// ---------------------------------- // XMM-Newton Science Analysis System // ---------------------------------- // // ODF Summary File // By: odfingest(odfingest-3.28.1) [xmmsas_20110223_1801-11.0.0] on 2012-06-28T13:56:44.000 // // // Directory where the ODF constituents were found. This may have to be edited to match the local file system structure. // PATH /mnt/data0/pipeline5/xmm/0153950101/xmm0153950101/data/odf // // Observation Record // OBSERVATION 0153950101 / Observation Identifier 0369 / Revolution Identifier 2001-12-14T15:04:38.000 / Observation Start Time 2001-12-14T16:29:27.000 / Observation End Time // // Number of files in the Observation Summary File, and their names // FILES 102 / Number of Files 0369_0153950101_M1S00100AUX.FIT / ODF Constituent 0369_0153950101_M1S00110IME.FIT / ODF Constituent 0369_0153950101_M1S00120IME.FIT / ODF Constituent 0369_0153950101_M1S00130IME.FIT / ODF Constituent 0369_0153950101_M1S00140IME.FIT / ODF Constituent 0369_0153950101_M1S00150IME.FIT / ODF Constituent 0369_0153950101_M1S00160IME.FIT / ODF Constituent 0369_0153950101_M1S00170IME.FIT / ODF Constituent 0369_0153950101_M1X00000HBH.FIT / ODF Constituent 0369_0153950101_M1X00000HCH.FIT / ODF Constituent 0369_0153950101_M1X00000HTH.FIT / ODF Constituent 0369_0153950101_M1X00000PEH.FIT / ODF Constituent 0369_0153950101_M1X00000PTH.FIT / ODF Constituent 0369_0153950101_M2S00200AUX.FIT / ODF Constituent 0369_0153950101_M2S00210IME.FIT / ODF Constituent 0369_0153950101_M2S00220IME.FIT / ODF Constituent 0369_0153950101_M2S00230IME.FIT / ODF Constituent 0369_0153950101_M2S00240IME.FIT / ODF Constituent 0369_0153950101_M2S00250IME.FIT / ODF Constituent 0369_0153950101_M2S00260IME.FIT / ODF Constituent 0369_0153950101_M2S00270IME.FIT / ODF Constituent 0369_0153950101_M2X00000HBH.FIT / ODF Constituent 0369_0153950101_M2X00000HCH.FIT / ODF Constituent 0369_0153950101_M2X00000HTH.FIT / ODF Constituent 0369_0153950101_M2X00000PEH.FIT / ODF Constituent 0369_0153950101_M2X00000PTH.FIT / ODF Constituent 0369_0153950101_OMS00600IMI.FIT / ODF Constituent 0369_0153950101_OMS00600RFX.FIT / ODF Constituent 0369_0153950101_OMS00600THX.FIT / ODF Constituent 0369_0153950101_OMS00600WDX.FIT / ODF Constituent 0369_0153950101_OMS00601IMI.FIT / ODF Constituent 0369_0153950101_OMS00700IMI.FIT / ODF Constituent 0369_0153950101_OMS00700RFX.FIT / ODF Constituent 0369_0153950101_OMS00700THX.FIT / ODF Constituent 0369_0153950101_OMS00700WDX.FIT / ODF Constituent 0369_0153950101_OMS00701IMI.FIT / ODF Constituent 0369_0153950101_OMS00800IMI.FIT / ODF Constituent 0369_0153950101_OMS00800RFX.FIT / ODF Constituent 0369_0153950101_OMS00800THX.FIT / ODF Constituent 0369_0153950101_OMS00800WDX.FIT / ODF Constituent 0369_0153950101_OMS00801IMI.FIT / ODF Constituent 0369_0153950101_OMS00900IMI.FIT / ODF Constituent 0369_0153950101_OMS00900WDX.FIT / ODF Constituent 0369_0153950101_OMS40000PAX.FIT / ODF Constituent 0369_0153950101_OMS40000RFX.FIT / ODF Constituent 0369_0153950101_OMX00000NPH.FIT / ODF Constituent 0369_0153950101_OMX00000PEH.FIT / ODF Constituent 0369_0153950101_PNS00300AUX.FIT / ODF Constituent 0369_0153950101_PNS00301IME.FIT / ODF Constituent 0369_0153950101_PNS00302IME.FIT / ODF Constituent 0369_0153950101_PNS00303IME.FIT / ODF Constituent 0369_0153950101_PNS00304IME.FIT / ODF Constituent 0369_0153950101_PNS00305IME.FIT / ODF Constituent 0369_0153950101_PNS00306IME.FIT / ODF Constituent 0369_0153950101_PNS00307IME.FIT / ODF Constituent 0369_0153950101_PNS00308IME.FIT / ODF Constituent 0369_0153950101_PNS00309IME.FIT / ODF Constituent 0369_0153950101_PNS00310IME.FIT / ODF Constituent 0369_0153950101_PNS00311IME.FIT / ODF Constituent 0369_0153950101_PNS00312IME.FIT / ODF Constituent 0369_0153950101_PNU00201DLI.FIT / ODF Constituent 0369_0153950101_PNU00302DLI.FIT / ODF Constituent 0369_0153950101_PNU00403DLI.FIT / ODF Constituent 0369_0153950101_PNU00504DLI.FIT / ODF Constituent 0369_0153950101_PNU00605DLI.FIT / ODF Constituent 0369_0153950101_PNU00706DLI.FIT / ODF Constituent 0369_0153950101_PNU00807DLI.FIT / ODF Constituent 0369_0153950101_PNU00908DLI.FIT / ODF Constituent 0369_0153950101_PNU01009DLI.FIT / ODF Constituent 0369_0153950101_PNU01110DLI.FIT / ODF Constituent 0369_0153950101_PNU01211DLI.FIT / ODF Constituent 0369_0153950101_PNU01312DLI.FIT / ODF Constituent 0369_0153950101_PNX00000HCH.FIT / ODF Constituent 0369_0153950101_PNX00000PAH.FIT / ODF Constituent 0369_0153950101_PNX00000PMH.FIT / ODF Constituent 0369_0153950101_R1S00400AUX.FIT / ODF Constituent 0369_0153950101_R1X00000D1H.FIT / ODF Constituent 0369_0153950101_R1X00000D2H.FIT / ODF Constituent 0369_0153950101_R1X00000OFX.FIT / ODF Constituent 0369_0153950101_R1X00000PFH.FIT / ODF Constituent 0369_0153950101_R2S00500AUX.FIT / ODF Constituent 0369_0153950101_R2X00000D1H.FIT / ODF Constituent 0369_0153950101_R2X00000D2H.FIT / ODF Constituent 0369_0153950101_R2X00000OFX.FIT / ODF Constituent 0369_0153950101_R2X00000PFH.FIT / ODF Constituent 0369_0153950101_RMX00100ECX.FIT / ODF Constituent 0369_0153950101_RMX00100ESX.FIT / ODF Constituent 0369_0153950101_SCX00000ATS.FIT / ODF Constituent 0369_0153950101_SCX00000P1S.FIT / ODF Constituent 0369_0153950101_SCX00000P2S.FIT / ODF Constituent 0369_0153950101_SCX00000P3S.FIT / ODF Constituent 0369_0153950101_SCX00000P4S.FIT / ODF Constituent 0369_0153950101_SCX00000P5S.FIT / ODF Constituent 0369_0153950101_SCX00000P6S.FIT / ODF Constituent 0369_0153950101_SCX00000P7S.FIT / ODF Constituent 0369_0153950101_SCX00000P8S.FIT / ODF Constituent 0369_0153950101_SCX00000P9S.FIT / ODF Constituent 0369_0153950101_SCX00000RAS.ASC / ODF Constituent 0369_0153950101_SCX00000ROS.ASC / ODF Constituent 0369_0153950101_SCX00000SUM.SAS / ODF Constituent 0369_0153950101_SCX00000TCS.FIT / ODF Constituent 0369_0153950101_SCX00000TCX.FIT / ODF Constituent // The CONFIGURATION record was extracted from 0369_0153950101_SCX00000SUM.ASC CONFIGURATION 4 ODF_VERSION = 003 / Qcheck reset ODF version // odfingest metadata ODFINGEST_VERSION = 3.28.1 / odfingest version SAS_MANIFEST = xmmsas_20110223_1801-11.0.0 / SAS Manifest PROCESS_DATE = 2012-06-28T13:56:45.000 / Time and Date when summary file produced // // Instrument Record // INSTRUMENT M1 Y / Is this instrument active? 1 / Number of exposures for this instrument // // Exposure Record // Observation Level Exposure Index = 1 // Instrument [M1] Level Exposure Identifier = S001 // Instrument [M1] Level Exposure Index = 1 // EXPOSURE 001 / Exposure Identifier [also S001] Y / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101M1S001 / Commanded Exposure Identifier 0153950101M1S001 / Proposal Exposure Identifier 2001-12-14T15:10:09.000 / Scheduled Start Time 2001-12-14T16:26:21.000 / Scheduled End Time 2001-12-14T15:10:09.000 / Actual Start Time 2001-12-14T16:26:21.000 / Actual End Time // // Configuration Record for M1 // CONFIGURATION EPIC MOS 85 / Number of configuration parameters available MODE = PrimeFullWindow / Instrument configuration CALIBRATION_MODE_1 = PrimeFullWindow / Mode used to calibrate events from CCD 1 CALIBRATION_MODE_2 = PrimeFullWindow / Mode used to calibrate events from CCD 2 CALIBRATION_MODE_3 = PrimeFullWindow / Mode used to calibrate events from CCD 3 CALIBRATION_MODE_4 = PrimeFullWindow / Mode used to calibrate events from CCD 4 CALIBRATION_MODE_5 = PrimeFullWindow / Mode used to calibrate events from CCD 5 CALIBRATION_MODE_6 = PrimeFullWindow / Mode used to calibrate events from CCD 6 CALIBRATION_MODE_7 = PrimeFullWindow / Mode used to calibrate events from CCD 7 DATA_MODE_1 = Imaging / Data mode for CCD 1 DATA_MODE_2 = Imaging / Data mode for CCD 2 DATA_MODE_3 = Imaging / Data mode for CCD 3 DATA_MODE_4 = Imaging / Data mode for CCD 4 DATA_MODE_5 = Imaging / Data mode for CCD 5 DATA_MODE_6 = Imaging / Data mode for CCD 6 DATA_MODE_7 = Imaging / Data mode for CCD 7 FILTER_WHEEL = FILTER A // Name of filter wheel position FILTER_WHEEL_POSITION = 267 // Hardware filter wheel position FILTER = Thin1 // Filter CLOCK_RESET_TIME_COARSE = 45968738 // Coarse component of the clock reset time CLOCK_RESET_TIME_FINE = 0 // Fine component of the clock reset time CLOCK_WRAP_AROUND = 32767 // Clock wrap around MEAN_TEMPERATURE = 36.4569 // Mean temperature GAIN_CCD_1 = NORMAL // Gain of the read out chain GAIN_CCD_2 = NORMAL // Gain of the read out chain GAIN_CCD_3 = NORMAL // Gain of the read out chain GAIN_CCD_4 = NORMAL // Gain of the read out chain GAIN_CCD_5 = NORMAL // Gain of the read out chain GAIN_CCD_6 = NORMAL // Gain of the read out chain GAIN_CCD_7 = NORMAL // Gain of the read out chain EDU_0_LOW_THR_1 = 25 // First low threshold of 1st EDU EDU_0_LOW_THR_2 = 25 // Second low threshold of 1st EDU EDU_1_LOW_THR_1 = 25 // First low threshold of 2nd EDU EDU_1_LOW_THR_2 = 25 // Second low threshold of 2nd EDU EDU_2_LOW_THR_1 = 25 // First low threshold of 3rd EDU EDU_2_LOW_THR_2 = 25 // Second low threshold of 3rd EDU EDU_3_LOW_THR_1 = 25 // First low threshold of 4th EDU EDU_3_LOW_THR_2 = 25 // Second low threshold of 4th EDU EDU_4_LOW_THR_1 = 25 // First low threshold of 5th EDU EDU_4_LOW_THR_2 = 25 // Second low threshold of 5th EDU EDU_5_LOW_THR_1 = 25 // First low threshold of 6th EDU EDU_5_LOW_THR_2 = 25 // Second low threshold of 6th EDU EDU_6_LOW_THR_1 = 25 // First low threshold of 7th EDU EDU_6_LOW_THR_2 = 25 // Second low threshold of 7th EDU EDU_7_LOW_THR_1 = 25 // First low threshold of 8th EDU EDU_7_LOW_THR_2 = 25 // Second low threshold of 8th EDU HBR_0_ACTIVATION_STATUS = 0 // Activation status for HBR 0 HBR_0_PROCESSING_MODE = 0 // Processing mode for HBR 0 HBR_1_ACTIVATION_STATUS = 1 // Activation status for HBR 1 HBR_1_PROCESSING_MODE = 1 // Processing mode for HBR 1 HBR_2_ACTIVATION_STATUS = 1 // Activation status for HBR 2 HBR_2_PROCESSING_MODE = 1 // Processing mode for HBR 2 HBR_3_ACTIVATION_STATUS = 1 // Activation status for HBR 3 HBR_3_PROCESSING_MODE = 1 // Processing mode for HBR 3 HBR_4_ACTIVATION_STATUS = 1 // Activation status for HBR 4 HBR_4_PROCESSING_MODE = 1 // Processing mode for HBR 4 HBR_5_ACTIVATION_STATUS = 1 // Activation status for HBR 5 HBR_5_PROCESSING_MODE = 1 // Processing mode for HBR 5 HBR_6_ACTIVATION_STATUS = 1 // Activation status for HBR 6 HBR_6_PROCESSING_MODE = 1 // Processing mode for HBR 6 HBR_7_ACTIVATION_STATUS = 0 // Activation status for HBR 7 HBR_7_PROCESSING_MODE = 0 // Processing mode for HBR 7 HBR_PATTERN_REFERENCE_0 = 3 // Pattern reference for HBR 0 HBR_LOW_THR_0 = 0 // Low threshold for HBR 0 HBR_HIG_THR_0 = 4095 // High threshold for HBR 0 HBR_PATTERN_REFERENCE_1 = 3 // Pattern reference for HBR 1 HBR_LOW_THR_1 = 0 // Low threshold for HBR 1 HBR_HIG_THR_1 = 4095 // High threshold for HBR 1 HBR_PATTERN_REFERENCE_2 = 3 // Pattern reference for HBR 2 HBR_LOW_THR_2 = 0 // Low threshold for HBR 2 HBR_HIG_THR_2 = 4095 // High threshold for HBR 2 HBR_PATTERN_REFERENCE_3 = 3 // Pattern reference for HBR 3 HBR_LOW_THR_3 = 0 // Low threshold for HBR 3 HBR_HIG_THR_3 = 4095 // High threshold for HBR 3 HBR_PATTERN_REFERENCE_4 = 3 // Pattern reference for HBR 4 HBR_LOW_THR_4 = 0 // Low threshold for HBR 4 HBR_HIG_THR_4 = 4095 // High threshold for HBR 4 HBR_PATTERN_REFERENCE_5 = 3 // Pattern reference for HBR 5 HBR_LOW_THR_5 = 0 // Low threshold for HBR 5 HBR_HIG_THR_5 = 4095 // High threshold for HBR 5 HBR_PATTERN_REFERENCE_6 = 3 // Pattern reference for HBR 6 HBR_LOW_THR_6 = 0 // Low threshold for HBR 6 HBR_HIG_THR_6 = 4095 // High threshold for HBR 6 HBR_PATTERN_REFERENCE_7 = 0 // Pattern reference for HBR 7 HBR_LOW_THR_7 = 0 // Low threshold for HBR 7 HBR_HIG_THR_7 = 0 // High threshold for HBR 7 // // Instrument Record // INSTRUMENT M2 Y / Is this instrument active? 1 / Number of exposures for this instrument // // Exposure Record // Observation Level Exposure Index = 2 // Instrument [M2] Level Exposure Identifier = S002 // Instrument [M2] Level Exposure Index = 1 // EXPOSURE 002 / Exposure Identifier [also S002] Y / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101M2S002 / Commanded Exposure Identifier 0153950101M2S002 / Proposal Exposure Identifier 2001-12-14T15:10:04.000 / Scheduled Start Time 2001-12-14T16:26:22.000 / Scheduled End Time 2001-12-14T15:10:04.000 / Actual Start Time 2001-12-14T16:26:22.000 / Actual End Time // // Configuration Record for M2 // CONFIGURATION EPIC MOS 85 / Number of configuration parameters available MODE = PrimeFullWindow / Instrument configuration CALIBRATION_MODE_1 = PrimeFullWindow / Mode used to calibrate events from CCD 1 CALIBRATION_MODE_2 = PrimeFullWindow / Mode used to calibrate events from CCD 2 CALIBRATION_MODE_3 = PrimeFullWindow / Mode used to calibrate events from CCD 3 CALIBRATION_MODE_4 = PrimeFullWindow / Mode used to calibrate events from CCD 4 CALIBRATION_MODE_5 = PrimeFullWindow / Mode used to calibrate events from CCD 5 CALIBRATION_MODE_6 = PrimeFullWindow / Mode used to calibrate events from CCD 6 CALIBRATION_MODE_7 = PrimeFullWindow / Mode used to calibrate events from CCD 7 DATA_MODE_1 = Imaging / Data mode for CCD 1 DATA_MODE_2 = Imaging / Data mode for CCD 2 DATA_MODE_3 = Imaging / Data mode for CCD 3 DATA_MODE_4 = Imaging / Data mode for CCD 4 DATA_MODE_5 = Imaging / Data mode for CCD 5 DATA_MODE_6 = Imaging / Data mode for CCD 6 DATA_MODE_7 = Imaging / Data mode for CCD 7 FILTER_WHEEL = FILTER A // Name of filter wheel position FILTER_WHEEL_POSITION = 266 // Hardware filter wheel position FILTER = Thin1 // Filter CLOCK_RESET_TIME_COARSE = 45968738 // Coarse component of the clock reset time CLOCK_RESET_TIME_FINE = 0 // Fine component of the clock reset time CLOCK_WRAP_AROUND = 32767 // Clock wrap around MEAN_TEMPERATURE = 34.5178 // Mean temperature GAIN_CCD_1 = NORMAL // Gain of the read out chain GAIN_CCD_2 = NORMAL // Gain of the read out chain GAIN_CCD_3 = NORMAL // Gain of the read out chain GAIN_CCD_4 = NORMAL // Gain of the read out chain GAIN_CCD_5 = NORMAL // Gain of the read out chain GAIN_CCD_6 = NORMAL // Gain of the read out chain GAIN_CCD_7 = NORMAL // Gain of the read out chain EDU_0_LOW_THR_1 = 25 // First low threshold of 1st EDU EDU_0_LOW_THR_2 = 25 // Second low threshold of 1st EDU EDU_1_LOW_THR_1 = 25 // First low threshold of 2nd EDU EDU_1_LOW_THR_2 = 25 // Second low threshold of 2nd EDU EDU_2_LOW_THR_1 = 25 // First low threshold of 3rd EDU EDU_2_LOW_THR_2 = 25 // Second low threshold of 3rd EDU EDU_3_LOW_THR_1 = 25 // First low threshold of 4th EDU EDU_3_LOW_THR_2 = 25 // Second low threshold of 4th EDU EDU_4_LOW_THR_1 = 25 // First low threshold of 5th EDU EDU_4_LOW_THR_2 = 25 // Second low threshold of 5th EDU EDU_5_LOW_THR_1 = 25 // First low threshold of 6th EDU EDU_5_LOW_THR_2 = 25 // Second low threshold of 6th EDU EDU_6_LOW_THR_1 = 25 // First low threshold of 7th EDU EDU_6_LOW_THR_2 = 25 // Second low threshold of 7th EDU EDU_7_LOW_THR_1 = 25 // First low threshold of 8th EDU EDU_7_LOW_THR_2 = 25 // Second low threshold of 8th EDU HBR_0_ACTIVATION_STATUS = 0 // Activation status for HBR 0 HBR_0_PROCESSING_MODE = 0 // Processing mode for HBR 0 HBR_1_ACTIVATION_STATUS = 1 // Activation status for HBR 1 HBR_1_PROCESSING_MODE = 1 // Processing mode for HBR 1 HBR_2_ACTIVATION_STATUS = 1 // Activation status for HBR 2 HBR_2_PROCESSING_MODE = 1 // Processing mode for HBR 2 HBR_3_ACTIVATION_STATUS = 1 // Activation status for HBR 3 HBR_3_PROCESSING_MODE = 1 // Processing mode for HBR 3 HBR_4_ACTIVATION_STATUS = 1 // Activation status for HBR 4 HBR_4_PROCESSING_MODE = 1 // Processing mode for HBR 4 HBR_5_ACTIVATION_STATUS = 1 // Activation status for HBR 5 HBR_5_PROCESSING_MODE = 1 // Processing mode for HBR 5 HBR_6_ACTIVATION_STATUS = 1 // Activation status for HBR 6 HBR_6_PROCESSING_MODE = 1 // Processing mode for HBR 6 HBR_7_ACTIVATION_STATUS = 0 // Activation status for HBR 7 HBR_7_PROCESSING_MODE = 0 // Processing mode for HBR 7 HBR_PATTERN_REFERENCE_0 = 3 // Pattern reference for HBR 0 HBR_LOW_THR_0 = 0 // Low threshold for HBR 0 HBR_HIG_THR_0 = 4095 // High threshold for HBR 0 HBR_PATTERN_REFERENCE_1 = 3 // Pattern reference for HBR 1 HBR_LOW_THR_1 = 0 // Low threshold for HBR 1 HBR_HIG_THR_1 = 4095 // High threshold for HBR 1 HBR_PATTERN_REFERENCE_2 = 3 // Pattern reference for HBR 2 HBR_LOW_THR_2 = 0 // Low threshold for HBR 2 HBR_HIG_THR_2 = 4095 // High threshold for HBR 2 HBR_PATTERN_REFERENCE_3 = 3 // Pattern reference for HBR 3 HBR_LOW_THR_3 = 0 // Low threshold for HBR 3 HBR_HIG_THR_3 = 4095 // High threshold for HBR 3 HBR_PATTERN_REFERENCE_4 = 3 // Pattern reference for HBR 4 HBR_LOW_THR_4 = 0 // Low threshold for HBR 4 HBR_HIG_THR_4 = 4095 // High threshold for HBR 4 HBR_PATTERN_REFERENCE_5 = 3 // Pattern reference for HBR 5 HBR_LOW_THR_5 = 0 // Low threshold for HBR 5 HBR_HIG_THR_5 = 4095 // High threshold for HBR 5 HBR_PATTERN_REFERENCE_6 = 3 // Pattern reference for HBR 6 HBR_LOW_THR_6 = 0 // Low threshold for HBR 6 HBR_HIG_THR_6 = 4095 // High threshold for HBR 6 HBR_PATTERN_REFERENCE_7 = 0 // Pattern reference for HBR 7 HBR_LOW_THR_7 = 0 // Low threshold for HBR 7 HBR_HIG_THR_7 = 0 // High threshold for HBR 7 // // Instrument Record // INSTRUMENT R1 Y / Is this instrument active? 1 / Number of exposures for this instrument // // Exposure Record // Observation Level Exposure Index = 3 // Instrument [R1] Level Exposure Identifier = S004 // Instrument [R1] Level Exposure Index = 1 // EXPOSURE 004 / Exposure Identifier [also S004] Y / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101R1S004 / Commanded Exposure Identifier 0153950101R1S004 / Proposal Exposure Identifier 2001-12-14T15:04:38.000 / Scheduled Start Time 2001-12-14T16:28:19.000 / Scheduled End Time 2001-12-14T15:04:38.000 / Actual Start Time 2001-12-14T16:28:19.000 / Actual End Time // // Configuration Record for R1 // CONFIGURATION RGS 111 / Number of configuration parameters available MODE = UNDEFINED / Instrument configuration PACKING_SCHEME = UNPROCESSED // Packing scheme CCD_1_ACCEPT_THR_C = 260 // Acceptance threshold side C for CCD 1 CCD_1_ACCEPT_THR_D = 285 // Acceptance threshold side D for CCD 1 CCD_1_UPPER_THR_C = 2600 // Upper threshold side C for CCD 1 CCD_1_UPPER_THR_D = 2600 // Acceptance threshold side D for CCD 1 CCD_2_ACCEPT_THR_C = 260 // Acceptance threshold side C for CCD 2 CCD_2_ACCEPT_THR_D = 285 // Acceptance threshold side D for CCD 2 CCD_2_UPPER_THR_C = 2600 // Upper threshold side C for CCD 2 CCD_2_UPPER_THR_D = 2600 // Acceptance threshold side D for CCD 2 CCD_3_ACCEPT_THR_C = 270 // Acceptance threshold side C for CCD 3 CCD_3_ACCEPT_THR_D = 325 // Acceptance threshold side D for CCD 3 CCD_3_UPPER_THR_C = 3100 // Upper threshold side C for CCD 3 CCD_3_UPPER_THR_D = 3100 // Acceptance threshold side D for CCD 3 CCD_4_ACCEPT_THR_C = 300 // Acceptance threshold side C for CCD 4 CCD_4_ACCEPT_THR_D = 345 // Acceptance threshold side D for CCD 4 CCD_4_UPPER_THR_C = 3100 // Upper threshold side C for CCD 4 CCD_4_UPPER_THR_D = 3100 // Acceptance threshold side D for CCD 4 CCD_5_ACCEPT_THR_C = 400 // Acceptance threshold side C for CCD 5 CCD_5_ACCEPT_THR_D = 425 // Acceptance threshold side D for CCD 5 CCD_5_UPPER_THR_C = 3100 // Upper threshold side C for CCD 5 CCD_5_UPPER_THR_D = 3100 // Acceptance threshold side D for CCD 5 CCD_6_ACCEPT_THR_C = 450 // Acceptance threshold side C for CCD 6 CCD_6_ACCEPT_THR_D = 475 // Acceptance threshold side D for CCD 6 CCD_6_UPPER_THR_C = 3100 // Upper threshold side C for CCD 6 CCD_6_UPPER_THR_D = 3100 // Acceptance threshold side D for CCD 6 CCD_7_ACCEPT_THR_C = 4000 // Acceptance threshold side C for CCD 7 CCD_7_ACCEPT_THR_D = 4000 // Acceptance threshold side D for CCD 7 CCD_7_UPPER_THR_C = 3600 // Upper threshold side C for CCD 7 CCD_7_UPPER_THR_D = 3600 // Acceptance threshold side D for CCD 7 CCD_8_ACCEPT_THR_C = 500 // Acceptance threshold side C for CCD 8 CCD_8_ACCEPT_THR_D = 825 // Acceptance threshold side D for CCD 8 CCD_8_UPPER_THR_C = 3600 // Upper threshold side C for CCD 8 CCD_8_UPPER_THR_D = 3600 // Acceptance threshold side D for CCD 8 CCD_9_ACCEPT_THR_C = 800 // Acceptance threshold side C for CCD 9 CCD_9_ACCEPT_THR_D = 825 // Acceptance threshold side D for CCD 9 CCD_9_UPPER_THR_C = 3600 // Upper threshold side C for CCD 9 CCD_9_UPPER_THR_D = 3600 // Acceptance threshold side D for CCD 9 NUMBER_OF_SLOTS = 8 // Number of readout slots CCD_INDEX_1 = 1 // CCD read out in the 1st slot CCD_1_OCB = 1 // On-chip binning factor for the CCD read out in the 1st slot CCD_1_NODES = 3 // Read-out nodes used fot the CCD read out in the 1st slot CCD_1_REJECT_THR_C = 260 // Rejection threshold side C for the CCD read out in the 1st slot CCD_1_REJECT_THR_D = 285 // Rejection threshold side D for the CCD read out in the 1st slot CCD_1_CSG_PATTERN = 8 // CCD read out in the 1st slot CCD_INDEX_2 = 2 // CCD read out in the 2nd slot CCD_2_OCB = 1 // On-chip binning factor for the CCD read out in the 2nd slot CCD_2_NODES = 3 // Read-out nodes used fot the CCD read out in the 2nd slot CCD_2_REJECT_THR_C = 260 // Rejection threshold side C for the CCD read out in the 2nd slot CCD_2_REJECT_THR_D = 285 // Rejection threshold side D for the CCD read out in the 2nd slot CCD_2_CSG_PATTERN = 9 // CCD read out in the 2nd slot CCD_INDEX_3 = 3 // CCD read out in the 3rd slot CCD_3_OCB = 1 // On-chip binning factor for the CCD read out in the 3rd slot CCD_3_NODES = 3 // Read-out nodes used fot the CCD read out in the 3rd slot CCD_3_REJECT_THR_C = 270 // Rejection threshold side C for the CCD read out in the 3rd slot CCD_3_REJECT_THR_D = 325 // Rejection threshold side D for the CCD read out in the 3rd slot CCD_3_CSG_PATTERN = 8 // CCD read out in the 3rd slot CCD_INDEX_4 = 4 // CCD read out in the 4th slot CCD_4_OCB = 1 // On-chip binning factor for the CCD read out in the 4th slot CCD_4_NODES = 3 // Read-out nodes used fot the CCD read out in the 4th slot CCD_4_REJECT_THR_C = 300 // Rejection threshold side C for the CCD read out in the 4th slot CCD_4_REJECT_THR_D = 345 // Rejection threshold side D for the CCD read out in the 4th slot CCD_4_CSG_PATTERN = 8 // CCD read out in the 4th slot CCD_INDEX_5 = 5 // CCD read out in the 5th slot CCD_5_OCB = 1 // On-chip binning factor for the CCD read out in the 5th slot CCD_5_NODES = 3 // Read-out nodes used fot the CCD read out in the 5th slot CCD_5_REJECT_THR_C = 400 // Rejection threshold side C for the CCD read out in the 5th slot CCD_5_REJECT_THR_D = 425 // Rejection threshold side D for the CCD read out in the 5th slot CCD_5_CSG_PATTERN = 9 // CCD read out in the 5th slot CCD_INDEX_6 = 6 // CCD read out in the 6th slot CCD_6_OCB = 1 // On-chip binning factor for the CCD read out in the 6th slot CCD_6_NODES = 3 // Read-out nodes used fot the CCD read out in the 6th slot CCD_6_REJECT_THR_C = 450 // Rejection threshold side C for the CCD read out in the 6th slot CCD_6_REJECT_THR_D = 475 // Rejection threshold side D for the CCD read out in the 6th slot CCD_6_CSG_PATTERN = 9 // CCD read out in the 6th slot CCD_INDEX_7 = 8 // CCD read out in the 7th slot CCD_7_OCB = 1 // On-chip binning factor for the CCD read out in the 7th slot CCD_7_NODES = 3 // Read-out nodes used fot the CCD read out in the 7th slot CCD_7_REJECT_THR_C = 500 // Rejection threshold side C for the CCD read out in the 7th slot CCD_7_REJECT_THR_D = 825 // Rejection threshold side D for the CCD read out in the 7th slot CCD_7_CSG_PATTERN = 8 // CCD read out in the 7th slot CCD_INDEX_8 = 9 // CCD read out in the 8th slot CCD_8_OCB = 1 // On-chip binning factor for the CCD read out in the 8th slot CCD_8_NODES = 3 // Read-out nodes used fot the CCD read out in the 8th slot CCD_8_REJECT_THR_C = 800 // Rejection threshold side C for the CCD read out in the 8th slot CCD_8_REJECT_THR_D = 825 // Rejection threshold side D for the CCD read out in the 8th slot CCD_8_CSG_PATTERN = 9 // CCD read out in the 8th slot CCD_INDEX_9 = 0 // CCD read out in the 9th slot CCD_9_OCB = 3 // On-chip binning factor for the CCD read out in the 9th slot CCD_9_NODES = 3 // Read-out nodes used fot the CCD read out in the 9th slot CCD_9_REJECT_THR_C = 0 // Rejection threshold side C for the CCD read out in the 9th slot CCD_9_REJECT_THR_D = 0 // Rejection threshold side D for the CCD read out in the 9th slot CCD_9_CSG_PATTERN = 0 // CCD read out in the 9th slot CCD_INDEX_10 = 0 // CCD read out in the 10th slot CCD_10_OCB = 3 // On-chip binning factor for the CCD read out in the 10th slot CCD_10_NODES = 3 // Read-out nodes used fot the CCD read out in the 10th slot CCD_10_REJECT_THR_C = 0 // Rejection threshold side C for the CCD read out in the 10th slot CCD_10_REJECT_THR_D = 0 // Rejection threshold side D for the CCD read out in the 10th slot CCD_10_CSG_PATTERN = 0 // CCD read out in the 10th slot CCD_INDEX_11 = 0 // CCD read out in the 11th slot CCD_11_OCB = 3 // On-chip binning factor for the CCD read out in the 11th slot CCD_11_NODES = 3 // Read-out nodes used fot the CCD read out in the 11th slot CCD_11_REJECT_THR_C = 0 // Rejection threshold side C for the CCD read out in the 11th slot CCD_11_REJECT_THR_D = 0 // Rejection threshold side D for the CCD read out in the 11th slot CCD_11_CSG_PATTERN = 0 // CCD read out in the 11th slot CCD_INDEX_12 = 0 // CCD read out in the 12th slot CCD_12_OCB = 3 // On-chip binning factor for the CCD read out in the 12th slot CCD_12_NODES = 3 // Read-out nodes used fot the CCD read out in the 12th slot CCD_12_REJECT_THR_C = 0 // Rejection threshold side C for the CCD read out in the 12th slot CCD_12_REJECT_THR_D = 0 // Rejection threshold side D for the CCD read out in the 12th slot CCD_12_CSG_PATTERN = 0 // CCD read out in the 12th slot // // Instrument Record // INSTRUMENT R2 Y / Is this instrument active? 1 / Number of exposures for this instrument // // Exposure Record // Observation Level Exposure Index = 4 // Instrument [R2] Level Exposure Identifier = S005 // Instrument [R2] Level Exposure Index = 1 // EXPOSURE 005 / Exposure Identifier [also S005] Y / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101R2S005 / Commanded Exposure Identifier 0153950101R2S005 / Proposal Exposure Identifier 2001-12-14T15:04:47.000 / Scheduled Start Time 2001-12-14T16:28:34.000 / Scheduled End Time 2001-12-14T15:04:47.000 / Actual Start Time 2001-12-14T16:28:34.000 / Actual End Time // // Configuration Record for R2 // CONFIGURATION RGS 111 / Number of configuration parameters available MODE = UNDEFINED / Instrument configuration PACKING_SCHEME = UNPROCESSED // Packing scheme CCD_1_ACCEPT_THR_C = 260 // Acceptance threshold side C for CCD 1 CCD_1_ACCEPT_THR_D = 285 // Acceptance threshold side D for CCD 1 CCD_1_UPPER_THR_C = 2600 // Upper threshold side C for CCD 1 CCD_1_UPPER_THR_D = 2600 // Acceptance threshold side D for CCD 1 CCD_2_ACCEPT_THR_C = 260 // Acceptance threshold side C for CCD 2 CCD_2_ACCEPT_THR_D = 285 // Acceptance threshold side D for CCD 2 CCD_2_UPPER_THR_C = 2600 // Upper threshold side C for CCD 2 CCD_2_UPPER_THR_D = 2600 // Acceptance threshold side D for CCD 2 CCD_3_ACCEPT_THR_C = 270 // Acceptance threshold side C for CCD 3 CCD_3_ACCEPT_THR_D = 325 // Acceptance threshold side D for CCD 3 CCD_3_UPPER_THR_C = 3100 // Upper threshold side C for CCD 3 CCD_3_UPPER_THR_D = 3100 // Acceptance threshold side D for CCD 3 CCD_4_ACCEPT_THR_C = 4000 // Acceptance threshold side C for CCD 4 CCD_4_ACCEPT_THR_D = 4000 // Acceptance threshold side D for CCD 4 CCD_4_UPPER_THR_C = 3100 // Upper threshold side C for CCD 4 CCD_4_UPPER_THR_D = 3100 // Acceptance threshold side D for CCD 4 CCD_5_ACCEPT_THR_C = 400 // Acceptance threshold side C for CCD 5 CCD_5_ACCEPT_THR_D = 425 // Acceptance threshold side D for CCD 5 CCD_5_UPPER_THR_C = 3100 // Upper threshold side C for CCD 5 CCD_5_UPPER_THR_D = 3100 // Acceptance threshold side D for CCD 5 CCD_6_ACCEPT_THR_C = 450 // Acceptance threshold side C for CCD 6 CCD_6_ACCEPT_THR_D = 475 // Acceptance threshold side D for CCD 6 CCD_6_UPPER_THR_C = 3100 // Upper threshold side C for CCD 6 CCD_6_UPPER_THR_D = 3100 // Acceptance threshold side D for CCD 6 CCD_7_ACCEPT_THR_C = 500 // Acceptance threshold side C for CCD 7 CCD_7_ACCEPT_THR_D = 525 // Acceptance threshold side D for CCD 7 CCD_7_UPPER_THR_C = 3600 // Upper threshold side C for CCD 7 CCD_7_UPPER_THR_D = 3600 // Acceptance threshold side D for CCD 7 CCD_8_ACCEPT_THR_C = 500 // Acceptance threshold side C for CCD 8 CCD_8_ACCEPT_THR_D = 825 // Acceptance threshold side D for CCD 8 CCD_8_UPPER_THR_C = 3600 // Upper threshold side C for CCD 8 CCD_8_UPPER_THR_D = 3600 // Acceptance threshold side D for CCD 8 CCD_9_ACCEPT_THR_C = 800 // Acceptance threshold side C for CCD 9 CCD_9_ACCEPT_THR_D = 825 // Acceptance threshold side D for CCD 9 CCD_9_UPPER_THR_C = 3600 // Upper threshold side C for CCD 9 CCD_9_UPPER_THR_D = 3600 // Acceptance threshold side D for CCD 9 NUMBER_OF_SLOTS = 8 // Number of readout slots CCD_INDEX_1 = 1 // CCD read out in the 1st slot CCD_1_OCB = 1 // On-chip binning factor for the CCD read out in the 1st slot CCD_1_NODES = 3 // Read-out nodes used fot the CCD read out in the 1st slot CCD_1_REJECT_THR_C = 260 // Rejection threshold side C for the CCD read out in the 1st slot CCD_1_REJECT_THR_D = 285 // Rejection threshold side D for the CCD read out in the 1st slot CCD_1_CSG_PATTERN = 8 // CCD read out in the 1st slot CCD_INDEX_2 = 2 // CCD read out in the 2nd slot CCD_2_OCB = 1 // On-chip binning factor for the CCD read out in the 2nd slot CCD_2_NODES = 3 // Read-out nodes used fot the CCD read out in the 2nd slot CCD_2_REJECT_THR_C = 260 // Rejection threshold side C for the CCD read out in the 2nd slot CCD_2_REJECT_THR_D = 285 // Rejection threshold side D for the CCD read out in the 2nd slot CCD_2_CSG_PATTERN = 9 // CCD read out in the 2nd slot CCD_INDEX_3 = 3 // CCD read out in the 3rd slot CCD_3_OCB = 1 // On-chip binning factor for the CCD read out in the 3rd slot CCD_3_NODES = 3 // Read-out nodes used fot the CCD read out in the 3rd slot CCD_3_REJECT_THR_C = 270 // Rejection threshold side C for the CCD read out in the 3rd slot CCD_3_REJECT_THR_D = 325 // Rejection threshold side D for the CCD read out in the 3rd slot CCD_3_CSG_PATTERN = 8 // CCD read out in the 3rd slot CCD_INDEX_4 = 5 // CCD read out in the 4th slot CCD_4_OCB = 1 // On-chip binning factor for the CCD read out in the 4th slot CCD_4_NODES = 3 // Read-out nodes used fot the CCD read out in the 4th slot CCD_4_REJECT_THR_C = 400 // Rejection threshold side C for the CCD read out in the 4th slot CCD_4_REJECT_THR_D = 425 // Rejection threshold side D for the CCD read out in the 4th slot CCD_4_CSG_PATTERN = 9 // CCD read out in the 4th slot CCD_INDEX_5 = 6 // CCD read out in the 5th slot CCD_5_OCB = 1 // On-chip binning factor for the CCD read out in the 5th slot CCD_5_NODES = 3 // Read-out nodes used fot the CCD read out in the 5th slot CCD_5_REJECT_THR_C = 450 // Rejection threshold side C for the CCD read out in the 5th slot CCD_5_REJECT_THR_D = 475 // Rejection threshold side D for the CCD read out in the 5th slot CCD_5_CSG_PATTERN = 9 // CCD read out in the 5th slot CCD_INDEX_6 = 7 // CCD read out in the 6th slot CCD_6_OCB = 1 // On-chip binning factor for the CCD read out in the 6th slot CCD_6_NODES = 3 // Read-out nodes used fot the CCD read out in the 6th slot CCD_6_REJECT_THR_C = 500 // Rejection threshold side C for the CCD read out in the 6th slot CCD_6_REJECT_THR_D = 525 // Rejection threshold side D for the CCD read out in the 6th slot CCD_6_CSG_PATTERN = 9 // CCD read out in the 6th slot CCD_INDEX_7 = 8 // CCD read out in the 7th slot CCD_7_OCB = 1 // On-chip binning factor for the CCD read out in the 7th slot CCD_7_NODES = 3 // Read-out nodes used fot the CCD read out in the 7th slot CCD_7_REJECT_THR_C = 500 // Rejection threshold side C for the CCD read out in the 7th slot CCD_7_REJECT_THR_D = 825 // Rejection threshold side D for the CCD read out in the 7th slot CCD_7_CSG_PATTERN = 9 // CCD read out in the 7th slot CCD_INDEX_8 = 9 // CCD read out in the 8th slot CCD_8_OCB = 1 // On-chip binning factor for the CCD read out in the 8th slot CCD_8_NODES = 3 // Read-out nodes used fot the CCD read out in the 8th slot CCD_8_REJECT_THR_C = 800 // Rejection threshold side C for the CCD read out in the 8th slot CCD_8_REJECT_THR_D = 825 // Rejection threshold side D for the CCD read out in the 8th slot CCD_8_CSG_PATTERN = 9 // CCD read out in the 8th slot CCD_INDEX_9 = 0 // CCD read out in the 9th slot CCD_9_OCB = 3 // On-chip binning factor for the CCD read out in the 9th slot CCD_9_NODES = 3 // Read-out nodes used fot the CCD read out in the 9th slot CCD_9_REJECT_THR_C = 0 // Rejection threshold side C for the CCD read out in the 9th slot CCD_9_REJECT_THR_D = 0 // Rejection threshold side D for the CCD read out in the 9th slot CCD_9_CSG_PATTERN = 0 // CCD read out in the 9th slot CCD_INDEX_10 = 0 // CCD read out in the 10th slot CCD_10_OCB = 3 // On-chip binning factor for the CCD read out in the 10th slot CCD_10_NODES = 3 // Read-out nodes used fot the CCD read out in the 10th slot CCD_10_REJECT_THR_C = 0 // Rejection threshold side C for the CCD read out in the 10th slot CCD_10_REJECT_THR_D = 0 // Rejection threshold side D for the CCD read out in the 10th slot CCD_10_CSG_PATTERN = 0 // CCD read out in the 10th slot CCD_INDEX_11 = 0 // CCD read out in the 11th slot CCD_11_OCB = 3 // On-chip binning factor for the CCD read out in the 11th slot CCD_11_NODES = 3 // Read-out nodes used fot the CCD read out in the 11th slot CCD_11_REJECT_THR_C = 0 // Rejection threshold side C for the CCD read out in the 11th slot CCD_11_REJECT_THR_D = 0 // Rejection threshold side D for the CCD read out in the 11th slot CCD_11_CSG_PATTERN = 0 // CCD read out in the 11th slot CCD_INDEX_12 = 0 // CCD read out in the 12th slot CCD_12_OCB = 3 // On-chip binning factor for the CCD read out in the 12th slot CCD_12_NODES = 3 // Read-out nodes used fot the CCD read out in the 12th slot CCD_12_REJECT_THR_C = 0 // Rejection threshold side C for the CCD read out in the 12th slot CCD_12_REJECT_THR_D = 0 // Rejection threshold side D for the CCD read out in the 12th slot CCD_12_CSG_PATTERN = 0 // CCD read out in the 12th slot // // Instrument Record // INSTRUMENT PN Y / Is this instrument active? 13 / Number of exposures for this instrument // // Exposure Record // Observation Level Exposure Index = 5 // Instrument [PN] Level Exposure Identifier = S003 // Instrument [PN] Level Exposure Index = 1 // EXPOSURE 003 / Exposure Identifier [also S003] Y / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101PNS003 / Commanded Exposure Identifier 0153950101PNS003 / Proposal Exposure Identifier 2001-12-14T15:47:26.000 / Scheduled Start Time 2001-12-14T16:20:07.000 / Scheduled End Time 2001-12-14T15:47:26.000 / Actual Start Time 2001-12-14T16:20:07.000 / Actual End Time // // Configuration Record for PN // CONFIGURATION EPIC PN 70 / Number of configuration parameters available MODE = PrimeFullWindow / Instrument configuration CALIBRATION_MODE_1 = PrimeFullWindow / Mode used to calibrate events from CCD 1 CALIBRATION_MODE_2 = PrimeFullWindow / Mode used to calibrate events from CCD 2 CALIBRATION_MODE_3 = PrimeFullWindow / Mode used to calibrate events from CCD 3 CALIBRATION_MODE_4 = PrimeFullWindow / Mode used to calibrate events from CCD 4 CALIBRATION_MODE_5 = PrimeFullWindow / Mode used to calibrate events from CCD 5 CALIBRATION_MODE_6 = PrimeFullWindow / Mode used to calibrate events from CCD 6 CALIBRATION_MODE_7 = PrimeFullWindow / Mode used to calibrate events from CCD 7 CALIBRATION_MODE_8 = PrimeFullWindow / Mode used to calibrate events from CCD 8 CALIBRATION_MODE_9 = PrimeFullWindow / Mode used to calibrate events from CCD 9 CALIBRATION_MODE_10 = PrimeFullWindow / Mode used to calibrate events from CCD 10 CALIBRATION_MODE_11 = PrimeFullWindow / Mode used to calibrate events from CCD 11 CALIBRATION_MODE_12 = PrimeFullWindow / Mode used to calibrate events from CCD 12 DATA_MODE_1 = Imaging / Data mode for CCD 1 DATA_MODE_2 = Imaging / Data mode for CCD 2 DATA_MODE_3 = Imaging / Data mode for CCD 3 DATA_MODE_4 = Imaging / Data mode for CCD 4 DATA_MODE_5 = Imaging / Data mode for CCD 5 DATA_MODE_6 = Imaging / Data mode for CCD 6 DATA_MODE_7 = Imaging / Data mode for CCD 7 DATA_MODE_8 = Imaging / Data mode for CCD 8 DATA_MODE_9 = Imaging / Data mode for CCD 9 DATA_MODE_10 = Imaging / Data mode for CCD 10 DATA_MODE_11 = Imaging / Data mode for CCD 11 DATA_MODE_12 = Imaging / Data mode for CCD 12 HBR_0_ACTIVATION_STATUS = 1 // Activation status for HBR 0 HBR_1_ACTIVATION_STATUS = 1 // Activation status for HBR 1 HBR_2_ACTIVATION_STATUS = 1 // Activation status for HBR 2 HBR_3_ACTIVATION_STATUS = 0 // Activation status for HBR 3 FILTER = Medium // Filter position translated from potentiometer readout FILTER_WHEEL_POSITION = 234.852 // Hardware filter wheel position FRAME_TIME_PARAMETER = 0 // CLOCK_RESET_TIME_COARSE = 45970984 // Coarse component of the clock reset time CLOCK_RESET_TIME_FINE = 0 // Fine component of the clock reset time CLOCK_WRAP_AROUND = 32400 // Clock wrap around CAMEX_GAIN_CCD1 = HIGH // CAMEX_GAIN_CCD2 = HIGH // CAMEX_GAIN_CCD3 = HIGH // CAMEX_GAIN_CCD4 = HIGH // CAMEX_GAIN_CCD5 = HIGH // CAMEX_GAIN_CCD6 = HIGH // CAMEX_GAIN_CCD7 = HIGH // CAMEX_GAIN_CCD8 = HIGH // CAMEX_GAIN_CCD9 = HIGH // CAMEX_GAIN_CCD10 = HIGH // CAMEX_GAIN_CCD11 = HIGH // CAMEX_GAIN_CCD12 = HIGH // LOWER_THRESHOLD_Q0_CCD0 = 532 // LOWER_THRESHOLD_Q0_CCD1 = 532 // LOWER_THRESHOLD_Q0_CCD2 = 532 // LOWER_THRESHOLD_Q1_CCD0 = 532 // LOWER_THRESHOLD_Q1_CCD1 = 532 // LOWER_THRESHOLD_Q1_CCD2 = 532 // LOWER_THRESHOLD_Q2_CCD0 = 532 // LOWER_THRESHOLD_Q2_CCD1 = 532 // LOWER_THRESHOLD_Q2_CCD2 = 532 // LOWER_THRESHOLD_Q3_CCD0 = 532 // LOWER_THRESHOLD_Q3_CCD1 = 532 // LOWER_THRESHOLD_Q3_CCD2 = 532 // CMCORR_Q0 = 512 // CMCORR_Q1 = 512 // CMCORR_Q2 = 512 // CMCORR_Q3 = 512 // QUADRANT_UNDERSAMPLING_Q0 = 0 // QUADRANT_UNDERSAMPLING_Q1 = 0 // QUADRANT_UNDERSAMPLING_Q2 = 0 // QUADRANT_UNDERSAMPLING_Q3 = 0 // A1_CMLINE_PIXSET = BAD // A1_CMLINE_CCD = 0 // A1_CMLINE_NUMB = 199 // // // Exposure Record // Observation Level Exposure Index = 6 // Instrument [PN] Level Exposure Identifier = U002 // Instrument [PN] Level Exposure Index = 2 // EXPOSURE 002 / Exposure Identifier [also U002] N / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101PNU002 / Commanded Exposure Identifier 0153950101PNU002 / Proposal Exposure Identifier 2001-12-14T16:23:38.000 / Scheduled Start Time 2001-12-14T16:23:39.000 / Scheduled End Time 2001-12-14T16:23:38.000 / Actual Start Time 2001-12-14T16:23:39.000 / Actual End Time // // Configuration Record for PN // CONFIGURATION EPIC PN 3 / Number of configuration parameters available MODE = Diagnostic / Instrument configuration CALIBRATION_MODE_1 = Diagnostic / Mode used to calibrate events from CCD 1 DATA_MODE_1 = DiscardedLinesData / Data mode for CCD 1 // // Exposure Record // Observation Level Exposure Index = 7 // Instrument [PN] Level Exposure Identifier = U003 // Instrument [PN] Level Exposure Index = 3 // EXPOSURE 003 / Exposure Identifier [also U003] N / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101PNU003 / Commanded Exposure Identifier 0153950101PNU003 / Proposal Exposure Identifier 2001-12-14T16:23:59.000 / Scheduled Start Time 2001-12-14T16:24:00.000 / Scheduled End Time 2001-12-14T16:23:59.000 / Actual Start Time 2001-12-14T16:24:00.000 / Actual End Time // // Configuration Record for PN // CONFIGURATION EPIC PN 3 / Number of configuration parameters available MODE = Diagnostic / Instrument configuration CALIBRATION_MODE_2 = Diagnostic / Mode used to calibrate events from CCD 2 DATA_MODE_2 = DiscardedLinesData / Data mode for CCD 2 // // Exposure Record // Observation Level Exposure Index = 8 // Instrument [PN] Level Exposure Identifier = U004 // Instrument [PN] Level Exposure Index = 4 // EXPOSURE 004 / Exposure Identifier [also U004] N / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101PNU004 / Commanded Exposure Identifier 0153950101PNU004 / Proposal Exposure Identifier 2001-12-14T16:24:17.000 / Scheduled Start Time 2001-12-14T16:24:18.000 / Scheduled End Time 2001-12-14T16:24:17.000 / Actual Start Time 2001-12-14T16:24:18.000 / Actual End Time // // Configuration Record for PN // CONFIGURATION EPIC PN 3 / Number of configuration parameters available MODE = Diagnostic / Instrument configuration CALIBRATION_MODE_3 = Diagnostic / Mode used to calibrate events from CCD 3 DATA_MODE_3 = DiscardedLinesData / Data mode for CCD 3 // // Exposure Record // Observation Level Exposure Index = 9 // Instrument [PN] Level Exposure Identifier = U005 // Instrument [PN] Level Exposure Index = 5 // EXPOSURE 005 / Exposure Identifier [also U005] N / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101PNU005 / Commanded Exposure Identifier 0153950101PNU005 / Proposal Exposure Identifier 2001-12-14T16:24:43.000 / Scheduled Start Time 2001-12-14T16:24:44.000 / Scheduled End Time 2001-12-14T16:24:43.000 / Actual Start Time 2001-12-14T16:24:44.000 / Actual End Time // // Configuration Record for PN // CONFIGURATION EPIC PN 3 / Number of configuration parameters available MODE = Diagnostic / Instrument configuration CALIBRATION_MODE_4 = Diagnostic / Mode used to calibrate events from CCD 4 DATA_MODE_4 = DiscardedLinesData / Data mode for CCD 4 // // Exposure Record // Observation Level Exposure Index = 10 // Instrument [PN] Level Exposure Identifier = U006 // Instrument [PN] Level Exposure Index = 6 // EXPOSURE 006 / Exposure Identifier [also U006] N / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101PNU006 / Commanded Exposure Identifier 0153950101PNU006 / Proposal Exposure Identifier 2001-12-14T16:25:04.000 / Scheduled Start Time 2001-12-14T16:25:05.000 / Scheduled End Time 2001-12-14T16:25:04.000 / Actual Start Time 2001-12-14T16:25:05.000 / Actual End Time // // Configuration Record for PN // CONFIGURATION EPIC PN 3 / Number of configuration parameters available MODE = Diagnostic / Instrument configuration CALIBRATION_MODE_5 = Diagnostic / Mode used to calibrate events from CCD 5 DATA_MODE_5 = DiscardedLinesData / Data mode for CCD 5 // // Exposure Record // Observation Level Exposure Index = 11 // Instrument [PN] Level Exposure Identifier = U007 // Instrument [PN] Level Exposure Index = 7 // EXPOSURE 007 / Exposure Identifier [also U007] N / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101PNU007 / Commanded Exposure Identifier 0153950101PNU007 / Proposal Exposure Identifier 2001-12-14T16:25:22.000 / Scheduled Start Time 2001-12-14T16:25:23.000 / Scheduled End Time 2001-12-14T16:25:22.000 / Actual Start Time 2001-12-14T16:25:23.000 / Actual End Time // // Configuration Record for PN // CONFIGURATION EPIC PN 3 / Number of configuration parameters available MODE = Diagnostic / Instrument configuration CALIBRATION_MODE_6 = Diagnostic / Mode used to calibrate events from CCD 6 DATA_MODE_6 = DiscardedLinesData / Data mode for CCD 6 // // Exposure Record // Observation Level Exposure Index = 12 // Instrument [PN] Level Exposure Identifier = U008 // Instrument [PN] Level Exposure Index = 8 // EXPOSURE 008 / Exposure Identifier [also U008] N / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101PNU008 / Commanded Exposure Identifier 0153950101PNU008 / Proposal Exposure Identifier 2001-12-14T16:25:48.000 / Scheduled Start Time 2001-12-14T16:25:49.000 / Scheduled End Time 2001-12-14T16:25:48.000 / Actual Start Time 2001-12-14T16:25:49.000 / Actual End Time // // Configuration Record for PN // CONFIGURATION EPIC PN 3 / Number of configuration parameters available MODE = Diagnostic / Instrument configuration CALIBRATION_MODE_7 = Diagnostic / Mode used to calibrate events from CCD 7 DATA_MODE_7 = DiscardedLinesData / Data mode for CCD 7 // // Exposure Record // Observation Level Exposure Index = 13 // Instrument [PN] Level Exposure Identifier = U009 // Instrument [PN] Level Exposure Index = 9 // EXPOSURE 009 / Exposure Identifier [also U009] N / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101PNU009 / Commanded Exposure Identifier 0153950101PNU009 / Proposal Exposure Identifier 2001-12-14T16:26:10.000 / Scheduled Start Time 2001-12-14T16:26:11.000 / Scheduled End Time 2001-12-14T16:26:10.000 / Actual Start Time 2001-12-14T16:26:11.000 / Actual End Time // // Configuration Record for PN // CONFIGURATION EPIC PN 3 / Number of configuration parameters available MODE = Diagnostic / Instrument configuration CALIBRATION_MODE_8 = Diagnostic / Mode used to calibrate events from CCD 8 DATA_MODE_8 = DiscardedLinesData / Data mode for CCD 8 // // Exposure Record // Observation Level Exposure Index = 14 // Instrument [PN] Level Exposure Identifier = U010 // Instrument [PN] Level Exposure Index = 10 // EXPOSURE 010 / Exposure Identifier [also U010] N / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101PNU010 / Commanded Exposure Identifier 0153950101PNU010 / Proposal Exposure Identifier 2001-12-14T16:26:28.000 / Scheduled Start Time 2001-12-14T16:26:29.000 / Scheduled End Time 2001-12-14T16:26:28.000 / Actual Start Time 2001-12-14T16:26:29.000 / Actual End Time // // Configuration Record for PN // CONFIGURATION EPIC PN 3 / Number of configuration parameters available MODE = Diagnostic / Instrument configuration CALIBRATION_MODE_9 = Diagnostic / Mode used to calibrate events from CCD 9 DATA_MODE_9 = DiscardedLinesData / Data mode for CCD 9 // // Exposure Record // Observation Level Exposure Index = 15 // Instrument [PN] Level Exposure Identifier = U011 // Instrument [PN] Level Exposure Index = 11 // EXPOSURE 011 / Exposure Identifier [also U011] N / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101PNU011 / Commanded Exposure Identifier 0153950101PNU011 / Proposal Exposure Identifier 2001-12-14T16:26:54.000 / Scheduled Start Time 2001-12-14T16:26:55.000 / Scheduled End Time 2001-12-14T16:26:54.000 / Actual Start Time 2001-12-14T16:26:55.000 / Actual End Time // // Configuration Record for PN // CONFIGURATION EPIC PN 3 / Number of configuration parameters available MODE = Diagnostic / Instrument configuration CALIBRATION_MODE_10 = Diagnostic / Mode used to calibrate events from CCD 10 DATA_MODE_10 = DiscardedLinesData / Data mode for CCD 10 // // Exposure Record // Observation Level Exposure Index = 16 // Instrument [PN] Level Exposure Identifier = U012 // Instrument [PN] Level Exposure Index = 12 // EXPOSURE 012 / Exposure Identifier [also U012] N / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101PNU012 / Commanded Exposure Identifier 0153950101PNU012 / Proposal Exposure Identifier 2001-12-14T16:27:14.000 / Scheduled Start Time 2001-12-14T16:27:15.000 / Scheduled End Time 2001-12-14T16:27:14.000 / Actual Start Time 2001-12-14T16:27:15.000 / Actual End Time // // Configuration Record for PN // CONFIGURATION EPIC PN 3 / Number of configuration parameters available MODE = Diagnostic / Instrument configuration CALIBRATION_MODE_11 = Diagnostic / Mode used to calibrate events from CCD 11 DATA_MODE_11 = DiscardedLinesData / Data mode for CCD 11 // // Exposure Record // Observation Level Exposure Index = 17 // Instrument [PN] Level Exposure Identifier = U013 // Instrument [PN] Level Exposure Index = 13 // EXPOSURE 013 / Exposure Identifier [also U013] N / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101PNU013 / Commanded Exposure Identifier 0153950101PNU013 / Proposal Exposure Identifier 2001-12-14T16:27:34.000 / Scheduled Start Time 2001-12-14T16:27:35.000 / Scheduled End Time 2001-12-14T16:27:34.000 / Actual Start Time 2001-12-14T16:27:35.000 / Actual End Time // // Configuration Record for PN // CONFIGURATION EPIC PN 3 / Number of configuration parameters available MODE = Diagnostic / Instrument configuration CALIBRATION_MODE_12 = Diagnostic / Mode used to calibrate events from CCD 12 DATA_MODE_12 = DiscardedLinesData / Data mode for CCD 12 // // Instrument Record // INSTRUMENT OM Y / Is this instrument active? 5 / Number of exposures for this instrument // // Exposure Record // Observation Level Exposure Index = 18 // Instrument [OM] Level Exposure Identifier = S006 // Instrument [OM] Level Exposure Index = 1 // EXPOSURE 006 / Exposure Identifier [also S006] Y / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101OMS006 / Commanded Exposure Identifier 0153950101OMS006 / Proposal Exposure Identifier 2001-12-14T15:07:27.000 / Scheduled Start Time 2001-12-14T15:24:07.000 / Scheduled End Time 2001-12-14T15:07:27.000 / Actual Start Time 2001-12-14T15:24:07.000 / Actual End Time // // Configuration Record for OM // CONFIGURATION OM 9 / Number of configuration parameters available MODE = Image / Instrument configuration CALIBRATION_MODE_0 = Image / Mode used to calibrate events from window 0 CALIBRATION_MODE_1 = Image / Mode used to calibrate events from window 1 DATA_MODE_0 = Imaging / Data mode for window 0 DATA_MODE_1 = Imaging / Data mode for window 1 EXPOSURE_DURATION = 50 // FILTER_WHEEL_POSITION = 1400 // Hardware filter wheel position FILTER = V // Filter FLOOD_LED_BIAS = 0 // LED Status // // Exposure Record // Observation Level Exposure Index = 19 // Instrument [OM] Level Exposure Identifier = S007 // Instrument [OM] Level Exposure Index = 2 // EXPOSURE 007 / Exposure Identifier [also S007] Y / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101OMS007 / Commanded Exposure Identifier 0153950101OMS007 / Proposal Exposure Identifier 2001-12-14T15:29:13.000 / Scheduled Start Time 2001-12-14T15:45:52.000 / Scheduled End Time 2001-12-14T15:29:13.000 / Actual Start Time 2001-12-14T15:45:52.000 / Actual End Time // // Configuration Record for OM // CONFIGURATION OM 9 / Number of configuration parameters available MODE = Image / Instrument configuration CALIBRATION_MODE_0 = Image / Mode used to calibrate events from window 0 CALIBRATION_MODE_1 = Image / Mode used to calibrate events from window 1 DATA_MODE_0 = Imaging / Data mode for window 0 DATA_MODE_1 = Imaging / Data mode for window 1 EXPOSURE_DURATION = 50 // FILTER_WHEEL_POSITION = 1800 // Hardware filter wheel position FILTER = U // Filter FLOOD_LED_BIAS = 0 // LED Status // // Exposure Record // Observation Level Exposure Index = 20 // Instrument [OM] Level Exposure Identifier = S008 // Instrument [OM] Level Exposure Index = 3 // EXPOSURE 008 / Exposure Identifier [also S008] Y / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101OMS008 / Commanded Exposure Identifier 0153950101OMS008 / Proposal Exposure Identifier 2001-12-14T15:51:00.000 / Scheduled Start Time 2001-12-14T16:07:39.000 / Scheduled End Time 2001-12-14T15:51:00.000 / Actual Start Time 2001-12-14T16:07:39.000 / Actual End Time // // Configuration Record for OM // CONFIGURATION OM 9 / Number of configuration parameters available MODE = Image / Instrument configuration CALIBRATION_MODE_0 = Image / Mode used to calibrate events from window 0 CALIBRATION_MODE_1 = Image / Mode used to calibrate events from window 1 DATA_MODE_0 = Imaging / Data mode for window 0 DATA_MODE_1 = Imaging / Data mode for window 1 EXPOSURE_DURATION = 50 // FILTER_WHEEL_POSITION = 2000 // Hardware filter wheel position FILTER = B // Filter FLOOD_LED_BIAS = 0 // LED Status // // Exposure Record // Observation Level Exposure Index = 21 // Instrument [OM] Level Exposure Identifier = S009 // Instrument [OM] Level Exposure Index = 4 // EXPOSURE 009 / Exposure Identifier [also S009] Y / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101OMS009 / Commanded Exposure Identifier 0153950101OMS009 / Proposal Exposure Identifier 2001-12-14T16:12:46.000 / Scheduled Start Time 2001-12-14T16:29:27.000 / Scheduled End Time 2001-12-14T16:12:46.000 / Actual Start Time 2001-12-14T16:29:27.000 / Actual End Time // // Configuration Record for OM // CONFIGURATION OM 7 / Number of configuration parameters available MODE = Image / Instrument configuration CALIBRATION_MODE_0 = Image / Mode used to calibrate events from window 0 DATA_MODE_0 = Imaging / Data mode for window 0 EXPOSURE_DURATION = 50 // FILTER_WHEEL_POSITION = 1000 // Hardware filter wheel position FILTER = Grism1 // Filter FLOOD_LED_BIAS = 0 // LED Status // // Exposure Record // Observation Level Exposure Index = 22 // Instrument [OM] Level Exposure Identifier = S400 // Instrument [OM] Level Exposure Index = 5 // EXPOSURE 400 / Exposure Identifier [also S400] Y / Is this a scheduled exposure? SCIENCE / Exposure Type 0153950101OMS400 / Commanded Exposure Identifier 0153950101OMS400 / Proposal Exposure Identifier 2001-12-14T15:07:27.000 / Scheduled Start Time 2001-12-14T15:24:07.000 / Scheduled End Time 2001-12-14T15:07:27.000 / Actual Start Time 2001-12-14T15:24:07.000 / Actual End Time // // Configuration Record for OM // CONFIGURATION OM 5 / Number of configuration parameters available MODE = UNDEFINED / Instrument configuration EXPOSURE_DURATION = 50 // FILTER_WHEEL_POSITION = 1400 // Hardware filter wheel position FILTER = V // Filter FLOOD_LED_BIAS = 0 // LED Status // The PROPOSAL record was extracted from 0369_0153950101_SCX00000SUM.ASC PROPOSAL Dr Fred Jansen ESA-SA-SSD SCI-SA Noordwijk NETHERLANDS 2200 AG fjansen@astro.estec.esa.nl 1 / Announcement of Opportunity E / Observation type BPM16274 / Target Name 0.8342166 / Target Right Ascension -52.1381666 / Target Declination 5577 / Observation Duration 0.8342166 / Boresight Right Ascension -52.1381666 / Boresight Declination 0 / Position Angle Constraint (Lower) 360 / Position Angle Constraint (Upper) N / Position Angle Origin reference / Epic MOS 1 priority / Epic MOS 2 priority / Epic pn priority / RGS 1 priority / RGS 2 priority / OM priority DATA QUALITY OM / Instrument Id 0153950101OM400 / Exposure Id 0 / Number of packets that failed reception checking 3 / Number of event reports 0 / Number of PMS errors 2 / Number of Telemetry drops 7 / Total duration of Telemetry drops 0 / Number of Telemetry out of limits S / Scheduled flag DATA QUALITY OM / Instrument Id 0153950101OM006 / Exposure Id 0 / Number of packets that failed reception checking 10 / Number of event reports 0 / Number of PMS errors 18 / Number of Telemetry drops 14 / Total duration of Telemetry drops 0 / Number of Telemetry out of limits S / Scheduled flag DATA QUALITY OM / Instrument Id 0153950101OM007 / Exposure Id 0 / Number of packets that failed reception checking 11 / Number of event reports 0 / Number of PMS errors 34 / Number of Telemetry drops 55 / Total duration of Telemetry drops 0 / Number of Telemetry out of limits S / Scheduled flag DATA QUALITY OM / Instrument Id 0153950101OM008 / Exposure Id 0 / Number of packets that failed reception checking 11 / Number of event reports 0 / Number of PMS errors 22 / Number of Telemetry drops 58 / Total duration of Telemetry drops 0 / Number of Telemetry out of limits S / Scheduled flag DATA QUALITY PN / Instrument Id 0153950101PN003 / Exposure Id 0 / Number of packets that failed reception checking 7 / Number of event reports 0 / Number of PMS errors 534 / Number of Telemetry drops 320 / Total duration of Telemetry drops 0 / Number of Telemetry out of limits S / Scheduled flag DATA QUALITY M2 / Instrument Id 0153950101M2002 / Exposure Id 0 / Number of packets that failed reception checking 5 / Number of event reports 0 / Number of PMS errors 250 / Number of Telemetry drops 626 / Total duration of Telemetry drops 0 / Number of Telemetry out of limits S / Scheduled flag DATA QUALITY M1 / Instrument Id 0153950101M1001 / Exposure Id 0 / Number of packets that failed reception checking 5 / Number of event reports 0 / Number of PMS errors 403 / Number of Telemetry drops 908 / Total duration of Telemetry drops 0 / Number of Telemetry out of limits S / Scheduled flag DATA QUALITY R1 / Instrument Id 0153950101R1004 / Exposure Id 0 / Number of packets that failed reception checking 0 / Number of event reports 0 / Number of PMS errors 623 / Number of Telemetry drops 4734 / Total duration of Telemetry drops 0 / Number of Telemetry out of limits S / Scheduled flag DATA QUALITY R2 / Instrument Id 0153950101R2005 / Exposure Id 0 / Number of packets that failed reception checking 0 / Number of event reports 0 / Number of PMS errors 620 / Number of Telemetry drops 4736 / Total duration of Telemetry drops 0 / Number of Telemetry out of limits S / Scheduled flag DATA QUALITY OM / Instrument Id 0153950101OM009 / Exposure Id 0 / Number of packets that failed reception checking 11 / Number of event reports 0 / Number of PMS errors 32 / Number of Telemetry drops 44 / Total duration of Telemetry drops 0 / Number of Telemetry out of limits S / Scheduled flag DATA QUALITY SC / Instrument Id 0000153950SC101 / Exposure Id 9665 / Number of packets that failed reception checking 0 / Number of event reports 0 / Number of PMS errors 4167 / Number of Telemetry drops 551 / Total duration of Telemetry drops 0 / Number of Telemetry out of limits X / Scheduled flag