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 'NOTE': '\n\n\n- Earth Mean Equator and Vernal Equinox of J2000 is the inertial\n  reference frame used to specify observational geometry. Geometric\n  parameters are based on best available data at time of product\n  creation. Refer to the SPICE archive for the most current\n  observational geometry data.\n\n- All positions are relative to body centers\n\n\n- SC_TARGET_POSITION_VECTOR/_VELOCITY_VECTOR\n  - TARGET wrt S/C\n  - Light time and stellar aberration correction\n    (per the PDS Data Dictionary)\n    for light originating from Sun, reflected\n    off of PLUTO\n    and received by S/C at observation midpoint.\n\n- TARGET_SUN_POSITION_VECTOR/_VELOCITY_VECTOR\n  - SUN wrt TARGET\n  - Light time and stellar aberration correction\n    (per the PDS Data Dictionary)\n    for light originating from Sun, reflected\n    off of SUN\n    and received by S/C at observation midpoint.\n\n- SC_SUN_POSITION_VECTOR/_VELOCITY_VECTOR\n  - SUN wrt S/C\n  - Light time and stellar aberration correction\n    (per the PDS Data Dictionary)\n    for light originating from Sun\n    and received by S/C at observation midpoint.\n\n- SC_EARTH_POSITION_VECTOR\n  - EARTH wrt S/C\n  - Light time and no stellar aberration correction\n    (per the PDS Data Dictionary)\n    for light reflected off of, or radiated signal originating from, Earth\n    and received by S/C at observation midpoint.\n\n- PHASE_ANGLE\n  - Angle between two vectors:\n    - PLUTO target body center to Sun\n    - PLUTO target body center to NH spacecraft\n    - Light time and stellar aberration corrections for light leaving\n      Sun and arriving at target center, for light that arrives at\n      spacecraft at observation midpoint\n    - Light time correction only, and no stellar aberration, for light\n      leaving target center and arriving at spacecraft at observation\n      midpoint.\n\n- SUB_SOLAR_LATITUDE\n- SUB_SPACECRAFT_LATITUDE\n  - Same vectors used as for PHASE_ANGLE\n  - IAU convention:\n    - Positive toward Positive pole\n\n- SUB_SOLAR_LONGITUDE\n- SUB_SPACECRAFT_LONGITUDE\n  - Same vectors used as for PHASE_ANGLE\n  - IAU convention\n    - Increasing in right-hand direction with thumb toward pole\n\n- Azimuth to Sun in FOV:\n  - Projection of PLUTO to Sun vector\n    (same as for PHASE_ANGLE) into instrument FOV\n  - Positive clockwise from up\n  - PDS3 provides no suitable keyword, here is a placeholder:\n\nNEWHORIZONS:SOLAR_FOV_AZIMUTH = 90.9 <DEGREE>\n\n- TARGET_NAME\n  - Note if TARGET_NAME is N/A, these parameters may be undefined.\n    This can occur, for instance, if an instrument was performing\n    an internal calibration.\n\nBy mutual agreement with PDS-SBN, FITS headers are the domain of the NH\nProject and were not part of the peer review beyond adherence to the\nFITS standard.  FITS header values, especially geometric conventions\nregarding phase angle, direction of supplied vectors and sense of light\ntime and stellar aberration corrections, were chosen to serve\noperational purposes and should be used with care.\n\n- Keyword NEWHORIZONS:APPROX_TARGET_NAME is the best guess of the\n  intended target of the observation made by the automated data\n  processing pipeline.\n\n- Keywords NEWHORIZONS:APPROX_TARGET_LINE and\n  NEWHORIZONS:APPROX_TARGET_SAMPLE provide the approximate pixel\n  position in the image of the center of that best guess target in\n  one-based absolute units of the PDS keywords LINES and LINE_SAMPLES,\n  respectively, as defined in the IMAGE OBJECT of this label and in the\n  PDS Standards Reference.  The origin is dependent on the definitions\n  of LINE_DISPLAY_DIRECTION and SAMPLE_DISPLAY_DIRECTION; if those are\n  UP and RIGHT, respectively, then the origin is in the lower left.\n\n- If the best guess at the target is unknown, then all three keywords\n  will be UNK i.e. unknown. If there was no target, i.e. for some\n  instances of instrument calibration activities, the keywords will\n  be N/A.\n\n\n\n- This image is not windowed\n',
 'NOTE_type': 'quoted_text',
 'NOTE_source': '"\n\n\n- Earth Mean Equator and Vernal Equinox of J2000 is the inertial\n  reference frame used to specify observational geometry. Geometric\n  parameters are based on best available data at time of product\n  creation. Refer to the SPICE archive for the most current\n  observational geometry data.\n\n- All positions are relative to body centers\n\n\n- SC_TARGET_POSITION_VECTOR/_VELOCITY_VECTOR\n  - TARGET wrt S/C\n  - Light time and stellar aberration correction\n    (per the PDS Data Dictionary)\n    for light originating from Sun, reflected\n    off of PLUTO\n    and received by S/C at observation midpoint.\n\n- TARGET_SUN_POSITION_VECTOR/_VELOCITY_VECTOR\n  - SUN wrt TARGET\n  - Light time and stellar aberration correction\n    (per the PDS Data Dictionary)\n    for light originating from Sun, reflected\n    off of SUN\n    and received by S/C at observation midpoint.\n\n- SC_SUN_POSITION_VECTOR/_VELOCITY_VECTOR\n  - SUN wrt S/C\n  - Light time and stellar aberration correction\n    (per the PDS Data Dictionary)\n    for light originating from Sun\n    and received by S/C at observation midpoint.\n\n- SC_EARTH_POSITION_VECTOR\n  - EARTH wrt S/C\n  - Light time and no stellar aberration correction\n    (per the PDS Data Dictionary)\n    for light reflected off of, or radiated signal originating from, Earth\n    and received by S/C at observation midpoint.\n\n- PHASE_ANGLE\n  - Angle between two vectors:\n    - PLUTO target body center to Sun\n    - PLUTO target body center to NH spacecraft\n    - Light time and stellar aberration corrections for light leaving\n      Sun and arriving at target center, for light that arrives at\n      spacecraft at observation midpoint\n    - Light time correction only, and no stellar aberration, for light\n      leaving target center and arriving at spacecraft at observation\n      midpoint.\n\n- SUB_SOLAR_LATITUDE\n- SUB_SPACECRAFT_LATITUDE\n  - Same vectors used as for PHASE_ANGLE\n  - IAU convention:\n    - Positive toward Positive pole\n\n- SUB_SOLAR_LONGITUDE\n- SUB_SPACECRAFT_LONGITUDE\n  - Same vectors used as for PHASE_ANGLE\n  - IAU convention\n    - Increasing in right-hand direction with thumb toward pole\n\n- Azimuth to Sun in FOV:\n  - Projection of PLUTO to Sun vector\n    (same as for PHASE_ANGLE) into instrument FOV\n  - Positive clockwise from up\n  - PDS3 provides no suitable keyword, here is a placeholder:\n\nNEWHORIZONS:SOLAR_FOV_AZIMUTH = 90.9 <DEGREE>\n\n- TARGET_NAME\n  - Note if TARGET_NAME is N/A, these parameters may be undefined.\n    This can occur, for instance, if an instrument was performing\n    an internal calibration.\n\nBy mutual agreement with PDS-SBN, FITS headers are the domain of the NH\nProject and were not part of the peer review beyond adherence to the\nFITS standard.  FITS header values, especially geometric conventions\nregarding phase angle, direction of supplied vectors and sense of light\ntime and stellar aberration corrections, were chosen to serve\noperational purposes and should be used with care.\n\n- Keyword NEWHORIZONS:APPROX_TARGET_NAME is the best guess of the\n  intended target of the observation made by the automated data\n  processing pipeline.\n\n- Keywords NEWHORIZONS:APPROX_TARGET_LINE and\n  NEWHORIZONS:APPROX_TARGET_SAMPLE provide the approximate pixel\n  position in the image of the center of that best guess target in\n  one-based absolute units of the PDS keywords LINES and LINE_SAMPLES,\n  respectively, as defined in the IMAGE OBJECT of this label and in the\n  PDS Standards Reference.  The origin is dependent on the definitions\n  of LINE_DISPLAY_DIRECTION and SAMPLE_DISPLAY_DIRECTION; if those are\n  UP and RIGHT, respectively, then the origin is in the lower left.\n\n- If the best guess at the target is unknown, then all three keywords\n  will be UNK i.e. unknown. If there was no target, i.e. for some\n  instances of instrument calibration activities, the keywords will\n  be N/A.\n\n\n\n- This image is not windowed\n"',
 'NOTE_unwrap': '- Earth Mean Equator and Vernal Equinox of J2000 is the inertial\n  reference frame used to specify observational geometry. Geometric\n  parameters are based on best available data at time of product\n  creation. Refer to the SPICE archive for the most current\n  observational geometry data.\n\n- All positions are relative to body centers\n\n- SC_TARGET_POSITION_VECTOR/_VELOCITY_VECTOR\n  - TARGET wrt S/C\n  - Light time and stellar aberration correction\n    (per the PDS Data Dictionary)\n    for light originating from Sun, reflected\n    off of PLUTO\n    and received by S/C at observation midpoint.\n\n- TARGET_SUN_POSITION_VECTOR/_VELOCITY_VECTOR\n  - SUN wrt TARGET\n  - Light time and stellar aberration correction\n    (per the PDS Data Dictionary)\n    for light originating from Sun, reflected\n    off of SUN\n    and received by S/C at observation midpoint.\n\n- SC_SUN_POSITION_VECTOR/_VELOCITY_VECTOR\n  - SUN wrt S/C\n  - Light time and stellar aberration correction\n    (per the PDS Data Dictionary)\n    for light originating from Sun\n    and received by S/C at observation midpoint.\n\n- SC_EARTH_POSITION_VECTOR\n  - EARTH wrt S/C\n  - Light time and no stellar aberration correction\n    (per the PDS Data Dictionary)\n    for light reflected off of, or radiated signal originating from, Earth\n    and received by S/C at observation midpoint.\n\n- PHASE_ANGLE\n  - Angle between two vectors:\n    - PLUTO target body center to Sun\n    - PLUTO target body center to NH spacecraft\n    - Light time and stellar aberration corrections for light leaving\n      Sun and arriving at target center, for light that arrives at\n      spacecraft at observation midpoint\n    - Light time correction only, and no stellar aberration, for light\n      leaving target center and arriving at spacecraft at observation\n      midpoint.\n\n- SUB_SOLAR_LATITUDE - SUB_SPACECRAFT_LATITUDE\n  - Same vectors used as for PHASE_ANGLE\n  - IAU convention:\n    - Positive toward Positive pole\n\n- SUB_SOLAR_LONGITUDE - SUB_SPACECRAFT_LONGITUDE\n  - Same vectors used as for PHASE_ANGLE\n  - IAU convention\n    - Increasing in right-hand direction with thumb toward pole\n\n- Azimuth to Sun in FOV:\n  - Projection of PLUTO to Sun vector\n    (same as for PHASE_ANGLE) into instrument FOV\n  - Positive clockwise from up\n  - PDS3 provides no suitable keyword, here is a placeholder:\n\nNEWHORIZONS:SOLAR_FOV_AZIMUTH = 90.9 <DEGREE>\n\n- TARGET_NAME\n  - Note if TARGET_NAME is N/A, these parameters may be undefined.\n    This can occur, for instance, if an instrument was performing\n    an internal calibration.\n\nBy mutual agreement with PDS-SBN, FITS headers are the domain of the NH Project and were not part of the peer review beyond adherence to the FITS standard.  FITS header values, especially geometric conventions regarding phase angle, direction of supplied vectors and sense of light time and stellar aberration corrections, were chosen to serve operational purposes and should be used with care.\n\n- Keyword NEWHORIZONS:APPROX_TARGET_NAME is the best guess of the\n  intended target of the observation made by the automated data\n  processing pipeline.\n\n- Keywords NEWHORIZONS:APPROX_TARGET_LINE and\n  NEWHORIZONS:APPROX_TARGET_SAMPLE provide the approximate pixel\n  position in the image of the center of that best guess target in\n  one-based absolute units of the PDS keywords LINES and LINE_SAMPLES,\n  respectively, as defined in the IMAGE OBJECT of this label and in the\n  PDS Standards Reference.  The origin is dependent on the definitions\n  of LINE_DISPLAY_DIRECTION and SAMPLE_DISPLAY_DIRECTION; if those are\n  UP and RIGHT, respectively, then the origin is in the lower left.\n\n- If the best guess at the target is unknown, then all three keywords\n  will be UNK i.e. unknown. If there was no target, i.e. for some\n  instances of instrument calibration activities, the keywords will\n  be N/A.\n\n- This image is not windowed',
 'MISSION_NAME': 'NEW HORIZONS',
 'MISSION_NAME_type': 'quoted_text',
 'MISSION_NAME_source': '"NEW HORIZONS"',
 'DATA_SET_ID': 'NH-P-LORRI-3-PLUTO-V3.0',
 'DATA_SET_ID_type': 'quoted_text',
 'DATA_SET_ID_source': '"NH-P-LORRI-3-PLUTO-V3.0"',
 'PRODUCT_ID': 'LOR_0284676508_0X630_SCI',
 'PRODUCT_ID_type': 'quoted_text',
 'PRODUCT_ID_source': '"LOR_0284676508_0X630_SCI"',
 'PRODUCER_INSTITUTION_NAME': 'SOUTHWEST RESEARCH INSTITUTE',
 'PRODUCER_INSTITUTION_NAME_type': 'quoted_text',
 'PRODUCER_INSTITUTION_NAME_source': '"SOUTHWEST RESEARCH INSTITUTE"',
 'PRODUCT_TYPE': 'RDR',
 'PRODUCT_TYPE_type': 'quoted_text',
 'PRODUCT_TYPE_source': '"RDR"',
 'MISSION_PHASE_NAME': 'PLUTO ENCOUNTER',
 'MISSION_PHASE_NAME_type': 'quoted_text',
 'MISSION_PHASE_NAME_source': '"PLUTO ENCOUNTER"',
 'NEWHORIZONS:SEQUENCE_ID': 'APLR_NAV_C2_L1_NONCRIT_027B',
 'NEWHORIZONS:SEQUENCE_ID_type': 'quoted_text',
 'NEWHORIZONS:SEQUENCE_ID_source': '"\n  APLR_NAV_C2_L1_NONCRIT_027B"',
 'NEWHORIZONS:OBSERVATION_DESC': 'OPNAV CAMPAIGN 2: IMAGE PLUTO AND CHARON',
 'NEWHORIZONS:OBSERVATION_DESC_type': 'quoted_text',
 'NEWHORIZONS:OBSERVATION_DESC_source': '"\n  OPNAV CAMPAIGN 2: IMAGE PLUTO AND CHARON\n"',
 'TARGET_NAME': 'PLUTO',
 'TARGET_NAME_type': 'quoted_text',
 'TARGET_NAME_source': '"PLUTO"',
 'PRODUCT_CREATION_TIME': datetime.datetime(2017, 9, 21, 0, 0),
 'PRODUCT_CREATION_TIME_type': 'date_time',
 'PRODUCT_CREATION_TIME_source': '2017-09-21T00:00:00',
 'PRODUCT_CREATION_TIME_day': 6473,
 'PRODUCT_CREATION_TIME_sec': 0,
 'PRODUCT_CREATION_TIME_fmt': '2017-09-21T00:00:00',
 'START_TIME': datetime.datetime(2015, 1, 27, 14, 56, 30, 583000),
 'START_TIME_type': 'date_time',
 'START_TIME_source': '2015-01-27T14:56:30.583',
 'START_TIME_day': 5505,
 'START_TIME_sec': 53790.583,
 'START_TIME_fmt': '2015-01-27T14:56:30.583',
 'STOP_TIME': datetime.datetime(2015, 1, 27, 14, 56, 30, 683000),
 'STOP_TIME_type': 'date_time',
 'STOP_TIME_source': '2015-01-27T14:56:30.683',
 'STOP_TIME_day': 5505,
 'STOP_TIME_sec': 53790.683,
 'STOP_TIME_fmt': '2015-01-27T14:56:30.683',
 'SPACECRAFT_CLOCK_CNT_PARTITION': 3,
 'SPACECRAFT_CLOCK_CNT_PARTITION_type': 'integer',
 'SPACECRAFT_CLOCK_CNT_PARTITION_source': '3',
 'SPACECRAFT_CLOCK_START_COUNT': '0284676507:44000',
 'SPACECRAFT_CLOCK_START_COUNT_type': 'quoted_text',
 'SPACECRAFT_CLOCK_START_COUNT_source': '"0284676507:44000"',
 'SPACECRAFT_CLOCK_STOP_COUNT': '0284676507:49000',
 'SPACECRAFT_CLOCK_STOP_COUNT_type': 'quoted_text',
 'SPACECRAFT_CLOCK_STOP_COUNT_source': '"0284676507:49000"',
 'INSTRUMENT_NAME': 'LONG RANGE RECONNAISSANCE IMAGER',
 'INSTRUMENT_NAME_type': 'quoted_text',
 'INSTRUMENT_NAME_source': '"LONG RANGE RECONNAISSANCE IMAGER"',
 'INSTRUMENT_HOST_NAME': 'NEW HORIZONS',
 'INSTRUMENT_HOST_NAME_type': 'quoted_text',
 'INSTRUMENT_HOST_NAME_source': '"NEW HORIZONS"',
 'INSTRUMENT_HOST_ID': 'NH',
 'INSTRUMENT_HOST_ID_type': 'quoted_text',
 'INSTRUMENT_HOST_ID_source': '"NH"',
 'INSTRUMENT_ID': 'LORRI',
 'INSTRUMENT_ID_type': 'quoted_text',
 'INSTRUMENT_ID_source': '"LORRI"',
 'TELEMETRY_APPLICATION_ID': '0x630',
 'TELEMETRY_APPLICATION_ID_type': 'quoted_text',
 'TELEMETRY_APPLICATION_ID_source': '"0x630"',
 'EXPOSURE_DURATION': 0.1,
 'EXPOSURE_DURATION_type': 'real',
 'EXPOSURE_DURATION_source': '0.100 <s>',
 'EXPOSURE_DURATION_unit': '<s>',
 'DETECTOR_TYPE': 'SI CCD',
 'DETECTOR_TYPE_type': 'quoted_text',
 'DETECTOR_TYPE_source': '"SI CCD"',
 'INST_CMPRS_TYPE': 'LOSSLESS',
 'INST_CMPRS_TYPE_type': 'quoted_text',
 'INST_CMPRS_TYPE_source': '"LOSSLESS"',
 'EQUINOX_EPOCH': 2000.0,
 'EQUINOX_EPOCH_type': 'real',
 'EQUINOX_EPOCH_source': '2000.0',
 'COORDINATE_SYSTEM_ID': 'J2000',
 'COORDINATE_SYSTEM_ID_type': 'quoted_text',
 'COORDINATE_SYSTEM_ID_source': '"J2000"',
 'SC_TARGET_POSITION_VECTOR': [2310535.4, -193441830.0, -50526843.0],
 'SC_TARGET_POSITION_VECTOR_type': 'sequence_1D',
 'SC_TARGET_POSITION_VECTOR_source': '(2310535.4 <km>, -1.9344183E+08 <km>, -50526843. <km>)',
 'SC_TARGET_POSITION_VECTOR_unit': '<km>',
 'SC_TARGET_VELOCITY_VECTOR': [-0.14360293, 13.356422, 3.4870891],
 'SC_TARGET_VELOCITY_VECTOR_type': 'sequence_1D',
 'SC_TARGET_VELOCITY_VECTOR_source': '(-0.14360293 <km/s>, 13.356422 <km/s>, 3.4870891 <km/s>)',
 'SC_TARGET_VELOCITY_VECTOR_unit': '<km/s>',
 'TARGET_CENTER_DISTANCE': 199945100.0,
 'TARGET_CENTER_DISTANCE_type': 'real',
 'TARGET_CENTER_DISTANCE_source': '1.9994510e+08 <km>',
 'TARGET_CENTER_DISTANCE_unit': '<km>',
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 'SC_SUN_VELOCITY_VECTOR_unit': '<km/s>',
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 'SC_GEOCENTRIC_DISTANCE_source': '4849679838.3028669 <km>',
 'SC_GEOCENTRIC_DISTANCE_unit': '<km>',
 'PHASE_ANGLE': 14.1,
 'PHASE_ANGLE_type': 'real',
 'PHASE_ANGLE_source': '14.1 <DEGREE>',
 'PHASE_ANGLE_unit': '<DEGREE>',
 'SOLAR_ELONGATION': 165.9,
 'SOLAR_ELONGATION_type': 'real',
 'SOLAR_ELONGATION_source': '165.9 <DEGREE>',
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 'RIGHT_ASCENSION': 270.6,
 'RIGHT_ASCENSION_type': 'real',
 'RIGHT_ASCENSION_source': '270.6 <DEGREE>',
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 'DECLINATION_unit': '<DEGREE>',
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 'BODY_POLE_CLOCK_ANGLE_source': '141.2 <DEGREE>',
 'BODY_POLE_CLOCK_ANGLE_unit': '<DEGREE>',
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 'QUATERNION_type': 'sequence_1D',
 'QUATERNION_source': '(0.2587242915, -0.6563516749, -0.7036268709, 0.08469620063)',
 'QUATERNION_DESC': 'QUAT_AXYZ_J2K_TO_INSTR.ASC',
 'QUATERNION_DESC_type': 'quoted_text',
 'QUATERNION_DESC_source': '"QUAT_AXYZ_J2K_TO_INSTR.ASC"',
 'NEWHORIZONS:APPROX_TARGET_NAME': 'PLUTO',
 'NEWHORIZONS:APPROX_TARGET_NAME_type': 'quoted_text',
 'NEWHORIZONS:APPROX_TARGET_NAME_source': '"PLUTO"',
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  'nhpc_2017_335_02.bc',
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  'pck00010.tpc',
  'sb_2002jf56_2.bsp',
  'sb_2014mu69_20150903_s6.bsp'},
 'SPICE_FILE_NAME_type': 'set',
 'SPICE_FILE_NAME_source': '{"nh_pred_20060119_20070401_od020.bsp", "nh_pred_20060119_20070101_od021.bsp", "nh_pred_20060119_20100601_od022.bsp", "nh_pred_20060119_20100101_od032.bsp", "nh_pred_20061001_20100101_od040.bsp", "nh_pred_20070307_20100101_od041.bsp", "nh_pred_20070321_20100101_od042.bsp", "nh_pred_20070319_20100101_od051.bsp", "nh_pred_20070319_20110101_od059.bsp", "nh_pred_20080710_20160101_od059.bsp", "nh_pred_20070319_20130101_od061.bsp", "nh_pred_20070319_20140101_od064.bsp", "nh_pred_20070319_20150101_od070.bsp", "nh_pred_20070319_20150501_od072.bsp", "nh_pred_20070319_20150901_od077.bsp", "nh_pred_20120501_20160913_od091.bsp", "nh_pred_20150801_20190301_od124.bsp", "nh_pred_20150801_20190901_od126.bsp", "naif0012.tls", "new_horizons_1535.tsc", "nh_stars_kbo_centaur_ppinp.tpc", "pck00010.tpc", "nh_v220.tf", "nh_allinstruments_v002.ti", "nh_alice_v200.ti", "nh_lorri_v201.ti", "nh_pepssi_v110.ti", "nh_ralph_v100.ti", "nh_rex_v100.ti", "nh_sdc_v101.ti", "nh_swap_v200.ti", "nh_soc_misc_v001.tf", "sb_2002jf56_2.bsp", "jup260.bsp", "kbo_centaur_horizons_20131129.bsp", "kbo_centaur_20170422.bsp", "sb_2014mu69_20150903_s6.bsp", "nh_extras.bsp", "nh_stars.bsp", "NavPE_de433_od128.bsp", "NavSE_plu047_od123.bsp", "nh_nep_ura_000.bsp", "nh_recon_e2j_v1.bsp", "nh_recon_j2sep07_prelimv1.bsp", "nh_recon_pluto_od122_v01.bsp", "merged_nhpc_2006_v001.bc", "merged_nhpc_2007_v001.bc", "merged_nhpc_2008_v001.bc", "merged_nhpc_2009_v001.bc", "merged_nhpc_2010_v001.bc", "merged_nhpc_2011_v001.bc", "merged_nhpc_2012_v001.bc", "merged_nhpc_2013_v001.bc", "merged_nhpc_2014_v001.bc", "merged_nhpc_2015_v039.bc", "merged_nhpc_2016_v003.bc", "merged_nhpc_2017_01_v011.bc", "merged_nhpc_2017_02_v004.bc", "merged_nhpc_2017_03_v004.bc", "merged_nhpc_2017_04_v004.bc", "merged_nhpc_2017_09_v011.bc", "merged_nhpc_2017_10_v010.bc", "merged_nhpc_2017_11_v004.bc", "nhpc_2017_335_02.bc", "nhpc_2017_338_02.bc", "nhpc_2017_339_04.bc", "nhpc_2017_340_04.bc", "nhpc_2017_341_03.bc", "nhpc_2017_342_03.bc", "nhpc_2017_343_02.bc", "nhpc_2017_344_02.bc", "nhpc_2017_346_01.bc", "naif0012.tls", "pck00010.tpc", "nh_stars_kbo_centaur_v002.tpc", "new_horizons_1454.tsc", "nh_v220.tf", "nh_soc_misc_v002.tf", "heliospheric_v004u.tf", "nh_alice_v200.ti", "nh_lorri_v201.ti", "nh_pepssi_v110.ti", "nh_ralph_v100u.ti", "nh_rex_v100.ti", "nh_sdc_v101.ti", "nh_swap_v200.ti", "de418.bsp", "jup260.bsp", "nh_plu017.bsp", "kbo_centaur_20170422.bsp", "kbo_centaur_20131129.bsp", "nh_extras.bsp", "sb_2002jf56_2.bsp", "sb_2014mu69_20150903_s6.bsp", "nh_nep_ura_000.bsp", "nh_pred_alleph_od124.bsp", "nh_recon_e2j_v1.bsp", "nh_recon_j2sep07_prelimv1.bsp", "nh_recon_od077_v01.bsp", "nh_recon_od117_v01.bsp", "nh_recon_pluto_od122_v01.bsp", "merged_nhpc_2006_v011.bc", "merged_nhpc_2007_v006.bc", "merged_nhpc_2008_v001.bc", "merged_nhpc_2009_v001.bc", "merged_nhpc_2010_v001.bc", "merged_nhpc_2011_v001.bc", "merged_nhpc_2012_v001.bc", "merged_nhpc_2013_v001.bc", "merged_nhpc_2014_v001.bc", "merged_nhpc_2015_v001.bc", "merged_nhpc_2016_v003.bc"}',
 'SPICE_FILE_NAME_list': ['nh_pred_20060119_20070401_od020.bsp',
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  'merged_nhpc_2011_v001.bc',
  'merged_nhpc_2012_v001.bc',
  'merged_nhpc_2013_v001.bc',
  'merged_nhpc_2014_v001.bc',
  'merged_nhpc_2015_v039.bc',
  'merged_nhpc_2016_v003.bc',
  'merged_nhpc_2017_01_v011.bc',
  'merged_nhpc_2017_02_v004.bc',
  'merged_nhpc_2017_03_v004.bc',
  'merged_nhpc_2017_04_v004.bc',
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  'nh_recon_pluto_od122_v01.bsp',
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  'merged_nhpc_2007_v006.bc',
  'merged_nhpc_2008_v001.bc',
  'merged_nhpc_2009_v001.bc',
  'merged_nhpc_2010_v001.bc',
  'merged_nhpc_2011_v001.bc',
  'merged_nhpc_2012_v001.bc',
  'merged_nhpc_2013_v001.bc',
  'merged_nhpc_2014_v001.bc',
  'merged_nhpc_2015_v001.bc',
  'merged_nhpc_2016_v003.bc'],
 'PROCESSING_HISTORY_TEXT': "\nHistory retrieval result: SUCCESS\nRefer to SOC_INST_ICD document for more detail\n************************************************************************\n***N.B. The ABSCCORR (Absolute Calibration) step does not change pixel\n***     values in the IMAGE.  Pixel values are *CALIBRATED* DATA NUMBERs\n***     e.g. typically only removal of bias, smear, and pixel-to-pixel\n***     variation (flat-fielding) steps are performed.\n***\n***     The ABSCCORR step *ONLY* adds conversion factor keywords\n***     to the FITS header, which are later copied to this label\n***       R*:  to radiance, units = (DN/*s/pixel)/(erg/s/cm^2/Angstrom);\n***       P*:  to irradiance, units = (DN/*s/pixel)/(erg/s/cm^2)\n************************************************************************\nCOMMENT *********************************************************\nCOMMENT *** LORRI Level 2 software name and version info      ***\nCOMMENT *********************************************************\nL2_SWNAM= 'lorri_level2_pipeline' /*Level 2 calibration software\nL2_SWVER= '1.3.1   '           /*software version tag\nCOMMENT *********************************************************\nCOMMENT *** LORRI Level 2 software logic flow control flags   ***\nCOMMENT *********************************************************\nIMGSUBTR= 'OMIT    '           /*image subtraction step\nBIASCORR= 'PERFORM '           /*bias subtraction step\nFILLCORR= 'PERFORM '           /*fill missing data\nSLINCORR= 'OMIT    '           /*signal linearization step\nCTICORR = 'OMIT    '           /*charge transfer inefficiency step\nDARKCORR= 'OMIT    '           /*dark subtraction step\nSMEARCOR= 'PERFORM '           /*smear removal step\nFLATCORR= 'PERFORM '           /*flat-fielding step\nGEOMCORR= 'OMIT    '           /*geometric correction step\nMASKCORR= 'PERFORM '           /*mask missing data\nABSCCORR= 'PERFORM '           /*absolute calibration step\nCOMPERR = 'PERFORM '           /*compute error estimate\nCOMPQUAL= 'PERFORM '           /*compute quality flags\nCOMMENT *********************************************************\nCOMMENT *** LORRI Level 2 Reference Filename                  ***\nCOMMENT *********************************************************\nREFDEBIA= 'sap_006_combined_100img_1x1.fit' /*debias image filename\nREFFLAT = 'cflat_grnd_SFA_20050309_v2.fit' /*flat field image filename\nREFDEAD = 'dead_ground_1x1_synthetic.fit' /*dead pixel image filename\nREFHOT  = 'hot_ground_1x1_synthetic.fit' /*hot pixel image filename\nREFSUBIM= '        '           /*subtraction image filename\nCOMMENT *********************************************************\nCOMMENT *** LORRI Level 2 Absolute Calibration Parameters     ***\nCOMMENT *** Rxxx keyword units=(DN/s/pixel)/(erg/cm^2/s/A/sr) ***\nCOMMENT *** Pxxx keyword units=(DN/s)/(erg/cm^2/s/A)          ***\nCOMMENT *********************************************************\nBIASMTHD= 'median of dark column data' /*Method used to calculate bias value\nBIASLEVL=        536.000000000 /*median bias level of dark columns, units=DN\nRDNOISE =        1.10000000000 /*Read noise, units=DN\nCCDGAIN =        22.0000000000 /*CCD gain, units=e/DN\nPIVOT   =        6076.20019531 /*LORRI pivot wavelength. units=angstroms\nRSOLAR  =        234900.000000 /*Conv to radiance for solar source\nRPLUTO  =        227000.000000 /*Conv to radiance for pluto source\nRPHOLUS =        272400.000000 /*Conv to radiance for 5145 pholus source\nRCHARON =        231800.000000 /*Conv to radiance for charon source\nRJUPITER=        206900.000000 /*Conv to radiance for jupiter source\nPPLUTO  =    9.21399978256E+15 /*Conv to irradiance for pluto source\nPSOLAR  =    9.53299988854E+15 /*Conv to irradiance for solar source\nPPHOLUS =    1.10600003487E+16 /*Conv to irradiance for 5145 pholus source\nPCHARON =    9.40999954137E+15 /*Conv to irradiance for charon source\nPJUPITER=    8.39699982923E+15 /*Conv to irradiance for jupiter source\nPHOTZPT =        18.8700000000 /*Zero point for visual magnitude, V\nCOMMENT *********************************************************\nCOMMENT *** LORRI Level 2 Calibrated telemetry items          ***\nCOMMENT *********************************************************\nEPU_P5VO=        5.04305504857 /*EPU +5 voltage. units=Volts\nEPU_P5CU=       0.143143000000 /*EPU +5 current. units=Amps\nFPU_P15V=        14.9797220368 /*FPU +15 voltage. units=Volts\nFPU_P15C=      0.0616011000000 /*FPU +15 current. units=Amps\nFPU_P6_V=        6.04818995353 /*FPU +6 voltage. units=Volts\nFPU_P6_C=       0.168168000000 /*FPU +6 current. units=Amps\nFPU_HTRC=        0.00000000000 /*FPU heater current. units=Amps\nEPU_25PV=        2.50585987492 /*EPU +2.5 voltage. units=Volts\nRINGTEMP=       -72.2248936371 /*Intermediate ring temp. units=celsius\nMFOOTTMP=       -67.5959643831 /*Mounting foot-top temp. units=celsius\nM2MNTTMP=       -72.5809144826 /*M2 mirror mount temp. units=celsius\nRADTEMP =       -91.8053549143 /*Radiator temp. units=celsius\nBAFATEMP=       -69.0203978406 /*Baffle-aft temp. units=celsius\nBAFFTEMP=       -78.2766625039 /*Baffle-forward temp. units=celsius\nM1SUPTMP=       -72.5809144826 /*M1 mirror support temp. units=celsius\nM1MIRTMP=       -71.8688667181 /*M1 mirror temp. units=celsius\nCCDTEMP =       -82.5606000000 /*CCD temperature. units=celsius\nM1VFTEMP=       -71.0341197000 /*M1 V/F temperature. units=celsius\nM2VFTEMP=       -71.6967345000 /*M2 V/F temperature. units=celsius\nFPUBTEMP=        25.0621040000 /*FPU board V/F temp. units=celsius\nSTEMPCVR= 'ENABLE  '           /*Temperature conversion enable\nSCLMP2PE= 'OFF     '           /*Cal lamp 2 power enable\nSCLMP1PE= 'OFF     '           /*Cal lamp 2 power enable\nSSOURCE = 'CCD     '           /*Image source\nSFORMAT = '1X1     '           /*Image format\nSEXPMODE= 'MANUAL  '           /*Exposure mode\nPDUNAME = 'Level 2 LORRI image'\n",
 'PROCESSING_HISTORY_TEXT_type': 'quoted_text',
 'PROCESSING_HISTORY_TEXT_source': '"\nHistory retrieval result: SUCCESS\nRefer to SOC_INST_ICD document for more detail\n************************************************************************\n***N.B. The ABSCCORR (Absolute Calibration) step does not change pixel\n***     values in the IMAGE.  Pixel values are *CALIBRATED* DATA NUMBERs\n***     e.g. typically only removal of bias, smear, and pixel-to-pixel\n***     variation (flat-fielding) steps are performed.\n***\n***     The ABSCCORR step *ONLY* adds conversion factor keywords\n***     to the FITS header, which are later copied to this label\n***       R*:  to radiance, units = (DN/*s/pixel)/(erg/s/cm^2/Angstrom);\n***       P*:  to irradiance, units = (DN/*s/pixel)/(erg/s/cm^2)\n************************************************************************\nCOMMENT *********************************************************\nCOMMENT *** LORRI Level 2 software name and version info      ***\nCOMMENT *********************************************************\nL2_SWNAM= \'lorri_level2_pipeline\' /*Level 2 calibration software\nL2_SWVER= \'1.3.1   \'           /*software version tag\nCOMMENT *********************************************************\nCOMMENT *** LORRI Level 2 software logic flow control flags   ***\nCOMMENT *********************************************************\nIMGSUBTR= \'OMIT    \'           /*image subtraction step\nBIASCORR= \'PERFORM \'           /*bias subtraction step\nFILLCORR= \'PERFORM \'           /*fill missing data\nSLINCORR= \'OMIT    \'           /*signal linearization step\nCTICORR = \'OMIT    \'           /*charge transfer inefficiency step\nDARKCORR= \'OMIT    \'           /*dark subtraction step\nSMEARCOR= \'PERFORM \'           /*smear removal step\nFLATCORR= \'PERFORM \'           /*flat-fielding step\nGEOMCORR= \'OMIT    \'           /*geometric correction step\nMASKCORR= \'PERFORM \'           /*mask missing data\nABSCCORR= \'PERFORM \'           /*absolute calibration step\nCOMPERR = \'PERFORM \'           /*compute error estimate\nCOMPQUAL= \'PERFORM \'           /*compute quality flags\nCOMMENT *********************************************************\nCOMMENT *** LORRI Level 2 Reference Filename                  ***\nCOMMENT *********************************************************\nREFDEBIA= \'sap_006_combined_100img_1x1.fit\' /*debias image filename\nREFFLAT = \'cflat_grnd_SFA_20050309_v2.fit\' /*flat field image filename\nREFDEAD = \'dead_ground_1x1_synthetic.fit\' /*dead pixel image filename\nREFHOT  = \'hot_ground_1x1_synthetic.fit\' /*hot pixel image filename\nREFSUBIM= \'        \'           /*subtraction image filename\nCOMMENT *********************************************************\nCOMMENT *** LORRI Level 2 Absolute Calibration Parameters     ***\nCOMMENT *** Rxxx keyword units=(DN/s/pixel)/(erg/cm^2/s/A/sr) ***\nCOMMENT *** Pxxx keyword units=(DN/s)/(erg/cm^2/s/A)          ***\nCOMMENT *********************************************************\nBIASMTHD= \'median of dark column data\' /*Method used to calculate bias value\nBIASLEVL=        536.000000000 /*median bias level of dark columns, units=DN\nRDNOISE =        1.10000000000 /*Read noise, units=DN\nCCDGAIN =        22.0000000000 /*CCD gain, units=e/DN\nPIVOT   =        6076.20019531 /*LORRI pivot wavelength. units=angstroms\nRSOLAR  =        234900.000000 /*Conv to radiance for solar source\nRPLUTO  =        227000.000000 /*Conv to radiance for pluto source\nRPHOLUS =        272400.000000 /*Conv to radiance for 5145 pholus source\nRCHARON =        231800.000000 /*Conv to radiance for charon source\nRJUPITER=        206900.000000 /*Conv to radiance for jupiter source\nPPLUTO  =    9.21399978256E+15 /*Conv to irradiance for pluto source\nPSOLAR  =    9.53299988854E+15 /*Conv to irradiance for solar source\nPPHOLUS =    1.10600003487E+16 /*Conv to irradiance for 5145 pholus source\nPCHARON =    9.40999954137E+15 /*Conv to irradiance for charon source\nPJUPITER=    8.39699982923E+15 /*Conv to irradiance for jupiter source\nPHOTZPT =        18.8700000000 /*Zero point for visual magnitude, V\nCOMMENT *********************************************************\nCOMMENT *** LORRI Level 2 Calibrated telemetry items          ***\nCOMMENT *********************************************************\nEPU_P5VO=        5.04305504857 /*EPU +5 voltage. units=Volts\nEPU_P5CU=       0.143143000000 /*EPU +5 current. units=Amps\nFPU_P15V=        14.9797220368 /*FPU +15 voltage. units=Volts\nFPU_P15C=      0.0616011000000 /*FPU +15 current. units=Amps\nFPU_P6_V=        6.04818995353 /*FPU +6 voltage. units=Volts\nFPU_P6_C=       0.168168000000 /*FPU +6 current. units=Amps\nFPU_HTRC=        0.00000000000 /*FPU heater current. units=Amps\nEPU_25PV=        2.50585987492 /*EPU +2.5 voltage. units=Volts\nRINGTEMP=       -72.2248936371 /*Intermediate ring temp. units=celsius\nMFOOTTMP=       -67.5959643831 /*Mounting foot-top temp. units=celsius\nM2MNTTMP=       -72.5809144826 /*M2 mirror mount temp. units=celsius\nRADTEMP =       -91.8053549143 /*Radiator temp. units=celsius\nBAFATEMP=       -69.0203978406 /*Baffle-aft temp. units=celsius\nBAFFTEMP=       -78.2766625039 /*Baffle-forward temp. units=celsius\nM1SUPTMP=       -72.5809144826 /*M1 mirror support temp. units=celsius\nM1MIRTMP=       -71.8688667181 /*M1 mirror temp. units=celsius\nCCDTEMP =       -82.5606000000 /*CCD temperature. units=celsius\nM1VFTEMP=       -71.0341197000 /*M1 V/F temperature. units=celsius\nM2VFTEMP=       -71.6967345000 /*M2 V/F temperature. units=celsius\nFPUBTEMP=        25.0621040000 /*FPU board V/F temp. units=celsius\nSTEMPCVR= \'ENABLE  \'           /*Temperature conversion enable\nSCLMP2PE= \'OFF     \'           /*Cal lamp 2 power enable\nSCLMP1PE= \'OFF     \'           /*Cal lamp 2 power enable\nSSOURCE = \'CCD     \'           /*Image source\nSFORMAT = \'1X1     \'           /*Image format\nSEXPMODE= \'MANUAL  \'           /*Exposure mode\nPDUNAME = \'Level 2 LORRI image\'\n"',
 'PROCESSING_HISTORY_TEXT_unwrap': "History retrieval result: SUCCESS Refer to SOC_INST_ICD document for more detail ************************************************************************ ***N.B. The ABSCCORR (Absolute Calibration) step does not change pixel ***     values in the IMAGE.  Pixel values are *CALIBRATED* DATA NUMBERs ***     e.g. typically only removal of bias, smear, and pixel-to-pixel ***     variation (flat-fielding) steps are performed. *** ***     The ABSCCORR step *ONLY* adds conversion factor keywords ***     to the FITS header, which are later copied to this label ***       R*:  to radiance, units = (DN/*s/pixel)/(erg/s/cm^2/Angstrom); ***       P*:  to irradiance, units = (DN/*s/pixel)/(erg/s/cm^2) ************************************************************************ COMMENT ********************************************************* COMMENT *** LORRI Level 2 software name and version info      *** COMMENT ********************************************************* L2_SWNAM= 'lorri_level2_pipeline' /*Level 2 calibration software L2_SWVER= '1.3.1   '           /*software version tag COMMENT ********************************************************* COMMENT *** LORRI Level 2 software logic flow control flags   *** COMMENT ********************************************************* IMGSUBTR= 'OMIT    '           /*image subtraction step BIASCORR= 'PERFORM '           /*bias subtraction step FILLCORR= 'PERFORM '           /*fill missing data SLINCORR= 'OMIT    '           /*signal linearization step CTICORR = 'OMIT    '           /*charge transfer inefficiency step DARKCORR= 'OMIT    '           /*dark subtraction step SMEARCOR= 'PERFORM '           /*smear removal step FLATCORR= 'PERFORM '           /*flat-fielding step GEOMCORR= 'OMIT    '           /*geometric correction step MASKCORR= 'PERFORM '           /*mask missing data ABSCCORR= 'PERFORM '           /*absolute calibration step COMPERR = 'PERFORM '           /*compute error estimate COMPQUAL= 'PERFORM '           /*compute quality flags COMMENT ********************************************************* COMMENT *** LORRI Level 2 Reference Filename                  *** COMMENT ********************************************************* REFDEBIA= 'sap_006_combined_100img_1x1.fit' /*debias image filename REFFLAT = 'cflat_grnd_SFA_20050309_v2.fit' /*flat field image filename REFDEAD = 'dead_ground_1x1_synthetic.fit' /*dead pixel image filename REFHOT  = 'hot_ground_1x1_synthetic.fit' /*hot pixel image filename REFSUBIM= '        '           /*subtraction image filename COMMENT ********************************************************* COMMENT *** LORRI Level 2 Absolute Calibration Parameters     *** COMMENT *** Rxxx keyword units=(DN/s/pixel)/(erg/cm^2/s/A/sr) *** COMMENT *** Pxxx keyword units=(DN/s)/(erg/cm^2/s/A)          *** COMMENT ********************************************************* BIASMTHD= 'median of dark column data' /*Method used to calculate bias value BIASLEVL=        536.000000000 /*median bias level of dark columns, units=DN RDNOISE =        1.10000000000 /*Read noise, units=DN CCDGAIN =        22.0000000000 /*CCD gain, units=e/DN PIVOT   =        6076.20019531 /*LORRI pivot wavelength. units=angstroms RSOLAR  =        234900.000000 /*Conv to radiance for solar source RPLUTO  =        227000.000000 /*Conv to radiance for pluto source RPHOLUS =        272400.000000 /*Conv to radiance for 5145 pholus source RCHARON =        231800.000000 /*Conv to radiance for charon source RJUPITER=        206900.000000 /*Conv to radiance for jupiter source PPLUTO  =    9.21399978256E+15 /*Conv to irradiance for pluto source PSOLAR  =    9.53299988854E+15 /*Conv to irradiance for solar source PPHOLUS =    1.10600003487E+16 /*Conv to irradiance for 5145 pholus source PCHARON =    9.40999954137E+15 /*Conv to irradiance for charon source PJUPITER=    8.39699982923E+15 /*Conv to irradiance for jupiter source PHOTZPT =        18.8700000000 /*Zero point for visual magnitude, V COMMENT ********************************************************* COMMENT *** LORRI Level 2 Calibrated telemetry items          *** COMMENT ********************************************************* EPU_P5VO=        5.04305504857 /*EPU +5 voltage. units=Volts EPU_P5CU=       0.143143000000 /*EPU +5 current. units=Amps FPU_P15V=        14.9797220368 /*FPU +15 voltage. units=Volts FPU_P15C=      0.0616011000000 /*FPU +15 current. units=Amps FPU_P6_V=        6.04818995353 /*FPU +6 voltage. units=Volts FPU_P6_C=       0.168168000000 /*FPU +6 current. units=Amps FPU_HTRC=        0.00000000000 /*FPU heater current. units=Amps EPU_25PV=        2.50585987492 /*EPU +2.5 voltage. units=Volts RINGTEMP=       -72.2248936371 /*Intermediate ring temp. units=celsius MFOOTTMP=       -67.5959643831 /*Mounting foot-top temp. units=celsius M2MNTTMP=       -72.5809144826 /*M2 mirror mount temp. units=celsius RADTEMP =       -91.8053549143 /*Radiator temp. units=celsius BAFATEMP=       -69.0203978406 /*Baffle-aft temp. units=celsius BAFFTEMP=       -78.2766625039 /*Baffle-forward temp. units=celsius M1SUPTMP=       -72.5809144826 /*M1 mirror support temp. units=celsius M1MIRTMP=       -71.8688667181 /*M1 mirror temp. units=celsius CCDTEMP =       -82.5606000000 /*CCD temperature. units=celsius M1VFTEMP=       -71.0341197000 /*M1 V/F temperature. units=celsius M2VFTEMP=       -71.6967345000 /*M2 V/F temperature. units=celsius FPUBTEMP=        25.0621040000 /*FPU board V/F temp. units=celsius STEMPCVR= 'ENABLE  '           /*Temperature conversion enable SCLMP2PE= 'OFF     '           /*Cal lamp 2 power enable SCLMP1PE= 'OFF     '           /*Cal lamp 2 power enable SSOURCE = 'CCD     '           /*Image source SFORMAT = '1X1     '           /*Image format SEXPMODE= 'MANUAL  '           /*Exposure mode PDUNAME = 'Level 2 LORRI image'",
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  'DESCRIPTION_source': '"\n    FITS format defined in NASA/Science\n    Office Standards Technology 100-1.0\n\nBy mutual agreement with PDS-SBN, FITS headers are the domain of the NH\nProject and were not part of the peer review beyond adherence to the\nFITS standard.  FITS header values, especially geometric conventions\nregarding phase angle, direction of supplied vectors and sense of light\ntime and stellar aberration corrections, were chosen to serve\noperational purposes and should be used with care.\n  "',
  'DESCRIPTION_unwrap': 'FITS format defined in NASA/Science\n    Office Standards Technology 100-1.0\n\nBy mutual agreement with PDS-SBN, FITS headers are the domain of the NH Project and were not part of the peer review beyond adherence to the FITS standard.  FITS header values, especially geometric conventions regarding phase angle, direction of supplied vectors and sense of light time and stellar aberration corrections, were chosen to serve operational purposes and should be used with care.',
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 'IMAGE': {'OBJECT': 'IMAGE',
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  'DESCRIPTION': '\n    FITS PDU\n      PDU\n\n    Calibrated data image\n    - Corrections applied:\n      - Bias subtraction\n      - Smear removal (if non-zero exposure)\n      - Flatfield correction (if non-zero exposure)\n      - Absolute calibration\n        - N.B. NO pixel values are CHANGED\n        - So pixel values are *CALIBRATED* DATA NUMBERs (DNs)\n        - ABSCCORR only adds conversion factors for\n          - radiance and irradiance e.g. RPLUTO; PPHOLUS\n    - Corrections omitted:\n      - Image subtraction\n      - Signal linearization\n      - CTI correction\n      - Smear removal (if zero exposure)\n      - Dark subtraction\n      - Flatfield correction (if zero exposure)\n      - Geometric correction\n      - Geometric correction\n    See the data set documentation, specifically the\n    SOC Instrument Interface Control Document (ICD),\n    for more details.\n  ',
  'DESCRIPTION_type': 'quoted_text',
  'DESCRIPTION_source': '"\n    FITS PDU\n      PDU\n\n    Calibrated data image\n    - Corrections applied:\n      - Bias subtraction\n      - Smear removal (if non-zero exposure)\n      - Flatfield correction (if non-zero exposure)\n      - Absolute calibration\n        - N.B. NO pixel values are CHANGED\n        - So pixel values are *CALIBRATED* DATA NUMBERs (DNs)\n        - ABSCCORR only adds conversion factors for\n          - radiance and irradiance e.g. RPLUTO; PPHOLUS\n    - Corrections omitted:\n      - Image subtraction\n      - Signal linearization\n      - CTI correction\n      - Smear removal (if zero exposure)\n      - Dark subtraction\n      - Flatfield correction (if zero exposure)\n      - Geometric correction\n      - Geometric correction\n    See the data set documentation, specifically the\n    SOC Instrument Interface Control Document (ICD),\n    for more details.\n  "',
  'DESCRIPTION_unwrap': 'FITS PDU\n  PDU\n\nCalibrated data image - Corrections applied:\n  - Bias subtraction\n  - Smear removal (if non-zero exposure)\n  - Flatfield correction (if non-zero exposure)\n  - Absolute calibration\n    - N.B. NO pixel values are CHANGED\n    - So pixel values are *CALIBRATED* DATA NUMBERs (DNs)\n    - ABSCCORR only adds conversion factors for\n      - radiance and irradiance e.g. RPLUTO; PPHOLUS - Corrections omitted:\n  - Image subtraction\n  - Signal linearization\n  - CTI correction\n  - Smear removal (if zero exposure)\n  - Dark subtraction\n  - Flatfield correction (if zero exposure)\n  - Geometric correction\n  - Geometric correction See the data set documentation, specifically the SOC Instrument Interface Control Document (ICD), for more details.',
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 'EXTENSION_CALIB_ERROR_EST_HEADER': {'OBJECT': 'EXTENSION_CALIB_ERROR_EST_HEADER',
  'OBJECT_type': 'identifier',
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  'RECORDS_type': 'integer',
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  'DESCRIPTION': '\n    This is the FITS header for\n      FITS EDU number:  1\n      FITS EDU name:\n        LORRI Error image\n  ',
  'DESCRIPTION_type': 'quoted_text',
  'DESCRIPTION_source': '"\n    This is the FITS header for\n      FITS EDU number:  1\n      FITS EDU name:\n        LORRI Error image\n  "',
  'DESCRIPTION_unwrap': 'This is the FITS header for FITS EDU number:  1 FITS EDU name:\n  LORRI Error image',
  'END_OBJECT': 'EXTENSION_CALIB_ERROR_EST_HEADER',
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 'EXTENSION_CALIB_ERROR_EST_IMAGE': {'OBJECT': 'EXTENSION_CALIB_ERROR_EST_IMAGE',
  'OBJECT_type': 'identifier',
  'OBJECT_source': 'EXTENSION_CALIB_ERROR_EST_IMAGE',
  'DESCRIPTION': '\n    FITS EDU number:  1\n      LORRI Error image\n\n    Calibrated error estimate image\n    - 1-sigma error in photometrically corrected signal\n    - Formula:\n\n                   _______________________\n                  /PmeasI     2          2\n                 / ------ + RN + (fPmeas)\n      sigma  = \\/    g\n           I   ---------------------------\n                           FF\n    - Where:\n      sigma  is the 1-sigma error pixel I\n           I\n       PmeasI is the observed signal in pixel I after\n              bias subtraction but before smear removal\n            g is the electronics gain (22 e/DN)\n           RN is the electronics noise (1.3 DN)\n            f is the estimated error in the reference\n              flat-field image (0.005)\n           FF is the value of the reference flat-field\n              image at the relevant pixel\n  ',
  'DESCRIPTION_type': 'quoted_text',
  'DESCRIPTION_source': '"\n    FITS EDU number:  1\n      LORRI Error image\n\n    Calibrated error estimate image\n    - 1-sigma error in photometrically corrected signal\n    - Formula:\n\n                   _______________________\n                  /PmeasI     2          2\n                 / ------ + RN + (fPmeas)\n      sigma  = \\/    g\n           I   ---------------------------\n                           FF\n    - Where:\n      sigma  is the 1-sigma error pixel I\n           I\n       PmeasI is the observed signal in pixel I after\n              bias subtraction but before smear removal\n            g is the electronics gain (22 e/DN)\n           RN is the electronics noise (1.3 DN)\n            f is the estimated error in the reference\n              flat-field image (0.005)\n           FF is the value of the reference flat-field\n              image at the relevant pixel\n  "',
  'DESCRIPTION_unwrap': 'FITS EDU number:  1\n  LORRI Error image\n\nCalibrated error estimate image - 1-sigma error in photometrically corrected signal - Formula:\n\n               _______________________\n              /PmeasI     2          2\n             / ------ + RN + (fPmeas)\n  sigma  = \\/    g\n       I   ---------------------------\n                       FF - Where:\n  sigma  is the 1-sigma error pixel I\n       I\n   PmeasI is the observed signal in pixel I after\n          bias subtraction but before smear removal\n        g is the electronics gain (22 e/DN)\n       RN is the electronics noise (1.3 DN)\n        f is the estimated error in the reference\n          flat-field image (0.005)\n       FF is the value of the reference flat-field\n          image at the relevant pixel',
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 'EXTENSION_CALIB_QUALITY_HEADER': {'OBJECT': 'EXTENSION_CALIB_QUALITY_HEADER',
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  'DESCRIPTION': '\n    This is the FITS header for\n      FITS EDU number:  2\n      FITS EDU name:\n        LORRI Quality flag image\n  ',
  'DESCRIPTION_type': 'quoted_text',
  'DESCRIPTION_source': '"\n    This is the FITS header for\n      FITS EDU number:  2\n      FITS EDU name:\n        LORRI Quality flag image\n  "',
  'DESCRIPTION_unwrap': 'This is the FITS header for FITS EDU number:  2 FITS EDU name:\n  LORRI Quality flag image',
  'END_OBJECT': 'EXTENSION_CALIB_QUALITY_HEADER',
  'END_OBJECT_type': 'identifier',
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 'EXTENSION_CALIB_QUALITY_IMAGE': {'OBJECT': 'EXTENSION_CALIB_QUALITY_IMAGE',
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  'OBJECT_source': 'EXTENSION_CALIB_QUALITY_IMAGE',
  'DESCRIPTION': '\n    FITS EDU number:  2\n      LORRI Quality flag image\n\n    Calibrated quality image\n    - Zero values are good\n    - Non-zero values flag pixels with known artifact(s)\n    - Non-zero bits in flag pixels identify artifacts:\n      -  1 => Reed-Solomon error\n      -  2 => Defect in one of the reference calib. files\n      -  4 => Permanent CCD defect (e.g., dead pixel)\n      -  8 => Saturated pixel (A/D value of 4095)\n      - 16 => Missing data\n      - 32 => Bad pixel not in any of above categories\n  ',
  'DESCRIPTION_type': 'quoted_text',
  'DESCRIPTION_source': '"\n    FITS EDU number:  2\n      LORRI Quality flag image\n\n    Calibrated quality image\n    - Zero values are good\n    - Non-zero values flag pixels with known artifact(s)\n    - Non-zero bits in flag pixels identify artifacts:\n      -  1 => Reed-Solomon error\n      -  2 => Defect in one of the reference calib. files\n      -  4 => Permanent CCD defect (e.g., dead pixel)\n      -  8 => Saturated pixel (A/D value of 4095)\n      - 16 => Missing data\n      - 32 => Bad pixel not in any of above categories\n  "',
  'DESCRIPTION_unwrap': 'FITS EDU number:  2\n  LORRI Quality flag image\n\nCalibrated quality image - Zero values are good - Non-zero values flag pixels with known artifact(s) - Non-zero bits in flag pixels identify artifacts:\n  -  1 => Reed-Solomon error\n  -  2 => Defect in one of the reference calib. files\n  -  4 => Permanent CCD defect (e.g., dead pixel)\n  -  8 => Saturated pixel (A/D value of 4095)\n  - 16 => Missing data\n  - 32 => Bad pixel not in any of above categories',
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  'LINE_SAMPLES': 1024,
  'LINE_SAMPLES_type': 'integer',
  'LINE_SAMPLES_source': '1024',
  'LINES': 1024,
  'LINES_type': 'integer',
  'LINES_source': '1024',
  'OFFSET': 32768.0,
  'OFFSET_type': 'real',
  'OFFSET_source': '32768.0000000',
  'END_OBJECT': 'EXTENSION_CALIB_QUALITY_IMAGE',
  'END_OBJECT_type': 'identifier',
  'END_OBJECT_source': 'EXTENSION_CALIB_QUALITY_IMAGE'},
 'END': '',
 'objects': ['HEADER',
  'IMAGE',
  'EXTENSION_CALIB_ERROR_EST_HEADER',
  'EXTENSION_CALIB_ERROR_EST_IMAGE',
  'EXTENSION_CALIB_QUALITY_HEADER',
  'EXTENSION_CALIB_QUALITY_IMAGE']}
