vet !,d $ *ТhnҀnҁAn ȀAnӻӀKUŠ3ހ8vAntarg/temp/onslew.vet !,d $ 0nnၣAn AnL̉3)09 vAn0targ/temp/onslew.vet !,d $ 6ؙnnAn An  NCT3tņ93vAntarg/temp/onslew.vet !,d $ #vAntarg/temp/onslew.vet !,d u$ q n䆀n䆁An gAn##\؀3b>NvAntarg/temp/onslew.vet !,d $ v?n䕀n䕁An VAn??^`23߭)>zvAn0targ/temp/onslew.vet !,d $ |آxn䤀n䤁An An [ [_׉ʌ3{>vAn0targ/temp/onslew.vet !,d $ Яn䳀n䳁An An w waN3C>vAntarg/temp/onslew.vet !,d $ n€nAn VAnbʼn@3n?vAnntarg/temp/onslew.vet !,d $ l nрnсAn And<˚3ـ?gvAntarg/temp/onslew.vet !,d $ HYnnAn An˻ˀe3$.?vAnAtarg/temp/onslew.vet !,d $ $ՐnnAn Ang*N3oϜ?vAntarg/temp/onslew.vet !,d $ ənnAn Anh̨3ẀT@ vAntarg/temp/onslew.vet !,d $ ܢn n An yAn j3Щ@CvAntarg/temp/onslew.vet !,d  $ 9nnAn gAn;;k\3P@nvAn,targ/temp/onslew.vet !,d $ pn+n+%An+ An+WWmͶ3⛀e@vAn;ntarg/temp/onslew.vet !,d )$ p۩n:n:4An: yAn:ssn}3@vAnJ0targ/temp/onslew.vet !,d 8$ LnInICAnI AnI!!oj31TAvAnY0targ/temp/onslew.vet !,d G$ (nXnXRAnX AnX##qkĀ3|ҔA+vAnhtarg/temp/onslew.vet !,d V$ PngngaAng VAng%ǻ%ǀr3ǀASvAnw0targ/temp/onslew.vet !,d e$ nvnvpAnv Anv''tYx3ӅAvAntarg/temp/onslew.vet !,d t$ Լn兀n允An An))uЉҀ3]lB\vAn0targ/temp/onslew.vet !,d $ ژn唀n唁An An,,wG,3䨀CvXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 194 / width of table in bytes NAXIS2 = 666 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 75 / 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 = 'BHK132SSPRES' / HK Presence of SubSystems for this packet TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BTMMAXWRESET' / TM Maximum Number of Warm Resets Before a Cold TFORM3 = '1I ' / data format of field: 2-byte INTEGER TZERO3 = 32768 / offset for unsigned integers TTYPE4 = 'BTMEVENTCNT' / TM Count of All Events TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 32768 / offset for unsigned integers TTYPE5 = 'BTMSEVERRCNT' / TM Count of Events with Invalid Severity TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 32768 / offset for unsigned integers TTYPE6 = 'BTMSEVER1CNT' / TM Count of Events with Severity = 1 TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 32768 / offset for unsigned integers TTYPE7 = 'BTMSEVER2CNT' / TM Count of Events with Severity = 2 TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 32768 / offset for unsigned integers TTYPE8 = 'BTMSEVER3CNT' / TM Count of Events with Severity = 3 TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 32768 / offset for unsigned integers TTYPE9 = 'BTMSEVER4CNT' / TM Count of Events with Severity = 4 TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 32768 / offset for unsigned integers TTYPE10 = 'BTMSEVER5CNT' / TM Count of Events with Severity = 5 TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 32768 / offset for unsigned integers TTYPE11 = 'BTMSEVER6CNT' / TM Count of Events with Severity = 6 TFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 32768 / offset for unsigned integers TTYPE12 = 'BTMCURRMODE' / TM Current Software Mode TFORM12 = '1B ' / data format of field: BYTE TTYPE13 = 'BTMPREVMODE' / TM Previous Software Mode TFORM13 = '1B ' / data format of field: BYTE TTYPE14 = 'BTMCURLOGINDX' / TM Current Index into the System Reset Log TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 32768 / offset for unsigned integers TTYPE15 = 'BTMSRESETCNT' / TM System Reset Count TFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BTMBOOTCNT' / TM Boot Mode Reset Count TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BTMNORMALCNT' / TM Normal Mode Reset Count TFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 32768 / offset for unsigned integers TTYPE18 = 'BTMWRESETCNT' / TM System Warm Reset Count TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 32768 / offset for unsigned integers TTYPE19 = 'BTMCRESETCNT' / TM System Cold Reset Count TFORM19 = '1I ' / data format of field: 2-byte INTEGER TZERO19 = 32768 / offset for unsigned integers TTYPE20 = 'BTMLLOGPRVMOD' / TM Log of Last Mode Change: The Mode We EnteredTFORM20 = '1B ' / data format of field: BYTE TTYPE21 = 'BTMLLOGNEWMOD' / TM Log of Last Mode Change: The Mode We Came FrTFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BTMLRESETTYPE' / TM Log of Last Mode Change: The Reset Type TFORM22 = '1B ' / data format of field: BYTE TTYPE23 = 'undocumented1' / Byte field not in ITOS database TFORM23 = '1B ' / data format of field: BYTE TTYPE24 = 'BTMLLOGEVENT' / TM Log of Last Mode Change: The Event that CausTFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 32768 / offset for unsigned integers TTYPE25 = 'BTMLLOGTIME' / TM Log of Last Mode Change: The Time it HappeneTFORM25 = '1D ' / data format of field: 8-byte DOUBLE TTYPE26 = 'BTMPLOGPRVMOD' / TM Log of Previous Mode Change: The Mode We EntTFORM26 = '1B ' / data format of field: BYTE TTYPE27 = 'BTMPLOGNEWMOD' / TM Log of Previous Mode Change: The Mode We CamTFORM27 = '1B ' / data format of field: BYTE TTYPE28 = 'BTMPRESETTYPE' / TM Log of Previous Mode Change: The Reset Type TFORM28 = '1B ' / data format of field: BYTE TTYPE29 = 'undocumented2' / Byte field not in ITOS database TFORM29 = '1B ' / data format of field: BYTE TTYPE30 = 'BTMPLOGEVENT' / TM Log of Previous Mode Change: Event that CausTFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 32768 / offset for unsigned integers TTYPE31 = 'BTMPLOGTIME' / TM Log of Previous Mode Change: The Time It HapTFORM31 = '1D ' / data format of field: 8-byte DOUBLE TTYPE32 = 'BTMSSWARMRST' / TM Count of Task Level Warm Resets TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 32768 / offset for unsigned integers TTYPE33 = 'BTMSSCOLDRST' / TM Count of Task Level Cold Resets TFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'BTMEXHOOKCNT' / TM Exception Hook Count TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 32768 / offset for unsigned integers TTYPE35 = 'BTMEXDBLFLTS' / TM Exception Double Fault Count TFORM35 = '1I ' / data format of field: 2-byte INTEGER TZERO35 = 32768 / offset for unsigned integers TTYPE36 = 'BTMNUMALLOCS' / TM Current TFORM36 = '1J ' / data format of field: 4-byte INTEGER TZERO36 = 2147483648 / offset for unsigned integers TTYPE37 = 'BTMBADALLOCS' / TM TFORM37 = '1J ' / data format of field: 4-byte INTEGER TZERO37 = 2147483648 / offset for unsigned integers TTYPE38 = 'BTMPERCUSED1' / TM Percent Used in Partition TFORM38 = '1I ' / data format of field: 2-byte INTEGER TTYPE39 = 'BTMPERCUSED2' / TM Percent Used in Partition TFORM39 = '1I ' / data format of field: 2-byte INTEGER TTYPE40 = 'BTMPERCUSED3' / TM Percent Used in Partition TFORM40 = '1I ' / data format of field: 2-byte INTEGER TTYPE41 = 'BTMPERCUSED4' / TM Percent Used in Partition TFORM41 = '1I ' / data format of field: 2-byte INTEGER TTYPE42 = 'BTMPERCUSED5' / TM Percent Used in Partition TFORM42 = '1I ' / data format of field: 2-byte INTEGER TTYPE43 = 'BTMPERCUSED6' / TM Percent Used in Partition TFORM43 = '1I ' / data format of field: 2-byte INTEGER TTYPE44 = 'BTMPERCUSED7' / TM Percent Used in Partition TFORM44 = '1I ' / data format of field: 2-byte INTEGER TTYPE45 = 'BTMPERCUSED8' / TM The number of Memory Blocks In Use in this OTFORM45 = '1I ' / data format of field: 2-byte INTEGER TTYPE46 = 'BTMSYSDBGSTR' / TM System Debug Stream Setting TFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 32768 / offset for unsigned integers TTYPE47 = 'BTMSYSDBGLVL' / TM System Debug Level TFORM47 = '1I ' / data format of field: 2-byte INTEGER TZERO47 = 32768 / offset for unsigned integers TTYPE48 = 'BTMVWBYTESFR' / TM VxWorks SysMem Partition Bytes Free TFORM48 = '1J ' / data format of field: 4-byte INTEGER TZERO48 = 2147483648 / offset for unsigned integers TTYPE49 = 'BTMVWBLCKSFR' / TM VxWorks SysMem Partition Blocks Free TFORM49 = '1J ' / data format of field: 4-byte INTEGER TZERO49 = 2147483648 / offset for unsigned integers TTYPE50 = 'BTMPERCIDLE' / TM System Idle Time Percentage TFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 327.68 / data offset (32k shift B_TM_PERCENT_CNV conversTSCAL50 = 0.01 / data scaling (B_TM_PERCENT_CNV conversion) TTYPE51 = 'BTMTEPENABLED' / TM Task Execution Profiler Setting TFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = 32768 / offset for unsigned integers TTYPE52 = 'BTMVWMAXBLKFR' / TM VxWorks SysMem Partition largest free block TFORM52 = '1J ' / data format of field: 4-byte INTEGER TZERO52 = 2147483648 / offset for unsigned integers TTYPE53 = 'BTMFSBYTESFR' / TM DOS SysMem Partition total free bytes TFORM53 = '1J ' / data format of field: 4-byte INTEGER TZERO53 = 2147483648 / offset for unsigned integers TTYPE54 = 'BTMFSBLCKSFR' / TM DOS SysMem Partition total free blocks TFORM54 = '1J ' / data format of field: 4-byte INTEGER TZERO54 = 2147483648 / offset for unsigned integers TTYPE55 = 'BTMFSMAXBLKFR' / TM DOS SysMem Partition largest free block TFORM55 = '1J ' / data format of field: 4-byte INTEGER TZERO55 = 2147483648 / offset for unsigned integers TTYPE56 = 'BTMFSTOTBYTES' / TM DOS SysMem Partition total memory TFORM56 = '1J ' / data format of field: 4-byte INTEGER TZERO56 = 2147483648 / offset for unsigned integers TTYPE57 = 'BTMUNUSED' / TM spare TFORM57 = '1J ' / data format of field: 4-byte INTEGER TZERO57 = 2147483648 / offset for unsigned integers TTYPE58 = 'BCISCNETFLAG' / CI Flag indicating whether packet came from S/CTFORM58 = '1J ' / data format of field: 4-byte INTEGER TZERO58 = 2147483648 / offset for unsigned integers TTYPE59 = 'BCICLCWDWORD' / CI CLCW in raw form (all 4 bytes) TFORM59 = '1J ' / data format of field: 4-byte INTEGER TZERO59 = 2147483648 / offset for unsigned integers TTYPE60 = 'BCIPKTCNT' / CI Packet Count TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 32768 / offset for unsigned integers TTYPE61 = 'BCIPKTERRCNT' / CI Packet Error Count TFORM61 = '1I ' / data format of field: 2-byte INTEGER TZERO61 = 32768 / offset for unsigned integers TTYPE62 = 'BCIUPLNKHWST' / CI Uplink Hardware Status TFORM62 = '1J ' / data format of field: 4-byte INTEGER TZERO62 = 2147483648 / offset for unsigned integers TTYPE63 = 'BCISWCBCNT' / CI Software Version of CodeBlock Count TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 32768 / offset for unsigned integers TTYPE64 = 'BCITAILSEQCNT' / CI Count of CLTU Tail Sequences TFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 32768 / offset for unsigned integers TTYPE65 = 'BCISWCBERRS' / CI Software Version of CodeBlock Error Count TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 32768 / offset for unsigned integers TTYPE66 = 'BXCSEGSTATE' / XC segmentation reconstruction state TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 32768 / offset for unsigned integers TTYPE67 = 'BXCEXPSEQCOUNT' / XC expected sequence count of next segmented coTFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 32768 / offset for unsigned integers TTYPE68 = 'BXCREJECTREASON' / XC command reject reason TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 32768 / offset for unsigned integers TTYPE69 = 'BCIREJREASON' / CI Reason for Rejecting Command Transfer Frame TFORM69 = '1B ' / data format of field: BYTE TTYPE70 = 'BCISIUCMDNUM' / CI Last SIU control command received TFORM70 = '1B ' / data format of field: BYTE TTYPE71 = 'BCIWBASKET1' / CI Buffer holding the most recent Rejected TranTFORM71 = '1J ' / data format of field: 4-byte INTEGER TZERO71 = 2147483648 / offset for unsigned integers TTYPE72 = 'BCIWBASKET2' / CI Buffer holding the most recent Rejected TranTFORM72 = '1J ' / data format of field: 4-byte INTEGER TZERO72 = 2147483648 / offset for unsigned integers TTYPE73 = 'BCIWBASKET3' / CI Buffer holding the most recent Rejected TranTFORM73 = '1J ' / data format of field: 4-byte INTEGER TZERO73 = 2147483648 / offset for unsigned integers TTYPE74 = 'BCIWBASKET4' / CI Buffer holding the most recent Rejected TranTFORM74 = '1J ' / data format of field: 4-byte INTEGER TZERO74 = 2147483648 / offset for unsigned integers TTYPE75 = 'BCIWBASKET5' / CI Buffer holding the most recent Rejected TranTFORM75 = '1J ' / data format of field: 4-byte INTEGER TZERO75 = 2147483648 / offset for unsigned integers EXTNAME = 'hk132x001' 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 = 426679324.29134 TSTOP = 426698134.29138 DATE-OBS= '2014-07-10T10:02:01' DATE-END= '2014-07-10T15:15:31' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18810.0000399947 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 306 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:32' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'ZJXgdIXZZIXddIXZ' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '3839511436' / data unit checksum updated 2014-07-20T07:58:32 TRDHI5 = 2 / BTMSEVERRCNT Red upper limit = BTM_SEVERRCNT_LITYEHI5 = 1 / BTMSEVERRCNT Yellow upper limit = BTM_SEVERRCNTCOMMENT Column 12 = 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 13 = 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 20 = 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 21 = 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 22 = 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 24 = 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 26 = BTMPLOGPRVMOD - 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 27 = BTMPLOGNEWMOD - 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 28 = BTMPRESETTYPE - 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 30 = BTMPLOGEVENT - 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 46 = BTMSYSDBGSTR - Discrete value COMMENT 0 = CLOSE = no description COMMENT 1 = OPEN = no description COMMENT Column 51 = BTMTEPENABLED - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 58 = BCISCNETFLAG - Discrete value COMMENT 0 = NETWORK = no description COMMENT 1-4294967296 = SPACECRAFT = no description TRDHI61 = 2 / BCIPKTERRCNT Red upper limit = BCI_PKTERR_LIM TYEHI61 = 1 / BCIPKTERRCNT Yellow upper limit = BCI_PKTERR_LICOMMENT Column 68 = 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 COMMENT Column 69 = BCIREJREASON - Discrete value COMMENT 0 = NO ERROR = No error to report yet COMMENT 1 = UPLINK HW RESET = The uplink hardware interface has been reset COMMENT 2 = BAD CB PARITY = The uplink hardware detected a codeblock with paCOMMENT 3 = CDU DROPOUT = The uplink hardware reported a dropout in uplink cCOMMENT 4 = FRM TOO SHORT = The cmd frame length field is too short for a coCOMMENT 5 = FRM SEQ TOO LOW = The recvd seq count was in negative edge of thCOMMENT 6 = FRM SEQ TOO HIGH = The recvd seq count was in positive edge of tCOMMENT 7 = FRM SEQ WAY OFF = The recieved seq count was outside of the slidCOMMENT 8 = CMDS IN LOCKOUT = Cmd rejected because we are in lockout mode COMMENT 9 = BAD FRM VERSION = The cmd frame version number was wrong COMMENT 10 = BAD SPACRAFT ID = The cmd frame spacecraft ID was wrong for thiCOMMENT 11 = BAD FRAME TYPE = The cmd frame type field was wrong COMMENT 12 = BAD VIRTUAL CHNL = The cmd frame virtual channel number was wroCOMMENT 13 = BYPASS CMD NUM = A bypass cmd frame was received with an unknowCOMMENT 14 = BAD SEGMENT ID = The cmd frame segment ID number was wrong COMMENT 15 = SB SEND ERROR = The software bus reported an error on the cmd pCOMMENT 16 = PKT TOO LONG = The cmd pkt length field was too large COMMENT 17 = BAD PKT XSUM = The cmd pkt's checksum didn't match the pkt dataCOMMENT 18-255 = UNDEFINED = An unknown CI error occurred COMMENT Column 70 = BCISIUCMDNUM - Discrete value COMMENT 90 = ENABLE INHIBIT A: Deploy Bus A 28V = SIU Command 0x5A COMMENT 160 = DISABLE INHIBIT A: Deploy Bus A 28V = SIU Command 0xA0 COMMENT 132 = ENABLE INHIBIT B: Transmitter 28V A = SIU Command 0x84 COMMENT 9 = DISABLE INHIBIT B: Transmitter 28V A = SIU Command 0x09 COMMENT 240 = ENABLE INHIBIT A: Deploy Bus B 28V = SIU Command 0xF0 COMMENT 165 = DISABLE INHIBIT A: Deploy Bus B 28V = SIU Command 0xA5 COMMENT 101 = ENABLE INHIBIT B: Spare = SIU Command 0x65 COMMENT 204 = DISABLE INHIBIT B: Spare = SIU Command 0xCC COMMENT 0 = ENABLE INHIBIT A: PropuIsion Bus A Ret = SIU Command 0x00 COMMENT 85 = DISABLE INHIBIT A: PropuIsion Bus A Ret = SIU Command 0x55 COMMENT 51 = ENABLE INHIBIT B: Transmitter 28V B = SIU Command 0x33 COMMENT 102 = DISABLE INHIBIT B: Transmitter 28V B = SIU Command 0x66 COMMENT 15 = ENABLE INHIBIT A: Transmitter 28V A Ret = SIU Command 0x0F COMMENT 5 = DISABLE INHIBIT A: Transmitter 28V A Ret = SIU Command 0x05 COMMENT 60 = ENABLE INHIBIT B: S/A Deploy #2 = SIU Command 0x3C COMMENT 105 = DISABLE INHIBIT B: S/A Deploy #2 = SIU Command 0x69 COMMENT 195 = ENABLE INHIBIT B: EPIC Cover #1 = SIU Command 0xC3 COMMENT 207 = DISABLE INHIBIT B: EPIC Cover #1 = SIU Command 0xCF COMMENT 63 = ENABLE INHIBIT A: PropuIsion Bus B Ret = SIU Command 0x3F COMMENT 149 = DISABLE INHIBIT A: PropuIsion Bus B Ret = SIU Command 0x95 COMMENT 89 = ENABLE INHIBIT B: PLAS-MAG Boom Deploy = SIU Command 0x59 COMMENT 243 = DISABLE INHIBIT B: PLAS-MAG Boom Deploy = SIU Command 0xF3 COMMENT 86 = ENABLE INHIBIT A: Transmitter 28V B Ret = SIU Command 0x56 COMMENT 252 = DISABLE INHIBIT A: Transmitter 28V B Ret = SIU Command 0xFC COMMENT 154 = ENABLE INHIBIT B: EPIC Cover #2 = SIU Command 0x9A COMMENT 48 = DISABLE INHIBIT B: EPIC Cover #2 = SIU Command 0x30 COMMENT 106 = ENABLE INHIBIT A: S/A Deploy #1 = SIU Command 0x6A COMMENT 192 = DISABLE INHIBIT A: S/A Deploy #1 = SIU Command 0xC0 COMMENT 169 = ENABLE INHIBIT A: PropuIsion Iso Clsd B = SIU Command 0xA9 COMMENT 80 = DISABLE INHIBIT A: PropuIsion Iso Clsd B = SIU Command 0x50 COMMENT 166 = ENABLE INHIBIT B: Deploy Bus A 28V Ret = SIU Command 0xA6 COMMENT 12 = DISABLE INHIBIT B: Deploy Bus A 28V Ret = SIU Command 0x0C COMMENT 3 = ENABLE INHIBIT A: PropuIsion Thrusters A = SIU Command 0x03 COMMENT 10 = DISABLE INHIBIT A: PropuIsion Thrusters A = SIU Command 0x0A COMMENT 72 = ENABLE INHIBIT B: PropuIsion Iso Open A = SIU Command 0x48 COMMENT 144 = DISABLE INHIBIT B: PropuIsion Iso Open A = SIU Command 0x90 COMMENT 255 = ENABLE INHIBIT A: PropuIsion Iso Open B = SIU Command 0xFF COMMENT 170 = DISABLE INHIBIT A: PropuIsion Iso Open B = SIU Command 0xAA COMMENT 150 = ENABLE INHIBIT B: Deploy Bus B 28V Ret = SIU Command 0x96 COMMENT 153 = DISABLE INHIBIT B: Deploy Bus B 28V Ret = SIU Command 0x99 COMMENT 175 = ENABLE INHIBIT A: PropuIsion Iso Clsd A = SIU Command 0xAF COMMENT 245 = DISABLE INHIBIT A: PropuIsion Iso Clsd A = SIU Command 0xF5 COMMENT 183 = ENABLE INHIBIT B: PropuIsion Thrusters B = SIU Command 0xB7 COMMENT 111 = DISABLE INHIBIT B: PropuIsion Thrusters B = SIU Command 0x6F HISTORY TASK: FAPPND on FILENAME: sw00603954000b132x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:38 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AnJB:  qAZjAʫG'/JH_JCF9 z CЀ`@`""""""""""""""""An+J:  qAZjAʫG&؀IG]J@F$ ` `@`" c"""""""""""""""An:J:  qAZjAʫG&ҀIG]J@F$ ` 2`@aJ""""""""""""""""AnIJÀ:  qAZjAʫG&ހIG]JAF$  `@a"Ӣ"""""""""""""""AnXJ1À:  qAZjAʫG&߀JG]J@F$  `@a" """""""""""""""AngJÀ:  qAZjAʫG&؀IG]J@F$  `@bX"C"""""""""""""""AnvJÀ:  qAZjAʫG&ҀIG]J@F$  `@b""""""""""""""""AnJÀ:  qAZjAʫG&ـJG]J@G$  0`@c """"""""""""""""AnJÀ:  qAZjAʫG&ۀJG]J@F$  V`@cf"j"""""""""""""""AnJÀ:  qAZjAʫG&րIG]J@F$  `@c" !"""""""""""""""AnJÀ:  qAZjAʫG&ҀIG]J@F$  `@d"ڢ"""""""""""""""AnJÀ:  qAZjAʫG&JG]J@F$  `@dt""""""""""""""""AnJÀ:  qAZjAʫG&րIG]J@F$  `@d" H"""""""""""""""AnJÀ:  qAZjAʫG&ҀIG]J@F$  `@e(""""""""""""""""AnJÀ:  qAZjAʫG&߀JG]J@F$  `@e""""""""""""""""AnJÀ:  qAZjAʫG&ՀIG]J@F$  Ѐ`@e" o"""""""""""""""An JÀ:  qAZjAʫG&ڀIG]J@F$ [ 7`@f6$,"""""""""""""""AnJ1ŀ:  qAZjAʫG'KH]J?F$ @ !`@f%"""""""""""""""An*J1ŀ:  qAZjAʫG'KH]J?F$ @ 5`@f% """""""""""""""An9J1ŀ:  qAZjAʫG'#KH^J?F$ ` \`@gE%W"""""""""""""""AnHJŀ:  qAZjAʫG')KH^J?F$ ` A`@g% """""""""""""""AnWJŀ:  qAZjAʫG'fKH_KBF-  XxP@g% Ţ"""""""""""""""Anf˩Ҁŀ:  qAZjAʫG'KH_JBG=  xP@hS%~"""""""""""""""AnuJƀ:  qAZjAʫG'6KH^JBF$  OЀ`@h% 5"""""""""""""""AnJƀ:  qAZjAʫG'LKH^JBF-  xP@i%"""""""""""""""AnVБƀ:  qAZjAʫG'gKH_JBF6 ` `@ia%"""""""""""""""AnJƀ:  qAZjAʫG'jJH_JBF< ` `@i% \"""""""""""""""AnJ1ƀ:  qAZjAʫG'KH^J@F$  Ѐ`@j%"""""""""""""""AnLƀ:  qAZjAʫG'?JH^KBF%  IЀ`@jo%̢"""""""""""""""AnL<ƀ:  qAZjAʫG'&JH^JBF%  Ѐ`@j% """""""""""""""AnJ1ƀ:  qAZjAʫG'VKH_JBF2  Ѐ`@k#%<"""""""""""""""AnN+ƀ:  qAZjAʫG'*JH^JBF%  Ѐ`@k}%"""""""""""""""AnJƀ:  qAZjAʫG'8KH^J?F2  fЀ`@k% """""""""""""""An J1ƀ:  qAZjAʫG')KH^JBF$  ؀Ѐ`@l1%c"""""""""""""""AnJƀ:  qAZjAʫG'JH]J?F$  GЀ`@l% """""""""""""""An)Nwƀ:  qAZjAʫG'nJH_JEF6  )Ѐ`@l% Ѣ"""""""""""""""An8Jƀ:  qAZjAʫG':KH^JBF*  Ѐ`@m?%"""""""""""""""AnGY ƀ:  qAZjAʫG']KH_JBF5  Ѐ`@m% A"""""""""""""""AnVL^ƀ:  qAZjAʫG'0JH^JBF&  +Ѐ`@m% """""""""""""""AneRoƀ:  qAZjAʫG'"KH]J?F$  `@nM%"""""""""""""""AntOhƀ:  qAZjAʫG'KH_JBF=  $h@@n% h"""""""""""""""AnUീƀ:  qAZjAʫG'KH_JBF9  h@@o% """""""""""""""AnJ1ƀ:  qAZjAʫG'!KH]J?F$  Ѐ`@o[%آ"""""""""""""""AnWƀ:  qAZjAʫG'yKH_JBF8  V`@o% """""""""""""""AnL%ƀ:  qAZjAʫG'oJH_JBF:  Ѐ`@p%H"""""""""""""""AnJ1ƀ:  qAZjAʫG'PKH^JBF+  р`@pi%"""""""""""""""AnJƀ:  qAZjAʫG'<JH^JBF&  Ѐ`@p% """""""""""""""AnJƀ:  qAZjAʫG'AJH^JBF-  Ѐ`@q%o"""""""""""""""AnM-ƀ:  qAZjAʫG',KH^JBF&  Ѐ`@qw% &"""""""""""""""AnVۀƀ:  qAZjAʫG'bKH_JBF4  !Ѐ`@q% ݢ"""""""""""""""An JЀƀ:  qAZjAʫG'JH]J?F$  `@r+%"""""""""""""""AnJƀ:  qAZjAʫG'JH]J@F$  B`@r% M"""""""""""""""An(Jƀ:  qAZjAʫG' JH]J?F$  N`@r% """""""""""""""An7Jƀ:  qAZjAʫG'KH]J?F$  r`@s9%"""""""""""""""AnFJƀ:  qAZjAʫG' JH]J?F$  =`@s% t"""""""""""""""AnUJƀ:  qAZjAʫG' JH]J?F$  `@s% +"""""""""""""""AndJoƀ:  qAZjAʫG'KH]J?F$  `@tG%"""""""""""""""AnsJ1ƀ:  qAZjAʫG' JH]J?F$  `@t% """""""""""""""AnJƀ:  qAZjAʫG'JH]J?F$  *`@t% R"""""""""""""""AnJoƀ:  qAZjAʫG'KH^J@F$  `@uU% """""""""""""""AnJ1ƀ:  qAZjAʫG'&KH^J?F&  o`@u% ¢"""""""""""""""An!ɀ:  qAZjAʫG'nLH^K@F% , xh@@v & ~"""""""""""""""AnJ!ɀ:  qAZjAʫG'LH^K@F- = xP@vd& 6"""""""""""""""AnJ1!ɀ:  qAZjAʫG'LH_KBF. ,@ xX0@v& """""""""""""""AnN!ɀ:  qAZjAʫG'{LH^KCG& ,@ xX0@w&"""""""""""""""AnJ1!ɀ:  qAZjAʫG'_LH^K@G% = xP@wr2 u"""""""""""""""AnJ1"ʀ:  qAZjAʫG'LH_K@G9l` xh@@w2 ,"""""""""""""""An W?"ʀ:  qAZjAʫG'LH_KEH-l` Ȁxh@@x&3"""""""""""""""AnL1"ʀ:  qAZjAʫG'KH_KCG<c 1hX0@x3"""""""""""""""An'W"ʀ:  qAZjAʫG'LH_KBF4c (hX0@x3 V"""""""""""""""An6VS"ʀ:  qAZjAʫG'LH_KCF9c 3hX0@y43"""""""""""""""AnEJЀ"ʀ:  qAZjAʫG'gLH^KBF%c JhX0@y3Ƣ"""""""""""""""AnTW?"ʀ:  qAZjAʫG'LH_KCF5 ~ˀxX0@y4 """""""""""""""AncJ1"ʀ:  qAZjAʫG'uKH^KBF* ~GxX0@zB48"""""""""""""""AnrJ"ʀ:  qAZjAʫG'jKH^K@F- ~ xh@@z4"""""""""""""""AnJ)"ʀ:  qAZjAʫG'KI_KEG4c ʀhX0@z4 """""""""""""""AnX"ʀ:  qAZjAʫG'KH_KCF2 ~ ^xh@@{P4_"""""""""""""""AnKw"ʀ:  qAZjAʫG'eKH^KBF% ~ 7xh@@{4 """""""""""""""AnJ"ʀ:  qAZjAʫG'nKH^KCF( ~ xh@@|4Ϣ"""""""""""""""AnM"ʀ:  qAZjAʫG'KI_KBFAl` AxX0@|^4"""""""""""""""AnJ"ʀ:  qAZjAʫG'yKH^KCF* ~ Āxh@@|4 ="""""""""""""""AnU^"ʀ:  qAZjAʫG'KI_KBF=  h@@}4"""""""""""""""AnJ"ʀ:  qAZjAʫG'XKH^K@F%  h@@}l4"""""""""""""""AnT"ʀ:  qAZjAʫG'KI_KEG5l` xh@@}4 d"""""""""""""""AnJ1"ʀ:  qAZjAʫG'KH^KCF+ u hX0@~ 4"""""""""""""""AnNFJ"ʀ:  qAZjAʫG'KI_KBF> u hX0@~z4Ԣ"""""""""""""""An&Pڀ"ʀ:  qAZjAʫG'KI_KCF>  Fh@@~4 """""""""""""""An5J"ʀ:  qAZjAʫG'sKH^KBF%  _h@@.4D"""""""""""""""AnDX߀"ʀ:  qAZjAʫG'LI_KCF5usxP@4"""""""""""""""AnSU1"ʀ:  qAZjAʫG'LI_K@F< ~ xh@@4 """""""""""""""AnbJ"ʀ:  qAZjAʫG'mLH^K@F% ~"xh@@<4k"""""""""""""""AnqRԀ"ʀ:  qAZjAʫG'KI_KEG0 `@4""""""""""""""""AnJo#ˀ:  qAZjAʫG'LI^KCF%uހxP@4٢"""""""""""""""AnJ1#ˀ:  qAZjAʫG'LI_KBF0uxP@J4"""""""""""""""AnJ1#ˀ:  qAZjAʫG'LI^KCF) ~xh@@4I"""""""""""""""AnP3#ˀ:  qAZjAʫG'ԀLI_K@FC ~3xh@@4"""""""""""""""AnJ$̀:  qAZjAʫG'LI_K@F0 p`@X4"""""""""""""""AnR'π:  qAZjAʫG'KI_JCG8 `dxP@4p"""""""""""""""AnJ'π:  qAZjAʫG'CKH^J@G% xh@@ 4)"""""""""""""""AnVDR'π:  qAZjAʫG'KI_JFG3 3xh@@f4"""""""""""""""AnUG'π:  qAZjAʫG'KI_JCG4 Mxh@@4"""""""""""""""AnJ'π:  qAZjAʫG'eKH^JCG&  `@4P"""""""""""""""AnUI'π:  qAZjAʫG'KI_JCF: ` xP@t4"""""""""""""""An%M )р:  qAZjAʫG'LI_KBF," $xP@8Ȣ"""""""""""""""An4 ڀ)р:  qAZjAʫG'LI^KBF% ,@ #xh@@)8"""""""""""""""AnCK)р:  qAZjAʫG'KI^KBF* ,@ րxh@@88"""""""""""""""AnRT)р:  qAZjAʫG'LI_K@FA = Ѐ`@8"""""""""""""""AnaJ)р:  qAZjAʫG'πKI_KEG(" ߀xP@78"""""""""""""""AnpJ)р:  qAZjAʫG'KI^KCF& = `@8_"""""""""""""""AnXH)р:  qAZjAʫG'̀LI_KBF6 = `@8 """""""""""""""AnJ1)р:  qAZjAʫG'KI^KCF+ = `@E8Ϣ"""""""""""""""AnJ)р:  qAZjAʫG'LI^K@F%" xP@8"""""""""""""""AnJ1)р:  qAZjAʫG'KI^KCF+ = (`@8>"""""""""""""""AnJ)р:  qAZjAʫG'KI^KBF, = ̀`@S8"""""""""""""""AnJ)р:  qAZjAʫG'KI]K@F% = ـ`@8"""""""""""""""AnM9)р:  qAZjAʫG'KI^KAG%" *xP@8f"""""""""""""""AnMBĀ,Ԁ:  qAZjAʫG'LI`KCG6" ^xP@b;%"""""""""""""""AnJ,Ԁ:  qAZjAʫG'LI^K@F4" ȀxP@;ܢ"""""""""""""""AnWԀ,Ԁ:  qAZjAʫG'LI_KCG:" (xP@;"""""""""""""""AnJ1,Ԁ:  qAZjAʫG'LI_KBF0 ,@ !xh@@p;L"""""""""""""""An$K,Ԁ:  qAZjAʫG'ހLI_KCF9 U` ƀxh@@; """""""""""""""An3W-Հ:  qAZjAʫG'ՀLI_KBG8  `@$;"""""""""""""""AnBN+-Հ:  qAZjAʫG'LI^K@G%u xP@~;s"""""""""""""""AnQJo-Հ:  qAZjAʫG'LI^KCG*c րhX0@; *"""""""""""""""An`J1-Հ:  qAZjAʫG'LI^KCG(u xP@2;"""""""""""""""AnoZ -Հ:  qAZjAʫG'ˀLI_KBF0u =xP@;"""""""""""""""An~Knր-Հ:  qAZjAʫG'LI^KCF(u +xP@; Q"""""""""""""""AnNʀ.ր:  qAZjAʫG'ӀKI_KAF@  `@@; """""""""""""""AnJ1.ր:  qAZjAʫG'KI^KCF)  Z`@;"""""""""""""""AnN_.ր:  qAZjAʫG'ҀKI_KBF:  `@; x"""""""""""""""AnJ.ր:  qAZjAʫG'LI^K@F2  `@N;1"""""""""""""""AnJ1.ր:  qAZjAʫG'KI^KEF%  `@;"""""""""""""""An\.ր:  qAZjAʫG'KI_KCF/  `@;"""""""""""""""AnL.ր:  qAZjAʫG'KI^KBF%  e`@\;X"""""""""""""""AnYË.ր:  qAZjAʫG'ʀLI_KCF4  `@; """""""""""""""AnK[-.ր:  qAZjAʫG'KI^KBF%  .`@;Ȣ"""""""""""""""AnO#.ր:  qAZjAʫG'ҀKI_KCF>  $`@j;"""""""""""""""An#R3.ր:  qAZjAʫG'ӀLI_K@FB  DЀ`@; 6"""""""""""""""An2J.ր:  qAZjAʫG'KI^KCF%  Ѐ`@;"""""""""""""""AnAJ.ր:  qAZjAʫG'LI_KCG/  mЀ`@x;"""""""""""""""AnUJ::  qAZjAʫG'KJ^J?F/  mxP@J 7"""""""""""""""AndR::  qAZjAʫG'KJ_KBF9  MЀ`@LJ"""""""""""""""AnsL ::  qAZjAʫG'ҀKJ_JBF-  Ѐ`@ΦJ """""""""""""""AnJ::  qAZjAʫG'KI^J?F$  #xP@J_"""""""""""""""AnJ::  qAZjAʫG'߀KJ_JEF2  ܀Ѐ`@ZJ """""""""""""""AnJ::  qAZjAʫG'KJ^JBF) @ À`@ϴJ ͢"""""""""""""""AnRiY::  qAZjAʫG'JI^JBF$  Ѐ`@J"""""""""""""""AnJ::  qAZjAʫG'KI^JBF$  wЀ`@hJ ="""""""""""""""AnJ::  qAZjAʫG'yJI]J?F$  ܀Ѐ`@J """""""""""""""AnP::  qAZjAʫG'JI^JBF$ @ `@J"""""""""""""""AnZ+::  qAZjAʫG'ǀKI_JBF8  Ѐ`@vJ d"""""""""""""""AnVO::  qAZjAʫG'KI_KBF2  Ѐ`@J """""""""""""""An L;:  qAZjAʫG'KI^JEG% ` q`@*JԢ"""""""""""""""AnPĜ;:  qAZjAʫG'KI^JBF( ` `@҄J"""""""""""""""An'O#;:  qAZjAʫG'JI_JBF>  Ѐ`@J C"""""""""""""""An6X!l;:  qAZjAʫG'KI_JBF/  $Ѐ`@8J"""""""""""""""AnE^ۀ;:  qAZjAʫG'KI^JBF2  Ѐ`@ӒJ"""""""""""""""AnTU;:  qAZjAʫG'KI_JBF<  ՀЀ`@Jk"""""""""""""""AncM";:  qAZjAʫG'PKI]J?F$  Ѐ`@FJ#"""""""""""""""AnrU{;:  qAZjAʫG'KI_JBF9  qЀ`@ԠJڢ"""""""""""""""AnR;:  qAZjAʫG'KI_JEG5  WЀ`@J"""""""""""""""AnJ;:  qAZjAʫG'^JI^JBF&  Ѐ`@TJJ"""""""""""""""AnJ;:  qAZjAʫG'RKH^JAF$  Ѐ`@ծV """""""""""""""AnN$5;:  qAZjAʫG'JI_JBF=  Ѐ`@VҢ"""""""""""""""AnX/׀;:  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"""""""""""""""AnJ1>:  qAZjAʫG'1JH^JBF$ z ӀЀ`@WU"""""""""""""""AnZ >:  qAZjAʫG'nJI_JCF6 r `@xW """""""""""""""An%JoA:  qAZjAʫG'0JH^JBF$ ` ZxP@W â"""""""""""""""An4XA:  qAZjAʫG'uJI_JCF4 ` @xP@,W|"""""""""""""""AnCJA:  qAZjAʫG':JH^J@F- q `@߆W 3"""""""""""""""AnRJA:  qAZjAʫG'@JI^JCF( z Ѐ`@W"""""""""""""""AnaJA:  qAZjAʫG';JI^JBF$ i 6xP@:W"""""""""""""""AnpYUqA:  qAZjAʫG'mJI_JCF0 i 5xP@W Z"""""""""""""""AnY~A:  qAZjAʫG'YJI_JBF/ i 5xP@W """""""""""""""AnKHԀA:  qAZjAʫG'nJI_JFF4 i xP@HWʢ"""""""""""""""AnZ:ҀA:  qAZjAʫG'PJI^JBF/ i #xP@W """""""""""""""AnWKǀA:  qAZjAʫG'OJH^JCF2 i %xP@W 9"""""""""""""""AnK3ۀA:  qAZjAʫG'(JH^JBF% i !xP@VW"""""""""""""""AnRA:  qAZjAʫG'WJH_JCF3 i xP@W """""""""""""""An]ѢA:  qAZjAʫG'LJH^J@F7 i 4xP@ Wa"""""""""""""""AnX$ A:  qAZjAʫG'qKH_JCF5 i !xP@dW """""""""""""""AnW9mA:  qAZjAʫG'pKH_JBF9 W` xP@W Ϣ"""""""""""""""AnJoA:  qAZjAʫG' JH]J@F$ i !xP@W"""""""""""""""AnUXdA:  qAZjAʫG'rKH_JBF7 i xP@rW ?"""""""""""""""An$MA:  qAZjAʫG'BKH^JCF) W` xP@W """""""""""""""An3JA:  qAZjAʫG'1JH^JBF- i 0xP@&W"""""""""""""""AnBJA:  qAZjAʫG'JKH_JCF) W` 2xP@W f"""""""""""""""AnQJ1A:  qAZjAʫG'%JH^JBF+ i xP@W """""""""""""""An`JA:  qAZjAʫG'GKH_JCF) W` 6`@4W֢"""""""""""""""AnoJA:  qAZjAʫG'KLH_JBF$ i `@W """""""""""""""An~WD:  qAZjAʫG'XJH_JCF2 z Ѐ`@W E"""""""""""""""AnJ1D:  qAZjAʫG'JH^J@F$ z Ѐ`@BW"""""""""""""""AnJ1D:  qAZjAʫG'NJH_JFG% i ExP@W """""""""""""""AnJ1D:  qAZjAʫG' JH^J@F$ i WxP@W l"""""""""""""""AnN!D:  qAZjAʫG'NJH_JFG* i xP@PW $"""""""""""""""AnZ=qD:  qAZjAʫG'YJH_JEG/ i xP@W ۢ"""""""""""""""AnJ1D:  qAZjAʫG')JH^JCF( r ߀`@W"""""""""""""""AnV[D:  qAZjAʫG'DJH_JBF2 i kxP@^W K"""""""""""""""AnRTD:  qAZjAʫG'aJH_JCF? i h@@W """""""""""""""AnK?G:  qAZjAʫG' JH^J@F$ k0 \h@@W"""""""""""""""AnTcIG:  qAZjAʫG'mJH_JCF: |p aЀ`@lW r"""""""""""""""An#Q=2G:  qAZjAʫG'(JH^JBF) |p ՀЀ`@W )"""""""""""""""An2K-MG:  qAZjAʫG'IH]J@F$ |p Ѐ`@ W"""""""""""""""AnAPEG:  qAZjAʫG'RIH_JEG5 |p ZЀ`@zW """""""""""""""AnPTG:  qAZjAʫG'YJH_JCF8 |p Ѐ`@W P"""""""""""""""An_JG:  qAZjAʫG'JH^JBF% |p -Ѐ`@.W """""""""""""""AnnX2G:  qAZjAʫG'0JH^JCF, |p WЀ`@W """""""""""""""An}ObG:  qAZjAʫG'IH^JBF$ |p )Ѐ`@W x"""""""""""""""AnJoG:  qAZjAʫG'JH^J@F- sЀ `@<X 2"""""""""""""""AnR`-G:  qAZjAʫG'RIH_JBF< |p HЀ`@X """""""""""""""AnJG:  qAZjAʫG'IH]J@F$ |p Ѐ`@X """""""""""""""AnWnG:  qAZjAʫG'CJH^JCF3 |p NЀ`@JX Y"""""""""""""""AnJG:  qAZjAʫG'IH^JCF& |p sЀ`@X """""""""""""""AnNG:  qAZjAʫG'IH^JBF( |p Ѐ`@X Ȣ"""""""""""""""AnJ>G:  qAZjAʫG'JH^JCF( |p Ѐ`@XX """""""""""""""AnUNG:  qAZjAʫG'VJH_JBF: |p [Ѐ`@X 7"""""""""""""""AnQG:  qAZjAʫG'EIH_JCF= |p ՀЀ`@ X"""""""""""""""AnKPG:  qAZjAʫG'IH^JBF* |p Ѐ`@fX"""""""""""""""An"UF G:  qAZjAʫG'NJH_JCF9 |p ZЀ`@X _"""""""""""""""An1KhIG:  qAZjAʫG'%JH^JEF$ k0 txP@X"""""""""""""""An@JG:  qAZjAʫG'JH^JBF( k0 !xP@tXϢ"""""""""""""""AnOVAG:  qAZjAʫG']JH_JBF? k0 !xP@X """""""""""""""An^M:G:  qAZjAʫG'OJH_JDF8 |p Ѐ`@(X?"""""""""""""""AnmJG:  qAZjAʫG'JH^JBF$ sЀ `@X"""""""""""""""An|XG:  qAZjAʫG'BJH_JCF6 |p Ѐ`@X"""""""""""""""AnUMG:  qAZjAʫG'FIH_JBF9 |p Ѐ`@6Xf"""""""""""""""AnJG:  qAZjAʫG'JH^J@F2 |p Ѐ`@X """""""""""""""AnJ^G:  qAZjAʫG'IH^JCF$ |p 5Ѐ`@Xբ"""""""""""""""AnJ1G:  qAZjAʫG'JH^JCF) sЀ o`@DX"""""""""""""""AnNSeG:  qAZjAʫG'IH^JBF% |p &Ѐ`@X D"""""""""""""""AnZJH_JCF6 { ~Ѐ`@X """""""""""""""An]JJ:  qAZjAʫG' JH^JBF$ j@ xP@"Xr"""""""""""""""AnlWJ:  qAZjAʫG'IJH_JCF8 j@ %xP@|X )"""""""""""""""An{Tg8J:  qAZjAʫG'QJH_JBF: j@ jxP@X """""""""""""""AnJЀJ:  qAZjAʫG&JH^J@F$ { ЀЀ`@0X"""""""""""""""An[¹J:  qAZjAʫG'IH^JEF& { ȀЀ`@X P"""""""""""""""AnJJ:  qAZjAʫG'JH^JCF( { Ѐ`@X """""""""""""""AnJJ:  qAZjAʫG')JH^JBF, { KЀ`@>X"""""""""""""""AnXJ:  qAZjAʫG'JH^JCF/ { Ѐ`@X w"""""""""""""""AnY7J:  qAZjAʫG'JH^JBF0 { Ѐ`@X /"""""""""""""""AnMͳJ:  qAZjAʫG&JG^JCF% r ƀ`@LX"""""""""""""""AnV&-J:  qAZjAʫG';JH_JBF9 { [Ѐ`@X """""""""""""""AnJoJ:  qAZjAʫG&؀IG]J@F$  v`@XW"""""""""""""""AnJ1J:  qAZjAʫG&րIG]J@F$  `@ZX """""""""""""""An JJ:  qAZjAʫG&ՀIG]J@F$  `@X Ţ"""""""""""""""An/JJ:  qAZjAʫG&߀JG]J@F$  `@X~"""""""""""""""An>JJ:  qAZjAʫG&րIG]J@F$  `@hX 5"""""""""""""""AnMJ1J:  qAZjAʫG&ҀIG]J@F$  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qAZjAʫG&ۀJG]J@F$  ``@~Y """""""""""""""AnJLM:  qAZjAʫG&ҀIG]J@F$  `@Y p"""""""""""""""AnJM:  qAZjAʫG&JG]J@F$ r !`@2Y ("""""""""""""""AnJ1M:  qAZjAʫG&JG]J@F$ r &`@Y ߢ"""""""""""""""AnJ1M:  qAZjAʫG&JG^JBF% { RЀ`@Y """""""""""""""AnJM:  qAZjAʫG&JG^J@F* { RЀ`@@Y O"""""""""""""""AnU>-M:  qAZjAʫG'6JH_JEF6 { Ѐ`@Y """""""""""""""AnJM:  qAZjAʫG&݀JG]J@F$  `@Y """""""""""""""AnJ1M:  qAZjAʫG&ҀIG]J@F$  #`@Ne """""""""""""""AnJM:  qAZjAʫG&րIG]J@F$  ߀`@e E"""""""""""""""An-JM:  qAZjAʫG&؀IG]J@F$  ?`@ e"""""""""""""""AnWM:  qAZjAʫG&ۀJG]J@F$  L`@ e """""""""""""""AnJM:  qAZjAʫG&ҀIG]J@F$  )`@ e L"""""""""""""""AnJM:  qAZjAʫG&րIG]J@F$  `@ xe """""""""""""""AnVffc ;  qAZjAʫG'xKH_JBF: xP@Uݢ"""""""""""""""AnJ1c ;  qAZjAʫG'"KH^J?F$ @ xP@V"""""""""""""""AnYc ;  qAZjAʫG'HKH^JEF$ Ѐ`@V` L"""""""""""""""An T%c ;  qAZjAʫG'pKH_JBF> $xP@V """""""""""""""An/Joc ;  qAZjAʫG''JH^JBF$ Ѐ`@W"""""""""""""""An>Jc ;  qAZjAʫG'JH]J?F$ Ā `@Wn s"""""""""""""""AnMJc ;  qAZjAʫG' JH]J?F$ Ā ̀`@W +"""""""""""""""An\Jc ;  qAZjAʫG'JH]J?F$ 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721sGFDDDDDDDDDDAnLD|}2}.}.ppo,o,i  72BԀPn 72 72 72 72EB 72BҀ 721sGFDDDDDDDDDDAnJ݀}5}1}1ppo>o>  72Bŀ_n 72 72 72 72EB 72BÀ 721sGFDDDDDDDDDDAnRǀ}8}4}4ppoPoP  72Bnn 72 72 72 72EB 72B 721sGFDDDDDDDDDDAn&X};}7}7pp obob  72B}n 72 72 72 72EB 72B 721sGFDDDDDDDDDDAn5Jэ}>}:}:ppototM  72Bn 72 72 72 72EB 72B 721sGFDDDDDDDDDDAnDJ>}A}=}=ppoo  72Bn 72 72 72 72EB 72B 721sGFDDDDDDDDDDAnSJ>}D}@}@ppoo  72Bzn 72 72 72 72EB 72Bx 721sGFDDDDDDDDDDAnbPB}G}C}Cpp%oo  72Bkn 72 72 72 72EB 72Bi 721sGFDDDDDDDDDDAnqJэ}J}F}Fpp,oo1  72B\șn 72 72 72 72EB 72BZ 721sGFDDDDDDDDDDAn݀WB}M}I}Ipp3o΀oj  72BMיn 72 72 72 72EB 72BK 721sGFDDDDDDDDDDAnݏP}P}L}Lpp:oo  72B>n 72 72 72 72EB 72B< 721sGFDDDDDDDDDDAnݞRu%}S}O}OppAoo  72B/n 72 72 72 72EB 72B- 721sGFDDDDDDDDDDAnݭJ͟}V}R}RppHpp  72B n 72 72 72 72EB 72B 721sGFDDDDDDDDDDAnݼKU}Y}U}UppOppP  72Bn 72 72 72 72EB 72B 721sGFDDDDDDDDDDAnT\}\}X}XppVxp(p(  72B"n 72 72 72 72EB 72B 721sGFDDDDDDDDDDAnJ>}_}[}[pp]np:p:  72B1n 72 72 72 72EB 72B 721sGFDDDDDDDDDDAnQR}b}^}^ppddpLpL  72B@n 72 72 72 72EB 72B 721sGFDDDDDDDDDDAnY~}e}a}appkZp^p^4  72BՀOn 72 72 72 72EB 72BӀ 721sGFDDDDDDDDDDAnJэ}h}d}dpprPppppm  72Bƀ^n 72 72 72 72EB 72BĀ 721sGFDDDDDDDDDDAnL}k}g}gppyFpp  72Bmn 72 72 72 72EB 72B 721sGFDDDDDDDDDDAn%VI}n}j}jpp 721sGFDDDDDDDDDDAnߜJ|}}}pp.BrVrVt  72B1n 72 72 72 72EB 72B/ 721sGFDDDDDDDDDDAn߫T}}}pp58rhrh  72B"n 72 72 72 72EB 72B 721sGFDDDDDDDDDDAnߺJ}}}pp<.rzrz  72Bn 72 72 72 72EB 72B 721sGFDDDDDDDDDDAnJ͟}€}}ppC$rr   72B n 72 72 72 72EB 72B 721sGFDDDDDDDDDDAnJ݀}ŀ}}ppJrrY  72B/n 72 72 72 72EB 72B 721sGFDDDDDDDDDDAnJO}Ȁ}Ā}ĀppQrr  72B>n 72 72 72 72EB 72B 721sGFDDDDDDDDDDAnJ>}ˀ}ǀ}ǀppXr€r  72B׀Mn 72 72 72 72EB 72BՀ 721sGFDDDDDDDDDDAnJ}΀}ʀ}ʀpp^rԀr  72BȀ\n 72 72 72 72EB 72Bƀ 721sGFDDDDDDDDDDAnJ>}р}̀}̀pperr<  72Bkn 72 72 72 72EB 72B 721sGFDDDDDDDDDDAn#J|}Ԁ}Ѐ}Ѐpplrru  72Bzn 72 72 72 72EB 72B 721sGFDDDDDDDDDDAn2J}׀}Ӏ}Ӏppss s   72Bn 72 72 72 72EB 72B 721sGFDDDDDDDDDDAnAJ}ڀ}ր}րppzss  72Bn 72 72 72 72EB 72B 721sGFDDDDDDDDDDAnPJ݀}݀}ـ}ـpps.s."  72B}n 72 72 72 72AB 72B{ 721sGFDDDDDDDDDDAn_JO}}܀}܀pps@s@[  72Bnn 72 72 72 72AB 72Bl 721sGFDDDDDDDDDDAnnJ,}}߀}߀ppsRsR  72B_řn 72 72 72 72AB 72B] 721sGFDDDDDDDDDDAn}Jэ}}}ppsdsd  72BPԙn 72 72 72 72AB 72BN 721sGFDDDDDDDDDDAnJO}}}ppsvsv  72BAn 72 72 72 72AB 72B? 721sGFDDDDDDDDDDAnJ͟}}}ppss?  72B2n 72 72 72 72AB 72B0 721sGFDDDDDDDDDDAnJ͟}}}ppssx  72B#n 72 72 72 72AB 72B! 721sGFDDDDDDDDDDAnJO}}}ppss  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnL^}}}ppzss  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnJ݀}}}pppsЀs#  72B.n 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnVI}}}ppfss\  72B=n 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnKHԀ}}}pp\ss  72B؀Ln 72 72 72 72AB 72Bր 721sGFDDDDDDDDDDAnJ݀~}}ppRtt  72Bɀ[n 72 72 72 72AB 72Bǀ 721sGFDDDDDDDDDDAnJэ~~~ppHtt  72Bjn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAn"JO~~~pp>t*t*G  72Byn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAn1J~ ~~pp4t<t<  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAn@J݀~ ~ ~ pp*tNtN  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnOJ~~ ~ pp t`t`  72B~n 72 72 72 72AB 72B| 721sGFDDDDDDDDDDAn^J>~~~pptrtr+  72Bon 72 72 72 72AB 72Bm 721sGFDDDDDDDDDDAnmJ|~~~pp ttf  72B`ęn 72 72 72 72AB 72B^ 721sGFDDDDDDDDDDAn|J͟~~~pp tt  72BQәn 72 72 72 72AB 72BO 721sGFDDDDDDDDDDAnK~~~pptt  72BBn 72 72 72 72AB 72B@ 721sGFDDDDDDDDDDAnJ,~~~pptt  72B3n 72 72 72 72AB 72B1 721sGFDDDDDDDDDDAnJ͟~"~~pp!t̀tI  72B$n 72 72 72 72AB 72B" 721sGFDDDDDDDDDDAnJO~%~!~!pp(tހt  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnKL€~(~$~$pp/tt  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnJэ~+~'~'pp6uu  72B-n 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnJ~.~*~*pp=uu/  72B~=~9~9pp`ununM  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAn?J~@~<~<ppguu  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnNJ݀~C~?~?ppnvuu  72Bn 72 72 72 72AB 72B} 721sGFDDDDDDDDDDAn]J~F~B~Bppuluu  72Bpn 72 72 72 72AB 72Bn 721sGFDDDDDDDDDDAnlJ~I~E~Epp|buu1  72BaÙn 72 72 72 72AB 72B_ 721sGFDDDDDDDDDDAn{Jں~L~H~HppXuȀuj  72BRҙn 72 72 72 72AB 72BP 721sGFDDDDDDDDDDAnJ͟~O~K~KppNuڀu  72BCn 72 72 72 72AB 72BA 721sGFDDDDDDDDDDAnJ͟~R~N~NppDuu  72B4n 72 72 72 72AB 72B2 721sGFDDDDDDDDDDAnJ͟~U~Q~Qpp:uu  72B%n 72 72 72 72AB 72B# 721sGFDDDDDDDDDDAnJ͟~X~T~Tpp0vvP  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnJ>~[~W~Wpp&v"v"  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnKN~^~Z~Zppv4v4  72B,n 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnJ>~a~]~]ppvFvF  72B;n 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnJ>~d~`~`ppvXvX4  72BڀJn 72 72 72 72AB 72B؀ 721sGFDDDDDDDDDDAnJ,~g~c~cppvjvjl  72BˀYn 72 72 72 72AB 72Bɀ 721sGFDDDDDDDDDDAnJ~j~f~fppv|v|  72Bhn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAn J~m~i~ippvv  72Bwn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAn/V{_~p~l~lppvv  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAn>M~s~o~oppvvP  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnMJ͟~v~r~rppvĀv  72Bn 72 72 72 72AB 72B~ 721sGFDDDDDDDDDDAn\J݀~y~u~uppvրv  72Bqn 72 72 72 72AB 72Bo 721sGFDDDDDDDDDDAnkJ~|~x~xppvv  72Bb™n 72 72 72 72AB 72B` 721sGFDDDDDDDDDDAnzJ~~{~{ppvv5  72BSљn 72 72 72 72AB 72BQ 721sGFDDDDDDDDDDAnJ݀~~~~~ppw w p  72BDn 72 72 72 72AB 72BB 721sGFDDDDDDDDDDAnJ~~~ppww  72B5n 72 72 72 72AB 72B3 721sGFDDDDDDDDDDAnJ͟~~~ppw0w0  72B&n 72 72 72 72AB 72B$ 721sGFDDDDDDDDDDAnW9m~~~ppwBwB  72B n 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnJ͟~~~pp|wTwTT  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnJO~~~pp#rwfwf  72B+n 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnJ݀~~~pp*hwxwx  72B:n 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnJ͟~~~pp1^ww  72BۀIn 72 72 72 72AB 72Bـ 721sGFDDDDDDDDDDAnJ͟~~~pp8Tww8  72B̀Xn 72 72 72 72AB 72Bʀ 721sGFDDDDDDDDDDAnJ,~~~pp?Jwwq  72Bgn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnJ͟~~~ppF@ww  72Bvn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAn.J͟~~~ppM6wҀw  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAn=J,~~~ppT,ww  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnLJэ~~~pp["wwU  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAn[KdZ~~~ppbxx  72Brn 72 72 72 72AB 72Bp 721sGFDDDDDDDDDDAnjUN~~~ppixx  72Bcn 72 72 72 72AB 72Ba 721sGFDDDDDDDDDDAnyJ͟~~~pppx,x,  72BTЙn 72 72 72 72AB 72BR 721sGFDDDDDDDDDDAnJ͟~~~ppvx>x>:  72BEߙn 72 72 72 72AB 72BC 721sGFDDDDDDDDDDAnJ|~~~pp}xPxPs  72B6n 72 72 72 72AB 72B4 721sGFDDDDDDDDDDAnJ>~~~ppxbxb  72B'n 72 72 72 72AB 72B% 721sGFDDDDDDDDDDAnJ͟~~~ppxtxt  72B n 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnJˀ~~~ppxx  72B n 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnJ͟~Ā~~ppxxX  72B*n 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnJ͟~ǀ~À~Àppxx  72B9n 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnJ,~ʀ~ƀ~ƀppxx  72B܀Hn 72 72 72 72AB 72Bڀ 721sGFDDDDDDDDDDAnJ>~̀~ɀ~ɀppx΀x  72B̀Wn 72 72 72 72AB 72Bˀ 721sGFDDDDDDDDDDAnJO~Ѐ~̀~̀ppxx<  72Bfn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAnJ݀~Ӏ~π~πppxxu  72Bun 72 72 72 72AB 72B 721sGFDDDDDDDDDDAn-J~ր~Ҁ~ҀppÌyy  72Bn 72 72 72 72AB 72B 721sGFDDDDDDDDDDAn~~~ppZy^y^  72BUϙn 72 72 72 72AB 72BS 721sGFDDDDDDDDDDAnJ~~~ppPypyp  72BFޙn 72 72 72 72AB 72BD 721sGFDDDDDDDDDDAnJ,~~~ppFyy?  72B7n 72 72 72 72AB 72B5 721sGFDDDDDDDDDDXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 212 / width of table in bytes NAXIS2 = 666 / 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 = 426679325.44158 TSTOP = 426698135.4415 DATE-OBS= '2014-07-10T10:02:02' DATE-END= '2014-07-10T15:15:32' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18809.9999200106 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 308 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:32' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'ijOHljNGijNGijNG' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '2181050299' / data unit checksum updated 2014-07-20T07:58:32 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: sw00603954000b134x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:38 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Anq cbb3An,qbb3An;qՀbb3AnJq%cc3AnYq%cc3Anhq/cc3Anwq΀cc3Anqcc3Anq cc3Anq%cc3Anqcc3Anq ccc3Anqcc3Anq%cc3Anq~cc3AnqՀcc3An qĀdc3AnqՀdcHAn+qtdc]An:q@dcAnIqdcAnXqՀdcAngqdcAnvqddAnq~ddʀAnqՀddӀAnq~dd܀AnqtddAnqddAnqՀddAnq$JddAnqdd AnqՀddAn qmddAnqdd$An*qtdd-An9qՀdd6AnHq~dd?AnWq%ddHAnfqddQAnuq%ddZAnq%ddcAnqddlAnqՀdduAnqCdd~AnqddAnq%ddAnqddAnq cddAnq%ddAn qddAnq;ddAn)q%ddƀAn8qddπAnGqdd؀AnVqddAneqՀddAntq΀ddAnqddAnq%ddAnq%ddAnqfd!AnqՀfd=AnqmfdYAnq%fdtAnq@fdAnq%fe΀An q cfe݀AnqՀfeAn(qՀfeAn7q6fe AnFq%feAnUq!fe(Andqfe7AnsqՀfeFAnqJMfeUAnqfedAnqCfesAnqfeAnqՀfeAnqfeAnq%feAnqmfeAnqtfèAn qՀfe܀AnqՀfeAn'q%feAn6qfe AnEqtfeAnTqՀfe'Ancq΀fe6Anrq%feEAnqՀfeTAnqmfecAn/agferAnq%feAnqfeAnq΀gfAnq%gfAngfAnq6gfAnqgfAnqՀgfǀAn&qՀhfԀAn5q%hf€AnDhf ƀAnSqՀhf&ƀAnbqՀhfAǀAnqqĀhf\ǀAnq%hfwǀAnq%hfǀAnqhfȀAnqՀhfȀȀAnqthfɀAnqhfɀAnq%hfAʀAnq%igẀAnqՀigrӀAnqՀig؀Anvig؀An%Zig؀An4qihـAnCqՀihڀAnRq cihڀAnaq$Jih&ڀAnpqՀih5ڀAnqՀihDۀAnq@iiS݀Anqiib݀AnqՀiiq݀AnqĀii݀Anqii݀AnqՀii݀Anqii݀Anq΀ii݀AnqՀiiˀ݀AnqՀiiڀ݀An$q%ii݀An3q5Tii݀AnBq%ii݀AnVqtmlAneqՀmlAntq!mlAnq%ml&Anq~ml;Anq%mlPAnqmleAnqՀmlzAnq cmlAnqmlAnq%mlAnqmlAn qՀmmAnq%mm An(qmmAn7qĀmmAnFq mm&AnUq%mm/Andqmm8Ansq߀mmAAnqmmJAnqtmmSAnq%mm]AnqmmfAnq%mmoAnqՀmmxAnqՀmmAnqtmmAnq!mmAn qmmAnqtmmAn'q%mmAn6q/mmAnEqՀmmAnTqmmɀAncqmmҀAnrq mmۀAnq߀mmAnq%mmAnq%mmAnqՀmmAnq%mmAnqՀmmAnqnmAnq߀nnAnqՀnnAnq%nnAnq%nnAn&qtooAn5qՀooAnDq%ooAnSq6ooAnbq%ooAnqq߀ooAnq%ooAnqtooAnqՀooAnqtooAnqooAnq%ooAnq ooAnq ooAnq%ooAnq%ooAnq%ooAn%qՀooAn4q%ooAnCqՀooAnRq ooAnaqooAnp>ooAnqpp Anq"pp Anq \pp Anqpp Anq cpp Anqpp Anqpp Anq@pp Anq%pp Anqqq Anqtqq An$qĀqq An3qtqq AnBq%qq AnQqqq An`q qq Anoq%qq An~qՀqq AnqՀqq Anqqq AnqՀqq Anqmqq Anq&qq Anqtqq Anqqq AnqՀqq Anqtqq Anqqq An#q%qq An2q/qq AnAq%qq AnPc^qq An_qqq Annqqq An}qqq AnqĀqq AnqRqq Anq%qq AnqՀqq Anq%qq Anq~qq Anq \rq Anqrr Anqrr Anq!rr An"qՀrr An1qՀrr An@qtrr AnOqՀrr An^q%rr Anmq%rr An|q6rr Anq%rr AnqՀrr Anq rr Anq΀rr Anqrr AnqՀrr Anq>rr Anqrr Anq crr Anq rr An!qՀrr An0q rr An?q~rr AnNqrr An]qՀrr Anlqrr An{qmrr Anqrr Anq%rr Anq~rr Anq rr AnqՀrr Anq~rr Anqrr AnqՀrr Anq~rr Anqrr An qtrr An/qmrr An>qrr AnMq crr An\qrr Ankq%rr Anzq%sr Anq@ss Anq%ss Anqss Anq΀ss Anqss AnqĀss AnqՀss Anq%ss Anqss Anq%ss AnqՀss An.q~ss An=qss AnLqss An[q%ss Anjq"ss AnyqՀss Anq ss AnqՀss Anq%zyȀ GAnq%zy݀ GAnqzy GAn!qzy GAn0qzy GAn?qzy1 GAnNqzyF GAn]qzy[ GAnlqzyp GAn{qzy GAnŊqzy GAnřq%zy€ GAnŨq%zz HAnŷq%zz HAnqՀzz HAnq%zz HAnqmzz HAnqՀzz HAnq czz HAnqՀzz& HAn q zz/ HAn/qzz8 HAn>q%zzA HAnMqzzJ HAn\qzzS HAnkqՀzz\ HAnzqՀzze HAnƉqtzzn HAnƘqzzw HAnƧq6zz HAnƶq zz HAnqzz HAnqĀzz HAnqtzz HAnqՀzz HAnq!zz HAnqzz HAnqՀzzȀ HAn.q@zzр HAn=q6zzڀ HAnLq%zz HAn[q zz HAnjq@zz HAnyq%zz HAnLjqzz HAnǗqՀzz HAnǦq6zz HAnǵq6zz" HAnqtzz, HAnq%zz5 HAnqzz> HAnq%zzG HAnq%zzP HAnqՀzzY HAnq~zzb HAn-qՀzzk HAn<|ozzt HAnKq%zz} HAnZqzz HAniqՀzz HAnxqzz HAnȇqՀzz HAnȖqzz HAnȥqzz HAnȴqtzz HAnq~zzŀ HAnqՀzz΀ HAnqtzz׀ HAnq΀zz HAnqՀzz HAnqՀzz HAnqՀzz HAn,qՀzz HAn;q߀zz HAnJq%zz HAnYq%zz HAnhqՀzz( HAnwq΀zz1 HAnɆq czz: HAnɕqՀzzC HAnɤqzzL HAnɳqՀzzU HAnqzz^ HAnq6zzg HAnqzzp HAnqzzy HAnq zz HAn qĀzz HAnqՀzz HAn+qmzz HAn:qzz HAnIq%zz HAnXqՀzz HAngq6zz HAnvqzzʀ HAnʅqzzӀ HAnʔq%zz܀ HAnʣqmzz HAnʲqzz HAnq%zz HAnqՀzz HAnqzz HAnq%zz HAnqzz HAn qՀzz$ HAnqՀzz- HAn*qzz6 HAn9qՀzz? HAnHqzzH HAnWqzzQ HAnfq΀zzZ HAnuqzzc HAn˄q zzl HAn˓qՀzzu HAnˢq%zz~ HAn˱qՀzz HAnqzz HAnqՀzz HAnq zz HAnqzz HAnqzz HAn qzz HAnq \zzƀ HAn)q%zzπ HAn8q czz؀ HAnGq~zz HAnVqՀzz HAneqՀzz HAntqzz HAñq%zz HAn̒q߀zz HAn̡q%zz HAn̰q%zz HAn̿qzz) HAnqzz2 HAnqzz; HAnq~zzD HAnqՀzzM HAn qzzV HAnqzz_ HAn(qzzh HAn7qzzq HAnFqF_zzz HAnUqՀzz HAndqRzz HAnsqՀzz HAn͂qՀzz HAn͑qzz HAn͠qzz HAnͯqzz HAn;q zz€ HAnq%zzˀ HAnqՀzzԀ HAnq%zz݀ HAnqzz HAn qtzz HAnqՀzz HAn'qeԀzz HAn6qzz HAnEqzz HAnTqzz HAncq%zz% HAnrq%zz. HAn΁qzz7 HAnΐq!zz@ HAnΟqzzI HAnήqՀzzR HAnνqzz[ HAnq%zzd HAnq%zzm HAnq \zzv HAnqzz HAnqՀzz HAnqzz HAnVqĀĀ AneqՀـ Antq Anۃq% Anےq% Anۡq. An۰q%C Anۿq%X Anqm Anqt Anq AnqՀȀ An q% Anq% An(q% An7q΀ AnFq AnUqt Andq Ansq!" An܂q%+ Anܑq4 Anܠq%= Anܯq&F AnܾqO Anq cX Anq΀a Anq j Anq%s An q%| Anq  An'q% An6q% AnEqՀ AnTq% Ancq Anrq% An݁qĀ Anݐq%̀ Anݟq%ր Anݮq߀ Anݽq% Anq Anq Anq% Anq΀ Anq Anq% An&q@' An5qՀ0 AnDq9 AnSqB AnbqK Anqq%T AnހqĀ] Anޏqf AnޞqՀo Anޭqx An޼q΀ Anq Anqt Anq Anq% Anq  Anq An%qՀ An4q \ɀ AnCqՀҀ AnRq%ۀ Anaq~ Anpq Anq  Anߎq΀ Anߝqt An߬q@ An߻qՀ Anqt# AnqՀ, Anq!6 Anq%? AnqtH Anq%Q An$qZ An3qc AnBqՀl AnQqĀu An`q~~ AnoqՀ An~q Anq߀ Anq  AnqՀ Anq$J Anqt Anqƀ Anq π Anq%؀ Anq AnqՀ An#q% An2qՀ AnAq% AnPq  An_q Annq6 An}q@ Anq AnqՀ Anq \ Anq AnqՀ Anqm AnqՀ AnqՀ AnqՀ Anq6 An"qՀ An1qm An@q AnOq c An^qՀ Anmq% An|q Anq \ Anq Anq AnqBp AnqՀ Anq Anq΀ Anq% AnqՀ Anq~ An!q An0q An?q% AnNqĀ An]qՀ Anlq% An{q Anq% Anq \ Anq Anq% Anq~ Anq6 Anq% Anq@ Anqt AnqՀ An q΀ An/q An>q% AnMq?р An\qՀ Ankqt Anzqm Anq Anq Anqm Anq% Anq AnqA  AnqՀ Anqt Anq Anq Anq$J An.q% An=q AnLqՀ An[qՀ Anjq% Anyq AnqՀ Anq% XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 181 / width of table in bytes NAXIS2 = 666 / 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 = 426679325.44294 TSTOP = 426698135.4424 DATE-OBS= '2014-07-10T10:02:02' DATE-END= '2014-07-10T15:15:32' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18809.9994599819 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 309 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:32' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '9839A80728079807' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '2106058722' / data unit checksum updated 2014-07-20T07:58:32 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: sw00603954000b135x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:38 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Anqd6 s> /߀*L/An,qA 6 s> /߀*L/An;q\6 s> /߀*L/AnJqA 6 s> /߀*L/AnYqA 6 s> /߀*L/AnhqSz6 s> /߀*L/AnwqWi6 s> /߀*L/Anq?р6 s> /߀*L/AnqC6 s> /*N/AnqA 6 s> /O(P/AnqPۀ6 s> /O(P/Anq`6 s> 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/-!)/AnqSz6 s> /-!)/AnqA 6 s> /-!)/AnqPۀ6 s> /-!)/AnqA 6 s> /-!)/AnqBp6 s> /-!)/Anq?р6 s> /-!)/AnqA 6 s> /-!)/Anq]6 s> /-!)/An q?р6 s> /-!)/Anq`6 s> /-!)/An(q?р6 s> /-!)/An7qC6 s> /-!)/AnFqZ6 s> /.!)/AnUq?р6 s> /.l51(/Andq>6 s> /.l51(/AnsqR*6 s> /.l51(/Anq\6 s> /.l51(/AnqC6 s> //R(/AnqA 6 s> //R(/AnqJM6 s> //R(/AnqBp6 s> //R(/AnqA 6 s> /0] (/AnqA 6 s> /0] (/AnqBp6 s> /0] (/AnqWi6 s> /0] (/An q>6 s> /1] (/AnqBp6 s> /1Rq(/An'qA 6 s> /1Rq(/An6qR*6 s> /1Rq(/AnEqA 6 s> /2Rq(/AnTq?р6 s> /3jc(/Ancq>6 s> /3jc(/AnrqE6 s> /3jc(/AnqPۀ6 s> /3jc(/AnqA 6 s> /4\T(/AnqA 6 s> /5ZA(/AnqA 6 s> /5ZA(/AnqC6 s> /5ZA(/Anq>6 s> /5ZA(/AnqPۀ6 s> /6ZA(/AnqPۀ6 s> /7M(/AnqX6 s>  /8M((/AnqZ6 s>  /8M((/AnqA 6 s>  /9M((/An&qC6 s>  /:N(/An5q?р6 s>  /:N(/AnDqBp6 s>  /:N(/AnSq=26 s>  /:N(/AnbqBp6 s>  /:N(/AnqqPۀ6 s>  /;Nu(/Anq_F6 s>  /;Nu(/AnqC6 s>  /;Nu(/Anq?р6 s>  /;Nu(/AnqBp6 s>  /;Nu(/Anq>6 s>  /;Nu(/AnqA 6 s>  / /=N(/AnqA 6 s> /=N(/AnqA 6 s> />M#(/AnqA 6 s> /?M#(/AnqBp6 s> /?M(/An%q?р6 s> /@W(/An4qA 6 s> /AW(/AnCqA 6 s> /AWa(/AnRqA 6 s> /BWa(/AnaqL6 s> /BWL(/AnpҜx6 s> /BWL(/AnqN<6 s> /D!* /AnqX6 s> /D!* /Anq[W6 s> /D!* /AnqN<6 s> /D!* /AnqBp6 s> /D!* /Anq>6 s> /D!* /Anq>6 s> /D!* /AnqH6 s> /D!* /AnqA 6 s> /D!* /AnqPۀ6 s> /D!* /Anqa6 s> /E!* /An$qC6 s> /E!* /An3qC6 s> /E!* /AnBqA 6 s> /E!* /AnQq>6 s> /F!*/An`qF_6 s> /FX&(/AnoqX6 s> /FX&(/An~q?р6 s> /FX&(/AnqA 6 s> /GX&(/AnqA 6 s> /GV(/AnqA 6 s> /GV(/AnqWi6 s> /GV(/Anq6 s> /GV(/AnqC6 s> /Hj/(/Anq?р6 s> /Hj/(/Anq?р6 s> /Hj/(/Anqa6 s> /Hj/(/Anq>6 s> /IR(#/An#qA 6 s> /IR(#/An2qR*6 s> /IR(#/AnAq]6 s> /IR(#/AnPנ6 s> /JR(%/An_q?р6 s> /L[%(//Annq>6 s> /L!*0/An}q>6 s> /L!*0/Anq>6 s> /M!*2/AnqJM6 s> /MR-(5/AnqZ6 s> /NR-(7/Anq?р6 s> /NMl(9/Anq?р6 s> /NMl(9/AnqTʀ6 s> /NMl(9/Anq\6 s> /NMl(9/Anq>6 s>  /OR>(>/Anq?р6 s>  /OR>(>/Anq]6 s>  /OR>(>/An"qA 6 s>  /OR>(>/An1q?р6 s>  /PR>(A/An@qBp6 s> !/P[(D/AnOq`6 s> !/P[(D/An^qA 6 s> !/P[(D/AnmqBp6 s> !/Q[(F/An|q=26 s> "/QR8(I/AnqA 6 s> "/QR8(I/AnqA 6 s> "/QR8(I/AnqF_6 s> "/QR8(I/AnqTʀ6 s> #/SR'(P/Anq?р6 s> $/SR¶(S/Anq?р6 s> $/SR¶(S/Anqy}6 s> $/SR¶(S/AnqX6 s> %/T^~(Y/AnqA 6 s> %/T^~(Y/AnqH6 s> %/T^~(Y/An!q\6 s> %/T^~(Y/An0qG6 s> %/U^~([/An?qTʀ6 s> &/U_"x(_/AnNq>6 s> &/U_"x(_/An]qA 6 s> &/U_"x(_/Anlq>6 s> &/V_"x(a/An{qZ6 s> '/Vi-b(f/Anq?р6 s> '/Vi-b(f/AnqA 6 s> '/Vi-b(f/AnqSz6 s> '/Vi-b(f/AnqF_6 s> (/WR(k/Anq?р6 s> (/WR(k/AnqSz6 s> (/WR(k/Anq>6 s> (/WR(k/AnqA 6 s> )/X_>(q/AnqSz6 s> */YR<(v/Anq?р6 s> */YR<(v/An qBp6 s> */YR<(v/An/qX6 s> */ZR<(x/An>q?р6 s> +/[RA(}/AnMqBp6 s> ,/[M(/An\q\6 s> ,/[M(/AnkqBp6 s> ,/[M(/AnzqBp6 s> ,/[M(/AnqN<6 s> -/\R}(/AnqBp6 s> -/\R}(/AnqA 6 s> -/\R}(/AnqTʀ6 s> -/\R}(/Anq>6 s> ./]RĒ(/AnqC6 s> ./]RĒ(/Anq`6 s> ./]RĒ(/AnqBp6 s> ./]RĒ(/Anq>6 s> //^R(/Anq_F6 s> //^R(/AnqA 6 s> //^R(/An.qSz6 s> //^R(/An=q?р6 s> //_R(/AnLq>6 s> 1/`R5(/An[qA 6 s> 1/`R5(/Anjq_F6 s> 1/`R5(/Anyq?р6 s> 1/`R5(/AnqA 6 s> 2/a]~(/Anq6 s> 2/a]~(/Anqa6 s> k/!)/AnqBp6 s> k/!)/Anq?р6 s> k/!)/An!q>6 s> k/!)/An0q\6 s> k/!)/An?q?р6 s> k/!)/AnNqV6 s> k/!)/An]q>6 s> k/!)/Anlq?р6 s> k/!)/An{q>6 s> k/!)/AnŊq\6 s> k/!)/AnřqA 6 s> k/!)/AnŨq`6 s> k/!)/AnŷqBp6 s> k/!)/Anq6 s> k/!)/AnqA 6 s> k/!)/AnqX6 s> k/!)/Anq?р6 s> l/W(/AnqBp6 s> l/W(/Anq?р6 s> l/W(/An qZ6 s> l/W(/An/q?р6 s> m/V(/An>qBp6 s> m/V(/AnMq>6 s> m/V(/An\qWi6 s> m/V(/AnkqWi6 s> n/R(/Anzq?р6 s> n/R(/AnƉqC6 s> n/R(/AnƘq\6 s> n/R(/AnƧq=26 s> n/R(/AnƶqZ6 s> o/Ra(/AnqPۀ6 s> o/Ra(/Anq\6 s> o/Ra(/AnqBp6 s> o/Ra(/AnqA 6 s> q/Rr(/Anq\6 s> q/Rr(/Anq?р6 s> q/Rr(/Anq?р6 s> q/Rr(/An.qN<6 s> r/Z(/An=qTʀ6 s> r/Z(/AnLqA 6 s> r/Z(/An[qF_6 s> r/Z(/AnjqL6 s> s/R(/AnyqA 6 s> s/R(/AnLjq?р6 s> s/R(/AnǗqA 6 s> s/R(/AnǦqq6 s> s/R(/Anǵq?р6 s> t/RJ(/AnqC6 s> t/RJ(/AnqA 6 s> t/RJ(/Anq>6 s> t/RJ(/AnqZ6 s> u/R3(/AnqA 6 s> u/R3(/AnqBp6 s> u/R3(/AnqSz6 s> u/R3(/An-q]6 s> v/R(/An<}0j6 s> w/R(/AnKqBp6 s> w/R(/AnZqK6 s> w/R(/Aniq_F6 s> w/R(/Anxq?р6 s> x/[(/AnȇqA 6 s> x/[(/AnȖq[W6 s> x/[(/Anȥq?р6 s> x/[(/AnȴqBp6 s> y/^(/AnqO6 s> y/^(/AnqA 6 s> y/^(/AnqC6 s> y/^(/AnqV6 s> z/R( /Anq>6 s> z/R( /AnqA 6 s> z/R( /AnqX6 s> z/R( /An,q?р6 s> {/]z(/An;qPۀ6 s> {/]z(/AnJqA 6 s> {/]z(/AnYqA 6 s> {/]z(/AnhqA 6 s> {/]z(/AnwqPۀ6 s> }/Rd(/AnɆqBp6 s> }/Rd(/Anɕq>6 s> }/Rd(/Anɤq]6 s> }/Rd(/AnɳqA 6 s> ~/R›( /Anq?р6 s> ~/R›( /Anq\6 s> ~/R›( /Anq?р6 s> ~/R›( /Anq?р6 s> /R3(%/AnqTʀ6 s> /R3(%/An q?р6 s> /R3(%/AnqA 6 s> /R3(%/An+qR*6 s> /R(*/An:q?р6 s> /R(*/AnIqA 6 s> /R(*/AnXqZ6 s> /R(*/Angq?р6 s> /R(,/AnvqV6 s> /X(0/Anʅq?р6 s> /X(0/AnʔqBp6 s> /X(0/AnʣqWi6 s> /X(0/Anʲq?р6 s> /_o(=/AnqA 6 s> /_o(=/Anq?р6 s> /_o(=/Anq[W6 s> /_o(=/AnqA 6 s> /R(B/Anq>6 s> /R(B/An q]6 s> /R(B/Anq?р6 s> /R(B/An*q?р6 s> /R(G/An9q`6 s> /R(G/AnHqL6 s> /R(G/AnWq>6 s> /R(G/AnfqO6 s> /R(I/Anuq?р6 s> /R%(L/An˄qE6 s> /R%(L/An˓q]6 s> /R%(L/AnˢqA 6 s> /R%(L/An˱qA 6 s> /wƢ(T/Anq\6 s> /wƢ(T/Anq?р6 s> /wƢ(T/AnqBp6 s> /wƢ(T/AnqL6 s> /R([/AnqA 6 s> /])(_/An qA 6 s> /])(_/AnqWi6 s> /])(_/An)qBp6 s> /RF(d/An8qBp6 s> /RF(d/AnGqSz6 s> /RF(d/AnVq?р6 s> /RF(d/Aneq?р6 s> /RF(f/AntqX6 s> /R(i/AñqBp6 s> /R(i/An̒qPۀ6 s> /R(i/An̡qBp6 s> /R(i/An̰qA 6 s> /l1](p/An̿qV6 s> /l1](p/Anq>6 s> /l1](p/Anq>6 s> /l1](p/AnqO6 s> /^ (v/Anq?р6 s> /^ (v/An q>6 s> /^ (v/Anq\6 s> /^ (v/An(q?р6 s> /^ (x/An7q>6 s> /R(/AnFq6 s> /R(/AnUqA 6 s> /R(/AndqK6 s> /R(/Ansq?р6 s> /Rğ(/An͂qA 6 s> /Rğ(/An͑qJM6 s> /Rğ(/An͠q[W6 s> /Rğ(/Anͯq>6 s> /_(/An;qE6 s> /_(/AnqZ6 s> /_(/AnqA 6 s> /_(/AnqBp6 s> /_x(/AnqZ6 s> /_x(/An qC6 s> /_x(/Anq?р6 s> /_x(/An'qπ6 s> /€_x(/An6q?р6 s> /€R(/AnEq?р6 s> /€R(/AnTqN<6 s> /€R(/AncqA 6 s> /€R(/AnrqBp6 s> /ĀR (/An΁qE6 s> /ĀR (/Anΐq]6 s> /ĀR (/AnΟq>6 s> /ĀR (/Anήq?р6 s> /ŀ]H(/Anνqd6 s> /ŀ]H(/AnqBp6 s> /ŀ]H(/AnqA 6 s> /ŀ]H(/Anq\6 s> /ƀ_>(/Anq>6 s> /ƀ_>(/Anq?р6 s> /ƀ_>(/AnqX6 s> /ƀ_>(/AnVqC6 s> /&Fh)/Aneqhs6 s> /&Fh)/Antq>6 s> /&Fh)/Anۃq_F6 s> /&Fh)/AnےqC6 s> /&Fh)/AnۡqX6 s> /&Fh)/An۰qA 6 s> /&Fh)/Anۿq_F6 s> /&Fh)/Anq>6 s> /&Fh)/Anqc56 s> /&Fh)/Anq?р6 s> /&Fh)/Anq?р6 s> /&Fh)/An qA 6 s> /!)/Anq_F6 s> /!)/An(qBp6 s> /!)/An7qTʀ6 s> /!)/AnFq>6 s> /!)/AnUqC6 s> /RǍ(/Andq>6 s> /RǍ(/AnsqZ6 s> /RǍ(/An܂qBp6 s> /RǍ(/Anܑq>6 s> /R(/AnܠqBp6 s> /R(/Anܯq6 s> /R(/Anܾq?р6 s> /R(/AnqBp6 s> /RK(/AnqV6 s> /RK(/AnqTʀ6 s> /RK(/AnqA 6 s> /RK(/An qBp6 s> /RK(/AnqV6 s> /RW(/An'qA 6 s> /RW(/An6qBp6 s> /RW(/AnEq?р6 s> /RW(/AnTq]6 s> /Rd(/Ancq>6 s> /Rd(/AnrqA 6 s> /Rd(/An݁qWi6 s> /Rd(/AnݐqA 6 s> /_(/AnݟqA 6 s> /_(/AnݮqK6 s> /_(/AnݽqA 6 s> /_(/Anq?р6 s> /RX(/Anq]6 s> /RX(/AnqA 6 s> /RX(/AnqTʀ6 s> /RX(/AnqWi6 s> /RX(/AnqBp6 s> /R(/An&qH6 s> /R(/An5q?р6 s> /R(/AnDq?р6 s> /R(/AnSq>6 s> /Z>(/AnbqV6 s> /Z>(/AnqqA 6 s> /Z>(/Anހq?р6 s> /Z>(/AnޏqV6 s> /R(/AnޞqA 6 s> /R(/Anޭq?р6 s> /R(/An޼qTʀ6 s> /R(/Anq?р6 s> /R(/AnqBp6 s> /R(/Anq]6 s> /R(/AnqBp6 s> /R(/AnqZ6 s> /R(/Anq?р6 s> /Rį(/An%qA 6 s> /Rį(/An4qZ6 s> /Rį(/AnCq?р6 s> /Rį(/AnRq?р6 s> / Rr(/AnaqSz6 s> / Rr(/Anpq?р6 s> / Rr(/AnqBp6 s> / Rr(/AnߎqV6 s> / }(/AnߝqBp6 s> / }(/An߬qO6 s> / }(/An߻q?р6 s> / }(/AnqC6 s> / }(/Anq?р6 s> / R( /AnqWi6 s> / R( /AnqA 6 s> / R( /Anq>6 s> / R( /Anq_F6 s> / i(/An$q?р6 s> / i(/An3qWi6 s> / i(/AnBqA 6 s> / i(/AnQqA 6 s> /^l(/An`qN<6 s> /^l(/AnoqA 6 s> /^l(/An~q?р6 s> /^l(/AnqPۀ6 s> /_F(/AnqC6 s> /_F(/AnqA 6 s> /_F(/Anq`6 s> /_F(/AnqE6 s> /_F(!/AnqBp6 s> /RO(#/AnqX6 s> /RO(#/AnqA 6 s> /RO(#/Anq>6 s> /RO(%/Anq?р6 s> /R(-/An#qa6 s> /R(-/An2qA 6 s> /MR(1/AnAqBp6 s> /MR(1/AnPqH6 s> /MR(1/An_q?р6 s> /MR(1/Annq=26 s> /MR(3/An}qO6 s> /^m(7/Anq>6 s> /^m(7/Anq?р6 s> /^m(7/Anq\6 s> /^m(7/Anq?р6 s> /R(</Anq?р6 s> /R(</AnqWi6 s> /R(</Anq?р6 s> /R(</AnqA 6 s> /Rֶ(A/Anq\6 s> /Rֶ(A/Anq>6 s> /Rֶ(A/An"q?р6 s> /Rֶ(A/An1qZ6 s> /Rֶ(D/An@q?р6 s> /\#(G/AnOqA 6 s> /\#(G/An^q]6 s> /\#(G/AnmqA 6 s> /\#(I/An|q?р6 s> /R¹(Q/Anq\6 s> /R¹(Q/Anq>6 s> /R¹(Q/Anq?р6 s> /R¹(Q/Anq 6 s> /Ru(V/AnqA 6 s> /Ru(V/Anq?р6 s> /Ru(V/AnqPۀ6 s> /Ru(V/Anq`6 s> /b(]/AnqA 6 s> /b(]/AnqN<6 s> /b(]/An!q_F6 s> /b(]/An0q?р6 s> /b(_/An?qBp6 s> /ZT (c/AnNqc56 s> /ZT (c/An]qA 6 s> /ZT (c/AnlqA 6 s> /ZT (e/An{q`6 s> /R(h/AnqBp6 s> /R(h/Anq]6 s> /R(h/Anq=26 s> /R(h/AnqBp6 s> /Rk(o/AnqTʀ6 s> /R(r/Anq>6 s> /R(r/AnqC6 s> /R(r/AnqO6 s> / _g`(x/AnqBp6 s> / _g`(x/AnqA 6 s> / _g`(x/An qPۀ6 s> / _g`(x/An/q>6 s> /!_g`(z/An>qA 6 s> /!Rķ(}/AnMqz̀6 s> /!Rķ(}/An\qA 6 s> /!Rķ(}/AnkqBp6 s> /!Rķ(}/AnzqR*6 s> /"R(/Anq?р6 s> /"R(/Anq?р6 s> /"R(/AnqX6 s> /"R(/AnqA 6 s> /#^(/Anq?р6 s> /#^(/Anqx-6 s> /#^(/AnqA 6 s> /#^(/AnqBp6 s> /$_(/Anq?р6 s> /%R(/Anq\6 s> /%R(/Anq`6 s> /%R(/An.qA 6 s> /&R(/An=q_F6 s> /&e(/AnLqBp6 s> /&e(/An[q_F6 s> /&e(/AnjqA 6 s> /&e(/AnyqV6 s> /'R(/AnqA 6 s> /'R(/AnqA 6 s> /'R(/XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 204 / width of table in bytes NAXIS2 = 666 / 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 = 426679325.44382 TSTOP = 426698135.4433 DATE-OBS= '2014-07-10T10:02:02' DATE-END= '2014-07-10T15:15:32' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18809.9994800091 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 310 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:32' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '5aSmAZRm7aRmAWRm' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '1168936771' / data unit checksum updated 2014-07-20T07:58:32 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: sw00603954000b136x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:38 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Anq0 An,qz̀ An;q AnJqz̀ AnYqz̀ Anhqu Anwq Anqz̀ Anq}k Anq}k Anq Anq Anqy} Anq| Anqu Anqd An q|Anq|An+q}k An:q7AnIqAnXqAngqx- Anvqy} Anq7 Anq| Anq7 Anq| Anqy} Anqy} Anq Anqvހ Anqz̀ An q Anq An*q~ An9qy} AnHq& AnWq Anfqx- Anuq}k Anq Anqz̀ Anqy} Anq) Anqd Anq| Anqz̀ Anq  Anq An qx- Anq An)qA An8qz̀ AnGqy} AnVqd Aneqz̀ Antq Anq Anq| Anq| AnqAnqz̀ Anqր Anqz̀ Anq7 Anq| An qZ Anqz̀ An(qy} An7q AnFq}k AnUq Andqz̀ Ansqy} AnqD Anqvހ Anq AnqS Anqy} Anq Anq| Anqu Anq| An qy} Anqd An'q| An6q7 AnEq| AnTqz̀ Ancq Anrq Anq| Anq An/Ӏ Anq| Anqy} Anq7 Anq| Anlʀ Anqy} Anq& Anqz̀ An&qz̀An5qAnD[ AnSq Anbqz̀ Anqr  Anqz̀ AnqA Anqy} Anq Anq}k Anq Anq| AnqSAnqy} Anq|  An/Z  An%̀  An4qy} AnCq! AnRq ! Anaq! Anpq! Anq|" Anq7 $ Anqd $ Anqy} $ Anqz̀ $ Anq $ Anq| $ Anq| $ Anq $ Anq $ Anqz̀ $ An$qz̀ $ An3q $ AnBq $ AnVqAneqz̀Antq Anqz̀ Anq Anqz̀ Anq Anqz̀ Anq| AnqA Anqz̀ Anq An qy} AnqS An(qz̀ An7q}k AnFqŀ AnUqz̀ Andqx- Ansq Anq Anq}k Anq| Anq AnqA Anqz̀ Anq| Anq}k Anq An qd Anqz̀ An'qz̀ An6q& AnErl AnTqy} Ancqx- Anrq~ Anq Anq Anqz̀ Anqy} Anq}k Anqx- AnqրAnq Anqd AnqS Anqd An&q}k An5qz̀ AnDqz̀ AnSqvހ Anbq}k Anqqր AnqS Anq Anq Anq| Anqy} Anqz̀ Anqz̀ Anqz̀ Anqz̀ Anq| Anqz̀ An%qz̀ An4qz̀ AnCqz̀ AnRqy} Anaq Anp5 Anq Anq Anqŀ Anq7 Anq| AnqS Anqy} AnqZ Anqz̀ Anqր Anq An$q| An3q}k AnBq| AnQqy} An`q  Anoq An~qz̀ Anqz̀ Anqz̀ Anqz̀ Anq Anr Anq}k Anqz̀ Anqx- Anq Anqx- An#qz̀ An2qր AnAq AnPg An_qy} Annqd An}qx- Anqx- Anq Anq Anqz̀ Anqz̀ Anqu AnqSAnqvހ Anqy} Anq An"q| An1qz̀ An@q}k AnOq An^qz̀ Anmqz̀ An|qx- Anqd Anqz̀ AnqZ Anq Anqy} Anqy} Anq) Anq Anqz̀ Anq An!qd An0q}k An?q AnNq An]q| Anlqx- An{q Anqd Anqz̀ Anq Anq Anqy} Anq7 Anqx- Anqz̀ Anq Anqx- An q}k An/q An>qy} AnMq}k An\q Ankq| Anzq|Anq Anq| Anqz̀ Anq Anqy} Anq| Anq Anq| Anqy} Anq Anq| An.q An=qS AnLqx- An[q| Anjq Anyqz̀ Anqz̀ Anq疀 Anq0 Anq}k Anq An!qx- An0qd An?qy} AnNq An]qx- Anlq An{qx- AnŊq Anřqz̀ AnŨqS Anŷq| Anq߹ Anqy} Anq& Anqd Anq| Anqx- An qu An/q An>q| AnMqvހ An\q Ankqd Anzqz̀ AnƉq~ AnƘqd AnƧqvހ Anƶqu Anqր AnqS Anq| Anqz̀ Anqd Anqy} Anqy} An.q An=q AnLq| An[qZ Anjq Anyq AnLjqz̀ AnǗqz̀ AnǦqK AnǵqS Anq~ Anqz̀ Anqy} Anq Anq| Anqz̀ Anq An-q An<}kf AnKq| AnZq Aniq Anxqy} Anȇqy} AnȖq Anȥqy} Anȴq| Anq7 Anqy} Anq~ Anq Anqx- Anqy} Anq An,qy} An;qր AnJq AnYq| Anhqy} Anwq AnɆq| Anɕqx- Anɤq Anɳq| Anqz̀ Anqd Anqz̀ Anqy} Anqŀ An qz̀ Anq| An+qր An:qy} AnIqz̀ AnXq Angqy} Anvqŀ Anʅqz̀ Anʔq| Anʣqŀ Anʲq Anq| Anqz̀ AnqS Anqz̀ Anqx- An q Anqy} An*qy} An9q AnHq AnWqy} Anfq7 Anuq An˄q  An˓q Anˢqz̀ An˱qz̀ Anq Anqy} Anq}k Anq Anq An qz̀ Anqd An)q| An8qz̀ AnGq AnVqz̀ Aneqy} Antq Añq| An̒q An̡q An̰q| An̿q Anqx- Anqx- Anq Anqy} An qx- Anqd An(qx- An7qx- AnFqV AnUq| AndqI Ansq An͂q| An͑qI An͠q Anͯqvހ An;q~ Anq Anqz̀ Anq}k Anq An q}k Anqz̀ An'q{ An6qy} AnEqy} AnTq7 Ancq Anrq| An΁q  AnΐqS AnΟqz̀ Anήqz̀ Anνq0 Anq| Anqz̀ Anq Anqy} Anqz̀ Anqd AnVq~Aneq Antqx- Anۃq Anےq}k Anۡq An۰qz̀ Anۿq Anqx- Anq0 Anqy} Anq An qz̀ Anq An(q}k An7q7 AnFqŀ AnUq}k Andqy} Ansq An܂q| Anܑqy} Anܠq| Anܯq Anܾqy} Anq| Anqŀ Anqu Anqz̀ An qz̀ Anq An'q An6q}k AnEqy} AnTq Ancqy} Anrqz̀ An݁qր Anݐq| Anݟq}k AnݮqG Anݽq| Anqz̀ Anq Anqz̀ Anq7 Anq Anq}k An&q An5qd AnDqy} AnSqx- Anbqu Anqqz̀ Anހqy} Anޏq Anޞqd Anޭqz̀ An޼qu Anq Anqz̀ Anq Anq| Anq Anqy} An%qy} An4qŀ AnCqz̀ AnRqy} Anaq Anpqy} Anqz̀ Anߎq7 Anߝqz̀ An߬q An߻q Anq}k Anqy} Anq Anq| Anqvހ AnqA An$qx- An3qd AnBq| AnQqz̀ An`q Anoqz̀ An~qy} Anqր Anq}k Anqz̀ Anq Anq}k Anq| Anq& Anq| Anqx- Anqz̀ An#q An2q| AnAq}k AnPqZ An_q Annqvހ An}q7 Anqz̀ Anqz̀ Anq Anqz̀ Anqx- Anqŀ Anqy} Anq| Anqd Anqx- An"qz̀ An1q An@qy} AnOqz̀ An^qd Anmqz̀ An|qx- AnqS Anqy} Anqy} Anq Anqz̀ Anqy} Anq Anq Anq| Anq An!q An0qz̀ An?q| AnNq An]qz̀ Anlq| An{qS Anq}k Anq Anqx- Anq| Anq7 Anqx- Anq~ Anq Anq}k Anqz̀ An q An/q An>qz̀ AnMqȀ An\q| Ankqz̀ Anzqր AnqS Anqy} Anq& Anqd Anqy} Anqـ Anq| Anq| Anqz̀ Anq Anq An.qz̀ An=qA AnLq}k An[q Anjqz̀ Anyq Anr8 Anq| XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 206 / width of table in bytes NAXIS2 = 666 / 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 = 426679321.6414 TSTOP = 426698131.6414 DATE-OBS= '2014-07-10T10:01:58' DATE-END= '2014-07-10T15:15:28' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18810. TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 311 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:33' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'fGNAiDM7fDMAfDM7' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '1226266895' / data unit checksum updated 2014-07-20T07:58:33 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: sw00603954000b137x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:39 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END An2ʀtarg/mode/tables/toflttbl.gzo dj 22)7zPp AxXAn(8 targ/mode/tables/toflttbl.gzo ؘj 22)75̩p AxXAn72ʀtarg/mode/tables/toflttbl.gzo 'j 22)70@p AxXAnF5itarg/mode/tables/toflttbl.gzo j 22)7Y@bp AxXAnU9Xtarg/mode/tables/toflttbl.gzo j 22)7͍p AxXAnd5itarg/mode/tables/toflttbl.gzo >j 22)7k@ͳp AxXAns1{targ/mode/tables/toflttbl.gzo j 22)7k@p AxXAn4targ/mode/tables/toflttbl.gzo j 22)7m@p AxXAn1{targ/mode/tables/toflttbl.gzo @j 22)7Μp AxXAn5itarg/mode/tables/toflttbl.gzo Әj 22*7p AxXAn4targ/mode/tables/toflttbl.gzo j 22*75$@p AxXAn2ʀtarg/mode/tables/toflttbl.gzo lj 22*7Z/p AxXAnͤ6targ/mode/tables/toflttbl.gzo ͘j 22*7Efp AxXAnܤ1{targ/mode/tables/toflttbl.gzo \j 22+7*ϖp AxXAn5itarg/mode/tables/toflttbl.gzo j 22+7z@p AxXAn2ʀtarg/mode/tables/toflttbl.gzo j 22+7=4 @p AxXAn 2ʀtarg/mode/tables/toflttbl.gzo Yj 22+7n@Dp AxXAn8 targ/mode/tables/toflttbl.gzo Pj 22+7U@p AxXAn'4targ/mode/tables/toflttbl.gzo 5j 22+7QU@p AxXAn65itarg/mode/tables/toflttbl.gzo j 22+7pU@p AxXAnE6targ/mode/tables/toflttbl.gzo }j 22+7U@p AxXAnT4targ/mode/tables/toflttbl.gzo Pj 22+7U@p AxXAnc5itarg/mode/tables/toflttbl.gzo Kj 22+7qV Ax.Anr4targ/mode/tables/toflttbl.gzo j 22+7@d Ax.An2ʀtarg/mode/tables/toflttbl.gzo @әj 22+7ÀЙ@ Ax.An5itarg/mode/tables/toflttbl.gzo j 22+7&Ч Ax.An9Xtarg/mode/tables/toflttbl.gzo 0+j 22+7Ъ Ax.An5itarg/mode/tables/toflttbl.gzo @j 22-7m@Ю Ax.An1{targ/mode/tables/toflttbl.gzo pcj 22-7G@а Ax.An̤cItarg/mode/tables/toflttbl.gzo j 22-7 Ax.Anۤ5itarg/mode/tables/toflttbl.gzo Ǚj 22-7-8 Ax.An5itarg/mode/tables/toflttbl.gzo  qj 22-7j? 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AxDAnn4targ/mode/tables/toflttbl.gzo AkID2387D@a_p AxDAn}8 targ/mode/tables/toflttbl.gzo B\kID2397a@p AxDAnΌ4targ/mode/tables/toflttbl.gzo BkJD2397K@ap AxDAnΛ4targ/mode/tables/toflttbl.gzo C/rku]23y7׀p AxAnۻ5itarg/mode/tables/toflttbl.gzo ?ߛrku]23y7p AxAnʤ2ʀtarg/mode/tables/toflttbl.gzo Arku]23y7n\@p AxAn٤1{targ/mode/tables/toflttbl.gzo CErku]23y7/Y@p AxAn5itarg/mode/tables/toflttbl.gzo Drku]23y7@p AxAn2ʀtarg/mode/tables/toflttbl.gzo Frku]23y7݀#@p AxAn4targ/mode/tables/toflttbl.gzo pHrku]23y7!^p AxAn4targ/mode/tables/toflttbl.gzo o@JEsku]23y7"h@p AxAn$4targ/mode/tables/toflttbl.gzo C0Ksku]23y7$jp AxAn35itarg/mode/tables/toflttbl.gzo pMsku]23y7'm@p AxAnBPtarg/mode/tables/toflttbl.gzo `OMsku]23y7U@p AxAnQ1{targ/mode/tables/toflttbl.gzo Qsku]23y7@p AxAn`:targ/mode/tables/toflttbl.gzo n@Rtku]23z7J@p AxAno2ʀtarg/mode/tables/toflttbl.gzo n@Tatku]23z7@/p AxAn~1{targ/mode/tables/toflttbl.gzo n@Vtku]23z7a@p AxAn܍2ʀtarg/mode/tables/toflttbl.gzo yWțuku]23{7F@p AxAnܜ8 targ/mode/tables/toflttbl.gzo 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AxAnȤ6targ/mode/tables/toflttbl.gzo i{fykw^23{7 p AxAnפ2ʀtarg/mode/tables/toflttbl.gzo i} ykw^23{7 :@p AxAn2ʀtarg/mode/tables/toflttbl.gzo i~ykw^23{7 b'lp AxAn2ʀtarg/mode/tables/toflttbl.gzo iaykw^23{7 Yp AxAn2ʀtarg/mode/tables/toflttbl.gzo iykw^23{7 ΀ AxAn2ʀtarg/mode/tables/toflttbl.gzo i@ƛykw^23{7 @ AxAn"2ʀtarg/mode/tables/toflttbl.gzo i@mykw^23{7 0 AxAn18 targ/mode/tables/toflttbl.gzo `zkw^23|7 c@ AxAn@4targ/mode/tables/toflttbl.gzo ƛkw^237$O@ AxAnO:targ/mode/tables/toflttbl.gzo 0kw^237z@ AxAn^4targ/mode/tables/toflttbl.gzo ;kw^237ހ AxAnm4targ/mode/tables/toflttbl.gzo %kw^237 AxAn|5itarg/mode/tables/toflttbl.gzo  kw^237 AxAnދ2ʀtarg/mode/tables/toflttbl.gzo ֛kw^2379΀@ AxAnޚ5itarg/mode/tables/toflttbl.gzo `kw_237?@ AxAnީ2ʀtarg/mode/tables/toflttbl.gzo fkw_237/u@ AxAn޸2ʀtarg/mode/tables/toflttbl.gzo kw_237l@ AxAnǤ5itarg/mode/tables/toflttbl.gzo p#kw_237 AxAn֤4targ/mode/tables/toflttbl.gzo kw_237" AxAn5itarg/mode/tables/toflttbl.gzo 뛊kw_237]_ AxAn1{targ/mode/tables/toflttbl.gzo 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k|d237rp Ax#An2ʀtarg/mode/tables/toflttbl.gzo !k|d237Lp Ax#An4targ/mode/tables/toflttbl.gzo zk|d237@p Ax#An2ʀtarg/mode/tables/toflttbl.gzo k|d237 Ep Ax#An 2ʀtarg/mode/tables/toflttbl.gzo \k|d2370\p Ax#An1{targ/mode/tables/toflttbl.gzo Ưk|d237p Ax#An+2ʀtarg/mode/tables/toflttbl.gzo k|d237@p Ax#An:5itarg/mode/tables/toflttbl.gzo @Ǜk|d237W!p AxAnI4targ/mode/tables/toflttbl.gzo ⛲k|d237h$p AxAnX2ʀtarg/mode/tables/toflttbl.gzo k|d237>p AxAng5itarg/mode/tables/toflttbl.gzo ʠk|e237Hnp AxAnv1{targ/mode/tables/toflttbl.gzo p`k|e237tp AxAn䅤5itarg/mode/tables/toflttbl.gzo k|e237Հ AxAn䔤4targ/mode/tables/toflttbl.gzo !k|e237=@ AxAn䣤2ʀtarg/mode/tables/toflttbl.gzo wk|e237)N AxAn䲤1{targ/mode/tables/toflttbl.gzo k|e237\ AxAn;targ/mode/tables/toflttbl.gzo ck|e2377@ AxAnФ2ʀtarg/mode/tables/toflttbl.gzo 盷k}e237@ AxAnߤ4targ/mode/tables/toflttbl.gzo *k}e2370@6 AxAn2ʀtarg/mode/tables/toflttbl.gzo ϒk}e237In AxAn9Xtarg/mode/tables/toflttbl.gzo Pk}e237 y@ AxAn 5itarg/mode/tables/toflttbl.gzo Сk}e237|܀ AxAn2ʀtarg/mode/tables/toflttbl.gzo k}e237 AxAn*8 targ/mode/tables/toflttbl.gzo ]k}e237,R@ AxAn95itarg/mode/tables/toflttbl.gzo ⛺k}e237sd AxAnH1{targ/mode/tables/toflttbl.gzo Ek}e237ƀ AxAnW4targ/mode/tables/toflttbl.gzo Ґk}e237{ AxAnf4targ/mode/tables/toflttbl.gzo P웺k}e237Z'Ԁp AxAnu5itarg/mode/tables/toflttbl.gzo Ӂk}e2379@Ԁp AxAn儤4targ/mode/tables/toflttbl.gzo ]k}e237` AxAn哤2ʀtarg/mode/tables/toflttbl.gzo k}f2372Ȁp AxXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 225 / width of table in bytes NAXIS2 = 666 / 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 = 426679321.64222 TSTOP = 426698131.64222 DATE-OBS= '2014-07-10T10:01:58' DATE-END= '2014-07-10T15:15:28' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18810. TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 312 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:34' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'eAAae5AZeAAae3AW' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '2479908822' / data unit checksum updated 2014-07-20T07:58:34 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: sw00603954000b138x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:39 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AnhAm-?|>9 CB(|@#)?h 6ڀ 71nЀdonn^ІnAn(mƀAm-?|>9 CB(|@#)?h 6ڀ 71nЀdonn^ІnAn7i׀Am-?|>9 CB(|@#)?h  6ڀ 71nЀdonn^ІnAnFk'Am-?|>9 CB(|@#)?h 6ڀ 71nЀdonn^ІnAnUpeAm-?|>9 CB(|@#)?h' 6ڀ 71nЀdonn^ІnAndoAm-?|>9 CB(|@#)?h6 6ڀ 71nЀdonn^ІnAnsi׀Am-?|>9 CB(|@#)?hE 6ڀ 71nЀdonn^ІnAnk'Am-?|>9 CB(|@#)?hT 6ڀ 71nЀdonn^ІnAng8Am-?|>9 CB(|@#)?hc 6ڀ 71nЀdonn^ІnAnlvAm-?|>9 CB(|@#)?hr 6ڀ 71nЀdonn^ІnAnoAm-?|>9 CB(|@#)?h 6ڀ 71nЀdonn^ІnAnhAm-?|>9 CB(|@#)?h 6ڀ 71nЀdonn^ІnAnͤlvAm-?|>9 CB(|@#)?h 6ڀ 71nЀdonn^ІnAnܤhAm-?|>9 CB(|@#)?h 6ڀ 71nЀdonn^ІnAnoAm-?|>9 CB(|@#)?h 6ڀ 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75n?Ѐd-n n^цnbAnAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAnmƀAnI^?#L*CAiA?7K?& 72 75n?Ѐd-n n^цnbAnʤtTAnI^?#L*CAiA?7K?5 72 75n?Ѐd-n n^цnbAn٤sAnI^?#L*CAiA?7K?D 72 75n?Ѐd-n n^цnbAn褚VAnI^?#L*CAiA?7K?S 72 75n?Ѐd-n n^цnbAnsAnI^?#L*CAiA?7K?b 72 75n?Ѐd-n n^цnbAntTAnI^?#L*CAiA?7K?q 72 75n?Ѐd-n n^цnbAnpeAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAn$tTAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAn3qAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAnBpeAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAnQoAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAn`oAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAnouAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAn~sAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAnoAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAnoAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAn4AnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAnoAnI^?#L*CAiA?7K?% 72 75n?Ѐd-n n^цnbAnɤqAnI^?#L*CAiA?7K?4 72 75n?Ѐd-n n^цnbAnؤpeAnI^?#L*CAiA?7K?C 72 75n?Ѐd-n n^цnbAnvAnI^?#L*CAiA?7K?R 72 75n?Ѐd-n n^цnbAnoAnI^?#L*CAiA?7K?a 72 75n?Ѐd-n n^цnbAnqAnI^?#L*CAiA?7K?p 72 75n?Ѐd-n n^цnbAnsAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAn#uAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAn2qAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAnApeAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAnPqAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAn_peAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAnnAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAn}peAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAnpeAnI^?#L*CAiA?7K? 72 75n?Ѐd-n n^цnbAnsAnI^?#L*CAiA?7K? 72 76nЀd-n n^цnbAnoAnI^?#L*CAiA?7K? 72 76nЀd-n n^цnbAntTAnI^?#L*CAiA?7K?$ 72 76nЀd-n n^цnbAnȤvAnI^?#L*CAiA?7K?3 72 76nЀd-n n^цnbAnפoAnI^?#L*CAiA?7K?= 72 76nЀd-n n^цnbAnpeAnI^?#L*CAiA?7K?Q 72 77nڀЀd-n n^цnbAnk'AnI^?#L*CAiA?7K?` 72 77nЀd-n n^цnbAnmƀAnI^?#L*CAiA?7K?o 72 77nЀd-n n^цnbAni׀AnI^?#L*CAiA?7K?~ 72 77n Ѐd-n n^цnbAn"lvAnI^?#L*CAiA?7K? 72 77n Ѐd-n n^цnbAn1lvAnI^?#L*CAiA?7K? 72 77n Ѐd-n n^цnbAn@k'AnI^?#L*CAiA?7K? 72 77n Ѐd-n n^цnbAnOpeAnI^?#L*CAiA?7K? 72 77n Ѐd-n n^цnbAn^ڐAnI^?#L*CAiA?7K? 72 77n Ѐd-n n^цnbAnmi׀AnI^?#L*CAiA?7K? 72 77n Ѐd-n n^цnbAn|i׀AnI^?#L*CAiA?7K? 72 77n Ѐd-n n^цnbAnk'AnI^?#L*CAiA?7K? 72 77n Ѐd-n n^цnbAni׀AnI^?#L*CAiA?7K? 72 77n Ѐd-n n^цnbAnpeAnI^?#L*CAiA?7K? 72 77n Ѐd-n n^цnbAnlvAnI^?#L*CAiA?7K?# 72 77n Ѐd-n n^цnbAnǤk'AnI^?#L*CAiA?7K?2 72 77n Ѐd-n n^цnbAn֤k'AnI^?#L*CAiA?7K?A 72 77n Ѐd-n n^цnbAnhAnI^?#L*CAiA?7K?F 72 77n Ѐd-n n^цnbAni׀AnI^?#L*CAiA?7K?U 72 78nxЀd-n n^цnbAnk'AnI^?#L*CAiA?7K?n 72 78nhЀd-n n^цnbAng8AnI^?#L*CAiA?7K?n 72 78nhЀd-n n^цnbAn!oAnI^?#L*CAiA?7K? 72 78n|Ѐd-n n^цnbAn0peAnI^?#L*CAiA?7K? 72 78npЀd-n n^цnbAn?oAnI^?#L*CAiA?7K? 72 78npЀd-n n^цnbAnNoAnI^?#L*CAiA?7K? 72 78nyЀd-n n^цnbAn]oAnI^?#L*CAiA?7K? 72 78nyЀd-n n^цnbAnlhAnI^?#L*CAiA?7K? 72 78nyЀd-n n^цnbAn{k'AnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAni׀AnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAnk'AnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAnhAnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAnoAnI^?#L*CAiA?7K?" 72 78nЀd-n n^цnbAnƤi׀AnI^?#L*CAiA?7K?1 72 78nЀd-n n^цnbAnդlvAnI^?#L*CAiA?7K?@ 72 78nЀd-n n^цnbAnpeAnI^?#L*CAiA?7K?O 72 78nЀd-n n^цnbAnlvAnI^?#L*CAiA?7K?^ 72 78nЀd-n n^цnbAni׀AnI^?#L*CAiA?7K?m 72 78nЀd-n n^цnbAnk'AnI^?#L*CAiA?7K?| 72 78nЀd-n n^цnbAn lvAnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAn/lvAnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAn>i׀AnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAnMoAnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAn\AnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAnklvAnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAnzlvAnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAni׀AnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAnhAnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAnmƀAnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAnlvAnI^?#L*CAiA?7K?! 72 78nЀd-n n^цnbAnŤhAnI^?#L*CAiA?7K?0 72 78nЀd-n n^цnbAnԤhAnI^?#L*CAiA?7K?? 72 78nЀd-n n^цnbAni׀AnI^?#L*CAiA?7K?N 72 78nЀd-n n^цnbAnoAnI^?#L*CAiA?7K?] 72 78nЀd-n n^цnbAng8AnI^?#L*CAiA?7K?l 72 78nЀd-n n^цnbAni׀AnI^?#L*CAiA?7K?{ 72 78nЀd-n n^цnbAni׀AnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAn.lvAnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAn=yAnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAnLlvAnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAn[lvAnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAnjk'AnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAnyhAnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAnpeAnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAnpeAnI^?#L*CAiA?7K? 72 78nЀd-n n^цnbAni׀AnI^?#L*CAiA?7K? 72 79nЀd-n n^цnbAni׀AnI^?#L*CAiA?7K?  72 79nЀd-n n^цnbAnĤg8AnI^?#L*CAiA?7K?/ 72 79nЀd-n n^цnbAnӤoAnI^?#L*CAiA?7K?> 72 79nЀd-n n^цnbAnmƀAnI^?#L*CAiA?7K?M 72 79nЀd-n n^цnbAnhAnI^?#L*CAiA?7K?\ 72 79nЀd-n n^цnbAnmƀAnI^?#L*CAiA?7K?k 72 79nЀd-n n^цnbAng8AnI^?#L*CAiA?7K?z 72 79nЀd-n n^цnbAnk'AnI^?#L*CAiA?7K? 72 79nЀd-n n^цnbAn-k'AnI^?#L*CAiA?7K? 72 79nЀd-n n^цnbAn 72 7 72 7$ 72 73 72 7B 72 7Q 72 7` 72 7o 72 7~ 72 7 72 7 72 7 72 7 72 7 72 7 72 7 72 7 72 7peAnI^?#L*CAiA?7K?@ 72 7 72 7=n'ЀdonnҒӆnAni׀AnI^?#L*CAiA?7K?BM 72 7=n'ЀdonnҒӆnAnhAnI^?#L*CAiA?7K?B\ 72 7=n'ЀdonnҒӆnAni׀AnI^?#L*CAiA?7K?Bk 72 7=n'ЀdonnҒӆnAnk'AnI^?#L*CAiA?7K?Bz 72 7=n'ЀdonnҒӆnAnmƀAnI^?#L*CAiA?7K?B 72 7=n'ЀdonnҒӆnAn-k'AnI^?#L*CAiA?7K?B 72 7=n'ЀdonnҒӆnAn2=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: sw00603954000b139x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:39 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= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AnenWW # ~D 71 `7C  ` ` ` `?b.AngMnWΛ % D 71 `7C  ` ` ` `?b.AngMnW P6 D 71 `7C  ` ` ` `?b.AnenWE 8 D 71 `7C  ` ` ` `?b.An$ln#Wf @; 8D 71 `7C  ` ` ` `?b.An)gMn(WU = D 71 `7C  ` ` ` `? b.An.hn-WxN 0@ <D 71 `7C  ` ` ` `?b.An3gMn2WO B D 71 `7C  ` ` ` `?b.An8gMn7WZ E D 71 `7C  ` ` ` `?b.An=gMn<W n pG &D 71 `7C  ` ` ` `?7b.AnBgMnAW J D 71 `7C  ` ` ` `?b.AnGenFWJ pL D 71 `7C  ` ` ` `?0b.AnLinKWO ]D 71 `7C  ` ` ` `?~.AnQenPWl`Q D 71 `7C  ` ` ` `?.AnVinUWZT D 71 `7C  ` ` ` `?.An[inZWҎPV pD 71 `7C  ` ` ` `?.An`in_WyY YD 71 `7C  ` ` ` `?i".AneindW%L@[ D 71 `7C  ` ` ` `?i.AnjhniW^ !D 71 `7C  ` ` ` `?.AnoennW0` D 71 `7C  ` ` ` `?u.AnthnsWc D 71 `7C  ` ` ` `?uN.AnygMnxWI e D 71 `7C  ` ` ` `?u.An~hn}Wrh GD 71 `7C  ` ` ` `?u.AninWj <D 71 `7C  ` ` ` `?g6.AninW|m D 71 `7C  ` ` ` `?t.AnׂԀnW o D 71 `7C  ` ` ` `?.AnenWsr D 71 `7C  ` ` ` `?s.AndnWF8t D 71 `7C  ` ` ` `?K.AninW3w D 71 `7C  ` ` ` `?.AnhnW|y D 71 `7C  ` ` ` `?.AninW$| kD 71 `7C  ` ` ` `?.AninWՆ~ D 71 `7C  ` ` ` `?^.AninWՆp sD 71 `7C  ` ` ` `?.AnlnW; D 71 `7C  ` ` ` `?~.AnenW` wD 71 `7C  ` ` ` `?.Ank<nW D 71 `7C  ` ` ` `?.AnhnÀW{vP D 71 `7C  ` ` ` `?.AnenȀWc: D 71 `7C  ` ` ` `?.AngMǹWW@ D 71 `7C  ` ` ` `?.AnhnҀWM 9D 71 `7C  ` ` ` `?a{.Anin׀W@0 D 71 `7C  ` ` ` `?n#.Anen܀W?p D 71 `7C  ` ` ` `?nf.AnenW1E  aD 71 `7C  ` ` ` `?ߏ.AngMnW$p D 71 `7C  ` ` ` `?.AnenW3 D 71 `7C  ` ` ` `?.AnenW` jD 71 `7C  ` ` ` `?.AnhnW OD 71 `7C  ` ` ` `?.AnlnWP D 71 `7C  ` ` ` `?ȏ.AnenWt𩩀 D 71 `7C  ` ` ` `?.AninWY@ D 71 `7C  ` ` ` `?h.An gMn W ?ன yD 71 `7C  ` ` ` `?d.Anin W,  D 71 `7C  ` ` ` `?Z.AnhnW" 0 D 71 `7C  ` ` ` `?Z=.AnhnW΃ P D 71 `7C  ` ` ` `?Z.AnדހnWă `  gD 71 `7C  ` ` ` `?Z.An#inzW е VD 71 `7C  ` ` ` `?Z.An(hnW ඩ D 71 `7C  ` ` ` `?v.An-lnXW 𷩀 qD 71 `7C  ` ` ` `?.An2inW! D 71 `7C  ` ` ` `?.An7in@W‚!  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b.AnǷhnǶZ4Ӏ (B 7< bB b}R.AnǼhnǻZ5Ӏ &B 7< bB b}.AngMnZ5Ӏ B 7< bB b~.AnenŀZ6pӀ B 7< bB b~.Ank<nʀZ6Ӏ B 7< bB b}8.AnenπZ7`Ӏ B 7< bB b|H.AnsnԀZ7Ӏ nB 7< bB b|.AnhnـZ8P"Ӏ sB 7< bB b|@.AnhnހZ8$Ӏ -B 7< bB b.Ank<nZ9@'Ӏ B 7< bB b.AnenZ9)Ӏ B 7< bB b.AnenZ:0,Ӏ B 7< bB b.AngMnZ:.Ӏ B 7< bB b.AngMnZā; 1Ӏ B 7< bB b.AnenZȁ;p3Ӏ WB 7< bB b.AninZ<6Ӏ RB 7< bB b".AnmۀnZŁ<`8Ӏ B 7< bB b.An zn ZɁ=;Ӏ B 7< bB b.AnenZ=P=Ӏ B 7< bB b.AninZ=@Ӏ B 7< bB b/.AnhnŹ>@BӀ uB 7< bB b.An inŹ>EӀ |B 7< bB b.An%in$Zʁ?0GӀ B 7< bB b.An*k<n)Zȁ?JӀ B 7< bB b.An/in.Zǁ@ LӀ B 7< bB b[.An4gMn3Zʁ@OӀ B 7< bB bm.An9dn8ZɁAQӀ lB 7< bB b.An>dn=Z΁ATӀ WB 7< bB b.AnClnBZBVӀ B 7< bB b1.AnHenGZفBYӀ B 7< bB b#.AnMgMnLZƁB[Ӏ B 7< bB bR.AnRgMnQZʁC^Ӏ B 7< bB b.AnWhnVZāC`Ӏ B 7< bB bn.An\hn[ZāDcӀ B 7< bB bv.Anaen`ZցDeӀ FB 7< bB b~.AnfineZȁEphӀ 8B 7< bB b~X.AnkgMnjZÁEjӀ B 7< bB bw.AnpenoZF`mӀ B 7< bB btH.AnuentŹFoӀ B 7< bB bt.AnzenyZƁGPrӀ B 7< bB bv8.Anln~ZāGtӀ mB 7< bB bvm.AnȄenȃZāH@wӀ ~B 7< bB bv.Anȉ׏nȈZHyӀ :B 7< bB b}^.AnȎgMnȍZʁI0|Ӏ WB 7< bB b}.AnȓenȒZŁI~Ӏ B 7< bB b .AnȘgMnȗZJ Ӏ B 7< bB b.AnȝgMnȜZJpӀ B 7< bB bK.AnȢinȡZKӀ B 7< bB bY.AnȧqɀnȦZKӀ 'B 7< bB b_.AnȬׂԀnȫZLӀ 0B 7< bB b}.AnȱenȰZLӀ B 7< bB b.AnȶhnȵZMӀ B 7< bB b.AnȻenȺZMРӀ B 7< bB b..AnhnȿZNpӀ B 7< bB b.AninĀZNӀ B 7< bB b.AninɀZO`Ӏ B 7< bB b\.Anmۀn΀ZOӀ TB 7< bB b..AnhnӀZPPӀ iB 7< bB b.An׏n؀ZPӀ (B 7< bB b7.Anen݀ZQ@Ӏ :B 7< bB b.AnenZQӀ B 7< bB b.AngMnZR0Ӏ B 7< bB bV0.AngMnZRӀ B 7< bB bV.AnenZS Ӏ B 7< bB bˎK.AnhnZSpӀ B 7< bB bю+.AnhnZTӀ B 7< bB bэ.AnenZT`Ӏ PB 7< bB bʍ.AnenZUӀ bB 7< bB bʍ.An gMn ZUPӀ .B 7< bB bBE.AnmۀnZUӀ DB 7< bB b*.AngMnZV@Ӏ B 7< bB b;.AndnZVӀ B 7< bB b2.AnhnZW0Ӏ B 7< bB b0.An$in#ZWӀ B 7< bB b.An)hn(ZX Ӏ B 7< bB b*.An.gMn-ZXӀ B 7< bB b*.An3gMn2ZYӀ UB 7< bB b].An8hn7ZYӀ pB 7< bB bk.An=in<ZZӀ (B 7< bB bk .AnBgMnAZZӀ <B 7< bB bp@.AnGk<nFZZӀ B 7< bB b.AnLhnKZ[Ӏ B 7< bB b^.AnQgMnPZ[Ӏ B 7< bB b.AnVhnUZ\Ӏ B 7< bB bu.An[enZZ\Ӏ mB 7< bB b.An`hn_Z]pӀ qB 7< bB b.AneendZ]Ӏ B 7< bB b .AnjlniZ^`Ӏ B 7< bB b.AnohnnZ^Ӏ B 7< bB b.AntensZ_PӀ B 7< bB b.AnyenxZ_Ӏ B 7< bB bO.An~gMn}Z`@Ӏ B 7< bB b}.AnɃenɂZ`Ӏ fB 7< bB b.AnɈgMnɇZa0Ӏ |B 7< bB bC.AnɍgMnɌZa Ӏ 9B 7< bB bk.AnɒinɑZb Ӏ NB 7< bB b.Anɗב?nɖZbpӀ B 7< bB ba.AnɜhnɛZcӀ ,B 7< bB bF.AnɡhnɠZc`Ӏ B 7< bB b.AnɦhnɥZdӀ B 7< bB bv .AnɫenɪZdPӀ B 7< bB bB.AnɰgMnɯZdӀ B 7< bB b}.AnɵenɴZe@Ӏ {B 7< bB b}@.AnɺmۀnɹZe Ӏ B 7< bB bk.AnɿhnɾZf0"Ӏ XB 7< bB bh.AnlnÀZf%Ӏ tB 7< bB bh.AnenȀZg 'Ӏ /B 7< bB b5.AneǹZhP8Ӏ B 7< bB b.AngMnҀZh:Ӏ B 7< bB b֎.Anen׀Zi@=Ӏ B 7< bB bv*.AngMn܀Zi?Ӏ mB 7< bB bvd.An~nZj0BӀ B 7< bB b.AnlnZjDӀ )B 7< bB b(.AnenZk GӀ AB 7< bB b.AnhnZkpIӀ B 7< bB b.AngMnZlLӀ B 7< bB bh.AnenZl`NӀ B 7< bB b.AngMnZmQӀ B 7< bB b.AninZmPSӀ B 7< bB b.An en ZmVӀ B 7< bB b.AnhnZn@XӀ ~B 7< bB b.AnmۀnZn[Ӏ B 7< bB b).AnenZo0]Ӏ ]B 7< bB b5.Ank<nZo`Ӏ ~B 7< bB bF.An#en"Zp bӀ 7B 7< bB b.An(en'ZpeӀ "B 7< bB bM.An-in,ZqgӀ B 7< bB b>.An2hn1ZqjӀ B 7< bB b.An7k<n6ZrlӀ B 7< bB b#.AnZףӀ B 7< bB b.AnDinCZפӀ B 7< bB b.AnIinHZפБӀ B 7< bB b .AnNenMZץpӀ B 7< bB be.AnSgMnRZץӀ B 7< bB b.AnXgMnWZצ`Ӏ B 7< bB b.An]ב?n\ZצӀ B 7< bB bO.AnbinaZקPӀ B 7< bB b~.Angk<nfZקӀ LB 7< bB bw~.AnlhnkZר@Ӏ JB 7< bB bw.AnqenpZרӀ B 7< bB bt.AnvdnuZש0Ӏ .B 7< bB btV.An{enzZשӀ B 7< bB bv.AǹgMnZת Ӏ B 7< bB bv.An̅hn̄ZתpӀ B 7< bB bvf.An̊in̉Z׫Ӏ B 7< bB b}.An̏in̎Z׫`Ӏ B 7< bB b.An̔in̓Z׬Ӏ B 7< bB b.An̙gMn̘Z׬PӀ B 7< bB bj.An̞in̝Z׬Ӏ B 7< bB bN.Aṇen̢Z׭@Ӏ GB 7< bB bC.An̨hn̨Z׭Ӏ kB 7< bB b7.AṋgMn̬Z׮0Ӏ B 7< bB b>.An̲hṉZ׮Ӏ B 7< bB b؍.An̷in̶Zׯ Ӏ B 7< bB b֎h.An̼gMn̻ZׯӀ B 7< bB b֍.AnhnZװӀ B 7< bB b΍.AninŀZװӀ B 7< bB b΍x.AnhnʀZױӀ B 7< bB bV.AnenπZױӀ B 7< bB b .Ank<nԀZױӀ QB 7< bB b.AnhnـZײӀ _B 7< bB bЎ.AninހZײӀ $B 7< bB b1.AngMnZ׳Ӏ %B 7< bB b1.AngMnZ׳Ӏ B 7< bB b܎.AnenZ״pӀ B 7< bB b܎.AngMnZ״Ӏ B 7< bB bJ.AngMnZ׵`Ӏ B 7< bB bɏ-.AngMnZ׵Ӏ B 7< bB bɐ.AngMnZ׶PӀ B 7< bB bV.AnhnZ׶Ӏ TB 7< bB bg.An דހn Z׷@Ӏ dB 7< bB bg.AngMnZ׷Ӏ !B 7< bB b^.AnenZ׸0Ӏ 9B 7< bB b^.AnenZ׸Ӏ B 7< bB b_r.An hnZ׹ Ӏ B 7< bB b].An%gMn$Z׹pӀ B 7< bB b].An*hn)Z׺Ӏ B 7< bB b].An/in.Z׺`Ӏ rB 7< bB br.An4in3Z׻Ӏ B 7< bB brU.An9gMn8Z׻P Ӏ HB 7< bB b.An>gMn=Z׻ Ӏ [B 7< bB b.AnCenBZ׼@Ӏ #B 7< bB b .AnHenGZ׼Ӏ <B 7< bB b?.AnMgMnLZ׽0Ӏ B 7< bB bJ.AnRgMnQZ׾`$Ӏ B 7< bB b.AnWhnVZ׾&Ӏ fB 7< bB b.An\en[Z׿P)Ӏ B 7< bB b .Anahn`Z׿+Ӏ @B 7< bB b.AnflneZ@.Ӏ PB 7< bB b3.AnkgMnjZ0Ӏ B 7< bB bN.Anpב?noZ03Ӏ B 7< bB b.AnugMntZ5Ӏ B 7< bB b.AnzmۀnyZ 8Ӏ B 7< bB b.Anin~Zp:Ӏ B 7< bB bu.An̈́gMn̓Z=Ӏ B 7< bB b.An͉in͈Z`?Ӏ B 7< bB bs.An͎en͍ZBӀ B 7< bB bsj.An͓hn͒ZPDӀ eB 7< bB b.An͘gMn͗ZGӀ yB 7< bB b.An͝mۀn͜Z@IӀ 2B 7< bB br.An͢en͡ZLӀ 5B 7< bB b.AnͧhnͦZ0NӀ B 7< bB b1.AnͬgMnͫZQӀ B 7< bB bM.AnͱhnͰZ SӀ B 7< bB b.AnͶen͵ZVӀ B 7< bB b.AnͻenͺZXӀ B 7< bB bw.An׏nͿZȰ[Ӏ B 7< bB bw.AnenĀZ]Ӏ pB 7< bB bw.AnenɀZɠ`Ӏ B 7< bB bt.Anen΀ZbӀ MB 7< bB bv.AninӀZʐeӀ ^B 7< bB bv.Anhn؀ZgӀ $B 7< bB bv.Anhn݀ZˀjӀ -B 7< bB bvc.AnlnZlӀ B 7< bB b.AnhnZpoӀ B 7< bB b*.AninZqӀ B 7< bB b}.AninZ`tӀ B 7< bB b.AninZͰvӀ B 7< bB b.AninZPyӀ B 7< bB bu.AninZΠ{Ӏ CB 7< bB b9.AngMnZ@~Ӏ XB 7< bB b.An gMn ZϐӀ B 7< bB b+.AnlnZ0Ӏ B 7< bB b.AnenZЀӀ B 7< bB b.Ank<nZ Ӏ B 7< bB b.Ank<nZpӀ B 7< bB b.An$in#ZӀ B 7< bB b.An)in(Z`Ӏ GB 7< bB b#.An.en-ZӀ aB 7< bB b.An3hn2ZPӀ )B 7< bB b.An8gMn7ZӀ >B 7< bB b.An=ln<Z@Ӏ B 7< bB b.AnBinAZӀ B 7< bB bu.AnGgMnFZ0Ӏ B 7< bB b.AnLinKZСӀ B 7< bB b.AnQinPZ Ӏ B 7< bB b&.AnVenUZӀ B 7< bB b~.An[enZZӀ B 7< bB bI7.An`|Fn_ZװӀ B 7< bB bW.AnegMndZӀ YB 7< bB bWp.AnjiniZؠӀ RB 7< bB b^.AnoennZӀ B 7< bB b}.AnthnsZِӀ B 7< bB b}5.AnymۀnxZӀ B 7< bB b}.An~gMn}ZӀ tB 7< bB b}a.An΃ln΂Z`Ӏ BB 7< bB b|.AnΈen·ZӀ SB 7< bB b.An΍enΌZPӀ B 7< bB bR.AnΒhnΑZӀ 3B 7< bB b.AnΗhnΖZ@Ӏ B 7< bB b.AnΜinΛZӀ B 7< bB b.AnΡenΠZ0Ӏ B 7< bB b.AnΦk<nΥZӀ B 7< bB bc.AnΫenΪZ Ӏ B 7< bB b.AnΰlnίZӀ B 7< bB b.AnεgMnδZӀ jB 7< bB b.AnκqɀnιZӀ oB 7< bB b.AnοinξZӀ @B 7< bB b.AninÀZӀ QB 7< bB b.AngMnȀZӀ B 7< bB b*.AneǹZӀ &B 7< bB b7.AnhnҀZӀ B 7< bB b.Anen׀ZӀ B 7< bB b .Anln܀ZӀ B 7< bB b].AninZpӀ B 7< bB b.AnenZӀ B 7< bB b.AninZ`Ӏ B 7< bB b.AngMnZӀ :B 7< bB b.AninZPӀ gB 7< bB bB.AngMnZӀ "B 7< bB b.AnmۀnZ@ Ӏ FB 7< bB b}.AnhnZ Ӏ B 7< bB b'.An mۀn Z0Ӏ B 7< bB b.AninZӀ B 7< bB b$.AnlnZ Ӏ B 7< bB b$.AninZpӀ B 7< bB bv.AnIinH\Ӏ B 7< bB b~.AnNgMnM\0Ӏ B 7< bB b.AnSk<nR\Ӏ B 7< bB b(.AnXinW\ Ӏ B 7< bB b.An]gMn\\pӀ B 7< bB b.Anbina\Ӏ B 7< bB bX.Angenf\`Ӏ nB 7< bB b.Anlיnk\Ӏ B 7< bB b.AnqgMnp\сPӀ DB 7< bB b.Anvם nu\؁Ӏ kB 7< bB b_.An{enz\ЁӀ B 7< bB b5.Anۀhn\ƁpӀ B 7< bB b0.Anۅk<nۄ\Ӏ B 7< bB b.AnۊgMnۉ\`Ӏ B 7< bB b.Anۏhnێ\Ӏ B 7< bB b.An۔pznۓ\PӀ B 7< bB b.AnۙgMnۘ\Ӏ B 7< bB b .An۞mۀn۝\@Ӏ B 7< bB b.Anۣenۢ\Ӏ B 7< bB b.Anۨo*nۧ\0Ӏ B 7< bB b.Anۭpzn۬\Ӏ bB 7< bB ba.An۲en۱\ Ӏ ~B 7< bB bo.An۷gMn۶\pӀ QB 7< bB b.Anۼenۻ\Ӏ wB 7< bB b.AngMn\` Ӏ GB 7< bB b.Anגnŀ\ Ӏ fB 7< bB b.AngMnʀ\ PӀ 4B 7< bB b.Anhnπ\ Ӏ XB 7< bB b_.AnpznԀ\!@Ӏ &B 7< bB bJ.Anlnـ\!Ӏ MB 7< bB bO.AngMnހ\"0Ӏ B 7< bB bx.Ano*n\"Ӏ HB 7< bB b.AngMn\# Ӏ B 7< bB b.Ank<n\# Ӏ IB 7< bB b.AngMn\$"Ӏ B 7< bB b.Andn\$%Ӏ :B 7< bB b.AngMn\%'Ӏ B 7< bB b".AngMn\%*Ӏ B 7< bB bf.Anmۀn\%,Ӏ B 7< bB b~.An hn \&/Ӏ B 7< bB bE.Anhn\&1Ӏ B 7< bB b.Anmۀn\'4Ӏ B 7< bB b.Anhn\'6Ӏ mB 7< bB bh.An ׌n\(p9Ӏ sB 7< bB b.An%hn$\(;Ӏ <B 7< bB b .An*hn)\)`>Ӏ 5B 7< bB bu.An/gMn.\)@Ӏ B 7< bB bu.An4en3\*PCӀ B 7< bB bu.An9gMn8\*EӀ B 7< bB bf.An>gMn=\+@HӀ B 7< bB bf.AnCk<nB\+JӀ cB 7< bB b.AnHgMnG\,0MӀ `B 7< bB bV.AnMo*nL\,OӀ B 7< bB b.AnRenQ\- RӀ )B 7< bB b.AnWenV\-pTӀ B 7< bB bf.An\gMn[\.WӀ B 7< bB b.Anaen`\.`YӀ B 7< bB b.Anflne\/\Ӏ B 7< bB b .Ankenj\/P^Ӏ YB 7< bB b.Anphno\/aӀ eB 7< bB b*.Anuint\0@cӀ !B 7< bB b .Anzhny\0fӀ *B 7< bB b.Anen~\10hӀ B 7< bB b.An܄en܃\1kӀ B 7< bB b.An܉dn܈\2 mӀ B 7< bB b].An܎en܍\3P~Ӏ &B 7< bB b].Anܓenܒ\3Ӏ B 7< bB be.Anܘo*nܗ\4@Ӏ B 7< bB bf.Anܝinܜ\4Ӏ B 7< bB bf.Anܢlnܡ\50Ӏ B 7< bB b.Anܧenܦ\5Ӏ mB 7< bB b.AnܬgMnܫ\6 Ӏ wB 7< bB b.AnܱgMnܰ\6pӀ B 7< bB b.Anܶenܵ\7Ӏ $B 7< bB b.Anܻlnܺ\7`Ӏ B 7< bB b.Aninܿ\8Ӏ B 7< bB b.Ank<nĀ\8PӀ B 7< bB b.AngMnɀ\8Ӏ B 7< bB b.Anen΀\9@Ӏ SB 7< bB bt.AngMnӀ\9Ӏ ]B 7< bB b.Anen؀\:0Ӏ B 7< bB b.Anmۀn݀\:ЦӀ B 7< bB b.Anhn\; Ӏ B 7< bB b.Anhn\;Ӏ B 7< bB bY.Anin\<Ӏ B 7< bB b.Anen\<Ӏ B 7< bB b.AngMn\=Ӏ SB 7< bB b7.Anen\=Ӏ hB 7< bB b.Anin\=Ӏ B 7< bB b.AngMn\>Ӏ B 7< bB b .An ׁn \>Ӏ B 7< bB bp.AngMn\?Ӏ B 7< bB b}.Anhn\?Ӏ B 7< bB b}a.Anen\@pӀ B 7< bB b~+.Anen\@Ӏ NB 7< bB b}.An$׏n#\A`Ӏ NB 7< bB b}.An)hn(\AӀ B 7< bB b|*.An.hn-\BPӀ B 7< bB b|.An3in2\BӀ B 7< bB b|.An8in7\C@Ӏ B 7< bB b.An=hn<\CӀ B 7< bB bL.AnBgMnA\D0Ӏ B 7< bB b.AnGlnF\DӀ *B 7< bB b .AnLgMnK\E Ӏ B 7< bB b.AnQenP\EpӀ B 7< bB b.AnVenU\FӀ B 7< bB b.An[hnZ\F`Ӏ B 7< bB b+.An`gMn_\GӀ B 7< bB b.Anehnd\GPӀ ?B 7< bB b.Anjini\GӀ ZB 7< bB b$.Anoenn\H@Ӏ B 7< bB b.Antlns\HӀ B 7< bB b.Anyenx\I0Ӏ B 7< bB bs.An~hn}\IӀ B 7< bB b1.An݃in݂\J Ӏ B 7< bB b.An݈hn݇\JӀ ~B 7< bB br.Anݍin݌\KӀ %B 7< bB b.Anݒhnݑ\KӀ 0B 7< bB b.Anݗinݖ\LӀ B 7< bB bJ.AnݜgMnݛ\LӀ B 7< bB b:.Anݡinݠ\LӀ B 7< bB b.Anݦinݥ\M Ӏ B 7< bB bo.Anݫhnݪ\M Ӏ fB 7< bB b9.Anݰhnݯ\NӀ mB 7< bB b.Anݵinݴ\NӀ *B 7< bB b.AnݺgMnݹ\P"Ӏ B 7< bB bw=.AnݿgMnݾ\PP$Ӏ B 7< bB bw.AngMnÀ\P'Ӏ B 7< bB bw.AngMnȀ\Q@)Ӏ +B 7< bB btP.Ank<ǹ\Q,Ӏ 9B 7< bB bt.AntinҀ\R0.Ӏ B 7< bB bv.Anhn׀\R1Ӏ B 7< bB bv.Anhn܀\S 3Ӏ B 7< bB bv.Anhn\S6Ӏ B 7< bB b.Anhn\T8Ӏ xB 7< bB b.Anen\T;Ӏ }B 7< bB b.Anen\U=Ӏ >B 7< bB b.AngMn\U@Ӏ EB 7< bB b.AngMn\UBӀ B 7< bB b.Anin\VEӀ B 7< bB b.Anin\VGӀ B 7< bB b.An gMn \WJӀ B 7< bB b.Andn\WLӀ fB 7< bB b.Anen\XpOӀ oB 7< bB b_.Anen\XQӀ B 7< bB b.Anen\Y`TӀ #B 7< bB b.An#hn"\YVӀ B 7< bB b.An(mۀn'\ZPYӀ B 7< bB b.An-hn,\Z[Ӏ B 7< bB b8.An2mۀn1\[@^Ӏ B 7< bB b\.An7en6\[`Ӏ cB 7< bB b.AnB 7< bB b|s.Anln\qӀ B 7< bB b|c.An"gMn!\rPӀ B 7< bB b{E.An'hn&\rӀ B 7< bB b'.An,gMn+\s@Ӏ B 7< bB b'.An1hn0\sӀ B 7< bB bv.An6gMn5\t0Ӏ B 7< bB bv.An;hn:\tӀ B 7< bB b.An@k<n?\u Ӏ B 7< bB b.AnEinD\upӀ WB 7< bB b.AnJk<nI\vӀ UB 7< bB b9.AnOenN\v`Ӏ B 7< bB b.AnTgMnS\wӀ -B 7< bB b.AnYgMnX\wPӀ B 7< bB b.An^hn]\wӀ B 7< bB b.Ancenb\x@Ӏ B 7< bB b.Anhhng\xӀ B 7< bB b.Anmlnl\y0 Ӏ B 7< bB b.AnrgMnq\y Ӏ B 7< bB b.Anwk<nv\z Ӏ wB 7< bB bS.An|gMn{\zӀ B 7< bB b.An߁׆€n߁\{Ӏ JB 7< bB b.An߆gMn߅\{Ӏ \B 7< bB bc.Anߋhnߊ\|Ӏ B 7< bB b.Anߐinߏ\|Ӏ B 7< bB b.Anߕhnߔ\|Ӏ B 7< bB b.Anߚhnߙ\} Ӏ B 7< bB bS.Anߟhnߞ\}"Ӏ B 7< bB b .AnߤgMnߣ\~%Ӏ B 7< bB b.AnߩgMnߨ\~'Ӏ B 7< bB b.An߮gMn߭\p*Ӏ B 7< bB b.An߳en߲\,Ӏ JB 7< bB b.An߸k<n߷\׀`/Ӏ LB 7< bB b}.An߽gMn߼\׀1Ӏ B 7< bB b}.AngMn\ׁP4Ӏ B 7< bB b~.AngMnƀ\ׁ6Ӏ B 7< bB b}8.Anenˀ\ׂ@9Ӏ B 7< bB b}.AnlnЀ\ׂ;Ӏ `B 7< bB b|e.AnenՀ\׃0>Ӏ qB 7< bB b|.AngMnڀ\׃@Ӏ 9B 7< bB b|.Anin߀\ׄ CӀ ?B 7< bB b.Anin\ׄpEӀ B 7< bB b.Anin\ׅHӀ 0B 7< bB b.Anhn\ׅ`JӀ B 7< bB b.Anen\׆MӀ B 7< bB b.Anen\׆POӀ B 7< bB b.Anח̀n\׆RӀ B 7< bB b.Anen\ׇ@TӀ B 7< bB b.Anin\ׇWӀ B 7< bB b..An in \׈0YӀ WB 7< bB b .An׎n\׉`jӀ B 7< bB b.AngMn\׉lӀ B 7< bB bt.Anhn\׊PoӀ B 7< bB b.An!en \׊qӀ B 7< bB b.An&en%\׋@tӀ B 7< bB bg.An+in*\׋vӀ fB 7< bB b|.An0en/\׌0yӀ xB 7< bB b.An5gMn4\׌{Ӏ IB 7< bB bQ.An:gMn9\׍ ~Ӏ fB 7< bB b.An?en>\׍pӀ -B 7< bB b).AnDenC\׎Ӏ 0B 7< bB bK.AnIk<nH\׎`Ӏ B 7< bB bj.AnNgMnM\׏Ӏ B 7< bB b.AnShnR\׏PӀ B 7< bB b.AnXhnW\׏Ӏ B 7< bB b.An]in\\א@Ӏ }B 7< bB b.AnbgMna\אӀ B 7< bB b~.Anghnf\ב0Ӏ aB 7< bB bw(.AnlgMnk\בЗӀ qB 7< bB bw.Anqenp\ג Ӏ 4B 7< bB bt.Anvk<nu\גӀ BB 7< bB bt.An{inz\דӀ B 7< bB bv.Anhn\דӀ "B 7< bB bv .Anhn\הӀ B 7< bB bv.Anhn\הӀ B 7< bB b.AngMn\הӀ B 7< bB b=.Anen\וӀ B 7< bB bk.Anen\וӀ tB 7< bB b.Andn\זӀ B 7< bB b.Anlnࢀ\זвӀ RB 7< bB b.AngMnী\חpӀ iB 7< bB b}W.Anגn଀\חӀ -B 7< bB b}.AngMnీ\ט`Ӏ ?B 7< bB bP.Anhn඀\טӀ B 7< bB b&.Anhnເ\יPӀ B 7< bB b.AngMn\יӀ B 7< bB b.Anhnŀ\ך@Ӏ B 7< bB b.Anhnʀ\ךӀ B 7< bB b.Aninπ\כ0Ӏ B 7< bB b.AnsnԀ\כӀ ZB 7< bB b~.Anlnـ\ל Ӏ aB 7< bB b.Anqɀnހ\לpӀ B 7< bB bX.Anen\םӀ %B 7< bB b.AngMn\ם`Ӏ B 7< bB b.Anen\מӀ B 7< bB b.Anen\מPӀ B 7< bB b.Anhn\מӀ B 7< bB b7.Anln\ן@Ӏ xB 7< bB b.Anin\ןӀ |B 7< bB b.AngMn\נ0Ӏ 9B 7< bB bW.An gMn \נӀ 9B 7< bB b.Andn\ס Ӏ B 7< bB b}.Ank<n\סӀ B 7< bB b} .Anin\עӀ B 7< bB b~.An in\עӀ B 7< bB b} .An%in$\ףӀ B 7< bB b}E.An*hn*\ףӀ B 7< bB b|-.An/gMn/^ףӀ HBG= 7= d@ d~@.An4en3^פӀ DBG= 7= d@ d~.An9dn8^פӀ BG= 7= d@ d~ŐU.An>en=^צӀ BG= 7= d@ d~Ő[.AnChnB^צ`Ӏ dBG= 7= d@ d~.AnHenG^קӀ nBG= 7= d@ d~K.AnMgMnL^קPӀ #BG= 7= d@ d~K!.AnRgMnQ^קӀ 5BG= 7= d@ d~.AnWgMnV^ר@Ӏ BG= 7= d@ d~.An\k<n[^רӀ BG= 7= d@ d~.AnagMn`^ש0Ӏ BG= 7= d@ d~.AnfgMne^ש"Ӏ BG= 7= d@ d~9.Ankinj^ת $Ӏ BG= 7= d@ d~k.Anpeno^ת'Ӏ ~BG= 7= d@ d~.Anuent^׫)Ӏ 8BG= 7= d@ d~.AnzgMny^׫,Ӏ DBG= 7= d@ d~A.AngMn~^׬.Ӏ BG= 7= d@ d~^.AndnჀ^׬1Ӏ %BG= 7= d@ d~.Aninሀ^׬3Ӏ BG= 7= d@ d~.Anenፀ^׭6Ӏ BG= 7= d@ d~:.Anב?nᒀ^׭8Ӏ BG= 7= d@ d~.Anhnᗀ^׮;Ӏ BG= 7= d@ d~T.AngMnᜀ^׮=Ӏ BG= 7= d@ d~J.AngMnᡀ^ׯp@Ӏ BG= 7= d@ d~B.Anhnᦀ^ׯBӀ mBG= 7= d@ d~.Anenᫀ^װ`EӀ xBG= 7= d@ d~.AngMnᰀ^װGӀ BG= 7= d@ d~.Anlnᵀ^ױPJӀ 0BG= 7= d@ d~.AnenẀ^ױLӀ BG= 7= d@ d~w.Anin῀^ײ@OӀ BG= 7= d@ d~w.AnenĀ^ײQӀ BG= 7= d@ d~w:.AngMnɀ^׳0TӀ BG= 7= d@ d~t.AngMn΀^׳VӀ BG= 7= d@ d~v.AnenӀ^״ YӀ BG= 7= d@ d~v.AngMn؀^״p[Ӏ BG= 7= d@ d~v~.Anin݀^׵^Ӏ BG= 7= d@ d~v.AngMn^׵``Ӏ QBG= 7= d@ d~.Anin^׶cӀ sBG= 7= d@ d~.Anmۀn^׶PeӀ BG= 7= d@ d~.Anin^׶hӀ BG= 7= d@ d~.An׈n^׷@jӀ BG= 7= d@ d~X~.Anen^׷mӀ BG= 7= d@ d~X.Andn^׸0oӀ BG= 7= d@ d~Y+.AngMn^׸rӀ BG= 7= d@ d~Y.An wn ^׹ tӀ sBG= 7= d@ d~U.Anen^׹wӀ BG= 7= d@ d~.AngMn^׺yӀ 0BG= 7= d@ d~.Anmۀn^׺|Ӏ 9BG= 7= d@ d~a.Anun^׻~Ӏ BG= 7= d@ d~.An$ln#^׻Ӏ BG= 7= d@ d~.An)gMn(^׻Ӏ BG= 7= d@ d~.An.en-^׼Ӏ BG= 7= d@ d~.An3in2^׼Ӏ }BG= 7= d@ d~e.An8hn7^׽Ӏ BG= 7= d@ d~@.An=o*n<^׽ЍӀ XBG= 7= d@ d~.AnBenA^׾pӀ jBG= 7= d@ d~.AnGmۀnF^׾Ӏ 8BG= 7= d@ d~O.AnLenK^׿`Ӏ DBG= 7= d@ d~.AnQenP^׿Ӏ BG= 7= d@ d~.AnVgMnU^PӀ BG= 7= d@ d~.An[enZ^Ӏ BG= 7= d@ d~-.An`in_^@Ӏ BG= 7= d@ d~.Anehnd^Ӏ BG= 7= d@ d~.Anjini^0Ӏ BG= 7= d@ d~}.Anohnn^Ӏ BG= 7= d@ d~} .Antk<ns^ðӀ BG= 7= d@ d~}.Anyenx^Ӏ BG= 7= d@ d~}.An~en}^ĠӀ BG= 7= d@ d~}.AngMn₀^Ӏ BG= 7= d@ d~|.AngMn⇀^ŐӀ BG= 7= d@ d~.AngMn⌀^Ӏ qBG= 7= d@ d~.Anin⑀^ƀӀ rBG= 7= d@ d~.AngMn▀^Ӏ 2BG= 7= d@ d~L.Anen⛀^pӀ UBG= 7= d@ d~.An׎n⠀^Ӏ BG= 7= d@ d~.Anen⥀^`Ӏ BG= 7= d@ d~ .Anen⪀^ȰӀ BG= 7= d@ d~.Anen⯀^PӀ BG= 7= d@ d~.Anhnⴀ^ɠӀ BG= 7= d@ d~L.Ank<n⹀^@Ӏ BG= 7= d@ d~P.Anen⾀^ʐӀ BG= 7= d@ d~R.Ank<nÀ^0Ӏ BG= 7= d@ d~R.AngMnȀ^ˀӀ OBG= 7= d@ d~P.Ank<ǹ^ Ӏ rBG= 7= d@ d~P.AnenҀ^pӀ 5BG= 7= d@ d~.Anen׀^Ӏ <BG= 7= d@ d~^D.Anen܀^`Ӏ BG= 7= d@ d~^.Anin^Ӏ BG= 7= d@ d~,.Anin^PӀ BG= 7= d@ d~>.AngMn^Ӏ BG= 7= d@ d~o.Anln^@Ӏ BG= 7= d@ d~.Anen^Ӏ BG= 7= d@ d~.Anen^0Ӏ kBG= 7= d@ d~6.Anin^Ӏ {BG= 7= d@ d~.Anhn^ Ӏ @BG= 7= d@ d~>.An in ^Ӏ XBG= 7= d@ d~.AngMn^Ӏ BG= 7= d@ d~wz.Anmۀn^ҰӀ 1BG= 7= d@ d~wM.AngMn^ Ӏ BG= 7= d@ d~v.Anגn^Ӡ Ӏ BG= 7= d@ d~v.An#hn"^Ӏ BG= 7= d@ d~u.An(hn'^ԐӀ BG= 7= d@ d~v.An-hn,^Ӏ wBG= 7= d@ d~v.An2in1^ՀӀ cBG= 7= d@ d~v.An7en6^Ӏ &BG= 7= d@ d~%.AnӀ BG= 7= d@ d~ʎ.AngMnㆀ^P@Ӏ BG= 7= d@ d~Ď7.Anen㋀^CӀ BG= 7= d@ d~č.AngMn㐀^@EӀ xBG= 7= d@ d~:X.Anen㕀^pVӀ BG= 7= d@ d~:.Anen㚀^XӀ BG= 7= d@ d~.AngMn㟀^`[Ӏ BG= 7= d@ d~6.Anin㤀^]Ӏ BG= 7= d@ d~6S.Anhn㩀^P`Ӏ BG= 7= d@ d~.Anln㮀^bӀ yBG= 7= d@ d~1.Anen㳀^@eӀ }BG= 7= d@ d~1.Anen㸀^gӀ &BG= 7= d@ d~^.AngMn㽀^0jӀ DBG= 7= d@ d~^.Anen€^lӀ BG= 7= d@ d~_.AngMnǀ^ oӀ BG= 7= d@ d~_+.Aniǹ^pqӀ BG= 7= d@ d~_.Anenр^tӀ BG= 7= d@ d~|.AngMnր^`vӀ BG= 7= d@ d~|.Anmۀnۀ^yӀ BG= 7= d@ d~|.Anen^P{Ӏ BG= 7= d@ d~W.Anen^~Ӏ BG= 7= d@ d~.Anhn^@Ӏ VBG= 7= d@ d~.Anin^Ӏ ZBG= 7= d@ d~.Anin^0Ӏ BG= 7= d@ d~.Anin^ЈӀ !BG= 7= d@ d~3.Anח̀n^ Ӏ BG= 7= d@ d~i.Anhn^Ӏ BG= 7= d@ d~.An gMn^Ӏ BG= 7= d@ d~x.Anen ^값Ӏ BG= 7= d@ d~.Anhn^Ӏ BG= 7= d@ d~.Anen^렗Ӏ BG= 7= d@ d~.Anhn^Ӏ xBG= 7= d@ d~7.An"in!^쐜Ӏ }BG= 7= d@ d~.An'en&^Ӏ PBG= 7= d@ d~.An,ln+^퀡Ӏ OBG= 7= d@ d~.An1en0^УӀ BG= 7= d@ d~Ŏ3!.An6hn5^pӀ BG= 7= d@ d~Ŏ.An;hn:^Ӏ BG= 7= d@ d~n.An@gMn?^`Ӏ BG= 7= d@ d~.AnEinD^ﰭӀ BG= 7= d@ d~.AnJhnI^PӀ BG= 7= d@ d~.AnOhnN^Ӏ BG= 7= d@ d~.AnTgMnS^@Ӏ BG= 7= d@ d~.AnYgMnX^Ӏ MBG= 7= d@ d~.An^hn]^0Ӏ `BG= 7= d@ d~u.Ancinb^Ӏ BG= 7= d@ d~Z.Anhing^ Ӏ BG= 7= d@ d~wf.Anminl^pӀ BG= 7= d@ d~we.AnrgMnq^Ӏ BG= 7= d@ d~t.Anwhnv^`Ӏ tBG= 7= d@ d~v^.An|gMn{^Ӏ BG= 7= d@ d~v.Anen䀀^PӀ GBG= 7= d@ d~v.Anln䅀^Ӏ QBG= 7= d@ d~v.Anen䊀^@Ӏ BG= 7= d@ d~}.Anen䏀^Ӏ 6BG= 7= d@ d~.AngMn䔀^0Ӏ BG= 7= d@ d~D.AngMn䙀^Ӏ BG= 7= d@ d~.Anin䞀^ Ӏ BG= 7= d@ d~.Anen䣀^Ӏ BG= 7= d@ d~?.AngMn䩀^Ӏ BG= 7= d@ d~.Anen䭀^Ӏ BG= 7= d@ d~\.Ano*n䲀^Ӏ \BG= 7= d@ d~.Anhn䷀^Ӏ gBG= 7= d@ d~.Anin伀^Ӏ 9BG= 7= d@ d~C.Anhn^ Ӏ BG= 7= d@ d~.Anenƀ^pӀ BG= 7= d@ d~.Anenˀ^Ӏ BG= 7= d@ d~E.AnhnЀ^`Ӏ yBG= 7= d@ d~.AngMnՀ^Ӏ BG= 7= d@ d~.Anenڀ^PӀ UBG= 7= d@ d~.Ank<n߀^ Ӏ hBG= 7= d@ d~.Anen^@ Ӏ ,BG= 7= d@ d~I.Ano*n^Ӏ /BG= 7= d@ d~.AngMn^0Ӏ BG= 7= d@ d~;s.Anhn^Ӏ BG= 7= d@ d~;.AngMn^ Ӏ BG= 7= d@ d~$.AngMn^Ӏ BG= 7= d@ d~Y.Anln^Ӏ oBG= 7= d@ d~.Anen^Ӏ BG= 7= d@ d~.An in ^Ӏ EBG= 7= d@ d~.Anin^"Ӏ dBG= 7= d@ d~.AngMn^$Ӏ *BG= 7= d@ d~~f.Anen^'Ӏ @BG= 7= d@ d~~.An!en ^)Ӏ BG= 7= d@ d~}.An&gMn%^,Ӏ BG= 7= d@ d~}x.An+gMn*^.Ӏ BG= 7= d@ d~|.An0׏n/^p1Ӏ BG= 7= d@ d~|.An5gMn4^3Ӏ BG= 7= d@ d~|.An:גn9^`6Ӏ BG= 7= d@ d~.An?hn>^8Ӏ gBG= 7= d@ d~_.AnDinC^P;Ӏ wBG= 7= d@ d~.AnIenH^=Ӏ 8BG= 7= d@ d~v.AnNenM^ @@Ӏ JBG= 7= d@ d~n.AnSgMnR^ BӀ BG= 7= d@ d~b.AnXenW^ 0EӀ $BG= 7= d@ d~9.An]hn\^ GӀ BG= 7= d@ d~\.Anbina^ JӀ BG= 7= d@ d~.Anghnf^ pLӀ BG= 7= d@ d~.Anlhnk^ OӀ BG= 7= d@ d~a.AnqgMnp^ `QӀ xBG= 7= d@ d~.Anvhnu^ TӀ BG= 7= d@ d~.An{hnz^ PVӀ JBG= 7= d@ d~g.AngMn^ YӀ XBG= 7= d@ d~.Anmۀn儀^@[Ӏ BG= 7= d@ d~.Anen剀^^Ӏ BG= 7= d@ d~.Anln厀^0`Ӏ BG= 7= d@ d~.AngMn哀^cӀ BG= 7= d@ d~.Anen嘀^ eӀ BG= 7= d@ d~F.XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 92 / width of table in bytes NAXIS2 = 666 / 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 = 426679322.84222 TSTOP = 426698132.84224 DATE-OBS= '2014-07-10T10:01:59' DATE-END= '2014-07-10T15:15:29' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18810.0000199676 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 314 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:34' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'Y2bKY1ZKY1bKY1ZK' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '291783352' / data unit checksum updated 2014-07-20T07:58:34 HISTORY TASK: FAPPND on FILENAME: sw00603954000b13ax001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:39 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Anכhcmt70oz.dhkhcmt6ncz.dhknŀ71ҀqjsAn)ם hcmt70oz.dhkhcmt6ncz.dhknŀ71ҀqjsAn8מZhcmt70oz.dhkhcmt6ncz.dhknŀ71ҀqjsAnGכhcmt70oz.dhkhcmt6ncz.dhknŀ71ҀqjsAnVנhcmt70oz.dhkhcmt6ncz.dhknŀ71ҀqjsAneןhcmt70oz.dhkhcmt6ncz.dhknŀ71ҀqjsAntןhcmt70oz.dhkhcmt6ncz.dhknŀ71ҀqjsAnףhcmt70oz.dhkhcmt6ncz.dhknŀ71ҀqjsAnם 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scmtp78z.sdmscmtot8z.sdmn&.ɀ+71rE|局Angןscmtp78z.sdmscmtot8z.sdmn&.ɀ+71rE|局Anvןscmtp78z.sdmscmtot8z.sdmn&.ɀ+71rE|局Anפscmtp78z.sdmscmtot8z.sdmn&.ɀ+71rE|局Anם acmtp1jz.spcacmtp1jz.spcn3'/ɀ+71rF|局XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 204 / width of table in bytes NAXIS2 = 1998 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 73 / 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 = 'BHK13BSSPRES' / unused for generic HK data packet TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BHKCMDCNT' / HK Command Count TFORM3 = '1I ' / data format of field: 2-byte INTEGER TZERO3 = 32768 / offset for unsigned integers TTYPE4 = 'BHKERRCNT' / HK Command Error Count TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 32768 / offset for unsigned integers TTYPE5 = 'BHKEXECNT' / Execution Count for SubSystem HK TFORM5 = '1J ' / data format of field: 4-byte INTEGER TZERO5 = 2147483648 / offset for unsigned integers TTYPE6 = 'BTMCMDCNT' / TM Command Count TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 32768 / offset for unsigned integers TTYPE7 = 'BTMERRCNT' / TM Command Error Count TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 32768 / offset for unsigned integers TTYPE8 = 'BTMEXECNT' TFORM8 = '1J ' / data format of field: 4-byte INTEGER TZERO8 = 2147483648 / offset for unsigned integers TTYPE9 = 'BCICMDCNT' / CI Ground Request Command Count TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 32768 / offset for unsigned integers TTYPE10 = 'BCIERRCNT' / CI Ground Request Command Error Count TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 32768 / offset for unsigned integers TTYPE11 = 'BCIEXECNT' / Execution Count for SubSystem CI TFORM11 = '1J ' / data format of field: 4-byte INTEGER TZERO11 = 2147483648 / offset for unsigned integers TTYPE12 = 'BPDCMDCNT' / PD Ground Request Command Count TFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 32768 / offset for unsigned integers TTYPE13 = 'BPDERRCNT' / PD Ground Request Command Error Count TFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 32768 / offset for unsigned integers TTYPE14 = 'BPDEXECNT' / Execution Count for SubSystem PD TFORM14 = '1J ' / data format of field: 4-byte INTEGER TZERO14 = 2147483648 / offset for unsigned integers TTYPE15 = 'BSBCMDCNT' / SB Ground Request Command Count TFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BSBERRCNT' / SB Ground Request Command Error Count TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BSBEXECNT' / Execution Count for SubSystem SB TFORM17 = '1J ' / data format of field: 4-byte INTEGER TZERO17 = 2147483648 / offset for unsigned integers TTYPE18 = 'BTOCMDCNT' / TO Ground Request Command Count TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 32768 / offset for unsigned integers TTYPE19 = 'BTOERRCNT' / TO Ground Request Command Error Count TFORM19 = '1I ' / data format of field: 2-byte INTEGER TZERO19 = 32768 / offset for unsigned integers TTYPE20 = 'BTOEXECNT' / Execution Count for SubSystem TO TFORM20 = '1J ' / data format of field: 4-byte INTEGER TZERO20 = 2147483648 / offset for unsigned integers TTYPE21 = 'BMSCMDCNT' / MS Ground Request Command Count TFORM21 = '1I ' / data format of field: 2-byte INTEGER TZERO21 = 32768 / offset for unsigned integers TTYPE22 = 'BMSERRCNT' / MS Ground Request Command Error Count TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 32768 / offset for unsigned integers TTYPE23 = 'BMSEXECNT' / Execution Count for SubSystem MS TFORM23 = '1J ' / data format of field: 4-byte INTEGER TZERO23 = 2147483648 / offset for unsigned integers TTYPE24 = 'BSMCMDCNT' / SM Ground Command Count TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 32768 / offset for unsigned integers TTYPE25 = 'BSMERRCNT' / SM Ground Command Error Count TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 32768 / offset for unsigned integers TTYPE26 = 'BSMEXECNT' / Execution Count for SubSystem SM TFORM26 = '1J ' / data format of field: 4-byte INTEGER TZERO26 = 2147483648 / offset for unsigned integers TTYPE27 = 'BSHCMDCNT' / SH Ground Request Command Count TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 32768 / offset for unsigned integers TTYPE28 = 'BSHERRCNT' / SH Ground Request Command Error Count TFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 32768 / offset for unsigned integers TTYPE29 = 'BSHEXECNT' / Execution Count for SubSystem SH TFORM29 = '1J ' / data format of field: 4-byte INTEGER TZERO29 = 2147483648 / offset for unsigned integers TTYPE30 = 'BXRCMDCNT' / XR Ground Request Command Count TFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 32768 / offset for unsigned integers TTYPE31 = 'BXRERRCNT' / XR Ground Request Command Error Count TFORM31 = '1I ' / data format of field: 2-byte INTEGER TZERO31 = 32768 / offset for unsigned integers TTYPE32 = 'BXREXECNT' / Execution Count for SubSystem XR TFORM32 = '1J ' / data format of field: 4-byte INTEGER TZERO32 = 2147483648 / offset for unsigned integers TTYPE33 = 'BPWCMDCNT' / PW Ground Request Command Count TFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'BPWERRCNT' / PW Ground Request Command Error Count TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 32768 / offset for unsigned integers TTYPE35 = 'BPWEXECNT' / Execution Count for SubSystem PW TFORM35 = '1J ' / data format of field: 4-byte INTEGER TZERO35 = 2147483648 / offset for unsigned integers TTYPE36 = 'BIHCMDCNT' / IH Ground Request Command Count TFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 32768 / offset for unsigned integers TTYPE37 = 'BIHERRCNT' / IH Ground Request Command Error Count TFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 32768 / offset for unsigned integers TTYPE38 = 'BIHEXECNT' / Execution Count for SubSystem IH TFORM38 = '1J ' / data format of field: 4-byte INTEGER TZERO38 = 2147483648 / offset for unsigned integers TTYPE39 = 'BSTCMDCNT' / ST Ground Request Command Count TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 32768 / offset for unsigned integers TTYPE40 = 'BSTERRCNT' / ST Ground Request Command Error Count TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 32768 / offset for unsigned integers TTYPE41 = 'BSTEXECNT' / Execution Count for SubSystem ST TFORM41 = '1J ' / data format of field: 4-byte INTEGER TZERO41 = 2147483648 / offset for unsigned integers TTYPE42 = 'BFOCMDCNT' / FO Ground Request Command Count TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 32768 / offset for unsigned integers TTYPE43 = 'BFOERRCNT' / FO Ground Request Command Error Count TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 32768 / offset for unsigned integers TTYPE44 = 'BFOEXECNT' / Execution Count for SubSystem FO TFORM44 = '1J ' / data format of field: 4-byte INTEGER TZERO44 = 2147483648 / offset for unsigned integers TTYPE45 = 'undocumented1' / Byte field not in ITOS database TFORM45 = '1J ' / data format of field: 4-byte INTEGER TZERO45 = 2147483648 / offset for unsigned integers TTYPE46 = 'undocumented2' / Byte field not in ITOS database TFORM46 = '1J ' / data format of field: 4-byte INTEGER TZERO46 = 2147483648 / offset for unsigned integers TTYPE47 = 'BSCCMDCNT' / SC Ground Request Command Count TFORM47 = '1I ' / data format of field: 2-byte INTEGER TZERO47 = 32768 / offset for unsigned integers TTYPE48 = 'BSCERRCNT' / SC Ground Request Command Error Count TFORM48 = '1I ' / data format of field: 2-byte INTEGER TZERO48 = 32768 / offset for unsigned integers TTYPE49 = 'BSCEXECNT' / Execution Count for SubSystem SC TFORM49 = '1J ' / data format of field: 4-byte INTEGER TZERO49 = 2147483648 / offset for unsigned integers TTYPE50 = 'BFMCMDCNT' / FM Ground Request Command Count TFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 32768 / offset for unsigned integers TTYPE51 = 'BFMERRCNT' / FM Ground Request Command Error Count TFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = 32768 / offset for unsigned integers TTYPE52 = 'BFMEXECNT' / Execution Count for SubSystem FM TFORM52 = '1J ' / data format of field: 4-byte INTEGER TZERO52 = 2147483648 / offset for unsigned integers TTYPE53 = 'BDMCMDCNT' / DM Ground Request Command Count TFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 32768 / offset for unsigned integers TTYPE54 = 'BDMERRCNT' / DM Ground Request Command Error Count TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BDMEXECNT' / Execution Count for SubSystem DM TFORM55 = '1J ' / data format of field: 4-byte INTEGER TZERO55 = 2147483648 / offset for unsigned integers TTYPE56 = 'BBRCMDCNT' / BR Ground Request Command Count TFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 32768 / offset for unsigned integers TTYPE57 = 'BBRERRCNT' / BR Ground Request Command Error Count TFORM57 = '1I ' / data format of field: 2-byte INTEGER TZERO57 = 32768 / offset for unsigned integers TTYPE58 = 'BBREXECNT' / Execution Count for SubSystem BR TFORM58 = '1J ' / data format of field: 4-byte INTEGER TZERO58 = 2147483648 / offset for unsigned integers TTYPE59 = 'BCACMDCNT' / CA Ground Request Command Count TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = 32768 / offset for unsigned integers TTYPE60 = 'BCAERRCNT' / CA Ground Request Command Error Count TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 32768 / offset for unsigned integers TTYPE61 = 'BCAEXECNT' / Execution Count for SubSystem CA TFORM61 = '1J ' / data format of field: 4-byte INTEGER TZERO61 = 2147483648 / offset for unsigned integers TTYPE62 = 'BDICMDCNT' / DI Ground Request Command Count TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 32768 / offset for unsigned integers TTYPE63 = 'BDIERRCNT' / DI Ground Request Command Error Count TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 32768 / offset for unsigned integers TTYPE64 = 'BDIEXECNT' / Execution Count for SubSystem DI TFORM64 = '1J ' / data format of field: 4-byte INTEGER TZERO64 = 2147483648 / offset for unsigned integers TTYPE65 = 'BSPCMDCNT' / SP Ground Request Command Count TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 32768 / offset for unsigned integers TTYPE66 = 'BSPERRCNT' / SP Ground Request Command Error Count TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 32768 / offset for unsigned integers TTYPE67 = 'BSPEXECNT' / Execution Count for SubSystem SP TFORM67 = '1J ' / data format of field: 4-byte INTEGER TZERO67 = 2147483648 / offset for unsigned integers TTYPE68 = 'BTGCMDCNT' / TG Ground Request Command Count TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 32768 / offset for unsigned integers TTYPE69 = 'BTGERRCNT' / TG Ground Request Command Error Count TFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'BTGEXECNT' / Execution Count for SubSystem TG TFORM70 = '1J ' / data format of field: 4-byte INTEGER TZERO70 = 2147483648 / offset for unsigned integers TTYPE71 = 'BFTCMDCNT' / FM Ground Request Command Count TFORM71 = '1I ' / data format of field: 2-byte INTEGER TZERO71 = 32768 / offset for unsigned integers TTYPE72 = 'BFTERRCNT' / FM Ground Request Command Error Count TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 32768 / offset for unsigned integers TTYPE73 = 'BFTEXECNT' / Execution Count for SubSystem FM TFORM73 = '1J ' / data format of field: 4-byte INTEGER TZERO73 = 2147483648 / offset for unsigned integers EXTNAME = 'hk13bx001' 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 = 426679312.84302 TSTOP = 426698137.843 DATE-OBS= '2014-07-10T10:01:49' DATE-END= '2014-07-10T15:15:34' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18824.9999799728 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 315 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:34' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'SFIZUEFYSEFYSEFY' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '4179308640' / data unit checksum updated 2014-07-20T07:58:34 TRDHI4 = 2 / BHKERRCNT Red upper limit = BHK_ERRCNT_LIM TYEHI4 = 1 / BHKERRCNT Yellow upper limit = BHK_ERRCNT_LIM TRDHI7 = 2 / BTMERRCNT Red upper limit = BTM_ERRCNT_LIM TYEHI7 = 1 / BTMERRCNT Yellow upper limit = BTM_ERRCNT_LIM TRDHI10 = 2 / BCIERRCNT Red upper limit = BCI_ERRCNT_LIM TYEHI10 = 1 / BCIERRCNT Yellow upper limit = BCI_ERRCNT_LIM TRDHI13 = 2 / BPDERRCNT Red upper limit = BPD_ERRCNT_LIM TYEHI13 = 1 / BPDERRCNT Yellow upper limit = BPD_ERRCNT_LIM TRDHI16 = 2 / BSBERRCNT Red upper limit = BSB_ERRCNT_LIM TYEHI16 = 1 / BSBERRCNT Yellow upper limit = BSB_ERRCNT_LIM TRDHI19 = 2 / BTOERRCNT Red upper limit = BTO_ERRCNT_LIM TYEHI19 = 1 / BTOERRCNT Yellow upper limit = BTO_ERRCNT_LIM TRDHI22 = 2 / BMSERRCNT Red upper limit = BMS_ERRCNT_LIM TYEHI22 = 1 / BMSERRCNT Yellow upper limit = BMS_ERRCNT_LIM TRDHI25 = 2 / BSMERRCNT Red upper limit = BSM_ERRCNT_LIM TYEHI25 = 1 / BSMERRCNT Yellow upper limit = BSM_ERRCNT_LIM TRDHI28 = 2 / BSHERRCNT Red upper limit = BSH_ERRCNT_LIM TYEHI28 = 1 / BSHERRCNT Yellow upper limit = BSH_ERRCNT_LIM TRDHI31 = 2 / BXRERRCNT Red upper limit = BXR_ERRCNT_LIM TYEHI31 = 1 / BXRERRCNT Yellow upper limit = BXR_ERRCNT_LIM TRDHI34 = 2 / BPWERRCNT Red upper limit = BPW_ERRCNT_LIM TYEHI34 = 1 / BPWERRCNT Yellow upper limit = BPW_ERRCNT_LIM TRDHI37 = 2 / BIHERRCNT Red upper limit = BIH_ERRCNT_LIM TYEHI37 = 1 / BIHERRCNT Yellow upper limit = BIH_ERRCNT_LIM TRDHI40 = 2 / BSTERRCNT Red upper limit = BST_ERRCNT_LIM TYEHI40 = 1 / BSTERRCNT Yellow upper limit = BST_ERRCNT_LIM TRDHI43 = 2 / BFOERRCNT Red upper limit = BFO_ERRCNT_LIM TYEHI43 = 1 / BFOERRCNT Yellow upper limit = BFO_ERRCNT_LIM TRDHI48 = 2 / BSCERRCNT Red upper limit = BSC_ERRCNT_LIM TYEHI48 = 1 / BSCERRCNT Yellow upper limit = BSC_ERRCNT_LIM TRDHI51 = 2 / BFMERRCNT Red upper limit = BFM_ERRCNT_LIM TYEHI51 = 1 / BFMERRCNT Yellow upper limit = BFM_ERRCNT_LIM TRDHI57 = 2 / BBRERRCNT Red upper limit = BBR_ERRCNT_LIM TYEHI57 = 1 / BBRERRCNT Yellow upper limit = BBR_ERRCNT_LIM TRDHI60 = 2 / BCAERRCNT Red upper limit = BCA_ERRCNT_LIM TYEHI60 = 1 / BCAERRCNT Yellow upper limit = BCA_ERRCNT_LIM TRDHI63 = 2 / BDIERRCNT Red upper limit = BDI_ERRCNT_LIM TYEHI63 = 1 / BDIERRCNT Yellow upper limit = BDI_ERRCNT_LIM TRDHI66 = 2 / BSPERRCNT Red upper limit = BSP_ERRCNT_LIM TYEHI66 = 1 / BSPERRCNT Yellow upper limit = BSP_ERRCNT_LIM TRDHI69 = 2 / BTGERRCNT Red upper limit = BTG_ERRCNT_LIM TYEHI69 = 1 / BTGERRCNT Yellow upper limit = BTG_ERRCNT_LIM TRDHI72 = 2 / BFTERRCNT Red upper limit = BFT_ERRCNT_LIM TYEHI72 = 1 / BFTERRCNT Yellow upper limit = BFT_ERRCNT_LIM HISTORY TASK: FAPPND on FILENAME: sw00603954000b13bx001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:39 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END An)8BĎKO\?PmtjU%ۀ޴QJ=] c9|Ƃ慲22222ʈ݀fK* &Anـ8ĚiOb?Zm?tlU%Հ޶QL=]^c9},慲22222ʈ݀g<K* Anx8ĦOj?`mtnU% π޸QN=]c9}慲22222ʈ€݀gـK* 夀An͊9IJOp?rm)tpU% ɀ޺QʀP=]c9}慲22222ʈĀ݀hwK* `An$9DľOx?vmtrU% À޼QR=]c9~^慲22222ʈƀ݀iK* An)x9ʀO~?bm ttU%޾QT=]Vc9~Ă慲22222ʈȀ݀iK* ܀An.x9ĀրOˆ?vmtvU%QV=]c9*慲22222ʈʀ݀jZK* 蘀An3Ȁ:Oˌ?xmtxU%€Q€*X=]c9慲22222ʈ̀݀jK* XAn8Ȁ:D;O˔?|mtzU%ĀQƀBZ=]c9慲22222ʈ΀݀kK* An=x:YO˚?ঀm t|U%ƀQʀZ\=]Nc9\慲22222ʈЀ݀l9K* ҀAnB):ĀwOˢ?ᾀmt~U%ȀQ΀r^=]c9‚慲22222ʈҀ݀l؀K* 됀AnGx;O˪?ÀmtǂU%̀QҀ`=]c9(慲22222ʈր݀mSK* LAnL;F$O˲?m?tDŽU%΀Q؀d=] d9懲22222ʈ؀݀mK* AnQ;0O˸?mwtdžU%ЀQ܀f=]Hd9懲22222ʈڀ݀mK* ̀AnVֶ;ƀ<O?mtLjU%!ҀQԀh=]†d9`懲22222ʈ܀݀n7K* An[x<H Oƀ?mtNJU%#ԀQj=]d9Ƃ懲22222ʈހ݀n}K* DAn`xŨO?m/tǚU%3RQz=]Ĵd9懲22222ʈ݀pK* 2AnȀ>FŴO?mltǜU%5LQĀ|=]d9\懲22222ʈ݀q8K* An>9O ?mtǞU%7FQ ܀~=]0d9‚懲22222ʈ݀qK* An>ƀ̀WO?mtǠU%9@Qހ=]nd9(懲22222ʈ݀qрK* lAn͊?؀uO?mtǢU%;:Q ނ=]Ŭd9懲22222ʈ݀rK* (AnȀ?FO"?ӀmQtǤU%=4Q$ބ=]d9􂟀懲22222ʈ݀roK* AnȀ?O(?׀mtǦU%?.Q<ކ=](d9Z懲22222ʈ݀rˀK* An)?ƀO0?mtǨU%A(Q Tވ=]fd9懲22222ʉā݀s'K* `An@O6 ?mtǪU%C"Q$lފ=]Ƥd9&懲22222ʉƁ݀sK* Ang@F O>"?mctǬU%EQ(ތ=]d9懲22222ʉȁ݀sK* ڀAn@ )OD$?mtǮU%GQ,ގ=] d9򂟀懲22222ʉʁ݀tIK* An)@ƀ,GOL&?mtǰU%IQ0ސ=]^d9X懲22222ʉ́݀tK* VAnֶA8eOR(?m9tDzU%K Q4̀ޒ=]ǜd9懲22222ʉ ΁݀uK* An)AFDOZ*?%mtǴU%MQ8ޔ=]d9$懲22222ʉ Ё݀upK* ҀAnـAPO`,?)mtǶU%NQ<ޖ=]d9懲22222ʉҁ݀uӀK* AnMAƀ\Oh.?3mtǸU%PQ@ޘ=]Vd9懲22222ʉԁ݀v9K*LAnxBhOn0@im`tǺU%RQD,ޚ=]Ȕd9V懲22222ʉց݀vK* AnxBFtOv2@qmtǼU%TQHDޜ=]d9懲22222ʉ؁݀vK*ƀAnȀBƀO|4@mtǾU%VQL\ޞ=]d9"懲22222ʉځ݀wHK*AnـBƀƌ7Ō6@m"tU%X QPtޠ=]Nd9懲22222ʉ܁݀wK*DAn)CƘUO̊8@mntU%Zڀ QTޢ=]Ɍd9懲22222ʉށ݀xK*AnȀCFƤsO̒:@mtU%\ԀQXޤ=]d9T懲22222ʉ ݀x~K*AnCưO̘<@m tU%^΀Q\ަ=]d9懲22222ʉ"݀xK*|An)CƀƼO̠>@mVtU%`ȀQ`Ԁި=]Fd9 懲22222ʉ$݀yKK*8AnDȀO̦@@ӀmtU%b€Qdު=]ʄd9懲22222ʉ&݀yK*An͊DFԀO̮B@ ݀mtU%dQhެ=]d9삟懲22222ʉ(݀zK*AnȀD O̴D@ md9懲22222ʉ,݀zK* . 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O22222ʨp( \ՀK*vrAnނ`ݿӃ̀dȀܥ!P(0M(pt׀_&JGQ ®k`z?!LO22222ʨt* ] K*4tAnއݿӄdԀܥ!P(0M&pt׀_&LAQƀk`?!O22222ʨv, ]{K*vAnތӄHdܥ!P)0MNpt׀_&N;Qހk`?"$O22222ʨ|. ]ǀK*xAnޑֶӄdܦ !P)0Mspt׀_&P5Q k`4?"O22222ʨ0 ^K*nzAnޖӄ΀dܦ+!P)0MtpQt׀_&R/Q"k`r?"O22222ʨ2 ^yK**|AnޛӅeܦI!P)0Mvpt׀_&T)Q&$k`?#hO22222ʨ4 ^؀K*~AnޠֶӅNeܦg!P)0Mrpt׀_&V#Q">&k`?#ԂO22222ʨ6 _8K*AnޥֶӅeܦ!P)$0Mppt׀_&XQ&V(k`,?$@O22222ʨ8 _K*bAnުӅ΀e(ܦ!P),0Mnplt׀_&ZQ*n*k`j?$O22222ʨ: ` K*"AnޯUӆe4ܦ!P)2¾0Mxpt׀_&\Q.Æ,k`?%O22222ʨ< `yK*܀An޴gӆNe@ܦ!P):ľ0M|pt׀_&^ Q2Þ.k`?%O22222ʨ> `K*šAn޹ڥӆeLܦ!P)@ƾ0Mp_t׀_&`Q6ö0k`$?%O22222ʨ@ aKK*ZAn޾ӆ΀eXܧ!P)HȾ0Mpt׀_&aQ:΀2k`b?&\O22222ʨB aK*AnݿӇedܧ9!P)Nʾ0M΀pt׀_&cQ>4k`?&ȂO22222ʨD bK*ԀAn3ӇNepܧW!P)V̾0M؀pBt׀_&eQB6k`?'4O22222ʨF blK*ŐAnUӇe|ܧu!P)\ξ0Mpt׀_&gQF8k`?'O22222ʨH bրK*NAnӇ΀eܧ!P)dо0Mpt׀_&iQJ.:k`Z?( O22222ʨJ cAK*AnUӈeܧ!P)jҾ0Mp"t׀_&kQNFk`?(O22222ʨN dK*ȈAngӈeܧ!P)x־0Mpt׀_&oՀQVv@k`?)PO22222ʨP d~K *FAnUӈ̀eܨ !P)ؾ0Mpt׀_&qπQZĎBk`R?)O22222ʨR dK *AnֶӉeĀܨ)!P)ھ0M;p\t׀_&sɀQ^ĦDk`?*(O22222ʨT eKK *AnڥӉPeЀܨG!P)ܾ0M9pt׀_&uÀQbľFk`?*O22222ʨV eK*~AnӉe܀ܨe!P)޾0M?pt׀_&wQfրHk` ?+O22222ʨX f"K*<AnjӉЀeܨ!P)0MSpLt׀_&yQjJk`J?+lO22222ʨZ fK*Angӊeܨ!P)0MApt׀_&{QnLk`?+؂O22222ʨ\ fK*ͶAnҀӊPfܨ!P)0MWpt׀_&}QrNk`?,DO22222ʨ^ gTK*pAn ֶӊf ܨ!P)0Mp.t׀_&Qv6Pk`?,O22222ʨ` gK*2AnUӊЀfܨ!P)0Mplt׀_&QzNRk`B?-O22222ʨb hK*AnӋf$ܩ!P)0Mpt׀_&Q~fTk`?-O22222ʨd hK*ЬAnӋPf0ܩ7!P)ƀ0Mp t׀_&Q~Vk`?-O22222ʨf hK*hAnӋf<ܩU!P)̀0Mp^t׀_&€QŖXk`?.`O22222ʨh i^K*&An"UӋЀfHܩs!P)Ԁ0Mpt׀_&ĀQŮZka:?.̂O22222ʨ€j iȀK*An'gӌfTܩ!P)ڀ0MÀpt׀ _&ƀQƀ\kax?/8O22222ʨĀl j5K*ӠAn,ӌPf`ܩ!P)0Mǀpt׀ _&{ȀQހ^ka?/O22222ʨƀn jK*`An1Uӌflܩ!P)0MÀp7t׀_&uʀQ`ka?0O22222ʨȀp k K*An6ֶӌ΀fxܩ!P)0Mpt׀_&òQbka2?0|O22222ʨʀr kuK*ڀAn;ֶӍfܪ !P)0Mpt׀_&i΀Q&dkap?0O22222ʨ̀t k߀K*֘An@₀ݿӍPfܪ'!P)0Mp(t׀_&cЀQ>fka?1TO22222ʨ΀v lJK*TAnEUӍfܪE!P*0M/pkt׀_&]ҀQVhka?1O22222ʨҀx lK*AnJڥӍ΀fܪc!P* 0MMpt׀_&WԀQnjka*?2,O22222ʨրz lK*̀AnOӎfܪ!P*0M?pt׀_&QրQƆlkah?2O22222ʨ؀| mgK *ٌAnTֶӎNfܪ!P*0MSpJt׀_&K؀Qƞnka?3O22222ʨڀ~ mπK!*JAnYֶӎf̀ܪ!P* 0MGpt׀_&EڀQƶpka?3pO22222ʨ܀Ԁ n8K"* An^ڥӎ΀f؀ܪ!P*(0MMpt׀ _&?܀Q΀rka"?3܂O22222ʨހԂ nK#*ƀAncڥӏfܪ!P*. 0M{p_&Q6ka?:0O22222ʩԢ tK**An߮ݿӒgܬ!P*(0M+pt׀@_&߀QNka?:O22222ʩԤ uK**瞀Anֶ߳ݿӒgܬ!P**0M(pWt׀B_&ـQfka@?;O22222ʩԦ urK**\An߸ӓ8gܬ!P*,0Mpt׀D_&ӀQ~ka~?;tO22222ʩԨ uπK.*An߽ӓ~gܭ!P*.0M(pt׀F_&̀QȖka?;O22222ʩԪ v1K/*րAnֶӓgȀܭ3!P*00M(pt׀H_&ǀQ Ȯka?gܭo!P*€40Mapzt׀L_&̻Qހkav?=$O22222ʩ԰ w*K2*AnڥӔ~gܭ!P*Ȁ60M{pt׀N_&ε Qka?=O22222ʩԲ wK3*΀AnӔgܭ!P*Ѐ80M߁p t׀P_&Я Qka?=O22222ʩԴ wK4*튀AnֶӔhܭ!P*ր:2MীpYt׀R_&ҩQ&ka 0?>hO22222ʩԶ xWK5*HAnӕ>hܭ!P*ހ<7M᳀pt׀T_&ԣQ">ka n?>ԂO22222ʩԸ xK6*Anӕ~hܮ"P*>8Mǀpt׀V`&֞Q&Vka ??BO22222ʩ Ժy-K7*ĀAn'ӕh(ܮ/"P*@8M׀pHt׀X`&ؘQ*nla ??O22222ʩ"ԼyK8*Anӕh4ܮM"P*B8M݀pt׀Z`&ڒQ.Ɇla *?@O22222ʩ$ԾzK9*<AnӖ>h@ܮk"P*D8Mpt׀\`&܌Q2ɞla h?@O22222ʩ&zlK:*AnӖ~hLܮ"P+F8M p;t׀^`&ކQ6ɶla ?@O22222ʩ(‚zԀK;* An5ӖhXܮ"P+ H8Mpt׀``&Q:΀la ?A^O22222ʩ*Ă{>K<*v AnӖhdܮ"P+J8M7pt׀b`&zQ>la "?AʂO22222ʩ.Ƃ{K=*4AnUӗ>hpܮ"P+L8MIpt׀d`&t QBla `?B6O22222ʩ0Ȃ|K>*An Uӗ~h|ܯ"P+N8M^p[t׀f`&n"QFla ?BO22222ʩ4ʂ|_K?*Anӗhܯ"P+&P8M\pt׀h`&h$QJ.la ?CO22222ʩ6̂|ǀKB*nAnӘhܯ="P+,R8Mrpt׀j`&b&QNFla ?CzO22222ʩ8΂}/KC**AnUӘBhܯ["P+4T8Mp?t׀l`&\(QR^la X?CO22222ʩ:Ђ}KD*An!ڥӘhܯy"P+:V8Mpt׀n`&V*QVvla ?DRO22222ʩ<҂~KE*An&Ә€hܯ"P+BX8Mpt׀p`&P,QZʎla ?DO22222ʩ>Ԃ~mKF*bAn+әhĀܯ"P+HZ8Mp1t׀r`&J.Q^ʦla ?E*O22222ʩ@ւ~؀KG* An0әBhЀܯ"P+P\8Mpt׀t`&D0Qbʾla P?EO22222ʩB؂EKH*ހ An5gәh܀ܯ"P+V^8Mʀpt׀v`&>2Qfրla ?FO22222ʩDڂKI*"An:gә€hܰ"P+^`8M΀p#t׀x`&84Qjla ?FnO22222ʩF܂ـKJ*X$An?Ӛhܰ-"P+db8Mpvt׀z`&26Qnla ?FڂO22222ʩHނـKK*&AnDgӚBiܰK"P+ld8Mpt׀|`&,8QrlaH?GFO22222ʩLـKL*Ѐ(AnIڥӚi ܰi"P+rf8Mpt׀~`&&:Qv6la?GO22222ʩPف6KM**AnNUӚ€iܰ"P+zh8M!pBt׀`& <QzNla?HO22222ʩRفKN*N,AnSӛi$ܰ"P+j8MGpt׀`&>Q~fma?HO22222ʩTق KO* .AnXUӛBi0ܰ"P+l8M=pt׀`&@Q~maB?HO22222ʩVقuKP*Ȁ0An]Dӛi<ܰ"P+n8M?p3t׀`&BQ˖ma?IbO22222ʩXق߀KQ*2Anbӛ€iHܱ"P+p8MSpt׀`&DQˮma?I΂O22222ʩZكIKR*F4AngUӜiTܱ"P+r8MIpt׀`& FQƀma?J:O22222ʩ\كKS*6AnlӜBi`ܱ<"P+t8M[p&t׀`& HQހma:?JO22222ʩ^لKT*8AnqӜilܱZ"P+v8Nwpwt׀`& JQmax?KO22222ʩ`لKU*~:AnvӜ€ixܱx"P+x8Npt׀`&LQma?K~O22222ʩbلKV*:AnݿӝBiܱ"P+|8Npit׀`&PQ>ma2?LVO22222ʩfمʀKW*@Anӝiܱ"P+ƀ~8Npt׀`&ހRQVmap?L‚O22222ʩjن%KX*rBAnڥӝiܱ"P+΀8N݀pt׀`&؀TQnma?M.O22222ʩnن}KY*0DAnӞiܲ"P+Ԁ8Npt׀`&ҀVQ̆ma?MO22222ʩpنKZ*FAnֶӞ@iܲ,"P+܀8Npt׀`&̀XQ̞ma*?NO22222ʩrهUK[* HAnDӞìܲJ"P+8N ppt׀`&ƀZQ̶mah?NrO22222ʩtهK\* jJAngӞi؀ܲh"P+8N +pt׀`&\Q΀ma?NނO22222ʩvو)K]* &LAnDӟiܲ"P+8N 9pt׀`&!^Qma?OJO22222ʩxوK^* NAnڥӟ@iܲ"P+8N 1pbt׀`&#`Q€ma"?OO22222ʩzوK_* PAnӟiܲ"P+8N OpIJt׀`&%bQƀma`?P"O22222ʩ| ىgK`* ^RAnֶӟjܲ"P,8N[pt׀`&'dQʀ.ma?PO22222ʩ~ىрKa*TAnݿӠjܲ"P, 8NMpt׀`&)fQ΀Fma?PO22222ʩي?Ka*ڀVAnݿӠ>j ܳ"P,8Napt׀`&+hQҀ^ma?QfO22222ʩيKa*XAnֶݿӠ|j,ܳ:"P,8Napt׀`&-jQրvmaX?Q҂O22222ʩًKa*VZAnݿӠj8ܳX"P,"8Npt׀`&/lQڀ͎ma?R>O22222ʩًkKa*\AnڥݿӠjDܳv"P,(8Npt׀`&1nQހͦma?RO22222ʩًÀKa*Ѐ^AnUݿӡ4jPܳ"P,08Npt׀`&3pQ;ma?SO22222ʩٌ)Ka*`Anݿӡrj\ܳ"P,68Np-t׀`&5~rQրmaP?SO22222ʩٌKa*LbAnݿӡjhܳ"P,>8Nplt׀`&7xtQ ma?SO22222ʩٌKa* dAn3ݿӡjtܳ"P,D8NpŪt׀`&9rvQ ma?TZO22222ʩ ٍJKa*ĀfAnӢ,jܴ "P,L8Npt׀`&;lxQma ?TƂO22222ʩ"ٍKe*hAnֶӢrjܴ*"P,R8Np+t׀`&=fzQ6maH?U2O22222ʩ$َ Kf*BjAngӢjܴH"P,Z8Npnt׀`&?`|QNma?UO22222ʩ&َiKg*lAnӢjܴf"P,`8NpƳt׀`&AZ~Qfma?V O22222ʩ(َȀKh*nAnUӣ2jܴ"P,h8Npt׀`&CTQ~ma?VvO22222ʩ*ُ2Ki*xpAnӣrjܴ"P,n8NpGt׀`&ENQΖma@?VO22222ʩ,ُKj*6rAnDӣjȀܴ"P,v8NƀpǙt׀`&GHQ ήma~?WNO22222ʩ.ُKk*tAngӣjԀܴ"P,|8Npt׀`&IBQƀma?WO22222ʩ0ِUKl*vAn Ӥ2jܴ"P,8N!*p t׀`&K<Qހma?X&O22222ʩ2ِKm*lxAnֶӤrjܵ"P,8N"@pXt׀`&M6Q ma8?XO22222ʩ4ّKn*.zAnӤjܵ8"P,8N#TpȚt׀`&O0Q"mav?XO22222ʩ6ّmKo*|AnUӤkܵV"P,8N$Npt׀`&Q*Q&$ma?YjO22222ʩ8ّ؀Kp*~An ӥ2kܵt"P,8N%>p&ma?YւO22222ʩ:ْDKq*dAn%Uӥrkܵ"P,8N&lpɋt׀`&UQ&V(ma0?ZBO22222ʩ<ْKr*"An*ӥk(ܵ"P,8N'pt׀`&WQ*n*man?ZO22222ʩ>ٓKs*An/ӥk4ܵ"P,¾8N(pt׀`&YQ.φ,ma?[O22222ʩ@ٓ]Kt* An4ֶӦ2kDܵ"P,ľ8N)pIt׀`&[ Q2Ϟ.ma?[O22222ʩ€BٓKu*!\An9ӦrkPܶ "P,€ƾ8N*pʓt׀`&]Q6϶0ma(?[O22222ʩĀDٔKv*"An>UӦk\ܶ("P,ʀȾ8N+pt׀`&_Q:΀2maf?\^O22222ʩƀFٔ{Ky*"؀AnCӦkhܶF"P,Ѐʾ8N-pt׀`&`Q>4ma?\ʂO22222ʩȀHٔ׀Kz*#AnHUӧ6ktܶd"P,؀̾8N.pet׀`&bQB6ma?]6O22222ʩʀJٕ=K{*$RAnMڥӧvkܶ"P,ހξ8N/ pˮt׀`&dQF8ma ?]O22222ʩ̀LٕK|*%AnRӧkܶ"P,о8N02pt׀`&fQJ.:ma^?^O22222ʩ΀NٖK}*%΀AnWgӧkܶ"P,Ҿ8N18pAt׀`&hQNFma?^O22222ʩҀRٖ΀K*'JAnaֶӨvkܶ"P,־8N3^pt׀`&lրQVv@ma?_RO22222ʩԀTٗ2K*(AnfgӨkܷ"P-ؾ8N4lpt׀`&nЀQZЎBmaV?_O22222ʩրVٗK*(ĀAnkֶӨkȀܷ6"P- ܾ8N5pbt׀`&pˀQ^ШDma?`.Q22222ʩހZٗK*)Anp͊ө:kڀܷT"P-޾8N6ˀp͑t׀`&rŀQdHma?`Q22222ʩ\٘@K**@Anugөzkܷr"P-8N7pt׀`&tQh؀Jma?`Q22222ʩ^٘K*+Anzxөkܷ"P- 8N8p t׀`&vQlLmaP?abQ22222ʩ`ٙK*+AnȀөkܷ"P-&8N9p[t׀`&xQpNma?aȂQ22222ʩbٙtK*,zAn:Ӫ:l ܷ"P-.8N:pάt׀`&zQt Pma?b.Q22222ʩdٙ݀K*-8AngӪzlܷ"P-48N;pt׀`&|Qx8Rma ?bQ22222ʩfٚFK*-An͊Ӫl"ܸ"P-<8N=pMt׀`&~Q|PTmaH?bQ22222ʩhٚK*.AnˀӪl.ܸ&"P-B8N>pϟt׀`&QhVma?c`Q22222ʩjٛK*/pAngӫ:l:ܸD"P-J8N?pt׀`&€QрXma?cƂQ22222ʩlٛK*0,An)ӫzlFܸb"P-P8N@Ap>t׀`&ĀQјZma?d,Q22222ʩnٛK*0AnxӫlRܸ"P-X8NAMpЏt׀ `&ƀQѰ\ma@?dQ22222ʩpٜXK*1Anӫl^ܸ"P-^8NBCpt׀ `&ȀQȀ^ma~?dQ22222ʩrٜŀK*2dAnـӬ:ljܸ"P-f8NCgp!t׀`&}ʀQ`ma?e^Q22222ʩtٝK*3 An)Ӭzlvܸ"P-l8NDmpqt׀`&ẁQbma?eĂQ22222ʪvٝtK*3AnӬlܸ"P-t8NEspѯt׀`&q΀Qdma 8?f*Q22222ʪxٝހK*4AnـӬlܹ"P-z8NFpt׀`&kЀQ(fma v?fQ22222ʪzٞHK*5\AnȀӭ:lܹ4"P-8NGpPt׀`&eҀQ@hma ?fQ22222ʪ|ٞK*6AnȀӭzlܹR"P-8NHŀpҠt׀`&_ԀQXjma ?g\Q22222ʪ~ٟK*6րAn)ӭlܹp"P-8NIpt׀`&YրQplma!0?g‚Q22222ʪ ՀٟK*7Anֶӭlܹ"P-8NJ߀p@t׀`&S؀Q҈nma!n?h(Q22222ʪ ՂٟK*8RAnȀӮ:lʀܹ"P-8NKـpӑt׀`&MڀQҠpma!?hQ22222ʪՄ٠`K*9AnֶӮzlրܹ"P-8NLpt׀ `&G܀QҸrma!?hQ22222ʪՆ٠ɀK*9΀AnxݿӮlܹ"P- 8NMp3t׀"`&AހQЀtma"(?iZQ22222ʪՊ١4K*:AnֶݿӮlܺ"P- 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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 = 426679325.9464 TSTOP = 426698135.9412 DATE-OBS= '2014-07-10T10:02:02' DATE-END= '2014-07-10T15:15:32' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18809.9948000312 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 320 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:34' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'CoJBDnH9CnHACnH7' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '2673051230' / data unit checksum updated 2014-07-20T07:58:34 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: sw00603954000b140x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:39 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AnGEkq.pތĉĈ߃%0zʉԋ0a ֈĉ$/рɄ!p/̃舰0An;+kq/΀y!ÉÈփ%1׀ {'ˉʋ1aـ ׈鈻&0ǀ Ʉp0΃܈1AnYkq.t‰ˆу#&0@{ʉˆË/` ׈߈%. ʄp/$̃ӈ/Anwkq-sߌ ‰ÈɃ$%0|ʉوƋ0a ֈш&/, ʄp/N̓ӈ0hAnkq.׀r‰ˆ(%0րzˉʈċ0a ֈ&/ۀ ʄp/̃؈0Ankq/Ԁ܎!k!‰ˆ.%1|̉Ĉŋ0b Ԉ&/ʄ+p0Հσ爭1Anܱkq/߀ #ˆ8'2ڀ uˉÈԋ1bǀ Ոĉ'0}ʄ@r0l̓1AnZkq.rߌ‰ˆ8%0vʉÈ㋑0aˀ Ԉ&/ʄWo/ր΄0̀An kkq.ǀ pތ‰‰z%0ǀw̉Ĉ݋0a ՈΉ'/Ʉgm/΄20An+]kq/nߌ‰‰+%1x ˉĈ׈ҋ0a"~ Ԉӈĉ'/ۀ ʄon/΄A1ŀAnIDkq/rĉÉ3%1π{ʉʋ0aɀ Ո刼'0׀ ˄rm/΄H0Angkq.qĉ˃6$0{̉Èˋ/`o Ո&.PɄqm/΄G/Anxkq/ "‰‰݃@%1 uʉˆƋ1bt ֈ(0Vێʄoo0*̄B1Anzkq/ю.aɉ/F%2{̉ĉ 1bi ׉'0 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FԈ؈ˉ(/ZƆ2p/A˅׈0߀An|kq-̀uÄ#/yԈы/_ EӈLjĉ'. ZȆHp.@˅눫/΀XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 220 / width of table in bytes NAXIS2 = 332 / 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 = 426679325.94792 TSTOP = 426698135.94276 DATE-OBS= '2014-07-10T10:02:02' DATE-END= '2014-07-10T15:15:32' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18809.9948399663 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 321 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:34' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'TUUeWTRdTTRdTTRd' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '3105407831' / data unit checksum updated 2014-07-20T07:58:34 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: sw00603954000b141x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:39 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END An)ψ0"˃G/ǀݎ&͈ވs/ %󈐍傄/ߎٌߍljBȂ0ˀ0An;\ݍ*Έ1&ʃF0Հݎ&͈ӈs/'爐悄0یƉCɂ1׀ 0AnY`Ռψf/M$ʃD.Ҁ%ΈɈs/π +܈傁/ʀ܌ƉCȂ0/Anwn Ռψ"0݀%ɃE.َ%͈t/ +ψ傁/یƉBȂ0ێ*/Anv ߍ(ЇΈ0݀&˃F.ր֎#ˈu/*ˆ傁/یljBȂ/.An疎ލ(χk1'ʃI0ŀ܎$ˈs0'Ĉ傂0Ӏ܌lj@ɂ1À1AnfQݍ'χ1߀'̓K0܎"ˈu0Ӏ&È悃1 ڌƉ?Ȃ1π1An6ڍ%І0%ʃO/Ԁ܎ #ˈs/Ҁ%È炃0Ӏڌlj>Ȃ0/An ݎ ٌ#χ0_$ʃU/uԎ$ʈr/($È傃/BՌݍȉ=ɂ00An+ݍ&Ј1̀%ʃ[0܎"ˈs0À(Èӈ悄0݌Ɖ>Ȃ0π.AnI#ٍ#ψo1؀%Ƀy/ގ#̈s/!ێ Èv悄0ŀڌlj?ɂ0Հ0Ang9ߍ*ψ0̀$ʃ.ߎ$ˈʈr.Ā#(‡݈悃/ɀڌȉ>ɂ//An܍'ψ1ـ'ʃꈣ/ێ$͈ڈu0&‡P炃0.یƉ@ɂ150An߹܍%ψ]1V%̃0܎ "ʈu1$Ç$炃1ڌƉ@ʂ10AnWiڍ#Јt0 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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 = 426679325.94938 TSTOP = 426698135.94428 DATE-OBS= '2014-07-10T10:02:02' DATE-END= '2014-07-10T15:15:32' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18809.9949000478 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 322 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:35' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'XfX0XZW0XdW0XZW0' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '806381230' / data unit checksum updated 2014-07-20T07:58:35 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: sw00603954000b142x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:39 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 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(9ƒ.d-|"ύ/ր獑$"%.ހ#뉿zꂃ/À󍥍/}"AnݟDڎ ,8*i/#Ѝ0&"1S &qꂄ1k 0"AnݽcĎ!'9*b.ˀ t"ҍ/v."0_ݎ#h肅0-ˆj GAn+9*g0$Ս1ހ󍎍'"1܎ &„f肄1ݎ 1󀥅 rAn^݀Ď")9)`/ w#֍0ˀ'"%1ގ %„m炄0 /րAnގ+8ǃ'e/ŀ$׍0%"30ގ $w傂02mAn50؎+8Ѓ%]/|#ɉٍ0€捑#!,0#„o傄0ƀ.0AnS{Վ (8ă#c.v!ڍ/獏" 0$„h䂄0/?Anq*+8$[/$܍0󍌍%#1܎$g䂄1ݎ 2ˆ$Anޏjَ )7#e."ލ/("„0ߎ%쉿i₃/ 0ˆAnޭ{֎)8 ^.}#/卒$#0$uႄ/4 /5An-ݎ *7`/%0ŀ&"0р%ႄ0Ā 1܀^Anࠀ+8Z/W񍍍%0񍍍%"„10ـ܎#0ގ 1NAnَ )7̓Z."‰/("„5/ߎ$/ 1~ An%񽥀ݎ(9̓Y.|!/Ԁ񍍍$"*/ݎ#߂0&ߎ 1&AnCݎ +7T/~$0&! 0ގ &퉿zނ0 0ˆd/Anab̀܎*8Y/$0'"2ր &Äxނ1 1AnҀ؎ (8R.~ /퍐&"0Āߎ$s݂0 1h,AnߝB+7Z/#1󍎍&"1ގ &„x݂1_ߎ 2񀥅%An߻*8"R/y~"0񍎍%!20̀ $|܂0 0‡ҀAn+,8Ƀ%`/#0% B2َ'Ä܂1R 2\An,7ԃ%V.%ʉ0Ȁ񍑍'!Bݍ0ۀގ %ۂ0i 2퉿47Anߎ,8ƃ*Z0ڀ#1򍏍&"„;ݍ1ހߎ %ۂ1 2.An3ގ+7.S/؀}%0&!„4ڍ0Ӏ%~ۂ0Ѐ/ˆ}AnQgގ(8/Y.̀|#.π񍍍%#2Ս/ގ#„ۂ/ߎ .^Ano Ď#):7S/u"0'$<Ս1ގ $„ۂ1 /ˆ1An򃐀܎ +:9X/Ԁ"1H򍓍'"Nэ1(Äۂ1 1‡׀wAnt׎+9:Q.w#/덎!#dύ0Ӏ$„ڂ/g 0S 0Anр܎ *9˃R/%/Ӏ($hɍ0ߎ #ۂ0. 2"_Anߎ *:AO/%/񍑍&%aƍ0$„ۂ/ 1l An#ހ̎):GZ/ŀt$"0.%bč1v%„€ۂ0Ӏ /ˆ AnAӎ*;MZ.܀# /Ȁ$&i/ƀ܎%ƀ܂/ 0< An_/E +;WR/ـ$$0ր%'z1 %„р܂1ڀ 3݀An}\>*<\X/$#/&(0q$„܀܂/* 0 Angڎ*=ʃdQ/o"#ߍ0򍒍)'0%„ဤ܂0/!An󕁀ݎ +>kX0~$"܍1֍(*Ä1&„ހނ1~ 2!AniY׎(zW.{"'׍/|鍐!*/]#‣ނ/b/ˆcAnێ )?S.q}!%֍/j(,0Wݎ"ނ0/‡&An1򘉀ڎ (AW.}!'э/B荍#-ÄÉ0n󍔍#߂0퍥/AnO.B˃V/v%'‰ҍ0р񍏍(-։1Ā%…ႃ1 2ÈAnm€͎(BփS.p"(ʉ΍/Ӏ 0/ى0̀"…!ႄ0-ˆLAn؎,Cȃ]/lv%+ʍ0鍋!-؉0x&2₃/ 2MAnَ (EU.}!,ɍ.㍑#-׉/#<₄/-'Anp΀ߎ*D[/H#-ō0=+/ۉ1: %…D䂅0V1ˆmAnU+FU.`%-Í/9*2鉺0]%O傃/k/hAn?ڎ*F]/S~$./P鍒%2„/?&\傄/= 2-An!S܎ )GɃƈX.V~"./񍍍)5/?ߎ " h悃0/tAn?,G̓ш`/)%0ʼn1"41' l邃11 3ˆ%@An] ܎,HۈZ0"10'41 & nꂄ1 2ˆPAn{䏀܎(Fa.}!20#5!Í0܎" …r낄00xAn<ڎ )H[.À~#2Í/֍&4-ō0Հ% z삄0 /ˆAn)܎,Ig/ˀ%1Í0π)5Cȍ1% …킂0̀ 2An>ێ )IÄ e.}#2č0ǀ%7…\ʍ0ݎ # …0 />AnAڎ )Kфh/~"4ɉō0 ܍%5k̍1%0 0ˆ.Anπݎ*JƄ"e."4Ǎ/󍎍&8…p͍/ގ "򂃄/2rAn/9*L,f//%4ʍ1󍋍&:…uЍ1$܎%…􂄄17ݎ 1|BAnM򥤀񍤍)K4h.#5̍0$;…э0Ҁ׎$…0ݎ 1 ˆ\Ank֎ *L?d."6ˍ/퍎$:…ԍ/܎%// AngĎ)NKk.y"6΍00 /<…Ս0!ݎ"0- 󀤅"An׎+LDŽTg.v$:Ѝ0ꍐ"<ĉՍ0$"0B 2 a"iAnxڎ )O΄_o.ɀ~$8‰э/'=…Љٍ/`ݎ$./L 0 $AnCɎ,P„kk.}$;ԍ/򍖍*=Ӊڍ0ݎ %†4/ 0 E%An؎*Qzz/'~#:֍0,捒$>…܉ލ1;$60/z(SAn:ێ)Rs/f~#;؍0&?ߍ1؀ݎ $=00 *An=,R|/"$>ۍ0S)>17&†I1o 2‡ʀ,*An[,Sv/$>܍0-򍐍'A0܎ %T 0@ߎ 2L-AnyW׎ (Sτ}/}"<Ɖߍ/ꍏ$C0"a 00ˆa0AnVߎ(RȄz. @.ߍ B†!/Հڎ"i/ݎ.&1XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 200 / width of table in bytes NAXIS2 = 17 / 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 = 426679576.37262 TSTOP = 426696675.16778 DATE-OBS= '2014-07-10T10:06:13' DATE-END= '2014-07-10T14:51:12' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 17098.7951599956 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 323 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:35' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'lIfVl9eSlGeSl9eS' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '153718788' / data unit checksum updated 2014-07-20T07:58:35 HISTORY TASK: FAPPND on FILENAME: sw00603954000b143x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:39 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END An_dB@  B ,#DDDDDDDDDDDDDDDDAnlB@  B 0llDDDDDDDDDDDDDDDDAn_gB@  B>$sDDDDDDDDDDDDDDDDAnkB@  B DDDDDDDDDDDDDDDDAn*cB@  B)5DDDDDDDDDDDDDDDDAn$ϫB@  C |BDDDDDDDDDDDDDDDDAn@B@  C 1(DDDDDDDDDDDDDDDDAnـB@  C N4@DDDDDDDDDDDDDDDDAn,/B@  C M؀DDDDDDDDDDDDDDDDAnSxPB@  C&ˀDDDDDDDDDDDDDDDDAnlbB@  C7tDDDDDDDDDDDDDDDDAn*ĀB@  CPYDDDDDDDDDDDDDDDDAn *RB@  pC Ũ3DDDDDDDDDDDDDDDDAnǿ*tB@  CČDDDDDDDDDDDDDDDDAnMB@  C |xDDDDDDDDDDDDDDDDAnj̀B@  C -JDDDDDDDDDDDDDDDDAn*B@  C8BDDDDDDDDDDDDDDDDXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 120 / width of table in bytes NAXIS2 = 13 / 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 = 426679608.46306 TSTOP = 426695680.70724 DATE-OBS= '2014-07-10T10:06:45' DATE-END= '2014-07-10T14:34:37' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465600000000 / [s] UTCF at TSTART TELAPSE = 16072.2441799641 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 352 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:35' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'lAAHo969lAAEl939' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '2470379612' / data unit checksum updated 2014-07-20T07:58:35 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: sw00603954000b160x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:40 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END An8v?=Ank?=Ane?=AnUG?=Anڐ?=Anyk?=Anϊ ?=AnYc?=Anw?=An ?=An\?=AnZG?=An ?=XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 188 / width of table in bytes NAXIS2 = 13 / 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 = 426679608.46382 TSTOP = 426695680.70808 DATE-OBS= '2014-07-10T10:06:45' DATE-END= '2014-07-10T14:34:37' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465600000000 / [s] UTCF at TSTART TELAPSE = 16072.2442600131 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 353 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:35' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '93CSG2BR92BRE2BR' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '4042253380' / data unit checksum updated 2014-07-20T07:58:35 HISTORY TASK: FAPPND on FILENAME: sw00603954000b161x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:40 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END An8vF(+Cs5Bt?;ěAp?AnkF(+Cs5Bt?;ěAp?Ane F(+Cs5Bt?;ěAp?AnÈfF(+Cs5Bt?;ěAp?An F(+Cs5Bt?;ěAp?Anz#:F(+Cs5Bt?;ěAp?AnF(+Cs5Bt?;ěAp?AnY؄F(+Cs5Bt?;ěAp?Anw#F(+Cs5Bt?;ěAp?An ޔF(+Cs5Bt?;ěAp?An\F(+Cs5Bt?;ěAp?AnF(+Cs5Bt?;ěAp?AnDF(+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 = 333 / 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 = 426679323.09464 TSTOP = 426698133.0946 DATE-OBS= '2014-07-10T10:02:00' DATE-END= '2014-07-10T15:15:30' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18809.9999600053 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 369 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:35' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'Ufa3adU0XdZ0adZ0' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '3433389518' / data unit checksum updated 2014-07-20T07:58:35 HISTORY TASK: FAPPND on FILENAME: sw00603954000b171x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:40 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END An:Tˉw X } O { T W j s  l ] Wnj {x {  ovl &   & 凉    An9:Tˉq T x H w M S e o y f W Sw|upy t }ioe      AnW5ˉr T w H w M S d o x g V QŒw|tpy s~hoe     ႈ   AnuLˉq U x H t M R e n y g V Ty|t oy s }hne        An<ˉr S y I t M R f n y g V RŒw{ t p y t ~hoe    ߂    An9ˉr R y H v M O d o w h V TŒx{ t pz s~hne   ! ߃   An>Bˉo S w H v N R d p x f X Tόy{t oy s~hne    ߃   An5ˉr S x H v O Q d m y f Y SŒy{uoy s ~ hme   !    An ?ˉq T z H v N R d n x g V Sw{ s oz s~hnf   !     An)5ˉr S y J v N Q d o w f V TŒx| t p x s~hoe   ! ߃   AnG>Bˉq T y I w N T c q w f V Sy} up z s}hme   ߄  Ane6eˉr R x H w N P e p w f V SŒx{spy s~goe    ށ    An9̉q T x I w N R e o x h V Qy{uo y t|hne    ჈    An9̉p S w I w M Q d o y f U Px}t p z s ~hod     ߂   An7̉q S w J w O Q d o y f V Qw}t p z t ~hoe   ! ނ   An9̉r S y H u M S d n x f W QŒw| t pz s~hoe    ! ߁   An<̉r T y H w O R e n y g W SŒw{ t py t ~goe   ! ށ   An>B̉q S x I w N R d m y f W Ty|t p y s ~hoe   ! ߂   An73̉r S y K x N S d o x f U QŒx} u p y t|ioe        AnUỉr S y J w M Q e n x d U PŒw} u o y t|hod     ނ   Ans7̉q T y I u O R e n x g W Sy{ t o y s~hme   ! ߃    An<̉o S y J v M R e o x g W Tόy{ u o y s|hoe   ! ރ   An;̉q U y K v N P c o y e X Sx{ u o y s ~hne     ߃   An:T̉q S x G w O P d o x g W Rw}uoy s|hnd     ߃   An6ẻq T y J x O R c o x e X Sy| t o y r|gme    ߃   An :T̉p S z H w N P c o w f W Rx{ t oy s~hne    ބ    An'9̉q U x I w M P c o w f V Sw{uo y t~hne     ނ   AnE:T̉q T y H w M O e n y f U Rw{ u py s ~hod    ߂   Anc̉p T y I u O P c o w f V Tw| u o y r~hme     ރ   An<̉r R z I v P R d o y g V RŒx{ u o z s ~hme    ނ   An6ẻq R y J w N Q d n z e U Qx| t p z t |hoe    ރ   An:T̉r S y I v N P e o y h V QŒw| up z t ~hod     ނ   An̉r S x H w N Q d n w f U QŒx{t oz s~hne    ܁    An;̉r T z H w N O c p w h X RŒy{ u oy r~hne    ނ   An:T̉r S z H v M P e n x f V QŒx{ t py s}gmd    " ރ   An5;̉t S z I v L Q d p x e V RČx| t p z s~hnd    ށ   AnS;̉o T y J x M Q f m y f X Sόw| u o z t }ime    ߂   Anq6ẻp S x H v M P d p y e U Qw|u py s |iod    ! ߃   An6ẻr S y I w M P e n z e W SŒw} t p z t |hoe       An9̉p S x I u P N d o x f V Tx{t p y r|hmd    ރ   An;ˉw Y  N ~ S U i t ~ j Z Vnj }wz  ovk %   $ ㇉    An6eˉp T x H u N P c n v f V Qy{t px r~goe    ݂    An6eˉp S x K w K P d o y f W Qw{up z s ~god   ߂   An%3ˉs T x H x N P c m y f V RÌw|u py s }hoe     ނ   AnC7ˉq R y J w L O c n y e V Rx| u p y s }hmd     ߃   Ana:Tˉo S y J y O Q d o x f U Sόx| uo z s|hme    ߃    An:Tˉr T x I w N P c q w e U RŒw|up y s|hnd    ݁   An<ˉp S y H w M P d o x g W Sx{ t oy r|hme    ނ   An6eˉp S z I u M Q d n y e T Rw{ t p z s ~gme    ރ   An;ˉr T x H v M N e n y e X PŒw{t oz t }hnd!    ށ   An5ˉq T z I w L P c n w f W Ow| t p z t~hmd    ݂    An<ˉr S y J w N O e n z f X RŒx| t o y s }hne     ނ   An3;ʉr R x I v L N c o x f T RŒw{tp y s~hoe     ݂    AnQ;ʉq S z H x N O c o x f U Qw| t oy t|hod     ށ   Anonʉr T x J w M O e o x e V PŒw|u p y t~hnd     ߄   An7ʉp T y J v M O c n w d V Rw| u p y s|hme!    ߃   An<ʉr S w I v M O e n y e V PŒw|t p y s }hod    ߂   An;ʉr T z I w L O c n x f U QŒx{ t p y t|gnd    ށ   An;ʉp S y J w N Q d o y f W Pw| up z t |hmd    ߃    An<ʉp R y K u N Q d m w f V Qw{ u o y t |hnd  ߃   An#<ʉp T x I t M P d n y f V Rx{uo y s }hme    ނ    AnA`Wʉq S y I w O Q c n w f V Pw| uo y s~hme   ރ   An_5̉r R w I x N O b n y e U QŒx|tp y s |hod     ߂   An}7̉p S y H x N P d o x e U Ow{ uoy s}hmd    ݃    An;̉q S y J w N Q d n y e X Ry} t p z t |hoe    ނ   An3̉p S y G w M P d m y f V Qx{ t oy s }gne    ށ   An:T̉q S x J v N O b o x h V Qx|t o y s|hme    ߃  An9̉q R z I w N P c n x f W Ry| u p z r|hoe   ݄    An>B̉q U x H v O Q b n v g U Qy|t py s~hne   ރ    An17̉p R y H v N Q c m y e V Ry{ u oy s |hme    ߃   Anc9̉q R y H t M Q d m y g U Tx{ t px u ~hne    ߁   An;̉p S w I w M Q d m w e W Sx|u o y t |goe       An:T̉q S w J w M R e m x g W Sx{s o y s |gne   ! ჈   An<̉p T x H v M R c n w f U Sw{t oy s~gof      Antˉm M s C p I L ] i r a Q z L͌r umhr} z m vzb g ^  ێ    An:Tˉo R v J v M R d o x d X Sόy|u o y t|hne      Anfˉq Q y I t M P b n x e V Sw{ t o y t}goe   ! ߀   An57ˉp S x H v K Q b n v d V Sw|snx u|hne    ߃   AnS;ˉq R w G v L Q c o y d T Rx{t py t |hoe       Anq:Tˉr R v H u M Q d m x e S RŒx{u oy s }goe    ށ   An;ˉr R x H v M Q d n y e V RŒx|t py t ~goe    ߁   An7ˉq R w I w M R e n y e U Rw|u o y t |hoe    ႈ   An:Tˉn R x H v L R a o y e S SΌv|s py t ~gof    ށ   An6eˉo T y H u L R c n w g W Sόx| u nx t|hme       An<̉u W } P | R X j t | k \ WŌ }w {  ovl $  $ 凉    An%2v̉q T w F u N S b n v d W Pw|u ox t}hme    ႈ  AnC;̉q R w E u N Q b n x f U Tx{t py s~hme    ߃    Ana6ẻp Q y I v M R c o x f W Qw| t o x s|hne        An<̉q R w G t N Q c m w d S Rw{t py s ~god      An̉o S v I w L R d o x d V Sόw{t o y t|goe        An;̉o R x G v M R c n v d U Sόy|t oy t|hme     ߃    An3̉p R x H u N Q d n y d V Qx{t py s }hne   ၈   An:T̉p R x G t M Q d l z e U Sx{t ny s }hme   !   An;̉n T x G w K R b o x e V RΌx|t oy t}hme    ނ    An3:T̉o R w I v N S d n x d W Rόx|u o y t|hnd    ႈ    AnQ9̉p P x H w K Q c m x e T Px{t oy t }gnd    ނ    Ano:T̉q R y G v L Q d k x e W Qw| t py s |gmd    ށ   An<̉n R x J v K Q a p w e T PΌw|un y t|hnd          An:T̉q Q x E u M Q c n x c U Rx{u oy s}hod    ߁   An9̉p R x J v L R b n x f U Qw|u o y s|hnd         An5̉p Q v H u L Q b m x d T Qw{t ny t |god        An5̉p Q v H u L Q b m x d T Qw{t ny t |god        An#5̉q S z H t M R d m w d U Qw{ t ox s ~hne    ߂  AnA:T̉q S z H t M R d m w d U Qw{ t ox s ~hne    ߂  An_;̉p R w I v L Q b n x d V Sx{u n y t|hne       An};̉p S v G t L Q e l x e V Rw{u oy t |hne    ނ   An/̉n S w I v L Q d n w d T QΌw|u p y t}goe    ރ    An6ẻp S x H v K Q c m x c V Qx|t oy t }hme    ނ   An6ẻr R x H u M Q c m x e W QŒx{t ox s }hnd    ށ  An6eˉn T w H u L Q b m v b V QΌw|u oy t |goe    ނ   An9ˉp R x H u K Q c m y c V Qx{tpy t |hne    ߁   An1>Bˉp Q y H t J Q d n x e V Ox| u py t|hoe    ݂     AnO7ˉq R x G t L Q c m v d U Rx{s px s }gme    ݂    Anm9ˉn Q w G u M O c l y e U RΌw|t py t |gnd    ݁   An?̉u Y  O { S U g t | j Z VŌ~ {v { nul  $   # ㇉   An7̉p R y J u K Q a m w e W Ow| u o y t |gnd    ނ   An`W̉q S x H w M Q a n w d W Rx{s nx r|gme    ށ    An6ẻp S w J w M P b n w e V  Px{s o y r~gme    ހ   An:T̉q Q y G u M Q c m w d U Qx{ t oy r ~gne   ށ   An!7̉q R w F v K O c m w d V Px{t py s }god    ހ   An?<̉o R x H w L Q d n v f W Rόy{t py s}hme    ނ   An]5̉o S w I t L O b m w d U Pόx|u o y s |god    ߁   An{;̉p S w H u K O b m v e U Rx{s py s }gmd    ݁   An6ẻp S y H v K P c n x h U Qw| unx s|hme    ހ    An9̉u Y ~ N | T W i s } i [ WŌ |v z  oul #   # 䇉     An9̉o S y F v L P b l w f W Qόw| t ox r |hnd   ނ  AnC̉p Q x I v K O c m x d T  Qx{u o y s |god    ߏ   An;̉o S y G u L P b n v f U Qόy{ u oy r}hme    ܂     An/6ẻq S x H u N R a o w e U Rx|u ox s|hmd    ݁     AnM>B̉o R w I w L P c m x d U Qόw|t p y s |god     ݂     Ank6ẻo R y G w M P c l y c T Oόw| u oy s |gnd    ނ   An<̉o R w H v L O c m v f U Rόw{u ox s |hmd   ށ   An7̉o Q v H v L P c n x e U Qόw|t oy s}hnd     ݂    An:T̉o S w F v M O b m w e T Sόw|u ox s |gme    ނ    An5̉v Y ~ L z R T i s } j [ Wƌ {v y  otl #   # ㉉     An7̉p R x H u N P c p x e W Qw|u oy r|hnd    ݁     Anỉq Q w I v N O c l x g U Ow|u o y s |hnd   ݂    An=3̉o T y I u M N b o v c U Pόx| u o x r|gmd   ܂     An[̉q S y H u L O c n v f U Ox| s ox r}hmd   ݁     Any6ẻp S w H v M N a l x d U  Ow|s py s }~god    ݏ    An6ẻp R x H u L O d k x d V Nv{s oy t |gmd   ݀    An7̉p R x H t M N a o x d U Pw{u nx s|hmd    ݃    An7̉p Q w I v K O c m w e U  Ow{t o y s |gne    ܀    An3̉p Q w G v K O c m w e U Ow|t oy s }hnd   ݀     An:Tˉw W ~ N | R S h u } j Z Vnj~{w { ovk $   $ ↉    An-9ˉq R v G v L O b m x e T Qw|s py s }gnd   ܀   AnK5ˉo Q y F v L O b n v f V Qόx{ t ox s}~hmd   ܁    Ani<ˉp Q x H v M P c m w c U Ow{u py s |hnd   ݃     An3ˉp P x G u K P c m y e T Pv|t oy s |hnd   ݁    An3ˉp P y F u K Q c m w e T  Ox{ t nx r }gnd   ܏    An>Bˉp S w J u L O c n x e S Nw{u o y s}hnd   ݁     An:Tˉp Q w G u K O b m x c V Ox{u oy r |gnd   ݀   An9ˉp R x F u K N b n x d S Ow|t py s|hnd    ܁     An3ˉr S x G t L P b n w c T OŒv{t oy s~gmd   ܁     An;:Tˉt W ~ M { Q V h t ~ i Z TČ~|v { ouk $   $    AnY6eˉp R y H w L O b k y f V Ow| u ox s }hnd    ܁   Anw>Bˉn S y F v L P b n u d W QΌx| s nx s}hme    ݂     An;ˉq S x G u L M a m u d U Qy{s ox r }gne    ܁     An6ẻp R w G v L T c m x g V Tx|unx t |gmf       An5ˉv W } M { Q X i t } j \ Yƌ~ {v |  ou m "  & 冉      An=7ˉp R x F u L Q b o y g X Tw|u ox u ~gme  !   An[6eˉo R x G u M R c p y e V Uόy{t nx t |hmf   ! ႈ  Any:Tˉp Q y H u K R d o x e V Sw| u ox u|hoe   ၈   Anŗ6eˉp R w I t J T e o y f T Sw{u p y t }goe      Anŵ7ˉo Q w H w L R e m w e W Sόw|u oy u |hmf   ႈ   An7ˉp Q w H t K R e n x d T Rx|t oy t}hoe   ! ႈ  An?ˉp T x G t K S f n y d U Rx|u oy u ~ine   ႈ    An;ˉq P x H t M R c o x d T Rwzt nx s~gne     ႈ    An-<ˉp Q y H u M S c n x e V Qx{ t ox t}hme      AnK2vˉt X } M | Q X j s  j \ WČ~ {w {  nvl $  & 冉     Ani9ˉo Q y I v L R d o x e V Rόx| t n x s}hne   ! ჈   AnƇ7ˉq P x F t L R d m y f S Qx{s oy t ~hne      Anƥ>Bˉm R y H t L T d o w g U S͌w| s nx t~hmf   !    An3ˉo R x G t L S d o w e W Sόxzs nx u~hme       An5ˉq Q x H t L R c m w f X Ux{s oy t ~gnf      An9ˉp R x H w L R c o x e U Sx{t py t|hoe     ၈    An5ˉo R v H v M S d o w f V Rόw|t oy t}hne     ႈ    An;:Tˉp Q w F u M Q c p y d V Rw{s ox u ~hoe  ! ߁  AnY2vˉo T x H t K R c n x f W Rόx{s oy t}~gmd  ! ߁  AnwD̉t Y | O { Q W i r ~ m ] XČ~ |w |  pvm #  $ 䇉      AnǕ;̉o R y F u L S d o w e V Sόx| t ox s|hme    ߂  Andz?̉q R w H u L S e n x d V Qx{s oy t}gme    ߁   An2v̉q Q x G t M S d n v e V Sx{t oy s~gmf   ! ߂   Anảo P w I u K T c o w e V Rόw|u o y t|hne     ၈    An 7̉q Q v F u M Q c l w e T Sx{s ny t ~hoe    ၈ An+;̉o Q w H u K Q e m y d U Rόx|toy u ~gnd     ߁    AnI6ẻq R v G t L R e n x d V Qx{s oy s}gne   ! ߃  Ang;̉o S x E t M Q e n x f W Qόx{s ox t~goe   ! ߃  Anȅ5̉q Q y F t L R b m x e T Qx{ t oy s }hoe    ߁   Anȣ<ˉw X ~ M { Q X j s } k \ Wnj{w {  oul "  & 䅉     An3ˉn R x H v K Q d m v e V  RΌw{t oy s }goe    ߁ An6eˉo R w G s L S c o w f U Rόw|t ox t|hne    ߃   An:Tˉo R w H u K S b q v f U Sόx|s ox t~gme    ߁   An@ˉo R v G t L T d o w g U Sόw{t ny s~hne     ߂    An99ˉp R v F t M Q d n y f T Rx{s py s ~hne    ߁   AnW@ˉp R v H t M R c n v f V  Sx|t ox s~hne    ހ   Anu7ˉp S u H v J P c m x e V Ow{t oy t |gne    ߀  Anɓ9ˉp R v G u O P b l x d T Rx|s pyt }gne    ހ   Anɱ>Bˉo R x G t M R e o x c U Rόx|t nx t|hme         Anˉv W } M y S W i t | k \ Wƌ |w z  num "   % 䆉     An5ˉp S w F u J Q d n v f W Pw|uoy t|hnd    ߂  An 9ˉp Q w F t L P b m x e U Qw|toy t }goe    ߁   An)7ˉp R x H u M R d o x f U Rx|t nx t}hne       AnG3ˉr R w F s K R d p y f T QŒv|s oy t ~~gnd    ހ   Ane5ˉo S v H u J R d m x f T Qόx{t oy s ~gnd    ݁     Anʃ>Bˉq S w I t L Q d l x d R Qw{u o y s |gne        Anʡ6eˉp Q u I u J Q c m y d U Pw{t o y t |hnd     ݀     Anʿ<ˉo R w G t M P b m w e T Sόx{t ox s ~gme    ݁     An;ˉq R v I v K O b l y e W Qw|t o y s |hnd     ߂    An6eˉu Y } L z R U j s } i [ WŌ {v  {  oul "   % ㅉ    An9ˉo R w F u M Q b o w e V Sόxzt nx t~gme     ݂      An79ˉp Q w G u M P b l u f T Rx{t oy s ~gme   ߂    AnU3ˉq R y G u M R c l x e T Pw{ s ox s }gnd   ݁   Ans;ˉo S y H v L R c n y f U Rόx| u ox t |hmd    ݂   Anˑ<ˉn Q x G t N R e m w d S  RΌx{s py r }gnd    ݁   An˯6eˉq R x H u J Q c m w e U Pw|t nx t |hme     ݀     An>Bˉo P w H t K P d l y e U Qόw|u oy t |hme     ݂    An6eˉp S x H t L R b n v c X Qx|t nx r}gme    ނ   An 6eˉp S w G u M P ` n x e U Qx{t oy s}gme    ށ    An':Tˉv W } L z Q V i t ~ j \ Vƌ} |v {  ovk $   $ ⇉  AnE7ˉq Q v G s K Q a l v e W Ox{t py t ~gme    ݁     Anc3ˉp R w G s L Q d m v e V Px|u nx s |hmd    ށ   Ań<ˉp T y H v K P f l x e U Pw{ u ox t |hnd    ނ   An̟;ˉo S x F t L Q d k w c U  Pόx{s oy s }gmd    ݀   An̽3ˉq S w I u L P d o v c S Ow|t o y t|hnd    ݏ    An7ˉp R v I v L P d o w f V Pv|t o y s|hmd    ހ   An;ˉo Q w F s L P d m u c U Oόx{s oy r }gmd    ށ  Anaˉp R v F v K P c m x e V Ow{t ny s }gnd     ݂     An56eˉo P w H u K P a l x e W Qόx|u nx t |hmd     ݂    AnS9̉v W } N z Q U j t } j [ Uƌ~ {v {  ouk #   " ㅉ     Anq:T̉o R x I u L Q b n x e V Rόw|t o x s}hmd     ށ     An͏9̉o R v F v K Q a m x c W Qόx{t ox s |hne    ݂    Anͭ:T̉q P w G u K Q b n w d S Px{t oy t|gnd    ܁    An̉o S x G t M Q a n w f W  Pόw|toy s~~hmd     ށ     An6ẻp Q w H u L O b m x d S Qx|t oy s |gmd   ݀    An<̉o S w H u K Q b o x d U Oόw|u ox s|gnd     ݂     An%6ẻp R x H t K P c m x e U Qw|s oy s }hnd    ݁   AnC5̉p Q x G t L Q d l y e U Oxzs oy s ~gnd   ܁    Ana<̉p Q t I u J P d o w e T Pw|t o x t|gnd    ݁    An7ˉu X ~ O { R U h s ~ j Z UŌzw z nvk "   # ᆉ    AnΝ<ˉm R x H w L P c n w f U  Q͌x|s nx s|hne   ܂     Anλ6eˉo P x E t L O c m x e V Qόx{s nx r }hmd    ݂    An9ˉo S w H v K P a m w d V  Pόx|t nx r |gnd     ܂      An9ˉo Q w G t M Q c l v d T Qόx{s oy s }~gmd   ݀    An<ˉp R w I s J P c n x f T Ox|t o y s}gnd    ݁   Anc;ˉo Q v F s M T d p z f T Rόx|t nx u |hod      Anہ:T̉q R w G t K V f o y e T Ow|u oy u |goe   !ރ An۟9̉q P w F t K U c m w f V Qx{s ox u ~god ! ߁  An۽7̉p R w G t K V f o x f W Rxzs oy u~gne   ! ߁  An9̉p R x G v K U e o z d T Rw|t nx u |hoe   !ނ    An<̉p S v G s J U f o w f U Sx{s ny u~hme   ߂  An9̉p Q x F t J U e m x e T Ox{s ox u ~goe  ! ށ   An52v̉q R w H u K U e l y e W Qw|t oy v }hod       AnS6ẻq S v F u K W d o x e V Ry{s ny t~hnd  ! ߁  Anq9̉p R u I u L U e o w f T Qw{t n y v|hne         An܏̉w W | M z O Z k v ~ i \ Vnj~ |u  }  ovl #  ' 䆉      AnܭR̉o R v G t I T e n y f T Qόw{t oy v ~god   ! ށ  An5̉o S v E t J W d n y f W Rόx{u nx v ~hme   ! ߃  An>B̉o R x G v L W d n x f V Qόx{t nx u~gme  ! ݃    An3̉o R x G v L U c q w f T Pόy{t nx t|hme   ! ރ  An%;̉o P v F s L T e p y e U Qόx{s ox t ~hoe   " ݃     AnC7̉q R v G u K W e q y f W Rxzt nx v ~gnd    ށ   Ana<̉r Q w F t K V g m y e T QŒw|s ox u ~hnd   ! ݁    An:T̉q R w G t M U e m w e U Pw|s py v |gmd  ހ  Anݝ6ẻp R v F u K U e o x e U Swzu ox u|hoe         Anݻ>B̉t X } M { Q [ k u  j \ UČ~ |u  }  n vl "  % ㆉ      An:T̉q Q x F s J U e n x f U Qw{t oy u}hod   ށ   An3̉p R u G u J S f n x f V Qxzu oy u~hod  ! ߀  An9̉n Q w G u L V d n y f V QΌx{s oy t ~hme  " ݂     An3>B̉p P v G s K T f p y e T Qw{s oy t ~gne   " ށ    AnQ7̉p Q v G t J T e o y d U Qw{s oy u }hnd   ! ށ    Ano:T̉p P v H t J U d o y e T Pw|t ox u |hod    ߁     Anލ6ẻo Q v G t L U d n v d V Rόw|t oy u|hod     ނ    Anޫ7̉p R x H u K T e n y e S Rw|t nx u |hoe   ނ   An9̉m S w G s K U d o w e U R͌x|u nx u|hnd    ނ   An7ˉt W { K y O Z k t | j Z WČ zw   |  nul "  ' ↉       AnRˉp P v F u K R d m z f U Qw{t oy u |hne     ݂     An#7ˉp S v H v J U e n x e U Qw|s oy u~hod     ށ    AnA:Tˉp R v E t M S d o w e W Qx{t oy t~gme ! ݂   An_3ˉq R w H u I T d p w d V Qw|t oy u}hnd     ށ   An}5ˉp Q w H u I T e l x c T Qw|u ox u |hmd    ! ߂    Anߛ>Bˉq R w G t M S e n x e U Rx|s nx t|hmd     ݀    An߹?ˉo S w H u K U f n x e T Qόx{t nx t|hme     ߁    An3ˉp Q v H u K T e o y d U Qx|t ox u }hme   ! ݂   AnFˉq Q w G v J S c n y e T Qx|s oy u ~gmd  ށ   An;̉x W } K z P Z l u } k \ WȌ |v  {  otl "  % ㆉ      An19̉p R w G u L S f n x e U Qw|s oy t|goe    ނ   AnO3̉o R v G u K R e o y c T Pόw|t oy u |hne     ߂   Anm;̉o R w H t L V f n x f V Pόy|s nx t|gmd     ނ   An7̉o S t G u J T c n z d U Qόw|u ny u |hod     ރ    An9̉o R y H v L T e o x e U Pόw| t ox u|hme    ! ނ     An@̉p Q u F u K T d n x e U Pw|u ny u|hnd    ߀  An<̉p R v G t K U d o x d V Rx|t nx u|hod    ! ݂   An7̉q P w H s J T e n y e V Pw{s ox t |gme    ݁  An!7̉o R x G u L S b n v e V Pόx{t ny u~hne    ! ނ   An?7ˉu Y | N { P Y j u ~ j Z WŌ zv {  otl !  $ ᆉ       An]:Tˉq Q x G u L T b n w c V Ow|t oy u|gmd    ܁    An{7ˉo R w E u K S e o w e U Oόxzs nx t~goe  " ۂ   An7ˉp Q v H w J S f o y e T Nw|s oy t }god   ށ   An:Tˉq Q v E u L S e n x d U Nv{s oy s}~gmd   ! ݁    An5ˉo T v G v J R e n x e W Oόw|snx t}gnd    ܃  An5ˉo S x G t K T d n x e W Pόyzs oy s}hmd    ݂   An9ˉp P u G v K T c m w c U Ow{t oy t ~hnd   ܁    An/<ˉn R w G t J S c m x d V RΌw{t ox u |hnd    ܁     AnM9ˉq Q v F t K R e n y e T Qx{t oy t |gnd  ! ݁   Ank;ˉw V } M y O Y j t  k Z Snj~ {w  |  nvk #  % ᆉ     An:Tˉn Q w E t L R c n x g U QΌy|s nx t}gmd    ܁    An6eˉq Q v F s L S d o w d T Px{t oy u}gnd    ܁   An;ˉn R x G t J S d n y e U NΌw{t nx s |hnc     ݁     An5ˉp Q v H t I Q c o w e V Qw|t oy t|gmd     ܂     An\ˉp Q u G u K T c o y e S Px{t ow s ~gmd    ܂   An;ˉp R x G v M S b n w d W Ow|t nx s|hmd     ݀     An=5ˉq Q w F t L S d l w e V  Ox{s ox s ~god    ہ    An[7ˉo Q x H u J R c n w c U Rόw|t ox t|hmd     ہ   Any9ˉp R w G r K S b n w e X Qx|s ny s~gmd     ܂     An:T̉s S y J w M U g q z k Y SÌ{ w s | x kqh    #  ߄   An5̉o Q w E t L R b n w e V Pόx|u nx t~hmd    ܂    An:T̉o R w H t M R e p x f V Pόw|s nx t}gmd    ܂     An7̉q Q w F u K S b m y f U  Nw|s oy s |gnc    ہ   An~|̉r P x H t K Q e n x d S  NŒx{s oy u|hoc    ہ   An-;̉o P w E r L S c m x f T Pόw{s ox u }gnd   ! ہ   AnK;̉q Q v G u J S c n x f U Ox|u oy t}gnd    ܁    Ani5̉o R v F u J Q e o x d U Oόw|t nx t|hmd     ݁     An6ẻq R v G t I S c o w d R Px{s oy s~gnd    ܁   An6ẻq R w F u J S c n w f U Qw{u nx t|hme    ݂    An5ʉt W | L y Q W j s } j \ UČ {w  {  nvl $   % ᆉ     An:Tʉo Q w F u K Q c n w e U Oόx|t nx s~hmd   ܁    An5ʉo S w G u L R d l x e T Oόw|t ny t |hnd   ܀  An\ʉp R w G u K Q d o w d T ~ Ov{s oy t|hnd     ۀ      An;;ʉo T x F u K S d m w d U Oόw{s oy t ~hnd    ݁  AnY7ʉn S x G t J S d o x f X PΌx|t ox s|hnd    ܂    Anw6eʉq R w F s J Q c n x f T Px{s ox s}gmd    ۀ    An7ʉp S v G u J R d n x d T Nx|t nx t|hmd    ۂ    XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 298 / width of table in bytes NAXIS2 = 333 / 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 = 426679324.29394 TSTOP = 426698134.29404 DATE-OBS= '2014-07-10T10:02:01' DATE-END= '2014-07-10T15:15:31' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18810.0001000166 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 371 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:35' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '9HLBBGIA9GIAAGIA' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '3696332817' / data unit checksum updated 2014-07-20T07:58:35 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: sw00603954000b173x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:40 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AnK?B q S u ? $  @ # *  * t  f 3 y  S @ " X g " O F Q  } & %  K 3  - 9 An:K@D q T u > #  @ " *  * s  f 3 y  R ? " W g ! O H Q    & %  I 1  . ; eAnXKHԅB p R u > #  @ $ *  ) r  e 3 y  S ? " X g " O J Q ~    % %  H 4  . : nAnvKBFE q S u ? $  @ " *  ) t  f 3 y  S ? " X g # O H Q ~  & % F 4  . 8 AnKGD q R v > "  A " )  + r  f 2 y  S ? ! W f " O I Q }   & $  I 3  - ; ӗAnKCC q S u > "  @ $ )  * t  f 2 y  R ? " W g # O F O    & %  H 5  . ; AnKBFH q S u ? #  A $ )  * s  f 3 y S ? " X g Q E O |   ~ & $ " H 3  . 9 AnK@E q T u > "  @ # )  * s  e 3 y  R ? " X g "  P F Q |   } & $ I 5  - : ӠAn KPE q Q v > "  @ # *  * t  f 2 y  S ? " W g #  O D Q |  & $ # H 2  - ; QAn*KCC q S v > #  A $ )  * s  f 2 x  S ? " X g $  N G P %  & ! % $ G 2  . ; ҍAnHKCE q T v > #  A " )  * s  f 3 y  S > " V f $ N J Q   & % # I 4  . < AnfRF q R u > "  A $ )  * t  f 3 y  S ? " V g $  O C Q   & % " H 4  . : -AnKCE p Q u > #  A $ )  + s  f 3 y  S ? " V g #  L G P  ~ & % $ G 3  . ; YAnKJ#E q S v > $  A % *  ) s  g 3 y  R > " W g $  L J P   ' % ' H 3  . ; qAnMgwE q S v > &  A " *  * s  f 2 y  R ? ! W f "  M H O     ' ! % & G 2  . < AnK@D q T v ? %  @ % *  + t  f 2 y  S > " W g # N I O   } & % ( F 2  . < AnKGB q S v > %  A " *  * s  g 3 y  S ? " V g " M H M    & % % H /  . ; 9AnKDC q T v ? '  B % *  * q  g 3 y  R > " V g # K J P   | & % % G 1  . < |An8KF5E p S v > '  @ $ )  * t  f 3 y  S ? " W g " L G O "  } & % ) H 1  - ; AAnVM-˅E q U v ? %  @ $ )  * t  f 3 y  S ? " W g #  M I O #  ~ & ! % * H 4  . ; AntPOC q S v > #  A $ *  ) t  g 3 y  S ? " W f # L H O "  { & % ' H 1  . < :AnKBFE q S v > &  A " )  * u  f 3 y ! S ? " W g " L E P #  z & ! % ) F 2  . ; AnLЅE q R v > $  A $ *  ) u  f 3 y  R ? " W g #  M D O } !  ~ & % * I 2  . < )AnK@E q U u > %  A % )  * u  f 3 y R > " V g #  L E Q   | & % - I 1  - < ԓAnN_1C q T v ? %  A # )  * t  e 3 y  S > " V g " M G Q } "  | % ! % , I 3  . ; 7An KDB q R v ? &  B $ )  * u  f 3 y S > " V g #  M G N !  } & ! % . J 3  - < An(KDB q S v ? &  A # )  ) t  f 3 y  S ? " W g !  L H M "  } & ! % - J 4  - < AAnFKGB q S v > &  A " )  * s  e 3 y  S ? # W g L E O "  | & % 0 J 2  . ; ԘAndKKsC q U v > '  A % *  ) t  f 3 y  S > " V g ! K G N #  ~ % % 1 J 3  - ; AnKBFC q T v > $ $ @ $ )  * t  f 3 y  S ? " W g   K F N | #  } ' ! % 4 K 2  . ; KAnKGB q V v ? " 2 A % )  ) s  f 3 y  S ? # W g   L E N { !  } % ! % 6 I 4  - : AnKHԅC q V v ? " ! A # )  * t  f 3 y  S > " W g !  M G N v #  { & ! % 7 H 3  - : թAnOD q T v > !  A % )  ) r  g 3 y R ? " X g # K C N x  z ' & 5 I 0  - : AnKHԅ@ q R v ? "  A # *  ) s  g 3 y  S ? # W g ! L G Q x   | & & 4 H 1  - : AnL$@ q R v > #  A % *  ) t  g 3 y  S ? " W g !  K H Q {   } % % / H 2  . ; ԁAn6WA r R v > #  A # )  ) t  g 3 y  S ? " W g ! L H R w   | &  & 0 I 2  - ; AnTXDЅA q T v ? #  A $ *  ) s  f 3 y  S > " W f "  L G O x  } % & 0 J 1  . = AnrKL…? q R v > "  A $ *  ) s  g 3 y S ? " X g #  K I Q y "  } % % 1 J 1  - : ҷAnYMA q U v ? #  A # *  ) t  g 3 y  R > " X f " Q I O z   ~ & & . J 2  . ; DAnKSP> q S v > "  A % *  ) s  g 3 y  R ? " W g " P J Q z   ~ % ! & 3 I 1  . : CAnKN? p S v ?  A $ *  ) t  g 3 y  S ? " X g "  P I Q }   % & 2 H 3  . < AnKHԅ? q Q v > !  A " *  ( t  g 3 y  R ? # X g " O I R z    % % 0 H 1  - : OAnKOa@ q R u ? $  A # )  ( s  f 3 y  S > " Y g "  P J T y %  ~ % % - H 2  . : An&Qy}@ q P v ? "  @ $ *  ) s  g 3 y  S > " V g !  P J S y %  } & $ / I 2  . : zAnDXх@ q T v ? #  A $ *  ) s  g 3 y  S ? " X g !  O H S y %  } & ! % 8 J .  . ; AnbKHԅ@ q R v ? #  A " *  ) t  g 3 y  S ? " W g " P F R v #  | & % 6 H 2  - ; EAnKOa@ q Q v ? %  @ $ )  ) r  h 3 y  S ? " X g # Q H S v "  } % ! % 5 H .  - : ԌAnKKs@ q T v > $  @ % *  ( q  g 3 y  R ? " X g "  Q D Q y "  | & % 7 I 2  - ; AnKJ#A q T v > %  @ # )  ) q  h 3 y  R > " W g !  Q G R |  | % % 6 J 2  - : ӲAnKJ#@ q T u > #  A # )  ( t  g 2 y  S ? " W g ! K C R r $  } & % 7 I 2  . ; ӥAnV[A q U v > #  A $ )  ( s  g 3 y  S ? " X g "  J G P w !  | & % 7 I 2  . : SAnU@ q Q u > #  A # *  ( s  g 3 y  S ? " W g ! J E P x !  { % & < H 1  - : An4ջ@ q T v > $  @ $ *  ( s  g 3 y S > " X g K E R w !  { % & 5 I 1  - : AnRUa? q S u > "  A $ +  ) s  f 3 y  R ? " X g   K F P z   } % % 9 G 0  - : ՏAnpKKsA p T v ? #  A # *  ) t  g 3 y  R ? " X g ! K J P w   | % % : J 1  . ; ӫAnKJ#@ q U v > "  @ $ *  ) s  g 3 y R ? " W f  L I Q z  z &  % 8 G 3  . : -AnKHԅ@ q U v ? &  @ % +  ) q  f 3 y  R @ " V g "  K G R w   z % % 9 H 0  - : AnKKs? q U u > $  A $ *  ) r  g 3 y  R ? " W g "  O D Q ~  | & % 8 I 3  . : ֔AnMȅ@ q U v ? %  A " )  ( q  g 2 z  S ? " X g "  O J R |  ~ % % : I 0  . 9 ֟AnX/ׅ? q U u ? &  A $ )  ) r  g 3 y R ? " W g $  O I S x   } % % 7 H 3  - ; An$L@ q V v ? &  A $ )  ( q  g 2 y  S ? # Y f  O G S t   ~ $ $ 8 J 0  . 9 AnBNƽC q V u ? '  B % *  ( r  h 3 y  S > " V f # P E P x   } $ $ 4 I 3  . : DAn`KRC q V u ? %  A % *  ) s  f 3 y  R ? " W g ! O D Q y   } & % 9 H 2  - 8 rAn~L*A p V w ? $  A # *  ) q  g 3 y  R > " W g !  O F T w   y & % 8 H 1  - : ԀAnKG@ p V u > #  @ $ *  ) r  g 3 y  S ? " X g "  O H T x   { % % 5 F 1  . : AnY?)? p V v > #  @ " *  ( r  g 3 y  S ? " X g O F T z   } &  % 7 F 1  - ; tAn\@ q U v > #  A # )  ) p  g 3 y  S ? " X h "  O J T z   } &  % 4 G 3  . : zAn[@ p T v ? !  A # *  ) r  g 3 y  S ? " W g # P H S }   | %  % 8 H 4  - ; ԀAnQLB q V v ? #  A $ +  * r  f 3 y  S ? " Z g "  O I S ~   { ' % 6 H 3  - ; An2KRA q T v ? # A $ +  ) t  g 3 y  R ? " W g "  O J Q   } % % 3 H 3  . ; ! U f  K  C @ r   z $  % : J 3  , 7 jAnKJ#C p R t > "   ? ! (  ( m  f 1 x  Q > T f M @ @ s   x %  % 8 K 1  - 8 cAnK?D p Q s = "   ? (  ( n  f 1 x  Q = ! U e !  L  ? A r   z % % 6 J 3  - 8 oAnQE p S t = "   ? ! (  ) p f 1 x  Q > ! U f ! K  @ A w   y %  % 3 J 1  , 8 ԂAnVБC p S t = %   ? ! )  ) o  f 1 x  Q > ! V e  L  A B s   v %  $ 0 K 0  , 7 AnQrF p R t = $   @ ! (  ) n f 1 y  Q > ! T e "  K  B @ s   w &  $ 2 J 1  , 8 An6X!B p R t = #   @ ! '  ) p  f 1 y  P > ! S e K  A > v   y %  $ 5 G 2  , 8 AnTVffF q N t = "   @ '  ( n  f 1 x  P = ! T e ! K  @ > s   z %  $ 4 H 1  , 6 AnrVJF p T t = "   ? '  ( p  f 1 x  Q = ! S e  L  B > t   x %  % 3 I 0  , 7 ҍAnKDC q R t = "   ? '  ( o  e 1 x  Q > ! U e "  L  ? ? v  w $  $ 2 H 5  , 7 ӟAnNΚB p P t = %   ? (  ( p  f 0 x  Q = ! T e   J  C = t   y $  $ / I 3  , 8 xAnKBFA p P t > !   ? (  ( o  e 1 x  P = U e  K B > t   x %  $ 2 G 0  - 9 %AnWA p P t = !   @ (  ) o f 1 x  Q = ! U e "  J A ? q   y $  $ 0 H 3  - 9 FAnYNB p Q t = "   @  (  ) o  e 1 x  P = ! U e J B A w   y #  $ 1 H 0  - 8 ϓAn&XiA p Q t = !   ?  (  ) n  e 0 y  P = ! T e ! L ? @ v   y %  $ / G 0  , 9 AnDOG0A p Q t < #   @  (  ) o  e 1 y  Q = ! T e  L > @ z   x #  $ - G 2  , 8 AnbKCB p P t = $   @ '  ( p  f 0 y  P = ! T e  K ? @ s   y #  $ / G 2  - 9 ;AnZ6@ p R t = #   ? ! '  ( p f 1 x  P = ! T d  K A @ w   x $  $ 2 F 0  - 9 AnMWB p Q t = $   ?  '  ( o  f 1 x  P > ! U e  L ? @ y   x $  $ - F 3  - 8 XAnKHԅ@ q T u = $   ?  (  ) n  f 1 y  Q = ! S e   L A ? {   y %  $ 3 H 1  - 8 XAnKBFC q P t > #  ?  (  * n  e 1 y  Q = ! T e   M ? A {   y %  $ / E 3  , 9 ԹAnLcB q O t = "   ? ! )  ) o  e 1 y  Q > " T f  M ; @ x   y $  $ . G 1  - 9 ֈAn[UB p N u = #   ?  (  ( q  e 1 y  P > ! T e  M ? A x   y $  # , G 2  - : An4YD p P t = $   ?  (  ) o  e 1 y  Q > ! T f  M B A x   y $  $ + G 0  - : 0AnRKG@ q O t = "   ?  )  ) n  e 1 y  Q = ! T f ! M B A {   y $  $ , H 4  - 9 AnpZ$B p P t = "   ? )  ( p f 1 y  Q > ! S f   M @ @ y   { $  $ . J 2  - : ՄAnK8C p Q t > !   ? ! )  ( p  f 1 y  Q = " T e  L ? A y   y $  % 3 I 2  - : ӊAnW+? p O u = #  ?  )  ) o  e 1 y  P = ! U f  M @ A v   y %  $ - H 1  - 9 pAnS A q N u = $   ? ! *  ( p  d 1 y  Q = ! T e  L  A A w   z %  % 0 G 2  - : AnXpA p M u =  @ )  ) o e 1 y  Q = " U f M @ A |   | %  $ / H .  - :  כAnKGA q P u =    ? ! *  ( p  e 1 x  P > ! T e L @ A ~   { %  $ , G 1  - 8 An$NB[A q P u =    ? ! *  ( p  e 1 x  P > ! T e L @ A ~   { %  $ , G 1  - 8 ԂAnB\jF q Q t =   ? (  ) p e 1 y  Q > ! U f  L @ A u   { &  $ * H 4  - 9 An`KBFC p Q u = "  ? '  ) o e 2 y  Q > ! T f  L A @ t   { %  % 0 G 2  - 9 ТAn~X/B p P t =  ? " (  ( p e 1 y  P = ! U f  L C @ x   | $  % , G /  - 8 ӲAnK@C q R u = "  @ " )  ) q e 1 x  Q > ! T f !  M A ? v   z %  % 0 F 0  - 9 AnO9@ p O u = #  @ *  ( p f 1 y  Q > ! S g #  M @ @ {   z $  $ 1 G /  - 9 wAnKJ#> p P t =   @ " )  ( p f 1 x  Q = ! T f "  M  ? @ z   w %  $ / G 3  - 9 EAnRA q R u = #  @ " (  ) p  f 1 x  Q > ! U f ! L  @ ? |   y &  % 0 G 5  - 9 AnU2aA q S t = %   ? # *  ( p  f 1 y  Q > ! V f !  L A ? }   z $  $ 2 E 0  - 8 An2KײC q S t = "   ? % *  ( r  f 1 y  Q = ! U f #  M  B ? z   x $  $ 1 C 1  - 8 qAnPTB q R u = !  ? # )  ( q  e 1 y  Q > ! U f "  M = ? {   w % $ 7 F 4  - 8 ռAnnYsD p R t = !   ? # )  ) p  f 1 x  Q = ! U f ! M  @ > {   w %  % . F 0  - 8 AnKHԅD p S t = #   ? " )  ) o e 1 y  Q > ! U f "  L A = z   z $  $ / G 2  - 8 ]AnKDC p R t = !   ? ! )  ) o f 1 x  Q = " V f " M > ? {   w % % , G 3  - 9 ׻AnK?D p S t = !   ? )  ( p  f 1 y  Q = " V f M @ ? {   v % $ / F 3  - 9 0AnKzB p R u < "  ? " )  ( p f 1 y  Q > ! U f  M B >   w %  $ - G 1  - ; ӲAnR C p S u = "   ? ! )  ' q  e 1 y  Q = ! U g M @ > {   v %  $ / F 0  - 9 An"U C p R u = #   > ! *  ( p  e 1 y  Q > ! U f !  M A @    v % $ / F 0  . : юAn@KBF? p S u = $   ? *  ( q  e 1 y  Q > ! V f !  N B ?    w %  $ / G 2  - 8 An^N@ p R u = #   ? # (  ( r  f 1 x  P = ! V f !  M C > t   v %  $ , F 0  - 9 OAn|XfA q R t = "   ? ! )  ) p  e 1 y  Q = ! V g " M A A s   x %  $ 0 F 2  - 9 ӌAnK@@ q T u = #  ?  )  ( r e 1 y  Q = ! T f # N B > r   x %  $ . D 1  - 8 ҾAnK@A p T u = !   ?  +  ) q f 1 y  Q > " U f $ N A = r   v $  $ 3 F 1  - 9 ӱAn[@ p R t = !   ? )  ( r f 1 y  Q > " U f ! N C > s   u %  % 1 G 1  - ; ғAnWA q V t = !   @ ! )  ( r e 1 y  Q > ! V e !  M A ? x   v %  $ 7 G 1  - 9 AnX.A p T t > "   @ )  ( r f 1 y  Q = ! U f " M D > y   w $  $ 4 H 2  - : An0VڅA p S u = "   >  (  ) r e 1 x  Q = ! U f !  N C > {   y $  $ 2 G 1  - 8 ~AnNW˅@ p S t = #  ? (  ) q  e 1 y  Q = ! U f " L C > {   v $  % 0 F 1  - 9 AnlX3ƅ> p Q t = !  ?  )  ( q  e 1 y  Q > ! T f "  M C ? w   v %  $ , E 5  - ; eAnKD@ p S t = #   ? (  ( r f 1 y  Q > ! U f ! N C > w   w $  $ 1 G 1  - 9 AnKF5B q S u = "   @ (  ( q e 1 x  Q = " V f  M C > x   x &  % - F 2  - 9 AnYЦA q V t = #   @ ! )  ( r e 1 y  Q > ! U f  N D = v   w %  # 1 F 5  - 9 AnN|A q T t = #   @ " )  ) r e 1 y  Q > ! T e  O B > z   y '  $ / H 3  - 9 AnKHԅA p R t = $   @ " )  ( r g 1 y  Q = " V f  M B ? v   x $  # 5 G 3  - : hAn K@@ p R t > !  ? # )  ( r f 1 y  Q = ! T f  O B A |   z %  # 3 F 3  - : An>K@? p T t = !   ? " (  ( p f 1 y  Q > ! T f  N A @ x   x $  % / E 1  - 9 әAn\KF5B p T t = #   ? # )  ) q e 1 x  Q > ! U f M F @ v   y %  % . F 5  - 9 BAnzK?B p S t = #   @ $ )  ) r e 1 x  Q = ! T f ! N C ? n   y $  % . G 5  - 9 ҢAnKG@ p W u = #   ? # )  ( s e 1 y  Q > ! U f  N C A r   x %  $ . G 2  - 9 ;AnKDA q S t = #  ? # )  ) r e 1 y  Q > " V f  M @ > l   x $  $ , G 1  - 8 ԫAnK?A q R u = !   ? ! (  ( t e 1 y  Q = ! V f  M @ ? r   w $  # - H 4  , : ՋAnKKsA q T t = #  ? # (  ( r f 1 y  Q = ! T f  M D @ p   x $  $ / H 1  , 9 [AnK@A p T t =   ? ! )  ( s e 1 y  Q = ! S f  K  A @ q   z &  $ 0 G 2  - : An.KBFB p Q s =   5 @ " )  ( q e 1 y  Q > ! U f  M  B @ u   y %  # 2 G 3  , : /AnLKDB p S t >  % ? " (  ( t  e 1 y  R = ! T f M ? A r   y $  $ 1 F 5  - 9 CAnjKGA p Q u =    ? ! )  ( s e 1 y  Q = ! U f  N ? ? p   w %  $ + G 2  - ; uAnKBFC p T u =  @ " (  ( r f 1 y  Q > ! U f   M @ @ o   y $  $ - E 4  , : (AnKSPA q R t > "  ? ! (  ) q  e 1 y  Q = " U f   M @ @ v   x %  $ / F 0  , ; YAnKBFC q S t = !  ? ! (  * r  d 1 y  Q > ! U f  M ? ? u   v %  $ , G 1  - : AnK>W@ q T t > !  ? ! )  ( t  e 1 y  Q = ! U e  M C A s   w $  $ ) G 3  , 9 AnKL…B q U t =   ? ! (  ) r e 1 y  Q = ! V f M A @ s   w $  $ - F /  - 9 OAnKF5@ p U t = !   ? ! )  ( r e 1 y  Q = ! V e  M B > w   w $  $ ( F 3  - 7 үAn q S t = !  ? )  ) t e 1 y  Q = ! W e  N @ ? w   u %  $ ( G 3  - 8 MAnZKG? p T t = "   ? " )  ) s  e 1 y  Q > ! U f  M @ @ y   w %  % - E 3  - : ӸAnxK輅@ q U u = !   ? ! )  ( q e 1 y  Q > ! U f   M ? ? z   u $  % . G 5  - : AnKCB p S u = #  @ # (  ( r e 1 y  R > " V e   M ? B t   w %  $ - G 4  - 8 AnLA݅A p Q t =    ? ! )  ( p  e 0 x  Q = ! U e  L ~ @ ? t   t &  $  G 1  , :  ՂAn Uzx? q R t =   ? ! (  ( r e 1 x  P = S d !  K  C ? x   r %  $  H 0  - ; An>KGA p R t <   ? ! )  ' r  e 1 x  P = ! V e !  M  @ @ t   s %  $  I 3  , : An\K~C p U t = "   ? (  ( r  d 0 x  P = ! U d !  L  ? @ x   r %  #  H 0  , :  AnzKF5B q T t = !   ? ! (  ( t  e 1 x  P = ! U d ! N  A ? }   t %  $  G 2  - 8 ӔAnŘLTD p T t < "   ? ! (  ( r d 1 x  P = ! S e  M  @ = {   t %  $  H 2  , 7 dAnŶKHԅC p V t <   4 ? " (  ( r d 0 x  P = ! U e   M  C > z   r %  $  G 5  , 8 AnKGD p R t < ! & @ ! )  ' s  d 1 x  P = ! T d  M  B > u   s %  $  G 1  , 7 ԑAnKB q R t =    > ! )  ' r e 1 x  Q = ! T d   L  B = s   u &  # $ H 2  - 7 ֞AnKJ#C p W t =   ? ! )  ( q e 0 x  Q = ! T d   M  A @ x   v %  $ " J 0  , 9 oAn.[҅E p S t = !   ? (  ' r e 1 x  P = ! T e !  K  @ ? w   v $  $ $ H 3  - 7 AnLKHԅB p R t < !   ? " )  ( r e 0 x  P = ! U d  M B ? w   u %  $  I 5  - 9 dAnjQx-B p T t = !   ? ! )  ' r e 1 x  P = T e  N B @ {   v %  $  G 3  - 8 AnƈKPB p U t =   ? (  ( q f 1 x  Q = ! V c N @ ? y   t $  $ G 1  - 9 ҔAnƦRA p R t =   ? (  ( p  e 0 y  Q = " T d  L B > {   u %  # # H 0  - 8 AnTCԅA p U t =    ?  )  ( q f 1 x  Q = ! U d   L C @ v   s %  $  G 0  , 6 cAnKGA q R s =   ? ! *  ( r e 0 y  P = U d !  L D ? y   t &  $  G 2  - 7 ԇAnN A p S t =    @ ! )  ( s f 1 y  Q = U c   K A ? v   v %  $ ! H 3  - 9 JAnYׅ@ p S u <   @ )  ' p f 1 y  Q = ! U d  L A ? w   t %  % " I 2  - 8 7An u   u %  $ " G 1  - 8 ԈAnǖYoD p U s = !   ? )  ( o e 1 y  Q = ! V d !  L B @ v   t &  # " H 3  , 9 әAnǴVB p U t =   ?  )  ( p f 1 y  Q = U d  L A > v   r &  $  H 2  - 8 ՛AnKGD q W t =   ? )  ' r f 1 y  Q = ! V d  L A ? v   s %  $  H 5  - 8 &AnKCC q V t <   ? )  ' o f 1 x  P > ! V c K  B > v   q %  % " I 4  - 8 AnRE q T t <    ? ! (  ' r f 1 x  P = ! V d L  A > {   t %  $ # I 3  - 8 An,LÅC p U t <    ? ! )  ' o f 1 x  Q = ! V d  L  A ? x   r %  # & F 3  , 9 AnJK˅E p U u <    ? ! (  ' p e 0 y  Q = ! U e ! L  A > w   s &  $ $ G 2  - 6 6AnhKDA p T t =    ? )  ' r f 0 x  Q = ! V d #  L  B > y   s &  $ ! G 3  - 8 ԻAnȆKHԅB p U t =    ? ! )  ' r f 1 y  P = ! U d  N  A > z   t &  $ ' F 0  - 9 ֒AnȤKD p T t =   ? (  ( q f 1 x  Q = ! V d M  A >   t %  $ # H 2  - 9 :AnKCC p V t = "   @ ! )  ' q f 1 y  Q = ! W d  L  @ ?    u %  $ & G 1  - 9 AnKF5C q T u = !   ? (  ' r e 1 y  Q = ! V d   L  C @ {   s %  $ & F 0  - 9 AnKF5B p X t < "   ? ! )  ' p e 1 y  Q = ! V d L  C ? ~   t %  # # G 2  - : "AnK@C q T t = #  @  )  ' q e 1 y  Q = ! V d  L  B @ |   t %  $ " H 1  - 9 ӤAn:K@C p U t = "   @ ! )  ' s e 1 x  Q > ! V d   M  B > w   t %  # # J /  - : ԸAnXVᜅC p U t = #   @ )  ( q e 1 x  Q = ! U d  L  A A y   t %  $ $ H /  , : #AnvKBFC p U t < $   ? )  ' q e 0 y  P = ! U d !  L  A A ~   s $  % # H /  - : AnɔKGA q S t = "   @ )  ' q e 1 x  Q = V e  M  A ? }   t %  $ & H 1  - 8 AnɲK@C p R t < #   ?  (  & q  e 0 x  P > V e !  L  B @ |   s $  $ " J -  - 9 &AnKBFB p R t =   ?  (  ( s  e 1 x  Q = ! U d  L  B ? }   r %  $  J 3  - 9 ةAnKDD q S t < #   ? ! )  ( q f 1 y  P = ! V d   L  C @ {   r %  $ ! J /  - : An K@B q S t = "   @ (  ( r e 1 x  Q > ! W d  N  C A w   s &  $ M 2  - : ӖAn*K@C q T t = "   ?  (  ' s e 1 x  Q = ! U d !  L  C @ x   t $  $ L 2  - 8 AnHKKsD q T t < "   > (  ( r  e 1 x  Q = ! W d L C ? z   t $  $  K 2  - 9 FAnfKDA p S t < "   ?  )  ' r e 1 x  Q = ! V c !  L  D A x  r &  $ ! K 2  - 7 AnʄKdZC p R t = "   ?  )  ' r  d 1 y  Q > ! W e ! N D @ x  s %  $  K 3  - : AnʢKDD p Q s < !  0 ? ! (  ' s  d 1 y  Q = ! V d   N E ? v   s %  $  J 2  - : ԮAnKGD p Q t = #  ( ?  (  ' q  e 1 x  P = ! U d ! L D B z   s '  $  H 2  - 9 ֑AnKBFD p Q t = !  ?  (  ' q e 1 x  Q > ! W e  L D A y   p %  $ K 3  - 9 գAnKF5D q O t = !   ?  (  ( s  f 1 y  P = ! V e  K C A v   q %  $ H 1  - 8 AnKHԅD q Q u = !   ?  (  ( q e 1 x  P = ! U d !  N D A t   r %  $  J 1  - 9 An8K@C p Q u = #   @ (  ( q  e 1 y  Q > ! U c M C A v   s %  $ ! I 2  - 9 .AnVKHԅD p S u = !   ?  )  ' s  e 0 x  P = ! V d  L C B y   s %  $  J 1  - :  ԇAntKDC p R t = !  ?  (  ( s  e 1 y  P > ! W d !  M B A z   t %  $  H 0  - 9 hAn˒KDC p P t = &  ?  (  ' r  e 1 y  P = ! V d M D @ w   t %  $ H /  - 8 ՌAn˰XsF q R t = #   ?  )  ( s e 1 y  P = ! V d !  M B A v   r %  $ ! G 2  - 9 AnKKsE p R t = $   @  )  ( s e 1 y  Q = ! V d " M A @ z   r %  $ G .  - 8 ,AnK@D p Q t = "   ? (  ( t  e 1 y  Q = V d ! M B @ {   s %  $ # H 0  - 7 An KHԅE q R t =   ? )  ( q  d 1 y  Q = ! W d !  K A @ x   t &  $ % G /  - 7 ӑAn(XXE p S u =   @  (  ( t e 1 x  Q = ! U e ! L A A u   t %  % & G 1  - 8 ҤAnFK?B q Q t = %   @ )  ( p e 1 x  Q = W d #  N A > |   r %  $ $ G 1  - 9 AndKDC p Q t = "   @  (  ' s e 1 x  Q = U d L B = z   u %  $ $ G 0  - 9 [An̂KKsE p R u = "   ?  )  ( s e 1 x  Q = ! W d !  M  B = |   s %  $ ) G 2  . : #An̠K@D p S u = !   @  )  ( r d 1 x  Q = X d " M  A < {   u %  $ ) F 4  - : An̾KBFD q S t = $   @  )  ( t d 1 x  Q = ! W d !  N  @ ? z   t %  $ ( F 3  . 9 AnYC q Q u = $   ?  )   ( q  d 1 x  Q = ! V d ! L  B > y   v %  $ ) I 1  - 9 AAnKBFD q S t = "   ? )  ( r e 1 x  Q = ! V d # N  A = z   u &  # $ H 1  , 8 իAnKDD p P t = "   ?  )  ( u e 1 x  Q = ! U d #  M  B ? y   t $  $ & F 2  , 9 An6KGD q S u = "   ?  *  ( r d 1 x  Q > ! U d "  L  B > v   u $  $ # G 3  - 9 AnTKGD p S t = !   ?  )  ' t d 1 x  Q = ! U e #  M  B ? u   v $  $ ( H 0  - : ԍAnrKBFC p P t = !  ?  )  ' r d 1 x  Q = ! V d #  N  A > u   v $  $ + F 2  - : An͐KBFC q S t = !   ? ! )  ' r e 1 y  Q = V d ! N  A @ ~   v & $ ' G 3  , 9 ҅AnͮKF5D p P u = !   ?  (   ( p d 1 y  Q = ! V d #  N  B ? z   u %  $ + F 2  - 8 AnK@C q R t = #  ?  '  ' r e 1 y  Q > ! U d "  N  ? A ~   v %  $ + H 2  - 9 AnKGD q S u > "   ? (  ' q e 1 y  Q = ! U d "  N  @ C   u $  % ) H 2  - 8 AnNcE q S u =   ?  '   & r d 1 y  Q = ! V d !  N  A B    u &  % ) I 1  - 8 iAn&KBFD q S t < !   ?  (   ' q e 1 y  Q = ! V d " N  ? >   v $  $ ) G 1  - 9 AnDKF5E p T t =   ?  (   ' r e 1 y  Q = ! V d !  M ? C }   u %  $ % F 1  - 9 ҟAnbKKsG p S t >   ?  )  ' s e 1 y  Q = " W e  O @ B |   u $  % % I 3  . 8 An΀KHԅE q S t = "   ?  *   ' t d 1 x  P = ! X d "  O = ? y   u $  % ( H 3  - 7 AnΞKLD q S t > !   @  )  ' s d 1 x  Q = V d !  N @ > y   v %  $ ( J /  - 9 rAnμKCC p S u =  ?  )  ' q e 1 x  Q = ! W e ! N > C z   s #  $ * J 2  - 9 ԜAnL@C q S t =  ?  *   ' t d 1 y  Q = ! W e !  N A F x   u %  $ + I 2  - 9 UAnKBFC p U t =  ?  )  ' r e 0 y  Q > ! V d N B D v   r $  $ + I 2  - 8 UAnKF5D q Q t =   ?  )  ' r d 1 x  Q = ! V d  N @ ? w   u $  $ ( H 4  - 8 AndWAD o R t < #   >  (  & q e 0 x  P = U c  O ~ A = w   s $  # ( G 2  , 7  .AnۂKCE p R s < $   ? )  & r e 0 x  P < U d !  N ~ F ; x   s $  # - D 0  , 7 -An۠K@A p R s < !   >  '  ( q d 0 x  P < ! V b  N ~ A : z   t $  # * F 2  , 7  ӽAn۾K@B p U t = !   ?  '  ' s e 0 x  Q < U c   O ~ A : z   q $  # + D 3  , 8 qAnVHAD p U t <    ?  (  ' p e 0 x  P = V e ! N ~ D : y   q $  # * E 3  , 9 օAnNB p V t =   ?  (  & p e 0 x  P < V d ! N ~ D ; |   s $  # + C 1  , 8 AnPlʅC p S t <   ?  (  % p  e 0 x  P < V c M ~ D ; {   u $  # - C 4  , 8  An6KBFE o U t <   ?  (  % p  e / x  P < V c  L  B = |   t $  $ ' F 2  , 8 AnTKF p T t =   ?  (  & p  e 0 x  P < V c  M  A = z   t $  # 0 G 1  , 7 ѤAnrQ1fE p V s <   ?  (  % p d 0 x  P < V c  M  C < z   u $  $ 2 G 3  , 7 JAnܐN\B p Q t =   @  (  % r  d 0 x  P = V c   N  B < {   t %  # + F 2  , 6 AnܮK~B p R t = #   >  )  & q d 0 x  P < V c ! O  D < ~   t $  # * F 3  , 8 AnKCD p R t < "   ?  )  & q e 0 x  P < T c ! N  B < z   u $  # + F 2  , 7  KAnKCC p S t = !   ?  )  & p d 0 x  P < T d  M  A ? {   s $  $ 1 E 3  , 7  яAnKF5E p T t < !   >  )  % r e 0 x  P = U d  O  A <    u $  # . F 2  , 7 UAn&YC p S t = #   ?  )  & q d / x  P < U b ! N  @ =    t $  $ * G 2  , 7 AAnDKGE p T t <   >  *  & q d 0 x  P < ! U c   N  A < y   u $  # - D 5  , 5  \AnbQ(9E p U s <    >  )  & r e 0 x  O < ! U c   N  ? < x   u %  # 1 D 4  , 8 ~ An݀WAB p T t <   >  )  ' s d 0 x  O < V c M  B = x   u #  # 2 E 4  , 7 ~ AnݞR.C p T t < !   ?  )  % r e / x  P < ! T c   O  D < y   v % $ 2 E 5  , 7  ӠAnݼKʗD p U t < "   ?  )  & s d / x  Q = V c #  N  B < |   w %  # 3 D 3  , 8 AnKCC p V t <    >  (  & q e 0 x  P < V d #  N  A =    t %  # - E 4  , 8 խAnZ%مD p U t =    >  (  & u d 0 x  P < ! V c #  O  D @   u $  # , E 1  , 6 ~ AnMlD p S t < !   ?  (  & r d 0 x  P < T c # M  @ @ }   u $  # . E 5  , 6 ~ NAn4LfF p T s =   4 ?  (  & s d 0 x  P < U c "  N  @ =   t $  $ / E 5  - 8 jAnRO>C p V t < !  $ ?  )  & r d 0 x  P < T c " O  B ?   u $  # . E 5  , 7  MAnpKBFD p V t <    ?  )  ' q d 0 x  P < ! T c  M  ? @ }   s $  # . E 4  , 7  0Anގ[&D p T s <   ?  (  & q d 0 x  P < V c ! M  @ ? }   s $  $ 2 G 5  , 8 ձAnެKHԅD p V t =   @  (  % r d 0 x  P = V c O  B = |   r $ # / F 6  , 6 ?AnK?E p U t < !   ?  (  & q d 0 x  P < ! V d !  N  ? > y   r $ # 0 G :  , 6 ԭAnKBFE p U s <    ?  (  & q e 0 x  P = V d   M  B < {   s $ # 1 E 7  , 6 ~ 1AnK?F p S t =   ?  )  & q d 0 x  P < W c N  D = x   t $  $ 1 E 6  , 7 ӅAn$KKsH p V t = !   ?  (  % r d 0 x  P < V d O ~ B = z   q %  $ / E :  , 8 1AnBK@D p Y t < "   ?  )  & s e 0 x  P < W c  N  C = v   s $  $ , E 5  , 8 պAn`K?E p V t < "   ?  )  & q c 0 x  P < ! V d  K ~ B ? z   r $  $ 2 C 6  , 8  An~KGD q X u = !   ?  )  & p d 0 x  P = U d " L ~ C = y   s %  $ 2 D 6  , 9  )AnߜKL…C q V t <    ?  )  % s e 0 x  P = ! V c M  C > x   s %  $ - E 6  , 8  NAnߺKBFF p T u <   ?  )  ' r d 0 x  Q = ! U c !  L ~ B < t   s $  $ / D 4  - 9 ՍAnKGE p V t =    >  (  ' p e 0 x  P = ! U c  L  D = w   s $  % . E :  , 8 ~ bAnKBFD p X u =    >  )  & q d 0 x  P < U d  L  B = x   t %  $ . F 6  , 8 dAnKDF p W t = !   ?  )  ' q e 0 x  Q = V c  K  E = {   s %  $ 4 E 5  - 8 ~ An2KBFE p V t = "   ?  )  ' q d 0 x  Q = V d ! K  D = y  s $  # - E 9  , 8 qAnPKF5F q V t = !  ?  (  & q c 0 x  P = ! U c K  E = }   u $  $ . F 9  , 8 AnnKF5D p V t <   ?  )  & p d 0 x  Q = ! U d !  L  A = y   v $  # 0 F 6  , 8 ӜAnK?E p S u = "   ?  (  & r d 0 x  Q = U c ! L  B > y   t $ $ / E 9  , 7 ~ HAnKJ#B p V t = "   ?  )  & s d 0 x  P = U e "  M  D = y   t $  $ 2 E 6  - 8 AnLD p V u =   ?  (  ( p d 0 x  Q < U c "  K E = t   s %  # / G 5  , 7 ӸAnWTE p U u =   ?  (  & q d 0 x  P = U d   M  E > x   r $ $ / E 5  - 8 &AnKGE p U t =    ? )  ' o d 0 x  P = U d L C = s   r %  $ , F 8  , 9 oAn"K>WE p T t =    ?  (  & q e 0 x  Q = V d  L  B = |   t % $ ' D 6  , 9 ԜAn@KF5E p T t <    ?  )  ' p d 0 x  Q = V d !  K E @ x   u $  $ & D 6  - 8 hAn^KCA p W t =   @  )  ' q e 0 x  Q < ! V c  K F > }   u $  $ - C 8  , 9 ӫAn|K@D p U t =    @  )  ' q c 0 x  P = ! U d ! L E ?   v $  $ 0 D 5  - 9  AnKF5D p U t =   ?  )  & p e 0 x  Q = ! V c ! K I =   v $  # 1 E 4  - 7 AnK@C p U s = "   @  )  & p d 0 x  Q < ! V d ! K D ?    t #  $ + F 4  - 7 AnKDD p U t =   ?  )  & o d 0 x  Q < ! W d !  L F ?   t $ $ , D 4  - 7 AnKHԅB p T t =    ?  )  & q e 0 x  Q = V d L @ ? }   u $  $ , B 3  - 8 AnQc5C p W t =   >  )  ' n e 0 x  Q = ! W d "  L @ = ~   v $  $ ) D 5  - 7 eAn0KBF@ p V s =    ?  '  & q  d 0 x  Q = ! V c  M D = {   t $  $ ( D 6  - 7 FAnNKF5D p S s <    ?  (  ' p  e 0 x  P = ! V d # M  F > {   w $  $ ) D 7  - 8 kAnlKBFC p T t =    ?  (  ' q  d 0 x  Q = V d  M C ?   u $  # + G 5  - 9 ӏAnK@C p U t =   ?  (  ' p e 0 x  Q = W d " L A > }   v $  $ ) C 4  - 8 ԁAnKCA p S u =   ? )  ' p e 0 x  P < ! W d "  L C ? ~   x $  # ) C 6  - : XAnKCB p U u =   ?  (  ' p  d 0 x  Q < U c K D A   v $  $ & D 6  - 8 AnKBFB p W u =   ?  (  ' p d 0 x  Q = ! V d  K  B ?   v %  $ % C 6  - 8 ҐAnKGB p U t <   % ?  (  & r  e 0 x  Q = ! V d  L  C A   v #  $ ( C 7  - 7 ԈAn KCC p X t =  . ?  )  ' q d 0 x  Q = V c L  D ?   w #  $ $ B 5  - 9 ԋAn>MC p W u <   ?  (  & s e 0 x  Q = ! V c   L  C ?   x $  # + C 7  - 9 ԋAn\KF5A p V t = !  > )  & r f 0 x  Q = U d M D ?   u $  # % D 5  - 9 SAnzKBFD p V t = !   ?  (  & r e 0 x  P = ! U d M  C ?   u $  $ ' D 4  - : AnK@B p V t < !   ?  )  & q e 0 x  Q = ! V d !  L  B @ z   v $ $ ' C 7  - 9 ҩAnWE p V t =    ?  (  & q d 0 x  P = ! U d !  M  ? ? ~   v $  $ & D 5  - : AnK@F p V t =    ?  )  & q e 0 x  Q < V d !  M  D A ~   x $  # , D 7  - 8 AnK@D p V t < !   @  (  & s d 0 x  Q = ! W d M  B @ }   w #  # * E 5  - 8 ӢAnKGF p V t =   ?  (  ' r f 0 x  Q = ! V c  M  C A w   w $  $ ) E 5  - 7 ?An.K@E p W u =   ?  (  & p e 0 x  P = ! W d "  L  B @ |   x $ $ , D 6  - 8 -AnLKDF p U t =    @  (  & q e 0 x  Q = ! V d !  L  C B }   y %  $ * D 7  - 8 AnjV C p X t <   ?  (  & q e 1 x  P = ! U d ! L  A @ x   y $  $ + D 7  - 8 IAnK@E p V t =    ?  )  ' r  f 0 x  P < ! U c  L  B @ z   y $  $ * C 5  - 6 ԇAnKCG p X t = !   ?  (  ' q  e 0 x  Q = ! W d  L  A A ~   x $ $ + E 7  - 8 ~AnKJ#E p W t =   ?  (  ' p  e 0 x  Q < ! V d !  K  B A  z %  $ , D 7  - 7 AnK@D p W u <    ?  '  ' t  e 0 x  Q = ! W c   L  A >  z $ $ * D 8  - 8 AnKHԅD p U t =   ?  '  ' r  e 0 x  Q = ! X c   L  B ?   y % $ ( E 4  . 8 AnKHԅE p Z t < !   ?  (  ' r  e 0 x  R = V c   L A @ |   z $  $ ' E 7  - 8 An q % X 7 d 6 :  [ e n R ] / ^ b  l v  An:K P  ~ ! E 9 W o 2 N g 0 ! \ 0 T p > p % X 6 d 5 :  [ l m S ^ . ^ c  l u  yAnXK= O  ~ % E 9 W o 3 L h / \ 0 T p > p % W 6 b 8 9  [ j m S ^ .  _ c  l v  /AnvKN O   ' E : W o 2 P g / " \ 0 T p > o % W 6 b 5 ;  [ d m R ^ .  ] c  m v  AnK, O    E : X o 2 M g 0 $ \ 1 T p > p % X 6 a 4 :  [ h m S ] . ^ c  l w  ʺAnK P  ~ + E : W p 3 M g / " \ 0 S p > p % X 7  b 6 9  [ g m S ^ . ] c  m u  AnK O   % E 9 W o 3 L g / ! \ 1 S p > p % W 6  ` 6 8  [ e m S ^ - ] d  n w  AnK O   ( E 9 X p 3 O g / " ] 0 T p > q % X 6 b 6 8  [ a m R ^ . ] c  m v  PAn Kj P  ~ % E 9 X q 3 M h / # \ 0 T p > q % X 6 a 3 9  [ f m S ^ .  ^ d  m u  ˎAn*Lw O   - E 9 W p 2 N h / ! \ 0 T p > p $ X 6 ` 5 9  [ a m S ^ . ^ d  m v  AnHK= P   " E 9 X p 2 M g / " ] 0 T p > p % X 6 ` 8 :  [ h m R ^ / ] c  l u  ɡAnf̿ O   , E 8 X o 3 N g . # \ 0 T p = p % X 6 _ 6 :  [ e m S ^ . \ d  m v  VAnK P   , E 9 W o 3 N g - $ ] 0 T p > p % X 6 ` 5 :  [ c n S ^ . [ c  o u  )AnK, P   $ E 9 X o 3 K h / " ] 0 T p > q % X 6 _ 7 8  \ b n S ] . \ c  r u  AnM0 O   # E : W p 2 O g / " ] 1 T p > p % X 6 ` 6 :  [ j n S ^ . ] d  n u  AnK O   . E : X p 3 L g / ! ^ 1 T p > p % X 6 _ 7 9 [ g n S ^ -  ] c  n v  .AnK P   $ E 9 X p 3 N g . " ^ 1 T p > q % W 6 _ 6 9 [ g n R ^ / ^ d  n u  ˇAnK O  ~ $ E 9 Y p 3 N h / # ^ 1 T p > p % X 6 ^ 8 9  [ i n R ^ . ] c  n v  An8K= P   & E 9 Y p 3 O g . ^ 0 T p > q % X 7 ` 8 : [ h m R ^ . ^ d  n v  #AnVM# P   ( E 9 Y o 3 P h . " ^ 0 T p > p % X 7 _ 6 9 [ r n R ^ . ^ c  n u  MAntQZ P   , E 9 Z p 3 O h / $ ^ 0 T p > p % X 7 ` 6 : [ i n R ^ . _ c  l v  AnK P   / E 9 Y o 2 N g 0 # _ 0 T p = p % X 7  ` 7 9 [ m n R ^ .  ^ c  l u  ʻAnMgw P   " E 9 X p 3 N g / # ^ 0 T p > p % X 6 ` 7 9 [ e n R ^ / ` d  l u  ɎAnK O   2 E 9 X p 2 O g / " ^ 1 S p > q % X 6 _ 6 : [ n n Q ^ / ` d  j u  $AnN҉ P   ( E 9 X o 3 M g / $ ^ 1 S p > q & X 6 ` 5 9 [ e m R ^ / ` c  n v  LAn K P   ' E 9 X p 3 K g / $ ^ 0 T p > p & W 6 _ 6 9 \ n n Q ^ / ` c  p u  @An(K O  ~ % E 8 X p 2 O g / ' ^ 0 T p > p & W 7 ` 5 9 \ i n Q ^ / ` c  n v  sAnFK P  ~ , E 9 X o 3 P g / ' ^ 0 T p > p & X 7 ` 5 9 \ c n R ^ 0 _ c  p v  YAndK{ P   * E 9 Y p 3 O g / ' ^ 1 T p > p & X 6  a 5 9 \ g n R ^ / _ c  n v  AnKN P   ! E 9 X o 3 O g / ' ^ 1 T p > o & X 6 ` 6 9 [ i n Q ^ 0 ` c  o t  ʝAnK܄ P   $ E 9 X o 3 Q h . & ^ 1 T p > q % W 7 ` 6 7 [ ` n R ^ / _ c  l u  6AnK O   ) E 9 X o 3 O g 0 ( ^ 0 S p > p % X 6  ` 6 9  [ a n Q ^ /  ` c  p u  9AnPӄ P   ' E 9 X p 3 Q h 0 % ^ 0 S p > p & X 6 a 7 :  [ i m Q ^ / ^ d  o t  AnK܄ Q    E 9 X o 3 R g / $ ^ 1 T p > p & X 6 a 5 8 [ ` n Q ^ 0 _ c  o u  AnMR~ O   # E 8 Y o 3 R g 0 # ^ 1 T p > p & X 6 a 7 9  [ h n Q ^ 0  _ b  n u  ȡAn6X P   ) E 9 X o 3 Q g / & ^ 1 T p > p & X 6  a 5 9  [ c m R ^ 0  _ c  r t  AnTXDŽ P   & E 8 X p 3 R g 0 ' _ 1 T p > o & X 6 b 6 9  [ e n Q ^ / ` c  o u  vAnrK{ P   " E 8 X p 2 O h / ' ^ 0 T p > p & X 7 b 5 :  [ _ m R ^ / ` c  n u  ȖAnYP O    E 8 W p 3 P h / ' ^ 0 S p > o % X 6 ` 6 ;  [ a m R ^ 0 _ c  p u  ǃAnKX P    E 8 X o 2 R g . # ^ 1 S p = p & X 6 _ 6 :  [ d n R ^ /  ` d  o v  AnK O  ' E 8 X o 3 O g / ! ^ 1 T p = p & X 6 ` 5 ;  \ b n S ^ 0  ` c  o t  EAnK˄ P   ! E 8 X p 3 N h / $ ^ 1 T p = p & X 6 a 7 :  \ ` m Q ] 1 ` c  p u  ;AnK O   & E 8 X p 2 M h / ! ^ 1 T p > p & X 5 a 7 9  [ a n R ^ / ^ d  n u  ȽAn&Q6 P   E 8 X p 3 N h / # _ 0 T p > p & X 6 _ 5 :  [ j m R ^ / ] c  o u  AnDY=ل P   ' E 8 X p 3 N g / ! ^ 1 S o > p & X 6 _ 5 8  [ m m Q ^ /  ^ c  l u  ˘AnbK P  ~ - E 8 W p 2 O g 0 ^ 1 T p > p & X 6 _ 3 9  [ p m R ^ / ` c  o u  5AnK P  ~ & E 8 W o 3 M g / ! ^ 1 T p = p & X 6 ` 5 :  [ l n R ^ 0 ^ c  p t  1AnK˄ O   * E 8 W p 3 O g / # _ 1 T p > q % X 6 ^ 5 :  [ b m R ^ 0  ` b  n u  aAnK܄ P  ~ ! E 9 X p 2 N g / " _ 0 S p > p % X 6 ` 5 ;  [ c m S ^ 0  ] c  n w  ʏAnK܄ O  ~ % E 8 W p 2 N g . # ^ 1 S p > q % X 6 a 6 ;  \ o m R ^ / _ c  p v  ˴AnṾ O    E 9 X p 2 O g . % _ 0 R p > p & X 6 a 5 9  [ b m Q ^ /  _ c  r y  aAnVg P   & E 9 W o 2 O g / $ _ 1 S p > q & X 7 _ 6 : \ f n Q ] / ` c  o w  An4iׄ P  ~ ' E 9 W p 2 L g / ! _ 1 S p > p % X 7 ^ 8 8  \ h m S ^ / ^ c  n w  .AnRUJ P   / E 8 W p 2 M h / $ ` 1 R p > p % X 8 ` 9 8  [ ^ n T ^ 0 _ c  o w  ɐAnpK, O   ' E 8 W p 2 O h / % ` 1 S o > q % X 6 _ 7 9  [ c n S ^ 0 ^ b  o v  'AnK܄ O  ~ / E 8 X p 2 N h 0 % ` 1 R p > q & X 6 ^ 7 :  \ e m R ^ 0 ^ c  p v  ȏAnK܄ O   ' E 8 X p 2 O h 0 # _ 0 R p > p & X 6 a 7 9  [ ] m S ^ / _ c  o u  AnK{ O   * E 8 X p 2 N h / $ ^ 1 S p > q % X 6 ` 5 :  [ b m S ^ 0 _ c  p u  AnN` P   + F 8 X p 2 N g 0 " _ 0 R p > p % X 6 ` 8 8  [ d n S ] / ` c  m v  AnXA P   - E 8 X p 2 M h 1 # _ 1 R p > p & X 6 _ 7 8  \ d m S ^ /  _ b  l y  MAn$MJ O  , F 8 W q 2 K g / " _ 1 R p > p & X 7 a 5 8  [ d m S ^ /  ` d  o v  ʣAnBO8ń P   $ E 8 W p 2 N h 0 % _ 1 R p > p & W 6 _ 7 9  \ j m S ^ / ` c  n w  AAn`K P   & E 8 W p 2 M g 0 ' _ 0 R p > q & X 6 a 5 ;  \ q m S ^ 0 a c  n v  cAn~L2 O   & F 8 W p 2 M g / # _ 1 R p > p & W 6 _ 6 8  \ o m R ^ / a c  n u  /AnK P  ~ * E 8 Y p 2 M h 1 " _ 0 R p > q & X 6 a 5 9  [ c n R ^ /  a d  m w  AnY4 P   * E 8 Y p 2 N g 0 ! _ 0 S p > p & W 6 ` 7 9  [ m n S ^ / a c  n u  %An][ O   " E 9 X p 2 N g 0 # _ 1 R p > p % W 6 _ 6 8  [ i m S ^ 0 _ c  m u  ˸An[: P  ~ " E 9 X p 3 P g / # ^ 1 R p = p & X 5 a 8 9 [ f m S ^ / a c  m v  ʿAnQ P   / E 8 X o 2 P g / & _ 0 S p = p & X 7 _ 8 7  [ a m S ] 0  _ c  l u  >An2K¹ P   ! E 8 X p 2 L h / $ _ 0 R p > p & X 6 _ 6 8  [ e m S ^ /  _ c  l u  AndT N  } $ D 6 V p 1 K  e / ' [ 0 P o < o $ W 4 [ 8 7  Z c l N ] .  ^ a  l x  :AnK N  }  D 6 V p 1 K  e / # Z 0 P o < o $ W 5 \ 7 8  Z e l N \ .  ` a  j w  AnK܄ N  } ! D 6 V o 1 I  e / % Z 0 P o < n $ X 4 ] 6 6  Z i l M ] - ^ a  l v  ˯AnK N  } & E 6 U p 1 J  f . # Z 0 P o = o $ W 5 [ 4 9  Z h l M \ . ` a  h t  ʛAnRT N  ~ # E 6 V o 2 K  f / # Z 0 P o < n $ W 4 ] 6 8 Z a l M ] -  _ a  j s  AnWgM N  } " D 6 V o 1 H ~ e . & Z 0 P o = o $ W 4 \ 6 8  Z e l M ] .  _ a  l s  :AnQ N  } % D 6 V o 1 J  e / " Z 0 P n = o $ W 4 \ 5 :  Z ] l M \ , _ `  l t  An6Y=ل N  } " D 6 V p 1 J ~ e / % Z 0 P n < n $ X 3 [ 5 9 Z ` k L ] - _ a  k s  ~AnTVݭ N  } $ D 7 U o 1 J ~ f / # Z 0 P n < n $ W 4 ] 7 9  Z ^ l L ] . ` a  k q  oAnrV M  } $ D 7 V p 1 L ~ e / $ Z / P o = o $ W 3 \ 5 9  Z _ l L \ - ` a  j t  ZAnK M  } # D 6 U o 1 L ~ e / $ Z 0 P n < o $ W 4 [ 6 7  Z Y k L ] -  _ a  i s  ʌAnO@ N  } # D 7 V p 1 L ~ e / ' Z 0 P o = o $ W 3 [ 6 7  Z [ l L ] - _ a  g s  VAnKN M  ~ # D 7 U o 1 J ~ e 0 * Z 0 P o = n $ W 3 \ 5 8  Z ` k L ] - _ b  e r  ˒AnX/ׄ N  ~  D 6 V p 1 K  e 0 & Z 0 P o < o $ W 4 \ 3 9  Z _ l L ] - ` a  j t  AnY M  ~ D 6 U p 1 J ~ e 1 & [ 0 P o = o $ W 4 \ 3 8  Z a l K ] -  ` a  k s  ȭAn&X< N  } " D 6 V p 1 K  d 2 % \ 0 O o < o $ X 3 [ 3 8  Z b l K ] - _ a  l s  AnDO M  }  D 6 U p 0 J ~ e 0 % \ 0 P o < n $ W 4 ] 5 7  Z \ l L ] .  ` a  k s  ʄAnbKN N  } D 6 V o 1 M ~ e 1 $ \ 0 P o < n # W 4 ] 5 7  [ _ l K ] -  _ a  l t  An[R M  ~ ! D 7 U p 1 L ~ d 0 $ ] 0 Q o = n $ W 4 \ 5 :  Z c l K ] - _ b  l u  ɄAnN_ N  } # E 6 V p 1 M ~ e 1 " \ 0 P o = n $ X 4 [ 5 8  Z d l L ] - _ a  k t  9AnK N  ~ # D 6 U p 1 J ~ e 0 # \ 0 P o = n $ W 4 \ 4 7  [ j l K ] . ^ b  h s  ʙAnP  N  ~  D 7 V p 1 J  e 0 ! ] / P o > n $ W 4 [ 5 7  Z b l K ] , _ b  j t  =AnL N  ~ " D 7 U p 1 J  e 1 " ] 0 P o = o $ W 5 \ 6 8  [ e l K ] - ` a  h v  fAn[΅ N  } % D 7 V p 1 J e 0 $ ] 0 P o = o $ W 5 Y 4 7  Z e l L ] - _ b  k v  An4Z N  ~ ! D 7 V p 2 L  e 0 # ] 0 P o = o # W 4 \ 6 6  Z h l K ] - _ b  i x  /AnRK= N  } ( E 7 V o 1 K  e 0 $ ] 0 P o = n $ W 4 [ 6 8  [ b l K ] . ^ a  h y  ]Anp[@ N  ~ + D 7 U p 1 M ~ e . $ \ / P o = o $ W 4 [ 5 8  Z ^ l K ] . ` a  k w  AnLj N  } ) D 7 V q 1 L  e . $ [ 0 P o = o $ X 4 \ 7 7  [ g l K ] .  _ b  m u  ˞AnXf N  } - E 7 V p 1 K ~ e . ! [ 0 P o > n $ W 5 ] 6 7  [ ` l J ] / ` a  i u  0AnTJb N  } . D 7 U p 1 L  e / $ [ 0 P o > o $ W 5 \ 6 8  [ ^ l K ] - ` a  k v  AnY?) O  } 0 D 6 V p 1 L  e . % \ 0 P o = o $ W 4 [ 7 8  [ d l J ] -  ` a  n v  ʠAnK܄ N  } $ D 6 U p 1 L  e / $ [ 0 P o > o $ W 4 ] 6 8  [ h l J ^ - ` b  n u  An$Nc N  } $ D 6 U p 1 L  e / $ [ 0 P o > o $ W 4 ] 6 8  [ h l J ^ - ` b  n u  ʄAnB\8 N  ~  E 6 V q 1 K e . # [ 0 P o > o $ X 5 ] 7 7  Z ^ l K ] .  a b  k w  An`Y N  } ( E 6 U p 1 J e . " [ 0 Q o > o $ X 5 ] 7 8 Z ` l K ] . ` b  i w  An~Y N  ~ % E 6 V p 2 J  e . # [ 0 P o > o $ X 5 ] 6 9 Z e l K ] - a b  k v  @AnK N  ~ $ E 6 V p 1 L  e . # [ 0 Q o = o $ X 5 ^ 6 8 [ d l K ] . ` b  i t  &AnPV N  ~ ! E 6 U q 2 M  f / $ ] 0 Q o = o $ X 5 e 5 9 Z e l M ] . ` b  i u  AnK, N  } & E 6 V p 1 J ~ f 0 " \ 0 Q o = o $ X 5 f 4 7  [ c l M ] .  _ a  i u  ʈAnSk N  } + E 6 U p 1 L  f / # \ 0 Q o > o $ W 6 k 6 8 Z d m M ] -  _ b  g w  AnU N  } % E 6 V p 1 J e / ] 0 Q o > o $ X 6 l 7 8 Z i m L ] . _ b  j x  VAn2LI N  } # E 7 V p 1 L  e / " \ 0 Q o > o $ W 6 m 8 9 Z f l M ^ -  ^ b  g w  ̿AnPUTv N  ~  E 6 V p 1 I e . ! \ 0 P o > o $ W 7 n 6 : [ c l M ^ . ` b  i u  ʂAnnZ R N  } % E 6 V p 1 K e . " \ 0 Q o = o $ X 6 o 7 9  [ b l M ^ . a b  k x  ʣAnK N  ~ ) E 6 V p 1 J  e . ! \ 0 P o > o $ X 6 n 7 : [ ` l M ] - _ b  i w  AnK N  ~ " E 6 U q 1 J  f / " \ 0 P o > n $ W 5 n 7 9 [ ^ l M ] . ` b  i w  AnK` N  ~ ' E 6 U p 1 I  e / ! ] 0 P o = n $ X 5 o 8 9 Z c m M ^ - ` b  j z  ̟AnK쫄 O  } " E 6 U p 1 J e / ! \ 0 Q o = o $ X 5 p 5 9  [ Z m M ] .  ` b  l y  RAnRv N  } & E 6 T q 2 K e . ! ] 0 Q o > o $ X 6 p 7 : [ \ m M ] . ` b  h x  SAn"Va( N  ~ ! E 6 U p 2 K  e . " \ 0 Q o > o $ X 6 p 5 :  [ e l M ] - _ b  l v  oAn@KN N  ~ % E 6 U p 1 K  e / # \ 0 R o > o % W 4 q 7 : Z c m M ] - ^ b  i v  3An^O N  ~ ' E 5 U p 1 I  e / ! ] 0 Q o > o $ W 5 s 9 8  Z a m M ] - _ b  i w  !An|Y. N  ~ # E 6 U p 1 K  e 0 # ] 0 R o = o $ W 5 r 8 ; [ ^ l M ] -  ] b  k v  ˮAnVr M  ~ " E 6 V p 2 K  e 0 # \ 0 R o > o % W 4 o 9 8 [ b l L ^ . ^ b  i t  &AnK O  ~ % E 5 U p 1 L e 0 \ 0 Q o = o % W 5 d 8 : [ ^ l M ^ . ] a  j t  An\T N  ~ ( E 6 U p 1 K ~ f 0 " \ 0 Q o = o $ X 5 f 7 8 [ h l L ] - ^ b  h u  AnX@ N  ~  E 6 U p 1 N  e / ! ] 0 R o = o % X 5 f 8 8  [ g l L ^ . ] b  j u  5AnX7 O  ~ " E 6 U p 1 J  e / ! ] 0 R o > o $ X 5 g 9 9  Z h m M ] . ^ b  i t  ˷An0WԄ N  ~  E 6 U p 1 K ~ e / $ \ 0 R o > p $ X 5 g 7 8  [ j l M ] - _ b  i v  AnNXi N  ~  E 6 U q 2 K  e / ' ] 0 R o = o $ X 5 h 8 7  [ f m M ^ - ^ b  j v  ̓AnlX΄ N  ~  E 6 U p 2 K e . $ ] 0 S o = n $ X 5 g 7 7  [ ` l M ^ - ` b  j u  AnK N  ~  E 6 T p 1 J f / & ] 0 R o = o $ X 6 g 6 8 [ f m M ^ , ` b  k u  AnK N  ~  E 6 U q 2 L  e / " ] 0 R o = o $ X 6 f 8 8  Z k l M ] .  ` b  k t  FAnZC N  }  E 6 U p 1 K  e - " ] 0 R o > o % W 6 h : :  [ f m M ^ . ` b  k v  AnN N  ~ ! F 6 U q 1 L  e - ] 0 S o = o % W 6 d 7 9  [ r m M ^ . ` b  i t  AnK N  ~ % E 6 U o 1 I  e . ! ] 0 S o > o % X 6 a 8 ;  [ g m N ^ . ` b  k u  An K N  } " E 6 U p 2 J  e - # ] 0 R o > o $ X 5 ] 9 ;  [ g m N ] -  _ b  i u  An>K N  ~  E 6 U p 0 K  e . ] 0 R p > n % X 4 ^ 8 <  [ o m M ] , _ a  h u  ͗An\K= N  ~  F 5 U q 1 J  f . ! ] 0 R o = o % X 5 ] 7 :  [ n l L ] -  _ b  k u  AnzK N  ~  E 6 U q 1 K  e . # ] 0 R o = p % X 6 \ 8 =  [ h m M ] - ` b  l u  SAnK N  ~  E 6 V q 1 K  f - " ] 0 S o = o % W 4 ^ 8 ;  [ j l M ] - ` a  l u  AnK N  ~  E 6 U p 1 M  f - ] 0 R o > o % X 5 \ 8 9  [ l m L ] ,  ` b  m v  ˚AnK= N  }  E 6 U p 1 L  f - # ] 0 R o > p % X 5 \ 9 ;  [ j m M ] -  ` b  k u  ˀAnK, N  ~ E 7 U p 2 K  e . " \ 0 S o > o % W 6 ] 9 :  Z n m L ] - _ b  l u  вAnK N  ~  E 6 U p 2 J ~ e / ! \ 0 S o = p $ X 4 ] : <  [ i l L ] . _ b  j v  ̓An.K N  }  F 6 U p 1 I  e / # ] 0 S o = o % W 4 ] : <  [ e m L ] -  _ b  j v  fAnLK N  }  F 7 U p 1 H  f . ! ] 0 S o = o % X 6 ] 7 :  [ g m M ] - ` b  j u  ̾AnjK N  ~ F 6 U p 1 H ~ f / $ ] 0 S o = o % X 5 \ 8 :  [ f l L ] ,  ` c  j t  ̂AnK= N  ~  F 6 U p 1 J  e / $ ] 0 S o > o % X 5 ] 9 ;  [ q m M ] - ` b  l t  AnKX O  ~  E 6 U p 1 K  f 0 " \ 0 S o = o % W 4 \ 8 ;  [ h m L ^ - _ b  i t  AnK N  ~  F 6 T p 1 J  f / # ] 0 S o = o % X 4 \ : ;  [ k l M ] -  _ b  l t  ϚAnK N  ~  E 6 U p 1 K  f / % ] 0 R p > o % X 5 \ 6 <  [ ` m M ] -  _ b  k t  -AnK˄ N  }  E 5 U p 1 J ~ e / % ] 0 S p = o % X 4 [ 8 =  [ n m L ] - ` b  i s  AnK N  }  E 6 U p 1 J  f / $ \ 0 S p > o % X 6 [ 7 ;  [ ` m M ] - ^ b  l r  An o % W 5 \ 6 <  [ a m M ] - ^ b  k r  ˝AnZK= N  ~  E 6 U p 1 I  f . " \ 0 R p = o % W 6 Z 7 :  [ h m M ] - ^ a  k s  tAnxLYu N  }  F 6 U p 1 I ~ e / ! \ 0 S o = o % X 6 Z 7 < [ j m M ] - ` c  j t  AnK N  ~  F 6 U q 1 J f /  \ 0 S o = o % X 5 Z 9 :  [ ^ l M ] . ` b  i s  kAnL M  }  D 5 T o 1 J ~ e - % Z 0 R o = p % W 4 ^ 6 ; [ d l R ] -  c a  q s  HAn U1 N  }  D 5 T o 1 J  e , % [ 0 Q o = o % W 3 ] 9 : [ e l R ] -  d a  o t  7An>K N  }  D 5 T o 2 K ~ e , % [ 0 R o = p % W 4 [ 8 :  [ e m Q ] -  c a  o u  An\LT7 N  }  D 5 T o 1 I ~ e , % [ 0 R o = p % W 4 [ 9 : [ i l R ] -  c b  l v  ɉAnzK N  }  D 5 T o 1 H ~ e + ( [ 0 Q n = p $ W 4 [ : : Z k l Q ] ,  c a  m u  ʄAnŘLq M  }  D 5 T o 1 K  e , ( [ 0 Q o = o $ W 5 \ 9 < [ i l Q ] .  d a  m t  &AnŶK, N  |  D 5 T o 1 J  e + ' Z 0 Q o = o $ W 5 Z 8 : [ i l Q ] - b a  o u  0AnK N  } # D 5 T o 2 J  e + & Z 0 Q o = o $ W 5 Z 8 : [ e l Q ] . b b  m v  3AnL7a M  |  D 6 T p 1 J  e + $ Z 0 R o = o $ W 5 Z 8 : [ c l R ] . d b  m v  YAnK, M  }  D 6 T o 2 J ~ e , ' [ 0 Q o > o $ W 6 \ : ;  [ a m Q ^ . c a  m t  ,An.\y M  }  D 6 T p 1 K  e , % [ 0 Q o = p $ W 5 ] : =  Z ` l Q ] /  b a  o s  ɾAnLK M  }  D 6 T p 1 I  e + ' Z 0 R o = p $ W 5 \ 8 <  Z k m Q ^ .  c b  m s  AnjQ6 N  }  D 6 T p 2 K e , & Z 0 R o = p $ X 4 [ 9 = Z e l Q ] .  b a  m s  VAnƈK M  }  D 6 T p 1 I f , ' Z 0 R o = p % W 5 ] : > [ m m Q ] / b a  l t  1AnƦR& M  }  D 6 T p 1 J  e + % [ 0 Q o = p % W 5 ] 8 ;  Z h l Q ^ . a b  m t  AnTڐ M  }  D 6 S q 2 H  e , $ [ 1 R o = p $ W 5 \ 9 = Z k l Q ] -  a a  l u  RAnK M  }  D 6 T p 1 I  e - $ [ 0 R o = o % W 4 ] 8 > Z b l R ^ -  b a  n v  eAnNE N  }  D 6 T p 1 H  d , & [ 0 R o = o % W 4 \ 9 = [ b l R ^ - c a  k u  MAnY/ N  }  D 6 T p 2 J  e , & [ 0 R o = o % W 4 [ 8 ;  Z c m R ^ / b a  m t  An o % W 5 ^ 5 < Z g l R ^ -  ` a  m v  ZAnK M  } $ D 7 S o 1 H  e , # [ 0 Q o = o % W 4 ] 8 <  [ k l R ^ .  ` a  m t  ̗AnRI N  } % D 6 T o 2 J e , \ 0 R o > p % W 4 ] 8 <  [ h l R ^ -  ` a  i t  -An,MR~ N  ~  D 6 T o 2 J f , " [ 0 Q o = o % W 4 ] 6 < [ h l R ^ - ` a  k s  AnJL0ӄ N  }  D 6 U o 1 H ~ f , & [ 0 R o = o % W 5 \ : > [ e l R ] - ` b  l s  &AnhK N  } # D 6 T p 1 J  f * $ Z 0 R o = o % W 5 ^ 9 =  [ f m R ^ , b a  m t  AnȆK N  }  D 7 T o 2 I f , # [ 0 R o = p % W 5 Z 9 < [ d m R ^ - _ a  m u  ɃAnȤL N  }  D 6 T p 1 H  f + # Z 0 R o = o % W 5 ] 7 < [ ] l S ^ .  ` a  k u  ʄAnK N  }  D 7 U o 2 H  f + % Z 0 R o < p % W 5 ] 7 > [ d m R ^ - ` b  p u  {AnK N  }  E 6 T o 1 I ~ e , ' [ 0 R o = o $ W 5 ] 8 = [ ` m R ^ - a a  l v  AnK N  ~  D 7 T o 2 G f , ( [ 0 S o < p % W 4 \ : < [ a l R ^ - ^ a  j t  ʡAnK N  ~ $ E 7 T o 1 G  f , ( [ 0 R o = p $ W 4 ] 6 < [ e m R ^ - _ b  m v  ˑAn:K N  } E 7 T o 1 H  e , $ [ 0 R o = q $ W 3 ] : > [ f m R ^ - ` b  j v  ˈAnXWz M  } $ E 7 T p 1 I  f , # Z 0 R o = p $ W 4 ] 9 > [ Z l R ^ ,  ` b  k s  RAnvK N  } D 6 T o 2 H e , $ [ 0 S o = p $ W 4 ] 9 = [ e m R ^ - _ b  l s  ɤAnɔK= N  ~ ! E 6 T o 2 J  e + % [ 0 R o = p $ W 5 [ 9 = [ ` m R _ -  ^ b  k s  ɧAnɲKN M  | # D 6 U o 1 J e + $ [ 1 S o = p $ W 4 [ 9 >  [ k l R ^ -  _ a  l s  AnK M  }  D 7 T o 1 I  e , % [ 0 S o = p $ W 5 ] 9 = [ i l R ^ -  ^ a  k u  7AnKN N  } $ E 7 T o 1 H ~ f , $ [ 0 R o = p $ W 4 ] : ; [ e l R ^ , _ a  j u  An K` N  }  E 6 T o 2 J f , $ [ 0 R o > p $ W 4 \ 6 <  [ a l R _ - _ a  l w  An*K N  }  D 6 T p 1 I  f , # [ 0 R o = p $ W 4 ] 7 ;  [ a m R ^ ,  ^ a  l u  AnHK, N  }  E 6 T p 1 I  e , $ Z 0 R o = p $ W 4 \ 6 < [ a l R ^ ,  ^ b  l w  ʒAnfK M  |  E 6 T o 2 K ~ e - " [ 0 S o = p $ W 4 ] : < [ Z l R ^ - _ a  k v  AnʄK M  |  D 6 T p 1 K  d , # [ 0 S o > o $ W 5 \ 6 = [ b l R ^ - ^ b  l u  ]AnʢL! N  }  D 7 U o 2 K  e , $ Z 0 R o > o $ W 5 ^ 8 ? [ ` m R ^ - ] b  k u  AnK N  }  E 6 T o 2 K  e , # [ 0 R o > p $ W 5 [ ; > [ b m R ^ -  ^ b  q w  AnK N  } " E 6 U p 2 L ~ e , [ 0 R o = o $ W 5 [ 7 =  [ c m S ^ -  ] b  p u  ʐAnK M  |  D 6 U p 1 L  e , " [ 0 R o = p % W 5 [ 7 =  [ ` l R _ - ^ b  l v  AnK܄ N  }  E 6 U p 1 L ~ e + [ 0 R o = o $ W 4 [ 8 <  [ \ l Q ^ ,  ^ b  m s  +An8K N  |  E 6 U p 1 K ~ f + [ 0 R o = p $ W 4 \ 8 = [ Z l R ^ , ^ b  l s  ˉAnVK܄ N  }  E 6 T o 2 J ~ f , # [ 0 S o = o $ W 5 \ 8 < [ d l Q ^ -  \ b  o r  cAntK N  } ' D 6 U o 1 K  e , # [ 0 R o = p % W 5 ] 7 < [ Y l Q ^ - ] b  l u  DAn˒K N  }  E 6 T p 1 J ~ e + $ [ 0 S o = p $ W 4 \ : ; [ W l R ^ - ] a  l t  An˰Yi N  |  E 6 T o 1 J ~ e , [ 0 S o = p % W 6 \ 9 < [ Z m R ^ - \ a  j t  AnK, N  }  D 7 T o 1 K ~ e + " [ 0 R o = p % W 6 ] 9 : \ a m R ^ ,  ^ a  m u  ˗AnK N  }  E 7 T o 2 J  e + " [ 0 S o > p % W 6 _ : : [ ] m R ^ . _ a  m v  An K܄ N  }  D 6 T p 2 K  e + [ 0 S o = p $ W 6 ^ 9 9 [ ` m R _ - ^ b  l w  ȢAn(Y^ N  }  E 6 U o 1 I ~ e , ! [ 0 S o = p % W 6 ] : : [ b l R _ -  _ b  m u  AnFK N  | " D 6 U o 2 J  e , " [ 0 S o > q $ W 7 ^ : ; [ ] m R ^ ,  ^ a  k t  TAndK N  | E 6 V p 1 I ~ e , # Z 0 S p = p % W 7 ^ 9 < [ e m R _ -  ^ a  l s  kAn̂K, N  |  E 6 V o 1 L  e + % Z 0 S o = p % W 6 ^ 9 9 [ ] m S _ - ^ b  o s  _An̠K N  }  D 6 V o 2 J  e + " Z 0 R o = p % W 5 _ : 9 [ e m R ^ .  _ b  n u  An̾K{ N  }  E 6 V o 1 K  f , ! Z 0 T o = p % W 6 \ 9 : [ ^ m R _ - _ b  m t  ΘAnZn N  |  E 6 U o 1 K  f , [ 0 T o > p % W 6 d 9 8 [ [ m R ^ . ` b  k v  AnK N  }  E 6 U p 1 J  f + ! Z 0 T o = p % W 6 f ; 9 [ [ m R _ - _ a  l v  ̚AnK M  }  E 6 U p 1 I  f +  [ 0 S o = q % W 6 j 8 9 \ ] m Q _ .  _ a  l v  An6K N  }  E 6 U p 1 K  e ,  Z 0 T o = q $ W 5 k 9 : [ d m R _ -  ^ b  k t  ˇAnTK܄ N  | E 6 U p 2 H f +  Z 0 S o = p $ W 6 l 9 ; [ _ m R _ .  _ b  l t  ̝AnrKN N  |  E 6 T p 2 I  e ,  Z 0 T o = q % W 6 n 8 ; [ [ m R _ - ^ b  m s  ʎAn͐Lp N  }  E 6 U p 1 J  e +  Z 1 T o = q $ W 6 p : : [ _ m R _ , ` b  l u  }AnͮK N  }  D 6 T o 2 J  f +  Z 0 T o = q % W 6 p ; ; [ Z m R _ -  _ b  k v  WAnK N  } ! E 6 T o 1 H e *  Z 0 S o = p % W 8 p : : [ h m S ^ - ] b  o t  ʹAnK= N  }  E 6 T p 1 J e +  Z 0 S o > p % W 5 q 9 : [ e m R ^ -  _ b  m s  ˱AnO&l N  }  E 7 T o 1 J e +  [ 0 T p = o % W 5 s < 8 [ j m R _ -  ^ b  m u  ʗAn&K= N  }  E 6 T p 1 K  f +  [ 0 T p = p % W 6 r 8 ; [ d m R _ , _ b  o u  AnDK N  }  E 7 T o 1 K  e +  Z 0 S o = q % W 5 r 8 <  [ c m R _ , _ b  o u  AnbK˄ N  }  E 6 T p 1 L e , ! Z 0 S o = p % W 6 s : 9 [ l m R ^ -  ` b  l v  HAn΀K N  }  E 6 U p 2 K  e ,  Z 0 T o = p % W 5 r 9 7 [ d l R _ - ^ b  l t  ˖AnΞK N  |  E 7 T p 2 J ~ f +  [ 0 T p = p % W 7 t 8 8 [ h l R _ -  ] b  o u  2AnμKN N  }  D 6 S q 1 L  f +  [ 0 S p = q % W 7 s : : [ d m R _ -  ^ b  n s  AnL N  }  E 6 T p 2 L ~ f +  [ 0 T o > p % W 6 p ; ;  [ b m R ^ , ^ b  m s  AnK N  }  E 7 T p 1 L  f + Z 0 T o > p % W 6 h 9 9  [ b m R ^ , ] c  o s  ʕAnK N  }  E 6 T p 1 K e +  [ 0 T o > p % W 6 h ; : [ e m R _ , _ b  m t  AndX+ M } E 5 S o 2 F  e . " Y 0 S o = n $ X 6 s 7 < Z n m L ] . ^ a  m t  AnۂKN M  } ! E 5 S p 2 H  e - Y 0 S o = n $ W 5 r 9 > [ d m K ] . \ a  i u  \An۠K M |  E 5 S o 1 G ~ e , $ Y 0 S o = o $ W 7 s 7 = [ b l K ] . ] a  l r  An۾K M  }  E 5 R p 1 H ~ e - " Y 0 S o = o $ W 6 q 7 = [ ] l L ^ . ^ b  j t  ͰAnV M  }  E 5 R o 1 G ~ e - $ Y 0 S o = n $ X 5 h 8 < [ e m L ] . ] b  k s  AnOY M  }  E 6 R o 1 H ~ e - % Y 0 S o = o $ X 5 h 8 < [ a l L ^ . ^ a  i r  ΊAnP" M  ~  E 5 S o 1 G ~ e - & Y 0 S o = o $ W 4 i 7 = [ Z m M ] /  _ a  i s  uAn6Y L  ~ E 5 S p 1 F ~ e - % Y 0 S o = o $ W 5 j 8 < [ \ m L ^ .  _ a  k s  AnTL M  }  E 5 S o 1 F ~ e - % Y 0 S o = n $ W 5 i 9 ; [ Z m L ] . ] b  h s  AnrQn M  }  E 6 S o 2 I ~ d - % Y 1 S o = o $ X 5 g : : Z d m L ] . ] b  g s  AnܐNK M  }  E 6 S p 1 G ~ d . " Y 1 S o = p $ W 6 i 8 ; [ j m M ] . ^ b  k r  sAnܮK M  ~  E 6 S o 1 E } e - # Y 0 S o = o $ W 6 i 9 < Z f l M ] . ^ b  i s  AnKN M  ~  E 5 S p 1 F ~ e - % Z 1 S o = o $ W 5 h 8 < [ i l M ^ /  ] b  k s  ZAnK M  }  E 5 T o 1 G ~ d - " Z 0 S o = o $ W 6 f : ; [ g l M ] . _ b  h s  ̎AnK M  ~  E 5 T o 1 G ~ e , $ Y 0 S o = o $ W 6 b 8 = [ _ l N ] / _ b  i s  ˲An&Yz% M  }  E 5 U p 2 G ~ e - # Z 0 S o = o $ W 6 b 8 < [ a l O ] . ^ b  k q  AnDK܄ M  }  E 6 V o 1 F ~ e - % Y 0 S o = o $ W 6 ` 9 < [ h m N ] .  ] b  k s  AnbQA N  }  E 5 V o 2 F } e , # Y 0 S o = o $ W 5 _ 8 < [ k l N ] . ] c  k r  rAn݀X)J M  }  E 5 U n 2 G ~ e + ! Y 0 S o = o $ W 6 _ 9 > [ g l P ] / ] b  j v  AnݞS M  }  E 5 T o 1 F ~ e - ! Z 0 S o > o $ W 5 _ 9 = Z e m O ] . ] b  j s  QAnݼL< M  } E 5 T o 1 F  d , ! Y 0 S o = o $ W 5 _ 7 ; [ ^ m P ] . _ a  j t  aAnKN M  }  E 6 S p 2 G ~ d ,  Y 0 S o = o $ W 5 ^ 9 < [ b l O ] . ^ a  h s  An[? M  }  E 5 S o 2 F ~ e ,  Y 1 S o = o $ W 6 ^ 8 < [ f m Q ] . _ b  g t  GAnMn M  }  E 5 S o 1 F ~ d , Y 0 S o = p $ W 6 ` 8 = Z f l P ] . ] b  j t  An4L M  }  E 5 R o 2 F ~ d , ! Y 0 S o = p $ W 6 ] 9 = [ ` m P ] .  ] b  i u  AnROԿ M  }  E 6 T o 2 E } e , ! Y 0 T o < p $ W 6 \ 8 = [ g m P ] . ^ b  k t  ˩AnpK M ~  E 5 S o 2 E ~ d , ! Y 0 T o = o $ W 5 ^ 9 < [ f m Q ^ .  [ b  j s  Anގ[ M  }  F 5 S o 2 E ~ e , ! Y 0 U o = p $ W 5 ] 9 ; [ ` l Q ^ .  ] b  j r  5AnެK܄ M  }  E 5 S o 2 G ~ e - Z 0 U o = p $ X 6 ^ 8 < Z g m Q ^ . ] b  i s  ʒAnK M  }  F 5 S o 2 I ~ e ,  Z 0 T o = q % W 6 ^ 8 < [ b l R ^ /  [ a  k q  AnKN M  }  F 5 R n 1 I ~ d ,  Z 1 T o = p % W 6 \ 7 = [ o m R ^ / [ b  l q  cAnK M  ~  E 5 R n 1 H ~ d , Z 0 T o = p % W 6 \ 8 = [ n l R ^ .  \ c  k s  gAn$K, M  }  E 5 R o 1 H ~ e +  Z 0 T o = o % W 6 ] 7 = [ l m R ^ . ] b  i t  bAnBK M  }  E 5 S o 2 H ~ e + Z 0 S o = p % W 5 ^ 8 ; [ n l Q ^ -  ] b  i s  An`K N  ~  E 5 S n 2 I ~ d -  Z 0 T o = p % W 5 \ 6 < [ i m R ^ /  \ b  n s  EAn~K= M  ~  F 5 R n 2 I ~ e - Y 0 T o = p % W 5 ] 6 > [ g n R ^ - \ b  j s  AnߜK{ M  ~ F 6 S n 1 I ~ f , ! Z 0 T o = p % W 6 \ 8 > [ l m R ^ . [ b  f q  AnߺK M  ~  F 6 S n 1 H  e - ! Y 1 T o = p $ W 7 ] 6 > [ k m R ^ . [ b  k r  1AnK M  }  E 6 R n 1 J ~ e , # Z 0 S o = p % W 6 ] 7 > [ l m R ^ . ] b  j r  ̙AnK M  ~ F 6 T n 2 H ~ e . # Y 0 T o > p % W 6 \ 7 > [ i m R ^ . \ b  l u  ˹AnK M  ~ F 5 S n 1 H ~ f - " Y 0 S o > p % W 6 ] 9 > [ p n R ^ . \ b  h s  An2K M  } F 5 R n 1 I  f - Z 0 S o = p % X 6 [ 9 < [ o m R ^ . [ b  i t  ̀AnPK M  }  E 5 S o 1 J ~ e - " Z 1 S o > p % X 5 [ : = [ u m R ^ . ] b  i s  ͇AnnK M  ~ F 5 S n 2 J ~ e .  Z 1 S o = p % W 8 ] 8 = [ s m R ^ . \ a  k u  AnK= M  }  F 5 S o 2 K ~ e - ! Y 0 T o = p % X 6 [ 7 = [ m m R _ /  \ a  m t  AnK, M  ~  F 5 S o 2 I  e . # Z 1 T o = p % X 7 \ 8 > [ b m R ^ .  \ b  l s  AnMn M  }  F 5 S o 2 J  e . " Z 1 S o = o % X 7 \ 8 < [ e m R ^ -  \ b  k s  zAnW L  }  F 5 S o 1 H  e . ! Z 1 T p = q % W 7 [ : : [ d m S ^ .  [ b  k u  AnK= M  ~  F 6 S o 1 I ~ e . Z 1 S p > p $ X 7 \ 9 < [ k m R ^ / Z b  m r  uAn"K` M  } F 5 T o 2 I ~ e -  Z 1 S o = p $ X 7 ] 8 ; [ g m R ^ / Z b  n r  ̏An@K M  }  F 5 S o 2 I ~ e . Z 1 R o > p % X 7 [ 7 ; [ p m R ^ / \ b  n s  An^KN M  }  F 5 T o 1 H  e / ! Z 1 S o > p % X 6  [ 7 < [ d m S ^ . \ b  p r  oAn|K= M  ~  F 5 S o 2 H ~ f / Z 1 S o > p % X 6 ] 8 ; [ h m R ^ . ] b  m q  AAnK M  }  F 5 T o 2 G  e 0 Z 1 S o > p $ X 6 ] 8 ; [ g m R ^ - [ b  m q  8AnK M  }  F 5 S o 2 G ~ e . " Z 1 S o > q % X 6 \ 8 ; [ ` m R ^ . [ b  n s  wAnK M  ~  G 6 S o 2 G  e .  Z 1 S o > p % W 5 ] 8 ; [ m m R ^ . ] b  o s  ξAnK M  } F 5 S o 1 I  e 0 ! Z 1 S o = q % W 6 \ 9 < [ g m R ] .  \ b  p r  dAnQ M  ~  F 5 S o 1 G  e . ! Z 0 S p = p % W 6 ^ ; : [ o m R ^ . Z c  p q  9An0K M  ~  F 5 S o 1 J  e / % Z 1 S o = q % X 7 \ 6 ; [ i m S ^ -  \ c  m s  9AnNK M  }  F 5 S n 2 H  e / " Z 1 S o > q % X 6 Z ; = [ g m S ^ . Z b  l q  ˀAnlKN M  }  F 5 S o 2 H  e / ! Z 1 S p > q % X 6 ^ 9 = \ d m S ^ .  \ b  m r  TAnK M  }  F 5 S o 2 I e - ! Z 1 S p > q % X 5 ^ : = [ d m R ^ . \ b  o t  'AnK M  ~  F 5 S n 1 K  e / Z 0 S o > p % X 7 _ 9 ; [ a m R ^ . [ c  p r  MAnKN M  }  F 5 S o 1 I  e . # Z 1 S o > p % X 5 ` 9 9 [ g m R ^ . ^ c  n t  qAnK= M  } F 5 S o 2 I  e - # Z 1 S o ? p % X 6 ^ : ; [ i m S ^ . [ c  m r  ˆAnK M  ~  F 5 S o 2 J  e . # Z 0 R o > q % X 7 ` < : [ f m R ^ . \ c  n r  :An KN M  } F 6 S o 1 L e . ! [ 1 R p > p % X 6  _ 9 9 \ d m S _ .  \ c  o s  ȽAn>N҄ M  }  G 5 S o 2 K f . " Z 1 R o > q % W 6 _ : ; [ ` m R _ / ] c  p r  džAn\K M  ~  G 5 S o 2 K  e / " [ 0 R p = q % X 6 ] 8 9 [ i m R ^ . ] b  p r  AnzKN L  }  F 6 R o 2 J e / $ Z 1 R o > q % X 6 _ 7 < [ e m R ^ .  ] c  m q  AnK M  ~ F 5 S p 1 L  e / & Z 1 R p > p % X 6 ` 8 : [ d m R _ .  ] b  o s  AnX' M  ~ F 5 R o 2 N  e . " Y 1 R o > q % X 7 ^ 8 ; [ j m R ^ .  ] c  n q  AnK M  ~  F 5 S o 2 N  e . $ Z 1 R p > r % X 6  _ 7 : \ d m R ^ . \ c  o p  AnK= L  }  G 5 S p 1 L  e . # Z 1 R p > q % X 5 ] 7 = \ ` m R _ /  ] c  n q  AnK, M  } F 6 R p 2 K  e / $ Z 1 Q o > q % X 6 ^ 7 < [ ` n R _ / ] c  o r  An.K M  }  G 5 S o 1 J  e / # Z 1 R o > q % X 6 ] 7 < \ f m R ^ .  ] c  n s  ˞AnLK܄ M  }  G 6 S o 2 L  e - # Z 1 R o > q % X 5 ^ 7 = \ b l S ^ .  \ b  m r  ʛAnjV| M  }  G 5 R o 2 K  f . # Z 1 R o > r % X 6 ^ 7 ; [ c m S _ . \ d  n r  AnK M  }  G 5 R p 1 J  e / " Z 1 Q o > q % X 7 ^ : ? [ a m S _ .  Z c  q s  oAnK, M  }  F 5 R o 1 L  e . $ Z 1 R o > q % X 7 ^ 9 = [ e m R _ /  ] c  o q  gAnK, M  }  G 5 R o 1 I e . Z 1 R p > q % X 5 _ 7 < [ ` m R _ .  \ b  q p  ˊAnK M  ~  F 5 S o 2 J f . Z 1 S o > q % X 7 ^ 8 > [ d m S _ . [ b  r r  HAnK܄ M  }  F 5 R o 2 K  e .  Z 0 R p > q % W 5 _ 7 > [ m m R ^ . [ c  q r  AnK M  ~  F 6 S p 1 J  e -  Z 1 R o > q % X 5 ^ 8 > [ g m S ^ /  ] c  o q  cAn q % X 5  ] 9 = [ ^ m S ^ .  ] b  p s  $AnZK` M  }  G 5 S o 1 K ~ f , ! Z 1 R o > q % X 5 ^ 9 < [ b m S ^ /  \ c  q q  ʧAnxK= M  }  F 6 S o 1 H ~ e - " Z 1 R o = q % X 6 ^ : < [ i m R ^ . \ c  p r  bAnK= M  ~  F 5 S o 1 J  e - $ Z 1 Q o > q % X 6  ^ : : [ k m S ^ .  [ b  p r  uXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 250 / width of table in bytes NAXIS2 = 333 / 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 = 426679325.44552 TSTOP = 426698135.44508 DATE-OBS= '2014-07-10T10:02:02' DATE-END= '2014-07-10T15:15:32' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18809.9995599985 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 373 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:35' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'dldMfiZLdidLdiZL' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '1165662337' / data unit checksum updated 2014-07-20T07:58:35 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: sw00603954000b175x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:40 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Anr e < q Y - j x c m [ U e M H 1 l _   h i ^ V  p N ) 2 < = An;r f > p Z - l y b n [ T f O H 1 l ^   h i ^ V  p N ) 2 < = IAnYqte ? p Z , l t b o [ T f M I 1 k ^   f h ^ V  p N ) 3 < < +Anwre = p Z - n z c o [ T f N G 1 m _   h i ^ V  p N ) 2 < < >Anqe > p Z . l u c q \ T d O L 2 l ^   f i ^ V  p N ) 3 < = uAnq.e < q Z - m w c p [ T d O I 1 l _   f i ^ U  p N ) 3 < = ͤAnr f : p Y - j | c p [ U c N L 1 k _   h i ^ V  p N ) 3 < = Anq߅e < p Y - j v c l Z U c N N 2 l ^   g i ^ V  p N ) 3 < = 7An qte < p Y - i w d l [ T b O L 2 j _   f h ^ V  p N ) 3 < < dAn+qbe > q Y - j w c n Z S c P L 2 l ^   g h ^ V  p N ) 3 < = nAnIq.d > q X - i v d n Z T b M M 3 k _   h j ^ V  o O ) 3 ; < Angq$d > p X - m y d o Z U c N M 3 k ^   e i ^ V  o N ) 3 < < >Anq߅c < p Y - l x d n Z T b N K 4 k _   g i ^ V  p N ) 3 ; = qAnq߅d = p Y - j z c o Z T b Q L 4 k _   h h ^ V  o N ) 2 ; = Anq$d > p Z , j y c m Z T b P L 4 j _   h i ^ W  p N ) 2 < = ]Anr[f ? q Y , l z c o Z T c P H 4 k _   g i ^ V  p N ) 3 < = ΔAnqte > p Y - n v d p Z T c M H 5 k ^   g h ^ V  p N ) 3 ; = CAnr d ? p Y - j v d o Z T d P I 5 i ^   g i ^ V  p N ) 4 < = An9qtd > p X - k y d o Z T e O H 6 l _   h i ^ V  p N ) 3 < < \AnWr d = p Y - l x d n Z T d N H 6 m _   g h ^ W  p N ) 3 < < %Anuqd = p Y , l | c n Z U c O G 6 k ^   f i ^ V  p N ) 3 < < дAnqՅe = q X - j w d o Z T b L H 6 l ^   i i ^ T  o N ) 2 < < %Anr'Ѕc > p X - k w d n Z T b M K 7 l _   g i ^ V  p O ) 3 = < ЖAnqtc > p X , h w d m Z T c M J 7 k _   g i ^ W  o N ) 3 < < ΰAnqbd > q W - l y c n \ T b O I 7 k ^   h i ^ W  p N ) 2 < = 7An q$e @ q X , k u c n Z T b O K 7 l _   g i ^ V  p N ) 3 < < ̺An)r d = p Y - j t d n Z T a M K 6 l ^   h i ^ V  p N ) 3 = < ̔AnGq$c > p W - k v c n Z T b L J 7 l ^   h i ^ U  p N ) 3 < = AneqÅe ; p X , l v e o Z U b M K 7 m _   h j ^ V  p N ) 3 < < 7Anr[d > p W , k x d n Z T c O H 6 l ^   g i ^ V  p N ) 4 < = }AnqÅd > p X , j v d n Z T c N H 7 l _   h i ^ V  p N ) 3 = = Anqtd < p W , i | e m [ T d O L 7 k ^   h i ^ V  p N ( 2 < = !AnqÅd = p W - l l e n [ T f O I 6 l ^   i i ^ V  p N ) 3 < = ϶Anr d ? p W - j x d n [ T g P K 7 k ^   j i ^ U  o N ) 3 < < ΐAnr f = p X , i n e o [ T h M J 6 k ^   f i ^ W  p N ) 1 < = An7r d = p Y , k t e o [ U f M K 6 k ^   h h ^ V  o N ) 1 < ; 5AnUr[d > q Y , i r d p [ T e O J 6 j _   i h ^ U  p N ) 1 < < ˝Ansq$b > p Y - m z d o [ U e O L 6 j ^   i h ^ U  p N ) 1 < < Anq녅d = p Y - l w d n [ T e N K 6 l ^   f h ^ U  o N ) 1 < < Anrc ? p X - m u d n [ T e N I 6 m ^   g h ^ V  o N ) 2 < < vAnre ? p X - i t c p [ U d R J 6 l _   h h ^ V  o N ( 0 = < Anre ? p X - j t d k \ T d R K 5 k ^   h h ^ U  o N ) 0 = = p W , h v e o [ T e P K 4 k ^   g i ^ V  o N ( 0 < = ͑An'qÅc = p W - h u d q [ T e P J 5 l ^   h h ^ U  o N ( 2 = < AnEr d > p X - h v d r \ T e P K 5 l ^   i h ^ U  o N ( 1 < < Ancrc > p X , h v e p [ T e M L 5 k ^   i i ^ U  o N ( 1 < = ΍Anqc < p W , i u d o \ T e O J 5 l ^   h i ^ U  o N ( 0 < < 2An0k{c = p X , g t d n [ T g N J 4 l _   g i ^ U  o N ) 0 = < ͧAnq$d = p W - h t c o \ U h P I 4 k ^   h j ^ V  o M ( 1 = < vAnr c > p X , h v c q \ T j P H 4 m ^   g j ^ V  o N ( 1 < < !Anqtd < p W , j w e o ] U h N F 4 l ^   g j ^ U  o N ( 1 > < nAnr e < q X - i w e q ] U i Q K 4 k ^   g i ^ U  p N ( 2 = < ͘An5r[f = p X , h v e p ] U h R K 3 l ^   h i ^ U  o N ( 0 = < =AnSr Jd = p X - j x d r ] U f P K 4 l ^   g j ^ T  p N ( 1 < < ̕Anqr~Re = p W - h u b o \ T f P I 4 l ^   h j ^ U  p N ( 1 = = ͏Anr d = p W , i x c m ] T d M K 4 l ^   g j ^ V  p N ( 1 < < ͩAnr d = p X , i u d n ] U d M J 4 m ^   h k ^ V  p N ( 1 < < Anr[f = p W , i x c n ] T d O I 4 l ^   f j ^ U  p N ( 1 < = ΐAnr d ; p W - g x d l \ T d Q G 5 k ^   f k ^ U  p M ( 2 < < ̗AnqÅf : p W - h v d j \ T d R M 6 l ]   h k ^ U  p N ( 2 < < XAn%d : p X - f t e m \ T e N K 5 l ^   g j ] T  p M ( 1 < < AnCr d < p X - j w d l \ T d O L 6 l ^   f j ] U  p M ( 2 < < Anar d : p W - j u d p \ T d O L 7 l ^   f i ] V  p N ( 3 < < ˹AnqÅd ; p X - h w c l \ T e O K 7 k ^   e j ] V  o N ( 2 < < ѳAnr d : p V - h v d p \ T e N L 8 l ^   g i ] U  p M ( 2 < < pAnqtg 9 p X - h z b o \ T e O L 9 l ^   f j ^ U  p M ( 1 = ; ύAnr f ; p W - h z b o \ T e N K 8 k ^   g h ] V  p N ( 2 < ; ΧAnr~f ; p W - h y c n \ T f M K 7 m ^   g i ^ V  o M ( 2 < < СAnqte < p W - f | d q \ T f O K 7 m ^   f i ] V  p M ( 2 < < ,An3rd < p V - h x d n \ T e O L 7 k ^   f i ^ V  p N ( 1 < < Aneqtd 9 p V , c v b o V U b M H 8 l ]   e i ] V ! o N ( 2 ; ; ˖Anq$d ; p U , d { b m W U b N I 7 l ]   f h ] V ! o M ( 3 : ; ̩Anqtd ; p V , d | a m W U c M G 7 j ]   f i ] U o M ( 2 ; ; ^Anr c 9 p V , b v b n V U b N G 7 j ]   e i ] U ! o M ( 3 : ; Anr Jd ; p V + e | b l W U b L G 8 j ]   f i ] V ! o M ( 0 : ; mAnr d = p W + b } b n W U c K G 7 h ]   e j ] T # o M ( 1 ; ; QAnr8c ; p W + a b m W U d N F 7 k ]   f j ] U ! o M ( 1 ; ; ,An7qՅc = p W - b z b n W U e O F 8 k ]   f k ] V " o M ( 1 ; ; AnUr e ; p W - b | b k W T d O G 8 j ]   f j ] W o M ( 0 ; ; ̫Ansq@e ; p X , c z a k W U d O H 7 k \   e j ] U o M ' 0 : : Anr Jd < p V , c ` m W U c O G 7 k ]   e j ] V ! o M ( 0 ; ; Anqc : p V , d a k W U c Q F 7 k \   g k ] U o M ( 1 < ; ;Anr d = p V + c ` l W U c O D 7 k ]   f k ] V ! o M ( / ; : \Anqc = p W + b ` o W T c Q E 7 k ]   d k ] V # o M ( / ; ; ̡An r d = p V + e b k W U d N E 8 k \   f k ] V " o M ( 1 ; ; ʇAn'qtd = p V + b ~ a m W U c Q D 8 k ]   e k ] V # o M ( 0 : ; vAnErzce < p V + d a n V U c O E 7 j ]   e j ] V o M ' / ; ; Ancq$d = p X , c | ` m W U c N E 8 j ]   e k ] T # o N ( / ; ; Anq߅e ? p W + b  ` l W T c P E 7 k \   e k ] U " o N ( / ; : |Anrc = p W + c a l W T e M E 7 j \   e k ] V " o M ( / ; ; HAnqbd < p X + b ` m W U e L E 7 k \   e j ] U o M ( 0 ; ; |Anr~d = p X + c b m W U e  L E 7 k ]   d l ] V o M ( / ; ; IAnr[e < p W , a a l W U g  L E 8 k ]   e k ] V o M ' / ; ; ˶Anr d = p W , b ~ b l W U h L F 7 k \   e l ] V ! o M ( 0 < ; ʼAn5r Je ; p W + b a l W U h N G 8 k ]   f l ] V " o M ( / ; ; AnSq6d = p W , a a k W T h L E 7 k ]   h l ] V ! n M ( 0 < ; ˬAnqr~d ; p W + a b m W U g J E 7 l ]   f l ] W ! o M ' 1 < ; qAnr d < p X , c  a k W U g L D 7 k ]   e l ] W ! o M ( 0 < ; ˬAnr c < p W , b  a m X U f L E 7 k \   f k ] V ! o M ' 0 < ; ̯AnqÅc ? p W - a ~ a m W U f K F 7 j ]   f k ^ V # o M ( 0 < ; Anq$d = p X , c | b m W U f L E 7 k ]   f k ] W ! o M ( 1 ; ; aAnqÅd < p W - c } ` m W U f K E 7 k ]   e k ] V # o N ( 0 ; < An%qÅd < p W - c } ` m W U f K E 7 k ]   e k ] V # o N ( 0 ; < AnCqtd > p W - c | a j W U e K E 8 k ]   g k ] W " o M ( 1 ; ; ̐Anaq@d > p W - c  a l V U e N F 7 j ]   f k ^ V ! o N ' 0 ; ; Anqe > p X - b ~ a j W U e M H 7 j ]   f l ] V ! o M ( 0 ; ; Anr d = p W , e a n W U e J E 7 k ]   e l ^ V # o M ' 1 : < Anqd < p W , c | a n W T d O F 7 k ^   e j ^ U $ o N ( 0 ; ; bAnq$d : p W , b a p W U e M G 7 k ^   f k ^ V $ o M ( 0 ; ; ̓Anq$d = q W - a v b q X T f N E 7 k ^   g j ^ V $ o M ( 1 ; ; 7Anr d < p W - a { ` n X T f L G 7 k ]   f k ^ U " o M ' 1 ; ; An3rfc = p W - ` z a n W T h K I 7 k ]   f j ] U " o M ( 2 : ; AnQq$c 9 p W - a z ` o W T g K I 7 k ]   f j ^ V ! o M ' 0 ; ; uAnor d < p W - a y a m W T f N J 8 j ]   g j ^ V ! o M ( 1 ; ; >Anqtc < p W - a | a n W U e M J 7 k ]   g k ^ U " o M ' 1 ; ; =Anqtd = p W , a v ` m W T d O J 7 j ^   g j ^ U ! o M ( 1 ; ; !Anrsօe = p W - a x ` o W T e M K 8 k ]   f j ^ V " o M ' 1 ; ; jAnqc > p W - c z a m W U d N J 9 k ]   f j ^ V # o M ( 0 ; < ͼAnr Jb > p X , b ~ a m W U c M K 8 k ]   e j ^ V " o N ( 1 ; ; 'An#qÅd = p W - ` ~ a n W T d L K 8 k ]   f j ^ U # o M ( 1 ; ; AnAr[d ; p W , ` u b m W T d O F 8 j ]   g j ^ U # o M ' 2 < ; An_qՅe < p V , a v b o X T d N G 9 j ]   e i ^ V $ o N ( 3 < ; An}q$e ; p V - a v b n W T e N H 8 k ]   f h ^ W # o M ( 3 ; ; AnqQe ; p W - a s a n W U e O H 8 i ^   g i ] W # o M ' 3 ; < Anr e = p V - a w b l X T f P G 8 k ]   h i ] W $ o M ( 2 < ; Anq.d < p W . a r c m W T e O I 9 i ^   g i ^ U # o N ( 3 ; ; ˉAnre < p V - b r c o X T f L I 9 j ]   f g ] V # o M ' 2 ; ; ˑAnr d ; p V - b n b m W U h N J 9 k ]   i h ] V " o M ' 2 : ; *An1qÅd 9 p V . b s c m X U i M I 9 j ]   g g ^ V # o N ' 2 ; ; AnOr e < p V . b u b p W U i K J 9 j ^   g h ] V # o M ( 2 ; < $AnmqÅc : p V - b w b n W U h L H 7 j ^   g g ^ V % o M ( 2 < ; SAnr[c : p U - a v b n W U h M G 7 k ]   g h ] V $ o M ' 2 ; ; IAnqÅc < p V - b s a p W U g M F 8 l ^   f g ] V $ o M ' 2 ; ; KAnr[d : p V - b x b p W U f N H 8 k ^   e h ] U $ o M ' 1 ; ; Anr'Ѕe < p V - b w b o W T f N F 9 k ^   f g ^ V " o M ( 3 ; ; \Anqc 9 p V - b w c n W U f O G 8 j ]   e h ] V $ o M ' 2 ; ; XAn!r[d 9 p V - a u b i W T f L G 8 j ]   f h ] V $ p M ( 3 ; ; An?r~c : p V - b v b p X T e M K 8 j ^   f h ] W $ p M ( 3 ; ; |An]qtd : p V - d { c n X T e O I 8 j ^   e g ] V % p M ( 4 ; ; PAn{rd ; p U - ` | c o W T e O I 8 k ^   f g ] V # p M ' 3 ; ; Anqtc ; p U - b z b m W T e O L 8 j ]   f h ^ W % o M ( 3 ; ; (Anre ; p U - ` w b n W T e K L 8 j ]   g g ] W % o M ' 3 ; < ʹAnq߅f < p V - b { b m W T f N N 7 l ^   h g ] V # o N ' 4 ; ; \Anqte ; p V , d } b m W T g K J 8 k ]   d h ^ W & o M ' 3 ; ; Anr d : p V - c } b m W T h L H 8 j ]   e g ] W & o M ' 4 ; ; An/rld ; p V - d z a n W T h L H 8 l ^   e g ] V % o M ' 2 ; ; μAnMqd 9 p V - c | b o W T g N I 8 k ]   e h ] W $ o M ' 2 : < CAnkqtb ; p V - d x c l W U f N I 8 i ]   f g ] X & o M ' 3 ; ; %Anqd < p V - d r d p W T e N H 8 k ]   e h ^ X % o M ' 2 < ; ʇAnq$c < p V - d w b p W T e P I 8 k ]   g h ] X # p M ' 1 : ; Anr d ; p U - c z b o W T e O L 8 j ]   f h ] Y ' o M ' 1 ; ; SAnr c ; p V - b y b m W T e Q H 8 k ]   h g ] Y # o M ' 2 ; ; ~Anq$d < p V - b y b n W T c P H 7 k ]   e h ] W # o M ( 3 ; < Anqe < p U - b ~ b m W T d P F 8 k ]   h g ] W $ o M ( 2 ; < An=rd < p U . b { b m W T d R G 8 k ^   h h ^ W # o M ( 2 ; ; An[qd < p V . a y b m W T d S J 8 k ]   h h ] X # o M ' 1 : ; Anyq$f ? p U - c x b n X U d O L 7 j ^   f h ] X " o M ' 1 : ; *AnrUe = q U - b x c m W T c O J 7 j ^   h h ] W $ p M ' 2 ; < ʱAnqd < p W - e r a m W T d  L G 5 k ]   f i ] V $ o N ( 0 9 ; An!qՅc : p U - e u b k V T d O G 6 j ]   g i ] V % o M ( 0 ; ; An?qte < p W - d t a l V T d Q G 5 j ]   g i ^ T # o N ( 1 ; ; 1An]qՅc ; p W - e v b l V U d O F 6 j ]   f i ] U $ o N ( / : < `An{qՅc ; p W - f t b l V U c  Q H 6 j ]   e j ^ U % o M ( 0 : ; Anřq$c ; p V - d t b l V U c O D 5 j ]   e j ] U $ o N ' 0 : ; ʻAnŷqtc ; p V - d u b k U U d M J 6 i \   e j ] V # o N ( 1 9 ; .Anqtc 9 p W , e x b n U U c M J 6 k ]   g j ] V % o M ' 0 9 : CAnr[c 9 p W - d t d m V T d N K 6 k \   g j ] U % o M ( / : ; ˋAnqՅd ; p W , d s c l V U f L I 6 j ]   e k ] V $ o N ( 0 : ; kAn/r[c : p V - d u c m V U g O L 6 k ]   e k ] V # o M ' 1 : < ʤAnMq녅c : p U - e u b l V U f M I 7 j ]   h k ] U # o N ( 1 : ; BAnkr[d ; p V , d w a n V U f  M G 6 k ]   e k ] W " o M ( 1 ; ; AnƉqd < p V , e y b o V U e  N G 7 k ]   h k ^ V $ o M ( 2 : ; ͎AnƧr e : p V , c u c p V U e M J 6 j ]   f l ] V $ p M ( 1 ; < Anrͅd : p V , c z c o V U d  M J 7 j ]   e k ] V " o N ( 2 ; ; 1Anqd ; p V , b t c l V U d  O K 7 k ]   e l ] V # o M ( 2 ; ; ͚Anr d : p V , b s c n V U d M H 7 j ]   e k ] U " o M ( 2 ; ; >Anq$f : p W , b u b o V U e  N H 6 j ]   f k ] U " p M ( 1 : : An=r d : p U - b v c p V T f  N H 7 k ]   d l ^ W # o N ' 1 : : An[qe ; p W , a z c q V U e  M I 7 l ]   d l ] X " o M ' 1 : ; Anyr e : p V , d { c o V U e  O G 6 k ]   f l ^ W " o N ( 1 ; < ?AnǗqÅd < p U - b t c r V U f  O E 7 j ]   g k ^ V $ o M ( 1 : ; "Anǵr e ; p W - a u b o V U g N H 7 k ]   f k ] V " o M ( 1 ; ; GAnq$d < p W , a w c o V U f N H 7 j ]   g l ^ V " o M ( 3 ; ; Anr[d < p W , b u a p V U g  M H 6 i ]   g k ] V # p M ( 1 ; ; Anqtc < p W , c x b l V U h L I 7 i ]   f k ] V # o M ( 3 < < An-r d ; p V - d u c l V U h  L H 6 i ^   f l ^ V ! p M ( 3 ; < ǟAnKqtc > p W - b u c k V U g  J H 7 h ]   f l ] V " o M ( 2 ; ; p U - a { b l V U f J F 8 i ^   g g ^ W # p M ' 1 ; ; uAnqc < p T - a } d k V V f  J E 8 i ]   h h ^ W $ o M ' 0 ; ; ˴An rc ? p U - b x b m V U f J F 8 j ^   g f ^ W # o M ( 1 ; ; TAn'rIc > p U - a } b l V U f  J F 8 j ^   h g ^ V " p M ' 0 ; ; TAnEq$c < p V - c y d j V U e  N E 7 j ]   h h ^ W " o M ( 1 ; ; @Ancr[c < p V - b y d m W U d  J D 7 j ]   h g ^ U o L ( 1 : ; 8An΁qd ; p W - a z d l V U d M E 7 j ]   g f ^ W ! o M ( 1 ; : [AnΟr d ; p W - b y c j V U c  M F 8 i ]   h g ^ W " o L ' 0 : ; ʀAnνr Jc 9 p V . b y c o V U c L E 8 j ]   g h ^ W " o M ( 1 : ; Anqtd ; p T . a u c m V U b  K F 8 k ]   g h ] W " o M ' 1 : ; Anrc : p V - b | c l V U c O E 8 j ^   h g ^ W $ o M ( 1 : ; Anr c ; p V - b t c l W U b  M E 9 k ]   g g ^ V # o M ( 0 ; < ʯAner'e 9 p X - _ y b k V T f  L E 6 i ]   e g ^ V $ o M ( 1 : ; Anۃr d 9 p X - ` v b m U T f  N E 7 j ]   e f ^ V $ o M ( 2 : ; ʷAnۡr f 8 p X - _ v b h V T e  M E 6 j ]   d g ] U $ p M ( 1 : : Anۿr Je 8 p W , _ v a j V U d K E 6 j \   e g ] V # o M ' 0 9 ; pAnrƅe 8 p W - ` r a k V T d K H 6 j ]   d g ^ V $ o M ( 0 9 ; Anr e 8 p W , ^ { ` m U U c L G 6 j ]   d g ^ W " o M ( 2 : ; 6Anr[e 8 p W , _ v c k U U d K I 6 i ]   d g ^ W # o M ( 1 : ; An7q߅e 7 p X , _ v b k V T d K E 6 i ]   f g ^ W # o M ( 3 : : AnUqbe 7 p W - ^ y b m V T c L E 6 i ]   f h ^ W # o M ( 2 : ; Ansr[d 6 p W - _ v b j V T b J D 7 j \   f g ^ W $ p M ( 2 : ; IAnܑqՅd 7 p W , _ y b k V T b I H 7 j ]   h h ^ W # o M ( 2 ; ; (Anܯrq7c 6 p W , _ x b j V T c J H 7 j ]   g g ^ W # o M ( 2 : : ̿Anqe 5 p V , ` y b j V T d N I 6 j ]   e g ^ W " o M ( 2 : < sAnrle 5 p V , _ v b l V T d N F 7 j ^   f h ^ W " o M ( 1 ; ; An qÅe 5 p V , ` w b k V T f M I 8 j ]   h g ^ V # o N ( 2 : ; +An'r e 7 p U , ^ { c k V T f K E 7 k ]   h g ^ V # o M ( 1 ; : AnEqtf 6 p V , _ { b k V T e  L F 7 k ]   g g ^ U $ o M ( 1 ; ; Ancq$e 7 p V + _ y b i V T e K G 8 j ]   g g ^ V & o M ( 2 ; ; ̔An݁rͅe 7 p X , _ w b h V T e K F 8 j ]   g h ] T $ o M ( 2 ; ; Anݟqe 8 p W , _ z b j V T d J F 7 k ]   h h ^ U $ o M ( 2 ; ; Anݽqte 7 p W , ` z c k V T c  L F 8 k ]   f g ^ U % p N ' 2 ; < ʢAnr[e 8 p W , _ x c l U T d M E 8 k ]   f g ^ W # o M ( 1 ; < (Anq߅f : p W - a z b k U T c N F 7 k ]   f g ] V % o N ( 1 ; < Anqf : p X + _ z a j V T c  N G 7 i ]   e g ] V $ o N ' 1 ; < 0An5r d 7 p W , ^ x b k V T c  L E 8 j ]   g i ^ V " o M ( 0 ; ; ˖AnSq녅e 8 p V , _ v c l V T c  K C 7 i ]   g h ^ V $ o M ( 0 ; < ˣAnqr e 9 p X , _ y c l V U c  M E 8 j ]   g h ^ U $ o M ( / ; < =Anޏr~f ; p V + ` x c j U U e N F 7 j ]   f h ^ U $ o N ( 2 ; ; ̻Anޭqtg 8 p W + ` x d l U U e L E 8 j ]   g g ] U % o M ( 1 ; < ɥAnr f 8 p X + _ w c l U U e  O F 7 j ]   g i ^ U % o M ( 1 ; ; JAnr e 6 p X , ` y c j V U f P F 6 k ]   g i ^ U & o N ( 0 ; < Anrf 8 p X - _ z d i V U g  L G 7 j ^   g i ^ V % p M ( 1 ; ; An%qՅe 8 p X , ` y b k V U f  O F 7 j ]   g i ^ V $ p M ( 1 ; ; ̱AnCqe 9 p Y , ` | d j V U f  L G 7 j ^   h i ^ V % o N ( 1 ; < Anaq@e 9 p X - b x c k V T e  L G 7 k ]   f i ^ V $ o N ( 0 : < 4Anqtd 7 p X , _ u d m V T d  N F 6 j ^   f h ^ V % o M ' 1 ; < όAnߝqtd 6 p W , ` ~ c l V U c  M F 5 j ]   h i ^ U $ o M ( 1 ; ; An߻r d 7 p X , a | d j V U d  M F 6 k ^   f h ^ W % o N ( 2 : < Anq$f 7 p X , a | c j V U c L G 6 i ^   g h ^ W & o M ' 2 ; ; ͪAnr e 7 q W , _ v c k W T c  N G 6 i ^   e h ^ W & p M ( 0 : < ˨Anr e 7 p X , ` w c k W U c N F 5 j ^   i h ^ W % o N ( 2 ; ; ZAn3r e 7 p X , a x c l V U c  M F 5 j ^   g i ^ V % o N ( 2 ; < AnQqte 8 p Y , _ y d k V U c N G 5 j ]   g h ^ W % o N ( 1 ; < Anor[e 6 p Y , _ y b k V U c  M G 5 k ]   g g ^ W $ o M ' 2 : ; ͢Anr~d 8 p Y - ` c l W U c J H 5 i ^   f h ^ V & o N ( 2 ; ; ̓AnqÅd 7 p X - ` w c i W U f  K F 5 k ^   e i ^ V & o N ' 2 : < JAnr f 6 p X - ` v c k V U f  M G 5 k ^   g i ^ W ' o M ( 1 ; < Anrͅf 7 p Y - ` x c m W U g  L H 5 i ^   f h ^ V % p M ( 2 ; ; AnqՅd 9 p Y , ` z c k V V g  N G 6 k ^   f h ^ U % o M ( 2 ; < An#rd 6 p X , ` y d l V U f L G 5 k ^   g i ^ W % o N ( 1 : < 4AnAqf 6 p X - a z c n Y U f  L D 5 j ^   h h ^ W $ p M ( 1 ; ; RAn_r[d 8 p X - ` { c l Y U e  M H 5 l ^   f h ^ W $ o M ( 1 ; < ʈAn}q߅d 8 p X - ` y c k Y U e  M F 6 j ^   h h ^ W % p N ( 1 ; ; Anqe 7 p X - ` y c l W U e  N F 6 k ^   g i ^ V % p M ( 1 ; < ʯAnr d 7 p X - ` x d k W U e  L G 7 j ^   h h ^ W % o N ( 2 : < fAnq߅c 6 p W . ` w c j W U e O F 6 j ^   g i ^ V % o N ( 1 ; < Anqtd 8 p V , ` w c m W U e N G 7 k ^   h h ] W % p M ( 2 ; < [Anq녅d 5 p W - a x b k X U d  O F 7 l ]   h h ] W $ o N ( 2 ; < JAn1rld 6 p X - a { c m W U c N F 6 l ]   h h ] W % o M ( 2 ; < AnOqtd 8 p W , a | c l X U d  M F 6 k ^   f i ^ X $ o N ( 2 ; ; ̈́Anmr e 5 p X - ` | d n W U d M F 5 k ]   h j ] V # p N ( 2 ; < Anrd 8 p W - a y d k W U e O F 5 k ^   i i ] V " o M ( 3 ; < NAnqՅc 6 p W - ^ { e m X U g P G 5 l ^   h i ] V $ o M ( 2 < ; Anr d 6 p X . ` w d l X U f O G 5 l ^   h i ] V $ o M ( 3 ; < ̊Anr~d 7 p W . ` v c m X U f O F 6 k ]   h i ] W # o N ( 4 ; < eAnqÅe 6 p X - b w c m X U d P F 6 k ^   h h ^ V & o M ( 4 ; < An!r d 6 p W . a u d n W U d O F 5 k ]   h i ] W $ o M ( 3 ; < vAn?qÅf 6 p X . b w d m X U c N E 6 k ^   i i ] X & o M ( 3 : ; GAn]qtd 8 p X . a u d q X U b O E 5 k ^   h i ] X & o M ( 3 ; ; ˊAn{r e 5 p W . _ u c l Y U a R E 5 l ^   h i ] X ( o M ( 3 ; < Anr[e 6 p W . ` r d m X U b P E 6 k ]   h i ] W & o N ( 4 < < 7Anqe 6 p W . ` v d m X U a O E 5 j ^   i i ] Y ) o M ( 3 ; ; HAnre 6 q W . b v d o X T a P D 6 l ^   i h ] V ( p M ' 3 ; < Anq.f 8 p W - ` t c o X U b O D 5 l ^   g i ] W ' p M ( 4 ; ; ̊Anqtd 5 p W . _ v c n Y U b M F 5 j ]   i i ] W & p M ( 3 ; < ˂An/r[e 6 p V - _ w c j X U b P E 5 l ^   i j ] X ' p M ( 4 ; < ʋAnMr.^d 6 p V - _ t c n X U b O F 6 l ]   g j ] W ' p M ( 3 ; ; ɭAnkqtd 6 p V - ` s c m X U c  M E 6 k ]   g j ] X % p M ( 3 ; < Anre 6 p W . ` r d m X U d  Q F 6 k ]   g j ] W ' o M ( 1 ; ; UAnr~e 6 p W . _ t c m Z T d R G 6 l ]   i j ] W ( p M ' 2 ; < ̅Anqte 4 p X . ` t d o Z U d  R H 7 l ]   h j ] X ' p M ( 2 ; < }Anr[f 5 p X . ` y c n Z U c  P J 6 m ^   h j ] X ) o M ( 1 ; < Anqtd 6 p W . _ v d i Z U c  Q J 6 m ^   h j ] W ' p M ( 2 ; ; dAnr e 5 q W . ` u c k W U c M K 6 l ^   h i \ V & o M ' 2 ; < An=r f 6 p X . ` y d l W T c M K 7 l ]   g i ] W & p M ' 2 ; < ˰An[r e 6 p W . _ y c l W U c  Q L 6 m ]   g i ] W ' p M ( 1 ; ; ʳAnyr~f 6 p W . a z c l W T d  N M 7 k ^   g i ] W ) o M ' 2 : ; AnqÅe 5 p X - ^ z c j W T d Q L 7 k ]   g i ] W ' o M ( 2 ; < ZXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 298 / width of table in bytes NAXIS2 = 333 / 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 = 426679325.44758 TSTOP = 426698135.4471 DATE-OBS= '2014-07-10T10:02:02' DATE-END= '2014-07-10T15:15:32' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18809.9995200038 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 374 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:36' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '9JTYEIRV9IRVEIRV' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '3281385662' / data unit checksum updated 2014-07-20T07:58:36 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: sw00603954000b176x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:40 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Anrtzwpq|qy|}w|}r}ovzqzn~svz~s~y{yk|us{|y|so|x 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Anҳ~yuqjvpt||{wxz}p{r}tc~x|s}utpo}u~p{wztxxzoo~r{}rAnR}zuqkvpt}{{wxy}p{q|uc~x}s~utpo}u}p{wztxxznp~rz}rAn:R~zvqkvpt||{wxy}q{q|uc~x}s}utpp}v~p{v{txxznp~rz}rAnXҳ}zvpjvpt|{{wxz|q{r|ud~x|s~ttpo}v~o{wztwxzno~ry}s}Anv֡~yuqjvpt|{{wxy}p{r|tc}x}s}ttpo}u~o{vztxwyno~rz|rAn䔤c}yuqjvou|{{wwz}q{r|tc~x|s~ttpo}u~ozvztxwyno}rzzrAn䲤}ytqkvou|{{wwy}p{q|uc~w|r}tspo}u~pzvzsxxyno~qz~rAnФ@}zuqjvot|{{wxy|p{q|tc}w|s}tspo}u~oz~wzswwymo~rz~rqAnҳ}yuqjvot||{wwy}p{q|tc}w|s}tspo}u}ozvzswxyno}rz|qPAn }yuqjvpt|{{wxy|p{q|tc}w|s}ttpo}v~o{vztwwyno~qz}rAn*~yuqjvpt|{{xxy|p{q|tc}w|s}tspo}v~ozwztxwzmo}ryyrAnH}yupjvot|{{wwy|pzr|tc~x|s}utpo}u|pzvztxxymo~rz}rlAnfҳ}yuqjvpt|{{wxy|q{q|tc~x}s}uspo}v}ozw{twxzmo~rz}r"An儤R}yuqkvpt||{wxz|p{r|tc~x}s}utpo}v~pzv{txxyno~sz}rXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 250 / width of table in bytes NAXIS2 = 333 / 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 = 'BHKXA1TBLK11DM0A' / Block 11, 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 = 'BHKXA1TBLK11DM0B' / Block 11, 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 = 'BHKXA1TBLK11DM1A' / Block 11, 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 = 'BHKXA1TBLK11DM1B' / Block 11, 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 = 'BHKXA1TBLK11DM2A' / Block 11, 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 = 'BHKXA1TBLK11DM2B' / Block 11, 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 = 'BHKXA1TBLK11DM3A' / Block 11, 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 = 'BHKXA1TBLK11DM3B' / Block 11, 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 = 'BHKXA1TBLK11DM4A' / Block 11, 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 = 'BHKXA1TBLK11DM4B' / Block 11, 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 = 'BHKXA1TBLK11DM5A' / Block 11, 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 = 'BHKXA1TBLK11DM5B' / Block 11, 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 = 'BHKXA1TBLK11DM6A' / Block 11, 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 = 'BHKXA1TBLK11DM6B' / Block 11, 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 = 'BHKXA1TBLK11DM7A' / Block 11, 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 = 'BHKXA1TBLK11DM7B' / Block 11, 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 = 'BHKXA1TBLK12DM0A' / Block 12, 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 = 'BHKXA1TBLK12DM0B' / Block 12, 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 = 'BHKXA1TBLK12DM1A' / Block 12, 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 = 'BHKXA1TBLK12DM1B' / Block 12, 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 = 'BHKXA1TBLK12DM2A' / Block 12, 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 = 'BHKXA1TBLK12DM2B' / Block 12, 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 = 'BHKXA1TBLK12DM3A' / Block 12, 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 = 'BHKXA1TBLK12DM3B' / Block 12, 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 = 'BHKXA1TBLK12DM4A' / Block 12, 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 = 'BHKXA1TBLK12DM4B' / Block 12, 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 = 'BHKXA1TBLK12DM5A' / Block 12, 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 = 'BHKXA1TBLK12DM5B' / Block 12, 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 = 'BHKXA1TBLK12DM6A' / Block 12, 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 = 'BHKXA1TBLK12DM6B' / Block 12, 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 = 'BHKXA1TBLK12DM7A' / Block 12, 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 = 'BHKXA1TBLK12DM7B' / Block 12, 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 = 'BHKXA1TBLK13DM0A' / Block 13, 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 = 'BHKXA1TBLK13DM0B' / Block 13, 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 = 'BHKXA1TBLK13DM1A' / Block 13, 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 = 'BHKXA1TBLK13DM1B' / Block 13, 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 = 'BHKXA1TBLK13DM2A' / Block 13, 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 = 'BHKXA1TBLK13DM2B' / Block 13, 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 = 'BHKXA1TBLK13DM3A' / Block 13, 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 = 'BHKXA1TBLK13DM3B' / Block 13, 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 = 'BHKXA1TBLK13DM4A' / Block 13, 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 = 'BHKXA1TBLK13DM4B' / Block 13, 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 = 'BHKXA1TBLK13DM5A' / Block 13, 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 = 'BHKXA1TBLK13DM5B' / Block 13, 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 = 'BHKXA1TBLK13DM6A' / Block 13, 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 = 'BHKXA1TBLK13DM6B' / Block 13, 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 = 'BHKXA1TBLK13DM7A' / Block 13, 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 = 'BHKXA1TBLK13DM7B' / Block 13, 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 = 'BHKXA1TBLK14DM0A' / Block 14, 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= 'BHKXA1TBLK14DM0B' / Block 14, 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= 'BHKXA1TBLK14DM1A' / Block 14, 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= 'BHKXA1TBLK14DM1B' / Block 14, 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= 'BHKXA1TBLK14DM2A' / Block 14, 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= 'BHKXA1TBLK14DM2B' / Block 14, 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= 'BHKXA1TBLK14DM3A' / Block 14, 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= 'BHKXA1TBLK14DM3B' / Block 14, 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= 'BHKXA1TBLK14DM4A' / Block 14, 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= 'BHKXA1TBLK14DM4B' / Block 14, 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= 'BHKXA1TBLK14DM5A' / Block 14, 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= 'BHKXA1TBLK14DM5B' / Block 14, 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= 'BHKXA1TBLK14DM6A' / Block 14, 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= 'BHKXA1TBLK14DM6B' / Block 14, 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= 'BHKXA1TBLK14DM7A' / Block 14, 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= 'BHKXA1TBLK14DM7B' / Block 14, 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= 'BHKXA1TBLK15DM0A' / Block 15, 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= 'BHKXA1TBLK15DM0B' / Block 15, 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= 'BHKXA1TBLK15DM1A' / Block 15, 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= 'BHKXA1TBLK15DM1B' / Block 15, 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= 'BHKXA1TBLK15DM2A' / Block 15, 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= 'BHKXA1TBLK15DM2B' / Block 15, 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= 'BHKXA1TBLK15DM3A' / Block 15, 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= 'BHKXA1TBLK15DM3B' / Block 15, 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= 'BHKXA1TBLK15DM4A' / Block 15, 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= 'BHKXA1TBLK15DM4B' / Block 15, 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= 'BHKXA1TBLK15DM5A' / Block 15, 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= 'BHKXA1TBLK15DM5B' / Block 15, 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= 'BHKXA1TBLK15DM6A' / Block 15, 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= 'BHKXA1TBLK15DM6B' / Block 15, 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= 'BHKXA1TBLK15DM7A' / Block 15, 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= 'BHKXA1TBLK15DM7B' / Block 15, 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= 'BHKXA1TSPARE14' / XA1 Temperature Packets Spare Word 14 TFORM162= '1I ' / data format of field: 2-byte INTEGER TZERO162= 32768 / offset for unsigned integers EXTNAME = 'hk178x001' 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 = 426679336.64566 TSTOP = 426698116.6479 DATE-OBS= '2014-07-10T10:02:13' DATE-END= '2014-07-10T15:15:13' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18780.0022400022 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 376 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:36' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'YZkWaZiVTZiVYZiV' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '1392090241' / data unit checksum updated 2014-07-20T07:58:36 TRDLO2 = -51 / BHKXA1TBLK11DM0A Red lower limit = B_HK_B11D0A_TRDHI2 = 28 / BHKXA1TBLK11DM0A Red upper limit = B_HK_B11D0A_TYELO2 = -51 / BHKXA1TBLK11DM0A Yellow lower limit = B_HK_B11DTYEHI2 = 25 / BHKXA1TBLK11DM0A Yellow upper limit = B_HK_B11DTRDLO4 = -51 / BHKXA1TBLK11DM0B Red lower limit = B_HK_B11D0B_TRDHI4 = 28 / BHKXA1TBLK11DM0B Red upper limit = B_HK_B11D0B_TYELO4 = -51 / BHKXA1TBLK11DM0B Yellow lower limit = B_HK_B11DTYEHI4 = 25 / BHKXA1TBLK11DM0B Yellow upper limit = B_HK_B11DTRDLO6 = -51 / BHKXA1TBLK11DM1A Red lower limit = B_HK_B11D1A_TRDHI6 = 28 / BHKXA1TBLK11DM1A Red upper limit = B_HK_B11D1A_TYELO6 = -51 / BHKXA1TBLK11DM1A Yellow lower limit = B_HK_B11DTYEHI6 = 25 / BHKXA1TBLK11DM1A Yellow upper limit = B_HK_B11DTRDLO8 = -51 / BHKXA1TBLK11DM1B Red lower limit = B_HK_B11D1B_TRDHI8 = 28 / BHKXA1TBLK11DM1B Red upper limit = B_HK_B11D1B_TYELO8 = -51 / BHKXA1TBLK11DM1B Yellow lower limit = B_HK_B11DTYEHI8 = 25 / BHKXA1TBLK11DM1B Yellow upper limit = B_HK_B11DTRDLO10 = -51 / BHKXA1TBLK11DM2A Red lower limit = B_HK_B11D2A_TRDHI10 = 28 / BHKXA1TBLK11DM2A Red upper limit = B_HK_B11D2A_TYELO10 = -51 / BHKXA1TBLK11DM2A Yellow lower limit = B_HK_B11DTYEHI10 = 25 / BHKXA1TBLK11DM2A Yellow upper limit = B_HK_B11DTRDLO12 = -51 / BHKXA1TBLK11DM2B Red lower limit = B_HK_B11D2B_TRDHI12 = 28 / BHKXA1TBLK11DM2B Red upper limit = B_HK_B11D2B_TYELO12 = -51 / BHKXA1TBLK11DM2B Yellow lower limit = B_HK_B11DTYEHI12 = 25 / BHKXA1TBLK11DM2B Yellow upper limit = B_HK_B11DTRDLO14 = -51 / BHKXA1TBLK11DM3A Red lower limit = B_HK_B11D3A_TRDHI14 = 28 / BHKXA1TBLK11DM3A Red upper limit = B_HK_B11D3A_TYELO14 = -51 / BHKXA1TBLK11DM3A Yellow lower limit = B_HK_B11DTYEHI14 = 25 / BHKXA1TBLK11DM3A Yellow upper limit = B_HK_B11DTRDLO16 = -51 / BHKXA1TBLK11DM3B Red lower limit = B_HK_B11D3B_TRDHI16 = 28 / BHKXA1TBLK11DM3B Red upper limit = B_HK_B11D3B_TYELO16 = -51 / BHKXA1TBLK11DM3B Yellow lower limit = B_HK_B11DTYEHI16 = 25 / BHKXA1TBLK11DM3B Yellow upper limit = B_HK_B11DTRDLO18 = -51 / BHKXA1TBLK11DM4A Red lower limit = B_HK_B11D4A_TRDHI18 = 28 / BHKXA1TBLK11DM4A Red upper limit = B_HK_B11D4A_TYELO18 = -51 / BHKXA1TBLK11DM4A Yellow lower limit = B_HK_B11DTYEHI18 = 25 / BHKXA1TBLK11DM4A Yellow upper limit = B_HK_B11DTRDLO20 = -51 / BHKXA1TBLK11DM4B Red lower limit = B_HK_B11D4B_TRDHI20 = 28 / BHKXA1TBLK11DM4B Red upper limit = B_HK_B11D4B_TYELO20 = -51 / BHKXA1TBLK11DM4B Yellow lower limit = B_HK_B11DTYEHI20 = 25 / BHKXA1TBLK11DM4B Yellow upper limit = B_HK_B11DTRDLO22 = -51 / BHKXA1TBLK11DM5A Red lower limit = B_HK_B11D5A_TRDHI22 = 28 / BHKXA1TBLK11DM5A Red upper limit = B_HK_B11D5A_TYELO22 = -51 / BHKXA1TBLK11DM5A Yellow lower limit = B_HK_B11DTYEHI22 = 25 / BHKXA1TBLK11DM5A Yellow upper limit = B_HK_B11DTRDLO24 = -51 / BHKXA1TBLK11DM5B Red lower limit = B_HK_B11D5B_TRDHI24 = 28 / BHKXA1TBLK11DM5B Red upper limit = B_HK_B11D5B_TYELO24 = -51 / BHKXA1TBLK11DM5B Yellow lower limit = B_HK_B11DTYEHI24 = 25 / BHKXA1TBLK11DM5B Yellow upper limit = B_HK_B11DTRDLO26 = -51 / BHKXA1TBLK11DM6A Red lower limit = B_HK_B11D6A_TRDHI26 = 28 / BHKXA1TBLK11DM6A Red upper limit = B_HK_B11D6A_TYELO26 = -51 / BHKXA1TBLK11DM6A Yellow lower limit = B_HK_B11DTYEHI26 = 25 / BHKXA1TBLK11DM6A Yellow upper limit = B_HK_B11DTRDLO28 = -51 / BHKXA1TBLK11DM6B Red lower limit = B_HK_B11D6B_TRDHI28 = 28 / BHKXA1TBLK11DM6B Red upper limit = B_HK_B11D6B_TYELO28 = -51 / BHKXA1TBLK11DM6B Yellow lower limit = B_HK_B11DTYEHI28 = 25 / BHKXA1TBLK11DM6B Yellow upper limit = B_HK_B11DTRDLO30 = -51 / BHKXA1TBLK11DM7A Red lower limit = B_HK_B11D7A_TRDHI30 = 28 / BHKXA1TBLK11DM7A Red upper limit = B_HK_B11D7A_TYELO30 = -51 / BHKXA1TBLK11DM7A Yellow lower limit = B_HK_B11DTYEHI30 = 25 / BHKXA1TBLK11DM7A Yellow upper limit = B_HK_B11DTRDLO32 = -51 / BHKXA1TBLK11DM7B Red lower limit = B_HK_B11D7B_TRDHI32 = 28 / BHKXA1TBLK11DM7B Red upper limit = B_HK_B11D7B_TYELO32 = -51 / BHKXA1TBLK11DM7B Yellow lower limit = B_HK_B11DTYEHI32 = 25 / BHKXA1TBLK11DM7B Yellow upper limit = B_HK_B11DTRDLO34 = -51 / BHKXA1TBLK12DM0A Red lower limit = B_HK_B12D0A_TRDHI34 = 28 / BHKXA1TBLK12DM0A Red upper limit = B_HK_B12D0A_TYELO34 = -51 / BHKXA1TBLK12DM0A Yellow lower limit = B_HK_B12DTYEHI34 = 25 / BHKXA1TBLK12DM0A Yellow upper limit = B_HK_B12DTRDLO36 = -51 / BHKXA1TBLK12DM0B Red lower limit = B_HK_B12D0B_TRDHI36 = 28 / BHKXA1TBLK12DM0B Red upper limit = B_HK_B12D0B_TYELO36 = -51 / BHKXA1TBLK12DM0B Yellow lower limit = B_HK_B12DTYEHI36 = 25 / BHKXA1TBLK12DM0B Yellow upper limit = B_HK_B12DTRDLO38 = -51 / BHKXA1TBLK12DM1A Red lower limit = B_HK_B12D1A_TRDHI38 = 28 / BHKXA1TBLK12DM1A Red upper limit = B_HK_B12D1A_TYELO38 = -51 / BHKXA1TBLK12DM1A Yellow lower limit = B_HK_B12DTYEHI38 = 25 / BHKXA1TBLK12DM1A Yellow upper limit = B_HK_B12DTRDLO40 = -51 / BHKXA1TBLK12DM1B Red lower limit = B_HK_B12D1B_TRDHI40 = 28 / BHKXA1TBLK12DM1B Red upper limit = B_HK_B12D1B_TYELO40 = -51 / BHKXA1TBLK12DM1B Yellow lower limit = B_HK_B12DTYEHI40 = 25 / BHKXA1TBLK12DM1B Yellow upper limit = B_HK_B12DTRDLO42 = -51 / BHKXA1TBLK12DM2A Red lower limit = B_HK_B12D2A_TRDHI42 = 28 / BHKXA1TBLK12DM2A Red upper limit = B_HK_B12D2A_TYELO42 = -51 / BHKXA1TBLK12DM2A Yellow lower limit = B_HK_B12DTYEHI42 = 25 / BHKXA1TBLK12DM2A Yellow upper limit = B_HK_B12DTRDLO44 = -51 / BHKXA1TBLK12DM2B Red lower limit = B_HK_B12D2B_TRDHI44 = 28 / BHKXA1TBLK12DM2B Red upper limit = B_HK_B12D2B_TYELO44 = -51 / BHKXA1TBLK12DM2B Yellow lower limit = B_HK_B12DTYEHI44 = 25 / BHKXA1TBLK12DM2B Yellow upper limit = B_HK_B12DTRDLO46 = -51 / BHKXA1TBLK12DM3A Red lower limit = B_HK_B12D3A_TRDHI46 = 28 / BHKXA1TBLK12DM3A Red upper limit = B_HK_B12D3A_TYELO46 = -51 / BHKXA1TBLK12DM3A Yellow lower limit = B_HK_B12DTYEHI46 = 25 / BHKXA1TBLK12DM3A Yellow upper limit = B_HK_B12DTRDLO48 = -51 / BHKXA1TBLK12DM3B Red lower limit = B_HK_B12D3B_TRDHI48 = 28 / BHKXA1TBLK12DM3B Red upper limit = B_HK_B12D3B_TYELO48 = -51 / BHKXA1TBLK12DM3B Yellow lower limit = B_HK_B12DTYEHI48 = 25 / BHKXA1TBLK12DM3B Yellow upper limit = B_HK_B12DTRDLO50 = -51 / BHKXA1TBLK12DM4A Red lower limit = B_HK_B12D4A_TRDHI50 = 28 / BHKXA1TBLK12DM4A Red upper limit = B_HK_B12D4A_TYELO50 = -51 / BHKXA1TBLK12DM4A Yellow lower limit = B_HK_B12DTYEHI50 = 25 / BHKXA1TBLK12DM4A Yellow upper limit = B_HK_B12DTRDLO52 = -51 / BHKXA1TBLK12DM4B Red lower limit = B_HK_B12D4B_TRDHI52 = 28 / BHKXA1TBLK12DM4B Red upper limit = B_HK_B12D4B_TYELO52 = -51 / BHKXA1TBLK12DM4B Yellow lower limit = B_HK_B12DTYEHI52 = 25 / BHKXA1TBLK12DM4B Yellow upper limit = B_HK_B12DTRDLO54 = -51 / BHKXA1TBLK12DM5A Red lower limit = B_HK_B12D5A_TRDHI54 = 28 / BHKXA1TBLK12DM5A Red upper limit = B_HK_B12D5A_TYELO54 = -51 / BHKXA1TBLK12DM5A Yellow lower limit = B_HK_B12DTYEHI54 = 25 / BHKXA1TBLK12DM5A Yellow upper limit = B_HK_B12DTRDLO56 = -51 / BHKXA1TBLK12DM5B Red lower limit = B_HK_B12D5B_TRDHI56 = 28 / BHKXA1TBLK12DM5B Red upper limit = B_HK_B12D5B_TYELO56 = -51 / BHKXA1TBLK12DM5B Yellow lower limit = B_HK_B12DTYEHI56 = 25 / BHKXA1TBLK12DM5B Yellow upper limit = B_HK_B12DTRDLO58 = -51 / BHKXA1TBLK12DM6A Red lower limit = B_HK_B12D6A_TRDHI58 = 28 / BHKXA1TBLK12DM6A Red upper limit = B_HK_B12D6A_TYELO58 = -51 / BHKXA1TBLK12DM6A Yellow lower limit = B_HK_B12DTYEHI58 = 25 / BHKXA1TBLK12DM6A Yellow upper limit = B_HK_B12DTRDLO60 = -51 / BHKXA1TBLK12DM6B Red lower limit = B_HK_B12D6B_TRDHI60 = 28 / BHKXA1TBLK12DM6B Red upper limit = B_HK_B12D6B_TYELO60 = -51 / BHKXA1TBLK12DM6B Yellow lower limit = B_HK_B12DTYEHI60 = 25 / BHKXA1TBLK12DM6B Yellow upper limit = B_HK_B12DTRDLO62 = -51 / BHKXA1TBLK12DM7A Red lower limit = B_HK_B12D7A_TRDHI62 = 28 / BHKXA1TBLK12DM7A Red upper limit = B_HK_B12D7A_TYELO62 = -51 / BHKXA1TBLK12DM7A Yellow lower limit = B_HK_B12DTYEHI62 = 25 / BHKXA1TBLK12DM7A Yellow upper limit = B_HK_B12DTRDLO64 = -51 / BHKXA1TBLK12DM7B Red lower limit = B_HK_B12D7B_TRDHI64 = 28 / BHKXA1TBLK12DM7B Red upper limit = B_HK_B12D7B_TYELO64 = -51 / BHKXA1TBLK12DM7B Yellow lower limit = B_HK_B12DTYEHI64 = 25 / BHKXA1TBLK12DM7B Yellow upper limit = B_HK_B12DTRDLO66 = -51 / BHKXA1TBLK13DM0A Red lower limit = B_HK_B13D0A_TRDHI66 = 28 / BHKXA1TBLK13DM0A Red upper limit = B_HK_B13D0A_TYELO66 = -51 / BHKXA1TBLK13DM0A Yellow lower limit = B_HK_B13DTYEHI66 = 25 / BHKXA1TBLK13DM0A Yellow upper limit = B_HK_B13DTRDLO68 = -51 / BHKXA1TBLK13DM0B Red lower limit = B_HK_B13D0B_TRDHI68 = 28 / BHKXA1TBLK13DM0B Red upper limit = B_HK_B13D0B_TYELO68 = -51 / BHKXA1TBLK13DM0B Yellow lower limit = B_HK_B13DTYEHI68 = 25 / BHKXA1TBLK13DM0B Yellow upper limit = B_HK_B13DTRDLO70 = -51 / BHKXA1TBLK13DM1A Red lower limit = B_HK_B13D1A_TRDHI70 = 28 / BHKXA1TBLK13DM1A Red upper limit = B_HK_B13D1A_TYELO70 = -51 / BHKXA1TBLK13DM1A Yellow lower limit = B_HK_B13DTYEHI70 = 25 / BHKXA1TBLK13DM1A Yellow upper limit = B_HK_B13DTRDLO72 = -51 / BHKXA1TBLK13DM1B Red lower limit = B_HK_B13D1B_TRDHI72 = 28 / BHKXA1TBLK13DM1B Red upper limit = B_HK_B13D1B_TYELO72 = -51 / BHKXA1TBLK13DM1B Yellow lower limit = B_HK_B13DTYEHI72 = 25 / BHKXA1TBLK13DM1B Yellow upper limit = B_HK_B13DTRDLO74 = -51 / BHKXA1TBLK13DM2A Red lower limit = B_HK_B13D2A_TRDHI74 = 28 / BHKXA1TBLK13DM2A Red upper limit = B_HK_B13D2A_TYELO74 = -51 / BHKXA1TBLK13DM2A Yellow lower limit = B_HK_B13DTYEHI74 = 25 / BHKXA1TBLK13DM2A Yellow upper limit = B_HK_B13DTRDLO76 = -51 / BHKXA1TBLK13DM2B Red lower limit = B_HK_B13D2B_TRDHI76 = 28 / BHKXA1TBLK13DM2B Red upper limit = B_HK_B13D2B_TYELO76 = -51 / BHKXA1TBLK13DM2B Yellow lower limit = B_HK_B13DTYEHI76 = 25 / BHKXA1TBLK13DM2B Yellow upper limit = B_HK_B13DTRDLO78 = -51 / BHKXA1TBLK13DM3A Red lower limit = B_HK_B13D3A_TRDHI78 = 28 / BHKXA1TBLK13DM3A Red upper limit = B_HK_B13D3A_TYELO78 = -51 / BHKXA1TBLK13DM3A Yellow lower limit = B_HK_B13DTYEHI78 = 25 / BHKXA1TBLK13DM3A Yellow upper limit = B_HK_B13DTRDLO80 = -51 / BHKXA1TBLK13DM3B Red lower limit = B_HK_B13D3B_TRDHI80 = 28 / BHKXA1TBLK13DM3B Red upper limit = B_HK_B13D3B_TYELO80 = -51 / BHKXA1TBLK13DM3B Yellow lower limit = B_HK_B13DTYEHI80 = 25 / BHKXA1TBLK13DM3B Yellow upper limit = B_HK_B13DTRDLO82 = -51 / BHKXA1TBLK13DM4A Red lower limit = B_HK_B13D4A_TRDHI82 = 28 / BHKXA1TBLK13DM4A Red upper limit = B_HK_B13D4A_TYELO82 = -51 / BHKXA1TBLK13DM4A Yellow lower limit = B_HK_B13DTYEHI82 = 25 / BHKXA1TBLK13DM4A Yellow upper limit = B_HK_B13DTRDLO84 = -51 / BHKXA1TBLK13DM4B Red lower limit = B_HK_B13D4B_TRDHI84 = 28 / BHKXA1TBLK13DM4B Red upper limit = B_HK_B13D4B_TYELO84 = -51 / BHKXA1TBLK13DM4B Yellow lower limit = B_HK_B13DTYEHI84 = 25 / BHKXA1TBLK13DM4B Yellow upper limit = B_HK_B13DTRDLO86 = -51 / BHKXA1TBLK13DM5A Red lower limit = B_HK_B13D5A_TRDHI86 = 28 / BHKXA1TBLK13DM5A Red upper limit = B_HK_B13D5A_TYELO86 = -51 / BHKXA1TBLK13DM5A Yellow lower limit = B_HK_B13DTYEHI86 = 25 / BHKXA1TBLK13DM5A Yellow upper limit = B_HK_B13DTRDLO88 = -51 / BHKXA1TBLK13DM5B Red lower limit = B_HK_B13D5B_TRDHI88 = 28 / BHKXA1TBLK13DM5B Red upper limit = B_HK_B13D5B_TYELO88 = -51 / BHKXA1TBLK13DM5B Yellow lower limit = B_HK_B13DTYEHI88 = 25 / BHKXA1TBLK13DM5B Yellow upper limit = B_HK_B13DTRDLO90 = -51 / BHKXA1TBLK13DM6A Red lower limit = B_HK_B13D6A_TRDHI90 = 28 / BHKXA1TBLK13DM6A Red upper limit = B_HK_B13D6A_TYELO90 = -51 / BHKXA1TBLK13DM6A Yellow lower limit = B_HK_B13DTYEHI90 = 25 / BHKXA1TBLK13DM6A Yellow upper limit = B_HK_B13DTRDLO92 = -51 / BHKXA1TBLK13DM6B Red lower limit = B_HK_B13D6B_TRDHI92 = 28 / BHKXA1TBLK13DM6B Red upper limit = B_HK_B13D6B_TYELO92 = -51 / BHKXA1TBLK13DM6B Yellow lower limit = B_HK_B13DTYEHI92 = 25 / BHKXA1TBLK13DM6B Yellow upper limit = B_HK_B13DTRDLO94 = -51 / BHKXA1TBLK13DM7A Red lower limit = B_HK_B13D7A_TRDHI94 = 28 / BHKXA1TBLK13DM7A Red upper limit = B_HK_B13D7A_TYELO94 = -51 / BHKXA1TBLK13DM7A Yellow lower limit = B_HK_B13DTYEHI94 = 25 / BHKXA1TBLK13DM7A Yellow upper limit = B_HK_B13DTRDLO96 = -51 / BHKXA1TBLK13DM7B Red lower limit = B_HK_B13D7B_TRDHI96 = 28 / BHKXA1TBLK13DM7B Red upper limit = B_HK_B13D7B_TYELO96 = -51 / BHKXA1TBLK13DM7B Yellow lower limit = B_HK_B13DTYEHI96 = 25 / BHKXA1TBLK13DM7B Yellow upper limit = B_HK_B13DTRDLO98 = -51 / BHKXA1TBLK14DM0A Red lower limit = B_HK_B14D0A_TRDHI98 = 28 / BHKXA1TBLK14DM0A Red upper limit = B_HK_B14D0A_TYELO98 = -51 / BHKXA1TBLK14DM0A Yellow lower limit = B_HK_B14DTYEHI98 = 25 / BHKXA1TBLK14DM0A Yellow upper limit = B_HK_B14DTRDLO100= -51 / BHKXA1TBLK14DM0B Red lower limit = B_HK_B14D0B_TRDHI100= 28 / BHKXA1TBLK14DM0B Red upper limit = B_HK_B14D0B_TYELO100= -51 / BHKXA1TBLK14DM0B Yellow lower limit = B_HK_B14DTYEHI100= 25 / BHKXA1TBLK14DM0B Yellow upper limit = B_HK_B14DTRDLO102= -51 / BHKXA1TBLK14DM1A Red lower limit = B_HK_B14D1A_TRDHI102= 28 / BHKXA1TBLK14DM1A Red upper limit = B_HK_B14D1A_TYELO102= -51 / BHKXA1TBLK14DM1A Yellow lower limit = B_HK_B14DTYEHI102= 25 / BHKXA1TBLK14DM1A Yellow upper limit = B_HK_B14DTRDLO104= -51 / BHKXA1TBLK14DM1B Red lower limit = B_HK_B14D1B_TRDHI104= 28 / BHKXA1TBLK14DM1B Red upper limit = B_HK_B14D1B_TYELO104= -51 / BHKXA1TBLK14DM1B Yellow lower limit = B_HK_B14DTYEHI104= 25 / BHKXA1TBLK14DM1B Yellow upper limit = B_HK_B14DTRDLO106= -51 / BHKXA1TBLK14DM2A Red lower limit = B_HK_B14D2A_TRDHI106= 28 / BHKXA1TBLK14DM2A Red upper limit = B_HK_B14D2A_TYELO106= -51 / BHKXA1TBLK14DM2A Yellow lower limit = B_HK_B14DTYEHI106= 25 / BHKXA1TBLK14DM2A Yellow upper limit = B_HK_B14DTRDLO108= -51 / BHKXA1TBLK14DM2B Red lower limit = B_HK_B14D2B_TRDHI108= 28 / BHKXA1TBLK14DM2B Red upper limit = B_HK_B14D2B_TYELO108= -51 / BHKXA1TBLK14DM2B Yellow lower limit = B_HK_B14DTYEHI108= 25 / BHKXA1TBLK14DM2B Yellow upper limit = B_HK_B14DTRDLO110= -51 / BHKXA1TBLK14DM3A Red lower limit = B_HK_B14D3A_TRDHI110= 28 / BHKXA1TBLK14DM3A Red upper limit = B_HK_B14D3A_TYELO110= -51 / BHKXA1TBLK14DM3A Yellow lower limit = B_HK_B14DTYEHI110= 25 / BHKXA1TBLK14DM3A Yellow upper limit = B_HK_B14DTRDLO112= -51 / BHKXA1TBLK14DM3B Red lower limit = B_HK_B14D3B_TRDHI112= 28 / BHKXA1TBLK14DM3B Red upper limit = B_HK_B14D3B_TYELO112= -51 / BHKXA1TBLK14DM3B Yellow lower limit = B_HK_B14DTYEHI112= 25 / BHKXA1TBLK14DM3B Yellow upper limit = B_HK_B14DTRDLO114= -51 / BHKXA1TBLK14DM4A Red lower limit = B_HK_B14D4A_TRDHI114= 28 / BHKXA1TBLK14DM4A Red upper limit = B_HK_B14D4A_TYELO114= -51 / BHKXA1TBLK14DM4A Yellow lower limit = B_HK_B14DTYEHI114= 25 / BHKXA1TBLK14DM4A Yellow upper limit = B_HK_B14DTRDLO116= -51 / BHKXA1TBLK14DM4B Red lower limit = B_HK_B14D4B_TRDHI116= 28 / BHKXA1TBLK14DM4B Red upper limit = B_HK_B14D4B_TYELO116= -51 / BHKXA1TBLK14DM4B Yellow lower limit = B_HK_B14DTYEHI116= 25 / BHKXA1TBLK14DM4B Yellow upper limit = B_HK_B14DTRDLO118= -51 / BHKXA1TBLK14DM5A Red lower limit = B_HK_B14D5A_TRDHI118= 28 / BHKXA1TBLK14DM5A Red upper limit = B_HK_B14D5A_TYELO118= -51 / BHKXA1TBLK14DM5A Yellow lower limit = B_HK_B14DTYEHI118= 25 / BHKXA1TBLK14DM5A Yellow upper limit = B_HK_B14DTRDLO120= -51 / BHKXA1TBLK14DM5B Red lower limit = B_HK_B14D5B_TRDHI120= 28 / BHKXA1TBLK14DM5B Red upper limit = B_HK_B14D5B_TYELO120= -51 / BHKXA1TBLK14DM5B Yellow lower limit = B_HK_B14DTYEHI120= 25 / BHKXA1TBLK14DM5B Yellow upper limit = B_HK_B14DTRDLO122= -51 / BHKXA1TBLK14DM6A Red lower limit = B_HK_B14D6A_TRDHI122= 28 / BHKXA1TBLK14DM6A Red upper limit = B_HK_B14D6A_TYELO122= -51 / BHKXA1TBLK14DM6A Yellow lower limit = B_HK_B14DTYEHI122= 25 / BHKXA1TBLK14DM6A Yellow upper limit = B_HK_B14DTRDLO124= -51 / BHKXA1TBLK14DM6B Red lower limit = B_HK_B14D6B_TRDHI124= 28 / BHKXA1TBLK14DM6B Red upper limit = B_HK_B14D6B_TYELO124= -51 / BHKXA1TBLK14DM6B Yellow lower limit = B_HK_B14DTYEHI124= 25 / BHKXA1TBLK14DM6B Yellow upper limit = B_HK_B14DTRDLO126= -51 / BHKXA1TBLK14DM7A Red lower limit = B_HK_B14D7A_TRDHI126= 28 / BHKXA1TBLK14DM7A Red upper limit = B_HK_B14D7A_TYELO126= -51 / BHKXA1TBLK14DM7A Yellow lower limit = B_HK_B14DTYEHI126= 25 / BHKXA1TBLK14DM7A Yellow upper limit = B_HK_B14DTRDLO128= -51 / BHKXA1TBLK14DM7B Red lower limit = B_HK_B14D7B_TRDHI128= 28 / BHKXA1TBLK14DM7B Red upper limit = B_HK_B14D7B_TYELO128= -51 / BHKXA1TBLK14DM7B Yellow lower limit = B_HK_B14DTYEHI128= 25 / BHKXA1TBLK14DM7B Yellow upper limit = B_HK_B14DTRDLO130= -51 / BHKXA1TBLK15DM0A Red lower limit = B_HK_B15D0A_TRDHI130= 28 / BHKXA1TBLK15DM0A Red upper limit = B_HK_B15D0A_TYELO130= -51 / BHKXA1TBLK15DM0A Yellow lower limit = B_HK_B15DTYEHI130= 25 / BHKXA1TBLK15DM0A Yellow upper limit = B_HK_B15DTRDLO132= -51 / BHKXA1TBLK15DM0B Red lower limit = B_HK_B15D0B_TRDHI132= 28 / BHKXA1TBLK15DM0B Red upper limit = B_HK_B15D0B_TYELO132= -51 / BHKXA1TBLK15DM0B Yellow lower limit = B_HK_B15DTYEHI132= 25 / BHKXA1TBLK15DM0B Yellow upper limit = B_HK_B15DTRDLO134= -51 / BHKXA1TBLK15DM1A Red lower limit = B_HK_B15D1A_TRDHI134= 28 / BHKXA1TBLK15DM1A Red upper limit = B_HK_B15D1A_TYELO134= -51 / BHKXA1TBLK15DM1A Yellow lower limit = B_HK_B15DTYEHI134= 25 / BHKXA1TBLK15DM1A Yellow upper limit = B_HK_B15DTRDLO136= -51 / BHKXA1TBLK15DM1B Red lower limit = B_HK_B15D1B_TRDHI136= 28 / BHKXA1TBLK15DM1B Red upper limit = B_HK_B15D1B_TYELO136= -51 / BHKXA1TBLK15DM1B Yellow lower limit = B_HK_B15DTYEHI136= 25 / BHKXA1TBLK15DM1B Yellow upper limit = B_HK_B15DTRDLO138= -51 / BHKXA1TBLK15DM2A Red lower limit = B_HK_B15D2A_TRDHI138= 28 / BHKXA1TBLK15DM2A Red upper limit = B_HK_B15D2A_TYELO138= -51 / BHKXA1TBLK15DM2A Yellow lower limit = B_HK_B15DTYEHI138= 25 / BHKXA1TBLK15DM2A Yellow upper limit = B_HK_B15DTRDLO140= -51 / BHKXA1TBLK15DM2B Red lower limit = B_HK_B15D2B_TRDHI140= 28 / BHKXA1TBLK15DM2B Red upper limit = B_HK_B15D2B_TYELO140= -51 / BHKXA1TBLK15DM2B Yellow lower limit = B_HK_B15DTYEHI140= 25 / BHKXA1TBLK15DM2B Yellow upper limit = B_HK_B15DTRDLO142= -51 / BHKXA1TBLK15DM3A Red lower limit = B_HK_B15D3A_TRDHI142= 28 / BHKXA1TBLK15DM3A Red upper limit = B_HK_B15D3A_TYELO142= -51 / BHKXA1TBLK15DM3A Yellow lower limit = B_HK_B15DTYEHI142= 25 / BHKXA1TBLK15DM3A Yellow upper limit = B_HK_B15DTRDLO144= -51 / BHKXA1TBLK15DM3B Red lower limit = B_HK_B15D3B_TRDHI144= 28 / BHKXA1TBLK15DM3B Red upper limit = B_HK_B15D3B_TYELO144= -51 / BHKXA1TBLK15DM3B Yellow lower limit = B_HK_B15DTYEHI144= 25 / BHKXA1TBLK15DM3B Yellow upper limit = B_HK_B15DTRDLO146= -51 / BHKXA1TBLK15DM4A Red lower limit = B_HK_B15D4A_TRDHI146= 28 / BHKXA1TBLK15DM4A Red upper limit = B_HK_B15D4A_TYELO146= -51 / BHKXA1TBLK15DM4A Yellow lower limit = B_HK_B15DTYEHI146= 25 / BHKXA1TBLK15DM4A Yellow upper limit = B_HK_B15DTRDLO148= -51 / BHKXA1TBLK15DM4B Red lower limit = B_HK_B15D4B_TRDHI148= 28 / BHKXA1TBLK15DM4B Red upper limit = B_HK_B15D4B_TYELO148= -51 / BHKXA1TBLK15DM4B Yellow lower limit = B_HK_B15DTYEHI148= 25 / BHKXA1TBLK15DM4B Yellow upper limit = B_HK_B15DTRDLO150= -51 / BHKXA1TBLK15DM5A Red lower limit = B_HK_B15D5A_TRDHI150= 28 / BHKXA1TBLK15DM5A Red upper limit = B_HK_B15D5A_TYELO150= -51 / BHKXA1TBLK15DM5A Yellow lower limit = B_HK_B15DTYEHI150= 25 / BHKXA1TBLK15DM5A Yellow upper limit = B_HK_B15DTRDLO152= -51 / BHKXA1TBLK15DM5B Red lower limit = B_HK_B15D5B_TRDHI152= 28 / BHKXA1TBLK15DM5B Red upper limit = B_HK_B15D5B_TYELO152= -51 / BHKXA1TBLK15DM5B Yellow lower limit = B_HK_B15DTYEHI152= 25 / BHKXA1TBLK15DM5B Yellow upper limit = B_HK_B15DTRDLO154= -51 / BHKXA1TBLK15DM6A Red lower limit = B_HK_B15D6A_TRDHI154= 28 / BHKXA1TBLK15DM6A Red upper limit = B_HK_B15D6A_TYELO154= -51 / BHKXA1TBLK15DM6A Yellow lower limit = B_HK_B15DTYEHI154= 25 / BHKXA1TBLK15DM6A Yellow upper limit = B_HK_B15DTRDLO156= -51 / BHKXA1TBLK15DM6B Red lower limit = B_HK_B15D6B_TRDHI156= 28 / BHKXA1TBLK15DM6B Red upper limit = B_HK_B15D6B_TYELO156= -51 / BHKXA1TBLK15DM6B Yellow lower limit = B_HK_B15DTYEHI156= 25 / BHKXA1TBLK15DM6B Yellow upper limit = B_HK_B15DTRDLO158= -51 / BHKXA1TBLK15DM7A Red lower limit = B_HK_B15D7A_TRDHI158= 28 / BHKXA1TBLK15DM7A Red upper limit = B_HK_B15D7A_TYELO158= -51 / BHKXA1TBLK15DM7A Yellow lower limit = B_HK_B15DTYEHI158= 25 / BHKXA1TBLK15DM7A Yellow upper limit = B_HK_B15DTRDLO160= -51 / BHKXA1TBLK15DM7B Red lower limit = B_HK_B15D7B_TRDHI160= 28 / BHKXA1TBLK15DM7B Red upper limit = B_HK_B15D7B_TYELO160= -51 / BHKXA1TBLK15DM7B Yellow lower limit = B_HK_B15DTYEHI160= 25 / BHKXA1TBLK15DM7B Yellow upper limit = B_HK_B15DHISTORY TASK: FAPPND on FILENAME: sw00603954000b178x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:41 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END An(I}ynvt{wrq{qq}lvnvy~w~vwxsovy{unkzw{tfzbt~j`p|{yvkqirDAnFF |ynwu{xrr|q~q}lvnuzw~vwxsovyzuok{x{tfzbtjaq|zyvkpirAndKI|yowt{vsr{q~q~lvnvzw~vwxsovyzuokzx{tfzbt~jaq|zyvkqis 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RQ@maOr?vQ22222ʫ΀@K?*BXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 192 / width of table in bytes NAXIS2 = 168 / 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 = 426679360.08646 TSTOP = 426698112.16272 DATE-OBS= '2014-07-10T10:02:37' DATE-END= '2014-07-10T15:15:09' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18752.0762600303 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 395 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:36' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'YAqgZ0oeY7oeY7oe' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '4141530853' / data unit checksum updated 2014-07-20T07:58:36 HISTORY TASK: FAPPND on FILENAME: sw00603954000b18bx001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:41 TNULL26 = 32767 TNULL8 = 32767 TNULL47 = 32767 TNULL46 = 32767 TNULL66 = 32767 TNULL84 = 32767 TNULL73 = 32767 TNULL69 = 32767 TNULL57 = 32767 TNULL93 = 32767 TNULL56 = 32767 TNULL9 = 32767 TNULL72 = 32767 TNULL39 = 32767 TNULL98 = 2147483647 TNULL67 = 32767 TNULL45 = 32767 TNULL85 = 32767 TNULL68 = 32767 TNULL51 = 2147483647 TNULL40 = 32767 TNULL94 = 32767 TNULL11 = 32767 TNULL74 = 32767 TNULL58 = 32767 TNULL2 = 2147483647 TNULL38 = 32767 TNULL95 = 2147483647 TNULL3 = 2147483647 TNULL92 = 32767 TNULL65 = 32767 TNULL13 = 32767 TNULL80 = 32767 TNULL97 = 2147483647 TNULL48 = 32767 TNULL75 = 32767 TNULL23 = 32767 TNULL76 = 32767 TNULL50 = 2147483647 TNULL41 = 32767 TNULL5 = 2147483647 TNULL25 = 32767 TNULL10 = 32767 TNULL22 = 32767 TNULL24 = 32767 TNULL88 = 32767 TNULL4 = 2147483647 TNULL77 = 32767 TNULL53 = 32767 TNULL78 = 32767 TNULL6 = 32767 TNULL89 = 32767 TNULL55 = 32767 TNULL44 = 32767 TNULL52 = 2147483647 TNULL70 = 32767 TNULL83 = 32767 TNULL96 = 2147483647 TNULL12 = 32767 TNULL79 = 32767 TNULL7 = 32767 TNULL37 = 32767 TNULL71 = 32767 TNULL54 = 32767 TNULL49 = 32767 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END An@"> 71'n\n[,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn# 71'n\n[,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn] 71'n\n[,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn$` 71'n\n[,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn v, 71'n n ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnHk 71'n n ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn 71'n n ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn؀ 71'n n ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn% 71'n n ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@)߀ 71'n n ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn"2 71'n n ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn$* 71'n n ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn#o 71'n n ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@(Ԁ 71'n n ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn(? 71'n n ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn 72'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn[ 72'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnz 72'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn+ 72'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn 72'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@m 72'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn  72'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn( 72'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn 72'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@$ 72'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnZ 73'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn(ǀ 73'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn& 73'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn"5Ҁ 73'n"n",@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@~= 73'n"n",@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnq 73'n"n",@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn] 73'n"n",@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn f 73'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn$Tހ 73'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@)W 73'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn$,= 73'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnA 73'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn" 73'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@(M 73'nn,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnQ2ǀ 75'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn 75'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn! 75'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnɰ 75'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@VC 75'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn 9 75'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn*΀ 75'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn$A5 75'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnb 75'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@! 75'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn 75'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn, 76'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnP 77'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnDS 77'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnM{ 77'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnU'g 78'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnM 78'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn+3ۀ 78'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnS 78'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnn 78'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAns 78'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@M 78'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn& 78'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn| 78'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn) 78'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@ 78'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn"À 78'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn$O 79'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAne 79'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@" 79'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnk< 79'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnQ 79'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn' 79'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@6 79'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn' 79'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn 79'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnU 79'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@&ހ 7:'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnɰ 7:'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn 7:'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnX 7:'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn /eV 7:'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@#̀ 7:'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn) 7:'nQnQ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn%9 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@Iπ 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnŀg 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnb 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnM 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@' 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnƀw 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn#ı 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnU 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@s 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnǀ(Y 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnǽ/R 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnl 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn& 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@" 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnȀA5 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn#Z 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnO 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@! 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnɀ 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn)5 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn# 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@€ 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnʀs 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn] 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@!S 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnˀ6P 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn0 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAna 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@@ 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAǹ#x 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@ 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnQ 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@3H 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAǹC 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn!~ 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn2߀ 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@[ 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn΀} 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn$u 7<'nħnĦ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnJ ŀ 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnۀ&ڀ 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn3 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn!- 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@خ 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn܀% 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn)C 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn" 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@$뚀 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn݀! 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn%' 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn)Q 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@#C 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAnހ# 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn" 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn' 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@( 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn߀#5Ҁ 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn$cI 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn-a 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@' 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn(S; 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn#UG 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn!1f 7<'nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@" 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn'S 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn'Ԁ 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn$(N 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@# 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn'N 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn-} 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@$i׀ 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn#p 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn! 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn$8 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@/6 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn! 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn%n 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn!=2 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn@%Հ 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hAn) 7='nJnJ,@@ǀddPPQ끋S Pu0|Ѐd:􂼂dKdЀ hXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 220 / width of table in bytes NAXIS2 = 83 / 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 = 426679415.9462 TSTOP = 426698135.94196 DATE-OBS= '2014-07-10T10:03:32' DATE-END= '2014-07-10T15:15:32' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18719.995759964 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 396 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:36' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'YqFHao9GZoCGao9G' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '2221091767' / data unit checksum updated 2014-07-20T07:58:36 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: sw00603954000b18cx001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:41 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Anw:*kq-sߌ ‰ÈɃ$%0|ʉوƋ0a ֈш&/, ʄp/N̓ӈ0hAnxkq.rߌ‰ˆ8%0vʉÈ㋑0aˀ Ԉ&/ʄWo/ր΄0̀Ang$kq.qĉ˃6$0{̉Èˋ/`o Ո&.PɄqm/΄G/An3kq.~ĉڃQ#1w̉Èዏ1a ֈW&0&ڎ{Ʉgp/΄(0AnWkq/NsƉˆf"2w{͉ˆȈʋ1bZ Ո&0+˄yr0̈́81An@kq-$Ύ-\ʉf"0g|щĈ׋/`? 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ZȆHp.@˅눫/΀XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 220 / width of table in bytes NAXIS2 = 83 / 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 = 426679415.94768 TSTOP = 426698135.94348 DATE-OBS= '2014-07-10T10:03:32' DATE-END= '2014-07-10T15:15:32' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18719.9958000183 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 397 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:36' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'AA1GD20FA90FA90F' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '547294588' / data unit checksum updated 2014-07-20T07:58:36 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: sw00603954000b18dx001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:41 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Anw( Ռψ"0݀%ɃE.َ%͈t/ +ψ傁/یƉBȂ0ێ*/Anڍ%І0%ʃO/Ԁ܎ #ˈs/Ҁ%È炃0Ӏڌlj>Ȃ0/Angߍ*ψ0̀$ʃ.ߎ$ˈʈr.Ā#(‡݈悃/ɀڌȉ>ɂ//Anۍ&ψ1%˃f/~ݎ #ʈڈs0&ˆ򈐍炄0ڌljBʂ00YAnW͎ލ)χ2(̃/3$̈u0$'ˆ肃0ގ!݌ʼnA˂2 1Anx-ۍ$ Ї/]%Ƀ/:܎ &̈t+<% È肄/!ڌƉ>˂0.AnG܍& ͈2}'˄C0u*͈ֈu0:( ‡U낂1rیlj>͂1`1sAn󷕎ލ(Јk1'˃򈣀0v ,ˈƈs0v%ˆ݈삄0tی"ljB΂1`1}An7ߍ(·1(#˄2/р܎ ,ˈu/ˀ&ˆ삃0ǀ݌#ʼn=΂0/Anߍ'Ј1] &%ʄE0Tގ /ˈs/n(Èꂂ0ތ%Ɖ>͂1 !ǂ/iAn'Iߍ*͈0&*ʄx/5ˈt/#*낂/܌+ĉ@΂0&ς0Anȣ/ ׌!͈0 #/˄刡.׎ 8ˈu/  - Έ낂0 ی/ʼnB΂0܎%,ق/Aneߍ)%І߈0'2ʅ'/ގ=ˈt0*'È킂0݌3ʼn>ς1/䂂0Anǹݍ&*Ј1ۀ'6ɅD0ݎ 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('؂/܌@ʼnʼn=/8]/And*.͈H0#=Ƀu/ހݎJɈz/&*‡k؂0݀ߎیߍ?ƉA08[/4An󕁎ߍ).Έ50&=ȃ`.Ѐ܎ LɈÈz0ǀ'+ֈ؂0ތ?ƉA0Ѐ;Y0Anoaݍ%0̆14 %?Ƀs0<ڎ Lʈ{0Ҁ&-ˆق0ʀ یBlj>1";Z0AnΎٌ"0ˈ1ˀ%Aʃ.ՀLȈz/&1È5ׂ/ݎ#݌BƉ<0 =Y/An_׎܍$1ˈ{1ˀ%EɃ0{OɈz0{'2‡o؂/ɀ܌Eʼn?1A[0An4ڍ"7̈+/ %EɃ/yڎQʈň{.#4ֈ؂/zٌߍHljA/B^/AnO񆘎ߍ&:Άˆ1o"'Iȃ̈0Sߎ Uʈz0M':È؂0]݌Jʼn<1!Ha1 An .=͈1%MɄ-0\YɈz0'>‡􈐍ڂ00ݎ܌Olj>1mIe0GAn?`ߍ(BΈ1'Qȃ/\ʈ{/"Cڂ0}݌QʼnA1ENj0EAn (B͇Ԉ1b(RȄ10ߎ !^Ɉx0t)EÈĈق0ՀߌRʼn?1 Op0An/$Ȏݍ'G͇12%WɄY0Yݎ _Ɉ{/ 'Gˆق0܌Vʼn:1Rx0AnPrލ'J͈1݀%YɄ/ŀڎbɈЈz/Ԁ'Jق0Ȁ݌Zlj<0U/An-ݍ&M͈0*%]Ƅ/'ێ eʈވz/@'Oˆڂ00܌[ʼn@11Y0`Anݍ%Q͇√/#`Ʉ򈠀-΀ێiɈ{.ڀ#RĈۂ.܌`lj?/[.XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 179 / width of table in bytes NAXIS2 = 83 / 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 = 426679415.94914 TSTOP = 426698135.94494 DATE-OBS= '2014-07-10T10:03:32' DATE-END= '2014-07-10T15:15:32' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18719.9957999587 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 398 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:37' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '7oOQ8mNN7mNN7mNN' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '3357844493' / data unit checksum updated 2014-07-20T07:58:37 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: sw00603954000b18ex001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:41 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Anw׀ǎ!*.z"򉳈/󍕍+؍0ݎ %ȉ„A/ /ljdMAnwĀ󍟍)ڃ/$򉴈Љ/y򍊍$Ä 0bێ$ȉd0̀ێ 1ljˆ}N AngOڎ ) .$􉴈/)„0 %ȉq/ǀ 1ƉˆMOYAnގ )ك /2}$󉴈ω0ƀ%ÄO0ߎ %ȉ"0Ѐ /ƉP*AnWn/ߎ +@/"ݍ1)ÄR1f &ˉÄ&1 1ȉRT[An֌ێ (Ѓ].}!Éԍ/֍'ٍ0%ΉÄ䀣*/ڀ 0̉=V3AnGD,{/j%ʍ2o(Äэ1u'щ/1 1Ή‡ڀZGAn ގ *̓/}%É0&„Ǎ1R '׉…;41 1щˆX^ An7w\َ+숣/̀~$0€덒$Å:/À'ىÅ90Հ 3҉ˆbAn,„/̀%Ǎ0̀򍏍'x1ڀ%݉連@0 2؉ÈwgAn'疀܎+؄^.b# Ή͍0b񍓍) …҉0S%†&H0  1ۉmWAnހĎ"(#.߀v"֍//0ގ $OS0 /uPAnȟ ,)̈́˂/%ݍ0󍐍(U0ݎ &Æ߀\0 3$}An&ێ (,ƅȂ/}" 0 ލ%†č1%h1 0AnRڎ +/Ԃ/"!0퍍"{̍!1iߎ%Æ뀤r1}0ApAn6ێ )2؅%ႃ.%Ή!/ˀ퍏$ }Ս!/΀ߎ&Ԁy/ 1È\!Anێ *6,ꂂ/р$"0&$†pٍ#0%‡00׀An݀Վ )ۃm/S#Ή!0<&ލ!0P܎%‰ހ=1B 0É1pAn7'ЀÎ( [.Lݎ t!퉳!0Z卑 P!0C܎#90Rގ.nnAnjю ( ՃP/e"ꉴ͊!0oꍓ$[ 0S#„510ljAn') $'ƒ@.c v"鉳!/F .% 0Uێ #/0aߎ-g9AnFێ' Ѓ-.|"뉲ʼn/񍌍#=/ގ #*/ߎ /b3AnZ' $.!ꉳ/񍋍$򉿄0ڎ "l&0 ܎/ˆ]Anƀڎ*˃/<$쉴‰/qݍ(00$„x!0-ˆWAnCB-/߀$뉳؍0؀󍒍'2 '„n1ߎ 3ÈTAn򶮀󍟍' ΃.#퉲‰ˍ0󍊍%40َ#Ʉ0uݎ1vP&An) ܎ ) /$퉲Í1Ѐ'׍1&ʼn„t1 0`LAno&؎ ' ׃).}"lj/ـꍍ#@͍0Ȁ$ljÄ0 /2J8An8ݎ * 9.}}%񉳈ō/񍒍(D0$ɉ„0 1ʼn‡H2An_ގ )ŃE.$ˍ/+m0ݎ %ˉƀ/ 0lj0GlAnsրێ 'f.2~#ԍ0%0Հ%҉ۀ0/ʉ‡ˀGzAnO8 +/%܍0'1À'ԉ0 1ωˆHAnߎ +σ.n$Ɖ/jߍ(0j&ۉÅG0y /щIAn?+ш/#0' …č0 %މu02ىˆ-MsAnَ )̄ /}"0ݍ% Z̍0%…%1ۀ /ۉ PAn/l܎ *"G.% /Ԁ%Ӎ/ߎ %+/р 0߉ÈASAn6ڎ )&Ȅ|.݀~"/퍏&…މݍ/%a4/F/[An'ێ +)̄/"Éٍ0'71р &?1ـ 1ˆczAnj@ݎ,./#΍0'k1 &ÆK1 1‡mAn? ӎ +ރ/>"Ήލ"0<&܍!1ڎ%̉耣=1]ێ 0ωˆ#scAnŷώ (z.O!"/bꍑ#eӍ 09$ʉ7/r.ʉ?nAn/'Ў )׃h/f#񉲈ω!0uߍ$vʍ!0u%ljȀ20u /ɉhiAnƧP׎ *U.|~#􉵈/ꍌ"C/ݎ %lj.0ǀގ /ɉdAn㨀֎ *҃E.-}#󉵈ɉ 0;퍎$Q1A$ɉ'0M 2ɉ_ AnǗَ (>/E%0덌!(0 %ɉy#0 1ȉZAn疀׎)Ճ8.!|#󉳈ˉ0Ԁ捔$I0B$ʉ0m /ɉˆUAnȇ-+//#0%'0W$ˉ„0 0ɉQIAnCԀݎ*σ+/߀#ʼn0&Jč/%ˉ0 0ɉoN:Anw+9/Ȁ$0ր .9ˍ1Ҁ$Ή„0ߎ3͉/J An++σC.򍋍$‰ݍ0򍍍&[Ӎ0ݎ$ω0ߎ 1͉ˆHAng/€ێ (O.| ԍ/)`ڍ0€ێ "ԉπ/^-Ή‡FAn+ƃ]/$ȍ0󍐍(1ߎ'׉䀣0Ā 3щ9EAnWՀ܎ )|.|"/ ؍%„0#ى0-Չ‡؀EiAnP*ƒ/y#0i% 0Iݎ %߉ 0 0ىˆFAnGʀڎ *"˃/lw# ĉʍ0\퍍"ލ1%…^0u1݉{GAn̿Dێ )%መ.{!Ѝ0]Ս$"؍/#0 /Ç񀤅JAn7Հގ(&̈́.|"‰ٍ/񍍍$`͍.ގ"#.ߎ /4NvAnͯqގ)+H.΀}#.р񍒍&/&…瀣*/0SAn'zߎ*-r.}#/e%щ/ݎ $M1/ߎ 0zYAnΟ,1҄/%ɉ0񍒍(!0΀ގ 'w:0€ߎ 2ˆx__An&؎ (4ꈲ.}!!/΀퍏$$†L0ݎ#F0ƀߎ /ÇҀhAnۿ")Ǝ+Asm/6# 0D荏!)`׍1ێ &0Kގ 2;2lAn7ӎ *<كaj/]"͉Í1T퍒&'oڍ1Eގ%0lێ 1ˆz.Anܯʎ*:Mk.V x$ȍ/a獔#"5ۍ/hߎ%򂄄/{ߎ 0ˆ*An'o~؎ ):ʃ"͍/O%#L܍1"ߎ%„0Y 0%nAnݟ녀ڎ ,8*i/#Ѝ0&"1S &qꂄ1k 0"AnQގ+8ǃ'e/ŀ$׍0%"30ގ $w傂02mAnޏ9َ )7#e."ލ/("„0ߎ%쉿i₃/ 0ˆAn?َ )7̓Z."‰/("„5/ߎ$/ 1~ Anb؎ (8R.~ /퍐&"0Āߎ$s݂0 1h,An),7ԃ%V.%ʉ0Ȁ񍑍'!Bݍ0ۀގ %ۂ0i 2퉿47AnoıĎ#):7S/u"0'$<Ս1ގ $„ۂ1 /ˆ1An.ߎ +:ƃ>R/%/Ӏ($hɍ0ߎ #ۂ0. 2"_An_9 +;WR/ـ$$0ր%'z1 %„р܂1ڀ 3݀An򔚀׎(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: sw00603954000b18fx001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:41 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AnC"avj6 s>1C   qAZ` `@bb3%B n 60pAp=p=nAW JAm-?|>9 CB(|@#)?h 6ڀ 71nnn^ІD 71 `7C 0b  EzgL//LAnҀbߘj6 s>m]   qAZ z`@cc3%B΀n 60pMpIpIn}WrhAm-?|>9 CB(|@#)?hO 6ڀ 71nnn^ІD 71 `7C g6  }S{%gL//LAnOdVWj6 s>   qAZ =`@cc3%Bn 60pYpUpUnW`Am-?|>9 CB(|@#)?h 6ڀ 71nnn^ІD 71 `7C  3< 3<{gP//PAn`ej6 s>   qAZ o`@cc3%BVn 60pepapanWAm-?|>9 CB(|@#)?h 6ڀ 71nnn^ІD 71 `7C ȏ fp fs|gU//UAn3rg'pj6 s>!U@   qAZ@ `@dcw†B n 60pqpmpmnW!Am-?|>9 CB(|@#)?h  6ڀ 71nnn^ІD 71 `7C u k L|hU//UAno"h |j6 s>]d   qAZ Ѐ`@dc†B P9n5 60p}pypynmW&)@㳀Am-?|>9 CB(|@#)?h ? 6ڀ 71nn n^цD 71 `7C : 1| 1|}iY//YAnOiؐj6 s>Э   qAZ Ѐ`@dd߀†B un5 60pppnWɁ/pAm-?|>9 CB(|@#)?h { 6ڀ 71nn n^цD 71 `7C H' ^, ^,}i3^//^AnSk_j6 s>Հ?   qAZ ȀЀ`@dd†B ؀n5 60pppnWЁ5-Am-?|>9 CB(|@#)?h  6ڀ 71nn n^цD 71 `7C J >|Q~iLb//bAn#`lǀPj6 s>   qAZ ڀЀ`@dd'†B n5 60pppn!Wǁ:KAm-?|>9 CB(|@#)?h  6ڀ 71nn n^цD 71 `7C 0 0g~ief//fAn_rn/Sj6 s>MҺ   qAZ Ѐ`@ddK†B `)n5 60pppn]W@PiAm-?|>9 CB(|@#)?h / 6ڀ 71nn n^цD 71 `7C  0T i~j//jAnoj6 s>@   qAZ kЀ`@ddo†B $en5 60pppnWEAm-?|>9 CB(|@#)?h k 6ڀ 71nn n^цD 71 `7C $ H H/is//sAn"pp#̙ j6 s>ŀӻ   qAZ IЀ`@dd†B n5 60pŀppnՀWǁL Am-?|>9 CB(|@#)?h  6ڀ 71nn n^цD 71 `7C =77tiw//wAnrrg)oj6 s>   qAZ E`@dd†B ݙn5 60pрp̀p̀nWQѳAm-?|>9 CB(|@#)?h  6ڀ 71nn n^цD 71 `7C v_bTDbTDEi{//{AnO1sπ*j6 s>=̀   qAZ {`@ddۀ†B pn5 60p݀pـpـnMWW`ﳀAm-?|>9 CB(|@#)?h  6ڀ 71nn n^цD 71 `7C *DHai//Anu7,~j6 s>yִ   qAZ `@dd†B 4Un5 60pppnW] Am-?|>9 CB(|@#)?h [ 6ڀ 71nn n^цD 71 `7C @@ҁxi//AnҀv1+j6 s>   qAZ= DxP@fdG 72BJn 61pppnŀWb+AnI^?#L*CAiA?7K?0 72 72nn n^цC. 72 `SBD`,k//Anrx@8-#j6 s>g   qAZu SxP@feӀ 72B8n 61qppnWhWAnI^?#L*CAiA?7K?l 72 72nn n^цC. 72 `SBD, ; ;l7//An?ypP?#j6 s>-׈@   qAZc hX0@fe 72BNn 61q q q n=WnpuAnI^?#L*CAiA?7K? 72 72nn n^цC. 72 `SBD77=lO//An{rz؀EÙ$j6 s>id   qAZ~ xh@@feK 72Bn 61qqqnyWtAnI^?#L*CAiA?7K? 72 72nn n^цC. 72 `SBDaawolg//An`|@@L~$j6 s>٤   qAZl` xX0@fe 72Bƙn 61q%q!q!nWyAnI^?#L*CAiA?7K?  72 72nn n^цC. 72 `SBDxAl//AnRT}0S(&j6 s>ڀ@   qAZ ih@@feÀ 72BHn 61q1q-q-nWݳAnI^?#L*CAiA?7K?\ 72 72nn n^цC. 72 `SBD@{vl//An/"zY&j6 s>@   qAZ h@@fe 72B >n 61q=q9q9n-W煀AnI^?#L*CAiA?7K? 72 72nn n^цC. 72 `SBD&8DŽl//Ankxq`)k6 s>Y@   qAZg`@fe; 72BЀzn 61qIqEqEniW AnI^?#L*CAiA?7K? 72 72nn n^цC. 72 `SBD . .fl//An`=g)k6 s>D@   qAZ~1xh@@few 72Bn 61qUqQqQnX 7AnI^?#L*CAiA?7K? 72 73n~n n^цB%QX 73 `:Bϐ; [ Q<hހl//AnH4ns*k6 s>р   qAZXxh@@gf 72BXn 61qaq]q]nY `UAnI^?#L*CAiA?7K?L 72 73n~n n^цB%QX 73 `:B<31 M M2Vl//AnrPu[+k6 s>    qAZ`xP@gfʀ 72B.n 61qmqiqinY sAnI^?#L*CAiA?7K? 72 73n~n n^цB%QX 73 `:B $  Ѐl//An[" |k2k6 s>I   qAZ= `@hf/xBYn 721qyququnYY 0AnI^?#L*CAiA?7K? 72 73n~n n^цB%QX 73 `:B D( D(I_n2//AnrG2k6 s>   qAZ= F`@hfxBYn 721qqqnY нAnI^?#L*CAiA?7K? 72 73n~n n^цB%QX 73 `:B n n׀nJ//An"02k6 s>   qAZ= j`@hfxBYn 721qqqnрY p۵AnI^?#L*CAiA?7K?< 72 73n~n n^цB%QX 73 `:B' > >.Onb//AnRBk6 s>   qAZ,@ Xxh@@igBπnd 721qqqn Y AnI^?#L*CAiA?7K?x 72 73n~n n^цB%QX 73 `:B cx Xǀp//AnKCk6 s>9*   qAZ xP@ih B*n! 721qqqnIY 渰AnI^?#L*CAiA?7K? 72 73n~n n^цB%QX 73 `:Bu! x m0?p//An"g`bFk6 s>u:@   qAZ `@ihIBifn! 721qqqnY CAnI^?#L*CAiA?7K? 72 73n~n n^цB%QX 73 `:B 1X %΀p//Anr_Fk6 s>@   qAZ `@iiB-n! 721qqqnY ĀaAnI^?#L*CAiA?7K?, 72 73n~n n^цB%QX 73 `:B} @ @eFp//An_PFk6 s>   qAZ `@iiBޙn! 721q̀qɀqɀnY AnI^?#L*CAiA?7K?h 72 73n~n n^цB%QX 73 `:B j jhIp//An;Z`Kk6 s>)   qAZ Ѐ`@iiBn! 721qـqՀqՀn9Y AnI^?#L*CAiA?7K? 72 73n~n n^цB%QX 73 `:Bo  u6p//AnOrӀhk6 s>=A   qAZA xP@ll߀JiBpn 721s݀sـsـnMY ư%AnI^?#L*CAiA?7K? 72 75n?n n^цB5# 75 aVAi"Z"O$-s=+//+An<zk6 s>y   qAZ xP@ml- 72B ׀1n 721sssnY PCAnI^?#L*CAiA?7K? 72 75n?n n^цB5# 75 aVAiKK]uZ-//-AnҀФݰSk6 s>õ|   qAZ Ѐ`@ml 72B ׀1n 721sssnŀY aAnI^?#L*CAiA?7K?0 72 75n?n n^цB5# 75 aVAittur-//-An 0Rk6 s>   qAZ` `@mm 72B ΀:n 721tssnY AnI^?#L*CAiA?7K?l 72 75n?n n^цB5# 75 aVAiFu-//-An?tk6 s>-A   qAZ Ѐ`@mm  72B vn 721t t t n=Y AnI^?#L*CAiA?7K? 72 75n?n n^цB5# 75 aVAi\g8g80$u-//-An{`܀k6 s>i   qAZ Ѐ`@mmD 72B Vn 721tttnyY `ɵAnI^?#L*CAiA?7K? 72 75n?n n^цB5# 75 aVAiUu.//.An`D k6 s>ĥ   qAZ 4Ѐ`@mmi 72B n 721t%t!t!nY 絀AnI^?#L*CAiA?7K?  72 75n?n n^цB5# 75 aVAi}Zv////An׬=k6 s>u   qAZ +Ѐ`@mm 72Bހ*n 721t1t-t-nY AnI^?#L*CAiA?7K?\ 72 75n?n n^цB5# 75 aVAi*E8E8̣v0//0An/@ k6 s>$   qAZ yxP@mm 72Bfn 721t=t9t9n-Y 1AnI^?#L*CAiA?7K? 72 75n?n n^цB5# 75 aVAis*s*Ev1//1Ank|@֙k6 s>Yk   qAZ Ѐ`@mmՀ 72Bfn 721tItEtEniY ق/pOAnI^?#L*CAiA?7K? 72 75n?n n^цB5# 75 aVAi̐Ӥv 3//3Anrk6 s>ŕ@   qAZ Ѐ`@mm 72B*ޙn 721tUtQtQnY mAnI^?#L*CAiA?7K? 72 76nn n^цBU 76 aB"H  cå v:5//5An ݀L"k6 s>р:@   qAZ` h`@nn 72Bnɀ 721tat]t]n߀JY Gi@AnI^?#L*CAiA?7K?L 72 77nn n^цB9 77 aBAF(9 AD |¥vX7//7An =޴)虺k6 s> I@   qAZ` xP@on 72Bnɀ 721tmtitinY ЧAnI^?#L*CAiA?7K? 72 77n n n^цB# 77 aBv%ppN w m|2vz: //:An[v0㙻k6 s>I]   qAZr `@oo 72Bvnɀ 721tytutunRY 7ѵAnI^?#L*CAiA?7K? 72 77n n n^цB# 77 aBv%phO @ #|Ѧv: //:An`ᄀ p7ș€k6 s>ƅ_   qAZi 4xP@oo 72B:nɀ 721tttn~Y \翀AnI^?#L*CAiA?7K? 72 77n n n^цB# 77 aBv%p Ā E |Ɛ v; //;An `>ɀk6 s>_@   qAZi 3xP@oo 72Bnɀ 721tttnY H`-AnI^?#L*CAiA?7K?< 72 77n n n^цB# 77 aBv%p"x$ |^v=//=An@T1EӀk6 s>_   qAZW` %xP@oo 72B€nɀ 721tttnY SPUAnI^?#L*CAiA?7K?n 72 78nhn n^цB 78 aAwpc@ |Ev?//?AnK"@开<L8րk6 s>9_   qAZi "xP@oo 72Bnɀ 721tttnOY 9}AnI^?#L*CAiA?7K? 72 78npn n^цB 78 aA͸8 : |EuvA//AAnO$8pS+ڀk6 s>um   qAZz Ѐ`@pp  72BJnɀ 721tttnφY @AnI^?#L*CAiA?7K? 72 78nn n^цCyv 78 aB/ >jO|EvD //D An茀20Zۀk6 s>DZ|   qAZi !xP@pp  72Bnɀ 721tttnY \3PAnI^?#L*CAiA?7K?, 72 78nn n^цCyv 78 aBKEev/D //D Anavހk6 s>   qAZk0 hh@@pp  72BҀnɀ 721t̀tɀtɀnY nx9ɀAnI^?#L*CAiA?7K?h 72 78nn n^цCyv 78 aBK<EvGD //D An;\@hRk6 s>)   qAZ|p Ѐ`@qq  72Bnɀ 721tـtՀtՀn9Y ?0ɀAnI^?#L*CAiA?7K? 72 78nn n^цCyv 78 aB3&]T\wvcE //E Anw`Āok6 s>e    qAZ|p Ѐ`@qq  72BZnɀ 721tttnuY DɀAnI^?#L*CAiA?7K? 72 78nn n^цCyv 78 aB[ @;v|F//FAn, uÙk6 s>ȡ   qAZ|p Ѐ`@qq  72Bnɀ 721tttnY KɀAnI^?#L*CAiA?7K? 72 78nn n^цCyv 78 aB} hp ,ҫ~vG//GAn"n |yk6 s>݀ e   qAZ|p Ѐ`@qq  72B&nɀ 721tttnY &P;ɀAnI^?#L*CAiA?7K?X 72 78nn n^цCyv 78 aB p ޫvH//HAn+`z5k6 s>    qAZsЀ }`@qq  72Bbnɀ 721u uun)Y ق^V@YɀAnI^?#L*CAiA?7K? 72 78nn n^цCyv 78 aBO dp nnvI#//I#Ang`d~&k6 s>U [@   qAZ|p рЀ`@qq  72Bjnɀ 721uuuneY [wӀAnI^?#L*CAiA?7K? 72 78nn n^цCyv 78 aB Mp BXvL0//L0Aǹk6 s>ɑ @   qAZ|p Ѐ`@qq  72B.ڙnɀ 721u!uunY aӀAnI^?#L*CAiA?7K?  72 78nn n^цBE 79 aO?V] ;$xp ;LihvM5//M5An40k6 s>̀ ˀ   qAZ|p Ѐ`@qq  72Bnɀ 721u-u)u)n݀Y gӀAnI^?#L*CAiA?7K?H 72 79nn n^цBE 79 aO?V< ep e~xvN9//N9Ank6 s>     qAZ{ Ѐ`@rr  72BRnɀ 721u9u5u5nY mPӀAnI^?#L*CAiA?7K? 72 79nn n^цBE 79 aO?V} @p ov4O> //O>AnWPKk6 s>E    qAZr `@rr  72Bznɀ 721uEuAuAnUY rӀAnI^?#L*CAiA?7K? 72 79nn n^цBE 79 aO?V# !p îvMPD!//PDAn`lk6 s>ʁ    qAZ{ ҀЀ`@rr  72B>ʙnɀ 721uQuMuMnY xӀAnI^?#L*CAiA?7K? 72 79nn n^цBE 79 aO?V Lp A n_vfQI"//QIAnԀ֚k6 s>ʽ@   qAZ{ EЀ`@rr  72Bnɀ 721u]uYuYǹY ~09ӀAnI^?#L*CAiA?7K?8 72 79nn n^цBE 79 aO?Vv cp c׀vSS$//SSAn <s k6 s>q   qAZ `@rr  72BƀBnɀ 721uiueuen Y ׄ`eӀAnI^?#L*CAiA?7K?t 72 79nn n^цBE 79 aO?V 4,p 4"fvTY%//TYAnG1 k6 s>5Z@   qAZ ހ`@rr  72B~nɀ 721uuuquqnEY ׊ӀAnI^?#L*CAiA?7K? 72 79nn n^цBE 79 aO?V ]4p ] 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721y7y3y3nZUӀAnI^?#L*CAiA?7K?)z 72 7;N   qAZ  Ѐ`@zz H 72B nŞ 721yCy?y?nKZ[ӀAnI^?#L*CAiA?7K?) 72 7Āk6 s>wO]@   qAZ `@zz: H 72Bŀ ™nŞ 721yOyKyKnɇZa0ӀAnI^?#L*CAiA?7K?) 72 7޳PI@   qAZ h`@zz^ H 72B nŞ 721y[yWyWnÀZf%ӀAnI^?#L*CAiA?7K?*. 72 7Q/   qAZ `@zz H 72BM :nŞ 721ygycycnZmQӀAnI^?#L*CAiA?7K?*j 72 7+R~   qAZ V`@zz H 72B vnŞ 721ysyoyon;ZroӀAnI^?#L*CAiA?7K?* 72 7gR   qAZ Ѐ`@zzʀ H 72BՀ nŞ 721yy{y{nwZx@ӀAnI^?#L*CAiA?7K?* 72 7̀k6 s>ߣSɀ   qAZ }`@zz H 72B nŞ 721yyynʳZ}ӀAnI^?#L*CAiA?7K?+ 72 7߀T   qAZ `@zz H 72B]*nŞ 721yyynZ׃ӀAnI^?#L*CAiA?7K?+Z 72 7U   qAZ `@zz6 H 72B!fnŞ 721yyyn+Z׉ӀAnI^?#L*CAiA?7K?+ 72 7WV   qAZ `@zzZ H 72BnŞ 721yyyngZ׏PӀAnI^?#L*CAiA?7K?+ 72 7V@   qAZ Ѐ`@zz~ H 72BޙnŞ 721yyynˣZה1ӀAnI^?#L*CAiA?7K?, 72 7πX2@   qAZ D`@zz H 72BmnŞ 721yǀyÀyÀn߀ZךOӀAnI^?#L*CAiA?7K?,J 72 7 Y   qAZ `@zzƀ H 72B1VnŞ 721yӀyπyπnZנ0mӀAnI^?#L*CAiA?7K?, 72 7GY   qAZ `@zz H 72BnŞ 721y߀yۀyۀnWZצ`ӀAnI^?#L*CAiA?7K?, 72 7ჀZ   qAZ ?`@zz H 72BΙnŞ 721yyyn̓Z׬ӀAnI^?#L*CAiA?7K?, 72 7῀[f   qAZ Ѐ`@zz2 H 72B} nŞ 721yyynπZױӀAnI^?#L*CAiA?7K?-: 72 7\.   qAZ `@zzV H 72BAFnŞ 721zyyn Z׷@ӀAnI^?#L*CAiA?7K?-v 72 77]   qAZ `@zzz H 72BnŞ 721zz z nGZ׼ӀAnI^?#L*CAiA?7K?- 72 7s^^   qAZ `@zz H 72BɀnŞ 721zzzn̓Z=ӀAnI^?#L*CAiA?7K?- 72 7⯀_I   qAZ `@zz€ H 72BnŞ 721z'z#z#nͿZȰ[ӀAnI^?#L*CAiA?7K?.* 72 7_@   qAZ Ѐ`@zz H 72BQ6nŞ 721z3z/z/nZPyӀAnI^?#L*CAiA?7K?.f 72 7'`   qAZ a`@zz H 72BrnŞ 721z?z;z;n7ZӀAnI^?#L*CAiA?7K?. 72 7ca   qAZ Ā`@zz. H 72BـnŞ 721zKzGzGnsZِӀAnI^?#L*CAiA?7K?. 72 7@ Ģ//Anα&Ck6 s>㟀bj   qAZ `@zzR H 72BnŞ 721zWzSzSnίZӀAnI^?#L*CAiA?7K?/ 72 7ۀc   qAZ `@zzv H 72Ba&nŞ 721zcz_z_nZ`ӀAnI^?#L*CAiA?7K?/V 72 7[^@   qAZ Ѐ`@  72B ΀VnŞ 721||߀|߀nk\ӀAnI^?#L*CAiA?7K?; 72 7   qAZ Ѐ`@5  72B ΀VnŞ 721|||nۧ\0ӀAnI^?#L*CAiA?7K?< 72 7Ӏ   qAZ Ѐ`@  72B ΀VnŞ 721|||n\"ӀAnI^?#L*CAiA?7K?j   qAZ` xP@  72B yn 721}}}n\(p9ӀAnI^?#L*CAiA?7K?< 72 7K   qAZ Ѐ`@  72B on 721}}}n[\.WӀAnI^?#L*CAiA?7K?< 72 7   qAZ Ѐ`@7  72B 3n 721}}}nܗ\4@ӀAnI^?#L*CAiA?7K?= 72 7Ào@   qAZ ƀЀ`@[  72B-n 721}+}'}'nӀ\9ӀAnI^?#L*CAiA?7K?=> 72 72   qAZ eЀ`@  72Bin 721}7}3}3n\?ӀAnI^?#L*CAiA?7K?=z 72 7;   qAZ !xP@  72Bn 721}C}?}?nK\E ӀAnI^?#L*CAiA?7K?= 72 7w@   qAZ xP@ǀ  72BCn 721}O}K}Kn݇\JӀAnI^?#L*CAiA?7K?= 72 7   qAZ :`@  72Bn 721}[}W}WnÀ\P'ӀAnI^?#L*CAiA?7K?>. 72 7   qAZ Ѐ`@  72BˀYn 721}g}c}cn\VEӀAnI^?#L*CAiA?7K?>j 72 7+@   qAZ Ѐ`@3  72Bn 721}s}o}on;\\0cӀAnI^?#L*CAiA?7K?> 72 7g   qAZ Ѐ`@W  72BSљn 721}}{}{nw\aЁӀAnI^?#L*CAiA?7K?> 72 7   qAZ ր`@{  72B n 721}}}n޳\gpӀAnI^?#L*CAiA?7K?? 72 7߀   qAZ `@  72BۀIn 721}}}n\mӀAnI^?#L*CAiA?7K??Z 72 7   qAZ `@À  72Bn 721}}}n+\s@ӀAnI^?#L*CAiA?7K?? 72 7W   qAZ ̀`@  72Bcn 721}}}ng\xӀAnI^?#L*CAiA?7K?? 72 7@   qAZ €Ѐ`@  72B'n 721}}}nߣ\~%ӀAnI^?#L*CAiA?7K?@ 72 7π   qAZ j`@/  72B9n 721}ǀ}À}Àn߀\ׄ CӀAnI^?#L*CAiA?7K?@J 72 7    qAZ ̀`@T  72Bun 721}Ӏ}π}πn\׊PoӀAnI^?#L*CAiA?7K?@ 72 7G   qAZ `@x  72Bsn 721}߀}ۀ}ۀnW\׏ӀAnI^?#L*CAiA?7K?@ 72 7!   qAZ ր`@  72B7n 721}}}n\וӀAnI^?#L*CAiA?7K?@ 72 7   qAZ 'Ѐ`@  72B)n 721}}}nπ\כ0ӀAnI^?#L*CAiA?7K?A: 72 7]   qAZ `@  72Ben 721~}}n \נӀAnI^?#L*CAiA?7K?Av 72 773   qAZ >`@  72Bn 721~~ ~ nG^קӀAnI^?#L*CAiA?7K?A 72 7=n'nnҒӆBG= 7= d@K! | >1//1AnO$'k6 s>s   qAZ !`@  72BGݙn 721~~~nჀ^׬1ӀAnI^?#L*CAiA?7K?A 72 7=n'nnҒӆBG= 7= d@ (| ( 7//7Ank6 s>   qAZ `@  72B n 721~'~#~#n῀^ײ@OӀAnI^?#L*CAiA?7K?B* 72 7=n'nnҒӆBG= 7= d@w: U| K .<//<An"pJk6 s>m@   qAZ{ Ѐ`@  72BπUn 721~3~/~/n^׷mӀAnI^?#L*CAiA?7K?Bf 72 7=n'nnҒӆBG= 7= d@Y+ 9| 9  !A//AAn9\=k6 s>'6@   qAZ `@  72Bn 721~?~;~;n7^׽ӀAnI^?#L*CAiA?7K?B 72 7=n'nnҒӆBG= 7= d@ b| b, :G//GAnu"Āk6 s>c}   qAZ ƀ`@  72BW͙n 721~K~G~Gns^ðӀAnI^?#L*CAiA?7K?B 72 7=n'nnҒӆBG= 7= d@} D| D h TN//NAn,pk6 s>g   qAZ }`@  72B n 721~W~S~Sn⯀^PӀAnI^?#L*CAiA?7K?C 72 7=n'nnҒӆBG= 7= d@L S| H %mV//VAn k6 s>ۀQ@   qAZ Ҁ`@  72B߀En 721~c~_~_n^ӀAnI^?#L*CAiA?7K?CV 72 7=n'nnҒӆBG= 7= d@ ߚ| ߚ X//XAn)" pƛk6 s>р   qAZ{ Ѐ`@  72Bn 721~o~k~kn'^ԐӀAnI^?#L*CAiA?7K?C 72 7=n'nnҒӆBG= 7= d@v ތ| , ]//]AneҀ dk6 s>S   qAZ `@  72Bgn 721~{~w~wnc^0/ӀAnI^?#L*CAiA?7K?C 72 7=n'nnҒӆBG= 7= d@ 1x| 1x %c//cAn" ̀Bk6 s>@   qAZ `@  72B+n 721~~~n㟀^`[ӀAnI^?#L*CAiA?7K?D  72 7=n'nnҒӆBG= 7= d@6S [X| [} eh//hAn4 k6 s>ˀ   qAZ 3`@  72B5n 721~~~nۀ^yӀAnI^?#L*CAiA?7K?DF 72 7=n'nnҒӆBG= 7= d@W El| El r//rAn"Ɩk6 s>   qAZ `@  72Bqn 721~~~n^렗ӀAnI^?#L*CAiA?7K?D 72 7=n'nnҒӆBG= 7= d@7 | |   x// xAnUgk6 s>C.   qAZ{ Ѐ`@  72Bwn 721~~~nS^@ӀAnI^?#L*CAiA?7K?D 72 7=n'nnҒӆBG= 7= d@ g,| g, !}//!}An"lk6 s>@   qAZ #`@  72B;n 721~~~n䏀^ӀAnI^?#L*CAiA?7K?D 72 7=n'nnҒӆBG= 7= d@D | $ v5"//"An"Ԁכk6 s>@   qAZ `@  72B%n 721~À~~nˀ^ӀAnI^?#L*CAiA?7K?E6 72 7=n'nnҒӆBG= 7= d@ 'O| 'O N#//#An <Іk6 s>   qAZ `@  72BÀan 721~π~ˀ~ˀn^ӀAnI^?#L*CAiA?7K?Er 72 7=n'nnҒӆBG= 7= d@ O | O< vh%//%AnEr-k6 s>3   qAZ &`@  72Bn 721~ۀ~׀~׀nC^P;ӀAnI^?#L*CAiA?7K?E 72 7=n'nnҒӆBG= 7= d@v x4| x4 {&//&An0@ ՛k6 s>o   qAZ{ ,Ѐ`@  72BKٙn 721~~~n^ YӀAnI^?#L*CAiA?7K?E 72 7=n'nnҒӆBG= 7= d@ z| px '//'XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 391 / width of table in bytes NAXIS2 = 11 / 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 = 426679658.57254 TSTOP = 426696674.16768 DATE-OBS= '2014-07-10T10:07:35' DATE-END= '2014-07-10T14:51:11' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465600000000 / [s] UTCF at TSTART TELAPSE = 17015.5951400399 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 482 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:37' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'BeD5EZ94BbA4BZ94' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '3268865708' / data unit checksum updated 2014-07-20T07:58:37 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: sw00603954000b1e2x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:41 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Anj†B T5n5B:OBZ2†B R B:OBZ25n5 6B 3CVBLAn 6BCVBLA†B:OBZ2 6CVBLA†B:OBZ2 6CVBLA.†B:LB[3`#(0bDC0AneV 72BJnB$YEB BQ†B  B:OBZ2pn5 72BHB$YEB BQn 72BB$YEB  72B$YEB  6CVBLA 72B$YEB BQJ 6CVBLA. 72B5cRA^B{`#(1cDC1An*t 72BJnB$YEB BQ†B ׀ B:OBZ2pn5 72BHB$YEB BQn 72BB$YEB  72B$YEB  6CVBLA 72B$YEB BQJ 6CVBLA. 72B$B [B`#(1cDC1An<xBYnC7A`FCxBXC7A`FCn 72BB$YEB BQ1n 72BB$YEB xC7A`FC 72B$YEB BQxC7A`FCY 72B$YEB BQ.xB=WB5rB臀`#(1dED1An5ңBπndCJ7BOCѣB΀CJ7BOCрnd 72B OB$YEB BQ1n 72BB$YEB CJ7BOCр 72B$YEB BQCJ7BOCрπ 72B$YEB BQ.C? ACc`#(??1eED1Anj3 72B ׀1nB$YEB BQJiBpCtZTCn 72B B$YEB BQ1n 72BB$YEB  72B$YEB BQ 72B$YEB BQ 72B$YEB BQ ׀ 72B$YEB BQ. 72C*!7B!`#(Z1gED1An*c 72B 7љnB$YEB BQJiBpSCtZTCn 72B 5B$YEB BQљn 72BB$YEB  72B$YEB BQ 72B$YEB BQ 72B$YEB BQ ׀ 72B$YEB BQ. 72B$WCRcn% 72B B$YEB BQVnŞ 72BB$YEB  72B$YEB BQ 72B$YEB BQ 72B$YEB BQ ΀ 72B$YEB BQ. 72CK@C0`#(1sGF1An* 72B:nB$YEB BQEB CaAdB8nP 72BB$YEB BQ:n 72BB$YEB  72B$YEB BQ 72B$YEB BQ 72B$YEB BQ ΀ 72B$YEB BQ. 72B$-BB5N`#( 1sGF1XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 8 / width of table in bytes NAXIS2 = 8 / 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 = 426679608.46082 TSTOP = 426695680.7049 DATE-OBS= '2014-07-10T10:06:45' DATE-END= '2014-07-10T14:34:37' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465600000000 / [s] UTCF at TSTART TELAPSE = 16072.2440800071 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 534 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:37' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '9aP3AXP04aP09WP0' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '2779184098' / data unit checksum updated 2014-07-20T07:58:37 HISTORY TASK: FAPPND on FILENAME: sw00603954000b216x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:42 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END An8uMAnd9XAnǹAnxAnmAnY5An*AntTXTENSION= '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 = '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 = 426679659.64598 TSTOP = 426685532.82858 DATE-OBS= '2014-07-10T10:07:36' DATE-END= '2014-07-10T11:45:29' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465600000000 / [s] UTCF at TSTART TELAPSE = 5873.18260002136 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 535 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:37' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '5hMc8fJZ5fJa5fJY' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '2426946512' / data unit checksum updated 2014-07-20T07:58:37 HISTORY TASK: FAPPND on FILENAME: sw00603954000b217x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:42 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END Ank^An2AnwFtAn $tAn\XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 8 / width of table in bytes NAXIS2 = 13 / 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 = 426679607.18568 TSTOP = 426695679.4291 DATE-OBS= '2014-07-10T10:06:44' DATE-END= '2014-07-10T14:34:36' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465600000000 / [s] UTCF at TSTART TELAPSE = 16072.2434200048 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 538 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:37' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'JEdTM9ZSJCbSJ9ZS' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '628051820' / data unit checksum updated 2014-07-20T07:58:37 HISTORY TASK: FAPPND on FILENAME: sw00603954000b21ax001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:42 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END An7/Anj^3An:An|AnAn2 An?AnXR(Anv"An _#An[AncpAnmXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 8 / width of table in bytes NAXIS2 = 692 / 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 = 426679440.6461 TSTOP = 426698094.13228 DATE-OBS= '2014-07-10T10:03:57' DATE-END= '2014-07-10T15:14:51' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18653.4861800075 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 540 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:37' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'Qb6aRb3UQb3ZQb3Z' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '2201300033' / data unit checksum updated 2014-07-20T07:58:37 HISTORY TASK: FAPPND on FILENAME: sw00603954000b21cx001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:42 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AnfAn9AnхIAnгj@AnջAn߬An8.AnxAnxЄbAn}(An~g8AnkAnAnګAnxAnAn:An8\hAn8ݭAn=Anxú4Anx qAn}TAn~An\An{]AnOAn AnЍAnZAnǹAn-An҉An8SPAn8#An=AnxAnxxAn}9AnnAnfAn.AnB~AnfAnAnAnAnhAnh9mAnm?Ann!pPAn4An;AnGAnAnܱAnBAnpAn-NAnmAneAnAn AnLnnAn An]Anh9AnhkAnm۶AnnDAn#AnwAn) AnǞZAn1fAnvuAnAnAn@)An(ƅAn(An-uAn.|$An/OAnPAnPAnV MAnV*An@An@žAnEhsAnFAnFAnG4DAncAnnAnAn#4AnDAn|An$ An&An}AnCAnAnAnAn@FJAn@EcAnEAnFeAnFQAnHi؄AnHXyAnMAnNbAnN`AnOiPAn+AnEAnAntAnAnAn6An)AnwAnAn6AnAneMAnlgAnxAnuAn|_An>BAnAn.AnջAnAn}VAn '(AnaMAnaAnfϕAnAnݚAnIAn²Anɡ=2AnɿAn˨AnAnNAnFAnMAnc AnI(AnAnAnއAn^An/RfAn/Y{tAn4eO7An5AAnM~\AnMu:AnR \AnSAn># An@YAn@xMAnE2AnE»AnxܜAnxAAn}[An~ uAn~AAnAnRTAnAn$hAnbAn ʆAn 7LAn%An&3An&l@An`%An`ݩAneMAnf'AnƠıAnƠHAnƥN'AnƦ,AnAnAnvAn-8GAnvAn_An}>An_AnAn 4An An%ɰAn&T,=An&An`MAn`AnefBAnhbfAnh1fAnm;Anm˭AnΠ:*AnΠAnΥGAnΥ)AnΦn/Anಆ/AnAnޥAn7 AnKAn@bAn@XAnEnAnF*An܀ЃAn܀FAn܅yAn܆9xAnAniYAnPAn,AnAn$AnWAn,0AnA ]OAnA)AnF5oAnFsAnHeAnmHAnAn̶An >WAnAnnYAn>-An$An@An@AnEıAnF"An߀pAn߀An߅An߆aAn߇%An߇*An߈2+An߈An An,AnlAnƩ.AnaAndžԀAnȡAnȿAn3An An4AnÙpAn?SAnCAnAnkAn@z%An@VXAnEAnFoAnF5AnAnqLAn~AnAnAn[lAnYAngAn An"hAn܍An9An&]Anf?AnjAn An ]An)t[lAn){nAn.:AnhAnhdAnm gAnn 4Annϊ AnᨴAnhAnAnuAnAn4YAnیAn(!An(An(zAn-$An.|DAn.&AnhAnhIAnm/Ann)AnpcAnpA5AnuhAnuΉ"An⨥NAn;AnѣnAnVAn.Anظ(AncIAnEAng8An"An(An(摧An-7An.0 An.ԿAnhAnhAnmWAnnnAn㨿#AnިAnAn)[Ana AnYAn㵋2AnЦAn袑AnAn̹$An An An( An(rGAn-F An.$Anh0AnhAnmHAAnn4An䨮AnBAnAn䮦AnrAngAnؙAnYAn'WAnAnqqAnJAnAnڻEAn(An(An-r\An. TAn.v/ZAn/I؄Anh.Anhו-Anm<`Ann!XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 269 / width of table in bytes NAXIS2 = 156 / 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 = 426679360.0846 TSTOP = 426698112.16192 DATE-OBS= '2014-07-10T10:02:37' DATE-END= '2014-07-10T15:15:09' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18752.0773200393 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 544 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:37' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'ZH38eF15ZF15bF15' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '2401210244' / data unit checksum updated 2014-07-20T07:58:37 HISTORY TASK: FAPPND on FILENAME: sw00603954000b220x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:42 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= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END An@X%An@Ap<,|5/,j-_ ĸ"W4pPPpppPpP,ȩD8o$+An#C%AnAp<, ~Y/,kn Ƭˀ"[4PPPP,驀D8o$+An%AnAp<,]纀/,mMn!Ƞˀ"_4@PP@@@P@P-D8o$+An$v%AnAp<,! 00/,nn!Uʔˀ"c4PPPP-)D8o$+AnH†An@Ap<)Fbu9pmn!C̈ˀ"g4ЀPPPP-K#D8o$+An †AnAp<0}u9qn!א|ˀ"k4@````-y#I8o$+An†AnAp<7?u9sn"(Wpˀ"o4p````-#I8p$+An%}†AnAp<>Ԃu9un"fאdˀ"s4PP``PPP`P`-#I8p$+An@)Uq†An@Ap<E<u9vn"WXˀ"w4````-ڳ#I8p!$+An"w†AnAp<LGu9x=n"אLˀ"{4` ``   ` `-#I9p.$+An#†AnAp<SetYu9yn#"w@ˀ"4Ѐpppp.'#I9 p<$+An"†AnAp<!Z;pu9{]n#`4ˀ"4pppp.H#I9pI$+An@(†An@Ap<!at̊u9|n#w(ˀ"4`pp```p`p.g#I9pU$+An(†AnAp<!gQu9~}n#ˀ"4ЀppЀЀЀpЀp.#I9pb$+An 72AnAp<!n"u9 n$wˀ"40pp000p0p.#I9#po$+AnKs 72AnAp<!uWMu9n$[ˀ"4`.ճ#I9*p}$+An@ 72An@Ap<!|yƀu9-n$ڀ"4.#I91p$+An  72AnAp< )&u9n$ڀ"4pppppp/#I97p$+An(r 72AnAp< )vgжu9Mn%ڀ"4/6#I9>p$+An 72AnAp< )"u9n%U7ڀ"5PPPPP/c#I9Ep$+An@# 72An@Ap< ):'su9m}%ڀ"5/#I9Kp$+An&- 72AnAp< )sSnu9}%7ڀ"5      /#I9Rp$+An( 72AnAp< )u9}&ڀ"5/ó#I9Xp$+An&' 72AnAp< )'u9}&O7ڀ"50/䵀#J9_p$+An@I.xAn@Ap< 0P؉u9}&ېڀ"5`````0#J9fp$+Anͳ.xAnAp< 0u9=}&[ڀ"5%01#J9lp$+An)t.xAnAp< 03u9}' ېڀ"5+000000R#J9sq $+An$ q#AnAp< 0Eb<u9]}'I[tڀ"À510q#J9yq$+An@)J#An@Ap< 0녂u9}'ېhڀ"ǀ570#J9q%$+An##AnAp< 0Ҁu9}}'o\ڀ"ˀ5>0ppppp0#J9q3$+An 5#AnAp< 7꼀u9 }(Pڀ"π5DЀЀЀЀЀ0ߵ#J9q@$+An"Y#AnAp< 7ߙu9}(CoD"Ӏ5J@@@@@@1#J9qM$+An@(#An@Ap< 7ƂC`u9-}(8"׀5P 1#J9qY$+An Ĝ 72AnAp< EcH$?u9=A2SL#{6K`@@@@6#J:so$+An& 72AnAp< Ec$ku9A2U@#6Q@@@@@6ݵ#J:s|$+An 72AnAp< 0j$ju9]A3ΑW4#6WpPPpppPpP7 #J:s$+An@ 72An@Ap< 0jt$€u9A3ANY(#6]PPPP7,#J:s$+An| 72AnAp< 0j $u9}A3Α[#6c@PP@@@P@P7K#J:s$+An$ 72AnAp< 0j%#u9 A3N]#6iPPPP7l#J:s$+An 72AnAp< 0j9%Tu9A3Α_#6oЀPPPP7#J:s$+An@]d 72An@Ap< 0jR%u9-A4;^`#6v@````7#J:s$+An{ 72AnAp< 0j) &&u9A4yޑb잀#6|p````7ڵ#J:s$+An,T7 72AnAp< q8ς'<Āu9MJ4^d#6PP``PPP`P`7#J:s$+An 72AnAp< qPւ)5ou9P4fԞ#6````8#J:s$+AnD˧ 72An@Ap< qt4,bu9mP56͑hȞ#6` ``   ` `89#J:s$+AnMF 72AnAp< q0рu9K5đj#6Ѐpppp8g#O:t $+AnU 72AnAp< qzj6lu9K6 l#6pppp8#O;t$+An 72AnAp< q9 u9P6_n#6`pp```p`p8#O;t%$+An*m 72An@Ap< y9 u9P6p#6 ЀppЀЀЀpЀp8ȿ#O; t2$+AnE 72AnAp< y9 u9=P6܀r#60pp000p0p8翀#O;t?$+Anm 72AnAp< y9 u9P7t#6pppp9#O;tL$+AnM 72AnAp< yʺ91\u9]P7Yvt#À696ɀ#T;!tZ$+An@ 72An@Ap< yr:au9P70xh#ǀ6ppppp9Uɀ#T;'tf$+An% 72AnAp< y%%;u9}P7ְz\#ˀ69vɀ#T;.ts$+AnH 72AnAp< y04< u9 P8`|P#π60PPPPP9ɀ#T;5t$+Ana 72AnAp< 8l<u9P8S~D#Ӏ69ɀ#T;;t$+An@ 72An@Ap< @@=.ku9-P8`8#׀6@     9Ӏ#Y;Bt$+An!: 72AnAp< FЂ=_eu9P8,#ۀ6 :Ӏ#Y;Ht$+An$ 72AnAp< MS*=Pu9MP9 #߀6:2Ӏ#Y;Pt$+An1< 72AnAp< S=#u9P9N#　6`````:QӀ#Y;Vt$+An@ȴ 72An@Ap< Z@=絀u9mP9#瀀6:qӀ#Y;\t$+An5~ 72AnAp< ܇``>(u9P9#뀀6Ѐ00000:Ӏ#Y;ct$+Ank 72AnAp< ܇gJ>?u9 S: #6:Ӏ#Y;it$+An' 72AnAp< ܇mm>ju9 _:H0䭀#7p:Ӏ#Y;qt$+An@ 72An@Ap< ܇s>gu9 _:ح#7 Pppppp:Ӏ#Y;wu$+An 72AnAp< ܇z">5u9=_:0̭#70ЀЀЀЀЀ;Ӏ#Y;}u$+Ans 72AnAp< ܇|> u9_;#7`@@@@@;@Ӏ#Y;u$+An!- 72AnAp< ܇Ҽ?u9]_;B0$7@;_Ӏ#Y;u)$+An@&P 72An@Ap< Ǐ&?Cu9_;Б$7"     ;Ӏ#Y;u7$+An 72AnAp< Ǐv$?nu9}_;P$ 7';Ӏ#Y;uD$+Anl7 72AnAp< ǏE?Gu9 _;Б$7-;Ӏ#Y;uQ$+An 72AnAp< Ǐ?Ęu9_<Iao2Jq 䀀$8pppppCӀY=x6%+An@& 72An@Ap< QI p2J? ؀$8CӀY=xC%+Anƀ 72AnƀAp< 4Iŀr=2J~̀$80PPPPPCӀY=%xQ%+An#C 72AnAp< #cWJs2J!$8ҰҰҰҰҰDӀY=+x^%+Anީ 72AnAp< )JIu]2J%8@     D'ӀY=2xk%+An@} 72An@Ap< /ςJuv2K:!%8 ӀӀӀӀӀDFӀY=8xw%+Anǀ(Q 72AnǀAp< 6RCJx}2Kx% 8DuӀY=@x%+An77 72AnAp< KM2La `%8pE#ӀY=ax%+AnE 72AnAp< ^;K 2L"T%#8PpppppEBӀY=gx%+An@ 72An@Ap< dLXm2M.a$H%'80ЀЀЀЀЀEbӀY=mx%+AnɀG 72AnɀAp< kXL32Ml&<%+8`@@@@@EӀY=tx%+Anw 72AnAp< qqLaA2Ma(0%/8@נננננEӀY=zx%+An"ܱ 72AnAp< x PL2M*$%38     EӀY=y%+An@T 72An@Ap< ~WLg2N(,%78؀؀؀؀؀EӀY=y%+Anʀ=\ 72AnʀAp< Ä L橀=ANg. %;8FӀY=y!%+An 72AnAp< ÊMAN0%?8PPPPPF1ӀY=y.%+An 72AnAp< Ñ!8M?=]AN!1%C9`ЀЀЀЀF^ӀY=y;%+An@!; 72An@Ap< ×]yMk}AO"3菀%G9 0ЀЀ000Ѐ0ЀFӀY=yH%+Anˀ 72AnˀAp< ÝWMu}AOa!5܏%K9pڐЀЀڐڐڐЀڐЀFӀY=yU%+An 72AnAp< ãPMm AO7Џ%O9PЀЀЀЀFӀY=yb%+An 72AnAp< êMAO!9ď%S9`ЀЀ```Ѐ`ЀFӀY=yo%+An@ 72An@Ap< ðONp-APђ;%W9#ЀЀЀЀЀG ӀY=y|%+Aǹ#D= 72AǹAp< ö NG݀AP[Q=%[9* @@@@@G-ӀY=y%+AnR 72AnAp< ü6Ns߀MAPђ?%_90ܠܠܠܠܠGLӀY=y%+An~ 72AnAp< }NAPQA%c95GlӀY=y%+An@ 72An@Ap< +)NmAQђC%g9<pppppGӀY=y%+Aǹ 72AǹAp< gNAQUqE|%k9BGӀY=y%+An!$J 72AnAp< ՠO$AQGp%o9HPPPPPGӀY=y%+AnԀ 72AnAp< bOO܀AQqId%s9NްްްްްGӀY=y%+An@ 72An@Ap< O|:ARKX%w9TpHӀY=y%+An΀G 72An΀Ap< FO =AROML%{9[0ߐ ߐߐߐ ߐ HIӀY=y%+Anm 72AnAp< |ȂOHARO@%9a   HhӀY=y%+An$ 72AnAp< AP]AȒQ4%9g@` ``` ` HӀY>z %+Anۀ& 72AnۀAp< /3uUX{ގ}n_2wˀ&K:p   OiӀY?Q|            '+An 72AnAp< /9X{ގ n_pˀ&O:Pp ppp p OӀY?W|            '+An! 72AnAp< /@LY {ގn_wˀ&S:0Ѐ ЀЀЀ Ѐ OӀY?]|            '+An@@ 72An@Ap< 6F?YO{ގ-n_ˀ&W:`@ @@@ @ OӀY?d|            '+An܀% 72An܀Ap< 6LY}q{ގn`,wˀ&[:@   OӀY?j|            '+An( 72AnAp< 6S2Yb{ގMn`kˀ&_:     PӀY?r|            '+An"Y 72AnAp< 6YoYo{ގn`Ԁ&c:   P6ӀY?x|            '+An@$ 72An@Ap< 6_ɂZL{ޏmn`ڀ&g:   PVӀY?~|            '+An݀ 72An݀Ap< 6eGZ1{ޏna&|ڀ&k:P PPP P PwӀY?|            '+An$w 72AnAp< >l3Z]ր{ޏnae7pڀ&o:` Ѐ Ѐ Ѐ ЀPӀY?}             '+An)N 72AnAp< >r.3Zh{ޏqadڀ&s:֐0 Ѐ Ѐ000 Ѐ0 ЀPӀY?}            '+An@#Z 72An@Ap< >xTZ{ޏ}a7Xڀ&w:p Ѐ Ѐ Ѐ ЀPӀY?}%            '+Anހ#l 72AnހAp< >~;Z1{ޏ=}b Lڀ&{:P Ѐ Ѐ Ѐ ЀQӀY?}2            '+An 3 72AnAp< >ń[ \{ޏ }b_7@ڀ&:耀` Ѐ Ѐ``` Ѐ` ЀQ%ӀY?}?            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TJӀY@>~j'+An%8 72AnAp< |[_N{ޏ/Mh;В &߀;{ @! ! @@@! @! TjӀY@D~w'+An! 72AnAp< |["_{{ޏ0݌hzp&　;!0!0!0!0TӀY@L~'+An@%} 72An@Ap< |[).D_܀{ޏ2mh&瀀; !0!0   !0 !0TӀY@R~'+An)s 72AnAp< |[/Yz_ {ޏ3hp&뀀;!0!0!0!0TӀY@Y~'+XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 552 / width of table in bytes NAXIS2 = 250 / 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 = 426679321.81162 TSTOP = 426698121.8117 DATE-OBS= '2014-07-10T10:01:58' DATE-END= '2014-07-10T15:15:18' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -12.2465400000000 / [s] UTCF at TSTART TELAPSE = 18800.0000799894 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 545 OBS_ID = '00603954000' / Observation ID TARG_ID = 603954 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 41.0439254127796 / [deg] RA pointing DEC_PNT = 35.515173388502 / [deg] Dec pointing PA_PNT = 82.6075106590359 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB140710a' / Object name RA_OBJ = 41.0676667 / [deg] R.A. Object DEC_OBJ = 35.4993889 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.16.04 ' / Processing script version SEQPNUM = 10 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2014-07-20T07:58:37' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'maAmnY3kma9kmY9k' / HDU checksum updated 2014-07-20T08:46:57 DATASUM = '3971000242' / data unit checksum updated 2014-07-20T07:58:37 HISTORY TASK: FAPPND on FILENAME: sw00603954000b221x001.hk[1] HISTORY fappend3.0a at 2014-07-20T07:58:42 TRIGTIME= 426680212.288 / [s] MET TRIGger Time for Automatic Target ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat END AnTv´ԴߴʴӴAnATAniy*AnTJJJJJJJJJJJJJJJJ(>*An˒<R>$/   # AnTP(f(R&8"C".%7An 3dP1111116213111511111111111111131111111111111111221311AnǤ}UUEEEEEEEEESEEEEeEEEEEEEEEEEEEEEGEEEEEGEOEGEEEEEEEEEEEEGpEEEEEGEEEEEFFKEEEEEEEGEEKEEHFIIEEKKEEEEEEEEEEEEEEEEEEEGEEEEEEOEEEEEEEEEEEEEEEEEEEEEEEEGFFFFEE[EJFEEEEEEEEEEEEEEEEEEEKEEEEEGEEEGEGGEIEEEEEEEEERdEEEEEEJFEGEEEIEEEEEEEEEEEEEEEGEEEEEEEEEEEEEEEEFFEGEEAnTiiYYYYYYYYYgYYYYyYYYYYYYYYYYYYYY[YYYYY[YcY[YYYYYYYYYYYY[YYYYY[YYYYYZZ_YYYYYYY[YY_YY\Z]]YY__YYYYYYYYYYYYYYYYYYY[YYYYYYcYYYYYYYYYYYYYYYYYYYYYYYY[ZZZZYYoY^ZYYYYYYYYYYYYYYYYYYY_YYYYY[YYY[Y[[Y]YYYYYYYYYfxYYYYYY^ZY[YYY]YYYYYYYYYYYYYYY[YYYYYYYYYYYYYYYYZZY[YYAnvu/}}mmmmmmmmm{mmmmmmmmmmmmmmmmmmmommmmmomwmommmmmmmmmmmmommmmmommmmmnnsmmmmmmmommsmmpnqqmmssmmmmmmmmmmmmmmmmmmmommmmmmwmmmmmmmmmmmmmmmmmmmmmmmmonnnnmmmrnmmmmmmmmmmmmmmmmmmmsmmmmmommmomoomqmmmmmmmmmzmmmmmmrnmommmqmmmmmmmmmmmmmmmommmmmmmmmmmmmmmmnnmommAn!OOOOOOOOOOOOOOOOCϑAnIRWͥϕAnq4y񷷷ŷ׷ⷷͷַAnѸg AnyHHHHHHHHHHHHHHHH- AnK+A- An!W?UA'    2               &     An9cS+i+U);%F!!!!%1 !(: AnaTo筭ͭحí̭AnAnǤ #AnTFFFFFFFFFFFFFFFF/E1" An󂂂CYE  +  6       !    *   An)ǤW/m/Y-?!!)!!J! %!%" ##%%!)! 5$ %!!!!#,>$ !#! !AnQǤkCCm333333333A3333S33333333333333353333353=353333333333335^3333353333344933333335339336477339933333333333333333335333333=3333333333333333333333335444433I38433333333333333333339333335333535537333333333@R3333338435333733333333333333353333333333333333443533AnyC6666666666666666 WWGGGGGGGGGUGGGGgGGGGGGGGGGGGGGGIGGGGGIGQGIGGGGGGGGGGGGIrGGGGGIGGGGGHHMGGGGGGGIGGMGGJHKKGGMMGGGGGGGGGGGGGGGGGGGIGGGGGGQGGGGGGGGGGGGGGGGGGGGGGGGIHHHHGG]GLHGGGGGGGGGGGGGGGGGGGMGGGGGIGGGIGIIGKGGGGGGGGGTfGGGGGGLHGIGGGKGGGGGGGGGGGGGGGIGGGGGGGGGGGGGGGGHHGIGGAnrrrrrrrrrrrrrrrrkk[[[[[[[[[i[[[[{[[[[[[[[[[[[[[[][[[[[][e[][[[[[[[[[[[[][[[[[][[[[[\\a[[[[[[[][[a[[^\__[[aa[[[[[[[[[[[[[[[[[[[][[[[[[e[[[[[[[[[[[[[[[[[[[[[[[[]\\\\[[q[`\[[[[[[[[[[[[[[[[[[[a[[[[[][[[][]][_[[[[[[[[[hz[[[[[[`\[][[[_[[[[[[[[[[[[[[[][[[[[[[[[[[[[[[[\\[][[An1ooooooooo}oooooooooooooooooooqoooooqoyoqooooooooooooqoooooqoooooppuoooooooqoouoorpssoouuoooooooooooooooooooqooooooyooooooooooooooooooooooooqppppoootpooooooooooooooooooouoooooqoooqoqqosooooooooo|ooooootpoqooosoooooooooooooooqooooooooooooooooppoqooAnEEѓAnǤ////////////////gݵߥťХĥAnAkkkkkkkkkkkkkkkk{󹹹ǹٹù乹ùϹعAniCAn˒/ An˒-C/ AnFTTTTTTTTTTTTTTTT?UA'    2               &     An ꖖT,j,V*<&G"" ""&2!" );! 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