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: sw00558271000b21ax001.hk[0] TSTART = 392981396.15486 TSTOP = 393012794.46152 DATE-OBS= '2013-06-15T09:29:53' DATE-END= '2013-06-15T18:13:11' PROCVER = '3.15.06 ' / 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 = '00558271000' / Observation ID SEQPNUM = 9 / Number of times the dataset processed TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART CHECKSUM= 'Z6dci6baZ6baf6ba' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = ' 0' / data unit checksum updated 2013-06-25T11:34:37 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 = 56 / 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 = 392982182.79222 TSTOP = 393012579.22216 DATE-OBS= '2013-06-15T09:42:59' DATE-END= '2013-06-15T18:09:36' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6767000000000 / [s] UTCF at TSTART TELAPSE = 30396.4299399853 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 291 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:52' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '9blMAZlJ4alJ9YlJ' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '2509933292' / data unit checksum updated 2013-06-25T08:41:52 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: sw00558271000b123x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:03 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END Aln Ȁ\\\targ/nram/scripts/onslewmc.gz Aln c ʀ\ONSLEWMC Alni ΀\\\ONSLEWMC Alo_,| Ȁ\\\targ/nram/scripts/onslewmc.gz Alo`!΀ ʀ\ONBURQ20 Alob ʀ\ONSLEWMC Alo~s9 ΀\\\ONSLEWMC Alq(v./src/di_scheduler.cpp:faultNOSURVEYFREEAls  ΀\\\ONBURQ20 Al螉" Ȁ\\\targ/nram/scripts/onslewmc.gz Al_ ʀ\ONSLEWMC Al׀ ΀\\\ONSLEWMC Alu%x./src/infoatmet.cpp:faultMETINFO AlRy./src/infoatmet.cpp:faultMETINFO AlϠI Ȁ\\\targ/nram/scripts/onslewmc.gz Al/ ʀ\ONFALS3 Al* ΀\\\ONFALS3 Alpپ Ȁ\\\targ/nram/scripts/onfals3.gz Alq ހ ʀ\ONSLEWMC Al# ΀\\\ONSLEWMC AlF  Ȁ\\\targ/nram/scripts/onslewmc.gz AlFHUڀ ʀ\ONFALS3 AlKWd ΀\\\ONFALS3 Al Ȁ\\\targ/norm/scripts/onsaa.gz Al ʀ\ONSLEWMC Al=8\A~./src/sciencedata.cpp:faultDUMP AlC ΀\\\ONSLEWMC Al Ȁ\\\targ/nram/scripts/onslewmc.gz Al̀ ʀ\ONFALS3 Alz: ΀\\\ONFALS3 AlR׀ Ȁ\\\targ/nram/scripts/onfals3.gz Al ʀ\ONFALS3 Alpe ΀\\\ONFALS3 Al}K Ȁ\\\targ/nram/scripts/onfals10.gz Al} ʀ\ONSLEWMC AlƏ ΀\\\ONSLEWMC Alƣ)* Ȁ\\\targ/nram/scripts/onslewmc.gz AlƣQ) ΀\\\ONSAA Alƣ\z ܀\ONSAA Al| Ȁ\\\targ/nram/scripts/onfals10.gz Al" ʀ\ONSLEWMC Al% ΀\\\ONSLEWMC Alc 3 Ȁ\\\targ/nram/scripts/onslewmc.gz AlcHF ΀\\\ONSAA AlcS ܀\ONSAA Al 9 Ȁ\\\targ/norm/scripts/onsaa.gz AlCF ʀ\ONFALS3 Al#7ڥ ΀\\\ONFALS3 Alg6p./src/brinterface.cpp:faultIMAGELOSS Alla7p./src/brinterface.cpp:faultIMAGELOSS Al (x Ȁ\\\targ/nram/scripts/onfals3.gz Al= ʀ\ONFALS3 Al]` ΀\\\ONFALS3 Al^q Ȁ\\\targ/nram/scripts/onfals3.gz Al_9a= ʀ\ONFALS3 Alc8z ΀\\\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 = 28 / 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 = 392982183.68638 TSTOP = 393010442.11806 DATE-OBS= '2013-06-15T09:43:00' DATE-END= '2013-06-15T17:33:59' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6767000000000 / [s] UTCF at TSTART TELAPSE = 28258.4316799641 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 293 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:52' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '9oriBooh9oohAooh' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '3473278567' / data unit checksum updated 2013-06-25T08:41:52 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: sw00558271000b125x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:03 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END Aln$pstarg/nram/tables/brsrctbl.gzo targ/nram/tables/brsrctbl.gzo targ/mode/tables/brsrctbl.gzo AlnɀԀtarg/nram/preboot.lng targ/nram/preboot.lng targ/mode/tables/tglngtbl.gzo Aln"iY ptarg/nram/preboot.sht targ/nram/preboot.sht targ/mode/tables/tgshttbl.gzo AlnL! 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targ/nram/preboot.vet targ/nram/preboot.vet targ/mode/tables/tgvettbl.gzo AleT$pstarg/nram/tables/brsrctbl.gzo targ/nram/tables/brsrctbl.gzo targ/mode/tables/brsrctbl.gzo AlJɀԀtarg/nram/preboot.lng targ/nram/preboot.lng targ/mode/tables/tglngtbl.gzo AlN0 ptarg/nram/preboot.sht targ/nram/preboot.sht targ/mode/tables/tgshttbl.gzo Al%P ! targ/nram/preboot.vet targ/nram/preboot.vet targ/mode/tables/tgvettbl.gzo Al~l$$pstarg/nram/tables/brsrctbl.gzo targ/nram/tables/brsrctbl.gzo targ/mode/tables/brsrctbl.gzo Alƀ7 ɀԀtarg/nram/preboot.lng targ/nram/preboot.lng targ/mode/tables/tglngtbl.gzo AlƁ ptarg/nram/preboot.sht targ/nram/preboot.sht targ/mode/tables/tgshttbl.gzo AlƃI! targ/nram/preboot.vet targ/nram/preboot.vet targ/mode/tables/tgvettbl.gzo AlN$pstarg/nram/tables/brsrctbl.gzo targ/nram/tables/brsrctbl.gzo targ/mode/tables/brsrctbl.gzo AlrUɀԀtarg/nram/preboot.lng targ/nram/preboot.lng targ/mode/tables/tglngtbl.gzo Al#g ptarg/nram/preboot.sht targ/nram/preboot.sht targ/mode/tables/tgshttbl.gzo Al 9.! targ/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 = 22749 / 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 = 392981396.15486 TSTOP = 393012794.46152 DATE-OBS= '2013-06-15T09:29:53' DATE-END= '2013-06-15T18:13:11' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31398.3066599965 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 297 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:52' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'D79fG58eD58eD58e' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '3808025146' / data unit checksum updated 2013-06-25T08:41:52 HISTORY TASK: FAPPND on FILENAME: sw00558271000b129x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:03 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END Alk'Alk(5Alk*SAlk+Alk,ǏAlk.GAlk/QAlk0AlkAlk1Alkr@AlkKAlk?Alk3pAlksAlkıAlkIAlk4eAlktAlkAlkUAlk5 Alk7Alk8zAlk9Alk:EAlk=Alk AlkAlk?AlkAlkAAlk AlkBdAlk^tAlkCWAlkAlkDAlkUAlkFAlkMAlkzAlkNΚAlkAlkPSAlkbAlkYvAlk6AlkTAlkDAlkAlk?Alk oAlk!Alk"Alk$FtAlk%Alk&BAlk(Alk)P3Alk*hAlk,yAlk-IRAlk.Alk/ǤAlk1 \Alk2kAlk3Alk4UAlk6@dAlk7AAlk8#Alk>Alk::AlkF5Alk> NAlkzAlk?rAll;v`AlljAll>B0All?All?CRAll@xBAll@DAllAAllAH},AllB nYAllBIMAllC LAllCLLYAllD mAllDL:AllE :AllEMAllF4AllFNAllG'AllGOrAllHAllHQ?AllIAllIRrAllJAllKAllLAllL[ AllMAllNAllO#AllP yAllP`AllQ"AllR"AllS$0+AllT%nAllU&8AllV'UAllW)IAllX*ENAllY,AllZ,All[.gAll\/kAll]0All^4All_5All`6БAll`o*All`Alla8AllaxQAllaAllb97LAllbyAllc:Allc{)_AllcySAlld;'Alld$Alle=yAlle3Allf>0Allf~AllfƽAllf.IAllg?\)AllgTAllgRAllhpAllh@AlliAlliB8AlljAlljC*Allk:AllkD*AlllAlllHB1Allm rGAllmIzAlln 2AllnJ@Allo AlloL:Allp ,|AllpMgwAllqRAllqNHAllr9AllssAlltAlltZ\AlluCAllvvKAllwAllx Allx_QAlly eAllz!All{"All|$!All}%!WAll~&All'All(ƓAll*\All+_All,All-All.MAll0yAll1All2All4DAll5hAll6All7 All9QAll:t~AllJ#All;AllAll=;AllՑAll>All"}All?oAllZqAll@AllAllAXAllLAllZAllC>All-AllDzAllAllHF All 9AllIAll AllJAll .AllL4All }AllMnAll[BAllNuAllAllOρAll]AllQ AllAll$AllYAll_All4All AllZ6AllAll(AllAllSAllAll4All ĜAll`bAllVAll$JAll!AllaAll#33AllbAll$)All%*All&All'PAll(All*All+mAll,UAll-All/WAll0xAll1VAll2All4All5[All6All8All9Y`All:kQAllGAll<0AllAll=gwAllՑAll>AllbAll?AllVAll@>Allt?AllB4AllAllCCAllAllDAllAllH.All +AllIAll AllJAll 6AllLAll AllMR~AllȍAllAllLAllNAllAllOCAlloAllQAllAllRdAllAllXƓAllAllAllT7AllAllAll All!7All"nAll$(NAll%&All&All'ZAll)"SAll*82All+ySAll,All-All/All0AllAllSzAll1!AllqAll;yAll2All4All5All6AllAll8:TAllxFAll渼AllAll9ZAllzAll:AllzjAll@AllPAllAllAll= All0All> GAll.IAll?ZAllSAllNAllAllXAllVJAllAllׂAllpzAllWAllAllYAlltAllBFAllAllAll'All All!:All#33All$iAll%All&All(5AllhYAll)jjAll*All,Alm-M@Alm.Alm/CAlm1&Alm2h Alm3Alm4HAlm6OAlm?Alm +AAlm MAlm Alm NSeAlm AAlm tAlm SAlm oAlm VAlma=AlmX{AlmjAlmAlmAlmKAlmAlm~Alm Alm#33Alm# Alm$YAlm& Alm'qAlm(kAlm)Alm+UAlm,:Alm-Alm .Alm oG0Alm Alm ԿAlm!0Alm!pfAlm*;=Alm*AAlm+ۡAlm?DAlm@lLAlm@_AAlmA~=AlmB AlmC"AlmD#AlmE$AlmF%AlmG'jAlmH(TAlmI)'AlmJ*@AlmK,,AlmL-AlmM.%AlmN0#dAlmO1;AlmP2~RAlmQ3AlmR4AlmS6L0AlmT7AlmU9RAlmV:AlmVc AlmW;RAlmWAlmX<$AlmX=AlmY=AlmYAlmZ?DAlm[yAlm[@nAlm\ZAlm\AAlm]Alm]CAlm^IAlm^DR?Alm_Alm_H"Alm` Alm`IoAlm`Alm` Alma xlAlmaJAlmaAlmb AlmbK Almc *AlmcM'=Almd AlmdN`AlmeRAlmeO9AlmfAlmfU2Almf-AlmfZAlmg4AlmgT֡AlmgAlmhsAlmhXAlmiAlmj;AlmkAlmlEcAlmmrAlmm_?SAlmnQAlmo Almp#1Almq#fAlmr$Alms%Almt' Almu(MAlmv)eAlmw*Almx,#Almy-UAlmz.Alm{0uAlm|1=2Alm}2 Alm~3aAlm52Alm6WAlm7Alm9RAlm:'(AlmCAlm;`kAlmAlm<ؙAlmAlm>_AlmAlm?KAlmU2Alm@Almy}AlmA`AlmlAlmC=Alm:AlmDyAlmNAlmHCAlm IAlmIJAlm 1AlmJɰAlmˣDAlm 8AlmLLYAlmAlmVAlm(AlmVnDAlmAlmAlmSAlm 2Alm[SPAlmAlmAlm Alm Alm!zAlm#oAlm#>Alm$Alm&Alm'Alm)AlmrAlmv6Alm)AlmjAlmAlm+6zAlm,pAlm-޾Alm/zNAlmԿAlm0FAlm1Alm5HAlm6oAlmvAlmOAlm[AlmKAlmAlmʛAlm AlmRAlmϖAlm AlmlAlmSAlm@AlmAlmY?AlmAlmCAlmtAlmAlmAlm Alm!=2Alm#0Alm#Alm% _Alm&CAlm'Alm(Alm*KAlm+_Alm,~(Alm-ćAlm.MAlm0{5Alm1Alm2Alm3 Alm5BAlm6Alm7ֶAlm9UqAlm:2AlmCAlm;aAlmAlmAlmAlm?fAlmY!Alm@AlmAlmAAlm AlmC&AlmUAlmDaAlmAlmH%[Alm AlmIv6Alm AlmJoAlmԋ Alm jAlmLAlm AlmMHAlm6AlmNEAlmAlmOõAlmAlmPAlm~RAlmRK4AlmAlmXCAlmںAlmYHAlmީAlm!Almw2AlmAlm_RAlm4Alm߹9AlmܜAlm`'RAlmxAlm! 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Al!`Al!!Al!Al"!Al"b@Al"iYAl"hAl#" Al$$4Al%%l Al&&Al&gNfAl'( Al()bAl(iAl(yAl)*Al)jAl)9Al)Al*,'Al*l!Al*,|Al*Al+->Al+mAl,.lLAl-/Al.0Al/2"Al03Al14Al263HAl37RTAl48\Al59Al6;:iAl6 Al7AAl9Al:@VAl;HAl;ASzAl<HAlAl>E!Al?&Al?FtAl@Al@G3AlAƓAlAHAlB WAlBJ!AlC cAlCK@AlD i/AlDLAlE -AlEMAAlF/AlFOAlGAlH1fAlHQZAlI AlIRAlJ"SAlJYDgAlKAlLKsAlMAlNAlO6&AlP AlP`݃AlQ!AlR#-AlS$aAlT%{AlU&ԀAlV(6eAlW)cAlX*AlY,!AlZ-FAl[.vAl\/Al\pAl]1mAl^2rAl_-Alh~UAlh*ZAlh|Ali?ρAlj8AljCHAlk;AlkXAllAllXK^AllAllAlmAlmYAln_AlnZAlo$AlpAlqAlrAls Alt"8Alu#VAlv$Alw%Alx(Aly(vAlz)Al{+CAl|,IAl}-3Al~.KAl0Al2Al2UAl4!Al5hAl6lAl8%[Al9QAl:BAlGAl<AlPHAl=AlSAl>gAl劾/Al!AlRXAlAlRekAlAlY0Al+Al"AlAl\Al-Al]DAlxAlq"Al?TAlAl@HAl%1AlB{AlI{AlCpAl;AlDAlޔAlHAl AlIAl AlKKsAl Al^JAl=AlrAl>mAl9Al@yAlAlA6Al&AlBzcAlwAlCZAlAlEAl)AlFAAlxAlGAl\hAlHAl ̸AlJAl 1mAlbAl?AlsAl@AlAlBAl Al Co~Al ȟAl Al!eAl!DAl!Al"!Al"HaAl# NAl#IAl$ Al$JjAl% Al%L@Al& }Al&MjAl&Al&=Al'VAl']Al'$Al'"hAl(Al(\XAl(Al(VmAl)Al)^+Al*Al+ oAl,"?Al-"bAl-fAl-ջAl.$;Al.dAl.Al.YAl/%qLAl0&̣Al0fAl1'!Al2)HVAl3*ENAl4,Al5,ؙAl6.?Al7/KAl80Al8&Al94Al9t֡Al93Al9}Al:5^Al:v&-XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 188 / width of table in bytes NAXIS2 = 963 / 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 = 392981400.09254 TSTOP = 393012785.0919 DATE-OBS= '2013-06-15T09:29:57' DATE-END= '2013-06-15T18:13:02' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31384.9993599653 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 304 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:52' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'ZRGQaP9PVPEPZP9P' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '857649546' / data unit checksum updated 2013-06-25T08:41:52 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: sw00558271000b130x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:04 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END Alkـ pҕxҊ hX{2##Alks pݾݾAXҀ{3&&Alk€] p\` Y){3&&Alk## p y, m xYJ{4((Alkse ph ÑYe{4,,All#ç p t t HY{4,,All p, , Y{4,,Alls+ p7`7T , Y€{4,,All.sm pBB LfY݀{500All=Ԁį pMtMt.΀Y{500AllL€ pY,Y,)Z{ 500All[s3 pdds tZ:{500Allju ppp$ (Zl{655Ally#ŷ p{{¤Z{ 655AllZ p4)t XlZ{&655All€; pw؀ ¼SZɀ{,655AllԀ} phhݖZ{3777All#ƿ p TI[{9799Alla pDDЀq[ {?799All#C p !ـ[A{E799AllԀDž pʻ, 4[\{L8;;Allǀ p  Ƙ[}{S9AAAlms  pF:x ɘ[{Y9AAAlm#K p4 ™_[{_9AAAlmȍ p ` `a[Ԁ{e9AAAlm-sπ p  ` <"[{l:FFAlm<€ p A 4 }\{r:FFAlmKaS p  }h \1{x:FFAlmZԀɕ p 8 @\L{~:FFAlmi#׀ p 0 0̛\m{;JJAlmx p t (\{;JJAlms[ p 7 + k\{;JJAlmsʝ p  p\ۀ{;JJAlmԀ߀ p = 1, ۝j\{<LLAlm#! p J Juŀ]{<RRAlm#c p it ^8 <x-]8{<RRAlma˥ p r f (]S{<RRAlms p y8 y8]t{<RRAlm#) p $  $v pK]{=WWAlmak p /y /nd x]{=WWAln#̭ p :cL :cL]ˀ{=WWAln€ p Eq Ef, v]{=WWAln,s1 p Pk( Pk(р^{?^^Aln;#s p [p@ [dT 9^({?aaAlnJ#͵ p fa fUԀ b^C{?aaAlnYa p qT qT^d{?aaAlnh#9 p |O |E W^{@eeAlnws{ p > 2H <΂^{@eeAlnν p  b^{@eeAlnԀ p  | ^܀{@eeAlnsA p  Ԁ ݀^{ AggAln#σ p { p =E_{CooAlnŀ p 6 * _5{CppAlnP p P PL_V{$DrrAlnsI p 0 $$ |H_{*DrrAlnЋ p  L  _{0DrrAlǹ p  }h_Ā{6DrrAlo  p $ @ϜЀ_{<DrrAlosQ p x  +`{BDrrAlo+#ѓ p   HH`!{HDrrAlo:Հ p   `<{NDrrAloI# p ' '9V`]{TDrrAloXsY p 3 3 6`x{ZDrrAlogқ p ? ?Ѐΐ`{fFzzAlov#݀ p K KPt`{lFzzAloa p W WH ̙܀`Հ{rFzzAlosa p c2 c27`{xFzzAloӣ p nR nG L:a{~FzzAlo# p x| x {a,{FzzAlo#' p J< ? :baM{FzzAlosi p < ah{G||Alosԫ p   %a{G||Alos p 3 3܌a{G||AloԀ/ p  \p$a܀{G||Alp €q p  @ a{G||Alpaճ p ,L ,L:b{G||Alp*€ p y n< 3Bb3{G||Alp9s7 p @ @bT{G||AlpHy p   bo{G||AlpW#ֻ p y n܀ @mb{G||Alpfa p ` `Ȁb{G||Alpu#? p   h0b̀{G||Alpsׁ p V K$ \xb{G||AlpsÀ p  c{G||Alps p h < ,Nc#{G||AlpaG p ) )cD{G||Alps؉ p 3C 38x d c_{G||Alp€ˀ p =b =W yc{G||Alps  p Go4 Go4pԀc{G||AlpԀO p Q0 Qh a<c{G||Alp€ّ p [ [d hjc׀{ HAlq sӀ p e eԀc{HAlqŀ p o oP Zd{HAlq)€W p y y €d4{HAlq8€ڙ p D  `dO{&IAlqGsۀ p 4  @d{,IAlqV€ p    d{2IAlqe#_ p (  ͖dÀ{8IAlqtۡ p ` `2߀dހ{?JAlq# p )X )X-Gd{EJAlqa% p 0 % e{KJAlqg p 5 + / e;{QJAlq#ܩ p > 4x X6eeV{WJAlqs p K$ ? <̀ew{^KAlqa- p G@ G@™(e{dKAlqso p i _d te{jKAlqsݱ p lH al e΀{pKAlqa pkSe{xMAlr #5 pv hDf {~MAlrsw p\f+{MAlr(޹ p%%qfF{MAlr7s p/(/(ـfg{NAlrF€= p994f{NAlrUŀ pDD 2؀f{NAlrds pNNЀ 3fՀ{NAlrs# pX`X`f{OAlr€E pb$bD ag{OAlr pllܞ^g2{OAlrsɀ pw w$ l񞹀gM{OAlr#  p' }!gn{OAlrM p++Ā|g{PAlrsᏀ pY@N Tџg{PAlrԀр pa?gŀ{PAlr pkkg{PAlrU pip_T h{QAls #◀ p~sĀ 4jh"{QAlsـ pLj} xTŀh={QAls's pѝpѓ pT-h^{QAls6] pۗۗWhy{RAlsEa㟀 p<L Ȃh{SAlsTs pﵰp @Kh{SAlsck# p%hր{SAlsrԀe p xFJi{TAlsa䧀 pH i){TAlss p iD{!TAls€+ p""D (uie{'TAlsm p,,˅Ѐi{-TAls#寀 p66ݰ D8i{4UAls€ p@0@Ҭ i{:UAlss3 pJJ䌀׆i݀{@UAls#u pTTd \Vi{FUAlsԀ淀 p__h j{MVAltԀ phhj4{SVAlt; pss X XjU{YVAlt&€} p}$}$ň܀jp{_VAlt5Ԁ翀 p3@' T‰Dj{fWAltDԀ p+X | j{lWAltSsC p33tj̀{rWAltb腀 pdH 3 `{AlQ#0 p H $ ? '{Al`0̀ p H ͽ ؜hB{Alo€1 p }(H }(hЀc{Al~a1Q p !H  +~{Al1 p H X {Ala1Հ p hH h{AlԀ2 p H  Vۀ{Als2Y p LH ( ${Al€2 p ZTH N '{Al#2݀ p "H "ŀ d؟t2{Al#3 p -opH -op܀S{Al€3a p 7H 78 7n{Al€3 p B}8H Br {AlԀ3 p LH L€{Al#므4' p W@H Wu $Zbˀ{Al24i p b8H b X{AlAԀ4 p mJH m? ,}a{AlP#4 p wH w 9{Al_a5/ p DH D$Z{ Aln#5q p x|H m u{Al}s5 p ,H € փ{Ala5 p #HH #HB{Als67 p H ܀ bҀ{%Al€6y p ٔH ٔ{-Al6 p 4dH 4dÅm{4AlԀ6 p ~8H r HpȀ){<Al#7? p H ⠀`0J{DAlԀ7 p .xH $ pe{J!!Als7À p }TH q p{P!!Als8 p H 󻜀N{V!!Al#8G p @H  Dć€{]##Al"#8 p 6H * G݀{c''Al1s8ˀ p p$H p$y{i''Al@#9  p H  Ԁ{o''AlO#9O p &lH &l<:{u''Al^Ԁ9 p 14H 1T ؇Ӏl{|--Alma9Ӏ p <H < ;{--Al|€: p F*@H F*@{--AlԀ:W p PRH PH ɀ{--Al: p ZdH ZY Y{44Al#:ۀ p ddH dd{77Al#; p nPH n 8M {77Al;_ p xH x؀tA{77AlԀ; p H ` q߀\{99AlԀ; p H Ȁ G}{<<Al#<% p H Ѐ}{<<AlԀ>Al!#< p 4H 4Ѐg̀{BBAl0A=- p AH 5 4Z({BBAl?a=o p RH R 1{BBAlNԀ= p cH X bL{BBAl]s= p vHH l ,Sm{JJAll#>5 p t(H t({JJAl{€>w p HH tĀ {JJAls> p YH OL P葭ۀ{JJAls> pcHc0{PPAla?= pdHY< p{PPAl€? puHj ؀8{ PPAlP? p$ H$wh E3S{PPAl#@ p.TH.Ā Ht{RRAl€@E p8`H8`'{ YYAla@ pBHBp ^{&YYAl#@ɀ pLHL \ꔹˀ{,YYAlԀA  pVHV!{2YYAl sAM p`H`| @̕|{9]]Al/sA pj|HjX $4({?]]Al>ԀAр pt՘Htˈ T?C{E]]AlMsB p~H~Ϡ Ld{K]]Al\BU pH{RccAlk€B pHڤ 0j{XccAlzsBـ pH `ŀ{^ccAlC pHԀ-܀{dccAlsC] pH {kggAlԀC pPH {ullAlsC pHt t`L{{llAlԀD# pH Xm{llAl€De p)H)P{nnAl#D pHHH=@ x{rrAlsD pOPHOPĀ{rrAl€E+ pfHf/{{rrAl#Em pHw| dۛր{rrAlE p xH x>!{{{Al.ԀE pTHTԜ<{}}Al=ԀF3 p H (ӝ]{}}AlLaFu p*<H*<ȝ\x{}}Al[ԀF p4,H4\ yĀ{Alj#F p>8H>h {AlyG; pHHH\Հ{Al#G} pRHRԀ {Al#G p\H\ HϟJ{AlH pfHf$,{Al€HC ppHp̀ 4 M{Al€H pzHzT 8\hh{AlHǀ pH Ѐ{AlI  ps`Hh Ձg{AlԀIK pxHxĀπ܀{Al3ƀI p|Hs R*{Al€Iπ pH{ AlJ pyHyc3{Al-#JS pH xUT{Al<€J p˙H˙wo{AlKԀJ׀ pծ4Hդ $G{$AlZK pߚ`Hߏd s{,Ali#K[ pHԀۀ̀{2AlxsK p  6{8AlaK߀ p  Ѐ{>AlsL! p  ̀#{EAlԀLc p 0 ̀ daD{KAlaL p  _{QAl#L p   ${WAl€M) p  p @{^AlaMk p ɯ( ɯ({dAlԀM p Ӳ ӨĀ )B׀{jAlM p P ݼt L{pAlsN1 p 螐 螐ӉA*{vAlNs p  x K{}Al,N p P f{Aly; p N| B σ: {FAl#} p | t({LAl p | l 5I{RAl# p @| T DXd{XAlaC p 0| 0{^AlԀ p | {dAlaǀ p | @ {jAlԀ  p | 鸀ހ܀{pAlaK p L| @ t|F{vAls p | x `n{|AlԀπ p | i 9{Als p | $ Fk{Al-sS p `| `{Al< p $l|  c{AlK׀ p F| ;L pˀȀ{AlZ# p 'S| 'S@&{AliԀ[ p 2| 2{` <{Alxa p =| =p{AlԀ߀ p H| H tQ@{Als! p S| SX Xu[{Alc p ^Ш| ^Ш|{Al p it| i( Ldo{Als p tT| t p׀{Al) p ,| ,"2Ӏ{Al#k p | Ā {Al# p <| p 0{Al p | 錀 p]0{AlԀ1 p $| <*K{Al#s p X| X l{Al,s p | {{Al; p | 0p{AlJ#9 p ؎| ؎4zڀ{AlYs{ p | xЀ {Alha p _,| _,={Alw# p Sh| H H7{AlԀA p  | D R{"AlA p | rhs{(Al#ŀ p ٸ| Ψ ؑÀ{.Al# p $| $< L4+{5AlaI p /r| /rʀ{;AlԀ p :Q8| :ED A{AAls̀ p D| D>Al#w pd|dT 3Ä{@@Al s pn]|n]ß{@@AlԀ pxT|xI H{@@Al(F= p6|+ Qۀ{@@Al7# p!l|!l{GGAlF p,| ׊{IIAlU p|가|8{IIAldԀE pL| Lp׀S{IIAlsԀ p| 8ߋ?t{NNAlsɀ pT|TՋď{NNAlŀ  pǒ\|LJT İ{NNAl M pr |h lŒ]ˀ{NNAls p[|2|)@}ŀ{RRAl#р pF|<@ ȍ {RRAls p'|'S({RRAl#U p|T C{RRAl p|P HKd{TTAl€ـ p T| TxŖ{VVAl # p|Ȁ !Jŷ{XXAl] p!{|!pT WҀ{ ZZAl'Ԁ p+X`|+X` {ZZAl6# p59@|5. Hh{ZZAlEa# p?)|?܀ Ѐ/{"ZZAlTse pIh|Ih+J{)__AlcԀ pS|R <tk{/__Alr p\|\ĀƆ{5__AlԀ+ pfh|fȀ VƧ{;__Alm pp|p 0H€{BccAla pz|z{IiiAlԀ p|x\ t{OiiAl#3 px|x܀{UiiAlu pT|T7:{\kkAlԀ pJ|@T h㔟[{bmmAl# p-,|-,Sv{hmmAl; p58|* bǗ{nmmAlD} p@| \ ;Dz{tmmAl# p|%Ӏ{{ qqAl& pԹH|Ԯ { qqAl5#C pު$|ޟ ?$&{ qqAlDŀ p~H|~HA{ qqAlSԀǀ p z| p 9b{!vvAlb#  p N| NB}{!vvAlqK p N|| D IȞ{!vvAl p +p| tȹ{!vvAlsπ p | )mڀ{"zzAls p D| dȀ{"zzAlsS p | ( p͚0{"zzAls p ǿ0| ǿ01{"zzAlA׀ p ѵ| ѫ +R{#||Al€ p \| \Nm{$AlԀ[ p s<| i ;Ɏ{$Al p C| 9 ɩ{$Als߀ p $D| $D?yʀ{$AlԀ! p | D RԀ{%Al%Ԁc p d| 0 4<{%Al4# p | Ԁ!{%AlC p $| 4B{%AlRs) p +4`| +*$ <pt{&Ala#e p 5| 5 ʕ{&AlpI p >| > 8>Yʰ{ &Al7݀ p H| H.р{&Al# p R| Rt x{'AlsU p \H| \x d {'AlԀ p fH| fH:߀({$'AlӀ p C CӠ p7ۀ{\Al# p T b5TD̚{^AlW p  {dAlsـ p>>@ X#{dAl pII \ pnD{eAl$#] pSS jɀ_{eAl3€ p^$^$1뀀{eAlBZ piiż Dĉ뛀{eAlQa# ptDtD6뼀{fAl`€e p{l{lO׀{fAlo pbW 4{fAl~s p#X#X{fAls+ pЀ]z4{gAlԀm pL( $?ՀO{gAl# pcc0=p{gAl# p4 YԀ좀{gAl3 pˏˏ͍<À{gAlԀu p##ހ{hAl# p̀ ${hAl p_P_PZ{hAls; p܀€;{ hAl} ptiT V{jAl#s p T T㏅w{jAl2Ԁ pw( 풀{jAlAԀC p崀 0H{%jAlPa p*b*Wd X-΀{,kAl_Ԁǀ p4״4؀ 8 {2kAln  p?:?/ hf {8kAl}aK pII/΀+{>kAls pS4S <)F{ElAlπ p^\^\Ȓg{KlAls phh {QlAlS pslrD (˓T{XmAls p}:|}:|ؓ{^mAlԀ׀ pĀ E߀{fmAls px ܔ{nmAl#[ po2{vnAl p3x(̀ qM{|nAl#߀ pxxؕـn{nAl"Ԁ! p, `4{nAl1ac pH L:婢{nAl@€ p  ŀ{oAlOԀ pQtF _{oAl^€) prg0 𗺀{oAlm€k p""{oAl|Ԁ p  h}={qAl€ p D Ā X^{qAl1 p t 鸀 @y{qAlԀs p  \ڙ{qAl# p  C{qAlԀ p   Ӛkր{sAl9 p  ؀ƀ{sAl€{ p d d9.{sAl p p P t-{sAl p d dN{tAl#A p  ݔ М{tAl!# p  L 9{tAl0€ŀ p $ $K{tAl?# p  P*P݀{uAlNI p ɘ  {uAl]€ p  Ȁ]v{uAll€̀ p ) ) Gр4{uAl{a p 3 3 9U{vAlԀQ p =, =` p{!vAl p G Gl {'vAlaՀ p Qox QoxɀW{-vAl# p [] [S8 ̀{3vAlsY p e; e0 {:wAl p o$ o$ {@wAlԀ݀ p y  xԀ ݀${FwAl# p 8 h EE{LwAlsa p  h|̂`{TyAl p  k{ZyAl # p  Ńc{`yAl/Ԁ' p  8 ˀ{fyAl>si p d Y pb{mz AlMs p S S2ʀ{sz Al\# p + %+{yz AlkԀ/ p # h 4NL{z Alz#q p  Ѐg{{Al p   sP{{AlԀ p t t{{AlԀ7 p  Ā{{Alay p vL lD {n߀{{Al# p n nր{|AlԀ p Wl Mp 1{|AlԀ ? p "Ht "=d 鈙<{|Al#  p ," ,"W{|Als À p 6 6H Th\x{}Ala  p ? ?錀{}Al# G p Id I@ ${}Al.€  p S S0 zπ{}Al=q ˀ p ] ]{~AlL€  p g|l gr X͋= {((Al[s O p qg8 q] 틥,{((Alj  p |  | K<^{((Aly Ӏ p  錤{((AlԀ  p  {..Al# W p x fg{..Al  p  ܀ (€ր{..Als ۀ p | |&*{ ..AlԀ  p R I( {33Al# _ p B 8d |23{33Al#  p  ЀݏHN{33Al€  p D Xo{"33Als% p  Ѐ {)77Al#g p ļ 躔 (s{/99Al p  p΀ƀ{599Al-s p ud udW6{;99Al<- p R@ G {B;;AlKso p 6 ,( X"#{H@@AlZa p  ̀T>{N@@AliԀ p # #ڠ _{T@@AlxԀ5 p - -D yz{Z@@Alaw p 7 7gx) {bIIAlԀ p B0 B& 0̀{hIIAlԀ p LT LTƔ~{nIIAl#= p U UЀ "ـ {tIIAls p _ _t `,A*{{NNAl# p i iE{NNAl# p sg s]T Ԗf{NNAl€E p }9| }/$ Xϖ_{NNAls p  Ā 0=ǀ{QQAluɀ p $  җ"{TTAl#  p x xހ{TTAl,ԀM p m cl {TTAl~M p r@ r@AY݀5{J??AlƍԀN+ p v v@EEV{P??AlƜ#Nm p y yALq{V??Alƫ#N p H, b"< O{\??AlƺsN p  \锪Ȁ{b??AlPO3 p / O,{h??AlOu p G R>_m{n??Al#O p ] 6&nՀ%{t??Al O p q ^2[E+0@{z??AlԀP; p  u<T+ca{??AlP} p 8P &D |{??Al##P p P A(|ߗ[{AAAl2Q p x {{AAAlAsQC p ¿ ¿ـ{AAAlPaQ p G  7ry{AAAl_aQǀ p ߂ 7xK4{EEAln#R  p e e&<0{EEAl}ԀRK p 8 *Ȁ ;Q{EEAlnj R p<Zl{EEAlǛPRπ p\N `g{GGAlǪԀS p## (€{JJAlǹ#SS p00Ԁ*ɀ{JJAlaS p>l= ݋{JJAlԀS׀ pKKݜ){JJAlT pX`X`.7{NNAlԀT[ pfe 0xX{NNAlaT prӀrӀGs{NNAl#T߀ p d({NNAl"sU! pTF # {RRAl1sUc p  žrЀ{RRAl@U p$ Ք̀{RRAlOsU p#T 05 { RRAl^sV) pП'{TTAlmaVk p( H{]]Al|€V p/" ΡSc{ ]]AlȋsV poo{&]]AlȚ4W1 p$~̀ X<{-__AlȩsWs p~{3aaAlȸsW p iـۀ{9aaAlԀW p /A{?aaAlX9 pw`w`{EaaAl#X{ p+c+X ʊ8{LeeAl#X p7l7 p ă_S{ReeAl#X pCpCpJ{XeeAlYA pOOw( ]^{^eeAl!sY p[4[(, h@ƀǀ{eiiAl0sYŀ pfǼfĀ !{kiiAl?€Z pre@rX {qiiAlNsZI p}}Ȁ{wiiAl]ԀZ peXY ?L?{~kkAll€Z̀ pƨ Z{nnAl{€[ p)){{nnAlɊԀ[Q pu4 `]j{nnAlə[ pҀ{nnAlɨa[Հ p  ^-Ҁ{xxAlɷs\ pdXT t爕{xxAls\Y p،|،|ۈ{xxAl܀\ p؜Ͱ ‰X/{xxAls\݀ pH踀 䉳J{~~Als] p %@ %@Њk{~~Ala]a p 7 * ͊v{~~Al#] p ?L ?L͊ހ{~~Al #] p K @p 9€{Al/^' p ' T t݀{Al>s^i p t t8{AlM#^ p /x $ xS6{Al\^ p d  Q{AlkԀ_/ p L  0Icr{AlzԀ_q p |  {Alʉa_ p < 뼀 5&{Alʘ€_ p L 4 2ɀ{Alʧ€`7 p D 0 Ɏ{Alʶ`y p D DPD{Als` p $a $V8 &{Als` p /0 /܀ TdA{AlԀa? p 9 9ʐob{"AlԀa p D Dh Rʀ}{(AlsaÀ p O^ O^2{.Alsb p Z  Z 쑍{4AlbG p d dڀ{;Al.€b p oS oSP{AAl=Ԁbˀ p z y܀ : {GAlLc  p  4  1{MAl[#cO p  $ i{TAljԀc p  4  {ZAlyacӀ p E : z {`Alˈsd p 4 yՀ {fAl˗ԀdW p ^D R = {lAl˦#d p 0 0 {sAl˵adۀ p _p Tx !{yAl€e p  ٸ LC[!8{Al#e_ p O< O<À!Y{Alae p 8 t P!t{Alse p B0 6 X!{Al€f% p  ^!{Al€fg p &  ,=I!р{Alsf p  ̘!{Al-Ԁf p "t "  " {Al<g- p -LL -A0 g"({AlKsgo p 7 7<π"I{AlZԀg p B A |*"d{Alig p Lb LbĀ"{Alx€h5 p V\ V\"{Al̇shw p a aڨ DǛ"؀{Al̖ah p l/ l/N"{Al̥Ԁh p vl vD (T#{Al̴si= p  ˌ P#/{Ali p ) )؝#P{Al#i p ` U +r#k{Alsj p ` p ̝ڀ#{AlsjE p | |o5#{Al#j p : / -#Ȁ{Alsjɀ p e eI#{ Al#k  p Ⱦ ȳ $>`${Al,ԀkM p   Y${Al;sk p < <#$@{AlJakр p wL l ~$[{"AlYԀl p  d$|{(Alh€lU p  uA${0Alwl p 3 ( 0${6Al͆slـ p _ _Ԁ$Ӏ{<Al͕Ԁm p 4  8l${BAlͤm] p $˔ $ ǀ%{IAlͳsm p /$ /$2k%G{OAlm p : h : ƀ%b{UAln# p D; D1 t.%{[Alsne p Na NaȀ%{bAl#n p X  XĀ \"%{hAlan p b\ b DeL%ڀ{nAl #o+ p l8 l⠀ %{tAl#om p w v$ &{{Al+so p * *܀?w&7{Al:Ԁo p @ 6 TҀ&R{AlIsp3 p _ T ,:&s{AlXԀpu p m m@&{Algp p  ` XJ&{Alv€p p   hIX&ʀ{Al΅#q; p Ő &{AlΔq} p @ Ɯ '{AlΣsq p P Po''{Alβ#r p 8 꼀 |ހ'B{AlrC p  DF'c{Al€r p  '~{Alsrǀ p  $ mE'{Alas  p0 |'р{Al#sK p*D` '{Al ss p$ \c( {Al€sπ p#%#%1ˀ(.{Al*Ԁt p-X-T &(I{Al9€tS p7&\7 H (j{AlHt pAA%({AlWԀt׀ pKK̀ !Q({Alfsu pUUЀ|({Alusu[ p__ \({ Alτsu phxh \o({Alϓ#u߀ prrĀ׀){AlϢv! p||` x2)9{Alϱsvc pЀ )Z{$Al + p X`h T`E`E1{Al€m pAhAALEL{Al+ pD h?@E#Em{Al:4 p- h- AL~E{AlIԀ3 p/h+FYE{AlX7u p h AQAEĀ{AlgԀ p#h#@EE{AlvԀ p'h'ALF{Al݅#; p+`h+`ElF!{Alݔ#} p.h.저ALǀF<{AlݣԀ p2 h2`E/F]{Alݲa p6`h6 @AYFx{AlԀC p:h:FfF{Ala p>h>ALMF{Alǀ pB hB EFՀ{Al  pFhFALF{AlԀK pJ hJ ExG{ Al  pN`hN`ALӀG,{&AlԀπ pSu`hSqEwGd{,Al*a pW^hW^AYҀG{2Al9ԀS p[] h[] E:G{8AlH p_J h_F ALG{>AlWԀ׀ pcHhcHEG܀{DAlf€ pjhj20VZG{JAlu#[ p hЀ€H{PAlބs ph'H4{VAlޓs߀ pkhTyHU{\Alޢ! plh똀S5Hp{bAlޱac ph H?HH{iAl pАhĀ(0H{oAl# ph#– H̀{uAl) p& hЖfH{{Alk p"h"ӌX m΀I {Al# p20h20p,ٗ)I${Al  pAVhAFȀIE{Al€1 pP$hP@PlI`{Al)#s p^Xh^pИTI{Al8Z pmhmxX I{AlGs p|ߠh|ߠڙSIԀ{AlV€9 pETh6DI{Ale#{ p}hm$J{Alta phqJ+{Al߃Ԁ pxhL,ـJL{AlߒsA pÛhÌț4Jg{Alߡ€} pр,h;J{Al߰ pQthAFJ{Al߿a pPh0xCeJƀ{ Al#1 p \ J{ Alm p E\ 6@ѝ(K{ Al p (\ DK{Al# p &d\ t tK>{Al Ԁ! p fd\ XH༞FKY{Al€] p ͭh\ ͭhKz{ Al(Ԁ p \\ XЀo K{Al7Հ p \ ߊqK{AlFs p \ p̀Kр{AlUԀM p $\ 8 .4K{#Ald p D\ DuL {*AlsԀŀ p J\ = ;3LE{1AlԀ p (\ (၎L`{7Al= p 5\ 5(L{=Alsy p B$\ B QL{CAls p NŔ\ ND6P₹L{K !!Al# p [L\ [? ՐL؀{Q !!Al- p g\ gt H՛|L{W !!Alsi p t\ tȃ׀M{] !!Al# p \ t ?M5{d!##Ala p \ L ᄚMP{k"++Al € p \ gMq{q"++AlԀY p bt\ U 9]M{w"++Al's• p 0\ Ѐ `ҐŀM{}"++Al6aр p \ H Є MȀ{#11AlEԀ  p H\ ` 7M{#11AlT#I p &\ &N{#11AlcÅ p Q \ DX 0KN%{#11Alrs p T\ Gp N@{$66Als p b\ bNa{$66Al#9 p Y|\ Lx ɼiN|{$66Al#u p +\ + N{$66Al#ı p \ Ԁ͉hNπ{%88AlԀ p *t\ * lՉЀN{%::Al) p 6\ 6܀+O {%::Al#e p B\ Bx ӊO,{%::Al#š p NTd\ NGX OG{&<<Al݀ p ZL\ ZLɅVOh{&>>Al# p e\ e @O{&>>Al€U p q\ qL lpO{&>>Al&Ƒ p }8\ }8όtO{&>>Al5Ԁ̀ p L\ X,܀O{(EEAlDԀ  p \ ƍ7O{(GGAlSaE p D@\ 8l iP{(GGAlbԀǁ p \ ͠ (rP7{(GGAlq#ǽ p {8\ {8bPX{)KKAl p \  Ps{)KKAlԀ5 p Υ(\ Θ 4,%P{)KKAl#q p !x\ !xP{)KKAlaȭ p \ 嬔 d#PЀ{!*MMAl# p &\  CP{'*OOAl#% p \ t~Q#{-*OOAla p D\  uBQ>{3*OOAlԀɝ p h\ hɑQ_{9*OOAlsـ p $\ @ Qz{@+SSAl p +>\ +>gmQ{F+SSAl#Q p 6\ 6ȀQ{L+SSAl%#ʍ p A\ AĀ  0Q׀{R+SSAl4aɀ p MA\ MAhQ{Y,WWAlC# p X\ XL ŨR{_,WWAlR#A p ct\ cd %NR.{e,WWAla} p o50\ o50ٔRO{k,WWAlp˿ p zd\ zx ǕRj{r-[[Al€ p ,\  8yR{y.aaAldC p @\ @ʕԀR{.aaAlԀ̅ p >\ 3 Ӗ<Rǀ{.aaAlsǀ p `\ T ߖR{/ccAl€  p \\  LS{/eeAlԀK p \ D 7ZS{/eeAls͍ p \ €S?{/eeAlπ p 4\ ( SZ{/eeAl€ p 3\ 3S{0jjAlS p M\ MS{0jjAl€Ε p {4\ oP -S΀{0jjAl$s׀ p} \} '߀S{0jjAl3 p t\ P $zGT {1nnAlB[ p,\,T%{1nnAlQϝ p"\"A TF{1nnAl`s߀ p-\-< eTa{1nnAlos! p8p\8<#41̀T{2rrAl~c pC\C(T{2rrAlԀХ pN\NЀ xT{2rrAls pY\YTـ{2rrAl) pdp\d XeST{3ttAlԀk po}\oql ܝU{4zzAl#ѭ pzz\zz+U6{4zzAls p`\\U` qUQ{ 4zzAl1 pH4\< ǞـUr{4zzAl#s p\4U{5~~Alҵ p\ wU{5~~Ala p̘\ Uɀ{"5~~Al##9 p\ ,V{)6Al2a{ pK\AX XV{16AlAsӽ p\A^V={86AlP€ p\0 P@VX{@6Al_A p\T l!Vy{H6Alnsԃ pX\X̀|V{O7Al}#ŀ p(L\P V{U7Al pȤ\Ȥ?VЀ{[7Al#I px\xV{a7AlԀՋ p1\& W {h8Als̀ p'X\'P jW-{n8AlP p20\2؀ XXŀWH{t8AlsQ p=]L\=Q hE-Wi{z8Al֓ pG\\G\酈W{9Al#Հ pR\RȀ W{9Al€ p].\].KW{9Al#Y pg\gW{9Al"€כ prn\rnW{:Al1€݀ p|\| XvX{;XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 218 / width of table in bytes NAXIS2 = 963 / 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 = 392981400.09336 TSTOP = 393012785.09272 DATE-OBS= '2013-06-15T09:29:57' DATE-END= '2013-06-15T18:13:02' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31384.9993599653 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 305 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:53' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'aDaddCZdaCadaCYd' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '1568276130' / data unit checksum updated 2013-06-25T08:41:53 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: sw00558271000b131x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:04 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / 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qAKh@qAԉi׀&ڀIG]J@F$ Wp `@: """""""""""""""Al;Jv6ˀ"% qAKh@qAԉi׀&ԀIG]J@F$ Wp |`@: A"""""""""""""""AlJJv6ˀ"% qAKh@qAԉi׀&׀IG]J@F$ Wp `@::"""""""""""""""AlYJv6ˀ"% qAKh@qAԉi׀&݀JG^J@F$ Wp `@: """""""""""""""AlhJ1v6ˀ"% qAKh@qAԉi׀&ԀIG]J@F$ Wp `@: h"""""""""""""""AlwJv6ˀ"% qAKh@qAԉi׀&ԀIG]J@F$ Wp `@H: !"""""""""""""""Al݆Jv6ˀ"% qAKh@qAԉi׀&݀JG^J@F$ Wp J`@: آ"""""""""""""""AlݕJv6ˀ"% qAKh@qAԉi׀&׀IG]J@F$ Wp A`@: """""""""""""""AlݤJv6ˀ"% qAKh@qAԉi׀&؀IG]J@F$  `@V: H"""""""""""""""AlݳJ1v6ˀ"% qAKh@qAԉi׀&؀IG]J@F$  €`@: """""""""""""""AlJv6ˀ"% qAKh@qAԉi׀&ՀIG]J@F$  ݀`@ : """""""""""""""AlJv6ˀ"% qAKh@qAԉi׀&ۀJG^J@F$  `@d: o"""""""""""""""AlJv6ˀ"% qAKh@qAԉi׀&ҀIG]J@F$  `@: &"""""""""""""""AlJv6ˀ"% qAKh@qAԉi׀&ՀIG]J@F$  `@: ޢ"""""""""""""""AlJv6ˀ"% qAKh@qAԉi׀&؀IG]J@F$  `@r: """""""""""""""Al Jv6ˀ"% qAKh@qAԉi׀&ՀIG]J@F$  v`@: M"""""""""""""""AlJv6ˀ"% qAKh@qAԉi׀&ՀIG]J@F$  `@&: """""""""""""""Al+J1v6ˀ"% qAKh@qAԉi׀&؀IG]J@F$  `@: """""""""""""""Al:Jv6ˀ"% qAKh@qAԉi׀&ҀIG]J@F$  9`@: t"""""""""""""""AlIJv6ˀ"% qAKh@qAԉi׀&ҀIG]J@F$  `@4: -"""""""""""""""AlXJv6ˀ"% qAKh@qAԉi׀&ՀIG]J@F$  `@: """""""""""""""AlgJ1v6΀"% qAKh@qAԉi׀&ҀIG]J@F$  `@: """""""""""""""AlvJ1v6΀"% qAKh@qAԉi׀&ҀIG]J@F$  `@B:U"""""""""""""""AlޅJv6΀"% qAKh@qAԉi׀&ۀJG]J@F$  `@: """""""""""""""AlޔJv6΀"% qAKh@qAԉi׀&ՀIG]J@F$  Ѐ`@: â"""""""""""""""AlޣJv6΀"% qAKh@qAԉi׀&؀IG]J@F$  `@P:}"""""""""""""""Al޲Jv6΀"% qAKh@qAԉi׀&؀IG]J@F$  >`@:4"""""""""""""""AlJv6΀"% qAKh@qAԉi׀&܀JG]J@F$  `@:"""""""""""""""AlJv6΀"% qAKh@qAԉi׀&ـJG]J@F$  p`@^:"""""""""""""""AlJv6΀"% qAKh@qAԉi׀&܀IG]J@F$  h`@:["""""""""""""""AlJv6΀"% qAKh@qAԉi׀&րIG]J@F$  `@:"""""""""""""""AlJ1v6΀"% qAKh@qAԉi׀&؀IG]J@F$  Ԁ`@l:ˢ"""""""""""""""Al Jv6΀"% qAKh@qAԉi׀&ـIG]J@F$  `@:"""""""""""""""AlJv6΀"% qAKh@qAԉi׀&ՀIG]J@F$  ̀`@ ::"""""""""""""""Al*Jv6΀"% qAKh@qAԉi׀&ۀJG]J@F&  `@z:"""""""""""""""Al9J1v6΀"% qAKh@qAԉi׀&܀IG]J@F$  /`@:"""""""""""""""AlHJv6΀"% qAKh@qAԉi׀&ҀIG]J@F$  v`@.:a"""""""""""""""AlWJv6΀"% qAKh@qAԉi׀&ՀIG]J@F$  `@:"""""""""""""""AlfJv6΀"% qAKh@qAԉi׀&ۀJG]J@F$  $`@:Т"""""""""""""""AluJv6΀"% qAKh@qAԉi׀&ҀIG]J@F$  `@<:"""""""""""""""Al߄J1v6΀"% qAKh@qAԉi׀&րIG]J@F$  `@:@"""""""""""""""AlߓJv6΀"% qAKh@qAԉi׀&JG]J@F$ sЀ 2`@="""""""""""""""AlߢJv6΀"% qAKh@qAԉi׀&JG]J@F$ sЀ `@JEƢ"""""""""""""""Al߱J1v6΀"% qAKh@qAԉi׀'=JH_JFF3 k0 6xP@E}"""""""""""""""AlM#v6΀"% qAKh@qAԉi׀'5JH_JCF7 |p Ѐ`@E 4"""""""""""""""AlXrv6΀"% qAKh@qAԉi׀' JH_JBF3 |p lЀ`@XE"""""""""""""""AlQv6΀"% qAKh@qAԉi׀'6JH_JCF< |p DЀ`@E"""""""""""""""AlKJ#v6΀"% qAKh@qAԉi׀&JG^JBF* |p րЀ`@ E\"""""""""""""""AlJ1v6΀"% qAKh@qAԉi׀&ՀIG]J@F$  Z`@fE"""""""""""""""Al Jv6΀"% qAKh@qAԉi׀&րIG]J@F$  `@Eˢ"""""""""""""""AlJv6΀"% qAKh@qAԉi׀&ҀIG]J@F$  `@ E"""""""""""""""Al)UMv6р"% qAKh@qAԉi׀'.JH_JFF, { 8Ѐ`@ tE;"""""""""""""""Al8J1v6р"% qAKh@qAԉi׀&߀JG^J@F$  `@ E"""""""""""""""AlGJv6р"% qAKh@qAԉi׀&؀IG]J@F$  `@!(E"""""""""""""""AlVJv6р"% qAKh@qAԉi׀&րIG]J@F$  ݀`@!Eb"""""""""""""""AleJ1v6р"% qAKh@qAԉi׀&ՀIG]J@F$  `@!E """""""""""""""AltJv6Ӏ"% qAKh@qAԉi׀&؀IG]J@F$  i`@"6EҢ"""""""""""""""AlJv6Ӏ"% qAKh@qAԉi׀&ҀIG]J@F$  "`@"E"""""""""""""""AlJv6Ӏ"% qAKh@qAԉi׀&ՀIG]J@F$  =`@"E @"""""""""""""""AlJv6Ӏ"% qAKh@qAԉi׀&ހJG]J@F$  `@#DE"""""""""""""""AlJv6ր"% qAKh@qAԉi׀'JG^J@F2 { Ѐ`@#E"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&IG^J@F$ r !`@#E g"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&JG^J@F$ r Ȁ`@$RE """""""""""""""AlJv6ր"% qAKh@qAԉi׀&߀JG]J@F$ r 0`@$Eע"""""""""""""""AlQpPv6ր"% qAKh@qAԉi׀'9JH_JCF< { Ѐ`@%E"""""""""""""""AlKՀv6ր"% qAKh@qAԉi׀'1IH_JBF9 { Ѐ`@%`EG"""""""""""""""Al Jv6ր"% qAKh@qAԉi׀&ۀJG^J@F$  2`@%E"""""""""""""""AlJ1v6ր"% qAKh@qAԉi׀&ـIG]J@F$  R`@&E"""""""""""""""Al(Jv6ր"% qAKh@qAԉi׀&ҀIG]J@F$  `@&nEn"""""""""""""""Al7Jv6ր"% qAKh@qAԉi׀&ҀIG]J@F$  `@&E %"""""""""""""""AlFK 9v6ր"% qAKh@qAԉi׀&ՀIG]J@F$  g`@'"Eݢ"""""""""""""""AlUJ1v6ր"% qAKh@qAԉi׀&ҀIG]J@F$  6`@'|E"""""""""""""""AldJ1v6ր"% qAKh@qAԉi׀&ҀIG]J@F$  `@'E L"""""""""""""""AlsJv6ր"% qAKh@qAԉi׀&ҀIG]J@F$  |`@(0E"""""""""""""""AlJɀv6ր"% qAKh@qAԉi׀&ۀJG^J@F$  ?`@(E"""""""""""""""AlJ1v6ր"% qAKh@qAԉi׀&؀IG]J@F$  `@(E s"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&؀IG]J@F$  ր`@)>E,"""""""""""""""AlMv6ր"% qAKh@qAԉi׀&JG^J@F& { ;Ѐ`@)E"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&րIG]J@F$  `@)E """""""""""""""AlJv6ր"% qAKh@qAԉi׀&ۀJG^J@F$  r`@*LES"""""""""""""""AlJЀv6ր"% qAKh@qAԉi׀&ҀIG]J@F$  `@*E """""""""""""""AlJv6ր"% qAKh@qAԉi׀&JG]J@F$ r `@+E¢"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&IG^J@F$ r `@+ZEz"""""""""""""""Al Jv6ր"% qAKh@qAԉi׀&܀IG]J@F$ r `@+E 1"""""""""""""""AlJ1v6ր"% qAKh@qAԉi׀&JG^JCF( { Ѐ`@,E"""""""""""""""Al'Uv6ր"% qAKh@qAԉi׀'/JH_JBF8 { %Ѐ`@,hE"""""""""""""""Al6]>Հv6ր"% qAKh@qAԉi׀&ՀIG]J@F$  `@,E X"""""""""""""""AlEJv6ր"% qAKh@qAԉi׀&߀JG^J@F$  #`@-E """""""""""""""AlTJ1v6ր"% qAKh@qAԉi׀&ՀIG]J@F$  `@-vEȢ"""""""""""""""AlcJv6ր"% qAKh@qAԉi׀&րIG]J@F$  `@-E """""""""""""""AlrJv6ր"% qAKh@qAԉi׀&ҀIG]J@F$  `@.*E8"""""""""""""""AlJЀv6ր"% qAKh@qAԉi׀&ۀIG]J@F$  @`@.E"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&؀IG]J@F$  B`@.E """""""""""""""AlJv6ր"% qAKh@qAԉi׀&؀IG]J@F$  `@/8E_"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&րIG]J@F$  `@/E """""""""""""""AlJov6ր"% qAKh@qAԉi׀&ՀIG]J@F$  `@/E ͢"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&ۀJG^J@F$  ǀ`@0FE"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&ҀIG]J@F$  U`@0E ="""""""""""""""AlJv6ր"% qAKh@qAԉi׀&ҀIG]J@F$  K`@0E """""""""""""""AlJv6ր"% qAKh@qAԉi׀&ހJG^J@F$  .`@1TE"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&րIG]J@F$  `@1E d"""""""""""""""AlJov6ր"% qAKh@qAԉi׀&IG^J@F$ r K`@2E """""""""""""""Al&Jv6ր"% qAKh@qAԉi׀&JG^J@F$ r 4`@2bEԢ"""""""""""""""Al5J1v6ր"% qAKh@qAԉi׀&܀IG]J@F$ r ]`@2E """""""""""""""AlDJv6ր"% qAKh@qAԉi׀'JG^JCF) { 3Ѐ`@3E C"""""""""""""""AlST v6ր"% qAKh@qAԉi׀'5JH_JBF: { Ѐ`@3pE"""""""""""""""AlbJv6ր"% qAKh@qAԉi׀&ހIG]J@G$  `@3N Ģ"""""""""""""""AlqJv6ր"% qAKh@qAԉi׀' JG^J@F4 { Ѐ`@4$Q"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&ӀIG]J@F$  `@4~Q;"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&ۀJG^J@F$  c`@4Q"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&ՀIG]J@F$  `@52Q"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&؀IG]J@F$  `@5Qb"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&܀JG^J@G$  }`@5Q """""""""""""""AlJv6ր"% qAKh@qAԉi׀&ՀIG]J@F$  !`@6@QҢ"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&ՀIG]J@F$  `@6Q"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&؀IG]J@F$  `@6Q @"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&ҀIG]J@F$  `@7NQ"""""""""""""""AlJ1v6ր"% qAKh@qAԉi׀&ۀJG^J@F$  ƀ`@7Q"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&ՀIG]J@F$  `@8Qh"""""""""""""""Al%Jv6ր"% qAKh@qAԉi׀&؀IG]J@F$  `@8\Q """""""""""""""Al4Jov6ր"% qAKh@qAԉi׀&؀IG]J@F$  O`@8Qע"""""""""""""""AlCJ1v6ր"% qAKh@qAԉi׀&߀JG]J@F$ r `@9Q"""""""""""""""AlRJ1v6ր"% qAKh@qAԉi׀&߀JG]J@F$ r '`@9jQG"""""""""""""""AlaKev6ր"% qAKh@qAԉi׀'5JH_JEF6 { Ѐ`@9Q"""""""""""""""AlpX tv6ր"% qAKh@qAԉi׀' JH_JCF* { πЀ`@:Q"""""""""""""""AlLv6ր"% qAKh@qAԉi׀'.IH_JBF: { oЀ`@:xQn"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&ҀIG]J@F$  p`@:R '"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&ۀJG^J@F$  C`@;,R"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&ՀIG]J@F$  `@;R"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&؀IG]J@F$  `@;R N"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&ҀIG]J@F$  K`@<:R"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&ހIG^J@F$  +`@<R"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&ۀJG^J@F$  `@<R u"""""""""""""""AlJov6ր"% qAKh@qAԉi׀&ҀIG]J@F$  `@=HR."""""""""""""""AlJЀv6ր"% qAKh@qAԉi׀&րIG]J@F$  Z`@=R"""""""""""""""AlJv6ր"% qAKh@qAԉi׀&܀JG^J@F$  `@=R """""""""""""""Al$K(v6ր"% qAKh@qAԉi׀&ՀIG]J@F$  `@>VRU"""""""""""""""Al3Jv6ր"% qAKh@qAԉi׀&؀IG]J@F$  `@>R """""""""""""""AlBJv6ր"% qAKh@qAԉi׀&րIG]J@F$  `@? RĢ"""""""""""""""AlQJv6ր"% qAKh@qAԉi׀&ۀIG]J@F$  `@?dR|"""""""""""""""Al`Jv6؀"% qAKh@qAԉi׀&JG^J@F$ [ f`@?R 3"""""""""""""""AloJ1v6ـ"% qAKh@qAԉi׀&܀IG]J@F$ r 5`@@R"""""""""""""""Al~J1v6ـ"% qAKh@qAԉi׀&JG^J@F$ r `@@rR"""""""""""""""AlWsv6ـ"% qAKh@qAԉi׀'AJH_JBF: { Ѐ`@@R Z"""""""""""""""AlJЀv6ـ"% qAKh@qAԉi׀'JG^JCF* { Ѐ`@A&R"""""""""""""""AlU[v6ـ"% qAKh@qAԉi׀'4JH_JBF9 { Ѐ`@ARʢ"""""""""""""""AlJv6ـ"% qAKh@qAԉi׀&؀IG]J@F$  ~`@AR """""""""""""""AlJv6ـ"% qAKh@qAԉi׀&܀JG^J@F$  `@B4R:"""""""""""""""AlJv6ـ"% qAKh@qAԉi׀&ՀIG]J@F$  `@BR"""""""""""""""AlJBv6ـ"% qAKh@qAԉi׀&ۀJG^J@F$  u`@BR """""""""""""""AlJv6ـ"% qAKh@qAԉi׀&ҀIG]J@F$  `@CBRa"""""""""""""""AlJЀv6ـ"% qAKh@qAԉi׀&րIG]J@F$  `@CR """""""""""""""AlJ1v6ـ"% qAKh@qAԉi׀&߀JG^J@F$  `@CR Ϣ"""""""""""""""Al#Jv6ـ"% qAKh@qAԉi׀&ՀIG]J@F$  `@DPR"""""""""""""""Al2Jv6ـ"% qAKh@qAԉi׀&ҀIG]J@F$  +`@DR ?"""""""""""""""XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 204 / width of table in bytes NAXIS2 = 962 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 103 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHK133SSPRES' / HK Presence of SubSystems for this packet TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BPWRESPVERIFY' / PW count of Cmd Responses that Verified SuccessTFORM3 = '1I ' / data format of field: 2-byte INTEGER TZERO3 = 32768 / offset for unsigned integers TTYPE4 = 'BPWRESPFAILED' / PW count of Cmd Responses that Failed VerificatTFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 32768 / offset for unsigned integers TTYPE5 = 'BPWRESPTIMEOUT' / PW count of Cmd Responses that TimedOut TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 32768 / offset for unsigned integers TTYPE6 = 'BPWHKCMDSENT' / PW count of HK Cmds sent to PCB TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 32768 / offset for unsigned integers TTYPE7 = 'BPWDIAGCMDSENT' / PW count of Diag Cmds sent to PCB TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 32768 / offset for unsigned integers TTYPE8 = 'BPWOTHERCMDSENT' / PW count of anything other than HK or Diag CmdsTFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 32768 / offset for unsigned integers TTYPE9 = 'BPWHKRESPRCVD' / PW count of HK packet Responses Received TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 32768 / offset for unsigned integers TTYPE10 = 'BPWDIAGRESPRCVD' / PW count of Diagnostic Packet Responses ReceiveTFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 32768 / offset for unsigned integers TTYPE11 = 'BPWSTATRESPRCVD' / PW count of Status packet Responses Received TFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 32768 / offset for unsigned integers TTYPE12 = 'BPWSTATPKTTOGND' / PW Flag as to whether Status Pkt comes to the GTFORM12 = '1B ' / data format of field: BYTE TTYPE13 = 'BPWEVENTSDISPLD' / PW Flag as to whether Timeout Events get displaTFORM13 = '1B ' / data format of field: BYTE TTYPE14 = 'BPWLASTCMD0' / PW byte TFORM14 = '1B ' / data format of field: BYTE TTYPE15 = 'BPWLASTCMD1' / PW byte TFORM15 = '1B ' / data format of field: BYTE TTYPE16 = 'BPWLASTCMD2' / PW byte TFORM16 = '1B ' / data format of field: BYTE TTYPE17 = 'BPWLASTCMD3' / PW byte TFORM17 = '1B ' / data format of field: BYTE TTYPE18 = 'BPWLASTCMD4' / PW byte TFORM18 = '1B ' / data format of field: BYTE TTYPE19 = 'BPWLASTCMD5' / PW byte TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BPWACTCHAN' / PW the currently Active UART Channel TFORM20 = '1B ' / data format of field: BYTE TTYPE21 = 'BPWPASSCHAN' / PW the currently Passive UART Channel TFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BPWISRCNTRCVA' / PW count of ISR Firing caused by Channel A RcvsTFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 32768 / offset for unsigned integers TTYPE23 = 'BPWISRCNTXMTA' / PW count of ISR Firing caused by Channel A XmtsTFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 32768 / offset for unsigned integers TTYPE24 = 'BPWISRCNTRCVB' / PW count of ISR Firing caused by Channel B RcvsTFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 32768 / offset for unsigned integers TTYPE25 = 'BPWISRCNTXMTB' / PW count of ISR Firing caused by Channel B XmtsTFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 32768 / offset for unsigned integers TTYPE26 = 'BPWISRCNTPARA' / PW count of ISR Firing caused by Channel A PariTFORM26 = '1B ' / data format of field: BYTE TTYPE27 = 'BPWISRCNTPARB' / PW count of ISR Firing caused by Channel B PariTFORM27 = '1B ' / data format of field: BYTE TTYPE28 = 'BPWISRCNTOVRA' / PW count of ISR Firing caused by Channel A OverTFORM28 = '1B ' / data format of field: BYTE TTYPE29 = 'BPWISRCNTOVRB' / PW count of ISR Firing caused by Channel B OverTFORM29 = '1B ' / data format of field: BYTE TTYPE30 = 'BPWISRCNTUNDA' / PW count of ISR Firing caused by Channel A UndeTFORM30 = '1B ' / data format of field: BYTE TTYPE31 = 'BPWISRCNTUNDB' / PW count of ISR Firing caused by Channel B UndeTFORM31 = '1B ' / data format of field: BYTE TTYPE32 = 'undocumented1' / Byte field not in ITOS database TFORM32 = '1J ' / data format of field: 4-byte INTEGER TZERO32 = 2147483648 / offset for unsigned integers TTYPE33 = 'undocumented2' / Byte field not in ITOS database TFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'FOMEVTCNT' / Fom Error Event Count TFORM34 = '1B ' / data format of field: BYTE TTYPE35 = 'FOUPDASSESSNEED' / Fom Target Update Assessment Needed Flag TFORM35 = '1B ' / data format of field: BYTE TTYPE36 = 'FOMSLEWINQSTAT' / Fom Slew Inquiry Status Flag TFORM36 = '1B ' / data format of field: BYTE TTYPE37 = 'FOMSLEWREQSTAT' / Fom Slew Request Status Flag TFORM37 = '1B ' / data format of field: BYTE TTYPE38 = 'FOMSLEWMODESTAT' / Fom Slew Mode Enable Status TFORM38 = '1B ' / data format of field: BYTE TTYPE39 = 'FOMATMODESTAT' / Fom AT Mode Enable Status TFORM39 = '1B ' / data format of field: BYTE TTYPE40 = 'FOMPPTMODESTAT' / Fom PPT Mode Enable Status TFORM40 = '1B ' / data format of field: BYTE TTYPE41 = 'FOMOTTYPE' / Current Observed Target Target Type TFORM41 = '1B ' / data format of field: BYTE TTYPE42 = 'FOMOTOBSNUM' / Current Observed Target Observation Num TFORM42 = '1J ' / data format of field: 4-byte INTEGER TZERO42 = 2147483648 / offset for unsigned integers TTYPE43 = 'FOMOTMERIT' / Current Observed Target Merit TFORM43 = '1E ' / data format of field: 4-byte REAL TTYPE44 = 'FOMOTOBSSECS' / Current Observed Target Secs Until View ConstraTFORM44 = '1J ' / data format of field: 4-byte INTEGER TZERO44 = 2147483648 / offset for unsigned integers TUNIT44 = 's ' / physical unit of field TTYPE45 = 'FOMOTPASTOBSS' / Current Observed Target Past Observed Secs TFORM45 = '1J ' / data format of field: 4-byte INTEGER TZERO45 = 2147483648 / offset for unsigned integers TUNIT45 = 's ' / physical unit of field TTYPE46 = 'FOMOTLASTOBST' / Current Observed Target Last Obs Time (in TIME4TFORM46 = '1J ' / data format of field: 4-byte INTEGER TZERO46 = 2147483648 / offset for unsigned integers TSCAL46 = 1 / data are not scaled TUNIT46 = 's ' / physical unit of field TTYPE47 = 'FOMLASTSIOBSNUM' / Last Slew Info Obs Num TFORM47 = '1J ' / data format of field: 4-byte INTEGER TZERO47 = 2147483648 / offset for unsigned integers TTYPE48 = 'FOMLASTSROBSNUM' / Last Slew Request Obs Num TFORM48 = '1J ' / data format of field: 4-byte INTEGER TZERO48 = 2147483648 / offset for unsigned integers TTYPE49 = 'FOLASTSIROBSNUM' / Last Slew Info Reply Obs Num TFORM49 = '1J ' / data format of field: 4-byte INTEGER TZERO49 = 2147483648 / offset for unsigned integers TTYPE50 = 'FOLASTSRROBSNUM' / Last Slew Request Reply Obs Num TFORM50 = '1J ' / data format of field: 4-byte INTEGER TZERO50 = 2147483648 / offset for unsigned integers TTYPE51 = 'FOMPPTOBSNUM' / Current Fom PPT Observation Num TFORM51 = '1J ' / data format of field: 4-byte INTEGER TZERO51 = 2147483648 / offset for unsigned integers TTYPE52 = 'FOMPPTMERIT' / Current Fom PPT Merit TFORM52 = '1E ' / data format of field: 4-byte REAL TTYPE53 = 'FOMPPTWAITSECS' / Current Fom PPT Secs Until in View TFORM53 = '1J ' / data format of field: 4-byte INTEGER TZERO53 = 2147483648 / offset for unsigned integers TUNIT53 = 's ' / physical unit of field TTYPE54 = 'FOMPPTOBSSECS' / Current Fom PPT Secs Until View Constraint TFORM54 = '1J ' / data format of field: 4-byte INTEGER TZERO54 = 2147483648 / offset for unsigned integers TUNIT54 = 's ' / physical unit of field TTYPE55 = 'FOMATOBSNUM' / Current Fom AT Observation Num TFORM55 = '1J ' / data format of field: 4-byte INTEGER TZERO55 = 2147483648 / offset for unsigned integers TTYPE56 = 'FOMATMERIT' / Current Fom AT Merit TFORM56 = '1E ' / data format of field: 4-byte REAL TTYPE57 = 'FOMATWAITSECS' / Current Fom AT Secs Until in View TFORM57 = '1J ' / data format of field: 4-byte INTEGER TZERO57 = 2147483648 / offset for unsigned integers TUNIT57 = 's ' / physical unit of field TTYPE58 = 'FOMATOBSSECS' / Current Fom AT Secs Until View Constraint TFORM58 = '1J ' / data format of field: 4-byte INTEGER TZERO58 = 2147483648 / offset for unsigned integers TUNIT58 = 's ' / physical unit of field TTYPE59 = 'FOMACSOBSNUM' / ACS Info Observation Num TFORM59 = '1J ' / data format of field: 4-byte INTEGER TZERO59 = 2147483648 / offset for unsigned integers TTYPE60 = 'FOMAISLEWSTATE' / ACS Info Slew State TFORM60 = '1B ' / data format of field: BYTE TTYPE61 = 'FOMACSINSAA' / ACS Info In SAA Flag TFORM61 = '1B ' / data format of field: BYTE TTYPE62 = 'FOMLASTSIRCODE' / Last Slew Info Reply Reply Code TFORM62 = '1B ' / data format of field: BYTE TTYPE63 = 'FOMLASTSRRCODE' / Last Slew Request Reply Reply Code TFORM63 = '1B ' / data format of field: BYTE TTYPE64 = 'FOMPPTREQCNT' / FOM PPT Request Count TFORM64 = '1B ' / data format of field: BYTE TTYPE65 = 'FOMATUPDCNT' / FOM AT Update Count TFORM65 = '1B ' / data format of field: BYTE TTYPE66 = 'FOMGRBREQCNT' / GRB Request Count TFORM66 = '1B ' / data format of field: BYTE TTYPE67 = 'FOMTOOREQCNT' / TOO Request Count TFORM67 = '1B ' / data format of field: BYTE TTYPE68 = 'FOMCTUPDCNT' / Fom Observed Target UpdateCount TFORM68 = '1B ' / data format of field: BYTE TTYPE69 = 'FOMSLEWREQCNT' / Fom Slew Request Sent Count TFORM69 = '1B ' / data format of field: BYTE TTYPE70 = 'FOMSLEWINQCNT' / Fom Slew Inquiry Sent Count TFORM70 = '1B ' / data format of field: BYTE TTYPE71 = 'FOMSLWREPLYCNT' / Fom Slew Reply Received Count TFORM71 = '1B ' / data format of field: BYTE TTYPE72 = 'FOSLWINQREPCNT' / Fom Slew Info Reply Received Count TFORM72 = '1B ' / data format of field: BYTE TTYPE73 = 'FOATTARGSTATUS' / Fom AT Target Availability 0None 1Unk 2OutOfVieTFORM73 = '1B ' / data format of field: BYTE TTYPE74 = 'FOPPTTARGSTATUS' / Fom PPT Target Availability 0None 1Unk 2OutOfViTFORM74 = '1B ' / data format of field: BYTE TTYPE75 = 'undocumented3' / Byte field not in ITOS database TFORM75 = '1B ' / data format of field: BYTE TTYPE76 = 'BSTDSPREC' / ST Math Coprocessor Computed Test Expected ValuTFORM76 = '1E ' / data format of field: 4-byte REAL TTYPE77 = 'BSTDSPEXP' / ST Math Coprocessor Computed Test Expected ValuTFORM77 = '1E ' / data format of field: 4-byte REAL TTYPE78 = 'BSTFPSTATUS' / ST Floating Point Control Word Test Received VaTFORM78 = '1J ' / data format of field: 4-byte INTEGER TZERO78 = 2147483648 / offset for unsigned integers TTYPE79 = 'BSTBCRTSTATUS' / ST 1553 Chip Status TFORM79 = '1I ' / data format of field: 2-byte INTEGER TZERO79 = 32768 / offset for unsigned integers TTYPE80 = 'BSTMEMERRCNT' / ST Count of Memory Test Cmds that Failed due toTFORM80 = '1B ' / data format of field: BYTE TTYPE81 = 'BSTFPHWERRCNT' / ST floating point hardware failure count TFORM81 = '1B ' / data format of field: BYTE TTYPE82 = 'BSTCOMPERRCNT' / ST floating point Arithmetic Computations failuTFORM82 = '1B ' / data format of field: BYTE TTYPE83 = 'BSTONEERRCNT' / ST EDAC One-Error Test Failure Count TFORM83 = '1B ' / data format of field: BYTE TTYPE84 = 'BSTMULTERRCNT' / ST EDAC Multi-Error Test Failure Count TFORM84 = '1B ' / data format of field: BYTE TTYPE85 = 'BSTNOERRCNT' / ST EDAC No-Error Test Failure Count TFORM85 = '1B ' / data format of field: BYTE TTYPE86 = 'BSTDMAERRCNT' / ST Test Error Count due to DMA Failures TFORM86 = '1B ' / data format of field: BYTE TTYPE87 = 'BSTDMADEVICE' / ST Test channel TFORM87 = '1B ' / data format of field: BYTE TTYPE88 = 'BSTBCRTB' / ST 1553 Built-In-Test Test Results for Channel TFORM88 = '1B ' / data format of field: BYTE TTYPE89 = 'BSTBCRTA' / ST 1553 Built-In-Test Test Results for Channel TFORM89 = '1B ' / data format of field: BYTE TTYPE90 = 'BSTFPTEST' / ST Floating Point Test Result TFORM90 = '1B ' / data format of field: BYTE TTYPE91 = 'BSTEDACTEST' / ST EDAC Test Result TFORM91 = '1B ' / data format of field: BYTE TTYPE92 = 'BSTDMATEST' / ST DMA Test Result TFORM92 = '1B ' / data format of field: BYTE TTYPE93 = 'BSTMEMTEST' / ST Memeory Test Result TFORM93 = '1B ' / data format of field: BYTE TTYPE94 = 'BSTDSPTEST' / ST DSP Test Result TFORM94 = '1B ' / data format of field: BYTE TTYPE95 = 'BSTSUMERRCNT' / ST Test Error Count due to DMA Failures TFORM95 = '1B ' / data format of field: BYTE TTYPE96 = 'BSTDSPERRCNT' / ST Test Error Count due to DMA Failures TFORM96 = '1B ' / data format of field: BYTE TTYPE97 = 'undocumented4' / Byte field not in ITOS database TFORM97 = '1B ' / data format of field: BYTE TTYPE98 = 'BDMPACKETS' / data packets copied to circular buffer TFORM98 = '1J ' / data format of field: 4-byte INTEGER TZERO98 = 2147483648 / offset for unsigned integers TTYPE99 = 'BDMDWORDS' / dwords copied to circular buffer TFORM99 = '1J ' / data format of field: 4-byte INTEGER TZERO99 = 2147483648 / offset for unsigned integers TTYPE100= 'BDMSOCKET' / input data network socket handle TFORM100= '1I ' / data format of field: 2-byte INTEGER TZERO100= 32768 / offset for unsigned integers TTYPE101= 'BDMEMPTY' / count of empty reads with short task delay TFORM101= '1I ' / data format of field: 2-byte INTEGER TZERO101= 32768 / offset for unsigned integers TTYPE102= 'BDMDELAY' / tick count for task delay TFORM102= '1I ' / data format of field: 2-byte INTEGER TZERO102= 32768 / offset for unsigned integers TTYPE103= 'BDMSTATE' / state machine index TFORM103= '1I ' / data format of field: 2-byte INTEGER TZERO103= 32768 / offset for unsigned integers EXTNAME = 'hk133x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 392981401.29408 TSTOP = 393012786.29236 DATE-OBS= '2013-06-15T09:29:58' DATE-END= '2013-06-15T18:13:03' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31384.9982799888 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 307 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:53' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'mnRfnnQemnQemnQe' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '196895475' / data unit checksum updated 2013-06-25T08:41:53 TRDHI4 = 2 / BPWRESPFAILED Red upper limit = BPW_RESPFAIL_LITYEHI4 = 1 / BPWRESPFAILED Yellow upper limit = BPW_RESPFAILTRDHI5 = 2 / BPWRESPTIMEOUT Red upper limit = BPW_RESPTOUT_LTYEHI5 = 1 / BPWRESPTIMEOUT Yellow upper limit = BPW_RESPTOUCOMMENT Column 12 = BPWSTATPKTTOGND - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 13 = BPWEVENTSDISPLD - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 20 = BPWACTCHAN - Discrete value COMMENT 0 = A = PW Channel Conversion 0="A", 1="B", 2="X Doesn't Exist COMMENT 1 = B = PW Channel Conversion 0="A", 1="B", 2="X Doesn't Exist COMMENT 2 = X = PW Channel Conversion 0="A", 1="B", 2="X Doesn't Exist COMMENT Column 21 = BPWPASSCHAN - Discrete value COMMENT 0 = A = PW Channel Conversion 0="A", 1="B", 2="X Doesn't Exist COMMENT 1 = B = PW Channel Conversion 0="A", 1="B", 2="X Doesn't Exist COMMENT 2 = X = PW Channel Conversion 0="A", 1="B", 2="X Doesn't Exist COMMENT Column 35 = FOUPDASSESSNEED - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 36 = FOMSLEWINQSTAT - Discrete value COMMENT 0 = NEEDASSESS = Slew Inquiry Assessment Needed COMMENT 1 = SENT = Slew Inquiry Sent - awaiting Reply COMMENT 2 = SIACQ = Slew Inquiry ACQ COMMENT 3 = SINACQ = Slew Inquiry NACQ COMMENT 4 = BADSI = Reply indicates Bad Slew Inquiry COMMENT 5 = BADREPLY = Bad Slew Inquiry Received COMMENT 6 = INQTIMEOUT = Slew Inquiry Time out with no Reply COMMENT 7 = NONE = No Slew Inquiry Needed COMMENT 8 = SLEWDISA = Fom Slew Mode Disabled COMMENT 9 = ERROR = Error COMMENT 10 = BADSITARG = Slew Info Reply is for wrong ObsNum COMMENT 11 = UNREQUESTEDREPLY = Slew Info Reply Received without Request COMMENT Column 37 = FOMSLEWREQSTAT - Discrete value COMMENT 0 = NEEDASSESS = Slew Request Assessment Needed COMMENT 1 = SENT = Slew Request Sent - awaiting Reply COMMENT 2 = ACQ = Slew Reply ACQ rcvd - awaiting slew COMMENT 3 = NACQ = Slew Reply NACQ received COMMENT 4 = BADSR = Reply indicates Bad Slew Request COMMENT 5 = BADREPLY = Bad Slew Request Received COMMENT 6 = REQTIMEOUT = Slew Request Time out with no Reply COMMENT 7 = SLEWTIMEOUT = Slew Start Time out after Reply ACQ COMMENT 8 = NEWOT = Requested Target Is New Obs Target COMMENT 9 = SLEWERROR = Slewing to wrong target COMMENT 10 = NONE = No Slew Request Needed COMMENT 11 = SLEWDISA = Fom Slew Mode Disabled COMMENT 12 = ERROR = Error COMMENT 13 = SLEWABORT = No Slew - Aborted COMMENT 14 = BADSRTARG = Slew Reply is for wrong ObsNum COMMENT 15 = SLEWING = ACS is slewing COMMENT 16 = UNREQUESTEDREPLY = Slew Reply Received without Request COMMENT 17 = SETTLETIMEOUT = SC Still Slewing after excessive wait COMMENT Column 38 = FOMSLEWMODESTAT - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 39 = FOMATMODESTAT - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 40 = FOMPPTMODESTAT - Discrete value COMMENT 0 = DISABLED = no description COMMENT 1-255 = ENABLED = no description COMMENT Column 41 = FOMOTTYPE - Discrete value COMMENT 0 = GRB = GRB Type Target COMMENT 1 = TOO = TOO Type Target COMMENT 2 = PPT = PPT Type Target COMMENT 3 = UNK = Unknown Fom Target Type COMMENT Column 60 = FOMAISLEWSTATE - Discrete value COMMENT 0 = ERROR = ACS Info Slew State Error COMMENT 1 = SLEWING = ACS Info Slewing and not within 10 ArcMin of Target COMMENT 2 = IN10ARCMIN = ACS Info Slewing and within 10 ArcMin of Target COMMENT 3 = SETTLED = ACS Info Settled on Target COMMENT 4 = SAFEMODE = ACS Info SC Safemode COMMENT 5 = InSAA = ACS Info In SAA COMMENT 6 = OutOfSAA = ACS Info Outside SAA COMMENT Column 61 = FOMACSINSAA - Discrete value COMMENT 0 = FALSE = no description COMMENT 1-255 = TRUE = no description COMMENT Column 73 = FOATTARGSTATUS - Discrete value COMMENT 0 = NONE = No Target Exists COMMENT 1 = UNK = Target InView Status Unknown COMMENT 2 = OUTOFVIEW = Target is Currently OutOfView COMMENT 3 = INVIEW = Target is Currently InView COMMENT Column 74 = FOPPTTARGSTATUS - Discrete value COMMENT 0 = NONE = No Target Exists COMMENT 1 = UNK = Target InView Status Unknown COMMENT 2 = OUTOFVIEW = Target is Currently OutOfView COMMENT 3 = INVIEW = Target is Currently InView TRDHI80 = 2 / BSTMEMERRCNT Red upper limit = BST_MEMERRCNT_LITYEHI80 = 1 / BSTMEMERRCNT Yellow upper limit = BST_MEMERRCNTTRDHI81 = 2 / BSTFPHWERRCNT Red upper limit = BST_FPHWERRCNT_TYEHI81 = 1 / BSTFPHWERRCNT Yellow upper limit = BST_FPHWERRCTRDHI82 = 2 / BSTCOMPERRCNT Red upper limit = BST_COMPERRCNT_TYEHI82 = 1 / BSTCOMPERRCNT Yellow upper limit = BST_COMPERRCTRDHI83 = 2 / BSTONEERRCNT Red upper limit = BST_ONEERRCNT_LITYEHI83 = 1 / BSTONEERRCNT Yellow upper limit = BST_ONEERRCNTTRDHI84 = 2 / BSTMULTERRCNT Red upper limit = BST_MULTERRCNT_TYEHI84 = 1 / BSTMULTERRCNT Yellow upper limit = BST_MULTERRCTRDHI85 = 2 / BSTNOERRCNT Red upper limit = BST_NOERRCNT_LIM TYEHI85 = 1 / BSTNOERRCNT Yellow upper limit = BST_NOERRCNT_LTRDHI86 = 2 / BSTDMAERRCNT Red upper limit = BST_DMAERRCNT_LITYEHI86 = 1 / BSTDMAERRCNT Yellow upper limit = BST_DMAERRCNTCOMMENT Column 88 = BSTBCRTB - Discrete value COMMENT 0 = FAILED = ST subsystem Test failed COMMENT 1 = PASSED = ST subsystem Test passed COMMENT 2 = DEFAULT = ST subsystem no test was called COMMENT 3 = INCOMPLT = ST subsystem test was incomplete COMMENT Column 89 = BSTBCRTA - Discrete value COMMENT 0 = FAILED = ST subsystem Test failed COMMENT 1 = PASSED = ST subsystem Test passed COMMENT 2 = DEFAULT = ST subsystem no test was called COMMENT 3 = INCOMPLT = ST subsystem test was incomplete COMMENT Column 90 = BSTFPTEST - Discrete value COMMENT 0 = FAILED = ST subsystem Test failed COMMENT 1 = PASSED = ST subsystem Test passed COMMENT 2 = DEFAULT = ST subsystem no test was called COMMENT 3 = INCOMPLT = ST subsystem test was incomplete COMMENT Column 91 = BSTEDACTEST - Discrete value COMMENT 0 = FAILED = ST subsystem Test failed COMMENT 1 = PASSED = ST subsystem Test passed COMMENT 2 = DEFAULT = ST subsystem no test was called COMMENT 3 = INCOMPLT = ST subsystem test was incomplete COMMENT Column 92 = BSTDMATEST - Discrete value COMMENT 0 = FAILED = ST subsystem Test failed COMMENT 1 = PASSED = ST subsystem Test passed COMMENT 2 = DEFAULT = ST subsystem no test was called COMMENT 3 = INCOMPLT = ST subsystem test was incomplete COMMENT Column 93 = BSTMEMTEST - Discrete value COMMENT 0 = FAILED = ST subsystem Test failed COMMENT 1 = PASSED = ST subsystem Test passed COMMENT 2 = DEFAULT = ST subsystem no test was called COMMENT 3 = INCOMPLT = ST subsystem test was incomplete COMMENT Column 94 = BSTDSPTEST - Discrete value COMMENT 0 = FAILED = ST subsystem Test failed COMMENT 1 = PASSED = ST subsystem Test passed COMMENT 2 = DEFAULT = ST subsystem no test was called COMMENT 3 = INCOMPLT = ST subsystem test was incomplete TRDHI95 = 2 / BSTSUMERRCNT Red upper limit = BST_SUMERRCNT_LITYEHI95 = 1 / BSTSUMERRCNT Yellow upper limit = BST_SUMERRCNTTRDHI96 = 2 / BSTDSPERRCNT Red upper limit = BST_DSPERRCNT_LITYEHI96 = 1 / BSTDSPERRCNT Yellow upper limit = BST_DSPERRCNTHISTORY TASK: FAPPND on FILENAME: sw00558271000b133x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:04 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END AlkKHԀp ppppr H H$B k1/^^B g#WDDDDDDDDDDAlkJpp p ppy Z Z]B  lk^^B g#WDDDDDDDDDDAlkJ>ppppp l lB lk^^B g#WDDDDDDDDDDAlkKJ#ppppp ~ ~B ܀'lk^^B ۀg#WDDDDDDDDDDAlkYppppp B ̀6lk^^B ̀g#WDDDDDDDDDDAlkJ݀ppppp AB Elk^^B g#WDDDDDDDDDDAlkJ|ppppp zB Tlk^^B g#WDDDDDDDDDDAllJp!pppp ƀ B clk^^B g#WDDDDDDDDDDAllJp$p p pp ؀ B rlk^^B g#WDDDDDDDDDDAll J,p'p#p#pp~ %B lk^^B g#WDDDDDDDDDDAll/J>p*p&p&ppt ^B slk^^B rg#WDDDDDDDDDDAll>Jэp-p)p)ppj!!B dlk^^B cg#WDDDDDDDDDDAllMJ݀p0p,p,pp`! ! 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B-lߴfB4B h$W'3DDDDDDDDDDAl~J,miipp겎o BՀ-lߴfB4BӀ h$W'3DDDDDDDDDDAlWupllpp ಠ Bƀ--lߴfB4BĀ h$W'3DDDDDDDDDDAlJэsooppֲ B-ppIBB B?-lߴfB4B= h$W'3DDDDDDDDDDAl#JppP|TT B0-×lߴfB4B. h$W'3DDDDDDDDDDAl2JppWrff B!-җlߴfB4B h$W'3DDDDDDDDDDXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 212 / width of table in bytes NAXIS2 = 961 / 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 = 392981402.44148 TSTOP = 393012787.44152 DATE-OBS= '2013-06-15T09:29:59' DATE-END= '2013-06-15T18:13:04' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31385.0000399947 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 308 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:54' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'SPQFSOPFSOPFSOPF' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '2800357054' / data unit checksum updated 2013-06-25T08:41:54 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 = 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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: sw00558271000b134x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:04 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END AlkqՀ)V dAlkq)V dAlkq%)V dAlkq%)V dAlkq)V dAlkq%)V dAlkq%)V dAllqm)V dAllq )V dAll!q)V dAll0qm)V dAll?qՀ)V dAllNq )V dAll]qBp)V dAlllq)V dAll{q)V dAllq)V dAllq)V dAllqt)V dAllq)V dAllqt)V dAllqt)V dAllq%)V dAllqՀ)V dAlmq)V dAlmq7)V dAlm qՀ)V dAlm/q)V dAlm>q )V dAlmMqՀ)V dAlm\q)V dAlmkq~)V dAlmzqՀ)V dAlmq)V dAlmq~)V dAlmqt)V dAlmq)V dAlmq)V dAlmq \)V dAlmq%)V dAlmq)V dAlnqՀ)V dAlnq%)V dAlnq%)V dAln.q)V dAln=q)V dAlnLq)V dAln[qՀ)V dAlnjq)V dAlnyqՀ)V dAlnqt)V dAlnq)V dAlnq/)V dAlnqՀ)V jAlnq!)V oAlnq)V oAlnq)V oAlnqՀ)V oAloqt)V oAloq)V oAloq)V oAlo-qt)V oAlo AltFq,G AltUq,P Altdqt,Y Altsq,b Altq!,k Altqt,t Altqt,} Altq c, AltqՀ, Altq%, Altf', Altq, Altq , Alu q, Aluq5T,ŀ Alu'q%,΀ Alu6q,׀ AluEq%, AluTq, AlucqՀ, Alurqt, Aluq%- Aluq"- Aluq%- Alq \- AlqՀ- Al q߀- Alq- Al(q΀- Al7q%- AlFq- AlUq- Aldq%- Alsq- Alq~- Alq- Alq- Alq- Alq%- Alq- Alq- AlqՀ- Alq@- Al qՀ- Alq- Al'q c- Al6qՀ- AlEq- AlTqt- Alcq- Alrq- Alq- Alq- Alq- Alq%- Alq%- AlqՀ- Alqt- Alq%- Alq- Alqt- Alq - Al&q%- Al5qՀ- AlDq߀- AlSq- Albq - Alqq~- Alq- Alq- Alq- AlqՀ- AlqՀ- AlqՀ- Alq c- Alqm- Alq%- Alq%- Alqt- Al%qG- Al4qՀ- AlCq%- AlRq- Alaq!- AlpqՀ- Alq- Alq- Alq- Alq- Alq%- Alq- Alq΀- AlqՀ- Alq- Alq@- AlqՀ- Al$q%- Al3q- AlBq%- AlQqt- Al`q - AloqՀ- Al~q%- Alq6- AlqՀ- Alqt- Alq~- Alqt- Alqt- Alq~- Alq߀- Alq- AlqՀ- Al#q%- Al2qՀ- AlAqt- AlPq - Al_q%- Alnq- Al}q%- Alq- Alq%- AlqՀ- Alq%- Alq@- Alq%- Alqt- 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b9OE(Alq>6 s> b:OE(Alq`6 s> c:g`(AlqBp6 s> c:g`(Alq>6 s> c:g`(Alqa6 s> c;g`(Al,q?р6 s> d;[v~(Al;qBp6 s> d;[v~(AlJq_F6 s> d;[v~(AlYq?р6 s> d;[v~(AlhqO6 s> e6 s> e e e6 s> f=O(Alϳq?р6 s> f=O(Alq?р6 s> p#*Alq]6 s> p#*Al-q>6 s> p#*Al p#*AlKqA 6 s> p#*AlZq>6 s> p#*Aliq?р6 s> p#*Alxq>6 s> p#*Al݇qTʀ6 s> p#*AlݖqX6 s> p#*AlݥqF_6 s> q"0/)Alݴq>6 s> q"0/)Alq?р6 s> q"0/)Alq?р6 s> q"0/)Alq>6 s> q"0/)AlqA 6 s> q"0/)Alq?р6 s> q"0/)Alq>6 s> q"0/)Alq?р6 s> q"0/)Al,q_F6 s> q"0/)Al;q>6 s> q"0/)AlJq]6 s> q"0/)AlYq?р6 s> q"0/)Alhq[W6 s> q"0/)Alwq>6 s> q"0/)Alކq?р6 s> q"0/)AlޕqC6 s> q"0/)AlޤqSz6 s> q"0/)Al޳qa6 s> rO(AlqA 6 s> rO(AlqBp6 s> rO(AlqX6 s> rO(AlqWi6 s> sO(AlqBp6 s> sO(Al qA 6 s> sO(Alq>6 s> sO(Al+qWi6 s> sO(Al:q_F6 s> tN(AlIq?р6 s> tN(AlXqA 6 s> tN(AlgqBp6 s> tN(Alvqa6 s> uX(Al߅qBp6 s> uX(AlߔqA 6 s> uX(AlߣqH6 s> uX(Al߲q_F6 s> vN(Alq?р6 s> xO C(AlqA 6 s> x"u*AlqA 6 s> x"u*AlqV6 s> yMQ(Alq?р6 s> yMQ(Al qA 6 s> yMQ(AlqA 6 s> yMQ(Al*qV6 s> z[w(Al9qA 6 s> z[w(AlHqA 6 s> z[w(AlWqBp6 s> z[w(Alfqa6 s> {[w(AluqJM6 s> |M(Alq?р6 s> |M(AlqR*6 s> |M(Alq=26 s> |M(Alq>6 s> }Nj(AlqA 6 s> }Nj(AlqX6 s> }Nj(AlqBp6 s> }Nj(AlqBp6 s> ~Nj(Alq6 s> Y~(Al qBp6 s> Y~(AlqA 6 s> Y~(Al)q6 s> Y~(Al8q]6 s> d(AlGq>6 s> d(AlVqBp6 s> d(AleqZ6 s> d(Altq?р6 s> X(AlqBp6 s> X(AlqO6 s> X(Alq?р6 s> X(AlqA 6 s> X(AlqTʀ6 s> N(AlqBp6 s> N(AlqC6 s> N(Alq 6 s> N(AlqBp6 s> N(Al q?р6 s> N(AlqPۀ6 s> N(Al(q>6 s> N(Al7qA 6 s> [J(AlFqC6 s> OA(AlUqc56 s> OA(AldqBp6 s> OA(AlsqZ6 s> Ok(AlqA 6 s> Ok(AlqBp6 s> Ok(AlqV6 s> Ok(AlqC6 s> Ok(Alq?р6 s> N(AlqA 6 s> N(Alq]6 s> N(AlqA 6 s> N(Alq?р6 s> O( Al q_F6 s> O( AlqBp6 s> O( Al'qV6 s> O( Al6q>6 s> O(AlEqBp6 s> O(AlTqBp6 s> O(Alcq]6 s> O(AlrqA 6 s> O(AlqA 6 s> N/(Alq]6 s> N/(AlqA 6 s> N/(AlqBp6 s> N/(Alq\6 s> O/(Alq>6 s> O/(AlqBp6 s> O/(Alq[W6 s> O/(Alq>6 s> [J(!AlqA 6 s> [J(!Alq]6 s> [J(!Al&qA 6 s> [J(!Al5qA 6 s> N(%AlDqF_6 s> N(%AlSq_F6 s> N(%Albq?р6 s> N(%Alqq?р6 s> N()AlqR*6 s> N()Alq>6 s> N()Alq?р6 s> N()Alq[W6 s> N(+AlqBp6 s> O (1Alq>6 s> O (1AlqN<6 s> O (1AlqA 6 s> O (1AlqC6 s> OQ(5Alq>6 s> OQ(5Alq`6 s> OQ(5Al%qC6 s> OQ(7Al4qV6 s> p;(<AlCq>6 s> p;(<AlRq=26 s> p;(<AlaqWi6 s> p;(<AlpqC6 s> O(@AlqC6 s> O(@AlqWi6 s> O(@AlqH6 s> O(@AlqBp6 s> O^(DAlqSz6 s> O^(DAlqA 6 s> O^(DAlq?р6 s> O^(DAlqZ6 s> O^(FAlq?р6 s> ee(JAlq?р6 s> ee(JAlqTʀ6 s> ee(JAl$qX6 s> ee(LAl3qC6 s> Nk(SXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 204 / width of table in bytes NAXIS2 = 961 / 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 = 392981402.44326 TSTOP = 393012787.44332 DATE-OBS= '2013-06-15T09:29:59' DATE-END= '2013-06-15T18:13:04' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31385.0000599623 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 310 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:54' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'lFAFoC6FlCAFlC3F' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '1995309863' / data unit checksum updated 2013-06-25T08:41:54 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: sw00558271000b136x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:05 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END Alkqy} Alkqvހ Alkq Alkq| Alkq Alkqy} Alkqz̀ Allqd Allq All!qx- All0qր All?q AllNq~ All]qȀ Alllqd All{qy} Allqx- Allqd Allq~ Allqy} AllqS Allq~ Allq| Allq Almqy} Almq Alm qS Alm/qz̀ Alm>qZ AlmMq Alm\qx- Almkq Almzq Almqy} Almq Almq Almqz̀ Almqvހ Almqd Almq}k Almqy} Alnq Alnq}k Alnq Aln.qy} Aln=qy} AlnLqz̀ Aln[qA Alnjqy} Alnyqz̀ Alnq Alnqz̀ Alnqր Alnqz̀Alnq Alnqd Alnqx- Alnqd Aloq}k Aloq Aloqx- Alo-q}k Aloq| AlMqy} Al\q Alkq}k Alzqy} Alq疀 Alq~ Alqy} Alq AlqI Alqy} Alq0 Alqy} AlqA Alqy} Alqz̀ Al{qAlq| Alqŀ Alqy} Alq Alqz̀ Alq$ Alqz̀ Alq Alqy} Alqy} Al q Al/qA Al>qy} AlMq Al\q~ Alkqx- Alzq Alq Alqy} Alq Alq| Alqy} Alq Alqz̀ Alqy} Alq Alqx- Alq}k Al.q Al=qy} AlLqz̀ Al[q7 Aljq Alyq  Alq Alq Alqy} Alqx- Alqu Alq| Alqx- Alqd Alr[ Alqy} Alq| Al-q Alqz̀ AlMq Al\r  Alkqy} Alzq7 Alq Alqy} Alq Alq}k Alq| AlqȀ Alqz̀ Alqy} Alq| Alqd Alqz̀ Al.qy} AlƀqAlƏqz̀ Alƞq  Alƭqz̀ AlƼq Alq Alq| Alq| Alq~ Alq| AlqA Al%qz̀ Al4qy} AlCq& AlRq Alaqd Alpq| Alqz̀ Alǎqd Alǝq| AlǬqx- Alǻq AlqA AlrPr Alq}k Alqx- Alqu Alq| Al$qz̀ Al3q AlBq AlQq~ Al`q Aloq Al~qy} Alȍq| AlȜq Alȫqy} AlȺq| Alq Alr Alqz̀ Alqz̀ Alq Alq Al#q| Al2qz̀ AlAqd AlPq}k Al_qz̀ Alnq Al}q AlɌq| Alɛq Alɪq| Alɹqy} Alq| AlqS Alqx- Alq}k Alq Alq| Al"qz̀ Al1qd Al@qz̀ AlOqx- Al^q Almq~ Al|qx- AlʋqA Alʚqz̀ Alʩqz̀ Alʸq Alq| Alqy} Alq7 Alqz̀ Alq}k Alqր Al!r Al0qy} Al?q}k AlNq Al]q| Allqy} Al{q Alˊq}k Al˙qz̀ Al˨q Al˷q Alq~ Alq~ Alq Alqy} Alq Alq Al qx- Al/q Al>qS AlMq| Al\qx- Alkqd Alzq| Al̉qy} Al̘q Aļqx- Al̶qz̀ Alq Alqz̀ Alqz̀ Alq& Alq| Alqz̀ Alq7 Al.r  Al=qvހ AlLq Al[qx- Aljqz̀ AlyqȀ Al͈qz̀ Al͗q| Alͦqu Al͵qz̀ Alqy} Alq& Alq Alqz̀ Alq AlqI Alq~ Al-q Al2ʀtarg/mode/tables/toflttbl.gzo PcjUΦ7k @)و p AXyAlnM2ʀtarg/mode/tables/toflttbl.gzo PcjUΦ7kF)و p AXyAln\4targ/mode/tables/toflttbl.gzo P?cjUΦ7k;)و p AXyAlnk8 targ/mode/tables/toflttbl.gzo PckUΦ7kp@)و p AXyAlnz1{targ/mode/tables/toflttbl.gzo PckUΦ7k4@)و p AXyAln1{targ/mode/tables/toflttbl.gzo PWckUΦ7k.@)و p AXyAln4targ/mode/tables/toflttbl.gzo PckUΦ7ki#@)و p AXyAln2ʀtarg/mode/tables/toflttbl.gzo `P5ckUΦ7kZ@Z)و p AXyAln9Xtarg/mode/tables/toflttbl.gzo PcsUΦ7k @g)و p AXyAlnŤ6targ/mode/tables/toflttbl.gzo PEcsUΦ7kk)و p AXyAlnԤ4targ/mode/tables/toflttbl.gzo PctUΦ7k@)و p AXOAln5itarg/mode/tables/toflttbl.gzo QcwUΦ7k@)و p AXOAln2ʀtarg/mode/tables/toflttbl.gzo QcxUϦ7kV)و p AXOAlo2ʀtarg/mode/tables/toflttbl.gzo QlcyUϦ7kxT)و p AXOAlo5itarg/mode/tables/toflttbl.gzo QcyUϦ7k @)و p AXOAlo2ʀtarg/mode/tables/toflttbl.gzo QBcyUϦ7k+)و p AXOAlo.Mtarg/mode/tables/toflttbl.gzo QcyUϦ7kl%)و p AXOAlo=2ʀtarg/mode/tables/toflttbl.gzo QcyUϦ7k`)و p AXOAloL2ʀtarg/mode/tables/toflttbl.gzo Q8cyUϦ7kY@)و p AXOAlo[4targ/mode/tables/toflttbl.gzo QcyUϦ7k9@)و p AXOAlojxBtarg/mode/tables/toflttbl.gzo Qc}UϦ7kmX)و p AXOAloy4targ/mode/tables/toflttbl.gzo @QcUЦ7kZ)و p AXOAlo5itarg/mode/tables/toflttbl.gzo PQ cUЦ7k m)و p AXOAlo4targ/mode/tables/toflttbl.gzo PQ ucUЦ7k)و p AXOAlo:targ/mode/tables/toflttbl.gzo Q /cUЦ7k@)و p AXOAlo5itarg/mode/tables/toflttbl.gzo p0QcUЦ7k=@)و p AXOAloĤ5itarg/mode/tables/toflttbl.gzo 5QcUЦ7k)و p AXOAloӤ4targ/mode/tables/toflttbl.gzo QcUЦ7k @)و p AXOAlo\targ/mode/tables/toflttbl.gzo @QHcUЦ7k0)و p AXOAlo5itarg/mode/tables/toflttbl.gzo ϠQcUЦ7kS )و p AXOAlp:targ/mode/tables/toflttbl.gzo QcUЦ7k9~7)و p AXOAlp2ʀtarg/mode/tables/toflttbl.gzo Q]cUЦ7kl@I)و p AXOAlp5itarg/mode/tables/toflttbl.gzo Q cUЦ7kҀ)و p AXOAlp-2ʀtarg/mode/tables/toflttbl.gzo QcUЦ7k$@)و p AXOAlp<5itarg/mode/tables/toflttbl.gzo 0QjcUЦ7kI@)و p AXOAlpK9Xtarg/mode/tables/toflttbl.gzo Q cUЦ7ks,)و p AXOAlpZ2ʀtarg/mode/tables/toflttbl.gzo Q!cUЦ7k@n)و  AXOAlpi1{targ/mode/tables/toflttbl.gzo Q#fcUЦ7k±@)و  AXOAlpx5itarg/mode/tables/toflttbl.gzo Q%cUЦ7kk$݀)و  AXOAlp4targ/mode/tables/toflttbl.gzo w Q&cUЦ7k68)و  AXOAlp:targ/mode/tables/toflttbl.gzo npQ(mcUЦ7k2<@)و  AX%Alp2ʀtarg/mode/tables/toflttbl.gzo kQ*cUЦ7kZ)و  AX%Alp4targ/mode/tables/toflttbl.gzo kQ+cUЦ7kK)و  AX%Alpä;targ/mode/tables/toflttbl.gzo i0Q-cUЦ7k.q@)و  AX%AlpҤ5itarg/mode/tables/toflttbl.gzo cQ/6cUЦ7kas)و  AX%Alp5itarg/mode/tables/toflttbl.gzo _Q0cUЦ7ku)و  AX%Alp9Xtarg/mode/tables/toflttbl.gzo _Q2cUЦ7kUã)و  AX%Alp5itarg/mode/tables/toflttbl.gzo Q4DcUЦ7k @)و  AX%Alq2ʀtarg/mode/tables/toflttbl.gzo PQ5cUЦ7kȀ)و  AX%Alq5itarg/mode/tables/toflttbl.gzo Q7cUЦ7kg@)و  AX%Alq,5itarg/mode/tables/toflttbl.gzo Q9GcUЦ7k@@)و  AX%Alq;5itarg/mode/tables/toflttbl.gzo `Q;cUЦ7kM@)و  AX%AlqJ2ʀtarg/mode/tables/toflttbl.gzo 7pQcUЦ7 kS )و  AX%Alqh2ʀtarg/mode/tables/toflttbl.gzo `Q@)cUЦ7 kU@)و  AX%Alqw5itarg/mode/tables/toflttbl.gzo QAcUЦ7 k^V@)و  AX%Alq6targ/mode/tables/toflttbl.gzo QCcUЦ7 kn')و  AX%Alq5itarg/mode/tables/toflttbl.gzo `QEJcUЦ7 kK)و  AX%Alq4targ/mode/tables/toflttbl.gzo QFcUЦ7k@M)و  AX%Alq:targ/mode/tables/toflttbl.gzo QHcUЦ7kb@O)و  AX%Alq¤5itarg/mode/tables/toflttbl.gzo QJicUЦ7k4R)و  AX%AlqѤ4targ/mode/tables/toflttbl.gzo QLcUЦ7k@)و  AX%Alq5itarg/mode/tables/toflttbl.gzo ̠QMcUЦ7k/@č)و  AX%Alq4targ/mode/tables/toflttbl.gzo QOpcUЦ7kNĐ)و  AX%Alq1{targ/mode/tables/toflttbl.gzo QQ1cUЦ7kij)و  AX%Alr 8 targ/mode/tables/toflttbl.gzo @QRcUЦ7k<ր)و  AX%Alr4targ/mode/tables/toflttbl.gzo ÀQTcUЦ7kL)و  AX%Alr+5itarg/mode/tables/toflttbl.gzo QVQ`}cUЦ7kv)و  AWAlr2ʀtarg/mode/tables/toflttbl.gzo >Qb&cUЦ7kş)و  AWAlr4targ/mode/tables/toflttbl.gzo jPQccUЦ7k7*و  AWAlr:targ/mode/tables/toflttbl.gzo l`QecUЦ7k?i*و p AWAlr2ʀtarg/mode/tables/toflttbl.gzo OQg=cUЦ7kT}*و p AWAlrФ5itarg/mode/tables/toflttbl.gzo =QhcUЦ7kVƀ*و p AWAlrߤ4targ/mode/tables/toflttbl.gzo 80QjcUЦ7kCXƂ@*و p AWAlr1{targ/mode/tables/toflttbl.gzo 50Ql4cUЦ7kiƓ*و p AWAlr5itarg/mode/tables/toflttbl.gzo .`QmcUЦ7k#ƻ*و p AWAls 1{targ/mode/tables/toflttbl.gzo 0QocUЦ7k*و p AWAls5itarg/mode/tables/toflttbl.gzo 0QqecUЦ7k\@*و p AWAls*Itarg/mode/tables/toflttbl.gzo 0QscUЦ7k(*و p AWAls92ʀtarg/mode/tables/toflttbl.gzo 8`QtcUѦ7 kV*@S*و p AWAlsH5itarg/mode/tables/toflttbl.gzo 9QvcUҦ7!kU@*و p AWAlsW8 targ/mode/tables/toflttbl.gzo 9Qx3cUҦ7!k`Dz*و p AWAlsf2ʀtarg/mode/tables/toflttbl.gzo 9QycUҦ7!k@*و p AWAlsu4targ/mode/tables/toflttbl.gzo 9Q{cUҦ7!k@*و p AWAls2ʀtarg/mode/tables/toflttbl.gzo 9PQ}AcUҦ7"k@A*و p AWAls:targ/mode/tables/toflttbl.gzo 9PQ~cUҦ7"kJt@*و p AWAls2ʀtarg/mode/tables/toflttbl.gzo 9PQcUҦ7"k]}ȧ@*و p AWAls4targ/mode/tables/toflttbl.gzo 7QGcUҦ7"kZ̀*و p AWAls8 targ/mode/tables/toflttbl.gzo ]QcUӦ7#k@*و p AWAlsϤ2ʀtarg/mode/tables/toflttbl.gzo d`QcUӦ7"k@*و p AWAlsޤ2ʀtarg/mode/tables/toflttbl.gzo cQEcUӦ7#k@*و p AWAls5itarg/mode/tables/toflttbl.gzo cQcUӦ7#k)*و p AWAls2ʀtarg/mode/tables/toflttbl.gzo cPQcUӦ7$k+T*و p AWAlt 5itarg/mode/tables/toflttbl.gzo cPQ\cUӦ7$k^@ɇ*و p AWAlt1{targ/mode/tables/toflttbl.gzo cPQ cUӦ7$kFɺ*و p AWAlt)2ʀtarg/mode/tables/toflttbl.gzo cPQcUӦ7$kÀ*و p AWAlt85itarg/mode/tables/toflttbl.gzo bQncUӦ7%k#@*و p AWAltG1{targ/mode/tables/toflttbl.gzo bQcUӦ7%k%@N*و p AWAltV6targ/mode/tables/toflttbl.gzo QcUӦ7$kWʁ*و p AWAlte2ʀtarg/mode/tables/toflttbl.gzo QqcUӦ7$kaʴ*و p AWAltt4targ/mode/tables/toflttbl.gzo Q3cUӦ7$k7@*و p AWAlt5itarg/mode/tables/toflttbl.gzo QcUӦ7&k@ *و p AWAlt;targ/mode/tables/toflttbl.gzo QcUӦ7&kz@ˣ*و p AWAlt1{targ/mode/tables/toflttbl.gzo Q=cUӦ7&klԀ*و p AWAlt9Xtarg/mode/tables/toflttbl.gzo QcUӦ7&k@*و p AWAlt2ʀtarg/mode/tables/toflttbl.gzo 0QcUӦ7'kL 3*و p AWAltΤ6targ/mode/tables/toflttbl.gzo 0QGcUӦ7'k<@e*و p AWAltݤ5itarg/mode/tables/toflttbl.gzo QcUӦ7&k=b̌@*و p AWAlt4targ/mode/tables/toflttbl.gzo QcUӦ7&kd̎*و p AWAlt8 targ/mode/tables/toflttbl.gzo QbcUӦ7'kg@̐*و p AWAlu 2ʀtarg/mode/tables/toflttbl.gzo QcUӦ7'k̸*و p AWAlu2ʀtarg/mode/tables/toflttbl.gzo QcUӦ7'kP*و p AWAlu(5itarg/mode/tables/toflttbl.gzo pQ]cUӦ7%k@*و p AWAlu72ʀtarg/mode/tables/toflttbl.gzo pQ cUӦ7%kP J*و p AWAluF2ʀtarg/mode/tables/toflttbl.gzo QcUӦ7&kOy@*و p AWAluU4targ/mode/tables/toflttbl.gzo ԀQgcUӦ7$kͫ*و  AWAlud^ targ/mode/tables/toflttbl.gzo ԀQcUӦ7$ky݀*و  AWAlus2ʀtarg/mode/tables/toflttbl.gzo ԀQcUӦ7$k+ @*و  AWAluItarg/mode/tables/toflttbl.gzo QcUӦ7%k|;*و  AWAlu2ʀtarg/mode/tables/toflttbl.gzo QcUӦ7%k Dn*و  AWAlu8 targ/mode/tables/toflttbl.gzo QcUӦ7%kwΠ*و  AWAl1{targ/mode/tables/toflttbl.gzo RdMUۦ쁠7kGՀ.و  AVAl4targ/mode/tables/toflttbl.gzo RdSUۦ쁠7kK@.و  AVAl 2ʀtarg/mode/tables/toflttbl.gzo RٍdSUۦ쁠7k.و  AVAl6targ/mode/tables/toflttbl.gzo RHdVUۦ7k!@ .و  AVAl)5itarg/mode/tables/toflttbl.gzo RdWUۦ7k_H.و  AVAl88 targ/mode/tables/toflttbl.gzo RާdYUܦ7kv.و  AVAlG4targ/mode/tables/toflttbl.gzo RIdZUܦ7kN@.و  AVAlV6targ/mode/tables/toflttbl.gzo RdZUܦ7k'.و  AVAle2ʀtarg/mode/tables/toflttbl.gzo RdZUܦ7kQq[.و  AVAlt:targ/mode/tables/toflttbl.gzo RcdZUܦ7k.و  AVAl2ʀtarg/mode/tables/toflttbl.gzo RdZUܦ7k@.و  AVAl9Xtarg/mode/tables/toflttbl.gzo R dZUܦ7kP:@.و  AVAl2ʀtarg/mode/tables/toflttbl.gzo RdZUܦ7ku.و  AVAl2ʀtarg/mode/tables/toflttbl.gzo RdZUܦ7k@.و  AVAl6targ/mode/tables/toflttbl.gzo R3dZUܦ7kj@/و p AVAlΤ2ʀtarg/mode/tables/toflttbl.gzo RdZUܦ7kL/و p AVAlݤ2ʀtarg/mode/tables/toflttbl.gzo Rd[Uܦ7kJ݀/و p AVXAl4targ/mode/tables/toflttbl.gzo Rd\Uܦ񁠀7k/و p AVXAl4targ/mode/tables/toflttbl.gzo Rd\Uܦ񁠀7k@K/و p AVXAl 2ʀtarg/mode/tables/toflttbl.gzo R>d\Uܦ񁠀7k-@/و p AVXAl5itarg/mode/tables/toflttbl.gzo Rd\Uܦ񁠀7kdi€/و p AVXAl(2ʀtarg/mode/tables/toflttbl.gzo Rd]Uܦ򁠀7kE@/و p AVXAl71{targ/mode/tables/toflttbl.gzo R_d]Uܦ򁠀7k@1/و p AVXAlF5itarg/mode/tables/toflttbl.gzo Rd]Uܦ򁠀7kn@/و p AVXAlU2ʀtarg/mode/tables/toflttbl.gzo Rd]Uܦ򁠀7kP@/و p AVXAld5itarg/mode/tables/toflttbl.gzo R_d]Uܦ򁠀7k@/و p AVXAls6targ/mode/tables/toflttbl.gzo Rd^Uܦ󁠀7k/و p AVXAl1{targ/mode/tables/toflttbl.gzo R#d^Uܦ󁠀7kS/و p AVXAl5itarg/mode/tables/toflttbl.gzo R}d^Uܦ󁠀7k5/و p AVXAlytarg/mode/tables/toflttbl.gzo Rd^Uܦ󁠀7kp@/و p AVXAl4targ/mode/tables/toflttbl.gzo RFd_Uܦ􁠀7k@/و p AVXAl4targ/mode/tables/toflttbl.gzo Rd_Uܦ􁠀7kE@7/و p AVXAlͤ:targ/mode/tables/toflttbl.gzo PRd_Uܦ􁠀7k"s@/و p AVXAlܤ9Xtarg/mode/tables/toflttbl.gzo 0R@d_Uܦ􁠀7kTw/و p AVXAl4targ/mode/tables/toflttbl.gzo @Rd`Uܦ7kb y/و p AVXAl4targ/mode/tables/toflttbl.gzo Rd`Uܦ7k>/و p AVXAl 5itarg/mode/tables/toflttbl.gzo R*dbUܦ7k`k@/و p AVXAl1{targ/mode/tables/toflttbl.gzo RddUܦ7k@/و p AVXAl'2ʀtarg/mode/tables/toflttbl.gzo `RddUܦ7k-@/و p AVXAl64targ/mode/tables/toflttbl.gzo RxdeUܦ7kOo@/و p AVXAlE2ʀtarg/mode/tables/toflttbl.gzo RdeUܦ7k/و p AVXAlT5itarg/mode/tables/toflttbl.gzo RdeUܦ7k8A/و p AVXAlc4targ/mode/tables/toflttbl.gzo RzdeUܦ7k#@|/و p AVXAlr1{targ/mode/tables/toflttbl.gzo RdfUܦ7kwV/و p AVXAl:targ/mode/tables/toflttbl.gzo RSdfUܦ7k/و p AVXAl2ʀtarg/mode/tables/toflttbl.gzo RdfUܦ7kc@'/و p AVXAl2ʀtarg/mode/tables/toflttbl.gzo RdfUܦ7k @c/و p AV.Al:targ/mode/tables/toflttbl.gzo RpdgUܦ7k?/و p AV.Al2ʀtarg/mode/tables/toflttbl.gzo RdgUܦ7k|/و p AV.Al̤4targ/mode/tables/toflttbl.gzo RdgUܦ7kU/و  AV.Alۤ4targ/mode/tables/toflttbl.gzo RndgUܦ7kP/و  AV.Al2ʀtarg/mode/tables/toflttbl.gzo RdhUܦ7k.@/و  AV.Al4targ/mode/tables/toflttbl.gzo `RAdhUܦ7kf/و  AV.Aletarg/mode/tables/toflttbl.gzo 0RdhUܦ7krˀ/و  AV.Al5itarg/mode/tables/toflttbl.gzo `R!dhUܦ7kv@/و  AV.Al&5itarg/mode/tables/toflttbl.gzo `RdhUܦ7k/و  AV.Al52ʀtarg/mode/tables/toflttbl.gzo @RdjUܦ7k @/و  AV.AlD5itarg/mode/tables/toflttbl.gzo RdmUܦ7kS@/و  AV.AlS2ʀtarg/mode/tables/toflttbl.gzo R9dmUܦ7k 6/و  AV.Alb4targ/mode/tables/toflttbl.gzo RdmUܦ7ktr@/و  AV.Alq:targ/mode/tables/toflttbl.gzo RdnUܦ7kF@ /و  AV.Al2ʀtarg/mode/tables/toflttbl.gzo RNdnUܦ7k{ =/و  AV.Al2ʀtarg/mode/tables/toflttbl.gzo RdnUܦ7k z/و  AV.Al_[targ/mode/tables/toflttbl.gzo RUdoUܦ7k>N /و  AV.Al2ʀtarg/mode/tables/toflttbl.gzo RdoUܦ7k@ /و  AV.Al2ʀtarg/mode/tables/toflttbl.gzo RdoUܦ7k< /و  AV.Alˤ5itarg/mode/tables/toflttbl.gzo RKdoUܦ7k N/و  AV.Alڤ1{targ/mode/tables/toflttbl.gzo RxdoUܦ7k ݀0و p AV.Al4targ/mode/tables/toflttbl.gzo SdqUܧ7kL@ 0و p AV.Al2ʀtarg/mode/tables/toflttbl.gzo SWdqUܧ7kk R@0و p AV.Al2ʀtarg/mode/tables/toflttbl.gzo SdqUܧ7k 0و p AV.AlOtarg/mode/tables/toflttbl.gzo SdqUܧ7kD 0و p AV.Al%4targ/mode/tables/toflttbl.gzo PSdrUܧ7k5@ 0و p AV.Al45itarg/mode/tables/toflttbl.gzo SdrUܧ7k8 0و p AV.AlC8 targ/mode/tables/toflttbl.gzo pSpdrUܧ7kD 0و p AV.AlR1{targ/mode/tables/toflttbl.gzo pS=drUܧ7kn 80و p AVAla4targ/mode/tables/toflttbl.gzo SdtUܧ7k) d0و p AVAlp5itarg/mode/tables/toflttbl.gzo SdvUܧ7k^ @0و p AVAl2ʀtarg/mode/tables/toflttbl.gzo SDdvUܧ7k 0و p AVAl5itarg/mode/tables/toflttbl.gzo SdvUܧ7kTK@ 0و p AVAl1{targ/mode/tables/toflttbl.gzo S;dwUܧ7kF|@ E0و p AVAl5itarg/mode/tables/toflttbl.gzo SdxUܧ7k ~0و p AVAl4targ/mode/tables/toflttbl.gzo S dxUܧ7k@ 0و p AVAlʤ8 targ/mode/tables/toflttbl.gzo S adxUܧ7k.@ 0و p AVAl٤2ʀtarg/mode/tables/toflttbl.gzo S dyUܧ7kc,0و p AVAl4targ/mode/tables/toflttbl.gzo S 8dyUܧ7k"@i0و p AVAl9Xtarg/mode/tables/toflttbl.gzo S }dyUܧ7ks@0و p AVAl4targ/mode/tables/toflttbl.gzo S dyUܧ7k0و p AVAl4targ/mode/tables/toflttbl.gzo S 8dyUܧ7kS@0و p AVAl$5itarg/mode/tables/toflttbl.gzo S dzUܧ7kRW0و p AVAl31{targ/mode/tables/toflttbl.gzo S dzUܧ7k@0و p AVAlB2ʀtarg/mode/tables/toflttbl.gzo S cdzUܧ7kVp@90و p AVAlQ8 targ/mode/tables/toflttbl.gzo S dzUܧ7kXc@0و p AVAl`4targ/mode/tables/toflttbl.gzo S =d{Uܧ 7kr0و p AVAlo2ʀtarg/mode/tables/toflttbl.gzo pS d{Uܧ 7kv0و p AVAl~_[targ/mode/tables/toflttbl.gzo pSDd{Uܧ 7k4@0و p AVAl2ʀtarg/mode/tables/toflttbl.gzo pSd}Uܧ 7k̀0و p AVAl1{targ/mode/tables/toflttbl.gzo S\dUܧ 7k,00و p AVAl4targ/mode/tables/toflttbl.gzo SdUܧ 7kl6@0و p AVAl1{targ/mode/tables/toflttbl.gzo SdUܧ 7k(s@0و p AVAlɤ4targ/mode/tables/toflttbl.gzo SOdUܧ 7k@0و p AVAlؤ8 targ/mode/tables/toflttbl.gzo SdUܧ 7kI 0و p AVAl2ʀtarg/mode/tables/toflttbl.gzo S\dUܧ 7k R0و p AVAl5itarg/mode/tables/toflttbl.gzo SdUܧ 7ktZ0و  AVAl9Xtarg/mode/tables/toflttbl.gzo S dUܧ 7k @0و  AVAl5itarg/mode/tables/toflttbl.gzo S\dUܧ 7k0و  AUAl#4targ/mode/tables/toflttbl.gzo SdUܧ7k-@ 0و  AUAl2[ltarg/mode/tables/toflttbl.gzo SdUܧ7k{~G0و  AUAlA2ʀtarg/mode/tables/toflttbl.gzo S|dUܧ7k@0و  AUAlP1{targ/mode/tables/toflttbl.gzo SdUܧ7kv@0و  AUAl_4targ/mode/tables/toflttbl.gzo SMdUܧ7kB,0و  AUAln9Xtarg/mode/tables/toflttbl.gzo SdUܧ7ki20و  AUAl}4targ/mode/tables/toflttbl.gzo @SdUܧ7ko@0و  AUAl4targ/mode/tables/toflttbl.gzo SKdUܧ7kw@0و  AUAl5itarg/mode/tables/toflttbl.gzo pSdUܧ7kD@y0و  AUAl2ʀtarg/mode/tables/toflttbl.gzo pSdUܧ7k@0و  AUAl1{targ/mode/tables/toflttbl.gzo pSadUݧ7k@0و  AUAlȤBtarg/mode/tables/toflttbl.gzo SdUݧ7k;@0و  AUAlפ6targ/mode/tables/toflttbl.gzo SedUݧ7kq;0و  AUAl4targ/mode/tables/toflttbl.gzo SdUݧ7kDs@0و  AUAl9Xtarg/mode/tables/toflttbl.gzo S-dUݧ7k@0و  AUAl2ʀtarg/mode/tables/toflttbl.gzo SdUݧ7kCS1و p AUAl4targ/mode/tables/toflttbl.gzo SdUݧ7kV@1و p AUAl"2ʀtarg/mode/tables/toflttbl.gzo S dUݧ7k1و p AUAl1dtarg/mode/tables/toflttbl.gzo S!dUݧ7k1و p AUAl@4targ/mode/tables/toflttbl.gzo S!MdUݧ7k61و p AUAlO1{targ/mode/tables/toflttbl.gzo S!dUݧ7kX9s1و p AUAl^4targ/mode/tables/toflttbl.gzo S"-dUݧ7k?m@1و p AUAlm1{targ/mode/tables/toflttbl.gzo S"vdUݧ7k1و p AUAl|2ʀtarg/mode/tables/toflttbl.gzo S"dUݧ7k"1و p AUAl5itarg/mode/tables/toflttbl.gzo S#!dUݧ7k%_@1و p AUAl2ʀtarg/mode/tables/toflttbl.gzo S#dUݧ7ka^@1و p AUAl4targ/mode/tables/toflttbl.gzo `S$dUݧ7k@1و p AUAl:targ/mode/tables/toflttbl.gzo S$RdUݧ7kVۀ1و p AUAlǤ2ʀtarg/mode/tables/toflttbl.gzo pS$dUݧ7kw@1و p AUAl֤4targ/mode/tables/toflttbl.gzo pS&dUݧ7k=@1و p AUAl6targ/mode/tables/toflttbl.gzo S(NdUݧ7kz;1و p AUAl2ʀtarg/mode/tables/toflttbl.gzo S)cdUݧ7k7p1و p AUAl2ʀtarg/mode/tables/toflttbl.gzo S)dUݧ7kt1و p AUAl9Xtarg/mode/tables/toflttbl.gzo S*dUݧ7k1و p AUAl!2ʀtarg/mode/tables/toflttbl.gzo S*dUݧ7k 1و p AUAl02ʀtarg/mode/tables/toflttbl.gzo S*dUݧ7k%^1و p AUAl?6targ/mode/tables/toflttbl.gzo S+9dUݧ7kzb@1و p AUAlN2ʀtarg/mode/tables/toflttbl.gzo S+dUݧ7k@1و p AUAl]2ʀtarg/mode/tables/toflttbl.gzo S,dUݧ7kр 1و p AUAll1{targ/mode/tables/toflttbl.gzo S,dUݧ7k}n@1و p AUAl{4targ/mode/tables/toflttbl.gzo S,dUݧ7k1و p AUAl4targ/mode/tables/toflttbl.gzo S-KdUݧ7k"1و p AUAl;targ/mode/tables/toflttbl.gzo S-dUݧ7kn Z@1و p AUAl2ʀtarg/mode/tables/toflttbl.gzo S.dUݧ7k[1و p AUAl2ʀtarg/mode/tables/toflttbl.gzo S.ydUݧ7kQ@1و p AUAlƤdtarg/mode/tables/toflttbl.gzo S.dUݧ7k1و p AUAlդ5itarg/mode/tables/toflttbl.gzo @S/dUݧ7k@G1و p AUAl4targ/mode/tables/toflttbl.gzo S/dUݧ7k K@1و p AUAl1{targ/mode/tables/toflttbl.gzo pS0.dUݧ7kW1و p AUAl4targ/mode/tables/toflttbl.gzo pS1dUݧ7kN1و p AUAl5itarg/mode/tables/toflttbl.gzo pS3dUݧ7kV@1و  AUAl 1{targ/mode/tables/toflttbl.gzo S4dUݧ7k1و  AUAl|5itarg/mode/tables/toflttbl.gzo Sΐe'V^7k@L5و  ATaAl4targ/mode/tables/toflttbl.gzo Se)V^7kL5و  ATaAl6targ/mode/tables/toflttbl.gzo Se)V^7k M5و  ATaAl4targ/mode/tables/toflttbl.gzo SҎe+V^7kW^MW5و  ATaAl4targ/mode/tables/toflttbl.gzo Se,V_7k3@M5و  ATaAlǤ6targ/mode/tables/toflttbl.gzo Soe,V_7k@M5و  ATaAl֤2ʀtarg/mode/tables/toflttbl.gzo Se,V_7kl5N/5و  ATaAl1{targ/mode/tables/toflttbl.gzo S$e,V_7kNz5و  ATaAl2ʀtarg/mode/tables/toflttbl.gzo SՉe,V_7k@N5و  ATaAl2ʀtarg/mode/tables/toflttbl.gzo Se,V_7k" Ot6و  ATaAl2ʀtarg/mode/tables/toflttbl.gzo S4e,V_7kVO6و p ATaAl!2ʀtarg/mode/tables/toflttbl.gzo Se-V_7kP@6و p ATaAl04targ/mode/tables/toflttbl.gzo Se.V_7k@PI6و p ATaAl?5itarg/mode/tables/toflttbl.gzo S4e.V_7k@P6و p ATaAlN1{targ/mode/tables/toflttbl.gzo S؊e.V_7kZP@6و p ATaAl]_[targ/mode/tables/toflttbl.gzo Se.V_7kQ6و p ATaAll6targ/mode/tables/toflttbl.gzo S8 targ/mode/tables/toflttbl.gzo Sޚe2Vc7k@TW6و p AT7AlM2ʀtarg/mode/tables/toflttbl.gzo S&e3Vc7k@T6و p AT7Al\5itarg/mode/tables/toflttbl.gzo pSse3Vc7kU@6و p AT7Alk4targ/mode/tables/toflttbl.gzo Se3Vc7k@U6و p AT7Alz2ʀtarg/mode/tables/toflttbl.gzo Se4Vd7k3U%@6و p AT7Al4targ/mode/tables/toflttbl.gzo Se5Vd7kUS6و p AT7Al2ʀtarg/mode/tables/toflttbl.gzo SJe5Vd7kkU6و p AT7Al4targ/mode/tables/toflttbl.gzo Se7Vf7kVRU6و p AT7Al2ʀtarg/mode/tables/toflttbl.gzo S|e8Vg7k3U6و p AT7AlŤ1{targ/mode/tables/toflttbl.gzo Se8Vg7kV+6و p AT7AlԤ_[targ/mode/tables/toflttbl.gzo Se8Vg7k Vg6و p AT7Al2ʀtarg/mode/tables/toflttbl.gzo Sve8Vg7k9V@6و p AT7Al2ʀtarg/mode/tables/toflttbl.gzo Se9Vh7k~n@V6و p AT7Al5itarg/mode/tables/toflttbl.gzo SLe9Vh7kW@6و  AT7Al5itarg/mode/tables/toflttbl.gzo Se9Vh7kUWO@6و  AT7Al5itarg/mode/tables/toflttbl.gzo Se9Vh7k!W@6و  AT7Al.4targ/mode/tables/toflttbl.gzo SBe9Vh7k5ZWÀ6و  AT7Al=8 targ/mode/tables/toflttbl.gzo Se:Vi7k$W@6و  AT7AlL5itarg/mode/tables/toflttbl.gzo S%e:Vi7kX7@6و  AT7Al[2ʀtarg/mode/tables/toflttbl.gzo Sie:Vi7k @Xs6و  AT Alj4targ/mode/tables/toflttbl.gzo Se:Vi7kFX@6و  AT Aly6targ/mode/tables/toflttbl.gzo Se<Vj7k~xX@6و  AT Al5itarg/mode/tables/toflttbl.gzo @Se<Vj7k4Y6و  AT Al5itarg/mode/tables/toflttbl.gzo S0e<Vj7kY@6و  AT Al4targ/mode/tables/toflttbl.gzo `See<Vj7kY&@6و  AT Al2ʀtarg/mode/tables/toflttbl.gzo S5e=Vj7kYL6و  AT AlĤ5itarg/mode/tables/toflttbl.gzo `Se?Vl7k Yz6و  AT AlӤcItarg/mode/tables/toflttbl.gzo SLe@Vm7kLY6و  AT Al5itarg/mode/tables/toflttbl.gzo Se@Vm7kY6و  AT Al=Gtarg/mode/tables/toflttbl.gzo S,eAVn7knZ'@6و  AT Al[ltarg/mode/tables/toflttbl.gzo SweAVn7kZd6و  AT Al6targ/mode/tables/toflttbl.gzo SeAVn7kg,[7و p AT 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p ARAld6targ/mode/tables/toflttbl.gzo Te1V'Ɂ7kO@=و p ARAls1{targ/mode/tables/toflttbl.gzo Te1V'Ɂ7ku=و p ARAl4targ/mode/tables/toflttbl.gzo Tre1V'Ɂ7k *=و p ARAl9Xtarg/mode/tables/toflttbl.gzo T$e2V'ʁ7kY=و p ARAl6targ/mode/tables/toflttbl.gzo Te2V'ʁ7k=و p ARAl1{targ/mode/tables/toflttbl.gzo Te2V'ʁ7kV=و p ARAl4targ/mode/tables/toflttbl.gzo Te2V'ʁ7kh=و p ARAlͤ5itarg/mode/tables/toflttbl.gzo Te2V'ʁ7kIk@=و p ARAlܤ2ʀtarg/mode/tables/toflttbl.gzo Te2V'ˁ7ko=و p ARAl2ʀtarg/mode/tables/toflttbl.gzo Tze2V(ˁ7k*=و p ARAl9Xtarg/mode/tables/toflttbl.gzo T!e2V(ˁ7k@[=و p ARAl 1{targ/mode/tables/toflttbl.gzo Te2V(́7k=و p ARAl2ʀtarg/mode/tables/toflttbl.gzo Te2V(΁7k-O@=و p ARAl'6targ/mode/tables/toflttbl.gzo TZe2V(΁7kz@=و  ARAl64targ/mode/tables/toflttbl.gzo Te2V(΁7kƀ@=و  ARAlE2ʀtarg/mode/tables/toflttbl.gzo Te2V(΁7k{@=و  ARAlT2ʀtarg/mode/tables/toflttbl.gzo Te2V(ρ7k_4@=و  ARAlc2ʀtarg/mode/tables/toflttbl.gzo Te2V(ρ7kp@=و  ARAlr4targ/mode/tables/toflttbl.gzo TDe2V(ρ7ki%@=و  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Te3V)ց7kk>و p AQAl9Xtarg/mode/tables/toflttbl.gzo Te3V)ց7k>و p AQAl4targ/mode/tables/toflttbl.gzo Tf3V*ց7k>و p AQAlˤ1{targ/mode/tables/toflttbl.gzo Tf3V*ց7k$@ >و p AQAlڤ:targ/mode/tables/toflttbl.gzo T4f3V*ց7k[E>و p AQAl2ʀtarg/mode/tables/toflttbl.gzo Tf4V*ց7ky@>و p AQAl1{targ/mode/tables/toflttbl.gzo `T f4V*ׁ7k[>و p AQAl5itarg/mode/tables/toflttbl.gzo Taf4V*؁7kc@>و p AQAl4targ/mode/tables/toflttbl.gzo Tf4V*؁7k@>و p AQAl%4targ/mode/tables/toflttbl.gzo @T f4V*؁7k>و p AQAl42ʀtarg/mode/tables/toflttbl.gzo `Tf4V*؁7kU8"@>و p AQAlC6targ/mode/tables/toflttbl.gzo U3f4V+؁7keO@>و p AQAlR5itarg/mode/tables/toflttbl.gzo Uf4V+ځ7k'>و p AQAla4targ/mode/tables/toflttbl.gzo Uf4V+ځ7k{@>و p AQAlp5itarg/mode/tables/toflttbl.gzo U8f4V+ځ7k@>و p AQAletarg/mode/tables/toflttbl.gzo pUf4V+ہ7kA@*>و p AQAl2ʀtarg/mode/tables/toflttbl.gzo UWf4V,ہ7ku_>و p AQAl2ʀtarg/mode/tables/toflttbl.gzo Uf4V,ہ7kU@>و p AQAl:targ/mode/tables/toflttbl.gzo U f4V,ہ7k@>و p AQAl2ʀtarg/mode/tables/toflttbl.gzo @Ulf4V,ہ7k{@d>و p 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AMAl2ʀtarg/mode/tables/toflttbl.gzo PVgnVs7k-@[M NC p AMAl4targ/mode/tables/toflttbl.gzo V goVs7k[5M NC p AMAl 2ʀtarg/mode/tables/toflttbl.gzo V^goVs7k[g@M NC p AMAl5itarg/mode/tables/toflttbl.gzo VgoVs7ke[M NC p AMAl+2ʀtarg/mode/tables/toflttbl.gzo VgoVs7k\&M NC p AMAl:2ʀtarg/mode/tables/toflttbl.gzo VgqVs7k\UM NC p AMAlI9Xtarg/mode/tables/toflttbl.gzo VgqVs7kK\M NC p AMAlX;targ/mode/tables/toflttbl.gzo V5gqVs7kJ\M NC p AMAlg1{targ/mode/tables/toflttbl.gzo VgqVs7kT~\M NC p AMAlv5itarg/mode/tables/toflttbl.gzo VgtVt7k@] M NC p AMAl2ʀtarg/mode/tables/toflttbl.gzo VgtVt7k]UM NC p AMAl5itarg/mode/tables/toflttbl.gzo V9gtVt7k]M NC p AMAlࣤ6targ/mode/tables/toflttbl.gzo VgtVt7kSD]M NC p AMAlತ2ʀtarg/mode/tables/toflttbl.gzo VgtVt7k k]M NC p AMAl2ʀtarg/mode/tables/toflttbl.gzo @VwgvVt7k%^M NC  AMAlФ5itarg/mode/tables/toflttbl.gzo VgvVt7k^M NC  AMAlߤ1{targ/mode/tables/toflttbl.gzo VTgvVt7k^M NC  AMAl5itarg/mode/tables/toflttbl.gzo VgvVt7k2^?@M NC  AMAl2ʀtarg/mode/tables/toflttbl.gzo `VgwVu7k+^cM NC  AMAl 8 targ/mode/tables/toflttbl.gzo V!gzVu7k^M NC  AMAl5itarg/mode/tables/toflttbl.gzo VygzVu7kQ^M NC  AMAl*2ʀtarg/mode/tables/toflttbl.gzo VgzVu7k5_M NC  AMAl95itarg/mode/tables/toflttbl.gzo VUg{Vu7k_4@M NC  AMAlH:targ/mode/tables/toflttbl.gzo Vg{Vu7kk_mM NC  AMAlW5itarg/mode/tables/toflttbl.gzo Vg{Vu7k,@_M NC  AMAlf4targ/mode/tables/toflttbl.gzo V9g{Vu7ke_M NC  AMAlu9Xtarg/mode/tables/toflttbl.gzo Vg|Vu7k`@M NC  AMAlᄤ2ʀtarg/mode/tables/toflttbl.gzo Vg|Vu7kOр`KM NC  AMAlᓤ1{targ/mode/tables/toflttbl.gzo Vtg|Vu7k `M NC  AMAlᢤ8 targ/mode/tables/toflttbl.gzo Vg}Vu7k|C@`M NC  AMAlᱤ5itarg/mode/tables/toflttbl.gzo Vmg~Vu7k0u`@M NC  AMAl5itarg/mode/tables/toflttbl.gzo Vg~Vu7ku@a'M NC  AMAlϤ4targ/mode/tables/toflttbl.gzo Vg~Vu7kaaM NC  AMAlޤ2ʀtarg/mode/tables/toflttbl.gzo V[g~Vu7kya@N NC p AMAl4targ/mode/tables/toflttbl.gzo Vg~Vu7kDb.@N NC p AMAl9Xtarg/mode/tables/toflttbl.gzo PV+gVu7kGb1N NC p AMAl 4targ/mode/tables/toflttbl.gzo VgVu7kIb3N NC p AMAl4targ/mode/tables/toflttbl.gzo VBgVu7kl@bUN NC p AMAl)5itarg/mode/tables/toflttbl.gzo VgVv7k`b@N NC p AMAl8;targ/mode/tables/toflttbl.gzo VzgVv7kobN NC p AMAlG2ʀtarg/mode/tables/toflttbl.gzo VgVv7k@bN NC p AMAlV4targ/mode/tables/toflttbl.gzo VgVv7kO.cN NC p AMAle4targ/mode/tables/toflttbl.gzo VigVv7kgcQN NC p AMAlt5itarg/mode/tables/toflttbl.gzo VgVv7klcN NC p AMAl⃤5itarg/mode/tables/toflttbl.gzo VEgVv7kc@N NC p AMAl⒤2ʀtarg/mode/tables/toflttbl.gzo VgVv7kS cN NC p AMAl⡤2ʀtarg/mode/tables/toflttbl.gzo VgVv7kGd1N NC p AMAlⰤ1{targ/mode/tables/toflttbl.gzo `VagVv7k}dgN NC p AMAl⿤2ʀtarg/mode/tables/toflttbl.gzo VgVv7kdN NC p AMAlΤ5itarg/mode/tables/toflttbl.gzo V.gVv7kdӀN NC p AMAlݤ2ʀtarg/mode/tables/toflttbl.gzo VgVv7k$e N NC p AMAl9Xtarg/mode/tables/toflttbl.gzo VgVv7k^eH@N NC p AMAl5itarg/mode/tables/toflttbl.gzo VZgVv7kDe@N NC p AMAl 4targ/mode/tables/toflttbl.gzo VgVv7keN NC p AMAl:targ/mode/tables/toflttbl.gzo 0WgVv7keN NC p AMAl(1{targ/mode/tables/toflttbl.gzo @WNgVv7keN NC p AMAl7;targ/mode/tables/toflttbl.gzo WgVv7k @eN NC p AMAlF4targ/mode/tables/toflttbl.gzo WgVv7k:f#N NC p AMAlU5itarg/mode/tables/toflttbl.gzo WMgVw7kifRN NC p AMAld1{targ/mode/tables/toflttbl.gzo WXgVw7k!@fN NC p AMAls:targ/mode/tables/toflttbl.gzo WgVw7k+@fN NC p AMAlイ2ʀtarg/mode/tables/toflttbl.gzo WsgVw7kegON NC p AMAl㑤5itarg/mode/tables/toflttbl.gzo WgVw7k'@gN NC p AMAl㠤:targ/mode/tables/toflttbl.gzo WgVw7kڀgN NC p AMAl㯤2ʀtarg/mode/tables/toflttbl.gzo `WgVw7kgN NC p AMAl㾤2ʀtarg/mode/tables/toflttbl.gzo WgVw7kIh3@N NC p AMAlͤ8 targ/mode/tables/toflttbl.gzo WEgVw7k}hnN NC p AMAlܤ2ʀtarg/mode/tables/toflttbl.gzo WgVw7k@hN NC p AMAl4targ/mode/tables/toflttbl.gzo WgVw7k>hN NC p AMAl8 targ/mode/tables/toflttbl.gzo W gVw7k6)i@N NC p AMAl 5itarg/mode/tables/toflttbl.gzo W gVw7ke@iNN NC p AMAl5itarg/mode/tables/toflttbl.gzo W 5gVw7k"iN NC  AMUAl'6targ/mode/tables/toflttbl.gzo W ~gVw7k{ڀiN NC  AMUAl62ʀtarg/mode/tables/toflttbl.gzo W gVw7kA i@N NC  AMUAlE4targ/mode/tables/toflttbl.gzo W pgVw7k54jN NC  AMUAlT4targ/mode/tables/toflttbl.gzo W gVw7k;@j$N NC  AMUAlc4targ/mode/tables/toflttbl.gzo W agVw7k&Ej/N NC  AMUAlr2ʀtarg/mode/tables/toflttbl.gzo WgVw7kuljV@N NC  AMUAl䁤1{targ/mode/tables/toflttbl.gzo WgVx7kFjN NC  AMUAl䐤dtarg/mode/tables/toflttbl.gzo WgVx7kрjN NC  AMUAl䟤2ʀtarg/mode/tables/toflttbl.gzo WgVx7k jN NC  AMUAl䮤4targ/mode/tables/toflttbl.gzo WfgVx7kCk-@N NC  AMUAl佤2ʀtarg/mode/tables/toflttbl.gzo WgVx7ks@k\N NC  AMUAl̤1{targ/mode/tables/toflttbl.gzo WvgVx7kR@kN NC  AMUAlۤ5itarg/mode/tables/toflttbl.gzo WgVx7kkN NC  AMUAl1{targ/mode/tables/toflttbl.gzo WgVx7k8%@lN NC  AMUAl8 targ/mode/tables/toflttbl.gzo WgVx7kXlBN NC  AMUAl5itarg/mode/tables/toflttbl.gzo WgVx7k-l}N NC  AMUAl4targ/mode/tables/toflttbl.gzo W,gVx7klN NC  AMUAl&2ʀtarg/mode/tables/toflttbl.gzo WgVx7klN NC  AMUAl54targ/mode/tables/toflttbl.gzo WHgVy7kR&@mO NC p AMUAlD^ targ/mode/tables/toflttbl.gzo WgVy7k\@mO NC p AMUAlS2ʀtarg/mode/tables/toflttbl.gzo WgVy7klmO NC p AMUAlb1{targ/mode/tables/toflttbl.gzo WUgVy7kǀn!O NC p AMUAlq:targ/mode/tables/toflttbl.gzo 0WgVy7k'n?O NC p AMUAl値4targ/mode/tables/toflttbl.gzo W gVy7kGnA@O NC p AMUAl古2ʀtarg/mode/tables/toflttbl.gzo WgVy7knF@O NC p AMUAl垤5itarg/mode/tables/toflttbl.gzo WhgVz7kntO NC p AMUAl孤2ʀtarg/mode/tables/toflttbl.gzo WgVz7kDnO NC p AMUAl弤1{targ/mode/tables/toflttbl.gzo WgVz7k[x@nO NC p AMUAlˤ_[targ/mode/tables/toflttbl.gzo WLgVz7ko O NC p AMUAlڤ1{targ/mode/tables/toflttbl.gzo WgVz7kd@oHO NC p AM+Al2ʀtarg/mode/tables/toflttbl.gzo `WgVz7k~&o@O NC p AM+Al9Xtarg/mode/tables/toflttbl.gzo WgVz7k]oO NC p AM+Al2ʀtarg/mode/tables/toflttbl.gzo WgVz7k0o@O NC p AM+Al2ʀtarg/mode/tables/toflttbl.gzo W"gVz7kԀp.O NC p AM+Al%5itarg/mode/tables/toflttbl.gzo WgVz7k5 @peO NC p AM+Al44targ/mode/tables/toflttbl.gzo W AgVz7kC<pO NC p AM+XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 225 / width of table in bytes NAXIS2 = 962 / 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 = 392981403.64234 TSTOP = 393012788.64362 DATE-OBS= '2013-06-15T09:30:00' DATE-END= '2013-06-15T18:13:05' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31385.0012800097 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 312 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:55' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'RY8aTY5RRY5XRY5X' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '2330079648' / data unit checksum updated 2013-06-25T08:41:55 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: sw00558271000b138x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:05 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END AlkpeAh ?H?7CA=b@$>HJLlSЀdy lilclj7'Alki׀Ah ?H?7CA=b@$>HJLlSЀdy lilclj7'Alkk'Ah ?H?7CA=b@$>HJLlSЀdy lilclj7'AlkȤi׀Ah ?H?7CA=b@$>HJLlSЀdy lilclj7'Alkפi׀Ah ?H?7CA=b@$>HJLlSЀdy lilclj7'AlkpeAh ?H?7CA=b@$>HJLlSЀdy lilclj7'AlkhAh ?H?7CA=b@$>HJLlSЀdy lilclj7'AlllvAh ?H?7CA=b@$>HK LlSЀdy lilclj7'AllhAh ?H?7CA=b@$>HKLlSЀdy lilclj7'All"i׀Ah ?H?7CA=b@$>HK)LlSЀdy lilclj7'All1i׀Ah ?H?7CA=b@$>HK8LlSЀdy lilclj7'All@i׀Ah ?H?7CA=b@$>HKGLlSЀdy lilclj7'AllOk'Ah ?H?7CA=b@$>HKVLlSЀdy lilclj7'All^hAh ?H?7CA=b@$>HKeLlSЀdy lilclj7'Allmg8Ah ?H?7CA=b@$>HKtLlSЀdy lilclj7'All|oAh 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lilclj7'AlopeAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alok'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AloĤpeAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AloӤk'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alo⤒yAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlolvAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlpqAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlphAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alpk'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alp-i׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alp?05Ǿd=BDNC.DĀ@H#FlSЀdy lilclj7'AlpKoAlo>?05Ǿd=BDNC.DĀ@H2FlSЀdy lilclj7'AlpZi׀Alo>?05Ǿd=BDNC.DĀ@HAFlSЀdy lilclj7'Alpig8Alo>?05Ǿd=BDNC.DĀ@HPFlSЀdy lilclj7'AlpxpeAlo>?05Ǿd=BDNC.DĀ@H_FlSЀdy lilclj7'Alpk'Alo>?05Ǿd=BDNC.DĀ@HnFlSЀdy lilclj7'AlpqAlo>?05Ǿd=BDNC.DĀ@H}FlSЀdy lilclj7'AlphAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alpk'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlpäqAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlpҤlvAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alpk'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlpoAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alpi׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alqi׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlqlvAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alq,Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alq;k'Alo>?05Ǿd=BDNC.DĀ@H"FlSЀdy lilclj7'AlqJi׀Alo>?05Ǿd=BDNC.DĀ@H1FlSЀdy lilclj7'AlqYi׀Alo>?05Ǿd=BDNC.DĀ@H@FlSЀdy lilclj7'Alqhi׀Alo>?05Ǿd=BDNC.DĀ@HOFlSЀdy lilclj7'AlqwlvAlo>?05Ǿd=BDNC.DĀ@H^FlSЀdy lilclj7'AlqmƀAlo>?05Ǿd=BDNC.DĀ@HmFlSЀdy lilclj7'Alqk'Alo>?05Ǿd=BDNC.DĀ@H|FlSЀdy lilclj7'Alqi׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlqpeAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alq¤lvAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlqѤk'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlqqAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alqi׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlqhAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alr peAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alri׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alr+lvAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alr:oAlo>?05Ǿd=BDNC.DĀ@H!FlSЀdy lilclj7'AlrIk'Alo>?05Ǿd=BDNC.DĀ@H0FlSЀdy lilclj7'AlrXlvAlo>?05Ǿd=BDNC.DĀ@H?FlSЀdy lilclj7'AlrgqAlo>?05Ǿd=BDNC.DĀ@HNFlSЀdy lilclj7'AlrvlvAlo>?05Ǿd=BDNC.DĀ@H]FlSЀdy lilclj7'Alrk'Alo>?05Ǿd=BDNC.DĀ@HlFlSЀdy lilclj7'Alrk'Alo>?05Ǿd=BDNC.DĀ@H{FlSЀdy lilclj7'Alri׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlrpeAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlrhAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlrФpeAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alrߤk'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alrg8Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlrlvAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Als hAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlslvAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Als*~ЀAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Als9k'Alo>?05Ǿd=BDNC.DĀ@H FlSЀdy lilclj7'AlsHk'Alo>?05Ǿd=BDNC.DĀ@H/FlSЀdy lilclj7'AlsWmƀAlo>?05Ǿd=BDNC.DĀ@H>FlSЀdy lilclj7'Alsfi׀Alo>?05Ǿd=BDNC.DĀ@HMFlSЀdy lilclj7'Alsuk'Alo>?05Ǿd=BDNC.DĀ@H\FlSЀdy lilclj7'Alsi׀Alo>?05Ǿd=BDNC.DĀ@HkFlSЀdy lilclj7'AlsqAlo>?05Ǿd=BDNC.DĀ@HzFlSЀdy lilclj7'Alsi׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alsk'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlsoAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlsϤoAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alsޤi׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alsk'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlspeAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alt i׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Altg8Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alt)mƀAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alt8lvAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AltGg8Alo>?05Ǿd=BDNC.DĀ@H.FlSЀdy lilclj7'AltVmƀAlo>?05Ǿd=BDNC.DĀ@H=FlSЀdy lilclj7'Altei׀Alo>?05Ǿd=BDNC.DĀ@HLFlSЀdy lilclj7'Altti׀Alo>?05Ǿd=BDNC.DĀ@H[FlSЀdy lilclj7'AltlvAlo>?05Ǿd=BDNC.DĀ@HjFlSЀdy lilclj7'AltqAlo>?05Ǿd=BDNC.DĀ@HyFlSЀdy lilclj7'Altg8Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AltpeAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alti׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AltΤmƀAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Altݤi׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Altk'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AltmƀAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alu k'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alui׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alu(k'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'Alu7peAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AluFhAlo>?05Ǿd=BDNC.DĀ@H-FlSЀdy lilclj7'AluUi׀Alo>?05Ǿd=BDNC.DĀ@H<FlSЀdy lilclj7'AludɀAlo>?05Ǿd=BDNC.DĀ@HKFlSЀdy lilclj7'AlushAlo>?05Ǿd=BDNC.DĀ@HZFlSЀdy lilclj7'AluAlo>?05Ǿd=BDNC.DĀ@HiFlSЀdy lilclj7'Alui׀Alo>?05Ǿd=BDNC.DĀ@HxFlSЀdy lilclj7'AluoAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy lilclj7'AlhAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AloAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Al k'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AlmƀAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Al)lvAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Al8mƀAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AlGk'Alo>?05Ǿd=BDNC.DĀ@H.FlSЀdy llcl?'AlVmƀAlo>?05Ǿd=BDNC.DĀ@H=FlSЀdy llcl?'Alei׀Alo>?05Ǿd=BDNC.DĀ@HLFlSЀdy llcl?'AltpeAlo>?05Ǿd=BDNC.DĀ@H[FlSЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HjFlSЀdy llcl?'AloAlo>?05Ǿd=BDNC.DĀ@HyFlSЀdy llcl?'Ali׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Ali׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AllvAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AlΤi׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Alݤi׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AloAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Alk'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Al i׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AllvAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Al(i׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Al7hAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AlFpeAlo>?05Ǿd=BDNC.DĀ@H-FlSЀdy llcl?'AlUi׀Alo>?05Ǿd=BDNC.DĀ@H<FlSЀdy llcl?'Aldk'Alo>?05Ǿd=BDNC.DĀ@HKFlSЀdy llcl?'AlsmƀAlo>?05Ǿd=BDNC.DĀ@HZFlSЀdy llcl?'Alg8Alo>?05Ǿd=BDNC.DĀ@HiFlSЀdy llcl?'Alk'Alo>?05Ǿd=BDNC.DĀ@HxFlSЀdy llcl?'Al6Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AlmƀAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AlͤqAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AlܤoAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Alk'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Ali׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Al sAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Al'i׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Al6k'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AlEi׀Alo>?05Ǿd=BDNC.DĀ@H,FlSЀdy llcl?'AlTk'Alo>?05Ǿd=BDNC.DĀ@H;FlSЀdy llcl?'Alci׀Alo>?05Ǿd=BDNC.DĀ@HJFlSЀdy llcl?'AlrhAlo>?05Ǿd=BDNC.DĀ@HYFlSЀdy llcl?'AlpeAlo>?05Ǿd=BDNC.DĀ@HhFlSЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HwFlSЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AlqAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Al̤k'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Alۤi׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Ali׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Alk'Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AlAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AlmƀAlo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'Al&lvAlo>?05Ǿd=BDNC.DĀ@H FlSЀdy llcl?'Al5i׀Alo>?05Ǿd=BDNC.DĀ@HFlSЀdy llcl?'AlDpeAlo>?05Ǿd=BDNC.DĀ@H+FlSЀdy llcl?'AlShAlo>?05Ǿd=BDNC.DĀ@H:FlSЀdy llcl?'Albi׀Alo>?05Ǿd=BDNC.DĀ@HIFlSЀdy llcl?'AlqqAlo>?05Ǿd=BDNC.DĀ@HXFlSЀdy llcl?'Ali׀Alo>?05Ǿd=BDNC.DĀ@HgFlSЀdy llcl?'Alk'Alo>?05Ǿd=BDNC.DĀ@HvFlSЀdy llcl?'AlAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlˤlvAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Alڤg8Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Alk'Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Al^Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Al%i׀Alo>?05Ǿd=BDNC.DĀ@H FlЀdy llcl?'Al4k'Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlCoAlo>?05Ǿd=BDNC.DĀ@H*FlЀdy llcl?'AlRhAlo>?05Ǿd=BDNC.DĀ@H9FlЀdy llcl?'Alak'Alo>?05Ǿd=BDNC.DĀ@HHFlЀdy llcl?'Alpk'Alo>?05Ǿd=BDNC.DĀ@HWFlЀdy llcl?'AlAlo>?05Ǿd=BDNC.DĀ@HfFlЀdy llcl?'AllvAlo>?05Ǿd=BDNC.DĀ@HuFlЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlHAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Alk'Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlʤmƀAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Al٤i׀Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Ali׀Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlpeAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Ali׀Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Alk'Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Al$oAlo>?05Ǿd=BDNC.DĀ@H FlЀdy llcl?'Al3g8Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlBi׀Alo>?05Ǿd=BDNC.DĀ@H)FlЀdy llcl?'AlQmƀAlo>?05Ǿd=BDNC.DĀ@H8FlЀdy llcl?'Al`k'Alo>?05Ǿd=BDNC.DĀ@HGFlЀdy llcl?'Aloi׀Alo>?05Ǿd=BDNC.DĀ@HVFlЀdy llcl?'Al~Alo>?05Ǿd=BDNC.DĀ@HeFlЀdy llcl?'Ali׀Alo>?05Ǿd=BDNC.DĀ@HtFlЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Alk'Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Alɤi׀Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlؤoAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Alk'Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlpeAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Alk'Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Al#i׀Alo>?05Ǿd=BDNC.DĀ@H FlЀdy llcl?'Al2*Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlAi׀Alo>?05Ǿd=BDNC.DĀ@H(FlЀdy llcl?'AlPg8Alo>?05Ǿd=BDNC.DĀ@H7FlЀdy llcl?'Al_i׀Alo>?05Ǿd=BDNC.DĀ@HFFlЀdy llcl?'AlnoAlo>?05Ǿd=BDNC.DĀ@HUFlЀdy llcl?'Al}k'Alo>?05Ǿd=BDNC.DĀ@HdFlЀdy llcl?'Ali׀Alo>?05Ǿd=BDNC.DĀ@HsFlЀdy llcl?'AllvAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Ali׀Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Alg8Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlȤvAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlפmƀAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Alk'Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AloAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Alk'Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Al"hAlo>?05Ǿd=BDNC.DĀ@H FlЀdy llcl?'Al1Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Al@i׀Alo>?05Ǿd=BDNC.DĀ@H'FlЀdy llcl?'AlOhAlo>?05Ǿd=BDNC.DĀ@H6FlЀdy llcl?'Al^mƀAlo>?05Ǿd=BDNC.DĀ@HEFlЀdy llcl?'AlmhAlo>?05Ǿd=BDNC.DĀ@HTFlЀdy llcl?'Al|hAlo>?05Ǿd=BDNC.DĀ@HcFlЀdy llcl?'AloAlo>?05Ǿd=BDNC.DĀ@HrFlЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Alk'Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlpeAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlǤk'Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Al֤k'Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlmƀAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Ali׀Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlpeAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Al!i׀Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Al0i׀Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Al?lvAlo>?05Ǿd=BDNC.DĀ@H&FlЀdy llcl?'AlNhAlo>?05Ǿd=BDNC.DĀ@H5FlЀdy llcl?'Al]i׀Alo>?05Ǿd=BDNC.DĀ@HDFlЀdy llcl?'AlllvAlo>?05Ǿd=BDNC.DĀ@HSFlЀdy llcl?'Al{k'Alo>?05Ǿd=BDNC.DĀ@HbFlЀdy llcl?'Ali׀Alo>?05Ǿd=BDNC.DĀ@HqFlЀdy llcl?'AlsAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Ali׀Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlƤAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Alդk'Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Ali׀Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'AlhAlo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Alk'Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Al2Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Al g8Alo>?05Ǿd=BDNC.DĀ@HFlЀdy llcl?'Al|k'Alo>?05Ǿd=BDNC.DĀ@H*cFǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H*rFǗlڀЀdy llcl'Alk'Alo>?05Ǿd=BDNC.DĀ@H*FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H*FǗlڀЀdy llcl'Alk'Alo>?05Ǿd=BDNC.DĀ@H*FǗlڀЀdy llcl'AlǤmƀAlo>?05Ǿd=BDNC.DĀ@H*FǗlڀЀdy llcl'Al֤hAlo>?05Ǿd=BDNC.DĀ@H*FǗlڀЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H*FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H*FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H*FǗlڀЀdy llcl'AllvAlo>?05Ǿd=BDNC.DĀ@H*FǗlڀЀdy llcl'Al!hAlo>?05Ǿd=BDNC.DĀ@H+FǗlڀЀdy llcl'Al0k'Alo>?05Ǿd=BDNC.DĀ@H+FǗlڀЀdy llcl'Al?lvAlo>?05Ǿd=BDNC.DĀ@H+&FǗlڀЀdy llcl'AlNg8Alo>?05Ǿd=BDNC.DĀ@H+5FǗlڀЀdy llcl'Al]hAlo>?05Ǿd=BDNC.DĀ@H+DFǗlڀЀdy llcl'AllmƀAlo>?05Ǿd=BDNC.DĀ@H+SFǗlڀЀdy llcl'Al{hAlo>?05Ǿd=BDNC.DĀ@H+bFǗlڀЀdy llcl'AlqAlo>?05Ǿd=BDNC.DĀ@H+qFǗlڀЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H+FǗlڀЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H+FǗlڀЀdy llcl'AlqAlo>?05Ǿd=BDNC.DĀ@H+FǗlڀЀdy llcl'AlƤk'Alo>?05Ǿd=BDNC.DĀ@H+FǗlڀЀdy llcl'Alդi׀Alo>?05Ǿd=BDNC.DĀ@H+FǗlڀЀdy llcl'AlmƀAlo>?05Ǿd=BDNC.DĀ@H+FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H+FǗlڀЀdy llcl'AllvAlo>?05Ǿd=BDNC.DĀ@H+FǗlڀЀdy llcl'AlpeAlo>?05Ǿd=BDNC.DĀ@H+FǗlڀЀdy llcl'Al hAlo>?05Ǿd=BDNC.DĀ@H,FǗlڀЀdy llcl'Al/k'Alo>?05Ǿd=BDNC.DĀ@H,FǗlڀЀdy llcl'Al>oAlo>?05Ǿd=BDNC.DĀ@H,%FǗlڀЀdy llcl'AlMhAlo>?05Ǿd=BDNC.DĀ@H,4FǗlڀЀdy llcl'Al\k'Alo>?05Ǿd=BDNC.DĀ@H,CFǗlڀЀdy llcl'AlklvAlo>?05Ǿd=BDNC.DĀ@H,RFǗlڀЀdy llcl'AlzqAlo>?05Ǿd=BDNC.DĀ@H,aFǗlڀЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H,pFǗlڀЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H,FǗlڀЀdy llcl'Alk'Alo>?05Ǿd=BDNC.DĀ@H,FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H,FǗlڀЀdy llcl'AlŤhAlo>?05Ǿd=BDNC.DĀ@H,FǗlڀЀdy llcl'AlԤhAlo>?05Ǿd=BDNC.DĀ@H,FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H,FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H,FǗlڀЀdy llcl'AllvAlo>?05Ǿd=BDNC.DĀ@H,FǗlڀЀdy llcl'AlpeAlo>?05Ǿd=BDNC.DĀ@H,FǗlڀЀdy llcl'AllvAlo>?05Ǿd=BDNC.DĀ@H-FǗlڀЀdy llcl'Al.k'Alo>?05Ǿd=BDNC.DĀ@H-FǗlڀЀdy llcl'Al=mƀAlo>?05Ǿd=BDNC.DĀ@H-$FǗlڀЀdy llcl'AlLmƀAlo>?05Ǿd=BDNC.DĀ@H-3FǗlڀЀdy llcl'Al[i׀Alo>?05Ǿd=BDNC.DĀ@H-BFǗlڀЀdy llcl'Aljk'Alo>?05Ǿd=BDNC.DĀ@H-QFǗlڀЀdy llcl'AlymƀAlo>?05Ǿd=BDNC.DĀ@H-`FǗlڀЀdy llcl'AllvAlo>?05Ǿd=BDNC.DĀ@H-oFǗlڀЀdy llcl'AllvAlo>?05Ǿd=BDNC.DĀ@H-~FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H-FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H-FǗlڀЀdy llcl'AlĤk'Alo>?05Ǿd=BDNC.DĀ@H-FǗlڀЀdy llcl'AlӤVAlo>?05Ǿd=BDNC.DĀ@H-FǗlڀЀdy llcl'AlmƀAlo>?05Ǿd=BDNC.DĀ@H-FǗlڀЀdy llcl'AlsAlo>?05Ǿd=BDNC.DĀ@H-FǗlڀЀdy llcl'Al*Alo>?05Ǿd=BDNC.DĀ@H-FǗlڀЀdy llcl'AlqAlo>?05Ǿd=BDNC.DĀ@H-FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H.FǗlڀЀdy llcl'Al-hAlo>?05Ǿd=BDNC.DĀ@H.FǗlڀЀdy llcl'Al?05Ǿd=BDNC.DĀ@H.#FǗlڀЀdy llcl'AlKi׀Alo>?05Ǿd=BDNC.DĀ@H.2FǗlڀЀdy llcl'AlZi׀Alo>?05Ǿd=BDNC.DĀ@H.AFǗlڀЀdy llcl'AlilvAlo>?05Ǿd=BDNC.DĀ@H.PFǗlڀЀdy llcl'AlxmƀAlo>?05Ǿd=BDNC.DĀ@H._FǗlڀЀdy llcl'AllvAlo>?05Ǿd=BDNC.DĀ@H.nFǗlڀЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H.}FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H.FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H.FǗlڀЀdy llcl'AläoAlo>?05Ǿd=BDNC.DĀ@H.FǗlڀЀdy llcl'AlҤi׀Alo>?05Ǿd=BDNC.DĀ@H.FǗlڀЀdy llcl'AllvAlo>?05Ǿd=BDNC.DĀ@H.FǗlڀЀdy llcl'Alk'Alo>?05Ǿd=BDNC.DĀ@H.FǗlڀЀdy llcl'AloAlo>?05Ǿd=BDNC.DĀ@H.FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H.FǗlڀЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H/FǗlڀЀdy llcl'Al,oAlo>?05Ǿd=BDNC.DĀ@H/FǗlڀЀdy llcl'Al;i׀Alo>?05Ǿd=BDNC.DĀ@H/"FǗlڀЀdy llcl'AlJi׀Alo>?05Ǿd=BDNC.DĀ@H/1FǗlڀЀdy llcl'AlYpeAlo>?05Ǿd=BDNC.DĀ@H/@FǗlڀЀdy llcl'AlhjAlo>?05Ǿd=BDNC.DĀ@H/OFǗlڀЀdy llcl'AlwlvAlo>?05Ǿd=BDNC.DĀ@H/^FǗlڀЀdy llcl'AloAlo>?05Ǿd=BDNC.DĀ@H/mFǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H/|FǗlڀЀdy llcl'AlmƀAlo>?05Ǿd=BDNC.DĀ@H/FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H/FǗlڀЀdy llcl'Al¤peAlo>?05Ǿd=BDNC.DĀ@H/FǗlڀЀdy llcl'AlѤi׀Alo>?05Ǿd=BDNC.DĀ@H/FǗlڀЀdy llcl'Alk'Alo>?05Ǿd=BDNC.DĀ@H/FǗlڀЀdy llcl'Alk'Alo>?05Ǿd=BDNC.DĀ@H/FǗlڀЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H/FǗlڀЀdy llcl'Al hAlo>?05Ǿd=BDNC.DĀ@H/FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H0FǗlڀЀdy llcl'Al+i׀Alo>?05Ǿd=BDNC.DĀ@H0FǗlڀЀdy llcl'Al:oAlo>?05Ǿd=BDNC.DĀ@H0!FǗlڀЀdy llcl'AlIi׀Alo>?05Ǿd=BDNC.DĀ@H00FǗlڀЀdy llcl'AlXhAlo>?05Ǿd=BDNC.DĀ@H0?FǗlڀЀdy llcl'AlgqAlo>?05Ǿd=BDNC.DĀ@H0NFǗlڀЀdy llcl'AlvoAlo>?05Ǿd=BDNC.DĀ@H0]FǗlڀЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H0lFǗlڀЀdy llcl'AlmƀAlo>?05Ǿd=BDNC.DĀ@H0{FǗlڀЀdy llcl'AlpeAlo>?05Ǿd=BDNC.DĀ@H0FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H0FǗlڀЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H0FǗlڀЀdy llcl'AlФlvAlo>?05Ǿd=BDNC.DĀ@H0FǗlڀЀdy llcl'Alߤi׀Alo>?05Ǿd=BDNC.DĀ@H0FǗlڀЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H0FǗlڀЀdy llcl'AlsAlo>?05Ǿd=BDNC.DĀ@H0FǗlڀЀdy llcl'Al k'Alo>?05Ǿd=BDNC.DĀ@H0FȗlЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H1FȗlЀdy llcl'Al*hAlo>?05Ǿd=BDNC.DĀ@H1FȗlЀdy llcl'Al9i׀Alo>?05Ǿd=BDNC.DĀ@H1 FȗlЀdy llcl'AlHg8Alo>?05Ǿd=BDNC.DĀ@H1/FȗlЀdy llcl'AlWqAlo>?05Ǿd=BDNC.DĀ@H1>FȗlЀdy llcl'Alfk'Alo>?05Ǿd=BDNC.DĀ@H1MFȗlЀdy llcl'Alui׀Alo>?05Ǿd=BDNC.DĀ@H1\FȗlЀdy llcl'AllvAlo>?05Ǿd=BDNC.DĀ@H1kFȗlЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H1zFȗlЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H1FȗlЀdy llcl'Alk'Alo>?05Ǿd=BDNC.DĀ@H1FȗlЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H1FȗlЀdy llcl'AlϤlvAlo>?05Ǿd=BDNC.DĀ@H1FȗlЀdy llcl'Alޤi׀Alo>?05Ǿd=BDNC.DĀ@H1FȗlЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H1FȗlЀdy llcl'Alk'Alo>?05Ǿd=BDNC.DĀ@H1FȗlЀdy llcl'Al mƀAlo>?05Ǿd=BDNC.DĀ@H1FȗlЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H2FȗlЀdy llcl'Al)lvAlo>?05Ǿd=BDNC.DĀ@H2FȗlЀdy llcl'Al8i׀Alo>?05Ǿd=BDNC.DĀ@H2FȗlЀdy llcl'AlGk'Alo>?05Ǿd=BDNC.DĀ@H2.FȗlЀdy llcl'AlVi׀Alo>?05Ǿd=BDNC.DĀ@H2=FȗlЀdy llcl'Alei׀Alo>?05Ǿd=BDNC.DĀ@H2LFȗlЀdy llcl'Altk'Alo>?05Ǿd=BDNC.DĀ@H2[FȗlЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H2jFȗlЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H2yFȗlЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H2FȗlЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H2FȗlЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H2FȗlЀdy llcl'AlΤi׀Alo>?05Ǿd=BDNC.DĀ@H2FȗlЀdy llcl'AlݤoAlo>?05Ǿd=BDNC.DĀ@H2FȗlЀdy llcl'AllvAlo>?05Ǿd=BDNC.DĀ@H2FȗlЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H2FȗlЀdy llcl'Al lvAlo>?05Ǿd=BDNC.DĀ@H2FȗlЀdy llcl'Ali׀Alo>?05Ǿd=BDNC.DĀ@H3FȗlЀdy llcl'Al(i׀Alo>?05Ǿd=BDNC.DĀ@H3FȗlЀdy llcl'Al7k'Alo>?05Ǿd=BDNC.DĀ@H3FȗlЀdy llcl'AlFmƀAlo>?05Ǿd=BDNC.DĀ@H3-FȗlЀdy llcl'AlUi׀Alo>?05Ǿd=BDNC.DĀ@H3<FȗlЀdy llcl'Aldk'Alo>?05Ǿd=BDNC.DĀ@H3KFȗlЀdy llcl'Alsk'Alo>?05Ǿd=BDNC.DĀ@H3ZFȗlЀdy llcl'Alg8Alo>?05Ǿd=BDNC.DĀ@H3iFȗlЀdy llcl'Al}Alo>?05Ǿd=BDNC.DĀ@H3xFȗlЀdy llcl'AlAlo>?05Ǿd=BDNC.DĀ@H3FȗlЀdy llcl'AlhAlo>?05Ǿd=BDNC.DĀ@H3FȗlЀdy llcl'Alk'Alo>?05Ǿd=BDNC.DĀ@H@F˗lVЀdlll'Al k'Alo>?05Ǿd=BDNC.DĀ@H@F˗lVЀdlll'AllvAlo>?05Ǿd=BDNC.DĀ@HAF˗lVЀdlll'Al)peAlo>?05Ǿd=BDNC.DĀ@HAF˗lVЀdlll'Al8tTAlo>?05Ǿd=BDNC.DĀ@HAF˗lVЀdlll'AlGeAlo>?05Ǿd=BDNC.DĀ@HA.F˗lVЀdy lll4'AlVoAlo>?05Ǿd=BDNC.DĀ@HA=F˗lVЀdy lll4'AlelvAlo>?05Ǿd=BDNC.DĀ@HALF˗lVЀdy lll4'AltmƀAlo>?05Ǿd=BDNC.DĀ@HA[F˗lVЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HAjF˗lVЀdy lll4'AllvAlo>?05Ǿd=BDNC.DĀ@HAyF˗lVЀdy lll4'Al Alo>?05Ǿd=BDNC.DĀ@HAF˗lVЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HAF˗lVЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HAF˗lVЀdy lll4'AlΤpeAlo>?05Ǿd=BDNC.DĀ@HAF˗lVЀdy lll4'Alݤi׀Alo>?05Ǿd=BDNC.DĀ@HAF˗lVЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HAF˗lVЀdy lll4'AloAlo>?05Ǿd=BDNC.DĀ@HAF˗lVЀdy lll4'Al mƀAlo>?05Ǿd=BDNC.DĀ@HAF˗lVЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HBF˗lVЀdy lll4'Al(lvAlo>?05Ǿd=BDNC.DĀ@HBF˗lVЀdy lll4'Al7k'Alo>?05Ǿd=BDNC.DĀ@HBF˗lVЀdy lll4'AlFhAlo>?05Ǿd=BDNC.DĀ@HB-F˗lVЀdy lll4'AlUi׀Alo>?05Ǿd=BDNC.DĀ@HB<F˗lVЀdy lll4'AldmƀAlo>?05Ǿd=BDNC.DĀ@HBKF˗lVЀdy lll4'Alsg8Alo>?05Ǿd=BDNC.DĀ@HBZF˗lVЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HBiF˗lVЀdy lll4'AloAlo>?05Ǿd=BDNC.DĀ@HBxF˗lVЀdy lll4'AlmƀAlo>?05Ǿd=BDNC.DĀ@HBF˗lVЀdy lll4'Alg8Alo>?05Ǿd=BDNC.DĀ@HBF˗lVЀdy lll4'Alk'Alo>?05Ǿd=BDNC.DĀ@HBF˗lVЀdy lll4'AlͤlvAlo>?05Ǿd=BDNC.DĀ@HBF˗lVЀdy lll4'AlܤhAlo>?05Ǿd=BDNC.DĀ@HBF˗lVЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HBF˗lVЀdy lll4'AlpeAlo>?05Ǿd=BDNC.DĀ@HBF˗lVЀdy lll4'Al g8Alo>?05Ǿd=BDNC.DĀ@HBF˗lVЀdy lll4'Alk'Alo>?05Ǿd=BDNC.DĀ@HBF˗lVЀdy lll4'Al'lvAlo>?05Ǿd=BDNC.DĀ@HCF˗lVЀdy lll4'Al6i׀Alo>?05Ǿd=BDNC.DĀ@HCF˗lVЀdy lll4'AlEhAlo>?05Ǿd=BDNC.DĀ@HC,F˗lVЀdy lll4'AlTi׀Alo>?05Ǿd=BDNC.DĀ@HC;F˗lVЀdy lll4'Alci׀Alo>?05Ǿd=BDNC.DĀ@HCJF˗lVЀdy lll4'Alrk'Alo>?05Ǿd=BDNC.DĀ@HCYF˗lVЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HChF˗lVЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HCwF˗lVЀdy lll4'Alk'Alo>?05Ǿd=BDNC.DĀ@HCF˗lVЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HCF˗lVЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HCF˗lVЀdy lll4'Al̤Alo>?05Ǿd=BDNC.DĀ@HCF˗lVЀdy lll4'Alۤi׀Alo>?05Ǿd=BDNC.DĀ@HCF˗lVЀdy lll4'AllvAlo>?05Ǿd=BDNC.DĀ@HCF˗lVЀdy lll4'AlpeAlo>?05Ǿd=BDNC.DĀ@HCF˗lVЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HCF˗lVЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HCF˗lVЀdy lll4'Al&yAlo>?05Ǿd=BDNC.DĀ@HD F˗lVЀdy lll4'Al5mƀAlo>?05Ǿd=BDNC.DĀ@HDF˗lVЀdy lll4'AlDhAlo>?05Ǿd=BDNC.DĀ@HD+F˗lVЀdy lll4'AlShAlo>?05Ǿd=BDNC.DĀ@HD:F˗lVЀdy lll4'AlbhAlo>?05Ǿd=BDNC.DĀ@HDIF˗lVЀdy lll4'AlqhAlo>?05Ǿd=BDNC.DĀ@HDXF˗lVЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HDgF˗lVЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HDvF˗lVЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HDF˗lVЀdy lll4'AloAlo>?05Ǿd=BDNC.DĀ@HDF̗lЀdy lll4'Alk'Alo>?05Ǿd=BDNC.DĀ@HDF̗lЀdy lll4'AlˤhAlo>?05Ǿd=BDNC.DĀ@HDF̗lЀdy lll4'AlڤpeAlo>?05Ǿd=BDNC.DĀ@HDF̗lЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HDF̗lЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HDF̗lЀdy lll4'AllvAlo>?05Ǿd=BDNC.DĀ@HDF̗lЀdy lll4'AlpeAlo>?05Ǿd=BDNC.DĀ@HDF̗lЀdy lll4'Al%k'Alo>?05Ǿd=BDNC.DĀ@HE F̗lЀdy lll4'Al4hAlo>?05Ǿd=BDNC.DĀ@HEF̗lЀdy lll4'AlCmƀAlo>?05Ǿd=BDNC.DĀ@HE*F̗lЀdy lll4'AlRk'Alo>?05Ǿd=BDNC.DĀ@HE9F̗lЀdy lll4'Alai׀Alo>?05Ǿd=BDNC.DĀ@HEHF̗lЀdy lll4'Alpk'Alo>?05Ǿd=BDNC.DĀ@HEWF̗lЀdy lll4'AlAlo>?05Ǿd=BDNC.DĀ@HEfF͗lwЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HEuF͗lwЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HEF͗lwЀdy lll4'AlpeAlo>?05Ǿd=BDNC.DĀ@HEF͗lwЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HEF͗lwЀdy lll4'Alʤk'Alo>?05Ǿd=BDNC.DĀ@HEF͗lwЀdy lll4'Al٤sAlo>?05Ǿd=BDNC.DĀ@HEF͗lwЀdy lll4'AlmƀAlo>?05Ǿd=BDNC.DĀ@HEF͗lwЀdy lll4'Alk'Alo>?05Ǿd=BDNC.DĀ@HEF͗lwЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HEF͗lwЀdy lll4'AllvAlo>?05Ǿd=BDNC.DĀ@HEF͗lwЀdy lll4'Al$i׀Alo>?05Ǿd=BDNC.DĀ@HF F͗lwЀdy lll4'Al3mƀAlo>?05Ǿd=BDNC.DĀ@HFF͗lwЀdy lll4'AlBlvAlo>?05Ǿd=BDNC.DĀ@HF)F͗lwЀdy lll4'AlQoAlo>?05Ǿd=BDNC.DĀ@HF8F͗lwЀdy lll4'Al`YAlo>?05Ǿd=BDNC.DĀ@HFGF͗lwЀdy lll4'AlolvAlo>?05Ǿd=BDNC.DĀ@HFVF͗lwЀdy lll4'Al~qAlo>?05Ǿd=BDNC.DĀ@HFeF͗lwЀdy lll4'AlqAlo>?05Ǿd=BDNC.DĀ@HFtF͗lwЀdy lll4'Alk'Alo>?05Ǿd=BDNC.DĀ@HFF͗lwЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HFF͗lwЀdy lll4'AlVAlo>?05Ǿd=BDNC.DĀ@HFF͗lwЀdy lll4'Alɤi׀Alo>?05Ǿd=BDNC.DĀ@HFF͗lwЀdy lll4'AlؤhAlo>?05Ǿd=BDNC.DĀ@HFF͗lwЀdy lll4'AlqAlo>?05Ǿd=BDNC.DĀ@HFF͗lwЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HFF͗lwЀdy lll4'AllvAlo>?05Ǿd=BDNC.DĀ@HFF͗lwЀdy lll4'Alk'Alo>?05Ǿd=BDNC.DĀ@HFF͗lwЀdy lll4'Al#i׀Alo>?05Ǿd=BDNC.DĀ@HG F͗lwЀdy lll4'Al2lvAlo>?05Ǿd=BDNC.DĀ@HGF͗lwЀdy lll4'AlAg8Alo>?05Ǿd=BDNC.DĀ@HG(F͗lwЀdy lll4'AlPi׀Alo>?05Ǿd=BDNC.DĀ@HG7F͗lwЀdy lll4'Al_i׀Alo>?05Ǿd=BDNC.DĀ@HGFF͗lwЀdy lll4'AlnpeAlo>?05Ǿd=BDNC.DĀ@HGUF͗lwЀdy lll4'Al}k'Alo>?05Ǿd=BDNC.DĀ@HGdF͗lwЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HGsF͗lwЀdy lll4'Alk'Alo>?05Ǿd=BDNC.DĀ@HGF͗lwЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HGF͗lwЀdy lll4'Alk'Alo>?05Ǿd=BDNC.DĀ@HGF͗lwЀdy lll4'AlȤoAlo>?05Ǿd=BDNC.DĀ@HGF͗lwЀdy lll4'Alפg8Alo>?05Ǿd=BDNC.DĀ@HGF͗lwЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HGF͗lwЀdy lll4'AlqAlo>?05Ǿd=BDNC.DĀ@HGF͗lwЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HGF͗lwЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HGF͗lwЀdy lll4'Al"peAlo>?05Ǿd=BDNC.DĀ@HH F͗lwЀdy lll4'Al1i׀Alo>?05Ǿd=BDNC.DĀ@HHF͗lwЀdy lll4'Al@k'Alo>?05Ǿd=BDNC.DĀ@HH'F͗lwЀdy lll4'AlOmƀAlo>?05Ǿd=BDNC.DĀ@HH6F͗lwЀdy lll4'Al^i׀Alo>?05Ǿd=BDNC.DĀ@HHEF͗lwЀdy lll4'Almk'Alo>?05Ǿd=BDNC.DĀ@HHTF͗lwЀdy lll4'Al|lvAlo>?05Ǿd=BDNC.DĀ@HHcF͗lwЀdy lll4'AlmƀAlo>?05Ǿd=BDNC.DĀ@HHrF͗lwЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HHF͗lwЀdy lll4'Alk'Alo>?05Ǿd=BDNC.DĀ@HHF͗lwЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HHF͗lwЀdy lll4'AlǤk'Alo>?05Ǿd=BDNC.DĀ@HHF͗lwЀdy lll4'Al֤lvAlo>?05Ǿd=BDNC.DĀ@HHF͗lwЀdy lll4'AllvAlo>?05Ǿd=BDNC.DĀ@HHF͗lwЀdy lll4'AllvAlo>?05Ǿd=BDNC.DĀ@HHF͗lwЀdy lll4'AllvAlo>?05Ǿd=BDNC.DĀ@HHF͗lwЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HHF͗lwЀdy lll4'Al!lvAlo>?05Ǿd=BDNC.DĀ@HIF͗lwЀdy lll4'Al0peAlo>?05Ǿd=BDNC.DĀ@HIF͗lwЀdy lll4'Al?hAlo>?05Ǿd=BDNC.DĀ@HI&F͗lwЀdy lll4'AlNi׀Alo>?05Ǿd=BDNC.DĀ@HI5F͗lwЀdy lll4'Al]i׀Alo>?05Ǿd=BDNC.DĀ@HIDF͗lwЀdy lll4'Alli׀Alo>?05Ǿd=BDNC.DĀ@HISF͗lwЀdy lll4'Al{hAlo>?05Ǿd=BDNC.DĀ@HIbF͗lwЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HIqF͗lwЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HIF͗lwЀdy lll4'Ali׀Alo>?05Ǿd=BDNC.DĀ@HIF͗lwЀdy lll4'AloAlo>?05Ǿd=BDNC.DĀ@HIF͗lwЀdy lll4'AlƤk'Alo>?05Ǿd=BDNC.DĀ@HIF͗lwЀdy lll4'Alդk'Alo>?05Ǿd=BDNC.DĀ@HIF͗lwЀdy lll4'AlmƀAlo>?05Ǿd=BDNC.DĀ@HIF͗lwЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HIF͗lwЀdy lll4'AlhAlo>?05Ǿd=BDNC.DĀ@HIF͗lwЀdy lll4'Alk'Alo>?05Ǿd=BDNC.DĀ@HIF͗lwЀdy lll4'Al oAlo>?05Ǿd=BDNC.DĀ@HJF͗lwЀdy lll4'Al/lvAlo>?05Ǿd=BDNC.DĀ@HJF͗lwЀdy lll4'AlƁhAlo>?05Ǿd=BDNC.DĀ@HWhFїlkЀdy lll4'AlƐg8Alo>?05Ǿd=BDNC.DĀ@HWwFїlkЀdy lll4'AlƟqAlo>?05Ǿd=BDNC.DĀ@HWFїlkЀdy lll4'AlƮk'Alo>?05Ǿd=BDNC.DĀ@HWFїlkЀdlll4'AlƽlvAlo>?05Ǿd=BDNC.DĀ@HWFїlkЀdlll4'Al̤lvAlo>?05Ǿd=BDNC.DĀ@HWFїlkЀdlll4'AlۤmƀAlo>?05Ǿd=BDNC.DĀ@HWFїlkЀdlll4'AlxBAlo>?05Ǿd=BDNC.DĀ@HWFїlkЀdlll4'AlqAlo>?05Ǿd=BDNC.DĀ@HWFїlkЀdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@HWFїlkЀdylƣll'AlhAlo>?05Ǿd=BDNC.DĀ@HWFїlkЀdylƣll'Al&oAlo>?05Ǿd=BDNC.DĀ@HX FїlkЀdylƣll'Al5i׀Alo>?05Ǿd=BDNC.DĀ@HXFїlkЀdylƣll'AlDhAlo>?05Ǿd=BDNC.DĀ@HX+FїlkЀdylƣll'AlSk'Alo>?05Ǿd=BDNC.DĀ@HX:FїlkЀdylƣll'AlbhAlo>?05Ǿd=BDNC.DĀ@HXIFїlkЀdylƣll'AlqhAlo>?05Ǿd=BDNC.DĀ@HXXFїlkЀdylƣll'Alǀk'Alo>?05Ǿd=BDNC.DĀ@HXgFїlkЀdylƣll'AlǏg8Alo>?05Ǿd=BDNC.DĀ@HXvFїlkЀdylƣll'AlǞsAlo>?05Ǿd=BDNC.DĀ@HXFїlkЀdylƣll'AlǭhAlo>?05Ǿd=BDNC.DĀ@HXFїlkЀdylƣll'AlǼhAlo>?05Ǿd=BDNC.DĀ@HXFїlkЀdylƣll'AlˤlvAlo>?05Ǿd=BDNC.DĀ@HXFїlkЀdylƣll'Alڤk'Alo>?05Ǿd=BDNC.DĀ@HXFїlkЀdylƣll'AloAlo>?05Ǿd=BDNC.DĀ@HXFїlkЀdylƣll'AlmƀAlo>?05Ǿd=BDNC.DĀ@HXFїlkЀdylƣll'AlhAlo>?05Ǿd=BDNC.DĀ@HXFїlkЀdylƣll'AlmƀAlo>?05Ǿd=BDNC.DĀ@HXFїlkЀdylƣll'Al%hAlo>?05Ǿd=BDNC.DĀ@HY FїlkЀdylƣll'Al4i׀Alo>?05Ǿd=BDNC.DĀ@HYFїlkЀdylƣll'AlCyAlo>?05Ǿd=BDNC.DĀ@HY*FїlkЀdylƣll'AlRi׀Alo>?05Ǿd=BDNC.DĀ@HY9FїlkЀdylƣll'Alai׀Alo>?05Ǿd=BDNC.DĀ@HYHFїlkЀdylƣll'AlplvAlo>?05Ǿd=BDNC.DĀ@HYWFїlkЀdylƣll'Alk'Alo>?05Ǿd=BDNC.DĀ@HYfFїlkЀdylƣll'AlȎlvAlo>?05Ǿd=BDNC.DĀ@HYuFїlkЀdylƣll'AlȝlvAlo>?05Ǿd=BDNC.DĀ@HYFїlkЀdylƣll'AlȬoAlo>?05Ǿd=BDNC.DĀ@HYFїlkЀdylƣll'AlȻi׀Alo>?05Ǿd=BDNC.DĀ@HYFїlkЀdylƣll'Alʤi׀Alo>?05Ǿd=BDNC.DĀ@HYFїlkЀdylƣll'Al٤}Alo>?05Ǿd=BDNC.DĀ@HYFїlkЀdylƣll'AlmƀAlo>?05Ǿd=BDNC.DĀ@HYFїlkЀdylƣll'Alk'Alo>?05Ǿd=BDNC.DĀ@HYFїlkЀdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@HYFїlkЀdylƣll'AlhAlo>?05Ǿd=BDNC.DĀ@HYFїlkЀdylƣll'Al$mƀAlo>?05Ǿd=BDNC.DĀ@HZ FїlkЀdylƣll'Al3lvAlo>?05Ǿd=BDNC.DĀ@HZFїlkЀdylƣll'AlBk'Alo>?05Ǿd=BDNC.DĀ@HZ)FїlkЀdylƣll'AlQoAlo>?05Ǿd=BDNC.DĀ@HZ8FїlkЀdylƣll'Al`k'Alo>?05Ǿd=BDNC.DĀ@HZGFїlkЀdylƣll'Aloi׀Alo>?05Ǿd=BDNC.DĀ@HZVFїlkЀdylƣll'Al~peAlo>?05Ǿd=BDNC.DĀ@HZeFїlkЀdylƣll'AlɍmƀAlo>?05Ǿd=BDNC.DĀ@HZtFїlkЀdylƣll'Alɜi׀Alo>?05Ǿd=BDNC.DĀ@HZFїlkЀdylƣll'AlɫpeAlo>?05Ǿd=BDNC.DĀ@HZFїlkЀdylƣll'AlɺlvAlo>?05Ǿd=BDNC.DĀ@HZFїlkЀdylƣll'AlɤhAlo>?05Ǿd=BDNC.DĀ@HZFїlkЀdylƣll'AlؤlvAlo>?05Ǿd=BDNC.DĀ@HZFїlkЀdylƣll'AloAlo>?05Ǿd=BDNC.DĀ@HZFїlkЀdylƣll'AllvAlo>?05Ǿd=BDNC.DĀ@HZFїlkЀdylƣll'Alk'Alo>?05Ǿd=BDNC.DĀ@HZFїlkЀdylƣll'AloAlo>?05Ǿd=BDNC.DĀ@HZFїlkЀdylƣll'Al#i׀Alo>?05Ǿd=BDNC.DĀ@H[ FїlkЀdylƣll'Al2lvAlo>?05Ǿd=BDNC.DĀ@H[FїlkЀdylƣll'AlApeAlo>?05Ǿd=BDNC.DĀ@H[(FїlkЀdylƣll'AlPlvAlo>?05Ǿd=BDNC.DĀ@H[7FїlkЀdylƣll'Al_hAlo>?05Ǿd=BDNC.DĀ@H[FFїlkЀdylƣll'AlnoAlo>?05Ǿd=BDNC.DĀ@H[UFїlkЀdylƣll'Al}hAlo>?05Ǿd=BDNC.DĀ@H[dFїlkЀdylƣll'Alʌi׀Alo>?05Ǿd=BDNC.DĀ@H[sFїlkЀdylƣll'AlʛqAlo>?05Ǿd=BDNC.DĀ@H[FїlkЀdylƣll'Alʪk'Alo>?05Ǿd=BDNC.DĀ@H[FїlkЀdylƣll'Alʹg8Alo>?05Ǿd=BDNC.DĀ@H[FїlkЀdylƣll'AlȤqAlo>?05Ǿd=BDNC.DĀ@H[FїlkЀdylƣll'AlפhAlo>?05Ǿd=BDNC.DĀ@H[FїlkЀdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@H[FїlkЀdylƣll'AlpeAlo>?05Ǿd=BDNC.DĀ@H[FїlkЀdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@H[FїlkЀdylƣll'AllvAlo>?05Ǿd=BDNC.DĀ@H[FїlkЀdylƣll'Al"lvAlo>?05Ǿd=BDNC.DĀ@H\ FїlkЀdylƣll'Al1lvAlo>?05Ǿd=BDNC.DĀ@H\FїlkЀdylƣll'Al@hAlo>?05Ǿd=BDNC.DĀ@H\'FїlkЀdylƣll'AlOlvAlo>?05Ǿd=BDNC.DĀ@H\6FїlkЀdylƣll'Al^lvAlo>?05Ǿd=BDNC.DĀ@H\EFїlkЀdylƣll'Almk'Alo>?05Ǿd=BDNC.DĀ@H\TFїlkЀdylƣll'Al|i׀Alo>?05Ǿd=BDNC.DĀ@H\cFїlkЀdylƣll'AlˋpeAlo>?05Ǿd=BDNC.DĀ@H\rFїlkЀdylƣll'Al˚k'Alo>?05Ǿd=BDNC.DĀ@H\FїlkЀdylƣll'Al˩i׀Alo>?05Ǿd=BDNC.DĀ@H\FїlkЀdylƣll'Al˸k'Alo>?05Ǿd=BDNC.DĀ@H\FїlkЀdylƣll'AlǤpeAlo>?05Ǿd=BDNC.DĀ@H\FїlkЀdylƣll'Al֤i׀Alo>?05Ǿd=BDNC.DĀ@H\FїlkЀdylƣll'Alk'Alo>?05Ǿd=BDNC.DĀ@H\FїlkЀdylƣll'AlhAlo>?05Ǿd=BDNC.DĀ@H\FїlkЀdylƣll'Alg8Alo>?05Ǿd=BDNC.DĀ@H\FїlkЀdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@H\FїlkЀdylƣll'Al!g8Alo>?05Ǿd=BDNC.DĀ@H]FїlkЀdylƣll'Al0k'Alo>?05Ǿd=BDNC.DĀ@H]FїlkЀdylƣll'Al?i׀Alo>?05Ǿd=BDNC.DĀ@H]&FїlkЀdylƣll'AlNhAlo>?05Ǿd=BDNC.DĀ@H]5FїlkЀdylƣll'Al]k'Alo>?05Ǿd=BDNC.DĀ@H]DFїlkЀdylƣll'Alli׀Alo>?05Ǿd=BDNC.DĀ@H]SFїlkЀdylƣll'Al{peAlo>?05Ǿd=BDNC.DĀ@H]bFїlkЀdylƣll'Al̊lvAlo>?05Ǿd=BDNC.DĀ@H]qFїlkЀdylƣll'Al̙k'Alo>?05Ǿd=BDNC.DĀ@H]FїlkЀdylƣll'Al̨peAlo>?05Ǿd=BDNC.DĀ@H]FїlkЀdylƣll'Al̷hAlo>?05Ǿd=BDNC.DĀ@H]FїlkЀdylƣll'AlƤg8Alo>?05Ǿd=BDNC.DĀ@H]FїlkЀdylƣll'AlդqAlo>?05Ǿd=BDNC.DĀ@H]FїlkЀdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@H]FїlkЀdylƣll'Alk'Alo>?05Ǿd=BDNC.DĀ@H]FїlkЀdylƣll'AlmƀAlo>?05Ǿd=BDNC.DĀ@H]FїlkЀdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@H]FїlkЀdylƣll'Al k'Alo>?05Ǿd=BDNC.DĀ@H^FїlkЀdylƣll'Al/lvAlo>?05Ǿd=BDNC.DĀ@H^FїlkЀdylƣll'Al>i׀Alo>?05Ǿd=BDNC.DĀ@H^%FїlkЀdylƣll'AlMlvAlo>?05Ǿd=BDNC.DĀ@H^4FїlkЀdylƣll'Al\mƀAlo>?05Ǿd=BDNC.DĀ@H^CFїlkЀdylƣll'Alki׀Alo>?05Ǿd=BDNC.DĀ@H^RFїlkЀdylƣll'Alzi׀Alo>?05Ǿd=BDNC.DĀ@H^aFїlkЀdylƣll'Al͉peAlo>?05Ǿd=BDNC.DĀ@H^pFїlkЀdylƣll'Al͘lvAlo>?05Ǿd=BDNC.DĀ@H^FїlkЀdylƣll'Alͧi׀Alo>?05Ǿd=BDNC.DĀ@H^FїlkЀdylƣll'AlͶmƀAlo>?05Ǿd=BDNC.DĀ@H^FїlkЀdylƣll'AlŤk'Alo>?05Ǿd=BDNC.DĀ@H^FїlkЀdylƣll'AlԤi׀Alo>?05Ǿd=BDNC.DĀ@H^FїlkЀdylƣll'Alk'Alo>?05Ǿd=BDNC.DĀ@H^FїlkЀdylƣll'AlhAlo>?05Ǿd=BDNC.DĀ@H^FїlkЀdylƣll'AlhAlo>?05Ǿd=BDNC.DĀ@H^FїlkЀdylƣll'AloAlo>?05Ǿd=BDNC.DĀ@H^FїlkЀdylƣll'Alk'Alo>?05Ǿd=BDNC.DĀ@H_FїlkЀdylƣll'Al.k'Alo>?05Ǿd=BDNC.DĀ@H_FїlkЀdylƣll'Al=oAlo>?05Ǿd=BDNC.DĀ@H_$FїlkЀdylƣll'AlLi׀Alo>?05Ǿd=BDNC.DĀ@H_3FїlkЀdylƣll'Al[k'Alo>?05Ǿd=BDNC.DĀ@H_BFїlkЀdylƣll'AljlvAlo>?05Ǿd=BDNC.DĀ@H_QFїlkЀdylƣll'Alyg8Alo>?05Ǿd=BDNC.DĀ@H_`FїlkЀdylƣll'AlΈlvAlo>?05Ǿd=BDNC.DĀ@H_oFїlkЀdylƣll'AlΗmƀAlo>?05Ǿd=BDNC.DĀ@H_~FїlkЀdylƣll'AlΦoAlo>?05Ǿd=BDNC.DĀ@H_FїlkЀdylƣll'AlεmƀAlo>?05Ǿd=BDNC.DĀ@H_FїlkЀdylƣll'AlĤg8Alo>?05Ǿd=BDNC.DĀ@H_FїlkЀdylƣll'AlӤi׀Alo>?05Ǿd=BDNC.DĀ@H_FїlkЀdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@H_FїlkЀdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@H_FїlkЀdylƣll'Alk'Alo>?05Ǿd=BDNC.DĀ@H_FїlkЀdylƣll'Alk'Alo>?05Ǿd=BDNC.DĀ@H_FїlkЀdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@H`FїlkЀdylƣll'Al-sAlo>?05Ǿd=BDNC.DĀ@H`FїlkЀdylƣll'Al?05Ǿd=BDNC.DĀ@H`#FїlkЀdylƣll'AlKk'Alo>?05Ǿd=BDNC.DĀ@H`2FїlkЀdylƣll'AlZi׀Alo>?05Ǿd=BDNC.DĀ@H`AFїlkЀdylƣll'Alii׀Alo>?05Ǿd=BDNC.DĀ@H`PFїlkЀdylƣll'Alxk'Alo>?05Ǿd=BDNC.DĀ@H`_FїlkЀdylƣll'Alχi׀Alo>?05Ǿd=BDNC.DĀ@H`nFїlkЀdylƣll'AlϖhAlo>?05Ǿd=BDNC.DĀ@H`}FїlkЀdylƣll'Alϥk'Alo>?05Ǿd=BDNC.DĀ@H`FїlkЀdylƣll'AlϴhAlo>?05Ǿd=BDNC.DĀ@H`FїlkЀdylƣll'AlhAlo>?05Ǿd=BDNC.DĀ@HmFӗl€Ѐdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@HmFӗl€Ѐdylƣll'Alg8Alo>?05Ǿd=BDNC.DĀ@HnFӗl€Ѐdylƣll'Al.hAlo>?05Ǿd=BDNC.DĀ@HnFӗl€Ѐdylƣll'Al=ڀAlo>?05Ǿd=BDNC.DĀ@Hn$Fӗl€Ѐdylƣll'AlLhAlo>?05Ǿd=BDNC.DĀ@Hn3Fӗl€Ѐdylƣll'Al[mƀAlo>?05Ǿd=BDNC.DĀ@HnBFӗl€Ѐdylƣll'AljhAlo>?05Ǿd=BDNC.DĀ@HnQFӗl€Ѐdylƣll'AlyɀAlo>?05Ǿd=BDNC.DĀ@Hn`Fӗl€Ѐdylƣll'Al݈hAlo>?05Ǿd=BDNC.DĀ@HnoFӗl€Ѐdylƣll'AlݗoAlo>?05Ǿd=BDNC.DĀ@Hn~Fӗl€Ѐdylƣll'Alݦi׀Alo>?05Ǿd=BDNC.DĀ@HnFӗl€Ѐdylƣll'AlݵAlo>?05Ǿd=BDNC.DĀ@HnFӗl€Ѐdylƣll'AlĤi׀Alo>?05Ǿd=BDNC.DĀ@HnFӗl€Ѐdylƣll'AlӤi׀Alo>?05Ǿd=BDNC.DĀ@HnFӗl€Ѐdylƣll'Alk'Alo>?05Ǿd=BDNC.DĀ@HnFӗl€Ѐdylƣll'AlhAlo>?05Ǿd=BDNC.DĀ@HnFӗl€Ѐdylƣll'Alg8Alo>?05Ǿd=BDNC.DĀ@HnFӗl€Ѐdylƣll'AlhAlo>?05Ǿd=BDNC.DĀ@HnFӗl€Ѐdylƣll'Alg8Alo>?05Ǿd=BDNC.DĀ@HoFӗl€Ѐdylƣll'Al-k'Alo>?05Ǿd=BDNC.DĀ@HoFӗl€Ѐdylƣll'Al?05Ǿd=BDNC.DĀ@Ho#Fӗl€Ѐdylƣll'AlKk'Alo>?05Ǿd=BDNC.DĀ@Ho2Fӗl€Ѐdylƣll'AlZhAlo>?05Ǿd=BDNC.DĀ@HoAFӗl€Ѐdylƣll'Alik'Alo>?05Ǿd=BDNC.DĀ@HoPFӗl€Ѐdylƣll'AlxhAlo>?05Ǿd=BDNC.DĀ@Ho_Fӗl€Ѐdylƣll'AlއoAlo>?05Ǿd=BDNC.DĀ@HonFӗl€Ѐdylƣll'Alޖk'Alo>?05Ǿd=BDNC.DĀ@Ho}Fӗl€Ѐdylƣll'AlޥhAlo>?05Ǿd=BDNC.DĀ@HoFӗl€Ѐdylƣll'Al޴k'Alo>?05Ǿd=BDNC.DĀ@HoFӗl€Ѐdylƣll'AläpeAlo>?05Ǿd=BDNC.DĀ@HoFӗl€Ѐdylƣll'AlҤhAlo>?05Ǿd=BDNC.DĀ@HoFӗl€Ѐdylƣll'Alg8Alo>?05Ǿd=BDNC.DĀ@HoFӗl€Ѐdylƣll'Alk'Alo>?05Ǿd=BDNC.DĀ@HoFӗl€Ѐdylƣll'AlmƀAlo>?05Ǿd=BDNC.DĀ@HoFӗl€Ѐdylƣll'AloAlo>?05Ǿd=BDNC.DĀ@HoFӗl€Ѐdylƣll'Alg8Alo>?05Ǿd=BDNC.DĀ@HpFӗl€Ѐdylƣll'Al,k'Alo>?05Ǿd=BDNC.DĀ@HpFӗl€Ѐdylƣll'Al;lvAlo>?05Ǿd=BDNC.DĀ@Hp"Fӗl€Ѐdylƣll'AlJyAlo>?05Ǿd=BDNC.DĀ@Hp1Fӗl€Ѐdylƣll'AlYi׀Alo>?05Ǿd=BDNC.DĀ@Hp@Fӗl€Ѐdylƣll'Alhi׀Alo>?05Ǿd=BDNC.DĀ@HpOFӗl€Ѐdylƣll'AlwhAlo>?05Ǿd=BDNC.DĀ@Hp^Fӗl€Ѐdylƣll'Al߆oAlo>?05Ǿd=BDNC.DĀ@HpmFӗl€Ѐdylƣll'AlߕhAlo>?05Ǿd=BDNC.DĀ@Hp|Fӗl€Ѐdylƣll'Alߤk'Alo>?05Ǿd=BDNC.DĀ@HpFӗl€Ѐdylƣll'Al߳i׀Alo>?05Ǿd=BDNC.DĀ@HpFӗl€Ѐdylƣll'Al¤i׀Alo>?05Ǿd=BDNC.DĀ@HpFӗl€Ѐdylƣll'AlѤi׀Alo>?05Ǿd=BDNC.DĀ@HpFӗl€Ѐdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@HpFԗl݀Ѐdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@HpFԗl݀Ѐdylƣll'Alk'Alo>?05Ǿd=BDNC.DĀ@HpFԗl݀Ѐdylƣll'Al peAlo>?05Ǿd=BDNC.DĀ@HpFԗl݀Ѐdylƣll'AlmƀAlo>?05Ǿd=BDNC.DĀ@HqFԗl݀Ѐdylƣll'Al+i׀Alo>?05Ǿd=BDNC.DĀ@HqFԗl݀Ѐdylƣll'Al:hAlo>?05Ǿd=BDNC.DĀ@Hq!Fԗl݀Ѐdylƣll'AlIoAlo>?05Ǿd=BDNC.DĀ@Hq0Fԗl݀Ѐdylƣll'AlXqAlo>?05Ǿd=BDNC.DĀ@Hq?Fԗl݀Ѐdylƣll'Algi׀Alo>?05Ǿd=BDNC.DĀ@HqIFԗl݀Ѐdylƣll'AlvlvAlo>?05Ǿd=BDNC.DĀ@Hq]F՗leЀdylƣll'AlhAlo>?05Ǿd=BDNC.DĀ@HqlF՗leЀdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@Hq{F՗leЀdylƣll'AlࣤmƀAlo>?05Ǿd=BDNC.DĀ@HqF՗leЀdylƣll'Alತ Alo>?05Ǿd=BDNC.DĀ@HqF՗leЀdylƣll'AlhAlo>?05Ǿd=BDNC.DĀ@HqF՗leЀdylƣll'AlФk'Alo>?05Ǿd=BDNC.DĀ@HqF՗leЀdylƣll'AlߤmƀAlo>?05Ǿd=BDNC.DĀ@HqF՗leЀdylƣll'AllvAlo>?05Ǿd=BDNC.DĀ@HqF՗leЀdylƣll'AlhAlo>?05Ǿd=BDNC.DĀ@HqF՗leЀdylƣll'Al mƀAlo>?05Ǿd=BDNC.DĀ@HqF՗leЀdylƣll'AllvAlo>?05Ǿd=BDNC.DĀ@HrF՗leЀdylƣll'Al*hAlo>?05Ǿd=BDNC.DĀ@HrF՗leЀdylƣll'Al9lvAlo>?05Ǿd=BDNC.DĀ@Hr 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k'Alo>?05Ǿd=BDNC.DĀ@HrF՗leЀdylƣll'AllvAlo>?05Ǿd=BDNC.DĀ@HsF՗leЀdylƣll'Al)k'Alo>?05Ǿd=BDNC.DĀ@HsF՗leЀdylƣll'Al8qAlo>?05Ǿd=BDNC.DĀ@HsF՗leЀdylƣll'AlGhAlo>?05Ǿd=BDNC.DĀ@Hs.F՗leЀdylƣll'AlVk'Alo>?05Ǿd=BDNC.DĀ@Hs=F՗leЀdylƣll'Alei׀Alo>?05Ǿd=BDNC.DĀ@HsLF՗leЀdylƣll'Altk'Alo>?05Ǿd=BDNC.DĀ@Hs[F՗leЀdylƣll'Al⃤k'Alo>?05Ǿd=BDNC.DĀ@HsjF՗leЀdylƣll'Al⒤hAlo>?05Ǿd=BDNC.DĀ@HsyF՗leЀdylƣll'Al⡤hAlo>?05Ǿd=BDNC.DĀ@HsF՗leЀdylƣll'AlⰤhAlo>?05Ǿd=BDNC.DĀ@HsF՗leЀdylƣll'Al⿤mƀAlo>?05Ǿd=BDNC.DĀ@HsF՗leЀdylƣll'AlΤk'Alo>?05Ǿd=BDNC.DĀ@HsF՗leЀdylƣll'Alݤi׀Alo>?05Ǿd=BDNC.DĀ@HsF՗leЀdylƣll'AlpeAlo>?05Ǿd=BDNC.DĀ@HsF՗leЀdylƣll'Alk'Alo>?05Ǿd=BDNC.DĀ@HsF՗leЀdylƣll'Al k'Alo>?05Ǿd=BDNC.DĀ@HsF՗leЀdylƣll'AlpeAlo>?05Ǿd=BDNC.DĀ@HtF՗leЀdylƣll'Al(g8Alo>?05Ǿd=BDNC.DĀ@HtF՗leЀdylƣll'Al7sAlo>?05Ǿd=BDNC.DĀ@HtF՗leЀdylƣll'AlFk'Alo>?05Ǿd=BDNC.DĀ@Ht-F՗leЀdylƣll'AlUk'Alo>?05Ǿd=BDNC.DĀ@Ht<F՗leЀdylƣll'AldhAlo>?05Ǿd=BDNC.DĀ@HtKF՗leЀdylƣll'AlspeAlo>?05Ǿd=BDNC.DĀ@HtZF՗leЀdylƣll'Alイi׀Alo>?05Ǿd=BDNC.DĀ@HtiF՗leЀdylƣll'Al㑤k'Alo>?05Ǿd=BDNC.DĀ@HtxF՗leЀdylƣll'Al㠤peAlo>?05Ǿd=BDNC.DĀ@HtF՗leЀdylƣll'Al㯤hAlo>?05Ǿd=BDNC.DĀ@HtF՗leЀdylƣll'Al㾤hAlo>?05Ǿd=BDNC.DĀ@HtF՗leЀdylƣll'AlͤmƀAlo>?05Ǿd=BDNC.DĀ@HtF՗leЀdylƣll'AlܤhAlo>?05Ǿd=BDNC.DĀ@HtF՗leЀdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@HtF՗leЀdylƣll'AloAlo>?05Ǿd=BDNC.DĀ@HtF՗leЀdylƣll'Al lvAlo>?05Ǿd=BDNC.DĀ@HtF՗leЀdylƣll'AllvAlo>?05Ǿd=BDNC.DĀ@HtF՗leЀdylƣll'Al'lvAlo>?05Ǿd=BDNC.DĀ@HuF՗leЀdylƣll'Al6i׀Alo>?05Ǿd=BDNC.DĀ@HuF՗leЀdylƣll'AlEk'Alo>?05Ǿd=BDNC.DĀ@Hu,F՗leЀdylƣll'AlTk'Alo>?05Ǿd=BDNC.DĀ@Hu;F՗leЀdylƣll'AlcoAlo>?05Ǿd=BDNC.DĀ@HuJF՗leЀdylƣll'Alri׀Alo>?05Ǿd=BDNC.DĀ@HuYF՗leЀdylƣll'Al䁤hAlo>?05Ǿd=BDNC.DĀ@HuhF՗leЀdylƣll'Al䐤VAlo>?05Ǿd=BDNC.DĀ@HuwF՗leЀdylƣll'Al䟤hAlo>?05Ǿd=BDNC.DĀ@HuF՗leЀdylƣll'Al䮤i׀Alo>?05Ǿd=BDNC.DĀ@HuF՗leЀdylƣll'Al佤hAlo>?05Ǿd=BDNC.DĀ@HuF՗leЀdylƣll'Al̤hAlo>?05Ǿd=BDNC.DĀ@HuF՗leЀdylƣll'Alۤk'Alo>?05Ǿd=BDNC.DĀ@HuF՗leЀdylƣll'AlhAlo>?05Ǿd=BDNC.DĀ@HuF՗leЀdylƣll'AloAlo>?05Ǿd=BDNC.DĀ@HuF՗leЀdylƣll'AllvAlo>?05Ǿd=BDNC.DĀ@HuF՗leЀdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@HuF՗leЀdylƣll'Al&i׀Alo>?05Ǿd=BDNC.DĀ@Hv F֗lЀdylƣll'Al5k'Alo>?05Ǿd=BDNC.DĀ@HvF֗lЀdylƣll'AlDɀAlo>?05Ǿd=BDNC.DĀ@Hv+F֗lЀdylƣll'AlShAlo>?05Ǿd=BDNC.DĀ@Hv:F֗lЀdylƣll'AlbhAlo>?05Ǿd=BDNC.DĀ@HvIF֗lЀdylƣll'AlqpeAlo>?05Ǿd=BDNC.DĀ@HvXF֗lЀdylƣll'Al値i׀Alo>?05Ǿd=BDNC.DĀ@HvgF֗lЀdylƣll'Al古hAlo>?05Ǿd=BDNC.DĀ@HvvF֗lЀdylƣll'Al垤lvAlo>?05Ǿd=BDNC.DĀ@HvF֗lЀdylƣll'Al孤i׀Alo>?05Ǿd=BDNC.DĀ@HvF֗lЀdylƣll'Al弤hAlo>?05Ǿd=BDNC.DĀ@HvF֗lЀdylƣll'AlˤhAlo>?05Ǿd=BDNC.DĀ@HvF֗lЀdylƣll'AlڤhAlo>?05Ǿd=BDNC.DĀ@HvF֗lЀdylƣll'Ali׀Alo>?05Ǿd=BDNC.DĀ@HvF֗lЀdylƣll'AlpeAlo>?05Ǿd=BDNC.DĀ@HvF֗lЀdylƣll'AlhAlo>?05Ǿd=BDNC.DĀ@HvF֗lЀdylƣll'AlhAlo>?05Ǿd=BDNC.DĀ@HvF֗lЀdylƣll'Al%k'Alo>?05Ǿd=BDNC.DĀ@Hw F֗lЀdylƣll'Al4HAlo>?05Ǿd=BDNC.DĀ@HwF֗lЀdylƣll'XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 199 / width of table in bytes NAXIS2 = 2883 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 67 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BHK139SSPRES' / HK Presence of SubSystems for this packet TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BDIHKDATAMET' / Data MET time, U1234 format TFORM3 = '1J ' / data format of field: 4-byte INTEGER TUNIT3 = 's ' / physical unit of field TTYPE4 = 'BDIHKLAG' / How far DI is lagging, TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 32768 / offset for unsigned integers TTYPE5 = 'BDIHKNFAULTS' / Number of data/software faults found TFORM5 = '1B ' / data format of field: BYTE TTYPE6 = 'BDIHKLASTFAULT' / Identity of last fault TFORM6 = '1B ' / data format of field: BYTE TTYPE7 = 'BDIHKBLKRATE' TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 524288 / data offset (32k shift BDICONVTIMES16 conversioTSCAL7 = 16 / data scaling (BDICONVTIMES16 conversion) TUNIT7 = 'count ' / physical unit of field TTYPE8 = 'BDIHKBLKRATE64S' TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 524288 / data offset (32k shift BDICONVTIMES16 conversioTSCAL8 = 16 / data scaling (BDICONVTIMES16 conversion) TUNIT8 = 'count ' / physical unit of field TTYPE9 = 'BDIHKNGOODDETS' / Number of detectors functioning TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 32768 / offset for unsigned integers TTYPE10 = 'BDIHKBCDHVER' / Count of BCDH command verifies TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 32768 / offset for unsigned integers TTYPE11 = 'BDIHKDMVER' / Count of DM command verifies TFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 32768 / offset for unsigned integers TTYPE12 = 'BDIHKBCDHEXC' / Count of BCDH command exceptions TFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 32768 / offset for unsigned integers TTYPE13 = 'BDIHKDMEXC' / Count of DM command exceptions TFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 32768 / offset for unsigned integers TTYPE14 = 'BDIHKDMPARITY' / Count of DM parity errors TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 32768 / offset for unsigned integers TTYPE15 = 'BDIHKDMALARMS' / Count of DM alarms TFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BDIHKMICERRORS' / Count of MIC errors TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BDIHKTIMELAG' / How far DI is lagging, seconds TFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 32768 / offset for unsigned integers TUNIT17 = 's ' / physical unit of field TTYPE18 = 'BDIHKGRBFOLLOW' / Is DI doing a GRB follow-up TFORM18 = '1B ' / data format of field: BYTE TTYPE19 = 'BDIHKFORCEINVAL' / Is data forced to be invalid? TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BDIHKSLEWING' / Is DI in slew mode TFORM20 = '1B ' / data format of field: BYTE TTYPE21 = 'BDIHKSAA' / Is DI in SAA mode TFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BDIHKVALID' / Is DI producing valid data TFORM22 = '1B ' / data format of field: BYTE TTYPE23 = 'BDIHKTRIGGERABLE' / Is DI producing triggerable data TFORM23 = '1B ' / data format of field: BYTE TTYPE24 = 'BDIHKDAPSAA' / Is DAP believed to be in SAA state? TFORM24 = '1B ' / data format of field: BYTE TTYPE25 = 'BDIHKUVOTFILTMV' / Is UVOT filter moving? TFORM25 = '1B ' / data format of field: BYTE TTYPE26 = 'undocumented1' / Byte field not in ITOS database TFORM26 = '1J ' / data format of field: 4-byte INTEGER TZERO26 = 2147483648 / offset for unsigned integers TTYPE27 = 'undocumented2' / Byte field not in ITOS database TFORM27 = '1J ' / data format of field: 4-byte INTEGER TZERO27 = 2147483648 / offset for unsigned integers TTYPE28 = 'undocumented3' / Byte field not in ITOS database TFORM28 = '1J ' / data format of field: 4-byte INTEGER TZERO28 = 2147483648 / offset for unsigned integers TTYPE29 = 'undocumented4' / Byte field not in ITOS database TFORM29 = '1J ' / data format of field: 4-byte INTEGER TZERO29 = 2147483648 / offset for unsigned integers TTYPE30 = 'undocumented5' / Byte field not in ITOS database TFORM30 = '1J ' / data format of field: 4-byte INTEGER TZERO30 = 2147483648 / offset for unsigned integers TTYPE31 = 'undocumented6' / Byte field not in ITOS database TFORM31 = '1J ' / data format of field: 4-byte INTEGER TZERO31 = 2147483648 / offset for unsigned integers TTYPE32 = 'undocumented7' / Byte field not in ITOS database TFORM32 = '1J ' / data format of field: 4-byte INTEGER TZERO32 = 2147483648 / offset for unsigned integers TTYPE33 = 'undocumented8' / Byte field not in ITOS database TFORM33 = '1J ' / data format of field: 4-byte INTEGER TZERO33 = 2147483648 / offset for unsigned integers TTYPE34 = 'undocumented9' / Byte field not in ITOS database TFORM34 = '1J ' / data format of field: 4-byte INTEGER TZERO34 = 2147483648 / offset for unsigned integers TTYPE35 = 'undocumented10' / Byte field not in ITOS database TFORM35 = '1J ' / data format of field: 4-byte INTEGER TZERO35 = 2147483648 / offset for unsigned integers TTYPE36 = 'undocumented11' / Byte field not in ITOS database TFORM36 = '1J ' / data format of field: 4-byte INTEGER TZERO36 = 2147483648 / offset for unsigned integers TTYPE37 = 'undocumented12' / Byte field not in ITOS database TFORM37 = '1J ' / data format of field: 4-byte INTEGER TZERO37 = 2147483648 / offset for unsigned integers TTYPE38 = 'undocumented13' / Byte field not in ITOS database TFORM38 = '1J ' / data format of field: 4-byte INTEGER TZERO38 = 2147483648 / offset for unsigned integers TTYPE39 = 'undocumented14' / Byte field not in ITOS database TFORM39 = '1J ' / data format of field: 4-byte INTEGER TZERO39 = 2147483648 / offset for unsigned integers TTYPE40 = 'undocumented15' / Byte field not in ITOS database TFORM40 = '1J ' / data format of field: 4-byte INTEGER TZERO40 = 2147483648 / offset for unsigned integers TTYPE41 = 'undocumented16' / Byte field not in ITOS database TFORM41 = '1J ' / data format of field: 4-byte INTEGER TZERO41 = 2147483648 / offset for unsigned integers TTYPE42 = 'undocumented17' / Byte field not in ITOS database TFORM42 = '1B ' / data format of field: BYTE TTYPE43 = 'BTGHKTYPE' / Trigger Status Type TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 32768 / offset for unsigned integers TTYPE44 = 'BTGHKAFTERBURN' / Trigger afterburners running TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 32768 / offset for unsigned integers TTYPE45 = 'BTGHKSCORE' / Trigger Status Score TFORM45 = '1E ' / data format of field: 4-byte REAL TTYPE46 = 'BTGHKTRIGID' / Trigger Status Trigger ID TFORM46 = '1J ' / data format of field: 4-byte INTEGER TZERO46 = 2147483648 / offset for unsigned integers TTYPE47 = 'BTGHKTRIGEXPTICK' / Trigger Status Trigger Expire, tTICK TFORM47 = '1J ' / data format of field: 4-byte INTEGER TZERO47 = 2147483648 / offset for unsigned integers TTYPE48 = 'BTGHKBESTSCORE' / Trigger Status best trigger strength TFORM48 = '1E ' / data format of field: 4-byte REAL TTYPE49 = 'BTGHKRATCHET' / Trigger Status number of trigger ratchets TFORM49 = '1J ' / data format of field: 4-byte INTEGER TZERO49 = 2147483648 / offset for unsigned integers TTYPE50 = 'BTGHKNEW' / Trigger Status new trigger found TFORM50 = '1J ' / data format of field: 4-byte INTEGER TZERO50 = 2147483648 / offset for unsigned integers TTYPE51 = 'BTGHKBSHSER' / Trigger Status best short series TFORM51 = '1J ' / data format of field: 4-byte INTEGER TZERO51 = 2147483648 / offset for unsigned integers TTYPE52 = 'BTGHKBSHTICK' / Trigger Status best short time, tTICK TFORM52 = '1J ' / data format of field: 4-byte INTEGER TZERO52 = 2147483648 / offset for unsigned integers TTYPE53 = 'BTGHKBSHTIMESCAL' / Trigger Status best short timescale TFORM53 = '1J ' / data format of field: 4-byte INTEGER TZERO53 = 2147483648 / offset for unsigned integers TTYPE54 = 'BTGHKBLNGSERIES' / Trigger Status best long series TFORM54 = '1J ' / data format of field: 4-byte INTEGER TZERO54 = 2147483648 / offset for unsigned integers TTYPE55 = 'BTGHKBLNGNTRIG' / Trigger Status criterion TFORM55 = '1J ' / data format of field: 4-byte INTEGER TZERO55 = 2147483648 / offset for unsigned integers TTYPE56 = 'BTGHKBGSTARTTICK' / Trigger Status best long background start, tTICTFORM56 = '1J ' / data format of field: 4-byte INTEGER TZERO56 = 2147483648 / offset for unsigned integers TTYPE57 = 'BTGHKBGENDTICK' / Trigger Status best long background stop, tTICKTFORM57 = '1J ' / data format of field: 4-byte INTEGER TZERO57 = 2147483648 / offset for unsigned integers TTYPE58 = 'BTGHKFGSTARTTICK' / Trigger Status best long foreground start, tTICTFORM58 = '1J ' / data format of field: 4-byte INTEGER TZERO58 = 2147483648 / offset for unsigned integers TTYPE59 = 'BTGHKFGENDTICK' / Trigger Status best long foreground stop, tTICKTFORM59 = '1J ' / data format of field: 4-byte INTEGER TZERO59 = 2147483648 / offset for unsigned integers TTYPE60 = 'BTGHKFOREBACK' / Trigger Status best long foreback ratio TFORM60 = '1E ' / data format of field: 4-byte REAL TTYPE61 = 'BTGHKHARDNESS' / Trigger Status best long hardness ratio TFORM61 = '1E ' / data format of field: 4-byte REAL TTYPE62 = 'BTGHKLEVALPER8' / Long trigger evaluations/8 seconds TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 32768 / offset for unsigned integers TTYPE63 = 'BTGHKDITGCPU' / CPU usage by DI+TG TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 327.68 / data offset (32k shift B_TG_PERCENT conversion)TSCAL63 = 0.01 / data scaling (B_TG_PERCENT conversion) TTYPE64 = 'BTGHKNTHROTTLED' / Trigger criteria throttled for CPU usage TFORM64 = '1I ' / data format of field: 2-byte INTEGER TTYPE65 = 'BTGHKVETONUM' / What source catnum is being vetoed TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 32768 / offset for unsigned integers TTYPE66 = 'BTGHKCANCELNUM' / What source catnum is being cancelled TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 32768 / offset for unsigned integers TTYPE67 = 'BTGHKMODY2K' / What gets added to tick count to fix 'Y2k' typeTFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 32768 / offset for unsigned integers EXTNAME = 'hk139x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 392981399.84146 TSTOP = 393012789.8414 DATE-OBS= '2013-06-15T09:29:56' DATE-END= '2013-06-15T18:13:06' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31389.9999400377 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 313 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:55' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '7SqWARoV7RoVARoV' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '2720502491' / data unit checksum updated 2013-06-25T08:41:55 TRDHI12 = 50 / BDIHKBCDHEXC Red upper limit = BDI_BCDHEXC_LIM TYEHI12 = 49 / BDIHKBCDHEXC Yellow upper limit = BDI_BCDHEXC_LTRDHI16 = 2 / BDIHKMICERRORS Red upper limit = BDI_MICERR_LIMTYEHI16 = 1 / BDIHKMICERRORS Yellow upper limit = BDI_MICERR_COMMENT Column 43 = BTGHKTYPE - Discrete value COMMENT 0 = None = TG Status Type, 0=None COMMENT 1 = Long = TG Status Type, 1=Long COMMENT 2 = Short = TG Status Type, 2=Short COMMENT 3-4294967294 = Unknown = TG Status Type, >2=Unknown COMMENT Column 53 = BTGHKBSHTIMESCAL - Discrete value COMMENT 0 = 4 ms = TG Status Timescale, 0=4ms COMMENT 1 = 8 ms = TG Status Timescale, 1=8ms COMMENT 2 = 16 ms = TG Status Timescale, 2=16ms COMMENT 3 = 32 ms = TG Status Timescale, 3=32ms COMMENT 4 = 64 ms = TG Status Timescale, 4=64ms COMMENT 5-4294967294 = Unknown = TG Status Timescale, >4=Unknown HISTORY TASK: FAPPND on FILENAME: sw00558271000b139x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:05 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= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END AlkilkuځU! iBKp@<.AlkgMlkuځU`! 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binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 92 / width of table in bytes NAXIS2 = 963 / 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 = 392981399.8424 TSTOP = 393012784.84228 DATE-OBS= '2013-06-15T09:29:56' DATE-END= '2013-06-15T18:13:01' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31384.9998799562 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 314 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:56' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'cAWLd5ULcAULc3UL' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '2088173897' / data unit checksum updated 2013-06-25T08:41:56 HISTORY TASK: FAPPND on FILENAME: sw00558271000b13ax001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:06 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END Alkקhbmoqqfz.dhkgbmoqpjz.gnolkOXzX'2ƀϲj fw&Alkןmbmoqssz.wgtmbmoqssz.wgtlkXzX'2ƀϲj fw&AlkמZmbmoqssz.wgtmbmoqssz.wgtlkXzX'2ƀϲj fw&Alkןmbmoqssz.wgtmbmoqssz.wgtlkXzX'2ƀϲj fw&AlkמZmbmoqssz.wgtmbmoqssz.wgtlkXzX'2ƀϲj fw&Alkם abmolkoz.dmpabmolkoz.dmplVXzX'2ƀϲj fw&Alkןsbmoqt0z.sdmabmolkoz.dmplkXzX'2ƀϳj fw&Allם 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,,4ьj(fwAlmעIsbmpp78z.sdmebmpp8tz.evllXߨY ,-4эj(fwAl|מZsbmpp78z.sdmebmpp8tz.evllXߨY ,-4эj(fwAlמZsbmpp78z.sdmebmpp8tz.evllXߨY ,-4эj(fwAlףsbmpp78z.sdmebmpp8tz.evllXߨY ,-4эj(fwAlןsbmppb0z.sdmabmpp20z.spcl`XY ,-4юj(fwAlמZsbmppb0z.sdmabmpp20z.spcl`XY ,-4юj(fwAlפsbmppb0z.sdmabmpp20z.spcl`XY ,-4юj(fwAlעIsbmppb0z.sdmabmpp20z.spcl`XY ,-4юj(fwAlןsbmppb0z.sdmabmpp20z.spcl`XY ,-4юj(fwAl)sbmppd0z.sdmsbmppb0z.sdmlXY ,-4яj(fwAlם sbmppd0z.sdmsbmppb0z.sdmlXY ,-4яj(fwAlם sbmppd0z.sdmsbmppb0z.sdmlXY ,-4яj(fwAl!עIsbmppd0z.sdmsbmppb0z.sdmlXY ,-4яj(fwAl0ןsbmpp58z.sdmsbmppf0z.sdmlXY ,-4ёj(fwXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 204 / width of table in bytes NAXIS2 = 2883 / 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 = 392981399.84324 TSTOP = 393012789.843 DATE-OBS= '2013-06-15T09:29:56' DATE-END= '2013-06-15T18:13:06' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31389.9997599721 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 315 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:56' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'LIQMLGOJLGOJLGOJ' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '2584490541' / data unit checksum updated 2013-06-25T08:41:56 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: sw00558271000b13bx001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:06 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END Alkޔ!Vc,BLрg)~:FWYrom,߶ՀgԀg|(g<$`+r 22222q4,ӟLlgAlk)!䖀c,NLрg)~:FYrom.߶πgրg(g>$`+r 22222q-ӟM*gAlkֶ!րc,ZLрg)~:FŀZ9rom0߶ɀg؀g(6g@$`+,rz 22222q,/ӟMgAlkg!c,fLрg)~:FZrom2߶Àgڀg(NgB$`+jr 22222q0ӟNgAlkȀ!Xc,rMрg)~:FZrom4߶ӽg܀g(fgD$`+rF 22222q1ӟOdgAlk)!嘀c,~M0рȀg)~:F[>rom6߶շgހg(~gF$`+r 22222q2ӟP gAlkݿ!؀c,MNр΀g)~:F[rrom8߶ױgg(gH$`+$s 22222q2ӟPgAlkȀݿ!c,Mlрրg)~:F[rrom:߶٫gg(gJ$`+bsx 22222qX2ӟQgAlk)ݿ!Tc,Mр܀g)~:F[xrom<߶ۥgg(ƀgL$`+sބ 22222qÀ2ӟRZgAlkgݿ!搀c,Mрg)~:F[|rom>߶ݟgg(ހgN$`+sD 22222q,2ӟSgAlkȀݿ!΀c,Mрg)~:F[rom@߶ߙgg(gP$`+s 22222qā2ӟSրgAlkـݿ! 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22222q̍ӟŤgAlmx"6c1Zрg)~:G!|+ron߷gĀi\3Fg,$`+s-~ 22222qӟťBgAlmg"vc1Zрg)~:G"|{ron߷gƀi`3^g.$`+s-䄌 22222qaӟŦgAlm)ݿ"c1Zрg)~:G#|ron ߷gȀid3vg0$`+ <s.J 22222 qɀӟŦgAlmֶݿ"c2[рg)~:G$|ron"߷gʀih3g2$`+ zs. 22222 q1ӟŧzgAlnxݿ"2c2["рg)~:G%߀|ron$߷g̀il3g4$`+ s/ 22222qΚӟŨ8gAlnxݿ"pc2[@рg)~:G&|ron&߷g΀ip3g6$`+ s/| 22222qӟŨgAln ݿ"c2*[^рg)~:G'|ron(߷gЀit3րg8$`+!4s/ℌ 22222qnӟũgAln)ݿ"c26[|рg)~:G(|ron*߷ۀgҀix3g:$`+!rs0H 22222qրӟŪrgAlnـݿ"*c2B[р$g)~:G)|ron,߷ՀgԀi|4g<$`+!s0 22222q6ӟū.gAlnݿ"hc2N[р,g)~:G*݀}8ron.߷πgրi4g>$`+!s1 22222qГӟūgAln!)ݿ"c2Z[р2g)~:G+ـ}iron0߷ɀg؀i46g@$`+",s1z 22222qӟŬgAln&͊"c2f[р:g)~:G,}ron2߷Àgڀi4NgB$`+"js1 22222q=ӟŭfgAln+ֶ"*c2r\р@g)~:G. }ron4߷нg܀i4fgD$`+"s2F 22222$q~ӟŮgAln0)"jc2~\0рHg)~:G/!}ron6߷ҷgހi4~gF$`+"s2 22222(q΀ӟŮgAln5ـ"c2\NрNg)~:G0-~Aron8߷Աgi4gH$`+#$s3 22222*q0ӟůgAln:Ȁ"c2\lрVg)~:G1~ron:߷֫gi4gJ$`+#bs3x 22222,qҋӟŰ^gAln?Ȁ"*c2\р\g)~:G2~ron<߷إgi4ƀgL$`+#s3ބ 22222.qāӟűgAlnDU"jc2\рdg)~:G3=ron>߷ڟgi4ހgN$`+#s4D 222220qƁWӟű؀gAlnIֶ"c2\рjg)~:G4?fron@߷ܙgi4gP$`+$s4 222222qȁӿӟŲgAlnNֶ"c2ƀ\рrg)~:G5_ronB߷ޓgi5gR$`+$Zs5 222224qʁ+ӟųTgAlnSـ"*c2Ҁ]рxg)~:G6ironD߷gi5&gT$`+$s5v 222226q́ԓӟŴgAlnXg"jc2ހ] рg)~:G7STronF߷⇀gi5>gV$`+$s5܄ 222228q΁ӟŴЀgAln]ـ"c2]>рg)~:G8mronH߷䁀gi5VgX$`+%s6B 22222:qЁeӟŵgAlnb͊"c2]\рg)~:G9ronJ߷{gi5ngZ$`+%Rs6 22222>qҁվӟŶJgAlng"*c3]zрg)~:G:y'ronL߷ugi5g\$`+%s7 22222@qԁӟŷgAlnlx"jc3]рg)~:G;sronN߷ogi5g^$`+%s7t 22222DqցցӟŷĀgAlnq"c3]рg)~:G<ronP߷igiĀ5g`$`+& s7ڄ 22222Fq؁ӟŸgAlnvg"c3&]рg)~:G=ronR߷cgiȀ5΀gb$`+&Js8@ 22222HqځTӟŹ>gAln{g" *c32]рg)~:G>eronT߷]gì5gd$`+&s8 22222Jq܁׾ӟŹgAlnȀ" jc3>^рg)~:G?ronV߷WgiЀ5gf$`+&s9 22222Lqށ)ӟźg AlnUݿ" c3J^.рg)~:G@ronX߷QgiԀ6gh$`+'s9r 22222NqؓӟŻxg Aln)" c3V^Lрƀg)~:GATronZ߷Kgi؀6.gj$`+'Bs9؄ 22222Pqӟż6gAln=" *c3b^jр̀g)~:GBron\߷Egi܀6Fgl$`+'s:> 22222RqgӟżgAln" jc3n^рԀg)~:GC̀ron^߷?gi6^gn$`+'s: 22222TqπӟŽgAlnx" c3z^рڀg)~:GDBron`߷9gi6vgp$`+'s; 22222Vq7ӟžngAlnֶ" c3^рg)~:GEronb߷3g i6gr$`+(:s;p 22222Xqڣӟſ,gAlnȀ" *c3^рg)~:GG rond߸-g i6gt$`+(xs;ք 22222\qӟſgAlng忿" jc3_Ҁg)~:GH.ronj߸(gi6gv$a+(s<< 22222`qӟgAlnx" c3_!Ҁg)~:GIRronn߸"gi6؀gz$a+(s< 22222hqۚӟfgAlnUݿ" c3_?Ҁg)~:GJront߸gi6g|$a+)<s= 22222lqӟg Aln)ݿ" &c3ƀ_]Ҁg)~:GK߀ronv߸gi7g~$a+)zs=r 22222pq}ӟg"Alnֶݿ" dc3Ҁ_{Ҁg )~:GM' ronx߸ gj7 g$a+)s=؄ 22222rqӟàg$Alngݿ" c3ހ_Ӏg )~:GN9 ronz߸ gj78g$a+)s>> 22222tq݆Ӡ`g&Alnݿ" c3_Ӏ g)~:GOuron|߸gj 7Pg$b+*6s> 22222vqӀӠg(Alnݿ" c3_Ӏ&g)~:GP"ron~߸gj7hg$b+*ts? 22222|qCӠހg*Alnֶݿ" \c4_Ӏ.g)~:GQtron߸g j7g$b+*s?r 22222~q޾Ӡƚg,Aln)ݿ" c4`Ӏ4g)~:GRron߸g"j7g$b+*s?؄ 22222q9ӠXg.Alng" ؀c4`/Ӏ<g)~:GSron߸g$j7g$b++.s@> 22222q߱Ӡg0AlnȀ"*c4(`MӀBg)~:GT\ron߸g&j7Ȁg$b++ls@ 22222q)ӠԀg2Aln"lc44`kӀJg)~:GUron߸g(j"7g$b++sA 22222q ࡀӠɒg4Alnx"c4@`ӀPg):GVron߸ڀg*j&7g$b++sAp 22222q ӠPg6Aln"c4L`ӀXg):GWрSron߸Հg,j*8g$b+,&sAք 22222qᓀӠ g8AlnU",c4X`Ԁ`g ):GXron߸πg.j.8(g$c+,fsB< 22222q Ӡʀg:Aln:"lc4d`Ԁhg"):GYron߸!ɀg0j28@g$c+,sB 22222q℀Ӡ̊gAlog"c4|a+Ԁvg&):G\3ron߸%g4j:8pg$c+- sCn 22222qㆀӠg@Aloـ",c4aIԀ|g():G]-ron߸'g6j>8g$c+-^sCԄ 22222q ӠgBAlo g"lc4agԀg*):G^1{ron߸)g8jB8g$c+-sD: 22222q䍀Ӡ~gDAloـ"c4aԀg,):G_eron߸+g:jF8g$c+-sD 22222qӠ<gFAlo͊"c4aԀg.):G`=ron߸-g<jJ8Ѐg$c+.sE 22222q咀ӠgHAlox",c4aԀg0):Garon߸/g>jN8g$c+.ZsEl 22222q$ӠѶgJAlo ـ"lc4ĀaԀg2):Gbπron߸1g@jR9g$c+.sE҄ 22222q&戀ӠvgLAlo%ֶ"c4ЀaԀg4):GcWron߸3gBjV9g$c+.sF8 22222q(Ӡ2gNAlo*"c4܀bԀg6):Gdron߸5gDjZ90g$c+/sF 22222q*eӠgPAlo/",c4b9Ԁg8):Geron߸7gFj^9Hg$c+/RsG 22222q,΀ӠԬgRAlo4x"jc4bWԀg:):GgLron߸9gHjb9`g$c+/sGj 22222q.6ӠjgTAlo9ֶ"c5buԀ€g<):Ggron߸;{gJjf9xg$c+/sGЄ 22222q0蟀Ӡ(gVAlo>x"c5 bԀʀg>):Giron߸=ugLjj9g$c+0 sH6 22222q2 ӠgXAloC)",c5bԀЀg@):Gj 5ron߸?ogNjn9g$c+0JsH 22222q4rӠעgZAloHg"lc5$bԀ؀gB):Gjron߸AigPjr9g$c+0sI 22222q6܀Ӡ^g\AloMx"c50bԀހgD):Gl'ron߸CcgRjv9؀g$c+0sIh 22222q8AӠg^AloRȀ"c5<c ԀgF):GmAron߸E]gTjz9g$c+1sI΄ 22222q:ꨀӠ܀g`AloWg"*c5Hc)ԀgH):Gn?ron߸GWgVj~:g$c+1BsJ4 22222q<ӠژgbAlo\U"lc5TcGԀgJ):GooLron߸IQgXj: g$c+1sJ 22222q>iӠRgdAloaտ"c5`cgԀgN):Gpwron߸KLg\j:8g$c+1sK 22222q>뽀ӠgfAlofڥ"c5rcՀgP):Gqr on߸MFg^j:Rg$c+2sKr 22222ƀqHӠԀgjAlokUݿ"0c5~cՀ gR):Gsr!on߸O@g`j:jg$c+2DsKބ 22222̀qJUӠݒglAlopֶݿ"nc5cՀgT):Gt3r"on߸Q:gbj:g$c+2sLJ 22222΀qLȀӠRgnAlouUݿ"c5cՀgV):Guhr"on߸S4gdj:g$c+2sL 22222ЀqN>Ӡ gpAlozޔݿ"c5cՀ"gX):Gvr"on߸U.gfj:g$c+2sM" 22222ҀqPӠ̀grAloֶݿ"(c5dր*gZ):Gw€r"on߸W(ghj:ʀg$c+3<sM 22222ԀqRCӡgtAloޔݿ"fc5d9ր2g\):Gxրr"on߸Y"gjj:g$d+3|sM 22222րqTӡHgvAloֶݿ"c5ȀdWր8g^):Gymr"on߸[glj:g$d+3sNh 22222؀qV3ӡgxAloݿ"c5Ԁduր@g`):Gzr"on߸]gnj;g$d+3sNԄ 22222ڀqXﮀӡ€gzAloD" c5dրFgb):G{r"on߸_gpj;*g$d+46sO@ 22222܀qZ"ӡ　g|AloDݿ"dc5dրNgd):G}r"on߸a grj;Bg$d+4tsO 22222ހq\ӡ>g~AloUݿ"c5dրTgf):G~r"on߸cgtj;Zg$d+4sP 22222q^ӡgAlo"c6dր\gh):Gr"on߸dgvj;rg$d+4sP 22222q`ӡ庀gAloڥݿ"$c6e րbgj):G*#r"on߸fgxj;g$d+5.sP 22222qb ӡvgAloޔ"bc6e)րjgl):GK(r"on߸hgzjĀ;g$d+5lsQ\ 22222qdӡ4gAloޔݿ"c6(eGրpgn):GM-r"on߸jg|jȀ;g$d+5sQȄ 22222qfӡgAlo-8"c64eeրxgp):GU1r"on߸lg~j̀;Ҁg$d+5sR4 22222qhӡ讀gAloڥݿ" c6@eր~gr):Go5r"on߸ngjЀ;g$d+6&sR 22222qjӡlgAloҀݿ"^c6Leրgt):G:r"on߸pڀgjԀ<g$d+6fsS 22222qlzӡ*gAloڥ"c6Xeրgv):GӡgAloڥ"c6ЀfրҀg):Gr"oo߸gk= g$d+9sW 22222 qӡPgAlo"Zc6܀g րڀg):Gr"oo߸gk="g$d+9PsX 22222q7ӡgAlpڥݿ"c6g(րg):G>Fr"oo߸gk=:g$d+9sX 22222qӡ̀gAlpݿ"؀c6gFրg):GLNr"oo߸gk =Rg$d+9sX􄔀 22222q/ӡgAlp ڥ"c7gdրg):G>Sr"oo߸gk=jg$d+: sY` 22222qӡFgAlpD"Vc7 gրg):G<r"oo ߸zgk=g $d+:HsȲ 22222q'ӡgAlp"c7gրg):G0r"oo ߸tgk=g $d+:sZ8 22222qӡgAlp"րc7$gրg):G3@r"oo߸ngk=g$d+:sZ 22222 qӡgAlpU"c70gր g):G6r"oo߸hgk =ʀg$d+;s[ 22222"qӡ<gAlp$g"Vc7<gրg):G:r"oo߸bgk$=g$d+;@s[| 22222$qӡgAlp)ڥ"c7Hhրg):G Jr"oo߸\gk(=g$d+;~s[脔 22222&qӡgAlp.ֶ"րc7Th6ր g):G(r"oo߸Vgk,>g$d+;s\T 22222(qӡtgAlp3"c7`hTր&g):Gr"oo߸Pgk0>*g$d+;s\ 22222*qӡ2gAlp8Dݿ"Vc7lhrր.g):GTr"oo߸Jgk4>Bg$d+<8s], 22222,q ӡgAlp=ޔݿ"c7xhր4g):G.sr"oo߸Dgk8>Zg$d+gk<>rg$d+<s^ 222220qӡlgAlpG" c7hրBg):Gr"oo ߸8gk@>g $d+<s^p 222222qwӡ(gAlpLڥ" Rc7hրJg):G)r"oo"߸2gkD>g"$d+=0s^܄ 222224q ӡgAlpQޔ" c7iրPg):Gsr"oo$߸,gkH>g$$d+=ns_H 222226qp ӡgAlpVڥ" Ҁc7i&րXg):Gr"oo&߸&gkL>Ҁg&$d+=s_ 222228q ӡ`gAlp["!c7iDր^g):G'#r"oo(߸ gkP>g($d+=s` 22222:qj ӡ gAlp`"!Rc7̀ibրfg):G|r"oo*߸g€kT?g*$d+>(s` 22222<q ӡހgAlpeޔ"!c7؀iրlg):G r"oo,߸gĀkX?g,$d+>fs` 22222>q^ӡgAlpjֶ"!Ҁc7iրtg):G-r"oo.߸gƀk\?2g.$d+>sad 22222@qڀӡXgAlpoֶ""c7iրzg):Gr"oo0߸gȀk`?Jg0$d+>saЄ 22222BqUӡgAlpt""Rc7iրg):Gr"oo2߸gʀkd?bg2$d+? sb< 22222DqЀӡҀgAlpyUݿ""c8iրg):G&r"oo4߸g̀kh?zg4$d+?^sb 22222FqMӡgAlp~Dݿ""Ѐc8jրg):G*r"oo6߸g΀kl?g6$d+?sc 22222HqȀӡLgAlpD"#c8 j4րg):G.r"oo8߸gЀkp?g8$d+?sc 22222JqBӡ gAlpޔݿ"#Nc8,jRրg):G5r"oo:߸gҀkt?g:$d+@scꄔ 22222LqӡȀgAlpݿ"#c88jpրg):G:r"oo<߸gԀkx?ڀg<$d+@VsdX 22222PqāӡgAlpޔݿ"#ʀc8Djրg):G:r"oo>߸ހgրk|?g>$d+@sdĄ 22222RqƁӡ DgAlpUݿ"$c8Pjրg):G ?r"oo@߸؀g؀k@ g@$d+@se0 22222Tqȁ ӡ gAlpDݿ"$Dc8\jրg):GFr"ooB߸Ҁgڀk@"gB$d+Ase 22222Vqʁ ӡ gAlpڥݿ"$c8hjրg):Gbr"ooD߸̀g܀k@:gD$d+ANsf 22222Xq́ ӡ zgAlp₀ݿ"$€c8tkրȀg):Gr"ooF߸ƀgހk@RgF$d+Asft 22222Zq΁ zӡ 8gAlpݿ"%c8k$ր΀g):G r"ooH߸gk@jgH$d+Asf 22222\qЁ ӡ gAlp"%>c8kBրրg):GTr"ooJ߸Ϻgk@gJ$d+BsgL 22222^qҁ Nӡ gAlp"%c8k`ր܀g):Gr"ooL߸Ѵgk@gL$d+BFsg 22222`qԁ ӡpgAlp"%Āc8k~րg):Gr"ooN߸Ӯgk@gN$d+Bsh$ 22222bqց ӡ0gAlpҀݿ"&c8kրg):Gr"ooP߸ըgk@ʀgP$d+Bsh 22222dqځ mӡgAlpgݿ"&@c8kրg):G-r"ooR߸עgk@gR$d+Csh 22222fq܁ ӡgAlpDݿ"&~c8Ȁkրg):G/r"ooT߸ٜgk@gT$d+C>sih 22222hqށ ӡhgAlpڥݿ"&c8Ԁkրg):G3r"ooV߸ۖgkAgV$d+C|siԄ 22222jq ]ӡ&gAlpݿ"&c8lրg):G 6r"ooX߸ݐgkA*gX$d+Csj@ 22222lq ӡgAlpDݿ"'8c8l2րg):G 9r"ooZ߸ߊgkABgZ$d+Csj 22222nq ӡgAlpݿ"'vc8lPրg):Gg):Ggr"ooh߸`gkЀAgh$d+Esm 22222qӡ΀g AlqUݿ")0c9Lm"րFg):G }r"ooj߸ZgkԀBgj$d+Esn 22222qӡgAlqݿ")nc9Xm@րLg):Gr"ool߸Tgk؀Bgl$d+F&snx 22222qRӡHgAlq Uݿ")c9dm^րTg):Gr"oon߸Ngk܀B2gn$d+Fdsn䄔 22222qӡgAlqݿ")c9pm|րZg):Gr"oop߸HgkBJgp$d+FsoP 22222q ӡ€gAlqݿ"*(c9|mրbg):G r"oor߸Bg kBbgr$d+Fso 22222qhӡgAlqUݿ"*fc9mրhg):Gr"oot߸<g kBzgt$d+Gsp( 22222qɀӡ@gAlqݿ"*c9mրpg):Gr"oov߸6gkBgv$d+G\sp 22222q)ӡgAlq#ݿ"*c9mրvg):Gr"oox߸0gkBgx$d+Gsq 22222qӡgAlq(ڥݿ"+ c9nր~g):GQr"ooz߸*gkB€gz$d+Gsql 22222qӡxgAlq-U"+^c9n0րg):G|r"oo|߹$gkBڀg|$d+Hsq؄ 22222qI"ӡ 6g Alq2ݿ"+c9ĀnNրg):G|r"oo~߹gkBg~$d+HTsrD 22222q "ӡ g"Alq7ݿ"+c9Ѐnlրg ):Gr"oo߹glC g$d+Hsr 22222q"ӡ!g$AlqրĀg):GWr"oo߹g&lCg$d+JDsu 22222q*ӡ&g2Alq_.ݿ"-ڀc:0o\րʀg):G=r"oo߹g(l Cʀg$d+Jsv 22222q׀*ӡ'g4Alqdݿ".c:<ozրҀg):G5r"oo߹g*l$Cg$d+Jsv| 22222q *ӡ(Zg6Alqiޔݿ".Tc:Hoր؀g):G/r"oo߹܀g,l(Cg$d+Jsv脔 22222q"u*ӡ)g8Alqnݿ".c:Toրg ):G1r"oo߹րg.l,Dg$d+K<swT 22222q$*ӡ)րg:AlqsDݿ".Ѐc:`oրg"):G?r"oo߹Ѐg0l0D*g$d+Kzsw 22222q&*ӡ*gAlq}ݿ"/Jc:xpրg&):GHr"oo߹ Āg4l8DVg$d+Ksx 22222q**ӡ, g@Alq3ݿ"/c:p.րg():G@r"oo߹"g6l<Drg$d+L4sy 22222€q,*ӡ,̀gBAlqgݿ"/Ȁc:pLրg*):G8r"oo߹$g8l@Dg$d+Lrsyp 22222Āq.N*ӡ-gDAlqݿ"0c:pjր g,):G@Fr"oo߹&g:lDDg$d+Lsy܄ 22222ƀq0*ӡ.FgFAlqD"0Dc:pրg.):G4r"oo߹(g<lHDg$d+LszH 22222Ȁq4.ӡ/gHAlqݿ"0c:pրg0):G\r"oo߹*g>lLDҀg$d+M,sz 22222ʀq6l.ӡ/gJAlqֶݿ"0ƀc:€pրg2):Gfr"oo߹,g@lPDg$d+Mjs{ 22222̀q8ʀ.ӡ0~gLAlq"1c:΀pր&g4):GPr"oo߹.gBlTEg$d+Ms{ 22222΀q:)0ӡ1:gNAlqgݿ"1Dc:ڀqր,g6):G`r"oo߹0gDlXEg$d+Ms{ 22222Ѐq<}0ӡ1gPAlqݿ"1c:qր4g8):Gbr"oo߹2gFl\E2g$d+N$s|d 22222Ҁq>ހ0ӡ2gRAlqݿ"1c:q<ր:g:):GDr"oo߹4gHl`EJg$d+Nbs|Є 22222Ԁq@@0ӡ3tgTAlqֶݿ"1c:qZրBg<):G_r"oo߹6gJldEbg$d+Ns}< 22222؀qB0ӡ4.gVAlqݿ"2<c; qxրHg>):GQr"oo߹8|gLlhEzg$d+Ns} 22222܀qDހ0ӡ4gXAlqڥݿ"2zc;qրPg@):Gcr"oo߹:vgNllEg$d+Os~ 22222ހqF%0ӡ5gZAlqݿ"2c;"qրVgB):G{r"oo߹jgRltE€g$d+Os~섔 22222qJ0ӡ7(g^Alqڥݿ"34c;:qրdgF):Gv&r"oo߹@dgTlxEڀg$d+OsX 22222qLE0ӡ7g`Alq"3rc;FrրlgH):Gter"oo߹B^gVl|Eg$d+PsĄ 22222qN4ӡ8gbAlqݿ"3c;Rr,րrgJ):Gzr"oo߹DXgXlF g$d+PRs0 22222qP 4ӡ9`gdAlqݿ"3c;^rJրzgL):Gnr"oo߹FRgZlF"g$d+Ps 22222qR f4ӡ:gfAlqU"42c;jrhրgN):Ghr"oo߹HLg\lF:g$d+Ps 22222qT Ā6ӡ:܀ghAlqݿ"4rc;vrրgP):Gr"oo߹JFg^lFRg$d+Q st 22222qV!#6ӡ;gjAlqޔݿ"4c;rրgR):Gr"oo߹L@g`lFjg$d+QJs 22222qX!6ӡgrAlqD"5c;sրgZ):G6r"oo߹T(ghlFʀg$d+RBs 22222q`"ۀ;ӡ?LgtAlr"5c;s:րg\):G׀lr"oo߹V"gjlFg$d+Rs 22222qb#(<ӡ@gvAlr ݿ"6.c;ʀsXրg^):Gr"oo߹XgllFg$d+Rsh 22222qf#<ӡ@ȀgxAlrֶݿ"6lc;րsvրg`):GȀr"oo߹ZgnlGg$d+RsԄ 22222qh#<ӡAgzAlrݿ"6c;sրƀgb):G€r"oo߹\gplG*g$d+S:s@ 22222qj$G<ӡBBg|AlrUݿ"6c;sր΀gd):Gr"oo߹^ grlGBg$d+Sxs 22222 ql$<ӡBg~Alrֶݿ"7$c;sրԀgf):Gr"oo߹`gtlGZg$d+Ss 22222 qn%<ӡCgAlr"ֶݿ"7bc<sր܀gh):HȀr"oo߹agvlGrg$d+Ss 22222qp%e<ӡD|gAlr'ڥݿ"7c<t րgj):Hr"oo߹cgxlGg$d+T2s 22222qr%<ӡE8gAlr,gݿ"7ހc<t*րgl):Hr"oo߹egzlĀGg$d+Tps\ 22222qt& <ӡEgAlr1ݿ"8c<*tHրgn):H.r"oo߹gg|lȀGg$d+TsȄ 22222qv&d<ӡFgAlr6ݿ"8Zc<6tfրgp):H`r"oo߹ig~l̀GҀg$d+Ts4 22222qx&À<ӡGpgAlr;ݿ"8cg):Hr"oo߹}glH€g$d+WXsl 222220q*pHӡNڀgAlrm";c<uրDg):Hr"oo߹glHڀg$d+Ws؄ 222222q*΀IӡOgAlrrڥ";Xc<ƀuրLg):H r"oo߹glHg$d+WsD 222226q+JӡPTgAlrwUݿ";c<ҀuրRg):H r"op߹gmI g$d+Xs 222228q+}JӡQgAlr|ݿ";րc<ހv րZg):H:q,)JӡRgAlr"vրg):HFr"op߹bgm$Ig$d+Z@s| 22222Lq.ˀRӡWgAlrڥ">c=Jwրg):Hr"op߹\gm(Ig$d+Z~s脔 22222Nq/&SӡXxgAlr">Pc=Vw6րg):Hr"op߹Vgm,Jg$d+ZsT 22222Pq/TӡY4gAlr">c=bwTրg):H r"op߹Pgm0J*g$d+Zs 22222Tq/ӀUӡYgAlrDݿ">Ҁc=nwrրg):H@r"op߹Jgm4JBg$d+[8s, 22222Vq0%UӡZgAlr3ݿ"?c=zwրg):H 7[r"op߹Dgm8JZg$d+[vs 22222Zq0Uӡ[lgAlrݿ"?Lc=wրg):H!9^r"op߹>gm<Jrg$d+[s 22222\q0Uӡ\,gAlr"?c=wր€g):H"#ar"op ߹8gm@Jg $d+[sp 22222^q1FWӡ\gAlrݿ"?ʀc=wրʀg):H##er"op"߹2gmDJg"$d+\0s܄ 22222`q1Wӡ]gAlrݿ"@c=xրЀg):H$%hr"op$߹,gmHJg$$d+\nsH 22222bq1Wӡ^dgAlrUݿ"@Fc=x&ր؀g):H%+mr"op&߹&gmLJҀg&$d+\s 22222dq2SWӡ_ gAlrDݿ"@c=€xDրހg):H&qr"op(߹ gmPJg($d+\s 22222fq2Wӡ_ހgAlrDݿ"@€c=΀xbրg):H'tr"op*߹g€mTKg*$d+](s 22222hq2Wӡ`gAlrݿ"Ac=ڀxրg):H(tr"op,߹gĀmXKg,$d+]fs 22222jq3JWӡaXgAlr3ݿ"A<c=xրg):H(xr"op.߹gƀm\K2g.$d+]sd 22222lq3WӡbgAlrֶݿ"A|c=xրg):H)r"op0߹gȀm`KJg0$d+]sЄ 22222nqā4 WӡbԀgAlrݿ"Ac=xրg):H+r"op2߹gʀmdKbg2$d+^ s< 22222rqƁ4XWӡcgAlrUݿ"Ac> xրg):H,#r"op4߹g̀mhKzg4$d+^^s 22222vqȁ4WӡdPgAlrU"B6c>yրg):H-JVr"op6߹g΀mlKg6$d+^s 22222xqʁ5 [ӡe gAlsݿ"Bzc>"y4րg):H.D\r"op8߹gЀmpKg8$d+^s 22222zq́5h[ӡeʀgAlsޔ"Bc>.yRրg):H/&`r"op:߹gҀmtK€g:$d+_s섔 22222|q΁5ʀ]ӡfgAls ֶ"Bc>:ypր$g):H0Dtr"op<߹gԀmxKڀg<$d+_VsX 22222qЁ6'^ӡgDgAlsUݿ"C8c>Hyր,g):H1Xr"op>߹ހgրm|Kg>$d+_sƄ 22222qҁ6^ӡhgAlsޔ"Cxc>Tyր2g):H2Fr"op@߹؀g؀mL g@$d+_s2 22222qԁ6_ӡhgAlsֶ"Cc>`yր:g):H3`=r"opB߹ҀgڀmL"gB$e+`s 22222qց7E`ӡi|gAls!ֶ"Cc>lyր@g):H4Fr"opD߹̀g܀mL:gD$e+`Ps 22222q؁7aӡj<gAls&ڥ"D8c>xzրHg):H56r"opF߹ƀgހmLRgF$e+`sv 22222qځ8bӡjgAls+"Dxc>z%րNg):H6Fr"opH߹gmLjgH$e+`s℔ 22222q܁8fcӡkgAls0Yɀ"Dc>zCրVg):H7JJr"opJ߹̺gmLgJ$e+a sN 22222qށ8ǀdӡlvgAls5ޔ"Dc>zaր\g):H8V~r"opL߹δgmLgL$e+aHs 22222q9eӡm,gAls:U"E6c>zրdg):H9~r"opN߹ЮgmLgN$e+as& 22222q9WfӡmgAls?g"Evc>zրjg):H:nr"opP߹ҨgmLʀgP$e+as 22222q9gӡngAlsD"Ec>zրrg):H; r"opR߹ԢgmLgR$e+bs 22222q: hӡoPgAlsIڥ"Ec>̀zրxg):H<er"opT߹֜gmLgT$e+b@sj 22222q:miӡp(gAlsNU"F6c>؀zրg):H=r"opV߹ؖgmMgV$e+b~sք 22222q:̀jӡpgAlsS₀"Fvc>{րg):H>r"opX߹ڐgmM*gX$e+bsB 22222q;-kӡqgAlsX"Fc>{3րg):H?0r"opZ߹܊gmMBgZ$e+bs 22222q;lӡr^gAls]"Fc>{Qրg):H@rr"op\߹ބgmMZg\$e+c8s 22222q;mӡsgAlsbU"G6c?{oրg):HA|r"op^߹~gmMrg^$e+cvs 22222q uӡwg Alsޔ"Hc?P|#րƀg):HG+r"opj߹ZgmԀNgj$e+ds 22222q>lvӡxNgAlsg"Hc?\|Aր̀g):HHor"opl߹Tgm؀Ngl$e+e(sz 22222q>̀wӡygAlsg"I:c?h|_րԀg):HIr"opn߹Ngm܀N2gn$e+efs愔 22222q?+xӡyƀgAls3"Izc?t|}րڀg):HJr"opp߹HgmNJgp$e+esR 22222q?yӡzgAls"Ic?|րg):HK9r"opr߹Bg mNbgr$e+es 22222€q?zӡ{@gAlsD"Ic?|րg):HL~r"opt߹<g mNzgt$e+f s* 22222Āq@K{ӡ|gAlsڥ"J:c?|րg):HMr"opv߹6gmNgv$e+f^s 22222ƀq @|ӡ|gAls"Jzc?|րg):HNr"opx߹0gmNgx$e+fs 22222Ȁq A }ӡ}zgAlsֶ"Jc?}րg):HOHr"opz߹*gmN€gz$e+fsn 22222ʀqAm~ӡ~6gAlsݿ"Jc?}1րg):HPr"op|߹$gmNڀg|$e+gsڄ 22222̀qÀ~ӡ~g Alsݿ"K8c?Ȁ}Oր g):HQr"op~ߺgmNg~$e+gVsF 22222ЀqB~ӡg"Alsݿ"Kvc?Ԁ}mրg ):HRr"opߺgnO g$e+gs 22222ҀqB}~ӡƀpg$Alsޔݿ"Kc?}րg ):HSr"opߺgnOg$e+gs 22222րqB~ӡƁ.g&Alsݿ"Kc?}ր g):HTr"opߺ gnO:g$e+hs 22222؀qC~ӡƁg(AlsUݿ"L0c?}ր(g):HUr"opߺgn ORg$e+hNs 22222ڀqC~ӡƂg*Alsڥݿ"Lnc@}ր.g):HVr"opߺ g nOjg$e+hsb 22222܀qC~ӡƃfg,Alsֶݿ"Lc@~ր6g):HWr"opߺ g"nOg$e+hs΄ 22222ހq DA~ӡƄ&g.Alsֶݿ"Lc@~!ր<g):HXr"opߺ g$nOg$e+is: 22222q"D~ӡƄg0Alsݿ"M(c@(~?րDg):HY r"opߺg&nOg$e+iFs 22222q$E~ӡƅg2AlsDݿ"Mfc@4~]րJg):HZIr"opߺg(n Oʀg$e+is 22222q&Eg~ӡƆ\g4AlsȀ"Mc@@~{րRg):H[r"opߺg*n$Og$e+is~ 22222q(EŀӡƇg6AlsD"Mc@L~րXg):H\r"opߺ܀g,n(Og$e+jsꄔ 22222q*F#ӡƇ؀g8Als"N*c@X~ր`g ):H] r"opߺրg.n,Pg$e+j>sV 22222q,Fӡƈg:Als"Njc@d~րfg"):H^Pr"opߺЀg0n0P*g$e+j|s„ 22222q.FҀӡƉRgAlsU"Nc@|րtg&):H`r"opߺĀg4n8PZg$e+js 22222q2GӡƊ̀g@AltD"O*c@/ր|g():Har"opߺg6n<Prg$e+k6s 22222q4GӡƋgBAltU"Ojc@Mրg*):HbBr"opߺ!g8n@Pg$e+ktsr 22222q6HHӡƌHgDAlt "Oc@kրg,):Hcr"opߺ#g:nDPg$e+ksބ 22222q8HӡƍgFAlt"Oc@րg.):Hdr"opߺ%g<nHPg$e+ksJ 22222q:I ӡƍĀgHAlt"P*c@րg0):He r"opߺ'g>nLPҀg$e+l.s 22222q<IkӡƎgJAltg"Pjc@Āրg2):HfRr"opߺ)g@nPPg$e+lls" 22222q>I΀ӡƏ>gLAlt "Pc@Ѐրg4):Hgr"opߺ+gBnTQg$e+ls 22222q@J1ӡƏgNAlt%D"Pc@܀րg6):Hh~r"opߺ-gDnXQg$e+ls 22222qBJӡƐgPAlt*"Q*c@րg8):Hir"opߺ/gFn\Q2g$e+m&sf 22222qDJӡƑxgRAlt/"Qjc@=րg:):Hjw_r"opߺ1gHn`QJg$e+mds҄ 22222qFKSӡƒ4gTAlt4"QcA[ր€g<):Hkr"opߺ3gJndQbg$e+ms> 22222 qHKӡƒgVAlt9"QcA yրȀg>):Hlr"opߺ5|gLnhQzg$e+ms 22222qJKӡƓgXAlt>g"R(cA䀗րЀg@):Hmr"opߺ7vgNnlQg$e+ns 22222qLLSӡƔlgZAltC"RhcA$䀵րրgB):Hn`r"opߺ9pgPnpQg$e+n\s 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րg):Hnr"oq4ߺg̀ohWzg4$e+}`sΪ 22222q́c ӡgAlu~U"bcDրg):Hnr"oq6ߺg΀olWg6$e+}s 22222q΁cmӡ̀gAlu"bXcD$5րg):H~Vr"oq8ߺgЀopWg8$e+}sς 22222qЁc̀ӡĊgAlug"bcD0Sրg):Hrșr"oq:ߺgҀotW€g:$e+~s 22222qҁd,ӡFgAluڥ"b؀cD<qրg):Hfr"oq<ߺgԀoxWڀg<$e+~XsZ 22222qԁdӡgAluֶ"ccDH䈏րg):Hj r"oq>ߺހgրo|Wg>$e+~sƄ 22222qցdӡĀgAlu"cXcDT䈭րg):HTcr"oq@ߺ؀g؀oX g@$e+~s2 22222q؁eMӡǀgAlu*"ccD`րg):HWɦr"oqBߺҀgڀoX"gB$e+sў 22222qځeӡ:gAlu"c؀cDlրg):H[r"oqDߺ̀g܀oX:gD$e+Ps 22222q܁fӡgAluڥ"dcDxրȀg):H]-r"oqFߺƀgހoXRgF$e+sv 22222qށfiӡɸgAluޔ"dXcD%ր΀g):HSqr"oqHߺgoXjgH$e+s℔ 22222qfǀӡvgAlxݿ# ʀcdt2g.):Kp܀~Mr:ovg<z6g$s,$nt2 M22222qnm€FӧgFAl)ݿ# cd2g0):Kr~lr=ovg>z<"g$s,$tᜄ S22222qtnFӧ6gJAlـݿ# Fcd$2g2):KsW~r>ov݀g@z@:g$s,$t W22222qvnfFӧgLAlUݿ# cdB2g4):Kt~r>ov ׀gBzDRg$s,%0th W22222qxnFӧgNAl䰟# Ācd`2g6):Ku׀-r>ov рgDzHjg$t,%pt΄ W22222qzo[LӨ~gPAlڥݿ# cd~2g8):KvPr>ov ˀgFzLg$t,%t6 W22222 q|oLӨ<gRAlݿ# Hcd€ٜ2g:):KwVr>ovŀgHzPg$t,%t㜄 W22222 q~p9LӨgTAl ݿ# cd΀ٺ2g<):Kx\r>ovgJzTg$t,&*t W22222qpLӨŶgVAlxݿ# Ācdڀ2€g>):Kybr>ovgLzXʀg$t,&hth W22222qq.LӨtgXAlݿ# 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22222)qނpӯ{gtAlȀ$L2cFpLVg\)Ā:Pڀ[rTo6gjˎzg$-]\(vやƀ 22222)qpӯ{ƀgvAl Ȁ$LrcRpjV g^)Ā:P؀rTo8glˎ~,g$-](vƀ 22222)qq_ӯ|gxAl%͊$Lc^pVg`)Ā:P؀rTo:gnˎDg$-](vNƀ 22222)qqǀӯ}@gzAl*g$LcjpVgb)Ā:PЀLrTo<gpˎ\g$-^(v䴄ƀ 22222)qrӯ}g|Al/ـ$M2cvpV gd)Ā:PrTo>grˎtg$-^T(vƀ 22222) qryӯ~g~Al4)$MrcpV(gf)Ā:PrTo@gtˎg$-^(v倄ƀ 22222)$qr݀ӯxgAl9U$McqV.gh)Ā:PrToBgvˎg$-^(vƀ 22222)&qsEӯ̀8gAl>ـ$McqV6gj)Ā:P>jrToDgxˎg$-_(vLƀ 22222)(qsӯ̀gAlCg$N2cq<V<gl)Ā:PPrToF gzˎԀg$-_L(v沄ƀ 22222)*qtӯ́gAlHȀ$NrcqZVDgn)Ā:P> rToH g|ˎg$-_(vƀ 22222),qt}ӯ̂rgAlMـ$NcqxVJgp)Ā:PXZrToJ g~ˎg$-_(v~ƀ 22222).qtӯ̃,gAlRֶ$NcʀqVRgr)Ā:P^rToL{gˎg$-`(vƀ 22222)0quKӯ̃gAlWg$O2cրqVXgt)Ā:PLrToNugˎ4g$-`D(vJƀ 22222)2quӯ̄gAl\g$OrcqV`gv)Ā:PXLrToPogˎLg$-`(v谄ƀ 22222)4qvӯ̅dgAlaـ$OcqVfgx)Ā:P^rToRigˎdg$-`(vƀ 22222)6qvӯ̆$gAlfU$OcrVngz)Ā:PjrToTcgˎ|g$-`(v|ƀ 22222)8qvӯ̆gAlkx$P2cr,Vtg|)Ā:PҦ>rToV]gˎg$-a<(vƀ 22222)<qwDӯ̇gAlp)$PrcrJV|g~)Ā:PӶ~rToXWgˎg$-az(vHƀ 22222)@qwӯ̈^gAluD$PcrhVg)Ā:P€rToZQgˎ€Āg$-a(vꮄƀ 22222)Bqwӯ̉gAlzȀ$Pc*rVg)Ā:P΀rTo\Kgˎƀ܀g$-a(vƀ 22222)Dqxh ӯ̉؀gAlg$Q4c6rVg)Ā:PVrTo^!Egˎʀg$-b4(vzƀ 22222)FqxԀ ӯ̊gAl)ݿ$QtcBrVg)Ā:P̀rTo`#?gˎ΀ g$-br(vƀ 22222)Hq y= ӯ̋PgAljݿ$QcNrVg)Ā:PrTob%9gˎҀ$g$-b(vFƀ 22222)Jqy ӯ̌gAl)ݿ$QcZrVg)Ā:PrTod'3gˎր<g$-b(v쬄ƀ 22222)Lqz ӯ̌̀gAlڥݿ$R.cfsVg)Ā:PrTof)-gˎڀTg$-c,(vƀ 22222)Nqzy ӯ̍gAl)ݿ$Rlcrs:Vg)Ā:PrToh+'gˎހlg$-cj(vxƀ 22222)Pqz ӯ̎JgAlgݿ$Rc~sXVg)Ā:P"rToj-!gˎg$-c(vބƀ 22222)Rq{J ӯ̏gAlȀݿ$RcsvV€g)Ā:PrTol/gˎg$-c(vDƀ 22222)Tq{ ӯ̏€gAlݿ$S&csVȀg)Ā:P rTon1gˎg $-d$(vƀ 22222)Vq| ӯ̐~gAlـݿ$SdcsVЀg)Ā:P&ErTop3gˎ̀g $-db(vƀ 22222)Zq|U ӯ̑:gAl$ScsVրg)Ā:P'zrTor5 gˎg$-d(vvƀ 22222)^q|ӯ̑gAlgݿ$ScsVހg)Ā:PNrTot7gˎg$-d(v܄ƀ 22222)bq |ӯ̒gAlx$T(cƀt Vg)Ā:PjrTov8gˎg$-e(vBƀ 22222)fq"}Iӯ̓tgAlx$TfcҀt*Vg)Ā:PP%rTox:gˎ,g$-eZ(vƀ 22222)hq$}ӯ̔6gAlx$TcހtHVg)Ā:P\grToz<gˏDg$-e(vƀ 22222)jq&~ӯ̔gAl)$TctfVg)Ā:PbrTo|>gˏ\g$-e(vtƀ 22222)lq(~kӯ̕gAlֶ$U&ctWg)Ā:PPrTo~@gˏ tg$-f(vڄƀ 22222)nq*~րӯ̖lgAlـ$UfctWg)Ā:PlSrToB߀gˏg$-fR(v@ƀ 22222)pq,?ӯ̗*gAlg$UctWg)Ā:PrrToDـgˏg$-f(vƀ 22222)rq.ӯ̗gAl$UctWg)Ā:PꂀrToFӀgˏg $-f(v ƀ 22222)tq0ӯ̘gAlx$V&c&tWg)Ā:P릀ErToH̀gˏԀg"$-g (vrƀ 22222)vq2wӯ̙bgAl)$Vfc2uW$g)Ā:P잀rToJǀgˏg$$-gJ(v؄ƀ 22222)xq4ӯ̚"gAlx$Vc>u8W*g)Ā:PrToLgˏ"g&$-g(v>ƀ 22222)|q6;ӯ̚܀gAlg$VcJuVW2g)Ā:PҀrToNgˏ&g($-g(vƀ 22222)q8ӯ̛gAl$W&cVutW8g)Ā:PĀkrToPg€ˏ*4g*$-h(v ƀ 22222)q:ӯ̜VgAl$WfcbuW@g)Ā:PȀrToRgĀˏ.Lg,$-hB(vpƀ 22222)q<dӯ̝gAlx$WcnuWFg)Ā:P rToTgƀˏ2dg.$-h(vքƀ 22222)q>̀ӯ̝ԀgAl͊$WczuWNg)Ā:PrToVgȀˏ6|g0$-h(v<ƀ 22222)q@5ӯ̞gAl $X&cuWTg)Ā:PArToXgʀˏ:g2$-h(vƀ 22222)qBӯ̟NgAlx$Xfcv W\g)Ā:PrToZg̀ˏ>g4$-i:(vƀ 22222)qD ӯ̠gAl&$Xcv(Wbg)Ā:PrTo\g΀ˏBĀg6$-ix(vnƀ 22222)qFp!ӯ̠ȀgAlg$XcvFWjg)Ā:P7rTo^gЀˏF܀g8$-i(vԄƀ 22222)qHڀ"ӯ̡gAlg$Y&cvdWpg)Ā:PrTo`gҀˏJg:$-i(v:ƀ 22222)qJD#ӯ̢BgAl$x$Yfc€vWxg)Ā:P*rTobgԀˏN g<$-j2(vƀ 22222)qL$ӯ̣gAl)$Yc΀vW~g)Ā:P)rTodygրˏR$g>$-jp(vƀ 22222)qN %ӯ̣gAl.g$YcڀvWg)Ā:PPjrTofsg؀ˏV<g@$-j(vlƀ 22222)qPo&ӯ̤|gAl3ـ$Z&cvWg)Ā:PnrTohmgڀˏZTgB$-j(v҄ƀ 22222)qRɀ'ӯ̥:gAl8ֶ$ZfcvWg)Ā:P\rTojgg܀ˏ^lgD$-k*(v8ƀ 22222)qT6(ӯ̥gAl=͊$ZcwWg)Ā:PnVrTolagހˏbgF$-kh(vƀ 22222)qV)ӯ̦gAlBg$Zc w6Wg)Ā:P|rTon[gˏfgH$-k(vƀ 22222)qX *ӯ̧rgAlG$[&cwTWg)Ā:QjrTopUgˏjgJ$-k(vjƀ 22222)qZ|+ӯ̨.gAlLȀ$[fc"wrWg)Ā:Q~RrTorOgˏǹgL$-l"(vЄƀ 22222)q\,ӯ̨gAlQ)$[c.wWg)Ā:QrTotIgˏrgN$-l`(v6ƀ 22222)q^Q-ӯ̩gAlVx$[c:wWg)Ā:QrTovCgˏvgP$-l(vƀ 22222)q`.ӯ̪hgAl[$\&cFwWĀg)Ā:QKrTox=gˏzgR$-l(vƀ 22222)qb%/ӯ̫&gAl`$\fcRwẀg)Ā:QrToz7gˏ~,gT$-m(vhƀ 22222)qd0ӯ̫gAle$\c^xWҀg)Ā:QrTo|1gˏDgV$-mX(v΄ƀ 22222)qf1ӯ̬gAljـ$\cjx&Wڀg)Ā:Q̀CrTo~+gˏ\gX$-m(v4ƀ 22222)qhP2ӯ̭`gAlox$]&cvxDWg)Ā:QҀrToʀ%gˏtgZ$-m(vƀ 22222)qj3ӯ̮gAlt$]fcxbWg)Ā:Q rToʂgˏg\$-n(vƀ 22222)ql4ӯ̮؀gAlyx$]cxWg)Ā:Q rToʄgˏg^$-nP(vfƀ 22222)qnz5ӯ̯gAl~g$]cxWg)Ā:Q grToʆgˏg`$-n(v̄ƀ 22222)qp6ӯ̰TgAlx$^&cxWg)Ā:Q )rToʈ gˏԀgb$-n(w2ƀ 22222)€qrJ7ӯ̱gAlȀ$^fcxXg)Ā:Q3 rToʊgˏgd$-o (wƀ 22222)Āqt8ӯ̱ҀgAlȀ$^cxX g)Ā:Q3ZrToʌgˏgf$-oH(wƀ 22222)ƀqv9ӯ̲g AlȀ$^cʀyXg)Ā:Q/rToʍgˏgh$-o(wdƀ 22222)Ȁqx:ӯ̳Jg AlȀ$_&cրy4Xg)Ā:Q7rToʏgˏ4gj$-o(wʄƀ 22222)ʀqz;ӯ̴gAlـ$_fcyRX g)Ā:QGNrToʑgˏLgl$-p(w0ƀ 22222)̀q|W>ӯ̴ƀgAlx$_cypX&g)Ā:Q=rToʓgˏdgn$-p@(wƀ 22222)΀q~?ӯ̵gAl͊$_cyX.g)Ā:QarToʕgˏ|gp$-p~(wƀ 22222)Ѐq$@ӯ̶@gAlֶ$`*cyX4g)Ā:Q%rToʗ݀g ˏgr$-p(wbƀ 22222)Ԁq|Aӯ̷gAlgݿ$`jcyX<g)Ā:QHrToʙ׀g ˏgt$-p(wȄƀ 22222)րqրAӯ̷gAlֶݿ$`cyXBg)Ā:QJrToʛрgˏ€Āgv$-q8(w.ƀ 22222)ڀq;Aӯ̸xgAl)ݿ$`c*zXJg)Ā:Q€NrToʝˀgˏƀ܀gx$-qv(wƀ 22222)܀qAӯ̹8gAlݿ$a$c6z$XPg)Ā:QSrToʟŀgˏʀgz$-q(wƀ 22222)ހqAӯ̹gAl=ݿ$abcBzBXXg)Ā:QXrToʡgˏ΀ g|$-q(w`ƀ 22222)qxAӯ̺g Alֶݿ$acNz`X^g)Ā:Q\rToʣgˏҀ$g~$-r0(wƄƀ 22222)qAӯ̻pg"AlȀݿ$aހcZz~Xfg )Ā:QrToʥgˏր<g$-rn(w,ƀ 22222)qBAӯ̼,g$Alxݿ$bcfzXlg )Ā:QʀrToʧgˏڀTg$-r(wƀ 22222)qAӯ̼g&Al͊ݿ$bZcrzXtg)Ā:QrToʩgˏހlg$-r(wƀ 22222)qAӯ̽g(Alx$bc~zXzg)Ā:QSrToʫgˏg$-s((w^ƀ 22222)q]Eӯ̾dg*Alֶ$bހczXg)Ā:Q rToʭg ˏg$-sf(wĄƀ 22222)qFӯ̿"g,Alx$cc{Xg)Ā:Q!rToʯg"ˏg$-s(w*ƀ 22222)qGӯ̿g.AlU$c^c{2Xg)Ā:Q"rToʱg$ˏ̀g$-s(wƀ 22222)qgHӯg0Al)$cc{PXg)Ā:Q#ʀFrToʳg&ˏg$-t (wƀ 22222)qIӯ\g2Alـ$cހc{nXg)Ā:Q$rToʵg(ˏg$-t^(w \ƀ 22222)qJӯg4AlȀ$dcƀ{Xg)Ā:Q&rToʷ}g*ˏg$-t(w „ƀ 22222)qnKӯ̀g6Alx$d^cҀ{Xg)Ā:Q' rToʹwg,ˏ,g$-t(w (ƀ 22222*q׀LӯÖg8Al$dcހ{Xg )Ā:Q(irToʻqg.ːDg$-u(w ƀ 22222*q@MӯPg:Al g$dހc{Xg")Ā:Q) rToʽkg0ː\g$-uV(w ƀ 22222*qNӯgAlx$e^c|"XȀg&)Ā:Q+X \rTo_g4ːg$-u(w ƀ 22222*qPӯƊg@Alx$ec|@X΀g()Ā:Q,N rToYg6ːg$-v(w &ƀ 22222* qQӯHgBAlـ$eހc|^Xրg*)Ā:Q-^ rToSg8ːg$-vN(w ƀ 22222* 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22222+q>kӯWgAl{$|cDE^.g)̀:QQCOrToFÀg˓$-g($-)wZDƀ 22222+q@ԀӯXbgAl)$cPc^6g)̀:QkCrToHg€˓(-g*$-)wZƀ 22222+qB> ӯY gAlȀ$c\品^<g)̀:QiCrToJgĀ˓,-6g,$- )w[ƀ 22222+qD竀 ӯY܀gAlֶ$<ch哠^Dg)̀:QDCrToLgƀ˓0-Ng.$-J)w[vƀ 22222+qF ӯZgAlx$|ct哾^Jg)̀:Q{DrToNgȀ˓4-fg0$-)w[܄ƀ 22222+qH肀 ӯ[XgAlg$c^Rg)̀:QwDrToPgʀ˓8-~g2$-)w\Bƀ 22222+qJ ӯ\gAl ͊$c^Xg)̀:QE:rToRg̀˓<-g4$-)w\ƀ 22222+qLMӯ\ԀgAlg$<c^`g)̀:RE}rToTg΀˓@-g6$-B)w]ƀ 22222+qN馀ӯ]gAlx$|c6^fg)̀:RErToVgЀ˓D-ƀg8$-)w]tƀ 22222+qPӯ^NgAlـ$cT^ng)̀:R߀FrToXgҀ˓H-ހg:$-)w]ڄƀ 22222+qR{ӯ_ gAlȀ$cr^tg)̀:RFcrToZgԀ˓L-g<$-)w^@ƀ 22222+qTӯ_ȀgAl$g$<cȀ唐^|g)̀:RFrTo\gր˓P.g>$-:)w^ƀ 22222+qVUӯ`gAl)$|cԀ售^g)̀:RGrTo^{g؀˓T.&g@$-x)w_ ƀ 22222+qXӯaDgAl.ـ$c^g)̀:RGZrTo`ugڀ˓X.>gB$-)w_rƀ 22222,qZ+ӯbgAl3$c^g)̀:RGrTobog܀˓\.VgD$-)w_؄ƀ 22222,q\얀ӯbgAl8:$<c^g)̀:RGrTodigހ˓`.ngF$-2)w`>ƀ 22222,q^ӯc~gAl=g$|c&^g)̀:R HOrTofcg˓d.gH$-p)w`ƀ 22222,q`nӯd:gAlB$cD^g)̀:R HrToh]g˓h.gJ$-)wa ƀ 22222,qb؀ӯdgAlG)$cb^g)̀:R #HrTojWg˓l.gL$-)wapƀ 22222, qdDӯegAlL$<c(啀^g)̀:R WI5rTolQg˓p.΀gN$-*)waքƀ 22222,qfӯfngAlQ$~c4啡^g)̀:RfIwrTonLg˓t.gP$-h)wb<ƀ 22222,qhӯg2gAlVg$c@^€g)Ҁ:RIrTopFg˓x.gR$-)wbƀ 22222,qjZӯggAl[)$cL^Ȁg)Ӏ:RJ rTor@g˓|/gT$-)wcƀ 22222,qlȀӯhgAl`Uݿ$:cX^Ѐg)Ӏ:RJ=rTot:g˓/.gV$-")wcnƀ 22222,qp3ӯijgAlexݿ$vcd ^րg)Ӏ:RJBrTov4g˓/FgX$-`)wcԄƀ 22222,qrӯj&gAljֶݿ$cp>^ހg)Ӏ:RʀJFrTox.g˓/^gZ$-)wd:ƀ 22222,qtӯjgAloȀݿ$c|\^g)Ӏ:R̀JKrToz(g˓/vg\$-)wdƀ 22222,qvuӯkgAlt)ݿ$*cz^g)Ӏ:RJPrTo|"g˓/g^$-)weƀ 22222, qxӯl`gAly)ݿ$fc喘^g)Ӏ:RJ\rTo~g˓/g`$-X)welƀ 22222,"qzJӯmgAl~Ȁݿ$c営^g)Ӏ:RրJrTòg˓/gb$-)we҄ƀ 22222,$q|ӯm؀gAl&ݿ$ހc_g)Ӏ:RJrTôg˓/րgd$-)wf8ƀ 22222,&q~ ӯngAl)ݿ$c_g)Ӏ:R؀KrTō g˓/gf$-)wfƀ 22222,(qmӯoVg Al$VcĀ_g)Ӏ:RKJrTŏg˓0gh$-P)wgƀ 22222,,q#ӯpg Alـ$cЀ._g)Ӏ:RKrTȯg˓0gj$-)wgjƀ 22222,0q $ӯpЀgAlڥ$؀c܀L_g)Ӏ:R KrTỏg˓06gl$-)wgЄƀ 22222,2qq%ӯqgAlҀ$cj_$g)Ӏ:R L rTőg˓0Ngn$- )wh6ƀ 22222,4qҀ&ӯrJgAlـ$Tc嗈_*g)Ӏ:RLNrTo̍g˓0fgp$-H)whƀ 22222,6q5'ӯsgAl$c嗦_2g)Ӏ:R LrTȍg ˓0~gr$-)wiƀ 22222,8q(ӯsƀgAlȀ$Ѐc _8g)Ӏ:R!LrTȏg ˓0gt$-)wihƀ 22222,:q )ӯtgAlxݿ%H"c(qg`):T[rcoXgn˞np|g$.S0xxԀ ɲ222222zq  EӵlҀgxAlݿ%Hbc8rgb):T뭀rdo\gp˞tpg$.T>1xyRՀ Ͳ222222q  kӵmhg|AlȀݿ%HcDr gd):Trdo^gr˞xpg$.T|1xyր ϲ222222q  }ӵmg~Alݿ%HڀcPrgf):T rdo`gt˞|pƀg$.T1xzր ϲ222222q  ӵngAl ݿ%Ic\=rgh):Trdob݀gv˞pހg$.T1xzր ϲ222222q  ӵnNgAl)ݿ%IRch[rgj):T/rdod׀gx˞pg$.U81xzր ϲ222222q"  ӵngAlȀݿ%Ictyr&gl):T3reohрgz˞qg$.Uv1x{P׀ Ѳ222222q$  րӵngAl)ݿ%Iʀcрr,gn):TEreojˀg|˞q&g$.U1x{׀ Ѳ222222q&  ӵngAl xݿ%Jcьr4gp):TQreolŀg~˞q>g$.U1x|׀ Ѳ222222q(  ӵo6gAl%ڥݿ%JDcјr:gr):TSreon忀g˞qVg$.V01x|׀ Ѳ222222q*  ӵongAl*ݿ%JcѤrBgt):Trfor繀g˞qng$.Vn1x|؀ Ӳ222222q,  0ӵogAl/Ȁտ%JcѰrHgv):Trfot鳀g˞qg$.V1x}N؀ Ӳ222222q,  CӵqgAl4տ%JcѼ-rPgx):Trfov뭀g˞qg$.V1x}؀ Ӳ222222q,  Wӵs@gAl9տ%K0cȀKrVgz):Tcrfoxg˞qg$.W(1x~؀ Ӳ222222q,  xӵugAl>ݿ%KlcԀir^g|):Tyrfozg˞q΀g$.Wf1x~؀ Ӳ222222q6  ̀ӵw2gAlCֶݿ%Kcrdg~):T-rfo|g˞qg$.W1x~؀ Ӳ222222q8  JӵwgAlHֶݿ%Kcrng):T~rfo~g˞qg$.W1xN؀ Ӳ222222q:  ÀӶxgAlMx%L,crtg):Trfog˞rg$.X$1x؀ Ӳ222222q<  :ӶylgAlRݿ%Ltcr|g):Trfog˞r.g$.Xb1x؀ Ӳ222222q>  Ӷz,gAlW)ݿ%Lcrg):Trfog˞rFg$.X1x؀ Ӳ222222q@ )ӶzgAl\ֶݿ%Lc rg):UĀrfo}g˞r^g$.X1x؀ Ӳ222222qB Ӷ{gAlaݿ%M.c,;rg):Urfowg˞Ārvg$.Y1xL؀ Ӳ222222qD Ӷ|dgAlfUݿ%Mlc8Yrg):Uǀrfoqg˞Ȁrg$.YZ1x؀ Ӳ222222qF Ӷ} gAlkxݿ%McDwrg):Uɀrfokg˞̀rg$.Y1x؀ Ӳ222222qH Ӷ}ހgAlpڥݿ%McPrg):Uerfoeg˞Ѐrg$.Y1x~؀ Ӳ222222qJ }Ӷ~gAlu)ݿ%N&c\rg):Uǀrfo_g˞Ԁrրg$.Z1x؀ Ӳ222222qL ӶXgAlz%Ndchrg):U؀rfoYg˞؀rg $.ZR1xJ؀ Ӳ222222qN hӶπgAlx%Nctrg):U؀Lrfo Sg˞܀sg $.Z1x؀ Ӳ222222qP ӶπԀgAlg%NcҀ r€g):U rfo Mg˞sg$.Z1x؀ Ӳ222222qR SӶρgAl)%O4cҌ+rȀg):U ,rfo Gg˞s6g$.[1x|؀ Ӳ222222qX ŀӶςLgAlڥ%OtcҘIrЀg):U ,9rfoAg˞sNg$.[N1x؀ Ӳ222222€qZ 2Ӷσ gAlֶ%OcҤgrրg):U 7rfo;g˞sfg$.[1xH؀ Ӳ222222Āq\ Ӷσ̀gAl)%OcҰrހg):U ;rfo5g˞s~g$.[1x؀ Ӳ222222ƀq^ ӶτgAlL%P4cҼrg):U/rfo/g˞sg$.\1x؀ Ӳ222222Ȁq` bӶυDgAlـ%PtcȀrg):U=Srfo)g˞sg$.\F1xz؀ Ӳ222222ʀqb ӶφgAl&%PcԀrg):U#rfo#g˞sƀg$.\1x؀ Ӳ222222̀qd !ӶφgAlȀݿ%Pcrg):Urfog˟sހg$.\1xF؀ Ӳ222222΀qf |Ӷχ~gAl%Q4csg):Urfog˟sg $.]1x؀ Ӳ222222Ѐqh Ӷψ<gAl)%Qtc9sg):U%lrfog˟tg"$.]>1x؀ Ӳ222222Ҁqj MӶψgAlȀ%QcWsg):U7rfo! g˟ t&g$$.]|1xx؀ Ӳ222222Ԁql ӶωgAl)%Qcusg):UIrfo#g˟t>g&$.]1xބ؀ Ӳ222222րqn ӶϊtgAlx%R4csg):UaUrfo$g˟tVg($.]1xD؀ Ӳ222222؀qp Ӷϋ0gAlx%Rtc(s$g):Uorfo&g€˟tng*$.^61x؀ Ӳ222222܀qr ӶϋgAlx%Rc4s*g):Urfo(gĀ˟tg,$.^t1x؀ Ӳ222222ހqt <ӶόgAlȀ%Rc@s2g):U rfo*gƀ˟ tg.$.^1xv؀ Ӳ222222qv ӶύjgAlx%S2cL s8g):Uprfo,gȀ˟$tg0$.^1x܄؀ Ӳ222222qx  Ӷώ(gAlg%SrcX)s@g):Urfo.gʀ˟(t΀g2$._.1xB؀ Ӳ222222qz sӶώgAl͊%ScdGsFg):U rfo0ۀg̀˟,tg4$._l1x؀ Ӳ222222q| ۀӶϏgAlg%ScpesNg):UZrfo2Հg΀˟0tg6$._1x؀ Ӳ222222q~ GӶϐbgAlȀ%T2c|sTg):U؀rfo4πgЀ˟4ug8$._1xt؀ Ӳ222222q ӶϑgAlـ%Trcӈs\g):Urfo6ɀgҀ˟8u.g:$.`&1xڄ؀ Ӳ222222q ӶϑڀgAl%TcӔsbg):U Drfo8ÀgԀ˟<uFg<$.`d1x@؀ Ӳ222222q ӶϒgAl)%TcӠsjg):U!rfo:gր˟@u^g>$.`1x؀ Ӳ222222q ӶϓVgAlȀ%U2cӬspg):U"rfo<g؀˟Duvg@$.`1x ؀ Ӳ222222q QӶϔgAlg%UrcӸsxg):U#/rfo>gڀ˟HugB$.a1xr؀ Ӳ222222q ӶϔЀgAl )%UcĀ7s~g):U%lrfo@g܀˟LugD$.a\1x؄؀ Ӳ222222q ӶϕgAlg%UcЀUsg):U&rfoBgހ˟PugF$.a1x>؀ Ӳ222222q nӶϖLgAl%V2c܀ssg):U'8rfoDg˟TuրgH$.a1x؀ Ӳ222223q րӶϗ gAl%[%Vrcsg):U(XGrfoFg˟XugJ$.b1x ؀ Ӳ222223q @ӶϗȀgAlـ%Vcsg):U)^rfoHg˟\vgL$.bT1xp؀ Ӳ222223q ӶϘgAl$ֶ%Vcsg):U*frfoJg˟`vgN$.b1xք؀ Ӳ222223q ӶϙBgAl)x%W2c sg):U+n7rfoLg˟dv6gP$.b1x<؀ Ӳ222223q }ӶϚgAl.N%Wrc sg):U,xrfoNg˟hvNgR$.c1x؀ Ӳ222223 q ӶϚgAl3Ȁ%Wc$'sg):U-rrfoP{g˟lvfgT$.cL1x؀ Ӳ222223 q  PӶϛzgAl8x%Wc0Esg):U.p#rfoRug˟pv~gV$.c1xn؀ Ӳ222223q  ӶϜ6gAl=x%X2c<csĀg):U/pqrfoTog˟tvgX$.c1xԄ؀ Ӳ222223q !#ӶϜgAlB%XrcHs̀g):U0rfoVig˟xvgZ$.d1x:؀ Ӳ222223q !ӶϝgAlGg%XcTsҀg):U1rfoXcg˟|vƀg\$.dD1x؀ Ӳ222223q !ӶϞngAlL͊%Xc`sڀg):U2ЀKrfoZ]g˟vހg^$.d1x؀ Ӳ222223q "JӶϟ*gAlQ%Y2clsg):U3ـrfo\Wg˟vg`$.d1xl؀ Ӳ222223q "ӶϟgAlV)%Yrcxsg):U4rfo^Qg˟wgb$.d1x҄؀ Ӳ222223q # ӶϠgAl[͊%YcԄsg):U5 &rfo`Kg˟w&gd$.e<1x8؀ Ӳ222223 q #sӶϡfgAl`%YcԐ5sg):U6ـ urfobEg˟w>gf$.ez1x؀ Ӳ222223"q #߀ӶϢ"g Aleـ%Z2cԜSsg):U7 rfod?g˟wVgh$.e1x؀ Ӳ222223$q $HӶϢg AljG%ZrcԨqtg):U8!rfof9g˟wngj$.e1xj؀ Ӳ222223&q $ӶϣgAloֶ%ZcԴt g):U9"rfoh3g˟wgl$.f41xЄ؀ Ӳ222223(q %ӶϤ\gAlt)%Zctg):U;#Brfoj-g˟wgn$.fr1x6؀ Ӳ222223*q %ӶϥgAlyـ%[2c̀tg):U<#rfol'g˟wgp$.f1x؀ Ӳ222223,q %Ӷϥ؀gAl~%[rc؀t g):U=!#rfon!g ˟w΀gr$.f1x؀ Ӳ222223.q &UӶϦgAlـ%[ct&g):U>=$.rfopg ˟wgt$.g,1xh؀ Ӳ2222230q &ӶϧRgAlȀ%[c%t.g):U?9$}rforg˟wgv$.gj1x΄؀ Ӳ2222232q '%ӶϨgAlD%\6cCt4g):U@M$rfotg˟xgx$.g1x4؀ Ӳ2222236q 'xӶϨĀgAlg%\vcat<g):UAq$rfov g˟x.gz$.g1x؀ Ӳ222223:q‚ 'πӶϩgAlֶ%\ctBg):UBs%=rfoxg˟xFg|$.h$1x؀ Ӳ222223<qĂ (;ӶϪHg Al)%\c tJg):UC%rfoyg˟x^g~$.hb1xf؀ Ӳ222223>qƂ (Ӷϫg"Al͊%]6c,tPg ):UD%rfo{g˟Āxvg$.h1x̄؀ Ӳ222223@qȂ ) ӶϫĀg$Alֶ%]vc8tXg ):UE&(rfo }g˟Ȁxg$.h1x2؀ Ӳ222223Bqʂ )sӶϬg&AlȀ%]cDt^g):UF&wrfo g˟̀xg$.i1x؀ Ӳ222223Dq̂ )݀Ӷϭ>g(Al%]cPtfg):UG&rfoҁg˟Ѐxg$.iZ1x؀ Ӳ222223Fq΂ *IӶϭg*Alݿ%^6c\3tlg):UH' rfo҃߀g ˟Ԁxրg$.i1xd؀ Ӳ222223Hq҂ *ӶϮg,Alڥݿ%^tchQttg):UI'rfo҅ـg"˟؀xg$.i1xʄ؀ Ӳ222223JqԂ +Ӷϯxg.Alݿ%^ctotzg):UJŀ'rfo҇Ӏg$˟܀yg$.j1x0؀ Ӳ222223Lqւ +Ӷϰ4g0Alֶݿ%^cՀtg):UK'rfo҉̀g&˟yg$.jR1x؀ Ӳ222223Nq؂ +Ӷϰg2Algݿ%_,cՌtg):UL'rfoҋǀg(˟y6g$.j1x؀ Ӳ222223Pqڂ ,IӶϱg4Al͊ݿ%_jc՘tg):UN'rfoҍg*˟yNg$.j1xb؀ Ӳ222223Tq܂ ,Ӷϲlg6Alֶݿ%_cդtg):UO='rfoҏg,˟yfg$.k 1xȄ؀ Ӳ222223Zqނ ,׀Ӷϳ*g8Alxݿ%_cհtg ):UP1'?rfoґg.˟y~g$.kJ1x.؀ Ӳ222223^q -*Ӷϳg:Alxݿ%`$cռ#tg"):UQ\'prfo ғg0˟yg$.k1x؀ Ӳ222223`q -ӶϴgAlx%`cԀ_tg&):USL'rfo$җg4˟yƀg$.l1x`؀ Ӳ222223dq .OӶ϶ g@Al͊%`c}tg():UTT(.rfo&ҙg6ˠyހg$.lB1xƄ؀ Ӳ222223fq .Ӷ϶܀gBAlx%a&ctg*):UU>(qrfo(қg8ˠyg$.l1x,؀ Ӳ222223hq / ӶϷgDAl%afctȀg,):UV.(rfo*ҝg:ˠzg$.l1x؀ Ӳ222223jq /lӶϸXgFAlـ%act΀g.):UW@(rfo,ҟg<ˠ z&g$.l1x؀ Ӳ222223lq /ȀӶϹgHAl%actրg0):UX8)ˠz>g$.m:1x^؀ Ӳ222223nq 00ӶϹҀgJAlg%b&ct܀g2):UY8)rfo0ңg@ˠzVg$.mx1xĄ؀ Ӳ222223pq 0ӶϺgLAl x%bfc(1tg4):UZN)rfo2ҥygBˠzng$.m1x*؀ Ӳ222223tq 0ӶϻPgNAlـ%bc4Otg6):U[N*rfo4ҧsgDˠzg$.m1x؀ Ӳ222223vq 1NӶϼ gPAlx%bc@mtg8):U\b*[rfo6ҩmgFˠ zg$.n21x؀ Ӳ222223zq 1ӶϼʀgRAlـ%c&cLtg:):U]j*rfo8ҫggHˠ$zg$.np1x\؀ Ӳ222223|q 2 ӶϽgTAlx%cfcXug<):U^t*rfo:ҭagJˠ(z΀g$.n1x„؀ Ӳ222223~q 2ӶϾDgVAl#ڥ%ccdug>):U_r+Hrfo<ү[gLˠ,zg$.n1x(؀ Ӳ222223q 2ӶϿgXAl(x%ccpug@):U`l+rfo>ұUgNˠ0zg$.o*1x؀ Ӳ222223q 3`ӶϿgZAl-ֶ%d&c|ugB):Uat+rfo@ҳOgPˠ4{g$.oh1x؀ Ӳ222223q 3ˀӶ|g\Al2x%dfcֈ!ugD):Ub,8rfoBҵIgRˠ8{.g$.o1xZ؀ Ӳ222223q 45Ӷ<g^Al7%dc֔?u"gF):Uc,rfoDҷCgTˠ<{Fg$.o1x؀ Ӳ222223q 4Ӷg`Al<͊%dc֠]u*gH):Ud,rfoFҹ=gVˠ@{^g$.p"1x&؀ Ӳ222223q 5 Ӷ¶gbAlAȀ%e&c֬{u0gJ):Ue-#rfoHһ7gXˠD{vg$.p`1x؀ Ӳ222223q 5qӶtgdAlF%efcָu8gL):UfҀ-srfoJҽ1gZˠH{g$.p1x؀ Ӳ222223q 5ۀӶ0gfAlK)%ecĀu>gN):Ug-rfoLҿ+g\ˠL{g$.p1xX؀ Ӳ222223q 64ӶghAlP%ecЀuFgP):Uhڀ-rfoN%g^ˠP{g$.q1x؀ Ӳ222223q 6ӶŪgjAlUx%f&c܀uLgR):Uj.?rfoPg`ˠT{րg$.qX1x$؀ Ӳ222223q 6ӶhglAlZ3ݿ%ffcuTgT):Uk.rfoRgbˠX{g$.q1x؀ Ӳ222223q 7]Ӷ(gnAl_%fc/uZgV):Ul.rfoTgdˠ\|g$.q1x؀ Ӳ222223q 7ȀӶgpAld)%fcMubgX):Um</-rfoV gfˠ`|g$.r1xV؀ Ӳ222223q 8/ӶȢgrAliـ%g&c kuhgZ):Un:/~rfoXghˠd|6g$.rP1x؀ Ӳ222223q 8Ӷ`gtAln%gfcupg\):Uo:/rfoZgjˠh|Ng$.r1x"؀ Ӳ222223q 9ӶgvAls)%gc$uvg^):UpN0rfo\glˠl|fg$.r1x؀ Ӳ222223q 9lӶڀgxAlxȀ%gc0u~g`):UqJ0lrfo^gnˠp|~g$.s 1x؀ Ӳ222223q 9րӶ˖gzAl}ֶ%h&c<ugb):UrF0rfo`gpˠt|g$.sH1xT؀ Ӳ222223q" :B ӶVg|Alx%hfcHugd):Us^1 rfobgrˠx|g$.s1x؀ Ӳ222223q$ : Ӷg~Alֶ%hcTugf):Utd1Zrfodgtˠ||ƀg$.s1x ؀ Ӳ222223q& ; ӶЀgAlֶ%hc`=ugh):Uu1rfof݀gvˠ|ހg$.t1x؀ Ӳ222223q( ;n ӶΊgAl'%i$cl[ugj):Uv1rfoh׀gxˠ|g$.t@1x؀ Ӳ222223q* ;Ā ӶLgAlx%idcxyugl):Uw2'rfojрgzˠ}g$.t~1xR؀ Ӳ222223q, g$.t1x؀ Ӳ222223q0 =ӶфgAlڥ%j$cלugr):Uz3rfop⿀gˠ}Vg$.u81x؀ Ӳ222223q2 =oӶBgAlȀ%jdcרuĀgt):U{3krfor乀gˠ}ng$.uv1x؀ Ӳ222223q4 =؀ӶgAl)%jc״uʀgv):U|3rfot泀gˠ}g$.u1xP؀ Ӳ222223q6 >DӶӼgAl͊%jc-uҀgx):U}4 rfov譀gˠ}g$.u1x؀ Ӳ222223€q8 >ӶzgAlȀ%k(c̀Ku؀gz):U~4Lrfox꧀gˠ}g$.v01x؀ Ӳ222223Āq: ?Ӷ8gAlȀ%khc؀iug|):U4rfoz졀gˠ}΀g$.vn1x؀ Ӳ222223ƀq< ?wӶgAlx%kcug~):U4rfo|gˠ}g$.v1x؀ Ӳ222223Ȁq> ?ӶֲgAlֶ%kcug):U 5;rfo~gˠ}g$.v1xN؀ Ӳ222223ʀq@ @KӶngAlx%l(cug):U35zrfogˠ~g$.w(1x؀ Ӳ222223΀qB @Ӷ.gAl)%lhcug):UQ5rfogˠ~.g$.wf1x؀ Ӳ222223ҀqD @ӶހgAlȀ%lcvg):U?6 rfogˠ~Fg$.w1x؀ Ӳ222223ԀqF AiӶ٨gAl)%lc v g):US6Yrfo}gˠ~^g$.w1x؀ Ӳ222223րqH AрӶfgAlxݿ%m(c,;vg):UY6rfowgˠĀ~vg$.x 1xL؀ Ӳ222223؀qL B:Ӷ$gAlgݿ%mfc8Yvg):Um6rfoqgˠȀ~g$.x^1x؀ Ӳ222223ڀqN BӶgAlֶݿ%mcDwvg):U6rfokgˠ̀~g$.x1x؀ Ӳ222223܀qP CӶܞgAlݿ%mcPv&g):U6rfoegˠЀ~g$.x1x~؀ Ӳ222223ހqR CzӶZgAlڥݿ%n c\v,g):U6rfo_gˠԀ~րg$.y1x؀ Ӳ222223qT CӶgAlȀݿ%n^chv4g):U6rfoYgˠ؀~g $.yV1xJ؀ Ӳ222223qV DOӶ؀gAlݿ%nctv:g):U6rfoSgˠ܀g $.y1x؀ Ӳ222223qX DӶߔgAlȀݿ%nڀc؀ vBg):U7rfoMgˠg$.y1x؀ Ӳ222223qZ EӶRgAl {ݿ%oc،+vHg):U7Krfo Ggˠ6g$.z1x|؀ Ӳ222223q\ EkӶgAlـݿ%oVcؘIvPg):U7rfo AgˠNg$.zN1x؀ Ӳ222223q^ EĀӶ̀gAlg%ocؤgvVg):U؀7rfo;gˠfg$.z1xH؀ Ӳ222223q` F"Ӷ gAlg%oڀcذv^g):U7rfo5gˠ~g$.z1x؀ Ӳ222223qb FW#ӶJgAlx%pcؼvdg):U8#rfo/gˠg$.{1x؀ Ӳ222223qd F$ӶgAl"%pZcȀvlg):U܀8frfo)gˠg$.{F1xz؀ Ӳ222223qf G%ӶĀgAl'͊%pcԀvrg):U؀8rfo#gˠƀg$.{1x؀ Ӳ222223qh Gw&Ӷ~gAl,g%pڀcvzg):U8rfogˡހg$.{1xF؀ Ӳ222223qj Gހ'Ӷ<gAl1x%qcvg):U9Grfogˡg $.|1x؀ Ӳ222224ql HG(ӶgAl6)%qZc9vg):U;'rfogˡg"$.|>1x؀ Ӳ222224qn H)Ӷ縀gAl;Ȁ%qcWvg):U;|rfo gˡ &g$$.||1xx؀ Ӳ222224qp I*ӶvgAl@%qڀcuvg):Uހ;rfo gˡ>g&$.|1xބ؀ Ӳ222224qr I+Ӷ2gAlEU%rcvg):U<rfo!gˡVg($.|1xD؀ Ӳ222224qt I,ӶgAlJx%rZc(vg):U<_rfo#g€ˡng*$.}61x؀ Ӳ222224 qv JM-Ӷ가gAlOֶ%rc4vg):U$rfo)gȀˡ$g0$.}1x܄؀ Ӳ222224q| K|0ӶgAl^x%sZcX)vg):UT=rfo+gʀˡ(΀g2$.~.1xB؀ Ӳ222224q~ K1ӶgAlc)%scdGvƀg):Ul=rfo-ۀg̀ˡ,g4$.~l1x؀ Ӳ222224q LS2ӶbgAlhx%sڀcpev΀g):Ud>0rfo/Հg΀ˡ0g6$.~1x؀ Ӳ222224q L3ӶgAlm%tc|vԀg):U`>rfo1πgЀˡ4g8$.~1xt؀ Ӳ222224q M+4Ӷ܀gAlrֶ%tZcوv܀g):U>rfo3ɀgҀˡ8.g:$.&1xڄ؀ Ӳ222224q M5ӶgAlwȀ%tcٔvg):U?!rfo5ÀgԀˡ<Fg<$.d1x@؀ Ӳ222224 q N6ӶXgAl|U%tڀc٠vg):U?prfo7gրˡ@^g>$.1x؀ Ӳ222224"q Nk7ӶgAl)%uc٬vg):U?rfo9g؀ˡDvg@$.1x ؀ Ӳ222224$q NԀ8ӶԀgAlx%uZcٸvg):U@rfo;gڀˡHgB$.1xr؀ Ӳ222224&q O?9ӶgAlg%ucĀ7vg):Uʀ@Rrfo=g܀ˡLgD$.\1x؄؀ Ӳ222224*q O:ӶNgAl%uڀcЀUwg):Uʀ@rfo?gހˡPgF$.1x>؀ Ӳ222224,q O;Ӷ gAlx%vc܀sw g):U@rfoAgˡTրgH$.1x¤؀ Ӳ2222240q P]<ӶȀgAlg%vZcwg):UA2rfoCgˡXgJ$.1x ؀ Ӳ2222242q PȀ=ӶgAl:%vcwg):U ArfoEgˡ\gL$.T1xp؀ Ӳ2222244q Q2>ӶDgAlx%vڀcw"g):U*ArfoGgˡ`gN$.1xք؀ Ӳ2222246q Q?ӶgAlȀ%wc w(g):U$B"rfoIgˡd6gP$.1x<؀ Ӳ2222248q R@ӶgAlx%wZc w0g):UXBVrfoKgˡhNgR$.1xĢ؀ Ӳ222224<q ROAӶ|gAlg%wc$'w6g):UrBrfoM{gˡlfgT$.L1x؀ Ӳ222224@q RBӶ:gAlxݿ%wڀc0Ew>g):UlBrfoOugˡp~gV$.1xn؀ Ӳ222224Bq SBӶgAlـ%xc<cwDg):U~C(rfoQogˡtgX$.1xԄ؀ Ӳ222224Dq SjCӶgAlx%xZcHwLg):UCqrfoSigˡxgZ$.1x:؀ Ӳ222224Fq SπDӶtgAlx%xcTwRg):UCrfoUcgˡ|ƀg\$.D1xƠ؀ Ӳ222224Hq T6EӶ2gAl%xڀc`wZg):UDrfoW]gˡހg^$.1x؀ Ӳ222224Jq TFӶgAlx%yclw`g):UDNrfoYWgˡg`$.1xl؀ Ӳ222224Lq TGӶgAlڥ%yZcxwhg):UDrfo[Qgˡgb$.1x҄؀ Ӳ222224Nq UaHӶjgAlـ%ycڄwng):UЀDrfo]Kgˡ&gd$.<1x8؀ Ӳ222224Pq UĀIӶ(gAlg%yڀcڐ5wvg):ÙE&rfo_Egˡ>gf$.z1xȞ؀ Ӳ222224Rq V&LӶg Al%zcڜSw|g):ÙEkrfoa?gˡVgh$.1x؀ Ӳ222224Tq VMӶg Alx%z\cڨqwg):U܀Erfoc:gˡngj$.1xj؀ Ӳ222224Vq VPӶ`gAlֶ%zcڸwg):UErfoe4gˡgn$.62xԄ؀ ղ222224\q WIRӶ gAlx%zcƀwg):U+Frfog.gˡgp$.t2x<؀ ղ222224`q WSӶڀgAlȀ%{ cҀwg):UAFXrfoi(g ˡgr$.2xʢ؀ ղ222224dq WTӶgAl)%{`cހwg):UGFrfok"g ˡЀgt$.2x؀ ղ222224fq XYUӶXgAl%{cwg):UIFrfomgˡgv$..2xn؀ ղ222224hq‚ XĀVӶgAl)%{c%wg):U[GKrfoogˡgx$.l2xԄ؀ ղ222224jqĂ Y1WӶҀgAl ـݿ%| cCwg):UoGKrfoqgˡgz$.2x:؀ ղ222224lqȂ YWӶgAlݿ%|\cawg):UǃGrfos gˡ0g|$.2x̠؀ ղ222224nqʂ ZWӶPg Alxݿ%|cwĀg):UȏGrfougˡHg~$.&2x؀ ղ222224pq̂ ZrWӶ g"Algݿ%|؀c&ẁg ):UɣGrfovgˡ€`g$.d2xl؀ ղ222224rq΂ ZۀWӶ Ȁg$Al!ݿ%}c2wҀg ):UʍGrfo xgˡƀxg$.2x҄؀ ղ222224tqЂ [FWӶ g&Al&ݿ%}Tc>wڀg):UˡGrfo zgˡʀg$.2x8؀ ղ222224vq҂ [WӶ Dg(Al+Ȁݿ%}cJwg):ỤGrfo|gˡ΀g$.2xΞ؀ ղ222224xqԂ \WӶ g*Al0gݿ%}ЀcVwg):U͏Grfo~g ˡҀg$.\2x؀ ղ222224zqւ \wWӶ g,Al5ـݿ%~cb3wg):UγHrfoӀg"ˡր؀g$.2xj؀ ղ222224~q؂ \ƀWӶ xg.Al:ـݿ%~LcnQwg):U׀HDrfoӂڀg$ˡڀg$.2xЄ؀ ղ222224qڂ ]WӶ:g0Al?%~czowg):UŀHrfoӄԀg&ˡހg$.2x6؀ ղ222224q܂ ]v[Ӷg2AlD)%~Ѐcۆxg):UǀHrfoӆ΀g(ˡ g$.T2xМ؀ ղ222224qނ ]׀\Ӷg4AlIȀ%cےx g):UұIrfoӈȀg*ˡ8g$.2x؀ ղ222224q ^5]Ӷtg6AlN%Pc۞xg):UӤIKrfoӊ€g,ˡPg$.2xh؀ ղ222224q ^^Ӷ0g8AlSx%c۪xg ):UԷIrfoӌg.ˡhg$.2x΄؀ ղ222224q ^_Ӷg:AlX%Ѐc۶x g"):UճIrfo ӎg0ˡg$.L2x4؀ ղ222224q _f`ӶgAlbg%Pc΀Ax.g&):U׿Jrfo$Ӓg4ˡg$.2x؀ ղ222224q `<bӶ(g@Algـ%cڀ_x4g():UرJrfo&Ӕg6ˡȀg$.2xf؀ ղ222224q `cӶgBAllֶ%Ѐc}x<g*):UK(rfo(Ӗg8ˢg$.D2x̄؀ ղ222224q adӶgDAlq)%cxBg,):U݀Kxrfo*Әg:ˢg$.2x2؀ ղ222224q aoeӶ`gFAlv)%PcxJg.):U Krfo,Ӛg<ˢ g$.2xԘ؀ ղ222224q aԀfӶgHAl{%c xPg0):U=Krfo.Ӝg>ˢ(g$.2x؀ ղ222224q bgӶڀgJAlx%ЀcxXg2):U[L2rfo0Ӟg@ˢ@g$.<2xd؀ ղ222224q bkhӶgLAlֶ%c"x^g4):UoLmrfo2ӠgBˢXg$.z2xʄ؀ ղ222224q bрiӶVgNAl%Pc.1xfg6):UkLrfo4ӢzgDˢpg$.2x0؀ ղ222224q c6jӶgPAlU%c:Oxlg8):UoMrfo6ӤtgFˢg$.2x֖؀ ղ222224q ckӶЀgRAlـ%ЀcFmxtg:):U⃀MNrfo8ӦngHˢ"g$.42x؀ ղ222224q dlӶgTAl)%cRxzg<):UㅀMrfo:ӨhgJˢ&g$.r2xb؀ ղ222224q ddmӶNgVAl%Pc^xg>):U䩀Mrfo<ӪbgLˢ*Ѐg$.2xȄ؀ ղ222224q dɀnӶ gXAlـ%cjxg@):U廀N,rfo>Ӭ\gNˢ.g$.2x.؀ ղ222224q e/oӶȀgZAlֶ%ЀcvxgB):U浀Nxrfo@ӮVgPˢ2g$.,2xؔ؀ ղ222224q epӶg\Al)%c܂xgD):UπNrfoBӰPgRˢ6g$.j2x؀ ղ222224q eqӶBg^Alx%Pc܎!xgF):U݀P5rfoDӲJgTˢ:0g$.2x`؀ ղ222224q f_rӶ g`Alx%cܚ?xgH):UǀPrfoFӴDgVˢ>Hg$.2xƄ؀ ղ222224q fƀuӶ gbAlx%Ԁcܪ]xgL):UQrfoJӶ?gZˢDbg$.&3x0؀ ײ222224Āq gwӶ!zgfAlڥ%cܸ{xgN):U+QZrfoLӸ9g\ˢHzg$.d3xژ؀ ײ222224ƀq gjxӶ"<ghAl%TcĀxgP):UVQrfoNӺ3g^ˢLg$.3x؀ ײ222224̀q gyӶ"gjAlֶ%cЀx€gR):UQrfoPӼ-g`ˢPg$.3xd؀ ײ222224Ѐq hzӶ#glAlȀ%Ԁc܀xʀgT):U}RrfoRӾ'gbˢT€g$.3xʄ؀ ײ222224Ҁq h{Ӷ$rgnAlU%cxЀgV):UyRarfoT!gdˢXڀg$.\3x0؀ ײ222224Ԁq h|Ӷ%0gpAl%Tcx؀gX):URrfoVgfˢ\g$.3xܖ؀ ײ222224րq iX}Ӷ%grAlـ%c/xހgZ):USrfoXghˢ` g$.3x؀ ײ222224؀q iŀ~Ӷ&gtAlȀ%Ԁc Mxg\):USVrfoZgjˢd"g$.3xb؀ ײ222224ڀq j/Ӷ'jgvAl)%ckxg^):USrfo\ glˢh:g$.T3xȄ؀ ײ222224܀q" jӶ((gxAl)%Tc$xg`):USrfo^gnˢlRg$.3x.؀ ײ222224ހq$ kӶ(gzAlx%c0xgb):UˀTHrfo`gpˢpjg$.3xޔ؀ ײ222224q& kpӶ)g|Alֶ%Ԁc<ygd):ÙTrfobgrˢtg$.3x؀ ײ222224q( k܀Ӷ*^g~Alـ%cHygf):UTrfodgtˢxg$.L3x`؀ ײ222224q* l:Ӷ+gAlX%TcTygh):UU!rfofgvˢ|g$.3xƄ؀ ײ222224q, lӶ+ʀgAlx%c`ygj):UUrrfohgxˢʀg$.3x,؀ ײ222224q. mӶ,gAl ͊%Ԁcl=ygl):UUrfoj߀gzˢg$.3x؀ ײ222224q0 mhӶ-TgAlx%cx[y$gn):UVrfolـg|ˢg$.D3x؀ ײ222224q2 m΀Ӷ.gAlـ%Vc݄yy,gp):U;VYrfonӀg~ˢg$.3x^؀ ײ222224q4 n9Ӷ.ЀgAl)%cݐy2gr):UMVrfop̀gˢ*g$.3xĄ؀ ײ222224q6 nӶ/gAl %րcݜy:gt):VCVrforǀgˢBg$.3x*؀ ײ222224q8 oӶ0JgAl%ֶ%cݨy@gv):V]WNrfotgˢZg$.<3x␄؀ ײ222224q: o{Ӷ1gAl*x%VcݴyHgx):VcWrfovỀgˢrg$.z3x؀ ײ222224q< oӶ1ƀgAl/U%cyNgz):VQWrfox㵀gˢg$.3x\؀ ײ222224q> pRӶ2gAl4ـ%րc̀-yVg|):V]XCrfoz寀gˢg$.3x„؀ ײ222224q@ pӶ3@gAl9gݿ%c؀Ky\g~):V[Xrfo|穀gˢg$.43x(؀ ײ222225qD qӶ4gAl>gݿ%Tciydg):V{Xrfo~飀gˢҀg$.r3x䎄؀ ײ222225qF qӶ4gAlC)ݿ%cyjg):VXrfo띀gˢg$.3x؀ ײ222225qH q݀Ӷ5zgAlHxݿ%Ѐcyrg):VXrfo헀gˢg$.3xZ؀ ײ222225 qJ rJӶ66gAlM ݿ%cyxg):V Xrfogˢg$.,3x؀ ײ222225 qL rӶ6gAlRxݿ%Lcyg):V €Xrfogˢ2g$.j3x&؀ ײ222225qN s!Ӷ7gAlWـݿ%c yg):V XrfogˢJg$.3x挄؀ ײ222225qP sӶ8pgAl\ڥݿ%Ȁc,yg):V XrfogˢĀbg$.3x؀ ײ222225qR sӶ9,gAlaـݿ%c8;yg):V Y5rfoygˢȀzg$.$3xX؀ ײ222225qT tNӶ9gAlf)Jݿ%DcDYyg):VYvrfosgˢ̀g$.b3x羄؀ ײ222225qV tӶ:gAlkx%cPwyg):VYrfomgˢЀg$.3x$؀ ײ222225qX uӶ;fgAlpˀ%Ȁc\yg):VYrfoggˢԀ€g $.3x芄؀ ײ222225qZ uqӶ<"gAlug%chyg):VZ>rfoagˢ؀ڀg $.3x؀ ײ222225q\ uӀӶ<gAlz%Hctyg):VZrrfo[gˢ܀g$.Z3xV؀ ײ222225 q^ vӶ=gAl%cހyg):VZrfoUgˢ g$.3x鼄؀ ײ222225"q` vyӶ>ZgAlـ%Ȁcތ yƀg):VڀZrfoOgˢ"g$.3x"؀ ײ222225&qb v߀Ӷ?gAl%cޘ +ỳg):VȀ[NrfoIgˢ:g$.3xꈄ؀ ײ222225(qd wJӶ?؀gAl)%Hcޤ IyԀg):V؀[rfo CgˢRg$.R3x؀ ײ222225*qf wӶ@gAlֶ%cް gyڀg):Vր[rfo =gˢjg$.3xT؀ ײ222225,qh xӶARgAl%Ȁc޼ yg):V؀\Drfo 7gˢg$.3x뺄؀ ײ222225.qj xӶBgAlx%cȀ yg):V\rfo1gˢg$. 3x ؀ ײ2222250ql xӶB̀gAlx%HcԀ yg):V \rfo+gˢg$.J3x솄؀ ײ2222252qn yaӶCgAl%c yg):V]8rfo%gˣʀg $.3x؀ ײ2222254qp y΀ӶDFgAlـ%Ȁc yg):V"]rfogˣg"$.3xR؀ ײ2222256qr z7ӶEgAlـ%c zg):V]rfogˣg$$.3x؀ ײ2222258qt zӶEĀgAl%Hc 9z g):V^.rfogˣ g&$.B3x؀ ײ222225:qv { ӶFgAl͊%c Wzg):V 4^prfo gˣ*g($.3x؀ ײ222225>qx {hӶG>gAlȀ%Ȁc uzg):V!H^rfog€ˣBg*$.3x؀ ײ222225Bqz {€ӶGgAlg%c( z g):V"d_rfogĀˣZg,$.3xP؀ ײ222225Dq| |.ӶHgAlـ%Hc4 z(g):V#_Xrfo gƀˣrg.$.:3xﶄ؀ ײ222225Fq~ |ӶIxgAl͊%c@ z.g):V$_rfo"gȀˣ g0$.x3x؀ ײ222225Hq } ӶJ2gAlg%ȀcL z6g):V%~_rfo$gʀˣ$g2$.3x؀ ײ222225Jq }uӶJgAl)%cX z<g):V&`Rrfo&g̀ˣ(g4$.3x؀ ײ222225Lq }߀ӶKgAlـ%Hcd )zDg):V'`rfo(g΀ˣ,Ҁg6$.23xN؀ ײ222225Nq ~LӶLlgAlD%cp GzJg):V(`rfo*݀gЀˣ0g8$.p3x؀ ײ222225Pq ~ӶM*gAlx%Ȁc| ezRg):V)aKrfo,׀gҀˣ4g:$.3x؀ ײ222225Rq $ӶMgAlg%c߈ zXg):V*arfo.рgԀˣ8g<$.3x؀ ײ222225Tq ӶNgAl%Hcߔ z`g):V+arfo0ˀgրˣ<2g>$.*3x؀ ײ222225Vq ӶObgAlـ%cߠ zfg):V,b@rfo2ŀg؀ˣ@Jg@$.h3xL؀ ײ222225Xq fӶP gAlـ%Ȁc߬ zng):V-brfo4gڀˣDbgB$.3x؀ ײ222225\q ӶPڀgAl%c߸ ztg):V.brfo6g܀ˣHzgD$.3x؀ ײ222225`q  ӶQgAlx%HcĀ z|g):V0crfo8gހˣLgF$."3x~؀ ײ222225dq uӶRXgAl x%cЀ 7zg):V14cErfo:gˣPgH$.`3x؀ ײ222225hq ΀ӶSgAlg%Ȁc܀ Uzg):V2&crfo<gˣT€gJ$.3xJ؀ ײ222225jq :ӶSҀgAl)%c szg):V3Pcrfo>gˣXڀgL$.3x؀ ײ222225lq ӶTgAl͊%Hc zg):V4nd9rfo@gˣ\gN$.3x؀ ײ222225nq ӶUPgAl%c zg):V5ldrfoBgˣ` gP$.X3x|؀ ײ222225pq ~ӶV gAl$͊%Ȁc  zg):V6|drfoDgˣd"gR$.3x؀ ײ222225rq ӶVʀgAl)Ȁݿ%c zg):V7ne.rfoFgˣh:gT$.3xH؀ ײ222225tq RӶWgAl.Ȁ%Hc$ zg):V8jerfoHgˣlRgV$.3x؀ ײ222225vq ӶXDgAl3x%c0 'zg):V9erfoJ}gˣpjgX$.P3x؀ ײ222225xq (ӶYgAl8x%Ȁc< Ez€g):V:zfrfoLwgˣtgZ$.3xz؀ ײ222225zq ӶYgAl=U% cH czȀg):V;fZrfoNqgˣxg\$.3x؀ ײ222225~q ӶZ|gAlBȀ%JcT zЀg):V<̀frfoPkgˣ|g^$. 3xF؀ ײ222225q ?Ӷ[<gAlGҀ%c` zրg):V=πfrfoRegˣʀg`$.H3x؀ ײ222225q Ӷ[gAlLg%ʀcl zހg):V>ǀgrfoT_gˣgb$.3x؀ ײ222225q Ӷ\gAlQـ% cx zg):V?πi rfoVYgˣgd$.3xx؀ ײ222225q Ӷ]tgAlVx%Jc zg):V@ـisrfoXSgˣgf$.3xބ؀ ײ222225q Ӷ^0g Al[ֶ%czg):VAۀirfoZMgˣ*gh$.@3xD؀ ײ222225q YӶ^g Al`Ȁ%ʀc5zg):VBjrfo\GgˣBgj$.~3x؀ ײ222225q ĀӶ_gAleȀݿ% c਀S{g):VDjrfo^AgˣZgl$.3x؀ ײ222225q -Ӷ`hgAljݿ%Fcഀq{g):VEjKrfo`;gˣrgn$.3xv؀ ײ222225q Ӷa&gAlo)ݿ%c{g):VF!jOrfob5gˣgp$.83x܄؀ ײ222225q‚ ӶagAltݿ%€c̀{g):VG1jSrfod/g ˣgr$.v3xB؀ ײ222225qĂ oӶbgAlygݿ%c؀{g):VHjYrfof)g ˣgt$.3x؀ ײ222225qƂ ΀Ӷc`gAl~Ȁݿ%>c{$g):VIGj]rfoh#gˣҀgv$.3x؀ ײ222225qȂ 6ӶdgAlـݿ%|c{*g):VJmjbrfojgˣgx$.03xt؀ ײ222225qʂ ӶdڀgAlxݿ%c%{2g):VKZjrfolgˣgz$.n3xڄ؀ ײ222225q̂ ӶegAlȀݿ%cC{8g):VLdjrfongˣg|$.3x@؀ ײ222225q΂ UӶfTg Alxݿ%6ca{@g):VMfk#rfop gˣ2g~$.3x؀ ײ222225qЂ Ӷgg"AlȀ%tc {Fg ):VNPkfrforgˣJg$.(3y ؀ ײ222225q҂ Ӷg΀g$Alـ%c,{Ng ):VOVkrfo sgˣĀbg$.f3yr؀ ײ222225qԂ ~Ӷhg&Alg%c8{Tg):VPFkrfo ugˣȀzg$.3y؄؀ ײ222225qւ ހӶiLg(AlȀ%:cD{\g):VQ>l6rfowgˣ̀g$.3y>؀ ײ222225q؂ ?Ӷjg*Al%zcP{bg):VRRlrfoyg ˣЀg$. 3y؀ ײ222225qڂ Ӷjƀg,Alـ%c\{jg):VSNlrfo{g"ˣԀ€g$.^3y ؀ ײ222225q܂ Ӷkg.Al%ch3{pg):VTJm'rfo}g$ˣ؀ڀg$.3yp؀ ײ222225qނ Ӷl@g0AlȀ%:ctQ{xg):VUZmmrfoۀg&ˣ܀g$.3yք؀ ײ222225q ـӶmg2Al%zcကo{~g):VVhmrfoԁՀg(ˣ g$.3y<؀ ײ222225q HӶmg4AlU%cጀ{g):VWmrfoԃπg*ˣ"g$.V3y؀ ײ222225q Ӷnxg6Alـ%cᘀ{g):VXnKrfoԅɀg,ˣ:g$.3y؀ ײ222225q Ӷo8g8Al%:cᤀ{g ):VYnrfoԇÀg.ˣRg$.3yn؀ ײ222225€q sӶog:Alx%zcᰀ{g"):VZnrfo ԉg0ˣjg$.3yԄ؀ ײ222225Āq ހӶpgAl%cȀ#{g&):V\orfo$ԍg4ˣg$.3y؀ ײ222225Ȁq Ӷr.g@AlȀ%:cԀA{g():V]orfo&ԏg6ˣg$.3y؀ ײ222225ʀq #ӶrgBAl%zc_{g*):V^p4rfo(ԑg8ˤʀg$.3yl؀ ײ222225̀q ӶsgDAl)%c}{g,):V_prfo*ԓg:ˤg$.F3y҄؀ ײ222225΀q ӶtdgFAlֶ%c{Āg.):V`ۀprfo,ԕg<ˤg$.3y8؀ ײ222225Ѐq bӶu$gHAlـ%:c{̀g0):Vaq(rfo.ԗg>ˤ g$.3y؀ ײ222225Ҁq ΀ӶugJAlȀ%zc{Ҁg2):Vcqjrfo0ԙg@ˤ*g$.3y؀ ײ222225րq (ӶvgLAlȀ%c{ڀg4):Vcqrfo2ԛgBˤBg$.>3yj؀ ײ222225ڀq ӶwZgNAlx%c({g6):Ve%qrfo4ԝgDˤZg$.|3yЄ؀ ײ222225܀q ӶxgPAl ͊%:c41{g8):Vf/rMrfo6ԟ{gFˤrg$.3y 6؀ ײ222225ހq YӶx؀gRAl%zc@O{g:):Vg-rrfo8ԡugHˤ g$.3y ؀ ײ222225q ƀӶygTAlֶ%cLn{g<):VhYrrfo:ԣogJˤ$g$.83y ؀ ײ222225q .ӶzPgVAlx%cX{g>):Vi[sCrfo<ԥigLˤ(g$.v3y h؀ ײ222225q Ӷ{gXAl%:cd|g@):Vjcsrfo>ԧcgNˤ,Ҁg$.3y ΄؀ ײ222225q Ӷ{̀gZAl#x%zcp| gB):Vkwsrfo@ԩ]gPˤ0g$.3y 4؀ ײ222225q mӶ|g\Al(g%c||gD):Vlst8rfoBԫWgRˤ4g$.03y ؀ ײ222225q ڀӶ}Fg^Al-x%c∀|gF):VmotrfoDԭQgTˤ8g$.n3y ؀ ײ222225q FӶ~g`Al2ڥ%:c─"| gH):VntrfoFԯKgVˤ<2g$.3y f؀ ײ222225q Ӷ~€gbAl7x%zc⠀@|&gJ):Voqu-rfoHԱEgXˤ@Jg$.3y ̄؀ ײ222225q Ӷ~gdAl<%c⬀^|.gL):VpunrfoJԳ?gZˤDbg$.(3y 2؀ ײ222225q yӶЀ:gfAlAֶ%c⸀||4gN):VqurfoLԵ9g\ˤHzg$.f3y ؀ ײ222225q ǀӶЀghAlF)%:cĀ|<gP):Vr߀urfoNԷ3g^ˤLg$.3y ؀ ײ222225q 2ӶЁgjAlK %zcЀ|BgR):Vtv4rfoPԹ-g`ˤPg$.3yd؀ ײ222226q ӶЂvglAlPـ%c܀|JgT):VuvrfoRԻ'gbˤT€g$. 3yʄ؀ ײ222226q ӶЃ2gnAlUx%c|PgV):VvvrfoTԽ!gdˤXڀg$.^3y0؀ ײ222226q dӶЃgpAlZֶ%:c|XgX):Vww-rfoVԿgfˤ\g$.3y؀ ײ222226q рӶЄgrAl_ـ%zc0|^gZ):Vx wrfoXghˤ` g$.3y؀ ײ222226q" >ӶЅjgtAld&%c N|fg\):Vy1wrfoZgjˤd"g$.3yb؀ ײ222226 q$ ӶІ*gvAli%cl|lg^):Vz/xrfo\ glˤh:g$.V3yȄ؀ ײ222226 q&  ӶІgxAlng%<c$|tg`):V{Cxgrfo^gnˤlRg$.3y.؀ ײ222226q( tӶЇgzAls͊%|c0|zgb):V|Axrfo`gpˤpjg$.3y؀ ײ222226q* ߀ӶЈbg|Alx%c<|gd):V}/y rfobgrˤtg$.3y؀ ײ222226q, KӶЉg~Al}x%cH|gf):V~YyNrfodgtˤxg$.N3y`؀ ײ222226q. ӶЉ܀gAlȀ%<cT|gh):V{yrfofgvˤ|g$.3yƄ؀ ײ222226q0 ӶЊgAl%|c` |gj):Vyrfohgxˤʀg$.3y,؀ ײ222226q2 lӶЋVgAlx%cl>|gl):Vz/rfoj߀gzˤg$.3y؀ ײ222226q4 րӶЌgAlݿ%cx\|gn):Vzurfolـg|ˤg$.F3y؀ ײ222226 q8 ?ӶЌԀgAlֶݿ%:c㄀z|gp):VzyrfonӀg~ˤg$.3y^؀ ײ222226"q: ӶЍgAlֶݿ%xc㐀|gr):Vz~rfop̀gˤ*g$.3yĄ؀ ײ222226$q< ӶЎNgAlxݿ%c㜀|gt):Vz~rforǀgˤBg$.3y*؀ ײ222226&q> ӶЏ gAlUݿ%c㨀|gv):VzrfotgˤZg$.>3y؀ ײ222226(q@ ӶЏȀgAlxݿ%0c㴀|Ȁgx):Vˀzrfov޻gˤrg$.|3y؀ ײ222226*qB XӶАgAlȀݿ%nc|΀gz):V̀zrfoxീgˤg$.3y\؀ ײ222226,qD ӶБBgAlȀݿ%c̀.|րg|):Vɀzrfoz⯀gˤg$.3y„؀ ײ222226.qF ӶВgAl)ݿ%c؀L|܀g~):VÀ{rfo|䩀gˤg$.63y(؀ ײ2222260qH qӶВgAl)ݿ%*cj|g):Vـ{1rfo~检gˤҀg$.t3y؀ ײ2222264qJ ɀӶГ|gAlg%fc|g):V{irfo蝀gˤg$.3y؀ ײ2222268qL ӶД.gAlȀ%c|g):V{rfoꗀgˤg$.3yZ؀ ײ222226:qN |ӶДgAl%c|g):V{rfo쑀gˤg$..3y؀ ײ222226<qP ۀӶЕgAl%.c}g):V|,rfogˤ2g$.l3y&؀ ײ222226>qR :ӶЖrgAl)%nc }g):V|orfogˤJg$.3y؀ ײ222226@qT ӶЗ.gAlֶ%c,}g):V}jrfogˤĀbg$.3y؀ ײ222226BqV ӶЗgAlx%c8<}g):V~rfoygˤȀzg$.&3yX؀ ײ222226DqX yӶИgAlـ%.cDZ}g):V~rfosgˤ̀g$.d3y؀ ײ222226FqZ ӶЙhgAl)%ncPx}"g):VJrfomgˤЀg$.3y$؀ ײ222226Hq\ 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Āt`gXAl5ـ' dS-Ng@*":`J]RBroDgNug$0|H| U22222Lqπ!tĀugZXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 220 / width of table in bytes NAXIS2 = 481 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 111 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BPWHKSYNC' / PW HK Packet Sync Mark TFORM2 = '1I ' / data format of field: 2-byte INTEGER TZERO2 = 32768 / offset for unsigned integers TTYPE3 = 'BPWHKPKTID' / PW HK Packet Packet ID TFORM3 = '1B ' / data format of field: BYTE TTYPE4 = 'BPWHKLASTCMD' / PW HK Packet Last Command TFORM4 = '1B ' / data format of field: BYTE TTYPE5 = 'BPWHKCMDDATA' / PW HK Packet Last Command Data 16-bit TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 32768 / offset for unsigned integers TTYPE6 = 'BPWHKIPESTATUS' / PW HK Packet IPE Interface Status TFORM6 = '1B ' / data format of field: BYTE TTYPE7 = 'BPWHKPIPESTATUS' / PW HK Packet Heat Pipe Switch Status TFORM7 = '1B ' / data format of field: BYTE TTYPE8 = 'BPWHKBLKCONV' / PW HK Packet Block Conversion Switch Status TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 32768 / offset for unsigned integers TTYPE9 = 'BPWHKBLKHEAT' / PW HK Packet Block Heater Switch Status TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 32768 / offset for unsigned integers TTYPE10 = 'BPWHKADCTRAP' / PW HK Packet ADC SEL Trap Status TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 32768 / offset for unsigned integers TTYPE11 = 'BPWHKSTATUS1' / PW HK Packet Various Status Bits TFORM11 = '1B ' / data format of field: BYTE TTYPE12 = 'BPWHKSTATUS2' / PW HK Packet Various Status Bits TFORM12 = '1B ' / data format of field: BYTE TTYPE13 = 'BPWHKSTATUS3' / PW HK Packet Various Status Bits TFORM13 = '1B ' / data format of field: BYTE TTYPE14 = 'undocumented1' / Byte field not in ITOS database TFORM14 = '1B ' / data format of field: BYTE TTYPE15 = 'BPWHKB00PRITEMP' / PW HK Pkt; Block 00 SetPointTemp Primary HeaterTFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BPWHKB00SECTEMP' / PW HK Pkt; Block 00 SetPointTemp 2ndary Heater TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BPWHKLHP0PRITEMP' / PW HK Pkt; Pipe 00 SetPointTemp for Loop Heat TFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 32768 / offset for unsigned integers TTYPE18 = 'BPWHKB00SPARE' / PW HK Pkt; Block 00 Spare TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 32768 / offset for unsigned integers TTYPE19 = 'BPWHKB00INPUTI' / PW HK Pkt; Block 00 Input Current for DC-DC ConTFORM19 = '1I ' / data format of field: 2-byte INTEGER TZERO19 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL19 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT19 = 'A ' / physical unit of field TTYPE20 = 'BPWHKB0025GND' / PW HK Pkt; Block 00 Voltage on 2.5 Ground ReturTFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 32768 / offset for unsigned integers TTYPE21 = 'BPWHKB00P25VLT' / PW HK Pkt; Block 00 +2.5 Voltage TFORM21 = '1I ' / data format of field: 2-byte INTEGER TZERO21 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL21 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT21 = 'V ' / physical unit of field TTYPE22 = 'BPWHKB00M25VLT' / PW HK Pkt; Block 00 -2.5 Voltage TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL22 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT22 = 'V ' / physical unit of field TTYPE23 = 'BPWHKB00P35VLT' / PW HK Pkt; Block 00 +3.5 Voltage TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL23 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT23 = 'V ' / physical unit of field TTYPE24 = 'BPWHKB00M35VLT' / PW HK Pkt; Block 00 -3.5 Voltage TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL24 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT24 = 'V ' / physical unit of field TTYPE25 = 'BPWHKB00P50VLT' / PW HK Pkt; Block 00 +5.0 Digital Voltage TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL25 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT25 = 'V ' / physical unit of field TTYPE26 = 'BPWHKB00P75VLT' / PW HK Pkt; Block 00 +7.5 Voltage TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL26 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT26 = 'V ' / physical unit of field TTYPE27 = 'BPWHKB00M75VLT' / PW HK Pkt; Block 00 -7.5 Voltage TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL27 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT27 = 'V ' / physical unit of field TTYPE28 = 'BPWHKB00CVTTEMP' / PW HK Pkt; Block 00 DC-DC Converter Module TempTFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL28 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT28 = 'Celsius ' / physical unit of field TTYPE29 = 'BPWHKB00TEMP' / PW HK Pkt; Block 00 Temperature TFORM29 = '1I ' / data format of field: 2-byte INTEGER TZERO29 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL29 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT29 = 'Celsius ' / physical unit of field TTYPE30 = 'BPWHKLHPA0TEMP' / PW HK Pkt; LHP 0 (+Y) Comp Chamber (CC) TemperaTFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL30 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT30 = 'Celsius ' / physical unit of field TTYPE31 = 'BPWHKLHPB6TEMP' / PW HK Pkt; LHP 1 (-Y) LiqLine @ Cond Outlet TemTFORM31 = '1I ' / data format of field: 2-byte INTEGER TZERO31 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL31 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT31 = 'Celsius ' / physical unit of field TTYPE32 = 'BPWHKTAGFRNTHVLT' / PW HK Pkt; Tagged Source (Front) High Voltage TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 2125.2 / data offset (32k shift B_PCB_TAGHV_CNV conversiTSCAL32 = 0.06485595703 / data scaling (B_PCB_TAGHV_CNV conversion) TUNIT32 = 'V ' / physical unit of field TTYPE33 = 'BPWHKB01PRITEMP' / PW HK Pkt; Block 01 SetPointTemp Primary HeaterTFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'BPWHKB01SECTEMP' / PW HK Pkt; Block 01 SetPointTemp 2ndary Heater TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 32768 / offset for unsigned integers TTYPE35 = 'BPWHKLHP1PRITEMP' / PW HK Pkt; Pipe 01 SetPointTemp for Loop Heat TFORM35 = '1I ' / data format of field: 2-byte INTEGER TZERO35 = 32768 / offset for unsigned integers TTYPE36 = 'BPWHKB01SPARE' / PW HK Pkt; Block 01 Spare TFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 32768 / offset for unsigned integers TTYPE37 = 'BPWHKB01INPUTI' / PW HK Pkt; Block 01 Input Current for DC-DC ConTFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL37 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT37 = 'A ' / physical unit of field TTYPE38 = 'BPWHKB0125GND' / PW HK Pkt; Block 01 Voltage on 2.5 Ground ReturTFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 32768 / offset for unsigned integers TTYPE39 = 'BPWHKB01P25VLT' / PW HK Pkt; Block 01 +2.5 Voltage TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL39 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT39 = 'V ' / physical unit of field TTYPE40 = 'BPWHKB01M25VLT' / PW HK Pkt; Block 01 -2.5 Voltage TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL40 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT40 = 'V ' / physical unit of field TTYPE41 = 'BPWHKB01P35VLT' / PW HK Pkt; Block 01 +3.5 Voltage TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL41 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT41 = 'V ' / physical unit of field TTYPE42 = 'BPWHKB01M35VLT' / PW HK Pkt; Block 01 -3.5 Voltage TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL42 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT42 = 'V ' / physical unit of field TTYPE43 = 'BPWHKB01P50VLT' / PW HK Pkt; Block 01 +5.0 Digital Voltage TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL43 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT43 = 'V ' / physical unit of field TTYPE44 = 'BPWHKB01P75VLT' / PW HK Pkt; Block 01 +7.5 Voltage TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL44 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT44 = 'V ' / physical unit of field TTYPE45 = 'BPWHKB01M75VLT' / PW HK Pkt; Block 01 -7.5 Voltage TFORM45 = '1I ' / data format of field: 2-byte INTEGER TZERO45 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL45 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT45 = 'V ' / physical unit of field TTYPE46 = 'BPWHKB01CVTTEMP' / PW HK Pkt; Block 01 DC-DC Converter Module TempTFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL46 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT46 = 'Celsius ' / physical unit of field TTYPE47 = 'BPWHKB01TEMP' / PW HK Pkt; Block 01 Temperature TFORM47 = '1I ' / data format of field: 2-byte INTEGER TZERO47 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL47 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT47 = 'Celsius ' / physical unit of field TTYPE48 = 'BPWHKLHPA1TEMP' / PW HK Pkt; LHP 0 (+Y) Evaporator Temperature (ATFORM48 = '1I ' / data format of field: 2-byte INTEGER TZERO48 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL48 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT48 = 'Celsius ' / physical unit of field TTYPE49 = 'BPWHKLHPB7TEMP' / PW HK Pkt; LHP 1 (-Y) VapLine @ Evap Outlet TemTFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL49 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT49 = 'Celsius ' / physical unit of field TTYPE50 = 'BPWHKTAGFRNTTVLT' / PW HK Pkt; Tagged Source (Front) Threshold VoltTFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 21 / data offset (32k shift B_PCB_TAGTHV_CNV conversTSCAL50 = 0.0006408691406 / data scaling (B_PCB_TAGTHV_CNV conversion) TUNIT50 = 'V ' / physical unit of field TTYPE51 = 'BPWHKB02PRITEMP' / PW HK Pkt; Block 02 SetPointTemp Primary HeaterTFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = 32768 / offset for unsigned integers TTYPE52 = 'BPWHKB02SECTEMP' / PW HK Pkt; Block 02 SetPointTemp 2ndary Heater TFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 32768 / offset for unsigned integers TTYPE53 = 'BPWHKLHP0SECTEMP' / PW HK Pkt; Pipe 02; SetPointTemp for Loop HeatTFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 32768 / offset for unsigned integers TTYPE54 = 'BPWHKB02SPARE' / PW HK Pkt; Block 02 Spare TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BPWHKB02INPUTI' / PW HK Pkt; Block 02 Input Current for DC-DC ConTFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL55 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT55 = 'A ' / physical unit of field TTYPE56 = 'BPWHKB0225GND' / PW HK Pkt; Block 02 Voltage on 2.5 Ground ReturTFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 32768 / offset for unsigned integers TTYPE57 = 'BPWHKB02P25VLT' / PW HK Pkt; Block 02 +2.5 Voltage TFORM57 = '1I ' / data format of field: 2-byte INTEGER TZERO57 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL57 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT57 = 'V ' / physical unit of field TTYPE58 = 'BPWHKB02M25VLT' / PW HK Pkt; Block 02 -2.5 Voltage TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL58 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT58 = 'V ' / physical unit of field TTYPE59 = 'BPWHKB02P35VLT' / PW HK Pkt; Block 02 +3.5 Voltage TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL59 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT59 = 'V ' / physical unit of field TTYPE60 = 'BPWHKB02M35VLT' / PW HK Pkt; Block 02 -3.5 Voltage TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL60 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT60 = 'V ' / physical unit of field TTYPE61 = 'BPWHKB02P50VLT' / PW HK Pkt; Block 02 +5.0 Digital Voltage TFORM61 = '1I ' / data format of field: 2-byte INTEGER TZERO61 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL61 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT61 = 'V ' / physical unit of field TTYPE62 = 'BPWHKB02P75VLT' / PW HK Pkt; Block 02 +7.5 Voltage TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL62 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT62 = 'V ' / physical unit of field TTYPE63 = 'BPWHKB02M75VLT' / PW HK Pkt; Block 02 -7.5 Voltage TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL63 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT63 = 'V ' / physical unit of field TTYPE64 = 'BPWHKB02CVTTEMP' / PW HK Pkt; Block 02 DC-DC Converter Module TempTFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL64 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT64 = 'Celsius ' / physical unit of field TTYPE65 = 'BPWHKB02TEMP' / PW HK Pkt; Block 02 Temperature TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL65 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT65 = 'Celsius ' / physical unit of field TTYPE66 = 'BPWHKLHPA2TEMP' / PW HK Pkt; LHP 0 (+Y) Evaporator Temperature (ATFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL66 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT66 = 'Celsius ' / physical unit of field TTYPE67 = 'BPWHKLHPB8TEMP' / PW HK Pkt; LHP 1 (-Y) VapLine @ Cond Outlet TemTFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL67 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT67 = 'Celsius ' / physical unit of field TTYPE68 = 'BPWHKTAGREARHVLT' / PW HK Pkt; Tagged Source (Rear) High Voltage TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 2125.2 / data offset (32k shift B_PCB_TAGHV_CNV conversiTSCAL68 = 0.06485595703 / data scaling (B_PCB_TAGHV_CNV conversion) TUNIT68 = 'V ' / physical unit of field TTYPE69 = 'BPWHKB03PRITEMP' / PW HK Pkt; Block 03 SetPointTemp Primary HeaterTFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'BPWHKB03SECTEMP' / PW HK Pkt; Block 03 SetPointTemp 2ndary Heater TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 32768 / offset for unsigned integers TTYPE71 = 'BPWHKLHP1SECTEMP' / PW HK Pkt; Pipe 03; SetPointTemp for Loop HeatTFORM71 = '1I ' / data format of field: 2-byte INTEGER TZERO71 = 32768 / offset for unsigned integers TTYPE72 = 'BPWHKB03SPARE' / PW HK Pkt; Block 03 Spare TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 32768 / offset for unsigned integers TTYPE73 = 'BPWHKB03INPUTI' / PW HK Pkt; Block 03 Input Current for DC-DC ConTFORM73 = '1I ' / data format of field: 2-byte INTEGER TZERO73 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL73 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT73 = 'A ' / physical unit of field TTYPE74 = 'BPWHKB0325GND' / PW HK Pkt; Block 03 Voltage on 2.5 Ground ReturTFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 32768 / offset for unsigned integers TTYPE75 = 'BPWHKB03P25VLT' / PW HK Pkt; Block 03 +2.5 Voltage TFORM75 = '1I ' / data format of field: 2-byte INTEGER TZERO75 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL75 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT75 = 'V ' / physical unit of field TTYPE76 = 'BPWHKB03M25VLT' / PW HK Pkt; Block 03 -2.5 Voltage TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL76 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT76 = 'V ' / physical unit of field TTYPE77 = 'BPWHKB03P35VLT' / PW HK Pkt; Block 03 +3.5 Voltage TFORM77 = '1I ' / data format of field: 2-byte INTEGER TZERO77 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL77 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT77 = 'V ' / physical unit of field TTYPE78 = 'BPWHKB03M35VLT' / PW HK Pkt; Block 03 -3.5 Voltage TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL78 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT78 = 'V ' / physical unit of field TTYPE79 = 'BPWHKB03P50VLT' / PW HK Pkt; Block 03 +5.0 Digital Voltage TFORM79 = '1I ' / data format of field: 2-byte INTEGER TZERO79 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL79 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT79 = 'V ' / physical unit of field TTYPE80 = 'BPWHKB03P75VLT' / PW HK Pkt; Block 03 +7.5 Voltage TFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL80 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT80 = 'V ' / physical unit of field TTYPE81 = 'BPWHKB03M75VLT' / PW HK Pkt; Block 03 -7.5 Voltage TFORM81 = '1I ' / data format of field: 2-byte INTEGER TZERO81 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL81 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT81 = 'V ' / physical unit of field TTYPE82 = 'BPWHKB03CVTTEMP' / PW HK Pkt; Block 03 DC-DC Converter Module TempTFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL82 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT82 = 'Celsius ' / physical unit of field TTYPE83 = 'BPWHKB03TEMP' / PW HK Pkt; Block 03 Temperature TFORM83 = '1I ' / data format of field: 2-byte INTEGER TZERO83 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL83 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT83 = 'Celsius ' / physical unit of field TTYPE84 = 'BPWHKLHPA3TEMP' / PW HK Pkt; LHP 0 (+Y) Condenser Temperature, -XTFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL84 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT84 = 'Celsius ' / physical unit of field TTYPE85 = 'BPWHKLHPB9TEMP' / PW HK Pkt; LHP 1 (-Y) BLock/DM Temperature (B9)TFORM85 = '1I ' / data format of field: 2-byte INTEGER TZERO85 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL85 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT85 = 'Celsius ' / physical unit of field TTYPE86 = 'BPWHKTAGREARTVLT' / PW HK Pkt; Tagged Source (Rear) Threshold VoltaTFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 21 / data offset (32k shift B_PCB_TAGTHV_CNV conversTSCAL86 = 0.0006408691406 / data scaling (B_PCB_TAGTHV_CNV conversion) TUNIT86 = 'V ' / physical unit of field TTYPE87 = 'BPWHKB04PRITEMP' / PW HK Pkt; Block 04 SetPointTemp Primary HeaterTFORM87 = '1I ' / data format of field: 2-byte INTEGER TZERO87 = 32768 / offset for unsigned integers TTYPE88 = 'BPWHKB04SECTEMP' / PW HK Pkt; Block 04 SetPointTemp 2ndary Heater TFORM88 = '1I ' / data format of field: 2-byte INTEGER TZERO88 = 32768 / offset for unsigned integers TTYPE89 = 'BPWHKB04SPARE0' / PW HK Pkt; Block 04 Spare 0 TFORM89 = '1I ' / data format of field: 2-byte INTEGER TZERO89 = 32768 / offset for unsigned integers TTYPE90 = 'BPWHKB04SPARE1' / PW HK Pkt; Block 04 Spare 1 TFORM90 = '1I ' / data format of field: 2-byte INTEGER TZERO90 = 32768 / offset for unsigned integers TTYPE91 = 'BPWHKB04INPUTI' / PW HK Pkt; Block 04 Input Current for DC-DC ConTFORM91 = '1I ' / data format of field: 2-byte INTEGER TZERO91 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL91 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT91 = 'A ' / physical unit of field TTYPE92 = 'BPWHKB0425GND' / PW HK Pkt; Block 04 Voltage on 2.5 Ground ReturTFORM92 = '1I ' / data format of field: 2-byte INTEGER TZERO92 = 32768 / offset for unsigned integers TTYPE93 = 'BPWHKB04P25VLT' / PW HK Pkt; Block 04 +2.5 Voltage TFORM93 = '1I ' / data format of field: 2-byte INTEGER TZERO93 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL93 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT93 = 'V ' / physical unit of field TTYPE94 = 'BPWHKB04M25VLT' / PW HK Pkt; Block 04 -2.5 Voltage TFORM94 = '1I ' / data format of field: 2-byte INTEGER TZERO94 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL94 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT94 = 'V ' / physical unit of field TTYPE95 = 'BPWHKB04P35VLT' / PW HK Pkt; Block 04 +3.5 Voltage TFORM95 = '1I ' / data format of field: 2-byte INTEGER TZERO95 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL95 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT95 = 'V ' / physical unit of field TTYPE96 = 'BPWHKB04M35VLT' / PW HK Pkt; Block 04 -3.5 Voltage TFORM96 = '1I ' / data format of field: 2-byte INTEGER TZERO96 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL96 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT96 = 'V ' / physical unit of field TTYPE97 = 'BPWHKB04P50VLT' / PW HK Pkt; Block 04 +5.0 Digital Voltage TFORM97 = '1I ' / data format of field: 2-byte INTEGER TZERO97 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL97 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT97 = 'V ' / physical unit of field TTYPE98 = 'BPWHKB04P75VLT' / PW HK Pkt; Block 04 +7.5 Voltage TFORM98 = '1I ' / data format of field: 2-byte INTEGER TZERO98 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL98 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT98 = 'V ' / physical unit of field TTYPE99 = 'BPWHKB04M75VLT' / PW HK Pkt; Block 04 -7.5 Voltage TFORM99 = '1I ' / data format of field: 2-byte INTEGER TZERO99 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL99 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT99 = 'V ' / physical unit of field TTYPE100= 'BPWHKB04CVTTEMP' / PW HK Pkt; Block 04 DC-DC Converter Module TempTFORM100= '1I ' / data format of field: 2-byte INTEGER TZERO100= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL100= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT100= 'Celsius ' / physical unit of field TTYPE101= 'BPWHKB04TEMP' / PW HK Pkt; Block 04 Temperature TFORM101= '1I ' / data format of field: 2-byte INTEGER TZERO101= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL101= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT101= 'Celsius ' / physical unit of field TTYPE102= 'BPWHKLHPA4TEMP' / PW HK Pkt; LHP 1 (+Y) Condenser Temperature, +XTFORM102= '1I ' / data format of field: 2-byte INTEGER TZERO102= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL102= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT102= 'Celsius ' / physical unit of field TTYPE103= 'BPWHKMASK0TEMP' / PW HK Pkt; Mask Temperature (top center) TFORM103= '1I ' / data format of field: 2-byte INTEGER TZERO103= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL103= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT103= 'Celsius ' / physical unit of field TTYPE104= 'BPWHKSPARE04TMP' / PW HK Pkt; Block 04 Spare Temperature TFORM104= '1I ' / data format of field: 2-byte INTEGER TZERO104= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL104= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT104= 'Celsius ' / physical unit of field TTYPE105= 'BPWHKB05PRITEMP' / PW HK Pkt; Block 05 SetPointTemp Primary HeaterTFORM105= '1I ' / data format of field: 2-byte INTEGER TZERO105= 32768 / offset for unsigned integers TTYPE106= 'BPWHKB05SECTEMP' / PW HK Pkt; Block 05 SetPointTemp 2ndary Heater TFORM106= '1I ' / data format of field: 2-byte INTEGER TZERO106= 32768 / offset for unsigned integers TTYPE107= 'BPWHKB05SPARE0' / PW HK Pkt; Block 05 Spare 0 TFORM107= '1I ' / data format of field: 2-byte INTEGER TZERO107= 32768 / offset for unsigned integers TTYPE108= 'BPWHKB05SPARE1' / PW HK Pkt; Block 05 Spare 1 TFORM108= '1I ' / data format of field: 2-byte INTEGER TZERO108= 32768 / offset for unsigned integers TTYPE109= 'BPWHKB05INPUTI' / PW HK Pkt; Block 05 Input Current for DC-DC ConTFORM109= '1I ' / data format of field: 2-byte INTEGER TZERO109= 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL109= 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT109= 'A ' / physical unit of field TTYPE110= 'BPWHKB0525GND' / PW HK Pkt; Block 05 Voltage on 2.5 Ground ReturTFORM110= '1I ' / data format of field: 2-byte INTEGER TZERO110= 32768 / offset for unsigned integers TTYPE111= 'BPWHKB05P25VLT' / PW HK Pkt; Block 05 +2.5 Voltage TFORM111= '1I ' / data format of field: 2-byte INTEGER TZERO111= 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL111= 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT111= 'V ' / physical unit of field EXTNAME = 'hk140x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 392981417.94264 TSTOP = 393012787.94948 DATE-OBS= '2013-06-15T09:30:14' DATE-END= '2013-06-15T18:13:04' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31370.0068399906 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 320 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:56' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '9P3aIN1Y9N1aGN1W' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '3699563996' / data unit checksum updated 2013-06-25T08:41:56 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: sw00558271000b140x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:06 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END AlkPkq-z"̈́0sވȋ/` /Ԉ׈ . 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qȄʼnn/F̄/ AlZkq.t b$1|+ȋ0b TՈ#/%oȄm/Bʄ0Al+kq. { j&0{*ȋ/a# SӉ#/ pɄm/B̄n0Al|kq/)to%1 }+‹0a TՉ "/!oʄo/B̄_0AlXOkq-,v‰o%0)‰‹/` Rԉ$/mɄp.A˄N/ Al[Wkq.uߌ"Ɖ&0m(ы0a QՉ$.%֎mȄ}p/ ?˄>/Al%|kq.|䃵&0v'܋0a PԈω$/'َlȄqp/%=˄.0AlCkq.tك&0/&Ӌ1a  PՈĉ%/ lɄfp/6=˄#0Ala߹kq.{ˆ΃&0!v$ˆ߈ʋ0` NԈԈ$/%ݎiDŽ`q/=˄0Al kq.tƒ&1|$ψNj0` NԈÈ$/&jʄao/#;̄$0Alkq/ z!ˆ&1}#ˆȈʋ0b MՈ$0܎hɄiq/- =˄,1AlVkq/ ގp&2"ˆċ1b LԈ%1< hȄsq0(9˄82Al,kq.ގo&0썅!ˆ0` KՈ%./gɄo./8˄D0*Alkq.@y!&0,ˆNj/a KՈ$.3 gɄp.'8˄R//Aldkq/4"ˆ&1#wˆԋ1bHԈȉ$08 dȄm036˄`1Al3kq.{!s&00~Ջ0a'GԈʼn%/$ dDŽn/56΄n0XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 220 / width of table in bytes NAXIS2 = 481 / 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 = 392981417.94418 TSTOP = 393012787.95156 DATE-OBS= '2013-06-15T09:30:14' DATE-END= '2013-06-15T18:13:04' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31370.0073800087 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 321 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:56' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'Zf7BgZ6AZf6AdZ6A' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '1031947247' / data unit checksum updated 2013-06-25T08:41:56 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: sw00558271000b141x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:06 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END AlkȎݍ&;͈^/$Jʄ.ڎ UɈ^/$<ˆՈw/݌JʼnB݂/ӀE/AlkZݍ$;Έ"/'MɄ.ގVʈ].$;ʈz/܌MƉA܂0G.Alk󍤎(>χڈ1'KɄʈ0܀܎ Uˈa/߀'?y0ތLƉ=܂0΀G/Allڌ">·/ !KȄӈ.ǀՎWʈ_/ #@Èy.،܍MƉ>݂/ƀF-All!R*ߍ'>·(0+ %OɄ܈/ڎ Wʈ`/' @ˆz04܌ߍNƉ<݂0"J0PAll? ی%Bφ0̀$Oʄ戈/ǀڎWɈ`+ڀ$@z/یߍPlj;݂0J/zAll]%1ލ&?͈*1€%PɄ/ڎ [ˈ_0#Aˆz0ڌOĉ:܂1}K0@All{Mߍ&A͈22'Rʄ0܎ \ˈ`/&Cˆψz1݌Pĉ<ނ2sM1[All+C͈s0Հ %Tʄ0Ԏ[ʈa0&Bވy0ĀڌߍQʼn~;݂0N0AllAڌ"Dψ/[ !RɅ -R֎]ɈȈ_/ɀ #Dx. ٌ܍QƉ>݂/N-All<ݍ&E͈/Ѐ$Tȅ -ڎ^̈و`.#Eˆ:z.܌Sʼn<܂/O.All򔚎 ~֌FΈk0Ѐ#Tȅ/ɀ_ʈa0 " .HÈz/܌UƉ>݂0ـO/Alm 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Վ ʈ߈h0 ,f0ތxʼn>݂0̀ݎ#r/Al˷ێݍ$lψ0̀$xʄ/ր׎ ʈh/ـ%fˆZ0Ӏގ݌yʼn@܂0q0AlZߍ'jΈ0%wɄS0׎ ʈh0'g‰0ހߎތzljAڂ0Ԁs0AlWiߍ%jψ2߀(xʄ<0ڎʈh1݀&gÈ0ތzljBڂ2s0AlԎ)jΈ0$vɄ8/َɈՈh/%e舀0܌yƉ@ڂ0ۀq/Al/ߍ%jψ1'v˄2/ڎˈΈj0&eÈ߈0݌yljCڂ1q0AlM9C*iψc/%uɄ,/ڎʈˆh.(eÈԈ/݌xlj?ڂ/p/Alk򡶎ߍ'iΈ"1&vɄ'0؎ ˈh0%dĈȈ0݌xlj@ق1o0Al̉񓴎ߍ'ḟՈ1%tȄ"0Վ ʈi.%cĈ/܌wȉ?؂0q0Aļߍ%i·0$u˄.Վˈg/%bˆ/݌vƉ?ق0o/Alh ڌ#hЇ@0 #tʄ/Ԏˈi/ %aÈ/ ڌލvƉ>؂/n􂄄/AlWiߍ'gΆ2'uʄ1َ ͈i0&aĈ0 ގތwȉ>؂2 o򂃄1Al ܍$gχ~0 #sʄ.Ԏʈh.$_ˆ/ یߍtƉ;ׂ0ڀl/Al ߍ&eЇ*0%rʄ.Վ̈i.(_ˆLj0 ݌tlj<ւ/m/Al=[Wލ%eχ1&qʄ/׎ ˈi0%]ˆӈ1 ێ݌tʼn:ׂ1m1Al[a ߍ(b·"1(oɄ / ؎ ʈi0(_Èሀ0 ߌ ulj;ւ0ǀk낂0AlyY ލ%b͇'1%oȄ/ ׎~ʈLjg/%[0݌rʼn=ւ0 jꂄ0 Al͗Wi ֌ȧ:0%nǃ. }ʈ҈i/*\ˆ/َ݌rlj?Ղ/jꂃ.Al͵^tލ&`̇T2/&mȃ0֎ }Ɉۈi0&ZÉ􂃄0݌rlj@ւ1j肃1Al7ߍ'b·0%nʃ鈑/ ׎ }ʈi/%Z‰􂂄/ގ݌pƉAՂ/h傂/0AlZߍ(aχԈ1&mʃވ.׎ |ʈi0&Y‰ 󂂄0ތoʼnAՂ0 i䂂0Alaߍ'`ψ0&lʃ؈/׎ {ʈi0&W򂄄0"ߎ܌pʼnBԂ1hや0Al-~ ݍ(^ΈU0%jȃ̈-ՎzɈh/(%X 򂃄/ߎ܌oljAԂ/ fႃ. AlKa(^ψ1,&l˃Ɉ/ݎ|̈i0ߎ'WÈ󂃄0ގތnljDԂ1e0Ali(ݍ%\Έs0%iɃ͈.֎zʈՈg/ߎ#Vˆ򂄄/$ێ܌mʼnCӂ0d/Al·X ܍$[ΈJ/ $gȃʈ/Ҏ yȈȈh/!Tˆو򂂄/!ڌލlljBӂ0׎!eނ/AlΥmی#Z͈ 0%iȃň0׎xʈg0ݎ Sˆ̈񂃄0ݎ܌jʼnDӂ0 b܂/ AlUݍ&[χˆ0 %hʃˆ.Ԏ xˈi.%R/܌kƉA҂0ߎcڂ/Alލ'[χ0&gʃ/%׎ẅh/&%Rˆ/ߎ݌iƉ@т//a؂/(AlA ݍ%V͇-0(%eǃ.֎uʈh/%%QÈ0܌jȉ@Ђ0)a؂/Al ی#XφՈ0"dʃ.Ԏtʈi-$O/ݎڌލiʼn=т0 `ׂ/Al;dݍ$W͆0%dʃ-/׎tˈg/%N/"ߎ܌fʼn<т0_Ղ/AlYV ۍ$WΆ/ #d˃.%ӎtˈg/#Nˆ/ ڌeƉ:Ђ0]Ԃ/Alw5 ܍$T͆Ј0" $bɃ0Ԏrʈg/+$Mˆƈ/2یߍflj=Ђ0 ߎ^҂0:Alϕ͎ ލ%R̆و1&aȃ0;׎q̈i/ %MÈ͈05ߎ܌fƉ=Ђ0]т//Alϳ?ю*Uχ0B %aʃ/7Ўqʈh/&%K҈0&یߍcĉ=Ђ0\Ђ/*Al>+]Ј{0S %k̄0IԎwˈh/'Xˆ0݌jƉAや0d%0Al-_F ڌ![ψ0&hɄ0_tɈ߈h0T&V􈁎0ێ"ތjĉA䂂0c%0AlKo ݍ&\ψ0v%jʄ/PڎvʈՈi/Y%V鈁0܌iʼn@や0b%0AliȎݍ$[͈0$jȄ/؎ vɈʈh+%Wˆ/یjljA䂄0Ԁd$/Al͎݇ލ&\ΈT0&kʄ/hݎ wˈÈh/&XÈ׈0ތjlj@も0X d#/Alݥ񛑎܌"\Έ/g"jʄ.ڎvˈg.ގWˆɈ.یߍjƉ>䂂/c".Aloی%Z·Ј0#jʄ.؎vˈj/&Wˆ/€܌kʼn?䂃/oe!.AlV (]Ї1'k˄/ ׎wˈj0(XÈ0ߌkƉ?も0d!0Al\ߍ&Z·M/$iȄ.Àَ uɈj/&V/À݌jʼn>䂂/׀e /AlZڌ[φ0%"j˄/Rێwˈk/Rَ YÈ/rیߍklj>ゃ0Oe/gAl;z̎ލ%]·0π(kʄ/Ҁ܎yʈj/ƀ'[ˆ/Ӏތmlj:も0f.AlYZ܍%_Ј0$mʄ/ڎxˈj/$ZˆՈ/܌lƉ;や0Ҁf/Alw(`Έl2 'o˄0ǀߎÿj0ހ(\Èሂ0ߌmlj;ゃ1Ѐh0AlޕZ ލ%`Ј1)%n˄ӈ/.َ z̈шj/']È0: ݌nlj>ゃ16ݎ#h0 Al޳ ݍ&^Έ/Z$mȄ􈐀.KێzɈ܈j-=%]/?܌oƉ>ゃ/Ni.XAl\ ލ'`Јm1h%oʄֈ/ڎ z̈k+%^‡䈅/܌oƉAや0 i/AlSߍ'aψu1c&pʄ0Eێ zˈk08(^ˆ1M݌oʼnB䂄1ai0 Al 󚿎(aψ1'pɄ/܎ {ʈ߈k0'_ˆ􈃎0׀oƉCも1j0Al+ߎݍ"`̈0Ҁ %oȄ/ڎyȈ҈k.$_爃/یލpʼnBや0k/AlI")ݍ%äw0%pȄ0ۀ܎{ɈɈk0%`܈0π܌qʼnAゃ1k0Alg`ߍ'eЈA1р't˄0ƀڎ ~̈Èm0%cÈӈ0݌rƉAや1m0Al߅&*eχ0%s˄/׎ ~ˈl/׀&bˆÈ.߀ ܌rƉ@ゃ0Ȁێ(o/AlߣX'f·1&t˄0Nێ ~ˈi0&dÈ00ߌslj@₂0<n0NAl䏍ލ%fχ?0%uʄ/֎ ˈk/ˀ&dÈ/݌tƉ?₂0n/Alߍ&hχY0&v˄/ڎ ˈk0߀%eÈ0ތulj=ゅ1΀p0Al򺝎 ݍ&f͈ /݀$tɄ.Àڎʈj-€%d/ŀ݌tƉ9₃/o/AlWiލ%h͈"1&vȄ0َ̀ Ɉk0%eˆ؈0ތuƉ;₄1̀p0Al9˧ݍ$hΈg0I"vʄ/]׎ʈňj+;$eˆ҈0M܌ߍuʼn<や0:o/2AlWla(iψz0='wʄΈ/qގ ʈԈl/F'gˆ/\ߎxƉ>₄0r/YAluߍ&iΈ1u&vɄ؈/َɈވl0{&e50v݌uĉ@₃1Fq0{Al׎ݍ$iΈ:0y$wɄ/Kَʈl/%g=0|ގیߍxƉ@₃0rr /Al*܌!hΈk0 %uȄp/׎Ɉ߈k/#g/ڌލwʼn?ႃ0zq /AlTa 1jψ0&xʄo/ڎˈֈl/ߎ"(gˆ舅0ގތwƉA0q 0Al񰊎ߍ&jΈ1(xʄk0ێ ʈʈm0&iˆ݈0ގތyȉ@߂1 s 0eAl ߍ%jΈo0'wʄf/πێʈk0&fԈ0݌vĉ?߂0tr /Al) Jߍ%jψ41&wʄb0َ ʈm0&iˆɈ0ߎތzlj?߂1 s 0AlG󉵎 (i·ꈍ1Ȁ(wɄ]0ڎ ʈl/؀)hÈ0 ylj>߂1{ r0Ale (kχ1ۀ'x˄Z0ڎ ˈm0)gˆ0̀ xƉ?݂0 t0AlX&j·>1)wȄT0ێʈk0Ȁ'gˆ0ތxƉ;݂1q0AlL ݍ%j̇0$wȄU/ӎ ʈj/ʀ$f/܌ߍwƉ;݂/рp/AlGݍ$k·0؀$xʄX.׎ʈl/ˀ$fˆÈ0ݎ܌xƉ:݂0Ȁq0Al܍$kχ/#wʄV.ǀՎˈl.܀$fˆՈ/ڀیߍxƉ:݂0̀q/Al<݌%i͇0"uȄZ/ԎɈk0#fވ/ـގڌލyʼn}:܂0πq.Alߍ'ḧ͇1р &uȄ^/׀֎ Ȉ̈m0Հ!e0݀ ݌xƉ=ۂ0Ҁ׎)q/Al7{Jݍ&j·0ۀ%vɄc/׀׎ʈوl/̀ߎ$gˆ/ݎ݌xlj=ڂ1Ȁr0AlU򶮎ݍ%j͈ 0%wɄd/׎ˈk/%eˆ̈0ߎ݌wʼn?ڂ0o/Als疎&i̇ۈ1&vȄU0ڀ׎ ʈk/&c0ߎߌvʼnBۂ0o0Al[W ݍ'h·򈌀0$tȄ/ՎɈm0%b0ގ܌vʼnCق0߀o0AlNڌ"hΈe0&uʄ/ʈm/ߎ&b0ގߌwʼnAق0p0Al:ݍ%i͈/#tɄ-Վʈ܈j.ڀ&b.ߎ݌vƉAق0n􂃄/Al܍$iψ0$uʄ /֎ʈшm/%bˆ㈅/؎یvƉAق0 n󂄄/Al (hΈh2&tʄ /ގʈLjm0ߎ(cˆو0 ގތwƉA؂2o󂃄1Al' ݌#fΈ*0 $sɄ/Ԏʈl/#`͈/یtʼnAׂ0n0AlER* ލ&e͇刌0%rȃ.؀֎Ɉm/%_ˆ/ߎ݌tƉAׂ/n/Alc/ ލ%eχ/ %qɃ.ӎ Ɉm. #^/ یtʼn>ւ/ڀ֎&m킂/ Alvގ,e·M0$qɃ􈓀/͎ʈl/(_0یߍtʼn=ւ0l삄/Alt ލ%eІ/ 򍳍&qʃ.ώˈm.'^ˆ. ތsƉ=Ղ0πmꂃ/AlwĎ܌$d·?1 $oɃ􈒀0Ԏ }Ɉl0ߎ ]1݌sƉ:ւ2kꂄ0Alz̎ ݍ$ḃ1&p˃눓/׎ˈl/&]ÈÈ/݌slj;ւ0j炄0Aleލ&c͇1%pʃ戒/)Վ ~ˈl.%\ˆ͈􂃄0ގ܌rƉ;Ղ1i悄0 AlUݍ%a·. #oɃ䈓.ӎˈl.&'[ˆۈ󂃄.܌rlj<Ԃ/i傃.Al5])`͇2'nȃሒ0َ}ʈˆl0'Zˆ爄􂂄1 ߌpƉ?Ղ2 iゃ1AlS ݍ&^̇>04%kȃ׈.Վ}ˈ̈m/ &ZÈ򂃄/ގ݌qlj>ӂ/h₃/Alqdލ%`·u/$lʃˈ-Վ{ʈԈm.&W򂂄.܌pĉ>ӂ/g/;Al{Jߍ&]͇͈11%jɃ/׎ {ʈ܈m0)YÈ񂄄0 oƉ?ӂ1g߂0Al@ߍ&]͈0%iȃ//׎xȈl/&&V򂂄/ގ݌mljAӂ0 gނ/AlV%]Έ21!&jɃ/؎ zɈl0)V‰ 񂄄/ߌmƉ@҂1d݂/)Al򾌎)]̈4/9$iɃ/؎xʈj/'(U񂃄/ߎ݌kʼnB҂/bۂ.7AlD ڌ"Ÿi0( "hȃ.юyʈm/1 $UÉ 񂃄/"ݎٌݍmljD҂0dڂ/Al%Wiލ&X͈u1+%hɃ/Ԏ yˈl/'UÈ0ތkƉD҂0c؂/AlCS ܍$X͈X1 $dǃ/ ՎwɈ҈n/&$SÈ㈅/1یkljDт0 ߎb؂0 AlaEލ&X͈&1"%dɃ/Վ uʈňn0 'QˆՈ0)܌jƉCЂ1cՂ/(Al_Fڌ W͇∏0$cȃ.֎uʈm/ڎRÈÈ/#ێڌߍjȉAЂ0bՂ/AlpΎ 'Xχ1'&dʃ0َ tʈl0(O0ތ gĉAЂ1`ӂ0?Alލ&V͇S2,&e˃1Վ uˈl.%OÈ0܌gƉ@т1_҂1 AlVݍ%S͆0'%bǃ/׎rˈl/%PÈ/6܌gȉ?ς0^Ђ/Alލ&UΆ0'&aɃ.Վ qʈl-'K/*ތcʼn=ς0%_΂/(Al*Sφ1&(b˃/ ؎ rˈm0$(Lˆ1.ߌeʼn;΂1 ]΂1AAl3pߍ'TІ15'aʃ/֎ pʈm/&L킂0ߎ݌dlj:ς0 [͂0HXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 179 / width of table in bytes NAXIS2 = 481 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 87 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BPWHKB1125GND' / PW HK Pkt; Block 11 Voltage on 2.5 Ground ReturTFORM2 = '1I ' / data format of field: 2-byte INTEGER TZERO2 = 32768 / offset for unsigned integers TTYPE3 = 'BPWHKB11P25VLT' / PW HK Pkt; Block 11 +2.5 Voltage TFORM3 = '1I ' / data format of field: 2-byte INTEGER TZERO3 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL3 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT3 = 'V ' / physical unit of field TTYPE4 = 'BPWHKB11M25VLT' / PW HK Pkt; Block 11 -2.5 Voltage TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL4 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT4 = 'V ' / physical unit of field TTYPE5 = 'BPWHKB11P35VLT' / PW HK Pkt; Block 11 +3.5 Voltage TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL5 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT5 = 'V ' / physical unit of field TTYPE6 = 'BPWHKB11M35VLT' / PW HK Pkt; Block 11 -3.5 Voltage TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL6 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT6 = 'V ' / physical unit of field TTYPE7 = 'BPWHKB11P50VLT' / PW HK Pkt; Block 11 +5.0 Digital Voltage TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL7 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT7 = 'V ' / physical unit of field TTYPE8 = 'BPWHKB11P75VLT' / PW HK Pkt; Block 11 +7.5 Voltage TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL8 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT8 = 'V ' / physical unit of field TTYPE9 = 'BPWHKB11M75VLT' / PW HK Pkt; Block 11 -7.5 Voltage TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL9 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT9 = 'V ' / physical unit of field TTYPE10 = 'BPWHKB11CVTTEMP' / PW HK Pkt; Block 11 DC-DC Converter Module TempTFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL10 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT10 = 'Celsius ' / physical unit of field TTYPE11 = 'BPWHKB11TEMP' / PW HK Pkt; Block 11 Temperature TFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL11 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT11 = 'Celsius ' / physical unit of field TTYPE12 = 'BPWHKLHPB1TEMP' / PW HK Pkt; LHP 1 (-Y) Evaporator Temperature (BTFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL12 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT12 = 'Celsius ' / physical unit of field TTYPE13 = 'BPWHKRADTEMP' / PW HK Pkt; Radiator Temperature (back, +Y,-X) TFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL13 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT13 = 'Celsius ' / physical unit of field TTYPE14 = 'BPWHKIPPRI3TEMP' / PW HK Pkt; IP Primary DSP Board Temperature TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 32768 / offset for unsigned integers TTYPE15 = 'BPWHKB12PRITEMP' / PW HK Pkt; Block 12 SetPointTemp Primary HeaterTFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BPWHKB12SECTEMP' / PW HK Pkt; Block 12 SetPointTemp 2ndary Heater TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BPWHKB12SPARE0' / PW HK Pkt; Block 12 Spare 0 TFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 32768 / offset for unsigned integers TTYPE18 = 'BPWHKB12SPARE1' / PW HK Pkt; Block 12 Spare 1 TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 32768 / offset for unsigned integers TTYPE19 = 'BPWHKB12INPUTI' / PW HK Pkt; Block 12 Input Current for DC-DC ConTFORM19 = '1I ' / data format of field: 2-byte INTEGER TZERO19 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL19 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT19 = 'A ' / physical unit of field TTYPE20 = 'BPWHKB1225GND' / PW HK Pkt; Block 12 Voltage on 2.5 Ground ReturTFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 32768 / offset for unsigned integers TTYPE21 = 'BPWHKB12P25VLT' / PW HK Pkt; Block 12 +2.5 Voltage TFORM21 = '1I ' / data format of field: 2-byte INTEGER TZERO21 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL21 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT21 = 'V ' / physical unit of field TTYPE22 = 'BPWHKB12M25VLT' / PW HK Pkt; Block 12 -2.5 Voltage TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL22 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT22 = 'V ' / physical unit of field TTYPE23 = 'BPWHKB12P35VLT' / PW HK Pkt; Block 12 +3.5 Voltage TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL23 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT23 = 'V ' / physical unit of field TTYPE24 = 'BPWHKB12M35VLT' / PW HK Pkt; Block 12 -3.5 Voltage TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL24 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT24 = 'V ' / physical unit of field TTYPE25 = 'BPWHKB12P50VLT' / PW HK Pkt; Block 12 +5.0 Digital Voltage TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL25 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT25 = 'V ' / physical unit of field TTYPE26 = 'BPWHKB12P75VLT' / PW HK Pkt; Block 12 +7.5 Voltage TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL26 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT26 = 'V ' / physical unit of field TTYPE27 = 'BPWHKB12M75VLT' / PW HK Pkt; Block 12 -7.5 Voltage TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL27 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT27 = 'V ' / physical unit of field TTYPE28 = 'BPWHKB12CVTTEMP' / PW HK Pkt; Block 12 DC-DC Converter Module TempTFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL28 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT28 = 'Celsius ' / physical unit of field TTYPE29 = 'BPWHKB12TEMP' / PW HK Pkt; Block 12 Temperature TFORM29 = '1I ' / data format of field: 2-byte INTEGER TZERO29 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL29 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT29 = 'Celsius ' / physical unit of field TTYPE30 = 'BPWHKLHPB2TEMP' / PW HK Pkt; LHP 1 (-Y) Evaporator Temperature (BTFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL30 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT30 = 'Celsius ' / physical unit of field TTYPE31 = 'BPWHKTSFRONTEMP' / PW HK Pkt; Front Tagged Source Temperature TFORM31 = '1I ' / data format of field: 2-byte INTEGER TZERO31 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL31 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT31 = 'Celsius ' / physical unit of field TTYPE32 = 'BPWHKIPRED0TEMP' / PW HK Pkt; IP Redundant LVPC TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 32768 / offset for unsigned integers TTYPE33 = 'BPWHKB13PRITEMP' / PW HK Pkt; Block 13 SetPointTemp Primary HeaterTFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'BPWHKB13SECTEMP' / PW HK Pkt; Block 13 SetPointTemp 2ndary Heater TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 32768 / offset for unsigned integers TTYPE35 = 'BPWHKB13SPARE0' / PW HK Pkt; Block 13 Spare 0 TFORM35 = '1I ' / data format of field: 2-byte INTEGER TZERO35 = 32768 / offset for unsigned integers TTYPE36 = 'BPWHKB13SPARE1' / PW HK Pkt; Block 13 Spare 1 TFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 32768 / offset for unsigned integers TTYPE37 = 'BPWHKB13INPUTI' / PW HK Pkt; Block 13 Input Current for DC-DC ConTFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL37 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT37 = 'A ' / physical unit of field TTYPE38 = 'BPWHKB1325GND' / PW HK Pkt; Block 13 Voltage on 2.5 Ground ReturTFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 32768 / offset for unsigned integers TTYPE39 = 'BPWHKB13P25VLT' / PW HK Pkt; Block 13 +2.5 Voltage TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL39 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT39 = 'V ' / physical unit of field TTYPE40 = 'BPWHKB13M25VLT' / PW HK Pkt; Block 13 -2.5 Voltage TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL40 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT40 = 'V ' / physical unit of field TTYPE41 = 'BPWHKB13P35VLT' / PW HK Pkt; Block 13 +3.5 Voltage TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL41 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT41 = 'V ' / physical unit of field TTYPE42 = 'BPWHKB13M35VLT' / PW HK Pkt; Block 13 -3.5 Voltage TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL42 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT42 = 'V ' / physical unit of field TTYPE43 = 'BPWHKB13P50VLT' / PW HK Pkt; Block 13 +5.0 Digital Voltage TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL43 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT43 = 'V ' / physical unit of field TTYPE44 = 'BPWHKB13P75VLT' / PW HK Pkt; Block 13 +7.5 Voltage TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL44 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT44 = 'V ' / physical unit of field TTYPE45 = 'BPWHKB13M75VLT' / PW HK Pkt; Block 13 -7.5 Voltage TFORM45 = '1I ' / data format of field: 2-byte INTEGER TZERO45 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL45 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT45 = 'V ' / physical unit of field TTYPE46 = 'BPWHKB13CVTTEMP' / PW HK Pkt; Block 13 DC-DC Converter Module TempTFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL46 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT46 = 'Celsius ' / physical unit of field TTYPE47 = 'BPWHKB13TEMP' / PW HK Pkt; Block 13 Temperature TFORM47 = '1I ' / data format of field: 2-byte INTEGER TZERO47 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL47 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT47 = 'Celsius ' / physical unit of field TTYPE48 = 'BPWHKLHPB3TEMP' / PW HK Pkt; LHP 1 (-Y) Condenser Temperature, -XTFORM48 = '1I ' / data format of field: 2-byte INTEGER TZERO48 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL48 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT48 = 'Celsius ' / physical unit of field TTYPE49 = 'BPWHKTSREARTEMP' / PW HK Pkt; Rear Tagged Source Temperature TFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL49 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT49 = 'Celsius ' / physical unit of field TTYPE50 = 'BPWHKIPRED1TEMP' / PW HK Pkt; IP Redundant LVPC TFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 32768 / offset for unsigned integers TTYPE51 = 'BPWHKB14PRITEMP' / PW HK Pkt; Block 14 SetPointTemp Primary HeaterTFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = 32768 / offset for unsigned integers TTYPE52 = 'BPWHKB14SECTEMP' / PW HK Pkt; Block 14 SetPointTemp 2ndary Heater TFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 32768 / offset for unsigned integers TTYPE53 = 'BPWHKB14SPARE0' / PW HK Pkt; Block 14 Spare 0 TFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 32768 / offset for unsigned integers TTYPE54 = 'BPWHKB14SPARE1' / PW HK Pkt; Block 14 Spare 1 TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BPWHKB14INPUTI' / PW HK Pkt; Block 14 Input Current for DC-DC ConTFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL55 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT55 = 'A ' / physical unit of field TTYPE56 = 'BPWHKB1425GND' / PW HK Pkt; Block 14 Voltage on 2.5 Ground ReturTFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 32768 / offset for unsigned integers TTYPE57 = 'BPWHKB14P25VLT' / PW HK Pkt; Block 14 +2.5 Voltage TFORM57 = '1I ' / data format of field: 2-byte INTEGER TZERO57 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL57 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT57 = 'V ' / physical unit of field TTYPE58 = 'BPWHKB14M25VLT' / PW HK Pkt; Block 14 -2.5 Voltage TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL58 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT58 = 'V ' / physical unit of field TTYPE59 = 'BPWHKB14P35VLT' / PW HK Pkt; Block 14 +3.5 Voltage TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL59 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT59 = 'V ' / physical unit of field TTYPE60 = 'BPWHKB14M35VLT' / PW HK Pkt; Block 14 -3.5 Voltage TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL60 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT60 = 'V ' / physical unit of field TTYPE61 = 'BPWHKB14P50VLT' / PW HK Pkt; Block 14 +5.0 Digital Voltage TFORM61 = '1I ' / data format of field: 2-byte INTEGER TZERO61 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL61 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT61 = 'V ' / physical unit of field TTYPE62 = 'BPWHKB14P75VLT' / PW HK Pkt; Block 14 +7.5 Voltage TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL62 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT62 = 'V ' / physical unit of field TTYPE63 = 'BPWHKB14M75VLT' / PW HK Pkt; Block 14 -7.5 Voltage TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL63 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT63 = 'V ' / physical unit of field TTYPE64 = 'BPWHKB14CVTTEMP' / PW HK Pkt; Block 14 DC-DC Converter Module TempTFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL64 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT64 = 'Celsius ' / physical unit of field TTYPE65 = 'BPWHKB14TEMP' / PW HK Pkt; Block 14 Temperature TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL65 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT65 = 'Celsius ' / physical unit of field TTYPE66 = 'BPWHKLHPB4TEMP' / PW HK Pkt; LHP 1 (-Y) Condenser Temperature, +XTFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL66 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT66 = 'Celsius ' / physical unit of field TTYPE67 = 'BPWHKSPARE14TMP' / PW HK Pkt; Block 14 Spare Temperature TFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL67 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT67 = 'Celsius ' / physical unit of field TTYPE68 = 'BPWHKIPRED2TEMP' / PW HK Pkt; IP Redundant MIC Board Temperature TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 32768 / offset for unsigned integers TTYPE69 = 'BPWHKB15PRITEMP' / PW HK Pkt; Block 15 SetPointTemp Primary HeaterTFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'BPWHKB15SECTEMP' / PW HK Pkt; Block 15 SetPointTemp 2ndary Heater TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 32768 / offset for unsigned integers TTYPE71 = 'BPWHKB15SPARE0' / PW HK Pkt; Block 15 Spare 0 TFORM71 = '1I ' / data format of field: 2-byte INTEGER TZERO71 = 32768 / offset for unsigned integers TTYPE72 = 'BPWHKB15SPARE1' / PW HK Pkt; Block 15 Spare 1 TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 32768 / offset for unsigned integers TTYPE73 = 'BPWHKB15INPUTI' / PW HK Pkt; Block 15 Input Current for DC-DC ConTFORM73 = '1I ' / data format of field: 2-byte INTEGER TZERO73 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL73 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT73 = 'A ' / physical unit of field TTYPE74 = 'BPWHKB1525GND' / PW HK Pkt; Block 15 Voltage on 2.5 Ground ReturTFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 32768 / offset for unsigned integers TTYPE75 = 'BPWHKB15P25VLT' / PW HK Pkt; Block 15 +2.5 Voltage TFORM75 = '1I ' / data format of field: 2-byte INTEGER TZERO75 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL75 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT75 = 'V ' / physical unit of field TTYPE76 = 'BPWHKB15M25VLT' / PW HK Pkt; Block 15 -2.5 Voltage TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL76 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT76 = 'V ' / physical unit of field TTYPE77 = 'BPWHKB15P35VLT' / PW HK Pkt; Block 15 +3.5 Voltage TFORM77 = '1I ' / data format of field: 2-byte INTEGER TZERO77 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL77 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT77 = 'V ' / physical unit of field TTYPE78 = 'BPWHKB15M35VLT' / PW HK Pkt; Block 15 -3.5 Voltage TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL78 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT78 = 'V ' / physical unit of field TTYPE79 = 'BPWHKB15P50VLT' / PW HK Pkt; Block 15 +5.0 Digital Voltage TFORM79 = '1I ' / data format of field: 2-byte INTEGER TZERO79 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL79 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT79 = 'V ' / physical unit of field TTYPE80 = 'BPWHKB15P75VLT' / PW HK Pkt; Block 15 +7.5 Voltage TFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL80 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT80 = 'V ' / physical unit of field TTYPE81 = 'BPWHKB15M75VLT' / PW HK Pkt; Block 15 -7.5 Voltage TFORM81 = '1I ' / data format of field: 2-byte INTEGER TZERO81 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL81 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT81 = 'V ' / physical unit of field TTYPE82 = 'BPWHKB15CVTTEMP' / PW HK Pkt; Block 15 DC-DC Converter Module TempTFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL82 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT82 = 'Celsius ' / physical unit of field TTYPE83 = 'BPWHKB15TEMP' / PW HK Pkt; Block 15 Temperature TFORM83 = '1I ' / data format of field: 2-byte INTEGER TZERO83 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL83 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT83 = 'Celsius ' / physical unit of field TTYPE84 = 'BPWHKLHPB5TEMP' / PW HK Pkt; LHP 1 (-Y) LiqLine @ CC Inlet TemperTFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL84 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT84 = 'Celsius ' / physical unit of field TTYPE85 = 'BPWHKSPARE15TMP' / PW HK Pkt; Block 15 Spare Temperature TFORM85 = '1I ' / data format of field: 2-byte INTEGER TZERO85 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL85 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT85 = 'Celsius ' / physical unit of field TTYPE86 = 'BPWHKIPRED3TEMP' / PW HK Pkt; IP Redundant DSP Board Temperature TFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 32768 / offset for unsigned integers TTYPE87 = 'BPWHKADCXSUM' / PW HK Power Box Packet CheckSum, not CCSDS XSumTFORM87 = '1B ' / data format of field: BYTE EXTNAME = 'hk142x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 392981417.94564 TSTOP = 393012787.95382 DATE-OBS= '2013-06-15T09:30:14' DATE-END= '2013-06-15T18:13:04' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31370.0081799626 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 322 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:57' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '5afqAUdn6adnAUdn' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '3604038378' / data unit checksum updated 2013-06-25T08:41:57 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: sw00558271000b142x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:06 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude 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"Gč)/%P(/َ %W/5؎ / AlK׎ +gۂ0"Hč)0$&Q'1ێ%„􀥅V1܎ 0̀Aliٍ(c߂.!GǍ)0獏!R„ߍ'0ێ$ÄT0$֎ 0ˆAl·@(e̓ق.#w"FʼnǍ)/獎 Oݍ&0 ڎ"􀥅S0"܎,ˆ]AlΥNَ*dЃ߂/#GǍ(0 덏"OÄٍ&0ڎ$„倥R0 ܎/‡Al)că܂. x%Dɍ(/荔$L؍'/܎$„ԀQ/Nߎ/ˆKRAl.)b܂.#Bɍ'/%񍍍#L„|Ս&/܎%„̀P/'ڎ 1ÈAlπӎ )aׂ."Dɍ'/퍓%L„rЍ%0܎$„ƀN0>ߎ.Al䏀׎'`~ӂ.z"B̍(/$Koύ&/Վ #ȀM/ ֎ -ˆeAl;bӎ )ayԂ/#Bˍ'/'썓%J„q͍%0ݎ$„ЀK/"/ XAlYȀÎ'_r΂.8ߎ v"A͍'/獒"J„uʍ%/܎"ӀK//ގ-ဥAlw33Ž(`m҂/ގ v!@͍'08卑 I„zǍ&0ێ#рJ13ݎ.Alϕekӎ )^ǃg˂.">͍'/#썒%Grč&1܎$ɀI0B܎ /‡񀥅Alϳ񟀀Ў ']Ƀ`Ђ.,#>Ѝ&0퍓%Fd%0 ڎ %G0=ڎ .ˆAlێ +_Ƅh/&Fٍ./׀&M-0$ 0/ˆGǜAl-ݎ +`ʄe/F%G‰֍.0󍎍'M…-0-ݎ % †01ˆ ֍%J„Uҍ%2'ÄJ1/ 1ˆOAlȀӎ*__ʂ.#A'/퍓%I„\ύ%/ێ$I0/ߎ/ҀAlƀҎ ,_ZЂ.&%?%/1&Hgҍ%/ގ&G0'.TWAlZَ -\̓Sʂ/'<ʼn'1')G„dӍ%1ێ (F1:܎ 1ÈFAl3-*[˃MՂ.)򍌍%<%0&H„UӍ$0֎%ÄE0/ێ/ˆ ~qXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 200 / width of table in bytes NAXIS2 = 20 / 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 = 392982183.26058 TSTOP = 393012066.16778 DATE-OBS= '2013-06-15T09:43:00' DATE-END= '2013-06-15T18:01:03' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6767000000000 / [s] UTCF at TSTART TELAPSE = 29882.9071999788 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 323 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:57' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '9XPSHUMQ9UMQEUMQ' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '1168148079' / data unit checksum updated 2013-06-25T08:41:57 HISTORY TASK: FAPPND on FILENAME: sw00558271000b143x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:07 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END AlnB_B@   DDDDDDDDDDDDDDDDAlnxB@   DDDDDDDDDDDDDDDDAln*ĀB@   DDDDDDDDDDDDDDDDAlobORB@   <DDDDDDDDDDDDDDDDAlo~xB@   S(4DDDDDDDDDDDDDDDDAl9B@  tjDDDDDDDDDDDDDDDDDAlB@  tw/LhDDDDDDDDDDDDDDDDAlO*RB@  H 'XCDDDDDDDDDDDDDDDDAlqAhsB@  \^DDDDDDDDDDDDDDDDAl,B@  | 䃵DDDDDDDDDDDDDDDDAl*ĀB@  |dRDDDDDDDDDDDDDDDDAl B@   C7DDDDDDDDDDDDDDDDAlCdB@   飠%DDDDDDDDDDDDDDDDAl*ﳀB@   鄬zDDDDDDDDDDDDDDDDAl~9B@   r>DDDDDDDDDDDDDDDDAlƏ}B@   w@XDDDDDDDDDDDDDDDDAl*B@  :rDDDDDDDDDDDDDDDDAl;B@  h G`*DDDDDDDDDDDDDDDDAl,3rB@  hDDDDDDDDDDDDDDDDAlb*B@  \ p\DDDDDDDDDDDDDDDDXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 192 / width of table in bytes NAXIS2 = 20 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 98 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BDICMDBLSNCURTR' / m_currTrigger TFORM2 = '1J ' / data format of field: 4-byte INTEGER TZERO2 = 2147483648 / offset for unsigned integers TTYPE3 = 'BDICMDBLSSZPROC' / m_processChunkSize TFORM3 = '1J ' / data format of field: 4-byte INTEGER TZERO3 = 2147483648 / offset for unsigned integers TTYPE4 = 'BDICMDBLSMARKCL' / m_markClockTime TFORM4 = '1J ' / data format of field: 4-byte INTEGER TTYPE5 = 'BDICMDBLSMARKDT' / m_markDataTime TFORM5 = '1J ' / data format of field: 4-byte INTEGER TTYPE6 = 'BDICMDBLSGTSDUR' / m_grbTriggerSuppressDur TFORM6 = '1I ' / data format of field: 2-byte INTEGER TUNIT6 = 's ' / physical unit of field TTYPE7 = 'BDICMDBLSSURDUR' / m_nomSurveyCycleDur TFORM7 = '1I ' / data format of field: 2-byte INTEGER TUNIT7 = 's ' / physical unit of field TTYPE8 = 'BDICMDBLSAM2DUR' / m_nomAm241AccumDur TFORM8 = '1I ' / data format of field: 2-byte INTEGER TUNIT8 = 's ' / physical unit of field TTYPE9 = 'BDICMDBLSSTGDUR' / m_imTrigShortDur TFORM9 = '1I ' / data format of field: 2-byte INTEGER TUNIT9 = 's ' / physical unit of field TTYPE10 = 'BDICMDBLSLTGDUR' / m_imTrigLongDur TFORM10 = '1I ' / data format of field: 2-byte INTEGER TUNIT10 = 's ' / physical unit of field TTYPE11 = 'BDICMDBLSTGELOW' / m_imTrigELow TFORM11 = '1I ' / data format of field: 2-byte INTEGER TTYPE12 = 'BDICMDBLSTGEHIG' / m_imTrigEHigh TFORM12 = '1I ' / data format of field: 2-byte INTEGER TTYPE13 = 'BDICMDBLSMACTBL' / m_activeBlocks TFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 32768 / offset for unsigned integers TTYPE14 = 'BDICMDBLSFFAKTS' / m_fakeTimestamp TFORM14 = '1B ' / data format of field: BYTE TTYPE15 = 'BDICMDBLSINVALD' / m_fInvalid TFORM15 = '1B ' / data format of field: BYTE TTYPE16 = 'BDICMDBLSFALTDR' / m_fAlertTDRSS TFORM16 = '1B ' / data format of field: BYTE TTYPE17 = 'BDICMDBLSFBINCH' / m_binsChanged TFORM17 = '1B ' / data format of field: BYTE TTYPE18 = 'BDICMDBLSFTBNCH' / m_tagBinsChanged TFORM18 = '1B ' / data format of field: BYTE TTYPE19 = 'BDICMDBLSTRIGEN' / m_trigEnabled TFORM19 = '1B ' / data format of field: BYTE TTYPE20 = 'BDICMDBLSCANVET' / m_fCancelVeto TFORM20 = '1B ' / data format of field: BYTE TTYPE21 = 'BDICMDBLSTRGDMP' / m_trigDump TFORM21 = '1B ' / data format of field: BYTE TTYPE22 = 'BDICMDBLSBRIMTH' / m_brImmediateThreshold TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 32768 / offset for unsigned integers TTYPE23 = 'BDICMDBLSBRPAUS' / m_brPausetime TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 32768 / offset for unsigned integers TTYPE24 = 'BDICMDBLSVERBOS' / m_verbosity TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 32768 / offset for unsigned integers TTYPE25 = 'BDICMDBLSNENARR' / m_n_enarrow_used TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 32768 / offset for unsigned integers TTYPE26 = 'BDICMDBLSNAM241' / m_n_etagbins_used TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 32768 / offset for unsigned integers TTYPE27 = 'BDICMDBLSQAMSPC' / m_priAmSpect TFORM27 = '1B ' / data format of field: BYTE TTYPE28 = 'BDICMDBLSQSURVY' / m_priSurvey TFORM28 = '1B ' / data format of field: BYTE TTYPE29 = 'BDICMDBLSQAMACC' / m_priAmSurvey TFORM29 = '1B ' / data format of field: BYTE TTYPE30 = 'BDICMDBLSQGAINO' / m_priGainOff TFORM30 = '1B ' / data format of field: BYTE TTYPE31 = 'BDICMDBLSQCALRN' / m_priCalRun TFORM31 = '1B ' / data format of field: BYTE TTYPE32 = 'BDICMDBLSQMASKW' / m_priMaskWeights TFORM32 = '1B ' / data format of field: BYTE TTYPE33 = 'BDICMDBLSQPARAM' / m_priParameters TFORM33 = '1B ' / data format of field: BYTE TTYPE34 = 'BDICMDBLSQDAPHK' / m_priDAPhk TFORM34 = '1B ' / data format of field: BYTE TTYPE35 = 'BDICMDBLSQACSDP' / m_priACS TFORM35 = '1B ' / data format of field: BYTE TTYPE36 = 'BDICMDBLSQPULSR' / m_priPulsar TFORM36 = '1B ' / data format of field: BYTE TTYPE37 = 'BDICMDBLSARAT64' / m_rate_64msQuad_AID TFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 32768 / offset for unsigned integers TTYPE38 = 'BDICMDBLSARMTAG' / m_rate_mtag_AID TFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 32768 / offset for unsigned integers TTYPE39 = 'BDICMDBLSARFMAX' / m_rate_fastmax_AID TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 32768 / offset for unsigned integers TTYPE40 = 'BDICMDBLSAPARAM' / m_parameter_tm_AID TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 32768 / offset for unsigned integers TTYPE41 = 'BDICMDBLSATRIGS' / m_trigger_status_AID TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = 32768 / offset for unsigned integers TTYPE42 = 'BDICMDBLSDIDLAY' / m_DIDelay TFORM42 = '1B ' / data format of field: BYTE TTYPE43 = 'BDICMDBLSDUMPDL' / m_dumpDelay TFORM43 = '1B ' / data format of field: BYTE TTYPE44 = 'BDICMDBLSIGNFLG' / m_ignoreEventFlags TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 32768 / offset for unsigned integers TTYPE45 = 'BDICMDBLSTSTALE' / m_dumpStaleLimit TFORM45 = '1I ' / data format of field: 2-byte INTEGER TTYPE46 = 'BDICMDBLSNHOTLM' / m_hotLimit TFORM46 = '1I ' / data format of field: 2-byte INTEGER TTYPE47 = 'BDICMDBLSNHOTKL' / m_nHotKill TFORM47 = '1I ' / data format of field: 2-byte INTEGER TTYPE48 = 'BDICMDBLSNLTCHL' / m_latchLimit TFORM48 = '1I ' / data format of field: 2-byte INTEGER TTYPE49 = 'BDICMDBLSNMXLAG' / m_maxLag TFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = 32768 / offset for unsigned integers TTYPE50 = 'BDICMDBLSNTHSAA' / m_saaThreshold TFORM50 = '1J ' / data format of field: 4-byte INTEGER TTYPE51 = 'BDICMDBLSMTFOVR' / m_maskTagFOVRadius TFORM51 = '1J ' / data format of field: 4-byte INTEGER TTYPE52 = 'BDICMDBLSMTFOVE' / m_maskTagFOVEllipticity TFORM52 = '1J ' / data format of field: 4-byte INTEGER TTYPE53 = 'BDICMDBLSNCAOFF' / m_caOffValue TFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 32768 / offset for unsigned integers TTYPE54 = 'BDICMDBLSNCAGAN' / m_caGainValue TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BDICMDBLSNCAPER' / m_caPeriod TFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 32768 / offset for unsigned integers TTYPE56 = 'BDICMDBLSNCADWL' / m_caDwellCount TFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 32768 / offset for unsigned integers TTYPE57 = 'BDICMDBLSNCAOFI' / m_caOffInterval TFORM57 = '1I ' / data format of field: 2-byte INTEGER TTYPE58 = 'BDICMDBLSNCAGNI' / m_caGainInterval TFORM58 = '1I ' / data format of field: 2-byte INTEGER TTYPE59 = 'BDICMDBLSFCAOSL' / m_cafOffOnSlew TFORM59 = '1B ' / data format of field: BYTE TTYPE60 = 'BDICMDBLSFCAGSL' / m_cafGainOnSlew TFORM60 = '1B ' / data format of field: BYTE TTYPE61 = 'BDICMDBLSFCAOSU' / m_cafOffOnSurvey TFORM61 = '1B ' / data format of field: BYTE TTYPE62 = 'BDICMDBLSFCAGSU' / m_cafGainOnSurvey TFORM62 = '1B ' / data format of field: BYTE TTYPE63 = 'BDICMDBLSFDMPAG' / m_fDumpAutoGainOffAcc TFORM63 = '1B ' / data format of field: BYTE TTYPE64 = 'undocumented1' / Byte field not in ITOS database TFORM64 = '1B ' / data format of field: BYTE TTYPE65 = 'BDICMDBLSNCAWIN' / m_caWindow TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 32768 / offset for unsigned integers TTYPE66 = 'BDICMDBLSTHCERT' / m_threshCertain TFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 32768 / offset for unsigned integers TTYPE67 = 'BDICMDBLSTHPOSS' / m_threshPossible TFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 32768 / offset for unsigned integers TTYPE68 = 'BDICMDBLSTHSHRT' / m_threshShortImage TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 32768 / offset for unsigned integers TTYPE69 = 'BDICMDBLSTHLONG' / m_threshLongImage TFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'BDICMDBLSDSNSHO' / m_desensShort TFORM70 = '1I ' / data format of field: 2-byte INTEGER TTYPE71 = 'BDICMDBLSDSNLON' / m_desensLong TFORM71 = '1I ' / data format of field: 2-byte INTEGER TTYPE72 = 'BDICMDBLSNUMTRG' / m_numtrig TFORM72 = '1I ' / data format of field: 2-byte INTEGER TTYPE73 = 'BDICMDBLSNCPUOF' / m_ntrig_cpuoff_percheck TFORM73 = '1I ' / data format of field: 2-byte INTEGER TTYPE74 = 'BDICMDBLSMINVAR' / m_all_trigger_minvar TFORM74 = '1I ' / data format of field: 2-byte INTEGER TTYPE75 = 'BDICMDBLSSYSNSE' / m_all_trigger_sysnoise TFORM75 = '1I ' / data format of field: 2-byte INTEGER TTYPE76 = 'BDICMDBLSSHPRBK' / m_backgrd_before_short TFORM76 = '1I ' / data format of field: 2-byte INTEGER TTYPE77 = 'BDICMDBLSSHBDUR' / m_duration_shortback TFORM77 = '1I ' / data format of field: 2-byte INTEGER TUNIT77 = 's ' / physical unit of field TTYPE78 = 'BDICMDBLSCPUGOL' / m_ditg_cpuusage_goal TFORM78 = '1I ' / data format of field: 2-byte INTEGER TTYPE79 = 'BDICMDBLSDCYCHK' / m_check_for_decay_threshold TFORM79 = '1I ' / data format of field: 2-byte INTEGER TTYPE80 = 'BDICMDBLSSHSMTG' / m_short_time_as_same_id TFORM80 = '1I ' / data format of field: 2-byte INTEGER TTYPE81 = 'BDICMDBLSSHAFTR' / m_short_afterburners_enabled TFORM81 = '1B ' / data format of field: BYTE TTYPE82 = 'BDICMDBLSLNAFTR' / m_long_afterburners_enabled TFORM82 = '1B ' / data format of field: BYTE TTYPE83 = 'BDICMDBLSABJUMP' / m_afterburners_jumpstart TFORM83 = '1I ' / data format of field: 2-byte INTEGER TTYPE84 = 'BDICMDBLSMTGOFF' / m_masktag_dc_offset TFORM84 = '1I ' / data format of field: 2-byte INTEGER TTYPE85 = 'BDICMDBLSSLPCPU' / m_sleep_per_cpu_excess TFORM85 = '1I ' / data format of field: 2-byte INTEGER TTYPE86 = 'BDICMDBLSFFOMIM' / m_FOM_from_image TFORM86 = '1B ' / data format of field: BYTE TTYPE87 = 'BDICMDBLSFSETTL' / m_fWaitForSettle TFORM87 = '1B ' / data format of field: BYTE TTYPE88 = 'BDICMDBLSTHPROJ' / m_threshBackproject TFORM88 = '1I ' / data format of field: 2-byte INTEGER TTYPE89 = 'BDICMDBLSFOVEXT' / m_FOVExtension TFORM89 = '1I ' / data format of field: 2-byte INTEGER TTYPE90 = 'BDICMDBLSDOBACK' / m_fDoBackgroundSub TFORM90 = '1B ' / data format of field: BYTE TTYPE91 = 'BDICMDBLSHOTCNT' / m_imageHotCount TFORM91 = '1B ' / data format of field: BYTE TTYPE92 = 'BDICMDBLSHOTSIG' / m_imageHotSigma TFORM92 = '1I ' / data format of field: 2-byte INTEGER TTYPE93 = 'BDICMDBLSCATTOL' / m_cattol TFORM93 = '1I ' / data format of field: 2-byte INTEGER TTYPE94 = 'undocumented2' / Byte field not in ITOS database TFORM94 = '1I ' / data format of field: 2-byte INTEGER TZERO94 = 32768 / offset for unsigned integers TTYPE95 = 'BDICMDBLSNEGTRG' / m_negtrg TFORM95 = '1J ' / data format of field: 4-byte INTEGER TTYPE96 = 'BDICMDBLSSUNMON' / m_sunmon TFORM96 = '1J ' / data format of field: 4-byte INTEGER TTYPE97 = 'BDICMDBLSINTTHR' / m_intthr TFORM97 = '1J ' / data format of field: 4-byte INTEGER TTYPE98 = 'BDICMDBLSSPARE8' / m_spare8 TFORM98 = '1J ' / data format of field: 4-byte INTEGER EXTNAME = 'hk154x001' HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'ARRAY ' / Time order data HDUCLAS2= 'TOTAL ' / Housekeeping TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 0.00074287037 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit for timimg header keywords TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 392995414.16792 TSTOP = 393012032.09264 DATE-OBS= '2013-06-15T13:23:31' DATE-END= '2013-06-15T18:00:29' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6773000000000 / [s] UTCF at TSTART TELAPSE = 16617.9247199893 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 340 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:57' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'GDejJ9chGCchG9ch' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '967903470' / data unit checksum updated 2013-06-25T08:41:57 HISTORY TASK: FAPPND on FILENAME: sw00558271000b154x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:07 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END AlV*΀Ȁ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAlW//Ȁ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAlqހȀ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAlߖ,cӀ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAlߗ.Ӏ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAlJӀ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAlԀ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAl@%'Ԁ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAl=Հ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAlՀ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAliՀ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAl@߀Հ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAl"Հ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAlՀ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAl(Հ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAl@Հ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAlGՀ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAl"Հ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAlՀ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hAl@AՀ'k#k#,@@ǀddPPQTS Pu0|Ѐd:dKdЀ hXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 120 / width of table in bytes NAXIS2 = 12 / 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 = 392981406.33894 TSTOP = 393011135.78284 DATE-OBS= '2013-06-15T09:30:03' DATE-END= '2013-06-15T17:45:32' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 29729.4438999891 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 352 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:57' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'GpAdIn8ZGnAbGn7Z' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '1682922900' / data unit checksum updated 2013-06-25T08:41:57 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: sw00558271000b160x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:07 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END AlkV?=Aln4K?=Aln+?=Alob#o~?=Alo?=Al ?=Al?=Al)?=Al|?=AlvC?=AlݚM+?=Al߿h4?=XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 188 / width of table in bytes NAXIS2 = 12 / 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 = 392981406.33972 TSTOP = 393011135.7836 DATE-OBS= '2013-06-15T09:30:03' DATE-END= '2013-06-15T17:45:32' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 29729.443879962 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 353 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:57' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'ZoobeombZombdomb' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '2471070848' / data unit checksum updated 2013-06-25T08:41:57 HISTORY TASK: FAPPND on FILENAME: sw00558271000b161x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:07 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END AlkVDU(+Cs5Bt?;ěAp?Aln5iDU(+Cs5Bt?;ěAp?AlnDT(+Cs5Bt?;ěAp?Alob#MDT(+Cs5Bt?;ěAp?Alo>DT(+Cs5Bt?;ěAp?AlDS(+Cs5Bt?;ěAp?AlDR(+Cs5Bt?;ěAp?Al)DM(+Cs5Bt?;ěAp?AlKDC(+Cs5Bt?;ěAp?Alv|D<(+Cs5Bt?;ěAp?AlݚID7(+Cs5Bt?;ěAp?Al߿ȚD6(+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 = 481 / 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 = 392981415.09462 TSTOP = 393012785.0947 DATE-OBS= '2013-06-15T09:30:12' DATE-END= '2013-06-15T18:13:02' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31370.0000799894 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 369 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:58' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'I1HeI09eI0GeI09e' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '1644130254' / data unit checksum updated 2013-06-25T08:41:58 HISTORY TASK: FAPPND on FILENAME: sw00558271000b171x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:07 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END Alk9ˉl P v D u K K _ j u b S ~ M̌w|t py r }~gn d  ڏ     Alk7ˉn P t E s I K _ j t a S } LΌv|s ox s }~g m d   ُ    Alk5ˉn Q u G s H L a i u a P ~ MΌw|t nx r }fm e   ڀ    All6eˉm Q u F s I L a i u a S } N͌x|t ox  s }g md    ڀ   All:Tˉn Q v E s H L _ i u a R } LΌx|tox r }g m c    ـ    All=7ˉo R v G u J L _ l t a T } Kόxzt oy r |~g m c   ڎ     All[:Tˉm Q v F r K M _ k v b T } M͌w|t ox s }g m c    ڀ    Ally<ˉm P w F t J K ^ k s a Q M͌x|t oy s |gn d  َ    All9ˉm P u G u J L ^ i v a S ~ L͌w{t py s }gn c  ؏     All:Tˉo R u D r I K ` i v _ S } Kόx{s nx  s }g m d  ڀ     All;ˉo Q u G s H L ` i t b R } Nόx{t nx s |g mc   ڀ   All:Tˉn Q w G u I M a l u a T ~ NΌxzt nx  r }glc    ٍ     Alm6eˉk O t E r I L ` i s ` R } Mˌw{s oy  r |g m e  ـ    Alm-;ˉl P v F u J L ^ j v ` Q  M̌w{s ox s }~gn e  ڎ    AlmK9ˉn Q w F s I M _ j v a S } NΌw|s oy s }~g md  ۏ   Almi6eˉo Q v E q J L ` k u a S  Mόw{s py  s }gn e   ڏ     Alm7ˉn Q v F t J M ` i w ` Q ~ LΌv|s ox s }gn e   ۀ    Alm:Tˉm Q u G t I L ` k u b Q ~ N͌w{tpy r }gnd  ُ    Alm7ˉl O t F u I M ` j s a Q  Ľw|s oy s |gn d  ڎ    Alm<ˉn Q u G q I L a l v a R  MΌw{s nx s }gn d   ڀ     Alm<ˉo R u G t I N a l s a Q  Mόxzt ny r |~gn c   ُ      Aln9ˉm Q w F t I M ` j w a W } L͌x{t ny  r }g m c   ڎ   Aln;6eˉn Q v F u H M _ j t b T ~ MΌx{t ny r {~hn d  ڏ    AlnY?ˉo Q w D s H L ^ i t a S Lόx|t ox r |~hn c  ڀ     Alnw6eˉn P w F r I N ` i t b S ~ MΌx|t nx r |hl d  ڎ     Aln3ˉp P w E t J M _ j s b R Ox{t oy r |gnc  ۏ     Aln<ˉm R w F t H N ` j w b Q  M͌w{toys }~gn d  ڀ    Aln@ˉm P u F s H M ` j t a R ~ M͌wzt oy s |gn d   ڎ      Aln>Bˉo Q w F t I N ^ k t b P | Mόx|t ox r |g m d  ۏ     Alo h4ˉn P w G t I M _ i u a R  MΌw{u oy  s |gn c  ڎ     Alo+6eˉl P u H u I L _ j v _ S ~ M̌w{t ny s }gn e  ڎ   AloI7ˉo Q w G t I L a i v ` Q  Lόw|t ox  s }gn d    ۀ    Alog<ˉm Q w F r J K _ h v _ S ~ O͌w|t nx s}gmd    ڀ     Alo<ˉn O u F r G M ` i v b U | NΌx|t ox s }g md    ہ    Aloh4ˉm O t G t J M _ k u a S  L͌w|s ox r }~gn d   ڀ    Alo;ˉn Q v E t I L a k s c T  OΌx{t ox  r |gnd  ێ    Alo<ˉo Q v F u I M ` i v ` P ~ Mόx|s nx t }gn e  ܏    Alo7̉m R u E s K L ` j u a S  L͌w{t px r |gn e  ۀ     Alp;̉n R u D s I N ` j t a R ~ MΌw|t nx r }gm c   ڀ     Alp99̉n P v F t I M _ j t a Q  MΌwzt py  r |gn e   ܀     AlpW6ẻm Q w E t I M _ j s ` R L͌w{t ny r |gn d ܀     Alpu7̉n P v E s H M ` j u a S ~ MΌxzt nx r |gm d  ۍ    Alp;̉n O u F s H L a l u b Q NΌx{t ny r |~gnd  ڎ      Alp;̉p Q u E s I O ` j u a Q Mxzt oy s |~gn e   ێ     Alp9̉o O v F u I L _ l v b R Nόx{t py r }~hne  ܏     Alp>B̉m Q u G t H N _ i v a S  M͌w{t nxt }gn e  ܏      Alq 6ẻo R w F s I N _ k s b Q  Mόwzt nx s |hn d    ۀ     Alq)9̉o Q w F t I O _ i u c Q Mόx{t ox s |hm d  ۍ    AlqG:T̉l Q v E s H N a l t b Q M̌w|t nx t }gn d  ہ     Alqe6ẻn P u G o I N ` j t a S } OΌw|t oy s |g me   ێ   Alq?̉m O w F t I N _ k u c R ~ N͌w{t oy s |gnc ܎     Alq>B̉n Q u E s H O _ j v b R } OΌw{t oxs |g me    ۀ     Alq6ẻn Q w F t I O a l v a U ~ NΌx{t oy s }hmd  ێ    Alq6ẻn P u E r J O ` i v b S ~ OΌw{s nx t }hmd   ۀ    Alq;̉o Q u F r I O _ i t c T ~ Mόw|s nx t }gm e   ہ    Alr7̉n Q v E s I N _ i t c U  NΌx{t nx s |~hnc   ۏ     Alr7>B̉n O u E s I N ` k v c T ~ LΌw{t oy s }gn d   ڏ     AlrU`Wˉn P u F s J O a k t c R ~ NΌx{s oy s |hnd    ܏     Alrs6eˉm P v E q I O ` l t d U ~ N͌wztox s |hmc    ܏    Alr?ˉo P v F t H O a j t c U  Pόx{t nys |hnd    ڏ      Alr6eˉm O w G s I N _ k v c T O͌wzt oy t }~hne   ܎      Alr<ˉn P u G s I O ` k u b S ~ OΌv{s ox t |hmd   ܁     Alr>Bˉo P w E s H O a k t b R Oόx{t ny t |hmd     ۍ     Als 9ˉm R t G r K P ` k v a T  O͌w|s nx t }hmd    ۀ    Als'7ˉl O t F t I N ` j u a T  Ňw|s oy t |gme   ܎      AlsE>Bˉo Q v E t J Q ` j u c S } Oόx|tnx t |~h me  ۏ    AlscLˉo Q u E t J P b i v d S ~ Oόx{t ny t }hme  ܀     Als;̉o P w E t I O b k t c T  Mόxzt nx t |hn d    ܁     Als7̉m P u F r J O a j v c Q  O͌w{tox t }gnd   ۀ   Als;̉o P v D t H P a l u c U Nόxztoys |hnc    ێ     Als7̉o P u F t I P a l w b S ~ Oόw|t nx s }gme    ܁     Als2v̉n R t F r J O _ k v c S  NΌw|t ow t }gmd    ܁     Alt<̉o Q v G t H P ` l t b U Nόx{t nxs |~hmd  ܀    Alt55̉n P v E s I O b k u c T  OΌx{t oy t |hmd   ۏ    AltS>B̉n R u F t G M _ l t b R NΌx{t oy u |gne   ܏     Altq7̉n Q x E s I O a l t a T  NΌx|t nx s |hnd  ۏ    Alt9̉o P s F s H O b j u c T  Oόx{t ox t }gnd    ܁     Alt6ẻn P t G q I P ` k t c S ~ NΌw{t ox s |gme    ܀     Alt;̉o P v E t J O ` j s d T  Oόx{t nx t |~hmd    ܀     Alt>B̉o Q u F s K P a k v c Q  Pόx|t nx t }gne    ۀ     Alu6ẻm R u E u I O ` k w c S O͌w{t oy s |~hne  ܁     Alu%j̉m Q u E u J Q a l u c U P͌w{t oy s |hod    ۏ     AluC6ẻj K p A m F J Z f q \ O y Iʌq tmgr }x l u ya g ]  ׊  Alua<̉m P w F t I O b l v b T N͌w{t py t |hod   ۀ     Alu:T̉p P t G r K O b k u c T  Px{s nx t }hme   ܎    Alu:T̉n P w C s J P ` k v b R NΌwzt oy s |gnd  ۏ    Al<̉o R v G s H M _ k w a T ~ Lόx{t ny s }gn c ځ     Al<̉q Q w F s J N ` k v ` R ~ Nx|u ox s }gmc   ڀ    Al5@̉n Q v F t J O b i t b R } MΌw|t nw s }g m d    ځ   AlS:T̉n R x F s H O ` k x c T  NΌx|t nys }~gnc  ُ     Alq̉o Q w F s G M ` j t b S ~ Mόx{t ox  r |gm d  ڀ    Al;̉o S x F r G N ` k u a T ~ Lόw|t ox s }gm d  ڀ    Al_̉n P v E t J N _ j t b T ~ LΌw{spy r |~hn d  ۏ     Al3̉m Q t F s J N _ k v b R } M͌w|spx s |g m e   ڎ    Al;ˉm Q t F t I O a k v ` S M͌wzt py r }~gn d  ـ     Al:Tˉm R v E s H N ` j w b T ~ N͌x|t nxt }glc   ـ     Al%?ˉn Q v F u I N a h t c T ~ OΌw{toy r|hnc  ُ     AlC;ˉn R u F t J N ` i v a R LΌw|t px s }gn d   ڏ     Ala]ˉm O u F u H M a j u b T N͌w{t ny r |~gnc  ڏ    Al5ˉn Q v G s I N a k t c S } OΌx|t ox s }g md   ۏ     Al9ˉn Q x F t I O a i u b S  NΌw{u px r |gnc  ڏ    Al6eˉn P u F r J N _ k v ` R ~ NΌw|t oy s }gnd  ہ      Al<ˉo R v F t H O a j t a R  Mόxzt nys }gm d ـ    Al:Tˉn Q v D r I N ` i s c S ~ NΌx|t oy s |hmc  ڏ     Al7ˉo P u G t I N ` i t b R ~ Lόw{t ox s |gn e   ڏ     Al36eˉo P u F u J O ` k u b S  Lόw{t py t |gn d ڀ    AlQ>Bˉn Q u G s I M _ j u b S } OΌw|s ox s }g mc   ځ     Alo7ˉp Q v G s H M _ j v a S ~ Mw|s ox  t }gn e   ۀ     Al3ˉp P v H u I N _ k u a R  Mx{t oy s |gn e  ۀ    Alˉn Q w D t H N _ j v b S ~ LΌx{t pyt }hm e   ێ    Al;ˉl Q t G t H N ` k u ` R | Ňw{s oyt |g me  ۏ    Al6eˉo S w E r I N ` k v a S } Oόx{t nx r }~h md ڀ    Al>Bˉm P v G s I N a i v _ T } O͌x{t nx t }h md   ڎ    Al#ˉm P u F r I N ` j w c Q N͌w|t nx t }gnd  ڀ     AlA:T̉m Q v F r J N ` j v d S ~ O͌w|tox t }gmd    ُ     Al_:T̉n Q t G s I N ` k v ` S ~ LΌw|s nx t }gm d  ۀ     Al}7̉n O v G q H O a j v b U  OΌx|s pxt }hne    ܀    Al>B̉p Q v E s I O _ k t b R Nx{s py s |~gnd  ڎ      Al>B̉m Q u G t J O ` j u a R  N͌w{t py s }gne   ܏     Al7̉n Q u D t J O _ k u b S MΌw{t oy t }gn d  ڏ    Al5̉m O v E s I O a j u a S  N͌w|s nx t }gne  ܀      AlC̉m P v F s I N ` l t b S  N͌w{s py s |gmd   ۀ      Al19̉o R w E t H O a j u b S ~ Mόx|t nys |~hl d   ڎ      AlO6ẻo O v F s J M ` l w ` S ~ Mόx|t nx t }gm d    ܏     Alm;ˉo R v G t I N a k u a R Mόwzt ny s |gn e    ۀ      Al2vˉp Q w E s H O a l t c S ~ Mx{t nxs |hm d  ێ    Al;ˉn P t G r K N ` k t c R  NΌw|s ox t |hnd  ۀ     Al>Bˉn R w F t J N _ k v a S NΌxztpy s |~hne  ێ    Al3ˉn Q v E s I N a k u c Q  NΌw|u oy t |~gne     ܎      Al5ˉo R v F t I N a i u b S ~ Nόx{t ox t |hme  ܀      Al!<ˉm P v F s K P a k v a R N͌w{t oy s |gnd    ۂ    Al?;ˉp R w F s G N _ k v c T  Nx|t ox s |hmd    ۀ     Al]5ˉn O u F t I M a j w a R ~ OΌx|t ox t }gme   ہ      Al{<ˉn O u G s I O ` k v ` Q NΌw|s py t }gnd  ܏     Al7ˉn O w D s J M a j v b T  PΌv|u ox t }gmd  ہ     Al9ˉq Q x E s H O b j t c T  Ox{t oy s |gmd   ۏ   Al7ˉo Q u D u H O ` k v a R Mόw|t px s |gn e   ݏ     Al:Tˉn Q v G u J N a k w b R NΌw{s ox t }gnd   ܀      Al:Tˉn Q u G u H Q b j w ` T  MΌw{toys |~hm d  ڏ     Al/<ˉn R v F r I O b k u b T ~ PΌx{s nx s |gmd    ۏ     AlM7ˉo Q t F r J O _ i u a U Pόx|s nw t }hnd   ݀     Alk<ˉl P t E r J O a j u b T } Ňw{t ny s |g mc  ݀     Al>Bˉn O t F s I P _ j v b R  PΌx|t nx t }gmc    ۀ    Al5ˉl Q v F s K N ` j u b T  Ǒw{t ox s |hnd   ۀ     Al;ˉn N u F r J N a i w a Q MΌw{t ox t }gn e    ܏       Al6eˉm Q t G s J O ` j v a R  N͌w|soy t |gne    ݁     Al:Tˉm R v D t H O b l u b S ~ N͌wzs nys |~hmd ܏    Al>Bˉo R v E t H O b k u d S ~ Oόx{t ny s }~hme   ܁     Al=5ˉl Q v D q J O ` k w b R  Ǒw{s ox t }gme  ݏ      Al[<ˉn P t E t I Q b j w b T ~ MΌx{t oy s }~gm d ܏    Aly;ˉm Q x E u I M _ k u b S ~ N͌w|t py  s |~hne   ܁    Al6eˉm P w G r H P _ j v b S  N͌w{t oys }gme ݀    Al<ˉn P u G r H O b k w a Q NΌw|t oxt }gne     ܏    Al;ˉm Q u F s I P b i v d R O͌w|t nx t }gme   ܀     Al2vˉo P v F s G Q a k v b U ~ Nόx|s oxt }hme    ݀     Al<ˉm R u F t J O ` k u b T N͌w{t oy t |gne ܏     Al-5ˉo P v F t I P ` l t b S  Pόx{s py s |~gnd  ܏     AlK;ˉp Q v E s H O a m u b T  Ox{toxs }hnd   ۏ     Ali;ˉn P u F u I O _ k w a S OΌw{t ow u }gne   ۀ      Al<ˉo Q t E s I O ` j v a S Nόx{soy s }hne  ܏     Al3ˉo P v E u I P b l u b S Nόxzt oy t |hne    ܎     Al>Bˉo Q t E s J P ` j v a S Oόx{s oy s }hoe  ݏ      Al;ˉn P u G r J Q c k v c Q OΌw|s ny t }gme   ܁     Al;ˉo Q v F t J Q a j t b V Pόx{t ny s |hnc  ܀     Al5ˉo P u G q K P b j t b S ~ Pόx|t nx t |gme    ۀ       Aly?̉n O v E s J M ` k u _ S  NΌw|t oy  s |hnc ڏ    AlOL̉m R v G t J M ` j u ` T N͌w|s oy r }~gnd   ڏ   Al;̉o Q u G t I N b i u b U } Mόw|t ox r |h m e   ܏     Al:T̉n Q v F u I M a j s b S ~ NΌw{t py  s |~gnd  ۀ      Al:T̉o R v E t I L b j v c S ~ Mόx{t oy s |~hm d ڎ    Al<̉m P t G s K N _ j u ` S ~ N͌w{s py s |gne  ۀ      Al-:Tˉp Q v G t J L ` j u a R Mx{u oy r |hn d ڏ      AlK@ˉo Q x F u J M ` k t a R  Nόx{t oy  r |~gne   ܍      Ali5ˉm P x F u J L _ j t b S  N͌wzu oy s |~hne  ۏ     Al;ˉo R w H s I M ` k t b S ~ Oόxzt px  r |hmd   ۏ    Al>Bˉm Q w E t K L ^ k v a R  N͌x{s ox s }gne  ܏    Al7ˉl O v E s I N _ j w c T  Ǒw|s ox s }gmd  ڀ    Al>Bˉn P v F s J M _ h t a R } MΌw|t ox s|g n e  ۀ    Al:Tˉo Q u F s J N _ k t b U Mόx{t ny r |gn d  ێ    Al5ˉo P w F s I M ` i u b S ~ Mόx{t py  r |gm d   ڎ    Al;:Tˉl P u F t K M a k w a S ~ Ňw{s px s }gne   ܀     AlY7ˉn Q v G r J L ` k u b S MΌw|s px r |~gn e   ܁      Alw5ˉo R v E s K L a k v c S } Mόx{t oy  s }~h m c ڎ     Aliˉp Q v F r K M a j u b S } Mx|s nw s }h m e   ܁     Al7ˉp R v G t J N ` j u a S } Oxzs ox s |h md  ۀ     Al:Tˉm P v G s K M _ i u ` R  O͌w|t ox r }~gne   ۏ   Al5ˉp O u F u I L _ k t b R  Ox{t py  s |gne   ܏      Al 9ˉp Q v E s I M ` k v c S  Oxzt oy  s }hmd  ڀ    Al+<ˉo R w G s J N ` j u a T  Oόx|t ox s }gme   ܀     AlI3ˉo R v F s J N ` j s b R } Pόxzt nx s |g mc ۀ    Alg:Tˉn P w E s I L _ j v a S ~ NΌx|t nx  s }gmc  ܀    Al6eˉn Q u G s J M ` j u b R LΌw{t oy r }hn e  ہ     Al2vˉo Q t E u I N a j v b Q  Nόx|s ny s }gne    ۀ     Al9ˉn Q w F r J M ` l v _ T  MΌw|t nx s |hm d    ہ    Al5ˉn P v F t H N ` k t b Q NΌw|t oys |~gnd ۏ     Al9ˉo Q w F u H O a i v b U  Oόx|t oys |gmd  ۀ     Al7ˉo P v E u J M ` j w a S Nόw|t py  s }hnd  ܀     Al9<ˉm Q u G t I N _ k r b S  M͌w|t py s |gn e  ۀ     AlW7ˉn P s F u K N a j u a Q ~ KΌw{s oy r |gm e  ۏ   Alu;ˉp Q u H t I N b j v b S } Ox{t ox r |g md   ܀     Al:Tˉl P u G t J N a j u c S  Ňw{t px s }gne ۀ    Al7̉o O w E u K O ` h u c T ~ Nόx{u py r|~gnc  ۀ      Al5̉p Q w E v I O a k s b T } Ox|t oy r |~g md  ۏ     Al>B̉p Q v G t H M ` i u b S ~ Ox|t nx s |gme  ۀ     Al 3̉n Q v E t I M ` k u b T ~ OΌw{soy  s |~hne  ܏      Al)B1̉m Q w F r J M _ j v b R  N͌w|t ox s }gnd  ۀ     AlG:T̉n R v E v J O _ j t b S MΌw{t oy s |~gn d ۏ     Ale9̉p P v G r J N ` j v c U ~ Mx|t nx s }hm e   ܁     Al̉p R u F t I M a l t c V Nx{toy r |gnd  ڏ      Al5̉m P v E v I O ` j s a R N͌w|t oy s |gnd  ܁     Al7̉m R w E t I N _ l u d U  N͌x|t ny r |gnd  ܏   Al;ˉo Q w D r I M _ l t b T ~ Pόx{t ny  s |~gmd   ܀     Al5ˉn Q w E u K N a l u c R ~ NΌw{t oz s }hnd   ڀ      Al3ˉn Q w G t I P ` j v a Q  OΌw|t nx t |gme ܁   Al7:Tˉn Q u E s K M ` k v a R ~ OΌx|t ox s }gme   ݀      AlU?ˉn R v E u J N ` k v b S } OΌx{s oy t }~g me  ݀     Als9ˉm Q u G s I M ` j w a S ~ P͌w{tox s }gne   ݏ      Al_ˉn Q v E t J M ` j t c T } OΌx{t ox  s |g me  ܏    Al6eˉq O w D v K M ` h t c T  Nx{t ny s|~hnd  ܏     Al;ˉo Q x F s I O a j v c T Oόx{t ox t }gnd   ۀ      Al:Tˉn P w E s J N ` i u a S ~ PΌw|t nx s |gmd   ܂    Al 6eˉn Q v E t I N ` i x c R  OΌw|t nx t }hme  ݀    Al'6eˉo S v E t J M a i v ` R } Mόx{t ny  s |g m e   ݁     AlE:Tˉm Q v F s K O _ j t b S N͌w|t py s |~hne   ܎     Alc6eˉm P u E u K O ^ k v ` U  N͌w|t oy t }hne ܀     Al2vˉm O v G s I N ^ j u b T ~ O͌w|t nx s }gme   ܏     Al;ˉm P u F s J N _ k u a S  O͌w{t oy t }gnd  ۀ      Al6eˉn O u F q M N ` h u b S  PΌw|tox s}gne   ܎     Al3ˉn P u F s J N _ i v a R  NΌw{t ox t }gnd  ܁     Al:Tˉn Q u E u K L ` k t a T  OΌx{t oy  r |gne  ݎ     Al5ˉn O u G s J O _ j v ` S | OΌw{s ox t }~g me  ݀     Al55ˉn Q w F u J N ` j v c R NΌx{t ox s |~hnd ێ    AlS3ˉm P w F t J N _ i u b S ~ O͌w|t ox t }gme   ۏ     Alq>Bˉp Q v E s H N ` k u b S ~ Nx|u ny s |hnc  ܏    Al6eˉo Q w F s I N b j v c T  Oόx{t nx s }gme     ۀ     Al6eˉn Q v F s J N ` j t d T ~ OΌw{t oy r |~gnd   ێ     Alh4ˉp Q w E t J N a k v b S Ox{t ny s }hmd  ێ    Al3ˉo R v E u I O c j u c R ~ Oόxzt ny s |hmd  ۏ    Al9ˉo Q t H t K N _ k t a T  Oόw|s oy s |gne  ۏ     Al%5ˉn Q v F t H N a k u a S NΌw{toys |hnd  ێ     AlC2vˉn R x E s K N a i u c S  QΌx|t ox t |gmd    ܏    Ala;ˉo P u G t H N ` l t c S  Oόx|t nxs |hmd  ڀ     AlXyˉn R v E s J O b j w b R PΌw{t ox t }hmd    ۀ     Al>Bˉo Q u G q J O a j x a R Oόw|t oy t }gne   ܀     Al;ˉn P v E t I M a i t b R ~ NΌx{t nx r |gmd   ۏ     Al;ˉl P t F s J K ` j v b Q  M̌w|s ox r |~gn e   ܎     Al56eˉn Q v F s I L ^ h u a R ~ NΌw|s nx q|gmd   ۀ     AlS>Bˉn Q u E q J L ` h u a Q ~ OΌw|t ox  s}gmd  ܏    Alq<ˉn O s F s J M _ i u b Q  PΌw|s ox  r }~gnd  ܀     Al_ˉl P u G q J M ^ j w ` Q  Ǒw{t ox s |gne  ۀ     Al5ˉn Q v F s K M _ j u a Q NΌx{t nx r |~gnd  ڎ       Al7ˉm P v F u I K _ l u b Q M͌w|s oy s |~gn e  ۏ    Al?ˉn P u E t I L _ j t b S  LΌxzs oy  q |~gm d  ێ      Al6eˉn R t F q J L a j u a S ~ NΌx{s oy r }~gme  ۏ      Al%7ˉm P t F s K M _ k t ` Q ~ N͌w{s oy s |~gnd  ۏ    AlC6eˉn O t F t J M ` j u a T } NΌv{s ox s }g md  ڏ      Alaˉo P v E s J M ` j v b U | Mόx|t nx  r }h m d   ۏ    Al6eˉl P v D r H M _ j t b S ~ Ňw{tox r |hnc ێ     Al6ẻm Q u E s J M _ j u a Q ~ N͌w{t py s }~gnd  ڀ      Al;̉m Q v E v J L ^ i s a R  M͌w{t py r |~gn d  ڀ     Al6ẻm P v F s J M ^ i u a T ~ O͌w{t oy  r |gmd   ڏ      Al9̉l O v F t I M ^ j u a T | Ǒw{s oy r |g md  ۏ      Al9̉o P t G t K L _ l s b Q ~ Mόw{s ox r |gm e  ۏ    Al39̉o Q w F t K L ` j t c S  Nόx|u ny  r |gmd  ڏ      AlQ:T̉m P w G r J L _ i u ` R M͌w|t oy s }gn e    ܎    Alo:T̉m P u E t I K ^ k r a Q ~ M͌wzs ny r |gn d  ڎ      Al9̉l O t F s J L a j u a R  Ňw|s ox s }~gne  ݏ     Al6ẻn O v E t J M ` i r ` R  MΌwzt py r |~gn d  ێ     AlS;ˉn P t E s K K ` i t a R | NΌv{s py s |g md  ۏ     Al5ˉn P w E r I M _ j v ` S } NΌx{u nx s }g mc  ܎     Al7ˉo Q v E u L L _ l s a T ~ Nόx{t oy s |~gne  ݎ      Al#;ˉn O u F s I L ^ i u a R ~ NΌw{s nx s }fme  ۏ     AlA3ˉn P v D s J L _ i u a S ~ OΌx{t ox  r |gmd ܏     Al_2vˉm O v E t I M ^ j s b S  N͌w{t oy r |~gne  ۏ      Al};ˉp Q w G r J K ` h s b R ~ Oxzt nx  s|gme    ڏ      Al9ˉo R v D t K L a j t b T ~ Oόxztoy q |~gmd   ۍ      Al3ˉn Q u F s J L ` i t a S ~ OΌxzt nx  s |gme    ۏ      Al:Tˉn R v E s K N a j v ` R  OΌx|t ox s }gne   ݎ   AlB1̉o Q v D s G M _ k t c S ~ Pόx{u ny s |hmd  ێ      Al>B̉m O t E s I M ` k u a S ~ M͌w{sny r |~hm d  ڎ     Al1:T̉o P u F t I M a i s b S } Oόx{t nx s |~h me  ܏      AlO3̉n Q u E s I M a i t a S  NΌx{tny s |hme   ێ    Alm<̉m P u G t J L _ k s a R O͌w{t ow s |gne  ۀ     Al7̉n N u G s I N ` k s b T NΌw{t oy r |hnd  ێ     Al:T̉n Q v E q I M ` i t a R ~ PΌx{tnx r |hmc  ڀ     Al3̉m Q u F s L M ^ i u b Q ~ N͌w|t oy s |~hnd  ۏ    Al9̉n P t E t H M _ j s b R  NΌx{t ny r |~gmd  ێ     Al<̉m O s E t J M ` i x a R ~ P͌x|sox s }fme  ܏     Al!7ˉm O t E t J L ` j t ` Q  N͌w{tny  r |~gnd ۏ     Al?5ˉn Q v F s I M ` j t b S  OΌxztny  r |hmd   ڀ     Al]ˉl P w E t J L ^ j u ` S  Ňw|t nx s }gne  ܏     Al{;ˉo Q u D s J M ` i u b S ~ Oόxzt oy s }~hnd  ܏     Al3ˉn P u E s H M _ k s a S  MΌx{t nx s |~gm d   ۏ      Al:Tˉl P w E r H L _ i u c U ~ P̌w{t ny r |~gmd   ܎     Al:Tˉm Q t E s H L _ j t c T P͌w{t nx r |hnd  ܎      Al6eˉo Q u F r L M a j u ` O } Nόx|s oy s }g me  ܀     Al;ˉn O v D s J L ` k s ` S OΌx{t oy s |~gne ݏ    Al/5ˉm P u E s J M ^ j u a R  O͌w|t nx s }gme  ܀    AlM7̉n P t D s K N c j u a Q ~ PΌx|s nx r |gmc  ܏    Alk;̉o P v G r J L _ j s c T  Oόx{t nx  r |gnd   ܀     Al:T̉n Q v E u I M a j u b S NΌx{t oy  r }~gnd  ێ     Al3̉o P u D s I N ` k v a S ~ Oόx{tnx r }hme   ݎ     Al9̉l O v E t J L _ h u b R  M̌vzt nx r|~hm d  ێ    Al6ẻm P u G t I L _ i u b R } O͌xzs oy  s }~g ne  ێ     Al5̉n P v E u J O _ i u d S OΌxzt nx r }~gnd ڎ    Al;̉m P t G r J N _ j u b U ~ O͌w{s nx s }hme  ܏     Al=̉n Q u F t I N ` j v b T  PΌx|tny r }gme   ݎ     Al[9̉o O t D t H N ` i t a R ~ Oόx{s oyr |gnd  ڏ     Aly;ˉm Q v D t I M _ k s b R ~ O͌w{t py r |~gmd  ێ    Al<ˉo O t F t J N ` k s b R  Mόxzt ny s |gm d   ڏ     Al7ˉm N s G t I L ` k t b U  O͌w|t ny s }gme  ܏     Al;ˉk P u E r K M _ j u b Q ~ Oˌwzs ny s |~gnd  ܎     Al7ˉm O u D r J N ` i u a S ~ P͌w|t ny s }gmd   ی     Al5ˉo P t C r H L _ k t a Q Nόxzsny r |gne  ܎     Al->Bˉl P v E s I M a i u d S | M̌xzs nx  t }g m d   ێ    AlK6eˉm O u D r J N ` k v b R  O͌w{s oy s }gme  ۏ     Ali5ˉn P u D t I M ` j s d R ~ PΌx{toy r |~gmd  ێ     Al;ˉm O t E s J N ^ k s a Q N͌w{s ox s |~gnd  ێ      Al5̉n O v D r J O _ l t ` S  OΌx{t ny s }hme  ۏ      Al6ẻn Q u G s J M a j u b T  OΌxzt nx  s }hme    ݍ    Al:T̉n O x E r I M ` i u b T NΌx{toy  r |hnd  ۀ     Al9̉n P w F s I N _ k v a R  OΌx{t nx r }gme ܏    Al;̉l P u E r H N _ j u d R } Ǒv|t oxt }g me   ܀     Alƍ2v̉o P v G u J O a j u e T ~ Oόx{t px s }hmd     ۀ      Alƫ6eˉt X | L x O Q f o z h X QČ zv z nuj "   " ᅉ    Al?ˉo O w G s J P ` k x c U Mόx|t ox s }hn e   ہ    Al;ˉo Q v F u J P ` l u b U  Nόw{toy s |hnd   ۀ     Al5ˉo R v E v H O ` l y c S Nόx{t ox s }hmd   ۏ     Al#;ˉn P v F s K N _ k v b T LΌw|tpy s }gn e    ܀    AlA6eˉo Q w F t J O a l w d S  Oόx|u oy t }hmd    ܀   Al_;ˉo S v E u J O a j t c S Nόw{t py t |~hne    ۀ     Al}5ˉp Q w D s J N _ j x c T ~ Ox|u ox t }gmd     ۀ      AlǛB1ˉn Q u F u J Q a k u c U ~ NΌx{t py s |hmd   ۀ     Alǹ5ˉm Q v F v L N ` k t b S N͌w|t py t |gne    ܁     Al;ˉo R w F s K P a j v b S Nόw|t ny t }hne   ݁    Al5ˉn O w F u J O ` l w c S NΌw|t py s }hnd   ܁      Al;ˉo R v G v J N ` k u b R Oόx{t oz t }gnd  ݏ     Al19ˉp Q w F t J O ` k w e T Qx|t nx t }gme   ݁    AlO7ˉp Q w F t J P ` k x ` T Ox|u ny t }hmd   ܀      Alm;ˉo O w F t J O ` k w c R  Nόw|t ox t ~gne   ܀    Alȋ;ˉp R u H u J N a k u c T Nw|t py t }gne    ܀    Alȩ;ˉo P u H t K P c k u b S Oόw|t ox s |hmd    ܁    Al5ˉn Q w F s K N b l u d U  PΌx|u px t ~hme    ܁     Al;ˉn Q w F u K P b m w c S ~ PΌw|t ox t }gme   ݁    Al6ẻq Q w F t I O _ k u d T  Nx{u px s }hmd   ܁    Al!>B̉o R x F t J O b l v d U Oόx|tox s |hmd     ہ      Al?7̉n Q v H t K O ` j v ` T OΌw|t px s |hne    ݏ      Al]5̉p P v G s I P b k u b T ~ Ox|s ox s }gmd    ܀    Al{;̉o S x E t H Q b k v d R Oόy|u nys |hme   ށ  Alə:T̉o R w G s L O a m v d S ~ Mόx|u ox t }hm e    ށ   Alɷ>B̉o R w G t J N a m w b T Pόx{u nz s }hne    ݀      Al̉p S w G r H O a l v c T Ox{u py s |hmd   ݀    Al7̉m Q u H w L P a m y c S P͌w|t py s }hne    ހ    Al ̉o Q v G t K Q c k v c U  Qόx|t ox u }hme     ݀    Al/:Tˉq P w G s I O b k w a S Nw|u ox t }goe     ܁    AlM6eˉo Q x E u I P b k w d T  Nόy{u py s }hoe  ܀     Alk:Tˉo Q v G s J O a m w d S Oόw|t ox t }gne   ށ    Alʉ;ˉn Q v G r I P ` l x c S OΌx|t ox t }gne    ݁    Alʧ;ˉp R v H s J O a m v b T Ny{t px t |hod   ܏     Al;ˉo Q t H u J P a k w c U Oόw|t ox t }gne     ܁      Al5ˉn P w G r K Q a j w b R QΌw|t ox t }god     ܏      Al7ˉn P v G s J O b l w c U  PΌw|t py t }hme    ݀   Al;ˉp R t G s J O a k x a S Mx|s ox u ~gm e     ݀      Al=5ˉo S w G u J P b k w c U Oόw{t py s |hnd    ݏ     Al[;ˉp R x E u I P b l y c U  Nx{t ny t }hne    ݀    Aly:Tˉq Q w G t K Q b l w c R Nx|t px t }gne    ݀   Al˗3ˉo S w F s J N a k u d T Oόy|u oy s }hmd    ܀     Al˵:Tˉo S w G t J P ` l w c U Pόx|u oy s }hme   ݁   Al6eˉm P u H t J P b j w b V O͌x{u py s }hne   ݀      Al6eˉp Q v F t I O c k w c S  Px|t ox t }hme    ݁   Al9ˉo Q v F u J R b k u d U ~ Qόx|u nx t }hmd   ݁     Al-2vˉq R v G u K R b l w c R  Px|s px t }hne     ހ   AlKCˉo R v F t K R c l v c T Nόx{t ny t |~hod    ݏ     Ali<ˉo R v G r I P a j w e U Oόx|t ox t ~hoe    ހ  Al̇9ˉo R x G r J Q d k v c S Oόy|t ox u }gme    ݂     Al̥9ˉp Q w F t J R b m v c S  Ox{u oy t |gnd   ܀     Al:Tˉm P v H u K P b l v d T P͌w{s py t |god  ݏ   Al7ˉp R u G t J Q a m w d S Pw|t ox u }hne    ݀     Al:Tˉq Q v G u J Q b l v c V Ox{t py t }goe     ܏     Al6eˉr P w H u J Q b k v b U OŒx{t oy t }hmd    ݏ     Al;6eˉn P x G s J Q d l v b U  PΌw|t nx u }hme    ݁    AlY;ˉo R w F v K Q b m t b V Nόx{u oy t }hoe   ݀      Alw;ˉn O v E r H P c k u d T  NΌw{u oy t }hmd     ݀     Al͕5ˉo Q x E u K Q a l w d U Nόx|t oy u |hod  ܏     Alͳ9ˉn Q u G u J P a m w c T QΌw|t py u }gne   ܁    AlB1ˉo P v F u K Q b n v c T Qόx{t oy t|hmd   ܏      Al3ˉo P v G t K Q c k x b U  Nόw{t ox t }hof  ܏      Al >Bˉo R w F t J P a k w b V ~ Pόx|u ox t ~hme     ݁     Al+6eˉn O u H t K Q a m v b S NΌw|t px u |hod     ݀     AlI9ˉn Q v F t I R b k y c U  PΌw|t ox u }gnd   ܀   Alg:Tˉo P v G t I O c l v d V  Pόx{t ox t |hod    ܀    Al΅9ˉo R u F s J P c k x e R Oόx{t nx s }gnd    ݎ     AlΣ>Bˉp S w E t H R c j w b U  Px|u ox t }hne     ݀      Al;ˉn R w F u I O b k x b T OΌw{t oy u }goe     ܁     Al<ˉq Q x G t J Q b j u c V Ox|t nz t }hne    ܁    Al6eˉp S w E t I Q b k w d T  Px{t nx t }gnd    ܏     Al9ˉn P x F u J P b l v d U PΌx{t ny t |hnd   ܀    Al97ˉo S v F r K P b m x c T Pόw|t ox u }gne     ށ   AlW3ˉl Q v G t J Q a k v c U Ǒw|t px t |hoe     ހ   Alu<ˉr P v G t K Q a k v c U OŒx{t oy t }hnd   ܏    Alϓ5ˉo P v H u K Q a j x c R  Oόw|t px t }gne   ݀    Alϱ7ˉn Q u F u K R b l u b S OΌw{t px s |hne  ݏ     Al 2vˉo P v F t L M a k v b T Mόx{t py t }hn e     ܀      Al+3ˉo Q w G v K N a l v ` S  Mόw|t px s }go e   ہ     AlI5ˉq Q w D t J N a i v c T  Px{u px s |hnc    ۏ      Alg5ˉo R v G u I N a j w a S Nόw{s ox s }gmd    ڏ      Al݅7ˉn Q u G t K P ` k y b S NΌw{t py t }gne   ہ     Alݣ5ˉn Q w G s K N b k w c S  MΌx|t ox s }hm e   ܁    Al3ˉo Q u F u J O c k u b U Nόx{t py s }hne ܀    Al3ˉp Q u G t K N b j x b R Ox|t ox t }gne    ܀    Al3ˉn R w G u J P ` j x c S ~ NΌw|u ox t ~gmd   ڂ   Al3ˉo R w E t H M a l u a U } Nόx|u ox  s }h md    ڏ     Al92vˉq Q w G t I N ` m u b S ~ Ox{u oz s }~hmd    ۀ    AlW:Tˉn R w F s J O a k w c R } OΌw|t ox r }g md   ۀ   Alu<ˉo R v D t J N b l u c U Mόw{u py s |hn d    ۀ      Alޓ7ˉo P x F t K O a i u d U Nόx{u ny s }hnd   ۏ     Alޱ:Tˉo R u G t J O a j u d R Nόw{t oy s |gne  ܏     Al7ˉq Q v F u J M b l v c R  Mx{t py  s |hm d   ۏ      Al:Tˉo Q v G t J N ` k u b R Mόw|t oy t |go e    ہ      Al ;ˉo P v G t I O b k w b Q Nόw|t py t ~gne   ۀ     Al)6eˉo Q x E u J M c k v b T ~ Oόx{t py s |god    ۏ    AlG<̉m Q v F u J N ` i w c S N͌w|s py t |gnd   ۀ    Ale6ẻm O v F t J O b l v d R O͌w{t oy t }~gne   ݀    Al߃7̉o R v G t I N a k v c S  Pόx|t nx t }hnd   ۀ     Alߡ9̉m T v H t I O b l v b S } O͌w|t py t }g me   ݀      Al߿<̉p Q v G v J N a m w b S  Nx|t ox t }gme   ۀ      Al5̉o T x G r J N b l w b T ~ Mόw|t px t }hm e     ܀     Al;̉n Q u F u H O ` l u c S NΌw{t py s |hnd ڏ     Al7̉o R u G t J N c l u c T Nόx{t oy r |hmd    ۏ      Al7<̉o R w F u I O ` j w b T Nόx|t oy s }goe  ܁    AlU3̉o P w D u H N ` l v c U Mόx{u pys |hn e  ۀ     Als9̉o R v F r I M ` l u b S Nόx|t ox t }gne    ݁     AlỦm Q x G s J O a l t c U ~ P͌w{t py s |hmd   ܀    Al>B̉n R x F s H O _ l v d T ~ OΌw{t ox s |~hmd  ܏     Al:T̉o R x H t I P b j x c S ~ Oόy|u nx s }hmd    ܁     Al6ẻn Q w G r J P a l x b S  OΌx|u oy t }gnd  ۏ   Al @̉n Q u G t J N b l y c S OΌw|t nx t }hme  ݂      Al'6ẻn R w G s K N b l u d T NΌw{u py s }hnd  ۀ     AlE;̉o Q w F s H O a j w b T  Oόy|t nxt }gme   ہ   Alc;̉n P v H s J P a k u c T NΌw{t px t |gnd     ܀     Al:T̉o Q v G u K N b k v b Q ~ Mόx|t oy t }gm e    ݀    Al<ˉo Q v E r J P b m v b T Lόx{t ny s |hn d    ܀    Al5ˉn R w E t K Q a l x c T ~ NΌx{t oz s }~hmc    ܁    Al:Tˉq Q v G u H Q a k u c U Ox{t nyt |hnd   ۏ    Al>Bˉn R v F s I O a j w ` T  OΌx|t ox s }gmd    ݀   Al7ˉn R w E s H O a m x b T  OΌw{t oys }hnd   ۏ     Al5<ˉo P v F t J P a k v c R Pόx|s ox t }gne   ݎ     AlS:Tˉp P w G r I O b j w a T Ox|u oy t }gme   ޏ Alq6eˉo S w F t J O b l v d S Nόx{tnz t }hnd   ݀     Al5ˉo R v F t I Q b k u d T  Oόx|u oy s }hmd   ۀ      Al9ˉo P v G s K O b k u e S ~ Nόw|t px s |hme   ܂     Al5̉o Q w E u H P a m v c U Mόx{t oy s |hn d   ܁    Al;̉n Q u D r I O a k v a T PΌw|t ox t }hmd    ܀    Al:T̉n R w E t H O b l u d T OΌx{u nyt |hnd   ܁    Al%3̉o Q v F u J P b l w b T Oόw|t nx t }gne    ݀     AlC5̉m Q t F t J P ` k u b T N͌w|s px t |gne  ܀     Ala?̉o O u F t K P b l w b S Nόw|t oy t }hne    ܀     Al7̉o P u F t J O ` l w c T  Oόw{t ny t }gmd     ܏     Al>B̉n R u F t J P a i w b S MΌw{t ox t }hn e    ۀ     Al:T̉p R w E u I Q b j v b U } Nx{u oy s |g md     ۀ     Al6ẻo R x F s J R d k v b S  Oόw|u nx t ~gne   ܀    Al;̉p Q v G s J P a m w c S ~ Pw|t oy t ~gme   ݁     Al9̉n Q v G u J N b l w b R PΌw|t py s ~hod    ܏      Al32v̉o R x F v H P b l w e T Oόx{t nys ~hme   ݀    AlQ?̉o S v F t H Q c k u d S Oόx{t nyt |hnd  ܏    Alo@̉o P t F r K Q a l v e U Nόw{t ox t |gne    ށ     Al:T̉n Q v E v J O c l x b S OΌw{t oy u }gne   ܁     Al9̉p R w F s I M a l v c T Nx|u nx  s }hnd     ܀     Al6ẻo Q t F u J Q b l w c T ~ Oόx|t nx s }gmd   ہ   Al<̉m S t F s J P a l v d T O͌w{s py s }gne   ހ  Al6ẻp P w E r H O b l v c T Ox{u px t }hmd    ۏ    Al#6eˉp P x E u J Q c l v b V  Ox{t ox t |hnd    ێ     AlA<ˉp P v G u I O c k v c U Nx{t oy s |hnd    ێ     Al_<ˉm Q w G u K Q ` k x a T O͌w|s ox t }hne     ܀      Al}3ˉn P u G t I P a l v b S OΌw|t oy u }hne    ݁     Al?ˉo Q w G u I P b l u e V Nόx{uoy s }hoe   ݏ    Al7ˉo Q u F u K Q a l v c T Oόw{t py t |god   ۏ    Al6eˉn Q u G u J O a l w c R NΌw{t px t }gne    ݁      Al>Bˉp Q v F s J Q b m w c V  Nx|u nx t }hnd     ݀      Al7ˉo R u F r H N d k w c R  Mόx|t ny t }go f   ܁     Al1>Bˉm O w G v J P b k w d T N͌w{t oy u }hnd   ܁     XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 298 / width of table in bytes NAXIS2 = 481 / 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 = 392981416.29408 TSTOP = 393012786.29412 DATE-OBS= '2013-06-15T09:30:13' DATE-END= '2013-06-15T18:13:03' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31370.0000399947 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 371 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:58' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'VFNIV9LHVELHV9LH' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '3088859987' / data unit checksum updated 2013-06-25T08:41:58 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: sw00558271000b173x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:08 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END AlkKHԅ s z y 2 * S Q  >     Z ? v ! t x > /  U t R a $ T  H d Z " 1 x  u H #AlkK˅ t y z 8 * S Q  >     Z > w ! t z > /  U t Q a $ R H c Z " ( x  u I !AlkKF5 t y z / , S R  >      [ > w ! s z > /  T u O a " R  G e Y ! 0 {  v I %AllK@ r z z * * S Q  ?   "   Y ? v ! t z = /  T t P a # T  F d [ " , t  x I ԆAll KG t z y  * R R  >     Y ? v ! t z > /  T u N a # S  G e \ ) w  v I \All>KC v z z 6 * S Q  >      X ? v ! t y > /  T u P a " T  G e Y  ! ) s  y I All\KBF t z z / + R R  >     Y ? w ! t | = /  T u P a ! S  H f Y  ! - p  y H DAllzK= t z { 7 * S R  >      X ? w ! t y = .  T u P a  T  H d Z  ! * r  v I bAllKC t z { 4 + S Q  >   !   Y ? v ! t w > /  T u O a ! S  G d Y  ! , y  v I AllL@ v z z 2 * R R  >     X ? v ! t y > /  U u P a ! R  F f Z  ! / v  y H AllKHԅ u z z : + S R  >     Y ? w ! t x > /  U u N a " S  F e Z  # 0 y  w I ԌAllWP v y x 6 * S Q  >     X > u ! t x > /  U u O a " S  F d Z  $ ) t  w H AlmK@ u z y 3 * S R  >     Y ? u ! t y > /  U v Q b  T  D e [  $ $ }  u H Alm.KD u z y * R R  >      Y ? v ! t y > /  U s Q a ! S  B f Z  " # w  x H AlmLKC u z x ' + S Q  >   "   Z > v ! t x > /  U t R a " S  C f Z  ! . x  x I AlmjK? x z x 6 * S R  >   !   X > v ! t v > /  T u P a $ T B f Z  $ ) y  v H AlmKHԅ v z w * + S S  >   !   X > u " t w = .  T v P a " P  B f Z  % + s  w I SAlmK\} u z y 9 , R R  >    !   X ? v ! t x = /  U t O a $ S  C f Y  $ 0 r  x H FAlmKF5 u z x 1 + R Q  >   !   Y ? w ! t v = .  T u N a $ S  @ g Y  # 0 s  v H AlmKL w z y # + R R  =   !   Y > v ! t w = .  U v P a ! T  B f Z  % , n  v H CAlnKD x y y 3 * S R  >     Y > v ! t w > .  T t P a # Q B g [  " + q  t H Aln[ 9 v z z 4 * S S  >    "   X > v ! t x = /  T u O a $ R  E g \  ! . p  v H ֥Aln   !   Y = v ! t x = /  T t N a # S  F h [  # ( p  v G ӚAlnZK? u y y ( , S R  >     X > w ! t x = /  T v P a " T  F i Y  " & p  v H ԨAlnxKL… t z z , , S R  >   "   Y > w ! t w > /  T u P a " R  D g Z  # , v  t H ԇAlnKHԅ u y z  * R Q  >     Y = w ! t x > /  U u S a # T  E e [  $ , m  w G &AlnKD t y y 6 + S Q  >   "   X > v ! t w > /  T t O a ! S # E e Y  # - q  w G թAlnXK s y y 2 * S R  >   "   X > w ! t w > /  T t Q a  R $ E d Y  & / s  v H cAlnV1 r y y 5 + R R  >   ! "   X ? w ! t w > /  T t N a ! Q  F e Y  # + {  t H ZAloK@ s y y / + S R  >   !   W > x ! t x > /  T t O a ! Q , E e Y  # / y  v H 1Alo,KF5 s y z  * R Q  >   !   Y > x ! t x = .  T t O a " Q  F f \  # * v  v H eAloJKHԅ q z y 0 ( S S  >   !   Y > x ! t u = /  T u O a  Q F e [  # - q  x H AlohKm q z y ! * R R  =   "   X > y ! t w = .  U s Q a P & E f X  # + u  w H ҡAloV r y y 0 * S S  >   !   X = x ! t w = .  T s N a P E f [  # - q  u H AloOCB s z z 6 + S R  >     X = w ! t v = /  U u P a ! Q  E f [  # % s  w H AloKKs t z z 1 + R R  >     Y > w ! t w = .  T u P a Q  G e Y  $ - w  s G ՒAloXp t y z ' * S R  >   !   Y > v ! t x > /  T t P a  P  I e Y  # * u  v H ^AloX v y w : * S R  =   "   Y > w ! t w > .  U t Q a  Q  F g Z  " , u  v H AlpXb t z z 5 * R R  >   "   X ? v ! t x = /  U t P a  Q  H d Y  ! + q  v H jAlp:R r z x 6 + R R  >   "   X > v ! t w > /  U  s O a ! S  E d Y  ! + x  t H ӇAlpXKL… s z x & + S S  >   !   X > v ! t w > .  U r Q a ! R H h X  " ' u  u H ҊAlpvMhDž t z y 5 , R S  >    "   X > v ! t v = /  T t P a # P  G g Y  # - q  v G ;AlpQ& t z {  + R R  >   "   Z > w ! t y > .  T t N a O  D f X  " - y  v G ԋAlpQL r y z 1 * R R  >   !   Y > w ! t x > .  U r N a ! Q  D f W  " , t  w G Alp[? r z { 2 + R R  =   "   Y > v ! t y = /  T r O a ! Q  D e Y  ! + p  x G AlpKL… s y z . + R R  >    !   Y > v ! s x > /  U r O a Q # E e Y  # * u  w G שAlq TY r y y / * R R  >    !   Z > w ! t x = .  T s N a R " E f Z  " , w  x G -Alq*VA s z z 7 + R R  >    "   Y > v ! t x = /  T r P a ! R  F e Z  " + u  w G AlqHS") t z y ) * S R  >   !   Y > w ! t y = .  U s R a  R  D e Z  # ) r  w G AlqfU^ r z z " * R R  >   !   Y > u ! t y > .  T s O a R  E d Y  ( q  w G AlqTGÅ t y z 4 ) R R  >      Y > u ! t x > /  T s Q a  Q  E h Y & t  v G ӲAlqT t z {  * R R  >     Y > u ! t w > .  U s O a R  I f Y %  v G ԏAlqKP t z y 3 , S Q  >      Y > v ! t v = .  T p Q a ! R G f Y # + t  u G AlqKKs s z y 7 + R R  >     Z > v ! t v = /  T t L a  T ! G e Y  + t  u G KAlqKKs s y x 3 * R R  >     Y = w ! t x = /  T t O a Q  G f Y ! * z  w G ՐAlrR.^ s z y ; + R Q  >    !   Y > v ! t x = .  U s M a ! P  D f Y & {  v G Alr8KKs r z x . + S R  >   !   Y > v ! t w = .  T s P a Q  E e Z ! ! {  v G AlrVKJ# r z z + , R R  >    !   Y > v ! t x = /  T s Q a  R  G d Z " ) x  w G AlrtKP r z y 6 + R R  >   "   Y > v ! t y = /  T s N a # Q  F f X " * w  v G ՕAlrKJ# q z z 6 + R Q  >   !   Z > v ! t x = /  U t P a R  I e Z " ) r  v G 3Alr[: t z y : + R Q  =    !   Z > x ! t w = /  U r O a " P  G d Y $ ) y  u G ?AlrXH q z y 3 + S Q  =   "   Y = v ! t y = .  T s P a ! P  J d Y $ '   v G aAlr[J# s z z 5 + S R  =      Y > v t u = /  T s O a " P  I f Z # ' u  u G ԡAls KJ# u y x 9 ) S Q  >   !   Y = v ! t w = /  T t O ` Q  J f Y " + v  u F Als(X t z w  * R Q  >     X > v ! t x = /  T r N a  R & G f Z # * s  v G AlsFM޾ s z x 3 * R Q  >    "   Y > v ! t w > /  U q P a " S  I f Z # , v  w G ՖAlsdWd t z y : * R Q  >   !   Y > v ! t w = /  T p Q a # R  G f Y ! & u  y G oAlsWT s z x ( + S Q  >    "   Y > v ! t x = /  T p P ` # S E g Z " ) ~  z G ՛AlsZ u z x 8 , R R  =   !   Y = v ! t y = .  T p R a " S  G f [ ! & u  z H 1Als_C v z y 3 * R Q  >    "   X > v ! t w > /  T q Q a " Q  E f Y $ ) w  x G @AlsM g t z x 7 + S R  =   !   Z > v ! t v = /  U r P a ! R % E g Y # , x  y G WAlsKOa v z y 3 . R S  >   !   X > w ! t v > /  U q Q a ! R  E d Y # * u  x G AltM v z x 6 - R S  >   $   Z = w ! t w = .  T r Q a " R  G g Y " % {  v H )Alt6O s z y / + S S  >   "   X > w ! t w = /  U r P a  S  D g Z # * u  z H wAltTKJ# s z y 3 * S R  >    #   X = x ! s x > .  U r N a " P  H f X # ( y  | G MAltrKL… s z y 0 * R R  >   "   Y > x ! t x = .  U r P a " R  I e Z $ ) z  z G ԩAltTpe r z y 2 + R R  >   !   Y > x ! t y = /  U s O a P  H f [ % # |  z G ԼAltXP v y y * S R  >    "   Z > x ! t v = .  U r O a $ R  H f Y % * w  y F AltYF v z x + + S R  >   "   Y > x ! t y = /  T r R a " T  F e [ $ - u  y G SAltW v z y  , S R  >   #   Z > x ! t y = /  U t P a ! Q  G g Z ! - w  x G AluKL… t z y 4 * S R  >   "   Y > w ! t z = /  U s P a " S  G g Y ! & r  y G =Alu&KL… s y z 2 * S R  >   #   Y > w ! t { > .  U s R a " R  H e Z " - x  v G AluDN t z y 3 * R R  >   "  Z > x ! t y > /  T s P a $ S  H d Z # - v  u H wAlubKG t z y 0 * R R  >   #   Z = v " t y > /  U s Q a ! R % E f X " + u  w G FAluKP u y y - + S R  >   #  Y > w ! t y = /  U r P a  Q  E e Y # * y  u G ӲAluWj u y y 2 * R Q  >   !   Y = w ! t y > /  U r P a Q  D g X ! , w  v G :AlNp r z x , + S R  >   "   Y ? { " t y > /  U r O a  Q * F i Z  ! , }  y H +AlKBF r y y  , S R  >   "   Y ? { " t y > /  T q S a  R  D h Z  ! + ~  ~ G DAl6QWi t y w 7 * S R  >   "   Y ? { " t y = /  U q Q a  Q  E i Z  * |  x H #AlTKD s y y 8 + S R  >   "   X @ { " t y > /  T s P a  R  F h Z  * }  y H !AlrK? r y y ? ) S Q  >   "   Y @ { " t x = /  U t N a  Q  F i Z  ) |  { G AlKBF t z y 5 ) S R  >   !   X ? z " t { = /  U q O a  R  G i Y   ,  | G AlK@ t z y 6 * R R  >   "   X ? z " t y = /  U r M a  P + G j Z   .  y G 9AlKD r z z 4 * S Q  >   $   X @ z " t y > /  U  s P a  Q  F i Z   +  y H AAlK r y z 6 + R R  >   "   Y ? y " t y = /  U u O a  R % E h Z  / }  x G AlKBF r z z & * R Q  >   #  Y > z " t w = /  U  t Q a  U # E i Z  0 |  v G Al&^ s y z 7 * S Q  >   #   Y ? z ! t x > /  U  s P a  Q  G h Z  / y  v H GAlDKF5 s y z 5 ) S R  >   ! #   Y ? z " t w > /  U s N a  R  F i Y   +  w H ֡AlbKC s z z 7 , S R  >   "   X ? z " t x > /  U r Q a  S  F h Z   '  w H FAlKKs s y z 9 ( S R  >   "   Y ? { " t v = /  U t N a  S  E h Z  %   v H AlK? r z y 3 * S Q  >   #   Y ? { " t v > /  T r O a  Q  D k Z  '  x G kAlKHԅ r z z ! , S R  >   #   X ? z " t w = /  U s N a  T G i Z   '  x H ԵAlKHԅ s z z 4 * R Q  >   $   Y @ y " t x > /  U s O a  S , D h Z  ! * x  x H ՙAlKD r z z ! * S Q  >   "   Y ? z " t y = .  U s N a  S ! D h Z  ! + ~  y H YAlKHԅ r y y , * R R  >   #   Y @ z " t y > /  U s P a  Q  E h X  " ' v  w H Al4KG u y { 4 , S R  >   #   X ? z ! t z > /  U s O a  P  G j Z  " + y  x H AlRKR u y z 3 , T Q  >   !   Y ? | ! t x > /  T s O a  S  H i Y  " ) w  w G MAlpK@ u z z 7 + S R  >   #   Y ? | " t x > /  T r O a  T  F h Z  ! * ~  w H AlKG s z y , ) S R  >   #   Y ? | " t w = .  U r M a  S  G i Z  ! + ~  w H ՐAlKBF r y z 6 ) S Q  >   #   Z ? ~ ! t x = /  T q N a  S  E g [  ) z  y H aAlKC t y x  * R Q  >   "   Y ? } " t w = .  T q P a  S ! G h Z  ! + s  y H "AlK" t z x ' * R Q  >   !   Y > ~ " t x > .  U s O a  R ( F g Z  ! '   w H AlKF5 r z y # * R Q  >   "   Y >  " t x = /  T r Q a  O  H i Z  " !  u H ?Al$LPH q y x 8 ) S R  >   !   Y ?  " t x = .  U s O a  R H g \  " (  u H AlBKHԅ t z y 6 * S Q  >   "   Y > } ! t w = /  U s O a  P % F h [   +  u H 9Al`K@ q z x $ ) S R  >   "   X ? | ! t v = /  T t M a  R  H f Z  *  w H 6Al~KHԅ r y x 3 , R S  >   #   Z > | ! t x = /  T t O a  R  H g Y  ! +  w H AlK@ s z y ( * S Q  >   !   Y > | " t y = /  U s R a  R  G g Z  - }  v H ֎AlKC s y x ( , R R  =   !   X > { ! t x = /  U r O a  S  F f Z  " & s  v H 5AlM⬅ q y y 6 * S R  >    #   X ? } " t x > /  U r O a  Q  K g [  ! 2 ~  w H AlKG t z x < * R S  =    !   Y > | ! s x = /  T s O a  Q  E g Y   ) r  v G AlK@ r y z , * S R  >   !   Y > | " t v > /  U s N a  R  H e Y   . z  v G ~Al2KD r z z 8 * R R  >    "   Z > { " t y = .  U u O `  P  I f Y  -  v H FAlPKC s z z ) + S R  >   !   Y > | ! t w = /  U s M a  R  H g Z  ' ~  y G wAlnK@ u y z 4 ) R R  >    "   Y ? | ! s x = .  T t O a  Q  F e [  +   w H ӫAlKF5 u z x 7 + S R  >    !   Y ? } " t x = .  U t O a  R F h Y   * v  v G bAlKG s z z # , R R  >    "   Y > | ! t w = .  U u N a  Q  F g Y   * y  w H AlK? s z z 7 * R R  >   #   Y ? | ! s w = /  T t P a  T  F g [  +  y G iAlK? u z x 1 , S R  >   !   X ? | ! t w = /  U s Q a  Q ' F f Z   +  x G AlKG v y z 5 * S R  >   #   Y ? | ! t y = .  U r Q `  S # F i [   ,  y H ֧Al"KHԅ s y y ' * R R  >   !   X ? | ! t { = /  T t R a  Q - F g Y   +  x H *Al@K@ q y y 5 ) S Q  =   !   Y ? { ! t y = .  U r P a  Q F h Y   , z  v G ֧Al^KHԅ r y z 1 * R Q  =    #   X > { ! t | = /  T s P a  T  G g \  +  x G Al|[ s y y & * R S  >   #   X > { ! t { = /  T s O a  U  H f Y  -  z G 0AlKHԅ t z y 4 + R R  =   "   X ? | ! t y > /  T r P a  S  G e Y  *  w G ՚AlKF5 s z y * S R  =   !   W ? { " t z = .  U s P a  R  H g [  ( y  { G AlX t y y 2 * R Q  =   "   X > { " t { = /  U s Q a  T  I e [  ' }  y G AlKBF t z y 7 + S R  =   "   X ? { ! t z = /  T s P a  T  J e Z  + }  w G @AlKHԅ t y y 2 ) R Q  =    "   X ? | ! s { > .  T u O a  S % I f [ -  v G ֫Al0K@ u z y 5 ) R Q  =     X ? { ! t x = .  T s P a  R H g Y ! ) {  w G AlNKHԅ v z y 2 ) S Q  >   !   Y ? | ! t x = .  T r O a  R  H g Y  * ~  w G AllK@ t z y 2 ( S R  =    !   X ? { ! t y = /  T t P a  Q  G h Z  ,  u G AlKC t z y > + S Q  =     Y ? | " t z = /  T s P a  Q  E e Y  /  u G 7AlXƓ v y x 4 + S Q  =   !   Y ? | " t z = /  T t Q a  R  G g Z  .  w F ֥AlKG s y z 7 ) S Q  >     X ? { ! t y = .  U s Q a  S % F g Y *  w G FAlKBF t z y 2 ) R R  >   "   X ? { " t y = .  U s P a  T % F f [  / ~  v G rAlKHԅ t y y # ) R R  >    "   X ? { " t y > /  T s Q a  Q  F h \  -  w G Al K@ u z z 2 ) R Q  >    !   X > | ! t y = /  U s P a  P  G g Z  /  t G JAl>KD u z y 8 * S Q  >   !   X ? { ! t x = .  U s O b  R  G f \ +  v G 2Al\KG t y y - + S R  >   #   Y > | ! s y = /  T s Q a  S  G g Z  +  v G wAlzKC r z z 8 , S Q  >   !   Y > { ! t x = /  T s O a  T  H g Z ! ,  w G AlU  t z y 7 + R Q  >   "   Y ? { ! s y = /  T r N b  S % D g [ ! *  y F AlKC r z y 3 + R R  >   !   Y ? { ! t | = .  T s P a  N # E g [  ,  v F AlY᱅ s z z : , S R  >   #   Y ? { ! s y = /  T s Q a  P % B g Z  * }  y F &AlKD p y z - + R Q  >    "   X > { ! t { = .  T t Q a  S  D g [  0  y G AlK@ r z z 6 * S Q  >    "   X ? { ! t ~ = /  T s N a  S  F f [ ! .  x G |Al.KHԅ r y z  + S Q  >    "   X > { " t ~ = /  U u O a  S  C h Y &  w G AlLKG q z z 7 + R R  >   "   Y ? { " t z = /  T v O a  P  E f [ , {  w F AljK= r y z 0 , S Q  =   "   Y ? { ! t z > .  T s M a  Q  D f Y ! #  v G AlKD s z { $ , S R  >    #   X ? z ! t } = /  U s O a  R  D f Y -  x F AlKF5 s y y 5 * R Q  >   "   X > { ! t z = /  T u M a  R  G f [ -  y F %AlKF5 r z y  * R Q  >    #   Y > z " t z = /  U v R a  R  E h [ 0  x F AlKC s y z 5 * S Q  >    $   X ? { ! t | > /  T s P b  Q $ G f Z # . |  v F AlKC s y x  * R Q  >   $   [ > z ! t = /  T s S a  U ! F e [  2  v G ғAlKG s z x 7 + S R  >   $   Y ? { " t y = /  T r R a  Q " F g \  1 |  w G ԩAlzKD v z z - + S R  >   "   Z ? { " t w > 0  U q N b  S  E g Z  # *  y G pAlK@ t z z  + S Q  >   #  Z ? | " t t > /  U r Q b  S  I i Z  # ( |  x G mAlLA݅ t y z 3 + R Q  >   #   Y ? { " t u > /  V q Q b  R  H g [  & }  v H AlKD t z z # + S Q  >   "   Z ? { " t x > 0  V r S a  S  F f Z  ! & }  w G ӻAlKW? u y z : * T Q  >   $   Y ? { " t w > /  U r N b  Q  E g Z  " , z  u G ֬AlKD t z { 6 * S Q  >   $   Z ? z " t x > /  U p P b  R # J g Y  +  x G dAl.KC u z y $ - S Q  >   #   Z ? | " t x > /  U q O b  R H e Z  $ (  v H VAlLK@ r y x 8 + S Q  >   "   Z ? { " t w > 0  T q Q b  S ! G f Z  " ' ~  w H AljKF5 s z z + . R Q  >   $   Z ? { " t w > 0  U r S a  R # G g Z  " ,  y G AlKD u z {  . R Q  >   "  Z @ { " t x ? /  U q P b  R  H f Z  '  x G DAlKD t z y  , S R  >   "   Z ? | " t x > .  U r O b  R & J f Z  & }  x G vAlKF5 t z z ( + S Q  >   #   Y ? { " t z > /  U s N a  T & I g [   + ~  v G ؛AlKF5 u z { " + S Q  >   #   Y ? { " t x > /  U r O b  Q / H e [   ,  v H ֯AlKC s z z 4 , S R  >    "   Z ? z # t x > /  U q R b  R . G g [  .  w G $AlKHԅ u z y " , S Q  >   #  Y ? z " t x > /  U q P b  U  F f [  ) }  w H ֪Al   #   Z ? { " s x > /  U t P a  S  H e Y   % |  t H :AlZKC u z z 2 + S Q  >   #   Z ? z " t y > 0  U s P b  S  G e [  ) {  u G AlxKKs t z z : + S Q  >   "   [ @ { " t z > /  U r P b  R  G f Z   ( |  u H ׸AlKKs r y z # , R Q  >   #   Z ? { " t x > /  U r P a  R  E h Y   '  w H ռAlKHԅ s y z 6 * S P  >   #  Y ? | " t x > /  U t Q a  R " F h Y   (   x G AlK? r z z < , R Q  >   "   Z ? { # t x > /  T s Q b  P E f Z  ! %   v H ԎAlKC t z x 7 + S Q  >   %   [ ? z " t x > /  U r Q a  R 1 G i X  " -   u G AlKHԅ q z y : , S Q  >   $   Z ? { " t x > .  U q N a  R  F f Y  + v  u G {Al,K? s z y 7 , S Q  >   #   Y ? { # t x > /  U r O a  N  G f Z  ! %  v G HAlJKG r z y 4 , R Q  >   $   Z ? { " t x > /  T s O a  R  H g Y  " )  v G uAlhKBF r z z  , S Q  >   #  Y ? z " t x > /  U r O a  R ! H f Y  ! * z  v G AlKKs s z z ) , S P  >   #   Y ? z " t v > /  V s Q b  R ! G f Y  ! ' |  w G AlQ t z z + , R Q  >   #   X @ z # t t > /  U r Q a  Q  F g X  " ) |  x G DAlTJb v y z " + R P  >   $  Y ? { " t w > /  U s R a  P % F h Y  " )   x G թAlKF5 t z { 1 + S Q  ?   $   Z @ z # t w > /  U r Q b  P  G f Y  ! |  w G (AlKD t z z 3 + S Q  >   $   X ? z # t w > /  U r Q b  Q  G f Z  ! ) ~  y G yAlKJ# t z { $ + R Q  >   $   X ? z " t x > /  U q P b  Q F f Y  " %  w G ՐAl:K@ t y y ? + R P  >    $   Z > z " t x > /  T q Q a  S  H g Y  # ,  y G @AlXKC w z z 4 * R R  >   $   Y ? z " t y > /  V r O a  P ! F g Z  % )  u G AlvKD u z z < * S Q  ?    "   Y ? { " t x ? /  U q R a  Q  G g X  " - ~  w G :AlK@ r z z 6 , R R  >   %   Y ? z " t y > /  V r R a  R  G f Y  # )  w G AlKHԅ p z y ( , R R  >   #   Y ? y # t z > /  U s P b  R  F f X  # & y  x G fAlKJ# r z y > * S R  >    #   X ? { # t v ? /  V r Q a  P ! G g X  $ % {  v G kAlKBF q y z 8 + S Q  >   #   Z ? z # t y > /  U s O a  Q  F g Y  " ' ~  v G Al KHԅ r z { 6 + R P  >    $   Y ? z " t y ? /  U r Q a  S  E g Z  " *  w G _Al*KJ# o z z 2 + S Q  >    $   Y ? z " t x = .  U t R a  P " G i Z  " )  w G ӹAlHKC q z z  + R Q  >   #   Y > z " t { > /  T s P a  S  F i Y  # ' z  u G cAlfKG q z z 7 + R Q  >    #   Y ? z " t y > .  U r P a  O $ F g Y  " (  x F    $   X ? { " t x > .  U r O a  Q  H e Z  # + {  t F AlKC s z z 4 , R Q  >   "   Y ? z " t z = /  T r Q a  R - I g X  # '  u F AlK= t z z ' , R Q  =   "   Z ? z " t { > /  U r Q a  Q + F g Z % ( ~  x G pAlKC s z y 6 * S Q  =   #   Z ? z " t { = /  T r O a  R - F h Z -  t F AlZ\ r y z 4 + S P  >   #   Y > z " t z > .  T t R a  S # F e Y # +   u F AlKJ# r z z + + R Q  >    !   X ? z " t y = /  T t P a  S  D f Y # *   v G Al8KC r z y 2 * Q P  >    %   W ? { " t y = .  T r P a  U  E f Y ! ) }  v F UAlVK@ r y x 5 , R O  =   $   Y ? z " t { > .  U r K a  S  G f Z ! ' ~  w G GAltKJ# q y w - + S P  >    &   X ? { " t { > /  U s P a  S E e Z # ,  v G ִAlK@ r y y : + R P  =   &   X ? z " t y > /  U r R a  S  H f Y " + y  v G ׯAlKHԅ t z y 7 , R Q  =    $   Y ? { " t y = /  V s Q a  S  I e [ ! ) x  y G ZAlK8 p y z ! + S Q  >   %   Z ? z " t { = .  U s P a  R  H g Y " ' x  w G _AlKBF p z y 7 ) S R  >   %  Y ? z " t { > /  T s P a  R  I g X $ ) x  v G \Al KG q z y 4 * R Q  >   $   X ? z " s z > .  U t N a  Q  H g [ " % z  t G 6Al(KJ# q y y : , R Q  >    $   X ? z " s y = .  U s O a  T  F g Z ! % w  u G 9AlFKC q z y 8 * S Q  >    $   X ? z " t { > /  U q M a  Q  E f Z ! ( y  w F ֊AldKG q z y ' ) R Q  >   $   X ? z " t { = /  V q P a  R $ H f Y " + ~  u G 4AlKF5 t y z 4 ) S Q  >   #   X @ z " s | = .  T s P a  T  G f Y ! (  x G WAlKC r z y ) S R  >   #   W ? z " s { > .  U s P a  T  E f Y " ' u  w F ӨAlK@ r y y 2 * R R  =   $   X > z " t ~ = .  U r O a  P % H f Z # ) {  u F IAlKG r y y - * S Q  >    $   X ? y " t { = /  U u P a  T $ F g [ $ $ }  w G bAlKC q y y , * R Q  >    &   Y ? y " t ~ = .  U t P a  Q  D g Z (  u G 0AlKL… r y x 4 * R Q  =    %   X > y " t } > .  U t N a  S  H e Y " *  w G Al6KJ# s y x 6 * S P  =    $   X > y " t z < .  T q N a  P  H g Z ! +  w G _AlT[t r z x 9 * R O  >    %   Y ? z " t | = .  T s M a  S  F f Y ! &  u G ׬AlrK@ q z y  ) R P  >    $   Y ? { " t { = /  T r O a  S  I e Y " #  u G AlL?> u y y 6 , R P  >    #   X ? z " s { = .  T r O a  Q  F f Y  ( y  t G קAlKF5 v y y & - S Q  >   $   X > { " t y = /  T t M a  Q  H f Z # (  u G ֜AlK@ r y y 2 * R Q  >    $   X @ z " t { = .  T q Q a  S  F f Y + |  w G .AlKHԅ q z x 5 , R Q  >   &   Y ? z " s | = .  T s S a  R D e X $ , x  v G ՊAlK? r z x = - S P  >    &   X > z " t | = .  T s T a  S  E e [ " ) ~  y G صAl&K@ s y y 8 , R P  =    &   Z ? y ! t { = /  U q R a  S  E c Y ! * v  v G ֊AlDKHԅ s z x / , R P  >    %   Y ? z " t | > /  T q R a  S  E d Y $ ) u  w G ׃AlbKC t z y 8 - S P  >    %   Y ? y " t { = .  T q P a  Q  F f Y ! & u  t G ֤AlKJ# s z y 3 + R P  >   &   Y @ z " t | = /  T q O a  R ' E d X ! * z  r G AlL, t y y 7 * R P  =    &   Y ? y " t | > .  T s N a  R ! H d Y * ~  v G AlT p y w $ * R Q  >    $  Z ? z ! t } = .  U s P a R  L g Z  ( r  w G AlKBF s z w 8 * R Q  >    #   Y > z ! t } = /  U r R a ! R & K g Y  ! ' u  v G )Al6KKs r y z 6 * R P  >    #   Z ? z ! s ~ = /  T s N a # R  J f Z   ' |  v F AlTam t y y / + R Q  >   $   Y > { ! s ~ = /  U q O a R  I h Y  ! #  u G |AlrKC r y y : ) S Q  >   %   Y ? { ! t | = .  U s P a R  H f Z  ! & z  v F AlKC q y y 7 * S Q  >    #   Z ? z ! t } > .  U r O a  S  K h Z  & ~  v H AlKJ# r y y ' ) R P  >    #   Y ? z ! t ~ = /  T p O a ! R  H g Y   #  x G ײAlKHԅ r y y 4 ) S Q  >    #   Y ? y ! t | = .  U p Q a  Q  H h Z   !  v G ؕAlKBF s y w 2 ) R Q  >   $   Y ? y ! s } = .  U q L a R  F h Y   # x  v G ֵAlKHԅ r z x 9 * R Q  >    $   Y ? z ! t ~ = .  U n O a  S  F h Z   , |  v H \Al&KD r y x ' ) R Q  >   "   Y > z ! t | = .  U p O a U  I g X  " )  v G րAlDKF5 r y x $ + R P  >   "   X ? z t | = .  U q O `  S  I f Y  " % {  u H cAlbK? s y y 5 + R Q  =   $   Y > y ! s | = .  U p N a  S  J f Y  ! # |  v G AlKJ# u y x # ) R Q  >    $   Y ? y ! t | = .  T p O a  S  I e [  ! (  v H AlK= r y x 1 * R P  >   #   X ? y ! t | = /  T r T a  T  J f Y  " & ~  x H AlKC r z y 9 , R P  >   #   X ? z ! t  > .  U r Q a ! S  L e [  " &  w H זAlKG r z x 4 * R P  >    $   Y @ z ! t ~ = .  T r R a  S  J e Y  # # }  u H սAlKD o z z 8 + S Q  >   $   X ? y ! t } = /  V p Q a  S  J f W  #   s H [AlKBF p y x + + S Q  >    #   X > z ! t ~ = .  U q P a U  H g X  " ( |  u H Al4KF5 t z y 5 + R Q  >   #   X > z ! t ~ = .  T p N `  R  H e X  ! # {  x H 7AlRK@ p y y 4 * R Q  >   "   Y @ y ! t ~ = .  U p K a R  H f X  " % ~  v H 9AlpK@ q z y 8 * R Q  >   #   X > y t } = .  U p K a T " I e X    {  w H ֫AlKD p z x 4 , R Q  >    !   X ? z ! t } = .  U r M a S  I f X  ! $   s G AlKG q y w . * R P  >    !   X ? y t } = /  T o Q a  U & G e Y   # }  v H مAlKBF q y z 9 + R P  >   #   X ? y ! t } = .  T q P a " S  H f X    |  v H vAlKBF s y y # * R P  =   #   W > { ! t | = .  T q R `  Q  H f Y   % z  u H AlL r y y ' * R Q  >    #   X ? y ! t } = .  U r O a R  G d X   |  t H ؕAl$N+ s y z 7 ) R P  >   #   Y ? z ! t | = .  T s Q a  S  F d X  ! $ w  v H oAlBKBF r z z # + S P  >   #   W ? y ! s | = /  U s Q a T # E d W  " " z  u G ԉAl`KD s y y 7 + R P  >    $   W ? z t } = /  S q O a " U  F g X  ! &  v G ְAl~KBF r y { 3 + R P  >    !   Y ? z ! s { = .  T r K a $ Q  H g X  " * {  u H AlKBF r y z $ + R P  >    "   Z ? z t { = .  T r Q ` T  H g W  " $  t G ԶAlKG p z z 6 + R Q  >    #   Y ? z t x = .  U p Q ` " T  H f Y  $ " }  w H AlKC r y { ) + Q Q  =   #   X ? y t | = .  T q P ` ! T  G f W  " "  v G AlKF5 r y { 4 * R Q >    "   X ? z ! t | = .  U r S a # Q  G h W  ) x  x G eAlK t y | 4 ) R P  =    $   Y ? y t } = .  T r Q ` U  E d Y  %  v H Al2KBF t y { " ) R O  >    $  X ? y ! t } = .  S r Q a # V  G e X   & {  v H GAlPKD s y { , * R P  >    $   X ? x ! s | = /  T r O ` # R  H e X  * z  t G AlnK r y | ! ) R P  =   $   Z ? z t  = .  T r N ` " R  F f X  % x  x G mAlKHԅ t y | ( * R P  >    $   Y > z ! t  = .  S s P ` ! V  I f Y  !   x G AlKD r y { 6 ) R P  =   #   Y > y t | = .  T r P ` ! S  I e X  ! x  x G ӮAlKHԅ r y z 6 * R P  =    #   X > y ! t { = .  T r R `  R  L e Z  &  v G AlKJ# s y z 8 ( R O  =   "   W ? x t { = .  S s N `  S  H f Z  " &  x H AlKBF t y | ! ( R P  =    #   X ? z s | = .  T r M ` " R  J e Y  "  z  y G Al"K@ s y { 5 * R O  =    "   W > y ! s ~ = .  S r N `  R K f Y  ! ' z  y G Al@KG s z | ) * R O  >    $   W ? z t { = .  T s O ` R  H e X  " % x  x G Al^M1 s y } 5 + R O  =    "   Y > z s z = .  T t Q ` " Q  G f Y # % }  x G NAl|KBF v y | 0 + R P  =    #   Y > z ! t | = .  T s Q `  R  I g Z $ ' w  v G ؅AlKF5 s y | 3 * Q O  =    "   X ? z ! t | = .  T s R `  S  H e X " ( {  w G [AlK@ t z | : ) R O  =    "   X > z ! t ~ = -  T r P a  R  J f X " "  v G NAlKF5 t z | 1 ) R N  =    #   X > z t } = -  T r S ` T  J f Y $ '  x G AlKKs u y } - ( Q O  >    "   Y ? | s | = .  T q N ` S  K f Y #  ~  u G AlKBF t y | 4 * R P  =    #   Z ? | t { = .  T q P ` R  H e Y ! '  w G ^Al0KBF t z | 9 * R P  =    !   Y ? } t | > .  T r P ` T - I d Y # '  w G AlNKHԅ u y } " ) R P  =    !   X ? ~ t | = .  U r O ` P  H e Z # (  v G YAllKD t z } 5 ( R P =      Y > z s | = .  T r N ` S  J e X $  w G ӫAlTTޅ t y } 6 ( Q O  >      Y > { s { = .  S r P `  T  I e X $ ' {  w G AlKG r z } 9 ( Q P  >    !   X > { s } < -  T q O `  S $ I d X # )   v G UAlK u z } * * R O  =      Y > y s { = .  T p M `  O  J f W $ ' }  v G AlKBF t y } 9 ) R O  =    !   X > z s | = .  T q M `  T  K e X % +  w G ضAlKG t y | 2 ( R O =       W ? z t | = -  S r O `  T  K e X ! ) v  w G Al KBF t z | 5 * R P  =    !   Y > z s | = -  T r O `  U  L f Y # * ~  w G 2Al>KC t y | : ) R P  =      X > { t | = .  T r P `  V  M e X " '  t G Al\KG w y | " ) R P  =   !   X = y t { = -  T r P `  T  K e V ! '  u F ӽAlzKdZ v y } 7 ( R O  =   "   X ? z s | = .  S r P `  T  K e W # (  u G IAlKD u y | 5 ) R P  =    !   X > y s ~ = .  T r P `  S H g W # )  u H ӔAlN v z | ) ) R Q  =     X ? y s | = .  T r M `  T & M g W # )  u G ԌAlKC v y { 8 ( R P  =      X > y t | = .  T q M `  U  M f X " )   t G wAlK? v y { $ ( R O  =    #   X > y t { = .  T r N `  S N f Y &  x G JAlKHԅ s y | 9 ) S P  =    "   X > y s ~ = .  T s O `  P K d W " * {  w H Al.K@ t z z 4 * S P  >    "   Y > x t | = .  T s N `  R  L d W # (  v H dAlLK@ u z { . ) R P  >    "   Z > x s { = -  S r O `  Q  M d Y # *  v G טAljKD u z { / ) R O  =    "   Y > y t ~ = .  S t P `  Q I e Y # '  u G aAlK@ v z { 5 ( R P  >    !   X > y s { = .  S s R `  R  I f X ! )  w G ԓAlKBF u y z # ) R R  =      X ? z s | = .  T r O `  R - K c Y " '  w G %AlKG s z | 7 ) R Q  >      X > z t = .  T r Q `  Q  I e W " (  w G PAlKD v y z 9 ) R P  >    "   X > y s z = -  S r N `  R $ L f Y ! )   u G AlK t y z - * R Q  >    !   X ? y s | > .  S s M `  T  L f W # %   v G AlKBF v z z 9 ( R P  >    "   X > y s } = .  T r O `  R & K f W # (  v H ոAlƎKF5 w z { 0 ) S S  @   ! '  [ A { " u > 0  V s P b  T M h Y " -  } H AlƬK輅 x z { ( ) S Q  ?   ! '   [ @ z " t ? 0  U r N a  U  M g Z " - |  { H AlKC x z z 6 ) S Q  ?   ! '   [ @ z " t ? 0  V s O b  V  M h Z " ) ~  { H GAla! w z y 7 ) S Q  @   ! &   [ @ z " t ? 0  V r Q b  U % N f Z " ) y  H AlO y { y < ( S Q  ?   ! '  \ @ { " t ? 0  V r N b  V N f Z # - }  z H Al$KC w z x . ' S R  ?   ! '  [ @ z " t ? /  V r N a  U  P f [ # +  { H 5AlBKD y z y 6 ) S R  ?   ! &   \ @ z " t ? 0  U s J a  U  R e [ # - ~  | H Al`KBF x z y * ) S R  @   ! &   \ @ { " t ? 0  U r M b  U P f [ $ * y  ~ H ӍAl~KF5 v z x # ) S R  ?   ! %   [ @ { " t ? 0  U r O b  W  N f Z $ ) }  | H AlǜKC w z x 2 ( S R  ?   ! &  [ @ { " t  ? 0  U r P a  V # M e [ " - |  ~ H vAlǺKKs v z y 1 ) S R  @   ! %   \ A z # t > /  U s O b  T " Q h [ $ (  { H pAlKC w z x 8 ) T R  ?   ! %   ] @ z " t ? 0  U s P b  W ' P h Z " ) v  | H oAlKHԅ u z { * * S Q  ?   ! $  [ @ z " t ~ ? 0  U r O b  T ' O i Z % |  ~ H tAlKC v { z " + S Q  ?   ! $   \ ? z " t  > 0  V t Q a  W  O h [ ! (  I Al2K@ y z y - ( S P  ?   ! %   \ ? y " t ~ ? 0  U r P a  X  N f Z ! )   ~ H SAlPKJ# v { z 8 ) S P  ?   ! %  Z @ { " t ~ ? /  U t P b  Z $ Q g [ ! * {  ~ H בAlnK? w z z . ) T Q  ?   ! $  [ @ z " t } ? 0  U r R a  Y  O f [ & . v  ~ H LAlȌKJ# w z z 5 ( S R  ?   ! #   \ @ z " t ~ > /  U t S a  Z  Q f Z % 0 {  { H ؘAlȪKC w z { 5 ( S Q  ?   ! %  [ @ { " t } > 0  U s R b  Y  O f [ % 0 x  } H יAlK@ w z z 9 ( S P  ?   ! $   \ @ y ! t ~ ? 0  U t Q b  [ ( P g [ $ , |  } H AlKC w z z $ ) S R  @   ! %   [ @ z " t ? 0  U s Q b  Y # N g Z  # #  { H 2AlKBF u z z 6 * S P  ?   %  Z @ z " t ? 0  U t R b  X  P g [  % $  } H Al"KC v z z : * T Q  ?   &   [ @ y " t  ? /  V u Q b  X  Q g Z  $ . ~  { H Al@KBF v z z 9 ) S Q  ?   '   \ @ z " t ? /  U v Q b  V  R f Y  # +  | H ԠAl^KG r z z 4 * S Q  ?   ! #   [ @ y " t > 0  U r R a  S  R g Z  ! * |  } H ӧAl|KJ# x z z ; * S Q  @   ! %   [ @ y " t > 0  U s Q a  T  N g Z  / w  | H AlɚV u z { # * T R  ?   ! $   \ @ y " t ? /  U t R a  V  N f Z  " ,  | G AlɸKJ# w z { 1 + S Q  ?   ! %  [ @ z " t ? 0  U s R b  T  N g Z  ! )   } H AlK@ x z y 8 ) R R  ?   ! $   Z @ y " t ? 0  U t R a  T  M e [  /  { H բAlKOa v z z > ) S R  ?   ! $   Z ? y " t } ? /  V t R b  U % N g [  " - }  { H ڽAlKJ# v z y 7 ) T R  ?   ! %   Z @ y " t ~ > /  U  s R a  V ! Q g \  ! % }  } H PAl0K? v z y 4 ' S Q  ?   ! $   [ ? z " t z > 0  U r R a  S * Q f Y  ! + w  | H |AlNKF5 x z y ( ( S R  ?   ! $   [ @ x " t  ? /  U r R a  U  S g [  $ *   } H օAllKF5 x z x 7 ) S R  ?   ! $   [ @ y " t | ? /  U r Q a  U  Q e Z  # $ {  { G זAlʊK@ x z y * ) S R  ?   ! %   [ @ y ! t ~ > 0  U  s Q a  T , N e Z  ! , w  } G ԻAlʨKG x z v 5 ) S Q  ?   ! $   Z ? x " t ~ > 0  T r P a  T Q g [  # * z  { H AlKC w z z , * S R  ?   ! $   Z @ x ! t  > /  T s R a  T  Q g Z  " ( {  | H AlK@ u z y 7 ( S Q  ?   ! $   Z @ y " t > /  T s R a  S P g Z  " ) y  | H AlKͅ u y x 7 ) R Q  ?   " %   Z @ y ! t } > /  U r O a  U  O d Y  # #  ~ H XAl KBF w z z ( ) S P  ?   ! $   \ @ y ! t } > /  T s R b  V  R d Z  $ &  } H AAl>KG w z x 3 * S Q  ?   ! "   \ @ y " t  > /  U t P a  U " O f Z  " $ z  } G ԙAl\KC v y y : , S Q  ?   %   [ @ x " t  ? 0  U s Q b  V O g [  " ) }  | H AlzKBF v z y 9 , S Q  ?   ! %   Z @ y " t > 0  U q S a  T  R f [  " ) s  { H Al˘KHԅ w z x ( * T Q  ?   #   \ @ z " t > 0  U s S a  V  S e [   * y  } H Al˶KBF x z y 4 * S Q  ?   ! "   [ @ y " t > /  U r R a  T  Q e Z  " * {  } H &AlKHԅ v z x ) S P  ?   ! $   [ @ y ! t ~ > /  U s Q a  S $ R g [  ! ) t  { H .AlZ@ w z y < ) S R  ?   ! &   [ @ y ! t  > /  U t T a  V ! P g \  ! + w  { H ؖAlK@ w z y 0 ( S R  ?   ! $   [ ? y ! t ? /  T  s S b  T # N f Z  " & w  ~ H ԿAl.KJ# v z z 7 ( S Q  ?   ! %   [ ? y " t | > /  T t P a  U $ R e \  # - y  { H ؆AlLKF5 w z y ' + S R  ?   ! $   [ ? y ! t } > /  T s R a  T  T g Z  # ( x  { I iAljKD v y z $ ) S Q  ?   ! &   Z @ y ! t } > /  U  s S a  T  R e [  "  (  { H mAl̈KG v z x % ) R Q  ?   ! &   Y @ y " t } > /  V s T a  T ! Q e Z  & ' ~  { H Al̦KBF w z x 5 * S R  ?   ! %   [ @ z " t | > /  U s R b  V . Q d Z  % +  } H ؔAlK@ v { x 4 ) S R  >   ! %   [ @ z ! t | > /  U t Q a  U ' S g Z  # )   } H ؇AlKG w z y 8 ) S R  ?   %  \ @ y ! t | ? /  U r T a  T  Q h [  # )  | H AlKBF u z y " * S R  ?   ! %   [ A y " t | > 0  V s Q b  T Q f Y  $ ' z  z H ңAlQ@ u z y 6 ( S S  ?   ! $  Z @ y " t ~ ? /  U s P b  T  R f Y  " + x  } H zAl 0  V  t Q b  T  R e Y  " % |  } H AlxK@ w z z ) ) S Q  ?   ! $   Z @ y ! t | ? /  U  u Q a  T  R f Y  $ % y  { G Al͖KF5 u z y 6 ( S Q  >   ! %   Z @ y " t | > 0  V  u S a  V  U f Y  " ( {  | G ҺAlʹK? s y y 2 ) S P  ?   ! $   Z @ x ! t | > /  V s R b  W  U e Z  # )  y H AlK@ t z z - * T Q  ?   ! #   [ @ x ! t } > /  U u S b  S  V d Y  " " y  { G /  U t R a  R ( U e Z  % ' y  z H AlK t y y / ) S P  ?   ! $   Z @ y ! t } > 0  U t S b  S % T e Y  # # {  z H eAl,K? t z y 5 ) S Q  ?   ! #   Z @ y ! t | > /  V t T a  T $ T e X  $ ' z  { H AlJY t z y ? * S R  ?   $   Y @ x " t | = /  U t W a  T  S d Z # $ |  x G ԸAlhK>W u z y , ) S Q  ?   ! $   Z @ w ! t  > /  U  s T b  S  T d Z $ $ w  x G AlΆK@ t z x 6 ) S Q  ?   ! %   [ @ x ! t } > /  U r R a  T  Y d Y $  z  z G ׳AlΤKF5 r z y 1 ) S Q  ?   ! %   Z ? x ! t | > 0  U t P a  R  S f Z # ! ~  x H AlK@ u y w ' ) S R  ?   ! $   Y @ y " t } > /  V r Q b  S  V e Y #  z  { G ؉AlKJ# t z y 8 ) S Q  ?   ! $   Z @ x ! t { > /  V s R a  S U d Z $ $ {  y H 'AlKG t z y 6 * S P  ?   " $   Z @ w ! t { > /  V s S a  Q # V d Y % % |  z H AlK@ t { y 2 * S R  ?   ! #   Y @ x ! t { > /  T t R a  S  S e Y % y  z G 8Al:KHԅ u z y 5 * S Q  ?   ! #   Z ? y " t z > /  U s Q a  R  S e Y ' # x  | G PAlXKG x z y 5 ) S R  ?   " #   Z @ x " t ~ > /  V t R b  S  S g Z & # w  z H AlvN< u z z 2 * S Q  ?   ! (   Y @ z " t { > /  V t R a  T  T f Z $ $ |  x H AlϔKD u z y " + S R  ?   ! $   Y ? w " t } ? /  V s T a  T " T g Y $ # y  y H ׹AlϲKF5 p z z 8 * S Q  ?   ! #   Z ? w ! t ~ > /  U r P b  V  R e Z $ # w  x H ղAlN t | ~ 8 , W U  E   & '  % ` D  ' v C 6  ] w X e # V ! P h ^  *  / {   L Al,KD w { ~ 6 - V T  D   % '  $ _ C  & v B 5  ] v W e % X " N i ]  )  .   L ֑AlJKC u | } # + V U  C   % '  # ^ B ~ & u A 3  [ u V d # X " N h ^  (  .    K AlhKG s { } 9 * V T  B   $ %  " ] B } % u A 3  Y v T c # W & N g ]  &  . u  J 4Al݆K@ r { | ; , U T  A   # %  ! \ B } $ u @ 2  X u S c # W  N g ^ '  )   ~ J ۍAlݤKHԅ t { } : + T S  A   " $  ! ] A | $ u ~ @ 2  X t T b " U  O f \ & /   J AlKG v z | : , T R  A   # &  ! [ A } # u } @ 1  X s P b # U  O e \ ( . y   J +AlKG t z | 7 , T R  @   " %  ! [ A | # u } ? 1  W t Q b ! T  M h Z % -   J ׋AlKC u { } # + T S  @   " '  ! [ @ { # u ~ ? 1  X s R b V  N g Z % ) }  J AlKF5 v z | - ) S R  @   " %  Z A { " t | ? 1  W t Q b  U  P f Z & +   I UAl:KF5 u z { 7 * S S  ?   " $   Z @ { " u } ? 0  W s Q a  U ( O h Z % ' s  | I gAlXKKs u z { - + S S  @   " $  Y A { " t ~ ? 0  V r P b  S  O h [ ' + y  { I ~AlvKC t z | 8 ) S R  ?   " #  X A | " u } ? 0  V t Q b  T  P h [ & . x  z I =AlޔKJ# t z z 8 ) S S  ?   " #  Y A { " t ? 0  W r U a  T  O g [ & , |  y I zAl޲K@ u { { 9 * S S  ?   ! $  Y @ } " t } > 0  V s S a  R  P h Z & + v  y H AlKF5 t z { = + S S  ?   ! $  ! Z @ { " t | > 0  V q S a  T  N h Z ' * }  { I սAlKD t z { 6 ) S S  ?   " &  X A { " t { > 0  V s P a  R  Q i Y ( ( x  z I Al KG u z { 6 ) S S  ?   ! %  X A | " t } > 0  V r O a  S  P h \ ' - r  { I Al*KF5 v z | " ( S S  ?   " $  ! X @ | " u z ? 0  V r P a  S  P g Z ' , r  z I 8AlHK@ t z { ' ) R S  ?   " $  X @ { " t | ? 0  W r Q a  R  P f [ ( - s  } H ԈAlfK@ s z { 6 ) S S  ?   ! #  X @ { " t ~ ? 0  V s S a  S O g [ ) / |  } I Al߄KC t z { @ * S S  ?   " #  Y @ { " t ~ > 0  V s R a  T  M f ] ( - z  ~ I ՃAlߢKD s z | ) S S  ?   " $  Y @ | " t ~ > 0  V s R a  S  O h \  % * y  | I uAlNJ8 t z { 4 + R S  ?   " $  Z @ { " t } > /  V r R a  R  L f [  % * v  | I YAlRj t z z 7 * S R  ?   ! $  X ? | " t ~ ? 0  V s S a  S  N f [  # , u  { I hAlKC u z y , + S S  ?   ! $  Y A z " t | > /  V t R a  R N g Z  $ / x  ~ I .AlKHԅ r z { # * S R  ?   " #   Y @ { " t | > 0  V q S a  R  M h Z  # 0 ~  ~ I iAl8KC t z { 7 , S S  ?   " "  [ @ | " u | > 0  V q P a  S  N g Y  # 0 p  } H AlVKHԅ v z z 5 * S S  ?   " #  Y @ | " t { ? 0  V r Q a  T  Q h \  $ 0  { I AltKBF t y { 6 + T S  ?   " $  Y @ { " t | > /  V r Q a  U  R f Y  $ * }  } H AlKJ# r z z 6 ) S S  ?   " #  Y @ { " t  > /  W r Q a  T  P g Z  & 0 {  y I AlKF5 s z z = , S T  ?   " "  Y @ { " t } > 0  V s R a  S  O h [  % .  } H ՎAlKBF u z { 7 * R S  ?   " #   Y @ | " t | > /  V u O a  S  N h Z  $ -  } H zAlR> u z z  , R S  >   ! $   X @ { ! t | > 0  V s P a  S ! O j [  $ ) {  H Al K u z { 0 + S S  ?   " #  Y ? { " t } > /  V t Q a  P # N h Z  $ ,   } H ٨Al(KC u z z ( ) R S  ?   ! #  X ? { " t { > /  V u P a  P " N g Z  $ , y  z G ՊAlFK t z z < + S S  ?   " #   X ? { " t { > /  U t R a  R  M i Y  " / w  G AldK@ s z z ' * S S  ?   ! "  X @ z ! t { > 0  V t R a  R  O h Z  # + }  { H ձAlK]̅ u z { 4 ) S S  ?   ! "  X ? { " t z > /  U s Q a  S  Q f Z  $ 0 {  } H AlK@ t z { 7 + S R  ?   ! "  X ? { " t } > /  V s R a  S  Q h Z  # *  | H AlK@ r z { " * S T  ?   ! "  Y ? { " t y > /  V t P a  S  R f Z  % .  } H AlKD u z | 7 ) S T  ?   " "  X ? { " t z > /  V t Q a  R  R g Z  $ , }  { H AlKD t z { 8 , S S  ?   " "  X @ | ! t y > /  U r P a  R & R h Z  # / y  } G պAlKBF v z { 5 , S S  >   ! #  Y @ | " t { > 0  U r P a  P ( N h \  $ . |  { G ֫Al6^K u z z , + S R  ?   ! #   Y ? | ! t } > /  U s P a  R  O g Y  % . ~  | H @AlTKBF v z z " ) R S  ?   " #   W ? | ! t { > /  U t O a  S ( R g [  $ /  | G AlrK? t z z = * S S  ?   ! "  X @ | ! t y > /  U t Q a  R $ P f Z  $ / {  z H ֥AlKKs v z z 9 ) S S  ?   ! "   X @ { ! t z > /  U t R a  T ! P h Y  & , x  | G SAlKC v z z 5 ) S S  >   "  X ? { ! t { > /  V t Q a  S  R h Z  & 0 z  z G AlKF5 v y z $ + S S  ?   ! #  X @ | ! t z > /  U t P a  T P g [  & , w  z G ҩAlKG v z z 2 + R R  >   #   X ? { ! t x > /  V s S a  S  Q h Z  & + x  y G ։AlK@ t z z 6 * R R  >   ! #   W ? | ! t y = /  V t Q a  Q  P f [  % , z   H ؖAl&KBF s y z ? , R R  ?   ! "   X @ | ! t y > /  V s P a  S  Q e Z  $ + {  | G AlDKN u z { 2 * R R  >   ! #   V @ | ! t z > /  U s O a  S  P g Z  & . z  } G AlbKJ# t z z 5 * R R  >   ! $   X @ { ! t { > /  U t P a  T  P e X  % , t  | H ֻAlKG r z { 8 * R R  >   ! $   W ? z ! t y > /  U t R a  U  O h Y  & , w  | G AlK@ r z { 5 * S R  >   ! &   Y ? | ! t { = /  U s N a  T  O f Z  & - u  ~ H AlKBF s y z 1 * S S  >   ! %  Y @ { ! t ~ = /  V t Q a  S  O f Z  # , q  { G AlKG t z { 1 * S R  >   ! %   X ? z " t ~ > /  U t R a  S & P h Z  $ , y  z G ;AlK@ r y { % ( S S  >   " %   X @ { ! t } > 0  U s R a  Q  P g Y  $ - z  | G AlKBF s y { 7 ) S R  >   ! $  X @ | ! t } = .  U s S a  R " O d Y  $ ) v  | H Al4KHԅ o y { $ ) R R  >   %   X ? { ! t  > /  U s S a  R  R e [  % * s  ~ G AlRKD q z { 1 ) S R  >   ! $   X @ | ! t } > /  V s S a  R  Q g Z  # , r  | G )AlpX u z { 6 ) S R  >   ! %  X ? z ! t | = /  U u Q `  R  R g Z  $ - |  | H AlKBF p y | 9 * S S  >   ! $   Y @ { ! t { > /  U s Q a  T  R f Z $ + z  ~ H 0AlK@ r z z 7 * R R  >   ! %  Y @ | ! t { > /  U s P a  T  R f Z $ , z  | G ֳAlKG p z z 6 ( S R  >   ! %  Y @ { ! t | = .  U s R a  R  T f X % 0 y  z G AlK_ q z z 2 + R Q  >   ! %  X ? | ! t y > /  U s N a  R  S f Y $ ' y  | G 1AlKKs r y {  ( S R  >   ! $   X ? { ! t { > /  V r Q a  S  R g Z % , z  { G ՗Al$K= r z { 3 ) R R  >   ! &   X ? | ! t | = /  U q P a  S  Q f Z & + }  z H AlBK@ r z z 9 ) S R  >   ! %   W @ { ! t { > /  U s Q a  S  O g Z $ ' y  x G 9Al`KBF r y { 1 ) S R  >   ! $   W ? { ! t | = 0  U t R a  S  R g Y $ + v  } G Al~KG r z z , ) S R  >   ! %   X ? { ! t { = /  U s Q a  R  O g Z % , v  | H AlKD q z z 7 ) S R  >   ! %   W ? z ! t | > /  U s O a  P  M g Y % , z  { H AlK@ t y { ' ) R Q  >   " &   X @ } ! t y > /  U s P a  S  O f Z & , v  } G ֆAlKC t z { ; ) R Q  >   ! $   X ? } ! t ~ > /  T s P a  S  O g Y % , w  z G AlK@ r z | = ( S Q  >   ! $   Y @ } ! t ~ = /  U t Q a  S  P f Y # * s  ~ H SAlKC s y z # ( S Q  >   %   Y ? } ! t  > /  U s P a  U  N g Z $ ' y  z H #Al2KKs p y { 5 ) R Q  >   ! #  X @  ! t  > /  U t R a  S O f Y % / v  | H aXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 250 / width of table in bytes NAXIS2 = 481 / 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 = 'BHKLCBLK6DM0A' / Block 6, 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 = 'BHKLCBLK6DM0B' / Block 6, 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 = 'BHKLCBLK6DM1A' / Block 6, 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 = 'BHKLCBLK6DM1B' / Block 6, 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 = 'BHKLCBLK6DM2A' / Block 6, 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 = 'BHKLCBLK6DM2B' / Block 6, 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 = 'BHKLCBLK6DM3A' / Block 6, 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 = 'BHKLCBLK6DM3B' / Block 6, 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 = 'BHKLCBLK6DM4A' / Block 6, 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 = 'BHKLCBLK6DM4B' / Block 6, 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 = 'BHKLCBLK6DM5A' / Block 6, 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 = 'BHKLCBLK6DM5B' / Block 6, 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 = 'BHKLCBLK6DM6A' / Block 6, 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 = 'BHKLCBLK6DM6B' / Block 6, 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 = 'BHKLCBLK6DM7A' / Block 6, 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 = 'BHKLCBLK6DM7B' / Block 6, 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 = 'BHKLCBLK7DM0A' / Block 7, 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 = 'BHKLCBLK7DM0B' / Block 7, 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 = 'BHKLCBLK7DM1A' / Block 7, 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 = 'BHKLCBLK7DM1B' / Block 7, 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 = 'BHKLCBLK7DM2A' / Block 7, 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 = 'BHKLCBLK7DM2B' / Block 7, 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 = 'BHKLCBLK7DM3A' / Block 7, 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 = 'BHKLCBLK7DM3B' / Block 7, 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 = 'BHKLCBLK7DM4A' / Block 7, 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 = 'BHKLCBLK7DM4B' / Block 7, 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 = 'BHKLCBLK7DM5A' / Block 7, 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 = 'BHKLCBLK7DM5B' / Block 7, 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 = 'BHKLCBLK7DM6A' / Block 7, 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 = 'BHKLCBLK7DM6B' / Block 7, 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 = 'BHKLCBLK7DM7A' / Block 7, 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 = 'BHKLCBLK7DM7B' / Block 7, 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 = 'BHKLCBLK8DM0A' / Block 8, 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 = 'BHKLCBLK8DM0B' / Block 8, 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 = 'BHKLCBLK8DM1A' / Block 8, 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 = 'BHKLCBLK8DM1B' / Block 8, 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 = 'BHKLCBLK8DM2A' / Block 8, 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 = 'BHKLCBLK8DM2B' / Block 8, 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 = 'BHKLCBLK8DM3A' / Block 8, 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 = 'BHKLCBLK8DM3B' / Block 8, 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 = 'BHKLCBLK8DM4A' / Block 8, 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 = 'BHKLCBLK8DM4B' / Block 8, 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 = 'BHKLCBLK8DM5A' / Block 8, 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 = 'BHKLCBLK8DM5B' / Block 8, 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 = 'BHKLCBLK8DM6A' / Block 8, 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 = 'BHKLCBLK8DM6B' / Block 8, 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 = 'BHKLCBLK8DM7A' / Block 8, 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 = 'BHKLCBLK8DM7B' / Block 8, 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 = 'BHKLCBLK9DM0A' / Block 9, 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= 'BHKLCBLK9DM0B' / Block 9, 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= 'BHKLCBLK9DM1A' / Block 9, 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= 'BHKLCBLK9DM1B' / Block 9, 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= 'BHKLCBLK9DM2A' / Block 9, 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= 'BHKLCBLK9DM2B' / Block 9, 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= 'BHKLCBLK9DM3A' / Block 9, 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= 'BHKLCBLK9DM3B' / Block 9, 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= 'BHKLCBLK9DM4A' / Block 9, 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= 'BHKLCBLK9DM4B' / Block 9, 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= 'BHKLCBLK9DM5A' / Block 9, 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= 'BHKLCBLK9DM5B' / Block 9, 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= 'BHKLCBLK9DM6A' / Block 9, 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= 'BHKLCBLK9DM6B' / Block 9, 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= 'BHKLCBLK9DM7A' / Block 9, 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= 'BHKLCBLK9DM7B' / Block 9, 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= 'BHKLCBLK10DM0A' / Block 10, 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= 'BHKLCBLK10DM0B' / Block 10, 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= 'BHKLCBLK10DM1A' / Block 10, 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= 'BHKLCBLK10DM1B' / Block 10, 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= 'BHKLCBLK10DM2A' / Block 10, 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= 'BHKLCBLK10DM2B' / Block 10, 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= 'BHKLCBLK10DM3A' / Block 10, 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= 'BHKLCBLK10DM3B' / Block 10, 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= 'BHKLCBLK10DM4A' / Block 10, 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= 'BHKLCBLK10DM4B' / Block 10, 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= 'BHKLCBLK10DM5A' / Block 10, 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= 'BHKLCBLK10DM5B' / Block 10, 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= 'BHKLCBLK10DM6A' / Block 10, 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= 'BHKLCBLK10DM6B' / Block 10, 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= 'BHKLCBLK10DM7A' / Block 10, 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= 'BHKLCBLK10DM7B' / Block 10, 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= 'BHKLCSPARE4' / Leakage Current Packets Spare Word 4 TFORM162= '1I ' / data format of field: 2-byte INTEGER TZERO162= 32768 / offset for unsigned integers EXTNAME = 'hk174x001' 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 = 392981416.2958 TSTOP = 393012786.29588 DATE-OBS= '2013-06-15T09:30:13' DATE-END= '2013-06-15T18:13:03' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31370.000080049 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 372 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:58' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'YdSEaZQEZbQEaZQE' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '3195469017' / data unit checksum updated 2013-06-25T08:41:58 TRDLO2 = -1097 / BHKLCBLK6DM0A Red lower limit = B_HK_B06D0A_LC_TRDHI2 = 1300 / BHKLCBLK6DM0A Red upper limit = B_HK_B06D0A_LC_TYELO2 = -1097 / BHKLCBLK6DM0A Yellow lower limit = B_HK_B06D0A_TYEHI2 = 1000 / BHKLCBLK6DM0A Yellow upper limit = B_HK_B06D0A_TRDLO4 = -1097 / BHKLCBLK6DM0B Red lower limit = B_HK_B06D0B_LC_TRDHI4 = 1300 / BHKLCBLK6DM0B Red upper limit = B_HK_B06D0B_LC_TYELO4 = -1097 / BHKLCBLK6DM0B Yellow lower limit = B_HK_B06D0B_TYEHI4 = 1000 / BHKLCBLK6DM0B Yellow upper limit = B_HK_B06D0B_TRDLO6 = -1097 / BHKLCBLK6DM1A Red lower limit = B_HK_B06D1A_LC_TRDHI6 = 1300 / BHKLCBLK6DM1A Red upper limit = B_HK_B06D1A_LC_TYELO6 = -1097 / BHKLCBLK6DM1A Yellow lower limit = B_HK_B06D1A_TYEHI6 = 1000 / BHKLCBLK6DM1A Yellow upper limit = B_HK_B06D1A_TRDLO8 = -1097 / BHKLCBLK6DM1B Red lower limit = B_HK_B06D1B_LC_TRDHI8 = 1300 / BHKLCBLK6DM1B Red upper limit = B_HK_B06D1B_LC_TYELO8 = -1097 / BHKLCBLK6DM1B Yellow lower limit = B_HK_B06D1B_TYEHI8 = 1000 / BHKLCBLK6DM1B Yellow upper limit = B_HK_B06D1B_TRDLO10 = -1097 / BHKLCBLK6DM2A Red lower limit = B_HK_B06D2A_LC_TRDHI10 = 1300 / BHKLCBLK6DM2A Red upper limit = B_HK_B06D2A_LC_TYELO10 = -1097 / BHKLCBLK6DM2A Yellow lower limit = B_HK_B06D2A_TYEHI10 = 1000 / BHKLCBLK6DM2A Yellow upper limit = B_HK_B06D2A_TRDLO12 = -1097 / BHKLCBLK6DM2B Red lower limit = B_HK_B06D2B_LC_TRDHI12 = 1300 / BHKLCBLK6DM2B Red upper limit = B_HK_B06D2B_LC_TYELO12 = -1097 / BHKLCBLK6DM2B Yellow lower limit = B_HK_B06D2B_TYEHI12 = 1000 / BHKLCBLK6DM2B Yellow upper limit = B_HK_B06D2B_TRDLO14 = -1097 / BHKLCBLK6DM3A Red lower limit = B_HK_B06D3A_LC_TRDHI14 = 1300 / BHKLCBLK6DM3A Red upper limit = B_HK_B06D3A_LC_TYELO14 = -1097 / BHKLCBLK6DM3A Yellow lower limit = B_HK_B06D3A_TYEHI14 = 1000 / BHKLCBLK6DM3A Yellow upper limit = B_HK_B06D3A_TRDLO16 = -1097 / BHKLCBLK6DM3B Red lower limit = B_HK_B06D3B_LC_TRDHI16 = 1300 / BHKLCBLK6DM3B Red upper limit = B_HK_B06D3B_LC_TYELO16 = -1097 / BHKLCBLK6DM3B Yellow lower limit = B_HK_B06D3B_TYEHI16 = 1000 / BHKLCBLK6DM3B Yellow upper limit = B_HK_B06D3B_TRDLO18 = -1097 / BHKLCBLK6DM4A Red lower limit = B_HK_B06D4A_LC_TRDHI18 = 1300 / BHKLCBLK6DM4A Red upper limit = B_HK_B06D4A_LC_TYELO18 = -1097 / BHKLCBLK6DM4A Yellow lower limit = B_HK_B06D4A_TYEHI18 = 1000 / BHKLCBLK6DM4A Yellow upper limit = B_HK_B06D4A_TRDLO20 = -1097 / BHKLCBLK6DM4B Red lower limit = B_HK_B06D4B_LC_TRDHI20 = 1300 / BHKLCBLK6DM4B Red upper limit = B_HK_B06D4B_LC_TYELO20 = -1097 / BHKLCBLK6DM4B Yellow lower limit = B_HK_B06D4B_TYEHI20 = 1000 / BHKLCBLK6DM4B Yellow upper limit = B_HK_B06D4B_TRDLO22 = -1097 / BHKLCBLK6DM5A Red lower limit = B_HK_B06D5A_LC_TRDHI22 = 1300 / BHKLCBLK6DM5A Red upper limit = B_HK_B06D5A_LC_TYELO22 = -1097 / BHKLCBLK6DM5A Yellow lower limit = B_HK_B06D5A_TYEHI22 = 1000 / BHKLCBLK6DM5A Yellow upper limit = B_HK_B06D5A_TRDLO24 = -1097 / BHKLCBLK6DM5B Red lower limit = B_HK_B06D5B_LC_TRDHI24 = 1300 / BHKLCBLK6DM5B Red upper limit = B_HK_B06D5B_LC_TYELO24 = -1097 / BHKLCBLK6DM5B Yellow lower limit = B_HK_B06D5B_TYEHI24 = 1000 / BHKLCBLK6DM5B Yellow upper limit = B_HK_B06D5B_TRDLO26 = -1097 / BHKLCBLK6DM6A Red lower limit = B_HK_B06D6A_LC_TRDHI26 = 1300 / BHKLCBLK6DM6A Red upper limit = B_HK_B06D6A_LC_TYELO26 = -1097 / BHKLCBLK6DM6A Yellow lower limit = B_HK_B06D6A_TYEHI26 = 1000 / BHKLCBLK6DM6A Yellow upper limit = B_HK_B06D6A_TRDLO28 = -1097 / BHKLCBLK6DM6B Red lower limit = B_HK_B06D6B_LC_TRDHI28 = 1300 / BHKLCBLK6DM6B Red upper limit = B_HK_B06D6B_LC_TYELO28 = -1097 / BHKLCBLK6DM6B Yellow lower limit = B_HK_B06D6B_TYEHI28 = 1000 / BHKLCBLK6DM6B Yellow upper limit = B_HK_B06D6B_TRDLO30 = -1097 / BHKLCBLK6DM7A Red lower limit = B_HK_B06D7A_LC_TRDHI30 = 1300 / BHKLCBLK6DM7A Red upper limit = B_HK_B06D7A_LC_TYELO30 = -1097 / BHKLCBLK6DM7A Yellow lower limit = B_HK_B06D7A_TYEHI30 = 1000 / BHKLCBLK6DM7A Yellow upper limit = B_HK_B06D7A_TRDLO32 = -1097 / BHKLCBLK6DM7B Red lower limit = B_HK_B06D7B_LC_TRDHI32 = 1300 / BHKLCBLK6DM7B Red upper limit = B_HK_B06D7B_LC_TYELO32 = -1097 / BHKLCBLK6DM7B Yellow lower limit = B_HK_B06D7B_TYEHI32 = 1000 / BHKLCBLK6DM7B Yellow upper limit = B_HK_B06D7B_TRDLO34 = -1097 / BHKLCBLK7DM0A Red lower limit = B_HK_B07D0A_LC_TRDHI34 = 1300 / BHKLCBLK7DM0A Red upper limit = B_HK_B07D0A_LC_TYELO34 = -1097 / BHKLCBLK7DM0A Yellow lower limit = B_HK_B07D0A_TYEHI34 = 1000 / BHKLCBLK7DM0A Yellow upper limit = B_HK_B07D0A_TRDLO36 = -1097 / BHKLCBLK7DM0B Red lower limit = B_HK_B07D0B_LC_TRDHI36 = 1300 / BHKLCBLK7DM0B Red upper limit = B_HK_B07D0B_LC_TYELO36 = -1097 / BHKLCBLK7DM0B Yellow lower limit = B_HK_B07D0B_TYEHI36 = 1000 / BHKLCBLK7DM0B Yellow upper limit = B_HK_B07D0B_TRDLO38 = -1097 / BHKLCBLK7DM1A Red lower limit = B_HK_B07D1A_LC_TRDHI38 = 1300 / BHKLCBLK7DM1A Red upper limit = B_HK_B07D1A_LC_TYELO38 = -1097 / BHKLCBLK7DM1A Yellow lower limit = B_HK_B07D1A_TYEHI38 = 1000 / BHKLCBLK7DM1A Yellow upper limit = B_HK_B07D1A_TRDLO40 = -1097 / BHKLCBLK7DM1B Red lower limit = B_HK_B07D1B_LC_TRDHI40 = 1300 / BHKLCBLK7DM1B Red upper limit = B_HK_B07D1B_LC_TYELO40 = -1097 / BHKLCBLK7DM1B Yellow lower limit = B_HK_B07D1B_TYEHI40 = 1000 / BHKLCBLK7DM1B Yellow upper limit = B_HK_B07D1B_TRDLO42 = -1097 / BHKLCBLK7DM2A Red lower limit = B_HK_B07D2A_LC_TRDHI42 = 1300 / BHKLCBLK7DM2A Red upper limit = B_HK_B07D2A_LC_TYELO42 = -1097 / BHKLCBLK7DM2A Yellow lower limit = B_HK_B07D2A_TYEHI42 = 1000 / BHKLCBLK7DM2A Yellow upper limit = B_HK_B07D2A_TRDLO44 = -1097 / BHKLCBLK7DM2B Red lower limit = B_HK_B07D2B_LC_TRDHI44 = 1300 / BHKLCBLK7DM2B Red upper limit = B_HK_B07D2B_LC_TYELO44 = -1097 / BHKLCBLK7DM2B Yellow lower limit = B_HK_B07D2B_TYEHI44 = 1000 / BHKLCBLK7DM2B Yellow upper limit = B_HK_B07D2B_TRDLO46 = -1097 / BHKLCBLK7DM3A Red lower limit = B_HK_B07D3A_LC_TRDHI46 = 1300 / BHKLCBLK7DM3A Red upper limit = B_HK_B07D3A_LC_TYELO46 = -1097 / BHKLCBLK7DM3A Yellow lower limit = B_HK_B07D3A_TYEHI46 = 1000 / BHKLCBLK7DM3A Yellow upper limit = B_HK_B07D3A_TRDLO48 = -1097 / BHKLCBLK7DM3B Red lower limit = B_HK_B07D3B_LC_TRDHI48 = 1300 / BHKLCBLK7DM3B Red upper limit = B_HK_B07D3B_LC_TYELO48 = -1097 / BHKLCBLK7DM3B Yellow lower limit = B_HK_B07D3B_TYEHI48 = 1000 / BHKLCBLK7DM3B Yellow upper limit = B_HK_B07D3B_TRDLO50 = -1097 / BHKLCBLK7DM4A Red lower limit = B_HK_B07D4A_LC_TRDHI50 = 1300 / BHKLCBLK7DM4A Red upper limit = B_HK_B07D4A_LC_TYELO50 = -1097 / BHKLCBLK7DM4A Yellow lower limit = B_HK_B07D4A_TYEHI50 = 1000 / BHKLCBLK7DM4A Yellow upper limit = B_HK_B07D4A_TRDLO52 = -1097 / BHKLCBLK7DM4B Red lower limit = B_HK_B07D4B_LC_TRDHI52 = 1300 / BHKLCBLK7DM4B Red upper limit = B_HK_B07D4B_LC_TYELO52 = -1097 / BHKLCBLK7DM4B Yellow lower limit = B_HK_B07D4B_TYEHI52 = 1000 / BHKLCBLK7DM4B Yellow upper limit = B_HK_B07D4B_TRDLO54 = -1097 / BHKLCBLK7DM5A Red lower limit = B_HK_B07D5A_LC_TRDHI54 = 1300 / BHKLCBLK7DM5A Red upper limit = B_HK_B07D5A_LC_TYELO54 = -1097 / BHKLCBLK7DM5A Yellow lower limit = B_HK_B07D5A_TYEHI54 = 1000 / BHKLCBLK7DM5A Yellow upper limit = B_HK_B07D5A_TRDLO56 = -1097 / BHKLCBLK7DM5B Red lower limit = B_HK_B07D5B_LC_TRDHI56 = 1300 / BHKLCBLK7DM5B Red upper limit = B_HK_B07D5B_LC_TYELO56 = -1097 / BHKLCBLK7DM5B Yellow lower limit = B_HK_B07D5B_TYEHI56 = 1000 / BHKLCBLK7DM5B Yellow upper limit = B_HK_B07D5B_TRDLO58 = -1097 / BHKLCBLK7DM6A Red lower limit = B_HK_B07D6A_LC_TRDHI58 = 1300 / BHKLCBLK7DM6A Red upper limit = B_HK_B07D6A_LC_TYELO58 = -1097 / BHKLCBLK7DM6A Yellow lower limit = B_HK_B07D6A_TYEHI58 = 1000 / BHKLCBLK7DM6A Yellow upper limit = B_HK_B07D6A_TRDLO60 = -1097 / BHKLCBLK7DM6B Red lower limit = B_HK_B07D6B_LC_TRDHI60 = 1300 / BHKLCBLK7DM6B Red upper limit = B_HK_B07D6B_LC_TYELO60 = -1097 / BHKLCBLK7DM6B Yellow lower limit = B_HK_B07D6B_TYEHI60 = 1000 / BHKLCBLK7DM6B Yellow upper limit = B_HK_B07D6B_TRDLO62 = -1097 / BHKLCBLK7DM7A Red lower limit = B_HK_B07D7A_LC_TRDHI62 = 1300 / BHKLCBLK7DM7A Red upper limit = B_HK_B07D7A_LC_TYELO62 = -1097 / BHKLCBLK7DM7A Yellow lower limit = B_HK_B07D7A_TYEHI62 = 1000 / BHKLCBLK7DM7A Yellow upper limit = B_HK_B07D7A_TRDLO64 = -1097 / BHKLCBLK7DM7B Red lower limit = B_HK_B07D7B_LC_TRDHI64 = 1300 / BHKLCBLK7DM7B Red upper limit = B_HK_B07D7B_LC_TYELO64 = -1097 / BHKLCBLK7DM7B Yellow lower limit = B_HK_B07D7B_TYEHI64 = 1000 / BHKLCBLK7DM7B Yellow upper limit = B_HK_B07D7B_TRDLO66 = -1097 / BHKLCBLK8DM0A Red lower limit = B_HK_B08D0A_LC_TRDHI66 = 1300 / BHKLCBLK8DM0A Red upper limit = B_HK_B08D0A_LC_TYELO66 = -1097 / BHKLCBLK8DM0A Yellow lower limit = B_HK_B08D0A_TYEHI66 = 1000 / BHKLCBLK8DM0A Yellow upper limit = B_HK_B08D0A_TRDLO68 = -1097 / BHKLCBLK8DM0B Red lower limit = B_HK_B08D0B_LC_TRDHI68 = 1300 / BHKLCBLK8DM0B Red upper limit = B_HK_B08D0B_LC_TYELO68 = -1097 / BHKLCBLK8DM0B Yellow lower limit = B_HK_B08D0B_TYEHI68 = 1000 / BHKLCBLK8DM0B Yellow upper limit = B_HK_B08D0B_TRDLO70 = -1097 / BHKLCBLK8DM1A Red lower limit = B_HK_B08D1A_LC_TRDHI70 = 1300 / BHKLCBLK8DM1A Red upper limit = B_HK_B08D1A_LC_TYELO70 = -1097 / BHKLCBLK8DM1A Yellow lower limit = B_HK_B08D1A_TYEHI70 = 1000 / BHKLCBLK8DM1A Yellow upper limit = B_HK_B08D1A_TRDLO72 = -1097 / BHKLCBLK8DM1B Red lower limit = B_HK_B08D1B_LC_TRDHI72 = 1300 / BHKLCBLK8DM1B Red upper limit = B_HK_B08D1B_LC_TYELO72 = -1097 / BHKLCBLK8DM1B Yellow lower limit = B_HK_B08D1B_TYEHI72 = 1000 / BHKLCBLK8DM1B Yellow upper limit = B_HK_B08D1B_TRDLO74 = -1097 / BHKLCBLK8DM2A Red lower limit = B_HK_B08D2A_LC_TRDHI74 = 1300 / BHKLCBLK8DM2A Red upper limit = B_HK_B08D2A_LC_TYELO74 = -1097 / BHKLCBLK8DM2A Yellow lower limit = B_HK_B08D2A_TYEHI74 = 1000 / BHKLCBLK8DM2A Yellow upper limit = B_HK_B08D2A_TRDLO76 = -1097 / BHKLCBLK8DM2B Red lower limit = B_HK_B08D2B_LC_TRDHI76 = 1300 / BHKLCBLK8DM2B Red upper limit = B_HK_B08D2B_LC_TYELO76 = -1097 / BHKLCBLK8DM2B Yellow lower limit = B_HK_B08D2B_TYEHI76 = 1000 / BHKLCBLK8DM2B Yellow upper limit = B_HK_B08D2B_TRDLO78 = -1097 / BHKLCBLK8DM3A Red lower limit = B_HK_B08D3A_LC_TRDHI78 = 1300 / BHKLCBLK8DM3A Red upper limit = B_HK_B08D3A_LC_TYELO78 = -1097 / BHKLCBLK8DM3A Yellow lower limit = B_HK_B08D3A_TYEHI78 = 1000 / BHKLCBLK8DM3A Yellow upper limit = B_HK_B08D3A_TRDLO80 = -1097 / BHKLCBLK8DM3B Red lower limit = B_HK_B08D3B_LC_TRDHI80 = 1300 / BHKLCBLK8DM3B Red upper limit = B_HK_B08D3B_LC_TYELO80 = -1097 / BHKLCBLK8DM3B Yellow lower limit = B_HK_B08D3B_TYEHI80 = 1000 / BHKLCBLK8DM3B Yellow upper limit = B_HK_B08D3B_TRDLO82 = -1097 / BHKLCBLK8DM4A Red lower limit = B_HK_B08D4A_LC_TRDHI82 = 1300 / BHKLCBLK8DM4A Red upper limit = B_HK_B08D4A_LC_TYELO82 = -1097 / BHKLCBLK8DM4A Yellow lower limit = B_HK_B08D4A_TYEHI82 = 1000 / BHKLCBLK8DM4A Yellow upper limit = B_HK_B08D4A_TRDLO84 = -1097 / BHKLCBLK8DM4B Red lower limit = B_HK_B08D4B_LC_TRDHI84 = 1300 / BHKLCBLK8DM4B Red upper limit = B_HK_B08D4B_LC_TYELO84 = -1097 / BHKLCBLK8DM4B Yellow lower limit = B_HK_B08D4B_TYEHI84 = 1000 / BHKLCBLK8DM4B Yellow upper limit = B_HK_B08D4B_TRDLO86 = -1097 / BHKLCBLK8DM5A Red lower limit = B_HK_B08D5A_LC_TRDHI86 = 1300 / BHKLCBLK8DM5A Red upper limit = B_HK_B08D5A_LC_TYELO86 = -1097 / BHKLCBLK8DM5A Yellow lower limit = B_HK_B08D5A_TYEHI86 = 1000 / BHKLCBLK8DM5A Yellow upper limit = B_HK_B08D5A_TRDLO88 = -1097 / BHKLCBLK8DM5B Red lower limit = B_HK_B08D5B_LC_TRDHI88 = 1300 / BHKLCBLK8DM5B Red upper limit = B_HK_B08D5B_LC_TYELO88 = -1097 / BHKLCBLK8DM5B Yellow lower limit = B_HK_B08D5B_TYEHI88 = 1000 / BHKLCBLK8DM5B Yellow upper limit = B_HK_B08D5B_TRDLO90 = -1097 / BHKLCBLK8DM6A Red lower limit = B_HK_B08D6A_LC_TRDHI90 = 1300 / BHKLCBLK8DM6A Red upper limit = B_HK_B08D6A_LC_TYELO90 = -1097 / BHKLCBLK8DM6A Yellow lower limit = B_HK_B08D6A_TYEHI90 = 1000 / BHKLCBLK8DM6A Yellow upper limit = B_HK_B08D6A_TRDLO92 = -1097 / BHKLCBLK8DM6B Red lower limit = B_HK_B08D6B_LC_TRDHI92 = 1300 / BHKLCBLK8DM6B Red upper limit = B_HK_B08D6B_LC_TYELO92 = -1097 / BHKLCBLK8DM6B Yellow lower limit = B_HK_B08D6B_TYEHI92 = 1000 / BHKLCBLK8DM6B Yellow upper limit = B_HK_B08D6B_TRDLO94 = -1097 / BHKLCBLK8DM7A Red lower limit = B_HK_B08D7A_LC_TRDHI94 = 1300 / BHKLCBLK8DM7A Red upper limit = B_HK_B08D7A_LC_TYELO94 = -1097 / BHKLCBLK8DM7A Yellow lower limit = B_HK_B08D7A_TYEHI94 = 1000 / BHKLCBLK8DM7A Yellow upper limit = B_HK_B08D7A_TRDLO96 = -1097 / BHKLCBLK8DM7B Red lower limit = B_HK_B08D7B_LC_TRDHI96 = 1300 / BHKLCBLK8DM7B Red upper limit = B_HK_B08D7B_LC_TYELO96 = -1097 / BHKLCBLK8DM7B Yellow lower limit = B_HK_B08D7B_TYEHI96 = 1000 / BHKLCBLK8DM7B Yellow upper limit = B_HK_B08D7B_TRDLO98 = -1097 / BHKLCBLK9DM0A Red lower limit = B_HK_B09D0A_LC_TRDHI98 = 1300 / BHKLCBLK9DM0A Red upper limit = B_HK_B09D0A_LC_TYELO98 = -1097 / BHKLCBLK9DM0A Yellow lower limit = B_HK_B09D0A_TYEHI98 = 1000 / BHKLCBLK9DM0A Yellow upper limit = B_HK_B09D0A_TRDLO100= -1097 / BHKLCBLK9DM0B Red lower limit = B_HK_B09D0B_LC_TRDHI100= 1300 / BHKLCBLK9DM0B Red upper limit = B_HK_B09D0B_LC_TYELO100= -1097 / BHKLCBLK9DM0B Yellow lower limit = B_HK_B09D0B_TYEHI100= 1000 / BHKLCBLK9DM0B Yellow upper limit = B_HK_B09D0B_TRDLO102= -1097 / BHKLCBLK9DM1A Red lower limit = B_HK_B09D1A_LC_TRDHI102= 1300 / BHKLCBLK9DM1A Red upper limit = B_HK_B09D1A_LC_TYELO102= -1097 / BHKLCBLK9DM1A Yellow lower limit = B_HK_B09D1A_TYEHI102= 1000 / BHKLCBLK9DM1A Yellow upper limit = B_HK_B09D1A_TRDLO104= -1097 / BHKLCBLK9DM1B Red lower limit = B_HK_B09D1B_LC_TRDHI104= 1300 / BHKLCBLK9DM1B Red upper limit = B_HK_B09D1B_LC_TYELO104= -1097 / BHKLCBLK9DM1B Yellow lower limit = B_HK_B09D1B_TYEHI104= 1000 / BHKLCBLK9DM1B Yellow upper limit = B_HK_B09D1B_TRDLO106= -1097 / BHKLCBLK9DM2A Red lower limit = B_HK_B09D2A_LC_TRDHI106= 1300 / BHKLCBLK9DM2A Red upper limit = B_HK_B09D2A_LC_TYELO106= -1097 / BHKLCBLK9DM2A Yellow lower limit = B_HK_B09D2A_TYEHI106= 1000 / BHKLCBLK9DM2A Yellow upper limit = B_HK_B09D2A_TRDLO108= -1097 / BHKLCBLK9DM2B Red lower limit = B_HK_B09D2B_LC_TRDHI108= 1300 / BHKLCBLK9DM2B Red upper limit = B_HK_B09D2B_LC_TYELO108= -1097 / BHKLCBLK9DM2B Yellow lower limit = B_HK_B09D2B_TYEHI108= 1000 / BHKLCBLK9DM2B Yellow upper limit = B_HK_B09D2B_TRDLO110= -1097 / BHKLCBLK9DM3A Red lower limit = B_HK_B09D3A_LC_TRDHI110= 1300 / BHKLCBLK9DM3A Red upper limit = B_HK_B09D3A_LC_TYELO110= -1097 / BHKLCBLK9DM3A Yellow lower limit = B_HK_B09D3A_TYEHI110= 1000 / BHKLCBLK9DM3A Yellow upper limit = B_HK_B09D3A_TRDLO112= -1097 / BHKLCBLK9DM3B Red lower limit = B_HK_B09D3B_LC_TRDHI112= 1300 / BHKLCBLK9DM3B Red upper limit = B_HK_B09D3B_LC_TYELO112= -1097 / BHKLCBLK9DM3B Yellow lower limit = B_HK_B09D3B_TYEHI112= 1000 / BHKLCBLK9DM3B Yellow upper limit = B_HK_B09D3B_TRDLO114= -1097 / BHKLCBLK9DM4A Red lower limit = B_HK_B09D4A_LC_TRDHI114= 1300 / BHKLCBLK9DM4A Red upper limit = B_HK_B09D4A_LC_TYELO114= -1097 / BHKLCBLK9DM4A Yellow lower limit = B_HK_B09D4A_TYEHI114= 1000 / BHKLCBLK9DM4A Yellow upper limit = B_HK_B09D4A_TRDLO116= -1097 / BHKLCBLK9DM4B Red lower limit = B_HK_B09D4B_LC_TRDHI116= 1300 / BHKLCBLK9DM4B Red upper limit = B_HK_B09D4B_LC_TYELO116= -1097 / BHKLCBLK9DM4B Yellow lower limit = B_HK_B09D4B_TYEHI116= 1000 / BHKLCBLK9DM4B Yellow upper limit = B_HK_B09D4B_TRDLO118= -1097 / BHKLCBLK9DM5A Red lower limit = B_HK_B09D5A_LC_TRDHI118= 1300 / BHKLCBLK9DM5A Red upper limit = B_HK_B09D5A_LC_TYELO118= -1097 / BHKLCBLK9DM5A Yellow lower limit = B_HK_B09D5A_TYEHI118= 1000 / BHKLCBLK9DM5A Yellow upper limit = B_HK_B09D5A_TRDLO120= -1097 / BHKLCBLK9DM5B Red lower limit = B_HK_B09D5B_LC_TRDHI120= 1300 / BHKLCBLK9DM5B Red upper limit = B_HK_B09D5B_LC_TYELO120= -1097 / BHKLCBLK9DM5B Yellow lower limit = B_HK_B09D5B_TYEHI120= 1000 / BHKLCBLK9DM5B Yellow upper limit = B_HK_B09D5B_TRDLO122= -1097 / BHKLCBLK9DM6A Red lower limit = B_HK_B09D6A_LC_TRDHI122= 1300 / BHKLCBLK9DM6A Red upper limit = B_HK_B09D6A_LC_TYELO122= -1097 / BHKLCBLK9DM6A Yellow lower limit = B_HK_B09D6A_TYEHI122= 1000 / BHKLCBLK9DM6A Yellow upper limit = B_HK_B09D6A_TRDLO124= -1097 / BHKLCBLK9DM6B Red lower limit = B_HK_B09D6B_LC_TRDHI124= 1300 / BHKLCBLK9DM6B Red upper limit = B_HK_B09D6B_LC_TYELO124= -1097 / BHKLCBLK9DM6B Yellow lower limit = B_HK_B09D6B_TYEHI124= 1000 / BHKLCBLK9DM6B Yellow upper limit = B_HK_B09D6B_TRDLO126= -1097 / BHKLCBLK9DM7A Red lower limit = B_HK_B09D7A_LC_TRDHI126= 1300 / BHKLCBLK9DM7A Red upper limit = B_HK_B09D7A_LC_TYELO126= -1097 / BHKLCBLK9DM7A Yellow lower limit = B_HK_B09D7A_TYEHI126= 1000 / BHKLCBLK9DM7A Yellow upper limit = B_HK_B09D7A_TRDLO128= -1097 / BHKLCBLK9DM7B Red lower limit = B_HK_B09D7B_LC_TRDHI128= 1300 / BHKLCBLK9DM7B Red upper limit = B_HK_B09D7B_LC_TYELO128= -1097 / BHKLCBLK9DM7B Yellow lower limit = B_HK_B09D7B_TYEHI128= 1000 / BHKLCBLK9DM7B Yellow upper limit = B_HK_B09D7B_TRDLO130= -1097 / BHKLCBLK10DM0A Red lower limit = B_HK_B10D0A_LCTRDHI130= 1300 / BHKLCBLK10DM0A Red upper limit = B_HK_B10D0A_LCTYELO130= -1097 / BHKLCBLK10DM0A Yellow lower limit = B_HK_B10D0ATYEHI130= 1000 / BHKLCBLK10DM0A Yellow upper limit = B_HK_B10D0ATRDLO132= -1097 / BHKLCBLK10DM0B Red lower limit = B_HK_B10D0B_LCTRDHI132= 1300 / BHKLCBLK10DM0B Red upper limit = B_HK_B10D0B_LCTYELO132= -1097 / BHKLCBLK10DM0B Yellow lower limit = B_HK_B10D0BTYEHI132= 1000 / BHKLCBLK10DM0B Yellow upper limit = B_HK_B10D0BTRDLO134= -1097 / BHKLCBLK10DM1A Red lower limit = B_HK_B10D1A_LCTRDHI134= 1300 / BHKLCBLK10DM1A Red upper limit = B_HK_B10D1A_LCTYELO134= -1097 / BHKLCBLK10DM1A Yellow lower limit = B_HK_B10D1ATYEHI134= 1000 / BHKLCBLK10DM1A Yellow upper limit = B_HK_B10D1ATRDLO136= -1097 / BHKLCBLK10DM1B Red lower limit = B_HK_B10D1B_LCTRDHI136= 1300 / BHKLCBLK10DM1B Red upper limit = B_HK_B10D1B_LCTYELO136= -1097 / BHKLCBLK10DM1B Yellow lower limit = B_HK_B10D1BTYEHI136= 1000 / BHKLCBLK10DM1B Yellow upper limit = B_HK_B10D1BTRDLO138= -1097 / BHKLCBLK10DM2A Red lower limit = B_HK_B10D2A_LCTRDHI138= 1300 / BHKLCBLK10DM2A Red upper limit = B_HK_B10D2A_LCTYELO138= -1097 / BHKLCBLK10DM2A Yellow lower limit = B_HK_B10D2ATYEHI138= 1000 / BHKLCBLK10DM2A Yellow upper limit = B_HK_B10D2ATRDLO140= -1097 / BHKLCBLK10DM2B Red lower limit = B_HK_B10D2B_LCTRDHI140= 1300 / BHKLCBLK10DM2B Red upper limit = B_HK_B10D2B_LCTYELO140= -1097 / BHKLCBLK10DM2B Yellow lower limit = B_HK_B10D2BTYEHI140= 1000 / BHKLCBLK10DM2B Yellow upper limit = B_HK_B10D2BTRDLO142= -1097 / BHKLCBLK10DM3A Red lower limit = B_HK_B10D3A_LCTRDHI142= 1300 / BHKLCBLK10DM3A Red upper limit = B_HK_B10D3A_LCTYELO142= -1097 / BHKLCBLK10DM3A Yellow lower limit = B_HK_B10D3ATYEHI142= 1000 / BHKLCBLK10DM3A Yellow upper limit = B_HK_B10D3ATRDLO144= -1097 / BHKLCBLK10DM3B Red lower limit = B_HK_B10D3B_LCTRDHI144= 1300 / BHKLCBLK10DM3B Red upper limit = B_HK_B10D3B_LCTYELO144= -1097 / BHKLCBLK10DM3B Yellow lower limit = B_HK_B10D3BTYEHI144= 1000 / BHKLCBLK10DM3B Yellow upper limit = B_HK_B10D3BTRDLO146= -1097 / BHKLCBLK10DM4A Red lower limit = B_HK_B10D4A_LCTRDHI146= 1300 / BHKLCBLK10DM4A Red upper limit = B_HK_B10D4A_LCTYELO146= -1097 / BHKLCBLK10DM4A Yellow lower limit = B_HK_B10D4ATYEHI146= 1000 / BHKLCBLK10DM4A Yellow upper limit = B_HK_B10D4ATRDLO148= -1097 / BHKLCBLK10DM4B Red lower limit = B_HK_B10D4B_LCTRDHI148= 1300 / BHKLCBLK10DM4B Red upper limit = B_HK_B10D4B_LCTYELO148= -1097 / BHKLCBLK10DM4B Yellow lower limit = B_HK_B10D4BTYEHI148= 1000 / BHKLCBLK10DM4B Yellow upper limit = B_HK_B10D4BTRDLO150= -1097 / BHKLCBLK10DM5A Red lower limit = B_HK_B10D5A_LCTRDHI150= 1300 / BHKLCBLK10DM5A Red upper limit = B_HK_B10D5A_LCTYELO150= -1097 / BHKLCBLK10DM5A Yellow lower limit = B_HK_B10D5ATYEHI150= 1000 / BHKLCBLK10DM5A Yellow upper limit = B_HK_B10D5ATRDLO152= -1097 / BHKLCBLK10DM5B Red lower limit = B_HK_B10D5B_LCTRDHI152= 1300 / BHKLCBLK10DM5B Red upper limit = B_HK_B10D5B_LCTYELO152= -1097 / BHKLCBLK10DM5B Yellow lower limit = B_HK_B10D5BTYEHI152= 1000 / BHKLCBLK10DM5B Yellow upper limit = B_HK_B10D5BTRDLO154= -1097 / BHKLCBLK10DM6A Red lower limit = B_HK_B10D6A_LCTRDHI154= 1300 / BHKLCBLK10DM6A Red upper limit = B_HK_B10D6A_LCTYELO154= -1097 / BHKLCBLK10DM6A Yellow lower limit = B_HK_B10D6ATYEHI154= 1000 / BHKLCBLK10DM6A Yellow upper limit = B_HK_B10D6ATRDLO156= -1097 / BHKLCBLK10DM6B Red lower limit = B_HK_B10D6B_LCTRDHI156= 1300 / BHKLCBLK10DM6B Red upper limit = B_HK_B10D6B_LCTYELO156= -1097 / BHKLCBLK10DM6B Yellow lower limit = B_HK_B10D6BTYEHI156= 1000 / BHKLCBLK10DM6B Yellow upper limit = B_HK_B10D6BTRDLO158= -1097 / BHKLCBLK10DM7A Red lower limit = B_HK_B10D7A_LCTRDHI158= 1300 / BHKLCBLK10DM7A Red upper limit = B_HK_B10D7A_LCTYELO158= -1097 / BHKLCBLK10DM7A Yellow lower limit = B_HK_B10D7ATYEHI158= 1000 / BHKLCBLK10DM7A Yellow upper limit = B_HK_B10D7ATRDLO160= -1097 / BHKLCBLK10DM7B Red lower limit = B_HK_B10D7B_LCTRDHI160= 1300 / BHKLCBLK10DM7B Red upper limit = B_HK_B10D7B_LCTYELO160= -1097 / BHKLCBLK10DM7B Yellow lower limit = B_HK_B10D7BTYEHI160= 1000 / BHKLCBLK10DM7B Yellow upper limit = B_HK_B10D7BHISTORY TASK: FAPPND on FILENAME: sw00558271000b174x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:08 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END AlkK p D % < ? c D '  w ~ f 3 a 8  ~ a X % H  A  J ; : M  g  O ( yAlkL/ o D & < > c A (  x e 3 b 8  } d X & I  A  J < 9 M  g  R ( ǪAlkK o D & ; ? c > (  x ~ e 3 a 9  } i X % G  A  J < 9 M  g  Q ( ̼AllK o C % < @ c = (  x f 3 a 9  ~ a W % G  A  J < 9 M  g  P ( ɓAll K= p D % 7 ? c ? (  y g 3 b 8  ~ a X % H  A  J ; ; N  g  P ' All>K p D & 8 > c ? (  y f 2 c 8   a W % G  A  J < : M  g  O ' [All\K p D & 7 > c A (  x f 3 c 8  } b W % H  A  J < ; M  g  Q & AllzL*E o C & 9 > c @ (  y e 2 c 9  } h X & G  A  J < : M  g  P ' .AllKN p D & > > c A (  y g 3 c 9  ~ f X & G  A  J < ; M  e  Q ' AllL p D & 6 ? c E )  x  f 2 c 9  ~ a X & H  B  J < : N  f  N ' AllK܄ o C & ; ? c E (  y f 3 b 9  ~ a X % H  B  J < : M  f  P ' AllX p D % ; ? c F (  y f 3 c 9  ~  f X % G  A  J < : M  f  Q ' AlmK= o D % ; ? c D (  x g 2 c 8  ~ a X % H  A  J < : M  f  Q ' Alm.KN o D % 7 > c D (  w g 3 b 9  | b X % H  B  J < : M  f  P ' ȝAlmLKN o C % 9 > c E (  w f 3 c 9  } e W % H  A  J < 9 M  e  P & ɯAlmjK n C % < @ d E )  w ~ f 2 b 8  |  b X % G  B  J < 8 M  e  R & ˳AlmK܄ n D % 9 @ c A '  x  f 3 c 9  } a X % H  A  J < 9 M  e  P & KAlmKՄ o C % 7 ? c C (  x  f 3 c 9  ~ a X % H  A  J ; 9 M  e  Q & AlmK o D % 8 ? c C (  x f 4 c 8 ~ b X % G  B  J ; : M  f  P & AlmL n C & 8 ? c D (  w f 3 b 8  | b X & G  B  J < 9 N  f  Q % ̬AlnK o C % 7 > c C (  x f 4 c 9  } k X % H  A  J ; 9 M  g  Q ' Aln[ o D % 7 > c D (  w f 4 c 8  | d X % I  A  J ; 9 M  f  R & ʶAln c H '  w  f 2 a 8  } c X & G  B   J ; 9 M  f  N & AlpYjj q C % 6 ? c H (  z  e  4 a 8  ~ b X & G  B  J < 9 M  e  R & ȅAlp:Sݘ q C % 9 ? c H (  y  f 4 c 8  } d X & H  A   J < : L  f  T & ̷AlpXK{ q C & 8 @ c F (  x ~ e 3 b 8  ~ h X & H  B   J < 9 M  g  R ' AlpvM r C & 9 ? c G (  w  f 4 a 9  } j X & H  A  J < 8 M  f  P ' AlpQ s C & 9 ? c G '  w } e  3 b 8  ~ a X & G  B   J ; 8 M  f  P & :AlpQ q D & 4 ? c H (  u z e 3 a 8  ~ g X & G  B   J ; : M  f  Q ' jAlp[ r D & 8 @ c H (  u  e 2 a 8  ~ g X & G  B   J < : M  f  Q ' {AlpK{ r C & 9 > c E '  s  f 3 b 8  | a X & G  A   J < : M  g  P ' DAlq U2a r C & 7 ? c C (  s { e 3 b 8  } a X & F  B   J ; : L  f  O & Alq*Vl q C & 7 @ c E (  s | e 3 b 8  } i W & F  B   J < 9 M  f  R ' ĸAlqHT1{ q C & 7 @ c A '  r { e  2 c 8  } a X & G  B   J ; 9 M  f  S & AlqfVff q D & 7 ? c A '  s { f 3 ` 8  ~ a X & G  B   I < 9 M  f  U & ɒAlqT q D & 7 ? c A '  r { f  2 a 8  ~ i X & E  B   J < : M  f  R ' 9AlqT o D & 2 ? c B (  r z f  3 b 9  } a X & F  B   J ; 9 M  f  P ' AlqKj o C & 6 A c E (  r { f 2 a 9  ~ a X & F  B   J < 9 M  f  P & ɆAlqK{ p C & 3 A c B (  s } f 3 ` 8  ~ f X & F  B   J < : N  f  R & AlqK¹ o D & 8 @ c D (  s z g  3 b 8  } i X & F  B   J < 9 M  f  P ' BAlrRU p C & 4 A c F (  r y e  3 b 8  ~ f X & H  B   J < : N  f  P ' {Alr8K{ o D & 8 @ c E (  r y f 3 a 9  ~ f X & G  B   J < : M  g  Q ' AlrVKj o D & 5 @ c E (  s z f 3 a 9   f X & H  B  J < 9 M  f  Q ' AlrtKj p D % 8 ? c D (  r z e 3 a 9  } f X & G  B  J < 9 L  e  Q & ˽AlrK, p C & 6 ? c E (  r z f 2 a 8  } h X & I  A  J < 9 M  f  R & RAlr\ o C % 5 @ c D (  r { f 4 b 9  ~ h X & H  B   J < : L  e  Q ' ʋAlrXx q C & 6 @ c D '  s { e 3 a 9 ~ j X & H  B  J ; 9 M  f  P ' ǍAlr[¹ q C & 4 ? c E '  s { f 4 b 8  ~ j X & H  B   J < 9 M  f  Q ' qAls Zu o D & 6 ? c F (  s | f 4 b 9  } h X & F  B   J < : M  f  P ' mAls(Yjj m C % 7 ? c E '  s { f  4 b 9 } i X & G  B   I ; : M  f  O & AlsFNV n C % 6 ? c D '  r | f  3 b 8  ~ f X & G  B   I < 9 M  f  P ( ɖAlsdX" m C & : ? c D (  t | e 4 a 8   b X & F  B   J < 9 M  e  N ' AlsW m C & J > c C (  t | e 3 _ 9  ~ b X & F  B   I < 9 M  e  R ' HAls[Ks m C & F > c A (  s | e  3 b 9  ~ a X & H  B   I < 8 M  d  P ' Als`> m C & C ? c B '  t { e 4 b 9  ~ b X & F  B   J < 9 N  d  O ' ]AlsM{ m C % M ? c D '  s | e  3 b 8 | b X & F  B   J < 9 M  e  P & $AlsK¹ m C & K ? c B (  s | f 3 b 9  c X & G  B   J < 9 M  e  Q & $AltN n C % L ? c B (  t | e 3 b 9  } b X & G  B   J < 9 N  e  Q ' EAlt6O n D % L ? c C (  r } e  4 c 8  }  h X & G  B   I < 8 N  f  Q ' AltTK, o C & U ? c @ (  r } e 3 b 9  } g X & H  B   J < 9 M  f  P ' AltrK˄ p D & N ? c > (  s ~ d  4 b 8  ~ c X & G  B   I < 9 M  f  P ' 6AltU! o D & V ? c A (  r } f 3 b 9  ~ c X & G  B   J < : N  g  P ( AltXU o D & Q @ c A (  s } f  3 c 9  ~ c X & G  B   I < 8 N  f  P ' AltZEN p C & [ @ c A (  s | f 4 c 9  ~ a X & H  B   J = 9 M  g  Q ' AltX. o D & [ ? d @ (  t | f  4 c 9  ~ a X & F  B   J < 9 M  g  R & AluK{ p D & _ ? c A (  u  e  4 c 9  } ` X & G  B   J < 9 M  f  Q ' >Alu&K˄ o D & _ > c @ '  t e  4 c 9   b X & G  B   I < 8 M  f  R ' AluDO o D & ] ? c C (  u f 5 a 9  ~ a X & F  B   J < 9 M  f  P & UAlubK o D % ] ? c C (  s  f  4 b 9  ~ e X & F  B    I < 9 N  g  Q ( fAluK¹ p D & ` @ c D ( s f  5 a 9  ~ e X % F  B   J < : M  f  O ' UAluXmr o D & f @ c A '  t f 4 a 9  ~ h X % G  B    J = 9 N  g  M & ȚAlO{ s C ' : @ c > (  s d 5 b 9  } ` X & H  A   J ; 9 M  f  M & 9AlKN q C ' 7 ? c C (  r d 5 c 9  } ` X % H  B   I < 9 L  g  O ' Al6Qq t D ' 8 @ c A (  s d  5 e 9  ~  ` X % H  B   J ; 9 M  g  O & AlTK t C ' 6 @ c B (  s d 5 c 9  ~ ` X & I  B   I ; 9 M  f  L & AlrK s C ' 8 A c A (  s e  4 b 9  } a X & H  B   J ; 8 M  f  M & >AlKN u D ( 6 A c B (  t d 4 b 9  } ` X % H  B   J ; 9 M  f  M ' DAlK t D ' : @ c B (  t d  5 b 9  } a X & G  B   J < 8 M  f  L & AlK s C ' ; @ c > (  r e  4 b 8  ~ d X % G  B   J < 8 L  f  M & ˻AlLeA s C ' 9 ? c ? (  t  d  5 c 9  ~ g X & H  B   J ; 9 M  g  M & 5AlK u C ' < @ c @ (  s ~ d 5 c 8  ~ g X % G  B   J : 8 M  g  J & ɢAl&_E s D ' 8 @ c = (  t ~ c  4 b 8  | j W % H  B   J ; 8 L  g  L & qAlDK r C ' 7 @ d @ (  t  e 4 b 8  ~ f X % H  B   J < 8 M  g  I & QAlbK t C ' 8 ? c A (  t ~ e 4 b 8  } h X & H  A   J ; 9 M  h  K & 0AlK, t C ' 8 @ c A (  t f  4 a 8  ~ g W & H  B   J ; 9 M  g  K & AlK t  C ' 7 @ c ? (  s f 4 a 9 | a X % H  B   J ; 9 M  g  I ' șAlK t D ' 2 @ c @ (  t f 3 c 8  } a X % H  B    J ; 8 M  f  I & 4AlK܄ u D ' 3 @ c ? (  t e  4 b 8  ~ a W % H  B    I ; 9 M  f  J & EAlK u  D ' 3 ? c @ (  r e  5 b 8  } a X % H  B    J ; 8 L  g  J ' &AlK t C ' 5 @ c ? (  s f 3 b 8  ~ b X & H  B   J ; 8 M  f  M & nAl4K= r C ' 5 @ c ? (  s e  4 a 8  ~ d W % H  B   J ; 8 M  f  M & 2AlRK¹ s C ' 6 @ c ? (  t f  4 b 8  ~ g X & H  B   J ; 7 M  f  J & ȽAlpK= r C ' 3 @ d ? (  s e 5 b 8  ~ b X & G  B   J ; 7 M  g  N & AlK r C ' 5 ? c = (  s f  4 b 9  ~ c X & H  B   J ; 8 M  f  N & AlKN s C ' 9 ? c > (  s f 4 c 8  } h X % H  B   J < 7 M  g  P & ]AlKN s C ' 6 @ c > (  s e 4 b 8  } ` W & H  B   J ; 8 M  g  Q & ǔAlL* q C ' 7 ? c A (  s e  3 b 8  ~ d X % H  B   J < 7 M  g  R ' eAlK s  D ' 8 @ c < (  s e  4 ` 8  } g X % H  B   J < 9 M  g  P ' ǾAl$LP s  C ' 7 ? c < (  t f  5 a 9  } f X & G  B   J ; 8 M  g  R ' MAlBK s D ( 6 ? c ? (  s f  4 a 8 ~ a W & H  B   J ; 8 M  g  M & ɕAl`K r D ' 6 @ c = (  t  f  3 a 9 ~ a X & I  B   I < 9 M  g  R & tAl~K s D ' 3 ? c = (  s e  5 d 8  ~ c X & G  B   J ; 9 M  g  M & MAlK t C ' 2 ? c = (  s e 4 a 9  } e X % F  B   J ; 9 M  g  N & mAlK q D ' 1 @ c @ (  s e  4 b 9  } a X & G  B   J < 9 M  g  O & 4AlNY r D ' 2 @ c @ (  t ~ d  3 b 8  | a X % I  B   J ; 9 M  g  N & AlK r D ' 2 @ c @ (  s e 5 b 8  } a X % H  B   J < 8 M  f  N & =AlK r D ' 1 > c ? (  t e 3 c 8 } d X % H  B   J ; 7 M  g  R & NAl2K s C & 1 > c @ (  t } e 4 b 8 } h X % H  B   J ; 8 M  f  N & AlPKN t D & 1 ? c ? (  t  e 4 b 8  } g X % G  B   J ; 8 M  f  P & hAlnK s  C ' 1 > c C (  s  e 4 b 8  } f X % G  A   J ; 8 M  f  N & )AlK= s C & 1 @ c @ (  s  e 4 b 8 ~ a X % G  B   J ; 8 M  g  L & DAlK t C & 0 ? c C (  t d 4 a 8  ~ a X % H  B   J ; 8 M  f  L & AlK s  C & 4 @ d B '  s ~ e  4 a 8  b X % G  B   J < 8 M  f  N & AlK r C & 5 > c @ (  s  e  4 a 8   d X % G  B   J < 8 M  f  N & =AlK= s D & 6 ? c B (  s  e  5 b 8  ~ f X % F  A   J < 9 M  g  O & sAl"K s D & 5 ? c A (  s  f  3 a 8 { g W % G  B   J ; 9 M  g  M % Al@K t C & 5 ? c @ (  t e 4 c 8  ~ ! ` X % G  A   J < 8 N  g  O & ɷAl^K܄ s D & 3 ? c A (  t e  4 a 9  } h X % G  B   J < : N  g  N & 2Al|\ s C & 7 ? c A (  t e  3 b 8  } h X % F  B   J < 9 M  f  K ' PAlK q D & 7 ? c ? (  s e  3 a 8  ~ g X % G  B   J < : N  g  N & ʨAlK u  D & 8 ? c ? (  t  e  3 a 8 | b X % G  B   J < 9 N  g  O ' KAlYR҄ t  C & 9 > c ? '  u d 3 a 8  ~ ` X % G  B   J < : N  g  L ( AlK s C % 8 ? c > (  s  e 3 a 8  a X & F  B   J < 9 M  g  M ' lAlK, r D & 5 > c ? (  r  e 3 ` 8 ~ h X % G  B   J < 9 M  g  M ' ɺAl0K u  C % 5 @ c ? (  q  e 4 ` 8 } a X % G  B   I < 8 M  g  M ' ɷAlNK s D % 2 ? c ? (  t  e  3 a 8 } ` X % F  A   I < 9 M  g  L ' PAllK q  C % 6 ? c A '  s  d  2 a 8 } b X & F  B   J < 8 M  g  K & "AlKN r C % 6 @ c @ '  u  f  4 b 8 } d X % F  B   J < 9 M  g  M ' ǘAlY7L s D & 7 @ c ? (  u e  4 ` 8  f X % F  B   J < 9 N  f  N ' wAlK q C & 5 @ c < '  u e  3 a 8  } h X % E  B   J ; 9 N  f  P ' $AlK q C & 4 @ c > (  v  g  3 a 8  } f X % F  B   J < 9 M  f  P ' ȸAlK q D % 1 @ c > (  u  e  4 b 8  } ` X % F  B   J < 9 M  f  P ' Al K q ~ D & 2 ? c @ (  u  e  3 b 8   a X & E  B   J < 9 M  g  O ' Al>K s  C & 3 ? c B '  u  f 4 b 8  } b X & F  B   J < 9 M  g  M ( UAl\K s ~ C & / ? c @ (  u f 3 a 8  ~ f X % F  B    J ; 8 M  g  O ' AlzK s ~ D & / ? c > (  v  f 4 c 8  } a X % F  B    I ; 9 N  f  O ' XAlU q ~ C & / ? c A '  u  e 4 b 8  | a X % D  B    J < 9 M  h  O ' AlKN q ~ C & D > c A (  v  f 4 b 8  } i X & F  B   J < 9 N  f  R ' AlZ q } D & G ? c A (  v  f 3 a 8  } a X % E  B   J < 9 N  f  O ' %AlKN q } D & L ? c ? (  v  f  4 b 8  ~ a X % F  A   J < 9 N  g  N & EAlK p D & T = c @ (  v g  3 a 8  } i X % E  B   J < 9 M  f  P ' Al.K q D & I > c A (  v g 3 c 8  } ` X % F  B   I < : M  g  O ( +AlLK= q C & M > c C '  v  f  3 b 8  } b X % G  A   J < 9 M  g  M ' zAljL' q C & P = c A (  v g  5 c 8  ~ i X % F  B   I < 9 M  f  N ' AlKN r C & U > c B '  v f  4 b 8  } d X % F  B   J < : N  f  Q ' ƒAlK= q D ' W = c C (  w  f  4 ` 8  | ` X % F  B   J < 9 N  h  Q ( AlK r  D ' M > c @ (  w  g 3 b 8 | a X % F  A   I < : N  f  Q ' 9AlKN q  D ' P > c B (  v  h  3 b 8   f X % E  B   J < : N  g  P ' AlK s ~ D ' N > c D (  w f 3 a 8  } a X % F  B   J < 9 M  h  P & #AlK= r ~ D ' Q ? c A (  w ~ f  4 b 8  ~ a X & F  A   J < 9 N  f  N ' GAlzK o  D ' [ ? c C (  x g 4 ` 9 ~ a X % G  C   J < 9 M f  R ' =AlK q | D ' b @ c B )  w i 4 ` 8 ~ c Y % G  C   J < 8 N  f  R ' AlLԄ p } D ' l @ d A ( y g 4 a 8  } a X % G  B   J < 9 M  f  R ' AlKN p } D ( i ? c D ( x g 3 b 9 } b X % G  B   J < 9 M  f  R ' AlKG p } D ( m ? c F ( x h 4 b 8 ~ b X % H  C   J < 9 M  f  R & LAlK p ~ D ' j ? c D )  y g 4 b 9 ~ b X % F  B   J < : M e  S ' Al.K p D & p ? c F (  y f 4 a 8 c X % G  B   J ; 9 M  f  Q & AlLK= p C & r ? c D (  x g 5 a 8 ~ g X % G  B   J ; 8 M  g  S ' ~AljK= n D & s ? c D ( w h 5 a 9 } e X % G  B   I < 9 M  f  U ' dzAlK p D & o > c B ( w h 4 b 8 } a X % G  C   I < : M  g  U ' AlK p D & l @ c A (  y f 5 b 9 ~ a Y % H  C   J ; : M  f  T & AlK p D % o @ c E (  w h 5 a 9  a X % G  C   J < : M  g  U & ?AlK p } D & l A c E (  x f 5 b 9 } b X % H  C   I < : M  g  V ' QAlK= o | D & P @ c B (  x i 4 a 9  b X % H  C   I < : M  f  S & AlK, o ~ D & Q @ c A (  z h 5 b 9 ~ f X & H  C   J ; : M  f  T & Al c C ( y g 4 a 8 ~ a X % I  B   J < 9 N  g  S & -AlK o D & M ? c A (  y ~ h  5 a 8  } b X % H  B   J < 9 N  f  T ' AlK p D ' M ? c B (  x g 4 b 8 } c X % I  B   J < 9 M  f  U & AlK n C & O > c B (  y  g 5 ` 8  ~ c X % H  C   J < : M  f  T & ˓AlK n  D & O ? c D )  w ~ f  5 a 9 ~ h X % H  B   J < ; M  f  T ' Al,K` m ~ D & K ? d C (  x g 5 b 9 } j X % G  C   J < 9 M  f  T ' ̔AlJK n ~ D & M ? c D (  x  f 5 b 8  i X % G  B  J < : N  f  S ' `AlhKN n } C & O ? c D (  x ~ e 6 a 9 ~ e X % H  B   J ; 9 M  f  S ' AlK, m ~ C & P > c D (  x e 5 b 8 } a X % H  B   J ; : M  f  R ' AlR n D & L ? c D (  y f 5 a 8 | b X % H  B   J < : M  f  S ( aAlT΄ n C & K ? c D (  x f 4 a 9 ~ a X % H  B   J < ; N  g  T ' ˄AlK= n D & J > c D (  x e 4 a 8  } a X % G  B  J < : M  f  Q ( AlK o ~ D & J > c C (  y  e 4 a 9 } e X % G  B   J < : M  g  R ' ̶AlK m ~ C & K > c E (  x ~ f  3 a 9 ~ f X % H  B   J ; 9 M f  S ( |Al:K m | C & H > c F (  w ~ e  5 a 9 } i X % H  B   J ; 9 M f  U ' yAlXK܄ m | C & H > c D (  x  e  4 a 9 } ! ` X % G  B   J < 9 N  g  U ' AlvK l } D & H > c B '  w  e 5 ` 9 | a X % H  B   J ; 9 N  f  S & AlK m | D & F > c D (  x e 3 a 8 } e X % H  B   J < 9 M g  T ' vAlK m C ' A ? c D (  y e  4 a 9  } e X % G  B   J < 9 M f  S ' 0AlK܄ o D ' C ? c B '  w  f 5 a 9 } h X % H  B   J < 8 M  g  U ( VAlK l C & G > c C (  w e  4 ` 8  } h X % H  B   J < 9 M f  R ' ˶Al K, n D & H > c C (  y  f 4 ` 8 | d X % I  B   J < 9 M  f  R ( bAl*K, o C & B ? c A (  w f 4 ` 8 ~ a X % I  B    J < 9 N  f  P ' gAlHK o } C & F > c @ (  x g 4 a 8  h X % H  B    J < 9 M  f  O ' ̴AlfK p | D % : > c ? (  x f  3 b 8 } i X % H  A    J ; : M f  S ( ʬAlK q } D & 8 = c B (  x d  4 ` 8 } g X % H  B    J ; 9 M e  S ( :AlK= o ~ C % 7 > c B ( w d 4 a 9 ~ a X % H  B   J ; ; M f  S ) .AlL( n ~ C & 6 > c B '  x e  4 a 9 } a X % H  B   J ; : M e  V ( mAlKN n C & 5 > c @ (  y d  5 a 8 } a X % G  A   J ; ; M e  R ' ȘAl[7ʄ o C & 2 > c A (  y  e 4 b 8 | a X % G  B   J < : M e  T ' KAlK{ p C & 1 > c C (  z  e 4 ` 9 } a X % G  B   J ; 8 M f  S ' ɅAl8K p C & 3 = c B '  x d  2 a 8 } a X % G  A   J ; 9 L f  S ( 9AlVK p C & / ? c C '  y  e 3 a 8 | e X % G  A   J ; : L f  Q ( zAltK܄ q ~ D & 0 ? c A (  y e 3 ` 8  } f X % G  A   J ; : M f  R & @AlK r } C % . > c C '  x  c 4 ` 8 } b X % G  B   I ; : M e  T ' kAlK, q } C & . ? c @ '  v  e 4 ` 8 } b X $ I  A   J < : M e  T & hAlLg o } C & / ? c A '  t  e 4 a 8  } a X % J  B   J < 9 M e  T ' AlK p } C % / > c B (  u  f 4 a 8  } e X % I  A   J ; 9 M e  R ' ̧Al K p } C % / ? c B (  u f 3 a 8  } c X % I  A   J < : M f  Q ( cAl(K܄ n C & / > d B ' u f 5 b 8  } d X % H  A   J ; : M e  T ' (AlFKN o C & - > c B '  u  e 4 a 8  | ! h X % H  B   J < : M f  R ' FAldK= p C & / > c E (  t  e  4 _ 8 } a X % I  A   I ; : M e  S ( {AlK o C & - = c E '  t g 3 a 8 | a X % G  A   J ; : M e  R ' CAlK o } D % - = c C '  s  f 4 ` 8  } b W % I  A   J ; : M e  P ' 1AlK p ~ D & / > c C (  s  f  3 b 8 ~ e X % H  A   I < : M e  Q ' GAlK, o  C % . > c B '  t  e 4 _ 8 | g X % G  A   J < : M  e  Q ' AlKN o } C % * > c B (  t  f  3 a 8 } c X % H  B   I ; : M e  Q ( AlK n ~ C % ) > c A (  s ~ e 4 _ 8 | a X % H  A   I ; : L f  P ' (Al6K܄ o D % ' = c > '  s  e 3 a 8  } d X % H  A   J < : M f  R & ̪AlT\g n C % & > c @ '  t  e  4 ` 8 } f X % I  A   J ; 9 M f  T & vAlrK o C % ' > c B (  s } d  4 ` 8 } h X % H  B   J < : M e  S ' AlL o C % % = c D (  t ~ e  5 ` 8  } a X % H  A   J ; : M f  T ' gAlK= o C % & = c D (  t } d  5 ` 8  } a X % H  A   J ; : M f  R & ̹AlK o  C % & > c C (  t d 4 a 8  } c X % H  A  J < : M e  Q ' ZAlK܄ q ~ C % & > c C '  t e  3 ` 7  ~ e X % H  A   I < 8 M f  S ' %AlK` r  C % & > c B '  t e  4 ` 8  ~ f X % I  A   J < : M  f  Q ' Al&K= p  C % ' > c D '  t d 3 a 8  } a Y % H  A  J < : M f  S ( |AlDK܄ r ~ C % & = c B '  t e 3 a 8 | f Y % H  A   J < ; M f  U ' AlbK q ~ C % % > c C (  s ~ e 4 a 8  } h Y % H  A  J < : M e  R ' .AlKj q C & ' > c D (  s  e 3 a 8 } a Y % I  A   J ; : M f  R ' AlL< o C % ' > c @ '  s  e 4 b 8  | c Y % I  A   I < 9 M f  S ( NAlTu q D % $ ? c H )  w g  3 a 8  | c ] % H  @   J < : L  g  P & șAlKN p C % $ ? c E )  v g 4 _ 8  ~ ` \ % G  A   I ; ; L  g  Q ' yAl6K˄ q D % % ? c H (  w  g 3 _ 8  } a ] % G  A   J ; ; L  h  O ' AlTa q  C % % ? c E (  x  f 4 a 9  ~ g ] % H  A   J ; ; L  g  O & AlrKN r  D % $ ? c E (  v ~ g 5 a 8  | ` \ % G  A   J < : M  g  N & ʓAlKN r  C % # ? c F (  v  g  3 b 8  } f ] % H  @   J ; 9 M  h  L & AlK܄ r  D % " ? c H (  w  g  3 a 8  ~ _ \ % G  A   J < : L  h  M & AlK, q ~ C % # @ c G (  v ~ h  3 b 8  | ` ] % G  @   J ; 9 L  h  M & AlKN p ~ D % # > c G (  v ~ g 3 ` 8  } f ] % H  A   J ; 9 M  g  N & !AlK o C % # > c D (  w ~ g  4 a 8  ~ ` ] % G  @   J < : M  g  Q % Al&K r C % " @ c D '  v ~ g  4 b 8  } b ] % H  @   J ; ; L  f  N % ^AlDK, r C % # ? c H (  w } g 4 a 8  } e \ % G  @   J ; ; L  g  P ' wAlbK r C % $ ? c E (  w  g  4 a 8  ~ ` [ % G  @   J ; : L  g  Q & ʣAlKj r C % # ? c I '  w  g  4 b 8  } ` [ % F  A   J < : M  g  R & cAlL*E q  D % # @ c F (  w f  3 ` 8  } g \ % F  A    J ; 9 M  g  R ' AlKN r  C % $ ? c F (  v g  2 ` 8  | ` \ % F  A   J ; : L  g  Q & AlK= r  C % # @ c E (  v g  3 a 8  } d \ & E  @   J < ; M  g  Q & HAlK q } C % $ A c D (  w g  3 ` 8  } a \ % F  A   J ; : M  g  P % mAlK q  C % " @ c F '  w f 4 ` 8  ~ c \ % E  A   J ; : L  h  K & Al4K= p C % $ @ c G '  v  f 4 a 8  ~ g \ % F  A   J ; : M  g  N & gAlRK q C % " @ c G (  w g  4 ` 8  ~ a \ % E  @   J ; : L  h  N & FAlpKN p C % " ? c E (  v  g 3 _ 8  } f \ % G  @   J ; : M  h  L % AlK r C & " ? c F ( w  f  4 a 8  } ` \ % F  @   I ; : M  h  K % RAlK p C & " @ c E (  x f  4 ` 8  | ` \ % G  @   J ; 9 L  g  L % ɴAlKN p  D % " ? c H ( x f 5 _ 8  } d \ % H  @   J ; : M  g  O & UAlK q ~ C % # ? c H (  w e 4 _ 8  } ` \ % H  A   J ; : M  g  O % AlM^J p ~ C % ! > c F (  w  f  3 ` 8  } d ] % H  A   J ; : M  g  K % Al$OĄ p ~ C % " > c E '  v  e  3 ` 8  } h ] % G  @   I < : L  g  N & lAlBK o ~ C % " > c J (  w  f  3 a 8  } ` ] % G  A   J ; : L  h  M & Al`K p  C % # > c G '  x  f 3 a 8  } ` ] % I  A   J < 9 L  h  J % JAl~K p C % " = c G '  w f 4 _ 8  } c ] % G  A   J < 9 M  g  J % @AlK q C & # = c K '  w  f 3 a 8  } i ] % H  @   J ; : M  h  J & AlK p C % " ? c K (  v | f  4 a 8 ~ ` ] % H  A   J ; : L  h  K & XAlKN p D & " = c H '  v { f  4 ` 8  } f ] % H  @   J < : M  g  L & *AlK= q C % # = c F (  u { g  3 ` 8  ~ b ] % H  @   J ; ; M  h  M & ʢAlL*E p  C % # = c F (  w | f  3 a 8  ~ ` ] % G  @   J ; ; M  g  L & ȿAl2K q ~ C % # = c F (  w | f 4 ` 8  } g ] % H  @   I ; ; M  h  J % ˅AlPK p } C & # = c H '  v ~ f  3 _ 8  ~ ` ] % G  A   J ; : M  g  K % AlnL p ~ C & " = c F (  w ~ f 3 ` 8  ~ d ] % H  @   J < : M  g  N & ZAlK, q ~ D % " > c G '  x } f 3 _ 8  } h ] % H  @   J ; : L  g  M & )AlK= p C % # > c E (  w f 3 ` 8   a ] % H  @   J ; : L  g  L & AlK܄ q C % # = c H (  w f 3 ` 8  ~ ` \ % I  @   J ; : L  h  K ' AlK܄ q C % " > c G '  x f  3 a 8  } c ] % G  @   J ; : M  g  I ' AlKN r C % ! = c F (  x g  3 a 8 } i ] % H  @   I ; : L  g  K & eAl"K q C % " > c H (  w f  4 b 8  } ` ^ % H  @   J < ; M  g  L & {Al@K= q ~ C % ! > c H '  x e  4 a 7  } a \ % G  @   I ; ; M  g  J & Al^Ms q ~ C % # > c I '  x e  2 ` 8  } a \ % G  @   I ; ; L  i  L & Al|K q } C % " ? c I '  x f  3 ` 8  } g \ % G  @   I < : M  g  I ' AlK p ~ D % " > c H '  y e  4 a 8  } i \ % H  @   J ; ; L  h  L & AlK` s } C % " = c I (  y f  3 a 8  ~ a [ % H  A   J ; ; M  h  K & ˪AlK q } C $ # = c K (  z e  4 ` 8  } a [ % H  @   J ; ; M  h  L & dAlK, s | C % " = c I (  z f  4 a 8  } h ] % H  A   I ; ; L  g  M ' kAlK r  C % " = c H '  x f  4 ` 8 | ` \ % H  @   I ; ; M  h  M ' 9Al0K r C % # = c E '  x f  4 ` 8 } e ] % H  A   I ; : M  g  O & AlNK܄ r C % " = c J '  x f  3 b 8 } g \ % I  @   J ; ; M  h  N ' ˇAllK r C % # = c H '  x f  3 ` 8 | a \ % I  @   I < ; M  g  M & ʘAlT뚄 s  C % $ < c F '  x e  2 a 8 { a \ % I  @   J ; : M  h  O ' AlK= s } C $ $ = c H (  y f  4 ` 8  | i [ % H  A   I ; < M  g  N ' 2AlKƄ r ~ C % " < c G (  x g  3 ` 8 ~ e [ % I  @   I ; ; L  g  K & wAlK= r } C $ ! < c G (  y g  2 a 8 |  ` [ % I  @   I < ; N  h  K ' 6AlK q  C % " < c H (  w f  2 b 7  } ` [ % H  @   I ; : L  f  L & ɏAl K q ~ C % " = c F (  w  f  3 ` 8  } e [ % I  @   I ; ; L  g  M & Al>_ܜ q ~ C % ! = c F '  x ~ f  4 ` 8 } g [ % G  @   J ; : M  g  K ' Al\K q C % ! < c G (  y ~ f  3 _ 8 } a [ % H  @   J ; : M  g  K ' ˙AlzKb r C % ! = c C '  y | f  2 ` 8  { ` \ % G  @   I ; : L  g  L ' ʔAlK= p C % " = c F (  w } f  2 ` 8 z g [ % G  @   I ; : L  h  L & AlOY p C % # > c D (  x  e  2 ` 8  | ` [ % H  @   I ; ; L  h  M & AlKN r C % = c F '  w e 3 _ 7  | ` \ % I  @   I ; : L  g  N ' ɊAlK q  C % ! = c F '  y f 3 ^ 8 | ` \ % H  @    I : ; M  g  P ' AlK܄ r  C % " > c G '  x f 3 ` 7 } h \ % H  @    J ; ; M  g  Q % )Al.K s C $ < c F (  x f 2 ^ 7  | a ] % F  @    I ; ; M  h  N & SAlLK= r C $ ! > c F (  y f 3 ` 8 } ` \ % H  @    I ; ; M  h  Q & ɽAljK r  C % " = c H '  x ~ e 2 ` 8 ~  c \ % H  @   I ; : M  g  Q & ,AlK r  C % " = c I (  x } e 3 a 8  { d [ % H  @   I ; 9 N  h  M ' OAlK, s C % " = c H '  w g 3 ^ 8  } g [ % H  @   I ; : M  h  O & AlK= s C % " = c H '  z  f 3 _ 7 | g \ % H  @   I ; : M  f  N % AlK t C % " = c F '  y ~ g 3 _ 8  } ` \ % I  A   I ; : L  h  N % lAlK u C % " < c H '  z } f 3 ` 8  | a \ % I  @   J ; 9 M  h  N % AlK s  B % ! > c H '  z } e 3 ` 8  } ` \ % I  @   I ; ; L  g  N & AlƎK t E ' % A d H )  w { h 6 d : } ! ` Z & H  A   J < : N  j  N ( AlƬLYu r E ' $ A d G *  w { h 5 b :  ~ ! a Z & I  A   J < : N  i  O ' AlKN r E ' # B d D )  w { g 5 c 9   ! g Z & I  A   J < ; O  h  O ( ȤAla q  E & $ A d G *  x { h 6 d : ~ ! f Z & H  A   J < : N  j  M ( ɸAlPP r E ' # @ c D *  v { h 5 a 9 ~ ! a Z & I  A   J < : N  h  O ' yAl$K s E ' $ A d F )  v { h 5 b 9 ~ ! a Z & H  A   J < : N  i  Q & AlBK r E ' $ A c E *  v { g 4 a :  ~ ! ` Z & H  A   J ; 9 N  h  N ' )Al`K s E & # @ c F *  v { h 6 a 9 ~ ! d Z & I  @   J = 9 N  h  O ( ȗAl~K s E & $ B c E )  x { g 4 b : ~ " i Z & H  A   J < : N  h  P ( AlǜKN s E & $ A d E )  v { i 5 a : ~ ! a Z & H  A   J < : M  h  S ( AlǺK˄ t E & # B c F )  v { h 6 c :   ! d Z % G  A   J < 8 M  h  P ( >AlK s E & # A d F ) v ~ h 6 b 9  ~ ! i Z & G  A   J = ; M  i  R ' AlK܄ s E & # A c E )  v | h 5 c 9  } " ` [ & I  A   J < : N  h  P ( ǃAlKN s E & # B c E )  v | h 5 a 9  ~ ! e Z & I  A   J < : N  i  M ( Al2K r  E & " B c D )  v  h 5 b :   ! c Z & H  A   J < : N  h  N ( NJAlPK, r D & ! A c C )  v } h 4 c :  ~ ! ` Z & I  A   J < : N  i  M ( ȟAlnK r D & $ A d D )  u } i 4 c 9 ~ ! a Z & H  A   J < : N  i  N ( \AlȌK܄ r E & $ B d E )  v } h 5 d 9  ! e Z & J  A   J < ; M  h  M ( fAlȪK s D % $ B d E )  v } h 5 c 9  ! a Z & J  A   J < : N  h  P ( AlK s D & # A c G )  v ~ h 5 c :   ! c Z & J  A   J ; : N  g  O ( AlKN r E & # @ c G )  v ~ g 4 b 9   ! f Z & J  A   J < ; N  h  O ( oAlK s  E & # @ d D )  v } h 5 b 9   ! i Z & I  A   J < : N  h  P ) Al"K s  D & $ A c C )  w } g 5 b 9   ! a Z & I  A   J < : N  h  N ( Al@KN r E & $ A c F )  v | g 5 b 9  ! ` [ & K  A   J < 9 N  i  N ( :Al^K r ~ E & # B c B )  v } f 4 a 9  ! ` Z & H  A   J < : N  h  O ' Al|K, r E & $ A d D )  w ~ g 5 b 9  ~ ! a Z & I  A   J < 9 N  h  P ) AlɚW\ф q E & $ A d F )  w ~ h 5 b 9  ~ ! f [ & I  A   J < 9 N  g  M ( ɳAlɸK, s D & $ A c F )  v | g 5 b 9 ~ ! f [ & I  A   J < : N  h  N ( @AlK r E & $ @ c D )  w | g 5 b : } ! g Z & J  A   J < : N  h  M ' AlK¹ r  E & % @ c F )  u | g 5 c 9 ~ ! i Z & I  A   J < : N  h  N ( LAlK s D & $ C d G )  v { g 4 c 9  ! g Z & J  A   J < : N  g  M ' ʙAl0K` r  D & " A d J (  v } g 5 c 9 ~ ! e Z & J  A   J < : M  h  O ' AlNK r  D & # B d F )  u | g 4 c 9 ~ ! b Z & J  @   J < 9 N  g  P ' AllK= r  D & # A d F )  v { g 4 c : ~ ! ` Z & J  A   K < : N  h  O ' fAlʊK s D & $ B d I (  v { g 4 c 9 ~ ! e Z & J  A   J < < M  g  M ' ȥAlʨK܄ r D & $ A c F )  u | g 3 c 9  ! g Z & I  A   J < : N  g  N ( ʞAlKN q D & # B c G )  u { g 4 c 9  ! ` [ & K  A   J < : M  h  N ( AlK= r D & % B c G )  u | g 4 c 9 ~ ! a Z % I  A   J < ; M  g  M ( AlLU s D & $ B c D (  v | g 4 a 9 | ! f Z & I  A   J ; 8 N  g  N ( VAl KN r  E & $ C c H (  v { g 3 c 9 } ! a Z & I  A   J < 9 M  g  M ( Al>K= q ~ D ' $ D c H (  v | g 4 c 9 ~ ! a Z & I  A   J < 9 M  h  N ( rAl\K s ~ D & % B d H (  w { h 5 c 9  ! a Z & J  A    J < 9 N  g  N ( AlzK r  E & % B c G (  v { g 4 b 9  ! ` Z & J  A    J < : N  f  O ( ɘAl˘K r D & " A d G (  t { f 4 b 9 ~ ! d Z & K  A    J < 9 N  g  N ( DzAl˶KN r E & " @ c F )  v { f 4 c 9   ! d [ & K  A    J ; 8 N  g  M ( ʀAlK܄ t D & # A c D (  v | h 3 c 9 ~ a Z % K  @   J = 9 N  f  O ) ɚAl[U s D & " @ c F (  w | g 4 b 9  ~ ! ` Z % K  A   J < 9 N  h  M ( /AlK r D & " A d D (  v { g 3 a 9 ! ` [ & K  A   J < 9 M  g  N ' MAl.K{ s D & # A d B )  v | f 3 b 9 } ! ` Z & J  A   J < : N  g  O ( AlLK q D & $ A c B ( u { g 4 a 9 ~ ! a Z & J  @   J < 9 N  g  M ' xAljKN q D % # A d D (  v | g 3 b 9 } ! a Z & J  A   J = 9 N  g  M ( )Al̈K q D % $ @ c E (  u { h 4 ` 9 ~ ! b Z & J  A   J < 9 N  g  K ' Al̦KN p D % $ A c G (  w | g 3 b 9 } ! i Z % I  A   J < 9 N  g  I ( ɱAlK p E & " @ c E )  u z f 3 b 9 } !  h Z & I  A   J < 9 N  h  L ( AlK= p D % ! @ c D (  w { g 4 a 9   ! h Z & H  A   J < 9 N  g  M ( AlK q D & # @ c F (  v { g 4 b 9 ~ !  g Z & I  A   J < : N  g  L ( ~AlQ p  D & $ @ c H (  v z g 4 a 9  ~ !  f [ & J  A   J < : N  i  L ( Al = Q   k  R ) ~Al,K y K * % D e G -  x  k 8 g < &  i _ , L  C   L ? = P   l  O ) AlJKN y J * % C d G -  x } k 7 f <  %  i ^ * M  B   L > < P  k  P ) AlhK= x I ) # D d H ,  y { j 6 f ; $  k _ * K  B   K = ; O  j  O ( Al݆K x H ) " B d G +  w { i 6 d :  $  b ^ ) K  B   K = ; O  k  O ) }AlݤK܄ v H ( # B d F +  w { g 6 e :  # c ^ ) K  B   K = ; O  j  M ) AlK u G ( " A d I *  w { g 7 d :  # c ^ ( J  B   K = < N  i  N ( dAlK= v G ' " B d J *  w { h 7 d : ~ " b \ ' J  A   J < < O  i  N ) AlK u F ' " B d F *  v z h 5 c 9  " f \ ' J  A   J < : N  j  O ' 9AlK= u F ' " C d H *  t z g 4 b 9 } " e \ ' J  A   J < : N  i  N ( Al:K s F ' ! A c H )  u z f 4 c 9  ~ ! a ] ' J  A   J = : M  i  M ( ȒAlXK{ u F & " B c G )  u { f 4 a 9  ~ " ` \ ' I  A   K < : N  i  M ( ǬAlvKN u F ' ! B d F )  u z f 5 b 9   ! ` \ ' I  A   J < : N  i  L ' ǙAlޔK܄ u F ' " B d I *  t z g 5 b 9  ~ ! b [ ' I  A   J < : N  i  K ' ɐAl޲K t E ' " C c F )  t z f 5 b 9  ~ ! d [ ' I  A   J < : N  i  J ' pAlK t E ' # A c G )  u z h 5 c 9 ~ ! g [ ' H  A   J < : N  i  K ( ũAlKN s E ' # A c H *  v { g 4 c 9   ! a [ ' H  A   J < ; N  h  L ( ȘAl K= s E ' " A d H )  v z f 5 b 9 ~ ! a [ & I  A   J < ; N  i  N ( 0Al*K, t E ' # @ d F )  u z h 5 a 9  ! c [ ' I  A   J < : N  h  K ' ǗAlHK s E ' " B d E )  u { f 4 c 9 ~ ! h [ & G  A   J < : M  h  M ( AlfK= s E ' # A c E )  t z f 4 b 9 } ! c \ ' G  A   J < ; M  i  L ' ȫAl߄KN s E ' 0 @ c D )  u z f 4 b 9 ~ ! ` \ ' H  A   J < ; M  h  M ' \AlߢK, s  E ' % A c G )  v { e 4 c 9  ! a \ & I  A   J < : M  h  K ' AlN s E ' % B d D )  u { e 3 b 9  ! a \ ' I  A   J < ; M  i  L ' AlRܱ t  E ' " A c G )  u z e 4 c 9 } ! h \ & J  @   J < ; M  h  K & qAlK s E ' " B d E )  u z g 4 b 9 } ! ` \ ' I  A   J < : M  i  L ' AlK t E ' # A d I (  t z g 4 b 9 ~ ! f [ ' J  @    J ; ; M  g  M ' AlK t E ' $ A c E )  t z f 4 c 9 ~ ! ` \ ' K  @    J < ; N  h  H ' LjAlK t  D ' $ A c F '  t z g 5 b 9  } ! ` [ ' J  @    J ; < M  h  J & {Al6^ s D ' $ A c C (  u { f 4 c 9  e [ & I  @    J < ; M  i  L & ȲAlTK t E ' $ B d F (  u { g  4 b 9 } h [ & J  @    J < ; M  i  K & >AlrK q E ' , A c G (  v { f  4 b 8  ~ ` [ & J  @   J ; ; M  i  M ' AlK܄ s D ' $ A c F (  t z f  2 c 9   a [ & J  @   J < : M  h  M ' c H (  u z g  4 a : ~ ! a [ ' K  A   J < ; M  h  M ' AlKN q D ' ( @ c F (  u z f  4 b 9 } ! ` \ ' K  @   J ; ; M  h  M ' .Al4K p D ( " @ c C (  u z f  4 c 9 | ! a [ ' J  @   J ; ; L  g  K ' AlRK q  D ' " @ c F (  u { e 4 b 9 ~ ! j \ & K  A   J ; ; M  h  J ' AlpY' q D ( " ? c H (  u z f 3 ` 9 ~ ! a [ ' K  A   J < < M  g  M ' vAlK r D ' " @ c G (  t { g 2 a : | ` \ & J  @   I < ; M  h  L ' AlK q D ' " ? c G (  t z f  5 a : ~ a \ & I  A   J < : L  i  L ' oAlK= r D ' ! @ c F '  x z f 3 a : ~ ! ` \ & J  @   I < : M  g  M ' ǩAlKՄ p D ' " @ c H (  w z e  4 b : } ! a \ & I  A   J < ; M  h  N ' ȮAlK{ r D ( " @ c F (  x z f 4 b : } ! b \ ' J  @   J < ; L  h  L ' Al$L+ r D ' ! ? c F (  x { e 4 b :  ~ f [ & J  @   I ; ; M  h  K ' AlBK q  D ' ! @ c I (  v y f  4 c : | g [ & J  A   J ; ; M  g  K ( Al`KN r  D ( # @ c I (  v z f 4 a :   g [ & K  A   I < : M  g  O ' Al~K q D ( " ? c D (  u z g 4 b ;  } ! h [ & J  A   I < ; M  g  P ( !AlK= r  D ' ! A c F (  v { g 5 b ; ~ i \ & J  A   J ; ; M  g  L ' ȖAlK r D ' ! @ c H (  w z g 4 a ; } g \ & I  A   J ; 9 M  h  L ( \AlK r D ' ! @ c K '  v z f 4 a > } ! a \ & J  A   I ; : M  i  J ' AlK q D & ! ? c G (  u z g 4 b @  d \ & J  @   J < : M  i  P ' AlL r D & # @ c G (  u z f 3 c B ~ d [ & J  A   J < : M  h  M ( Al2K˄ q D ' " ? c I (  v z g 4 a D  ~ ! f [ & J  A   J ; : M  i  N ( ǁXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 250 / width of table in bytes NAXIS2 = 481 / 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 = 392981417.44498 TSTOP = 393012787.44512 DATE-OBS= '2013-06-15T09:30:14' DATE-END= '2013-06-15T18:13:04' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31370.0001399517 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 373 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:59' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '1AAM228J18AJ185J' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '3354299412' / data unit checksum updated 2013-06-25T08:41:59 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: sw00558271000b175x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:08 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END Alkq6 r  I K $ 1 < 4  e A v Z  j I Q  ) 9 & : { AlkqÄ r  H J % 2 M 4  f @ v Y  i I Q  & : & : { ZAlkq$ r  I K % 2 ; 4  g A v Z  j I Q  ( : & : z șAllr r   I H % 1 N 4  g B w [  k I Q  & ; & 9 { 0All!qՄ s  G J $ 2 : 5  f A v Z  j I Q  ( ; & ; { All?r r  F J $ 2 O 5  f A u Z  k I Q  % ; & : { ĿAll]r& s  H J % 2 = 4  g B v Y  j I P  $ > & < { All{q$ s  I K % 3 X 4  g A v Y  k I Q  ' > & < { bAllr[ s  J I $ 2 A 4  f A w Y  l I Q  + = ' = { :Allq$ s   H J $ 1 H 4  f A w [  j I Q  ( > & < { Allqb r  G J $ 1 J 4  f A v X  k I P  ' = & = { Allr[ r  L K $ 2 9 4  g A w Y  j H P  ' ? & < { WAlmr" r    F I $ 2 J 4  g A v [  j I Q  ' < & < z ÐAlm/qt s  H L % 2 9 4  g A v Y  k I Q  ) ? & < { AlmMr[ r  H L $ 1 K 4  g @ w Z  k I P  " ; & ; { ĄAlmkq r    H L $ 1 < 4  f A v W  k H Q  ( ? & < | ^Almq$ r  I K & 1 M 4  f A v X  k I P  % < ' ; z FAlmr r  K I % 1 8 4  g A v Z  k H P  # > ' ; { ŀAlmq6 s   H L $ 1 Q 4  f @ v Z  i I P  & > & = | ƋAlmr J s   H L % 1 @ 5  f A v Z  j H Q  ' = ' < z Alnr J s  I K % 1 J 4  g A v Z  i I Q  ' > & = z =Alnr r  I J % 1 > 4  e A v Y  j I Q  & < & < { `Aln=qt s   I J % 1 V 4  g @ v Z  j I Q  * ? ' = z 1Aln[r r  M K $ 2 G 4  f A w Y  k I Q  * > ' < z Alnyqt r  L J $ 2 ; 4  f A w Y  l H Q  ) ? ' = z ƷAlnq$ s   J K % 1 P 4  f A v Y  k I P  & > ' = y -Alnr[ r  L J % 1 > 4  f A v Y  l I Q  $ > ' < y #Alnr r  K L % 1 C 5  d A v [  k I Q  ( @ & = z Alnr r  L J % 1 I 4  e @ v Y  k I P  & = & < y ǙAlor s  M J & 2 9 4  e A v Y  j I Q  & ? ' < y PAlo-qb r   L J $ 1 G 4  e @ v Y  k H P  & ? ' > z AloKqÄ r   K I % 2 8 4  d A w Y  l I Q  ) = ' ; } Aloir[ r  M K % 1 D 4  d @ v Z  m I Q  & A ' < | ŽAlor s  M I % 2 < 4  f @ v [  l I Q  ) < ( < { Alor s   K K % 1 D 4  d A u Y  k I Q  * @ ' < { XAloqÄ r    J I % 1 @ 4  f @ w Y  k H Q  & > & < { Alor[ s  M K % 2 A 4  e @ w Y  l I Q  ( @ ' ; z ŝAlor r    N I $ 1 ; 5  f @ w X  j I Q  - ? ' ; y Alpr s   I K % 1 E 4  d @ u W  j I P  * = & ; { Alp;r~ s   O H % 2 = 4  e A u Z  j I P  ( @ & > y 3AlpYqt s  O H % 2 > 5  e @ u Z  k I Q  ' = ' > { WAlpwq$ s  K I % 2 : 5  d @ v X  l I Q  & ? ' < z Alpr J s   I H & 2 G 4  e @ v X  j J Q  ) = & ; z ûAlpr s  N I % 1 = 5  e B w X  j I P  ' ? & ; z Alpqt s   L K % 2 H 4  f A v X  i I P  & A ' < z jAlpr J r  I K & 2 : 4  f A v X  j I Q  + > & ; | Alq qՄ r  K J % 2 P 4  g @ v Y  j J Q  ( @ & : { #Alq+qÄ r   M J $ 2 9 5  f A v Y  m I Q  ' > & : z ĹAlqIr s   L J % 2 M 4  f A w X  j I P  ( ? & 9 { "AlqgqÄ s   L K % 1 < 4  g A w X  k I Q  # ? & ; | 0Alqr J s   M J & 1 K 4  g @ v W  k J Q  & > & ; { |Alqr[ r   N I & 2 : 4  e @ w X  j I P  $ A & 9 | íAlqqt r   M L % 2 G 4  f @ w Y  k I Q  ( @ & 9 { Alqq s   M K % 2 8 4  g @ v X  l I Q  & = % 9 | Alqr[ r   L J % 2 I 4  f @ w Y  l I P  ' A % 8 } Alrq s   N K % 1 7 4  f A u [  j I Q  ' @ & 9 ~ ÍAlr9r r   L J & 2 L 4  g A w X  k I Q  # = & 8 } AlrWr̈́ s   M K % 2 8 4  g @ v Y  j H Q  ( A & 8 { `AlruqÄ r   L K % 2 J 5  g A w Y  j I P  ( A % 7 | Alrr[ s   K J % 3 9 4  g A v Z  l I Q  + > & 7 | .Alrqt s   L J % 2 G 4  f A v Y  l I Q  + ? & 6 z nAlrq$ s   L K % 2 = 4  f A v X  j I Q  ( @ & 6 | !Alrr[ r   L J & 1 E 4  f A v Y  l I Q  ) A ' 5 | zAls q߄ r   K I & 1 O 4  f A v [  k I P  * @ & 8 { XAls)qt s   M K & 2 B 4  f A u Y  l I P  - ? & 4 { ſAlsGr.^ r   K K & 3 S 4  e A u Y  l I Q  * A ' 5 { DAlseqb s   I J % 2 ? 4  e A v X  l I Q  + @ & 6 z ŚAlsr r   K I & 2 X 4  f @ v X  i I Q  + > & 5 z PAlsqÄ s   J K & 2 ? 4  f A v Y  k I Q  ) @ & 6 { NAlsr s   K J ' 2 P 4  f @ u Y  l I Q  ) @ & 7 { Alsr+ s   J L & 2 ? 4   f A v Y  j I Q  * > % 6 z ȃAlsq년 s   J K ' 2 Y 4   f A v [  k I Q  * @ & 6 z ȨAltrTa s   J I & 2 > 4  f @ w Z  l J Q  & ? & 6 { lAlt7q r   I I % 2 X 5   f A w Z  m J Q  - > & 7 | AltUr r   J J % 2 > 5  e A v Y  k J Q  * @ & 5 { xAltsq s  I J & 2 9 5  f A w Z  n J Q  ) = & 6 | Altr s   J J ' 2 E 5  e A w Z  m J Q  + ? & 5 | dAltqÄ s   J K & 2 = 5   g B w Y  n I Q  ( @ & 4 } vAltr J r   K J & 2 F 5  e A v Z  m J Q  + ? & 5 | pAltqՄ s   I K & 3 T 4   f A v Y  m I Q  % @ ' 4 | zAlu qt s   K J & 3 C 4   f A w Y  l J P  ) > ' 4 { _Alu'r s   I K & 2 8 5   f A w Y  l J Q  & ? ' 5 | ǩAluEq$ s   K L ( 1 G 4   f A w Y  l J Q  ) ? & 5 { &Alucr s   L K & 2 7 4   f B w Y  k I Q  % = ' 3 | ǐAluqÄ s  J L ( 2 P 4   f A w Y  n I P  ) ? ' 4 { 3Alur s   L M ) 3 = 4  f A v Z  l J Q  + @ ' 4 | Alqt s   J K % 3 9 4  e @ w ^  j I P  ) > ' / | Alr r   I H & 2 G 3  f A x [  i J P  + > & / { ŗAl7r r   H K % 2 A 3  e A w \  j I Q  ( ; & / { 9AlUr[ r   G L ' 2 @ 4  e @ v Z  j H P  * < & . z .Alsr s    I K & 2 Q 4  c @ v \  l I P  ' ; & 0 z QAlr s   I L & 3 A 4  d A u \  k H P  * > ' 0 y Alr r   I J & 2 S 4  e @ v [  j H P  + > & . | AlqÄ r    J M & 2 A 4  c @ v \  h I P  - < ' - z ,Alqt s    I K & 2 : 4  d @ v \  j I Q  ( ? & . { Al r} r    J L & 2 C 4  c @ v \  k I P  ( = ' . { Al'q r    J K & 2 T 4  c @ v \  j I P  + < ' - { oAlEqt r    J K % 3 A 5  c @ v Z  h I Q  ) = & . { Alcr r    G I & 2 Y 4  d @ v [  k I P  ' = & , z AlqÄ s    J I & 2 > 4  c @ v Z  k I P  ) = & , z bAlr s    H J & 2 Q 4  d @ v Z  i I P  $ = & . { AlqÄ r    I K % 2 > 4  c A v Z  l I P  % = & , { Alq r   I J & 2 J 4  e A t Z  l I P  ) = ' , | 2Alr[ s    K L % 2 : 4  d @ v [  l I P  ( = ' + { WAlqQ r    I J & 1 J 4  d A v [  l I Q  + > & - { Al5qt r    I I & 2 < 4  c A v [  m I P  - > & + | AlSr r    I I % 2 F 4  c A v Z  l I P  & > & , | Alqq. s    I H % 2 D 4  c @ v [  k I P  & > & - | ~Alq년 r    H J & 2 = 4  d @ v Y  n H Q  ' = & + { Alr[ s    J I & 2 Z 3  d A v Y  m I P  ( ? ' - | ƠAlr r   I J % 2 > 4  d @ v Y  m H P  * > & / { Alr̈́ s    H J % 1 X 4  e A w X  l H P  ' > ' . | AlqÄ r    H K % 2 < 5  d @ v X  l H P  ' > ' / | 9Al%r.^ r    H J % 2 M 4  d @ v X  m H P  ) ? & / | AlCq r    K K % 2 ; 4  e @ v W  l I P  ) > % . | Alar s    K J & 3 J 4  f @ v Y  l I Q  % = & 0 { Alqt s    K J % 1 9 4  e @ w X  m I Q  & = & 1 | wAlr r   K I % 1 J 4  d @ w Z  l H P  ' > ' 0 { PAlr r   H I & 1 8 4  e @ u Z  m I P  $ > & 3 { Alr r    G L & 1 B 4  d @ v Z  l I P  % = & 1 { Alqt s    I L % 2 I 4  d A u Y  l H P  ( > & 4 z yAlr s   J J % 2 = 5  e @ u Y  l H P  ( > & 5 z ŃAl3r~ r   K L % 3 S 4  e @ v Y  l I P  ( < & 8 y `AlQq r    K K $ 2 : 4  e @ u Z  l I P  % = & 8 z Alor s    J I % 1 P 4  e @ v Y  l H P  ) > ' 7 z Alqt r    I J & 1 > 4  e @ v Z  k H Q  ' ? & 5 { ƞAlq r   J J % 1 U 4  f A u [  j H P  ' ? & 6 z ƸAlr s    L J % 3 8 4  e @ v Y  k I P  * ? & 7 z LAlr r   L H % 2 V 4  e @ u Y  k I P  ' ? & 7 { ^Alq$ s    J J % 2 9 4  d @ u X  k I P  ' > & 5 { ,Al#qt s    K L % 1 M 4  d @ u Z  i H P  ' > & 6 { AlAr r   K I % 1 ; 4  e @ v Z  k H P  & ? & 4 z Al_qt s   J L % 1 J 4  d A u X  k H P  ( > & 4 z JAl}r J s   J L % 2 7 5  d @ u Y  j H P  ' > ' 4 y EAlq r   J K & 1 F 4  d A u Z  j H P  ) = & 2 z $Alqt s   K K % 2 = 4  d A v Z  k I P  ) > ' 2 z Alr s    I J % 1 C 4  c A u X  k I P  # > ' 1 | Alr.^ s    I I & 2 O 5  d A u [  k I P  % < & 1 | ȎAlq s    I I % 1 < 4  c A u X  l I P  ' ; ' 2 | Al1r r    J J % 1 N 5  e A t Z  k I P  , < ' 3 z ƾAlOq$ r    I K & 2 : 4  c A u Y  j I P  ) = ' 2 z AlmqÄ r  I J % 2 M 3  d @ u Y  k H P  ) > & 2 z sAlr s    I L & 2 : 4  d @ u Y  l I P  * < & 3 z ZAlq s   J K % 2 I 4  d @ u Y  l I P  ' = & 2 z kAlr s    I J & 2 D 4  d @ u X  k I P  ' ? & 1 z ǿAlr s   J L & 2 E 4  d @ v Z  k I P  ( > & 2 y Alqt r   L K & 2 ? 4  d A u X  m I P  ) > ' 0 z %Al!r s   J J % 2 B 4  d A v X  l I Q  , < ' 1 y Al?q$ s   J J % 2 U 5  e A u Y  l I Q  + > ' / { ŰAl]q s   J K % 2 > 5  d A v X  l H P  ( = ' 1 z EAl{r r  K L & 2 Q 4  d A v X  l I P  & > & 0 { MAlqt r   I J & 2 > 4  d A v W  l I P  % > ' 1 { ŻAlr J s    J J % 2 Z 4  d @ v W  l J Q  ) > ' 2 { Alr s  J J & 3 < 5  d A v W  l J P  ) > ' 1 z "AlqՄ s   K L % 3 N 4  d A v Y  k I P  ( A ' / z ǵAlr[ s   K J % 2 9 4  d @ v W  k I P  ) ? ' 1 y ^Al/q߄ r    L I % 1 I 5  d @ u Y  k I Q  ' > ' 0 { KAlMq r   J J % 2 = 5  d @ v W  l I P  ( > ' 0 { Alkqb s    K K % 2 F 5  c A u Y  j J P  % ? & 0 z żAlr\> s   K J % 1 > 5  d A v X  k J P  ( ? & / { ǾAlq$ s    K I & 1 @ 5  e A u Y  k I Q  + > & / { ƏAlrw s    J K & 2 W 4  e A v Y  k J P  ( > ' / | qAlrƄ r   J K & 2 = 4  d B v Y  k I P  ' ? ' 1 { wAlr8 s   K I & 3 M 4  e A u Z  l I Q  , ? & / z 7Alqt r  J K & 2 < 4  d A w X  k J P  ) @ ' 1 { qAl{r J s    K J % 2 J 4  d @ v Z  k I Q  * < ' / | Alr s   L L % 1 : 5  e A w Z  k I P  & ? & / | ƎAlr& s   M I % 2 M 4  e A v Y  j I Q  ( @ ' . { ^Alra| s   I I % 2 8 5  d A w Y  j I P  ) < & / | ,Alr s   K I % 1 N 4  d @ u Y  j J P  * < ' / { Alq$ s    J J $ 1 : 4  d @ w Y  i I P  & @ ' - | ;Al/r s   J I $ 2 M 4  d @ v X  i I P  * > ' - | ŶAlMr s   J L % 2 < 4  d A v W  k I P  . = & , { AlkqՄ s   K K $ 3 T 4  c A w Y  i H P  * A & ' { KAlrN s   I K % 2 ? 4  d @ v X  k I Q  + A & ( { ÊAlr s   L K % 2 < 4  d A v Y  i H Q  , = & ( { Alq$ s   I K $ 2 D 4  d @ v X  k I Q  % > ' ( } ťAlqt s   K I % 2 R 4  e @ w Y  h I Q  ( @ & ( | ŻAlr.^ t   K J & 2 > 4  d A v Y  i I P  ( = ' ( } Alq s   K L & 2 ? 4  e @ v X  k I Q  + ; ' ( { 4Al=r s   K K % 2 @ 4  d A u [  k I P  * B ' ( | Al[q߄ s   I I % 3 B 4  e @ v Y  i I Q  ' A & ( | Alyqt r   K I % 3 ? 4  d @ v Y  i H Q  . ? & ( { /Alr[ r   K I % 2 D 4  e @ u X  i I Q  * ? & ( | AlqՄ s   L J % 2 D 4  e A v X  j H P  * @ & ( } eAlr s   K I % 2 W 4  d A w Y  j I P  * ? & ( } űAlrl s   K J % 2 A 4  c A v X  k H Q  * @ & ( } Alq$ s   H J % 2 < 4  d @ v Y  k I Q  * @ & ( } SAl-r s   J I % 2 C 4  e @ v Z  j H Q  + ? & ( { AlKqՄ s   L J % 2 : 4  e @ v Y  k I Q  * = ' ( } Alir s   K H % 3 K 5  d @ v Z  j H Q  * @ & ( | ĶAlqÄ s   L L $ 3 > 4  d @ v Y  k I Q  * ? ' ( { ȲAlqt s    L I $ 2 I 4  d @ v X  i I Q  ' @ & ( | *Alr J s    L J % 1 ; 4  d @ v Y  k I P  ) ? & ( z Alq s   J I % 2 F 4  e @ v Y  m I Q  + > & ( | uAlr J s    J J $ 1 B 5  d @ v X  i I P  & ? & ( { \Alqt r   I J % 2 A 4  d @ v X  l H P  ( ? & ( { Al;rl r   K J $ 3 = 4  d ? v Y  j I P  ) ; & ( y LAlYr r   I J % 2 A 4  d @ v Y  k I Q  & ; & ) z Alwqt r   I J $ 2 Q 4  c @ v Y  m I P  ) ? & ( z ŅAlr s   J J $ 1 D 4  d @ v Z  k H P  * > & ( z AlqՄ s   H K % 1 = 4  d @ v X  j H Q  + < & ( z +Alq r   M K % 2 E 4  d @ u X  k H Q  ) > & ( z ƣAlr s   L J $ 2 C 4  d @ w Y  k I P  & A & ( z ]Al q$ r    K J $ 2 D 4  d @ v Y  l H P  , @ & ( x Al+q$ s   K J $ 2 8 4  d @ u [  k H Q  , @ & ( z þAlIr r   K J $ 2 D 4  c @ v Y  l H P  ) @ & ( { ĚAlgq년 s   J K % 1 = 5  d @ w Y  k H P  ) ? ' ( z Alr s   K K $ 1 D 4  d @ v Y  l H P  & A & ( { qAlr~ r   K I $ 1 F 4  d @ v Y  k G P  * ? & ( { {Alq s   I K $ 2 C 5  d @ v Y  l H P  & A ' ( | Alr s   K J % 2 < 4  e @ v Y  j G Q  ( @ & ) y Alq. r   K I % 2 ; 4  c @ w X  j H P  ) > & ( { AlqÄ s   J G $ 1 T 4  e @ v Y  k H Q  ' > & ( z QAl9r r   J I $ 1 = 4  d @ v Z  k H P  ( A & ( | AlWr~ s   K J $ 1 X 4  d @ v X  l H Q  * < & ( } AluqՄ s   K L % 1 = 3  d @ v Y  j G Q  * @ % ( ~ Alr s    L J % 1 Q 4  d @ v X  k G P  * @ & ( | Alq r   K K % 1 : 4  e @ u Y  j H Q  , < & ( | Alq$ s    K I % 1 M 4  d ? u X  j H P  ( : ' ( | Alrl s  L I % 2 < 4  c @ v X  j H P  ( > & ( | :Al qb s   K G % 3 Q 4  d @ v X  k G P  ) > & ( | ĔAl)qb r  L J $ 2 ; 5  d ? v X  k H Q  , = ' ( { AlGr[ s   L J % 2 M 4  d @ u Y  m H Q  & ; & ( | ,Aleq$ r  L J % 1 B 4  e @ v X  l G Q  ( > & ( | JAlqt r   L J $ 1 Q 4  d @ v X  k G Q  * A & ( { Alr r   J I $ 2 < 4  d @ v Y  l G Q  + = & ( | Alr~ r   K M % 1 R 5  e @ v Y  l G P  + @ & ( z fAlqÄ s  J J $ 2 = 5  d @ u Y  k G Q  * = & ( { Alr[ r   J K % 2 Y 4  e @ v Y  j G P  ) = & ( { ƴAlqt s   J J % 2 B 4  e @ v Y  m H Q  & ? & ( z Al7q s  L K % 1 J 4  e @ v X  l H P  ( @ & ( y AlUq$ r   K J $ 1 A 4  e @ v W  l H Q  ( ; & ( { zAlsr s   K J % 1 C 4  e @ u Y  k H P  ' = & ( | Alq r   K J % 2 D 4  d @ v X  l G P  * @ & ( z FAlq s   I K % 1 G 4  d @ t Z  k G P  + > & ( { MAlr s    L I $ 2 D 4  e @ v Z  l H P  ) ; & ( { ǟAlq$ s   I K % 2 ? 4  d @ u Z  j H Q  ( ? & ( { Al r J s   J I $ 1 E 4  d @ v X  j H Q  & A ' ( | ^Al'q߄ s   M H % 1 9 5  e @ u X  k H P  ( = & ( { cAlEq년 s  L I % 2 I 3  e @ v Z  k H Q  ' < & ' z Alcr[ r   L H & 1 8 4  e @ u Y  k H Q  * ? ' ' { UAlr~ s  N J % 1 J 4  e @ u Y  j H Q  & ? & ( } AlqՄ s   N I % 2 9 4  d ? u X  j I Q  ( ; & ( { Alqt r    K J % 2 : 4  d @ u \  m H Q  * = & ( | Alr/ s    K H $ 2 H 4  f A v [  n H P  ) = & ' | Al7qÄ s   L I % 2 > 4  d A u Z  m H P  ) ? & ' | JAlUr r    L K % 1 [ 5  e @ v Z  l I P  % A & ' | Alsr[ r    I H % 1 ? 5  d @ u Z  m I P  , > & ( { ǤAlrU s    L H % 1 Z 4  d A v Y  n H P  ( @ & ( | 'Alq r    L H $ 1 D 5  e @ u [  l H Q  ' @ & ( { Alq s    L H $ 1 V 5  d @ u [  n H Q  ' @ & ' | Alr s    I H $ 1 K 4  d @ v Y  l H P  ' ? & ' z Al qÄ s    M G % 1 : 4  d @ v Y  l I Q  ( ? & ( | ǷAl'r s    L H $ 1 L 5  d @ u Y  n H Q  % ; & ' { AlEr̈́ r    M H $ 1 < 5  d A u X  m H P  & ? & ( | Alcr s    M I % 2 U 4  c @ t X  l H P  # A & ( { Alrl r   K J $ 1 @ 3  e A u Y  m H P  % > & ( | ƗAlqՄ r    L J % 1 X 4  d A v [  o H P  * = & ' | lAlr~R r    M J % 0 E 4  d A t Z  m H Q  ) @ & ( | .AlqÄ s   O J % 1 : 4  f A u Y  n H P  * @ & ( { ɂAlr s    M I % 1 J 4  e @ u Y  n H Q  ' < & ( | Alr r    K I & 1 ; 4  e A v Y  n H Q  ) < & ( | ƎAl5qՄ s   J I % 1 L 5  e @ u [  m H P  ) > & ' { /AlSr s    M I % 2 ; 4  c A v Z  m H P  ) > % ( { Alqr[ s   J I & 1 P 4  d @ u X  n H Q  + < & ' | _Alrl r    L J & 1 > 4  d @ t W  o H Q  ( > & ( } .Alqt s    J K % 1 V 4  d @ u X  o I P  * > & ' | Alr s    L I % 1 C 4  d @ u Z  o H Q  & ; ' ' } YAlrl s    L I $ 1 ? 5  d A v X  m H Q  + = & ( | (AlqÄ r    L J % 1 J 5  d @ u Z  o H P  ( ? & ( { Al%r r   L H $ 2 < 5  c A t X  o I Q  & > ' ( { AlCq r    L I % 1 L 4  d @ u W  n H P  ) A & ( } PAlaqÄ s    M I % 1 > 5  d @ u Y  l H Q  ' > % ( } ȘAlr s    N I % 0 O 4  d A t X  m H P  $ ? % ( ~ ȭAlr s   O K % 1 < 5  c @ t X  o H Q  & > & ( } &AlqՄ r   N G & 1 O 5  d @ v W  m H Q  % ? & ( | !Alr r   L J % 1 : 4  d @ u Y  n H P  ) @ & ( } ƯAlqՄ s   M I % 2 K 5  d @ u Z  n H P  % ? & ( } ʉAlq r   M H $ 2 = 5  e @ v X  p H Q  & ? & ( } 6Al3r s   K I % 1 E 5  d A u Y  p H Q  ) = & ( | KAlQq$ r    M K $ 0 H 5  e @ u [  m I P  & @ & ' | Alorׄ r    L I $ 1 D 5  d @ u Y  l I Q  % < & ( { ƩAlq$ r    G H % 1 = 4  e A v X  o H Q  & = & ' { Alr[ r    H I $ 0 D 5  d @ v Y  l H P  & ? & ( { *Alqt r    J G % 2 > 4  d ? v X  m H P  ' > & ( { ʗAlq r    G H % 2 D 5  d ? v X  l H P  % ? ' ( { Alr r    M I % 2 > 5  d @ u W  n H P  ) A & ' z Al#q߄ r    H J $ 2 G 5  e @ u Y  k H P  ) ? & ( | "AlAqÄ s    K I % 2 : 5  e @ u X  m I P  & @ & ' z ǚAl_qt r    K J % 0 M 4  d ? u X  m H Q  & ? % ( | /Al}r r    K I % 1 : 5  e @ u X  n H P  * @ & ' } Alqt s    I I $ 1 P 5  d @ u Y  n H P  & @ & ' | zAlr r    K I % 1 : 5  d @ v Y  m H P  & > & ' { ƓAlr J r    L J $ 2 K 5  e @ v Y  n H P  ' ? % ( | AlqÄ s   L J % 2 = 5  e @ v X  l H Q  ' A & ' { SAlr s   L J $ 2 V 5  d @ v Y  m G P  ' > % ' { KAl1r~ s   L J $ 2 = 5  e @ u W  l H Q  & > & ' | AlOq$ s  K I % 1 X 5  e @ v W  l H Q  # ? & ' | Almr[ r   L H % 1 = 5  c @ u X  m H P  ' > & ' } gAlr[ r   L J $ 1 T 6  e @ u X  m H P  , @ & ' | Alq s   K I % 1 ; 6  d @ t W  m H P  ' > & ' { ^Alr J r   M I % 2 S 5  c @ t W  m H P  ' ? % ' | Alq r   M I % 1 D 5  d @ v X  l H P  ' > & ( } OAlq$ r   K J $ 1 : 5  d @ u X  m H P  ( ? % ' | Al!rф s    M J $ 2 J 5  d @ u W  l H P  % A & ' } bAl?r r   M K $ 1 9 5  e @ u X  l H P  ) > % ' { Al]qՄ r   L J % 1 G 5  e @ u X  m G Q  % ? % ' y Al{r[ r    J I % 2 9 5  e @ u X  l H P  ( @ & ' { =AlqÄ r  M I % 2 K 4  e @ u Y  m H P  & @ ' ' { PAlq r   L I % 1 = 5  d @ u Y  l H P  ) @ & ( z ƶAlr r   M H % 2 K 5  c @ u Y  k H P  & B & ' z ƩAlrl s    L K % 1 : 5  d @ u Y  l H P  ' @ & ' z ƋAlqÄ s   L J % 1 K 5  c @ t Y  l H Q  & A & ( z rAl/r J r   M J % 1 < 5  d @ u W  l H P  ' @ & ' y ċAlMq@ s    L I % 0 J 5  e @ t W  k H P  ) ? & ( y Alkqt r   K H & 1 = 5  d @ v W  k H P  ) @ & ' { Alr r  L I $ 1 L 5  d A t Y  i H P  * ? ' ( { Alr~ r  M J % 1 ; 4  d @ u X  l H P  ' ? & ' z NAlqÄ r  J K & 1 L 4  e A u W  k I P  ' > & ' { ȘAlr[ r  K I & 2 : 5  d @ t Z  l H P  ( @ & ( y aAlqt s   N H % 1 P 5  e @ u Z  k H Q  ( @ & ' { Alr r  M H % 1 = 5  e @ u Y  m H Q  $ @ & ' | 9AlƏqt s   N K ' 2 P 4   f B x Z   m J Q  $ @ ' ) ~ ƊAlƭqÄ s   M L ' 2 W 5   f A w Z  o K Q  $ > ' ( } |Alr s   K K ' 2 ? 5   f B w Z   o I Q  & @ & ( } Alq t   O L & 2 < 4   g A w Z  n K Q  ' @ ' )  4Alq r    M K ' 1 R 4   f B w Y  m K Q  ) @ ' ( } +Al%r s   N M ' 2 < 4   f B x Z  n J Q  % ? ' (  AlCr~ s   P L ' 2 O 5   f A x Z  n J Q  * A & ( } ǯAlar s   O L ' 1 ? 5   f B w Z  k I Q  ) ? ' ( ~ YAlqÄ s   M L & 1 U 5   f B x Z  n I Q  ( @ ' ' ~ {Alǝr r    J K & 2 < 5   f B w Y  n J Q  ( @ ' ( ~ sAlǻq@ s   O M & 2 O 5   g B w Z   o J Q  , ? ' ( ~ )Alrǹ s    L L ( 2 ; 5   g B w X  l J Q  ( @ ' ) ~ Alq년 s   N K ' 1 Q 5   h B w Y  l J Q  ' @ & ( ~ HAlr s    B K & 1 = 5   g B w Y  n I Q  % @ ' (  ǑAl3q߄ s    C K ' 2 U 5   f B x Y  n J Q  ) ? ' ( ~ ƾAlQq s   D J ' 2 @ 5   f B w Y  l J Q  ( > ' ( } Alor s   D L ( 1 Y 4   f B w Z  l I Q  + A & ( } AlȍqÄ s   C K ( 1 @ 4   f A w Z  l I Q  & @ ' ( ~ /Alȫr s   D L ' 2 [ 4   g A x Z  n I Q  & @ & ) ~ AlqQ s    D L ' 2 ; 5   g B x Z  k I Q  & ? ' ) ~ Alqt s   E K ' 1 Q 4  f A v Z  n H Q  & ? & ( | YAlq r   J K ' 2 = 5   g A w Z  m I Q  ( A ' ( | Al#qt s    M L ' 2 W 5  h A x [  n I Q  ( @ ' ( ~ AlAr s   P J ' 1 = 5   g B w [   p J Q  ' A ' ' } |Al_qt s  M K ' 2 N 5   f A w Z  n I Q  & A ' ( } iAl}r8 s  K L ( 2 < 4   h B w \  m I Q  ( @ & ( } Alɛr s  L J ' 2 N 5   f A w [  n I Q  , A ' ( } Alɹq$ s  K J ' 2 = 5   h A w [  m J Q  ) @ ' (  ȕAlr s  M K & 3 P 5   h A x \  k J Q  ( A ' '  nAlq r  J L & 1 ; 5   g A v [  l I Q  & @ ' ( } Alq s  I K ' 2 N 5  f A x \  m I Q  ' A ' ( } TAl1r[ s  L I & 2 8 5  f A w [  n I Q  ) B ' ' ~ AlOqՄ s   J J ' 3 R 5   f A x Z  l I Q  ) A & ' ~ (Almqb s  L J & 2 < 4  f A x \  o I Q  ) @ ' ( ~ `Alʋr s  L I & 1 O 4   f @ w \   n I Q  ) B & ( ~ ũAlʩqt s   J K & 2 E 4   f A w Z   l I Q  ( > ' ' ~ Alqt s   O J & 2 B 4   f A x [  m I Q  - ? & ( ~ Alq. s  O I ' 2 G 5  f A x Z  l I Q  ' A ' ( ~ \Alqb s   M J & 2 V 5  g A w Z  n I Q  * B ' ( ~ Al!rwĄ s   L K ' 2 G 5   e A w Z   m I Q  ' A ' ( RAl?q r   M K & 2 < 5   h A v \  m I Q  * @ ' (  Al]r s   O J ' 2 L 5   f A w [  l I Q  * @ & ( } Al{r s   M J ' 2 = 5  g A w \  n J Q  - A & ( ~ Al˙qÄ r  L K ' 2 J 5  g A v Z  m I Q  ) A & ( } zAl˷r r   N J & 1 : 4   g B w [  n I Q  ( B & ( } ǎAlqb s   L K & 1 I 5  g A v Z  m I Q  * ? ' ( AlqՄ t   M J & 1 > 5   f A v ]  n I Q  + A & ( ~ SAlr s   M K & 2 M 5  f @ w [  n I Q  ( A & ( | Al/q s   L I & 1 > 5   f A v Z  o I Q  ) C ' ( } eAlMqt s   P I & 1 N 5   g @ v [   n I Q  ) A ' ' ~ rAlkr[ s  L J & 2 < 5   f A w \  m I Q  ' B ' ' ~ Al̉q$ s  K L & 1 M 5   g A v ^  n I Q  & A & ( | *Aļr s  K H ' 3 ; 5   g A v \  o H Q  ) @ & (  Alr s  L J ' 2 E 5   f B w Z  m I Q  ) B & (  AlqÄ s  L L ' 1 < 4   g A w [  m I Q  ( ? & (  Alr[ s  N J ' 1 E 5  h A v Z  m I Q  * @ & ( ~ _Alq߄ r  O I & 1 : 5   h A v Z  m I Q  ' @ & ( } ƛAl=q년 s  N L & 2 L 5   h A w Z  m I Q  % B & (  Al[r r   N I & 2 9 5   h @ v Y   l I Q  ) @ ' ( } Alyr%1 r  L J ' 1 I 5   h A w \  n H Q  ( A & ( { TAl͗qÄ s  M I & 1 : 5  h A w [  n I Q  + A & ( | pAl͵r s  O J & 2 G 4   i A v \  m H Q  $ B ' ( } pAlr~ r  O K % 2 9 5   h A w [  m I Q  + @ & ( ~ ɳAlqt s  O K ' 2 K 5   i A w [  m I Q  # C ' ( | Alr' s  L L & 1 A 5   h A w X  m I Q  * A & ( | ƽAl-r s  N L & 0 [ 5  h A v Z  k H Q  * A & ( | 4AlKqÄ s   L N ' 1 > 5   i  A w Z  m H Q  ( B & '  ǺAlira| s  M J ' 2 W 4   i A w Z  m H Q  ) @ ' ( } ȴAl·q. s  L J & 1 ? 4   h A w [  l I Q  % A & ' ~ ʊAlΥqÄ s  M K & 2 T 4   g A w \  m I Q  * @ & ( ~ ȦAlr t   L L ' 2 > 4   g A w ]  k I Q  & @ & ( =AlqՄ s  M J & 2 B 4   h A w [  l H Q  ( A ' (  jAlqÄ s  J K & 1 E 5   h A v Z  l I Q  ' A & (  Alr r  N L & 1 G 5   h A w \  n I Q  ) @ ' ( ǍAl;qÄ s  O L & 2 A 5   h A w \  m I Q  * @ & ( ~ iAlYqÄ s  M J % 1 ? 4   g A v \  l I Q  + A ' (  Alwr s  O K & 2 E 5  f A w [  m H Q  ) @ ' ( ~ UAlϕr s  O J & 3 W 5   g A w [  m I Q  ( @ ' ( } Alϳq$ s  N J ' 2 ? 5   g A x \  k I Q  * A ' ) | iAlqÄ u   K L ) 4 ? 9   p D z ^  n J V  - C ) + ȎAl-qt t  J K ) 4 S 8   n C z ^  m K T  + @ ) + OAlKqÄ t   J L ) 4 C 8   o D y _  n J T  ' A ) *  !Aliq$ t   H L ( 3 Z 7   m B x ]  m J T  + @ ( * ~ %Al݇r~ s  G J ' 3 E 7   l  B x ]   m J S  + A ( )  5Alݥq t  F L ' 3 N 7   l  B x [   l I S  * @ ( (  OAlq$ s  G J ' 2 H 6   k B w Z   l J S  * @ ( ) =Alq$ s  H J ' 2 = 6   j  A w ]   n I R  % ? ' ( ~ ~Alqt s  G K ' 2 H 6   j A w \   m I R  * ? ' (  sAlqՄ s  F L ' 2 ; 6   i A x ]   k I R  + @ ' )  Al;qՄ t  H J & 2 M 6   j A x \  k I R  + ? ' ( ~ AlYq$ r  I L & 3 > 6   j  A x \   l I R  ) @ ( ) ~ Alwrl s  F K & 2 S 5   i @ y ]   l I R  ) ? ' ( ~ #Alޕqb s  H L & 1 A 5   i @ y Z   m H Q  ' = ' ( } )Al޳r s  I K & 1 U 5   i A x \  m I R  ) > ' ( } Alq s  H J & 1 B 6   j A x \  m I Q  ( ? ' )  `Alr s  H J & 1 [ 5   i A x [  m H R  * ? & ( ~ 7Al q s  F I & 2 ? 5   h @ x \  n I Q  * > & ( ~ XAl+q. s  F I & 1 Z 5   i @ w Y  n H Q  ( @ ' ( ~ )AlIr s  H J & 1 @ 5   i @ x Y  l I Q  ) A ' ( } AlgqÄ r  F I & 1 Y 5   i A x [  l H Q  ' A ' ) | 4Al߅r J s  G L & 1 C 5   i @ x \  k I Q  - A & ( | şAlߣq s  H I ' 1 U 5   h A w \  m H Q  % @ ' ( } EAlr} s  I J & 1 F 5   i @ x ]  k I Q  ) ? & ( } njAlqt s  I I & 0 < 5   i @ w \  m H Q  ) > & ( { QAlr[ s  I I & 0 I 5   i A w \  l H Q  ) B & ' } lAlqÄ s  F H & 1 A 5  h @ x ]  k H R  , ? & ) } MAl9r s  J I & 2 F 5  i @ x ]  k I Q  + > & ( ~ AlWqÄ t  J J & 1 > 5  g @ w ]  k I Q  ) > ' ) ~ Alur s  K I & 1 L 5  i A w \  k H Q  ( > & ( } 7Alr s  M I & 0 < 5  i @ w \  j H Q  ( > & (  AlqՄ s   L I & 0 N 5  h @ v [  k H Q  ' ? & ( ~ OAlr[ s  M I & 0 = 5  h @ x ]  l I R  & > & )  Alq s  M I % 1 Z 4  h @ x \  m I Q  * @ & ( } ȼAl r s  N K & 1 ? 5   f @ x \  k H Q  ( @ & ( ~ 2Al)rmH s  L J & 1 V 5  h @ w [  k H Q  - > ' ( ~ AlGqՄ r  L I & 0 > 5  h @ x \  j H Q  ( ? & ( ~ ȢAler0 s  K J % 1 [ 5  g @ x \  j I Q  ) ? ' ( } mAlq s   K J & 0 ? 5  g @ x ]  k H Q  + ? & ( } Alr s  L J & 1 R 4  g @ x ]  j H Q  , A & ( } Alq s  K J & 1 ? 5  g @ x \  k H Q  - > & ( } AlqÄ s  L I & 2 [ 4  h @ x \  l H Q  ( > & ( } ʙAlr s  K I % 1 A 4   h @ y Z  j H Q  * ? & ( ~ Alq. s  J I % 0 Y 4   g @ y [  k I Q  * > ' ( | mAl7r J s  K J & 1 ? 5  h ? y \  m H Q  - > & ( ~ ɪAlUr s  J J & 1 M 5  f @ x \  l H Q  * > ' '  pAlsrl r  I J & 1 ? 5  h @ w ^  k H Q  ( > & ' } ,Alq s  J J & 1 [ 5  h @ y ]  j H Q  ) > & ' } ɳAlr r  H J % 1 = 5  g @ x \  k H Q  , ? & ' } Alqt r  L K ' 1 V 5  g @ y ^  l H Q  ( = ' ' { gAlq s  K I & 0 A 5  h @ x _  l H Q  + ? & ' | ʬAl r[ s  L K & 0 P 5  h @ x ]  j H Q  ) @ & ( | &Al'r~ s  N L & 1 @ 5  h @ w ]  n H Q  * @ & ( { AlEqÄ r  N I & 1 W 5  g @ x ]  m I Q  ( @ & ( { Alcr[ r  I J & 1 C 5  g @ x ]  k H Q  ' ? & ' | ȰAlq s  K J & 1 X 4  h @ y ]  k H Q  * @ & ' | Alr r  K I & 1 A 4  g @ x \  l H Q  ( > & ( { ŌAlr s  K I ' 1 R 5  g @ y \  l H Q  * ? & ( { Alq s  L I % 1 A 4  h @ y [  k H Q  . > & ' } Alr r  K J & 1 G 5   h @ y \  l H Q  , > & ( { Alr[ s  L K & 1 C 4  g @ y Z   l H Q  * ? % ( | lAl5qÄ s  L L & 1 X 4   h @ y [  m H Q  ( > & ( { ǭAlSr s  J J & 1 B 5  g @ y [  l H Q  + ? & ( { 7Alqq s  J K & 2 Z 5  g @ y ]  k H Q  ) > & ( { GAlrl s  J H & 2 A 4  h @ x ]  k G Q  , > & ( z Alr s  K J % 2 M 5  f @ w \  l H Q  * ? & ( | |Alq$ s  J H % 1 @ 5  h @ x [  k G Q  + > & ( { ȎAlr[ r  J J ' 0 K 5  i @ z [  l G Q  + > & ( { ǸAlq$ s  J I % 1 A 5  i @ x Z  l H Q  * > ' ( } XAl%q s  K I & 1 I 4  i @ y [  k H Q  * = & ( | AlCr s  K I & 1 C 5  i @ x Z  k H Q  + @ & ( { FAlar s  J G % 1 Y 4  i @ y Z  n H Q  ) = & ( | yAlqb s  K I & 1 B 4  h @ y Z  l H Q  + < & ( | ,Alr s  I K ' 1 E 4  i @ x [  j H Q  + @ & ( } ǤAlr s  K I & 1 A 5  h @ y ]  k H Q  ( > & ( } Alqt s  L J & 2 G 4  g @ y \  m H Q  + ? & ( ~ ɴAlr[ s  J K ' 1 H 5  h A y ]  l I Q  ' > & ) | Alq. s  J J & 1 ; 5  h @ y ]  l H Q  + = ' ' { Al3qb s  L J ' 0 L 5  i @ z ^  l H Q  ) > & ( { TXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 298 / width of table in bytes NAXIS2 = 481 / 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 = 392981417.44702 TSTOP = 393012787.4476 DATE-OBS= '2013-06-15T09:30:14' DATE-END= '2013-06-15T18:13:04' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31370.0005800128 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 374 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:41:59' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '9AAiE67f9AAfE37f' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '3219824238' / data unit checksum updated 2013-06-25T08:41:59 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: sw00558271000b176x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:08 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END Alkrorxvopzo}wz|~~vz{q~|nuxpxl|qtx|r~~wzxi}{tpz{x{qmzvBAlkru%rxvopyp}wz|~w{|q~{nuxoyl}qtx|q~}xyxi}{tqy{x{qmzwiAlkrnsxvnozo~wz|~v{{q~|nuxoyl}rty}r~}wzxi}{tqz{x{rmzw 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Al垥F |xnut{vrq{p~~p|lumvy~v~vvwrnvxz~tnkzvzsezbs}jao|zwvjph~rAl弥B|xnvtzwrq{q~~q|lumuy~v}vvwrouxztnjzwzseyat~j`p|zwujphr+AlڥH|xnvt{wrr{q}p|kumux~v}vvxrnvxzsnk{w{sfzas~j`p{zxujphrAlI{xnvtzwrq{p~q|kumuw~w~vvxrovxztok{wzseyat~j`o|zwujqhrAlCl{xnvszvrq{q~q|kunvx~v}vvwrnuxzsnjzwzsfyat}i`p{zxujph~rJAl4{{wnut{wrq{p~~q{lumuy~v~vvwsouxz~snkzwzteyas~i`p|zxujph~rsXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 204 / width of table in bytes NAXIS2 = 222 / 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 = 'BHK188SSPRES' / 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 = 'hk188x001' 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 = 392981400.90142 TSTOP = 393012765.90148 DATE-OBS= '2013-06-15T09:29:57' DATE-END= '2013-06-15T18:12:42' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31365.0000600219 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 392 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:42:00' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'ZIcIbHcIZHcIbHcI' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '2579668000' / data unit checksum updated 2013-06-25T08:42:00 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: sw00558271000b188x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:09 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END Alkv!䖀c,NLрg)~:FWYrom,߶ՀgԀg(g>$`+r 22222q4,ӟM*gAlkݿ!犀c,ހNрg)~:F[romD߶㍀gg)&gV$`+sv 22222qȁa2ӟVgAllƀ!ꆀc-nOjрLg)~:FB_rom\߶Egg*Fgn$`+s> 22222"q=ӟ^gAllL!톀c-Pрg)~:Fd5romt߷gh+fg$`+ s  22222>qHӟgԀg(Allȴ!c.R:рg&)~:Fvgrom߷*g4h@,g$`+s΄ 22222ZqVӟpg@Alle!c/SрHg>)~:FkBrom߷BmgLhp-g$`+vs 22222vq(DbӟygXAlm'!vc/U рgV)~:Flrom߷Z%gdh.ƀg$`+^s^ 22222qBրfӟłxgpAlmVrрgn)~:Forom߷q݀g|hЀ/g$`+Fs& 22222qZrӟŋZgAlmx'!vc0΀WрDg)~:Gssurom߷gi1g$`+.s# 22222΀qrT~ӟŔ<gAlm'!xc1^YBрg)~:Gvron߷Mgi02&g$`+s( 22222q ӟŝ gAlmȴ"vc1Zрg)~:G!|+ron߷gĀi`3Fg.$`+s-~ 22222qӟŦgAln,'"jc2~\р@g)~:G. }ron4߷нg܀i4fgF$`+"s2F 22222$q~ӟŮgAlnhv"jc3]zрg)~:G:y'ronL߷ugi5g^$`+%s7 22222@qԁӟŷĀgAln'" jc3^рg)~:GG rond߸-g i6gv$a+(s;ք 22222\qӟgAlnȀ"lc44`MӀBg)~:GTron߸g&j"7Ȁg$b++s@ 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hAl@s̀'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl"Tà'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl#ջ̀'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl+̀'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlƀ р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl޻р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlCWр'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl@$р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlǀ}р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlmр'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl+ р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl!mр'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl@$9р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlȀ%m]р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlpр'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlnр'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl@܀р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlɀ#Nр'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl#>р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl,р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl@+р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlʀ!~р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl%Xdр'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl$р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl@?р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlˀ р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl vр'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl%<ހр'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl@(̀р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl̀N{р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlCр'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlр'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl@&4р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl̀(vр'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl߀р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl{р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl@ р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl΀%р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl'[р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl!р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl@#ƀр'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlπ݀р'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl@aӀ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl݀Ӏ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl^Ӏ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAla|Ӏ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl@kӀ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlހ Ӏ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlSӀ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl#рӀ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl@Ӏ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl߀xӀ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl`:UՀ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl Հ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlSeՀ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl'Հ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl@6zՀ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlEՀ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl.Հ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlՀ'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl@$Iր'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlZր'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAlր'k#k#,@@ǀddPPQ끋S Pu0|Ѐd:dKdЀ hAl6ր'k#k#,@@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 = 110 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 111 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BPWHKSYNC' / PW HK Packet Sync Mark TFORM2 = '1I ' / data format of field: 2-byte INTEGER TZERO2 = 32768 / offset for unsigned integers TTYPE3 = 'BPWHKPKTID' / PW HK Packet Packet ID TFORM3 = '1B ' / data format of field: BYTE TTYPE4 = 'BPWHKLASTCMD' / PW HK Packet Last Command TFORM4 = '1B ' / data format of field: BYTE TTYPE5 = 'BPWHKCMDDATA' / PW HK Packet Last Command Data 16-bit TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 32768 / offset for unsigned integers TTYPE6 = 'BPWHKIPESTATUS' / PW HK Packet IPE Interface Status TFORM6 = '1B ' / data format of field: BYTE TTYPE7 = 'BPWHKPIPESTATUS' / PW HK Packet Heat Pipe Switch Status TFORM7 = '1B ' / data format of field: BYTE TTYPE8 = 'BPWHKBLKCONV' / PW HK Packet Block Conversion Switch Status TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 32768 / offset for unsigned integers TTYPE9 = 'BPWHKBLKHEAT' / PW HK Packet Block Heater Switch Status TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 32768 / offset for unsigned integers TTYPE10 = 'BPWHKADCTRAP' / PW HK Packet ADC SEL Trap Status TFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 32768 / offset for unsigned integers TTYPE11 = 'BPWHKSTATUS1' / PW HK Packet Various Status Bits TFORM11 = '1B ' / data format of field: BYTE TTYPE12 = 'BPWHKSTATUS2' / PW HK Packet Various Status Bits TFORM12 = '1B ' / data format of field: BYTE TTYPE13 = 'BPWHKSTATUS3' / PW HK Packet Various Status Bits TFORM13 = '1B ' / data format of field: BYTE TTYPE14 = 'undocumented1' / Byte field not in ITOS database TFORM14 = '1B ' / data format of field: BYTE TTYPE15 = 'BPWHKB00PRITEMP' / PW HK Pkt; Block 00 SetPointTemp Primary HeaterTFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BPWHKB00SECTEMP' / PW HK Pkt; Block 00 SetPointTemp 2ndary Heater TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BPWHKLHP0PRITEMP' / PW HK Pkt; Pipe 00 SetPointTemp for Loop Heat TFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 32768 / offset for unsigned integers TTYPE18 = 'BPWHKB00SPARE' / PW HK Pkt; Block 00 Spare TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 32768 / offset for unsigned integers TTYPE19 = 'BPWHKB00INPUTI' / PW HK Pkt; Block 00 Input Current for DC-DC ConTFORM19 = '1I ' / data format of field: 2-byte INTEGER TZERO19 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL19 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT19 = 'A ' / physical unit of field TTYPE20 = 'BPWHKB0025GND' / PW HK Pkt; Block 00 Voltage on 2.5 Ground ReturTFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 32768 / offset for unsigned integers TTYPE21 = 'BPWHKB00P25VLT' / PW HK Pkt; Block 00 +2.5 Voltage TFORM21 = '1I ' / data format of field: 2-byte INTEGER TZERO21 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL21 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT21 = 'V ' / physical unit of field TTYPE22 = 'BPWHKB00M25VLT' / PW HK Pkt; Block 00 -2.5 Voltage TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL22 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT22 = 'V ' / physical unit of field TTYPE23 = 'BPWHKB00P35VLT' / PW HK Pkt; Block 00 +3.5 Voltage TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL23 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT23 = 'V ' / physical unit of field TTYPE24 = 'BPWHKB00M35VLT' / PW HK Pkt; Block 00 -3.5 Voltage TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL24 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT24 = 'V ' / physical unit of field TTYPE25 = 'BPWHKB00P50VLT' / PW HK Pkt; Block 00 +5.0 Digital Voltage TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL25 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT25 = 'V ' / physical unit of field TTYPE26 = 'BPWHKB00P75VLT' / PW HK Pkt; Block 00 +7.5 Voltage TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL26 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT26 = 'V ' / physical unit of field TTYPE27 = 'BPWHKB00M75VLT' / PW HK Pkt; Block 00 -7.5 Voltage TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL27 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT27 = 'V ' / physical unit of field TTYPE28 = 'BPWHKB00CVTTEMP' / PW HK Pkt; Block 00 DC-DC Converter Module TempTFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL28 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT28 = 'Celsius ' / physical unit of field TTYPE29 = 'BPWHKB00TEMP' / PW HK Pkt; Block 00 Temperature TFORM29 = '1I ' / data format of field: 2-byte INTEGER TZERO29 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL29 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT29 = 'Celsius ' / physical unit of field TTYPE30 = 'BPWHKLHPA0TEMP' / PW HK Pkt; LHP 0 (+Y) Comp Chamber (CC) TemperaTFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL30 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT30 = 'Celsius ' / physical unit of field TTYPE31 = 'BPWHKLHPB6TEMP' / PW HK Pkt; LHP 1 (-Y) LiqLine @ Cond Outlet TemTFORM31 = '1I ' / data format of field: 2-byte INTEGER TZERO31 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL31 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT31 = 'Celsius ' / physical unit of field TTYPE32 = 'BPWHKTAGFRNTHVLT' / PW HK Pkt; Tagged Source (Front) High Voltage TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 2125.2 / data offset (32k shift B_PCB_TAGHV_CNV conversiTSCAL32 = 0.06485595703 / data scaling (B_PCB_TAGHV_CNV conversion) TUNIT32 = 'V ' / physical unit of field TTYPE33 = 'BPWHKB01PRITEMP' / PW HK Pkt; Block 01 SetPointTemp Primary HeaterTFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'BPWHKB01SECTEMP' / PW HK Pkt; Block 01 SetPointTemp 2ndary Heater TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 32768 / offset for unsigned integers TTYPE35 = 'BPWHKLHP1PRITEMP' / PW HK Pkt; Pipe 01 SetPointTemp for Loop Heat TFORM35 = '1I ' / data format of field: 2-byte INTEGER TZERO35 = 32768 / offset for unsigned integers TTYPE36 = 'BPWHKB01SPARE' / PW HK Pkt; Block 01 Spare TFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 32768 / offset for unsigned integers TTYPE37 = 'BPWHKB01INPUTI' / PW HK Pkt; Block 01 Input Current for DC-DC ConTFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL37 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT37 = 'A ' / physical unit of field TTYPE38 = 'BPWHKB0125GND' / PW HK Pkt; Block 01 Voltage on 2.5 Ground ReturTFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 32768 / offset for unsigned integers TTYPE39 = 'BPWHKB01P25VLT' / PW HK Pkt; Block 01 +2.5 Voltage TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL39 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT39 = 'V ' / physical unit of field TTYPE40 = 'BPWHKB01M25VLT' / PW HK Pkt; Block 01 -2.5 Voltage TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL40 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT40 = 'V ' / physical unit of field TTYPE41 = 'BPWHKB01P35VLT' / PW HK Pkt; Block 01 +3.5 Voltage TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL41 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT41 = 'V ' / physical unit of field TTYPE42 = 'BPWHKB01M35VLT' / PW HK Pkt; Block 01 -3.5 Voltage TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL42 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT42 = 'V ' / physical unit of field TTYPE43 = 'BPWHKB01P50VLT' / PW HK Pkt; Block 01 +5.0 Digital Voltage TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL43 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT43 = 'V ' / physical unit of field TTYPE44 = 'BPWHKB01P75VLT' / PW HK Pkt; Block 01 +7.5 Voltage TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL44 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT44 = 'V ' / physical unit of field TTYPE45 = 'BPWHKB01M75VLT' / PW HK Pkt; Block 01 -7.5 Voltage TFORM45 = '1I ' / data format of field: 2-byte INTEGER TZERO45 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL45 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT45 = 'V ' / physical unit of field TTYPE46 = 'BPWHKB01CVTTEMP' / PW HK Pkt; Block 01 DC-DC Converter Module TempTFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL46 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT46 = 'Celsius ' / physical unit of field TTYPE47 = 'BPWHKB01TEMP' / PW HK Pkt; Block 01 Temperature TFORM47 = '1I ' / data format of field: 2-byte INTEGER TZERO47 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL47 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT47 = 'Celsius ' / physical unit of field TTYPE48 = 'BPWHKLHPA1TEMP' / PW HK Pkt; LHP 0 (+Y) Evaporator Temperature (ATFORM48 = '1I ' / data format of field: 2-byte INTEGER TZERO48 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL48 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT48 = 'Celsius ' / physical unit of field TTYPE49 = 'BPWHKLHPB7TEMP' / PW HK Pkt; LHP 1 (-Y) VapLine @ Evap Outlet TemTFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL49 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT49 = 'Celsius ' / physical unit of field TTYPE50 = 'BPWHKTAGFRNTTVLT' / PW HK Pkt; Tagged Source (Front) Threshold VoltTFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 21 / data offset (32k shift B_PCB_TAGTHV_CNV conversTSCAL50 = 0.0006408691406 / data scaling (B_PCB_TAGTHV_CNV conversion) TUNIT50 = 'V ' / physical unit of field TTYPE51 = 'BPWHKB02PRITEMP' / PW HK Pkt; Block 02 SetPointTemp Primary HeaterTFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = 32768 / offset for unsigned integers TTYPE52 = 'BPWHKB02SECTEMP' / PW HK Pkt; Block 02 SetPointTemp 2ndary Heater TFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 32768 / offset for unsigned integers TTYPE53 = 'BPWHKLHP0SECTEMP' / PW HK Pkt; Pipe 02; SetPointTemp for Loop HeatTFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 32768 / offset for unsigned integers TTYPE54 = 'BPWHKB02SPARE' / PW HK Pkt; Block 02 Spare TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BPWHKB02INPUTI' / PW HK Pkt; Block 02 Input Current for DC-DC ConTFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL55 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT55 = 'A ' / physical unit of field TTYPE56 = 'BPWHKB0225GND' / PW HK Pkt; Block 02 Voltage on 2.5 Ground ReturTFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 32768 / offset for unsigned integers TTYPE57 = 'BPWHKB02P25VLT' / PW HK Pkt; Block 02 +2.5 Voltage TFORM57 = '1I ' / data format of field: 2-byte INTEGER TZERO57 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL57 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT57 = 'V ' / physical unit of field TTYPE58 = 'BPWHKB02M25VLT' / PW HK Pkt; Block 02 -2.5 Voltage TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL58 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT58 = 'V ' / physical unit of field TTYPE59 = 'BPWHKB02P35VLT' / PW HK Pkt; Block 02 +3.5 Voltage TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL59 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT59 = 'V ' / physical unit of field TTYPE60 = 'BPWHKB02M35VLT' / PW HK Pkt; Block 02 -3.5 Voltage TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL60 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT60 = 'V ' / physical unit of field TTYPE61 = 'BPWHKB02P50VLT' / PW HK Pkt; Block 02 +5.0 Digital Voltage TFORM61 = '1I ' / data format of field: 2-byte INTEGER TZERO61 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL61 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT61 = 'V ' / physical unit of field TTYPE62 = 'BPWHKB02P75VLT' / PW HK Pkt; Block 02 +7.5 Voltage TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL62 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT62 = 'V ' / physical unit of field TTYPE63 = 'BPWHKB02M75VLT' / PW HK Pkt; Block 02 -7.5 Voltage TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL63 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT63 = 'V ' / physical unit of field TTYPE64 = 'BPWHKB02CVTTEMP' / PW HK Pkt; Block 02 DC-DC Converter Module TempTFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL64 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT64 = 'Celsius ' / physical unit of field TTYPE65 = 'BPWHKB02TEMP' / PW HK Pkt; Block 02 Temperature TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL65 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT65 = 'Celsius ' / physical unit of field TTYPE66 = 'BPWHKLHPA2TEMP' / PW HK Pkt; LHP 0 (+Y) Evaporator Temperature (ATFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL66 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT66 = 'Celsius ' / physical unit of field TTYPE67 = 'BPWHKLHPB8TEMP' / PW HK Pkt; LHP 1 (-Y) VapLine @ Cond Outlet TemTFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL67 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT67 = 'Celsius ' / physical unit of field TTYPE68 = 'BPWHKTAGREARHVLT' / PW HK Pkt; Tagged Source (Rear) High Voltage TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 2125.2 / data offset (32k shift B_PCB_TAGHV_CNV conversiTSCAL68 = 0.06485595703 / data scaling (B_PCB_TAGHV_CNV conversion) TUNIT68 = 'V ' / physical unit of field TTYPE69 = 'BPWHKB03PRITEMP' / PW HK Pkt; Block 03 SetPointTemp Primary HeaterTFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'BPWHKB03SECTEMP' / PW HK Pkt; Block 03 SetPointTemp 2ndary Heater TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 32768 / offset for unsigned integers TTYPE71 = 'BPWHKLHP1SECTEMP' / PW HK Pkt; Pipe 03; SetPointTemp for Loop HeatTFORM71 = '1I ' / data format of field: 2-byte INTEGER TZERO71 = 32768 / offset for unsigned integers TTYPE72 = 'BPWHKB03SPARE' / PW HK Pkt; Block 03 Spare TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 32768 / offset for unsigned integers TTYPE73 = 'BPWHKB03INPUTI' / PW HK Pkt; Block 03 Input Current for DC-DC ConTFORM73 = '1I ' / data format of field: 2-byte INTEGER TZERO73 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL73 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT73 = 'A ' / physical unit of field TTYPE74 = 'BPWHKB0325GND' / PW HK Pkt; Block 03 Voltage on 2.5 Ground ReturTFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 32768 / offset for unsigned integers TTYPE75 = 'BPWHKB03P25VLT' / PW HK Pkt; Block 03 +2.5 Voltage TFORM75 = '1I ' / data format of field: 2-byte INTEGER TZERO75 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL75 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT75 = 'V ' / physical unit of field TTYPE76 = 'BPWHKB03M25VLT' / PW HK Pkt; Block 03 -2.5 Voltage TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL76 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT76 = 'V ' / physical unit of field TTYPE77 = 'BPWHKB03P35VLT' / PW HK Pkt; Block 03 +3.5 Voltage TFORM77 = '1I ' / data format of field: 2-byte INTEGER TZERO77 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL77 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT77 = 'V ' / physical unit of field TTYPE78 = 'BPWHKB03M35VLT' / PW HK Pkt; Block 03 -3.5 Voltage TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL78 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT78 = 'V ' / physical unit of field TTYPE79 = 'BPWHKB03P50VLT' / PW HK Pkt; Block 03 +5.0 Digital Voltage TFORM79 = '1I ' / data format of field: 2-byte INTEGER TZERO79 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL79 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT79 = 'V ' / physical unit of field TTYPE80 = 'BPWHKB03P75VLT' / PW HK Pkt; Block 03 +7.5 Voltage TFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL80 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT80 = 'V ' / physical unit of field TTYPE81 = 'BPWHKB03M75VLT' / PW HK Pkt; Block 03 -7.5 Voltage TFORM81 = '1I ' / data format of field: 2-byte INTEGER TZERO81 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL81 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT81 = 'V ' / physical unit of field TTYPE82 = 'BPWHKB03CVTTEMP' / PW HK Pkt; Block 03 DC-DC Converter Module TempTFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL82 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT82 = 'Celsius ' / physical unit of field TTYPE83 = 'BPWHKB03TEMP' / PW HK Pkt; Block 03 Temperature TFORM83 = '1I ' / data format of field: 2-byte INTEGER TZERO83 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL83 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT83 = 'Celsius ' / physical unit of field TTYPE84 = 'BPWHKLHPA3TEMP' / PW HK Pkt; LHP 0 (+Y) Condenser Temperature, -XTFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL84 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT84 = 'Celsius ' / physical unit of field TTYPE85 = 'BPWHKLHPB9TEMP' / PW HK Pkt; LHP 1 (-Y) BLock/DM Temperature (B9)TFORM85 = '1I ' / data format of field: 2-byte INTEGER TZERO85 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL85 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT85 = 'Celsius ' / physical unit of field TTYPE86 = 'BPWHKTAGREARTVLT' / PW HK Pkt; Tagged Source (Rear) Threshold VoltaTFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 21 / data offset (32k shift B_PCB_TAGTHV_CNV conversTSCAL86 = 0.0006408691406 / data scaling (B_PCB_TAGTHV_CNV conversion) TUNIT86 = 'V ' / physical unit of field TTYPE87 = 'BPWHKB04PRITEMP' / PW HK Pkt; Block 04 SetPointTemp Primary HeaterTFORM87 = '1I ' / data format of field: 2-byte INTEGER TZERO87 = 32768 / offset for unsigned integers TTYPE88 = 'BPWHKB04SECTEMP' / PW HK Pkt; Block 04 SetPointTemp 2ndary Heater TFORM88 = '1I ' / data format of field: 2-byte INTEGER TZERO88 = 32768 / offset for unsigned integers TTYPE89 = 'BPWHKB04SPARE0' / PW HK Pkt; Block 04 Spare 0 TFORM89 = '1I ' / data format of field: 2-byte INTEGER TZERO89 = 32768 / offset for unsigned integers TTYPE90 = 'BPWHKB04SPARE1' / PW HK Pkt; Block 04 Spare 1 TFORM90 = '1I ' / data format of field: 2-byte INTEGER TZERO90 = 32768 / offset for unsigned integers TTYPE91 = 'BPWHKB04INPUTI' / PW HK Pkt; Block 04 Input Current for DC-DC ConTFORM91 = '1I ' / data format of field: 2-byte INTEGER TZERO91 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL91 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT91 = 'A ' / physical unit of field TTYPE92 = 'BPWHKB0425GND' / PW HK Pkt; Block 04 Voltage on 2.5 Ground ReturTFORM92 = '1I ' / data format of field: 2-byte INTEGER TZERO92 = 32768 / offset for unsigned integers TTYPE93 = 'BPWHKB04P25VLT' / PW HK Pkt; Block 04 +2.5 Voltage TFORM93 = '1I ' / data format of field: 2-byte INTEGER TZERO93 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL93 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT93 = 'V ' / physical unit of field TTYPE94 = 'BPWHKB04M25VLT' / PW HK Pkt; Block 04 -2.5 Voltage TFORM94 = '1I ' / data format of field: 2-byte INTEGER TZERO94 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL94 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT94 = 'V ' / physical unit of field TTYPE95 = 'BPWHKB04P35VLT' / PW HK Pkt; Block 04 +3.5 Voltage TFORM95 = '1I ' / data format of field: 2-byte INTEGER TZERO95 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL95 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT95 = 'V ' / physical unit of field TTYPE96 = 'BPWHKB04M35VLT' / PW HK Pkt; Block 04 -3.5 Voltage TFORM96 = '1I ' / data format of field: 2-byte INTEGER TZERO96 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL96 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT96 = 'V ' / physical unit of field TTYPE97 = 'BPWHKB04P50VLT' / PW HK Pkt; Block 04 +5.0 Digital Voltage TFORM97 = '1I ' / data format of field: 2-byte INTEGER TZERO97 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL97 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT97 = 'V ' / physical unit of field TTYPE98 = 'BPWHKB04P75VLT' / PW HK Pkt; Block 04 +7.5 Voltage TFORM98 = '1I ' / data format of field: 2-byte INTEGER TZERO98 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL98 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT98 = 'V ' / physical unit of field TTYPE99 = 'BPWHKB04M75VLT' / PW HK Pkt; Block 04 -7.5 Voltage TFORM99 = '1I ' / data format of field: 2-byte INTEGER TZERO99 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL99 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT99 = 'V ' / physical unit of field TTYPE100= 'BPWHKB04CVTTEMP' / PW HK Pkt; Block 04 DC-DC Converter Module TempTFORM100= '1I ' / data format of field: 2-byte INTEGER TZERO100= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL100= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT100= 'Celsius ' / physical unit of field TTYPE101= 'BPWHKB04TEMP' / PW HK Pkt; Block 04 Temperature TFORM101= '1I ' / data format of field: 2-byte INTEGER TZERO101= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL101= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT101= 'Celsius ' / physical unit of field TTYPE102= 'BPWHKLHPA4TEMP' / PW HK Pkt; LHP 1 (+Y) Condenser Temperature, +XTFORM102= '1I ' / data format of field: 2-byte INTEGER TZERO102= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL102= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT102= 'Celsius ' / physical unit of field TTYPE103= 'BPWHKMASK0TEMP' / PW HK Pkt; Mask Temperature (top center) TFORM103= '1I ' / data format of field: 2-byte INTEGER TZERO103= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL103= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT103= 'Celsius ' / physical unit of field TTYPE104= 'BPWHKSPARE04TMP' / PW HK Pkt; Block 04 Spare Temperature TFORM104= '1I ' / data format of field: 2-byte INTEGER TZERO104= 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL104= 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT104= 'Celsius ' / physical unit of field TTYPE105= 'BPWHKB05PRITEMP' / PW HK Pkt; Block 05 SetPointTemp Primary HeaterTFORM105= '1I ' / data format of field: 2-byte INTEGER TZERO105= 32768 / offset for unsigned integers TTYPE106= 'BPWHKB05SECTEMP' / PW HK Pkt; Block 05 SetPointTemp 2ndary Heater TFORM106= '1I ' / data format of field: 2-byte INTEGER TZERO106= 32768 / offset for unsigned integers TTYPE107= 'BPWHKB05SPARE0' / PW HK Pkt; Block 05 Spare 0 TFORM107= '1I ' / data format of field: 2-byte INTEGER TZERO107= 32768 / offset for unsigned integers TTYPE108= 'BPWHKB05SPARE1' / PW HK Pkt; Block 05 Spare 1 TFORM108= '1I ' / data format of field: 2-byte INTEGER TZERO108= 32768 / offset for unsigned integers TTYPE109= 'BPWHKB05INPUTI' / PW HK Pkt; Block 05 Input Current for DC-DC ConTFORM109= '1I ' / data format of field: 2-byte INTEGER TZERO109= 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL109= 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT109= 'A ' / physical unit of field TTYPE110= 'BPWHKB0525GND' / PW HK Pkt; Block 05 Voltage on 2.5 Ground ReturTFORM110= '1I ' / data format of field: 2-byte INTEGER TZERO110= 32768 / offset for unsigned integers TTYPE111= 'BPWHKB05P25VLT' / PW HK Pkt; Block 05 +2.5 Voltage TFORM111= '1I ' / data format of field: 2-byte INTEGER TZERO111= 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL111= 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT111= 'V ' / physical unit of field EXTNAME = '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 = 392981477.95002 TSTOP = 393012757.9444 DATE-OBS= '2013-06-15T09:31:14' DATE-END= '2013-06-15T18:12:34' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31279.9943799973 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 396 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:42:00' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'NGCAOF98NFAANF95' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '4183564702' / data unit checksum updated 2013-06-25T08:42:00 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: sw00558271000b18cx001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:09 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END Alk4kq/Ў/c" 1 ˆňċ0b 3Ԉ / GɆp/-̅1All]kq/ڀߎo r!1{ ׋1bŀ 7ӈˉ!0NˆJl/Հ/˅1րAlln/kq.uӄ!/yË/`À ;Ո".ڀ QʆJn.3˅/ˀAlmM/kq0t%Մ"2ʋ1b&@Ո戾#0 VȆ8o08̅׈1AlmBpkq."0w؋/`A Cӈω#.Vێ~YʆAp/\=˅则/MAln=kq. r{$0xʋ0a GԈˆ$/ߎ\ɆCo/ Aͅ/΀Alnskq.:q!ى%0z"ً0aƀ K҉ʉ%/`Ȇ(m/ B̅ֈ0Alo-kq-s$ՄΉ%0{&/az Mӈ舢%. bDžp/Cʅ0؀Alokq.Nu$$13{'Ë0a!NԈ&/_ dɅq/LEͅ0GAlpdkq.v "P%1k}&ˆňɋ0a NԈLj&/ dȅm0Aʅ0Alp$kq/t#2z&‰Ƌ1a MՉ(0􍚍dȅn0ŀA˅i1Alq kkq/ހ uˆڄ~"1ƀy%ȋ1bڀ KԈꈼ(/Հ؎cDžxq0̀@̅!1ÀAlqkq/Հw X!1|#ˆNj1bπ JԈ)/aɅ^q/р =̅1ӀAlqkq-p)E0퍄 ˆ/_ HԈ(.`Džzn.;˅2/Alru(9kq.vW$0{͋/a E҈(/ `ȅFn/9΅ 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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 = 392981477.95206 TSTOP = 393012757.9459 DATE-OBS= '2013-06-15T09:31:14' DATE-END= '2013-06-15T18:12:34' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31279.9938400388 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 397 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:42:00' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'c9dUc8ZRc8dRc8ZR' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '3521361597' / data unit checksum updated 2013-06-25T08:42:00 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 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ڌލvƉ>؂/n􂄄/Al=7ލ%eχ1&qʄ/׎ ˈi0%]ˆӈ1 ێ݌tʼn:ׂ1m1Al͵󍤎ލ&`̇T2/&mȃ0֎ }Ɉۈi0&ZÉ􂃄0݌rlj@ւ1j肃1Al-.^ ݍ(^ΈU0%jȃ̈-ՎzɈh/(%X 򂃄/ߎ܌oljAԂ/ fႃ. AlΥ񛑎ی#Z͈ 0%iȃň0׎xʈg0ݎ Sˆ̈񂃄0ݎ܌jʼnDӂ0 b܂/ Alю ی#XφՈ0"dʃ.Ԏtʈi-$O/ݎڌލiʼn=т0 `ׂ/Alϕ.^ ލ%R̆و1&aȃ0;׎q̈i/ %MÈ͈05ߎ܌fƉ=Ђ0]т//Al-& ڌ![ψ0&hɄ0_tɈ߈h0T&V􈁎0ێ"ތjĉA䂂0c%0Alݥ!܌"\Έ/g"jʄ.ڎvˈg.ގWˆɈ.یߍjƉ>䂂/c".Alڌ[φ0%"j˄/Rێwˈk/Rَ YÈ/rیߍklj>ゃ0Oe/gAlޕ ލ%`Ј1)%n˄ӈ/.َ z̈шj/']È0: ݌nlj>ゃ16ݎ#h0 Al ȟ(aψ1'pɄ/܎ {ʈ߈k0'_ˆ􈃎0׀oƉCも1j0Al߅w\*eχ0%s˄/׎ ~ˈl/׀&bˆÈ.߀ ܌rƉ@ゃ0Ȁێ(o/Al򥤎܌$d·?1 $oɃ􈒀0Ԏ }Ɉl0ߎ ]1݌sƉ:ւ2kꂄ0Al5֎)`͇2'nȃሒ0َ}ʈˆl0'Zˆ爄􂂄1 ߌpƉ?Ղ2 iゃ1AlmHߍ&]͈0%iȃ//׎xȈl/&&V򂂄/ގ݌mljAӂ0 gނ/Al%ލ&X͈u1+%hɃ/Ԏ yˈl/'UÈ0ތkƉD҂0c؂/Al󞮎 'Xχ1'&dʃ0َ tʈl0(O0ތ gĉAЂ1`ӂ0?Al&*Sφ1&(b˃/ ؎ rˈm0$(Lˆ1.ߌeʼn;΂1 ]΂1AXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 179 / width of table in bytes NAXIS2 = 110 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 87 / number of fields in each row TTYPE1 = 'TIME ' / Secondary header time TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'BPWHKB1125GND' / PW HK Pkt; Block 11 Voltage on 2.5 Ground ReturTFORM2 = '1I ' / data format of field: 2-byte INTEGER TZERO2 = 32768 / offset for unsigned integers TTYPE3 = 'BPWHKB11P25VLT' / PW HK Pkt; Block 11 +2.5 Voltage TFORM3 = '1I ' / data format of field: 2-byte INTEGER TZERO3 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL3 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT3 = 'V ' / physical unit of field TTYPE4 = 'BPWHKB11M25VLT' / PW HK Pkt; Block 11 -2.5 Voltage TFORM4 = '1I ' / data format of field: 2-byte INTEGER TZERO4 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL4 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT4 = 'V ' / physical unit of field TTYPE5 = 'BPWHKB11P35VLT' / PW HK Pkt; Block 11 +3.5 Voltage TFORM5 = '1I ' / data format of field: 2-byte INTEGER TZERO5 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL5 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT5 = 'V ' / physical unit of field TTYPE6 = 'BPWHKB11M35VLT' / PW HK Pkt; Block 11 -3.5 Voltage TFORM6 = '1I ' / data format of field: 2-byte INTEGER TZERO6 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL6 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT6 = 'V ' / physical unit of field TTYPE7 = 'BPWHKB11P50VLT' / PW HK Pkt; Block 11 +5.0 Digital Voltage TFORM7 = '1I ' / data format of field: 2-byte INTEGER TZERO7 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL7 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT7 = 'V ' / physical unit of field TTYPE8 = 'BPWHKB11P75VLT' / PW HK Pkt; Block 11 +7.5 Voltage TFORM8 = '1I ' / data format of field: 2-byte INTEGER TZERO8 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL8 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT8 = 'V ' / physical unit of field TTYPE9 = 'BPWHKB11M75VLT' / PW HK Pkt; Block 11 -7.5 Voltage TFORM9 = '1I ' / data format of field: 2-byte INTEGER TZERO9 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL9 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT9 = 'V ' / physical unit of field TTYPE10 = 'BPWHKB11CVTTEMP' / PW HK Pkt; Block 11 DC-DC Converter Module TempTFORM10 = '1I ' / data format of field: 2-byte INTEGER TZERO10 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL10 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT10 = 'Celsius ' / physical unit of field TTYPE11 = 'BPWHKB11TEMP' / PW HK Pkt; Block 11 Temperature TFORM11 = '1I ' / data format of field: 2-byte INTEGER TZERO11 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL11 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT11 = 'Celsius ' / physical unit of field TTYPE12 = 'BPWHKLHPB1TEMP' / PW HK Pkt; LHP 1 (-Y) Evaporator Temperature (BTFORM12 = '1I ' / data format of field: 2-byte INTEGER TZERO12 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL12 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT12 = 'Celsius ' / physical unit of field TTYPE13 = 'BPWHKRADTEMP' / PW HK Pkt; Radiator Temperature (back, +Y,-X) TFORM13 = '1I ' / data format of field: 2-byte INTEGER TZERO13 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL13 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT13 = 'Celsius ' / physical unit of field TTYPE14 = 'BPWHKIPPRI3TEMP' / PW HK Pkt; IP Primary DSP Board Temperature TFORM14 = '1I ' / data format of field: 2-byte INTEGER TZERO14 = 32768 / offset for unsigned integers TTYPE15 = 'BPWHKB12PRITEMP' / PW HK Pkt; Block 12 SetPointTemp Primary HeaterTFORM15 = '1I ' / data format of field: 2-byte INTEGER TZERO15 = 32768 / offset for unsigned integers TTYPE16 = 'BPWHKB12SECTEMP' / PW HK Pkt; Block 12 SetPointTemp 2ndary Heater TFORM16 = '1I ' / data format of field: 2-byte INTEGER TZERO16 = 32768 / offset for unsigned integers TTYPE17 = 'BPWHKB12SPARE0' / PW HK Pkt; Block 12 Spare 0 TFORM17 = '1I ' / data format of field: 2-byte INTEGER TZERO17 = 32768 / offset for unsigned integers TTYPE18 = 'BPWHKB12SPARE1' / PW HK Pkt; Block 12 Spare 1 TFORM18 = '1I ' / data format of field: 2-byte INTEGER TZERO18 = 32768 / offset for unsigned integers TTYPE19 = 'BPWHKB12INPUTI' / PW HK Pkt; Block 12 Input Current for DC-DC ConTFORM19 = '1I ' / data format of field: 2-byte INTEGER TZERO19 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL19 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT19 = 'A ' / physical unit of field TTYPE20 = 'BPWHKB1225GND' / PW HK Pkt; Block 12 Voltage on 2.5 Ground ReturTFORM20 = '1I ' / data format of field: 2-byte INTEGER TZERO20 = 32768 / offset for unsigned integers TTYPE21 = 'BPWHKB12P25VLT' / PW HK Pkt; Block 12 +2.5 Voltage TFORM21 = '1I ' / data format of field: 2-byte INTEGER TZERO21 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL21 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT21 = 'V ' / physical unit of field TTYPE22 = 'BPWHKB12M25VLT' / PW HK Pkt; Block 12 -2.5 Voltage TFORM22 = '1I ' / data format of field: 2-byte INTEGER TZERO22 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL22 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT22 = 'V ' / physical unit of field TTYPE23 = 'BPWHKB12P35VLT' / PW HK Pkt; Block 12 +3.5 Voltage TFORM23 = '1I ' / data format of field: 2-byte INTEGER TZERO23 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL23 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT23 = 'V ' / physical unit of field TTYPE24 = 'BPWHKB12M35VLT' / PW HK Pkt; Block 12 -3.5 Voltage TFORM24 = '1I ' / data format of field: 2-byte INTEGER TZERO24 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL24 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT24 = 'V ' / physical unit of field TTYPE25 = 'BPWHKB12P50VLT' / PW HK Pkt; Block 12 +5.0 Digital Voltage TFORM25 = '1I ' / data format of field: 2-byte INTEGER TZERO25 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL25 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT25 = 'V ' / physical unit of field TTYPE26 = 'BPWHKB12P75VLT' / PW HK Pkt; Block 12 +7.5 Voltage TFORM26 = '1I ' / data format of field: 2-byte INTEGER TZERO26 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL26 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT26 = 'V ' / physical unit of field TTYPE27 = 'BPWHKB12M75VLT' / PW HK Pkt; Block 12 -7.5 Voltage TFORM27 = '1I ' / data format of field: 2-byte INTEGER TZERO27 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL27 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT27 = 'V ' / physical unit of field TTYPE28 = 'BPWHKB12CVTTEMP' / PW HK Pkt; Block 12 DC-DC Converter Module TempTFORM28 = '1I ' / data format of field: 2-byte INTEGER TZERO28 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL28 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT28 = 'Celsius ' / physical unit of field TTYPE29 = 'BPWHKB12TEMP' / PW HK Pkt; Block 12 Temperature TFORM29 = '1I ' / data format of field: 2-byte INTEGER TZERO29 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL29 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT29 = 'Celsius ' / physical unit of field TTYPE30 = 'BPWHKLHPB2TEMP' / PW HK Pkt; LHP 1 (-Y) Evaporator Temperature (BTFORM30 = '1I ' / data format of field: 2-byte INTEGER TZERO30 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL30 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT30 = 'Celsius ' / physical unit of field TTYPE31 = 'BPWHKTSFRONTEMP' / PW HK Pkt; Front Tagged Source Temperature TFORM31 = '1I ' / data format of field: 2-byte INTEGER TZERO31 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL31 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT31 = 'Celsius ' / physical unit of field TTYPE32 = 'BPWHKIPRED0TEMP' / PW HK Pkt; IP Redundant LVPC TFORM32 = '1I ' / data format of field: 2-byte INTEGER TZERO32 = 32768 / offset for unsigned integers TTYPE33 = 'BPWHKB13PRITEMP' / PW HK Pkt; Block 13 SetPointTemp Primary HeaterTFORM33 = '1I ' / data format of field: 2-byte INTEGER TZERO33 = 32768 / offset for unsigned integers TTYPE34 = 'BPWHKB13SECTEMP' / PW HK Pkt; Block 13 SetPointTemp 2ndary Heater TFORM34 = '1I ' / data format of field: 2-byte INTEGER TZERO34 = 32768 / offset for unsigned integers TTYPE35 = 'BPWHKB13SPARE0' / PW HK Pkt; Block 13 Spare 0 TFORM35 = '1I ' / data format of field: 2-byte INTEGER TZERO35 = 32768 / offset for unsigned integers TTYPE36 = 'BPWHKB13SPARE1' / PW HK Pkt; Block 13 Spare 1 TFORM36 = '1I ' / data format of field: 2-byte INTEGER TZERO36 = 32768 / offset for unsigned integers TTYPE37 = 'BPWHKB13INPUTI' / PW HK Pkt; Block 13 Input Current for DC-DC ConTFORM37 = '1I ' / data format of field: 2-byte INTEGER TZERO37 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL37 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT37 = 'A ' / physical unit of field TTYPE38 = 'BPWHKB1325GND' / PW HK Pkt; Block 13 Voltage on 2.5 Ground ReturTFORM38 = '1I ' / data format of field: 2-byte INTEGER TZERO38 = 32768 / offset for unsigned integers TTYPE39 = 'BPWHKB13P25VLT' / PW HK Pkt; Block 13 +2.5 Voltage TFORM39 = '1I ' / data format of field: 2-byte INTEGER TZERO39 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL39 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT39 = 'V ' / physical unit of field TTYPE40 = 'BPWHKB13M25VLT' / PW HK Pkt; Block 13 -2.5 Voltage TFORM40 = '1I ' / data format of field: 2-byte INTEGER TZERO40 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL40 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT40 = 'V ' / physical unit of field TTYPE41 = 'BPWHKB13P35VLT' / PW HK Pkt; Block 13 +3.5 Voltage TFORM41 = '1I ' / data format of field: 2-byte INTEGER TZERO41 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL41 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT41 = 'V ' / physical unit of field TTYPE42 = 'BPWHKB13M35VLT' / PW HK Pkt; Block 13 -3.5 Voltage TFORM42 = '1I ' / data format of field: 2-byte INTEGER TZERO42 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL42 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT42 = 'V ' / physical unit of field TTYPE43 = 'BPWHKB13P50VLT' / PW HK Pkt; Block 13 +5.0 Digital Voltage TFORM43 = '1I ' / data format of field: 2-byte INTEGER TZERO43 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL43 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT43 = 'V ' / physical unit of field TTYPE44 = 'BPWHKB13P75VLT' / PW HK Pkt; Block 13 +7.5 Voltage TFORM44 = '1I ' / data format of field: 2-byte INTEGER TZERO44 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL44 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT44 = 'V ' / physical unit of field TTYPE45 = 'BPWHKB13M75VLT' / PW HK Pkt; Block 13 -7.5 Voltage TFORM45 = '1I ' / data format of field: 2-byte INTEGER TZERO45 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL45 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT45 = 'V ' / physical unit of field TTYPE46 = 'BPWHKB13CVTTEMP' / PW HK Pkt; Block 13 DC-DC Converter Module TempTFORM46 = '1I ' / data format of field: 2-byte INTEGER TZERO46 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL46 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT46 = 'Celsius ' / physical unit of field TTYPE47 = 'BPWHKB13TEMP' / PW HK Pkt; Block 13 Temperature TFORM47 = '1I ' / data format of field: 2-byte INTEGER TZERO47 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL47 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT47 = 'Celsius ' / physical unit of field TTYPE48 = 'BPWHKLHPB3TEMP' / PW HK Pkt; LHP 1 (-Y) Condenser Temperature, -XTFORM48 = '1I ' / data format of field: 2-byte INTEGER TZERO48 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL48 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT48 = 'Celsius ' / physical unit of field TTYPE49 = 'BPWHKTSREARTEMP' / PW HK Pkt; Rear Tagged Source Temperature TFORM49 = '1I ' / data format of field: 2-byte INTEGER TZERO49 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL49 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT49 = 'Celsius ' / physical unit of field TTYPE50 = 'BPWHKIPRED1TEMP' / PW HK Pkt; IP Redundant LVPC TFORM50 = '1I ' / data format of field: 2-byte INTEGER TZERO50 = 32768 / offset for unsigned integers TTYPE51 = 'BPWHKB14PRITEMP' / PW HK Pkt; Block 14 SetPointTemp Primary HeaterTFORM51 = '1I ' / data format of field: 2-byte INTEGER TZERO51 = 32768 / offset for unsigned integers TTYPE52 = 'BPWHKB14SECTEMP' / PW HK Pkt; Block 14 SetPointTemp 2ndary Heater TFORM52 = '1I ' / data format of field: 2-byte INTEGER TZERO52 = 32768 / offset for unsigned integers TTYPE53 = 'BPWHKB14SPARE0' / PW HK Pkt; Block 14 Spare 0 TFORM53 = '1I ' / data format of field: 2-byte INTEGER TZERO53 = 32768 / offset for unsigned integers TTYPE54 = 'BPWHKB14SPARE1' / PW HK Pkt; Block 14 Spare 1 TFORM54 = '1I ' / data format of field: 2-byte INTEGER TZERO54 = 32768 / offset for unsigned integers TTYPE55 = 'BPWHKB14INPUTI' / PW HK Pkt; Block 14 Input Current for DC-DC ConTFORM55 = '1I ' / data format of field: 2-byte INTEGER TZERO55 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL55 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT55 = 'A ' / physical unit of field TTYPE56 = 'BPWHKB1425GND' / PW HK Pkt; Block 14 Voltage on 2.5 Ground ReturTFORM56 = '1I ' / data format of field: 2-byte INTEGER TZERO56 = 32768 / offset for unsigned integers TTYPE57 = 'BPWHKB14P25VLT' / PW HK Pkt; Block 14 +2.5 Voltage TFORM57 = '1I ' / data format of field: 2-byte INTEGER TZERO57 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL57 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT57 = 'V ' / physical unit of field TTYPE58 = 'BPWHKB14M25VLT' / PW HK Pkt; Block 14 -2.5 Voltage TFORM58 = '1I ' / data format of field: 2-byte INTEGER TZERO58 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL58 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT58 = 'V ' / physical unit of field TTYPE59 = 'BPWHKB14P35VLT' / PW HK Pkt; Block 14 +3.5 Voltage TFORM59 = '1I ' / data format of field: 2-byte INTEGER TZERO59 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL59 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT59 = 'V ' / physical unit of field TTYPE60 = 'BPWHKB14M35VLT' / PW HK Pkt; Block 14 -3.5 Voltage TFORM60 = '1I ' / data format of field: 2-byte INTEGER TZERO60 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL60 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT60 = 'V ' / physical unit of field TTYPE61 = 'BPWHKB14P50VLT' / PW HK Pkt; Block 14 +5.0 Digital Voltage TFORM61 = '1I ' / data format of field: 2-byte INTEGER TZERO61 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL61 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT61 = 'V ' / physical unit of field TTYPE62 = 'BPWHKB14P75VLT' / PW HK Pkt; Block 14 +7.5 Voltage TFORM62 = '1I ' / data format of field: 2-byte INTEGER TZERO62 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL62 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT62 = 'V ' / physical unit of field TTYPE63 = 'BPWHKB14M75VLT' / PW HK Pkt; Block 14 -7.5 Voltage TFORM63 = '1I ' / data format of field: 2-byte INTEGER TZERO63 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL63 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT63 = 'V ' / physical unit of field TTYPE64 = 'BPWHKB14CVTTEMP' / PW HK Pkt; Block 14 DC-DC Converter Module TempTFORM64 = '1I ' / data format of field: 2-byte INTEGER TZERO64 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL64 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT64 = 'Celsius ' / physical unit of field TTYPE65 = 'BPWHKB14TEMP' / PW HK Pkt; Block 14 Temperature TFORM65 = '1I ' / data format of field: 2-byte INTEGER TZERO65 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL65 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT65 = 'Celsius ' / physical unit of field TTYPE66 = 'BPWHKLHPB4TEMP' / PW HK Pkt; LHP 1 (-Y) Condenser Temperature, +XTFORM66 = '1I ' / data format of field: 2-byte INTEGER TZERO66 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL66 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT66 = 'Celsius ' / physical unit of field TTYPE67 = 'BPWHKSPARE14TMP' / PW HK Pkt; Block 14 Spare Temperature TFORM67 = '1I ' / data format of field: 2-byte INTEGER TZERO67 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL67 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT67 = 'Celsius ' / physical unit of field TTYPE68 = 'BPWHKIPRED2TEMP' / PW HK Pkt; IP Redundant MIC Board Temperature TFORM68 = '1I ' / data format of field: 2-byte INTEGER TZERO68 = 32768 / offset for unsigned integers TTYPE69 = 'BPWHKB15PRITEMP' / PW HK Pkt; Block 15 SetPointTemp Primary HeaterTFORM69 = '1I ' / data format of field: 2-byte INTEGER TZERO69 = 32768 / offset for unsigned integers TTYPE70 = 'BPWHKB15SECTEMP' / PW HK Pkt; Block 15 SetPointTemp 2ndary Heater TFORM70 = '1I ' / data format of field: 2-byte INTEGER TZERO70 = 32768 / offset for unsigned integers TTYPE71 = 'BPWHKB15SPARE0' / PW HK Pkt; Block 15 Spare 0 TFORM71 = '1I ' / data format of field: 2-byte INTEGER TZERO71 = 32768 / offset for unsigned integers TTYPE72 = 'BPWHKB15SPARE1' / PW HK Pkt; Block 15 Spare 1 TFORM72 = '1I ' / data format of field: 2-byte INTEGER TZERO72 = 32768 / offset for unsigned integers TTYPE73 = 'BPWHKB15INPUTI' / PW HK Pkt; Block 15 Input Current for DC-DC ConTFORM73 = '1I ' / data format of field: 2-byte INTEGER TZERO73 = 7.92788992 / data offset (32k shift B_PCB_CURR_CNV conversioTSCAL73 = 0.00024194 / data scaling (B_PCB_CURR_CNV conversion) TUNIT73 = 'A ' / physical unit of field TTYPE74 = 'BPWHKB1525GND' / PW HK Pkt; Block 15 Voltage on 2.5 Ground ReturTFORM74 = '1I ' / data format of field: 2-byte INTEGER TZERO74 = 32768 / offset for unsigned integers TTYPE75 = 'BPWHKB15P25VLT' / PW HK Pkt; Block 15 +2.5 Voltage TFORM75 = '1I ' / data format of field: 2-byte INTEGER TZERO75 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL75 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT75 = 'V ' / physical unit of field TTYPE76 = 'BPWHKB15M25VLT' / PW HK Pkt; Block 15 -2.5 Voltage TFORM76 = '1I ' / data format of field: 2-byte INTEGER TZERO76 = 24.98002944 / data offset (32k shift B_PCB_2_7V_CNV conversioTSCAL76 = 0.00076233 / data scaling (B_PCB_2_7V_CNV conversion) TUNIT76 = 'V ' / physical unit of field TTYPE77 = 'BPWHKB15P35VLT' / PW HK Pkt; Block 15 +3.5 Voltage TFORM77 = '1I ' / data format of field: 2-byte INTEGER TZERO77 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL77 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT77 = 'V ' / physical unit of field TTYPE78 = 'BPWHKB15M35VLT' / PW HK Pkt; Block 15 -3.5 Voltage TFORM78 = '1I ' / data format of field: 2-byte INTEGER TZERO78 = 36.1201664 / data offset (32k shift B_PCB_3_8V_CNV conversioTSCAL78 = 0.0011023 / data scaling (B_PCB_3_8V_CNV conversion) TUNIT78 = 'V ' / physical unit of field TTYPE79 = 'BPWHKB15P50VLT' / PW HK Pkt; Block 15 +5.0 Digital Voltage TFORM79 = '1I ' / data format of field: 2-byte INTEGER TZERO79 = 50.0006912 / data offset (32k shift B_PCB_5_0V_CNV conversioTSCAL79 = 0.0015259 / data scaling (B_PCB_5_0V_CNV conversion) TUNIT79 = 'V ' / physical unit of field TTYPE80 = 'BPWHKB15P75VLT' / PW HK Pkt; Block 15 +7.5 Voltage TFORM80 = '1I ' / data format of field: 2-byte INTEGER TZERO80 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL80 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT80 = 'V ' / physical unit of field TTYPE81 = 'BPWHKB15M75VLT' / PW HK Pkt; Block 15 -7.5 Voltage TFORM81 = '1I ' / data format of field: 2-byte INTEGER TZERO81 = 74.7995136 / data offset (32k shift B_PCB_7_5V_CNV conversioTSCAL81 = 0.0022827 / data scaling (B_PCB_7_5V_CNV conversion) TUNIT81 = 'V ' / physical unit of field TTYPE82 = 'BPWHKB15CVTTEMP' / PW HK Pkt; Block 15 DC-DC Converter Module TempTFORM82 = '1I ' / data format of field: 2-byte INTEGER TZERO82 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL82 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT82 = 'Celsius ' / physical unit of field TTYPE83 = 'BPWHKB15TEMP' / PW HK Pkt; Block 15 Temperature TFORM83 = '1I ' / data format of field: 2-byte INTEGER TZERO83 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL83 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT83 = 'Celsius ' / physical unit of field TTYPE84 = 'BPWHKLHPB5TEMP' / PW HK Pkt; LHP 1 (-Y) LiqLine @ CC Inlet TemperTFORM84 = '1I ' / data format of field: 2-byte INTEGER TZERO84 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL84 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT84 = 'Celsius ' / physical unit of field TTYPE85 = 'BPWHKSPARE15TMP' / PW HK Pkt; Block 15 Spare Temperature TFORM85 = '1I ' / data format of field: 2-byte INTEGER TZERO85 = 1184.830144 / data offset (32k shift B_PCB_TEMP_CNV conversioTSCAL85 = 0.038508 / data scaling (B_PCB_TEMP_CNV conversion) TUNIT85 = 'Celsius ' / physical unit of field TTYPE86 = 'BPWHKIPRED3TEMP' / PW HK Pkt; IP Redundant DSP Board Temperature TFORM86 = '1I ' / data format of field: 2-byte INTEGER TZERO86 = 32768 / offset for unsigned integers TTYPE87 = 'BPWHKADCXSUM' / PW HK Power Box Packet CheckSum, not CCSDS XSumTFORM87 = '1B ' / data format of field: BYTE EXTNAME = '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 = 392981477.95602 TSTOP = 393012757.94736 DATE-OBS= '2013-06-15T09:31:14' DATE-END= '2013-06-15T18:12:34' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31279.9913399816 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 398 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:42:01' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'ICBDI9ACIAACI9AC' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '1516223096' / data unit checksum updated 2013-06-25T08:42:01 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: sw00558271000b18ex001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:10 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude 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„뀤b0( 1 xjAl󚿀ӎ'Nu肃.}!/*/#;d)0َ"„]0ڎ-AlMsր֎ +K_傃08$-*0&9q'2%ގ %рX1 ގ 0tAl֎ +HH/ &)(0#'4„E&1ݎ&R0 ގ 1AlƭÀ)a˄ .󍆍#H΍//$O….0ӎ #"&01ڎ .ˆ́Al%ջ(b.!Hԍ/0"O…-1πڎ $!†0.‡߀Alǝ?ݎ*bń/$#Iۍ/02%N/0,ގ $"†f1'1ˆ˛AlFݎ,dĄ/ـ&M.0ŀ&R…ӉǍ.1Ā('ÆJ0 1!ÈjAlȍߎ-h/$P/1񍐍'U…΍.2'*Æ#1 1$È+AljΎ*iՄ.t$Sɉ./ˀꍍ"WՍ.0ߎ$./[.'ˆ*Al}ގ +j .$U/0&Yڍ.0ڀ%090/)̀WAlEێ)ln/h!V//p퍇 Y-0Uގ#0 /܎ .*aAlm_[؎)oĄc ."X./)\…,/ڎ"2…․/ߎ/-ˆ)AlǀƎ)pP .ŀ u"X./獒"\…T,0Ԁߎ#2…~/̀ގ.,ˆAl]2ʀ׎(o2/"Wٍ-/썑$]W,/ŀ׎ #1րx0рڎ.-ՀAl֎ *nÄ/ˀ#Uэ,0ހ'[&*0׀ގ%/r0ގ /-ˆAlMҀَ*m.#Rƍ,/(Y*/܎$-lm/݀ێ/+̀PAlԎ(mƃ.!R+/$ZÄ*0׎ #*…Pg/܎.)ˆmAl=녀ݎ+jӈ낃/"O+0 썕%V݉)1܎ "&…Qc0܎ 3&‡ӀAl͵$_Ҏ +iσ肄/%Lĉ*0㍛&Uˉ)1 &$…*\1 0$ˆ+Al-\؎)eゃ. "Gč)/%P(/َ %W/5؎ / AlΥَ*dЃ߂/#GǍ(0 덏"OÄٍ&0ڎ$„倥R0 ܎/‡AlЀ׎'`~ӂ.z"B̍(/$Koύ&/Վ #ȀM/ ֎ -ˆeAlϕ򐬀ӎ )^ǃg˂.">͍'/#썒%Grč&1܎$ɀI0B܎ /‡񀥅Al-Հݎ +`ʄe/F%G‰֍.0󍎍'M…-0-ݎ % †01ˆ2=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: sw00558271000b18fx001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:10 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END AlkdPܵcVk6 s>y(@( % qAKh@Wp "`@)V dB k1/^g#Wp pplkuځU!Ah ?H?7CA=b@$>HJLlSlilcBKp@/ҕxҊX2#֏Alkf`pPcWk6 s>yd( % qAKh@w Ѐ`@)V dB ̀6lk^g#WppplkҀuU`!Ah ?H?7CA=b@$>HJLlSlilcBKp@g&&>Y)3&֐AllrgȀPcYk6 s>y@( % qAKh@ `@)V dB rlk^g#Wp$p p lluU!Ah ?H?7CA=b@$>HKLlSlilcBKp@q, ,Y4,֑AllLi0PcZk6 s>y܀3( % qAKh@ 2`@)V dB Ulk^g#Wp0p,p,llJuU$!Ah ?H?7CA=b@$>HKQLlSlilcBKp@o|Y,Y,Z 50֒AlljP4c\k6 s>y@( % qAKh@ `@)V dB lk^g#Wp<p8p8lluUP!Ah ?H?7CA=b@$>HKLlSlilcBKp@^4)tlZ&65֓AlllPc]k6 s>yT( % qAKh@ `@)V dB ݀&lk^g#WpHpDpDll€uUpn!Ah ?H?7CA=b@$>HKLlSlilcBKp@DD[ ?79֔AlmҀmhPFc_k6 s>yF( % qAKh@w ӀЀ`@)V dB blk^g#WpTpPpPlluU!Ah ?H?7CA=b@$>HLLlSlilcBKp@F:x[Y9A֖Alm<nЀPWcbk6 s>ỳ @( % qAKh@ `@)V dB elk^g#Wp`p\p\lm:uU!Ah ?H?7CA=b@$>HLALlSlilcBKp@ A 4\r:F֗Almx"p8Pcck6 s>y( % qAKh@ `@)V dB 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PAlo>?05Ǿd=BDNC.DĀ@H^WFїlklƣlD_;C   $4\3AlͮVf߀k6 s>z>F % qAKh@ `@==-B"%Llh$Wlͬ~<4P|Alo>?05Ǿd=BDNC.DĀ@H^FїlklƣlD_;C ,u( ,j%:M]4AlrVfk6 s>zzG % qAKh@ `@==-B%lh$Wl~<9Alo>?05Ǿd=BDNC.DĀ@H^FїlklƣlD_;C U2t U'z%f^5Al&dVfk6 s>zG % qAKh@sЀ $`@==-B%ėlh$W€l$~?05Ǿd=BDNC.DĀ@H_ FїlklƣlD_;C͎ }à }à&*_6Alb̀`V#rfk6 s>zG % qAKh@ `@==-Bn&lh$W΀ʀʀl`~?05Ǿd=BDNC.DĀ@H_GFїlklƣlD_;C 5D *h&`7AlΞ4V$fk6 s>z.G % qAKh@ `@==-B2&?05Ǿd=BDNC.DĀ@H_FїlklƣlD_;C ΃$ xw'`8AlYV&fk6 s>zjG % qAKh@ v`@==-B&xlh$Wl؀~?05Ǿd=BDNC.DĀ@H_FїlklƣlD_;C  xE'b:Al`V("fk6 s>z@G % qAKh@ ހ`@==-B&lh$Wl~Alo>?05Ǿd=BDNC.DĀ@H_FїlklƣlD_;Cv8(!c:AlRlPV)fk6 s>z@G % qAKh@sЀ `@==-B~&lh$WlP~<\@\Alo>?05Ǿd=BDNC.DĀ@H`7FїlklƣlD_;CG4Gl(d;AlώrԀV.fk6 s>z~@G % qAKh@ `@==-BB',lh$W lό~?05Ǿd=BDNC.DĀ@H`sFїlklƣlD_;Copop8)e<Al&rhVʲgak6 s>z!NqL % qAKh@Wp `@CC-B'Vl h$W€l$~.C7Alo>?05Ǿd=BDNC.DĀ@Hn FӗllƣlDqC̀Q h AYE`pAlbrЀV!gak6 s>z!OL % qAKh@Wp À`@CC-B'Vl h$W΀ʀʀl`~ - 7 Alo>?05Ǿd=BDNC.DĀ@HnGFӗllƣlDqC̀Q!h!AYE؀pAlݞr8Vgak6 s>z".QL % qAKh@w `Ѐ`@CC-B'Vlݘ h$Wڀրրlݜ~P 70*Alo>?05Ǿd=BDNC.DĀ@HnFӗllƣlDqC̀ Q1 h1 ALFPqAlrVϔgbk6 s>z"jSL % qAKh@ р`@CC-Bx'Vlݘ h$Wl؀~Α7HAlo>?05Ǿd=BDNC.DĀ@HnFӗllƣlDqC̀QAfhAfAYFȀqAlrVgck6 s>z"TL % qAKh@ `@CC-B<'Vlݘ h$Wl~L7tAlo>?05Ǿd=BDNC.DĀ@HnFӗllƣlDqC̀QR`hR`AsGW*qAlRpVJgck6 s>z"UL % qAKh@ `@CC-B'Vlݘ h$WlP~ 7ˠAlo>?05Ǿd=BDNC.DĀ@Ho7FӗllƣlDqC̀QahaALGπBqAlގr؀Vӻgck6 s>z#WA@M % qAKh@ `@DD-BĀ'Vlݘ h$W lތ~7PAlo>?05Ǿd=BDNC.DĀ@HosFӗllƣlDqC̀u hXHHZqAl@VGgdk6 s>z#ZW@M % qAKh@ `@DD-B'Vlݘ h$WlȀ~Y7Alo>?05Ǿd=BDNC.DĀ@HoFӗllƣlDqC̀*hX HsrAlrVָgek6 s>z#XM % qAKh@ ׀`@DD-BL'Vlݘ h$W"l~7ܐAlo>?05Ǿd=BDNC.DĀ@HoFӗllƣlDqC̀z#ҀYr@M % qAKh@ c`@DD-B'Vlݘ h$W.**l@~ƃ7Alo>?05Ǿd=BDNC.DĀ@Hp'FӗllƣlDqC̀~:x \hwLtIǀtAl~xVghk6 s>z$Z>M % qAKh@ `@DD-BԀ'Vlݘ h$W:66l|~ 7`6Alo>?05Ǿd=BDNC.DĀ@HpcFӗllƣlDqC̀~hJ?uAl4Wgk6 s>z(gbN % qAKh@ `@FF-Bɀ+*lߴ h$W l㇀6K@fAlo>?05Ǿd=BDNC.DĀ@HtnF՗lelƣlBO(6? =L\ =LR}.a׋Alr6"Wgk6 s>z(UhGN % qAKh@ Ȁ`@FF-B+flߴ h$WlÀ6PAlo>?05Ǿd=BDNC.DĀ@HtF՗lelƣlBO(6? \ lhS/e׌Al`7W gk6 s>z(i'N % qAKh@ `@FF-BQ+lߴ h$W!l6WAlo>?05Ǿd=BDNC.DĀ@HtF՗lelƣlBO(6? 祴\ 祴DS0j׍!Al="8W +gk6 s>z(̀j N % qAKh@ K`@FF-B+ޗlߴ h$W-))l;6\Alo>?05Ǿd=BDNC.DĀ@Hu"F՗lelƣlBO(6?K\T1n׎%Aly :ZWgk6 s>z) je@N % qAKh@{ Ѐ`@FF-Bـ,lߴ h$W955lwɁ6bPAlo>?05Ǿd=BDNC.DĀ@Hu^F՗lelƣlBO(6?@\@.T2r׏)Al;€Wgk6 s>z)Ek9@N % qAKh@ :`@FF-B,Vlߴ h$WEAAl䳀݁6g Alo>?05Ǿd=BDNC.DĀ@HuF՗lelƣlBO(6?kk\kU4xב/Al"=*`WTgk6 s>z)lN % qAKh@ `@FF-Ba,lߴ h$WQMMlՁ6m(Alo>?05Ǿd=BDNC.DĀ@HuF՗lelƣlBO(6?\U5~ג5Al->Wgk6 s>z)m^@O % qAKh@ H`@FF-B%,Ηlߴ h$W]YYl+Ɂ6sTAlo>?05Ǿd=BDNC.DĀ@HvF֗llƣlBBTýd\òV.6ד<Ali`?pWgk6 s>z)n*O % qAKh@{ Ѐ`@GG-B- lߴ h$Wieelgҁ6y`rAlo>?05Ǿd=BDNC.DĀ@HvNF֗llƣlBBbl\lVM7ה@AlrAb Wgk6 s>z*5nO % qAKh@{ Ѐ`@GG-B-Flߴ h$Wuqql壀6Alo>?05Ǿd=BDNC.DĀ@HvF֗llƣlBB\pWf8וBAlrBʀWgk6 s>z*qopO % qAKh@ `@GG-Bq-lߴ h$W}}l߀6Alo>?05Ǿd=BDNC.DĀ@HvF֗llƣlBBLDi\DiW}~8וDAl`D2WBgk6 s>z*pUO % qAKh@ s`@GG-B5-lߴ h$Wl6@Alo>?05Ǿd=BDNC.DĀ@HwF֗llƣlBB8n|\nW9זJXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 391 / 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 = 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 = 392982205.67258 TSTOP = 393012065.16758 DATE-OBS= '2013-06-15T09:43:22' DATE-END= '2013-06-15T18:01:02' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6767000000000 / [s] UTCF at TSTART TELAPSE = 29859.4950000048 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 482 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:42:01' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= '7PaDANWC0NaC7NUC' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '3179321997' / data unit checksum updated 2013-06-25T08:42:01 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: sw00558271000b1e2x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:10 TRIGTIME= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END Aln.4fXB lnC6f֡B"4fXB C6f֡B"4lnBC?B2>fXC6f֡B"4^C:IAцCfXC6f֡B"4 ^C:IAцC.fXCbPŽd9CQǎ`܀ZZg#Wߝ#Aln*ﳺfXB lnC6f֡B"4fXB C6f֡B"4lnBC?B2>fXC6f֡B"4^C:IAцCfXC6f֡B"4 ^C:IAцC.fXC5$>Bb`܀ZZg#Wߝ#Alo{.4Blo_Cl@ˆTC%䶺fXB AC6f֡B"4LloBCl@ˆTC%䶀lo_BCl@ˆTCl@ˆT^C:IAцCCl@ˆTC%䶀^C:IAцC.C> cB٠`܀Zh$WߝFF$AlBloCl@ˆTC%v|BC-"Aݴ9C5lBCl@ˆTC%䶀loŀBCl@ˆTCl@ˆTC%䶀Cl@ˆTC%䶀Cl@ˆTC%䶀Cl@ˆTC%䶀.C.gA`CE`܀րh$WFF$AlN*6B lCl@ˆTC%䶓f"B3CMmAC l؀BCl@ˆTC%䶀 lBCl@ˆTCl@ˆTC%䶀Cl@ˆTC%䶀Cl@ˆTC%䶀Cl@ˆTC%䶀.C]ˆkC%`܀Z h$WFF$AlKBylCl@ˆTC%v|BAC-"Aݴ9ClBCl@ˆTC%䶀ylBCl@ˆTCl@ˆTC%䶀Cl@ˆTC%䶀Cl@ˆTC%䶀Cl@ˆTC%䶀.C1AX CFd`܀3h$W"FF$Al*cB?Als>/Als? 2AlspXAlspAlsuاAlsvtaAlsʀIAls%AlsAls 5AlsyAlsLAls-Alt0sCAlt0Alt5AltpƯAltp8Altu݃AltvaAltx`:Altx~/Alt}Alt~c-AltAltzxAlt \AltQ/AltײAlt#Alu0)Alu04nAlu56Alu6_[Alup/AlupۯAluu\AluvMUAlAlMjAlAl3AlAlkAlHAl 6Al Q/Al%bAl` Al`ΗAleAl2Al\AlAl?Al:o?AlAlP+AlPב?AlU8qAlV~AlVAl?AlˤAlOAlkAlPʢ^AlUHAAlVՑAlW OaAlX\'AlX|Al]W*Al]wAlAlAlɶpAlTaAlЦAlu:AlmAl֩AlƖAlAlAlU2Alh Alh6eAlmݘAlnVCAlAlAlۭAl!Al~Al߲Al(Al(kAl(Al-PAlh&AlhAlmrAlnA AloyAlp6AlpżAlu`Alv!QAlJAlɱ1AlsAlI7LAl诈AlWAlێLAl(DgAl(ЦAl-zxAlhAlhwAlmmAlAluAlXAl]Al|cAl Al_~=Alc AlƽAl{ Al(.Al(GAl-Alh̎AlhYAlmqAl@Al@AlAl0Al28AlݴAlZAl3AlM:AlmsAlyQAlR%1AllvAl(]Al(UAl-ʗAlh&AlhAlmp;Aln}`Al;%AlAlϖAl*0AlɏAlhAl(c Al(1Al-׫uAl0JAl0k Al5vAl6)ZAlhAlh@AlmTAlnO7Al*AlĎAl4nAl@AlwAl!Al JAl2Al /AlHAlH؆YAlM,=AlNvAl+AlҔAlGAlYAlx/AlDAl6LAlNfAlȕAlȴqAl5AltAl $Al ӮhAlHAlHXAlMAlNvAl[AlvAl0AlȲ"AlЪeAlaRAlΨ9Al[Al|wAlՈAl她AlXAllAl UAlHFAlHAlMnAlaAlAlWAlg}Al&8Al}Al@AlL@AlȤAl/EAlAlAlpeAl 9AlvAlH+AlHձAlMvAl͖AlAlAlȱAlLAlxAlAlAl1Al_?SAlFAlAl AlH~AlHAlM?AlʂAl/oAl֡AlAlȵAlcAl AlCBAlćAl kAlAlkGAl/All"AlrGEAlHAlHBAlMAlNYAlAlAlṶAl-Al*AlAlAlhAl (Al﮼Al0ƅAl0Al5Al6_MAlpAlp_AluړAly2Aly93]Al~DAl Alج\AlW~AljUAl Al5~Alc^AlŬAlkAlkAlAlDAl8ҞAl86;Al=Alx˰`Alx;Al}ŬAlJAl6AlAlqAlAlAlAl`"AlbAl,Al$Al8$Al8SAl=Al>KAl?mAAlx+AlxZqAl} Al~m gAlCFAlAlۤAlRTAlDfAl,=AlgAl̎AlߢAl8PAl8Al=݃Al@UqLAl@sAAlEAlE_AlF.AlGIAlxkAlxAl}yhAl~Alb&AlZAl6AlAlcAlAl AlƨAlAl]dAl8Al8nAl=Al>Al?Al?ؙAlx*AlxڟAl}EAl_v`Al}Al9AlAl"Al˞DAlدQAl>AlۯAl޵AlUAlAl/AlAlD:Al XjAl xӮAl%UAlXAlX{Al]%Al̘Al̘Al̝Al̞LAlص}AlAlߪAlG!Al*AlAl$Al\AlXAlXo~Al]bAl^b&Al`a;Al`!AlepAl͘rAl͘Al͝%Alغ0AlچAl1AlAlNAlAlOvAlX)AlXϖAl]t*AlΘAlΘӇAlΝ4AlΞ7LAlΠaIAlΠAlΥSeAl؛!Alغ AlŸAlޒ:*Al_*Al)Al\Al AlGoAlX"AlXAl]AlϘ}AlϘTAlϝAlި.AlިAlޭ9mAl谘 Al"Al?Al(Al(rAl-"AlhpAlh\}AlmAlnp,AlߨAlߨ8 Al߭*Al߰YhAl߰z-AlߵәAlAlzAlh^Al 8Al Al%̬Al&+Al`fAl`,gAleAlfAlgAlgAllAlਦ Alu:AlAlƠAl&AlrAlŠ{AlhAl,AlAlDXAl(Al(uAl-:Al.VeAl/%&Alh:~Alh̽Alm؇Alnr!BAlᨲnAlAlܱFAlAlʿ4Al֚Al(&Al(iYAl-eAl.'Al0\UAl0|Al5AlhAlh)_AlmBAl⨲AlЦvAl]dAl诡AlAlۯAl(l7Al(MAl-׻0AlhAlhNWAl ɿAl%oAl&K 9Al(VAl(u1Al-զXTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 269 / width of table in bytes NAXIS2 = 224 / 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 = 392981440.08696 TSTOP = 393012736.10426 DATE-OBS= '2013-06-15T09:30:37' DATE-END= '2013-06-15T18:12:13' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31296.0173000097 TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 544 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. Object DEC_OBJ = -68.1610833 / [deg] Dec Object ORIGIN = 'GSFC ' / Source of FITS file PROCVER = '3.15.06 ' / Processing script version SEQPNUM = 9 / Number of times the dataset processed CREATOR = 'unpacket' / Program that created this FITS file DATE = '2013-06-25T08:42:02' / file creation date (YYYY-MM-DDThh:mm:ss UT) CHECKSUM= 'BAm9E8k8BAk8B5k8' / HDU checksum updated 2013-06-25T11:34:37 DATASUM = '2017222298' / data unit checksum updated 2013-06-25T08:42:02 HISTORY TASK: FAPPND on FILENAME: sw00558271000b220x001.hk[1] HISTORY fappend3.0a at 2013-06-25T08:42:11 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= 392982296. / [s] MET TRIGger Time for Automatic Target ATTFLAG = '111 ' / Orgin of attitude information END AlkCAlkApU,QUCȨCaN :b@YVp1Ѐ1Ѐppp1Ѐp1Ѐ^!=G`=3All"ekAllApU,Q]ⳀCN흀:f@Y\1Ѐ1Ѐ1Ѐ1Ѐ!=G`=3All@ WAll@ApU,Qd^JACсNS ᝀ:j@Yb @1Ѐ1Ѐ @ @ @1Ѐ @1Ѐ!=G` =3AlleAllApU,QkƃVCN՝:n@Yi 11   1 1!=G`=3All1AllApU,Qs ɑҀCԡN(ɝ:r@Yo@ 11   1 1!=G`&=3AlmxAlmApU,Qzf2C1N:v@Yu  11   1 1 !=G`2=3Alm@%oAlm@ApU,<遹݀CNM(:z@Y{P 11   1 1-!=G`?=3AlmAlmApU,<=CQN:~@Y0 P11 P P P1 P1L!=G`L=3AlmAlmApU,<'zuaCNX:@Y 11   1 1z!=G`Z=3Aln+AlnApU,AlsApU+.܃܀Caly:@Z2@2@2@2@#=Ha[$$$$$$$$$$$$=3Alt|AltApU+5SbClxm:@Z p2@2@2@2@#=Haa$$$$$$$$$$$$=3Alt@>Alt@ApU+;'1Cl#a:@Z&2@2@2@2@#=Hah$$$$$$$$$$$$=3Alt$fAltApU+AQL]ClbxU:@Z,2@2@2@2@ #=Han$$$$$$$$$$$$=3Alt)TAltApU+GϊzClI:@Z3@`2P2P```2P`2PO#=Hav%%%%%%%%%%%%=3Alu"@AluApU+M:Ϸ|C1lߟ=:@Z9 2P2P2P2Pn#=Ha|%%%%%%%%%%%%=3Alu@9Alu@ApU+SJC l1:@Z? 2P2P   2P 2P#=Ha%%%%%%%%%%%%=3AluAluApU+Z9C Ql\%:@ZE02P2P2P2P#=Ha%%%%%%%%%%%%=3Al5iAlApU+@ڎ4S*_>ȝ7;@[.33...3.3 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77775jqqqqqqqqqqqqA5Al޾AlApU'0!)oƙ4ql@@b77775%jqqqqqqqqqqqqA5Al@õAl@ApU'0())뛀ƙ6l3*@@b0P77PPP7P75FjqqqqqqqqqqqqA5Al΀$Al΀ApU'0.b*ˀƙ7lqu@@b77775ejqqqqqqqqqqqqA5Al&VAlApU'04̄*?ƙ9!l*iʀ@@b@ 77   7 75jqqqqqqqqqqqqA5Al!SAlApU'0:,*hƙ:lן]ʀ@@b԰7 7 7 7 5j rrrrrrrrrrrrA5Al@#QYAl@ApU'7@Ƅ* ƙ ”l\:A5Alހ AlހApU&r眄=='ƙ?luA@dP0077000707>*”lcGA5Al.AlApU&rڄ=Bƙ!?aiA@dVƐ77ƐƐƐ7Ɛ7>I”liSA5Al#aAlApU&y.>3ƙD]A@d\@7777>j”lp`A5Al@6Al@ApU&y'5>zƙAN(QA@dbp88ppp8p8>”lwnA5Al߀&WAl߀ApU&y>FƙNg EA@dhЀ88ЀЀЀ8Ѐ8>”l}{A5AlcAlApU&y">3ƙaN 9A@dn@88@@@8@8>•lՈA5Al{AlApU&y,T?9PƙN-A@dtȠ88ȠȠȠ8Ƞ8>•lՔA5Al@$wAl@ApU&y58?u8ƙN"!A@dzЀ8888?•lաA5AlAlApU&y>?ƙNa$A@d@ɀ88ɀɀɀ8ɀ8?E•lկA7AlAlApU&ԀGl̈́?pƙN A@d 8888?e•lռA7AlsAlApU&ԀO@؀ƙ1N$A@dPP88PPP8P8?•lA7Al@rAl@ApU&ԀXd@RƙNA@d0ʰ88ʰʰʰ8ʰ8?•lA7Al"TaAlApU&Ԁ`@~ƙQN[$址A@d` 88   8 8?•lA7Alz%AlApU&Ԁh@ƙNŠٝA@dЀː8 8 ːːː8 ː8 ?•lA7AlAlApU&Ԁp@uƙqNE͝A@d8 8 8 8 @•lA7Al@nAl@ApU&ԀxAƙNŠA@d`8 8 ```8 `8 @4•l A7AlAlApU&]ANƙNUE!A@d8 8 8 8 @S•lA7Al"ZAlApU&[A$ƙ!N#A@d@8080@@@80@80@•l$A7AliAlApU&GAnƙNe%A@d`͠8080͠͠͠80͠80@•l1A7Al@#Al@ApU&-UAFƙAN'A@d@80808080@•l>A7AlMAlApU&B 8ƙNOe)A@dpp8080ppp80p80@•lKA7AlAlApU&B9Àƙa]+yA@dPЀ8080ЀЀЀ80Ѐ80A•lWA7Al&AlApU&WBi ƙ]̄-mA@dP8@8@PPP8@P8@A0•leA7Al@ Al@ApU&\B0ƙ] /aA@dϰ8@8@ϰϰϰ8@ϰ8@AO•lrA7AlKAlApU&Bˀƙ]I1UA@dЀ8@8@8@8@Ao•mA7AlbAlApU&҄Bƙ¡]3IA@dЀ8@8@ЀЀЀ8@Ѐ8@A•m֌A7AlQ/AlApU&΄C`ƙ1]Ƅ5=A@d8@8@8@8@A•m֘A7Al@$Al@ApU&6CHhƙ]$71A@d`8P8P```8P`8PA•m֦A7Al&BAlApU&ʆCtaƙQ]C9%A@d8P8P8P8PA•mֳA7AlAlApU&ާCrƙ]$;B@e` 8P8P   8P 8PB•m"A7AlAlApU&rCƙq]= B@eҐ8P8PҐҐҐ8PҐ8PB>•m)A7XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 552 / width of table in bytes NAXIS2 = 361 / 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 = 392981413.8116 TSTOP = 393012773.8116 DATE-OBS= '2013-06-15T09:30:10' DATE-END= '2013-06-15T18:12:50' CLOCKAPP= F / If clock correction are applied (F/T) UTCFINIT= -10.6766800000000 / [s] UTCF at TSTART TELAPSE = 31360. TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= ' ' / Instrument name APID = 545 OBS_ID = '00558271000' / Observation ID TARG_ID = 558271 / Target ID SEG_NUM = 0 / Segment number RA_PNT = 274.818761245573 / [deg] RA pointing DEC_PNT = -68.1735382535989 / [deg] Dec pointing PA_PNT = 165.912498807979 / [deg] Position angle (roll) EQUINOX = 2000. / Equinox for pointing RA/Dec RADECSYS= 'FK5 ' / Coordinates System OBJECT = 'GRB130615a' / Object name RA_OBJ = 274.8291667 / [deg] R.A. 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