0001EUDL002942120902Eng. Unique Data Log Chris Blue 3039395498FD 000010 C**********************************************************************GC 000020 C Start of COS Science Data Header Definition GC 000030 C**********************************************************************GC 000040 Exported from Access on 12/9/02 9:00:43 PM GC 000050 COS Science Header Version 15 GC 000060 LEE EF 000070 LQFIXDP 00100801:16Fixed Bit Pattern HEX EU 000080 LQFIXDP Fixed Bit Pattern Each of these words contains hexadecimal CTI 000090 LQFIXDP `AAAA' to serve as a marker between images in a frame. TI 000100 LQPROGID 00901001:16Prog Id HEX EU 000110 LQPROGIDPROG ID 3 ASCII characters uplinked by the ground with the CTI 000120 LQPROGIDmacro that generated this image; last byte contains a zero toCTI 000130 LQPROGIDpad out to two words. TI 000140 LQOBSET 01101101:16Ob Set Id HEX EU 000150 LQOBSET OBSET ID 2 ASCII characters uplinked by the ground with theCTI 000160 LQOBSET macro that generated this image. TI 000170 LQOBSID 01201201:16Obs Id HEX EU 000180 LQOBSID OBS ID 2 ASCII characters uplinked by the ground with the CTI 000190 LQOBSID macro that generated this image. TI 000200 LQFSWMAJ 01301301:08FSW Major Version # HEX EU 000210 LQFSWMAJFlight Software Major Revision Number This is a unique CTI 000220 LQFSWMAJidentifier of the major build of COS CS flight software which CTI 000230 LQFSWMAJgenerated this image. TI 000240 LQFSWMIN 01301309:16FSW Minor Version # HEX EU 000250 LQFSWMINFlight Software Minor Revision Number This is a unique CTI 000260 LQFSWMINidentifier of what minor build or update release of COS CS CTI 000270 LQFSWMINflight software generated this image. TI 000280 LQOBSNUM 01401401:16Flight Observation #HEX EU 000290 LQOBSNUMFlight Observation Number This is a sequential numbering ofCTI 000300 LQOBSNUMobservations generated by the CS FSW, and is reset to zero CTI 000310 LQOBSNUMeach time the operate CS FSW is initialized. TI 000320 LQNUMWDS 01501601:16Num Words this ImageHEX EU 000330 LQNUMWDSNumber of Words in this Image This is the sum of the 965 CTI 000340 LQNUMWDSwords in the science header plus the number of words of data CTI 000350 LQNUMWDSin the associated image (excluding any fill words used to pad CTI 000360 LQNUMWDSthe last line of the image to a full line). TI 000370 LQSDFLNS 01701701:16Number of SDF Lines HEX EU 000380 LQSDFLNSNumber of SDF lines in this Image This is the total number CTI 000390 LQSDFLNSof 965-word lines in this image, including the header. It is CTI 000400 LQSDFLNSequal to:( (Number of Words in this Image + 964) / 965), whereCTI 000410 LQSDFLNS" / " represents integer division and the "+ 964" is to CTI 000420 LQSDFLNSaccount for the case where the final line of the image CTI 000430 LQSDFLNScontains less that 965 words and is padded to the end of the CTI 000440 LQSDFLNSline with fill data. TI 000450 LQBENCH 01801801:16Used by Test BenchesHEX EU 000460 LQBENCH Used by Test Benches TI 000470 LQITDNUM 01901901:16Time Tag Dump NumberHEX EU 000480 LQITDNUMIntermediate Time Tag Dump Number TI 000490 LQITDTOT 02002101:16Time Tag Total WordsHEX EU 000500 LQITDTOTCumulative Number of Time Tag Words Dumped TI 000510 LQEXPTTB 02202201:16Time-Tag Buffer SizeHEX EU 000520 LQEXPTTBRequested buffer size for time tag images This is the valueCTI 000530 LQEXPTTBof the parameter "Time-Tag Buffer Size" from the macro start CTI 000540 LQEXPTTBNUV MAMA or FUV Exposure. "0" represents an CTI 000550 LQEXPTTBAccumulate-Over-Time exposure. TI 000560 LQIMGTYP 02302301:08Image Type HEX EU 000570 LQIMGTYPImage Type: memory, diagnostic, detector This specifies CTI 000580 LQIMGTYPwhat type of data is contained in the corresponding image. CTI 000590 LQIMGTYPPossible values are: 1 = memory dump data 2 = ED CTI 000600 LQIMGTYPdiagnostic data 3 = detector science data TI 000610 LQIMGTYP 0 0Invalid 1 1Mem Dump 2 2ED Diags 3 3DetectSD CTD 000620 LQIMGTYP 4255Invalid TD 000630 LQINSTR 02302309:16Instrument Id (0x9A)HEX EU 000640 LQINSTR Instrument Identifier This is a unique number which CTI 000650 LQINSTR identifies the instrument that sent the science header, also CTI 000660 LQINSTR known as the "SI Source ID." For COS, this will always be CTI 000670 LQINSTR hexadecimal `9A'. TI 000680 LQMDSRC 02402409:16Memory Dump Source HEX EU 000690 LQMDSRC Memory Dump Source This specifies what memory is being CTI 000700 LQMDSRC dumped. Possible values are: 1 = DCE Memory 2 = DIB CTI 000710 LQMDSRC Memory 3 = CS Memory 4 = DCE PHD Memory TI 000720 LQMDSRC 0 0Invalid 1 1DCE Mem 2 2DIB Mem 3 3CS Mem CTD 000730 LQMDSRC 4 4DCE PHD 5255Invalid TD 000740 LQMDADDR 02502601:16Mem Dump Start Addr HEX EU 000750 LQMDADDRMemory Dump Start Address This is the address of the firstCTI 000760 LQMDADDRword being dumped. TI 000770 LQMDWDS 02702801:16Mem Dump Num Words HEX EU 000780 LQMDWDS Number of memory words dumped This is the number of 16-bit CTI 000790 LQMDWDS words in the memory dump. TI 000800 LQDDERR 02902914:14ED Diag Data Error HEX EU 000810 LQDDERR ED Diagnostic Data Error This indicates whether an error CTI 000820 LQDDERR occurred during diagnostic data collection. Possible values CTI 000830 LQDDERR are: 0 = - 1 = Diagnostic Error TI 000840 LQDDERR 0 0-- 1 1Diag Err TD 000850 LQDDMODE 02902915:16ED Diag Data Mode HEX EU 000860 LQDDMODEED Diagnostic Data Mode This defines the type of ED CTI 000870 LQDDMODEdiagnostic performed. Possible values are: 0 = analog 1 =CTI 000880 LQDDMODEdigital 2 = derived TI 000890 LQDDMODE 0 0Analog 1 1Digital 2 2Derived 3 3Invalid TD 000900 LQDDSAMP 03003101:16Number of Samples HEX EU 000910 LQDDSAMPNumber of Samples This is the number of times each ED CTI 000920 LQDDSAMPdiagnostic parameter is sampled during the diagnostic process. TI 000930 LQDDPER 03203201:16Sample Period HEX EU 000940 LQDDPER Sample Period (in 10 msec increments) This is the duration CTI 000950 LQDDPER in 10 msec increments of the time between samples for each ED CTI 000960 LQDDPER diagnostic parameter. TI 000970 LQDDPER sec CTC 000980 P 1 +0.00000+00 +1.00000-02 TC 000990 LQDDREP 03303301:16Repeat Count HEX EU 001000 LQDDREP Repeat Count This is the number of times the input CTI 001010 LQDDREP multiplexer addresses are repeated within each sample, if the CTI 001020 LQDDREP ED Diagnostic Mode is "analog"; 0 if the ED Diagnostic Mode CTI 001030 LQDDREP is "digital" or "derived." TI 001040 LQDDIT01 03403501:16ED Diagnostic Item 1HEX EU 001050 LQDDIT01ED Diagnostic Item 1 These are 16 elements of 32 bits each.CTI 001060 LQDDIT01 Each element represents the address of an item to be CTI 001070 LQDDIT01monitored for the diagnostic. If less than 16 items are to beCTI 001080 LQDDIT01monitored for this diagnostic, unused entries of Items to CTI 001090 LQDDIT01Collect will be populated with the hexadecimal value 'FFFF CTI 001100 LQDDIT01FFFF'. If the ED Diagnostic Mode is "analog," each valid CTI 001110 LQDDIT0132-bit element will have the multiplexer address of the analogCTI 001120 LQDDIT01item to be monitored in the lowest 8 bits and zero in the CTI 001130 LQDDIT01upper 24 bits. If the ED Diagnostic Mode is "digital," eachCTI 001140 LQDDIT01valid 32-bit element will contain the memory address of the CTI 001150 LQDDIT01digital item to be monitored. If the ED Diagnostic Mode is CTI 001160 LQDDIT01"derived," each valid 32-bit element will contain a 8-bit CTI 001170 LQDDIT01identifier of the derived item to be monitored in the lowest 8CTI 001180 LQDDIT01bits. TI 001190 LQDDIT02 03603701:16ED Diagnostic Item 2HEX EU 001200 LQDDIT02ED Diagnostic Item 2 - See LQDDIT01. TI 001210 LQDDIT03 03803901:16ED Diagnostic Item 3HEX EU 001220 LQDDIT03ED Diagnostic Item 3 - See LQDDIT01. TI 001230 LQDDIT04 04004101:16ED Diagnostic Item 4HEX EU 001240 LQDDIT04ED Diagnostic Item 4 - See LQDDIT01. TI 001250 LQDDIT05 04204301:16ED Diagnostic Item 5HEX EU 001260 LQDDIT05ED Diagnostic Item 5 - See LQDDIT01. TI 001270 LQDDIT06 04404501:16ED Diagnostic Item 6HEX EU 001280 LQDDIT06ED Diagnostic Item 6 - See LQDDIT01. TI 001290 LQDDIT07 04604701:16ED Diagnostic Item 7HEX EU 001300 LQDDIT07ED Diagnostic Item 7 - See LQDDIT01. TI 001310 LQDDIT08 04804901:16ED Diagnostic Item 8HEX EU 001320 LQDDIT08ED Diagnostic Item 8 - See LQDDIT01. TI 001330 LQDDIT09 05005101:16ED Diagnostic Item 9HEX EU 001340 LQDDIT09ED Diagnostic Item 9 - See LQDDIT01. TI 001350 LQDDIT10 05205301:16ED Diagnostic Itm 10HEX EU 001360 LQDDIT10ED Diagnostic Item 10 - See LQDDIT01. TI 001370 LQDDIT11 05405501:16ED Diagnostic Itm 11HEX EU 001380 LQDDIT11ED Diagnostic Item 11 - See LQDDIT01. TI 001390 LQDDIT12 05605701:16ED Diagnostic Itm 12HEX EU 001400 LQDDIT12ED Diagnostic Item 12 - See LQDDIT01. TI 001410 LQDDIT13 05805901:16ED Diagnostic Itm 13HEX EU 001420 LQDDIT13ED Diagnostic Item 13 - See LQDDIT01. TI 001430 LQDDIT14 06006101:16ED Diagnostic Itm 14HEX EU 001440 LQDDIT14ED Diagnostic Item 14 - See LQDDIT01. TI 001450 LQDDIT15 06206301:16ED Diagnostic Itm 15HEX EU 001460 LQDDIT15ED Diagnostic Item 15 - See LQDDIT01. TI 001470 LQDDIT16 06406501:16ED Diagnostic Itm 16HEX EU 001480 LQDDIT16ED Diagnostic Item 16 - See LQDDIT01. TI 001490 LQHDRVER 06606601:08Sci Hdr Ver Num 15HEX EU 001500 LQHDRVERScience Header Version Number This is a unique identifier CTI 001510 LQHDRVERfor the COS science header format definition presented here. CTI 001520 LQHDRVERThis number will be incremented whenever the contents or CTI 001530 LQHDRVERformat of the science header (including the ED Snapshots) are CTI 001540 LQHDRVERmodified. This item must not be relocated from this CTI 001550 LQHDRVERrelative position in the science header in order to provide a CTI 001560 LQHDRVERreliable means to historically determine the format of a givenCTI 001570 LQHDRVERscience header based solely on this number. TI 001580 LQDETNO 06606615:16Detector Number HEX EU 001590 LQDETNO Detector Number (FUV or NUV) This specifies what detector CTI 001600 LQDETNO generated the associated image. Possible values are: 0 = CTI 001610 LQDETNO no detector 1 = FUV 2 = NUV TI 001620 LQDETNO 0 0NoDetct 1 1FUV 2 2NUV 3 3Invalid TD 001630 LQITIME 06706701:16Integration Time HEX EU 001640 LQITIME Integration Time This is an unsigned integer which CTI 001650 LQITIME represents the integration time commanded for this exposure, CTI 001660 LQITIME in units of 100 msec. Since the maximum exposure time for anyCTI 001670 LQITIME COS detector is 6500.0 seconds, the maximum value this item CTI 001680 LQITIME may have is 65000. This item is valid only if Image Type isCTI 001690 LQITIME "detector science data." TI 001700 LQITIME sec CTC 001710 P 1 +0.00000+00 +1.00000-01 TC 001720 LQSTIME 06807301:16Exposure Start Time HEX EU 001730 LQSTIME Exposure Start Time If Image Type is "memory dump data" andCTI 001740 LQSTIME Memory Dump Definition Source is "CS", this is the time at CTI 001750 LQSTIME which the memory dump was started. If Image Type is "memoryCTI 001760 LQSTIME dump data" and Memory Dump Definition Source is DCE or DIB, CTI 001770 LQSTIME this is the time the copying of data to CS buffer memory CTI 001780 LQSTIME started. If Image Type is "memory dump data" and Memory CTI 001790 LQSTIME Dump Definition Source is "DCE PHD Memory", this is the time CTI 001800 LQSTIME when the PHD bins were last cleared. If Image Type is "ED CTI 001810 LQSTIME diagnostic data," this is the time at which the diagnostic CTI 001820 LQSTIME data collection began. If Image Type is "detector science CTI 001830 LQSTIME data," this is the time at which the exposure that generated CTI 001840 LQSTIME the associated image began. The time is presented in 6-wordCTI 001850 LQSTIME COS time format. The first two words represent the last CTI 001860 LQSTIME received HST time code update, in units of 125 msec. The CTI 001870 LQSTIME middle two words represent the last obtained value of the DIB CTI 001880 LQSTIME coarse time word, in units of 32 msec. The last two words CTI 001890 LQSTIME represent the time which has elapsed since the DIB coarse timeCTI 001900 LQSTIME word was last obtained, in units of kernel ticks CTI 001910 LQSTIME (approximately 10 msec). Unless the DIB coarse time was not CTI 001920 LQSTIME immediately available due to an exposure in progress or the CTI 001930 LQSTIME DIB not being in operate mode, the CS offset represented in CTI 001940 LQSTIME the last two words will be zero. TI 001950 LQSTIME1 06806901:16Expstart: HST Time HEX EU 001960 LQSTIME1Exposure Start Time: HST Time This time represents the CTI 001970 LQSTIME1last received HST time code update, in units of 125 msec. TI 001980 LQSTIME2 07007101:16Expstart:Coarse TimeHEX EU 001990 LQSTIME2Exposure Start Time: DIB Coarse Time This is the last CTI 002000 LQSTIME2obtained value of the DIB coarse time which represents the CTI 002010 LQSTIME2time which has elapsed since the last HST time code update wasCTI 002020 LQSTIME2obtained, in units of 32 msec. TI 002030 LQSTIME3 07207301:16Expstart:Fine Time HEX EU 002040 LQSTIME3Exposure Start Time: Fine Time This is the time which has CTI 002050 LQSTIME3elapsed since the DIB coarse time was last obtained, in units CTI 002060 LQSTIME3of kernel ticks (approximately 10 msec). TI 002070 LQCTIME 07407901:16Exp Complete Time HEX EU 002080 LQCTIME Exposure Complete Time If Image Type is "memory dump data" CTI 002090 LQCTIME and Memory Dump Definition Source is "CS," this will be CTI 002100 LQCTIME identical to the value for Exposure Start Time. If Image CTI 002110 LQCTIME Type is "memory dump data" and Memory Dump Definition Source CTI 002120 LQCTIME is DCE or DIB, this is the time at which the copying of memoryCTI 002130 LQCTIME dump data to CS buffer memory was completed. If Image Type CTI 002140 LQCTIME is "memory dump data" and Memory Dump Definition Source is CTI 002150 LQCTIME "DCE PHD Memory", this is the time when the DCE PHD Expose CTI 002160 LQCTIME command was processed. If Image Type is "ED diagnostic CTI 002170 LQCTIME data," this is the time at which the diagnostic data CTI 002180 LQCTIME collection completed. If Image Type is "detector science CTI 002190 LQCTIME data," this is the time at which the exposure that generated CTI 002200 LQCTIME the associated image completed. The time is presented in CTI 002210 LQCTIME 6-word COS time format as described under "Exposure Start CTI 002220 LQCTIME Time." TI 002230 LQCTIME1 07407501:16Expend: HST Time HEX EU 002240 LQCTIME1Exposure End Time: HST Time The two words are the last CTI 002250 LQCTIME1received HST time code update, in units of 125 msec. TI 002260 LQCTIME2 07607701:16Expend:Coarse Time HEX EU 002270 LQCTIME2Exposure End Time: DIB Coarse Time This is the last CTI 002280 LQCTIME2obtained value of the DIB coarse time which represents the CTI 002290 LQCTIME2time which has slapsed since the last HST time code update wasCTI 002300 LQCTIME2obtained, in units of 32 msec. TI 002310 LQCTIME3 07807901:16Expend:Fine Time HEX EU 002320 LQCTIME3Exposure End Time: Fine Time This is the time which has CTI 002330 LQCTIME3elapsed since the DIB coarse time was last obtained, in units CTI 002340 LQCTIME3of kernel ticks (approximately 10 msec). TI 002350 LQFULIND 08008013:13Full Image IndicatorHEX EU 002360 LQFULINDFull Image Indicator This indicates if a full image was CTI 002370 LQFULINDrequested explicitly (by setting the SUBARRAY parameter to = CTI 002380 LQFULINDFULL) in the LSUBARAY MAR. Possible values are: 0 = CTI 002390 LQFULINDNotFull 1 = Full TI 002400 LQFULIND 0 0NotFull 1 1Full TD 002410 LQNULIMG 08008014:14Null Image Flag HEX EU 002420 LQNULIMGNull Image Flag This indicates target acquisition data, or CTI 002430 LQNULIMGwhether there was a problem encountered during generation of CTI 002440 LQNULIMGthis image which prevented successful allocation of CS buffer CTI 002450 LQNULIMGmemory, in which case this science header is the only data CTI 002460 LQNULIMGdumped for this image. A zero indicates that there were no CTI 002470 LQNULIMGproblems allocating CS buffer memory for this image; a one CTI 002480 LQNULIMGindicates that this science header is the only data dumped forCTI 002490 LQNULIMGthis image. TI 002500 LQNULIMG 0 0-- 1 1Null Img TD 002510 LQSWMODE 08008015:15FSW Mode HEX EU 002520 LQSWMODEFSW Mode - Boot (0) or Operate (1) This indicates whether CTI 002530 LQSWMODEthe control section boot or operate flight software is CTI 002540 LQSWMODEgenerating this image. Possible values are: 0 = boot 1 = CTI 002550 LQSWMODEoperate TI 002560 LQSWMODE 0 0Boot 1 1Operate TD 002570 LQMEBID 08008016:16MEB ID HEX EU 002580 LQMEBID Current MEB side This indicates the COS MEB from which thisCTI 002590 LQMEBID image was generated. Possible values are: 0 = MEB 1 1 = CTI 002600 LQMEBID MEB 2 This item is valid only if FSW Mode Indicator is CTI 002610 LQMEBID "operate." TI 002620 LQMEBID 0 0MEB 1 1 1MEB 2 TD 002630 LQDIBERR 08108108:08DIB Cmd Error Flag HEX EU 002640 LQDIBERRDIB Command Error Flag This indicates that the NUV MAMA CTI 002650 LQDIBERRexposure did not occur due to an DIB commanding error at the CTI 002660 LQDIBERRstart of the exposure (this is indicative of a problem with CTI 002670 LQDIBERRthe control section interface to the DIB). Possible values CTI 002680 LQDIBERRare: 0 = - 1 = DIB Commanding Error TI 002690 LQDIBERR 0 0-- 1 1DIBCmdEr TD 002700 LQEXPSER 08108109:09Expo Strt Error FlagHEX EU 002710 LQEXPSERExposure Start Error Flag This indicates that the exposure CTI 002720 LQEXPSERdid not occur due to an error encountered by the macro Start CTI 002730 LQEXPSERExposure. Possible values are: 0 = - 1 = Exposure Start CTI 002740 LQEXPSERError TI 002750 LQEXPSER 0 0-- 1 1ExpStErr TD 002760 LQDIBEXC 08108110:10DIB Exception Occur HEX EU 002770 LQDIBEXCDIB Exception Occurred Flag This indicates that an DIB CTI 002780 LQDIBEXCreset due to a processor exception was detected during this CTI 002790 LQDIBEXCexposure. TI 002800 LQDIBEXC 0 0-- 1 1DIBexcpt TD 002810 LQLEVTEX 08108111:12Local Evt Thr ExceedHEX EU 002820 LQLEVTEXLocal Event Threshold Exceeded Flag This indicates that theCTI 002830 LQLEVTEXmost recently performed local event rate check exceeded the CTI 002840 LQLEVTEXspecified threshold. Possible values are: 0 = no local CTI 002850 LQLEVTEXevent check performed 1 = first (pixel) threshold exceeded 2CTI 002860 LQLEVTEX= second threshold exceeded (valid for NUV only) 3 = invalid CTI 002870 LQLEVTEXevent status received from DIB TI 002880 LQLEVTEX 0 0NoCheck 1 1Pixel1st 2 22ndExcd 3 3Invalid TD 002890 LQBADMD 08108113:13Invalid DIB SW Mode HEX EU 002900 LQBADMD Invalid DIB Software Mode This indicates that the DIB CTI 002910 LQBADMD software status did not show a return to the standby mode CTI 002920 LQBADMD following the completion of the integration for this exposure. TI 002930 LQBADMD 0 0-- 1 1Bad Mode TD 002940 LQDMATO 08108114:14DMA Timeout HEX EU 002950 LQDMATO DMA Timeout This indicates that during this exposure, thereCTI 002960 LQDMATO was an instance where the DIB did not relinquish control of CTI 002970 LQDMATO the bus back to the control section within the maximum allowedCTI 002980 LQDMATO time. TI 002990 LQDMATO 0 0-- 1 1DMAtmOut TD 003000 LQEXPTO 08108115:15Exposure Timeout FlgHEX EU 003010 LQEXPTO Exposure Timeout Flag This indicates that the DIB hardware CTI 003020 LQEXPTO status register "Integration Complete Bit" did not show that CTI 003030 LQEXPTO this exposure was completed at the expected time. TI 003040 LQEXPTO 0 0-- 1 1ExpTmOut TD 003050 LQEXPABO 08108116:16Exposure Abort Flag HEX EU 003060 LQEXPABOExposure Aborted Flag This indicates that this image CTI 003070 LQEXPABOcontains data from an exposure that was aborted by the macro CTI 003080 LQEXPABOAbort Exposure. TI 003090 LQEXPABO 0 0-- 1 1ExpAbort TD 003100 LQDFFOV 08208201:16SD FIFO Overflows HEX EU 003110 LQDFFOV Number of SD FIFO Overflows During Exposure This is an CTI 003120 LQDFFOV indicator of the total number of times the DIB input science CTI 003130 LQDFFOV data FIFO overflowed during this exposure. TI 003140 LQSUB7ST 08308301:01Subarray 7 Stim IndiHEX EU 003150 LQSUB7STSubarray 7 Stim Pulse Indicator This is the commanded valueCTI 003160 LQSUB7STof the parameter "Subarray 7 Stim Indicator". Possible valuesCTI 003170 LQSUB7STare: 0 = Off 1 = On TI 003180 LQSUB7ST 0 0Off 1 1On TD 003190 LQSUB6ST 08308302:02Subarray 6 Stim IndiHEX EU 003200 LQSUB6STSubarray 6 Stim Pulse Indicator See LQSUB7ST. TI 003210 LQSUB6ST 0 0Off 1 1On TD 003220 LQSUB5ST 08308303:03Subarray 5 Stim IndiHEX EU 003230 LQSUB5STSubarray 5 Stim Pulse Indicator See LQSUB7ST. TI 003240 LQSUB5ST 0 0Off 1 1On TD 003250 LQSUB4ST 08308304:04Subarray 4 Stim IndiHEX EU 003260 LQSUB4STSubarray 4 Stim Pulse Indicator See LQSUB7ST. TI 003270 LQSUB4ST 0 0Off 1 1On TD 003280 LQSUB3ST 08308305:05Subarray 3 Stim IndiHEX EU 003290 LQSUB3STSubarray 3 Stim Pulse Indicator See LQSUB7ST. TI 003300 LQSUB3ST 0 0Off 1 1On TD 003310 LQSUB2ST 08308306:06Subarray 2 Stim IndiHEX EU 003320 LQSUB2STSubarray 2 Stim Pulse Indicator See LQSUB7ST. TI 003330 LQSUB2ST 0 0Off 1 1On TD 003340 LQSUB1ST 08308307:07Subarray 1 Stim IndiHEX EU 003350 LQSUB1STSubarray 1 Stim Pulse Indicator See LQSUB7ST. TI 003360 LQSUB1ST 0 0Off 1 1On TD 003370 LQSUB0ST 08308308:08Subarray 0 Stim IndiHEX EU 003380 LQSUB0STSubarray 0 Stim Pulse Indicator See LQSUB7ST. TI 003390 LQSUB0ST 0 0Off 1 1On TD 003400 LQNUMSUB 08308309:16Num of Subarrays HEX EU 003410 LQNUMSUBNumber of Subarrays (9 - 16) TI 003420 LQSUB0XS 08408401:16Subarray 0 X Size HEX EU 003430 LQSUB0XSSubarray 0 X Size This is the value of the parameter CTI 003440 LQSUB0XS"Subarray 0 X Size". If this is a FUV exposure, this subarrayCTI 003450 LQSUB0XSis on segment A. TI 003460 LQSUB0YS 08508501:16Subarray 0 Y Size HEX EU 003470 LQSUB0YSSubarray 0 Y Size This is the value of the parameter CTI 003480 LQSUB0YS"Subarray 0 Y Size". If this is a FUV exposure, this subarrayCTI 003490 LQSUB0YSis on segment A. TI 003500 LQSUB0XC 08608601:16Subarray 0 X Corner HEX EU 003510 LQSUB0XCSubarray 0 X Corner Coordinate This is the commanded value CTI 003520 LQSUB0XCof the parameter "Subarray 0 X Corner". If this is a FUV CTI 003530 LQSUB0XCexposure, this subarray is on segment A. TI 003540 LQSUB0YC 08708701:16Subarray 0 Y Corner HEX EU 003550 LQSUB0YCSubarray 0 Y Corner Coordinate This is the commanded value CTI 003560 LQSUB0YCof the parameter "Subarray 0 Y Corner". If this is a FUV CTI 003570 LQSUB0YCexposure, this subarray is on segment A. TI 003580 LQSUB1XS 08808801:16Subarray 1 X Size HEX EU 003590 LQSUB1XSSubarray 1 X Size This is the value of the parameter CTI 003600 LQSUB1XS"Subarray 1 X Size". If this is a FUV exposure, this subarrayCTI 003610 LQSUB1XSis on segment A. TI 003620 LQSUB1YS 08908901:16Subarray 1 Y Size HEX EU 003630 LQSUB1YSSubarray 1 Y Size This is the value of the parameter CTI 003640 LQSUB1YS"Subarray 1 Y Size". If this is a FUV exposure, this subarrayCTI 003650 LQSUB1YSis on segment A. TI 003660 LQSUB1XC 09009001:16Subarray 1 X Corner HEX EU 003670 LQSUB1XCSubarray 1 X Corner Coordinate This is the commanded value CTI 003680 LQSUB1XCof the parameter "Subarray 1 X Corner". If this is a FUV CTI 003690 LQSUB1XCexposure, this subarray is on segment A. TI 003700 LQSUB1YC 09109101:16Subarray 1 Y Corner HEX EU 003710 LQSUB1YCSubarray 1 Y Corner Coordinate This is the commanded value CTI 003720 LQSUB1YCof the parameter "Subarray 1 Y Corner". If this is a FUV CTI 003730 LQSUB1YCexposure, this subarray is on segment A. TI 003740 LQSUB2XS 09209201:16Subarray 2 X Size HEX EU 003750 LQSUB2XSSubarray 2 X Size This is the value of the parameter CTI 003760 LQSUB2XS"Subarray 2 X Size". If this is a FUV exposure, this subarrayCTI 003770 LQSUB2XSis on segment A. TI 003780 LQSUB2YS 09309301:16Subarray 2 Y Size HEX EU 003790 LQSUB2YSSubarray 2 Y Size This is the value of the parameter CTI 003800 LQSUB2YS"Subarray 2 Y Size". If this is a FUV exposure, this subarrayCTI 003810 LQSUB2YSis on segment A. TI 003820 LQSUB2XC 09409401:16Subarray 2 X Corner HEX EU 003830 LQSUB2XCSubarray 2 X Corner Coordinate This is the commanded value CTI 003840 LQSUB2XCof the parameter "Subarray 2 X Corner". If this is a FUV CTI 003850 LQSUB2XCexposure, this subarray is on segment A. TI 003860 LQSUB2YC 09509501:16Subarray 2 Y Corner HEX EU 003870 LQSUB2YCSubarray 2 Y Corner Coordinate This is the commanded value CTI 003880 LQSUB2YCof the parameter "Subarray 2 Y Corner". If this is a FUV CTI 003890 LQSUB2YCexposure, this subarray is on segment A. TI 003900 LQSUB3XS 09609601:16Subarray 3 X Size HEX EU 003910 LQSUB3XSSubarray 3 X Size This is the value of the parameter CTI 003920 LQSUB3XS"Subarray 3 X Size". If this is a FUV exposure, this subarrayCTI 003930 LQSUB3XSis on segment A. TI 003940 LQSUB3YS 09709701:16Subarray 3 Y Size HEX EU 003950 LQSUB3YSSubarray 3 Y Size This is the value of the parameter CTI 003960 LQSUB3YS"Subarray 3 Y Size". If this is a FUV exposure, this subarrayCTI 003970 LQSUB3YSis on segment A. TI 003980 LQSUB3XC 09809801:16Subarray 3 X Corner HEX EU 003990 LQSUB3XCSubarray 3 X Corner Coordinate This is the commanded value CTI 004000 LQSUB3XCof the parameter "Subarray 3 X Corner". If this is a FUV CTI 004010 LQSUB3XCexposure, this subarray is on segment A. TI 004020 LQSUB3YC 09909901:16Subarray 3 Y Corner HEX EU 004030 LQSUB3YCSubarray 3 Y Corner Coordinate This is the commanded value CTI 004040 LQSUB3YCof the parameter "Subarray 3 Y Corner". If this is a FUV CTI 004050 LQSUB3YCexposure, this subarray is on segment A. TI 004060 LQSUB4XS 10010001:16Subarray 4 X Size HEX EU 004070 LQSUB4XSSubarray 4 X Size This is the value of the parameter CTI 004080 LQSUB4XS"Subarray 4 X Size". If this is a FUV exposure, this subarrayCTI 004090 LQSUB4XSis on segment B. TI 004100 LQSUB4YS 10110101:16Subarray 4 Y Size HEX EU 004110 LQSUB4YSSubarray 4 Y Size This is the value of the parameter CTI 004120 LQSUB4YS"Subarray 4 Y Size". If this is a FUV exposure, this subarrayCTI 004130 LQSUB4YSis on segment B. TI 004140 LQSUB4XC 10210201:16Subarray 4 X Corner HEX EU 004150 LQSUB4XCSubarray 4 X Corner Coordinate This is the commanded valueCTI 004160 LQSUB4XCof the parameter "Subarray 4 X Corner". If this is a FUV CTI 004170 LQSUB4XCexposure, this subarray is on segment B. TI 004180 LQSUB4YC 10310301:16Subarray 4 Y Corner HEX EU 004190 LQSUB4YCSubarray 4 Y Corner Coordinate This is the commanded value CTI 004200 LQSUB4YCof the parameter "Subarray 4 Y Corner". If this is a FUV CTI 004210 LQSUB4YCexposure, this subarray is on segment B. TI 004220 LQSUB5XS 10410401:16Subarray 5 X Size HEX EU 004230 LQSUB5XSSubarray 5 X Size This is the value of the parameter CTI 004240 LQSUB5XS"Subarray 5 X Size". If this is a FUV exposure, this subarrayCTI 004250 LQSUB5XSis on segment B. TI 004260 LQSUB5YS 10510501:16Subarray 5 Y Size HEX EU 004270 LQSUB5YSSubarray 5 Y Size This is the value of the parameter CTI 004280 LQSUB5YS"Subarray 5 Y Size". If this is a FUV exposure, this subarrayCTI 004290 LQSUB5YSis on segment B. TI 004300 LQSUB5XC 10610601:16Subarray 5 X Corner HEX EU 004310 LQSUB5XCSubarray 5 X Corner Coordinate This is the commanded value CTI 004320 LQSUB5XCof the parameter "Subarray 5 X Corner". If this is a FUV CTI 004330 LQSUB5XCexposure, this subarray is on segment B. TI 004340 LQSUB5YC 10710701:16Subarray 5 Y Corner HEX EU 004350 LQSUB5YCSubarray 5 Y Corner Coordinate This is the commanded value CTI 004360 LQSUB5YCof the parameter "Subarray 5 Y Corner". If this is a FUV CTI 004370 LQSUB5YCexposure, this subarray is on segment B. TI 004380 LQSUB6XS 10810801:16Subarray 6 X Size HEX EU 004390 LQSUB6XSSubarray 6 X Size This is the value of the parameter CTI 004400 LQSUB6XS"Subarray 6 X Size". If this is a FUV exposure, this subarrayCTI 004410 LQSUB6XSis on segment B. TI 004420 LQSUB6YS 10910901:16Subarray 6 Y Size HEX EU 004430 LQSUB6YSSubarray 6 Y Size This is the value of the parameter CTI 004440 LQSUB6YS"Subarray 6 Y Size". If this is a FUV exposure, this subarrayCTI 004450 LQSUB6YSis on segment B. TI 004460 LQSUB6XC 11011001:16Subarray 6 X Corner HEX EU 004470 LQSUB6XCSubarray 6 X Corner Coordinate This is the commanded value CTI 004480 LQSUB6XCof the parameter "Subarray 6 X Corner". If this is a FUV CTI 004490 LQSUB6XCexposure, this subarray is on segment B. TI 004500 LQSUB6YC 11111101:16Subarray 6 Y Corner HEX EU 004510 LQSUB6YCSubarray 6 Y Corner Coordinate This is the commanded value CTI 004520 LQSUB6YCof the parameter "Subarray 6 Y Corner". If this is a FUV CTI 004530 LQSUB6YCexposure, this subarray is on segment B. TI 004540 LQSUB7XS 11211201:16Subarray 7 X Size HEX EU 004550 LQSUB7XSSubarray 7 X Size This is the value of the parameter CTI 004560 LQSUB7XS"Subarray 7 X Size". If this is a FUV exposure, this subarrayCTI 004570 LQSUB7XSis on segment B. TI 004580 LQSUB7YS 11311301:16Subarray 7 Y Size HEX EU 004590 LQSUB7YSSubarray 7 Y Size This is the value of the parameter CTI 004600 LQSUB7YS"Subarray 7 Y Size". If this is a FUV exposure, this subarrayCTI 004610 LQSUB7YSis on segment B. TI 004620 LQSUB7XC 11411401:16Subarray 7 X Corner HEX EU 004630 LQSUB7XCSubarray 7 X Corner Coordinate This is the commanded valueCTI 004640 LQSUB7XCof the parameter "Subarray 7 X Corner". If this is a FUV CTI 004650 LQSUB7XCexposure, this subarray is on segment B. TI 004660 LQSUB7YC 11511501:16Subarray 7 Y Corner HEX EU 004670 LQSUB7YCSubarray 7 Y Corner Coordinate This is the commanded value CTI 004680 LQSUB7YCof the parameter "Subarray 7 Y Corner". If this is a FUV CTI 004690 LQSUB7YCexposure, this subarray is on segment B. TI 004700 LQDOPMAG 12612601:08# Pixels Dopplr CorrHEX EU 004710 LQDOPMAGNumber Pixels of Doppler Correction Doppler shift magnitudeCTI 004720 LQDOPMAG(Hi-Res pixels). DOPMAG will be the value of the parameter CTI 004730 LQDOPMAGDoppler Magnitude in the macro Setup Doppler. TI 004740 LQDOPCOR 12612615:16Doppler Correct FlagHEX EU 004750 LQDOPCORDoppler Correction Flag On-board doppler correction CTI 004760 LQDOPCORsetting. Valid values for DOPCOR are: 0 (NONE), 1 (FUV), or 2CTI 004770 LQDOPCOR(NUV). If DOPCOR = 0, then doppler correction was not appliedCTI 004780 LQDOPCORto this header's associated exposure. If DOPCOR = 1 or 2, CTI 004790 LQDOPCORthen doppler correction was previously configured by the CTI 004800 LQDOPCORLDOPPLER macro and applied to this header's associated CTI 004810 LQDOPCORexposure for the specified detector. The value 3 is invalid CTI 004820 LQDOPCORfor DOPCOR. TI 004830 LQDOPCOR 0 0None 1 1FUV 2 2NUV 3 3Invalid TD 004840 LQDOPZER 12712801:16Doppler Zero Time HEX EU 004850 LQDOPZERCommanded time of zero doppler shift Doppler shift zero CTI 004860 LQDOPZERphase time. DOPZER will be the value of the parameter Time ofCTI 004870 LQDOPZERZero Doppler Shift in the macro Setup Doppler. TI 004880 LQDOPPER 12912901:16Dopplr HST Orbit PerHEX EU 004890 LQDOPPERHST orbital doppler correction period TI 004900 LQLAMPID 14214207:08Current Lamp ID HEX EU 004910 LQLAMPIDCurrent Lamp Id This indicates the Current Lamp. Possible CTI 004920 LQLAMPIDvalues are: 0 = D1 (Deuterium Lamp 1) 1 = D2 (Deuterium CTI 004930 LQLAMPIDLamp 2) 2 = P1 (Platinum-Neon Lamp 1) 3 = P2 (Platinum-Neon CTI 004940 LQLAMPIDLamp 2) TI 004950 LQLAMPID 0 0D1 1 1D2 2 2P1 3 3P2 TD 004960 LQPILVL 14214209:10PtNe Lamp Curr LevelHEX EU 004970 LQPILVL PtNe Lamp Current Level Bits This indicates the level of CTI 004980 LQPILVL the platinum-neon lamp. Possible values are: 0 = Low 1 = CTI 004990 LQPILVL Medium 2 = High 3 = Not Valid TI 005000 LQPILVL 0 0Low 1 1Medium 2 2High 3 3NotValid TD 005010 LQDILVL 14214211:12Deut Lamp Curr LevelHEX EU 005020 LQDILVL Deuterium Lamp Current Level Bits This indicates the level CTI 005030 LQDILVL of the deuterium lamp. Possible values are: 0 = Low 1 = CTI 005040 LQDILVL Medium 2 = High 3 = Not Valid TI 005050 LQDILVL 0 0Low 1 1Medium 2 2High 3 3NotValid TD 005060 LQPLAMP2 14214213:13PtNe Lamp 2 On/Off HEX EU 005070 LQPLAMP2PtNe Lamp 2 On/Off Bit This indicates whether platinum-neonCTI 005080 LQPLAMP2calibration lamp 2 was last commanded off or on, as input to CTI 005090 LQPLAMP2the macro Set Calibration Lamp On/Off. Possible values are: CTI 005100 LQPLAMP2 0 = off 1 = on TI 005110 LQPLAMP2 0 0Off 1 1On TD 005120 LQPLAMP1 14214214:14PtNe Lamp 1 On/Off HEX EU 005130 LQPLAMP1PtNe Lamp 1 On/Off Bit This indicates whether platinum-neonCTI 005140 LQPLAMP1calibration lamp 1 was last commanded off or on, as input to CTI 005150 LQPLAMP1the macro Set Calibration Lamp On/Off. Possible values are: CTI 005160 LQPLAMP1 0 = off 1 = on TI 005170 LQPLAMP1 0 0Off 1 1On TD 005180 LQDLAMP2 14214215:15Deut Lamp 2 On/Off HEX EU 005190 LQDLAMP2Deuterium Lamp 2 On/Off Bit This indicates whether CTI 005200 LQDLAMP2deuterium calibration lamp 2 was last commanded off or on, as CTI 005210 LQDLAMP2input to the macro Set Deuterium Calibration Lamp On/Off. CTI 005220 LQDLAMP2Possible values are: 0 = off 1 = on TI 005230 LQDLAMP2 0 0Off 1 1On TD 005240 LQDLAMP1 14214216:16Deut Lamp 1 On/Off HEX EU 005250 LQDLAMP1Deuterium Lamp 1 On/Off Bit This indicates whether CTI 005260 LQDLAMP1deuterium calibration lamp 1 was last commanded off or on, as CTI 005270 LQDLAMP1input to the macro Set Deuterium Calibration Lamp On/Off. CTI 005280 LQDLAMP1Possible values are: 0 = off 1 = on TI 005290 LQDLAMP1 0 0Off 1 1On TD 005300 LQTDFINI 14514515:15Init TDF Flag State HEX EU 005310 LQTDFINIInitial TDF Flag State This indicates the state of the takeCTI 005320 LQTDFINIdata flag at the time the science header is allocated CTI 005330 LQTDFINI(regardless of whether the TDF response is enabled or CTI 005340 LQTDFINIdisabled). Possible values are: 0 = TDF down 1 = TDF up TI 005350 LQTDFINI 0 0TDF Down 1 1TDF Up TD 005360 LQTDFSTA 14514516:16TDF Monitor Status HEX EU 005370 LQTDFSTATDF Monitoring Status This indicates whether changes in theCTI 005380 LQTDFSTAstate of the take data flag were ignored or responded to CTI 005390 LQTDFSTAduring this exposure, as specified to the macro Enable/DisableCTI 005400 LQTDFSTATDF Response. Possible values are: 0 = ignore TDF 1 = CTI 005410 LQTDFSTArespond to TDF state and transitions TI 005420 LQTDFSTA 0 0Ignore 1 1Respond TD 005430 LQTDFINT 14614601:16Num TDF Interrupts HEX EU 005440 LQTDFINTNumber of TDF Interrupts/Bright Object Protection events CTI 005450 LQTDFINTSet to 1 when TDF interrupt or Bright Object Protection CTI 005460 LQTDFINT(protect detectors task) occurs during an exposure. Valid CTI 005470 LQTDFINTvalues are 0 or 1. Note: scihdr.h defines this variable as CTI 005480 LQTDFINTa USHORT even though 0 and 1 are the only valid values. TI 005490 LQTDFTD 14715201:16Time of TDF Down HEX EU 005500 LQTDFTD Time of TDF Down/Bright Object Protection This section CTI 005510 LQTDFTD contains information about interruptions to an exposure due toCTI 005520 LQTDFTD transitions in the HST take data flag or other Bright Object CTI 005530 LQTDFTD Protection events that invoke the protect detectors task. CTI 005540 LQTDFTD If TDF monitoring was enabled during generation of this image,CTI 005550 LQTDFTD the first occurrence of the TDF going down will be recorded. CTI 005560 LQTDFTD If the protect detectors task is invoked during an exposure, CTI 005570 LQTDFTD that time will also be recorded in this field. The time is CTI 005580 LQTDFTD presented in the 6-word COS time format. The first two words CTI 005590 LQTDFTD of the six represent the last received HST time code update, CTI 005600 LQTDFTD in units of 125 msec. The middle two words represent the lastCTI 005610 LQTDFTD obtained value of the DIB coarse time word, in units of 32 CTI 005620 LQTDFTD msec. The last two words represent the time which has elapsedCTI 005630 LQTDFTD since the DIB coarse time word was last obtained, in units of CTI 005640 LQTDFTD kernel ticks (approximately 10 msec). TI 005650 LQTDFDH 14714801:16TDF Down HST Time HEX EU 005660 LQTDFDH Time of TDF Down/Bright Object Protection: HST Time The CTI 005670 LQTDFDH time is the last received HST time code update, in units of CTI 005680 LQTDFDH 125 msec. TI 005690 LQTDFDC 14915001:16TDF Coarse Time HEX EU 005700 LQTDFDC Time of TDF Down/Bright Object Protection: DIB Coarse Time CTI 005710 LQTDFDC This is the last obtained value of the DIB coarse time which CTI 005720 LQTDFDC represents the time which has slapsed since the last HST time CTI 005730 LQTDFDC code update was obtained, in units of 32 msec. TI 005740 LQTDFDF 15115201:16TDF Fine Time HEX EU 005750 LQTDFDF Time of TDF Down/Bright Object Protection: Fine Time This CTI 005760 LQTDFDF represent the time which has elapsed since the HST time code CTI 005770 LQTDFDF update was last obtained, in units of kernel ticks CTI 005780 LQTDFDF (approximately 10 msec). TI 005790 LQTATYPE 15315302:04Target Acq Type HEX EU 005800 LQTATYPETarget Acquisition Type This is an indicator of which phaseCTI 005810 LQTATYPE(macro) of target acquisition produced this header. Possible CTI 005820 LQTATYPEvalues are: 1 = Calibrate Aperture Location (LTACAL) 2 = CTI 005830 LQTATYPETarget Search (LTASRCH) 3 = Peakup in the Cross Dispersion CTI 005840 LQTATYPEDirection (LTAPKXD) 4 = Peakup in the Dispersion Direction CTI 005850 LQTATYPE(LTAPKD) 5 = Calibrate Aperture Location for NUV Image Acq CTI 005860 LQTATYPE(LTAIMCAL) 6 = NUV Image Acquisition (LTAIMAGE) TI 005870 LQTATYPE 0 0Invalid 1 1LTACAL 2 2LTASRCH 3 3LTAPKXD CTD 005880 LQTATYPE 4 4LTAPKD 5 5LTAIMCAL 6 6LTAIMAGE 7 7Invalid TD 005890 LQTAFLAG 15415415:15TA Global Stat Flag HEX EU 005900 LQTAFLAGTarget Acquisition Status Flag This is the ta_Status globalCTI 005910 LQTAFLAGflag at the beginning of the target acquisition phase (macro) CTI 005920 LQTAFLAGthat produced this header. Possible values are: 0 = CTI 005930 LQTAFLAGSuccess 1 = Failure TI 005940 LQTAFLAG 0 0Success 1 1Failure TD 005950 LQTASTAT 15415416:16TA Status Code HEX EU 005960 LQTASTATTarget Acquisition Status Code This item gives the success CTI 005970 LQTASTATor failure of the target acquisition phase (macro) that CTI 005980 LQTASTATproduced this header. Possible values are: 0 = Success 1 CTI 005990 LQTASTAT= Failure TI 006000 LQTASTAT 0 0Success 1 1Failure TD 006010 LQTASCAN 15515512:14Spiral Scan Size HEX EU 006020 LQTASCANSpiral Scan Size This is the size of a spiral scan (target CTI 006030 LQTASCANsearch). The number of dwells is the square of this value. TI 006040 LQTACENT 15515515:16Centroid Indicator HEX EU 006050 LQTACENTCentroid Indicator This is an indicator of whether the CTI 006060 LQTACENTtarget was found by calculating a flux-weighted centroid or CTI 006070 LQTACENTreturning to the brightest dwell point. Possible values are: CTI 006080 LQTACENT 1 = FLUXWT - flux weighted without floored threshold 2 = CTI 006090 LQTACENTFLUXFLR - flux weighted with floored threshold 3 = BRIGHT - CTI 006100 LQTACENTreturn to brightest TI 006110 LQTACENT 0 0Invalid 1 1FLUXWT 2 2FLUXFLR 3 3BRIGHT TD 006120 LQTAPCNT 15615604:10% Max Dwell Level HEX EU 006130 LQTAPCNTPercent of Max Dwell Level (for local thresholding) This CTI 006140 LQTAPCNTvalue is the percentage (0-100) of counts at the max dwell CTI 006150 LQTAPCNTpoint in a linear or spiral scan. The local threshold value CTI 006160 LQTAPCNTis the maximum of the percentage of counts and the value of CTI 006170 LQTAPCNTthe expression LC0 + LC1 * (exposure time). TI 006180 LQTADWLS 15615611:16Number Dwell Points HEX EU 006190 LQTADWLSNumber of Dwell Points This value is the number of dwell CTI 006200 LQTADWLSpoints in a linear scan (peakup in the dispersion direction). TI 006210 LQTASTEP 15715701:16Scan Step Size HEX EU 006220 LQTASTEPScan Step Size Size of each step in the scan (linear or CTI 006230 LQTASTEPspiral) in milli-arcseconds. TI 006240 LQTAXCOR 15815801:16Avg X Disp Coordin HEX EU 006250 LQTAXCORAverage Cross Dispersion Coordinate This is the average CTI 006260 LQTAXCORcross dispersion coordinate of the calibration lamp CTI 006270 LQTAXCORspectrum/image (for TACAL or TAIMCAL), in units of tenths of aCTI 006280 LQTAXCORpixel. The calibration into units of pixels is linear where CTI 006290 LQTAXCORthe coefficients are: A0 = 0 A1 = 0.1 TI 006300 LQTAXCOR CTC 006310 P 1 +0.00000+00 +1.00000-01 TC 006320 LQTAYCOR 15915901:16Avg Y Coordin HEX EU 006330 LQTAYCORAverage Y Coordinate This is the average Y coordinate of CTI 006340 LQTAYCORthe calibration lamp image (from TAIMCAL), in units of tenths CTI 006350 LQTAYCORof a pixel. The calibration into units of pixels is linear CTI 006360 LQTAYCORwhere the coefficients are: A0 = 0 A1 = 0.1 TI 006370 LQTAYCOR CTC 006380 P 1 +0.00000+00 +1.00000-01 TC 006390 LQTAXPOS 16016001:16Target X Disp Pos REAL EU 006400 LQTAXPOSTarget Cross Dispersion Position This is the cross CTI 006410 LQTAXPOSdispersion position where the target was found, in units of CTI 006420 LQTAXPOSmilli-arcseconds. It is the calculated centroid, if CTI 006430 LQTAXPOSflux-weighted centroiding was commanded, or the brightest CTI 006440 LQTAXPOSdwell point, if return-to-brightest was commanded. It is a CTI 006450 LQTAXPOSsigned 16-bit value stored in two's complement form. The CTI 006460 LQTAXPOScalibration to milli-arcseconds in integer form is piece-wise CTI 006470 LQTAXPOSlinear where the segment end points are: Segment 1: 0, 0 CTI 006480 LQTAXPOS32767, 32767 Segment 2: 32768, -32768 65535, -1 TI 006490 LQTAXPOS pix CTC 006500 L 4 0+0.00000+00 32767+3.27670+04 32768-3.27680+04CTC 006510 65535-1.00000+00 TC 006520 LQTAFLOR 16116201:16Floored Threshold HEX EU 006530 LQTAFLORFloored threshold in flux-weighted centroid calculation CTI 006540 LQTAFLORThis value is the minimum "mass" (counts) over all dwells CTI 006550 LQTAFLORpoints in the scan (linear or spiral), which is the floored CTI 006560 LQTAFLORthreshold value (if floored thresholding was commanded) If CTI 006570 LQTAFLORfloored thresholding was not commanded, this will be 0. TI 006580 LQTAMXCR 16316301:16Msrd X Disp Coordin HEX EU 006590 LQTAMXCRMeasured Cross Dispersion Coordinate This is the measured CTI 006600 LQTAMXCRcross dispersion coordinate (from TAPKXD) or the X coordinate CTI 006610 LQTAMXCR(from TAIMAGE), in units of tenths of a pixel. The CTI 006620 LQTAMXCRcalibration into units of pixels is linear where the CTI 006630 LQTAMXCRcoefficients are: A0 = 0 A1 = 0.1 TI 006640 LQTAMXCR CTC 006650 P 1 +0.00000+00 +1.00000-01 TC 006660 LQTADXCR 16416401:16Dsrd X Disp Coordin HEX EU 006670 LQTADXCRDesired Cross Dispersion Coordinate This is the desired CTI 006680 LQTADXCRcross dispersion coordinate (in TAPKXD), or the desired X CTI 006690 LQTADXCRcoordinate (in TAIMAGE), in units of tenths of a pixel. It isCTI 006700 LQTADXCRa signed 16-bit value stored in two's complement form. The CTI 006710 LQTADXCRcalibration into units of pixels in decimal form is piece-wiseCTI 006720 LQTADXCRlinear where the segment end points are: Segment 1: 0, 0 CTI 006730 LQTADXCR32767, 3276.7 Segment 2: 32768, -3276.8 65535, -0.1 TI 006740 LQTADXCR CTC 006750 L 4 0+0.00000+00 32767+3.27670+03 32768-3.27680+03CTC 006760 65535-1.00000-01 TC 006770 LQTADPOS 16516613:16Target Disp PositionREAL EU 006780 LQTADPOSTarget Dispersion Position This is the dispersion position CTI 006790 LQTADPOSwhere the target was found (spiral (TASRCH) or linear (TAPKD) CTI 006800 LQTADPOSscan), in units of milli-arcseconds. It is the dispersion CTI 006810 LQTADPOScoordinate of the calculated centroid, if flux-weighted CTI 006820 LQTADPOScentroiding was commanded, or of the brightest dwell point, ifCTI 006830 LQTADPOSreturn-to-brightest was commanded. It is a signed 20-bit CTI 006840 LQTADPOSvalue stored in two's complement form. The calibration to CTI 006850 LQTADPOSmilli-arcseconds in integer form is piece-wise linear where CTI 006860 LQTADPOSthe segment end points are: Segment 1: 0, 0 524287, CTI 006870 LQTADPOS524287 Segment 2: 524288, -524288 1048575, -1 TI 006880 LQTADPOS mAs CTC 006890 L 4 0+0.00000+00 524287+5.24287+05 524288-5.24288+05CTC 006900 1048575-1.00000+00 TC 006910 LQTATOTL 16716801:16Event Total HEX EU 006920 LQTATOTLEvent Total Total number of detector events detected in theCTI 006930 LQTATOTLTACAL, TAPKXD, or TAIMCAL phase. TI 006940 LQTADSLW 16917013:16Dispersion Slew HEX EU 006950 LQTADSLWDispersion Slew This is the size of the dispersion slew CTI 006960 LQTADSLW(the final slew in the case of a scan) from a TASRCH, TAPKD, CTI 006970 LQTADSLWor TAIMAGE phase, in units of milli-arcseconds, calculated by CTI 006980 LQTADSLWthe flight software. It is a signed 20-bit value in two's CTI 006990 LQTADSLWcomplement form. The calibration to milli-arcseconds in CTI 007000 LQTADSLWinteger form is piece-wise linear where the segment end pointsCTI 007010 LQTADSLWare: Segment 1: 0, 0 524287, 524287 Segment 2: 524288, CTI 007020 LQTADSLW-524288 1048575, -1 TI 007030 LQTADSLW CTC 007040 L 4 0+0.00000+00 524287+5.24287+05 524288-5.24288+05CTC 007050 1048575-1.00000+00 TC 007060 LQTAXSLW 17117213:16X Dispersion Slew HEX EU 007070 LQTAXSLWCross Dispersion Slew This is the size of the cross CTI 007080 LQTAXSLWdispersion slew (the final slew in the case of a scan) from a CTI 007090 LQTAXSLWTASRCH, TAPKXD, or TAIMAGE macro, in units of CTI 007100 LQTAXSLWmilli-arcseconds, calculated by the flight software. It is a CTI 007110 LQTAXSLWsigned 20-bit value stored in two's complement form. The CTI 007120 LQTAXSLWcalibration to milli-arcseconds in integer form is piece-wise CTI 007130 LQTAXSLWlinear where the segment end points are: Segment 1: 0, 0 CTI 007140 LQTAXSLW524287, 524287 Segment 2: 524288, -524288 1048575, -1 TI 007150 LQTAXSLW CTC 007160 L 4 0+0.00000+00 524287+5.24287+05 524288-5.24288+05CTC 007170 1048575-1.00000+00 TC 007180 LQTADYCR 17317301:16Dsrd Y Coordinate HEX EU 007190 LQTADYCRDesired Y coordinate This is the desired Y coordinate (on CTI 007200 LQTADYCRthe NUV detector) for the target, from the TAIMAGE phase, in CTI 007210 LQTADYCRunits of tenths of a pixel. It is a signed 16-bit value CTI 007220 LQTADYCRstored in two's complement form. The calibration into units CTI 007230 LQTADYCRof pixels in decimal form is piece-wise linear where the CTI 007240 LQTADYCRsegment end points are: Segment 1: 0, 0 32767, 3276.7 CTI 007250 LQTADYCRSegment 2: 32768, -3276.8 65535, -0.1 TI 007260 LQTADYCR CTC 007270 L 4 0+0.00000+00 32767+3.27670+03 32768-3.27680+03CTC 007280 65535-1.00000-01 TC 007290 LQTAMYCR 17417401:16Msrd Y Coordinate HEX EU 007300 LQTAMYCRMeasured Y coordinate This is the measured Y coordinate of CTI 007310 LQTAMYCRthe target (on the NUV detector) from the TAIMAGE macro, in CTI 007320 LQTAMYCRunits of tenths of a pixel. The calibration into units of CTI 007330 LQTAMYCRpixels is linear where the coefficients are: A0 = 0 A1 = CTI 007340 LQTAMYCR0.1 TI 007350 LQTAMYCR CTC 007360 P 1 +0.00000+00 +1.00000-01 TC 007370 LQTAERR 17517509:16Last Target Acq Err HEX EU 007380 LQTAERR Last Target Acquisition Error This byte, populated in everyCTI 007390 LQTAERR header created by the flight software, either indicates that CTI 007400 LQTAERR the last target acquisition sequence was successful (0), or CTI 007410 LQTAERR else it gives the phase in which the last target acquisition CTI 007420 LQTAERR error occurred (most significant 3 bits), and an indication ofCTI 007430 LQTAERR error that occurred (least significant 5 bits). In a header CTI 007440 LQTAERR created by a target macro, this byte does indicate any CTI 007450 LQTAERR failures that occurred in that phase, with the obvious CTI 007460 LQTAERR exception of an error allocating the header! Possible values CTI 007470 LQTAERR are (see LQTAEMSG for fully worded descriptions): 0 = CTI 007480 LQTAERR Success 1-32 = -- 33 = LampID 34 = LampCur 35 = ExpTime CTI 007490 LQTAERR 36 = DetParam 37 = SetLmpCu 38 = TrnLmpOn 39 = TrnLmpOf 40CTI 007500 LQTAERR = ImgDeall 41 = AllocNul 42 = -- 43 = RateChck 44 = CTI 007510 LQTAERR ExpoStrt 45 = AbrtOrTO 46 = NoEvents 47-64 = -- 65 = CTI 007520 LQTAERR ScanSize 66 = StepSize 67 = CntrdPar 68 = DetParam 69 = CTI 007530 LQTAERR ExpTime 70 = PrcntMax 71 = -- 72 = ImgDeall 73 = AllocNul CTI 007540 LQTAERR 74 = RedoSub 75 = RateChck 76 = ExpoStrt 77 = AbrtOrTO 78 CTI 007550 LQTAERR = ExpAndDe 79 = NegXSlew 80 = PoxXSlew 81 = NegYSlew 82 = CTI 007560 LQTAERR PosYSlew 83 = TDFDown 84 = NoSlwAck 85 = NoTDFDwn 86 = CTI 007570 LQTAERR NoTDFUp 87 = NoGlbThr 88 = NoBrtThr 89 = NoMasLft 90-96 = CTI 007580 LQTAERR -- 97 = ExpTime 98 = AperPos 99 = GratPos 100 = DetParam CTI 007590 LQTAERR 101-104 = -- 105 = AllocNul 106 = -- 107 = RateChck 108 = CTI 007600 LQTAERR ExpoStrt 109 = AbtOrTO 110 = NoEvents 111 = NegXSlew 112 =CTI 007610 LQTAERR PosXSlew 113 = NegYSlew 114 = PosYSlew 115 = TDFDown 116 =CTI 007620 LQTAERR NoSlwAck 117 = NoTDFDwn 118 = NoTDFUp 119-128 = -- 129 = CTI 007630 LQTAERR NumDwell 130 = StepSize 131 = CntrdPar 132 = DetParam 133 CTI 007640 LQTAERR = ExpTime 134 = PrcntMax 135 = -- 136 = ImgDeall 137 = CTI 007650 LQTAERR AllocNul 138 = RedoSub 139 = RateChck 140 = ExpoStrt 141 =CTI 007660 LQTAERR AbrtOrTO 142 = ExpAndDe 143 = NegXSlew 144 = PosXSlew 145 CTI 007670 LQTAERR = NegYSlew 146 = PosYSlew 147 = TDFDown 148 = NoSlwAck 149CTI 007680 LQTAERR = NoTDFDwn 150 = NoTDFUp 151 = NoGlbThr 152 = NoBrtThr 153CTI 007690 LQTAERR = NoMasLft 154-160 = -- 161 = LampID 162 = LampCur 163 = CTI 007700 LQTAERR ExpTime 164 = NoCalThr 165 = SetLmpCu 166 = TrnLmpOn 167 =CTI 007710 LQTAERR TrnLmpOf 168 = ImgDeall 169 = AllocNul 170 = -- 171 = CTI 007720 LQTAERR RateChck 172 = ExpoStrt 173 = AbrtOrTO 174-192 = -- 193 = CTI 007730 LQTAERR ExpTime 194 = BoxOutsd 195 = Ckbx2Big 196 = NoCounts CTI 007740 LQTAERR 197-200 = -- 201 = AllocNul 202 = -- 203 = RateChck 204 = CTI 007750 LQTAERR ExpoStrt 205 = AbrtOrTO 206 = -- 207 = NegXSlew 208 = CTI 007760 LQTAERR PosXSlew 209 = NegYSlew 210 = PosYSlew 211 = TDFDown 212 =CTI 007770 LQTAERR NoSlwAck 213 = NoTDFDwn 214 = NoTDFUp 215-254 = -- 255 = CTI 007780 LQTAERR NoTAInit TI 007790 LQTAERR 0 0Success 1 32-- 33 33LampID 34 34LampCur CTD 007800 LQTAERR 35 35ExpTime 36 36DetParam 37 37SetLmpCu 38 38TrnLmpOn CTD 007810 LQTAERR 39 39TrnLmpOf 40 40ImgDeall 41 41AllocNul 42 42-- CTD 007820 LQTAERR 43 43RateChck 44 44ExpoStrt 45 45AbrtOrTO 46 46NoEvents CTD 007830 LQTAERR 47 64-- 65 65ScanSize 66 66StepSize 67 67CntrdPar CTD 007840 LQTAERR 68 68DetParam 69 69ExpTime 70 70PrcntMax 71 71-- CTD 007850 LQTAERR 72 72ImgDeall 73 73AllocNul 74 74RedoSub 75 75RateChck CTD 007860 LQTAERR 76 76ExpoStrt 77 77AbrtOrTO 78 78ExpAndDe 79 79NegXSlew CTD 007870 LQTAERR 80 80PoxXSlew 81 81NegYSlew 82 82PosYSlew 83 83TDFDown CTD 007880 LQTAERR 84 84NoSlwAck 85 85NoTDFDwn 86 86NoTDFUp 87 87NoGlbThr CTD 007890 LQTAERR 88 88NoBrtThr 89 89NoMasLft 90 96-- 97 97ExpTime CTD 007900 LQTAERR 98 98AperPos 99 99GratPos 100100DetParam101104-- CTD 007910 LQTAERR 105105AllocNul106106-- 107107RateChck108108ExpoStrt CTD 007920 LQTAERR 109109AbtOrTO 110110NoEvents111111NegXSlew112112PosXSlew CTD 007930 LQTAERR 113113NegYSlew114114PosYSlew115115TDFDown 116116NoSlwAck CTD 007940 LQTAERR 117117NoTDFDwn118118NoTDFUp 119128-- 129129NumDwell CTD 007950 LQTAERR 130130StepSize131131CntrdPa 132132DetParam133133ExpTime CTD 007960 LQTAERR 134134PrcntMax135135-- 136136ImgDeall137137AllocNul CTD 007970 LQTAERR 138138RedoSub 139139RateChck140140ExpoStrt141141AbrtOrTO CTD 007980 LQTAERR 142142ExpAndDe143143NegXSlew144144PosXSlew145145NegYSlew CTD 007990 LQTAERR 146146PosYSlew147147TDFDown 148148NoSlwAck149149NoTDFDwn CTD 008000 LQTAERR 150150NoTDFUp 151151NoGlbThr152152NoBrtThr153153NoMasLft CTD 008010 LQTAERR 154160-- 161161LampID 162162LampCur 163163ExpTime CTD 008020 LQTAERR 164164NoCalThr165165SetLmpCu166166TrnLmpOn167167TrnLmpOf CTD 008030 LQTAERR 168168ImgDeall169169AllocNul170170-- 171171RateChck CTD 008040 LQTAERR 172172ExpoStrt173173AbrtOrT 174192-- 193193ExpTime CTD 008050 LQTAERR 194194BoxOutsd195195Ckbx2Big196196NoCounts197200-- CTD 008060 LQTAERR 201201AllocNul202202-- 203203RateChck204204ExpoStrt CTD 008070 LQTAERR 205205AbrtOrTO206206-- 207207NegXSlew208208PosXSlew CTD 008080 LQTAERR 209209NegYSlew210210PosYSlew211211TDFDown 212212NoSlwAck CTD 008090 LQTAERR 213213NoTDFDwn214214NoTDFUp 215254-- 255255NoTAInit TD 008100 LQTAEPHS 17517509:11Target Acq Err PhaseHEX EU 008110 LQTAEPHSTarget Acquisition Error Phase This is the most significantCTI 008120 LQTAEPHS3 bits of the LQTAERR byte. If it is 1 - 6, it is the target CTI 008130 LQTAEPHSacq phase that failed; if it is 0, it indictes success; if it CTI 008140 LQTAEPHSis 7, it indictes LTAINIT has not been commanded since OperateCTI 008150 LQTAEPHSinitialization. Possible values are: 0 = the previous CTI 008160 LQTAEPHStarget acq sequence was successful 1 = the previous target CTI 008170 LQTAEPHSacq sequence failed in LTACAL 2 = the previous target acq CTI 008180 LQTAEPHSsequence failed in LTASRCH 3 = the previous target acq CTI 008190 LQTAEPHSsequence failed in LTAPKXD 4 = the previous target acq CTI 008200 LQTAEPHSsequence failed in LTAPKD 5 = the previous target acq CTI 008210 LQTAEPHSsequence failed in LTAIMCAL 6 = the previous target acq CTI 008220 LQTAEPHSsequence failed in LTAIMAGE 7 = LTAINIT has not been executedCTI 008230 LQTAEPHSsince Operate initialization. (Any other target acq macros CTI 008240 LQTAEPHSrequested since Operate initialization have failed due to a CTI 008250 LQTAEPHSglobal status failure). TI 008260 LQTAEPHS 0 0Success 1 1LTACAL 2 2LTASRCH 3 3LTAPKXD CTD 008270 LQTAEPHS 4 4LTAPKD 5 5LTAIMCAL 6 6LTAIMAGE 7 7NotInit TD 008280 LQTAEMSG 17517512:16Target Acq Err Msg HEX EU 008290 LQTAEMSGTarget Acquisition Error Message This is the least CTI 008300 LQTAEMSGsignificant 5 bits of the LQTAERR byte. It is a number CTI 008310 LQTAEMSGcorresponding to the specific problem that was detected. The CTI 008320 LQTAEMSGnumber is not unique to a particular phase (i.e. the same CTI 008330 LQTAEMSGnumber is used in multiple phases). LQTAEMSG is interpretedCTI 008340 LQTAEMSGdifferently for different phases (see below). (If LQTAEPHS is CTI 008350 LQTAEMSG0, LQTAEMSG will be 0; if LQTAEPHS is 7, LQTAEMSG will be CTI 008360 LQTAEMSG31--see LQTAEPHS for what these mean). Possible values for CTI 008370 LQTAEMSGLQTAEMSG from the LTACAL phase are: 1 = the lamp ID parameterCTI 008380 LQTAEMSGwas invalid 2 = the lamp current parameter was invalid 3 = CTI 008390 LQTAEMSGthe exposure time parameter was invalid 4 = the detector CTI 008400 LQTAEMSGparameter was invalid 5 = the function call to set the lamp CTI 008410 LQTAEMSGcurrent failed 6 = the function call to turn the lamp on CTI 008420 LQTAEMSGfailed 7 = the function call to turn the lamp off failed 8 =CTI 008430 LQTAEMSGthe function call to deallocate the image failed 9 = the CTI 008440 LQTAEMSGfunction call to allocate a null image failed 11 = the CTI 008450 LQTAEMSGfunction call to perform the rate check failed 12 = the CTI 008460 LQTAEMSGfunction call to start the exposure failed 13 = the exposure CTI 008470 LQTAEMSGwas aborted or timed out 14 = the calculation of the average CTI 008480 LQTAEMSGcross-dispersion coordinate failed (no events) Possible CTI 008490 LQTAEMSGvalues for LQTAEMSG from the LTASRCH phase are: 1 = the scan CTI 008500 LQTAEMSGsize parameter was invalid 2 = the step size parameter was CTI 008510 LQTAEMSGinvalid 3 = the centroid type paramter was invalid 4 = the CTI 008520 LQTAEMSGdetector parameter was invalid 5 = the exposure time CTI 008530 LQTAEMSGparameter was invalid 6 = the percent max dwell parameter wasCTI 008540 LQTAEMSGinvalid 8 = the function call to deallocate the image failed CTI 008550 LQTAEMSG9 = the function call to allocate a null image failed 10 = CTI 008560 LQTAEMSGthe function call to repeat the last subarray setup failed 11CTI 008570 LQTAEMSG= the function call to perform the rate check failed 12 = theCTI 008580 LQTAEMSGfunction call to start the exposure failed 13 = the exposure CTI 008590 LQTAEMSGwas aborted or timed out 14 = an error occurred in the CTI 008600 LQTAEMSGexposure and the subsequent attempt to deallocate the image CTI 008610 LQTAEMSGalso failed (most likely means the start exposure software CTI 008620 LQTAEMSGnever successfully allocated image space, so the deallocation CTI 008630 LQTAEMSGalso failed) 15 = a negative cross-dispersion slew request CTI 008640 LQTAEMSGwas too big 16 = a positive cross-dispersion slew request wasCTI 008650 LQTAEMSGtoo big 17 = a negative dispersion slew request was too big CTI 008660 LQTAEMSG18 = a positive dispersion slew request was too big 19 = the CTI 008670 LQTAEMSGTDF was already down before requesting a slew 20 = the NSSC-1CTI 008680 LQTAEMSGdid not acknowledge the slew request 21 = the TDF did not go CTI 008690 LQTAEMSGdown after the slew request 22 = the TDF did not come back upCTI 008700 LQTAEMSGafter the slew request 23 = the global threshold was not CTI 008710 LQTAEMSGexceeded 24 = the brightest dwell point threshold was not CTI 008720 LQTAEMSGexceeded 25 = there was no mass left after applying the localCTI 008730 LQTAEMSGthreshold Possible values for LQTAEMSG from the LTAPKXD CTI 008740 LQTAEMSGphase are: 1 = the exposure time parameter was invalid 2 = CTI 008750 LQTAEMSGthe aperture mechanism was not in the correct position 3 = CTI 008760 LQTAEMSGthe grating(s) were not in the correct position(s) 4 = the CTI 008770 LQTAEMSGdetector parameter was invalid 9 = the function call to CTI 008780 LQTAEMSGallocate a null image failed 11 = the function call to CTI 008790 LQTAEMSGperform the rate check failed 12 = the function call to startCTI 008800 LQTAEMSGthe exposure failed 13 = the exposure was aborted or timed CTI 008810 LQTAEMSGout 14 = the calculation of the average cross-dispersion CTI 008820 LQTAEMSGcoordinate failed (no events) 15 = a negative CTI 008830 LQTAEMSGcross-dispersion slew request was too big 16 = a positive CTI 008840 LQTAEMSGcross-dispersion slew request was too big 17 = a negative CTI 008850 LQTAEMSGdispersion slew request was too big 18 = a positive CTI 008860 LQTAEMSGdispersion slew request was too big 19 = the TDF was already CTI 008870 LQTAEMSGdown before requesting a slew 20 = the NSSC-1 did not CTI 008880 LQTAEMSGacknowledge the slew request 21 = the TDF did not go down CTI 008890 LQTAEMSGafter the slew request 22 = the TDF did not come back up CTI 008900 LQTAEMSGafter the slew request Possible values for LQTAEMSG from CTI 008910 LQTAEMSGthe LTAPKD phase are: 1 = the number of dwells parameter was CTI 008920 LQTAEMSGinvalid 2 = the step size parameter was invalid 3 = the CTI 008930 LQTAEMSGcentroid type paramter was invalid 4 = the detector parameterCTI 008940 LQTAEMSGwas invalid 5 = the exposure time was invalid 6 = the CTI 008950 LQTAEMSGpercent max dwell parameter was invalid 8 = the function callCTI 008960 LQTAEMSGto deallocate the image failed 9 = the function call to CTI 008970 LQTAEMSGallocate a null image failed 10 = the function call to repeatCTI 008980 LQTAEMSGthe last subarray setup failed 11 = the function call to CTI 008990 LQTAEMSGperform the rate check failed 12 = the function call to startCTI 009000 LQTAEMSGthe exposure failed 13 = the exposure was aborted or timed CTI 009010 LQTAEMSGout 14 = an error occurred in the exposure and the subsequentCTI 009020 LQTAEMSGattempt to deallocate the image also failed (most likely CTI 009030 LQTAEMSGmeans the start exposure software never successfully CTI 009040 LQTAEMSGallocated image space, so the deallocation also failed) 15 =CTI 009050 LQTAEMSGa negative cross-dispersion slew request was too big 16 = a CTI 009060 LQTAEMSGpositive cross-dispersion slew request was too big 17 = a CTI 009070 LQTAEMSGnegative dispersion slew request was too big 18 = a positive CTI 009080 LQTAEMSGdispersion slew request was too big 19 = the TDF was already CTI 009090 LQTAEMSGdown before requesting a slew 20 = the NSSC-1 did not CTI 009100 LQTAEMSGacknowledge the slew request 21 = the TDF did not go down CTI 009110 LQTAEMSGafter the slew request 22 = the TDF did not come back up CTI 009120 LQTAEMSGafter the slew request 23 = the global threshold was not CTI 009130 LQTAEMSGexceeded 24 = the brightest dwell point threshold was not CTI 009140 LQTAEMSGexceeded 25 = there was no mass left after applying the localCTI 009150 LQTAEMSGthreshold Possible values for LQTAEMSG from the LTAIMCAL CTI 009160 LQTAEMSGphase are: 1 = the lamp ID parameter was invalid 2 = the CTI 009170 LQTAEMSGlamp current parameter was invalid 3 = the exposure time CTI 009180 LQTAEMSGparameter was invalid 4 = the image cal threshold was not CTI 009190 LQTAEMSGexceeded 5 = the function call to set the lamp current failedCTI 009200 LQTAEMSG 6 = the function call to turn the lamp on failed 7 = the CTI 009210 LQTAEMSGfunction call to turn the lamp off failed 8 = the function CTI 009220 LQTAEMSGcall to deallocate the image failed 9 = the function call to CTI 009230 LQTAEMSGallocate a null image failed 11 = the function call to CTI 009240 LQTAEMSGperform the rate check failed 12 = the function call to startCTI 009250 LQTAEMSGthe exposure failed 13 = the exposure was aborted or timed CTI 009260 LQTAEMSGout Possible vaules for LQTAEMSG from the LTAIMAGE phase CTI 009270 LQTAEMSGare: 1 = the exposure time paramter was invalid 2 = the CTI 009280 LQTAEMSGcenter of the small box was outside the subarray 3 = the CTI 009290 LQTAEMSGcheckbox was larger than the trimmed small box 4 = the CTI 009300 LQTAEMSGcheckbox of maximum counts had 0 counts 9 = the function callCTI 009310 LQTAEMSGto allocate a null image failed 11 = the function call to CTI 009320 LQTAEMSGperform the rate check failed 12 = the function call to startCTI 009330 LQTAEMSGthe exposure failed 13 = the exposure was aborted or timed CTI 009340 LQTAEMSGout 15 = a negative cross-dispersion slew request was too bigCTI 009350 LQTAEMSG 16 = a positive cross-dispersion slew request was too big 17CTI 009360 LQTAEMSG= a negative dispersion slew request was too big 18 = a CTI 009370 LQTAEMSGpositive dispersion slew request was too big 19 = the TDF wasCTI 009380 LQTAEMSGalready down before requesting a slew 20 = the NSSC-1 did notCTI 009390 LQTAEMSGacknowledge the slew request 21 = the TDF did not go down CTI 009400 LQTAEMSGafter the slew request 22 = the TDF did not come back up CTI 009410 LQTAEMSGafter the slew request TI 009420 LQTAEMSG 0 0SUCCESS 1 30See_DM06 31 31NotInit TD 009430 LQTAFX01 17617701:16Flux at Dwell Pt 1 HEX EU 009440 LQTAFX01Flux at Dwell Point 1 This is 1 of 49 fluxes (32-bit) for CTI 009450 LQTAFX01each dwell point in the target acquisition scan. This flux isCTI 009460 LQTAFX01computed in the Target Search and Peakup in the Dispersion CTI 009470 LQTAFX01Direction macros. Each flux will be the total counts within CTI 009480 LQTAFX01the selected subarray at each dwell point, minus the floored CTI 009490 LQTAFX01threshold value (if floored thresholding was commanded). CTI 009500 LQTAFX01There may be fewer than 49 dwell points; the actual number of CTI 009510 LQTAFX01dwell points can be determined from the values LQTASCAN or CTI 009520 LQTAFX01LQTADWLS. TI 009530 LQTAFX02 17817901:16Flux at Dwell Pt 2 HEX EU 009540 LQTAFX02Flux at Dwell Point 2 - See LQTAFX01. TI 009550 LQTAFX03 18018101:16Flux at Dwell Pt 3 HEX EU 009560 LQTAFX03Flux at Dwell Point 3 - See LQTAFX01. TI 009570 LQTAFX04 18218301:16Flux at Dwell Pt 4 HEX EU 009580 LQTAFX04Flux at Dwell Point 4 - See LQTAFX01. TI 009590 LQTAFX05 18418501:16Flux at Dwell Pt 5 HEX EU 009600 LQTAFX05Flux at Dwell Point 5 - See LQTAFX01. TI 009610 LQTAFX06 18618701:16Flux at Dwell Pt 6 HEX EU 009620 LQTAFX06Flux at Dwell Point 6 - See LQTAFX01. TI 009630 LQTAFX07 18818901:16Flux at Dwell Pt 7 HEX EU 009640 LQTAFX07Flux at Dwell Point 7 - See LQTAFX01. TI 009650 LQTAFX08 19019101:16Flux at Dwell Pt 8 HEX EU 009660 LQTAFX08Flux at Dwell Point 8 - See LQTAFX01. TI 009670 LQTAFX09 19219301:16Flux at Dwell Pt 9 HEX EU 009680 LQTAFX09Flux at Dwell Point 9 - See LQTAFX01. TI 009690 LQTAFX10 19419501:16Flux at Dwell Pt 10 HEX EU 009700 LQTAFX10Flux at Dwell Point 10 - See LQTAFX01. TI 009710 LQTAFX11 19619701:16Flux at Dwell Pt 11 HEX EU 009720 LQTAFX11Flux at Dwell Point 11 - See LQTAFX01. TI 009730 LQTAFX12 19819901:16Flux at Dwell Pt 12 HEX EU 009740 LQTAFX12Flux at Dwell Point 12 - See LQTAFX01. TI 009750 LQTAFX13 20020101:16Flux at Dwell Pt 13 HEX EU 009760 LQTAFX13Flux at Dwell Point 13 - See LQTAFX01. TI 009770 LQTAFX14 20220301:16Flux at Dwell Pt 14 HEX EU 009780 LQTAFX14Flux at Dwell Point 14 - See LQTAFX01. TI 009790 LQTAFX15 20420501:16Flux at Dwell Pt 15 HEX EU 009800 LQTAFX15Flux at Dwell Point 15 - See LQTAFX01. TI 009810 LQTAFX16 20620701:16Flux at Dwell Pt 16 HEX EU 009820 LQTAFX16Flux at Dwell Point 16 - See LQTAFX01. TI 009830 LQTAFX17 20820901:16Flux at Dwell Pt 17 HEX EU 009840 LQTAFX17Flux at Dwell Point 17 - See LQTAFX01. TI 009850 LQTAFX18 21021101:16Flux at Dwell Pt 18 HEX EU 009860 LQTAFX18Flux at Dwell Point 18 - See LQTAFX01. TI 009870 LQTAFX19 21221301:16Flux at Dwell Pt 19 HEX EU 009880 LQTAFX19Flux at Dwell Point 19 - See LQTAFX01. TI 009890 LQTAFX20 21421501:16Flux at Dwell Pt 20 HEX EU 009900 LQTAFX20Flux at Dwell Point 20 - See LQTAFX01. TI 009910 LQTAFX21 21621701:16Flux at Dwell Pt 21 HEX EU 009920 LQTAFX21Flux at Dwell Point 21 - See LQTAFX01. TI 009930 LQTAFX22 21821901:16Flux at Dwell Pt 22 HEX EU 009940 LQTAFX22Flux at Dwell Point 22 - See LQTAFX01. TI 009950 LQTAFX23 22022101:16Flux at Dwell Pt 23 HEX EU 009960 LQTAFX23Flux at Dwell Point 23 - See LQTAFX01. TI 009970 LQTAFX24 22222301:16Flux at Dwell Pt 24 HEX EU 009980 LQTAFX24Flux at Dwell Point 24 - See LQTAFX01. TI 009990 LQTAFX25 22422501:16Flux at Dwell Pt 25 HEX EU 010000 LQTAFX25Flux at Dwell Point 25 - See LQTAFX01. TI 010010 LQTAFX26 22622701:16Flux at Dwell Pt 26 HEX EU 010020 LQTAFX26Flux at Dwell Point 26 - See LQTAFX01. TI 010030 LQTAFX27 22822901:16Flux at Dwell Pt 27 HEX EU 010040 LQTAFX27Flux at Dwell Point 27 - See LQTAFX01. TI 010050 LQTAFX28 23023101:16Flux at Dwell Pt 28 HEX EU 010060 LQTAFX28Flux at Dwell Point 28 - See LQTAFX01. TI 010070 LQTAFX29 23223301:16Flux at Dwell Pt 29 HEX EU 010080 LQTAFX29Flux at Dwell Point 29 - See LQTAFX01. TI 010090 LQTAFX30 23423501:16Flux at Dwell Pt 30 HEX EU 010100 LQTAFX30Flux at Dwell Point 30 - See LQTAFX01. TI 010110 LQTAFX31 23623701:16Flux at Dwell Pt 31 HEX EU 010120 LQTAFX31Flux at Dwell Point 31 - See LQTAFX01. TI 010130 LQTAFX32 23823901:16Flux at Dwell Pt 32 HEX EU 010140 LQTAFX32Flux at Dwell Point 32 - See LQTAFX01. TI 010150 LQTAFX33 24024101:16Flux at Dwell Pt 33 HEX EU 010160 LQTAFX33Flux at Dwell Point 33 - See LQTAFX01. TI 010170 LQTAFX34 24224301:16Flux at Dwell Pt 34 HEX EU 010180 LQTAFX34Flux at Dwell Point 34 - See LQTAFX01. TI 010190 LQTAFX35 24424501:16Flux at Dwell Pt 35 HEX EU 010200 LQTAFX35Flux at Dwell Point 35 - See LQTAFX01. TI 010210 LQTAFX36 24624701:16Flux at Dwell Pt 36 HEX EU 010220 LQTAFX36Flux at Dwell Point 36 - See LQTAFX01. TI 010230 LQTAFX37 24824901:16Flux at Dwell Pt 37 HEX EU 010240 LQTAFX37Flux at Dwell Point 37 - See LQTAFX01. TI 010250 LQTAFX38 25025101:16Flux at Dwell Pt 38 HEX EU 010260 LQTAFX38Flux at Dwell Point 38 - See LQTAFX01. TI 010270 LQTAFX39 25225301:16Flux at Dwell Pt 39 HEX EU 010280 LQTAFX39Flux at Dwell Point 39 - See LQTAFX01. TI 010290 LQTAFX40 25425501:16Flux at Dwell Pt 40 HEX EU 010300 LQTAFX40Flux at Dwell Point 40 - See LQTAFX01. TI 010310 LQTAFX41 25625701:16Flux at Dwell Pt 41 HEX EU 010320 LQTAFX41Flux at Dwell Point 41 - See LQTAFX01. TI 010330 LQTAFX42 25825901:16Flux at Dwell Pt 42 HEX EU 010340 LQTAFX42Flux at Dwell Point 42 - See LQTAFX01. TI 010350 LQTAFX43 26026101:16Flux at Dwell Pt 43 HEX EU 010360 LQTAFX43Flux at Dwell Point 43 - See LQTAFX01. TI 010370 LQTAFX44 26226301:16Flux at Dwell Pt 44 HEX EU 010380 LQTAFX44Flux at Dwell Point 44 - See LQTAFX01. TI 010390 LQTAFX45 26426501:16Flux at Dwell Pt 45 HEX EU 010400 LQTAFX45Flux at Dwell Point 45 - See LQTAFX01. TI 010410 LQTAFX46 26626701:16Flux at Dwell Pt 46 HEX EU 010420 LQTAFX46Flux at Dwell Point 46 - See LQTAFX01. TI 010430 LQTAFX47 26826901:16Flux at Dwell Pt 47 HEX EU 010440 LQTAFX47Flux at Dwell Point 47 - See LQTAFX01. TI 010450 LQTAFX48 27027101:16Flux at Dwell Pt 48 HEX EU 010460 LQTAFX48Flux at Dwell Point 48 - See LQTAFX01. TI 010470 LQTAFX49 27227301:16Flux at Dwell Pt 49 HEX EU 010480 LQTAFX49Flux at Dwell Point 49 - See LQTAFX01. TI 010490 LQTALOCL 27427501:16TA Local Threshold HEX EU 010500 LQTALOCLTarget Acquisition Local Threshold This is the local CTI 010510 LQTALOCLthreshold in the flux-weighted centroid calculation from a CTI 010520 LQTALOCLTASRCH or TAPKD target acquisition phase where the CTI 010530 LQTALOCLflux-weighted centroid option was commanded. Dwell point CTI 010540 LQTALOCLfluxes that did not exceed this threshold were not used in theCTI 010550 LQTALOCLcentroid calculation. TI 010560 ***********************************************************************GC 010570 36636601:16 Begin of Snapshot 1 GC 010580 ***********************************************************************GC 010590 LCL30VI L13C624A36636601:12Cal Lamp +30 V I HEX EU 010600 LCL30VI +30 volt Cal Lamp current monitor. See SC538462, sheet 3 for CTI 010610 LCL30VI circuit. TI 010620 LOMFLVDTL09H478A36636713:08OsM1 Foc mtr LVDT HEX EU 010630 LOMFLVDTOSM1 Focus motor LVDT TI 010640 LCSMEM01L16J806A36736809:08CS MEMory monitor 1 HEX EU 010650 LCSMEM01CS memory monitor #1. TI 010660 LCSMEM07L16J743A36836909:08CS MEMory monitor 7 HEX EU 010670 LCSMEM07CS memory monitor #7. TI 010680 LAPXLVDTL11H546A36937009:04APer X-disper LVDT HEX EU 010690 LAPXLVDTAperture cross-dispersion direction LVDT, raw resolver CTI 010700 LAPXLVDTposition (x-axis) TI 010710 LAPDLVDTL11H547A37037005:16Aper Disper LVDT HEX EU 010720 LAPDLVDTAperture dispersion direction LVDT, raw resolver position CTI 010730 LAPDLVDT(y-axis) TI 010740 LNEDCOLLL16X768B37137102:02Nrm Eng Data COLLctnHEX EU 010750 LNEDCOLLFlag indicating if Normal Eng. Data (NED) Collection is CTI 010760 LNEDCOLLenabled (1=enabled, 0=disabled) TI 010770 LLIMCKENL16X784B37137103:03LIMit ChecKing ENab HEX EU 010780 LLIMCKENFlag indicating if Limits Checking is enabled (1=enabled, CTI 010790 LLIMCKEN0=disabled) TI 010800 LELOGWRPL16X799B37137104:04Error LOG WRaParoundHEX EU 010810 LELOGWRPFlag indicating if the internal FSW error log has wrapped CTI 010820 LELOGWRParound to the beginning TI 010830 LBKGDMONL16X770B37137105:05BacKGrounD MONitor HEX EU 010840 LBKGDMONFlag indicating if the background processing software functionCTI 010850 LBKGDMONis enabled (1=enabled, 0=disabled) TI 010860 LDMPSTATL16X754D37137106:07DuMP STATus HEX EU 010870 LDMPSTATFlag indicating if an image or memory dump is currently in CTI 010880 LDMPSTATprogress TI 010890 LCHKSUM L16X805B37137108:08CHecKSUM or crc HEX EU 010900 LCHKSUM Flag indicating if a checksumor CRC is currently being CTI 010910 LCHKSUM calculated by the FSW TI 010920 LELOGNUML16J798A37137209:08Error LOG NUMber HEX EU 010930 LELOGNUMLast error code processed by the FSW TI 010940 LIMCMDACL16Q785A37237209:16IMmed CMD Accept CntHEX EU 010950 LIMCMDACNumber of immediate MAR's accepted by the FSW from the RIU TI 010960 LPNLMP1IL13H621A37337301:08PtNe LaMP 1 cur monIHEX EU 010970 LPNLMP1IPt/Ne Lamp 1 Current Monitor TI 010980 LPNLMP2IL13H626A37337309:16PtNe LaMP 2 cur monIHEX EU 010990 LPNLMP2IPt/Ne Lamp 2 Current Monitor TI 011000 LD2LMP1IL13H623A37437401:08D2 LaMP 1 cur monItrHEX EU 011010 LD2LMP1IDeuterium 2 Lamp 1 Current Monitor TI 011020 LELOGMSGL16J797A37437509:08Error LOG MeSsaGe HEX EU 011030 LELOGMSGLast error parameter processed by the FSW TI 011040 LNRCMDACL16Q775A37537509:16NoRmal CMD Accpt CntHEX EU 011050 LNRCMDACNumber of normal MAR's accepted by the FSW from the RIU. TI 011060 LCMDATACL16Q778A37637601:08CMd DATa Accpt Cnt HEX EU 011070 LCMDATACNumber of parameter data values accepted by the FSW from the CTI 011080 LCMDATACRIU since initialization TI 011090 LD2LMP2IL13H625A37637609:16D2 LaMP 2 cur monItrHEX EU 011100 LD2LMP2IDeuterium 2 Lamp 2 Current Monitor TI 011110 LIPLTHTRL19V959A37737701:08Interface PLaTe HTR HEX EU 011120 LIPLTHTRInterface Plate Heater Monitor TI 011130 LD2LMP1TL13T620A37737709:16D2 LaMP 1 hsg Tmp HEX EU 011140 LD2LMP1TPrimary deuterium housing temperature TI 011150 LHDRCNT L16Q756A37837801:08HeaDeR CouNT HEX EU 011160 LHDRCNT Number of headers currently stored in EDAC RAM memory TI 011170 LOBSNUM L16Q726A37837809:16OBServation NUMber HEX EU 011180 LOBSNUM Observation Number TI 011190 LCMDFIFOL16X790D37937902:04CMD FIFO status HEX EU 011200 LCMDFIFORIU Command FIFO status flags indicating full, half-full and CTI 011210 LCMDFIFOempty status TI 011220 LSDFFIFOL16X766D37937906:08SDF FIFO flag statusHEX EU 011230 LSDFFIFOSDF FIFO status flags indicating full, half-full and empty CTI 011240 LSDFFIFOstatus TI 011250 LTIMETAGL16X814B37937912:12TIME TAG image allocHEX EU 011260 LTIMETAGFlag indicating if a time-tag image has been allocated in the CTI 011270 LTIMETAGImage Buffer. TI 011280 LTCUERR L16X709B37937913:13Time Code Update ERRHEX EU 011290 LTCUERR Time Code Update ERR TI 011300 LDUMPTO L16X725B37937914:14DUMP Time Out indctrHEX EU 011310 LDUMPTO DUMP Time Out indctr TI 011320 LSDRESTRL16X728B37937915:15Sci Data bffr RESToRHEX EU 011330 LSDRESTRSci Data bffr RESToR TI 011340 LMACINHBL16X747B37937916:16MACro prcsng INHiBitHEX EU 011350 LMACINHBFlag indicating if the processing of normal MAR's is suspended TI 011360 L5VMEC L03V071A38038001:08meb / ses +5V MECh HEX EU 011370 L5VMEC 5 volt mech dc/dc converter monitor. TI 011380 LPNLMP2TL13T627A38038009:16PtNe LaMP 2 hsg Tmp HEX EU 011390 LPNLMP2TSecondary platinum-neon lamp housing temperature TI 011400 LOBAFTBTL18T907A38138101:08Opt Bnc AFT Blkhd T HEX EU 011410 LOBAFTBTOptical bench aft bulkhead temperature TI 011420 LIMGINSPL16J760A38138315:08IMaGe INSert PointerHEX EU 011430 LIMGINSPPointer to Image Buffer space where next image is to be CTI 011440 LIMGINSPinserted TI 011450 LIN3PANTL17T889A38338309:16Inboard v3 PANel TmpHEX EU 011460 LIN3PANTInboard V3 Center Panel Temperature TI 011470 LFITBT L17T893A38438401:08FITting B Temp HEX EU 011480 LFITBT B-Fitting Temperature TI 011490 LCSMEM02L16J807A38438509:08CS MEMory monitor 2 HEX EU 011500 LCSMEM02CS memory monitor #2. TI 011510 LCSMEM08L16J740A38538609:08CS MEMory monitor 8 HEX EU 011520 LCSMEM08CS memory monitor #8. TI 011530 LCSMEM03L16J808A38638709:08CS MEMory monitor 3 HEX EU 011540 LCSMEM03CS memory monitor #3. TI 011550 LCSMEM09L16J741A38738809:08CS MEMory monitor 9 HEX EU 011560 LCSMEM09CS memory monitor #9. TI 011570 LDMPWAITL16J755A38838909:08DuMP WAIT time HEX EU 011580 LDMPWAITAmount of time allowed for a dump to complete before a timeoutCTI 011590 LDMPWAIToccurs (in Boot time is in 0.5 second increments, in Operate CTI 011600 LDMPWAITtime is in 0.01 second increments) TI 011610 LIMCMDPCL16Q783A38938909:16IMmed CMD Prcssd CntHEX EU 011620 LIMCMDPCNumber of immediate MAR's processed by the FSW TI 011630 LNUMLINEL16J761A39039001:16NUM sdf LINEs alloc HEX EU 011640 LNUMLINENumber of SDF lines worth of image data stored in memory CTI 011650 LNUMLINE(includes both headers and images) TI 011660 LNRMQUE L16J792A39139101:08NoRMal cmd QUE depthHEX EU 011670 LNRMQUE Number of entries in the Normal MAR queue. TI 011680 LIMGCNT L16Q757A39139109:16IMaGe CouNT HEX EU 011690 LIMGCNT Number of images currently stored in CS Buffer memory. This CTI 011700 LIMGCNT includes both null images and non-null images. TI 011710 LDETHTR L19V958A39239201:08DETector HeaTeR mon HEX EU 011720 LDETHTR DETector HeaTeR mon TI 011730 LCLGND1 L13V629A39239209:16Cal Lamp GND 1 HEX EU 011740 LCLGND1 Cal Lamp GND 1 TI 011750 LERRCNT L16Q769A39339301:08fsw ERRor CouNT HEX EU 011760 LERRCNT Number of errors set to the NSSC-I by the FSW TI 011770 LELOGINDL16J796A39339309:16Error LOG INDex HEX EU 011780 LELOGINDIndex into the internal FSW error log TI 011790 LBUSWAITL16X780B39439402:02BUS WAIT state HEX EU 011800 LBUSWAITFlag indicating if the Bus Wait State is enabled/disabled on CTI 011810 LBUSWAITthe CS CPU. TI 011820 LDOGTIMEL16X793B39439404:04WatchDOG TIMEr stat HEX EU 011830 LDOGTIMEFlag indicating if the Watchdog Timer reset hardware function CTI 011840 LDOGTIMEis enabled (1=enabled, 0=disabled) TI 011850 LINPCLK L16X801B39439405:05timer INPut CLocK HEX EU 011860 LINPCLK Flag indicating if the clock input to the 82380 chip is CTI 011870 LINPCLK enabled (1=clock DISABLED, 0=clock ENABLED) TI 011880 LTIMGAT2L16X804B39439406:06extrnal TIMer GATe 2HEX EU 011890 LTIMGAT2Controls the enabling of gate to external timer 2 TI 011900 LTIMGAT1L16X803B39439407:07extrnal TIMer GATe 1HEX EU 011910 LTIMGAT1Controls the enabling of gate to external timer 1 TI 011920 LTIMGAT0L16X802B39439408:08extrnal TIMer GATe 0HEX EU 011930 LTIMGAT0Controls the enabling of gate to external timer 0 TI 011940 LBKMSTCKL16X818B39439412:12BcKgnd Monitor STaCKHEX EU 011950 LBKMSTCKBackground monitoring stack check flag TI 011960 LBKMNCRCL16X817B39439413:13BcKgnd MoNitor CRC HEX EU 011970 LBKMNCRCBackground monitoring CRC check flag TI 011980 LDERDIAGL16X750B39439414:14DERived DIAG coll onHEX EU 011990 LDERDIAGFlag indicating if a Derived Diagnostic is currently in CTI 012000 LDERDIAGprogress TI 012010 LALGDIAGL16J753B39439415:15AnaLoG DIAG collectnHEX EU 012020 LALGDIAGFlag indicating if an Analog Diagnostic is currently in CTI 012030 LALGDIAGprogress. TI 012040 LDIGDIAGL16X745B39439416:16DIGital DIAG coll onHEX EU 012050 LDIGDIAGFlag indicating if a Digital Diagnostic is currently in CTI 012060 LDIGDIAGprogress TI 012070 LAPXMTRTL11T549A39539501:08Aper X-disper MTR T HEX EU 012080 LAPXMTRTAperture cross-dispersion direction motor temperature (x-axis) TI 012090 LOM2MTRTL10T516A39539509:16OsM2 MTR Temp HEX EU 012100 LOM2MTRTOSM2 motor temperature TI 012110 LFITAT L17T894A39639601:08FITting A Temp HEX EU 012120 LFITAT A-Fitting Temperature TI 012130 LMAJFCNTL16Q767A39639709:08MAJor Frame CNT HEX EU 012140 LMAJFCNTMajor frame count TI 012150 LHC15VB L19V918A39739709:16Heat Ctrl 15V zone BHEX EU 012160 LHC15VB +15 volts from Thermal Control power converter B. Relay K3 CTI 012170 LHC15VB must be closed. TI 012180 LBANKNUML16J812A39839801:08memory mon BANK NUM HEX EU 012190 LBANKNUMmemory mon BANK NUM TI 012200 LCSMEM04L16J809A39839909:08CS MEMory monitor 4 HEX EU 012210 LCSMEM04CS memory monitor #4. TI 012220 LCSMEM10L16J744A39940009:08CS MEMory monitor 10HEX EU 012230 LCSMEM10CS memory monitor #10. TI 012240 LCSMEM05L16J810A40040109:08CS MEMory monitor 5 HEX EU 012250 LCSMEM05CS memory monitor #5 (can be used with memory monitor #6 to CTI 012260 LCSMEM05view a 32-bit value). TI 012270 LCSMEM06L16J752A40140209:08CS MEMory monitor 6 HEX EU 012280 LCSMEM06CS memory monitor #6 (can be used with memory monitor #5 to CTI 012290 LCSMEM06view a 32-bit value). TI 012300 LLASTNRML16K776A40240309:08LAST NoRMal cmd HEX EU 012310 LLASTNRMNumber of the last normal MAR processed TI 012320 LNRCMDPCL16Q777A40340309:16NoRmal CMD Proc Cnt HEX EU 012330 LNRCMDPCNumber of normal MAR's processed by the FSW. TI 012340 LLSTCKSML16J771A40440401:16LaST ChKSM or crc HEX EU 012350 LLSTCKSMLast checksum or CRC computed by the FSW TI 012360 LDATQUE L16J791A40540501:08parameter DATa QUEueHEX EU 012370 LDATQUE Number of entries in the Parameter Data queue TI 012380 LMINFCNTL16Q779A40540509:16MINor Frame CNT HEX EU 012390 LMINFCNTMINor Frame CNT TI 012400 LDIBT L08T426A40640601:08DIB board Temp HEX EU 012410 LDIBT DIB Processor board temperature TI 012420 LCL30V L13V619A40640609:16Cal Lamp +30 V HEX EU 012430 LCL30V Cal Lamp +30 V TI 012440 LLOOPCNTL16Q800A40740701:08LOOP CouNTer HEX EU 012450 LLOOPCNT"Warm fuzzy" counter used to show that a function is running CTI 012460 LLOOPCNTand not off in "la-la land" TI 012470 LLASTIMML16K788A40740709:16LAST IMMediate cmd HEX EU 012480 LLASTIMMNumber of the last immediate MAR processed TI 012490 LSESDATAL16X748B40840805:05SES DATA fifo empty HEX EU 012500 LSESDATAFlag indicating if the SES A/D data FIFO is empty TI 012510 LSESFULLL16X751B40840806:06SES addrss fifo FULLHEX EU 012520 LSESFULLFlag indicating if the SES A/D address FIFO is full TI 012530 LSESEMPTL16X749B40840807:07SES addrs fifo EMPTyHEX EU 012540 LSESEMPTFlag indicating if the SES A/D address FIFO is empty TI 012550 LSESINT L16X762B40840808:08SES hwed data INTrptHEX EU 012560 LSESINT SES hwed data INTrpt TI 012570 L15VOP L04V118A40840809:16+15V OPer mode reg HEX EU 012580 L15VOP 15 volt operate converter monitor. TI 012590 LOM1MTRTL09T476A40940901:08OsM1 MTR Temp HEX EU 012600 LOM1MTRTOSM1 motor temperature TI 012610 L15VMEC L03V066A40940909:16meb/ ses +15V MECh HEX EU 012620 L15VMEC 15 volt monitor for the mech power converter. TI 012630 LFITCT L17T892A41041001:08FITting C Temp HEX EU 012640 LFITCT C-Fitting Temperature TI 012650 LCSMEM11L16J742A41041109:08CS MEMory monitor 11HEX EU 012660 LCSMEM11CS memory monitor #11. (can be used with memory monitor #12 CTI 012670 LCSMEM11to view a 32-bit value). TI 012680 LCSMEM12L16J739A41141209:08CS MEMory monitor 12HEX EU 012690 LCSMEM12CS memory monitor #12. (can be used with memory monitor #11 CTI 012700 LCSMEM12to view a 32-bit value). TI 012710 LCST L03T070A41241209:16CS board Temp HEX EU 012720 LCST CS Processor board temperature TI 012730 L5VOP L04V125A41341301:085 Volt Operate HEX EU 012740 L5VOP 5 volt operate converter monitor. TI 012750 LPNLMP1TL13T628A41341309:16PtNe LaMP 1 hsg Tmp HEX EU 012760 LPNLMP1TPrimary platinum-neon lamp housing temperature TI 012770 LO3FPANTL17T891A41441401:08Out v3 For PANel TmpHEX EU 012780 LO3FPANTOut v3 For PANel Tmp TI 012790 LIMGEXTPL16J759A41441615:08IMaGe EXTract Pntr HEX EU 012800 LIMGEXTPPointer to Image Buffer space of next image to extract TI 012810 LIN2PANTL17T888A41641609:16INboard v2 PANel TmpHEX EU 012820 LIN2PANTInboard V2 Center Panel Temperature TI 012830 LO2APANTL17T896A41741701:08Out v2 Aft PANel TmpHEX EU 012840 LO2APANTOutboard V2 Aft Panel Temperature TI 012850 L30VMEC L03V072A41741709:16meb/ ses +30V MECh HEX EU 012860 L30VMEC 30 volt mech dc/dc converter monitor. The 30 volts is the sumCTI 012870 L30VMEC of two 15 volt converters. See schematic. TI 012880 LAPDMTRTL11T548A41841801:08APer Disper MTR TempHEX EU 012890 LAPDMTRTAperture dispersion direction motor temperature (y-axis) TI 012900 LOMFMTRTL09T477A41841809:16OsM1 Foc MTR Temp HEX EU 012910 LOMFMTRTOSM1 Focus motor temperature TI 012920 LNUVFBT L07T410A41941901:08NUV Front Blkhd T HEX EU 012930 LNUVFBT NUV front bulkhead temperature TI 012940 LHC15VA L19V919A41941909:16Heat Ctrl 15V zone AHEX EU 012950 LHC15VA +15 volts from Thermal Control power converter A. Relay K1 CTI 012960 LHC15VA must be closed. TI 012970 LD2LMP2TL13T616A42042001:08D2 LaMP 2nd hsg Tmp HEX EU 012980 LD2LMP2TSecondary deuterium housing temperature TI 012990 LCALCVRTL13T622A42042009:16CALib CoVeR Tmp HEX EU 013000 LCALCVRTCal platform cover temperature TI 013010 LM15VOP L04V114A42142101:08-15V OPer mode reg HEX EU 013020 LM15VOP -15V OPer mode reg TI 013030 LOBFWDBTL18T906A42142109:16Opt Bnch FWD Blkhd THEX EU 013040 LOBFWDBTOptical bench forward bulkhead temperature TI 013050 LLVPGND1L04V126A42242201:08LVPs GrouND HEX EU 013060 LLVPGND1LVPs GrouND TI 013070 LSES1GNDL03V078A42242209:16SES1 GrND power HEX EU 013080 LSES1GNDSES1 GrND power TI 013090 LDCETIMEL06W278A42342401:08DCE TIMEr HEX EU 013100 LDCETIMEDCE Timer DCE Housekeeping item = LFCTIME. TI 013110 LMEVENTSL07Q399A42442509:08Mama EVENTS counter HEX EU 013120 LMEVENTSLast received event count tlm response from the MCE, along CTI 013130 LMEVENTSwith tlm ID of event type collected TI 013140 LDCEDECAL05Q164A42542609:16DCE Dig Event Cntr AHEX EU 013150 LDCEDECADigitized Event Counter A DCE Housekeeping item = LFCDECA. TI 013160 LDCEDECBL05Q165A42742801:08DCE Dig Event Cntr BHEX EU 013170 LDCEDECBDigitized Event Counter B DCE Housekeeping item = LFCDECB. TI 013180 LDCHVMNAL05V177A42842809:16DCe HV outpt v MoN AHEX EU 013190 LDCHVMNAHV Output voltage A DCE Housekeeping item = LFHVMONA. TI 013200 LDCEFECAL05Q166A42943001:08DCE Fst Ev CntrA HEX EU 013210 LDCEFECADCE Fast Event Counter A DCE Housekeeping item = LFCFECA. TI 013220 LDCEFECBL05Q167A43043109:16DCE Fst Ev CntrB HEX EU 013230 LDCEFECBDCE Fast Event Counter B DCE Housekeeping item = LFCFECB. TI 013240 LSHPOS L12X598D43243201:08SHutter POSition HEX EU 013250 LSHPOS External Shutter position TI 013260 LDCESDC1L06Q328A43243309:16DCE SD port Countr 1HEX EU 013270 LDCESDC1DCE Science Data Port Counter 1 DCE Housekeeping item = CTI 013280 LDCESDC1LFCSDC1. TI 013290 LDCDRILML05C180A43443401:08DCe DooR stall I LM HEX EU 013300 LDCDRILMAuxiliary current limit setting DCE Housekeeping item = CTI 013310 LDCDRILMLFRILIM. TI 013320 LDCESDC2L06Q329A43443509:16DCE SD port Countr 2HEX EU 013330 LDCESDC2DCE Science Data Port Counter 2 DCE Housekeeping item = CTI 013340 LDCESDC2LFCSDC2. TI 013350 LDCHVPWRL05X171B43643602:02DCe HVps PWR stat HEX EU 013360 LDCHVPWRDCE HVPS power status bit DCE Housekeeping item = LFHVPWR. TI 013370 LDCEWDOGL06W270B43643603:03DCE WatchDOG enabledHEX EU 013380 LDCEWDOGDCE Watchdog: 0 = Disable, 1 = Enable DCE Housekeeping item =CTI 013390 LDCEWDOGLFDWDOG. TI 013400 LDCERMPBL05X185B43643604:04DCE hv RaMP seg B HEX EU 013410 LDCERMPBDCE high voltage ramp in progress, segment B DCE HousekeepingCTI 013420 LDCERMPBitem = LFHRMPB. TI 013430 LDCERMPAL05X176B43643605:05DCE hv RaMP seg A HEX EU 013440 LDCERMPADCE high voltage ramp in progress, segment A DCE HousekeepingCTI 013450 LDCERMPAitem = LFHRMPA. TI 013460 LDCEQPWRL05X172B43643606:06DCE hv Q PWR stat HEX EU 013470 LDCEQPWRDCE HV grid power status bit DCE Housekeeping item = LFHVQPWR TI 013480 LDCEQPWR. TI 013490 LDCEOPERL06X275B43643607:07DCE boot=0, OPER=1 HEX EU 013500 LDCEOPERDCE FSW State: 0 = Boot, 1 = Operate DCE Housekeeping item = CTI 013510 LDCEOPERLFDOPERT. TI 013520 LDCEHVENL05X178B43643608:08DCE HVps sw ENable HEX EU 013530 LDCEHVENDCE HVPS SW enable status DCE Housekeeping item = LFHVENA. TI 013540 LDCSTATEL05X182D43643614:16DCe hv STATE HEX EU 013550 LDCSTATEHV State Bits DCE Housekeeping item = LFHSTATE. TI 013560 LDCESTMAL05R174D43743701:08DCE STiM to dig A HEX EU 013570 LDCESTMADCE record of STIM setting to digitizer A DCE Housekeeping CTI 013580 LDCESTMAitem = LFGSTIMA. TI 013590 LDCESTMBL05R170D43743709:16DCE STiM dig B HEX EU 013600 LDCESTMBDCE record of STIM setting to digitizer B DCE Housekeeping CTI 013610 LDCESTMBitem = LFGSTIMB. TI 013620 LMMCPV L07V388A43843801:12Mama MCP Voltage HEX EU 013630 LMMCPV Mama MCP Voltage TI 013640 LMPCVOLTL07V379A43843913:08Mama PC VOLTage HEX EU 013650 LMPCVOLTMama PC VOLTage TI 013660 LMSLOSUSL07X359B43943909:09Mama SLOw SUSpd initHEX EU 013670 LMSLOSUSMama SLOw SUSpd init TI 013680 LMCOMTSKL07X362B43943910:10Mce COMm TaSK activeHEX EU 013690 LMCOMTSKMce COMm TaSK active TI 013700 LRSTFAILL07X363B43943911:11mce forced RSeT FAILHEX EU 013710 LRSTFAILmce forced RSeT FAIL TI 013720 LMINITTOL07X360B43943912:12Mce INIT TimeOut HEX EU 013730 LMINITTOMce INIT TimeOut TI 013740 LMCIMCERL07X357B43943913:13Ma Cmd Inhb MCE RsetHEX EU 013750 LMCIMCERMa Cmd Inhb MCE Rset TI 013760 LMCIHVOFL07X356B43943914:14Ma Cmd Inhb Hi V OFfHEX EU 013770 LMCIHVOFMa Cmd Inhb Hi V OFf TI 013780 LMROWCFGL07X358D43944015:03Mama ROW decode CnFGHEX EU 013790 LMROWCFGMama ROW decode CnFG TI 013800 LMCOLCFGL07X364D44044004:08Mama COL decode CnFGHEX EU 013810 LMCOLCFGMama COL decode CnFG TI 013820 LSESADCSL16J732D44044015:16SES A/D Collctn StatHEX EU 013830 LSESADCSSES A/D Collctn Stat TI 013840 LDIBCTIM 44144201:16DIB Coarse TIMe HEX EU 013850 LDIBCTIMDIB Coarse TIMe TI 013860 LMCHAMPTL07T389A44344301:12Mama CHarge AMPlif THEX EU 013870 LMCHAMPTMama CHarge AMPlif T TI 013880 LMDECODTL07T396A44344413:08Mama DECODe pwb Tmp HEX EU 013890 LMDECODTMama DECODe pwb Tmp TI 013900 LMP5V L07V382A44444509:04Mama +5V voltage HEX EU 013910 LMP5V Mama +5V voltage TI 013920 LMP5VI L07C403A44544505:16Mama +5V I HEX EU 013930 LMP5VI Mama +5V I TI 013940 LDCM15TAL06V298A44644601:08DCe Minus 15v Tdc A HEX EU 013950 LDCM15TATDC A minus 15 volts DCE Housekeeping item = LFVM15TA. TI 013960 LDCP15TBL06V290A44644609:16DCe Plus 15v Tdc B HEX EU 013970 LDCP15TBTDC B plus 15 volts DCE Housekeeping item = LFVP15TB. TI 013980 LDCDVABTL05T192A44744701:08DCe Det VacAsy B TmpHEX EU 013990 LDCDVABTDet Vacuum Assy B temperature DCE Housekeeping item = LFTDVAB TI 014000 LDCDVABT. TI 014010 LDCTDCBTL06T287A44744709:16DCe TDC B Temp HEX EU 014020 LDCTDCBTTDC B temperature DCE Housekeeping item = LFTTDCB. TI 014030 LMGLBEXCL07X361B44844803:03Mama GLoB thrs EXCddHEX EU 014040 LMGLBEXCMama GLoB thrs EXCdd TI 014050 LMGLBERRL07X401B44844804:04Mam GLoBal event ERRHEX EU 014060 LMGLBERRMam GLoBal event ERR TI 014070 LMCHKSUML07X398B44844805:05Mama mce CHecKSuM HEX EU 014080 LMCHKSUMMama mce CHecKSuM TI 014090 LMRAMTSTL07X369B44844806:06Mama mce RAM TeST HEX EU 014100 LMRAMTSTMama mce RAM TeST TI 014110 LMINEVERL07X400B44844807:07Mama INteg EVent ERrHEX EU 014120 LMINEVERMama INteg EVent ERr TI 014130 LMDOGRSTL07X381B44844808:08Mama DOG timer ReSeTHEX EU 014140 LMDOGRSTMama DOG timer ReSeT TI 014150 LMHVSOFFL07X383B44844809:09Mama HV Supply OFF HEX EU 014160 LMHVSOFFMama HV Supply OFF TI 014170 LMSTBY L07X371B44844810:10Mama STandBY mode HEX EU 014180 LMSTBY Mama STandBY mode TI 014190 LMBSDOVRL07X368B44844811:11Mam BSD OVeRride disHEX EU 014200 LMBSDOVRMam BSD OVeRride dis TI 014210 LMDCDDISL07X406B44844812:12Ma DeCoDe asic DISabHEX EU 014220 LMDCDDISMa DeCoDe asic DISab TI 014230 LMHVENABL07X376B44844814:14Mam High Voltag ENABHEX EU 014240 LMHVENABMam High Voltag ENAB TI 014250 LMHIVON L07X384B44844815:15Mama HIgh Voltage ONHEX EU 014260 LMHIVON Mama HIgh Voltage ON TI 014270 LMBSDET L07X402B44844816:16Mam Bright Scene DETHEX EU 014280 LMBSDET Mam Bright Scene DET TI 014290 LCSOPVERL16J816A44944901:16Ctrl Sctn OPer VERsnHEX EU 014300 LCSOPVERControl Section Operate flight software version number TI 014310 LDCDUPQAL06Q306A45045001:08DCe tDc UPpr Q thrsAHEX EU 014320 LDCDUPQADCE TDC Upper Charge Threshold A DCE Housekeeping item = CTI 014330 LDCDUPQALFGUQTA. TI 014340 LDCDUPQBL06Q305A45045009:16DCe tDc UPpr Q thrsBHEX EU 014350 LDCDUPQBDCE TDC Upper Charge Threshold B DCE Housekeeping item = CTI 014360 LDCDUPQBLFGUQTB. TI 014370 LDCDBWAYL06Q316A45145101:08DCe tDc Begn Walk AYHEX EU 014380 LDCDBWAYDCE TDC Begin Walk Adjust AY DCE Housekeeping item = LFGBWKAY TI 014390 LDCDBWAY. TI 014400 LDCDBWBYL06Q318A45145109:16DCe tDc Begn Walk BYHEX EU 014410 LDCDBWBYDCE TDC Begin Walk Adjust BY DCE Housekeeping item = LFGBWKBY TI 014420 LDCDBWBY. TI 014430 LD2ILVL L13X632D45245201:02Deuterium2 I LeVeL HEX EU 014440 LD2ILVL Deuterium lamps current setting TI 014450 LPNILVL L13X631D45245203:04PtNe I LeVeL HEX EU 014460 LPNILVL Platinum-neon lamps current setting TI 014470 LD2ENA2 L13X635B45245205:05Deuterium2 ENAble 2 HEX EU 014480 LD2ENA2 Deuterium lamp 2 enable bit TI 014490 LD2ENA1 L13X637B45245206:06Deuterium2 ENAble 1 HEX EU 014500 LD2ENA1 Deuterium lamp 1 enable bit TI 014510 LPNENA2 L13X634B45245207:07PtNe ENAble lamp 2 HEX EU 014520 LPNENA2 Platinum-neon lamp 1 enable bit TI 014530 LPNENA1 L13X633B45245208:08PtNe ENAble lamp 1 HEX EU 014540 LPNENA1 Platinum-neon lamp 1 enable bit TI 014550 LCLCRLAYL13X636B45245215:15Cal Lamp Cur ReLAY HEX EU 014560 LCLCRLAYCal lamp relay position TI 014570 LIMGDMPDL16Q758A45345301:08IMaGes DuMPeD HEX EU 014580 LIMGDMPDIMaGes DuMPeD TI 014590 LOM2STATL10X521D45345309:12OsM2 STATus HEX EU 014600 LOM2STATOSM2 mechanism status TI 014610 LOM1STATL09X487D45345313:16OsM1 STATus HEX EU 014620 LOM1STATOSM1 mechanism status TI 014630 LAPXSTATL11X566D45445401:04APer X-disper STATusHEX EU 014640 LAPXSTATAperture cross-dispersion direction mechanism status (x-axis) TI 014650 LOMFSTATL09X488D45445405:08OsM1 Focus STATus HEX EU 014660 LOMFSTATOSM1 Focus mechanism status TI 014670 LSHPSTATL12X595D45445409:12SHut Prim mtr STATusHEX EU 014680 LSHPSTATExternal shutter primary mechanism status TI 014690 LAPDSTATL11X558D45445413:16APer Disper STATus HEX EU 014700 LAPDSTATAperture dispersion direction mechanism SW status (y-axis) TI 014710 LOM1POSFL09H486A45545501:08OsM1 rslvr POS, FineHEX EU 014720 LOM1POSFOSM1 resolver fine position TI 014730 LOM2POSFL10H523A45545509:16OsM2 rslvr POS, FineHEX EU 014740 LOM2POSFOSM2 resolver fine position TI 014750 LOMFSTP L09H495A45645601:16OsM1 Focus mtr STeP HEX EU 014760 LOMFSTP OSM1 Focus motor step position TI 014770 LOM1STP L09H493A45745701:16OsM1 motor STeP HEX EU 014780 LOM1STP OSM1 motor SW step position TI 014790 LOM2STP L10H522A45845801:16OsM2 motor STeP HEX EU 014800 LOM2STP OSM2 motor step position TI 014810 LAPXSTP L11H559A45945901:16APer X-disper STeP HEX EU 014820 LAPXSTP Aperture cross-dispersion direction SW step position (x-axis) TI 014830 LSHBSTATL12X593D46046005:08SHut Bckup mtr STAT HEX EU 014840 LSHBSTATExternal shutter backup mechanism status TI 014850 LAPDSTP L11H567A46046109:08APer DisperSTeP HEX EU 014860 LAPDSTP Aperture dispersion direction SW step position (y-axis) TI 014870 LOM1POSCL09H498A46146209:08OsM1 rslvr POS, CoarHEX EU 014880 LOM1POSCOSM1 resolver coarse position TI 014890 LOM2POSCL10H525A46246309:08OsM2 rslvr POS, CoarHEX EU 014900 LOM2POSCOSM2 resolver coarse position TI 014910 LDCINHIBL06X335B46346312:12Dce INHIBit mode flgHEX EU 014920 LDCINHIBDCE-FUV Inhibit Mode Flag DCE Housekeeping item = N/A. TI 014930 LDCSHKFLL06X349B46346313:13DCe Saved HK buf FLgHEX EU 014940 LDCSHKFLDCE Saved Housekeeping Buffer Flag DCE Housekeeping item = CTI 014950 LDCSHKFLN/A. TI 014960 LDCSHKIDL06Q343D46346314:16DCe Svd HK buf InDexHEX EU 014970 LDCSHKIDDCE Saved Housekeeping Buffer Index DCE Housekeeping item = CTI 014980 LDCSHKIDN/A. TI 014990 LAPDINHBL11X572D46446401:02APer Disp INHiBit HEX EU 015000 LAPDINHBDispersion Aperture power inhibit bits TI 015010 LAPDPHSBL11X574B46446403:03APer Disp PHaSe B HEX EU 015020 LAPDPHSBLast phase value for Dispersion Aperture motor winding B TI 015030 LAPDPHSAL11X581B46446404:04APer Disp PHaSe A HEX EU 015040 LAPDPHSALast phase value for Dispersion Aperture motor winding A TI 015050 LAPXPHSBL11X582B46446405:05APer X-disp PHaSe B HEX EU 015060 LAPXPHSBLast phase value for Cross-dispersion Aperture motor winding B TI 015070 LAPXPHSAL11X576B46446406:06APer X-disp PHaSe A HEX EU 015080 LAPXPHSALast phase value for Cross-dispersion Aperture motor winding A TI 015090 LOMFPHSBL09X510B46446407:07OsM 1 Focus PHaSe B HEX EU 015100 LOMFPHSBLast phase value for OSM 1 Focus motor winding B TI 015110 LOMFPHSAL09X512B46446408:08OsM 1 Focus PHaSe A HEX EU 015120 LOMFPHSALast phase value for OSM 1 Focus motor winding A TI 015130 LOSM1POSL09X489D46446409:16OSM1 mech POSition HEX EU 015140 LOSM1POSOSM1 mechanism position TI 015150 LAPXSPD L11X562D46546502:04APer X-disper SPeeD HEX EU 015160 LAPXSPD Aperture cross-dispersion direction commanded speed (x-axis) TI 015170 LAPXHOLDL11Q554A46546506:08APer X-disper HOLDofHEX EU 015180 LAPXHOLDAperture cross-dispersion direction commanded holdoff (x-axis) TI 015190 LFULLSETL16X821B46546516:16active FULL SETup HEX EU 015200 LFULLSETActive FULL setup indicator TI 015210 LOSMLAMBL16Q823A46646601:12OSM central LAMBda HEX EU 015220 LOSMLAMBOSM Grating central wavelength TI 015230 LNUMSUBSL16X820D46746705:08NUM SUBarrayS defindHEX EU 015240 LNUMSUBSNumber of subarrays currently defined (except for a FULL CTI 015250 LNUMSUBSdefinition, in which case this item would indicate 0. That's CTI 015260 LNUMSUBSthe reason for the "more descriptive" calibration of value 0). TI 015270 LDCRMDIRL06X346D46746714:15DCe detR Mtr DIRect HEX EU 015280 LDCRMDIRDCE-FUV Detector Door Motor Direction DCE Housekeeping item =CTI 015290 LDCRMDIRLFRMDIR. TI 015300 LDCRMPWRL06X340B46746716:16DCe detR Mtr PoWeR HEX EU 015310 LDCRMPWRDCE-FUV Detector Door Motor Power Status TI 015320 LEXPOTIML16W815A46846801:16cmded EXPOsure TIMe HEX EU 015330 LEXPOTIMLength of time to expose detector for current image TI 015340 LDCEPKTCL06Q264A46947001:08DCE PacKeT Cntr HEX EU 015350 LDCEPKTCDCE Packet Counter DCE Housekeeping item = LFCPKT. TI 015360 LDCHVMNBL05V179A47047009:16DCe HV outpt v MoN BHEX EU 015370 LDCHVMNBHV Output voltage B DCE Housekeeping item = LFHVMONB. TI 015380 LDCEAUXIL06C273A47147101:08DCE hvps&AUX I montrHEX EU 015390 LDCEAUXIAuxiliary power supply current DCE Housekeeping item = LFRAXI TI 015400 LDCEAUXI. TI 015410 LDLSTERRL16X701D47147109:11Dib LaST ERRor HEX EU 015420 LDLSTERRLast error detected TI 015430 LDIBERRCL16Q703D47147112:14DIB ERRor Counter HEX EU 015440 LDIBERRCNumber of errors detected by the DIB TI 015450 LDIBCNTRL16X714D47147215:02DIB reset CouNTeR HEX EU 015460 LDIBCNTRNumber of times DIB has reset itself TI 015470 LDIBRSETL16X772D47247203:08DIB reason for ReSETHEX EU 015480 LDIBRSETDIB reason for ReSET TI 015490 LDCP5DA L06V289A47247209:16DCe Plus 5v Dce A HEX EU 015500 LDCP5DA DCE A plus 5 volts DCE Housekeeping item = LFVP5DA. TI 015510 LMMCPI L07C408A47347301:12Mama MCP I HEX EU 015520 LMMCPI Mama MCP I TI 015530 LMTHRSV L07V385A47347413:08Mama THReShold Volt HEX EU 015540 LMTHRSV Mama THReShold Volt TI 015550 LMHIBIASL07V367A47447509:04Mama HIgh BIAS volt HEX EU 015560 LMHIBIASMama HIgh BIAS volt TI 015570 LMLOBIASL07V366A47547505:16Mama LOw BIAS voltagHEX EU 015580 LMLOBIASMama LOw BIAS voltag TI 015590 LMGLBMONL16X735B47647601:01Mama GLoBal MON statHEX EU 015600 LMGLBMONMama GLoBal MON stat TI 015610 LMEVTYPEL16X729D47647602:04Mama EVent TYPE HEX EU 015620 LMEVTYPEMama EVent TYPE TI 015630 LMGLEVIPL16W765A47647605:16Mama GLob EVnt InPerHEX EU 015640 LMGLEVIPMama GLob EVnt InPer TI 015650 LDCP15TAL06V291A47747701:08DCe Plus 15v Tdc A HEX EU 015660 LDCP15TATDC A plus 15 volts DCE Housekeeping item = LFVP15TA. TI 015670 LDCAMPATL05T191A47747709:16DCe AMP A Temp HEX EU 015680 LDCAMPATAmp A temperature DCE Housekeeping item = LFTAMPA. TI 015690 LDCHVPSTL06T286A47847801:08DCe HVPS Temp HEX EU 015700 LDCHVPSTHVPS temperature DCE Housekeeping item = LFTHVPS. TI 015710 LMCMDAC L16Q773A47847809:16Mce CoMmanDs ACcptedHEX EU 015720 LMCMDAC Mce CoMmanDs ACcpted TI 015730 LDCHVSTAL06V334A47947901:08DCe HV SeTting A HEX EU 015740 LDCHVSTADCE High Voltage Command Level A DCE Housekeeping CTI 015750 LDCHVSTAitem=LFHVSETA. TI 015760 LDCDSHAXL06Q301A47947909:16DCe tDc img SHft AX HEX EU 015770 LDCDSHAXDCE TDC Image Shift AX DCE Housekeeping item = LFGSHFAX. TI 015780 LDCDSHBXL06Q308A48048001:08DCe tDc img SHft BX HEX EU 015790 LDCDSHBXDCE TDC Image Shift BX DCE Housekeeping item = LFGSHFBX. TI 015800 LDPWRSTAL16X819B48048010:10Dce cs PoWeR STAtus HEX EU 015810 LDPWRSTADCE CS power status TI 015820 LMPWRSTAL16X746B48048011:11Mama cs PoWeR STAtusHEX EU 015830 LMPWRSTAMama cs PoWeR STAtus TI 015840 LDCDTTAXL06Q323A48148101:08DCe tDc Tim Thrs AX HEX EU 015850 LDCDTTAXDCE TDC Timing Threshold AX DCE Housekeeping item = LFGTTAX. TI 015860 LDCDTTBXL06Q324A48148109:16DCe tDc Tim Thrs BX HEX EU 015870 LDCDTTBXDCE TDC Timing Threshold BX DCE Housekeeping item = LFGTTBX. TI 015880 LDCDEWAYL06Q309A48248201:08DCe tDc End Walk AY HEX EU 015890 LDCDEWAYDCE TDC End Walk Adjust AY DCE Housekeeping item = LFGEWKAY. TI 015900 LDCDEWBYL06Q299A48248209:16DCe tDc End Walk BY HEX EU 015910 LDCDEWBYDCE TDC End Walk Adjust BY DCE Housekeeping item = LFGEWKBY. TI 015920 LOM2MVNGL10X519B48348303:03OsM2 motor MoViNG HEX EU 015930 LOM2MVNGOSM2 mechanism moving status bit TI 015940 LOM1MVNGL09X499B48348304:04OsM1 motor MoViNG HEX EU 015950 LOM1MVNGOSM1 mechanism moving