/* Planetary Science Data Dictionary database dump */ /* Online Database: pdscat1r87 */ /* Generated: Tue Jul 3 09:41:02 2012 */ /* Version: OPS */ /* Start of alias definitions */ OBJECT = ALIAS_LIST OBJECT_ALIAS_SEQUENCE = ( ('BITCOLUMN','BIT_COLUMN') ('BITELEMENT','BIT_ELEMENT') ('CUBE','QUBE') ('DATA_SET_MAP_PROJECT_CATALOG','DATA_SET_MAP_PROJECTION') ('DATASET','DATA_SET') ('DATASETINFO','DATA_SET_INFORMATION') ('DATASETTARG','DATA_SET_TARGET') ('DISCD','DISCIPLINE_DESCRIPTION') ('DS_MAP_PROJ_REF_INFO_CATALOG','DS_MAP_PROJECTION_REF_INFO') ('DS_MAP_PROJECT_INFO_CATALOG','DATA_SET_MAP_PROJECTION_INFO') ('DSCOLL','DATA_SET_COLLECTION') ('DSCOLLDS','DATA_SET_COLL_ASSOC_DATA_SETS') ('DSCOLLINFO','DATA_SET_COLLECTION_INFO') ('DSCOLLREF','DATA_SET_COLLECTION_REF_INFO') ('DSHOST','DATA_SET_HOST') ('DSHOUSEKEEP','DATA_SET_HOUSEKEEPING') ('DSMAPPREFINF','DS_MAP_PROJECTION_REF_INFO') ('DSMAPPROJ','DATA_SET_MAP_PROJECTION') ('DSMAPPROJINF','DATA_SET_MAP_PROJECTION_INFO') ('DSMISSION','DATA_SET_MISSION') ('DSREFINFO','DATA_SET_REFERENCE_INFORMATION') ('DSRELEASE','DATA_SET_RELEASE') ('EVENTINFO','EVENT_INFORMATION') ('EVENTPOS','EVENT_POSITIONAL') ('EVENTSPAT','EVENT_SPATIAL') ('IMAGE_MAP_PROJECTION_CATALOG','IMAGE_MAP_PROJECTION') ('IMAGE_STRUCTURE','IMAGE') ('IMAGEMAPPROJ','IMAGE_MAP_PROJECTION') ('INDEXTABLE','INDEX_TABLE') ('INSTHOST','INSTRUMENT_HOST') ('INSTHOSTINFO','INSTRUMENT_HOST_INFORMATION') ('INSTHREFINFO','INSTRUMENT_HOST_REFERENCE_INFO') ('INSTINFO','INSTRUMENT_INFORMATION') ('INSTREFINFO','INSTRUMENT_REFERENCE_INFO') ('INVDSINFO','INVENTORY_DATA_SET_INFO') ('INVNODEMEDIA','INVENTORY_NODE_MEDIA_INFO') ('MSNHOST','MISSION_HOST') ('MSNINFO','MISSION_INFORMATION') ('MSNREFINFO','MISSION_REFERENCE_INFORMATION') ('MSNTARG','MISSION_TARGET') ('NODEINFO','NODE_INFORMATION') ('NSSDCDSID','NSSDC_DATA_SET_ID') ('PARMS','PARAMETERS') ('PERSELECMAIL','PERSONNEL_ELECTRONIC_MAIL') ('PERSINFO','PERSONNEL_INFORMATION') ('PERSON','PERSONNEL') ('RESINFORMATI','RESOURCE_INFORMATION') ('SAMPLE_SUFFI','SAMPLE_SUFFIX') ('SPECQUBE','SPECTRAL_QUBE') ('SPICEKERNEL','SPICE_KERNEL') ('SWINFO','SOFTWARE_INFORMATION') ('SWONLINE','SOFTWARE_ONLINE') ('SWPUR','SOFTWARE_PURPOSE') ('TABLE_STRUCTURE','TABLE') ('TARGETINFO','TARGET_INFORMATION') ('TARGREFINFO','TARGET_REFERENCE_INFORMATION')) ELEMENT_ALIAS_SEQUENCE = ( ('ACTIVITY_ID','EVENT','OBSERVATION_ID') ('AXIS_INTERVAL','QUBE','SAMPLING_PARAMETER_INTERVAL') ('AXIS_NAME','QUBE','SAMPLING_PARAMETER_NAME') ('AXIS_UNIT','QUBE','SAMPLING_PARAMETER_UNIT') ('BASE','BIT_COLUMN','OFFSET') ('BASE','COLUMN','OFFSET') ('BASE','IMAGE','OFFSET') ('BYTES','TABLE','ROW_BYTES') ('CORE_BASE','QUBE','OFFSET') ('CORE_MULTIPLIER','QUBE','SCALING_FACTOR') ('DATA_TYPE','BIT_COLUMN','BIT_DATA_TYPE') ('DIRECTORY_NAME','FILE','PATH_NAME') ('EVENT_START_TIME','EVENT','START_TIME') ('EVENT_STOP_TIME','EVENT','STOP_TIME') ('FORMAT','TABLE','INTERCHANGE_FORMAT') ('GENERAL_CATALOG_FLAG','VOLUME','DATA_SET_CATALOG_FLAG') ('HEADER_BYTES','HEADER','BYTES') ('HEADER_RECORDS','HEADER','RECORDS') ('IMAGE_RECORDS','IMAGE','LINES') ('INDEX_SOURCE_FILE_NAME','INDEX_TABLE','INDEXED_FILE_NAME') ('INVALID','ELEMENT','INVALID_CONSTANT') ('ITEM_TYPE','ELEMENT','DATA_TYPE') ('ITEM_TYPE','HISTOGRAM','DATA_TYPE') ('MAXIMUM_VALUE','BIT_COLUMN','MAXIMUM') ('MAXIMUM_VALUE','COLUMN','MAXIMUM') ('MEDIA','VOLUME','MEDIUM_TYPE') ('MEDIA_FORMAT','VOLUME','VOLUME_FORMAT') ('MEDIA_TYPE','VOLUME','MEDIUM_TYPE') ('MEDIUM','VOLUME','MEDIUM_TYPE') ('MINIMUM_VALUE','BIT_COLUMN','MINIMUM') ('MINIMUM_VALUE','COLUMN','MINIMUM') ('MISSING','ELEMENT','MISSING_CONSTANT') ('MULTIPLIER','BIT_COLUMN','SCALING_FACTOR') ('MULTIPLIER','COLUMN','SCALING_FACTOR') ('RECORDS','FILE','FILE_RECORDS') ('ROW_COLUMNS','TABLE','COLUMNS') ('SOURCE_IMAGE_ID','IMAGE','SOURCE_PRODUCT_ID') ('SPICE_FILE_NAME','FILE','SOURCE_PRODUCT_ID') ('STORAGE_TYPE','TABLE','TABLE_STORAGE_TYPE') ('TABLE_ROWS','TABLE','ROWS') ('TAPES','VOLUME','VOLUMES') ('TYPE','BIT_COLUMN','BIT_DATA_TYPE') ('TYPE','COLUMN','DATA_TYPE') ('X_AXIS_FIRST_PIXEL','IMAGE_MAP_PROJECTION','LINE_FIRST_PIXEL') ('X_AXIS_FRAMELET_OFFSET','IMAGE_MAP_PROJECTION','HORIZONTAL_FRAMELET_OFFSET') ('X_AXIS_LAST_PIXEL','IMAGE_MAP_PROJECTION','LINE_LAST_PIXEL') ('X_AXIS_PROJECTION_OFFSET','IMAGE_MAP_PROJECTION','LINE_PROJECTION_OFFSET') ('Y_AXIS_FIRST_PIXEL','IMAGE_MAP_PROJECTION','SAMPLE_FIRST_PIXEL') ('Y_AXIS_FRAMELET_OFFSET','IMAGE_MAP_PROJECTION','VERTICAL_FRAMELET_OFFSET') ('Y_AXIS_LAST_PIXEL','IMAGE_MAP_PROJECTION','SAMPLE_LAST_PIXEL') ('Y_AXIS_PROJECTION_OFFSET','IMAGE_MAP_PROJECTION','SAMPLE_PROJECTION_OFFSET')) END_OBJECT = ALIAS_LIST END /* End of alias definitions */ /* Start of unit definitions */ OBJECT = UNIT_LIST UNIT_SEQUENCE = ( ('A','ampere') ('A/m','ampere per meter') ('A/m**2','ampere per square meter') ('B','Bytes') ('Bq','becquerel') ('C','coulomb') ('C/kg','coulomb per kilogram') ('C/m**2','coulomb per square meter') ('C/m**3','coulomb per cubic meter') ('F','farad') ('F/m','farad per meter') ('Gy','gray') ('Gy/s','gray per second') ('H','henry') ('H/m','henry per meter') ('Hz','hertz') ('J','joule') ('J/(kg.K)','joule per kilogram kelvin') ('J/(m**2)/s','joule per sq. meter per second') ('J/(mol.K)','joule per mole kelvin') ('J/K','joule per kelvin') ('J/T','joule per tesla') ('J/kg','joule per kilogram') ('J/m**3','joule per cubic meter') ('J/mol','joule per mole') ('K','kelvin') ('MB','Mega Bytes') ('N','newton') ('N.m','newton meter') ('N.m.s','newton meter second') ('N/A','no unit of measurement defined') ('N/m','newton per meter') ('N/m**2','newton per square meter') ('Pa','pascal') ('Pa.s','pascal second') ('S','siemens') ('Sv','sievert') ('T','tesla') ('V','volt') ('V/m','volt per meter') ('W','watt') ('W.m**-2.sr**-1','watt per square meter steradian') ('W/(m.K)','watt per meter kelvin') ('W/m**2','watt per square meter') ('W/sr','watt per steradian') ('Wb','weber') ('arcsec/pixel','arcsecond per pixel') ('arcsecond','arcsecond') ('b/pixel','bits per pixel') ('b/s','bits per second') ('bar','bar') ('cd','candela') ('cd/m**2','candela per square meter') ('d','day') ('dB','decibel') ('deg','degree') ('deg/day','degree per day') ('deg/s','degree per second') ('degC','degree Celsius') ('g','gram') ('g/cm**3','gram per cubic centimeter') ('h','hour') ('kHz','kilohertz') ('kb/s','kilobits per second') ('kg','kilogram') ('kg/m**3','kilogram per cubic meter') ('km','kilometer') ('km**-1','reciprocal kilometer') ('km**2','kilometers squared') ('km/pix','kilometer per pixel') ('km/pixel','kilo meters per pixel') ('km/s','kilometers per second') ('lm','lumen') ('local day/24','TBD') ('lx','lux') ('m','meter') ('m**-1','reciprocal meter') ('m**2','square meter') ('m**2/s','square meter per second') ('m**3','cubic meter') ('m**3/kg','cubic meter per kilogram') ('m/pix','meters per pixel') ('m/pixel','meters per pixel') ('m/s','meter per second') ('m/s**2','meter per second squared') ('mA','milliampere') ('mag','magnitude') ('micron','micrometer') ('min','minute') ('mm','millimeter') ('mm/s','millimeter per second') ('mol','mole') ('mol/m**3','mole per cubic meter') ('mrad','milliradians') ('ms','millisecond') ('n/a','no unit of measurement defined') ('nT','nanotesla') ('nm','nanometer') ('none','no unit of measurement defined') ('ohm','ohm') ('p/line','pixels per line') ('pix/deg','pixel per degree') ('pix/degree','pixel per degree') ('pixel','pixel') ('pixel/deg','pixel per degree') ('pixel/degree','pixel per degree') ('rad','radian') ('rad/s','radian per second') ('rad/s**2','radian per second squared') ('s','second') ('sr','steradian') ('uW','microwatts') ('us','microsecond') ('us_dollar','united states dollars')) END_OBJECT = UNIT_LIST END /* End of unit definitions */ /* Start of object definitions */ OBJECT = GENERIC_OBJECT_DEFINITION NAME = ALIAS STATUS_TYPE = APPROVED DESCRIPTION = " The alias object provides a method of identifying alternate terms or names for approved data elements or objects within a data system." REQUIRED_ELEMENT_SET = { ALIAS_NAME, USAGE_NOTE} OPTIONAL_ELEMENT_SET = { OBJECT_NAME, PSDD} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = ARRAY STATUS_TYPE = APPROVED DESCRIPTION = " The ARRAY object is provided to describe dimensioned arrays of homogeneous objects. Note that an ARRAY can contain only a single object, which can itself be another ARRAY or COLLECTION if required. A maximum of 6 axes is allowed in an ARRAY. The optional _AXIS_ elements can be used to describe the variation between successive objects in the ARRAY. Values for AXIS_ITEMS and _AXIS_ elements for multidimensional arrays are supplied as sequences in which the rightmost or last item varies the fastest as the default. The default may be changed to leftmost or first item varying the fastest by including the optional element AXIS_ORDER_TYPE with a value of FIRST_INDEX_FASTEST." REQUIRED_ELEMENT_SET = { AXES, AXIS_ITEMS, NAME} OPTIONAL_ELEMENT_SET = { AXIS_INTERVAL, AXIS_NAME, AXIS_ORDER_TYPE, AXIS_START, AXIS_STOP, AXIS_UNIT, CHECKSUM, DESCRIPTION, INTERCHANGE_FORMAT, PSDD, START_BYTE} OPTIONAL_OBJECT_SET = { ARRAY, BIT_ELEMENT, COLLECTION, ELEMENT} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = BAND_BIN STATUS_TYPE = APPROVED DESCRIPTION = " The BAND_BIN group provides a mechanism for grouping keywords that describe the properties of each 'bin' along a spectral axis. It is primarily designed for use within the SPECTRAL_QUBE object." REQUIRED_ELEMENT_SET = { BAND_BIN_CENTER, BAND_BIN_UNIT, BAND_BIN_WIDTH, BANDS} OPTIONAL_ELEMENT_SET = { BAND_BIN_BAND_NUMBER, BAND_BIN_BASE, BAND_BIN_DETECTOR, BAND_BIN_FILTER_NUMBER, BAND_BIN_GRATING_POSITION, BAND_BIN_MULTIPLIER, BAND_BIN_ORIGINAL_BAND, BAND_BIN_STANDARD_DEVIATION} OBJECT_TYPE = GENERIC_GROUP END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = BAND_SUFFIX STATUS_TYPE = APPROVED DESCRIPTION = " The BAND_SUFFIX group provides a mechanism for grouping keywords that describe the properties of each BAND suffix plane, or BACKPLANE, of a SPECTRAL_QUBE." REQUIRED_ELEMENT_SET = { SUFFIX_ITEM_BYTES, SUFFIX_ITEM_TYPE, SUFFIX_NAME} OPTIONAL_ELEMENT_SET = { BIT_MASK, SUFFIX_BASE, SUFFIX_HIGH_INSTR_SAT, SUFFIX_HIGH_REPR_SAT, SUFFIX_LOW_INSTR_SAT, SUFFIX_LOW_REPR_SAT, SUFFIX_MULTIPLIER, SUFFIX_NULL, SUFFIX_UNIT, SUFFIX_VALID_MINIMUM} OBJECT_TYPE = GENERIC_GROUP END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = BIT_COLUMN STATUS_TYPE = APPROVED DESCRIPTION = " The bit_column object identifies a bit string embedded in a column. Bit_columns defined within columns are analogous to columns defined within rows. Note: It is recommended by the Planetary Data System that all new objects should be defined with all fields on byte boundaries. This precludes having multiple values strung together in bit strings, as occurs in the bit_column object. Bit_column is intended for use in describing existing binary data strings, but is not recommended for use in defining new data objects because it will not be recognized by most general-purpose software. Additional Note: A bit column cannot contain embedded objects." REQUIRED_ELEMENT_SET = { BIT_DATA_TYPE, BITS, DESCRIPTION, NAME, START_BIT} OPTIONAL_ELEMENT_SET = { BIT_MASK, FORMAT, INVALID_CONSTANT, ITEM_BITS, ITEM_OFFSET, ITEMS, MAXIMUM, MINIMUM, MISSING_CONSTANT, OFFSET, PSDD, SCALING_FACTOR, UNIT} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = BIT_ELEMENT STATUS_TYPE = APPROVED DESCRIPTION = " The bit_element object identifies a bit string embedded in a element." OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = CATALOG STATUS_TYPE = APPROVED DESCRIPTION = " The CATALOG object is used within a VOLUME object to reference completed PDS high level catalog templates. These provide additional information related to the data sets on the volume." OPTIONAL_ELEMENT_SET = { DATA_SET_ID, LOGICAL_VOLUME_PATH_NAME, LOGICAL_VOLUMES, PSDD} REQUIRED_OBJECT_SET = { DATA_SET, INSTRUMENT, INSTRUMENT_HOST, MISSION} OPTIONAL_OBJECT_SET = { DATA_SET_COLLECTION, PERSONNEL, REFERENCE, SOFTWARE, TARGET} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = COLLECTION STATUS_TYPE = APPROVED DESCRIPTION = " The COLLECTION object allows the ordered grouping of heterogeneous objects into a named collection. The COLLECTION object may contain a mixture of different object types including other COLLECTIONS. The optional START_BYTE data element provides the starting location relative to an enclosing object. If a START_BYTE is not specified, a value of 1 is assumed." REQUIRED_ELEMENT_SET = { BYTES, NAME} OPTIONAL_ELEMENT_SET = { CHECKSUM, DESCRIPTION, INTERCHANGE_FORMAT, PSDD, START_BYTE} OPTIONAL_OBJECT_SET = { ARRAY, BIT_ELEMENT, COLLECTION, ELEMENT} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = COLUMN STATUS_TYPE = APPROVED DESCRIPTION = " The COLUMN object identifies a single column in a data object. Note: In the PDS, columns must not contain embedded COLUMN objects." REQUIRED_ELEMENT_SET = { BYTES, DATA_TYPE, NAME, START_BYTE} OPTIONAL_ELEMENT_SET = { BIT_MASK, COLUMN_NUMBER, DERIVED_MAXIMUM, DERIVED_MINIMUM, DESCRIPTION, FORMAT, INVALID_CONSTANT, ITEM_BYTES, ITEM_OFFSET, ITEMS, MAXIMUM, MAXIMUM_SAMPLING_PARAMETER, MINIMUM, MINIMUM_SAMPLING_PARAMETER, MISSING_CONSTANT, OFFSET, PSDD, SAMPLING_PARAMETER_INTERVAL, SAMPLING_PARAMETER_NAME, SAMPLING_PARAMETER_UNIT, SCALING_FACTOR, UNIT, VALID_MAXIMUM, VALID_MINIMUM} OPTIONAL_OBJECT_SET = { ALIAS, BIT_COLUMN} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = CONTAINER STATUS_TYPE = APPROVED DESCRIPTION = " The container object is a method of grouping a set of sub-objects (such as columns) that repeat within a data objects (such as a table). Use of the container object allows repeating groups to be defined within a data structure." REQUIRED_ELEMENT_SET = { BYTES, DESCRIPTION, NAME, REPETITIONS, START_BYTE} OPTIONAL_ELEMENT_SET = { PSDD} OPTIONAL_OBJECT_SET = { COLUMN, CONTAINER} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = DATA_PRODUCER STATUS_TYPE = APPROVED DESCRIPTION = " The DATA_PRODUCER object is used within a PDS object, such as VOLUME, to provide information about the producer of a PDS data set." REQUIRED_ELEMENT_SET = { ADDRESS_TEXT, FACILITY_NAME, FULL_NAME, INSTITUTION_NAME} OPTIONAL_ELEMENT_SET = { DISCIPLINE_NAME, ELECTRONIC_MAIL_ID, ELECTRONIC_MAIL_TYPE, NODE_NAME, PSDD, TELEPHONE_NUMBER} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = DATA_SET STATUS_TYPE = APPROVED DESCRIPTION = " The DATA_SET catalog object is used to submit the information about a particular data set to the PDS. It contains a detailed description of the data set and associated target, host and reference information." REQUIRED_ELEMENT_SET = { DATA_SET_ID} REQUIRED_OBJECT_SET = { DATA_SET_HOST, DATA_SET_INFORMATION, DATA_SET_MISSION, DATA_SET_REFERENCE_INFORMATION, DATA_SET_TARGET} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = DATA_SET_COLL_ASSOC_DATA_SETS STATUS_TYPE = APPROVED DESCRIPTION = " This template shall be repeated for each data set associated with the data set collection identifier in the Data Set Collection template." REQUIRED_ELEMENT_SET = { DATA_SET_ID} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = DATA_SET_COLLECTION STATUS_TYPE = APPROVED DESCRIPTION = " The following templates form part of a standard set for the submission of a data set collection to the PDS." REQUIRED_ELEMENT_SET = { DATA_SET_COLLECTION_ID} REQUIRED_OBJECT_SET = { DATA_SET_COLL_ASSOC_DATA_SETS, DATA_SET_COLLECTION_INFO, DATA_SET_COLLECTION_REF_INFO} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = DATA_SET_COLLECTION_INFO STATUS_TYPE = APPROVED DESCRIPTION = " This template shall be completed for the data set collection identifier entered in the Data Set Collection template." REQUIRED_ELEMENT_SET = { DATA_SET_COLLECTION_DESC, DATA_SET_COLLECTION_NAME, DATA_SET_COLLECTION_RELEASE_DT, DATA_SET_COLLECTION_USAGE_DESC, DATA_SETS, PRODUCER_FULL_NAME, START_TIME, STOP_TIME} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = DATA_SET_COLLECTION_REF_INFO STATUS_TYPE = APPROVED DESCRIPTION = " The following templates form part of a standard set for the submission of a publication reference to the PDS and may also be used to reference an existing publication reference." REQUIRED_ELEMENT_SET = { REFERENCE_KEY_ID} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = DATA_SET_HOST STATUS_TYPE = APPROVED DESCRIPTION = " The DATA_SET_HOST catalog object contains the identifier for each host/instrument pair associated with a data set." REQUIRED_ELEMENT_SET = { INSTRUMENT_HOST_ID, INSTRUMENT_ID} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = DATA_SET_HOUSEKEEPING STATUS_TYPE = PENDING DESCRIPTION = " The DATA_SET_HOUSEKEEPING object is used to submit information about the resources (e.g. web pages, data set browsers etc) associated with a particular data set. These resources are used to select and download data products or other files associated with the data set." REQUIRED_ELEMENT_SET = { CURATING_NODE_ID, DATA_SET_ID} REQUIRED_OBJECT_SET = { RESOURCE_INFORMATION} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = DATA_SET_INFORMATION STATUS_TYPE = PENDING DESCRIPTION = " The DATASETINFO (Data Set Information) catalog object is completed for the data set specified in the DATASET catalog object, in order to provide information specific to the given data set, such as the boundaries of the data set." REQUIRED_ELEMENT_SET = { ABSTRACT_DESC, CITATION_DESC, CONFIDENCE_LEVEL_NOTE, DATA_OBJECT_TYPE, DATA_SET_COLLECTION_MEMBER_FLG, DATA_SET_DESC, DATA_SET_NAME, DATA_SET_RELEASE_DATE, DATA_SET_TERSE_DESC, DETAILED_CATALOG_FLAG, PRODUCER_FULL_NAME, START_TIME, STOP_TIME} OPTIONAL_ELEMENT_SET = { ARCHIVE_STATUS} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = DATA_SET_MAP_PROJECTION STATUS_TYPE = APPROVED DESCRIPTION = " The DATA_SET_MAP_PROJECTION object is one of two distinct objects that define the map projection used in creating the digital images in a PDS data set. The name the of other associated object that completes the definition is called IMAGE_MAP_PROJECTION. The map projection information resides in these two objects, essentially to reduce data redundancy and at the same time allow the inclusion of elements needed to process the data at the image level. Basically, static information that is applicable to the complete data set reside in the DATA_SET_MAP_PROJECTION object, while dynamic information that is applicable to the individual images reside in the IMAGE_MAP_PROJECTION object. The DATA_SET_MAP_PROJECTION object is to be included in a Archive Quality Data Product Label, and used to load the map projection catalog data into a PDS Catalog." REQUIRED_ELEMENT_SET = { DATA_SET_ID} REQUIRED_OBJECT_SET = { DATA_SET_MAP_PROJECTION_INFO} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = DATA_SET_MAP_PROJECTION_INFO STATUS_TYPE = APPROVED DESCRIPTION = " The DATA_SET_MAP_PROJECTION_INFO object provides descriptions of the map projection and the rotational element." REQUIRED_ELEMENT_SET = { MAP_PROJECTION_DESC, MAP_PROJECTION_TYPE, ROTATIONAL_ELEMENT_DESC} REQUIRED_OBJECT_SET = { DS_MAP_PROJECTION_REF_INFO} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = DATA_SET_MISSION STATUS_TYPE = APPROVED DESCRIPTION = " The DSMISSION (Data Set Mission) catalog object is repeated for each mission associated with the data set specified in the DATASET catalog object, in order to specify all missions associated with the data set." REQUIRED_ELEMENT_SET = { MISSION_NAME} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = DATA_SET_REFERENCE_INFORMATION STATUS_TYPE = APPROVED DESCRIPTION = " The DSREFINFO (Data Set Reference Information) catalog object forms part of a standard set for the submission of a publication reference to the PDS and also may be used to reference an existing publication reference. The DSREFINFO object contains the following subobjects: REFERENCE." REQUIRED_ELEMENT_SET = { REFERENCE_KEY_ID} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = DATA_SET_RELEASE STATUS_TYPE = PENDING DESCRIPTION = " The DATA_SET_RELEASE object provides information on the release of a data set or portion of a data set being made available for online access." REQUIRED_ELEMENT_SET = { ARCHIVE_STATUS, DATA_PROVIDER_NAME, DATA_SET_ID, DESCRIPTION, DISTRIBUTION_TYPE, PRODUCT_TYPE, RELEASE_DATE, RELEASE_ID, RELEASE_MEDIUM, RELEASE_PARAMETER_TEXT} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = DATA_SET_TARGET STATUS_TYPE = APPROVED DESCRIPTION = " The DATASETTARG (Data Set Target) catalog object is repeated for each target associated with the data set specified in the DATASET catalog object, in order to specify all targets associated with the data set." REQUIRED_ELEMENT_SET = { TARGET_NAME} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = DATA_SUPPLIER STATUS_TYPE = APPROVED DESCRIPTION = " The DATA_SUPPLIER object is used within a PDS object, such as VOLUME, to provide information about the supplier of a PDS data set. The supplier is a contact for obtaining data sets and science support information." REQUIRED_ELEMENT_SET = { ADDRESS_TEXT, ELECTRONIC_MAIL_ID, ELECTRONIC_MAIL_TYPE, FACILITY_NAME, FULL_NAME, INSTITUTION_NAME, TELEPHONE_NUMBER} OPTIONAL_ELEMENT_SET = { DISCIPLINE_NAME, NODE_NAME, PSDD} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = DIRECTORY STATUS_TYPE = APPROVED DESCRIPTION = " The Directory object is used to define a hierarchical file organization on a linear tape media. It identifies all directories and subdirectories below the root level (Note: The root directory object is implicit). Subdirectories are identified by embedding DIRECTORY objects. Files within the directories and subdirectories are sequentially identified by using FILE objects with a sequence_number value corresponding to their position on the tape. A sequence_number value will be unique for each file on the tape." REQUIRED_ELEMENT_SET = { NAME} OPTIONAL_ELEMENT_SET = { PSDD, RECORD_TYPE, SEQUENCE_NUMBER} REQUIRED_OBJECT_SET = { FILE} OPTIONAL_OBJECT_SET = { DIRECTORY} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = DISCIPLINE_DESCRIPTION STATUS_TYPE = APPROVED DESCRIPTION = " The DISCD (Discipline Description) catalog object is completed for the submission of a scientific discipline description to the PDS." REQUIRED_ELEMENT_SET = { DISCIPLINE_DESC, DISCIPLINE_NAME} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = DOCUMENT STATUS_TYPE = APPROVED DESCRIPTION = " The DOCUMENT object is used to identify a particular document provided on a volume to support a data set or data set collection. A document can be made up of one or many files in a single format. Multiple versions of a document can be supplied on a volume with separate formats, requiring a DOCUMENT object for each document version, i.e., OBJECT = TEX_DOCUMENT and OBJECT = PS_DOCUMENT when including both the TEX and Postscript versions of the same document. If the document's INTERCHANGE_FORMAT is BINARY, it is recommended that the ABSTRACT_TEXT keyword be used for ASCII browsing and text searches." REQUIRED_ELEMENT_SET = { DOCUMENT_FORMAT, DOCUMENT_NAME, DOCUMENT_TOPIC_TYPE, INTERCHANGE_FORMAT, PUBLICATION_DATE} OPTIONAL_ELEMENT_SET = { ABSTRACT_TEXT, DESCRIPTION, ENCODING_TYPE, FILES, PSDD} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = DS_MAP_PROJECTION_REF_INFO STATUS_TYPE = APPROVED DESCRIPTION = " The DS_MAP_PROJECTION_REF_INFO object provides references for the map projection." REQUIRED_ELEMENT_SET = { REFERENCE_KEY_ID} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = ELEMENT STATUS_TYPE = APPROVED DESCRIPTION = " The ELEMENT object provides a means of defining a lowest level component of a data object that is stored in an integral multiple of 8-bit bytes. Element objects may be embedded in COLLECTION and ARRAY data objects. The optional START_BYTE element identifies a location relative to the enclosing object. If not explicitly included, a START_BYTE = 1 is assumed for the ELEMENT." REQUIRED_ELEMENT_SET = { BYTES, DATA_TYPE, NAME} OPTIONAL_ELEMENT_SET = { BIT_MASK, DERIVED_MAXIMUM, DERIVED_MINIMUM, DESCRIPTION, FORMAT, INVALID_CONSTANT, MAXIMUM, MINIMUM, MISSING_CONSTANT, OFFSET, PSDD, SCALING_FACTOR, START_BYTE, UNIT, VALID_MAXIMUM, VALID_MINIMUM} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = EVENT STATUS_TYPE = APPROVED DESCRIPTION = " The EVENT catalog object is used to submit the information about a particular event for a PDS Product Catalog." REQUIRED_ELEMENT_SET = { EVENT_TYPE} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = EVENT_INFORMATION STATUS_TYPE = APPROVED DESCRIPTION = " The EVENTINFO (Event Information) catalog object is completed for the event specified in the EVENT Product Catalog object." REQUIRED_ELEMENT_SET = { EVENT_NAME, EVENT_TYPE_DESC, INSTRUMENT_HOST_ID, INSTRUMENT_ID, START_TIME, STOP_TIME, TARGET_NAME} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = EVENT_POSITIONAL STATUS_TYPE = APPROVED DESCRIPTION = " The EVENTPOS (Event Positional) catalog object is completed for the event specified in the EVENT Product Catalog object." REQUIRED_ELEMENT_SET = { COORDINATE_SYSTEM_ID, LOCAL_HOUR_ANGLE, POSITION_TIME, VECTOR_COMPONENT_1, VECTOR_COMPONENT_2, VECTOR_COMPONENT_3, VECTOR_COMPONENT_ID_1, VECTOR_COMPONENT_ID_2, VECTOR_COMPONENT_ID_3} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = EVENT_SPATIAL STATUS_TYPE = APPROVED DESCRIPTION = " The EVENTSPAT (Event Spatial) catalog object is completed for the event specified in the EVENT Product Catalog object." REQUIRED_ELEMENT_SET = { COORDINATE_SYSTEM_ID, MAXIMUM_LATITUDE, MAXIMUM_LONGITUDE, MINIMUM_LATITUDE, MINIMUM_LONGITUDE, POSITION_TIME} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = FIELD STATUS_TYPE = PENDING DESCRIPTION = " The FIELD object is used inside a SPREADSHEET object to define a single delimited column within the logical table." REQUIRED_ELEMENT_SET = { BYTES, DATA_TYPE, NAME} OPTIONAL_ELEMENT_SET = { DESCRIPTION, FIELD_DELIMITER, FIELD_NUMBER, FORMAT, ITEM_BYTES, ITEMS, MISSING_CONSTANT, PSDD, UNIT} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = FILE STATUS_TYPE = APPROVED DESCRIPTION = " The file object is used to define the format of a file, to reference external files, and to indicate boundaries between label records and data records in data files with attached labels. In the PDS, the file object may be used in two ways: 1) As a container, or envelope, for label files. All label files contain an implicit file object that starts at the top of the label and ends where the label ends. In these cases, the PDS recommends against using the NAME keyword to reference the file name. 2) As an explicit object, used when a file reference is needed in a label, in which case the optional file_name data element is used to identify the file being referenced. The keywords in the file object always describe the file being referenced, not the file in which they are contained, i.e., if used in a detached label file, they describe the detached data file, not the label file itself." REQUIRED_ELEMENT_SET = { FILE_RECORDS, RECORD_TYPE} OPTIONAL_ELEMENT_SET = { FILE_NAME, LABEL_RECORDS, PSDD, RECORD_BYTES, SEQUENCE_NUMBER} OPTIONAL_OBJECT_SET = { ARRAY, COLLECTION, DOCUMENT, GAZETTEER_TABLE, HEADER, HISTOGRAM, HISTORY, IMAGE, IMAGE_MAP_PROJECTION, PALETTE, QUBE, SERIES, SPECTRAL_QUBE, SPECTRUM, SPICE_KERNEL, SPREADSHEET, TABLE, TEXT} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = GAZETTEER_TABLE STATUS_TYPE = APPROVED DESCRIPTION = " The Gazetteer table object provides information about the geographical features for a planet. It contains information about a named feature such as location, size, origin of feature name, etc. The Gazetteer table contains one row for each feature named on the planet. The table is formatted so that it may be read directly into many data management systems on various host computers. All fields (columns) are separated by commas, and character fields are enclosed by double quotation marks. Each record consist of 480 bytes, with a carriage return/line feed sequence in bytes 479 and 480. This allows the table to be treated as a fixed length record file on hosts that support this file type and as a normal text file on other hosts. The required columns have the following required keywords: NAME, DATA_TYPE, START_BYTE, BYTES, FORMAT, UNIT, DESCRIPTION. The required column names are: TARGET_NAME, SEARCH_FEATURE_NAME, DIACRITIC_FEATURE_NAME, MINIMUM_LATITUDE, MAXIMUM_LATITUDE, CENTER_LATITUDE, MINIMUM_LONGITUDE, MAXIMUM_LONGITUDE, CENTER_LONGITUDE, LABEL_POSITION_ID, FEATURE_LENGTH, PRIMARY_PARENTAGE_ID, SECONDARY_PARENTAGE_ID, MAP_SERIAL_ID, FEATURE_STATUS_TYPE, APPROVAL_DATE, FEATURE_TYPE, REFERENCE_NUMBER, MAP_CHART_ID, FEATURE_DESCRIPTION. For more information related to the definition of the columns, please refer to the PDS Data Preparation Workbook." REQUIRED_ELEMENT_SET = { COLUMNS, DESCRIPTION, INTERCHANGE_FORMAT, NAME, ROW_BYTES, ROWS} REQUIRED_OBJECT_SET = { COLUMN} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = HEADER STATUS_TYPE = APPROVED DESCRIPTION = " The HEADER object is used to identify and define the attributes of commonly used header data structures for non-PDS formats such as VICAR or FITS. These structures are usually system or software specific and are described in detail in a referenced description text file. The use of bytes within the header object refers to the number of bytes for the entire header, not a single record." REQUIRED_ELEMENT_SET = { BYTES, HEADER_TYPE} OPTIONAL_ELEMENT_SET = { DESCRIPTION, INTERCHANGE_FORMAT, PSDD, RECORDS} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = HISTOGRAM STATUS_TYPE = APPROVED DESCRIPTION = " The histogram object is a sequence of numeric values that provides the number of occurrences of a data value or a range of data values in a data object. The number of items in a histogram will normally be equal to the number of distinct values allowed in a field of the data object. (For example, an 8-bit integer field can have 256 values. This would result in a 256-item histogram.) Histograms may be used to bin data, in which case an offset and scaling factor indicate the dynamic range of the data represented. The following equation allows the calculation of the range of each 'bin' in the histogram. 'bin lower boundary' = ('bin element' * scaling_factor) + offset." REQUIRED_ELEMENT_SET = { DATA_TYPE, ITEM_BYTES, ITEMS} OPTIONAL_ELEMENT_SET = { BYTES, INTERCHANGE_FORMAT, OFFSET, PSDD, SCALING_FACTOR} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = HISTORY STATUS_TYPE = APPROVED DESCRIPTION = " A HISTORY object is a dynamic description of the history of one or more associated data objects in a file. It supplements the essentially static description contained in the PDS label. The HISTORY object contains text in a format similar to that of the ODL statements used in the label. It identifies previous computer manipulation of the principal data object(s) in the file. It includes an identification of the source data, processes performed, processing parameters, as well as dates and times of processing. It is intended that the history be available for display, be dynamically extended by any process operating on the data, and automatically propagated to the resulting data file. Eventually, it might be extracted for loading in detailed level catalogs of data set contents. The HISTORY object is structured as a series of History Entries, one for each process which has operated on the data. Each entry contains a standard set of ODL element assignment statements, delimited by GROUP = program_name and END_GROUP = program_name statements. A subgroup in each entry, delimited by GROUP = PARAMETERS and END_GROUP = PARAMETERS, contains statements specifying the values of all parameters of the program. HISTORY ENTRY ELEMENTS Attribute Description VERSION_DATE Program version date, ISO standard format. DATE_TIME Run date and time, ISO standard format. NODE_NAME Network name of computer USER_NAME Username. SOFTWARE_DESC Program-generated (brief) description. USER_NOTE User-supplied (brief) description. Unlike the above elements, the names of the parameters defined in the PARAMETERS subgroup are uncontrolled, and must only conform to the program. The last entry in a HISTORY object is followed by an END statement. The HISTORY object, by convention, follows the PDS label of the file, beginning on a record boundary, and is located by a pointer statement in the label. There are no required elements for the PDS label description of the object; it is represented in the label only by the pointer statement, and OBJECT = HISTORY and END_OBJECT = HISTORY statements. The HISTORY capability has been implemented as part of the Integrated Software for Imaging Spectrometers (ISIS) system (see QUBE object definition). ISIS Qube applications add their own entries to the Qube file's cumulative History object. ISIS programs run under NASA's TAE (Transportable Applications Executive) system, and are able to automatically insert all parameters of their TAE procedure into the history entry created by the program. Consult the ISIS System Design document for details and limitations imposed by that system. (See the QUBE object description for further references.)" OPTIONAL_ELEMENT_SET = { PSDD} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = IMAGE STATUS_TYPE = APPROVED DESCRIPTION = " An image object is a regular array of sample values. Image objects are normally processed with special display tools to produce a visual representation of the sample values. This is done by assigning brightness levels or display colors to the various sample values. Images are composed of LINES and SAMPLES. They may contain multiple bands, in one of several storage orders. Note: Additional engineering values may be prepended or appended to each LINE of an image, and are stored as concatenated TABLE objects, which must be named LINE_PREFIX and LINE_SUFFIX. IMAGE objects may be associated with other objects, including HISTOGRAMs, PALETTEs, HISTORY, and TABLEs which contain statistics, display parameters, engineering values, or other ancillary data." REQUIRED_ELEMENT_SET = { LINE_SAMPLES, LINES, SAMPLE_BITS, SAMPLE_TYPE} OPTIONAL_ELEMENT_SET = { BAND_SEQUENCE, BAND_STORAGE_TYPE, BANDS, CHECKSUM, DERIVED_MAXIMUM, DERIVED_MINIMUM, DESCRIPTION, ENCODING_TYPE, FIRST_LINE, FIRST_LINE_SAMPLE, INVALID_CONSTANT, LINE_DISPLAY_DIRECTION, LINE_PREFIX_BYTES, LINE_SUFFIX_BYTES, MISSING_CONSTANT, OFFSET, PSDD, SAMPLE_BIT_MASK, SAMPLE_DISPLAY_DIRECTION, SAMPLING_FACTOR, SCALING_FACTOR, SOURCE_FILE_NAME, SOURCE_LINE_SAMPLES, SOURCE_LINES, SOURCE_SAMPLE_BITS, STRETCH_MAXIMUM, STRETCH_MINIMUM, STRETCHED_FLAG} OPTIONAL_OBJECT_SET = { WINDOW} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = IMAGE_MAP_PROJECTION STATUS_TYPE = APPROVED DESCRIPTION = " The IMAGE_MAP_PROJECTION object is one of two distinct objects that define the map projection used in creating cartographically registered digital images in a PDS data set. The other associated object that completes the definition is called DATA_SET_MAP_PROJECTION. The map projection information resides in these two objects to reduce redundancy and at the same time to allow the inclusion of elements needed to process the data at the image level. Basically, static information that is applicable to the complete data set resides in the DATA_SET_MAP_PROJECTION object, while dynamic information that is applicable to the individual images resides in the IMAGE_MAP_PROJECTION object. The line_first_pixel, line_last_pixel, sample_first_pixel, and sample_last_pixel keywords are used to indicate spatial orientation of a stored image. An image may have been shifted or flipped prior to being physically recorded. These keywords give the mapping of pixels between the original image and the stored image. The IMAGE_MAP_PROJECTION object is to be included in a data product label, and used to load the map projection catalog data into a PDS Catalog. Note: For pre-V3.1 PDS Standards the default coordinate system was Planetographic." REQUIRED_ELEMENT_SET = { A_AXIS_RADIUS, B_AXIS_RADIUS, C_AXIS_RADIUS, CENTER_LATITUDE, CENTER_LONGITUDE, COORDINATE_SYSTEM_NAME, COORDINATE_SYSTEM_TYPE, EASTERNMOST_LONGITUDE, LINE_FIRST_PIXEL, LINE_LAST_PIXEL, LINE_PROJECTION_OFFSET, MAP_PROJECTION_ROTATION, MAP_PROJECTION_TYPE, MAP_RESOLUTION, MAP_SCALE, MAXIMUM_LATITUDE, MINIMUM_LATITUDE, POSITIVE_LONGITUDE_DIRECTION, SAMPLE_FIRST_PIXEL, SAMPLE_LAST_PIXEL, SAMPLE_PROJECTION_OFFSET, WESTERNMOST_LONGITUDE} OPTIONAL_ELEMENT_SET = { DATA_SET_ID, FIRST_STANDARD_PARALLEL, HORIZONTAL_FRAMELET_OFFSET, IMAGE_ID, KEYWORD_LATITUDE_TYPE, OBLIQUE_PROJ_POLE_LATITUDE, OBLIQUE_PROJ_POLE_LONGITUDE, OBLIQUE_PROJ_POLE_ROTATION, OBLIQUE_PROJ_X_AXIS_VECTOR, OBLIQUE_PROJ_Y_AXIS_VECTOR, OBLIQUE_PROJ_Z_AXIS_VECTOR, REFERENCE_LATITUDE, REFERENCE_LONGITUDE, SECOND_STANDARD_PARALLEL, VERTICAL_FRAMELET_OFFSET} REQUIRED_OBJECT_SET = { DATA_SET_MAP_PROJECTION} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = INDEX_TABLE STATUS_TYPE = APPROVED DESCRIPTION = " The INDEX_TABLE object is a specific type of TABLE object that provides information about the data stored on an archive volume. The INDEX table contains one row for each data file (or data product label file in the case where detached labels are used) on the volume. The table is formatted so that it may be read directly by many data management systems on various host computers. All fields (columns) are separated by commas, and character filesd are enclosed by double quotation marks. Each record ends in a carriage return/line feed sequence. This allows the table to be treated as a fixed length record file on hosts that support this file type, and as a normal text file on other hosts. It is recommended that RECORD_BYTES and ROW_BYTES be even numbers to simplify ingestion of these files on systems where byte-level parsing is either difficult or impossible. There are two categories of columns for an Index table: Identification and Search. PDS data element names should be used as column names wherever appropriate. The required columns are used for identification. The optional columns are data dependent and are used for search. For example, the following may be useful for searching: LOCATION (e.g., LATITUDE, LONGITUDE,ORBIT_NUMBER) TIME (e.g., START_TIME,SPACECRAFT_CLOCK_START_COUNT) FEATURE (e.g., FEATURE_TYPE) OBSERVATIONAL CHARACTERISTICS (e.g., INCIDENCE_ANGLE) INSTRUMENT CHARACTERISTICS (e.g., FILTER_NAMES) For archive volumes created before this standard was approved: 1) If the keyword INDEX_TYPE is not present, the value defaults to SINGLE unless the Index's filename is given as CUMINDEX.TAB. 2) If the keyword INDEXED_FILE_NAME is not present, the value defaults to '*.*' indicating that the index encompasses all files on the volume. The required COLUMN objects must be named (NAME=): FILE_SPECIFICATION_NAME OR PATH_NAME and FILE_NAME PRODUCT_ID (**) VOLUME_ID (*) DATA_SET_ID (*) PRODUCT_CREATION_TIME (*) LOGICAL_VOLUME_PATH_NAME (must be used with PATH_NAME and FILE_NAME for a logical volume) (*) (*) If the value is constant across the data in the index table, this keyword can appear as a keyword inside the INDEX_TABLE object. If the value is not constant, then a column of the given name must be used. (**) PRODUCT_ID is not required if it has the same value as FILE_NAME or FILE_SPECIFICATION_NAME. Required keywords for required COLUMN Objects: NAME DATA_TYPE START_BYTE BYTES DESCRIPTION Optional keywords for required COLUMN Objects: UNKNOWN_CONSTANT NOT_APPLICABLE_CONSTANT NULL_CONSTANT Optional COLUMN Objects (NAME=): MISSION_NAME INSTRUMENT_NAME (or ID) INSTRUMENT_HOST_NAME (or ID) TARGET_NAME PRODUCT_TYPE MISSION_PHASE_NAME VOLUME_SET_ID START_TIME STOP_TIME SPACECRAFT_CLOCK_START_COUNT SPACECRAFT_CLOCK_STOP_COUNT any other search columns" REQUIRED_ELEMENT_SET = { COLUMNS, INDEX_TYPE, INTERCHANGE_FORMAT, ROW_BYTES, ROWS} OPTIONAL_ELEMENT_SET = { DESCRIPTION, INDEXED_FILE_NAME, NAME, NOT_APPLICABLE_CONSTANT, UNKNOWN_CONSTANT} REQUIRED_OBJECT_SET = { COLUMN} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = INSTRUMENT STATUS_TYPE = APPROVED DESCRIPTION = " The INSTRUMENT catalog object is used to submit information to the PDS about a particular instrument. It contains a detailed description and identifies any references associated with the instrument." REQUIRED_ELEMENT_SET = { INSTRUMENT_HOST_ID, INSTRUMENT_ID} REQUIRED_OBJECT_SET = { INSTRUMENT_INFORMATION, INSTRUMENT_REFERENCE_INFO} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = INSTRUMENT_HOST STATUS_TYPE = APPROVED DESCRIPTION = " The INSTRUMENT_HOST catalog object is used to describe the spacecraft or earth-based observatory from which instrument measurements were taken." REQUIRED_ELEMENT_SET = { INSTRUMENT_HOST_ID} REQUIRED_OBJECT_SET = { INSTRUMENT_HOST_INFORMATION, INSTRUMENT_HOST_REFERENCE_INFO} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = INSTRUMENT_HOST_INFORMATION STATUS_TYPE = APPROVED DESCRIPTION = " The INSTRUMENT_HOST_INFORMATION catalog object provides a detailed description of the properties and characteristics of the instrument host." REQUIRED_ELEMENT_SET = { INSTRUMENT_HOST_DESC, INSTRUMENT_HOST_NAME, INSTRUMENT_HOST_TYPE} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = INSTRUMENT_HOST_REFERENCE_INFO STATUS_TYPE = APPROVED DESCRIPTION = " The INSTRUMENT_HOST_REFERENCE_INFO catalog object is completed for each reference associated with the instrument host." REQUIRED_ELEMENT_SET = { REFERENCE_KEY_ID} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = INSTRUMENT_INFORMATION STATUS_TYPE = APPROVED DESCRIPTION = " The INSTINFO (Instrument Information) catalog object is completed for the instrument id entered in the EBINSTRUMENT or SCINSTRUMENT catalog object." REQUIRED_ELEMENT_SET = { INSTRUMENT_DESC, INSTRUMENT_NAME, INSTRUMENT_TYPE} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = INSTRUMENT_REFERENCE_INFO STATUS_TYPE = APPROVED DESCRIPTION = " The INSTREFINFO (Instrument Reference Information) catalog object forms part of a standard set for the submission of a publication reference to the PDS. The INSTREFINFO object contains the following subobject: REFERENCE." REQUIRED_ELEMENT_SET = { REFERENCE_KEY_ID} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = INVENTORY STATUS_TYPE = APPROVED DESCRIPTION = " The INVENTORY (PDS Data Set Inventory) catalog object is completed once for each Node that is responsible for orderable data sets from the PDS catalog. Its subobjects provide the necessary inventory information which will facilitate the ordering of these data sets. The INVENTORY object contains the following subobjects: INVNETTHRSHLD." REQUIRED_ELEMENT_SET = { NODE_ID} REQUIRED_OBJECT_SET = { INVENTORY_DATA_SET_INFO} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = INVENTORY_DATA_SET_INFO STATUS_TYPE = APPROVED DESCRIPTION = " The INVDSINFO (Inventory Data Set Information) catalog object provides all the size and threshold information specific to a PDS data set. The INVDSINFO catalog object and its subcatalog objects are to be submitted repetitively for each orderable and cataloged PDS data set. The INVDSINFO object contains the following subobjects: INVSIZE, INVSZTHRSHLD, INVPINSW, and INVNODEMEDIA." REQUIRED_ELEMENT_SET = { PRODUCT_DATA_SET_ID} REQUIRED_OBJECT_SET = { INVENTORY_NODE_MEDIA_INFO} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = INVENTORY_NODE_MEDIA_INFO STATUS_TYPE = APPROVED DESCRIPTION = " The INVNODEMEDIA (Inventory Node Media Information) catalog object provides information about data set distribution medium, data set size, data set cost, and a maximum number of copies a Node is willing to distribute per medium for a PDS cataloged data set This catalog object is repeated for each type of distribution medium." REQUIRED_ELEMENT_SET = { COPIES, INVENTORY_SPECIAL_ORDER_NOTE, MEDIUM_DESC, MEDIUM_TYPE} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = LINE_SUFFIX STATUS_TYPE = APPROVED DESCRIPTION = " The LINE_SUFFIX group provides a mechanism for grouping keywords that describe the properties of each LINE suffix plane, or BOTTOMPLANE, of a SPECTRAL_QUBE." REQUIRED_ELEMENT_SET = { SUFFIX_ITEM_BYTES, SUFFIX_ITEM_TYPE, SUFFIX_NAME} OPTIONAL_ELEMENT_SET = { BIT_MASK, SUFFIX_BASE, SUFFIX_HIGH_INSTR_SAT, SUFFIX_HIGH_REPR_SAT, SUFFIX_LOW_INSTR_SAT, SUFFIX_LOW_REPR_SAT, SUFFIX_MULTIPLIER, SUFFIX_NULL, SUFFIX_UNIT, SUFFIX_VALID_MINIMUM} OBJECT_TYPE = GENERIC_GROUP END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = MISSION STATUS_TYPE = APPROVED DESCRIPTION = " The MISSION catalog object forms part of a standard set for the submission of a mission to the PDS. The MISSION object contains the following subobjects: MSNINFO and MSNREFINFO." REQUIRED_ELEMENT_SET = { MISSION_NAME} REQUIRED_OBJECT_SET = { MISSION_HOST, MISSION_INFORMATION, MISSION_REFERENCE_INFORMATION} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = MISSION_HOST STATUS_TYPE = APPROVED DESCRIPTION = " The MISSION_HOST catalog object contains the identifier for each instrument host associated with a mission." REQUIRED_ELEMENT_SET = { INSTRUMENT_HOST_ID} REQUIRED_OBJECT_SET = { MISSION_TARGET} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = MISSION_INFORMATION STATUS_TYPE = APPROVED DESCRIPTION = " The MSNINFO (Mission Information) catalog object is completed for the mission name entered in the MISSION catalog object in order to provide general information regarding the mission. The MSNINFO object contains the following subobjects: MSNPHSINFO." REQUIRED_ELEMENT_SET = { MISSION_ALIAS_NAME, MISSION_DESC, MISSION_OBJECTIVES_SUMMARY, MISSION_START_DATE, MISSION_STOP_DATE} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = MISSION_REFERENCE_INFORMATION STATUS_TYPE = APPROVED DESCRIPTION = " The MSNREFINFO (Mission Reference Information) catalog object forms part of a standard set for the submission of a publication reference to the PDS. The MSNREFINFO object contains the following subobjects: REFERENCE." REQUIRED_ELEMENT_SET = { REFERENCE_KEY_ID} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = MISSION_TARGET STATUS_TYPE = APPROVED DESCRIPTION = " The MISSION_TARGET catalog object contains the name of each target associated with a mission." REQUIRED_ELEMENT_SET = { TARGET_NAME} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = NODE STATUS_TYPE = APPROVED DESCRIPTION = " The NODE catalog object forms part of a standard set for the submission of a Node to the PDS. The NODE object contains the following subobjects: NODEINFO." REQUIRED_ELEMENT_SET = { NODE_ID} REQUIRED_OBJECT_SET = { NODE_INFORMATION} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = NODE_INFORMATION STATUS_TYPE = APPROVED DESCRIPTION = " The NODEINFO (Node Information) catalog object is completed for the Node specified the NODE catalog object." REQUIRED_ELEMENT_SET = { DA_CONTACT_PDS_USER_ID, DISCIPLINE_NAME, NODE_DESC, NODE_INSTITUTION_NAME, NODE_MANAGER_PDS_USER_ID, NODE_NAME, OPERATIONS_CONTACT_PDS_USER_ID} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = NSSDC_DATA_SET_ID STATUS_TYPE = APPROVED DESCRIPTION = " This template shall be completed for each PDS Data Set. The PDS Data Engineer shall fill in the PDS data set information and forward it to NSSDC who shall be responsible for supplying the value of the NSSDC_DATA_SET_ID keyword." REQUIRED_ELEMENT_SET = { DATA_SET_COLL_OR_DATA_SET_ID, DATA_SET_NAME, MEDIUM_TYPE, NSSDC_DATA_SET_ID} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = PALETTE STATUS_TYPE = APPROVED DESCRIPTION = " The PALETTE object is a sub-class of the table object. It contains entries which represents color assignments for SAMPLE values contained in an IMAGE. If the palette is stored in an external file from the data file, then it should be stored in ASCII format as 256 ROWS, each composed of 4 COLUMNS. The first column contains the SAMPLE value (0 to 255 for an 8-bit SAMPLE), and the remaining 3 COLUMNS contain the relative amount (a value from 0 to 255) of each primary color to be assigned for that SAMPLE value. If the palette is stored in the data file, then it should be stored in BINARY format as 256 consecutive 8-bit values for each primary color (RED, GREEN, BLUE) resulting in a 768 byte record." REQUIRED_ELEMENT_SET = { COLUMNS, INTERCHANGE_FORMAT, ROW_BYTES, ROWS} OPTIONAL_ELEMENT_SET = { DESCRIPTION, NAME, PSDD} REQUIRED_OBJECT_SET = { COLUMN} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = PARAMETERS STATUS_TYPE = PENDING DESCRIPTION = " The parameters group provides a mechanism for Grouping multiple sets of related parameters within a data product label." OPTIONAL_ELEMENT_SET = { PSDD} OBJECT_TYPE = GENERIC_GROUP END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = PERSONNEL STATUS_TYPE = APPROVED DESCRIPTION = " The PERSON (Personnel) catalog object forms part of a standard set for the submission of a PDS user to the PDS. The PERSON object contains the following subobjects: PERSINFO, PERSORDER, PERSELECMAIL, PERSINSTN, PERSNODE, PERSMSN, and PERSTASK." REQUIRED_ELEMENT_SET = { PDS_USER_ID} REQUIRED_OBJECT_SET = { PERSONNEL_ELECTRONIC_MAIL, PERSONNEL_INFORMATION} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = PERSONNEL_ELECTRONIC_MAIL STATUS_TYPE = APPROVED DESCRIPTION = " The PERSELECMAIL (Personnel Electronic Mail) catalog object is repeated for each electronic mail address of a PDS user." REQUIRED_ELEMENT_SET = { ELECTRONIC_MAIL_ID, ELECTRONIC_MAIL_TYPE, PREFERENCE_ID} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = PERSONNEL_INFORMATION STATUS_TYPE = APPROVED DESCRIPTION = " The PERSINFO (Personnel Information) catalog object is completed for the PDS user id entered in the PERSON catalog object, in order to provide general information about the user." REQUIRED_ELEMENT_SET = { ADDRESS_TEXT, ALTERNATE_TELEPHONE_NUMBER, FAX_NUMBER, FULL_NAME, INSTITUTION_NAME, LAST_NAME, NODE_ID, PDS_ADDRESS_BOOK_FLAG, PDS_AFFILIATION, REGISTRATION_DATE, TELEPHONE_NUMBER} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = QUBE STATUS_TYPE = APPROVED DESCRIPTION = " The QUBE object is a multidimensional array (called the core) of sample values in multiple dimensions. QUBEs of one to three dimensions can support optional suffix areas in each axis. A specialization of the QUBE object is the ISIS (Integrated Software for Imaging Spectrometers) Standard Qube, which is a three-dimensional QUBE with two spatial dimensions and one spectral dimension. Its axes have the interpretations 'sample', 'line and 'band'. Three physical storage orders are allowed: band-sequential, line_interleaved (band-interleaved-by-line) and sample_interleaved (band-interleaved-by-pixel). An example of a Standard ISIS Qube is a spectral image qube containing data from an imaging spectrometer. Such a qube is simultaneously a set of images (at different wavelengths) of the same target area, and a set of spectra at each point of the target area. Typically, suffix areas in such a qube are confined to 'backplanes' containing geometric or quality information about individual spectra, i.e. about the set of corresponding values at the same pixel location in each band. NOTE: The following required and optional elements of the Qube object are ISIS-specific. Since the ISIS system was designed before the current version of the PDS Data Dictionary, some of the element names conflict with current PDS nomenclature standards. NOTE: In a Generalized ISIS Qube, the axis names are arbitrary, but in a Standard ISIS Qube, the standard value set applies." REQUIRED_ELEMENT_SET = { AXES, AXIS_NAME, CORE_BASE, CORE_HIGH_INSTR_SATURATION, CORE_HIGH_REPR_SATURATION, CORE_ITEM_BYTES, CORE_ITEM_TYPE, CORE_ITEMS, CORE_LOW_INSTR_SATURATION, CORE_LOW_REPR_SATURATION, CORE_MULTIPLIER, CORE_NULL, CORE_VALID_MINIMUM, SUFFIX_BYTES, SUFFIX_ITEMS} OPTIONAL_ELEMENT_SET = { BAND_BIN_CENTER, BAND_BIN_DETECTOR, BAND_BIN_GRATING_POSITION, BAND_BIN_ORIGINAL_BAND, BAND_BIN_STANDARD_DEVIATION, BAND_BIN_UNIT, BAND_BIN_WIDTH, CORE_NAME, CORE_UNIT, PSDD, SUFFIX_BASE, SUFFIX_HIGH_INSTR_SAT, SUFFIX_HIGH_REPR_SAT, SUFFIX_ITEM_BYTES, SUFFIX_ITEM_TYPE, SUFFIX_LOW_INSTR_SAT, SUFFIX_LOW_REPR_SAT, SUFFIX_MULTIPLIER, SUFFIX_NAME, SUFFIX_NULL, SUFFIX_UNIT, SUFFIX_VALID_MINIMUM} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = REFERENCE STATUS_TYPE = APPROVED DESCRIPTION = " The REFERENCE catalog object is completed for each reference document." REQUIRED_ELEMENT_SET = { REFERENCE_DESC, REFERENCE_KEY_ID} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = RESOURCE_INFORMATION STATUS_TYPE = PENDING DESCRIPTION = " The RESOURCE_INFORMATION object is used to submit information about each of the resources (e.g. web pages, ftp sites, data set browsers) that may be used used to select and download data products or other files associated with the data set. The RESOURCE_INFORMATION object is repeated for each resource associated with the data set." REQUIRED_ELEMENT_SET = { DESCRIPTION, RESOURCE_CLASS, RESOURCE_ID, RESOURCE_LINK, RESOURCE_NAME, RESOURCE_STATUS} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = SAMPLE_SUFFIX STATUS_TYPE = APPROVED DESCRIPTION = " The SAMPLE_SUFFIX group provides a mechanism for grouping keywords that describe the properties of each SAMPLE suffix plane, or SIDEPLANE, of a SPECTRAL_QUBE." REQUIRED_ELEMENT_SET = { SUFFIX_ITEM_BYTES, SUFFIX_ITEM_TYPE, SUFFIX_NAME} OPTIONAL_ELEMENT_SET = { BIT_MASK, SUFFIX_BASE, SUFFIX_HIGH_INSTR_SAT, SUFFIX_HIGH_REPR_SAT, SUFFIX_LOW_INSTR_SAT, SUFFIX_LOW_REPR_SAT, SUFFIX_MULTIPLIER, SUFFIX_NULL, SUFFIX_UNIT, SUFFIX_VALID_MINIMUM} OBJECT_TYPE = GENERIC_GROUP END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = SERIES STATUS_TYPE = APPROVED DESCRIPTION = " The series object is a sub-class of the table object. It is used for storing a sequence of measurements organized in a specific way (e.g., ascending time, radial distances). The current version uses the same physical format specification as the table object, but includes sampling parameter information that describes the variation between elements in the series. The sampling parameter keywords are required for the series object, and may be optional for one or more column sub-objects, depending on the data organization." REQUIRED_ELEMENT_SET = { COLUMNS, INTERCHANGE_FORMAT, ROW_BYTES, ROWS, SAMPLING_PARAMETER_INTERVAL, SAMPLING_PARAMETER_NAME, SAMPLING_PARAMETER_UNIT} OPTIONAL_ELEMENT_SET = { DERIVED_MAXIMUM, DERIVED_MINIMUM, DESCRIPTION, MAXIMUM_SAMPLING_PARAMETER, MINIMUM_SAMPLING_PARAMETER, NAME, PSDD, ROW_PREFIX_BYTES, ROW_SUFFIX_BYTES} REQUIRED_OBJECT_SET = { COLUMN} OPTIONAL_OBJECT_SET = { CONTAINER} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = SOFTWARE STATUS_TYPE = APPROVED DESCRIPTION = " The SOFTWARE catalog object forms part of a standard set for the submission of software to the PDS. The SOFTWARE object contains the following subobjects: SWINFO, SWONLINE, and SWPUR." REQUIRED_ELEMENT_SET = { SOFTWARE_ID, SOFTWARE_VERSION_ID} REQUIRED_OBJECT_SET = { SOFTWARE_INFORMATION, SOFTWARE_ONLINE, SOFTWARE_PURPOSE} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = SOFTWARE_INFORMATION STATUS_TYPE = APPROVED DESCRIPTION = " The SOFTWARE_INFORMATION catalog object contains the identifier for each piece of software in the PDS." REQUIRED_ELEMENT_SET = { DATA_FORMAT, NODE_ID, PDS_USER_ID, REQUIRED_STORAGE_BYTES, SOFTWARE_DESC, SOFTWARE_LICENSE_TYPE, SOFTWARE_NAME, TECHNICAL_SUPPORT_TYPE} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = SOFTWARE_ONLINE STATUS_TYPE = APPROVED DESCRIPTION = " The SOFTWARE_ONLINE catalog object contains the identifier for each node that provides online access to the software in the PDS." REQUIRED_ELEMENT_SET = { NODE_ID, ON_LINE_IDENTIFICATION, ON_LINE_NAME, PLATFORM, PROTOCOL_TYPE} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = SOFTWARE_PURPOSE STATUS_TYPE = APPROVED DESCRIPTION = " The SOFTWARE_PURPOSE catalog object contains the identifier for the function that the software performs." REQUIRED_ELEMENT_SET = { SOFTWARE_PURPOSE} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = SPECTRAL_QUBE STATUS_TYPE = APPROVED DESCRIPTION = " Note that the SPECTRAL_QUBE described here is specifically a PDS SPECTRAL_QUBE. While similar to the ISIS Qube, it is not identical. (For guidelines on producing a spectral qube that is compliant with both PDS and ISIS, see the SPECTRAL_QUBE chapter of Appendix A of the PDS Standards Reference.) The SPECTRAL_QUBE object is a three-dimensional object with two spatial dimensions and one spectral dimension. The axes have the interpretations 'sample', 'line', and 'band', respectively. Each of the three axes in a SPECTRAL_QUBE object may optionally include suffix data that extend the length of the axis. Conceptually, this can be viewed as forming one or more suffix planes that are attached to the core qube. Suffix planes that extend the band dimension are called BACKPLANES. Suffix planes that extend the sample dimension are called SIDEPLANES. Suffix planes that extend the line dimension are called BOTTOMPLANES. Note that these terms refer to the 'logical' axes -- that is, how the axes are conceptually modeled -- and are not necessarily related to the physical storage of the SPECTRAL_QUBE object. The suffix planes are used for storing auxiliary data that are associated with the core data. For example, a backplane might be used for storing the latitude values for each spatial-spatial pixel. Another backplane might be used for storing the wavelength of the deepest absorption feature that was found in the spectrum at each spatial-spatial pixel. One or more SIDEPLANES might be used for storing engineering data that are associated with each spatial line. Within the logical structure of the SPECTRAL_QUBE, SAMPLE=1 is the left edge of the spatial-spatial core image. LINE=1 is the top edge of the spatial-spatial core image. BAND=1 corresponds to the spatial-spatial images at the 'front' of the qube. Core coordinates do not carry over to the suffix regions. The file in which a SPECTRAL_QUBE data object is stored is physically access as though it were a one-dimensional data structure. Storing the SPECTRAL_QUBE thus requires that the 'logical' three-dimensional structure be mapped into the one-dimensional physical file structure. This involves moving through the three-dimensional structure in certain patterns to determine the linear sequence of core and suffix pixel values that occur in the file. In SPECTRAL_QUBE files, this pattern is defined by specifying which axis index varies fastest in the linear sequence of pixel values in the file, which axis varies second fastest, and which axis varies slowest. In SPECTRAL_QUBE files, the names of the three axes are always SAMPLE, LINE, and BAND. The AXIS_NAME keyword has an array of values that list the names of the axes in the qube. The order of the names specifies the qube storage order in the file. The first axis is the fastest varying, and the third axis is the slowest varying. The SPECTRAL_QUBE supports the following three storage order: - (SAMPLE, LINE, BAND) - Band Sequential (BSQ) - (SAMPLE, BAND, LINE) - Band Interleaved by Line (BIL) - (BAND, SAMPLE, LINE) - Band Interleaved by Pixel (BIP) The lengths of the core axes are given by the CORE_ITEMS keyword and the lengths of the suffix axes are given by the SUFFIX_ITEMS keyword. Both these keywords have array values, whose order corresponds to the order of the axes given by the AXIS_NAME keyword. In the physical file storage, suffix pixel data (if present) are interspersed with the associated core pixel data. For example, in a BSQ storage order file, the physical qube storage in the file begins with the pixels in the first (top) line of the spatial-spatial image plane at the first wavelength band. This is followed by the sideplane pixel values that extend this line of core pixels. Next are the core pixels for the second line, followed by the sideplane pixels for the second line. After the last line of this first core image plane (and its associated sideplane pixels) comes the bottomplane pixels associated with the first band. This is then repeated for the second through last bands. Finally, all the backplane data are stored after all the core data and associated sideplane and bottomplane pixels. If a SPECTRAL_QUBE file includes suffixes on more than one axis, then the region that is the intersection between two (or all three) of the suffix regions is called a CORNER region. The PDS requires that space for CORNER region data be allocated in the data files. However, this space is never actually used. In a SPECTRAL_QUBE file, core pixels can occupy one, two or four bytes. All core pixels within a single file must be of the same physical storage size. Suffix pixels can also occupy one, two, or four bytes of storage in the file. All the suffix pixels within a single file must be of the same physical storage size. Suffix pixels need not be the same size as core pixels. Handling of different pixel data types is described in detail below. In SPECTRAL_QUBE files, core pixel values can be represented by one of several formats. The formats available are dependent on the number of bytes used to store the values in the file. The format is given by the CORE_ITEM_TYPE keyword and the number of bytes stored is given by the CORE_ITEM_BYTES keyword. The following table shows the allowable formats and the number of bytes of storage the use: CORE_ITEM_BYTES CORE_ITEM_TYPE Type Conversion Parameters 1, 2, or 4 UNSIGNED_INTEGER Yes 1, 2, or 4 MSB_UNSIGNED_INTEGER Yes 1, 2, or 4 LSB_UNSIGNED_INTEGER Yes 1, 2, or 4 INTEGER Yes 1, 2, or 4 MSB_INTEGER Yes 1, 2, or 4 LSB_INTEGER Yes 4 IEEE_REAL No 4 VAX_REAL No 4 PC_REAL No As the table above indicates, stored integer values can be converted to real values, representing the actual pixel. The type conversion parameters are given by the CORE_BASE and CORE_MULTIPLIER keywords, and the real value being represented is determined as follows: 'real_value' = CORE_BASE + (CORE_MULTIPLIER * REAL(stored_value)) For 4-byte real formats, the stored values are floating point values that directly represent the pixel values. The same data types and number of storage bytes that are shown in the above table are also available to suffix pixels. However, suffix pixels need not be the same size or have the same data type as the core pixels. Therefore, there is a SUFFIX_ITEM_BYTES keyword to indicate the number of bytes stored for suffix pixels and a SUFFIX_ITEM_TYPE keyword to describe the data type of the suffix pixels. Each suffix plane within a single file can have a different data format. Thus, the values of these keywords are arrays. Each element of the array refers to a separate suffix plane. The SPECTRAL_QUBE allows the number of bytes used to store data in each suffix pixel (SUFFIX_ITEM_BYTES) to be less than the total number of bytes allowcated to each suffix pixel (SUFFIX_BYTES). It is therefore necessary to describe how the stored bytes are aligned within the allocated bytes. The BIT_MASK keyword is used for this purpose. Note that in the following list of required and optional objects and groups, while the *_SUFFIX groups are listed as optional, they are required if their named axis appears in the qube." REQUIRED_ELEMENT_SET = { AXES, AXIS_NAME, CORE_ITEM_BYTES, CORE_ITEM_TYPE, CORE_ITEMS, SUFFIX_ITEMS} OPTIONAL_ELEMENT_SET = { CORE_BASE, CORE_HIGH_INSTR_SATURATION, CORE_HIGH_REPR_SATURATION, CORE_LOW_INSTR_SATURATION, CORE_LOW_REPR_SATURATION, CORE_MULTIPLIER, CORE_NAME, CORE_NULL, CORE_UNIT, CORE_VALID_MINIMUM, ISIS_STRUCTURE_VERSION_ID, LINE_DISPLAY_DIRECTION, MD5_CHECKSUM, SAMPLE_DISPLAY_DIRECTION, SUFFIX_BYTES} REQUIRED_OBJECT_SET = { BAND_BIN} OPTIONAL_OBJECT_SET = { BAND_SUFFIX, IMAGE_MAP_PROJECTION, LINE_SUFFIX, SAMPLE_SUFFIX} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = SPECTRUM STATUS_TYPE = APPROVED DESCRIPTION = " The spectrum object is a form of table used for storing spectral measurements. The spectrum is assumed to have a number of measurements of the observation target taken in different spectral bands. It uses the same physical format specification as the table object, but includes sampling parameter information which indicates the spectral region measured in successive columns or rows. The common sampling parameters for spectrum objects are wavelength, frequency, and velocity." REQUIRED_ELEMENT_SET = { COLUMNS, INTERCHANGE_FORMAT, ROW_BYTES, ROWS} OPTIONAL_ELEMENT_SET = { DERIVED_MAXIMUM, DERIVED_MINIMUM, DESCRIPTION, MAXIMUM_SAMPLING_PARAMETER, MINIMUM_SAMPLING_PARAMETER, NAME, PSDD, ROW_PREFIX_BYTES, ROW_SUFFIX_BYTES, SAMPLING_PARAMETER_INTERVAL, SAMPLING_PARAMETER_NAME, SAMPLING_PARAMETER_UNIT} REQUIRED_OBJECT_SET = { COLUMN} OPTIONAL_OBJECT_SET = { CONTAINER} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = SPICE_KERNEL STATUS_TYPE = APPROVED DESCRIPTION = " The spice_kernel object defines a single kernel from a collection of SPICE kernels. SPICE kernels provide ancillary data needed to support the planning and subsequent analysis of space science observations. The SPICE system includes the software and documentation required to read the SPICE kernels and use the data contained therein to help plan observations or interpret space science data. This software and associated documentation are collectively called the NAIF Toolkit. Kernel files are the major components of the SPICE system. The EPHEMERIS kernel type (SPK) contains spacecraft and planet, satellite or other target body ephemeris data that provide position and velocity of a spacecraft as a function of time. The TARGET_CONSTANTS kernel type (PCK) contains planet, satellite, comet or asteroid cartographic constants for that object. The INSTRUMENT kernel type (IK) contains a collection of science instrument information, including specification of the mounting alignment, internal timing, and other information needed to interpret measurements made with the instrument. The POINTING kernel type (CK) contains pointing data (e.g., the inertially referenced attitude for a spacecraft structure upon which instruments are mounted, given as a function of time). The EVENTS kernel type (EK) contains event information (e.g., spacecraft and instrument commands, ground data system event logs, and experimenter's notebook comments). The LEAPSECONDS kernel type (LSK) contains an account of the leapseconds needed to correlate civil time (UTC) with ephemeris time (TDB). This is the measure of time used in the SP kernel files. The SPACECRAFT CLOCK COEFFICIENTS kernel type (CLK) contains the data needed to correlate a spacecraft clock with ephemeris time." REQUIRED_ELEMENT_SET = { DESCRIPTION, INTERCHANGE_FORMAT, KERNEL_TYPE} OPTIONAL_ELEMENT_SET = { PSDD} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = SPREADSHEET STATUS_TYPE = APPROVED DESCRIPTION = " The SPREADSHEET object provides a variable-length, delimited ASCII format for labeling sparse tables and matrices. It is designed for use with spreadsheet and database text dump files in formats such as the comma-separated value (CSV) format." REQUIRED_ELEMENT_SET = { FIELD_DELIMITER, FIELDS, ROW_BYTES, ROWS} OPTIONAL_ELEMENT_SET = { DESCRIPTION, NAME, PSDD} REQUIRED_OBJECT_SET = { FIELD} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = TABLE STATUS_TYPE = APPROVED DESCRIPTION = " The TABLE object is a uniform collection of rows containing ASCII and/or binary values stored in columns. Note: In the PDS, if any of the columns in a table are in binary format, the value of the keyword interchange_format is BINARY and the value of record_type is FIXED_LENGTH. On the other hand, if the columns contain only ASCII data, interchange_format = ASCII and record_type can equal STREAM, VARIABLE_LENGTH, or FIXED_LENGTH." REQUIRED_ELEMENT_SET = { COLUMNS, INTERCHANGE_FORMAT, ROW_BYTES, ROWS} OPTIONAL_ELEMENT_SET = { DESCRIPTION, NAME, PSDD, ROW_PREFIX_BYTES, ROW_SUFFIX_BYTES, TABLE_STORAGE_TYPE} REQUIRED_OBJECT_SET = { COLUMN} OPTIONAL_OBJECT_SET = { CONTAINER} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = TARGET STATUS_TYPE = APPROVED DESCRIPTION = " The TARGET catalog object forms part of a standard set for the submission of a target to the PDS. The TARGET object contains the following subobject: TARGETINFO." REQUIRED_ELEMENT_SET = { TARGET_NAME} REQUIRED_OBJECT_SET = { TARGET_INFORMATION} OPTIONAL_OBJECT_SET = { TARGET_REFERENCE_INFORMATION} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = TARGET_INFORMATION STATUS_TYPE = APPROVED DESCRIPTION = " The TARGETINFO (Target Information) catalog object is completed if the target moves in an orbit, in order to provide target physical and dynamic parameters. The TARGETINFO object contains the following subobject: TARGPARMINFO." REQUIRED_ELEMENT_SET = { ORBIT_DIRECTION, PRIMARY_BODY_NAME, ROTATION_DIRECTION, TARGET_DESC, TARGET_TYPE} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = SPECIFIC_OBJECT_DEFINITION NAME = TARGET_REFERENCE_INFORMATION STATUS_TYPE = APPROVED DESCRIPTION = " The TARGET_REFERERENCE_INFO catalog object is completed for each reference associated with a particular target." REQUIRED_ELEMENT_SET = { REFERENCE_KEY_ID} OBJECT_TYPE = SPECIFIC END_OBJECT = SPECIFIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = TEXT STATUS_TYPE = APPROVED DESCRIPTION = " The TEXT object provides general description of a file of plain text. It is recommended that text objects contain no special formatting characters, with the exception of the carriage return/line feed sequence and the page break. It or Unix line terminators will cause text to be unreadable on other host computers. Tabs are discouraged, since they are interpreted differently by different applications. To ensure ease of display by many text processors, it is recommended that text lines be limited to 70 characters." REQUIRED_ELEMENT_SET = { NOTE, PUBLICATION_DATE} OPTIONAL_ELEMENT_SET = { INTERCHANGE_FORMAT, PSDD} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = VOLUME STATUS_TYPE = APPROVED DESCRIPTION = " The volume object describes a physical unit used to store or distribute data products (e.g. a magnetic tape, CD_ROM disk, On-Line Magnetic disk or floppy disk) which contains directories and files. The directories and files may include documentation, software, calibration and geometry information as well as the actual science data." REQUIRED_ELEMENT_SET = { DATA_SET_ID, DESCRIPTION, MEDIUM_TYPE, PUBLICATION_DATE, VOLUME_FORMAT, VOLUME_ID, VOLUME_NAME, VOLUME_SERIES_NAME, VOLUME_SET_ID, VOLUME_SET_NAME, VOLUME_VERSION_ID, VOLUMES} OPTIONAL_ELEMENT_SET = { BLOCK_BYTES, DATA_SET_COLLECTION_ID, DD_VERSION_ID, FILES, HARDWARE_MODEL_ID, LOGICAL_VOLUME_PATH_NAME, LOGICAL_VOLUMES, MEDIUM_FORMAT, NOTE, OPERATING_SYSTEM_ID, PRODUCT_TYPE, PSDD, TRANSFER_COMMAND_TEXT, VOLUME_INSERT_TEXT} REQUIRED_OBJECT_SET = { CATALOG, DATA_PRODUCER} OPTIONAL_OBJECT_SET = { DATA_SUPPLIER, DIRECTORY, FILE} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END OBJECT = GENERIC_OBJECT_DEFINITION NAME = WINDOW STATUS_TYPE = APPROVED DESCRIPTION = " The WINDOW object is used to identify an area of interest within an IMAGE object. For example: - In sparse images, a sub-image would indicate where the valid data are located. - In mosaicked images, sub-images could indicate the borders of the constituent images. - In approach images, a sub-image could indicate the area where the target is expected to be found. The WINDOW object identifies a rectangular area of interest within an IMAGE object. WINDOW objects may not serve as the primary object in a data product, nor may they appear outside the context of an IMAGE object. The areas described by separate WINDOW objects may overlap in whole or in part, but WINDOW object definitions may not be nested. The boundaries and physical attributes of the WINDOW object are always determined with reference to the enclosing (parent) IMAGE object. That is, 'first' is defined with respect to the LINE_DISPLAY_DIRECTION and SAMPLE_DISPLAY_DIRECTION of the IMAGE and the WINDOW must have the same SAMPLE_TYPE and SAMPLE_BITS as the IMAGE. WINDOW objects may not have prefix or suffix bytes. As a rule, PDS structures are one-based rather than zero-based. Thus, references to the parent object using FIRST_LINE and FIRST_LINE_SAMPLE should be counted starting at (1,1) rather than (0,0)." REQUIRED_ELEMENT_SET = { DESCRIPTION, FIRST_LINE, FIRST_LINE_SAMPLE, LINE_SAMPLES, LINES} OPTIONAL_ELEMENT_SET = { NAME, PSDD, TARGET_NAME} OBJECT_TYPE = GENERIC END_OBJECT = GENERIC_OBJECT_DEFINITION END /* End of object definitions */ /* Start of element definitions */ OBJECT = ELEMENT_DEFINITION NAME = "LRO:CALIBRATION_SOFTWARE_VER_ID" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT MAXIMUM_LENGTH = 10 DESCRIPTION = " The CALIBRATION_SOFTWARE_VER_ID element indicates the version of calibration software used to generate a data product." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:INSTRUMENT_TEMPERATURE_UNIT" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MINIMUM = -1 MAXIMUM = -1 MAXIMUM_LENGTH = 10 DESCRIPTION = " This keyword defines the units of instrument or some part of an instrument; for example: FOCAL PLANE TELESCOPE SPECTROMETER,CRYOCOOLER" STANDARD_VALUE_SET = { "K"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:GROUND_TRUTH_CORR_FILE_NAME" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 3 MAXIMUM_LENGTH = 31 DESCRIPTION = " The CH1:GROUND_TRUTH_CORR_FILE_NAME element provides the name of the ground truth correction file applied by the M3 reflectance calibration process." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:STATISTICAL_POLISHER_FILE_NAME" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 3 MAXIMUM_LENGTH = 31 DESCRIPTION = " The CH1:STATISTICAL_POLISHER_FILE_NAME element provides the name of the statistical polishing file applied by the M3 reflectance calibration process." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:SC_ORIENTATION_EPOCH_TDB_TIME" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The CH1:SC_ORIENTATION_EPOCH_TDB_TIME provides the T0 TDB time (dark side equator crossing time for this orbit)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:APOLLO16_CORRECTION_FILE_NAME" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 3 MAXIMUM_LENGTH = 31 DESCRIPTION = " The CH1:APOLLO16_CORRECTION_FILE_NAME element provides the name of the Apollo 16 correction (calibration) file applied to the radiance image to produce an M3 reflectance image." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:SPECTRAL_CALIBRATION_FILE_NAME" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 3 MAXIMUM_LENGTH = 31 DESCRIPTION = " The CH1:SPECTRAL_CALIBRATION_FILE_NAME element provides the name of the spectral wavelength calibration file applied to the raw image to produce an M3 radiance image." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "LRO:DREB_FLIGHT_SOFTWARE_VER_ID" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT MAXIMUM_LENGTH = 10 DESCRIPTION = " The DREB_FLIGHT_SOFTWARE_VER_ID element indicates the version of Diviner Remote Electronics Box flight software used to acquire the telemetry data for a data product." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:MEASUREMENT_ATM_COMPOSITION" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The MRO:MEASUREMENT_ATM_COMPOSITION element identifies the atmospheric gases present in the environment during a laboratory spectral measurement." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:SPECIMEN_COLLECT_LOCATION_DESC" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The MRO:SPECIMEN_COLLECT_LOCATION_DESC describes the location where a CRISM Spectral Library sample was collected." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:SPECIMEN_CURRENT_LOCATION_NAME" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 0 MAXIMUM_LENGTH = 50 DESCRIPTION = " The MRO:SPECIMEN_CURRENT_LOCATION_NAME gives the name of the institution or laboratory where a CRISM Spectral Library sample is currently stored." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:START_SUB_SPACECRAFT_LONGITUDE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 360 DESCRIPTION = " The MRO:START_SUB_SPACECRAFT_LONGITUDE element gives the planetocentric east longitude at the sub spacecraft point at the beginning of an MRO orbital swath." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:STOP_SUB_SPACECRAFT_LONGITUDE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 360 DESCRIPTION = " The MRO:STOP_SUB_SPACECRAFT_LONGITUDE element gives the planetocentric east longitude at the sub spacecraft point at the end of an MRO orbital swath." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:START_SUB_SPACECRAFT_LATITUDE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = -90 MAXIMUM = 90 DESCRIPTION = " The MRO:START_SUB_SPACECRAFT_LATITUDE element gives the planetocentric latitude at the sub spacecraft point at the beginning of an MRO orbital swath." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:STOP_SUB_SPACECRAFT_LATITUDE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = -90 MAXIMUM = 90 DESCRIPTION = " The MRO:STOP_SUB_SPACECRAFT_LATITUDE element gives the planetocentric latitude at the sub spacecraft point at the end of an MRO orbital swath." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:NOMINAL_ALONG_TRACK_RESOLUTION" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = M STANDARD_VALUE_TYPE = SUGGESTED MINIMUM = 0 MAXIMUM = 10000 DESCRIPTION = " The MRO:NOMINAL_ALONG_TRACK_RESOLUTION element gives the horizontal resolution of the instrument in the along-track direction achieved through azimuth processing, expressed in meters." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:REFERENCE_FUNCTION_FILE_NAME" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED MAXIMUM_LENGTH = 256 DESCRIPTION = " The MRO:REFERENCE_FUNCTION_FILE_NAME element gives the name of the file located in the CALIB directory containing the function used for building the numerical filter used in the range compression of the signal." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:OPT_BNCH_FLEXURE_TEMPERATURE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:OPT_BNCH_FLEXURE_TEMPERATURE element provides the temperature of the HiRISE instrument's optical bench near the +X MDR flexure in degrees Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:OPT_BNCH_MIRROR_TEMPERATURE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:OPT_BNCH_MIRROR_TEMPERATURE element provides the temperature of the HiRISE instrument's optical bench near the tertiary mirror in degrees Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:OPT_BNCH_FOLD_FLAT_TEMPERATURE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:OPT_BNCH_FOLD_FLAT_TEMPERATURE element provides the temperature of the HiRISE instrument's optical fold flat mirror location in degrees Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:OPT_BNCH_LIVING_RM_TEMPERATURE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:OPT_BNCH_LIVING_RM_TEMPERATURE element provides the temperature of the HiRISE instrument's optical bench in the sunken living room location in degrees Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:OPT_BNCH_BOX_BEAM_TEMPERATURE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:OPT_BNCH_BOX_BEAM_TEMPERATURE element provides the temperature of the HiRISE instrument's optical bench near the box beam (+Y face) n degrees Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:PRIMARY_MIRROR_MNT_TEMPERATURE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:PRIMARY_MIRROR_MNT_TEMPERATURE element provides the temperature of the HiRISE instrument's primary mirror mount in degrees Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:PRIMARY_MIRROR_BAF_TEMPERATURE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:PRIMARY_MIRROR_BAF_TEMPERATURE element provides the temperature of the HiRISE instrument's primary mirror baffle near the base (external) in degrees Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:MS_TRUSS_LEG_0_A_TEMPERATURE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:MS_TRUSS_LEG_0_A_TEMPERATURE element provides the temperature of the HiRISE instrument's metering structure truss 0-A leg in degrees Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:MS_TRUSS_LEG_0_B_TEMPERATURE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:MS_TRUSS_LEG_0_B_TEMPERATURE element provides the temperature of the HiRISE instrument's metering structure truss 0-B leg in degrees Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:MS_TRUSS_LEG_120_A_TEMPERATURE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:MS_TRUSS_LEG_120_A_TEMPERATURE element provides the temperature of the HiRISE instrument's metering structure truss 120-A leg in degrees Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:MS_TRUSS_LEG_120_B_TEMPERATURE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:MS_TRUSS_LEG_120_B_TEMPERATURE element provides the temperature of the HiRISE instrument's metering structure truss 120-B leg in degrees Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:MS_TRUSS_LEG_240_A_TEMPERATURE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:MS_TRUSS_LEG_240_A_TEMPERATURE element provides the temperature of the HiRISE instrument's metering structure truss 240-A leg in degrees Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:MS_TRUSS_LEG_240_B_TEMPERATURE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:MS_TRUSS_LEG_240_B_TEMPERATURE element provides the temperature of the HiRISE instrument's metering structure truss 240-B leg in degrees Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:SEC_MIRROR_MTR_RNG_TEMPERATURE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:SEC_MIRROR_MTR_RNG_TEMPERATURE element provides the temperature of the HiRISE instrument's secondary mirror metering ring in degrees Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:SEC_MIRROR_BAFFLE_TEMPERATURE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:SEC_MIRROR_BAFFLE_TEMPERATURE element provides the temperature of the HiRISE instrument's secondary mirror baffle near the base (external) in degrees Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:INST_CONT_BOARD_TEMPERATURE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:INST_CONT_BOARD_TEMPERATURE element provides the temperature of the HiRISE instrument control board in degrees Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:INST_CONT_FPGA_POS_2_5_VOLTAGE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = V STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:INST_CONT_FPGA_POS_2_5_VOLTAGE element provides the positive 2_5 voltage state of the HiRISE instrument control Field-Programmable Gate Array." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:MECH_TLM_FPGA_POS_2_5_VOLTAGE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = V STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The MRO:MECH_TLM_FPGA_POS_2_5_VOLTAGE element provides the positive 2_5 voltage state of the HiRISE Mech/TLM Field-Programmable Gate Array." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "MRO:DLL_FREQUENCY_CORRECT_COUNT" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 255 DESCRIPTION = " The MRO:DLL_FREQUENCY_CORRECT_COUNT element provides a count of the number of times the HiRISE 96 MHz clock frequency was observed to be correct. This is used with the recursive Digital Lock Loop reset circuit." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = A_AXIS_RADIUS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = KM STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The a_axis_radius element provides the value of the semimajor axis of the ellipsoid that defines the approximate shape of a target body. 'A' is usually in the equitorial plane." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ABSTRACT_DESC STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT MINIMUM_LENGTH = 1 DESCRIPTION = " The Abstract_Desc contains an abstract for the product or DATA_SET_INFORMATION object in which it appears. It provides a string that may be used to provide an abstract for the product (data set) in a publication." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ABSTRACT_TEXT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The abstract_text element provides a free-form, unlimited-length character string that gives a brief summary of a labeled document, differing from DESCRIPTION in that the text could be extracted for use in a bibliographic context." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ACCUMULATION_COUNT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The ACCUMULATION_COUNT element identifies the number of measurement (accumulation) intervals contributing to a final value. Note: For Mars Pathfinder, this was the number of measurement intervals contributing to the Alpha Proton X-ray Spectrometer data." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ADDRESS_TEXT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The address_text data element provides an unlimited-length, formatted mailing address for an individual or institution." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AIRMASS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The AIRMASS element defines the astronomical ratio 'airmass', which is the number of times the quantity of air seen along the line of sight is greater than the quantity of air in the zenith direction. That is, it is the ratio of the amount of atmosphere lying along the line-of-sight of the observation to the minimum possible amount of atmosphere (which would occur for observations made in the zenith direction). Airmass increases as the line of sight moves away from the perpendicular. This value is used as part of a calculation to determine atmospheric extinction, which is the atmosphere's effect on stellar brightness from a single site." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALGORITHM_DESC STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The algorithm_desc element describes the data processing function performed by an algorithm and the data types to which the algorithm is applicable." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALGORITHM_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 30 DESCRIPTION = " The algorithm_name element provides (where applicable) the formal name which identifies an algorithm. Example value: RUNGE-KUTTA." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALGORITHM_VERSION_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 4 DESCRIPTION = " The algorithm_version_id element identifies (where applicable) the version of an algorithm." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALIAS_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The alias_name element provides an alternative term or identifier for a data element or object. Note: In the PDS, values for alias_name are accepted as input to the data system, but automatically changed into the approved term to which they relate." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALT_ALONG_TRACK_FOOTPRINT_SIZE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = KM STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The alt_along_track_footprint_size element provides the value of along-track dimension of the Venus surface area whose mean radius, RMS slope, and reflectivity are reported in this data record. The along track dimension is chosen to be the smallest multiple of the doppler resolution of the altimeter (at this point in the spacecraft orbit) that is greater than 8 km." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALT_COARSE_RESOLUTION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The alt_coarse_resolution element provides the value of the altimeter coarse time resolution factor taken from the radar burst header in which the raw_rad_antenna_power was reported." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALT_CROSS_TRACK_FOOTPRINT_SIZE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = KM STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The alt_cross_track_footprint_size element provides the value of the cross-track footprint dimension determined solely by the radar baud length and the spacecraft altitude at this point in the orbit." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALT_FLAG2_GROUP STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " Additional flag fields (unused)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALT_FLAG_GROUP STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The ALT_FLAG_GROUP element identifies the following flag fields. AR_FIT=0x0001 Record contains footprint values that have been fitted in the altimetry and radiometry mgmtac processing phase. AR_EPHC=0x0002 Geometry values have been corrected for ephemeris errors in the mgmorb phase. AR_RHOC=0x0004 Reflectivity values have been corrected from C-BIDR backscatter values in the mgmgen phase. AR_RS2=0x0008 Range-sharpened values have passed the 2nd-order template fitting criteria in the mgmtac phase. AR_NRS2=0x0010 Non-range-sharpened values have passed the 2nd-order template fitting criteria in the mgmtac phase. AR_BAD=0x0020 Ignore this record entirely. AR_RBAD=0x0040 Ignore the range-sharpened profile range_sharp_echo_profile[] and the associated derived_planetary_radius value. AR_CBAD=0x0080 Ignore the non_range_sharp_echo_prof[] and the associated derived_rms_surface_slope and derived_fresnel_reflectivity values. AR_TMARK=0x0100 Temporary derived_planetary_radius marker flag, used in the mgmdqe phase. AR_CMARK=0x0200 Temporary derived_rms_surface_slope marker flag, used in the mgmdqe phase. AR_FMARK=0x0400 Temporary derived_fresnel_reflect marker flag, used in the mgmdqe phase. AR_HAGFORS=0x0800 ar_slope and its errors and correlations are expressed as Hagfors' C parameter instead of degrees of RMS slope. This flag will not be set in any standard ARCDR products. It is solely used during some phases of internal MIT processing. AR_BADALTA=0x1000 The altimetry antenna was pointed more than 5 degrees from its expected location as given by the nominal look-angle profile. AR_SLOPEBAD=0x2000 The ar_slope parameter value is suspect, and ar_prof should also be disregarded. AR_RHOBAD=0x4000 The ar_rho value is suspect. AR_RAD2=0x8000 This record was created under software version 2 or higher, in which the data fields ar_rhofact, ar_radius2, ar_sqi, and ar_thresh are significant." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALT_FOOTPRINT_LATITUDE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The alt_footprint_latitude (VBF85) element provides the value of the crust-fixed latitude of the center of the altimeter footprint, in the range of -90 (South Pole) to 90 (North Pole)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALT_FOOTPRINT_LONGITUDE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The alt_footprint_longitude (VBF85) element provides the value of the crust-fixed longitude of the center of the altimeter footprint, in the range of 0 - 360 easterly longitude. Periapsis nadir increases in longitude by about 1.48 deg per day (about 0.2 deg per orbit)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALT_FOOTPRINTS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The footprints element provides the value of the number of Standard Format Data Units in a specific orbit's altimetry data file." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALT_GAIN_FACTOR STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The alt_gain_factor elements provide the values of the altimeter gain factor taken from the radar burst header. alt_gain_factor[0] pertains to the measurement of raw_rad_antenna_power and alt_gain_factor[1] to raw_rad_load_power." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALT_PARTIALS_GROUP STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The alt_partials_group of the alt_footprint_longitude, alt_footprint_latitude, and the derived_planetary_radius with respect to the alt_spacecraft_position_vector and alt_spacecraft_velocity_vector elements provides the value of the partial derivatives of the footprint coordinates with respect to changes in the spacecraft position and velocity." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALT_SKIP_FACTOR STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The alt_skip_factor elements provide the values of the altimeter skip factor taken from the radar burst header. alt_skip_factor[0] pertains to the measurement of raw_rad_antenna_power and alt_skip_factor[1] to raw_rad_load_power." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALT_SPACECRAFT_POSITION_VECTOR STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = KM STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The alt_spacecraft_position_vector element provides the value of the spacecraft position at altimetry_footprint_tdb_time, relative to the Venus center of mass, expressed in inertial coordinates in the J2000 coordinate system." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALT_SPACECRAFT_VELOCITY_VECTOR STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = 'KM/S' STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The alt_spacecraft_velocity_vector element provides the spacecraft velocity at altimetry_footprint_tdb_time, relative to the Venus center of mass, expressed in inertial coordinates in the J2000 coordinate system." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALTERNATE_TELEPHONE_NUMBER STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT MAXIMUM_LENGTH = 30 DESCRIPTION = " The alternate_telephone_number data element provides an alternate telephone number for an individual or node. (Includes the area code.)" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ALTIMETRY_FOOTPRINT_TDB_TIME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The altimetry_footprint_tdb_time element provides the value of the ephemeris time at which the spacecraft passed directly over the center of the footprint. As each footprint is composed of data collected from several altimeter bursts, this epoch doesn't necessarily coincide with a particular burst." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AMBIENT_TEMPERATURE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE MINIMUM = -273.13 MAXIMUM_LENGTH = NULL DESCRIPTION = " The AMBIENT_TEMPERATURE element provides a measurement of the temperature of the ambient environment around an instrument. Measured in either Kelvin or degrees celsius. Note: For MPF, this was the temperature of the APXS sensor head at the beginning and end of each accumulation cycle. This temperature was close to the ambient Mars temperature." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ANGULAR_DISTANCE STATUS_TYPE = PENDING GENERAL_DATA_TYPE = REAL UNIT_ID = RAD STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The ANGULAR_DISTANCE element provides the value of an angle, in radians, subtended by a displacement at the point of interest. Note: For MER, it is the ANGULAR_DISTANCE required for the grind wheel to revolve before the scan portion, or the grind portion, of the command completes (seek does not involve rotation). This angle is likely to be a full revolution." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ANGULAR_DISTANCE_NAME STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The ANGULAR_DISTANCE_NAME element is an array that provides the formal names identifying each value in ANGULAR_DISTANCE." STANDARD_VALUE_SET = { "DWELL COMPLETION", "GRIND COMPLETION"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ANGULAR_VELOCITY STATUS_TYPE = PENDING GENERAL_DATA_TYPE = REAL UNIT_ID = 'RAD/S' STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The ANGULAR_VELOCITY element provides the angular velocity of an instrument component. Note: For MER, this is the angular velocity for the revolve axis." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ANTECEDENT_SOFTWARE_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 30 DESCRIPTION = " The antecedent_software_name element identifies the processing software which is commonly applied to a science data set before processing by the subject software." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ANTIBLOOMING_STATE_FLAG STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 2 MAXIMUM_LENGTH = 3 DESCRIPTION = " The antiblooming_state_flag element indicates whether antiblooming was used for this image. Blooming occurs when photons from an individual cell in a CCD array overflow into surrounding cells. Antiblooming measures are used to either prevent or correct for this effect." STANDARD_VALUE_SET = { "OFF", "ON"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = APERTURE_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 6 DESCRIPTION = " The APERTURE_TYPE element describes a short string of free-format text which provides a distinguishing name or abbreviation for one (or more) of a set of apertures used during data collection. Note: For the International Ultraviolet Explorer (IUE) spacecraft, the spectrographs have small and large apertures, and can operate with either or both open." STANDARD_VALUE_SET = { "BOTH", "LARGE", "SMALL"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = APPARENT_MAGNITUDE STATUS_TYPE = PENDING GENERAL_DATA_TYPE = REAL UNIT_ID = MAG STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The APPARENT_MAGNITUDE element provides the apparent magnitude of the target at the time of the observation. The filter of the apparent magnitude is provided in the associated FILTER_NAME keyword." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = APPLICABLE_START_SCLK STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE DESCRIPTION = " The applicable_start_sclk element is an alias within AMMOS for spacecraft_clock_start_count." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = APPLICABLE_START_TIME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = TIME UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 30 DESCRIPTION = " The applicable_start_time element is an alias within AMMOS for start_time. Note: The current AMMOS recommendation is to use start_time instead." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = APPLICABLE_STOP_SCLK STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE DESCRIPTION = " The applicable_stop_sclk element is an alias within AMMOS for spacecraft_clock_stop_count." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = APPLICABLE_STOP_TIME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = TIME UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 30 DESCRIPTION = " The applicable_stop_time element is an alias within AMMOS for stop_time. Note: The current AMMOS recommendation is to use stop_time instead." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = APPLICATION_PACKET_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The application_packet_id element identifies the telemetry packet queue to which the data were directed." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = APPLICATION_PACKET_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MAXIMUM_LENGTH = 255 DESCRIPTION = " The application_packet_name element provides the name associated with the telemetry packet queue to which data were directed. Note: For Mars Pathfinder, the queues were distinguished on the basis of type and priority of data." STANDARD_VALUE_SET = { "APX", "ENG_IMG", "IMG_ASI", "OPS_IMG_1", "OPS_IMG_2", "RVR_AUTO_IMG", "RVR_ENG_IMG", "RVR_IMG", "RVR_OPS_IMG", "RVR_SCI_IMG", "RVR_TECH_IMG", "SCI_IMG_1", "SCI_IMG_2", "SCI_IMG_3", "SCI_IMG_4", "TECH_IMG"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = APPLICATION_PROCESS_ID STATUS_TYPE = PENDING GENERAL_DATA_TYPE = INTEGER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The APPLICATION_PROCESS_ID identifies the process, or source, which created the data." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = APPLICATION_PROCESS_NAME STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 1 MAXIMUM_LENGTH = 256 DESCRIPTION = " The APPLICATION_PROCESS_NAME element provides the name associated with the source or process which created the data." STANDARD_VALUE_SET = { "APXS", "DESCENT IMAGER", "HAZCAM LEFT FRONT", "HAZCAM LEFT REAR", "HAZCAM RIGHT FRONT", "HAZCAM RIGHT REAR", "MB", "MI", "MINITES", "NAVCAM LEFT", "NAVCAM RIGHT", "PANCAM LEFT", "PANCAM RIGHT", "RAT"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = APPLICATION_PROCESS_SUBTYPE_ID STATUS_TYPE = PENDING GENERAL_DATA_TYPE = INTEGER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = DYNAMIC MINIMUM_LENGTH = 1 MAXIMUM_LENGTH = 2 DESCRIPTION = " The APPLICATION_PROCESS_SUBTYPE_ID element identifies the source or subprocess that created the data." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = APXS_COMMUNICATION_ERROR_COUNT STATUS_TYPE = PENDING GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The APXS_COMMUNICATION_ERROR_COUNT element provides the number of communication errors recorded by an instrument host when trying to query the Alpha Proton X-ray Spectrometer. Note: For Mars Pathfinder, the APXS_COMMUNICATION_ERROR_COUNT was returned in the Rover telemetry." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = APXS_MECHANISM_ANGLE STATUS_TYPE = PENDING GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = -180 MAXIMUM = 360 MAXIMUM_LENGTH = NULL DESCRIPTION = " The APXS_MECHANISM_ANGLE provides an angular measurement of the position of the deployment mechanism on which the alpha proton x-ray spectrometer is mounted. It is measured in degrees. Note: For Mars Pathfinder, this value was measured at STOP_TIME. It was derived from the raw data value returned in the APXS Results as part of the spectrum data. The value was derived by subtracting 112.64 from the product of the raw value multiplied by 1.28." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARCHIVE_FILE_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DEFINITION MAXIMUM_LENGTH = 12 DESCRIPTION = " The archive_file_name element provides the file_name under which a discrete entity is stored on the archive medium. It is typically used when the project-supplied file name does not meet PDS standards and must be changed on the archive medium." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARCHIVE_STATUS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 33 DESCRIPTION = " The ARCHIVE_STATUS element indicates the stage to which a data set has progressed in the archiving process, from 'IN QUEUE' through 'ARCHIVED'. It can also take on the values 'SUPERSEDED' or 'SAFED', which indicate that the data set is not part of the active archive. 'ACCUMULATING' can be appended to some values to indicate that the data set is incomplete and/or that not all components have reached the stage given by the root value; 'ACCUMULATING' would be used, for example, when the archive is being delivered incrementally, as from a mission that lasts many months or years. See below for standard values and their definitions. The ARCHIVE_STATUS_NOTE element is available to describe the archive status in more detail. STANDARD VALUES IN QUEUE - Received at the curation node but no action has been taken by the curation node. Use with caution. PRE PEER REVIEW - Being prepared for peer review under the direction of the curation node. Use with caution IN PEER REVIEW - Under peer review at the curation node but evaluation is not complete. Use with caution IN LIEN RESOLUTION - Peer review completed. Liens are in the process of being resolved. Use with caution. LOCALLY ARCHIVED - Passed peer review with all liens resolved. Considered archived by the curation node but awaiting completion of the standard archiving process. Possible TBD items include the arrival of thearchive volume at NSSDC and ingestion of catalog information into the Data Set Catalog. ARCHIVED - Passed peer review with all liens resolved. Available through the Data Set Catalog and at NSSDC. IN QUEUE - ACCUMULATING - Some parts of the data set are IN QUEUE, but other parts have not yet been delivered to PDS. Use with caution. PRE PEER REVIEW - ACCUMULATING - Some parts of the data set are in PRE PEER REVIEW, but other parts are IN QUEUE and/or have not yet been delivered to PDS. Use with caution. IN PEER REVIEW - ACCUMULATING - Some parts of the data set are IN PEER REVIEW, but other parts are in earlier stages of the archiving process and/or have not yet been delivered to PDS. Use with caution. IN LIEN RESOLUTION - ACCUMULATING - Some parts of the data set are IN LIEN RESOLUTION, but other parts are in earlier stages of the archiving process and/or have not yet been delivered to PDS. Use with caution. LOCALLY ARCHIVED - ACCUMULATING - Some parts of the data set are LOCALLY ARCHIVED, but other parts are in earlier stages of the archiving process and/or have not yet been delivered to PDS. Use with caution. ARCHIVED - ACCUMULATING - Some parts of the data set are ARCHIVED, but other parts are in earlier stages of the archiving process and/or have not yet been delivered to PDS. Use with caution. SUPERSEDED - This data set has been replaced by a newer version, implying that the data set is not to be used unless the requester has specific reasons. When a data set has been superseded the Engineering Node, will notify NSSDC that their databases need to be updated to advise users of the new status and the location of the replacement data set. SAFED - The data set has been received by the PDS with no evaluation. Data will not be formally archived." STANDARD_VALUE_SET = { "ARCHIVED", "ARCHIVED - ACCUMULATING", "IN LIEN RESOLUTION", "IN LIEN RESOLUTION - ACCUMULATING", "IN PEER REVIEW", "IN PEER REVIEW - ACCUMULATING", "IN QUEUE", "IN QUEUE - ACCUMULATING", "LOCALLY ARCHIVED", "LOCALLY ARCHIVED - ACCUMULATING", "PRE PEER REVIEW", "PRE PEER REVIEW - ACCUMULATING", "SAFED", "SUPERSEDED"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARCHIVE_STATUS_DATE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = DATE UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION MAXIMUM_LENGTH = 10 DESCRIPTION = " The archive_status_date element provides the date that the archive status will in the future or has in the past changed." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARCHIVE_STATUS_NOTE STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT MAXIMUM_LENGTH = 120 DESCRIPTION = " The archive_status_note element provides a text description that further explains the value of the archive_status element. (e.g. The archive_status_note element could be used to strongly encourage an user to consult the errata files associated with an archived data set.)" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARTICULATION_DEV_INSTRUMENT_ID STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 12 DESCRIPTION = " The ARTICULATION_DEV_INSTRUMENT_ID element provides an abbreviated name or acronym that identifies the instrument mounted on an articulation device." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARTICULATION_DEV_POSITION STATUS_TYPE = PENDING GENERAL_DATA_TYPE = INTEGER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MINIMUM_LENGTH = 1 DESCRIPTION = " The ARTICULATION_DEV_POSITION element provides the set of indices for articulation devices that contain moving parts with discrete positions. The associated ARCTICULATION_DEV_POSITION_NAME names each moving device, and ARTICULATION_DEV_POSITION_ID provides a textual identifier that maps to the position indices. For MER, this is used to contain the state of all the instrument filter actuators (pancam filter wheels and MI dust cover). Note that this is the state of all such actuators on the rover. In order to get the actual filter used for this specific image, the FILTER_NAME/FILTER_NUMBER keywords in the INSTRUMENT_DATA group should be used. See also ARTICULATION_DEV_POSITION_ID." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARTICULATION_DEV_POSITION_ID STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The ARTICULATION_DEV_POSITION_ID element provides the set of identifiers corresponding to ARTICULATION_DEV_POSITION. These describe the position (e.g. filter), not the device (e.g., filter wheel). See ARTICULATION_DEV_POSITION." STANDARD_VALUE_SET = { "MI_CLOSED", "MI_OPEN", "NONE", "PANCAM_L1_EMPTY", "PANCAM_L2_753NM", "PANCAM_L3_673NM", "PANCAM_L4_602NM", "PANCAM_L5_535NM", "PANCAM_L6_483NM", "PANCAM_L7_440NM", "PANCAM_L8_440NM_SOL_ND5", "PANCAM_R1_440NM", "PANCAM_R2_754NM", "PANCAM_R3_803NM", "PANCAM_R4_864NM", "PANCAM_R5_903NM", "PANCAM_R6_933NM", "PANCAM_R7_1001NM", "PANCAM_R8_880NM_SOL_ND5"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARTICULATION_DEV_POSITION_NAME STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The ARTICULATION_DEV_POSITION_NAME element is an array of values that provides the formal names for each entry in ARTICULATION_DEV_POSITION. This element names the actual device doing the moving, (e.g., a filter wheel), not the name of a position (e.g., the filter itself)." STANDARD_VALUE_SET = { "LEFT PANCAM FILTER", "MI DUST COVER", "RIGHT PANCAM FILTER"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARTICULATION_DEV_VECTOR STATUS_TYPE = PENDING GENERAL_DATA_TYPE = REAL UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The ARTICULATION_DEV_VECTOR element provides the direction and magnitude of an external force acting on the articulation device, in the rover's coordinate system, at the time the pose was computed." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARTICULATION_DEV_VECTOR_NAME STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The ARTICULATION_DEV_VECTOR_NAME element provides the formal name of the vector type acting on the articulation device." STANDARD_VALUE_SET = { "GRAVITY"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARTICULATION_DEVICE_ANGLE STATUS_TYPE = PENDING GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The ARTICULATION_DEVICE_ANGLE element provides the value of an angle between two parts or segments of an articulated device." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARTICULATION_DEVICE_ANGLE_NAME STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The ARTICULATION_DEVICE_ANGLE_NAME element provides the formal name which identifies each of the values used in ARTICULATION_DEVICE_ANGLE." STANDARD_VALUE_SET = { "AZIMUTH", "AZIMUTH-INITIAL", "AZIMUTH-MEASURED", "AZIMUTH-REQUESTED", "DIFFERENTIAL BOGIE", "DIFFERENTIAL BOGIE POTENTIOMETER", "ELEVATION", "ELEVATION-INITIAL", "ELEVATION-MEASURED", "ELEVATION-REQUESTED", "JOINT 1 AZIMUTH-ENCODER", "JOINT 1 AZIMUTH-POTENTIOMETER", "JOINT 2 ELEVATION-ENCODER", "JOINT 2 ELEVATION-POTENTIOMETER", "JOINT 3 ELBOW-ENCODER", "JOINT 3 ELBOW-POTENTIOMETER", "JOINT 4 WRIST-ENCODER", "JOINT 4 WRIST-POTENTIOMETER", "JOINT 5 TURRET-ENCODER", "JOINT 5 TURRET-POTENTIOMETER", "LEFT BOGIE", "LEFT BOGIE POTENTIOMETER", "LEFT FRONT WHEEL", "LEFT FRONT WHEEL POTENTIOMETER", "LEFT REAR WHEEL", "LEFT REAR WHEEL POTENTIOMETER", "RIGHT BOGIE", "RIGHT BOGIE POTENTIOMETER", "RIGHT FRONT WHEEL", "RIGHT FRONT WHEEL POTENTIOMETER", "RIGHT REAR WHEEL", "RIGHT REAR WHEEL POTENTIOMETER"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARTICULATION_DEVICE_ID STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The ARTICULATION_DEVICE_ID element specifies the unique abbreviated identification of an articulation device. An articulation device is anything that can move independently of the spacecraft to which it is attached, (e.g., mast heads, wheel bogies, arms, etc.). Note: For MER, the associated ARTICULATION_DEVICE_NAME element provides the full name of the articulated device." STANDARD_VALUE_SET = { "CHASSIS", "FILTER", "HGA", "IDD", "PMA"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARTICULATION_DEVICE_MODE STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The ARTICULATION_DEVICE_MODE element indicates the deployment state (i.e., physical configuration) of an articulation device at the time of data acquisition." STANDARD_VALUE_SET = { "DEPLOYED", "FREE SPACE", "GUARDED", "PRELOAD", "RETRACTING", "STOWED"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARTICULATION_DEVICE_NAME STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The ARTICULATION_DEVICE_NAME element specifies the common name of an articulation device. An articulation device is anything that can move independently of the spacecraft to which it is attached, (e.g. mast heads, wheel bogies, arms, etc.)" STANDARD_VALUE_SET = { "FILTER ACTUATORS", "HIGH GAIN ANTENNA", "INSTRUMENT DEPLOYMENT DEVICE", "MOBILITY CHASSIS", "PANCAM MAST ASSEMBLY"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARTICULATION_DEVICE_TEMP STATUS_TYPE = PENDING GENERAL_DATA_TYPE = REAL UNIT_ID = DEGC STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The ARTICULATION_DEVICE_TEMP element provides the temperature, in degrees Celsius, of an articulated device or some part of an articulated device." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ARTICULATION_DEVICE_TEMP_NAME STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The ARTICULATION_DEVICE_TEMP_NAME element is an array of the formal names identifying each of the values used in ARTICULATION_DEVICE_TEMP." STANDARD_VALUE_SET = { "AZIMUTH JOINT 1", "TURRET JOINT 5"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ASCENDING_NODE_LONGITUDE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 360 DESCRIPTION = " The ascending_node_longitude element provides the value of the angle measured eastward along the ecliptic from the vernal equinox to the ascending node of the orbit. The ascending node is defined as the point where the body in its orbit rises north of the ecliptic." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ASSUMED_WARM_SKY_TEMPERATURE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The assumed_warm_sky_temperature element provides the value of the temperature assumed for the dominant portion of 'sky' reflected by the radiometer footprint, including atmospheric absorption and emission." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ATMOS_CORRECTION_TO_DISTANCE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = KM STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The atmos_correction_to_distance element provides the value of the correction applied to derived_planetary_radius to allow for the delay of signals passing through the atmosphere, calculated by the MGMOUT phase of the altimetry and radiometry data reduction program." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AUTHOR_FULL_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 60 DESCRIPTION = " The author_full_name element provides the full_name of an author of a document. See also: full_name." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AUTO_EXPOSURE_DATA_CUT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The auto_exposure_data_cut element provides the DN value which a specified fraction of pixels is permitted to exceed. The fraction is specified using the auto_exposure_pixel_fraction keyword." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AUTO_EXPOSURE_PERCENT STATUS_TYPE = PENDING GENERAL_DATA_TYPE = REAL UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 100 MINIMUM_LENGTH = 3 MAXIMUM_LENGTH = 5 DESCRIPTION = " The AUTO_EXPOSURE_PERCENT element provides the auto-exposure early-termination percent. If the calculated exposure time has written this value, then terminate auto exposure early." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AUTO_EXPOSURE_PIXEL_FRACTION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 100 DESCRIPTION = " The auto_exposure_pixel_fraction element provides the percentage of pixels whose value is higher than the auto_exposure_data_cut keyword. Note: For Mars Pathfinder, this field is only applicable if the exposure type is set to AUTO or INCREMENTAL." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AVAILABILITY_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 20 DESCRIPTION = " The availability_id element is a numeric key which identifies the availability of the subject program or algorithm (e.g., program permanently on line, user request necessary for operator to load program, program undergoing development and testing--use at own risk)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AVAILABLE_VALUE_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 1 DESCRIPTION = " The available_value_type element indicates whether the available values for a PDS data element consist of a set of literal values or represent example values (i.e. values which must conform to a formation rule). Example values: L (available values are literal values), or X (available values are example values)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AVERAGE_ASC_NODE_LONGITUDE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The average_asc_node_longitude element provides the value of the angle in the xy-plane of the J2000 coordinate system to the ascending node of the predicted orbit." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AVERAGE_ECCENTRICITY STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The average_eccentricity element provides the value of the eccentricity of the predicted orbit." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AVERAGE_INCLINATION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The average_inclination element provides the value of the angle of inclination of the predicted orbit with respect to the xy-plane of the J2000 coordinate system." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AVERAGE_ORBIT_PERI_TDB_TIME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The average_orbit_peri_tdb_time element provides the value of the periapsis time of the predicted orbit. This orbit is based on the elements used to generate the uplink commands for the current mapping pass. It represents an average over the entire orbit, and is not the result of post-orbit navigation solutions. The elements should be used for comparison purposes only, since they may involve large errors. The predicted orbit elements are copied from the orbit header file of the ALT-EDR tape, or, if unavailable, from the orbit header file of the C-BIDR." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AVERAGE_PERIAPSIS_ARGUMENT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The average_periapsis_argument element provides the value of the angle in the plane of the predicted orbit from the ascending node in the xy-plane of the J2000 coordinate system to the periapsis." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AVERAGE_PLANETARY_RADIUS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = KM STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The average_planetary_radius element provides the value of the planetary radius of the radiometer footprint, used to compute rad_footprint_longitude and rad_footprint_latitude, and also surface_temperature and atmospheric corrections to surface_emissivity." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AVERAGE_SEMIMAJOR_AXIS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = KM STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The average_semimajor_axis element provides the value of the semi-major axis of the predicted orbit." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AXES STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 1 MAXIMUM = 6 DESCRIPTION = " The axes element identifies the number of axes or dimensions of an array or qube data object." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AXIS_INTERVAL STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CONTEXTDEPENDENT UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE DESCRIPTION = " The axis_interval element identifies the spacing of value(s) for an ordered sequence of regularly sampled data objects along a defined axis. For example, a spectrum measured in the 0.4 to 3.5 micrometer spectral region at 0.1 micrometer intervals, but whose values are stored in decending order in an ARRAY object would have an axis_interval = -0.1. For ARRAY objects with more than 1 axis, a sequence of values is used to identify the axis_interval associated with each axis_name." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AXIS_ITEMS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MINIMUM = 1 DESCRIPTION = " The axis_items element provides the dimension(s) of the axes of an array data object. For arrays with more than 1 dimension, this element provides a sequence of values corresponding to the number of axes specified. The rightmost item in the sequence corresponds to the most rapidly varying axis, by default." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AXIS_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The axis_name element provides the sequence of axis names of a qube or array data object, and identifies the order in which the axes are stored in the object. By default, the first axis name in the sequence identifies the array dimension that varies the slowest, followed by the next slowest, and continuing so the rightmost axis named varies the fastest. The number of names specified must be equal to the value of the axes element. Note: For ISIS qube data objects, the most frequently varying axis is listed first, or leftmost, in the sequence." STANDARD_VALUE_SET = { "(BAND, SAMPLE, LINE)", "(SAMPLE, BAND, LINE)", "(SAMPLE, LINE, BAND)"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AXIS_ORDER_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 20 DESCRIPTION = " The AXIS_ORDER_TYPE element is used to identify the storage order for elements of a multidimensional ARRAY object. The default storage order for an ARRAY object presumes the rightmost or last index of a sequence varies the fastest. This is the ordering used in the C programming language and is equivilant to ROW_MAJOR storage order for COLUMN elements within tables. Specifying an AXIS_ORDER_TYPE of FIRST_INDEX_FASTEST may be used for ARRAYs that must be labelled and referenced in the reverse, and is the ordering used in the Fortran programming language." STANDARD_VALUE_SET = { "FIRST_INDEX_FASTEST", "LAST_INDEX_FASTEST"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AXIS_START STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CONTEXTDEPENDENT UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE DESCRIPTION = " The axis_start element identifies the starting value(s) for an ordered sequence of regularly sampled data objects. For example, a spectrum that was measured in the 0.4 to 3.5 micrometer spectral region at 0.1 micrometer intervals, but whose values are stored in decending order would have axis_start = 3.5 and axis_interval = -0.1. For ARRAY objects with more than 1 axis, a sequence of values is used to identify the axis_start value for each dimension." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AXIS_STOP STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CONTEXTDEPENDENT UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE DESCRIPTION = " The axis_stop element identifies the ending value(s) for an ordered sequence of regularly sampled data objects. For example, a spectrum that was measured in the 0.4 to 3.5 micrometer spectral region at 0.1 micrometer intervals, but whose values are stored in decending order may have axis_stop = 0.4 and axis_interval = -0.1. For ARRAY objects with more than 1 axis, a sequence of values is used to identify the axis_stop value for each dimension." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AXIS_UNIT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MINIMUM_LENGTH = 1 MAXIMUM_LENGTH = 60 DESCRIPTION = " The axis_unit element provides the unit(s) of measure of associated axes identified by the axis_name element in an ARRAY data object. For arrays with more than 1 dimension, this element provides a sequence of values corresponding to the number of axes specified. The rightmost item in the sequence corresponds to the most rapidly varying axis, by default." STANDARD_VALUE_SET = { "AMPERE", "BITS", "CANDELA", "COULOMB", "DAY", "DEGREE", "FARAD", "GRAM", "GRAY", "HENRY", "HERTZ", "HOUR", "JOULE", "KELVIN", "KILOGRAM", "LUMEN", "LUX", "METER", "MINUTE", "MOLE", "N/A", "NEWTON", "OHM", "PASCAL", "PIXEL", "RADIAN", "SECOND", "SIEMENS", "SIEVERT", "STERADIAN", "TELSA", "VOLT", "WATT", "WEBER"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AZIMUTH STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 360 DESCRIPTION = " The azimuth element provides the azimuth value of a point of interest (for example, the center point of an image of a solar system object taken from a lander or a rover). Azimuth is an angular distance from a fixed reference position. Azimuth is measured in a spherical coordinate system, in a plane normal to the principal axis. Azimuth values increase according to the right hand rule relative to the positive direction of the principal axis of the spherical coordinate system. See elevation." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AZIMUTH_FOV STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 360 DESCRIPTION = " The azimuth_fov element provides the angular measure of the horizontal field of view of an imaged scene. Note: For MPF, 'horizontal' is measured in the x-y plane of the IMP coordinate system." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = AZIMUTH_MOTOR_CLICKS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The azimuth_motor_clicks element provides the number of motor step counts an instrument or other mechanism rotated in the horizontal direction from the low hard stop. Note: For MPF, each step count corresponded to 0.553 degrees. The valid range was 0 to 1023." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = B1950_DECLINATION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = NONE MINIMUM = -90 MAXIMUM = 90 DESCRIPTION = " The B1950_declination element provides the declination of a star or other object using the B1950 coordinate frame rather than the J2000 frame." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = B1950_RIGHT_ASCENSION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = NONE MINIMUM = 0 MAXIMUM = 360 DESCRIPTION = " The B1950_right_ascension element provides the right ascension of a star or other object using the B1950 coordinate frame rather than the J2000 frame." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = B1950_RING_LONGITUDE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = NONE MINIMUM = 0 MAXIMUM = 360 DESCRIPTION = " The B1950_ring_longitude element specifies the inertial longitude of a ring feature relative to the B1950 prime meridian, rather than to the J2000 prime meridian. The prime meridian is the ascending node of the planet's invariable plane on the Earth's mean equator of B1950. Longitudes are measured in the direction of orbital motion along the planet's invariable plane to the ring's ascending node, and thence along the ring plane." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = B_AXIS_RADIUS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = KM STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The b_axis_radius element provides the value of the intermediate axis of the ellipsoid that defines the approximate shape of a target body. 'B' is usually in the equatorial plane." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BACKGROUND_SAMPLING_FREQUENCY STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = PIXEL STANDARD_VALUE_TYPE = SUGGESTED MINIMUM = 1 MAXIMUM = 64 DESCRIPTION = " The background_sampling_frequency element provides the number of lines between background samples. In a scanning type camera, background refers to the dark current measurement that is taken, with the camera shutter closed, while the scanner returns to the beginning of the next line. The value of the background may then be subtracted from the data to produce a more accurate measurement." STANDARD_VALUE_SET = { "1", "16", "2", "32", "4", "64", "8"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BACKGROUND_SAMPLING_MODE_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MINIMUM_LENGTH = 1 MAXIMUM_LENGTH = 12 DESCRIPTION = " The background_sampling_mode_id element identifies the background sampling mode. In a scanning type camera, background refers to the dark current measurement that is taken, with the camera shutter closed, while the scanner returns to the beginning of the next line. The value of the background may then be subtracted from the data to produce a more accurate measurement. Note: For Cassini, sampling modes allow up to four samples to be averaged for each background point." STANDARD_VALUE_SET = { "AVG2", "AVG4", "NOBACK", "NORMAL", "SINGLE", "ZERO_SUB"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAD_PIXEL_REPLACEMENT_FLAG STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 4 MAXIMUM_LENGTH = 5 DESCRIPTION = " The bad_pixel_replacement_flag element indicates whether or not bad pixel replacement processing was completed. If set to TRUE, certain pixels in the image were replaced based on a bad pixel table." STANDARD_VALUE_SET = { "FALSE", "TRUE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAD_PIXEL_REPLACEMENT_ID STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = DYNAMIC MINIMUM_LENGTH = 1 MAXIMUM_LENGTH = 5 DESCRIPTION = " The BAD_PIXEL_REPLACEMENT_ID element uniquely identifies the bad pixel table used in the bad pixel replacement process. The BAD_PIXEL_REPLACEMENT_ID increments every time an update is made to the bad pixel table." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAND_BIN_BAND_NUMBER STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 1 MAXIMUM = 512 DESCRIPTION = " The band_bin_band_number element of a SPECTRAL_QUBE provides a sequence of numbers corresponding to each band in the image qube. The band number is equivalent to the instrument band number." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAND_BIN_BASE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The band_bin_base element of a SPECTRAL_QUBE contains a sequence of real values corresponding to each band listed in the band_bin_band_number element. The band_bin_base value is added to the scaled data (see band_bin_multiplier) to reproduce the true data. 'true_value' = base + (multiplier * stored_value) Note: Base and multiplier correspond directly to the PDS standard data elements OFFSET and SCALING_FACTOR." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAND_BIN_CENTER STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MICRON STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The band_bin_center element of a Standard ISIS Qube provides the sequence of wavelengths describing the center of each 'bin' along the band axis of the qube. When describing data from a spectrometer, each wavelength corresponds to the peak of the response function for a particular detector and/or grating position." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAND_BIN_DETECTOR STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 1 DESCRIPTION = " The band_bin_detector element of a Standard ISIS Qube provides the sequence of spectrometer detector numbers corresponding to the bands of the qube. Detector numbers are usually assigned consecutively from 1, in order of increasing wavelength." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAND_BIN_FILTER_NUMBER STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 1 DESCRIPTION = " The band_bin_filter_number element of a SPECTRAL_QUBE provides a sequence of numbers corresponding to each band listed in the band_bin_band_number element. Each number describes the physical location of the band in the detector array. Filter 1 is on the leading edge of the array." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAND_BIN_GRATING_POSITION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The band_bin_grating_position element of a Standard ISIS Qube provides the sequence of grating positions which correspond to the bands of the qube. Grating positions are usually assigned consecutively from 0, and increasing position causes increasing wavelength for each detector." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAND_BIN_MULTIPLIER STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The band_bin_multiplier element of a SPECTRAL_QUBE contains a sequence of real values corresponding to each band listed in the band_bin_band_number element. The stored data value is multiplied by the band_bin_multiplier to produce a scaled data value; this scaled data value is then added to the band_bin_base value to reproduce the true data value. 'true_value' = base + (multiplier * stored_value) Note: Base and multiplier correspond directly to the PDS standard data elements OFFSET and SCALING_FACTOR." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAND_BIN_ORIGINAL_BAND STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 1 MAXIMUM = 512 DESCRIPTION = " The band_bin_original_band element of a Standard ISIS Qube provides the sequence of band numbers in the qube relative to some original qube. In the original qube, the values are just consecutive integers beginning with 1. In a qube which contains a subset of the bands in the original qube, the values are the original sequence numbers from that qube." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAND_BIN_STANDARD_DEVIATION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MICRON STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The band_bin_standard_deviation element of a Standard ISIS Qube provides the sequence of standard deviations of spectrometer measurements at the wavelengths of the bands in the qube." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAND_BIN_UNIT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The band_bin_unit element of a Standard ISIS Qube identifies the scientific unit of the values of the band_bin_center element. Currently this must be MICROMETER, since band_bin_center must have wavelength values." STANDARD_VALUE_SET = { "MICROMETER"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAND_BIN_WIDTH STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MICRON STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The band_bin_width element of a Standard ISIS Qube provides the sequence of widths (at half height) of the spectrometer response functions at the wavelengths of the bands in the qube." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAND_CENTER STATUS_TYPE = PENDING GENERAL_DATA_TYPE = REAL UNIT_ID = MICRON STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The BAND_CENTER element provides the value at the center of the range of values represented by an image band." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAND_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 0 MAXIMUM_LENGTH = 50 DESCRIPTION = " BAND_NAME is the name given to a single band in a multi-band image or image qube. If the band is a spectral band, BAND_NAME refers to the associated spectral range; for example, RED, GREEN, BLUE, 415nm, 750nm, 900nm. Examples of names of non-spectral bands are 'Phase angle', 'Thermal inertia', 'Bolometric albedo', 'Latitude', 'Elevation in meters relative to MOLA'." STANDARD_VALUE_SET = { "415NM", "750NM", "900NM", "BLUE", "BOLOMETRIC ALBEDO", "CROSS POWER INTENSITY (IMAGINARY)", "CROSS POWER INTENSITY (REAL)", "ELEVATION IN METERS RELATIVE TO MOLA", "GREEN", "H RECEIVE INTENSITY", "LATITUDE", "PHASE ANGLE", "RED", "THERMAL INERTIA", "V RECEIVE INTENSITY"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAND_NUMBER STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The BAND_NUMBER element is used to specify a numerical name used to identify a specific spectral band of an multi-spectral imaging instrument. Note: The value will be 1-5 for THEMIS VIS images or 1-10 for THEMIS IR images. Band numbers are defined in the THEMIS Standard Data Product SIS, Table 1." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAND_SEQUENCE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The band_sequence element identifies the order in which spectral bands are stored in an image or other object. Note: In the PDS, this data element is used to identify the primary colors composing a true color image. The standard values that appear in sets of three support color image display. They are not appropriate for describing multi-spectral bands. For these, it is advisable to use the sampling_parameter keywords defined elsewhere in the PSDD." STANDARD_VALUE_SET = { "(BLUE, GREEN, RED)", "(BLUE, RED, GREEN)", "(GREEN, BLUE, RED)", "(GREEN, RED, BLUE)", "(RED, BLUE, GREEN)", "(RED, GREEN, BLUE)"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BAND_STORAGE_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 20 DESCRIPTION = " The band_storage_type element indicates the storage sequence of lines, samples and bands in an image. The values describe, for example, how different samples are interleaved in image lines, or how samples from different bands are arranged sequentially. Example values: BAND SEQUENTIAL, SAMPLE INTERLEAVED, LINE INTERLEAVED." STANDARD_VALUE_SET = { "BAND_SEQUENTIAL", "LINE_INTERLEAVED", "SAMPLE_INTERLEAVED"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BANDS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 1 MAXIMUM = 4096 DESCRIPTION = " The BANDS element indicates the number of bands in an image or other object." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BANDWIDTH STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = HZ STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The bandwidth element provides a measure of the spectral width of a filter or channel. For a root-mean-square detector this is the effective bandwidth of the filter i.e., the full width of an ideal square filter having a flat response over the bandwidth and zero response elsewhere." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BEST_NON_RANGE_SHARP_MODEL_TPT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The best_non_range_sharp_model_tpt provides the value of the theoretical echo profile, at half-baud (0.21 microsecond) intervals, that best approximates the peak of the non_range_sharp_echo_prof array. The optimal fit is made by matching best_non_range_sharp_model_tpt[i] with non_range_sharp_echo_prof[i+non_range_prof_corrs_index], where i is a value from 0 to 49." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BEST_RANGE_SHARP_MODEL_TMPLT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The best_range_sharp_model_tmplt element provides the value of the theoretical echo profile, at one-baud (0.21 microsecond) intervals, that best approximates the peak of the range_sharp_echo_profile array. The optimal fit is made by matching the best_range_sharp_model_tmplt[i] element with the range_sharp_echo_profile[i+range_sharp_prof_corrs_index] element, where i is a value from 0 to 49." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BIAS_STATE_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 1 MAXIMUM_LENGTH = 4 DESCRIPTION = " The bias_state_id element identifies the bias state of a wavelength channel in an instrument. Note: For Cassini, this refers to the infrared channel of the VIMS instrument." STANDARD_VALUE_SET = { "HIGH", "LOW"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BIAS_STRIP_MEAN STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The bias_strip_mean element provides the mean value of the bias strip (also known as overclocked pixels). The bias strip is an area of a CCD that provides a measure of the bias level of the electronics (ie., electronics noise). It is not affected by dark current. Note: For Cassini, this mean does not include the values from the first and last lines of the CCD." STANDARD_VALUE_SET = { "N/A"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BILLING_ADDRESS_LINE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 60 DESCRIPTION = " This column stores text for the billing address. The text may consist of several lines containing up to sixty (60) characters each." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BIN_NUMBER STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The bin_number element provides the number of a bin. Bin_number values are dependent upon the associated binning scheme." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BIN_POINTS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The bin_points element identifies the number of data samples which fall in a given bin. Note: For radiometry applications, the bin_points value is the number of points from a given sequence that are located in the given bin." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BIT_DATA_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The bit_data_type element provides the data type for data values stored in the BIT_COLUMN or BIT_ELEMENT object. See also: data_type." STANDARD_VALUE_SET = { "BINARY CODED DECIMAL", "BOOLEAN", "MSB_INTEGER", "MSB_UNSIGNED_INTEGER", "N/A", "UNSIGNED_INTEGER"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BIT_MASK STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = NONDECIMAL UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE DESCRIPTION = " The bit_mask element is a series of binary digits identifying the active bits in a value. This is determined by applying a bitwise AND (&) operation between the value and the bit_mask. For example, specifiying a BIT_MASK = 2#11110000# within a 1 byte unsigned integer COLUMN or ELEMENT object would identif only the high-order 4 bits to be used for the value of the object. If other data elements are included in the object description that may be dependent on a bit_mask operation (e.g. DERIVED_MINIMUM, DERIVED_MAXIMUM, INVALID), the rule is to apply the bit_mask first, and then apply or interpret the data with the other values. Byte swapping, if required, should be performed prior to applying the bit_mask." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BITS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 1 MAXIMUM = 32 DESCRIPTION = " The bits element identifies the count of bits, or units of binary information, in a data representation." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BL_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 12 DESCRIPTION = " The bl_name element is a unique 12-character name for elements used in any PDS data base table. These are only elements used in the data base." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BL_SQL_FORMAT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 15 DESCRIPTION = " This is the format required to generate CREATE statements in IDM SQL." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BLEMISH_FILE_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MAXIMUM_LENGTH = 20 DESCRIPTION = " The blemish_file_name element indicates the file that provides corrections for blemishes (reseaus, dust spots, etc.) that affect the response of the sensor at specific locations. The blemish file is selected based on camera, filter, gain-state, camera mode, and time." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BLEMISH_PROTECTION_FLAG STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 3 DESCRIPTION = " The BLEMISH_PROTECTION_FLAG element indicates whether the blemish protection was on or off." STANDARD_VALUE_SET = { "OFF", "ON"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BLOCK_BYTES STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 1 DESCRIPTION = " The block_bytes element identifies the number of bytes per physical block used to record data files on magnetic tapes. Note: In the PDS, for portability the block_bytes element should be limited to a maximum value of 32767 for a tape volume." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BODY_POLE_CLOCK_ANGLE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 360 DESCRIPTION = " The body_pole_clock_angle element specifies the direction of the target body's rotation axis in an image. It is measured from the 'upward' direction, clockwise to the direction of the northern rotational pole as projected into the image plane, assuming the image is displayed as defined by the SAMPLE_DISPLAY_DIRECTION and LINE_DISPLAY_DIRECTION elements. Note: In some cases, knowledge of the inertial orientation of the rotational axis improves with time. This keyword necessarily reflects the state of knowledge of the rotational axis at the time of preparing the data product as given by the POLE_DECLINATION and POLE_RIGHT_ASCENSION elements." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BOND_ALBEDO STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 1 DESCRIPTION = " The bond_albedo element provides the value of the ratio of the total amount of energy reflected from a body to the total amount of energy (sunlight) incident on the body." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BRIGHTNESS_TEMPERATURE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The brightness_temperature element provides the value of the planet brightness temperature, derived from the planet_reading_system_temp after correcting for antenna efficiency and side-lobe gain." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BRIGHTNESS_TEMPERATURE_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 12 DESCRIPTION = " The brightness_temperature_id element provides the designation of the spectral band for which particular brightness temperature measurements were made. In the spectral_contrast_range group, the brightness_temperature_id designator may refer to a planetary temperature model." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BROWSE_FLAG STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 1 DESCRIPTION = " The browse_flag element is a yes-or-no flag which indicates whether browse_format data are available for a given sample interval." STANDARD_VALUE_SET = { "N", "Y"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BROWSE_USAGE_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MINIMUM_LENGTH = 1 MAXIMUM_LENGTH = 40 DESCRIPTION = " The BROWSE_USAGE_TYPE keyword defines whether a browse product is intended to be the primary browse product for an associated data product, or is a secondary browse product, for cases when there are multiple browse products per data product. A value of PRIMARY indicates that the browse product is the main browse product for a given data product. A value of OVERVIEW indicates that a browse product is associated with, or constructed from, several data products (e.g. a mosaic or map produced from several image data products). A value of SECONDARY indicates that the browse product is a supplementary browse product for a data product. Choice of which of several browse products is selected as PRIMARY is at the discretion of the data provider (subject to peer review); rationale for the selection could be documented in the label DESCRIPTION of the browse product. SECONDARY browse products cannot exist without a PRIMARY product. The keyword is an optional keyword that can be included in the label for a browse product along with the keyword SOURCE_PRODUCT_ID to identify the data product. The value of BROWSE_USAGE_TYPE along with the value of SOURCE_PRODUCT_ID could be used in user interfaces to display browse products resulting from a search or to help users understand the relationships between browse products when there is more than one browse product for a given source data product." STANDARD_VALUE_SET = { "OVERVIEW", "PRIMARY", "SECONDAY"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BUFFER_MODE_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = DYNAMIC MINIMUM_LENGTH = 1 MAXIMUM_LENGTH = 12 DESCRIPTION = " The BUFFER_MODE_ID element identifies the buffer storage mode used by an instrument. Note: For MARS EXPRESS the data from the Super Resolution Channel (SRC) are in 14-bit. A small buffer connected to this channel can store 4 images in 14-bit (BUFFER_14) or 8 images converted to 8-bit (BUFFER_8), which are then sent to the Data Processing Unit (DPU) at the end of imaging. The data can also be sent directly to the DPU (DIRECT), but this is only possible for 8-bit data." STANDARD_VALUE_SET = { "BUFFER_14", "BUFFER_8", "DIRECT"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BUILD_DATE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = DATE UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION MAXIMUM_LENGTH = 10 DESCRIPTION = " The build_date element provides the date associated with the completion of the manufacture of an instrument. This date should reflect the level of technology used in the construction of the instrument." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = BYTES STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 1 DESCRIPTION = " The bytes element indicates the number of bytes allocated for a particular data representation. When BYTES describes an object with variable length (e.g., FIELD), BYTES gives the maximum number of bytes allowed." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = C_AXIS_RADIUS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = KM STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The c_axis_radius element provides the value of the semiminor axis of the ellipsoid that defines the approximate shape of a target body. 'C' is normal to the plane defined by 'A' and 'B'." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CALIBRATION_LAMP_STATE_FLAG STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 2 MAXIMUM_LENGTH = 3 DESCRIPTION = " The calibration_lamp_state_flag element indicates whether a lamp used for onboard camera calibration is turned on or off." STANDARD_VALUE_SET = { "OFF", "ON"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CALIBRATION_SOURCE_ID STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED MAXIMUM_LENGTH = 47 DESCRIPTION = " The CALIBRATION_SOURCE_ID element is a unique identifier (within a data set) indicating the source of the calibration data used in generating the entity described by the enclosing group (often, a camera model). The construction of this identifier is mission-specific, but should indicate which specific calibration data set was used (via date or other means) and may also indicate the calibration method." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CAMERA_LOCATION_ID STATUS_TYPE = PENDING GENERAL_DATA_TYPE = INTEGER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The CAMERA_LOCATION_ID element indicates where the camera was during data acquisition. Used in MER calibration data to denote the location of the camera on the mounted bracket." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CCSDS_SPACECRAFT_NUMBER STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The ccsds_spacecraft_number element provides the number assigned by the CCSDS to a given spacecraft. Note: Due to conflicting numbering schemes between the DSN and the CCSDS it is recommended that this element not be used in AMMOS catalog headers." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CELESTIAL_NORTH_CLOCK_ANGLE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 360 DESCRIPTION = " The celestial_north_clock_angle element specifies the direction of celestial north at the center of an image. It is measured from the 'upward' direction, clockwise to the direction toward celestial north (declination = +90 degrees), when the image is displayed as defined by the SAMPLE_DISPLAY_DIRECTION and LINE_DISPLAY_DIRECTION elements. The epoch of the celestial coordinate system is J2000 unless otherwise indicated. Note: This element bears a simple relationship to the value of TWIST_ANGLE: When TWIST_ANGLE_TYPE = DEFAULT, CELESTIAL_NORTH_CLOCK_ANGLE = (180 - TWIST_ANGLE) mod 360; when TWIST_ANGLE_TYPE = GALILEO, CELESTIAL_NORTH_CLOCK_ANGLE = (270 - TWIST_ANGLE) mod 360. Note: For images pointed near either pole, the value varies significantly across the image; in these cases, the element is very sensitive to the accuracy of the pointing information." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CENTER_ELEVATION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = -90 MAXIMUM = 90 DESCRIPTION = " The CENTER_ELEVATION is the angular elevation from the azimuthal reference plane of the center point of an image or observation. Elevation is measured in a spherical coordinate system. The zero elevation point lies in the azimuthal reference plane and positive elevation is measured toward the positive direction of the principal axis of the spherical coordinate system." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CENTER_FILTER_WAVELENGTH STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MICRON STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The center_filter_wavelength element provides the mid_point wavelength value between the minimum and maximum instrument filter wavelength values." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CENTER_FREQUENCY STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = HZ STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The center_frequency element provides the frequency of maximum transmittance of a filter or the frequency that corresponds to the geometric center of the passband of a filter or a channel." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CENTER_LATITUDE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = -90 MAXIMUM = 90 DESCRIPTION = " The center_latitude element provides a reference latitude for certain map projections. For example, in an Orthographic projection, the center_latitude along with the center_longitude defines the point or tangency between the sphere of the planet and the plane of the projection. The map_scale (or map_resolution) is typically defined at the center_latitude and center_longitude. In unprojected images, center_latitude represents the latitude at the center of the image frame." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CENTER_LONGITUDE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = -180 MAXIMUM = 360 DESCRIPTION = " The center_longitude element provides a reference longitude for certain map projections. For example, in an Orthographic projection, the center_longitude along with the center_latitude defines the point or tangency between the sphere of the planet and the plane of the projection. The map_scale (or map_resolution) is typically defined at the center_latitude and center_longitude. In unprojected images, center_longitude represents the longitude at the center of the image frame." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CENTER_RING_RADIUS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = KM STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 1000000000 DESCRIPTION = " The CENTER_RING_RADIUS element applies to images of planetary rings only. It is the radius of the ring element that passes through the center of the image. The ring plane is an imaginary plane that divides the planet in half at the equator and extends infinitely outward into space. The center of the image is a point on the ring plane, even though there may be no actual ring material there." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CENTRAL_BODY_DISTANCE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = KM STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The CENTRAL_BODY_DISTANCE element provides the distance from the spacecraft to the center of a primary target." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:GLOBAL_BANDPASS_FILE_NAME" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 3 MAXIMUM_LENGTH = 31 DESCRIPTION = " The CH1:GLOBAL_BANDPASS_FUNCTIONS_FILE_NAME element provides the name of the global band passes file applied to the global mode raw image to produce an M3 global mode radiance image." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:INITIAL_SC_ORIENTATION" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The CH1:INITIAL_SC_ORIENTATION element provides the initial spacecraft orientation (r/p/y) with respect to local orbit frame at T0 for this orbit." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:OBS_GEOMETRY_FILE_NAME" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 3 MAXIMUM_LENGTH = 31 DESCRIPTION = " The CH1:OBS_GEOMETRY_FILE_NAME element provides the name of the observation geometry file used as input to produce an M3 reflectance image." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:ORBIT_LIMB_DIRECTION" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MINIMUM_LENGTH = 1 MAXIMUM_LENGTH = 10 DESCRIPTION = " The CH1:ORBIT_LIMB_DIRECTION element provides the direction of the spacecraft orbit with respect to the lunar limb." STANDARD_VALUE_SET = { "ASCENDING", "BACKWARD", "FORWARD", "N/A", "UNK"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:PHOTOMETRY_CORR_FILE_NAME" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 3 MAXIMUM_LENGTH = 31 DESCRIPTION = " The CH1:PHOTOMETRY_CORR_FILE_NAME element provides the name of the photometry correction (F of Alpha) file applied by the M3 reflectance calibration process." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:RAD_GAIN_FACTOR_FILE_NAME" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 3 MAXIMUM_LENGTH = 31 DESCRIPTION = " The CH1:RADIOMETRIC_GAIN_FACTOR_FILE_NAME element provides the name of the radiometric gain factor (calibration) file applied to the raw image to produce an M3 radiance image." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:RADIANCE_IMAGE_FILE_NAME" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 3 MAXIMUM_LENGTH = 31 DESCRIPTION = " The CH1:RADIANCE_IMAGE_FILE_NAME element provides the name of the radiance image file used to produce an M3 reflectance image." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:SC_ORIENTATION_RATE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The CH1:SC_ORIENTATION_RATE provides the rotation rates (roll, pitch and yaw rotation rates, deg/sec)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:SC_ROTATION_AXIS_VECTOR" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The CH1:SC_ROTATION_AXIS_VECTOR specifies the rotation axis (X,Y,Z J2000 coordinates of derived axis of spacecraft rotation, unit vector)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:SC_ROTATION_RATE" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The CH1:SC_ROTATION_RATE provides the rotation rate (derived rate of rotation of spacecraft about the derived axis, deg/sec)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:SELENOLOCATION_FILE_NAME" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 3 MAXIMUM_LENGTH = 31 DESCRIPTION = " The CH1:SELENOLOCATION_FILE_NAME element provides the name of the selenolocation file used to produce an M3 reflectance image." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:SOLAR_SPECTRUM_FILE_NAME" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 3 MAXIMUM_LENGTH = 31 DESCRIPTION = " The CH1:SOLAR_SPECTRUM_FILE_NAME element provides the name of the solar spectrum file applied by the M3 reflectance calibration process." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:SPACECRAFT_YAW_DIRECTION" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MINIMUM_LENGTH = 1 MAXIMUM_LENGTH = 10 DESCRIPTION = " The CH1:SPACECRAFT_YAW_DIRECTION element provides the spacecraft yaw (look) mode." STANDARD_VALUE_SET = { "BACKWARD", "FORWARD", "N/A", "REVERSE", "UNK"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:SWATH_LENGTH" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = PIXEL STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 1 DESCRIPTION = " The CH1:SWATH_LENGTH element provides the number of lines (in the LINES direction) collected for an M3 spectral cube during an observation." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:SWATH_WIDTH" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = PIXEL STANDARD_VALUE_TYPE = RANGE MINIMUM_LENGTH = 1 DESCRIPTION = " The CH1:SWATH_WIDTH element provides the number of pixels (in the LINE_SAMPLES direction) collected for an M3 spectral cube during an observation." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:THERMAL_CORRECTION_FLAG" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 1 MAXIMUM_LENGTH = 1 DESCRIPTION = " The CH1:THERMAL_CORRECTION_FLAG element indicates if the M3 reflectance calibration process applied a thermal correction. Flag values are: Y = A thermal correction was applied to the radiance image N = A thermal correction was not applied to the radiance image." STANDARD_VALUE_SET = { "N", "Y"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "CH1:TIMING_FILE_NAME" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 3 MAXIMUM_LENGTH = 31 DESCRIPTION = " The CH1:TIMING_FILE_NAME element provides the name of the observational timing file used to produce an M3 radiance image and reflectance image." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CHANGE_DATE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = DATE UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION MAXIMUM_LENGTH = 10 DESCRIPTION = " The change_date data element provides the date on which a record or object was altered. Note: In the PDS, the change_date element indicates the date when a record in the data dictionary was updated per a change request." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CHANNEL_GEOMETRIC_FACTOR STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The channel_geometric_factor element provides the value of G in the formula: j = R/((E2-E1)G), where (E2-E1) is the energy range accepted by the channel. This formula allows conversion of a particle detector channel count rate, R, into a differential intensity, j (counts/time.area.steradians.energy). G has dimensions of area.steradians, and here includes the efficiency of particle counting by the relevant detector." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CHANNEL_GROUP_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 20 DESCRIPTION = " The channel_group_name element provides the name given to a group of particle detector channels that are activated or deactivated as a group in any instrument mode configuration. The grouping is not tied to the physical groupings of detectors, and more than one group can be activated during any one mode." STANDARD_VALUE_SET = { "FAR ENCOUNTER", "FAR-NEAR ENCOUNTER", "NEAR ENCOUNTER"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CHANNEL_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 4 DESCRIPTION = " The channel_id element identifies the instrument channel through which data were obtained. This may refer to a spectral band or to a detector and filter combination." STANDARD_VALUE_SET = { "1", "10", "100", "101", "102", "103", "104", "105", "106", "107", "108", "109", "11", "110", "111", "112", "113", "114", "115", "116", "117", "118", "119", "12", "120", "121", "122", "123", "124", "125", "126", "127", "128", "13", "14", "15", "16", "17", "18", "19", "2", "20", "21", "22", "23", "24", "25", "26", "27", "28", "29", "3", "30", "31", "32", "33", "34", "35", "36", "37", "38", "39", "4", "40", "41", "42", "43", "44", "45", "46", "47", "48", "49", "5", "50", "51", "52", "53", "54", "55", "56", "57", "58", "59", "6", "60", "61", "62", "63", "64", "65", "66", "67", "68", "69", "7", "70", "71", "72", "73", "74", "75", "76", "77", "78", "79", "8", "80", "81", "82", "83", "84", "85", "86", "87", "88", "89", "9", "90", "91", "92", "93", "94", "95", "96", "97", "98", "99", "AB10", "AB12", "AB13", "AD03", "AD04", "AL01", "AL02", "CH1", "CH10", "CH11", "CH12", "CH13", "CH14", "CH15", "CH16", "CH2", "CH3", "CH32", "CH33", "CH34", "CH35", "CH36", "CH38", "CH39", "CH4", "CH5", "CH6", "CH7", "CH8", "CH9", "D1F1", "D1F2", "DA03", "DA04", "DP09", "DP10", "DP11", "DZ01", "EB01", "EB02", "EB03", "EB04", "EB05", "EBD1", "EBD2", "EBD3", "EBD4", "EBD5", "EG06", "EG07", "EG08", "EG09", "ESA0", "ESB0", "PD09", "PD10", "PD11", "PL01", "PL02", "PL03", "PL04", "PL05", "PL06", "PL07", "PL08", "PL1", "PSA1", "PSA2", "PSA3", "PSB1", "PSB2", "PSB3", "WIDE", "ZD01"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CHANNEL_INTEGRATION_DURATION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = S STANDARD_VALUE_TYPE = RANGE MINIMUM = 0.24 MAXIMUM = 0.96 DESCRIPTION = " The channel_integration_duration element provides the length of time during which charge from incoming particles is counted by the detectors for each channel in a given mode." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CHANNELS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The channels element provides the number of channels in a particular instrument, section of an instrument, or channel group." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CHECKSUM STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The checksum element represents an unsigned 32-bit sum of all data values in a data object." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CHOPPER_MODE_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC DESCRIPTION = " The Galileo NIMS optical chopper serves to modulate the detected radiation, allowing the dark current level of a detector to be subtracted on a pixel-by-pixel basis. It has four possible modes. The normal REFERENCE mode was used for all observations of Jupiter and its satellites, as well as Venus and Ida. The '63_HERTZ' mode was used for the Earth, the Moon, and Gaspra. FREE_RUN mode and OFF are reserved for use after possible instrument failures. See the NIMS instrument paper (R. W. Carlson et al, 'Near-Infrared Mapping Spectrometer Experiment on Galileo', Space Science Reviews 60, 457-502, 1992) for details." STANDARD_VALUE_SET = { "63_HERTZ", "FREE_RUN", "OFF", "REFERENCE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CITATION_DESC STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT MINIMUM_LENGTH = 1 DESCRIPTION = " The CITATION_DESC contains a citation for the product or DATA_SET_INFORMATION object in which it appears. It provides a string that may be used to cite the product (data set) in a publication. It should follow the standard citation order as outlined in Appendix B, Section 31.5.5.3.1 of the PDS Standards reference, which in turn follows established practice for scientific journals that cite electronic publications (e.g., AGU Reference citation format). The CITATION_DESC must contain sufficient information to locate the product or data set in the PDS archives. For example, the CITATION_DESC in a DATA_SET_INFORMATION object must contain the DATA_SET_ID; it will also likely contain VOLUME_ID information for the archive volumes, an author list, a release date, and so on as appropriate. Note that if CITATION_DESC is used within any product label within a data set, all product labels within that data set must also have a CITATION_DESC, even if they are only filled with 'N/A'. DATA_SET Example: CITATION_DESC = 'Levin, G.V., P.A. Strat, E.A. Guinness, P.G. Valko, J.H. King, and D.R. Williams, VL1/VL2 MARS LCS EXPERIMENT DATA RECORD V1.0, VL1/VL2-M-LCS-2-EDR-V1.0, NASA Planetary Data System, 2000.' Data Product Example: CITATION_DESC = 'Cunningham, C., MINOR PLANET INDEX TO SCIENTIFIC PAPERS, EAR-A-5-DDR-BIBLIOGRAPHY-V1.0:REFS-REFS-199409, NASA Planetary Data System, 1994.'" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CLASSIFICATION_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 20 DESCRIPTION = " The classification_id data element supplies an identifier that is used to link an abbreviated term to a full, spelled-out name that would be displayed in a data dictionary. In the PDS, classification_id is a general term that embraces both general_classification_type and system_classification_id." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CLEARANCE_DISTANCE STATUS_TYPE = PENDING GENERAL_DATA_TYPE = REAL UNIT_ID = MM STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The CLEARANCE_DISTANCE element indicates the z-axis backoff distance for dwell operation after grind to clear the rat hole of dust." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CLUSTERED_KEY STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 12 DESCRIPTION = " The clustered_key element indicates whether a column in a table is part of a unique clustered index. This index determines uniqueness in the table and the sorting order of the data." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CMPRS_QUANTZ_TBL_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 10 DESCRIPTION = " The cmprs_quantz_tbl_id (compression quantization table identifier) element provides the Integer Cosine Transform 8X8 quantization matrix identifier. For Galileo the valid values are: UNIFORM, VG2, VG3, UNK." STANDARD_VALUE_SET = { "UNIFORM", "UNK", "VG2", "VG3"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COGNIZANT_FULL_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 60 DESCRIPTION = " The cognizant_full_name element provides the full name of the individual who has either developed the processing software or has current knowledge of its use. See also: full_name." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COLUMN_DESCRIPTION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " This is the description of an element in the data base. There should be a description for every element." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COLUMN_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 30 DESCRIPTION = " This is the < or = to 30 character dictionary name used in documentation and template objects. They are unique and are an alias to the BLNAMEs." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COLUMN_NUMBER STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 1 DESCRIPTION = " The column_number element identifies the location of a specific column within a larger data object, such as a table. For tables consisting of rows (i = 1, N) and columns (j = 1,M), the column_number is the j-th index of any row." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COLUMN_ORDER STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The column_order element represents the sequence number of columns within a table. The sequence begins with 1 for the first column and is incremented by 1 for each subsequent column in the table." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COLUMN_VALUE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 80 DESCRIPTION = " The column value contains a standard ASCII value used in domain validation. An element may have many possible values that are valid." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COLUMN_VALUE_NODE_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 10 DESCRIPTION = " The column_value_node_id element indicates a list of one or more science nodes for which a standard value is available. The list of science nodes is represented as a concatenation of single-character identifiers in alphabetic order. Allowable identifiers include: F (Fields and Particles), I (Images), N (NAIF), U (unknown - valid only if the column_value_type element is 'P' for a possible value that was provided but the provider is unknown), A (Atmospheres), P (Planetary Rings), R (Radiometry), S (Spectroscopy)." STANDARD_VALUE_SET = { "A", "F", "I", "N", "P", "R", "S", "U"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COLUMN_VALUE_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 1 DESCRIPTION = " The column_value_type element indicates whether a standard value is considered to be an available value (the value currently exists in the PDS catalog) or a possible value (the value does not currently exist in the PDS catalog but may exist in the future). Example values: A (available value) or P (possible value)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COLUMNS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 1 DESCRIPTION = " The columns element represents the number of columns in each row of a data object. Note: In the PDS, the term 'columns' is synonymous with 'fields'." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COMMAND_DESC STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT MINIMUM_LENGTH = 0 MAXIMUM_LENGTH = 255 DESCRIPTION = " The command_desc element provides a textual description associated with a COMMAND_NAME." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COMMAND_FILE_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT MAXIMUM_LENGTH = 100 DESCRIPTION = " The command_file_name element provides the name of the file containing the commanded observation description for this product. Note: For Cassini, this comes from the Instrument Operations Interface (IOI) file." STANDARD_VALUE_SET = { "N/A"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COMMAND_INSTRUMENT_ID STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = DYNAMIC MINIMUM_LENGTH = 1 MAXIMUM_LENGTH = 20 DESCRIPTION = " The COMMAND_INSTRUMENT_ID element provides an abbreviated name or acronym that identifies an instrument that was commanded." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COMMAND_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MAXIMUM_LENGTH = 30 DESCRIPTION = " The command_name element provides the name of an uplinked command sent to a spacecraft or instrument." STANDARD_VALUE_SET = { "IMP_IMAGE_AZ_EL", "IMP_IMAGE_LCLGRD", "IMP_IMAGE_LCLVEC", "IMP_IMAGE_OBJECT", "IMP_IMAGE_VECTOR"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COMMAND_OPCODE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The COMMAND_OPCODE element provides the operations code of the command used to generate an instrument data product. Opcodes are determined by the data processing software owner and are documented in the Data Product SIS." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COMMAND_SEQUENCE_NUMBER STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The command_sequence_number element provides a numeric identifier for a sequence of commands sent to a spacecraft or instrument." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COMMENT_DATE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = DATE UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION MAXIMUM_LENGTH = 10 DESCRIPTION = " The comment_date element indicates the date when a user's comment information is inserted into the data base." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COMMENT_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The comment_id element is a unique key used to identify a particular set of user comments." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COMMENT_TEXT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The comment_text indicates a line of text in a user's comments." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COMMITTEE_MEMBER_FULL_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 60 DESCRIPTION = " The committee_member_full_name element identifies a peer review committee member. The member does not necessarily have a PDS userid. See also: full_name." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COMPRESSION_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MINIMUM_LENGTH = 4 MAXIMUM_LENGTH = 24 DESCRIPTION = " The compression_type element indicates the type of compression/encoding used for data that was subsequently decompressed/unencoded before storage." STANDARD_VALUE_SET = { "8_BIT", "BARC RATE CONTROL", "HUFFMAN", "INTEGER COSINE TRANSFORM", "NONE", "SQRT_8", "SQRT_9"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COMPRESSOR_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MAXIMUM_LENGTH = 10 DESCRIPTION = " The compressor_id element identifies the compressor through which the data was compressed." STANDARD_VALUE_SET = { "1", "2", "N/A"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COMPUTER_VENDOR_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 30 DESCRIPTION = " The computer_vendor_name element identifies the manufacturer of the computer hardware on which the processing software operates." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CONE_ANGLE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 180 DESCRIPTION = " The cone_angle element provides the value of the angle between the primary spacecraft axis and the pointing direction of the instrument." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CONE_OFFSET_ANGLE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = -90 MAXIMUM = 180 DESCRIPTION = " The cone_offset_angle element provides the elevation angle (in the cone direction) between the pointing direction along which an instrument is mounted and the cone axis of the spacecraft. See also cross_cone_offset_angle, twist_offset_angle, and cone_angle." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CONFIDENCE_LEVEL_NOTE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The confidence_level_note element is a text field which characterizes the reliability of data within a data set or the reliability of a particular programming algorithm or software component. Essentially, this note discusses the level of confidence in the accuracy of the data or in the ability of the software to produce accurate results." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CONFIGURATION_BAND_ID STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The CONFIGURATION_BAND_ID element specifies an array of stings identifying the configuration of the Instrument Deployment Device (IDD) arm represented by the corresponding band in the image. The first entry in the array indentifies the configuration for the first band, the second entry for the second band, etc. An example for the Mars Exploration Rover Microscopic Imager would be: 'ELBOW_UP_WRIST_UP'. Also see INSTRUMENT_BAND_ID." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CONTACT_SENSOR_STATE STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The CONTACT_SENSOR_STATE element is an array of identifiers for the state of an instrument or an instrument host's contact sensors at a specified time. Note: For MER, the values corresponding to APXS DOOR SWITCH (array position 7 only) are OPEN or CLOSED. Other array position values are CONTACT or NO CONTACT" STANDARD_VALUE_SET = { "CLOSED", "CONTACT", "NO CONTACT", "OPEN"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CONTACT_SENSOR_STATE_NAME STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 0 MAXIMUM_LENGTH = 19 DESCRIPTION = " The CONTACT_SENSOR_STATE_NAME element indicates the possible value that can be contained in the CONTACT_SENSOR_STATE array." STANDARD_VALUE_SET = { "APXS CONTACT SWITCH", "APXS DOOR SWITCH", "MB SWITCH 1", "MB SWITCH 2", "MI SWITCH 1", "MI SWITCH 2", "RAT SWITCH 1", "RAT SWITCH 2"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CONTAMINATION_DESC STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The contamination_desc element describes the type of data contamination which is associated with a particular contamination_id value. The various values of contamination_id and contamination_desc are instrument dependent." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CONTAMINATION_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DEFINITION MAXIMUM_LENGTH = 3 DESCRIPTION = " The contamination_id element identifies a type of contamination which affected an instrument during a particular period of data acquisition. The associated contamination_desc element describes the type of contamination." STANDARD_VALUE_SET = { "-1", "1", "2", "3", "4", "5", "6", "7", "8"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CONVERTER_CURRENT_COUNT STATUS_TYPE = PENDING GENERAL_DATA_TYPE = INTEGER UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM_LENGTH = NULL DESCRIPTION = " The CONVERTER_CURRENT_COUNT element provides the current of a power supply converter, measured in raw counts. Note: For Mars Pathfinder, this referred specifically to the current of the APXS 9 volt converter at the end of the spectrum measurement." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CONVERTER_VOLTAGE_COUNT STATUS_TYPE = PENDING GENERAL_DATA_TYPE = INTEGER UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM_LENGTH = NULL DESCRIPTION = " The CONVERTER_VOLTAGE_COUNT element provides the voltage of a power supply converter, measured in raw counts. Note: For Mars Pathfinder, this referred specifically to the current of the APXS 9 volt converter at the end of the spectrum measurement." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COORDINATE_SYSTEM_CENTER_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 40 DESCRIPTION = " The coordinate_system_center_name element identifies a named target, such as the Sun, a planet, a satellite or a spacecraft, as being the location of the center of the reference coordinate system. The coordinate_system_center_name element can also be used to identify a barycenter used for a SPICE s_ or p_kernel." STANDARD_VALUE_SET = { "EARTH", "JUPITER", "NEPTUNE", "PLANET'S CENTER", "PVO", "SATURN", "SPACECRAFT", "SUN", "UNK", "URANUS", "VENUS"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COORDINATE_SYSTEM_DESC STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The coordinate_system_desc element describes a named reference coordinate system in terms of the definitions of the axes and the 'handedness' of the system. It also provides other necessary descriptive information, such as the rotation period for rotating coordinate systems." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COORDINATE_SYSTEM_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The coordinate_system_id element provides an alphanumeric identifier for the referenced coordinate system." STANDARD_VALUE_SET = { "-JUPSYS3", "-SATSYS3", "-URNSYS3", "B1950", "BFS CRDS", "ESL-CART", "HG", "ICC_ECLP", "ICC_EQTL", "ISC_ECLP", "ISC_EQTR", "J2000", "NLS", "NRSC", "PLSCYL", "PVO_ISCC", "PVO_SSCC", "SCC_ECLP", "U1", "VSO"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COORDINATE_SYSTEM_INDEX STATUS_TYPE = PENDING GENERAL_DATA_TYPE = INTEGER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED MAXIMUM_LENGTH = 5 DESCRIPTION = " The COORDINATE_SYSTEM_INDEX element describes an integer array. The array values are used to record and track the movement of a rover during surface operations. When in a COORDINATE_SYSTEM_STATE group, this keyword identifies which instance of the coordinate frame, named by COORDINATE_SYSTEM_NAME, is being defined by the group. NOTE: For MER, the indices are based on the ROVER_MOTION_COUNTER. This counter is incremented each time the rover moves (or may potentially have moved, e.g., due to arm motion). The full counter may have up to 5 values (SITE, DRIVE, IDD, PMA, HGA), but normally only the first value (for SITE frames) or the first two values (for LOCAL_LEVEL or ROVER frames) are used for defining coordinate system instances. It is legal to use any number of indices to describe a coordinate system instance, however. Example: COORDINATE_SYSTEM_INDEX = (1,3,2,3,2)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COORDINATE_SYSTEM_INDEX_NAME STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The COORDINATE_SYSTEM_INDEX_NAME element is an array of the formal names identifying each integer specified in COORDINATE_SYSTEM_INDEX." STANDARD_VALUE_SET = { "DRIVE", "HGA", "IDD", "PMA", "SITE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COORDINATE_SYSTEM_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The coordinate_system_name element provides the full name of the coordinate system to which the state vectors are referenced. PDS has currently defined body-fixed rotating coordinate systems. The Planetocentric system has an origin at the center of mass of the body. The planetocentric latitude is the angle between the equatorial plane and a vector connecting the point of interest and the origin of the coordinate system. Latitudes are defined to be positive in the northern hemisphere of the body, where north is in the direction of Earth's angular momentum vector, i.e., pointing toward the hemisphere north of the solar system invariant plane. Longitudes increase toward the east, making the Planetocentric system right-handed. The Planetographic system has an origin at the center of mass of the body. The planetographic latitude is the angle between the equatorial plane and a vector through the point of interest, where the vector is normal to a biaxial ellipsoid reference surface. Planetographic longitude is defined to increase with time to an observer fixed in space above the object of interest. Thus, for prograde rotators (rotating counter clockwise as seen from a fixed observer located in the hemisphere to the north of the solar system invariant plane), planetographic longitude increases toward the west. For a retrograde rotator, planetographic longitude increases toward the east. Note: If this data element is not present in the PDS Image Map Projection Object (for pre-V3.1 PDS Standards), the default coordinate system is assumed to body-fixed rotating Planetographic." STANDARD_VALUE_SET = { "APXS_FRAME", "BODY FIXED SPHERICAL COORDS", "EARTH-SUN LINE CARTES COORDS", "ECLIPTIC INERTIAL CART COORDS", "ECLIPTIC INERTL SPHERCL COORDS", "EQUATORIAL INERT SPHRCL COORDS", "EQUATORIAL INERTIAL CART COORD", "JUPITER MINUS SYSTEM III", "MAST_FRAME", "MB_FRAME", "MEAN EARTH/POLAR AXIS OF DE421", "MEAN INERTIAL HG 1950", "MI_FRAME", "NEPTUNE WEST LONGITUDE SYSTEM", "NON-ROTATING SPIN COORDINATES", "PLANET CENTERED CYLINDRICAL", "PLANETOCENTRIC", "PLANETOGRAPHIC", "PVO INERTIAL SPACECRAFT COORDS", "PVO SPINNING SPACECRAFT COORDS", "RAT_FRAME", "ROVER_FRAME", "SATURN MINUS LONGITUDE SYSTEM", "SC CENTERED ECLIPTIC COORDS", "UNIFIED LUNAR CONTROL NETWORK 2005", "URANUS MINUS LONGITUDE SYSTEM", "URANUS WEST LONGITUDE SYSTEM", "VENUS SOLAR ORBITAL COORDS"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COORDINATE_SYSTEM_REF_EPOCH STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = D STANDARD_VALUE_TYPE = RANGE MINIMUM = 2415000 DESCRIPTION = " The coordinate_system_reference_epoch element provides the Julian date selected as the reference time for a geometric quantity that changes over time. For example, the location of a prime meridian may have a fixed value at a reference epoch, with additional time_dependent terms added." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COORDINATE_SYSTEM_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 25 DESCRIPTION = " There are three basic types of coordinate systems: body-fixed rotating, body-fixed non-rotating and inertial. A body-fixed coordinate system is one associated with a body (e.g., planetary body or satellite). In contrast to inertial coordinate systems, a body-fixed coordinate system is centered on the body and rotates with the body (unless it is a non-rotating type). For the inertial coordinate system type, the coordinate system is fixed at some point in space. Note: If this data element is not present in the PDS Image Map Projection Object (for pre-V3.1 PDS Standards), the default coordinate system is assumed to be body-fixed rotating Planetographic." STANDARD_VALUE_SET = { "BODY-FIXED NON-ROTATING", "BODY-FIXED ROTATING", "INERTIAL"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = COPIES STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The copies element provides the inventory software with the number of copies of an order that a node is willing to ship using a particular order." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CORE_BASE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The core_base element, together with the core_multiplier element, describes the scaling performed on a 'true' data value to compute the value stored in the data object. It also defines the method for recovering the 'true' value: 'true'_value = base + multiplier * stored_value In ISIS practice, the value of core_base is 0.0 for real core items, since scaling is not usually necessary for floating point data. Note: Base and multiplier correspond directly to the PDS standard data elements OFFSET and SCALING_FACTOR." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CORE_HIGH_INSTR_SATURATION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CONTEXTDEPENDENT UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 20 DESCRIPTION = " The core_high_instr_saturation element identifies a special value whose presence indicates the measuring instrument was saturated at the high end. This value must be algebraically less than the value of the core_valid_minimum element. For Standard ISIS Qubes, a value has been chosen by ISIS convention. The general data type of this element is determined by the core_item_type element. If the latter is integer or unsigned integer, the general data type is integer. If core_item_type is real, the value will be hardware- specific (or rather floating-point-representation-specific) so that it may be specified exactly near the bottom of the allowable range of values. A non-decimal (hexadecimal) general data type is used for this purpose; e.g. 16#FFFCFFFF# for a VAX." STANDARD_VALUE_SET = { "-32765", "16#FF7FFFFE#", "16#FFFCFFFF#", "3"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CORE_HIGH_REPR_SATURATION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CONTEXTDEPENDENT UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 20 DESCRIPTION = " The core_high_repr_saturation element identifies a special value whose presence indicates the true value cannot be represented in the chosen data type and length -- in this case being above the allowable range -- which may happen during conversion from another data type. This value must be algebraically less than the value of the core_valid_minimum element. For Standard ISIS Qubes, a value has been chosen by ISIS convention. The general data type of this element is determined by the core_item_type element. If the latter is integer or unsigned integer, the general data type is integer. If core_item_type is real, the value will be hardware- specific (or rather floating-point-representation-specific) so that it may be specified exactly near the bottom of the allowable range of values. A non-decimal (hexadecimal) general data type is used for this purpose; e.g. 16#FFFBFFFF# for a VAX." STANDARD_VALUE_SET = { "-32764", "16#FF7FFFFF#", "16'FFFBFFFF'", "4"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CORE_ITEM_BYTES STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MINIMUM = 1 MAXIMUM = 4 DESCRIPTION = " The core_item_bytes element identifies the size in bytes of a core data value. It is the unit of the dimensions specified by the core_items element." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CORE_ITEM_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The core_item_type element identifies the data type of a core data value. A hardware-specific prefix is used on this element for qubes whose core contains items of more than one byte. The current VAX/VMS implementation of ISIS allows three item types, additional types will be added for a forthcoming Sun/Unix implementation." STANDARD_VALUE_SET = { "IEEE_REAL", "INTEGER", "LSB_INTEGER", "LSB_UNSIGNED_INTEGER", "MSB_INTEGER", "MSB_UNSIGNED_INTEGER", "PC_REAL", "UNSIGNED_INTEGER", "VAX_INTEGER", "VAX_REAL"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CORE_ITEMS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 1 MAXIMUM = 5000 DESCRIPTION = " The core_items element provides the sequence of dimensions of the core of a qube data object. The size of the most frequently varying axis is given first. The number of items specified must be equal to the value of the axes element and the items must be listed in storage order. Each dimension is measured in units of the core_item_bytes element." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CORE_LOW_INSTR_SATURATION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CONTEXTDEPENDENT UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 20 DESCRIPTION = " The core_low_instr_saturation element identifies a special value whose presence indicates the measuring instrument was saturated at the low end. This value must be algebraically less than the value of the core_valid_minimum element. For Standard ISIS Qubes, a value has been chosen by ISIS convention. The general data type of this element is determined by the core_item_type element. If the latter is integer or unsigned integer, the general data type is integer. If core_item_type is real, the value will be hardware- specific (or rather floating-point-representation-specific) so that it may be specified exactly near the bottom of the allowable range of values. A non-decimal (hexadecimal) general data type is used for this purpose; e.g. 16#FFFDFFFF# for a VAX." STANDARD_VALUE_SET = { "-32766", "16#FF7FFFFD#", "16'FFFDFFFF'", "2"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CORE_LOW_REPR_SATURATION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CONTEXTDEPENDENT UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 20 DESCRIPTION = " The core_low_repr_saturation element identifies a special value whose presence indicates the true value cannot be represented in the chosen data type and length -- in this case being below the allowable range -- which may happen during conversion from another data type. This value must be algebraically less than the value of the core_valid_minimum element. For Standard ISIS Qubes, a value has been chosen by ISIS convention. The general data type of this element is determined by the core_item_type element. If the latter is integer or unsigned integer, the general data type is integer. If core_item_type is real, the value will be hardware- specific (or rather floating-point-representation-specific) so that it may be specified exactly near the bottom of the allowable range of values. A non-decimal (hexadecimal) general data type is used for this purpose; e.g. 16#FFFEFFFF# for a VAX." STANDARD_VALUE_SET = { "-32767", "1", "16#FF7FFFFC#", "16'FFFEFFFF'"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CORE_MINIMUM_DN STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = -8192 MAXIMUM = 4095 DESCRIPTION = " The core_minimum_dn element provides the lowest digital number (DN) value in the core of a spectral cube (ignoring values of CORE_NULL)." STANDARD_VALUE_SET = { "N/A"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CORE_MULTIPLIER STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The core_multiplier element, together with the core_base element, describes the scaling performed on a 'true' data value to compute the value stored in the data object. It also defines the method for recovering the 'true' value: 'true'_value = base + multiplier * stored_value In ISIS practice, the value of core_multiplier is 1.0 for real core items, since scaling is not usually necessary for floating point data. Note: In the PDS, base and multiplier correspond directly to the data elements OFFSET and SCALING_FACTOR." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CORE_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The core_name element identifies the scientific meaning of the values in the core of a qube data object; e.g. SPECTRAL_RADIANCE or RAW_DATA_NUMBER." STANDARD_VALUE_SET = { "BRIGHTNESS_TEMPERATURE", "CALIBRATED_RADIANCE", "EMISSIVITY", "IFGM", "RAW DATA NUMBER", "RAW_RADIANCE", "SPECTRA", "SPECTRAL RADIANCE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CORE_NULL STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CONTEXTDEPENDENT UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 20 DESCRIPTION = " The core_null element identifies a special value whose presence indicates missing data. This value must be algebraically less than the value of the core_valid_minimum element. For Standard ISIS Qubes, the null value is chosen to be the algebraically smallest value allowed by the core_item_type and core_item_bytes elements. The general data type of this element is determined by the core_item_type element. If the latter is integer or unsigned integer, the general data type is integer. If core_item_type is real, the value will be hardware- specific (or rather floating-point-representation-specific) so that it may be specified exactly at the bottom of the allowable range of values. A non-decimal (hexadecimal) general data type is used for this purpose; e.g. 16#FFFFFFFF# for a VAX. Note: In the PDS, the CORE_NULL element corresponds directly to the data element MISSING." STANDARD_VALUE_SET = { "-32768", "0", "16#FF7FFFFB#", "16#FFFFFFFF#"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CORE_UNIT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The core_unit element identifies the scientific unit of the values in the core of a qube data object; e.g. 'WATT*M**-2*SR**-1*uM**-1' (for spectral radiance) or 'DIMENSIONLESS' (for raw data number)." STANDARD_VALUE_SET = { "DIMENSIONLESS", "WATT*M**-2*SR**-1*UM**-1"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CORE_VALID_MINIMUM STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CONTEXTDEPENDENT UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 20 DESCRIPTION = " The core_valid_minimum element identifies the minimum valid core value. Values algebraically less than this value are reserved for special values indicating missing data or various types of invalid data. The general data type of this element is determined by the core_item_type element. If the latter is integer or unsigned integer, the general data type is integer. If core_item_type is real, the value will be hardware-specific (or rather floating-point-representation-specific) so that it may be specified exactly near the bottom of the allowable range of values. A non-decimal (hexadecimal) general data type is used for this purpose; e.g. 16#FFEFFFFF# for a VAX." STANDARD_VALUE_SET = { "-32752", "16#FFEFFFFF#", "5"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CREATE_DATE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = DATE UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION MAXIMUM_LENGTH = 10 DESCRIPTION = " This date is used for storing the creation date of a table or query on the data base." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CRITICALITY STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 1 DESCRIPTION = " This column stores the criticality code for an attribute. A criticality id is assigned to each table's attribute so the criticality can be dependent on the usage within a table. This criticality is used by the catalog bulk load software during a template object validation step." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CROSS_CONE_ANGLE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 360 DESCRIPTION = " The cross_cone_angle element provides the value of an azimuthal measurement orthogonal to cone_angle." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CROSS_CONE_OFFSET_ANGLE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = -180 MAXIMUM = 360 DESCRIPTION = " The cross_cone_offset_angle element provides the azimuthal angle (in the cross-cone direction) between the pointing direction along which an instrument is mounted and the cross_cone axis of the spacecraft. See also cone_offset_angle, twist_offset_angle, and cross_cone_angle." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CROSSTRACK_SUMMING STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 1 MAXIMUM = 127 DESCRIPTION = " The crosstrack_summing element provides the number of detector pixel values in the crosstrack direction that have been averaged to produce the final output pixel." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CRYOCOOLER_DURATION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = S STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The cryocooler_duration element provides the length of time the cryocooler was on when an observation was made." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CRYOCOOLER_TEMPERATURE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The cryocooler_temperature element provides the temperature of the cryocooler at the time an observation was made." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CURATING_NODE_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The curating_node_id element provides the id of the node currently maintaining the data set or volume and is responsible for maintaining catalog information." STANDARD_VALUE_SET = { "ATMOS", "ESA", "GEOSCIENCE", "IMAGING", "IMAGING-JPL", "N/A", "NAIF", "NSSDC", "PPI", "PPI-UCLA", "RAD", "RINGS", "RS", "SBN"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CUT_OUT_WINDOW STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " Galileo Solid State Imaging-specific. Images can be edited so that only an image area or CUT OUT WINDOW is compressed using Integer Cosine Transform, BARC or Huffman compression and transmitted to Earth. The cut_out_window element indicates the location and size of this image area as defined by four numbers: starting line, starting sample, number of lines, number of samples (the origin of the image coordinate system is at line, sample=1,1 for the upper-left corner with samples increasing to the right and lines increasing down)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = CYCLE_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 10 DESCRIPTION = " The cycle_id element identifies one of several cycles, each of which is a set of repeated activities." STANDARD_VALUE_SET = { "GS3", "GS5"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DA_CONTACT_PDS_USER_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 60 DESCRIPTION = " The da_contact_pds_user_id element provides the pds_user_id of the data administration contact at a node." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DARK_CURRENT_CORRECTION_FLAG STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 4 MAXIMUM_LENGTH = 5 DESCRIPTION = " The dark_current_correction_flag element indicates whether or not a dark current correction was applied to an image. Note: For MPF, this correction was applied to the image on board the spacecraft, before the image was transmitted to Earth." STANDARD_VALUE_SET = { "FALSE", "TRUE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DARK_CURRENT_CORRECTION_TYPE STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 1 MAXIMUM_LENGTH = 15 DESCRIPTION = " The DARK_CURRENT_CORRECTION_TYPE element specifies the type of dark current correction applied to an image for purposes of radiometric calibration. Note: For Mars Pathfinder, the valid values were: PRIME = vertical for the front rover cameras, horizontal for the back camera; BOTH = both horizontal and vertical." STANDARD_VALUE_SET = { "BOTH", "PRIME"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DARK_CURRENT_DOWNLOAD_FLAG STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 4 MAXIMUM_LENGTH = 5 DESCRIPTION = " The dark_current_download_flag element indicates whether or not an image of the dark strip area of the CCD was downlinked along with the image data." STANDARD_VALUE_SET = { "FALSE", "TRUE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DARK_CURRENT_FILE_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 50 DESCRIPTION = " The DARK_CURRENT_FILE_NAME element provides the dark current image file (an image taken without opening the camera shutter) which should be used to perform radiometric calibration of the image. The dark current image provides a reference label of the build-up of any charges on the sensor that need to be subtracted from a shuttered image during calibration. Selection of the appropriate dark current image may be based on time, camera, temperature, readout conditions, light flood, gain and offset." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DARK_LEVEL_CORRECTION STATUS_TYPE = PENDING GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM_LENGTH = NULL DESCRIPTION = " The DARK_LEVEL_CORRECTION element provides the DN value subtracted from every pixel in an image for purposes of radiometric calibration." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DARK_STRIP_MEAN STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The dark_strip_mean element provides the mean value of the pixels in the dark strip area of a CCD. The dark strip is an area of the CCD which is covered in such a way as to receive no light. The dark strip provides a measure of the dark current in the CCD. Note: For Cassini, the dark strip pixels were referred to as extended pixels. Also, the mean was calculated without the values from the first and last lines of the CCD." STANDARD_VALUE_SET = { "N/A"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_BUFFER_STATE_FLAG STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 7 MAXIMUM_LENGTH = 8 DESCRIPTION = " The data_buffer_state_flag element indicates whether the data buffer onboard the spacecraft was enabled to allow for the temporary storage of the data before being downloaded." STANDARD_VALUE_SET = { "DISABLED", "ENABLED"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_CONVERSION_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 1 MAXIMUM_LENGTH = 10 DESCRIPTION = " The data_conversion_type element provides the method of conversion used to reduce an image from one bit depth to another. Note: For Cassini, this means conversion of a selected image from 12 to 8 bits." STANDARD_VALUE_SET = { "12BIT", "8LSB", "TABLE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_COVERAGE_PERCENTAGE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 100 DESCRIPTION = " The data_coverage_percentage element gives the percentage of samples obtained compared to the maximum number that could have been obtained." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_ENGINEER_FULL_NAME STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The data_engineer_full_name element provides the id of the CN data engineer." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_FORMAT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MAXIMUM_LENGTH = 20 DESCRIPTION = " The data_format element supplies the name of the data format or language that was used to archive the science data that this software accesses." STANDARD_VALUE_SET = { "COMPRESSED", "FITS", "GIF", "HDF", "JPEG", "PDS", "PICT", "SPICE", "VICAR"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_LINES STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE DESCRIPTION = " The number of complete or partial lines with valid data within a frame of high rate data. Note: Voyager Specific: A frame of high rate waveform data can include up to 800 lines, however, some lines may be missing due to data outages or only a partial frame may have been recorded. This parameter provides some visibility on how complete a given frame is." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_OBJECT_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The data_object_type element identifies the data object type of a given set of data. Example values: IMAGE, MAP, SPECTRUM Note: Within the PDS, data object types are assigned according to the standards outlined in the PDS Standards Reference. Note: within AMMOS and only for the Magellan catalog, this element is used as an alias for data_set_id. The use of data_object_type as such provides backward compatibility with earlier AMMOS conventions. The use of this element as an alias for data_set_id is not recommended for any new tables. See data_set_id." STANDARD_VALUE_SET = { "ARRAY", "ARRAY, TABLE", "BIT_COLUMN", "COLLECTION", "COLUMN", "CONTAINER", "CUBE", "ELEMENT", "FILE", "FITS_LABEL", "HEADER", "HISTOGRAM", "IMAGE", "IMAGE_MAP_PROJECTION", "INDEX_TABLE", "MAP", "N/A", "OCCULTATION PROFILE", "PALETTE", "QUBE", "SERIES", "SPECTRAL_QUBE", "SPECTRUM", "SPICE KERNEL", "SPICE_KERNEL", "SPREADSHEET", "TABLE", "TABLE, IMAGE", "TEXT", "TIME SERIES", "TIME_SERIES", "TRAJECTORY AND EPHEMERIS DATA", "TRAJECTORY_AND_EPHEMERIS_DATA", "UNKNOWN", "{IMAGE, TABLE, ARRAY}"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_PATH_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 60 DESCRIPTION = " The data_path_type element identifies the type of data path for transmission between an instrument and the ground data storage system. Example values: REALTIME, RECORDED DATA PLAYBACK." STANDARD_VALUE_SET = { "N/A", "REALTIME", "REALTIME_PLAYBACK", "RECORDED_DATA_PLAYBACK", "UNK"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_PROVIDER_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The data_provider_name element provides the name of the individual responsible for providing the release object and data." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_QUALITY_DESC STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The data_quality_desc element describes the data quality which is associated with a particular data_quality_id value. The various values of data_quality_id and data_quality_desc are instrument dependent." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_QUALITY_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DEFINITION MAXIMUM_LENGTH = 3 DESCRIPTION = " The data_quality_id element provides a numeric key which identifies the quality of data available for a particular time period. The data_quality_id scheme is unique to a given instrument and is described by the associated data_quality_desc element." STANDARD_VALUE_SET = { "-1", "0", "1", "2", "3", "4", "N/A"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_RATE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = 'B/S' STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The data_rate element provides the rate at which data were transmitted from a spacecraft to the ground (i.e., the telemetry rate)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_RECORDS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE DESCRIPTION = " The data_records data element indicates the number of records that appear in a particular data file. Note: Within AMMOS, this element is used as a validation tool to ensure data integrity for stream files that have no end marker." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_REGION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The data_region element provides the actual area of data collection (accounting for offsets, widths and lengths) referenced to the upper-left corner of the front band in a normal spectral cube. Note: For Cassini, the normal spectral cube dimensions are (64,64,352) where the upper-left corner of the front band is defined as (sample, band, line) = (1, 1, 1). The data_region element applies only to IMAGE mode data and should be ignored for non-IMAGE modes." STANDARD_VALUE_SET = { "N/A"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_CATALOG_FLAG STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 1 DESCRIPTION = " The data_set_catalog_flag element indicates whether or not a data set collection or a data set exists in the PDS Data Set Catalog." STANDARD_VALUE_SET = { "N", "Y"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_COLL_OR_DATA_SET_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION MAXIMUM_LENGTH = 40 DESCRIPTION = " The data_set_coll_or_data_set_id element provides the identifier for either a PDS data set collection or data set." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_COLLECTION_DESC STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The data_set_collection_desc element describes the content and type of the related data sets contained in the collection." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_COLLECTION_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION MAXIMUM_LENGTH = 40 DESCRIPTION = " The data_set_collection_id element is a unique alphanumeric identifier for a collection of related data sets or data products. The data set collection is treated as a single unit, whose components are selected according to a specific scientific purpose. Components are related by observation type, discipline, target, time, or other classifications. Example value: PREMGN-E/L/H/M/V-4/5-RAD/GRAV-V1.0 Note: In the PDS, data set collection ids are constructed according to PDS nomenclature standards outlined in the in the Standards Reference." STANDARD_VALUE_SET = { "CON-CAL-1-GROUND-OCF-DATA-V1.0", "GEM-C-3/4-GRIGG-SKJELL-DATA-V1.0", "GRSFE-E-2/3/4/5-RDR-V1.0", "IHW-C-2/3-CHRON-DATA-V1.0", "IHW-C-2/3/4/5-SPACECRAFT-DATA-V1.0", "IHW-C-3-ARCHIVE-ADDENDA-SELECT-DATA-V1.0", "IHW-C-LC-2/3-V1.0", "MGN-V-RSS-5-OCC-PROFILES-V1.0", "MODEL-M-AMES-GCM-5-1977-4-SEASONS-V1.0", "PREMGN-E/L/H/M/V-4/5-RAD/GRAV-V1.0", "SBNSC-IDA/GASPRA-7-V1.0", "SL9-J/C-3-IMPACT-EVENTS-SELECT-DATA-V1.0", "VG1/VG2-SR/UR/NR-1/2/4-OCC-V1.0", "VG1/VG2-SR/UR/NR-2/4-OCC-V1.0"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_COLLECTION_MEMBER_FLG STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 1 DESCRIPTION = " The data_set_collection_member_flg element indicates whether or not a data set is a member of a data set collection." STANDARD_VALUE_SET = { "N", "Y"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_COLLECTION_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION MAXIMUM_LENGTH = 60 DESCRIPTION = " The data_set_collection_name element provides the full name given to a collection of related data sets or data products. The data set collection is treated as a single unit, whose components are selected according to a specific scientific purpose. Components are related by observation type, discipline, target, time, or other classifications. Example value: PRE-MAGELLAN E/L/H/M/V 4/5 RADAR/GRAVITY DATA V1.0 Note: In the PDS, the data set collection name is constructed according to nomenclature standards outlined in the PDS Standards Reference." STANDARD_VALUE_SET = { "AMES MARS GENERAL CIRCULATION MODEL 5 1977 4 SEASONS V1.0", "CONTOUR ARCHIVE DATA V1.0", "GEM COMETARY DATA V1.0", "GEOLOGIC REMOTE SENSING FIELD EXPERIMENT E 2/3/4/5 RDR V1.0", "IHW COMET HALLEY CHRONOLOGICAL DATA V1.0", "IHW COMET LC 2/3 CHRONOLOGICAL DATA V1.0", "INTERNATIONAL HALLEY WATCH SPACECRAFT COMETARY DATA V1.0", "INTERNATIONAL-HALLEY-WATCH-ARCHIVE-ADDENDA-SELECT-DATA-V1.0", "MAGELLAN V RSS 5 OCCULTATION PROFILES V1.0", "PRE-MAGELLAN E/L/H/M/V 4/5 RADAR/GRAVITY DATA V1.0", "SHOEMAKER-LEVY-9-JUPITER-IMPACT-EVENTS-SELECT-DATA-V1.0", "SPECIAL COLLECTION OF IDA & GASPRA DATA V1.0", "VG1/VG2 SR/UR/NR EDITED/RESAMPLED RING OCCULTATION V1.0", "VG1/VG2 SR/UR/NR RAW/EDITED/RESAMPLED RING OCCULTATION V1.0"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_COLLECTION_RELEASE_DT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = DATE UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION MAXIMUM_LENGTH = 10 DESCRIPTION = " The data_set_collection_release_dt element provides the date when the data set collection was released for use. Formation rule: YYYY-MM-DD" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_COLLECTION_USAGE_DESC STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The data_set_collection_usage_desc element provides information required to use the data." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_DESC STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The data_set_desc element describes the content and type of a data set and provides information required to use the data (such as binning information)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION MAXIMUM_LENGTH = 40 DESCRIPTION = " The data_set_id element is a unique alphanumeric identifier for a data set or a data product. The data_set_id value for a given data set or product is constructed according to flight project naming conventions. In most cases the data_set_id is an abbreviation of the data_set_name. Example value: MR9/VO1/VO2-M-ISS/VIS-5-CLOUD-V1.0. Note: In the PDS, the values for both data_set_id and data_set_name are constructed according to standards outlined in the Standards Reference." STANDARD_VALUE_SET = { "A-5-DDR-ASTERMAG-V1.0", "A-5-DDR-ASTEROID-SPIN-VECTORS-V3.0", "A-5-DDR-ASTNAMES-V1.0", "A-5-DDR-POLE-POSITION-REF-V1.0", "A-5-DDR-POLE-POSITION-V1.0", "A-5-DDR-TAXONOMY-V1.0", "A12A-L-SWS-3-SOLAR-WIND-28S-RES-V1.0", "A12A-L-SWS-4-SOLAR-WIND-1HR-AVG-V1.0", "A14A-L-CCIG-3-ATMOS-DENSITY-PLOTS-V1.0", "A15A-L-CCIG-3-ATMOS-DENSITY-PLOTS-V1.0", "A15A-L-SWS-3-SOLAR-WIND-28S-RES-V1.0", "A15A-L-SWS-4-SOLAR-WIND-1HR-AVG-V1.0", "ARCB-L-RTLS-3-70CM-V1.0", "ARCB-L-RTLS-4-70CM-V1.0", "ARCB-L-RTLS-5-12.6CM-V1.0", "ARCB-V-RTLS-4-12.6CM-V1.0", "ARCB/GSSR-M-RTLS-5-MODEL-V1.0", "ARCB/NRAO-L-RTLS/GBT-4/5-70CM-V1.0", "ARCB/NRAO-L-RTLS/GBT-5-12.6CM-V1.0", "BUGLAB-E-BUG-4-V1.0", "C130-E-ASAS-3-RDR-IMAGE-V1.0", "C130-E-TIMS-2-EDR-IMAGE-V1.0", "CFHT-S-QUIRC-1/3-RPX-V1.0", "CH1-ORB-L-M3-2-L0-RAW-V1.0", "CH1-ORB-L-M3-4-L1B-RADIANCE-V1.0", "CH1-ORB-L-M3-4-L1B-RADIANCE-V2.0", "CH1-ORB-L-M3-4-L1B-RADIANCE-V3.0", "CH1-ORB-L-M3-4-L2-REFLECTANCE-V1.0", "CH1-ORB-L-MRFFR-1-PDR-V1.0", "CH1-ORB-L-MRFFR-4-CDR-V1.0", "CH1-ORB-L-MRFFR-5-CDR-MAP-V1.0", "CH1-ORB-L-MRFFR-5-CDR-MOSAIC-V1.0", "CLEM1-L-H-5-DIM-MOSAIC-V1.0", "CLEM1-L-LIDAR-5-TOPO-V1.0", "CLEM1-L-LWIR-3-RDR-V1.0", "CLEM1-L-RSS-1-BSR-V1.0", "CLEM1-L-RSS-5-BSR-V1.0", "CLEM1-L-RSS-5-GRAVITY-V1.0", "CLEM1-L-SPICE-6-V1.0", "CLEM1-L-U-5-DIM-BASEMAP-V1.0", "CLEM1-L-U-5-DIM-UVVIS-V1.0", "CLEM1-L/E/Y-A/B/U/H/L/N-2-EDR-V1.0", "CO-D-CDA-3/4/5-DUST-V1.0", "CO-D-HRD-3-COHRD-V1.0", "CO-D-HRD-3-COHRD-V10.0", "CO-D-HRD-3-COHRD-V2.0", "CO-D-HRD-3-COHRD-V3.0", "CO-D-HRD-3-COHRD-V4.0", "CO-D-HRD-3-COHRD-V5.0", "CO-D-HRD-3-COHRD-V6.0", "CO-D-HRD-3-COHRD-V7.0", "CO-D-HRD-3-COHRD-V8.0", "CO-D-HRD-3-COHRD-V9.0", "CO-E/J/S/SW-CAPS-2-UNCALIBRATED-V1.0", "CO-E/J/S/SW-MIMI-2-CHEMS-UNCALIB-V1.0", "CO-E/J/S/SW-MIMI-2-INCA-UNCALIB-V1.0", "CO-E/J/S/SW-MIMI-2-LEMMS-UNCALIB-V1.0", "CO-E/SW/J/S-MAG-2-REDR-RAW-DATA-V1.0", "CO-E/SW/J/S-MAG-3-RDR-CALIB-SHM-V1.0", "CO-E/SW/J/S-MAG-3-RDR-FULL-RES-V1.0", "CO-E/SW/J/S-MAG-4-SUMM-1MINAVG-V1.0", "CO-E/SW/J/S-MAG-4-SUMM-1SECAVG-V1.0", "CO-E/SW/J/S-MAG-4-SUMM-AVERAGED-V1.0", "CO-E/V/J-ISSNA/ISSWA-2-EDR-V1.0", "CO-E/V/J/S-VIMS-2-QUBE-V1.0", "CO-J-CIRS-2/3/4-TSDR-V1.0", "CO-J-CIRS-2/3/4-TSDR-V2.0", "CO-J-UVIS-2-CUBE-V1.0", "CO-J-UVIS-2-SPEC-V1.0", "CO-J-UVIS-2-SSB-V1.0", "CO-S-CIRS-2/3/4-TSDR-V1.0", "CO-S-CIRS-2/3/4-TSDR-V2.0", "CO-S-INMS-2-PKT-U-V1.0", "CO-S-INMS-3-L1A-U-V1.0", "CO-S-ISSNA/ISSWA-2-EDR-V1.0", "CO-S-ISSNA/ISSWA-5-MIDR-V1.0", "CO-S-RSS-1-SAGR1-V1.0", "CO-S-RSS-1-SAGR10-V1.0", "CO-S-RSS-1-SAGR11-V1.0", "CO-S-RSS-1-SAGR2-V1.0", "CO-S-RSS-1-SAGR3-V1.0", "CO-S-RSS-1-SAGR4-V1.0", "CO-S-RSS-1-SAGR5-V1.0", "CO-S-RSS-1-SAGR6-V1.0", "CO-S-RSS-1-SAGR7-V1.0", "CO-S-RSS-1-SAGR8-V1.0", "CO-S-RSS-1-SAGR9-V1.0", "CO-S-RSS-1-SROC1-V1.0", "CO-S-RSS-1-SROC10-V1.0", "CO-S-RSS-1-SROC11-V1.0", "CO-S-RSS-1-SROC12-V1.0", "CO-S-RSS-1-SROC13-V1.0", "CO-S-RSS-1-SROC2-V1.0", "CO-S-RSS-1-SROC3-V1.0", "CO-S-RSS-1-SROC4-V1.0", "CO-S-RSS-1-SROC5-V1.0", "CO-S-RSS-1-SROC6-V1.0", "CO-S-RSS-1-SROC7-V1.0", "CO-S-RSS-1-SROC8-V1.0", "CO-S-RSS-1-SROC9-V1.0", "CO-S-UVIS-2-CALIB-V1.0", "CO-S-UVIS-2-CALIB-V1.1", "CO-S-UVIS-2-CALIB-V1.2", "CO-S-UVIS-2-CUBE-V1.0", "CO-S-UVIS-2-CUBE-V1.1", "CO-S-UVIS-2-CUBE-V1.2", "CO-S-UVIS-2-SPEC-V1.0", "CO-S-UVIS-2-SPEC-V1.1", "CO-S-UVIS-2-SPEC-V1.2", "CO-S-UVIS-2-SSB-V1.0", "CO-S-UVIS-2-SSB-V1.1", "CO-S-UVIS-2-SSB-V1.2", "CO-S-UVIS-2-WAV-V1.0", "CO-S/J/E/V-SPICE-6-V1.0", "CO-SA-ISSNA-5-MIMASSHAPE-V1.0", "CO-SA-ISSNA-5-PHOEBESHAPE-V1.0", "CO-SS-RSS-1-SCC1-V1.0", "CO-SS-RSS-1-SCC2-V1.0", "CO-SS-RSS-1-SCC3-V1.0", "CO-SS-RSS-1-SCC4-V1.0", "CO-SS-RSS-1-SCC5-V1.0", "CO-SS-RSS-1-SCC6-V1.0", "CO-SS-RSS-1-SCC7-V1.0", "CO-SS-RSS-1-SCE1-V1.0", "CO-SSA-RADAR-3-ABDR-CSV-V1.0", "CO-SSA-RADAR-3-ABDR-SUMMARY-V1.0", "CO-SSA-RADAR-3-ABDR-V1.0", "CO-SSA-RADAR-5-BIDR-V1.0", "CO-SSA-RSS-1-DIGR1-V1.0", "CO-SSA-RSS-1-DIGR2-V1.0", "CO-SSA-RSS-1-ENGR1-V1.0", "CO-SSA-RSS-1-ENGR2-V1.0", "CO-SSA-RSS-1-ENGR3-V1.0", "CO-SSA-RSS-1-ENGR4-V1.0", "CO-SSA-RSS-1-ENGR5-V1.0", "CO-SSA-RSS-1-ENGR6-V1.0", "CO-SSA-RSS-1-ENGR7-V1.0", "CO-SSA-RSS-1-ENOC1-V1.0", "CO-SSA-RSS-1-ENOC2-V1.0", "CO-SSA-RSS-1-HYGR1-V1.0", "CO-SSA-RSS-1-IAGR1-V1.0", "CO-SSA-RSS-1-RHGR1-V1.0", "CO-SSA-RSS-1-TBIS1-V1.0", "CO-SSA-RSS-1-TBIS2-V1.0", "CO-SSA-RSS-1-TBOC1-V1.0", "CO-SSA-RSS-1-TBOC2-V1.0", "CO-SSA-RSS-1-TBOC3-V1.0", "CO-SSA-RSS-1-TBOC4-V1.0", "CO-SSA-RSS-1-TBOC5-V1.0", "CO-SSA-RSS-1-TIGR1-V1.0", "CO-SSA-RSS-1-TIGR10-V1.0", "CO-SSA-RSS-1-TIGR11-V1.0", "CO-SSA-RSS-1-TIGR12-V1.0", "CO-SSA-RSS-1-TIGR13-V1.0", "CO-SSA-RSS-1-TIGR14-V1.0", "CO-SSA-RSS-1-TIGR15-V1.0", "CO-SSA-RSS-1-TIGR16-V1.0", "CO-SSA-RSS-1-TIGR2-V1.0", "CO-SSA-RSS-1-TIGR3-V1.0", "CO-SSA-RSS-1-TIGR4-V1.0", "CO-SSA-RSS-1-TIGR5-V1.0", "CO-SSA-RSS-1-TIGR6-V1.0", "CO-SSA-RSS-1-TIGR7-V1.0", "CO-SSA-RSS-1-TIGR8-V1.0", "CO-SSA-RSS-1-TIGR9-V1.0", "CO-SSA-RSS-1-TOCC1-V1.0", "CO-SSA-RSS-5-EDP1-V1.0", "CO-V/E/J/S-RADAR-3-LBDR-V1.0", "CO-V/E/J/S-RADAR-3-SBDR-V1.0", "CO-V/E/J/S/SS-RPWS-2-REFDR-ALL-V1.0", "CO-V/E/J/S/SS-RPWS-2-REFDR-WBRFULL-V1.0", "CO-V/E/J/S/SS-RPWS-2-REFDR-WFRFULL-V1.0", "CO-V/E/J/S/SS-RPWS-3-RDR-LRFULL-V1.0", "CO-V/E/J/S/SS-RPWS-4-SUMM-KEY60S-V1.0", "CO-X-RSS-1-GWE1-V1.0", "CO-X-RSS-1-GWE2-V1.0", "CO-X-RSS-1-GWE3-V1.0", "CO-X-UVIS-2-CALIB-V1.0", "CO-X-UVIS-2-CUBE-V1.0", "CO-X-UVIS-2-SPEC-V1.0", "CO-X-UVIS-2-SSB-V1.0", "CO-X-UVIS-2-WAV-V1.0", "CON-CAL-CFI-1-EDR-GROUND-OCF-V1.0", "CON-CAL-CRISPIMAG-1-EDR-GROUND-OCF-V1.0", "CON-CAL-CRISPSPEC-1-EDR-GROUND-OCF-V1.0", "CON-CAL-TLM-1-EDR-GROUND-GSE-V1.0", "CO_CAL_ISSNA/ISSWA_2_EDR_V1.0", "DAWN-A-GRAND-2-EDR-VESTA-COUNTS-V1.0", "DI-C-HRII/HRIV/MRI/ITS-6-DOC-SET-V1.0", "DI-C-HRII/HRIV/MRI/ITS-6-DOC-SET-V2.0", "DI-C-HRII/HRIV/MRI/ITS-6-DOC-SET-V3.0", "DI-C-HRII/HRIV/MRI/ITS-6-DOC-SET-V4.0", "DI-C-HRIV/ITS/MRI-5-MOVIE-COLL-V1.0", "DI-C-SPICE-6-V1.0", "DI/EAR-C-I0034-3-UH22M-TMPL1-V1.0", "DI/EAR-C-I0046-2-IRTF-NIRIMG-TMPL1-V1.0", "DI/EAR-C-I0046-2-IRTF-NIRSPEC-TMPL1-V1.0", "DI/EAR-C-I0071-2-IRTF-MIR-TMPL1-V1.0", 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"VG2-J-MAG-4-RDR-S3COORDS-1.92SEC-V1.1", "VG2-J-MAG-4-RDR-S3COORDS-9.60SEC-V1.1", "VG2-J-MAG-4-SUMM-HGCOORDS-48.0SEC-V1.0", "VG2-J-MAG-4-SUMM-S3COORDS-48.0SEC-V1.1", "VG2-J-PLS-5-ELE-MOM-96.0SEC", "VG2-J-PLS-5-ION-MOM-96.0SEC", "VG2-J-PLS-5-SUMM-ELE-MOM-96.0SEC-V1.0", "VG2-J-PLS-5-SUMM-ION-INBNDSWIND-96S-V1.0", "VG2-J-PLS-5-SUMM-ION-L-MODE-96S-V1.0", "VG2-J-PLS-5-SUMM-ION-M-MODE-96S-V1.0", "VG2-J-PLS-5-SUMM-ION-MOM-96.0SEC-V1.0", "VG2-J-POS-4-48.0SEC", "VG2-J-POS-6-SUMM-HGCOORDS-V1.0", "VG2-J-POS-6-SUMM-S3COORDS-V1.1", "VG2-J-PRA-3-RDR-6SEC-V1.0", "VG2-J-PRA-3-RDR-LOWBAND-6SEC-V1.0", "VG2-J-PRA-4-SUMM-BROWSE-48SEC-V1.0", "VG2-J-PWS-2-RDR-SA-4.0SEC-V1.0", "VG2-J-PWS-2-SA-4.0SEC", "VG2-J-PWS-4-SA-48.0SEC", "VG2-J-PWS-4-SUMM-SA-48.0SEC-V1.0", "VG2-J-UVS-0--SL9-NULL-RESULTS-V1.0", "VG2-J-UVS-3-RDR-V1.0", "VG2-J/S/U/N/SS-PWS-1-EDR-WFRM-60MS-V1.0", "VG2-N-CRS-3-RDR-D1-6SEC-V1.0", "VG2-N-CRS-4-SUMM-D1-96SEC-V1.0", "VG2-N-CRS-4-SUMM-D2-96SEC-V1.0", "VG2-N-IRIS-3-RDR-V1.0", "VG2-N-ISS-2-EDR-V1.0", "VG2-N-LECP-4-RDR-STEP-12.8MIN-V1.0", "VG2-N-LECP-4-SUMM-SCAN-24SEC-V1.0", "VG2-N-MAG-4-RDR-HGCOORDS-1.92SEC-V1.0", "VG2-N-MAG-4-RDR-HGCOORDS-9.6SEC-V1.0", "VG2-N-MAG-4-SUMM-HGCOORDS-48SEC-V1.0", "VG2-N-MAG-4-SUMM-NLSCOORDS-12SEC-V1.0", "VG2-N-PLS-5-RDR-2PROMAGSPH-48SEC-V1.0", "VG2-N-PLS-5-RDR-ELEMAGSPHERE-96SEC-V1.0", "VG2-N-PLS-5-RDR-IONINBNDWIND-48SEC-V1.0", "VG2-N-PLS-5-RDR-IONLMODE-48SEC-V1.0", "VG2-N-PLS-5-RDR-IONMAGSPHERE-48SEC-V1.0", "VG2-N-PLS-5-RDR-IONMMODE-12MIN-V1.0", "VG2-N-POS-5-SUMM-HGCOORDS-48SEC-V1.0", "VG2-N-POS-5-SUMM-NLSCOORDS-12SEC-V1.0", "VG2-N-PRA-2-RDR-HIGHRATE-60MS-V1.0", "VG2-N-PRA-4-SUMM-BROWSE-48SEC-V1.0", "VG2-N-PWS-1-EDR-WFRM-60MS-V1.0", "VG2-N-PWS-2-RDR-SA-4SEC-V1.0", "VG2-N-PWS-4-SUMM-SA-48SEC-V1.0", "VG2-N-UVS-3-RDR-V1.0", "VG2-NSA-RSS-5-ROCC-V1.0", "VG2-S-6-SPK-V1.0", "VG2-S-CRS-4-SUMM-D1/D2-1.92SEC-V1.0", "VG2-S-LECP-4-15MIN", "VG2-S-LECP-4-BR-15MIN", "VG2-S-LECP-4-SUMM-AVERAGE-15MIN-V1.0", "VG2-S-LECP-4-SUMM-SECTOR-15MIN-V1.0", "VG2-S-MAG-4-1.92SEC", "VG2-S-MAG-4-48.0SEC", "VG2-S-MAG-4-9.60SEC", "VG2-S-MAG-4-RDR-HGCOORDS-1.92SEC-V1.1", "VG2-S-MAG-4-RDR-HGCOORDS-9.6SEC-V1.1", "VG2-S-MAG-4-RDR-L1COORDS-1.92SEC-V1.1", "VG2-S-MAG-4-RDR-L1COORDS-9.6SEC-V1.1", "VG2-S-MAG-4-SUMM-HGCOORDS-48SEC-V1.1", "VG2-S-MAG-4-SUMM-L1COORDS-48SEC-V1.1", "VG2-S-PLS-5-ELE-BR-96.0SEC", "VG2-S-PLS-5-ELE-PAR-96.0SEC", "VG2-S-PLS-5-ION-FBR-96.0SEC", "VG2-S-PLS-5-ION-FIT-96.0SEC", "VG2-S-PLS-5-ION-MOM-96.0SEC", "VG2-S-PLS-5-SUM-ION-SOLARWIND-96S-V1.0", "VG2-S-PLS-5-SUMM-ELE-BR-96SEC-V1.0", "VG2-S-PLS-5-SUMM-ELE-FIT-96SEC-V1.0", "VG2-S-PLS-5-SUMM-ION-FBR-96SEC-V1.0", "VG2-S-PLS-5-SUMM-ION-FIT-96SEC-V1.0", "VG2-S-PLS-5-SUMM-ION-MOM-96SEC-V1.0", "VG2-S-PLS-5-SUMM-ION-SOLARWIND-96S-V1.0", "VG2-S-POS-4-48.0SEC", "VG2-S-POS-4-SUMM-HGCOORDS-V1.0", "VG2-S-POS-4-SUMM-L1COORDS-V1.0", "VG2-S-PRA-3-RDR-LOWBAND-6SEC-V1.0", "VG2-S-PWS-2-RDR-SA-4.0SEC-V1.0", "VG2-S-PWS-2-SA-4.0SEC", "VG2-S-PWS-4-SA-48.0SEC", "VG2-S-PWS-4-SUMM-SA-48SEC-V1.0", "VG2-S-RSS-1-ROCC-V1.0", "VG2-S-UVS-3-RDR-V1.0", "VG2-SR/UR/NR-PPS-1/2/4-OCC-V1.0", "VG2-SR/UR/NR-PPS-2/4-OCC-V1.0", "VG2-SR/UR/NR-PPS-4-OCC-V1.0", "VG2-SR/UR/NR-UVS-4-OCC-V1.0", "VG2-U-6-SPK-V1.0", "VG2-U-CRS-4-SUMM-D1-96SEC-V1.0", "VG2-U-CRS-4-SUMM-D2-96SEC-V1.0", "VG2-U-IRIS-3-RDR-V1.0", "VG2-U-ISS-2-EDR-V1.0", "VG2-U-LECP-4-RDR-SECTOR-15MIN-V1.0", "VG2-U-LECP-4-RDR-STEP-12.8MIN-V1.0", "VG2-U-LECP-4-SUMM-AVERAGE-15MIN-V1.0", "VG2-U-LECP-4-SUMM-SCAN-24SEC-V1.0", "VG2-U-MAG-4-RDR-HGCOORDS-1.92SEC-V1.0", "VG2-U-MAG-4-RDR-HGCOORDS-9.6SEC-V1.0", "VG2-U-MAG-4-RDR-U1COORDS-1.92SEC-V1.0", "VG2-U-MAG-4-RDR-U1COORDS-9.6SEC-V1.0", "VG2-U-MAG-4-SUMM-HGCOORDS-48SEC-V1.0", "VG2-U-MAG-4-SUMM-U1COORDS-48SEC-V1.0", "VG2-U-PLS-5-RDR-ELEFIT-48SEC-V1.0", "VG2-U-PLS-5-RDR-IONFIT-48SEC-V1.0", "VG2-U-PLS-5-SUMM-ELEBR-48SEC-V1.0", "VG2-U-PLS-5-SUMM-IONBR-48SEC-V1.0", "VG2-U-POS-5-SUMM-HGCOORDS-48SEC-V1.0", "VG2-U-POS-5-SUMM-U1COORDS-48SEC-V1.0", "VG2-U-PRA-2-RDR-HIGHRATE-60MS-V1.0", "VG2-U-PRA-4-SUMM-BROWSE-48SEC-V1.0", "VG2-U-PWS-1-EDR-WFRM-60MS-V1.0", "VG2-U-PWS-2-RDR-SA-4SEC-V1.0", "VG2-U-PWS-4-SUMM-SA-48SEC-V1.0", "VG2-U-UVS-3-RDR-V1.0", "VL1-M-MET-4-BINNED-P-T-V-CORR-V1.0", "VL1/VL2-M-FTS-3-FOOTPAD-TEMP-V1.0", "VL1/VL2-M-FTS-4-SOL-AVG-FTPD-TEMP-V1.0", "VL1/VL2-M-LCS-2-EDR-V1.0", "VL1/VL2-M-LCS-5-ATMOS-OPTICAL-DEPTH-V1.0", "VL1/VL2-M-LCS-5-ROCKS-V1.0", "VL1/VL2-M-LR-2-EDR-V1.0", "VL1/VL2-M-MET-3-P-V1.0", "VL1/VL2-M-MET-4-BINNED-P-T-V-V1.0", "VL1/VL2-M-MET-4-DAILY-AVG-PRESSURE-V1.0", "VO1-SA-VISA/VISB-5-PHOBOSSHAPE-V1.0", "VO1/VO2-M-IRTM-4-V1.0", "VO1/VO2-M-IRTM-5-BINNED/CLOUDS-V1.0", "VO1/VO2-M-MAWD-4-V1.0", "VO1/VO2-M-SPICE-6-V1.0", "VO1/VO2-M-VIS-2-EDR-BR-V2.0", "VO1/VO2-M-VIS-2-EDR-V1.0", "VO1/VO2-M-VIS-2-EDR-V2.0", "VO1/VO2-M-VIS-5-DIM-V1.0", "VO1/VO2-M-VIS-5-DTM-V1.0", "VO2-M-RSS-4-LOS-GRAVITY-V1.0", "WFF-E-ATM-1/5-V1.0", "WHT-S-API/ISIS-1/3-RPX-V1.0", "WIYN-S-WI-2-RPX-V1.0"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_LOCAL_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MAXIMUM_LENGTH = 8 DESCRIPTION = " The DATA_SET_LOCAL_ID element provides a short (of order 3 characters) acronym used as the local ID of a data set (Example value: IGLC). It may also appear as the first element of file names from a particular DATA_SET (Example value:IGLCINDX.LBL)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION MAXIMUM_LENGTH = 60 DESCRIPTION = " The data_set_name element provides the full name given to a data set or a data product. The data_set_name typically identifies the instrument that acquired the data, the target of that instrument, and the processing level of the data. Example value: MR9/VO1/VO2 MARS IMAGING SCIENCE SUBSYSTEM/VIS 5 CLOUD V1.0. See also: data_set_id. Note: In PDS, the data_set_name is constructed according to standards outlined in the Standards Reference. Note: This element is defined in the AMMOS Magellan catalog as an alias for file_name to provide backward compatibility" STANDARD_VALUE_SET = { "120-COLOR LUNAR NIR SPECTROPHOTOMETRY DATA V1.0", "2001 MARS ODYSSEY RADIO SCIENCE RAW DATA SET - EXT V1.0", "2001 MARS ODYSSEY RADIO SCIENCE RAW DATA SET - V1.0", "24-COLOR ASTEROID SURVEY", "2MASS ASTEROID AND COMET SURVEY V1.0", "2MASS ASTEROID AND COMET SURVEY V2.0", "52 COLOR ASTEROID SURVEY V1.0", "52 COLOR ASTEROID SURVEY V2.0", "52-COLOR ASTEROID SURVEY", "AMES MARS GENERAL CIRCULATION MODEL 5 LAT LON VARIABLES V1.0", "AMES MARS GENERAL CIRCULATION MODEL 5 LAT PRES VARIABLE V1.0", "AMES MARS GENERAL CIRCULATION MODEL 5 LAT TIME VARIABLE V1.0", "AMES MARS GENERAL CIRCULATION MODEL 5 LAT VARIABLES V1.0", "AMES MARS GENERAL CIRCULATION MODEL 5 TIME VARIABLES V1.0", "AMES MARS GENERAL CIRCULATION MODEL 5 TOPOGRAPHY V1.0", "ANGLO-AUSTRALIAN OBSERVATORY DATA FROM SL9 IMPACTS", "APACHE POINT OBSERVATORY 3.5M AGILE OBSERVATIONS OF LCROSS", "APOLLO 12 ALSEP/SWS SOLAR WIND 1-HR AVG TABLES V1.0", "APOLLO 12 ALSEP/SWS SOLAR WIND 28-SEC RESOLUTION TABLES V1.0", "APOLLO 14 ALSEP/CCIG REDUCED ATMOSPHERIC DENSITY PLOTS V1.0", "APOLLO 15 ALSEP/CCIG REDUCED ATMOSPHERIC DENSITY PLOTS V1.0", "APOLLO 15 ALSEP/SWS SOLAR WIND 1-HR AVG TABLES V1.0", "APOLLO 15 ALSEP/SWS SOLAR WIND 28-SEC RESOLUTION TABLES V1.0", "ARCB/GSSR M RADIO TELESC DERIVED RADAR MODEL UNIT MAP V1.0", "ARECIBO MOON RADIO TELESC RESAMPLED 70 CM RADAR MOSAIC V1.0", "ARECIBO MOON RADIO TELESCOPE CALIBRATED 70 CM RADAR V1.0", "ARECIBO MOON RADIO TELESCOPE DERIVED 12.6 CM RADAR V1.0", "ARECIBO VENUS RADIO TELESCOPE RESAMPLED 12.6 CM RADAR V1.0", "ARECIBO/NRAO MOON RTLS/GBT 4/5 70CM V1.0", "ARECIBO/NRAO MOON RTLS/GBT 5 12.6CM V1.0", "ARRAY OF ICI COUNTS FOR STEPPED M/Q,V", "ASTEROID 3-MICRON SURVEY V1.0", "ASTEROID ABSOLUTE MAGNITUDES AND SLOPES V1.0", "ASTEROID ABSOLUTE MAGNITUDES V10.0", "ASTEROID ABSOLUTE MAGNITUDES V11.0", "ASTEROID ABSOLUTE MAGNITUDES V12.0", "ASTEROID ABSOLUTE MAGNITUDES V2.0", "ASTEROID ABSOLUTE MAGNITUDES V3.0", "ASTEROID ABSOLUTE MAGNITUDES V4.0", "ASTEROID ABSOLUTE MAGNITUDES V5.0", "ASTEROID ABSOLUTE MAGNITUDES V6.0", "ASTEROID ABSOLUTE MAGNITUDES V7.0", "ASTEROID ABSOLUTE MAGNITUDES V8.0", "ASTEROID ABSOLUTE MAGNITUDES V9.0", "ASTEROID ALBEDOS", "ASTEROID ALBEDOS FROM STELLAR OCCULTATIONS V1.0", "ASTEROID ALBEDOS V1.0", "ASTEROID BIBLIOGRAPHY V1.0", "ASTEROID BIBLIOGRAPHY V2.0", "ASTEROID DENSITIES", "ASTEROID DENSITIES V1.0", "ASTEROID DISCOVERY CIRCUMSTANCES V1.0", "ASTEROID DYNAMICAL FAMILIES V2.0", "ASTEROID DYNAMICAL FAMILIES V3.0", "ASTEROID DYNAMICAL FAMILIES V4.0", "ASTEROID DYNAMICAL FAMILIES V4.1", "ASTEROID FAMILY IDENTIFICATIONS V1.0", "ASTEROID LIGHTCURVE DERIVED DATA REFERENCES V1.0", "ASTEROID LIGHTCURVE DERIVED DATA V1.0", "ASTEROID LIGHTCURVE DERIVED DATA V10.0", "ASTEROID LIGHTCURVE DERIVED DATA V11.0", "ASTEROID LIGHTCURVE DERIVED DATA V12.0", "ASTEROID LIGHTCURVE DERIVED DATA V2.0", "ASTEROID LIGHTCURVE DERIVED DATA V3.0", "ASTEROID LIGHTCURVE DERIVED DATA V4.0", "ASTEROID LIGHTCURVE DERIVED DATA V5.0", "ASTEROID LIGHTCURVE DERIVED DATA V6.0", "ASTEROID LIGHTCURVE DERIVED DATA V7.0", "ASTEROID LIGHTCURVE DERIVED DATA V8.0", "ASTEROID LIGHTCURVE DERIVED DATA V9.0", "ASTEROID MASSES V1.0", "ASTEROID MASSES V2.0", "ASTEROID MASSES V3.0", "ASTEROID NAMES AND DESIGNATIONS V1.0", "ASTEROID NAMES AND DESIGNATIONS V2.0", "ASTEROID NAMES AND DISCOVERY V1.0", "ASTEROID NAMES AND DISCOVERY V10.0", "ASTEROID NAMES AND DISCOVERY V11.0", "ASTEROID NAMES AND DISCOVERY V12.0", "ASTEROID NAMES AND DISCOVERY V2.0", "ASTEROID NAMES AND DISCOVERY V3.0", "ASTEROID NAMES AND DISCOVERY V4.0", "ASTEROID NAMES AND DISCOVERY V5.0", "ASTEROID NAMES AND DISCOVERY V6.0", "ASTEROID NAMES AND DISCOVERY V7.0", "ASTEROID NAMES AND DISCOVERY V8.0", "ASTEROID NAMES AND DISCOVERY V9.0", "ASTEROID OCCULTATIONS", "ASTEROID OCCULTATIONS V1.0", "ASTEROID OCCULTATIONS V2.0", "ASTEROID OCCULTATIONS V4.0", "ASTEROID OCCULTATIONS V4.1", "ASTEROID OCCULTATIONS V5.0", "ASTEROID OCCULTATIONS V6.0", "ASTEROID OCCULTATIONS V7.0", "ASTEROID OCCULTATIONS V8.0", "ASTEROID OCCULTATIONS V9.0", "ASTEROID PHOTOMETRIC CATALOG V1.0", "ASTEROID PHOTOMETRIC CATALOG V1.1", "ASTEROID POLARIMETRIC DATABASE V1.0", "ASTEROID POLARIMETRIC DATABASE V2.0", "ASTEROID POLARIMETRIC DATABASE V3.0", "ASTEROID POLARIMETRIC DATABASE V4.0", "ASTEROID POLARIMETRIC DATABASE V4.1", "ASTEROID POLARIMETRIC DATABASE V5.0", "ASTEROID POLARIMETRIC DATABASE V6.0", "ASTEROID POLARIMETRIC DATABASE V7.0", "ASTEROID POLE POSITIONS REFERENCES V1.0", "ASTEROID POLE POSITIONS V1.0", "ASTEROID POLE POSITIONS_REFERENCES V1.0", "ASTEROID PROPER ELEMENTS V1.0", "ASTEROID RADAR V1.0", "ASTEROID RADAR V10.0", "ASTEROID RADAR V11.0", "ASTEROID RADAR V12.0", "ASTEROID RADAR V13.0", "ASTEROID RADAR V14.0", "ASTEROID RADAR V15.0", "ASTEROID RADAR V16.0", "ASTEROID RADAR V17.0", "ASTEROID RADAR V18.0", "ASTEROID RADAR V3.0", "ASTEROID RADAR V4.0", "ASTEROID RADAR V5.0", "ASTEROID RADAR V6.0", "ASTEROID RADAR V7.0", "ASTEROID RADAR V7.1", "ASTEROID RADAR V8.0", "ASTEROID RADAR V9.0", "ASTEROID SPIN VECTOR COMPILATION V5.0", "ASTEROID SPIN VECTORS", "ASTEROID SPIN VECTORS V3.0", "ASTEROID SPIN VECTORS V4.0", "ASTEROID SPIN VECTORS V4.1", "ASTEROID TAXONOMY V1.0", "ASTEROID TAXONOMY V2.0", "ASTEROID TAXONOMY V3.0", "ASTEROID TAXONOMY V4.0", "ASTEROID TAXONOMY V5.0", "ASTEROID TAXONOMY V6.0", "ATM OBSERVATIONS AT NEVADA TEST SITE V1.0", "ANGLO-AUSTRALIAN OBSERVATORY DATA FROM SL9 IMPACTS", "BELSKAYA ASTEROID POLARIMETRY V1.0", "BINARY MINOR PLANETS V1.0", "BINARY MINOR PLANETS V2.0", "BINARY MINOR PLANETS V3.0", "BINARY MINOR PLANETS V4.0", "BINARY MINOR PLANETS V5.0", "BINARY NEAS SUMMARY V1.0", "BUS-DEMEO ASTEROID TAXONOMY V1.0", "C130 EARTH ASAS CALIBRATED REDUCED DATA RECORD IMAGE V1.0", "C130 EARTH TIMS EDITED EXPERIMENT DATA RECORD IMAGE V1.0", "CASSINI COSMIC DUST ANALYZER CALIBRATED/RESAMPLED DATA", "CASSINI E/J/S/SW CAPS 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"LCROSS MOON TOTAL LUMINANCE PHOTOMETER 2 RAW V1.0", "LCROSS MOON TOTAL LUMINANCE PHOTOMETER 3 CAL V1.0", "LCROSS SUN 2ND NEAR IR SPECTROMETER 2 PREHAD V1.0", "LCROSS SUN 2ND NEAR IR SPECTROMETER 2 RAW V1.0", "LCROSS SUN 2ND NEAR IR SPECTROMETER 3 CAL V1.0", "LCROSS SUN 2ND NEAR IR SPECTROMETER FLASH 2 RAW V1.0", "LCROSS SUN 2ND NEAR IR SPECTROMETER FLASH 3 CAL V1.0", "LEBOFSKY ET AL. 3-MICRON ASTEROID DATA", "LEBOFSKY ET AL. 3-MICRON ASTEROID DATA V1.2", "LICK1M SR CCD-CAM RESAMPLED RING OCCULTATION V1.0", "LOWELL 72-IN IMAGES AND PHOTOM. OF 9P/TEMPEL 1 V1.0", "LOWELL OBSERVATORY COMETARY DATABASE", "LOWELL OBSERVATORY COMETARY DATABASE - PRODUCTION RATES", "LP ATDF RAW RADIO SCIENCE TRACKING DATA V1.0", "LP ELECTRON REFLECTOMETER 3D ENERGY SPECTRA 80SEC V1.0", "LP ELECTRON REFLECTOMETER HIGH RES. ELECTRON FLUX 5SEC V1.0", "LP ELECTRON REFLECTOMETER OMNI DIR. ELECTRON FLUX 80SEC V1.0", "LP L RSS LINE OF SIGHT ACCELERATION PROFILES V1.0", "LP LUNAR GRAVITY V1.0", "LP MAGER SPINAVG MAGNETIC FIELD LUNAR COORDS 5SEC V1.0", "LP MOON ER LEVEL 4 ELECTRON DATA V1.0", "LP MOON GAMMA RAY SPECTROMETER 3 RDR V1.0", "LP MOON GRS/NS/APS RESAMPLED DATA V1.0", "LP MOON MAG LEVEL 4 LUNAR MAGNETIC FIELD TIME SERIES V1.0", "LP MOON MAG LEVEL 5 LUNAR MAGNETIC FIELD BINS V1.0", "LP MOON MAG LEVEL 5 SURFACE MAGNETIC FIELD MAPS V1.0", "LP MOON MERGED TELEMETRY DATA V1.0", "LP MOON NEUTRON SPECTROMETER 3 RDR V1.0", "LP MOON SPACECRAFT ATTITUDE V1.0", "LP MOON SPACECRAFT EPHEMERIS V1.0", "LP MOON SPACECRAFT POSITION V1.0", "LP MOON SPACECRAFT TRAJECTORY V1.0", "LP MOON SUN PULSE DATA V1.0", "LP MOON UPLINK COMMAND V1.0", "LP NEUTRON COUNT MAPS V1.0", "LRO CRATER 2 EDR V1.0", "LRO CRATER 3 CALIBRATED ENERGY DATA V1.0", "LRO CRATER 3/4 CALIBRATED LET DATA V1.0", "LRO DLRE 4 CALIBRATED RADIANCE V1.0", "LRO DLRE 5 GRIDDED DATA RECORDS", "LRO DLRE 5 POLAR RESOURCE PRODUCT", "LRO DLRE LEVEL 2 EDR V1.0", "LRO LUNAR EXPLORATION NEUTRON DETECTOR 2 EDR V1.0", "LRO LUNAR EXPLORATION NEUTRON DETECTOR 4/5 RDR V1.0", "LRO LUNAR EXPLORATION NEUTRON DETECTOR 5 RDR V1.0", "LRO LUNAR SPICE KERNELS V1.0", "LRO MOON CRATER 3 CALIBRATED ENERGY DATA V1.0", "LRO MOON CRATER 3/4 CALIBRATED LET DATA V1.0", "LRO MOON CRATER EDR RAWDATA VERSION 1.0", "LRO MOON LAMP 2 EXPERIMENT DATA RECORD V1.0", "LRO MOON LAMP 3 REDUCED DATA RECORD V1.0", "LRO MOON LAMP 5 GRIDDED DATA RECORD V1.0", "LRO MOON LAMP CODMAC LEVEL 2 EDR V1.0", "LRO MOON LAMP CODMAC LEVEL 3 RDR V1.0", "LRO MOON LASER ALTIMETER 2 EDR V1.0", "LRO MOON LASER ALTIMETER 3 RDR V1.0", "LRO MOON LASER ALTIMETER 4 GDR V1.0", "LRO MOON LASER ALTIMETER 5 SHADR V1.0", "LRO MOON LROC 2 EDR V1.0", "LRO MOON LROC 3 CDR V1.0", "LRO MOON LROC 5 RDR V1.0", "LRO MOON MINI-RF 1 PACKETIZED DATA RECORD V1.0", "LRO MOON MINI-RF 4 CALIBRATED DATA RECORD V1.0", "LRO MOON MINI-RF 4 INSAR CALIBRATED DATA REC V1.0", "LRO MOON MINI-RF 5 MAP-PROJECTED CALIBRATED DATA REC V1.0", "LRO MOON MINI-RF 5 POLAR MOSAIC CALIBRATED DATA REC V1.0", "LRO MOON RADIO SCIENCE RAW TRACKING DATA V1.0", "LUNAR PROSPECTOR MOON RSS 5 GLGM3/GRAVITY V1.0", "MAG CALIBRATED (CDR) DATA E/V/H/SW V1.0", "MAG UNCALIBRATED (EDR) DATA E/V/H V1.0", "MAG UNCALIBRATED (EDR) DATA E/V/H/SW V1.0", "MAGDALENA RIDGE OBSERVATORY 2.4M PHOTDOC LCROSS OBSERVATIONS", "MAGDALENA RIDGE OBSERVATORY 2.4M PHOTGJON LCROSS OBSERVATION", "MAGELLAN BISTATIC RADAR CALIBRATED DATA V1.0", "MAGELLAN BISTATIC RADAR RAW DATA RECORDS V1.0", "MAGELLAN RADIO OCCULTATION RAW DATA RECORDS V2.0", "MAGELLAN SURFACE CHARACTERISTICS VECTOR DATA RECORD", "MAGELLAN V RSS 5 OCCULTATION PROFILE ABS H2SO4 VOLMIX V1.0", "MAGELLAN V RSS 5 OCCULTATION PROFILE REF TEMP PRES DENS V1.0", "MARINER 10 CALIBRATION SECOND ORDER DATA", "MARINER 10 IMAGING ARCHIVE EXPERIMENT DATA RECORD", "MARINER 10 MERC MAG RDR M1 HIGHRES V1.0", "MARINER 10 MERC MAG RDR M3 HIGHRES V1.0", "MARINER 10 MERC MAG SUMM M1 SUMMARY V1.0", "MARINER 10 MERC MAG SUMM M3 SUMMARY V1.0", "MARINER 10 MERC PLS DDR ELECTRON MOMENTS V1.0", "MARINER 10 MERC PLS RDR ELECTRON COUNTS V1.0", "MARINER 10 MERC POS M1 FLYBY TRAJ V1.0", "MARINER 10 MERC POS M3 FLYBY TRAJ 42SEC V1.0", "MARINER 9 MARS IMAGING SCI SUBSYSTEM EXP DATA RECORDS V1.0", "MARINER9 IRIS RDR V1.0", "MARS ANALOG SOIL BUG OBSERVATIONS V1.0", "MARS EXPLORATION ROVER 1 RADIO SCIENCE SUBSYSTEM EDR V1.0", "MARS EXPLORATION ROVER 1 SPICE KERNELS V1.0", "MARS EXPLORATION ROVER 2 RADIO SCIENCE SUBSYSTEM EDR V1.0", "MARS EXPLORATION ROVER 2 SPICE KERNELS V1.0", "MARS EXPRESS ASPERA-3 CAL RDR ELECTRON SPECTROMETER V1.0", "MARS EXPRESS ASPERA-3 CAL RDR ELECTRON SPECTROMTR EXT1 V1.0", "MARS EXPRESS ASPERA-3 CAL RDR ELECTRON SPECTROMTR EXT2 V1.0", "MARS EXPRESS ASPERA-3 CAL RDR ELECTRON SPECTROMTR EXT3 V1.0", "MARS EXPRESS ASPERA-3 RAW EDR ELECTRON SPECTROMETER V1.0", "MARS EXPRESS ASPERA-3 RAW EDR ELECTRON SPECTROMTR EXT1 V1.0", "MARS EXPRESS ASPERA-3 RAW EDR ELECTRON SPECTROMTR EXT2 V1.0", "MARS EXPRESS ASPERA-3 RAW EDR ELECTRON SPECTROMTR EXT3 V1.0", "MARS EXPRESS ASPERA-3 RAW EDR ION MASS ANALYZER V1.0", "MARS EXPRESS ASPERA-3 RAW EDR NEUTRAL PARTICLE IMAGER V1.0", "MARS EXPRESS ASPERA-3 RAW-CAL NEUTRAL PARTICLE IMAGER V1.0", "MARS EXPRESS ASPERA-3 RAW-CAL NTRL PARTICLE IMAGER EXT1 V1.0", "MARS EXPRESS ASPERA-3 RAW-CAL NTRL PARTICLE IMAGER EXT2 V1.0", "MARS EXPRESS ASPERA-3 RAW-CAL NTRL PARTICLE IMAGER EXT3 V1.0", "MARS EXPRESS HRSC MAP PROJECTED REFDR V1.0", "MARS EXPRESS HRSC MAP PROJECTED REFDR V2.0", "MARS EXPRESS HRSC ORTHOPHOTO AND DIGITAL TERRAIN MODEL V1.0", "MARS EXPRESS HRSC RADIOMETRIC RDR V1.0", "MARS EXPRESS MARS MARSIS DERIVED SUBSURFACE TEC DATA V1.0", "MARS EXPRESS MARS MARSIS DERIVED SUBSURFACE TEC EXT1 V1.0", "MARS EXPRESS MARS MARSIS EXPERIMENT DATA RECORD V1.0", "MARS EXPRESS MARS MARSIS RDR ACTIVE IONOSPHERE SOUNDING V1.0", "MARS EXPRESS MARS MARSIS REDUCED DATA RECORD SUBSURFACE V1.0", "MARS EXPRESS MARS MRS 1/2/3 EXTENDED MISSION 1 0736 V1.0", "MARS EXPRESS MARS MRS 1/2/3 EXTENDED MISSION 2 1334 V1.0", "MARS EXPRESS MARS MRS 5 OCCULTATION 9101 V2.0", "MARS EXPRESS MARS MRS NEAR EARTH VERIFICATION 0001 V1.0", "MARS EXPRESS MARS MRS PRIME MISSION V1.0", "MARS EXPRESS MARS OMEGA FLIGHT EDR EXTENDED MISSION 1 V1.0", "MARS EXPRESS MARS OMEGA FLIGHT EDR EXTENDED MISSION 2 V1.0", "MARS EXPRESS MARS PFS EDR FIRST EXTENSION MISSION DATA V1.0", "MARS EXPRESS MARS PFS EDR NOMINAL MISSION DATA V1.0", "MARS EXPRESS MARS PFS EDR SECOND EXTENSION MISSION DATA V1.0", "MARS EXPRESS MARS PFS EDR THIRD EXTENSION MISSION DATA V1.0", "MARS EXPRESS MARSIS EDR DATA EXTENSION_1 V1.0", "MARS EXPRESS MARSIS RDR ACTIVE IONOSPHERE SOUNDING EXT1 V1.0", "MARS EXPRESS MARSIS RDR ACTIVE IONOSPHERE SOUNDING EXT2 V1.0", "MARS EXPRESS MARSIS RDR ACTIVE IONOSPHERE SOUNDING EXT3 V1.0", "MARS EXPRESS SPICE KERNELS V1.0", "MARS EXPRESS SUN MRS PRIME MISSION V1.0", "MARS GLOBAL SURVEYOR RAW DATA SET - CRUISE V1.0", "MARS GLOBAL SURVEYOR RAW DATA SET - EXT V1.0", "MARS GLOBAL SURVEYOR RAW DATA SET - MAP V1.0", "MARS GLOBAL SURVEYOR RAW DATA SET - MOI V1.0", "MARS PATHFINDER RADIO TRACKING", "MARS PATHFINDER ROVER MARS ENG 2/3 EDR/RDR VERSION 1.0", "MARS PATHFINDER ROVER MARS ENGINEERING 2/3 EDR/RDR VERSION 1", "MARS PATHFINDER ROVER MARS ROVER CAMERA 2 EDR VERSION 1.0", "MCD27M SR INSB-IR-ARRY RESAMPLED RING OCCULTATION V1.0", "MCDONALD OBS. COLUMN DENSITY OBSERVATIONS OF 19P/BORRELLY", "MCDONALD OBSERVATORY 9P/TEMPEL 1 DATA V1.0", "MCDONALD OBSERVATORY FAINT COMET SPECTRO-PHOTOMETRIC SURVEY", "MCDONALD OBSERVATORY IMAGES OF COMET 19P/BORRELLY", "MER 1 MARS ALPHA PARTICLE X-RAY SPECTROMETER 2 EDR OPS V1.0", "MER 1 MARS ALPHA PARTICLE X-RAY SPECTROMETER 2 XRAYSPEC V1.0", "MER 1 MARS DESCENT CAMERA EDR OPS VERSION 1.0", "MER 1 MARS ENGINEERING 6 MOBILITY V1.0", "MER 1 MARS ENGINEERING ROVER MOTION COUNTER OPS V1.0", "MER 1 MARS HAZARD AVOID CAMERA ANAGLYPH RDR OPS V1.0", "MER 1 MARS HAZARD AVOID CAMERA DISPARITY RDR OPS V1.0", "MER 1 MARS HAZARD AVOID CAMERA INVERSE LUT RDR OPS V1.0", "MER 1 MARS HAZARD AVOID CAMERA LINEARIZED RDR OPS V1.0", "MER 1 MARS HAZARD AVOID CAMERA RADIOMETRIC RDR OPS V1.0", "MER 1 MARS HAZARD AVOID CAMERA RANGE RDR OPS V1.0", "MER 1 MARS HAZARD AVOID CAMERA REACHABILITY RDR OPS V1.0", "MER 1 MARS HAZARD AVOID CAMERA SLOPE RDR OPS V1.0", "MER 1 MARS HAZARD AVOID CAMERA SOLAR RDR OPS V1.0", "MER 1 MARS HAZARD AVOID CAMERA SURFACE NORMAL RDR OPS V1.0", "MER 1 MARS HAZARD AVOID CAMERA SURFACE ROUGH RDR OPS V1.0", "MER 1 MARS HAZARD AVOID CAMERA TERRAIN MESH RDR OPS V1.0", "MER 1 MARS HAZARD AVOID CAMERA TERRAIN WEDGE RDR OPS V1.0", "MER 1 MARS HAZARD AVOID CAMERA XYZ RDR OPS V1.0", "MER 1 MARS HAZARD AVOIDANCE CAMERA EDR OPS VERSION 1.0", "MER 1 MARS MICROSCOPIC IMAGER ANAGLYPH RDR OPS V1.0", "MER 1 MARS MICROSCOPIC IMAGER CAMERA EDR OPS VERSION 1.0", "MER 1 MARS MICROSCOPIC IMAGER CAMERA MOSAICS RDR OPS V1.0", "MER 1 MARS MICROSCOPIC IMAGER INVERSE LUT RDR OPS V1.0", "MER 1 MARS MICROSCOPIC IMAGER LINEARIZED RDR OPS V1.0", "MER 1 MARS MICROSCOPIC IMAGER RADIOMETRIC RDR OPS V1.0", "MER 1 MARS MICROSCOPIC IMAGER SCIENCE EDR VERSION 1.0", "MER 1 MARS MOESSBAUER SPECTROMETER EDR OPS VERSION 1.0", "MER 1 MARS NAVCAM 3 RADIOMETRIC RDR SCI V1.0", "MER 1 MARS NAVIGATION CAMERA ANAGLYPH RDR OPS V1.0", "MER 1 MARS NAVIGATION CAMERA DISPARITY RDR OPS V1.0", "MER 1 MARS NAVIGATION CAMERA EDR OPS VERSION 1.0", "MER 1 MARS NAVIGATION CAMERA INVERSE LUT RDR OPS V1.0", "MER 1 MARS NAVIGATION CAMERA LINEARIZED RDR OPS V1.0", "MER 1 MARS NAVIGATION CAMERA MOSAICS RDR OPS V1.0", "MER 1 MARS NAVIGATION CAMERA RADIOMETRIC RDR OPS V1.0", "MER 1 MARS NAVIGATION CAMERA RANGE RDR OPS V1.0", "MER 1 MARS NAVIGATION CAMERA SLOPE RDR OPS V1.0", "MER 1 MARS NAVIGATION CAMERA SOLAR RDR OPS V1.0", "MER 1 MARS NAVIGATION CAMERA SURFACE NORMAL RDR OPS V1.0", "MER 1 MARS NAVIGATION CAMERA SURFACE ROUGH RDR OPS V1.0", "MER 1 MARS NAVIGATION CAMERA TERRAIN MESH RDR OPS V1.0", "MER 1 MARS NAVIGATION CAMERA TERRAIN WEDGE RDR OPS V1.0", "MER 1 MARS NAVIGATION CAMERA XYZ RDR OPS V1.0", "MER 1 MARS PANCAM RADIOMETRICALLY CALIBRATED RDR V1.0", "MER 1 MARS PANORAMIC CAMERA ANAGLYPH RDR OPS V1.0", "MER 1 MARS PANORAMIC CAMERA DISPARITY RDR OPS V1.0", "MER 1 MARS PANORAMIC CAMERA EDR OPS VERSION 1.0", "MER 1 MARS PANORAMIC CAMERA INVERSE LUT RDR OPS V1.0", "MER 1 MARS PANORAMIC CAMERA LINEARIZED RDR OPS V1.0", "MER 1 MARS PANORAMIC CAMERA MOSAICS RDR OPS V1.0", "MER 1 MARS PANORAMIC CAMERA RADIOMETRIC RDR OPS V1.0", "MER 1 MARS PANORAMIC CAMERA RANGE RDR OPS V1.0", "MER 1 MARS PANORAMIC CAMERA SCIENCE EDR VERSION 1.0", "MER 1 MARS PANORAMIC CAMERA SLOPE RDR OPS V1.0", "MER 1 MARS PANORAMIC CAMERA SOLAR RDR OPS V1.0", "MER 1 MARS PANORAMIC CAMERA SURFACE NORMAL RDR OPS V1.0", "MER 1 MARS PANORAMIC CAMERA SURFACE ROUGH RDR OPS V1.0", "MER 1 MARS PANORAMIC CAMERA TERRAIN MESH RDR OPS V1.0", "MER 1 MARS PANORAMIC CAMERA TERRAIN WEDGE RDR OPS V1.0", "MER 1 MARS PANORAMIC CAMERA XYZ RDR OPS V1.0", "MER 1 MARS ROCK ABRASION TOOL EDR OPS VERSION 1.0", "MER 1 MI RADIOMETRICALLY CALIBRATED RDR V1.0", "MER 1 MOESSBAUER 4 SUMMED SPECTRA RDR SCIENCE V1.0", "MER 2 MARS ALPHA PARTICLE X-RAY SPECTROMETER 2 EDR OPS V1.0", "MER 2 MARS ALPHA PARTICLE X-RAY SPECTROMETER 2 XRAYSPEC V1.0", "MER 2 MARS DESCENT CAMERA EDR OPS VERSION 1.0", "MER 2 MARS ENGINEERING 6 MOBILITY V1.0", "MER 2 MARS ENGINEERING ROVER MOTION COUNTER OPS V1.0", "MER 2 MARS HAZARD AVOID CAMERA ANAGLYPH RDR OPS V1.0", "MER 2 MARS HAZARD AVOID CAMERA DISPARITY RDR OPS V1.0", "MER 2 MARS HAZARD AVOID CAMERA INVERSE LUT RDR OPS V1.0", "MER 2 MARS HAZARD AVOID CAMERA LINEARIZED RDR OPS V1.0", "MER 2 MARS HAZARD AVOID CAMERA RADIOMETRIC RDR OPS V1.0", "MER 2 MARS HAZARD AVOID CAMERA RANGE RDR OPS V1.0", "MER 2 MARS HAZARD AVOID CAMERA REACHABILITY RDR OPS V1.0", "MER 2 MARS HAZARD AVOID CAMERA SLOPE RDR OPS V1.0", "MER 2 MARS HAZARD AVOID CAMERA SOLAR RDR OPS V1.0", "MER 2 MARS HAZARD AVOID CAMERA SURFACE NORMAL RDR OPS V1.0", "MER 2 MARS HAZARD AVOID CAMERA SURFACE ROUGH RDR OPS V1.0", "MER 2 MARS HAZARD AVOID CAMERA TERRAIN MESH RDR OPS V1.0", "MER 2 MARS HAZARD AVOID CAMERA TERRAIN WEDGE RDR OPS V1.0", "MER 2 MARS HAZARD AVOID CAMERA XYZ RDR OPS V1.0", "MER 2 MARS HAZARD AVOIDANCE CAMERA EDR OPS VERSION 1.0", "MER 2 MARS MICROSCOPIC IMAGER ANAGLYPH RDR OPS V1.0", "MER 2 MARS MICROSCOPIC IMAGER CAMERA EDR OPS VERSION 1.0", "MER 2 MARS MICROSCOPIC IMAGER CAMERA MOSAICS RDR OPS V1.0", "MER 2 MARS MICROSCOPIC IMAGER INVERSE LUT RDR OPS V1.0", "MER 2 MARS MICROSCOPIC IMAGER LINEARIZED RDR OPS V1.0", "MER 2 MARS MICROSCOPIC IMAGER RADIOMETRIC RDR OPS V1.0", "MER 2 MARS MICROSCOPIC IMAGER SCIENCE EDR VERSION 1.0", "MER 2 MARS MOESSBAUER SPECTROMETER EDR OPS VERSION 1.0", "MER 2 MARS NAVCAM 3 RADIOMETRIC RDR SCI V1.0", "MER 2 MARS NAVIGATION CAMERA ANAGLYPH RDR OPS V1.0", "MER 2 MARS NAVIGATION CAMERA DISPARITY RDR OPS V1.0", "MER 2 MARS NAVIGATION CAMERA EDR OPS VERSION 1.0", "MER 2 MARS NAVIGATION CAMERA INVERSE LUT RDR OPS V1.0", "MER 2 MARS NAVIGATION CAMERA LINEARIZED RDR OPS V1.0", "MER 2 MARS NAVIGATION CAMERA MOSAICS RDR OPS V1.0", "MER 2 MARS NAVIGATION CAMERA RADIOMETRIC RDR OPS V1.0", "MER 2 MARS NAVIGATION CAMERA RANGE RDR OPS V1.0", "MER 2 MARS NAVIGATION CAMERA SLOPE RDR OPS V1.0", "MER 2 MARS NAVIGATION CAMERA SOLAR RDR OPS V1.0", "MER 2 MARS NAVIGATION CAMERA SURFACE NORMAL RDR OPS V1.0", "MER 2 MARS NAVIGATION CAMERA SURFACE ROUGH RDR OPS V1.0", "MER 2 MARS NAVIGATION CAMERA TERRAIN MESH RDR OPS V1.0", "MER 2 MARS NAVIGATION CAMERA TERRAIN WEDGE RDR OPS V1.0", "MER 2 MARS NAVIGATION CAMERA XYZ RDR OPS V1.0", "MER 2 MARS PANCAM RADIOMETRICALLY CALIBRATED RDR V1.0", "MER 2 MARS PANORAMIC CAMERA ANAGLYPH RDR OPS V1.0", "MER 2 MARS PANORAMIC CAMERA DISPARITY RDR OPS V1.0", "MER 2 MARS PANORAMIC CAMERA EDR OPS VERSION 1.0", "MER 2 MARS PANORAMIC CAMERA EDR SCIENCE V1.0", "MER 2 MARS PANORAMIC CAMERA INVERSE LUT RDR OPS V1.0", "MER 2 MARS PANORAMIC CAMERA LINEARIZED RDR OPS V1.0", "MER 2 MARS PANORAMIC CAMERA MOSAICS RDR OPS V1.0", "MER 2 MARS PANORAMIC CAMERA RADIOMETRIC RDR OPS V1.0", "MER 2 MARS PANORAMIC CAMERA RANGE RDR OPS V1.0", "MER 2 MARS PANORAMIC CAMERA SCIENCE EDR VERSION 1.0", "MER 2 MARS PANORAMIC CAMERA SLOPE RDR OPS V1.0", "MER 2 MARS PANORAMIC CAMERA SOLAR RDR OPS V1.0", "MER 2 MARS PANORAMIC CAMERA SURFACE NORMAL RDR OPS V1.0", "MER 2 MARS PANORAMIC CAMERA SURFACE ROUGH RDR OPS V1.0", "MER 2 MARS PANORAMIC CAMERA TERRAIN MESH RDR OPS V1.0", "MER 2 MARS PANORAMIC CAMERA TERRAIN WEDGE RDR OPS V1.0", "MER 2 MARS PANORAMIC CAMERA XYZ RDR OPS V1.0", "MER 2 MARS ROCK ABRASION TOOL EDR OPS VERSION 1.0", "MER 2 MI RADIOMETRICALLY CALIBRATED RDR V1.0", "MER 2 MOESSBAUER 4 SUMMED SPECTRA RDR SCIENCE V1.0", "MER ALPHA PARTICLE X-RAY SPECTROMETER 5 OXIDE ABUNDANCE V1.0", "MER MARS MOESSBAUER RELATIVE FE ABUNDANCE V1.0", "MER MARS PANCAM ATMOSPHERIC OPACITY RDR V1.0", "MER1 MARS MINIATURE THERMAL EMISSION SPECTROMETER BTR V1.0", "MER1 MARS MINIATURE THERMAL EMISSION SPECTROMETER EDR V1.0", "MER1 MARS MINIATURE THERMAL EMISSION SPECTROMETER EMR V1.0", "MER1 MARS MINIATURE THERMAL EMISSION SPECTROMETER RDR V1.0", "MER1/MER2 MARS IMU ENTRY DESCENT & LANDING DERIVED DATA V1.0", "MER1/MER2 MARS IMU ENTRY DESCENT AND LANDING DATA V1.0", "MER2 MARS MINIATURE THERMAL EMISSION SPECTROMETER BTR V1.0", "MER2 MARS MINIATURE THERMAL EMISSION SPECTROMETER EDR V1.0", "MER2 MARS MINIATURE THERMAL EMISSION SPECTROMETER EMR V1.0", "MER2 MARS MINIATURE THERMAL EMISSION SPECTROMETER RDR V1.0", "MESSENGER E/V/H GRNS 2 GAMMA RAY SPECTROMETER RAW DATA V1.0", "MESSENGER E/V/H GRNS 2 NEUTRON SPECTROMETER RAW DATA V1.0", "MESSENGER E/V/H GRNS 3 GAMMA RAY SPECTROMETER CALIBDATA V1.0", "MESSENGER E/V/H GRNS 3 NEUTRON SPECTROMETER CDR V1.0", "MESSENGER E/V/H MASCS 2 UVVS UNCALIBRATED DATA V1.0", "MESSENGER E/V/H MASCS 2 VIRS UNCALIBRATED DATA V1.0", "MESSENGER E/V/H MASCS 3 UVVS CALIBRATED DATA V1.0", "MESSENGER E/V/H MASCS 3 VIRS CALIBRATED DATA V1.0", "MESSENGER E/V/H MERCURY LASER ALTIMETER 2 EDR RAW DATA V1.0", "MESSENGER E/V/H MLA 3/4 CDR/RDR DATA V1.0", "MESSENGER E/V/H XRS CALIBRATED (CDR) SPECTRA V1.0", "MESSENGER E/V/H XRS UNCALIBRATED (EDR) DATA V1.0", "MESSENGER E/V/H/SW EPPS CALIBRATED EPS CDR V1.0", "MESSENGER E/V/H/SW EPPS CALIBRATED FIPS V1.0", "MESSENGER MDIS CALIBRATED DATA RECORD V1.0", "MESSENGER MDIS DERIVED DATA RECORD V1.0", "MESSENGER MDIS EXPERIMENT DATA RECORD V1.0", "MESSENGER SPICE KERNELS V1.0", "MESSENGER V/H RADIO SCIENCE SUBSYSTEM 1 EDR V1.0", "METEOROID ORBITS V1.0", "MEX EXT 1 SPICAM MARS IR EDR-RAW V1.0", "MEX EXT 1 SPICAM MARS UV EDR-RAW V1.0", "MEX EXT 2 SPICAM MARS IR EDR-RAW V1.0", "MEX EXT 2 SPICAM MARS UV EDR-RAW V1.0", "MEX EXT 3 SPICAM MARS IR EDR-RAW V1.0", "MEX EXT 3 SPICAM MARS UV EDR-RAW V1.0", "MEX SPICAM CRUISE/MARS IR EDR-RAW V1.0", "MEX SPICAM CRUISE/MARS IR EDR-RAW V1.1", "MEX SPICAM CRUISE/MARS UV EDR-RAW V1.0", "MEX SPICAM CRUISE/MARS UV EDR-RAW V1.1", "MGN ALTIMETER EXPERIMENT DATA RECORD ON COMPACT DISK", "MGN ATDF RAW RADIO SCIENCE TRACKING DATA V1.0", "MGN V RADAR SYSTEM DERIVED MIDR COMPRESSED ONCE V1.0", "MGN V RADAR SYSTEM DERIVED MIDR COMPRESSED THRICE V1.0", "MGN V RADAR SYSTEM DERIVED MIDR COMPRESSED TWICE V1.0", "MGN V RDRS 5 COMPOSITE DATA RECORD ALT/RAD V1.0", "MGN V RDRS 5 GLOBAL DATA RECORD EMISSIVITY V1.0", "MGN V RDRS 5 GLOBAL DATA RECORD REFLECTIVITY V1.0", "MGN V RDRS 5 GLOBAL DATA RECORD SLOPE V1.0", "MGN V RDRS 5 GLOBAL DATA RECORD TOPOGRAPHIC V1.0", "MGN V RDRS COMPRESSED BASIC IMAGE DATA RECORD CD ARCHIVE", "MGN V RDRS DERIVED BASIC IMAGE DATA RECORD FULL RES V1.0", "MGN V RDRS DERIVED DIGITAL IMAGE MAP DATA RECORD V1.0", "MGN V RDRS DERIVED GLOBAL VECTOR DATA RECORD V1.0", "MGN V RDRS DERIVED MOSAIC IMAGE DATA RECORD FULL RES V1.0", "MGN V RDRS SPHERICAL HARMONIC AND TOPOGRAPHY MAP DATA V1.0", "MGN V RSS LINE OF SIGHT ACCELERATION PROFILES V1.0", "MGN V RSS LINE OF SIGHT ACCELERATION PROFILES V1.13", "MGN V RSS SPHERICAL HARMONIC AND GRAVITY MAP DATA V1.0", "MGS ACCELEROMETER RAW DATA RECORDS V1.0", "MGS ACCELEROMETER RAW DATA RECORDS V1.1", "MGS ALTITUDE DATA RECORDS V1.0", "MGS ALTITUDE DATA RECORDS V1.1", "MGS M THERMAL EMISSION SPECTROMETER 3 TSDR V2.0", "MGS MARS ACCELEROMETER CONSTANT ALTITUDE V1.0", "MGS MARS ACCELEROMETER ORBIT PROFILES V1.0", "MGS MARS ELECTRON REFLECTOMETER OMNI DIR. ELECTRON FLUX V1.0", "MGS MARS MAG MAPPING DETAIL WORD RESOLUTION V1.0", "MGS MARS MAG PRE-MAP DETAIL WORD RESOLUTION V1.0", "MGS MARS SPICE CK KERNELS V1.0", "MGS MARS SPICE EK KERNELS V1.0", "MGS MARS SPICE FK KERNELS V1.0", "MGS MARS SPICE IK KERNELS V1.0", "MGS MARS SPICE KERNELS V1.0", "MGS MARS SPICE LSK KERNELS V1.0", "MGS MARS SPICE PCK KERNELS V1.0", "MGS MARS SPICE SCLK KERNELS V1.0", "MGS MARS SPICE SPK KERNELS V1.0", "MGS MARS TES DERIVED THERMAL INERTIA MAPS V1.0", "MGS MARS TES SCIENCE DATA RECORD V1.0", "MGS MARS/MOONS MAG/ER MAPPING ER ANGULAR FLUX V1.0", "MGS MARS/MOONS MAG/ER MAPPING ER OMNIDIRECTIONAL FLUX V1.0", "MGS MARS/MOONS MAG/ER MAPPING MAG FULL WORD RESOLUTION V1.0", "MGS MARS/MOONS MAG/ER PRE-MAP ER OMNIDIRECTIONAL FLUX V1.0", "MGS MARS/MOONS MAG/ER PRE-MAP MAG FULL WORD RESOLUTION V1.0", "MGS MARS/MOONS MAGER MAG FIELD SS/PC COORDS V1.0", "MGS PROFILE DATA RECORDS V1.1", "MGS PROFILE DATA RECORDS V1.2", "MGS RADIO SCIENCE -- SCIENCE DATA PRODUCTS V1.0", "MGS RS: ATMOSPHERIC TEMPERATURE-PRESSURE PROFILES V1.0", "MGS RS: IONOSPHERIC ELECTRON DENSITY PROFILES V1.0", "MGS SAMPLER MAGNETOMETER/ELECTRON REFLECTOMETER DATA", "MGS SAMPLER MARS ORBITER LASER ALTIMETER PEDR ASCII TABLES", "MGS SAMPLER THERMAL EMISSION SPECTROMETER CALIBRATED RADIANC", "MGS SAMPLER THERMAL EMISSION SPECTROMETER GLOBAL TEMPERATURE", "MGS SOLAR CONJUNCTION RAW DATA SET - ROCC V1.0", "MMT OBSERVATORY 6.5M CCD47 RAW DATA OBSERVATIONS OF LCROSS", "MMT OBSERVATORY 6.5M CLIO CALIBRATED OBSERVATIONS OF LCROSS", "MMT OBSERVATORY 6.5M CLIO RAW DATA OBSERVATIONS OF LCROSS", "MO MARS RADIO SCIENCE 1 ORIGINAL/INTERMEDIATE DATA REC V1.0", "MOC DSDP ARCHIVE", "MOC SDP ARCHIVE", "MOLA AGGREGATED EXPERIMENT DATA RECORD", "MOLA INITIAL EXPERIMENT GRIDDED DATA RECORD", "MOLA MISSION EXPERIMENT GRIDDED DATA RECORD", "MOLA PRECISION EXPERIMENT DATA RECORD", "MOLA PRECISION EXPERIMENT DATA RECORD ASCII TABLES", "MOLA PRECISION RADIOMETRY DATA RECORD", "MOLA SPHERICAL HARMONICS TOPOGRAPHY MODEL", "MOTHE-DINIZ ASTEROID DYNAMICAL FAMILIES V1.0", "MOTHE-DINIZ ASTEROID DYNAMICAL FAMILIES V1.1", "MPF LANDER MARS IMAGER FOR MARS PATHFINDER 2 EDR V1.0", "MPF LANDER MARS IMP STEREO-DERIVED 3D POSITIONS V1.0", "MPF ROVER MARS ALPHA PROTON X-RAY SPECTROMETER DDR V1.0", "MPF ROVER MARS ALPHA PROTON X-RAY SPECTROMETER EDR V1.0", "MPFL MARS ATM STRUCT INST AND MET PKG CALIB SURFACE V1.0", "MPFL MARS ATM STRUCT INST AND MET PKG DERIVED EDL V1.0", "MPFL MARS ATM STRUCT INST AND MET PKG RAW AND CALIB EDL V1.0", "MPFL MARS ATM STRUCT INST AND MET PKG RAW SURFACE V1.0", "MPFR MARS ROVER CAMERA 5 MOSAICKED IMAGE DATA RECORD V1.0", "MR6/MR7 MARS INFRARED SPECTROMETER CALIBRATED DATA V1.0", "MR9/VO1/VO2 MARS IMAGING SCIENCE SUBSYSTEM/VIS 5 CLOUD V1.0", "MRO ACCELEROMETER RAW DATA RECORDS V1.0", "MRO ALTITUDE DATA RECORDS V1.0", "MRO CONTEXT CAMERA EXPERIMENT DATA RECORD LEVEL 0 V1.0", "MRO CRISM CALIBRATION DATA RECORD V1.0", "MRO CRISM DERIVED DATA RECORD V1.0", "MRO CRISM EXPERIMENT DATA RECORD V1.0", "MRO CRISM LIMB DATA RECORD V1.0", "MRO CRISM MULTISPECTRAL REDUCED DATA RECORD V1.0", "MRO CRISM TARGETED REDUCED DATA RECORD V1.0", "MRO MARS CLIMATE SOUNDER LEVEL 2 EDR V1.0", "MRO MARS CLIMATE SOUNDER LEVEL 4 RDR V1.0", "MRO MARS CLIMATE SOUNDER LEVEL 5 DDR V1.0", "MRO MARS COLOR IMAGER EXPERIMENT DATA RECORD LEVEL 0 V1.0", "MRO MARS HIGH RESOLUTION IMAGE SCIENCE EXPERIMENT EDR V1.0", "MRO MARS HIGH RESOLUTION IMAGE SCIENCE EXPERIMENT RDR V1.0", "MRO MARS HIGH RESOLUTION IMAGING SCIENCE EXPERIMENT DTM V1.0", "MRO MARS RAW RADIO SCIENCE 1 V1.0", "MRO MARS SPICE KERNELS V1.0", "MRO PROFILE DATA RECORDS V1.0", "MRO RADIO SCIENCE DERIVED GRAVITY SCIENCE DATA PRODUCTS V1.0", "MRO SHARAD EXPERIMENT DATA RECORD V1.0", "MRO SHARAD REDUCED DATA RECORD V1.0", "MSSSO CASPIR IMAGES FROM THE SL9 IMPACTS WITH JUPITER V1.0", "MSSSO CASPIR STAR CALS BEFORE SL9 IMPACTS WITH JUPITER V1.0", "MSX INFRARED MINOR PLANET SURVEY V1.0", "MSX LUNAR ECLIPSE OBSERVATION V1.0", "MSX SMALL BODIES IMAGES V1.0", "MSX ZODIACAL DUST DATA V1.0", "MT. BIGELOW 61-INCH IMAGES OF 9P/TEMPEL 1", "MCDONALD OBSERVATORY FAINT COMET SPECTRO-PHOTOMETRIC SURVEY", "N/A", "NASA DC-8 EARTH AIRSAR RESAMPLED RADAR IMAGES V1.0", "NDC8 EARTH ASAR CALIBRATED REDUCED DATA RECORD IMAGE V1.0", "NEAR COLLECTED TARGET MODELS V1.0", "NEAR EARTH ASTEROID LIGHTCURVES V1.0", "NEAR EARTH ASTEROID LIGHTCURVES V1.1", "NEAR EROS NLR DERIVED PRODUCTS - SHAPE MODEL V1.0", "NEAR EROS RADIO SCIENCE DATA SET - EROS/FLYBY V1.0", "NEAR EROS RADIO SCIENCE DATA SET - EROS/ORBIT V1.0", "NEAR EROS RADIO SCIENCE DERIVED PRODUCTS - GRAVITY V1.0", "NEAR GRS SPECTRA EROS ON ASTEROID", "NEAR GRS SPECTRA FOR CRUISE 2 PHASE", "NEAR GRS SPECTRA FOR CRUISE 3 PHASE", "NEAR GRS SPECTRA FOR CRUISE 4 PHASE", "NEAR GRS SPECTRA FOR EARTH FLYBY PHASE", "NEAR GRS SPECTRA FOR EROS ORBIT PHASE", "NEAR GRS SPECTRA FOR EROS SURFACE PHASE", "NEAR GRS SPECTRA FOR EROS/ORBIT", "NEAR MAG DATA FOR CRUISE1", "NEAR MAG DATA FOR CRUISE2", "NEAR MAG DATA FOR CRUISE3", "NEAR MAG DATA FOR CRUISE4", "NEAR MAG DATA FOR EARTH", "NEAR MAG DATA FOR ER/FAR/APPROACH", "NEAR MAG DATA FOR EROS/FLY/BY", "NEAR MAG DATA FOR EROS/ORBIT", "NEAR MAG DATA FOR EROS/SURFACE", "NEAR MATHILDE RADIO SCIENCE DATA SET - MFB V1.0", "NEAR MSI DIM EROS GLOBAL BASEMAPS V1.0", "NEAR MSI IMAGES FOR CRUISE1", "NEAR MSI IMAGES FOR CRUISE2", "NEAR MSI IMAGES FOR CRUISE3", "NEAR MSI IMAGES FOR CRUISE4", "NEAR MSI IMAGES FOR EARTH", "NEAR MSI IMAGES FOR ER/FAR/APPROACH", "NEAR MSI IMAGES FOR EROS/FLY/BY", "NEAR MSI IMAGES FOR EROS/ORBIT", "NEAR MSI IMAGES FOR MATHILDE", "NEAR MSI SHAPE MODEL FOR 433 EROS V1.0", "NEAR MULTISPECTRAL IMAGER V1.0", "NEAR NIS CALIBRATED SPECTRA FOR EROS/ORBIT V1.0", "NEAR NIS SPECTRA FOR CRUISE1", "NEAR NIS SPECTRA FOR CRUISE2", "NEAR NIS SPECTRA FOR CRUISE3", "NEAR NIS SPECTRA FOR CRUISE4", "NEAR NIS SPECTRA FOR EARTH", "NEAR NIS SPECTRA FOR ER/FAR/APPROACH", "NEAR NIS SPECTRA FOR EROS/FLY/BY", "NEAR NIS SPECTRA FOR EROS/ORBIT", "NEAR NLR DATA FOR CRUISE1", "NEAR NLR DATA FOR CRUISE2", "NEAR NLR DATA FOR CRUISE4", "NEAR NLR DATA FOR ER/FAR/APPROACH", "NEAR NLR DATA FOR EROS/ORBIT", "NEAR NLR LEVEL 2 DATA PRODUCTS V1.0", "NEAR NLR LEVEL 3 DATA PRODUCTS V1.0", "NEAR SPICE KERNELS CRUISE1", "NEAR SPICE KERNELS CRUISE2", "NEAR SPICE KERNELS CRUISE3", "NEAR SPICE KERNELS CRUISE4", "NEAR SPICE KERNELS EARTH", "NEAR SPICE KERNELS ER/FAR/APPROACH", "NEAR SPICE KERNELS EROS/FLY/BY", "NEAR SPICE KERNELS EROS/ORBIT", "NEAR SPICE KERNELS EROS/SURFACE", "NEAR SPICE KERNELS MATHILDE", "NEAR XGRS SPECTRA FOR CRUISE2", "NEAR XGRS SPECTRA FOR CRUISE3", "NEAR XGRS SPECTRA FOR CRUISE4", "NEAR XGRS SPECTRA FOR EARTH", "NEAR XGRS SPECTRA FOR ER/FAR/APPROACH", "NEAR XGRS SPECTRA FOR EROS/ORBIT", "NEAR XGRS SPECTRA FOR EROS/SURFACE", "NEAR XRS SPECTRA FOR CRUISE 2 PHASE", "NEAR XRS SPECTRA FOR CRUISE 3 PHASE", "NEAR XRS SPECTRA FOR CRUISE 4 PHASE", "NEAR XRS SPECTRA FOR EARTH FLYBY PHASE", "NEAR XRS SPECTRA FOR EROS ORBIT PHASE", "NEAR XRS SPECTRA FOR EROS/ORBIT", "NEAR-INFRARED IMAGES OF COMET 9P/TEMPEL 1 V1.0", "NEAR-INFRARED PHOTOMETRY OF ASTEROIDS FROM DENIS V1.0", "NESVORNY HCM ASTEROID FAMILIES V1.0", "NESVORNY HCM ASTEROID FAMILIES V2.0", "NEW HORIZONS ALICE JUPITER ENCOUNTER V1.0", "NEW HORIZONS ALICE JUPITER ENCOUNTER V2.0", "NEW HORIZONS ALICE POST-LAUNCH CHECKOUT V1.0", "NEW HORIZONS ALICE POST-LAUNCH CHECKOUT V2.0", "NEW HORIZONS LEISA JUPITER ENCOUNTER V1.0", "NEW HORIZONS LEISA JUPITER ENCOUNTER V1.1", "NEW HORIZONS LEISA JUPITER ENCOUNTER V2.0", "NEW HORIZONS LEISA POST-LAUNCH CHECKOUT V1.0", "NEW HORIZONS LEISA POST-LAUNCH CHECKOUT V1.1", "NEW HORIZONS LEISA POST-LAUNCH CHECKOUT V2.0", "NEW HORIZONS LORRI JUPITER ENCOUNTER V1.0", "NEW HORIZONS LORRI JUPITER ENCOUNTER V1.1", "NEW HORIZONS LORRI JUPITER ENCOUNTER V2.0", "NEW HORIZONS LORRI POST-LAUNCH CHECKOUT V1.0", "NEW HORIZONS LORRI POST-LAUNCH CHECKOUT V1.1", "NEW HORIZONS LORRI POST-LAUNCH CHECKOUT V2.0", "NEW HORIZONS MVIC JUPITER ENCOUNTER V1.0", "NEW HORIZONS MVIC JUPITER ENCOUNTER V2.0", "NEW HORIZONS MVIC POST-LAUNCH CHECKOUT V1.0", "NEW HORIZONS MVIC POST-LAUNCH CHECKOUT V2.0", "NEW HORIZONS PEPSSI JUPITER ENCOUNTER V1.0", "NEW HORIZONS PEPSSI JUPITER ENCOUNTER V1.1", "NEW HORIZONS PEPSSI JUPITER ENCOUNTER V2.0", "NEW HORIZONS PEPSSI POST-LAUNCH CHECKOUT V1.0", "NEW HORIZONS PEPSSI POST-LAUNCH CHECKOUT V1.1", "NEW HORIZONS PEPSSI POST-LAUNCH CHECKOUT V2.0", "NEW HORIZONS SDC JUPITER ENCOUNTER V1.0", "NEW HORIZONS SDC JUPITER ENCOUNTER V2.0", "NEW HORIZONS SDC POST-LAUNCH CHECKOUT V1.0", "NEW HORIZONS SDC POST-LAUNCH CHECKOUT V2.0", "NEW HORIZONS SPICE KERNELS V1.0", "NEW HORIZONS SWAP JUPITER ENCOUNTER V1.0", "NEW HORIZONS SWAP JUPITER ENCOUNTER V2.0", "NEW HORIZONS SWAP POST-LAUNCH CHECKOUT V1.0", "NEW HORIZONS SWAP POST-LAUNCH CHECKOUT V2.0", "NIMS EXPERIMENT DATA RECORDS: EARTH/MOON 1 AND 2 ENCOUNTERS", "NIMS EXPERIMENT DATA RECORDS: GASPRA/IDA ENCOUNTERS", "NIMS EXPERIMENT DATA RECORDS: SL-9 COMET IMPACT WITH JUPITER", "NIMS EXPERIMENT DATA RECORDS: VENUS ENCOUNTER", "NIMS SPECTRAL IMAGE CUBES OF THE EARTH: E1 & E2 ENCOUNTERS", "NIMS SPECTRAL IMAGE CUBES OF VENUS", "NIMS SPECTRAL IMAGE TUBES OF THE EARTH: E1 & E2 ENCOUNTERS", "NIMS SPECTRAL IMAGE TUBES OF THE MOON: E1 & E2 ENCOUNTERS", "NIMS SPECTRAL IMAGE TUBES OF VENUS", "NIMS SPECTRAL IMAGE CUBES OF VENUS", "NIMS SPECTRAL IMAGE CUBES OF THE EARTH: E1 & E2 ENCOUNTERS", "NIMS SPECTRAL IMAGE TUBES OF VENUS", "NIMS SPECTRAL IMAGE TUBES OF THE EARTH: E1 & E2 ENCOUNTERS", "NIMS SPECTRAL IMAGE TUBES OF THE MOON: E1 & E2 ENCOUNTERS", "ODY ACCELEROMETER ALTITUDE DATA RECORDS V2.0", "ODY ACCELEROMETER PROFILE DATA RECORDS V2.0", "ODY ACCELEROMETER RAW DATA RECORDS V2.0", "ODY MARS GAMMA RAY SPECTROMETER 2 EDR V1.0", "ODY MARS GAMMA RAY SPECTROMETER 2 EDR V2.0", "ODY MARS GAMMA RAY SPECTROMETER 4 CGS V1.0", "ODY MARS GAMMA RAY SPECTROMETER 4 DHD V1.0", "ODY MARS GAMMA RAY SPECTROMETER 4 DND V1.0", "ODY MARS GAMMA RAY SPECTROMETER 5 AHD V1.0", "ODY MARS GAMMA RAY SPECTROMETER 5 AND V1.0", "ODY MARS GAMMA RAY SPECTROMETER 5 ELEMENT CONCENTRATION V1.0", "ODY MARS GAMMA RAY SPECTROMETER 5 SGS V1.0", "ODY MARS SPICE KERNELS V1.0", "ODYSSEY ACCELEROMETER DERIVED DATA V1.0", "ODYSSEY MARS ACCELEROMETER ALTITUDE DATA", "ODYSSEY MARS ACCELEROMETER EDR DATA", "ODYSSEY MARS ACCELEROMETER PROFILE DATA", "ODYSSEY MARS ACCELEROMETER RAW DATA RECORDS V1.0", "ODYSSEY MARS ALTITUDE DATA RECORDS V1.0", "ODYSSEY MARS MARIE CALIBRATED DATA V1.0", "ODYSSEY MARS MARIE RAW ENERGETIC PARTICLE DATA", "ODYSSEY MARS MARIE REDUCED ENERGETIC PARTICLE DATA", "ODYSSEY MARS MARIE REFORMATTED RAW DATA V1.0", "ODYSSEY MARS PROFILE DATA RECORDS V1.0", "ODYSSEY MARS PROFILE DATA RECORDS V1.2", "ODYSSEY MARS SPICE DATA", "ODYSSEY THEMIS INFRARED GEOMETRIC IMAGES V1.0", "ODYSSEY THEMIS IR BRIGHTNESS TEMPERATURE RECORD V1.0", "ODYSSEY THEMIS IR EDR V1.0", "ODYSSEY THEMIS IR PBT V1.0", "ODYSSEY THEMIS IR RDR V1.0", "ODYSSEY THEMIS VIS APPARENT BRIGHTNESS RECORD V1.0", "ODYSSEY THEMIS VIS EDR V1.0", "ODYSSEY THEMIS VIS GEOMETRIC IMAGES V1.0", "ODYSSEY THEMIS VIS RDR V1.0", "OMEGA FLIGHT EXPERIMENT DATA RECORDS", "OPTICAL CONSTANTS AND LAB SPECTRA OF WATER ICE V1.0", "P10 JUPITER CRT ELECTRON/PROTON/ION FLUX 15 MIN AVGS V1.0", "P10 JUPITER HVM B-FIELD INSIDE 7 RJ JG COORDS 1 MIN AVG V1.0", "P11 CRS 15 MINUTE SATURN ENCOUNTER DATA", "P11 HVM 1 MINUTE SATURN ENCOUNTER DATA", "P11 JUPITER CRT ELECTRON/PROTON/ION FLUX 15 MIN AVGS V1.0", "P12 V ORBITING RADAR DERIVED BACKSCATTER CROSS SECTION V1.0", "P12 V ORBITING RADAR RESAMPLED ALTIMETER/RADIOMETER V1.0", "P12 V RADIO SCIENCE SUBSYSTEM RESAMPLED LOS GRAVITY V1.0", "P445.3 (PLUTO) OCCULTATION V1.0", "PAL200 SR CASS-IR-CAM RESAMPLED RING OCCULTATION V1.0", "PHOBOS 2 MARS KRFM PHOTOMETRY V1.0", "PHOBOS 2 MARS TERMOSCAN THERMAL/VISIBLE IMAGING EDR V1.0", "PHOBOS 2 MARS TERMOSKAN EDITED THERMAL/VIS IMAGING EDR V1.0", "PHOBOS 2 MARS VSK-FREGAT EDR V1.0", "PHOENIX MARS ATMOSPHERIC STRUCTURE EXP REDUCED DATA V1.0", "PHOENIX MARS ATMOSPHERIC STRUCTURE EXPERIMENT DATA V1.0", "PHOENIX MARS MECA NON-IMAGING EDR V1.0", "PHOENIX MARS MECA NON-IMAGING RDR V1.0", "PHOENIX MARS MECA OPTICAL MICROSCOPE 2 EDR VERSION 1.0", "PHOENIX MARS MECA OPTICAL MICROSCOPE 3 RADIOMETRIC SCI V1.0", "PHOENIX MARS MET LIDAR ATMOSPHERIC PROFILES EDR V1.0", "PHOENIX MARS MET LIDAR ATMOSPHERIC PROFILES RDR V1.0", "PHOENIX MARS METEOROLOGICAL PRESSURE / TEMPERATURE EDR V1.0", "PHOENIX MARS METEOROLOGICAL PRESSURE / TEMPERATURE RDR V1.0", "PHOENIX MARS ROBOTIC ARM 4 RDR DERIVED V1.0", "PHOENIX MARS ROBOTIC ARM CAMERA 2 EDR VERSION 1.0", "PHOENIX MARS ROBOTIC ARM CAMERA 3 RADIOMETRIC OPS V1.0", "PHOENIX MARS ROBOTIC ARM CAMERA 3 RADIOMETRIC SCI V1.0", "PHOENIX MARS ROBOTIC ARM CAMERA 4 LINEARIZED OPS V1.0", "PHOENIX MARS ROBOTIC ARM CAMERA 5 ANAGLYPH OPS V1.0", "PHOENIX MARS ROBOTIC ARM CAMERA 5 DISPARITY OPS V1.0", "PHOENIX MARS ROBOTIC ARM CAMERA 5 MOSAIC OPS V1.0", "PHOENIX MARS ROBOTIC ARM CAMERA 5 NORMAL OPS V1.0", "PHOENIX MARS ROBOTIC ARM CAMERA 5 RANGE OPS V1.0", "PHOENIX MARS ROBOTIC ARM CAMERA 5 REACHABILITY OPS V1.0", "PHOENIX MARS ROBOTIC ARM CAMERA 5 ROUGHNESS OPS V1.0", "PHOENIX MARS ROBOTIC ARM CAMERA 5 XYZ OPS V1.0", "PHOENIX MARS SURFACE STEREO IMAGER 2 EDR VERSION 1.0", "PHOENIX MARS SURFACE STEREO IMAGER 3 RADIOMETRIC OPS V1.0", "PHOENIX MARS SURFACE STEREO IMAGER 3 RADIOMETRIC SCI V1.0", "PHOENIX MARS SURFACE STEREO IMAGER 4 LINEARIZED OPS V1.0", "PHOENIX MARS SURFACE STEREO IMAGER 5 ANAGLYPH OPS V1.0", "PHOENIX MARS SURFACE STEREO IMAGER 5 DISPARITY OPS V1.0", "PHOENIX MARS SURFACE STEREO IMAGER 5 INCID OVER FLX SCI V1.0", "PHOENIX MARS SURFACE STEREO IMAGER 5 MOSAIC OPS V1.0", "PHOENIX MARS SURFACE STEREO IMAGER 5 NORMAL OPS V1.0", "PHOENIX MARS SURFACE STEREO IMAGER 5 RANGE OPS V1.0", "PHOENIX MARS SURFACE STEREO IMAGER 5 REACHABILITY OPS V1.0", "PHOENIX MARS SURFACE STEREO IMAGER 5 ROUGHNESS OPS V1.0", "PHOENIX MARS SURFACE STEREO IMAGER 5 XYZ OPS V1.0", "PHOENIX MARS TELLTALE WIND VELOCITY & DIRECTION V1.0", "PHOTOMETRY OF IO AND EUROPA DURING SL9 IMPACT FLASHES", "PHX MARS SSI ATMOSPHERIC OPACITY RDR V1.0", "PHX MARS THERMAL EVOLVED GAS ANALYZER 2 EGAEDR V1.0", "PHX MARS THERMAL EVOLVED GAS ANALYZER 2 EGHEDR V1.0", "PHX MARS THERMAL EVOLVED GAS ANALYZER 2 ENGEDR V1.0", "PHX MARS THERMAL EVOLVED GAS ANALYZER 2 LEDEDR V1.0", "PHX MARS THERMAL EVOLVED GAS ANALYZER 2 MSGEDR V1.0", "PHX MARS THERMAL EVOLVED GAS ANALYZER 2 SCEDR V1.0", "PHX MARS THERMAL EVOLVED GAS ANALYZER 3 ENGRDR V1.0", "PHX MARS THERMAL EVOLVED GAS ANALYZER 4 EGHRDR V1.0", "PHX MARS THERMAL EVOLVED GAS ANALYZER 4 EGSRDR V1.0", "PHX MARS THERMAL EVOLVED GAS ANALYZER 4 SCRDR V1.0", "PHYSICAL CHARACTERISTICS OF COMETS", "PIONEER 10 JUP CRT SUMM FLUX 15MIN V1.0", "PIONEER 10 JUP GTT RDR/SUMM V1.0", "PIONEER 10 JUP HVM RDR HIGH RESOLUTION V1.0", "PIONEER 10 JUP HVM RDR JUP HIGHRES V1.0", "PIONEER 10 JUP HVM SUMM 1MIN AVERAGED SYS3 COORDS V1.0", "PIONEER 10 JUP HVM SUMM JUP NEAR ENC V1.0", "PIONEER 10 JUP HVM SUMM JUP SUMMARY V1.0", "PIONEER 10 JUP POS FLYBY TRAJECTORY V1.0", "PIONEER 10 JUP POS JUP FLYBY TRAJ V1.0", "PIONEER 10 JUP/SOL WIND CPI SUMM CRUISE 15MIN V1.0", "PIONEER 10 JUP/SOL WIND CPI SUMM CRUISE 1HR V1.0", "PIONEER 10 JUP/SOL WIND PA RDR CRUISE V1.0", "PIONEER 10 JUP/SOL WIND PA RDR HIGH RESOLUTION CRUISE V1.0", "PIONEER 10 JUP/SOL WIND PA SUMM CRUISE 1HR V1.0", "PIONEER 10 JUP/SOL WIND POS LIGHT TIME V1.0", "PIONEER 10 JUP/SOL WIND TRD SUMM CRUISE 1HR V1.0", "PIONEER 10 JUP/SOL WIND UV SUMM CRUISE 1DAY V1.0", "PIONEER 11 JUP CRT SUMM FLUX 15MIN V1.0", "PIONEER 11 JUP FGM MAGNETIC FIELD 5 MIN AVG DATA V1.0", "PIONEER 11 JUP FGM SUMM JUP 36SEC V1.0", "PIONEER 11 JUP FGM SUMM JUP 5MIN V1.0", "PIONEER 11 JUP GTT RDR/SUMM V1.0", "PIONEER 11 JUP HVM RDR HIGH RESOLUTION V1.0", "PIONEER 11 JUP HVM RDR JUP HIGHRES V1.0", "PIONEER 11 JUP HVM SUMM JUP NEAR ENC V1.0", "PIONEER 11 JUP HVM SUMM JUP SUMMARY V1.0", "PIONEER 11 JUP POS JUP FLYBY TRAJ V1.0", "PIONEER 11 JUP/SAT/SOL WIND CPI SUMM CRUISE 15MIN V1.0", "PIONEER 11 JUP/SAT/SOL WIND CPI SUMM CRUISE 1HR V1.0", "PIONEER 11 JUP/SAT/SOL WIND PA RDR CRUISE V1.0", "PIONEER 11 JUP/SAT/SOL WIND PA RDR HIGH RES CRUISE V1.0", "PIONEER 11 JUP/SAT/SOL WIND PA SUMM CRUISE 1HR V1.0", "PIONEER 11 JUP/SAT/SOL WIND POS LIGHT TIME V1.0", "PIONEER 11 JUP/SAT/SOL WIND TRD SUMM CRUISE 1HR V1.0", "PIONEER 11 JUP/SAT/SOL WIND UV SUMM CRUISE 1DAY V1.0", "PIONEER 11 JUPITER FGM MAGNETIC FIELD 36 SEC AVG V1.0", "PIONEER 11 JUPITER HVM MAGNETIC FIELD 1 MINUTE DATA V1.0", "PIONEER 11 JUPITER POS FLYBY TRAJECTORY V1.0", "PIONEER 11 SAT CRT ELECTRON/PROTON/ION FLUX 15 MIN AVGS V1.0", "PIONEER 11 SAT CRT SUMM FLUX 15MIN V1.0", "PIONEER 11 SAT FGM MAGNETIC FIELD 5 MIN AVG DATA V1.0", "PIONEER 11 SAT FGM SUMM SAT 146SEC V1.0", "PIONEER 11 SAT FGM SUMM SAT 5MIN V1.0", "PIONEER 11 SAT GTT EDR/RDR/SUMM V1.0", "PIONEER 11 SAT HVM RDR HIGH RESOLUTION V1.0", "PIONEER 11 SAT HVM RDR SAT HIGHRES V1.0", "PIONEER 11 SAT HVM SUMM SAT SUMMARY V1.0", "PIONEER 11 SATURN FGM MAGNETIC FIELD 146 SEC AVG DATA V1.0", "PIONEER 11 SATURN FLYBY TRAJECTORY DATA V1.0", "PIONEER 11 SATURN GTT EDR/RDR/SUMM V1.0", "PIONEER 11 SATURN HVM MAGNETIC FIELD 1 MINUTE DATA V1.0", "PIONEER 12 VENUS ORBITING RADAR DERIVED RADAR IMAGES V1.0", "PLATE SHAPE MODEL OF COMET 103P/HARTLEY 2, V1.0", "PLATE SHAPE MODEL OF COMET 9P/TEMPEL 1, V1.0", "PLUTO-CHARON MUTUAL EVENTS V1.0", "PLUTO-CHARON MUTUAL EVENTS V2.0", "PLUTO-CHARON MUTUAL EVENTS V3.0", "PLUTO-CHARON MUTUAL EVENTS V3.1", "POLARIMETRY OF ASTEROID ITOKAWA V1.0", "POLARIMETRY OF PLANETARY SATELLITES V1.0", "POLARIMETRY OF TRANSNEPTUNIAN OBJECTS AND CENTAURS V1.0", "POLARIMETRY OF TRANSNEPTUNIAN OBJECTS AND CENTAURS V2.0", "PROPERTIES OF COMET NUCLEI", "PVO RPA PROC THERM ELEC, ION, PHOTOELEC, LOW RES. V1.0", "PVO V OCPP POLARIMETRY MAP DATA RECORD V1.0", "PVO V OUVS INBOUND MONOCHROME IMAGE DATA RECORD V1.0", "PVO V SUPP EXPERIMENT DATA RECORD SC ORBIT/ATTITUDE V1.0", "PVO V SUPP EXPERIMENTER DATA RECORD SC ORBIT/ATTITUDE V1.0", "PVO VENUS EFD BROWSE ELECTRIC FIELD 24SEC AVGS V1.0", "PVO VENUS EFD CALIBRATED ELECTRIC FIELD HIGH RES. V1.0", "PVO VENUS EFD RESAMP BROWSE ELECTRIC FIELD 24SEC AVGS V1.0", "PVO VENUS ELECT TEMP PROBE CALIB HIGH RES ELECTRONS VER 1.0", "PVO VENUS ELECT TEMP PROBE DERVD BOW SHOCK LOCATION VER 1.0", "PVO VENUS ELECT TEMP PROBE DERVD ELECT DENS LOW RES VER 1.0", "PVO VENUS ELECT TEMP PROBE DERVD IONOPAUSE LOCATION VER 1.0", "PVO VENUS ELECT TMP PROBE RESAMP SOLAR EUV 24 HR AVG VER 1.0", "PVO VENUS ION MASS SPECTROMETER CALIB HIGH RES ION DENS V1.0", "PVO VENUS ION MASS SPECTROMETER LOW RES ION DENSITY V1.0", "PVO VENUS MAG CALIBRATED P-SENSOR HIGH RES V1.0", "PVO VENUS MAG CALIBRATED S/C COORDINATES HIGH RES V1.0", "PVO VENUS MAG CALIBRATED SC COORDINATES HIGH RES V1.0", "PVO VENUS MAG RESAMPLED P-SENSOR 24SEC AVGS V1.0", "PVO VENUS MAG RESAMPLED SC COORDS 24SEC AVGS V1.0", "PVO VENUS ONMS BROWSE NEUTRAL DENSITY 12 SECOND V1.0", "PVO VENUS ONMS BROWSE SUPERTHERMAL OXYGEN 12 SECOND V1.0", "PVO VENUS ONMS BROWSE SUPRTHRML ION MAX COUNT RATE 12S V1.0", "PVO VENUS ONMS BROWSE THERMAL ION 12 SECOND V1.0", "PVO VENUS ONMS CALIBRATED NEUTRAL DENSITY HIGH RES. V1.0", "PVO VENUS ONMS CALIBRATED SUPERTHERMAL OXYGEN HIGH RES. V1.0", "PVO VENUS ONMS DERIVED SUPERTHERMAL ION LOCATION V1.0", "PVO VENUS RADIO SCIENCE OPENLOOP ODR VERSION 1.0", "PVO VENUS RETARD. POTENT. ANLYR. EDITED I/V CURVE (RDR) V1.0", "PVO VENUS SC POSITION DERIVED VSO COORDS 12 SECOND VER1.0", "REDDY IRTF NEAR-EARTH ASTEROID SPECTRA V1.0", "REDDY VESTA ROTATIONALLY RESOLVED NEAR-INFRARED SPECTRA V1.0", "RIVKIN THREE MICRON ASTEROID DATA V1.0", "RIVKIN THREE MICRON ASTEROID DATA V2.0", "RIVKIN THREE MICRON ASTEROID DATA V3.0", "ROSETTA SPICE KERNELS V1.0", "ROSETTA-ORBITER 2002T7/CAL/CHECK ALICE 2 CVP1 V1.0", "ROSETTA-ORBITER 2002T7/CAL/CHECK ALICE 3 CVP1 V1.0", "ROSETTA-ORBITER 9P MIRO 2 CR2 9P-TEMPEL1 V1.0", "ROSETTA-ORBITER 9P MIRO 3 CR2 9P-TEMPEL1 V1.0", "ROSETTA-ORBITER 9P/CAL/CHECK ALICE 2 CR2 V1.0", "ROSETTA-ORBITER 9P/CAL/CHECK ALICE 3 CR2 V1.0", "ROSETTA-ORBITER CAL ALICE 3 EAR1 V1.0", "ROSETTA-ORBITER CAL COSIMA 3 V2.0", "ROSETTA-ORBITER CAL COSIMA 3 V3.0", "ROSETTA-ORBITER CAL MIDAS 3 CVP FULL V1.0", "ROSETTA-ORBITER CAL MIRO 2 GRND THERMAL-VAC V1.0", "ROSETTA-ORBITER CAL/CHECK ALICE 2 CVP2 V1.0", "ROSETTA-ORBITER CAL/CHECK ALICE 2 EAR1 V1.0", "ROSETTA-ORBITER CAL/CHECK ALICE 3 CVP2 V1.0", "ROSETTA-ORBITER CAL/EARTH ALICE 2 EAR2 V1.0", "ROSETTA-ORBITER CAL/EARTH ALICE 3 EAR2 V1.0", "ROSETTA-ORBITER CAL/JUPITER/MARS ALICE 2 MARS V1.0", "ROSETTA-ORBITER CAL/JUPITER/MARS ALICE 3 MARS V1.0", "ROSETTA-ORBITER CALIBRATION RPCIES 2 CVP V1.0", "ROSETTA-ORBITER CHECK ALICE 2 CR1 V1.0", "ROSETTA-ORBITER CHECK ALICE 3 CR1 V1.0", "ROSETTA-ORBITER CHECK MIDAS 3 CR2 PC1-2 V1.0", "ROSETTA-ORBITER CHECK MIDAS 3 EAR1 PC0 V1.0", "ROSETTA-ORBITER CHECK MIRO 2 CVP COMMISSIONING V1.0", "ROSETTA-ORBITER CHECK MIRO 3 CVP COMMISSIONING V1.0", "ROSETTA-ORBITER CHECK ROSINA 2 ENGINEERING V1.0", "ROSETTA-ORBITER CHECK RPCICA 2 CVP UNCALIBRATED V1.0", "ROSETTA-ORBITER CHECK RPCMAG 2 CVP RAW V3.0", "ROSETTA-ORBITER CHECK RPCMAG 3 CVP CALIBRATED V3.0", "ROSETTA-ORBITER CHECK RPCMAG 4 CVP RESAMPLED V3.0", "ROSETTA-ORBITER EARTH MIRO 2 EAR1 EARTH1 V1.0", "ROSETTA-ORBITER EARTH MIRO 3 EAR1 EARTH1 V1.0", "ROSETTA-ORBITER EARTH RPCICA 2 EAR1 UNCALIBRATED V1.0", "ROSETTA-ORBITER EARTH RPCIES 2 EAR1 V1.0", "ROSETTA-ORBITER EARTH RPCMAG 2 EAR1 RAW V3.0", "ROSETTA-ORBITER EARTH RPCMAG 3 EAR1 CALIBRATED V3.0", "ROSETTA-ORBITER EARTH RPCMAG 4 EAR1 RESAMPLED V3.0", "ROSETTA-ORBITER SOLAR WIND RPCIES 2 CR2 V1.0", "ROSETTA-ORBITER SW RPCICA 2 CR2 UNCALIBRATED V1.0", "ROSETTA-ORBITER SW RPCMAG 2 CR2 RAW V3.0", "ROSETTA-ORBITER SW RPCMAG 3 CR2 CALIBRATED V3.0", "ROSETTA-ORBITER SW RPCMAG 4 CR2 RESAMPLED V3.0", "ROTATION OF COMET NUCLEI: TABLE 1", "SAKIGAKE INTERPLANETARY MAGNETIC FIELD DATA V 1.0", "SAKIGAKE SOLAR WIND EXPERIMENT DATA V1.0", "SAN PEDRO MARTIR OPTICAL IMAGING OF 9P/TEMPEL 1 V1.0", "SAWYER ASTEROID SPECTRA", "SAWYER ASTEROID SPECTRA V1.0", "SAWYER ASTEROID SPECTRA V1.1", "SDSS MOVING OBJECT CATALOG V1.0", "SDSS MOVING OBJECT CATALOG V2.0", "SDSS MOVING OBJECT CATALOG V3.0", "SDSS-BASED ASTEROID TAXONOMY V1.0", "SDSS-BASED ASTEROID TAXONOMY V1.1", "SEVEN COLOR ASTEROID SURVEY", "SEVEN COLOR ASTEROID SURVEY V1.0", "SMALL BODY RADAR SHAPE MODELS V1.1", "SMALL BODY RADAR SHAPE MODELS V2.0", "SMALL BODY SHAPE MODELS V1.0", "SMALL BODY SHAPE MODELS V2.0", "SMALL BODY SHAPE MODELS V2.1", "SMALL MAIN-BELT ASTEROID SPECTROSCOPIC SURVEY, PHASE II", "SMALL PLANETARY SATELLITE COLORS V1.0", "SMALL SOLAR SYSTEM OBJECTS SPECTROSCOPIC SURVEY V1.0", "SMASS ASTEROID SURVEY V1.0", "SMASS ASTEROID SURVEY V2.1", "SOHO LASCO COMET IMAGES V1.0", "SOHO LASCO COMET PHOTOMETRY V1.0", "SOUTH AFRICAN ASTRON. OBS. IMAGE DATA FROM SL9 IMPACTS", "SOUTH POLE IR EXPLORER DATA FROM SL9 IMPACTS WITH JUPITER", "SPECTRA OF V-TYPE CANDIDATES FROM THE SDSS MOC V1.0", "SPECTROPHOTOMETRY OF THE JOVIAN PLANETS AND TITAN", "SPECTROSCOPY AND PHOTOMETRY OF JUPITER TROJANS V1.0", "STARDUST C/E/L DUST FLUX MONITOR INSTRUMENT-2-EDR-V1.0", "STARDUST CIDA DATA", "STARDUST DFMI WILD 2 ENCOUNTER EDR DATA", "STARDUST DUST COLLECTOR GEOMETRY V1.0", "STARDUST NAVCAM CALIBRATED IMAGES OF 81P/WILD 2", "STARDUST NAVCAM CALIBRATED IMAGES OF 81P/WILD 2 - VERS 2.0", "STARDUST NAVCAM EARLY CRUISE IMAGES", "STARDUST NAVCAM IMAGES FOR ANNEFRANK", "STARDUST NAVCAM IMAGES OF ANNEFRANK", "STARDUST NAVCAM IMAGES OF ANNEFRANK - VERSION 2.0", "STARDUST NAVCAM IMAGES OF WILD 2", "STARDUST NAVCAM IMAGES OF WILD 2 - VERSION 2.0", "STARDUST NAVCAM PREFLIGHT CALIB ARCHIVE", "STARDUST SPICE KERNELS V1.0", "STARDUST SRC TEMPERATURE DATA V1.0", "STARDUST WILD 2 ENCOUNTER DYNAMIC SCIENCE EXPERIMENT DATA", "STOOKE SMALL BODIES MAPS", "STOOKE SMALL BODIES MAPS V1.0", "STOOKE SMALL BODY SHAPE MODELS V1.0", "SUB-KILOMETER ASTEROID DIAMETER SURVEY (SKADS) V1.0", "SUBMILLIMETER LIGHTCURVES OF ASTEROIDS V1.0", "SUISEI ENERGY SPECTRUM PARTICLE MEASUREMENTS V1.0", "SURFACE TEMPERATURE MAPS OF COMET 9P/TEMPEL 1 V1.0", "SURVEY OF COMET LIGHTCURVES V1.0", "SOUTH AFRICAN ASTRON. OBS. IMAGE DATA FROM SL9 IMPACTS", "SOUTH POLE IR EXPLORER DATA FROM SL9 IMPACTS WITH JUPITER", "THE OAO/OASIS JUPITER OBSERVATION OF SL9 FRAGMENT K V1.0", "TNO AND CENTAUR COLORS V1.0", "TNO AND CENTAUR COLORS V2.0", "TNO AND CENTAUR COLORS V3.0", "TNO AND CENTAUR COLORS V4.0", "TNO AND CENTAUR COLORS V5.0", "TNO AND CENTAUR COLORS V6.0", "TNO AND CENTAUR COLORS V7.0", "TNO AND CENTAUR COLORS V8.0", "TNO PHOTOMETRY", "TORINO ASTEROID POLARIMETRY V1.0", "TRANS-NEPTUNIAN OBJECT LIGHTCURVES V1.0", "TRANS-NEPTUNIAN OBJECT LIGHTCURVES V1.1", "TRANS-NEPTUNIAN OBJECT PHOTOMETRY V2.0", "TRANS-NEPTUNIAN OBJECT PHOTOMETRY V3.0", "TRI-AXIAL ELLIPSOID MODEL OF COMET WILD 2", "TRIAD ASTEROID POLARIMETRY V1.0", "TRIAD ASTEROID POLARIMETRY V2.0", "TRIAD ASTEROID POLARIMETRY V2.1", "TRIAD RADIOMETRIC DIAMETERS AND ALBEDOS V1.0", "UBV MEAN ASTEROID COLORS", "UBV MEAN VALUES V1.0", "UBV MEAN VALUES V1.1", "UH2.2M REDUCED 9P/TEMPEL 1 IMAGES/ASTROMETRY V1.0", "ULECA SELECTED COUNTS FOR GZ ENCOUNTER", "ULY JUP COSPIN ANISOTROPY TELESCOPE 256 SEC. PARTICLE FLUX", "ULY JUP COSPIN HIGH ENERGY TELESCOPE HIGH RES. PARTICLE FLUX", "ULY JUP COSPIN HIGH FLUX TELESCOPE HIGH RES. ION FLUX", "ULY JUP COSPIN KIEL ELE TEL HIRES PARTICLE RATES/INTENSITIES", "ULY JUP COSPIN KIEL ELE TEL HIRES RAW PARTICLE COUNT RATES", "ULY JUP COSPIN LOW ENERGY TELESCOPE 32 SEC PARTICLE FLUX", "ULY JUP ENCOUNTER SWOOPS PLASMA HIRES DATA", "ULY JUP GRB SOLAR X-RAY/COSMIC GAMMA-RAY RAW COUNT RATE", "ULY JUP MAGNETIC FIELD JOVIGRAPHIC SYS III LH COORDS 60 AVGS", "ULY JUP SCE DOPPLER HI-RES DATA", "ULY JUP SCE RAW ARCHIVAL TRACKING DATA FILES V1.0", "ULY JUP SCE RAW ODR V1.0", "ULY JUP URAP PLASMA FREQ REC AVERAGE E-FIELD 10 MIN", "ULY JUP URAP PLASMA FREQ REC PEAK E-FIELD 10 MIN", "ULY JUP URAP RADIO ASTRONOMY REC AVERAGE E-FIELD 10 MIN", "ULY JUP URAP RADIO ASTRONOMY REC AVERAGE E-FIELD 144 SEC", "ULY JUP URAP RADIO ASTRONOMY REC PEAK E-FIELD 10 MIN", "ULY JUP URAP WAVEFORM ANALYZER AVERAGE B-FIELD 10 MIN", "ULY JUP URAP WAVEFORM ANALYZER AVERAGE E-FIELD 10 MIN", "ULY JUP URAP WAVEFORM ANALYZER PEAK B-FIELD 10 MIN", "ULY JUP URAP WAVEFORM ANALYZER PEAK E-FIELD 10 MIN", "ULY JUPITER ENCOUNTER EPHEMERIS SYS3/ECL50 COORDS. VER. 1.0", "ULY JUPITER GRAVITATIONAL WAVE EXPERIMENT NULL RESULTS", "ULY JUPITER INTERSTELLAR NEUTRAL-GAS EXPERIMENT - NO DATA", "ULY JUPITER INTERSTELLAR NEUTRAL-GAS EXPERIMENT SKY MAPS", "ULY JUPITER SOLAR WIND ION COMPOSITION SPECTROMETER NO DATA", "ULYSSES DUST DETECTION SYSTEM V2.0", "ULYSSES DUST DETECTION SYSTEM V3.0", "ULYSSES DUST DETECTION SYSTEM V3.1", "ULYSSES DUST DETECTOR SYSTEM V1.0", "ULYSSES JUP SPICE SPK KERNEL VERSION 1.0", "ULYSSES JUPITER EPAC ALL DATA CHANNELS", "ULYSSES JUPITER EPAC OMNI-DIRECTIONAL ELECTRON FLUX", "ULYSSES JUPITER EPAC OMNI-DIRECTIONAL PROTON FLUX 1 HR AVGS.", "ULYSSES JUPITER EPAC PROTON SPECTRAL DATA 1 HR V1.0", "ULYSSES JUPITER EPAC PRTL2 SECTORED PROTON FLUX 1 HR V1.0", "ULYSSES JUPITER EPAC PRTL3 SECTORED PROTON FLUX 1 HR V1.0", "ULYSSES JUPITER EPAC PSTL1 PROTON SPECTRAL DATA 1 HR V1.0", "ULYSSES JUPITER EPAC PSTL2 PROTON SPECTRAL DATA 1 HR V1.0", "ULYSSES JUPITER EPAC PULSE HEIGHT 24HR", "ULYSSES JUPITER HISCALE COMPOSITION APERTURE ION COUNTS", "ULYSSES JUPITER HISCALE DEFLECTED ELECTRONS COUNTS", "ULYSSES JUPITER HISCALE LEFS 150 ELECTRON/ION COUNTS", "ULYSSES JUPITER HISCALE LEFS 60 ELECTRON/ION COUNTS", "ULYSSES JUPITER HISCALE LEMS 120 ION COUNTS", "ULYSSES JUPITER HISCALE LEMS 30 ION COUNTS", "ULYSSES JUPITER HISCALE W ION COUNTS", "ULYSSES JUPITER SOLAR CORONA EXPER. RANGING DATA 10 MIN AVG", "UNKNOWN", "VEGA1 CRUISE MAGNETOMETER DATA", "VEGA1 DUST MASS SPECTROMETER MODAL DATA V1.0", "VEGA1 DUST PARTICLE COUNTER MASS ANALYSER DATA V1.0", "VEGA1 DUST PARTICLE IMPACT DETECTOR DATA V1.0", "VEGA1 DUST PARTICLE IMPACT PLASMA DETECTOR DATA V1.0", "VEGA1 HALLEY FLYBY MAGNETOMETER DATA", "VEGA1 INFRARED SPECTROMETER HIGH RESOLUTION DATA V1.0", "VEGA1 INFRARED SPECTROMETER IMAGING CHANNEL DATA V1.0", "VEGA1 ORIGINAL MISCHA DATA SUBMISSION", "VEGA1 PLASMAG-1 PLASMA ENERGY ANALYSER DATA V1.0", "VEGA1 PUMA DUST MASS SPECTROMETER DATA V1.0", "VEGA1 TUNDE-M ENERGETIC PARTICLE ANALYSER DATA V1.0", "VEGA1 TV SYSTEM IMAGES PROCESSED BY KFKI V1.0", "VEGA1 TV SYSTEM IMAGES V1.0", "VEGA2 DUST PARTICLE COUNTER MASS ANALYSER DATA V1.0", "VEGA2 DUST PARTICLE IMPACT DETECTOR DATA V1.0", "VEGA2 DUST PARTICLE IMPACT PLASMA DETECTOR DATA V1.0", "VEGA2 ORIGINAL MISCHA DATA SUBMISSION", "VEGA2 PLASMAG-1 PLASMA ENERGY ANALYSER DATA V1.0", "VEGA2 PUMA DUST MASS SPECTROMETER DATA V1.0", "VEGA2 PUMA DUST MASS SPECTROMETER MODAL DATA V1.0", "VEGA2 TV SYSTEM IMAGES PROCESSED BY KFKI V1.0", "VEGA2 TV SYSTEM IMAGES TRANSFORMED BY IKF V1.0", "VEGA2 TV SYSTEM IMAGES V1.0", "VENUS EXPRESS SPICE KERNELS V1.0", "VG1 J/S/SS PLASMA WAVE SPECTROMETER RAW WAVEFORM 60MS V1.0", "VG1 J/S/SS PWS EDITED SPECTRUM ANALYZER FULL RES V1.0", "VG1 J/S/SS PWS RESAMP SPECTRUM ANALYZER HOUR AVG V1.0", "VG1 JUP CRS DERIVED PROTON/ION/ELECTRON FLUX BROWSE V1.0", "VG1 JUP EPHEMERIS HELIOGRAPHIC COORDS BROWSE V1.0", "VG1 JUP EPHEMERIS SYSTEM III (1965) COORDS BROWSE V1.1", "VG1 JUP LECP CALIBRATED RESAMPLED SCAN AVERAGED 15MIN V1.1", "VG1 JUP LECP CALIBRATED RESAMPLED SECTORED 15MIN V1.1", "VG1 JUP MAG RESAMPLED HELIOGRAPHIC (RTN) COORDS 1.92SEC V1.0", "VG1 JUP MAG RESAMPLED HELIOGRAPHIC (RTN) COORDS 48.0SEC V1.0", "VG1 JUP MAG RESAMPLED HELIOGRAPHIC (RTN) COORDS 9.60SEC V1.0", "VG1 JUP MAG RESAMPLED SYSTEM III (1965) COORDS 1.92SEC V1.1", "VG1 JUP MAG RESAMPLED SYSTEM III (1965) COORDS 48.0SEC V1.1", "VG1 JUP MAG RESAMPLED SYSTEM III (1965) COORDS 9.60SEC V1.1", "VG1 JUP MAG/EPHEMERIS RESAMPLED SYS III (1965) 48.0SEC V1.1", "VG1 JUP PLASMA DERIVED ELECTRON MOMENTS 96.0 SEC V1.1", "VG1 JUP PLS DERIVED ION IN/OUTBND MAGSHTH L-MODE 96SEC V1.0", "VG1 JUP PLS DERIVED ION INBOUND SOLAR WIND 96SEC V1.0", "VG1 JUP PLS DERIVED ION OUTBND MAGSHTH M-MODE 96SEC V1.0", "VG1 JUP PLS PLASMA DERIVED ION MOMENTS 96.0 SEC V1.1", "VG1 JUP PRA CALIBRATED HI-RES LOW FREQ. REC. BAND DATA V1.0", "VG1 JUP PRA RESAMPLED SUMMARY BROWSE 48SEC V1.0", "VG1 JUP PWS EDITED SPECTRUM ANALYZER 4.0SEC V1.1", "VG1 JUP PWS RESAMPLED SPECTRUM ANALYZER 48SEC V1.1", "VG1 JUP RADIO ASTRONOMY REDUCED 6SEC V1.0", "VG1 JUPITER SPICE SPK KERNEL V2.0", "VG1 JUPITER ULTRAVIOLET SPECTROMETER SUBSYSTEM 3 RDR V1.0", "VG1 SAT CRS RESAMPLED SUMMARY D1 RATE ELEC 192SEC V1.0", "VG1 SAT EPHEMERIS HELIOGRAPHIC COORDS BROWSE V1.0", "VG1 SAT EPHEMERIS KRONOGRAPHIC (L1) COORDS BROWSE V1.1", "VG1 SAT LECP CALIBRATED RESAMPLED SCAN AVERAGED 15MIN V1.0", "VG1 SAT LECP CALIBRATED RESAMPLED SECTORED 15MIN V1.0", "VG1 SAT MAG RESAMPLED HELIOGRAPHIC (RTN) COORDS 1.92SEC V1.0", "VG1 SAT MAG RESAMPLED HELIOGRAPHIC (RTN) COORDS 48.0SEC V1.0", "VG1 SAT MAG RESAMPLED HELIOGRAPHIC (RTN) COORDS 9.60SEC V1.0", "VG1 SAT MAG RESAMPLED KRONOGRAPHIC (L1) COORDS 1.92SEC V1.0", "VG1 SAT MAG RESAMPLED KRONOGRAPHIC (L1) COORDS 48.0SEC V1.0", "VG1 SAT MAG RESAMPLED KRONOGRAPHIC (L1) COORDS 9.6SEC V1.0", "VG1 SAT PLS DERIVED ION SOLAR WIND 96SEC V1.0", "VG1 SAT PLS DERIVED ION SOLAR WIND BROWSE 96SEC V1.0", "VG1 SAT PRA CALIBRATED HI-RES LOW FREQ. REC. BAND DATA V1.0", "VG1 SAT PWS EDITED SPECTRUM ANALYZER 4.0SEC V1.0", "VG1 SAT PWS RESAMPLED SPECTRAL ANALYZER 48SEC V1.0", "VG1 SATURN ULTRAVIOLET SPECTROMETER SUBSYSTEM 3 RDR V1.0", "VG1/VG2 JUPITER IMAGING SCIENCE SUBSYSTEM EDITED EDR V2.0", "VG1/VG2 JUPITER IMAGING SCIENCE SUBSYSTEM EDITED EDR V3.0", "VG1/VG2 JUPITER IRIS 3 RDR V1.0", "VG1/VG2 JUPITER IRIS DERIVED GREAT RED SPOT PARAMETERS V1.0", "VG1/VG2 RADIO SCIENCE RING OCCULTATION DATA V1.0", "VG1/VG2 SATURN IMAGING SCIENCE SUBSYSTEM EDITED EDR V1.0", "VG1/VG2 SATURN IMAGING SCIENCE SUBSYSTEM EDITED EDR V2.0", "VG1/VG2 SATURN IMAGING SCIENCE SUSBSYSTEM EDITED EDR V1.0", "VG1/VG2 SATURN IMAGING SCIENCE SUSBSYSTEM EDITED EDR V2.0", "VG1/VG2 SATURN IRIS 3 RDR V1.0", "VG1/VG2 SR ISS RING PROFILES V1.0", "VG1/VG2 SR/UR RSS RESAMPLED RING OCCULTATION V1.0", "VG1/VG2 SR/UR/NR UVS EDITED/RESAMPLED RING OCCULTATION V1.0", "VG2 J/S/U/N/SS PLASMA WAVE SPECTROMETER RAW WFRM 60MS V1.0", "VG2 JUP CRS DERIVED PROTON/ION/ELECTRON FLUX BROWSE V1.0", "VG2 JUP EPHEMERIS HELIOGRAPHIC COORDS BROWSE V1.0", "VG2 JUP EPHEMERIS SYSTEM III (1965) COORDS BROWSE V1.1", "VG2 JUP LECP CALIBRATED RESAMPLED SCAN AVERAGED 15MIN V1.1", "VG2 JUP LECP CALIBRATED RESAMPLED SECTORED 15MIN V1.1", "VG2 JUP MAG RESAMPLED HELIOGRAPHIC (RTN) COORDS 9.60SEC V1.0", "VG2 JUP MAG RESAMPLED HELIOGRAPHIC (RTN)COORDS 1.92SEC V1.0", "VG2 JUP MAG RESAMPLED HELIOGRAPHIC (RTN)COORDS 48.0SEC V1.0", "VG2 JUP MAG RESAMPLED SYSTEM III (1965) COORDS 1.92SEC V1.1", "VG2 JUP MAG RESAMPLED SYSTEM III (1965) COORDS 48.0SEC V1.1", "VG2 JUP MAG RESAMPLED SYSTEM III (1965) COORDS 9.60SEC V1.1", "VG2 JUP PLASMA DERIVED ELECTRON MOMENTS 96.0 SEC V1.1", "VG2 JUP PLS DERIVED ION IN/OUTBND MAGSHTH L-MODE 96SEC V1.0", "VG2 JUP PLS DERIVED ION INBOUND SOLAR WIND 96SEC V1.0", "VG2 JUP PLS DERIVED ION OUTBND MAGSHTH M-MODE 96SEC V1.0", "VG2 JUP PLS PLASMA DERIVED ION MOMENTS 96.0 SEC V1.1", "VG2 JUP PRA CALIBRATED HI-RES LOW FREQ. REC. BAND DATA V1.0", "VG2 JUP PRA RESAMPLED SUMMARY BROWSE 48SEC V1.0", "VG2 JUP PWS EDITED SPECTRUM ANALYZER 4.0SEC V1.1", "VG2 JUP PWS RESAMPLED SPECTRAL ANALYZER 48SEC V1.1", "VG2 JUP RADIO ASTRONOMY REDUCED 6SEC V1.0", "VG2 JUPITER ULTRAVIOLET SPECTROMETER SUBSYSTEM 3 RDR V1.0", "VG2 NEP CRS CALIB RDR D1 RATE HI RESOLUTION ELEC 6SEC V1.0", "VG2 NEP CRS RESAMPLED SUMMARY D1 RATE ELEC 96SEC V1.0", "VG2 NEP CRS RESAMPLED SUMMARY D2 RATE ELEC 96SEC V1.0", "VG2 NEP LECP RESAMPLED RDR STEPPING SECTOR 12.8MIN V1.0", "VG2 NEP LECP RESAMPLED SUMMARY SCAN AVERAGED 24SEC V1.0", "VG2 NEP MAG RESAMP RDR HELIOGRAPHIC COORDINATES 1.92SEC V1.0", "VG2 NEP MAG RESAMP RDR HELIOGRAPHIC COORDINATES 9.6SEC V1.0", "VG2 NEP MAG RESAMP SUMMARY HELIOGRAPHIC COORDS 48SEC V1.0", "VG2 NEP MAG RESAMPLED SUMMARY NLS COORDINATES 12SEC V1.0", "VG2 NEP PLS DERIVED RDR 2 PROTON MAGSPHERE 48SEC V1.0", "VG2 NEP PLS DERIVED RDR ELECTRON MAGNETOSPHERE 96SEC V1.0", "VG2 NEP PLS DERIVED RDR ION INBOUND S-WIND 48SEC V1.0", "VG2 NEP PLS DERIVED RDR ION MAGNETOSPHERE 48SEC V1.0", "VG2 NEP PLS DERIVED RDR ION OUTBND MAGSHTH L-MODE 48SEC V1.0", "VG2 NEP PLS DERIVED RDR ION OUTBND MAGSHTH M-MODE 12MIN V1.0", "VG2 NEP PRA EDITED RDR HIGH RATE 60MS V1.0", "VG2 NEP PRA RESAMPLED SUMMARY BROWSE 48SEC V1.0", "VG2 NEP PWS EDITED RDR UNCALIB SPECTRUM ANALYZER 4SEC V1.0", "VG2 NEP PWS RAW EXPERIMENT WAVEFORM 60MS V1.0", "VG2 NEP PWS RESAMPLED SUMMARY SPECTRUM ANALYZER 48SEC V1.0", "VG2 NEP TRAJECTORY DERIV SUMM HELIOGRAPHIC COORDS 48SEC V1.0", "VG2 NEP TRAJECTORY DERIVED SUMM NLS COORDS 12SEC V1.0", "VG2 NEPTUNE IMAGING SCIENCE SUBSYSTEM EDITED EDR V1.0", "VG2 NEPTUNE IMAGING SCIENCE SUSBSYSTEM EDITED EDR V1.0", "VG2 NEPTUNE IRIS 3 RDR V1.0", "VG2 NEPTUNE ULTRAVIOLET SPECTROMETER SUBSYSTEM 3 RDR V1.0", "VG2 PHOTOPOLARIMETER RING OCCULTATION DATA V1.0", "VG2 SAT CRS RESAMPLED SUMMARY D1 RATE ELEC 192SEC V1.0", "VG2 SAT EPHEMERIS HELIOGRAPHIC COORDS BROWSE V1.0", "VG2 SAT EPHEMERIS KRONOGRAPHIC (L1) COORDS BROWSE V1.1", "VG2 SAT LECP CALIBRATED RESAMPLED SCAN AVERAGED 15MIN V1.0", "VG2 SAT LECP CALIBRATED RESAMPLED SECTORED 15MIN V1.0", "VG2 SAT MAG RESAMPLED HELIOGRAPHIC (RTN) COORDS 1.92SEC V1.1", "VG2 SAT MAG RESAMPLED HELIOGRAPHIC (RTN) COORDS 48.0SEC V1.1", "VG2 SAT MAG RESAMPLED HELIOGRAPHIC (RTN) COORDS 9.60SEC V1.1", "VG2 SAT MAG RESAMPLED KRONOGRAPHIC (L1) COORDS 1.92SEC V1.1", "VG2 SAT MAG RESAMPLED KRONOGRAPHIC (L1) COORDS 48.0SEC V1.1", "VG2 SAT MAG RESAMPLED KRONOGRAPHIC (L1) COORDS 9.6SEC V1.1", "VG2 SAT PLS DERIVED ION SOLAR WIND 96SEC V1.0", "VG2 SAT PLS DERIVED ION SOLAR WIND BROWSE 96SEC V1.0", "VG2 SAT PRA CALIBRATED HI-RES LOW FREQ. REC. BAND DATA V1.0", "VG2 SAT PWS EDITED SPECTRUM ANALYZER 4.0SEC V1.0", "VG2 SAT PWS RESAMPLED SPECTRAL ANALYZER 48SEC V1.0", "VG2 SATURN ULTRAVIOLET SPECTROMETER SUBSYSTEM 3 RDR V1.0", "VG2 SR/UR/NR PPS EDITED/RESAMPLED RING OCCULTATION V1.0", "VG2 SR/UR/NR PPS RAW/EDITED/RESAMPLED RING OCCULTATION V1.0", "VG2 ULTRAVIOLET SPECTROMETER RING OCCULTATION DATA V1.0", "VG2 URA CRS RESAMPLED SUMMARY D1 RATE ELEC 96SEC V1.0", "VG2 URA CRS RESAMPLED SUMMARY D2 RATE ELEC 96SEC V1.0", "VG2 URA LECP RESAMPLED RDR STEPPING SECTOR 12.8MIN V1.0", "VG2 URA LECP RESAMPLED RDR STEPPING SECTOR 15MIN V1.0", "VG2 URA LECP RESAMPLED SUMMARY SCAN AVERAGED 15MIN V1.0", "VG2 URA LECP RESAMPLED SUMMARY SCAN AVERAGED 24SEC V1.0", "VG2 URA MAG RESAMP RDR HELIOGRAPHIC COORDINATES 1.92SEC V1.0", "VG2 URA MAG RESAMP RDR HELIOGRAPHIC COORDINATES 9.6SEC V1.0", "VG2 URA MAG RESAMP SUMMARY HELIOGRAPHIC COORDS 48SEC V1.0", "VG2 URA MAG RESAMPLED RDR U1 COORDINATES 1.92SEC V1.0", "VG2 URA MAG RESAMPLED RDR U1 COORDINATES 9.6SEC V1.0", "VG2 URA MAG RESAMPLED SUMMARY U1 COORDINATES 48SEC V1.0", "VG2 URA PLS DERIVED RDR ELECTRON FIT 48SEC V1.0", "VG2 URA PLS DERIVED RDR ION FIT 48SEC V1.0", "VG2 URA PLS DERIVED SUMM ELECTRON BROWSE 48SEC V1.0", "VG2 URA PLS DERIVED SUMMARY ION FIT 48SEC V1.0", "VG2 URA PRA EDITED RDR HIGH RATE 60MS V1.0", "VG2 URA PRA RESAMPLED SUMMARY BROWSE 48SEC V1.0", "VG2 URA PWS EDITED RDR UNCALIB SPECTRUM ANALYZER 4SEC V1.0", "VG2 URA PWS RAW EXPERIMENT WAVEFORM 60MS V1.0", "VG2 URA PWS RESAMPLED SUMMARY SPECTRUM ANALYZER 48SEC V1.0", "VG2 URA TRAJECTORY DERIV SUMM HELIOGRAPHIC COORDS 48SEC V1.0", "VG2 URA TRAJECTORY DERIVED SUMM U1 COORDS 48SEC V1.0", "VG2 URANUS IMAGING SCIENCE SUBSYSTEM EDITED EDR V1.0", "VG2 URANUS IMAGING SCIENCE SUSBSYSTEM EDITED EDR V1.0", "VG2 URANUS IRIS 3 RDR V1.0", "VG2 URANUS ULTRAVIOLET SPECTROMETER SUBSYSTEM 3 RDR V1.0", "VILAS ASTEROID SPECTRA V1.0", "VILAS ASTEROID SPECTRA V1.1", "VISUAL IMAGING AND PHOTOMETRY OF (29981) 1999 TD10 V1.0", "VL1 MARS METEOROLOGY DATA RESAMPLED DATA BINNED-P-T-V V1.0", "VL1/VL2 MARS LABELED RELEASE V1.0", "VL1/VL2 MARS LANDING SITE ROCK POPULATIONS V1.0", "VL1/VL2 MARS LCS DERIVED ATMOSPHERIC OPTICAL DEPTH V1.0", "VL1/VL2 MARS LCS EXPERIMENT DATA RECORD V1.0", "VL1/VL2 MARS METEOROLOGY CALIBRATED FOOTPAD TEMP V1.0", "VL1/VL2 MARS METEOROLOGY DATA CALIBRATED DATA PRESSURE V1.0", "VL1/VL2 MARS METEOROLOGY RESAMPLED DAILY AVG PRESSURE V1.0", "VL1/VL2 MARS METEOROLOGY RESAMPLED DATA BINNED-P-T-V V1.0", "VL1/VL2 MARS METEOROLOGY RESAMPLED SOL AVG FOOTPAD TEMP V1.0", "VO1 MARS VISUAL IMAGING SUBSYSTEM DATA FOR SURVEY MISSION", "VO1/VO2 MARS ATMOSPHERIC WATER DETECTOR 4 V1.0", "VO1/VO2 MARS INFRARED THERMAL MAPPER RESAMPLED DATA V1.0", "VO1/VO2 MARS IRTM BINNED DATA AND DERIVED CLOUDS V1.0", "VO1/VO2 MARS SPICE KERNELS V1.0", "VO1/VO2 MARS VISUAL IMAGING SS EXPRMNT DATA REC BROWSE V2.0", "VO1/VO2 MARS VISUAL IMAGING SS EXPRMNT DATA RECORD V2.0", "VO1/VO2 MARS VISUAL IMAGING SUBSYSTEM DIGITAL IMAGE MODEL", "VO1/VO2 MARS VISUAL IMAGING SUBSYSTEM DIGITAL IMAGING MODEL", "VO1/VO2 MARS VISUAL IMAGING SUBSYSTEM DIGITAL TERRAIN MODEL", "VO1/VO2 MARS VISUAL IMAGING SUBSYSTEM EXPERIMENT DATA RECORD", "VO2 MARS RADIO SCIENCE SUBSYSTEM RESAMPLED LOS GRAVITY V1.0", "VOYAGER 1 JUP LOW ENERGY CHARGED PARTICLE CALIB. 15MIN", "VOYAGER 1 JUP LOW ENERGY CHARGED PARTICLE CALIB. BR 15MIN", "VOYAGER 1 JUP PLASMA SPECTROMETER EDITED SPEC 4.0SEC", "VOYAGER 1 JUP PLASMA WAVE SPECTROMETER RESAMP SPEC 48.0SEC", "VOYAGER 1 JUP PLASMA/RADIO ASTRON. DERIVED ELECTRON MOM 96S", "VOYAGER 1 JUPITER MAGNETOMETER RESAMPLED DATA 1.92 SEC", "VOYAGER 1 JUPITER MAGNETOMETER RESAMPLED DATA 48.0 SEC", "VOYAGER 1 JUPITER MAGNETOMETER RESAMPLED DATA 9.60 SEC", "VOYAGER 1 JUPITER PLASMA DERIVED ION MOMENTS 96 SEC", "VOYAGER 1 JUPITER POSITION RESAMPLED DATA 48.0 SECONDS", "VOYAGER 1 JUPITER SPICE S- AND P-EPHEM. KERNELS", "VOYAGER 1 SAT LOW ENERGY CHARGED PARTICLE CALIB. 15MIN", "VOYAGER 1 SAT LOW ENERGY CHARGED PARTICLE CALIB. BR 15MIN", "VOYAGER 1 SAT PLASMA WAVE SPECTROMETER RESAMP SPEC 48.0SEC", "VOYAGER 1 SATURN EGRESS RADIO OCCULTATION RAW DATA V1.0", "VOYAGER 1 SATURN MAGNETOMETER RESAMPLED DATA 1.92 SEC", "VOYAGER 1 SATURN MAGNETOMETER RESAMPLED DATA 48.0 SEC", "VOYAGER 1 SATURN MAGNETOMETER RESAMPLED DATA 9.60 SEC", "VOYAGER 1 SATURN PLASMA DERIVED ELECTRON BROWSE 96 SEC", "VOYAGER 1 SATURN PLASMA DERIVED ELECTRON PARAMETERS 96 SEC", "VOYAGER 1 SATURN PLASMA DERIVED ION FITS 96 SEC", "VOYAGER 1 SATURN PLASMA DERIVED ION FITS 96 SEC V1.0", "VOYAGER 1 SATURN PLASMA DERIVED ION FITS BROWSE 96 SEC", "VOYAGER 1 SATURN PLASMA DERIVED ION MOMENTS 96 SEC", "VOYAGER 1 SATURN PLASMA WAVE SPECTROMETER EDITED SPEC 4.0SEC", "VOYAGER 1 SATURN POSITION RESAMPLED DATA 48.0 SECONDS", "VOYAGER 1 SATURN S- AND P-EPHEMERIS KERNELS", "VOYAGER 1 SATURN SPICE S- AND P-EPHEM. KERNELS", "VOYAGER 1 TITAN RADIO OCCULTATION RAW DATA V1.0", "VOYAGER 1&2 JUPITER BRIGHTNESS NORTH/SOUTH MAP SET V1.0", "VOYAGER 1&2 JUPITER IRIS DERIVED NORTH/SOUTH PARAMETERS V1.0", "VOYAGER 1&2 SATURN BRIGHTNESS NORTH/SOUTH MAP SET V1.0", "VOYAGER 1&2 SATURN IRIS DERIVED NORTH/SOUTH PARAMETERS V1.0", "VOYAGER 2 JUP LOW ENERGY CHARGED PARTICLE CALIB. 15MIN", "VOYAGER 2 JUP LOW ENERGY CHARGED PARTICLE CALIB. BR 15MIN", "VOYAGER 2 JUP PLASMA WAVE SPECTROMETER EDITED SPEC 4.0SEC", "VOYAGER 2 JUP PLASMA WAVE SPECTROMETER RESAMP SPEC 48.0SEC", "VOYAGER 2 JUPITER MAGNETOMETER RESAMPLED DATA 1.92 SEC", "VOYAGER 2 JUPITER MAGNETOMETER RESAMPLED DATA 48.0 SEC", "VOYAGER 2 JUPITER MAGNETOMETER RESAMPLED DATA 9.60 SEC", "VOYAGER 2 JUPITER PLASMA DERIVED ELECTRON MOMENTS 96 SEC", "VOYAGER 2 JUPITER PLASMA DERIVED ION MOMENTS 96 SEC", "VOYAGER 2 JUPITER POSITION RESAMPLED DATA 48.0 SECONDS", "VOYAGER 2 JUPITER S- AND P-EPHEMERIS KERNELS", "VOYAGER 2 JUPITER SPICE S- AND P-EPHEM. KERNELS", "VOYAGER 2 JUPITER/SHOEMAKER-LEVY 9 UVS NULL RESULTS V1.0", "VOYAGER 2 SAT LOW ENERGY CHARGED PARTICLE CALIB. 15MIN", "VOYAGER 2 SAT LOW ENERGY CHARGED PARTICLE CALIB. BR 15MIN", "VOYAGER 2 SAT PLASMA WAVE SPECTROMETER RESAMP SPEC 48.0SEC", "VOYAGER 2 SATURN MAGNETOMETER RESAMPLED DATA 1.92 SEC", "VOYAGER 2 SATURN MAGNETOMETER RESAMPLED DATA 48.0 SEC", "VOYAGER 2 SATURN MAGNETOMETER RESAMPLED DATA 9.60 SEC", "VOYAGER 2 SATURN PLASMA DERIVED ELECTRON BROWSE 96 SEC", "VOYAGER 2 SATURN PLASMA DERIVED ELECTRON PARAMETERS 96 SEC", "VOYAGER 2 SATURN PLASMA DERIVED ION FITS 96 SEC", "VOYAGER 2 SATURN PLASMA DERIVED ION FITS 96 SEC V1.0", "VOYAGER 2 SATURN PLASMA DERIVED ION FITS BROWSE 96 SEC", "VOYAGER 2 SATURN PLASMA DERIVED ION MOMENTS 96 SEC", "VOYAGER 2 SATURN PLASMA WAVE SPECTROMETER EDITED SPEC 4.0SEC", "VOYAGER 2 SATURN POSITION RESAMPLED DATA 48.0 SECONDS", "VOYAGER 2 SATURN RADIO OCCULTATION RAW DATA V1.0", "VOYAGER 2 SATURN S- AND P-EPHEMERIS KERNELS", "VOYAGER 2 SATURN SPICE S- AND P-EPHEM. KERNELS", "VOYAGER 2 TRITON RADIO OCCULTATION REDUCED DATA V1.0", "VOYAGER 2 URANUS PLASMA DERIVED ELECTRON BROWSE 96 SEC", "VOYAGER 2 URANUS PLASMA DERIVED ELECTRON PARAMETERS 96 SEC", "VOYAGER 2 URANUS S- AND P-EPHEMERIS KERNELS", "VOYAGER 2 URANUS SPICE S- AND P-EPHEM. KERNELS", "WHITELEY NEO PHOTOMETRY V1.0", "WHT S API ISIS RAW AND CALIBRATED RING PLANE CROSSING V1.0", "WISNIEWSKI ASTEROID ABSOLUTE MAGNITUDES V1.0", "WIYN S WI RAW RING PLANE CROSSING V1.0"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_OR_INST_PARM_DESC STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The data_set_or_inst_parm_desc element describes either a data set or instrument parameter." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_OR_INSTRUMENT_PARM_NM STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 40 DESCRIPTION = " The data_set_or_instrument_parameter_name element provides either a data_set_parameter_name or an instrument_parameter_name. That is, this element may have values which are either the name of a parameter derived from measured data (the data_set_parameter_name) or the name of a parameter measured by an instrument (the instrument_parameter_name)." STANDARD_VALUE_SET = { "1.4 MICROMETER BRIGHTNESS", "ALTIMETER ECHO POWER", "ATMOSPHERIC PRESSURE", "ATMOSPHERIC TEMPERATURE", "ATOMIC NUMBER (Z)", "BRIGHTNESS", "BRIGHTNESS TEMPERATURE", "BRIGHTNESS TEMPERATURE STANDARD DEVIATN", "CLOUD COUNT", "CLOUD TYPE", "COLUMN WATER ABUNDANCE", "COUNT", "D1 RATE", "D2 RATE", "DATA NUMBER", "DERIVATIVE OF MODEL WITH ALBEDO", "DERIVATIVE OF MODEL WITH INERTIA", "ELECTRIC FIELD COMPONENT", "ELECTRIC FIELD INTENSITY", "ELECTRIC FIELD SPECTRAL DENSITY", "ELECTRIC FIELD VECTOR", "ELECTRIC FIELD WAVEFORM", "ELECTRON ANGULAR DISTRIBUTION", "ELECTRON CURRENT", "ELECTRON DENSITY", "ELECTRON DIFFERENTIAL FLUX", "ELECTRON DIFFERENTIAL INTENSITY", "ELECTRON DISTRIBUTION FUNCTION", "ELECTRON ENERGY SPECTRUM", "ELECTRON FLUX", "ELECTRON INTENSITY", "ELECTRON INTENSTIY", "ELECTRON PITCH ANGLE DISTRIBUTION", "ELECTRON PRESSURE", "ELECTRON RATE", "ELECTRON TEMPERATURE", "EMISSIVITY", "ENERGETIC NEUTRAL ATOM FLUX", "ENERGY/NUCLEON", "FLUX", "FLUX DENSITY", "FLUX RATIO", "IMAGER ECHO POWER", "INTEGRATED_VISIBLE_RADIANCE", "ION ANGULAR DISTRIBUTION", "ION COMPOSITION", "ION CURRENT", "ION DENSITY", "ION DIFFERENTIAL FLUX", "ION DIFFERENTIAL INTENSITY", "ION DISTRIBUTION FUNCTION", "ION ENERGY SPECTRUM", "ION FLUX", "ION INTENSITY", "ION PITCH ANGLE DISTRIBUTION", "ION PRESSURE", "ION RATE", "ION TEMPERATURE", "ION THERMAL SPEED", "ION VELOCITY", "LAMBERT ALBEDO", "LAMBERT ALBEDO STANDARD DEVIATION", "LINE OF SIGHT ACCELERATION", "MAGNETIC FIELD COMPONENT", "MAGNETIC FIELD INTENSITY", "MAGNETIC FIELD SPECTRAL DENSITY", "MAGNETIC FIELD VECTOR", "MAGNETIC PRESSURE", "MAGNITUDE", "MINNAERT ALBEDO", "MODEL TEMPERATURE", "N/A", "OBSERVATION COUNT", "OPTICAL DEPTH", "PARTICLE FLUX INTENSITY", "PARTICLE MULTIPLE PARAMETERS", "PARTICLE RATE", "PHASE CORRECTED ALBEDO", "PHASE CORRECTED ALBEDO STANDARD DEVIATN", "PHOTOGRAPHIC DENSITY", "PHOTON FLUX", "PIONEER-VENUS FRESNEL REFLECTIVITY CORR", "PLANET RADIANCE", "PLANETARY ELEVATION", "PLANETARY RADIUS", "PLASMA BETA", "PLASMA DENSITY", "PLASMA FLOW", "PLASMA PRESSURE", "PLASMA VELOCITY", "PLASMA WAVE AMPLITUDE SPECTRUM", "PLASMA WAVE SPECTRUM", "PLASMA WAVE WAVEFORM", "POLARIZATION", "POSITION VECTOR", "POWER FLUX", "PRESSURE", "RADAR BACKSCATTER CROSS SECTION", "RADAR ECHO POWER", "RADAR MODEL ECHO POWER", "RADAR SCALED BACKSCATTER CROSS SECTION", "RADAR SCALED ECHO POWER", "RADAR-DERIVED FRESNEL REFLECTIVITY", "RADAR-DERIVED RMS SLOPE", "RADAR-DERIVED SURFACE ROUGHNESS", "RADIANCE", "RADIANCE A", "RADIANCE B", "RADIANCE C1", "RADIANCE C2", "RADIANCE C3", "RADIANCE CHANNEL 1", "RADIANCE CHANNEL 2", "RADIANCE CHANNEL 3", "RADIANCE CHANNEL 4", "RADIANCE CHANNEL 5", "RADIANCE D", "RADIANCE FACTOR", "RADIANT POWER", "RADIO WAVE SPECTRUM", "REFLECTANCE", "RELATIVE INTENSITY", "RSSDETEB POWER", "SAMPLED_VISABLE_RADIANCE", "SAMPLED_VISIBLE_RADIANCE", "SINGLE POINT THERMAL INERTIA", "SPACE RADIANCE", "SPECTRAL INTENSITY", "SPECTRAL RADIANCE", "STOKES SCATTERING OPERATOR", "TEMPERATURE", "THERMAL_RADIANCE", "VELOCITY", "VISUAL BRIGHTNESS", "WAVE ELECTRIC FIELD AMPLITUDE", "WAVE ELECTRIC FIELD INTENSITY", "WAVE FLUX DENSITY", "WAVE MAGNETIC FIELD INTENSITY", "WIND DIRECTION", "WIND SPEED", "WIND VELOCITY"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_PARAMETER_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 40 DESCRIPTION = " The data_set_parameter_name element provides the name of the scientific parameter or physical quantity that was derived from measured data. A description of the dataset parameter is provided by the data_set_or_inst_parm_desc. See also instrument_parameter_name. Example value: MAGNETIC FIELD INTENSITY" STANDARD_VALUE_SET = { "1.4 MICROMETER BRIGHTNESS", "ATMOSPHERIC PRESSURE", "BRIGHTNESS TEMPERATURE", "BRIGHTNESS TEMPERATURE STANDARD DEVIATN", "CLOUD COUNT", "CLOUD TYPE", "COLUMN WATER ABUNDANCE", "COUNT", "D1 RATE", "D2 RATE", "DATA NUMBER", "DERIVATIVE OF MODEL WITH ALBEDO", "DERIVATIVE OF MODEL WITH INERTIA", "ELECTRIC FIELD COMPONENT", "ELECTRIC FIELD INTENSITY", "ELECTRIC FIELD SPECTRAL DENSITY", "ELECTRIC FIELD VECTOR", "ELECTRIC FIELD WAVEFORM", "ELECTRON ANGULAR DISTRIBUTION", "ELECTRON CURRENT", "ELECTRON DENSITY", "ELECTRON DIFFERENTIAL FLUX", "ELECTRON DIFFERENTIAL INTENSITY", "ELECTRON ENERGY SPECTRUM", "ELECTRON FLUX", "ELECTRON INTENSITY", "ELECTRON INTENSTIY", "ELECTRON PITCH ANGLE DISTRIBUTION", "ELECTRON PRESSURE", "ELECTRON RATE", "ELECTRON TEMPERATURE", "EMISSIVITY", "ENERGETIC NEUTRAL ATOM FLUX", "FLUX", "FLUX DENSITY", "FLUX RATIO", "INTEGRATED_VISIBLE_RADIANCE", "ION ANGULAR DISTRIBUTION", "ION COMPOSITION", "ION CURRENT", "ION DENSITY", "ION DIFFERENTIAL FLUX", "ION DIFFERENTIAL INTENSITY", "ION ENERGY SPECTRUM", "ION FLUX", "ION INTENSITY", "ION PITCH ANGLE DISTRIBUTION", "ION PRESSURE", "ION RATE", "ION TEMPERATURE", "ION THERMAL SPEED", "ION VELOCITY", "LAMBERT ALBEDO", "LAMBERT ALBEDO STANDARD DEVIATION", "LINE OF SIGHT ACCELERATION", "MAGNETIC FIELD COMPONENT", "MAGNETIC FIELD INTENSITY", "MAGNETIC FIELD SPECTRAL DENSITY", "MAGNETIC FIELD VECTOR", "MAGNITUDE", "MINNAERT ALBEDO", "MODEL TEMPERATURE", "N/A", "OBSERVATION COUNT", "OPTICAL DEPTH", "PARTICLE FLUX INTENSITY", "PARTICLE MULTIPLE PARAMETERS", "PHASE CORRECTED ALBEDO", "PHASE CORRECTED ALBEDO STANDARD DEVIATN", "PHOTOGRAPHIC DENSITY", "PIONEER-VENUS FRESNEL REFLECTIVITY CORR", "PLANETARY ELEVATION", "PLANETARY RADIUS", "PLASMA BETA", "PLASMA DENSITY", "PLASMA FLOW", "PLASMA PRESSURE", "PLASMA VELOCITY", "PLASMA WAVE SPECTRUM", "PLASMA WAVE WAVEFORM", "POLARIZATION", "POSITION VECTOR", "POWER FLUX", "RADAR BACKSCATTER CROSS SECTION", "RADAR ECHO POWER", "RADAR MODEL ECHO POWER", "RADAR SCALED BACKSCATTER CROSS SECTION", "RADAR SCALED ECHO POWER", "RADAR-DERIVED FRESNEL REFLECTIVITY", "RADAR-DERIVED RMS SLOPE", "RADAR-DERIVED SURFACE ROUGHNESS", "RADIANCE", "RADIANCE FACTOR", "RADIO WAVE SPECTRUM", "REFLECTANCE", "RELATIVE INTENSITY", "SAMPLED_VISABLE_RADIANCE", "SAMPLED_VISIBLE_RADIANCE", "SINGLE POINT THERMAL INERTIA", "SPECTRAL INTENSITY", "STOKES SCATTERING OPERATOR", "TEMPERATURE", "THERMAL_RADIANCE", "VELOCITY", "VISUAL BRIGHTNESS", "WAVE ELECTRIC FIELD AMPLITUDE", "WAVE ELECTRIC FIELD INTENSITY", "WAVE ELECTRIC FIELD PHASE", "WAVE MAGNETIC FIELD INTENSITY", "WIND DIRECTION", "WIND SPEED", "WIND VELOCITY"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_PARAMETER_UNIT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 60 DESCRIPTION = " The data_set_parameter_unit element specifies the unit of measure of associated data set parameters." STANDARD_VALUE_SET = { "(VOLTS/METER)**2/HERTZ", "10**(-3)*CAL*CM**(-2)*S**(-1/2)*K**(-1)", "10**-6 WATT / CM**-2 / STERADIAN / WAVENUMBER", "AU OR DEGREES", "CENTIMETER", "CM**-3", "CM-3", "COUNTS/(CM**2*SECOND*STERADIAN*KEV)", "COUNTS/(CM**2*SECOND*STERRADIAN*KEV)", "COUNTS/SECOND", "DEGREES", "DEGREES CELSIUS", "DIMENSIONLESS", "ERG/SEC*CM**2(A)", "EV", "EV-3", "JANSKY", "KELVIN", "KELVIN / (10**(-3)*CAL*CM**(-2)*S**(-1/2)*K**(-1))", "KILOMETER", "KILOMETERS/HOUR", "KM/S", "MAGNITUDE", "METER", "METERS/SECOND", "MILLIBAR", "MILLIBEL", "MM/S**2", "N/A", "NANOTESLA", "NEPTUNE RADII (24,765KM) OR DEGREES", "PERCENT", "PIXEL", "PRECIPITABLE MICROMETERS", "RADIAN", "URANUS RADII (25,600KM) OR DEGREES", "VOLT/METER", "VOLTS/METER/HERTZ**.5", "WATT", "WATT/(METER*METER)/STERADIAN", "WATT/CM**2/SR/CM**-1"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_RELEASE_DATE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = DATE UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION MAXIMUM_LENGTH = 10 DESCRIPTION = " The data_set_release_date element provides the date when a data set is released by the data producer for archive or publication. In many systems this represents the end of a proprietary or validation period. Note: In AMMOS, the data_set_release_date element is used to identify the date at which a product may be released to the general public from proprietary access. AMMOS-related systems should apply this element only to proprietary data." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SET_TERSE_DESC STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT MAXIMUM_LENGTH = 255 DESCRIPTION = " A brief description of the data set" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SETS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The data_sets element identifies the number of data sets contained in a data set collection." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SOURCE_DESC STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The data_source_desc element describes the source of a data value descriptive of a target body. The source may be a document, an individual, or an institution. See also data_source_id." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_SOURCE_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MAXIMUM_LENGTH = 60 DESCRIPTION = " The data_source_id element identifies the source of a data value descriptive of a target body. The source may be a document, an individual, or an institution, as described by the associated data_source_desc element." STANDARD_VALUE_SET = { "CONNERNEY", "ELEMENTS-PLANET", "EQUATRADIUS-SUN", "HANEL", "MAGMOMENT-PLANET", "MAGMOMENT-SATURN", "MAGMOMENT-URANUS", "MASS-SUN", "MEANSOLARDAY-PLANET", "N/A", "NAUTICAL_ALMANAC_1989", "NESS", "ORBSEMIMAJAX-PLANET", "PERIARGANG-PLANET", "PHYSICAL-PLANET", "PHYSICAL-SUN", "RADIUS-PLANET", "REVPER-PLANET", "ROTATION-PLANET", "ROTATION-SUN", "RUSSELL", "SURFGRAV-PLANET", "SURFGRAV-SUN", "VEVERKA"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_STREAM_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 12 DESCRIPTION = " The data_stream_type element identifies a particular type of data stream to which the given data product is related. Note: In AMMOS this element is used to identify the particular type of data stream that a given decommutation map can process." STANDARD_VALUE_SET = { "ENGINEERING", "MONITOR", "QQC"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DATA_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The data_type element supplies the internal representation and/or mathematical properties of a value being stored. When DATA_TYPE is used within a FIELD object definition, its value applies only when the field is populated. Note: In the PDS, users may find a bit-level description of each data type in the Standards Reference document." STANDARD_VALUE_SET = { "ASCII_COMPLEX", "ASCII_INTEGER", "ASCII_REAL", "BINARY_CODED_DECIMAL", "BIT_STRING", "BOOLEAN", "CHARACTER", "COMPLEX", "DATE", "EBCDIC_CHARACTER", "FLOAT", "IBM_COMPLEX", "IBM_INTEGER", "IBM_REAL", "IBM_UNSIGNED_INTEGER", "IEEE_COMPLEX", "IEEE_REAL", "INTEGER", "LSB_BIT_STRING", "LSB_INTEGER", "LSB_UNSIGNED_INTEGER", "MAC_COMPLEX", "MAC_INTEGER", "MAC_REAL", "MAC_UNSIGNED_INTEGER", "MSB_BIT_STRING", "MSB_INTEGER", "MSB_UNSIGNED_INTEGER", "N/A", "PC_COMPLEX", "PC_INTEGER", "PC_REAL", "PC_UNSIGNED_INTEGER", "REAL", "SUN_COMPLEX", "SUN_INTEGER", "SUN_REAL", "SUN_UNSIGNED_INTEGER", "TIME", "UNSIGNED_INTEGER", "VAXG_COMPLEX", "VAXG_REAL", "VAX_BIT_STRING", "VAX_COMPLEX", "VAX_DOUBLE", "VAX_INTEGER", "VAX_REAL", "VAX_UNSIGNED_INTEGER"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:CALLAMP_DELAY_TIME" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = INTEGER UNIT_ID = US STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 10000000 DESCRIPTION = " Callamp switch on delay measured in microseconds after START_TIME. Callamp can be switched on before (< 193000 microseconds`), at (= 193000 microseconds`), or after (> 193000 microseconds`) begin of exposure." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:CALLAMP_DUTY" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 100 DESCRIPTION = " The callamp can be run at various duty cycles between 0.0 % and 100.0 % by using only every other pulse of the callamp frequency to trigger the callamp. DAWN_CALLAMP_DUTY = CALLAMP_FREQUENCY / Value * 100 % Example: Value = 1.0 : DAWN_CALLAMP_DUTY = 100 % Value = 2.5 : DAWN_CALLAMP_DUTY = 40 % This calculation is done internally in the camera, the user commands the requensted duty cycle in percentage." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:CALLAMP_ENABLE_FLAG" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 2 MAXIMUM_LENGTH = 3 DESCRIPTION = " OFF callamp set to disabled ON = callamp set to enabled" STANDARD_VALUE_SET = { "OFF", "ON"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:CALLAMP_FREQUENCY" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = KHZ STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 250 DESCRIPTION = " The callamp frequency is determined by the internal 24 MHz clock and an integer divisor. CALLAMP_FREQUENCY = 24 MHz / Value The standard callamp frequency is 100 kHz (24MHz / 240)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:CALLAMP_STROBE_TIME" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = INTEGER UNIT_ID = US STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 10000000 DESCRIPTION = " Callamp strobe time is measured in microseconds after callamp switch on. callamp switch off time = START_TIME + DAWN_CALLAMP_DELAY_TIME + DAWN_CALLAMP_STROBE_TIME" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:CHAMBER" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " This keyword was used during ground tests to describe the test environment." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:DATA_ROUTING_ID" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 6 MAXIMUM_LENGTH = 9 DESCRIPTION = " This keyword describes the priority of the acquired image and thus how it was handled on board. Op-Nav = The image is processed with highest priority and streamed into VR10 of the s/c. Science 1 = The image is processed with high priority and streamed into VR8 of the s/c. Science 2 = The image is processed with mid priority and streamed into VR8 of the s/c. Science 3 = The image is processed with low priority and streamed into VR8 of the s/c. Science 4 = The image is processed with least priority and streamed into VR8 of the s/c." STANDARD_VALUE_SET = { "OP-NAV", "SCIENCE 1", "SCIENCE 2", "SCIENCE 3", "SCIENCE 4"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:DPU_HARDWARE_ID" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 4 MAXIMUM_LENGTH = 4 DESCRIPTION = " Both DPUs for FC1 and FC2 have the same DPU ID because they are identical." STANDARD_VALUE_SET = { "1.04"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:DPU_SOFTWARE_VERSION" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = TEXT MINIMUM_LENGTH = 4 MAXIMUM_LENGTH = 4 DESCRIPTION = " Current version of the FC onboard software" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:FEE_FLAG" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 2 MAXIMUM_LENGTH = 3 DESCRIPTION = " OFF FEE is disabled, images cannot be acquired ON = FEE is enabled, images can be acquired" STANDARD_VALUE_SET = { "OFF", "ON"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:FEE_HARDWARE_ID" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = DEFINITION MINIMUM_LENGTH = 9 MAXIMUM_LENGTH = 9 DESCRIPTION = " 017.10.10 FEE ID of FC1 (FS1) 017.09.09 = FEE ID of FC2 (FM2) 063.15.15 indicates that the FEE is off or busy and cannot transmit its ID." STANDARD_VALUE_SET = { "017.09.09", "017.10.10"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:FILTER_ENCODER" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = INTEGER UNIT_ID = K STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 63 DESCRIPTION = " FILTER_NUMBER (((64 + 4 + encoderOnClearFilter - FILTER_ENCODER) / 8) MOD 8) + 1 encoderOnClearFilter is a hardware-dependent constant filterEncoder is the current readout of the encoder filterNumber return a value in the range [1..8]. All the operation are integer operations, MOD represents modulo and / is the integer division. The subtraction is negative (F1 - Fx) because the encoder value decreases with increasing filter number." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:FRAME_PARAMETER_UNIT" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 30 DESCRIPTION = " This keyword defines the units of FRAME_PARAMETER that define the individual frame parameters of an instrument that transfers single frames to the mass memory of the spacecraft or the instrument. The FRAME_PARAMETER element is also accompanied by the element FRAME_PARAMETER_DESC, e.g. FRAME_PARAMETER_DESC = ('EXPOSURE_DURATION', 'FRAME_SUMMING' 'EXTERNAL_REPETITION_TIME', 'EXTERNAL DARK_ACQUISITION_RATE')" STANDARD_VALUE_SET = { "DIMENSIONLESS", "S"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:FRONT_DOOR_ENCODER" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = INTEGER UNIT_ID = K STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 63 DESCRIPTION = " The Front Door is closed if FRONT_DOOR_ENCODER shows the nominal value +/- 1 and otherwise is open." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:FRONT_DOOR_STATUS_ID" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 4 MAXIMUM_LENGTH = 6 DESCRIPTION = " CLOSED Front Door, covering the aperture, is closed. DOOR = Front Door is open." STANDARD_VALUE_SET = { "CLOSED", "OPEN"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:FSA_SHOOT_ENABLE_FLAG" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 2 MAXIMUM_LENGTH = 3 DESCRIPTION = " Fail Safe Actuator: OFF = The Fail Safe Actuator for the Front Door is disabled. ON = The Fail Safe Actuator for the Front Door is enabled. FSA_SHOOT_FLAG can be switched ON now." STANDARD_VALUE_SET = { "OFF", "ON"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:FSA_SHOOT_FLAG" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 2 MAXIMUM_LENGTH = 3 DESCRIPTION = " Fail Safe Actuator: OFF = The Fail Safe Actuator for the Front Door is switched off. ON = The Fail Safe Actuator for the Front Door is switched on." STANDARD_VALUE_SET = { "OFF", "ON"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:HEATER0_FLAG" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 2 MAXIMUM_LENGTH = 3 DESCRIPTION = " Camera Head Heater: OFF = The CH heater (HEATER0) is switched on. ON = The CH heater (HEATER0) is switched off. The heater produces 4.4 W (5.6 Ohm at +5 V)" STANDARD_VALUE_SET = { "OFF", "ON"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:HEATER1_FLAG" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 2 MAXIMUM_LENGTH = 3 DESCRIPTION = " Baffle Heater: OFF = The Baffle heater (HEATER1) is switched on. ON = The Baffle heater (HEATER1) is switched off. The heater produces 1.0 W (26 Ohm at +5 V)" STANDARD_VALUE_SET = { "OFF", "ON"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:I_12" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: C12FEE Location: PCU H/K Sensor: PCU Current Monitor Sensor Type: Current Sensor Gain: 0.02 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 I_12 = DN * Gain + Offset + Sensor Offset [mA] Lower limit red: 50 mA Lower limit yellow: 60 mA Upper limit yellow: 100 mA Upper limit red: 200 mA" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:I_16" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: C16V15 Location: PCU H/K Sensor: PCU Current Monitor Sensor Type: Current Sensor Gain: 0.009 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 I_16 = DN * Gain + Offset + Sensor Offset [mA] Lower limit red: 20 mA Lower limit yellow: 30 mA Upper limit yellow: 60 mA Upper limit red: 100 mA" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:I_28" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: C28M Location: PCU H/K Sensor: MAIN +28V Current Monitor Sensor Type: Current Sensor Gain: 0.0016 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 I_28 = DN * Gain + Offset + Sensor Offset [mA] Lower limit red: 200 mA Lower limit yellow: 250 mA Upper limit yellow: 1200 mA Upper limit red: 1400 mA" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:I_2_5" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: C2.5AN Location: PCU H/K Sensor: PCU Current Monitor Sensor Type: Current Sensor Gain: 0.15 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 I_2_5 = DN * Gain + Offset + Sensor Offset [mA] Lower limit red: 250 mA Lower limit yellow: 300 mA Upper limit yellow: 900 mA Upper limit red: 1000 mA" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:I_3_3" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: C3.3AN Location: PCU H/K Sensor: PCU Current Monitor Sensor Type: Current Sensor Gain: 0.15 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 I_3_3 = DN * Gain + Offset + Sensor Offset [mA] Lower limit red: 100 mA Lower limit yellow: 170 mA Upper limit yellow: 850 mA Upper limit red: 1400 mA" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:I_5" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: C5FEE Location: PCU H/K Sensor: PCU Current Monitor Sensor Type: Current Sensor Gain: 0.05 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 I_2_5 = DN * Gain + Offset + Sensor Offset [mA] Lower limit red: 100 mA Lower limit yellow: 250 mA Upper limit yellow: 350 mA Upper limit red: 400 mA" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:I_5_ANALOG" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " MDIS CCD temperature in raw counts. The DESCRIPTION = Name: C5AN" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:I_M5" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: C-5FEE Location: PCU H/K Sensor: PCU Current Monitor Sensor Type: Current Sensor Gain: -0.015 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 I_M5 = DN * Gain + Offset + Sensor Offset [mA] Lower limit red: -200 mA Lower limit yellow: -120 mA Upper limit yellow: -60 mA Upper limit red: -30 mA" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:I_M5_ANALOG" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = MA STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: C-5AN Location: PCU H/K Sensor: PCU Current Monitor Sensor Type: Current Sensor Gain: -0.015 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 I_M5_ANALOG = DN * Gain + Offset + Sensor Offset [mA] Lower limit red: -100 mA Lower limit yellow: -60 mA Upper limit yellow: -20 mA Upper limit red: -10 mA" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:IMAGE_ACQUIRE_MODE" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 4 MAXIMUM_LENGTH = 9 DESCRIPTION = " This keyword describes the mode of image acquisition. NORMAL = The image was acquired with Front Door open. DARK = The image was acquired with Front Door closed and the Callamp off. FLATFIELD = The image was acquired with Front Door closed and the Callamp on. STORAGE = The image shows the readout of the storage area of the CCD. SERIAL = The artificial image shows the readout of the serial register. TEST_CH = The artificial iamge shows a test pattern with DNs from 0 to 16382." STANDARD_VALUE_SET = { "DARK", "FLATFIELD", "NORMAL", "SERIAL", "STORAGE", "TEST_CH"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:MCU_FLAG" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 2 MAXIMUM_LENGTH = 3 DESCRIPTION = " OFF MCU is disabled, mechanisms cannot be moved ON = MCU is enabled, mechanisms (filterwheel and front door) can be moved" STANDARD_VALUE_SET = { "OFF", "ON"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:MCU_HARDWARE_ID" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 2 MAXIMUM_LENGTH = 2 DESCRIPTION = " 10 MCU ID of FC1 (FS1) 12 = MCU ID of FC2 (FM2)" STANDARD_VALUE_SET = { "10", "12"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:MCU_MOTOR_POWER_FLAG" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 2 MAXIMUM_LENGTH = 3 DESCRIPTION = " OFF Both motors (Front Door and Filterwheel) are unpowered. ON = Both motors are powered. Either to hold their position or to move to another position." STANDARD_VALUE_SET = { "OFF", "ON"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:OPERATOR" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " This keyword was used during ground tests to indicate the responsible operator of the test." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:PCU_HARDWARE_ID" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 4 MAXIMUM_LENGTH = 4 DESCRIPTION = " 3.05 PCU ID of FC1 (FS1) 2.04 = PCU ID of FC2 (FM2)" STANDARD_VALUE_SET = { "2.04", "3.05"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:PURPOSE" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " This keyword was used during ground tests to describe the purpose of the test." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:SUBJECT" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " This keyword was used during ground tests to describe the subject used during the test." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:T_BAFFLE" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = RANGE MINIMUM = -999.999 MAXIMUM = 999.999 DESCRIPTION = " Name: TBF Location: Baffle H/K Sensor: Baffle Thermistor Sensor Type: AD590 Gain: 0.9975 Offset: -129.5 Sensor Offset FC1: -2.1 Sensor Offset FC2: -3.1 T_BAFFLE = DN * Gain + Offset + Sensor Offset + 273.150 [deg C] T_BAFFLE = DN * Gain + Offset + Sensor Offset [Kelvin] Lower limit red: -55.0 deg C Lower limit yellow: -50.0 deg C Upper limit yellow: +40.0 deg C Upper limit red: +45.0 deg C" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:T_CCD" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = RANGE MINIMUM = -999.999 MAXIMUM = 999.999 DESCRIPTION = " Name: HK-Tccd Location: DPU H/K Sensor: FEE CCD Thermistor Sensor Type: AD590 Gain: 0.0373 Offset: -273 Sensor Offset FC1: -5.240 Sensor Offset FC2: -3.960 T_CCD = DN * Gain + Offset + Sensor Offset [deg C] T_CCD = DN * Gain + Offset + Sensor Offset + 273.150 [Kelvin] The CCD is passively cooled, the CCD-heaters are for non-operation mode only. Lower limit red: -95.0 deg C Lower limit yellow: -75.0 deg C Upper limit yellow: +35.0 deg C Upper limit red: +40.0 deg C" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:T_COVER_MOTOR" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = RANGE MINIMUM = -999.999 MAXIMUM = 999.999 DESCRIPTION = " Name: TCM Location: Front Door H/K Sensor: FD Motor Thermistor Sensor Type: AD590 Gain: 0.9975 Offset: -129.5 Sensor Offset FC1: -2.1 Sensor Offset FC2: -1.1 T_COVER_MOTOR = DN * Gain + Offset + Sensor Offset [deg C] T_COVER_MOTOR = DN * Gain + Offset + Sensor Offset + 273.150 [Kelvin] Lower limit red: -55.0 deg C Lower limit yellow: -50.0 deg C Upper limit yellow: +50.0 deg C Upper limit red: +60.0 deg C" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:T_CSC" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = RANGE MINIMUM = -999.999 MAXIMUM = 999.999 DESCRIPTION = " Name: HK-Tpcu3 Location: PCU H/K Sensor: PCU Board Thermistor 1 (PCU Center Screw Thermistor) Sensor Type: AD590 Gain: 0.0373 Offset: -273 Sensor Offset FC1: -3.210 Sensor Offset FC2: -3.210 T_CSC = DN * Gain + Offset + Sensor Offset [deg C] T_CSC = DN * Gain + Offset + Sensor Offset + 273.150 [Kelvin] The CCD is passively cooled, the CCD-heaters are for non-operation mode only. Lower limit red: -40.0 deg C Lower limit yellow: -35.0 deg C Upper limit yellow: +70.0 deg C Upper limit red: +80.0 deg C" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:T_DCDC" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = RANGE MINIMUM = -999.999 MAXIMUM = 999.999 DESCRIPTION = " Name: HK-Tpcu1 Location: PCU H/K Sensor: PCU Converter Board Thermistor Sensor Type: AD590 Gain: 0.0373 Offset: -273 Sensor Offset FC1: -1.980 Sensor Offset FC2: -1.980 T_DCDC = DN * Gain + Offset + Sensor Offset [deg C] T_DCDC = DN * Gain + Offset + Sensor Offset + 273.150 [Kelvin] Lower limit red: -40.0 deg C Lower limit yellow: -35.0 deg C Upper limit yellow: +70.0 deg C Upper limit red: +80.0 deg C" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:T_DPU" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = RANGE MINIMUM = -999.999 MAXIMUM = 999.999 DESCRIPTION = " Name: HK-Tdpu Location: DPU H/K Sensor: DPU Board Thermistor Sensor Type: AD590 Gain: 0.0373 Offset: -273 Sensor Offset FC1: -7.960 Sensor Offset FC2: -3.960 T_DPU = DN * Gain + Offset + Sensor Offset [deg C] T_DPU = DN * Gain + Offset + Sensor Offset + 273.150 [Kelvin] Lower limit red: -40.0 deg C Lower limit yellow: -35.0 deg C Upper limit yellow: +80.0 deg C Upper limit red: +90.0 deg C" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:T_F12" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = RANGE MINIMUM = -999.999 MAXIMUM = 999.999 DESCRIPTION = " Name: HK-Tpcu2 Location: PCU H/K Sensor: PCU Board Thermistor 1 (PCU FEE 12 V I/F Thermistor) Sensor Type: AD590 Gain: 0.0373 Offset: -273 Sensor Offset FC1: -2.580 Sensor Offset FC2: -2.580 T_F12 = DN * Gain + Offset + Sensor Offset [deg C] T_F12 = DN * Gain + Offset + Sensor Offset + 273.150 [Kelvin] Lower limit red: -40.0 deg C Lower limit yellow: -35.0 deg C Upper limit yellow: +70.0 deg C Upper limit red: +80.0 deg C" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:T_FILTER_MOTOR" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = RANGE MINIMUM = -999.999 MAXIMUM = 999.999 DESCRIPTION = " Name: TFM Location: Filter Wheel H/K Sensor: Filter Motor Thermistor Sensor Type: AD590 Gain: 0.9975 Offset: -129.5 Sensor Offset FC1: -3.1 Sensor Offset FC2: -2.1 T_FILTER_MOTOR = DN * Gain + Offset + Sensor Offset [deg C] T_FILTER_MOTOR = DN * Gain + Offset\ + Sensor Offset + 273.150 [Kelvin] Lower limit red: -55.0 deg C Lower limit yellow: -50.0 deg C Upper limit yellow: +50.0 deg C Upper limit red: +60.0 deg C" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:T_LENS_BARREL" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = RANGE MINIMUM = -999.999 MAXIMUM = 999.999 DESCRIPTION = " Name: TLB Location: Lens Barrel H/K Sensor: Lens Barrel Thermistor Sensor Type: AD590 Gain: 0.9975 Offset: -129.5 Sensor Offset FC1: -1.1 Sensor Offset FC2: -1.1 T_LENS_BARREL = DN * Gain + Offset + Sensor Offset [deg C] T_LENS_BARREL = DN * Gain + Offset + Sensor Offset + 273.150 [Kelvin] Lower limit red: -55.0 deg C Lower limit yellow: -50.0 deg C Upper limit yellow: +40.0 deg C Upper limit red: +45.0 deg C" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:T_RAD_MOTOR" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = RANGE MINIMUM = -999.999 MAXIMUM = 999.999 DESCRIPTION = " Name: TRD Location: Radiator H/K Sensor: Radiator Thermistor Sensor Type: AD590 Gain: 0.9975 Offset: -129.5 Sensor Offset FC1: -1.1 Sensor Offset FC2: -1.1 T_RAD_MOTOR = DN * Gain + Offset + Sensor Offset [deg C] T_RAD_MOTOR = DN * Gain + Offset + Sensor Offset + 273.150 [Kelvin] Lower limit red: -115.0 deg C Lower limit yellow: -95.0 deg C Upper limit yellow: +35.0 deg C Upper limit red: +40.0 deg C Note: This is not a motor temperature!" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:T_STRUCTURE" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = RANGE MINIMUM = -999.999 MAXIMUM = 999.999 DESCRIPTION = " Name: TCS Location: Camera Head H/K Sensor: CH Structure Thermistor Sensor Type: AD590 Gain: 0.9975 Offset: -129.5 Sensor Offset FC1: -3.1 Sensor Offset FC2: -4.1 T_STRUCTURE = DN * Gain + Offset + Sensor Offset [deg C] T_STRUCTURE = DN * Gain + Offset + Sensor Offset + 273.150 [Kelvin] Lower limit red: -55.0 deg C Lower limit yellow: -50.0 deg C Upper limit yellow: +40.0 deg C Upper limit red: +45.0 deg C" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:TARGET" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " This keyword was used during ground tests to describe the target the FC was pointing at during the test" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:TEST_LAMP" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " This keyword was used during ground tests to define the lamp that was used during the test." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:UDPLIB_SOFTWARE_VERSION" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = TEXT MINIMUM_LENGTH = 7 MAXIMUM_LENGTH = 7 DESCRIPTION = " Current version of the FC UDP library" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:USE_PRE_CLEAR" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 2 MAXIMUM_LENGTH = 3 DESCRIPTION = " OFF No pre-clear of the CCD prior to an image acquisition. ON = A pre-clear of the CCD, 193 ms prior to an image acquisition, removes all charge that is on the CCD at this moment" STANDARD_VALUE_SET = { "OFF", "ON"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:V_12" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = V STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: V12FEE Location: PCU H/K Sensor: PCU Voltage Monitor Sensor Type: Voltage Sensor Gain: 0.0012 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 V_12 = DN * Gain + Offset + Sensor Offset [V] Lower limit red: 11.0 V Lower limit yellow: 11.7 V Upper limit yellow: 12.5 V Upper limit red: 13.0 V" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:V_16" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = V STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: V16V15 Location: PCU H/K Sensor: PCU Voltage Monitor Sensor Type: Voltage Sensor Gain: 0.000165 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 V_16 = DN * Gain + Offset + Sensor Offset [V] Lower limit red: 14.7 V Lower limit yellow: 15.2 V Upper limit yellow: 16.5 V Upper limit red: 17.0 V" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:V_28" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = V STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: V28M Location: PCU H/K Sensor: Main +28V Voltage Monitor Sensor Type: Voltage Sensor Gain: 0.04 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 V_28 = DN * Gain + Offset + Sensor Offset [V] Lower limit red: 20.0 V Lower limit yellow: 21.5 V Upper limit yellow: 35.5 V Upper limit red: 37.0 V" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:V_2_5" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = V STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: V2.5AN Location: PCU H/K Sensor: PCU Voltage Monitor Sensor Type: Voltage Sensor Gain: 0.00025 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 V_2_5 = DN * Gain + Offset + Sensor Offset [V] Lower limit red: 2.1 V Lower limit yellow: 2.3 V Upper limit yellow: 2.8 V Upper limit red: 3.0 V" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:V_3_3" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = V STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: V3.3AN Location: PCU H/K Sensor: PCU Voltage Monitor Sensor Type: Voltage Sensor Gain: 0.00033 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 V_3_3 = DN * Gain + Offset + Sensor Offset [V] Lower limit red: 3.0 V Lower limit yellow: 3.2 V Upper limit yellow: 3.7 V Upper limit red: 3.9 V" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:V_5" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = V STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: V5FEE Location: PCU H/K Sensor: PCU Voltage Monitor Sensor Type: Voltage Sensor Gain: 0.00052 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 V_5 = DN * Gain + Offset + Sensor Offset [V] Lower limit red: 4.5 V Lower limit yellow: 4.7 V Upper limit yellow: 5.5 V Upper limit red: 5.8 V" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:V_5_ANALOG" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = V STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: V5AN Location: PCU H/K Sensor: PCU Voltage Monitor Sensor Type: Voltage Sensor Gain: 0.00052 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 V_5_ANALOG = DN * Gain + Offset + Sensor Offset [V] Lower limit red: 4.5 V Lower limit yellow: 4.7 V Upper limit yellow: 5.5 V Upper limit red: 5.8 V" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:V_M5" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = V STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: V-5FEE Location: PCU H/K Sensor: PCU Voltage Monitor Sensor Type: Voltage Sensor Gain: -0.0005 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 V_M5 = DN * Gain + Offset + Sensor Offset [V] Lower limit red: -5.8 V Lower limit yellow: -5.5 V Upper limit yellow: -4.7 V Upper limit red: -4.5 V" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:V_M5_ANALOG" STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = REAL UNIT_ID = V STANDARD_VALUE_TYPE = RANGE MINIMUM = -9999.99 MAXIMUM = 9999.999 DESCRIPTION = " Name: V-5AN Location: PCU H/K Sensor: PCU Voltage Monitor Sensor Type: Voltage Sensor Gain: -0.0005 Offset: 0 Sensor Offset FC1: 0 Sensor Offset FC2: 0 V_M5_ANALOG = DN * Gain + Offset + Sensor Offset [V] Lower limit red: -5.8 V Lower limit yellow: -5.5 V Upper limit yellow: -4.7 V Upper limit red: -4.5 V" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:VIR_IR_START_X_POSITION" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 7 DESCRIPTION = " This keyword gives the X coordinate of the first CCD pixel used on the IR FPA. This quantity determines the correspondence between wavelength and spectral channels." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:VIR_IR_START_Y_POSITION" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 7 DESCRIPTION = " This keyword gives the Y coordinate of the first CCD pixel used on the IR FPA. This quantity determines the correspondence between wavelength and spectral channels." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:VIR_VIS_START_X_POSITION" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 7 DESCRIPTION = " This keyword gives the X coordinate of the first CCD pixel used on the VIS FPA. This quantity determines the correspondence between wavelength and spectral channels." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = "DAWN:VIR_VIS_START_Y_POSITION" STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 7 DESCRIPTION = " This keyword gives the Y coordinate of the first CCD pixel used on the VIS FPA. This quantity determines the correspondence between wavelength and spectral channels." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DD_VERSION_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = FORMATION MINIMUM_LENGTH = 10 MAXIMUM_LENGTH = 11 DESCRIPTION = " This element identifies the version of a PDS dictionary. Current PDS practice is to identify a data dictionary with the identifier used for the PDS Catalog build in which it resides, e.g., pdscat1r47, pdscat1r48, and so on. This keyword will use the upper case representation of the catalog identifier, e.g., PDSCAT1R47, PDSCAT1R48, etc." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DECAL_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC DESCRIPTION = " The decal_name element describes the specific decalibration data file. This element is used only in AMMOS-Magellan mission operations." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DECLINATION STATUS_TYPE = PENDING GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = -90 MAXIMUM = 90 DESCRIPTION = " The DECLINATION element provides the value of an angle on the celestial sphere, measured north from the celestial equator to the point in question. (For points south of the celestial equator, negative values are used.) DECLINATION is used in conjunction with the RIGHT_ASCENSION keyword to specify a point on the sky. To accurately specify a point on the sky, the following additional keywords are needed: COORDINATE_SYSTEM_ID - Specifies the reference system as B1950 or J2000. EQUINOX_EPOCH - Specifies the epoch of equinox in decimal years. For a complete discussion of right ascension, declination, epoch, and reference systems, see [SEIDELMANN1992]: Seidelmann, P.K., Ed., 'Explanatory Supplement to the Astronomical Almanac', University Science Books, Sausalito, California, 1992. To relate the specified values of right ascension and declination to an image, the following keyword is needed: RA_DEC_REF_PIXEL - A two-valued keyword to specify the reference pixel to which the RIGHT_ASCENSION and DECLINATION apply. An additional useful keyword for specifying the relation of declination and right_ascension to an image is: PIXEL_ANGULAR_SCALE - the angular scale of the image in arcseconds per pixel." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DEFINING_AUTHORITY_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 60 DESCRIPTION = " The defining_authority_name element identifies the Control Authority Office (CAO) responsible for maintaining the definition of a particular SFDU format. CAOs are officially recognized by the Consultative Committee for Space Data Systems (CCSDS)." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DELAYED_READOUT_FLAG STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MINIMUM_LENGTH = 2 MAXIMUM_LENGTH = 3 DESCRIPTION = " The delayed_readout_flag element provides an indication of whether or not an image had to remain stored on a CCD while some some other instrument function was taking place. Note: for Cassini, the delay in the image readout is due to the readout of the alternate camera image from the CCD." STANDARD_VALUE_SET = { "NO", "YES"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DELIMITING_PARAMETER_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 30 DESCRIPTION = " The delimiting_parameter_name element provides the name of a parameter the values of which are used to establish the boundaries of a set of data. Example values: FRAME IDENTIFICATION, LOCAL TIME, MAXIMUM LATITUDE." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DERIVED_FRESNEL_REFLECT_CORR STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The derived_fresnel_reflect_corr element provides the value of the derived_fresnel_reflectivity correction factor for diffuse scattering which is a factor by which the derived_fresnel_reflectivity be multiplied by (but only if the derived_fresnel_reflectivity is set in alt_flag_group), to allow for the effect of small-scale surface roughness." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DERIVED_FRESNEL_REFLECTIVITY STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The derived_fresnel_reflectivity element provides the value of the bulk reflectivity of the surface material, averaged over the radar footprint, obtained by fitting the altimeter echo to a suite of theoretical templates derived from the Hagfors scattering model, but ignoring the effect of small-scale surface roughness." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DERIVED_IMAGE_TYPE STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The DERIVED_IMAGE_TYPE element indicates how to interpret the pixel values in a derived image RDR (or colloquially, the type of the derived image itself). Values are defined as: IMAGE - Standard image, where pixels represent intensity. Note: This implies nothing about radiometric, geometric, or other corrections that may have been applied. XYZ_MAP - Pixels represent XYZ values (3 bands). X_MAP - Pixels represent the X component of an XYZ image. Y_MAP - Pixels represent the Y component of an XYZ image. Z_MAP - Pixels represent the Z component of an XYZ image. RANGE_MAP - Pixels represent a distance from the camera center. DISPARITY_MAP - Pixels represent line and sample disparity with respect to another image (2 bands). DISPARITY_LINE_MAP - Pixels represent line disparity only. DISPARITY_SAMPLE_MAP - Pixels represent sample disparity only." STANDARD_VALUE_SET = { "DISPARITY_LINE_MAP", "DISPARITY_MAP", "DISPARITY_SAMPLE_MAP", "IMAGE", "RANGE_MAP", "REACHABILITY_MAP", "ROUGHNESS_MAP", "UVW_MAP", "U_MAP", "V_MAP", "W_MAP", "XYZ_MAP", "X_MAP", "Y_MAP", "Z_MAP"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DERIVED_MAXIMUM STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CONTEXTDEPENDENT UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The derived_maximum element indicates the largest value occurring in a given instance of the data object after the application of a scaling factor and/or offset." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DERIVED_MINIMUM STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CONTEXTDEPENDENT UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The derived_minimum element indicates the smallest value occurring in a given instance of the data object after the application of a scaling factor and/or offset." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DERIVED_PLANETARY_RADIUS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = KM STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The derived_planetary_radius element provides the value of the mean Venus radius for this radar footprint, obtained by subtracting (uncorrected_range_to_nadir - atmospheric_correct_to_range) from the length of the alt_spacecraft_position_vector element." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DERIVED_PLANETARY_THRESH_RADI STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = KM STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The derived_planetary_thresh_radi element provides the value of the threshold Venus radius for this radar footprint, obtained from the value of the derived_thresh_detector_index element, after correcting for atmospheric delay." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DERIVED_RMS_SURFACE_SLOPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The derived_rms_surface_slope element provides the value of the root mean square meter-scale surface slope, averaged over the radar footprint, obtained by fitting the altimeter echo to a suite of theoretical templates derived from the Hagfors scattering model." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DERIVED_THRESH_DETECTOR_INDEX STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The derived_thresh_detector_index element provides the value of the element in range_sharp_echo_profile that satisfies the altimeter threshold detection algorithm, representing the distance to the nearest object in this radar footprint in units of 33.2 meters, modulus a 10.02 kilometer altimeter range ambiguity." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DESCRIPTION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The description element provides a free-form, unlimited-length character string that represents or gives an account of something." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DETAILED_CATALOG_FLAG STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 1 DESCRIPTION = " The detailed_catalog_flag element is a yes-or-no flag which indicates whether additional information is available for this data set in a detailed-level catalog." STANDARD_VALUE_SET = { "N", "Y"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DETECTOR_ASPECT_RATIO STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The detector_aspect_ratio element provides the ratio of the horizontal to the vertical field of view of a detector." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DETECTOR_DESC STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The detector_desc element describes a detector utilized by an instrument." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DETECTOR_ERASE_COUNT STATUS_TYPE = PENDING GENERAL_DATA_TYPE = INTEGER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED MINIMUM = 0 MAXIMUM = 15 DESCRIPTION = " The DETECTOR_ERASE_COUNT element provides the number of times a detector has been flushed of data in raw counts." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DETECTOR_FIRST_LINE STATUS_TYPE = PENDING GENERAL_DATA_TYPE = INTEGER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED MINIMUM = 1 MAXIMUM = 1024 DESCRIPTION = " The DETECTOR_FIRST_LINE element indicates the starting row from the hardware, such as a charge-coupled device (CCD), that contains data." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DETECTOR_GROUPS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " Definition TBD." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DETECTOR_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 20 DESCRIPTION = " The detector_id element identifies a particular instrument detector. The associated detector_desc element describes the detector." STANDARD_VALUE_SET = { "A", "AG", "AMBIENT_TEMPERATURE", "B", "C", "CH1", "CH2", "CH3", "CH4", "CH5", "CRS", "D", "GE_CID_62", "HFM1", "HFM2", "HFM3", "HPGE", "ISSN", "ISSW", "LECP", "LFM1", "LFM2", "LFM3", "N/A", "PRA_ANTENNA", "PRESSURE", "PVORADANT", "PWS_ANTENNA", "REFERENCE_TEMP", "RSSDETEB", "RSSDETSC", "SCAM", "SPEC", "SPECTROMETER_A", "SPECTROMETER_B", "SPECTROMETER_C", "SPECTROMETER_D", "THERMISTOR", "TIMS", "VISA", "VISB", "WIND_QUADRANT", "WIND_SPEED"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DETECTOR_LINES STATUS_TYPE = PENDING GENERAL_DATA_TYPE = INTEGER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED MINIMUM = 1 MAXIMUM = 1024 DESCRIPTION = " The DETECTOR_LINES element indicates the number of rows extracted from the hardware, such as a charge-coupled device (CCD), that contain data." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DETECTOR_PIXEL_HEIGHT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MICRON STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The detector_pixel_height element provides the height of a pixel in the CCD sensor measured in microns." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DETECTOR_PIXEL_WIDTH STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = MICRON STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The detector_pixel_width element provides the width of a pixel in the Charge-Coupled Device (CCD) sensor measured in microns." STANDARD_VALUE_SET = { "DS", "DSIM", "DSIMNS", "DSNS", "IM", "IMNS", "NONE", "NS"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DETECTOR_TEMPERATURE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = K STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The DETECTOR_TEMPERATURE is the temperature that the instrument (detector) operated at while a measurement was made. The importance for Viking Lander is that the radiometric calibration is slightly dependent on detector temperature." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DETECTOR_TO_IMAGE_ROTATION STATUS_TYPE = PENDING GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The DETECTOR_TO_IMAGE_ROTATION element provides the clockwise rotation, in degrees, that was applied to an image along its optical path through an instrument, from detector to final image orientation." STANDARD_VALUE_SET = { "0.0", "180.0", "270.0", "90.0"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DETECTOR_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 20 DESCRIPTION = " The detector_type element identifies the type of an instrument's detector. Example values: SI CCD, INSB, GE, VIDICON, PHOTODIODE." STANDARD_VALUE_SET = { "ANTENNA", "CHARGE_INJECTION_DEV", "DIPOLE_ANTENNA", "FARADAY_CUP", "HG:GE", "HOT-FILM_ANEMOMETER", "LINE_ARRAY", "MCT", "MONOPOLE_PR_ANTENNA", "N/A", "PBS", "PBSE", "RESIST_THERMOMETER", "RING_CORE", "SOLID_STATE", "THERMISTOR", "THERMOCOUPLE", "THERMOPILE_ARRAY", "VARIABLE_RELUCTANCE", "VIDICON"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DETECTORS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The detectors element provides the number of detectors of a specified type contained in the subject instrument." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DIFFRACTION_CORRECTED_FLAG STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 1 DESCRIPTION = " The diffraction_corrected_flag element is a yes-or-no flag that indicates whether a ring occultation data product has been corrected for diffraction. In general, it equals 'N' for stellar occultation but data may equal 'Y' or 'N' for radio occultation data, depending on the processing. If the data product has been corrected for diffraction, then the radres element specifies the processing resolution." STANDARD_VALUE_SET = { "N", "Y"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DISCIPLINE_DESC STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The discipline_desc element describes the discipline identified by the discipline_name element." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DISCIPLINE_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The discipline_name element identifies the major academic or scientific domain or specialty of interest to an individual or to a PDS Node." STANDARD_VALUE_SET = { "ATMOSPHERES", "GEOSCIENCES", "IMAGE PROCESSING", "IMAGING SPECTROSCOPY", "NAVIGATION ANCILLARY INFORMATION FACILITY", "PLASMA INTERACTIONS", "RADIOMETRY", "RINGS", "SMALL BODIES"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DISPERSION_MODE_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MINIMUM_LENGTH = 3 MAXIMUM_LENGTH = 4 DESCRIPTION = " The DISPERSION_MODE_ID element describes the dispersion mode selected for a spectrograph. Note: For the International Ultraviolet Explorer (IUE) spacecraft, the spectrographs can operate in a low (2.64 Angstrom/pix for Long-Wavelength Primary (LWP) and 1.67 A/pix for Short-Wavelength Primary (SWP)) or high (7.22 km/sec/pix for LWP and 7.70 km/sec/pix for SWP) dispersion mode." STANDARD_VALUE_SET = { "HIGH", "LOW"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DISPLAY_FORMAT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 12 DESCRIPTION = " The display_format element provides display format information to software that formats data to an output device. Valid format types include DATE(x) where X is the number of digits in a date. Usually DATE(6) (YYYY-MM) or DATE(8) (YYYY-MM-DD). TIME(X) where X is the number of digits in a time statement. This is usually represented as TIME(6) (HH:MM:SS) or TIME(4) (HH:MM)> DATETIME is used for UTC system format date-times (MM-DD-YYYYTHH:MM:SS.HHH). JUSTLEFT is used for left-justified character strings, and JUSTRIGHT is used for right justification. DIGIT(X) is used where X is the number of digits in an integer, so 897 would be DIGIT(3). SCI(X,Y) is used where X is the number of significant digits before the decimal in scientific notation, and Y is the number following the decimal, so 1.293E-2 would be SCI(1,3). FLOAT(X) is used where X is the total number of digits in a floating point number, so 33.018746 would be FLOAT(8). USDOLLAR is used for monetary amounts in the indicated currency, PHONE is used for telephone numbers, and FTSPHONE is used for seven-digit numbers in the Federal Telephone System." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DISTRIBUTION_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The DISTRIBUTION_TYPE element identifies the type or category of a data product within a data set release." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DOCUMENT_FORMAT STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 60 DESCRIPTION = " The document_format element represents the manner in which documents are stored, such as TEX, POSTSCRIPT, TIFF, etc. Version numbers for these formats should be included when appropriate, such as 'WORDPERFECT 5.0'." STANDARD_VALUE_SET = { "ADOBE PDF", "ENCAPSULATED POSTSCRIPT", "GIF", "HTML", "JPG", "LATEX", "MICROSOFT WORD", "PNG", "POSTSCRIPT", "RICH TEXT", "TEXT", "TIFF"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DOCUMENT_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DEFINITION MAXIMUM_LENGTH = 120 DESCRIPTION = " The document_name element provides the name of a document." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DOCUMENT_TOPIC_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MAXIMUM_LENGTH = 60 DESCRIPTION = " The document_topic_type element identifies the major topic of a reference document." STANDARD_VALUE_SET = { "ARCHIVE VOLUME SIS", "ASTEROID INFORMATION", "ASTEROID POLE POSITIONS", "ASTEROID REFLECTANCE SPECTRA", "BROWSE DATA", "BROWSE IMAGE", "CALIBRATION DESCRIPTION", "CALIBRATION REPORT", "CARTOGRAPHY", "COMET HALLEY", "COMETS", "CRS DOCUMENTATION", "CRS NEPTUNE ANALYSIS", "CRS NEPTUNE REPORT", "CRS URANUS ANALYSIS", "CRS URANUS REPORT", "CURRENTS IN SATURN'S MAGNETOSPHERE", "DATA ANALYSIS", "DATA PRODUCT SIS", "DATA RECOVERY TECHNIQUES AND ANALYSIS", "DATA SET DERIVATION AND INTERPRETATIONS", "DATA SET DESCRIPTION", "DATA SET DESCRIPTION, DERIVATION TECHNIQUE, AND ANALYSIS", "DATA SET DESCRIPTION, DERIVATION, AND INTERPRETATIONS", "DATA USER REQUIREMENTS", "DERIVATION AND ANALYSIS TECHNIQUES", "ENERGETIC PARTICLES AT JUPITER", "ENERGETIC PARTICLES AT NEPTUNE", "ENERGETIC PARTICLES AT URANUS", "EXPERIMENT RESULTS", "FUNCTIONAL REQUIREMENTS DOCUMENT", "GEOLOGY", "GEOLOGY OF VENUS", "GRSFE", "HTML NAVIGATION", "ICD", "IHW LSPN ATLAS", "IHW STUDY", "IMAGE PROCESSING", "INITIAL EXPERIMENT RESULTS", "INSTRUMENT AND DATA SET DESCRIPTION", "INSTRUMENT DESCRIPTION", "INSTRUMENT DESCRIPTION AND EXPERIMENT OBJECTIVES SUMMARY", "INSTRUMENT DESCRIPTION AND MEASUREMENT TECHNIQUE", "IONOSPHERE OF VENUS", "JOVIAN MAGNETOTAIL AND CURRENT SHEET", "JPL INTEROFFICE MEMORANDUM", "JUPITER ELECTRONS", "JUPITER IONS", "LECP DOCUMENTATION", "LECP JUPITER DOCUMENTATION", "LECP SATURN DOCUMENTATION", "LECP URANUS DOCUMENTATION", "LUNAR RADAR DATA", "MAGELLAN PROJECT DOCUMENT", "MAGNETIC FIELD AND PLASMA FLOW IN JUPITER MAGNETOSHEATH", "MAGNETIC FIELD AT NEPTUNE", "MAGNETIC FIELD CURRENT STRUCTURES MAGNETOSPHERE URANUS", "MAGNETIC FIELD EXPERIMENT FOR VOYAGER 1 AND 2", "MAGNETIC FIELD NEPTUNE", "MAGNETIC FIELD STUDIES AT JUPITER BY VOYAGER 1", "MAGNETIC FIELD STUDIES AT JUPITER BY VOYAGER 2", "MAGNETIC FIELD STUDIES URANUS", "MAGNETIC FIELD STUDIES VOYAGER 1 AT SATURN PRELIMINARY", "MAGNETIC FIELD STUDIES VOYAGER 2 SATURN PRELIMINARY", "MAGNETIC FIELD URANUS", "MAGNETOMETRY", "MAGNETOTAIL URANUS", "MANUAL", "MAPPING DESCRIPTION AND RESULTS", "MARS GRAVITY", "MARS RADAR DATA", "MERCURY RADAR DATA", "MISSION DESCRIPTION", "MISSION DESCRIPTION AND INSTRUMENT OVERVIEW", "MISSION RESULTS", "MISSION SCIENCE", "MODELING JOVIAN CURRENT SHEET AND INNER MAGNETOSPHERE", "MULTISPECTRAL SCANNER", "N/A", "NEAR EARTH ASTEROIDS", "NEPTUNE PLASMA - ELECTRON OBSERVATIONS", "NEPTUNE PLASMA - INITIAL RESULTS", "NEPTUNE PLASMA - LOW ENERGY", "NEPTUNE PLASMA - LOW ENERGY IONS", "NEPTUNE PLASMA - PLASMA MANTLE", "OPERATING MANUAL", "OPERATIONS REPORT", "OPTICAL ENGINEERING", "ORIGIN OF PLANETARY MAGNETIC FIELDS", "PHYSICS OF JOVIAN MAGNETOSPHERE COORDINATE SYSTEMS", "PLANETARY ATMOSPHERES", "PLANETARY MAPPING", "PLS INSTRUMENT DESCRIPTION", "PROCEEDINGS", "PROJECT FINAL REPORT", "PROJECT SUMMARY", "RADAR AND GRAVITY DATA", "RADAR ASTRONOMY", "RADAR GEOLOGY", "RADAR IMAGING", "REFLECTANCE", "REMOTE SENSING", "REMOTE SENSING BOTANY", "SATURN ELECTRONS", "SATURN IONS", "SCIENCE REPORT", "SENSOR CALIBRATION", "SOFTWARE DESCRIPTION", "SOFTWARE INTERFACE SPECIFICATION", "SPACECRAFT DESCRIPTION", "SPACECRAFT DESIGN", "STRUCTURE DYNAMICS SATURN'S OUTER MAGNETOSPHERE BOUNDARY", "SURFACE WAVES URANUS MAGNETOPAUSE", "URANUS ELECTRONS", "URANUS IONS", "USER'S GUIDE", "VENUS GRAVITY", "VENUS LIGHTNING", "VENUS RADAR DATA", "VG1 PWS JUPITER OVERVIEW", "VG1 PWS SATURN OVERVIEW", "VG2 PRA NEPTUNE OVERVIEW", "VG2 PRA URANUS OVERVIEW", "VG2 PWS JUPITER OVERVIEW", "VG2 PWS NEPTUNE OVERVIEW", "VG2 PWS SATURN OVERVIEW", "VG2 PWS URANUS OVERVIEW", "VOLUME CONTENTS", "VOYAGER AT URANUS", "VOYAGER 2 AT URANUS", "VOYAGER AT SATURN", "VOYAGER AT URANUS", "VOYAGER MEASUREMENT ROTATION PERIOD SATURN MAGNETIC FIELD", "Z3 ZONAL HARMONIC MODEL SATURN'S MAGNETIC FIELD ANALYSIS"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DOWNLOAD_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DEFINITION MAXIMUM_LENGTH = 60 DESCRIPTION = " The download_id element is the unique mission identifier used to indicate a download of the spacecraft's onboard digital data storage unit." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DOWNLOAD_PRIORITY STATUS_TYPE = PENDING GENERAL_DATA_TYPE = INTEGER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED MINIMUM = 0 MAXIMUM = 100 DESCRIPTION = " The DOWNLOAD_PRIORITY element specifies which data to download based on order of importance." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DOWNLOAD_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MAXIMUM_LENGTH = 10 DESCRIPTION = " The download_type element specifies which data to download. Note: For MPF, this specified any or all of: image data (IM), dark current strip (DS), and null pixel data (NS)." STANDARD_VALUE_SET = { "DS", "DSIM", "DSIMNS", "DSNS", "IM", "IMNS", "NONE", "NS"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DOWNSAMPLE_METHOD STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED MAXIMUM_LENGTH = 30 DESCRIPTION = " The DOWNSAMPLE_METHOD element indicates whether or not hardware downsampling was applied to an image." STANDARD_VALUE_SET = { "BOTH", "HARDWARE", "NONE", "SOFTWARE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DOWNTRACK_SUMMING STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 1 MAXIMUM = 127 DESCRIPTION = " The downtrack_summing element provides the number of detector pixel values in the downtrack direction that have been averaged to produce the final output pixel." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DSN_SPACECRAFT_NUM STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MINIMUM = 0 DESCRIPTION = " The dsn_spacecraft_num element identifies the unique Deep Space Network identification number for a spacecraft or other data source/sink from which a product came or to which the product is to be sent." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DSN_STATION_NUMBER STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The dsn_station_num identifies the deep space network station number through which data were received or to which commands are to be sent." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = DUST_FLAG STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 1 DESCRIPTION = " The DUST_FLAG parameter indicates whether a dust sequence was executed in association with an image or observation." STANDARD_VALUE_SET = { "FALSE", "TRUE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EARLY_IMAGE_RETURN_FLAG STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The EARLY_IMAGE_RETURN_FLAG element indicates the deferral of on-board post processing of the image and the returns the image early to an onboard client." STANDARD_VALUE_SET = { "FALSE", "TRUE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EARLY_PIXEL_SCALE_FLAG STATUS_TYPE = PENDING GENERAL_DATA_TYPE = CHARACTER UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = SUGGESTED DESCRIPTION = " The EARLY_PIXEL_SCALE_FLAG element indicates the scaling of pixels. If TRUE, pixels are scaled early (from 12 to 8 bits)." STANDARD_VALUE_SET = { "FALSE", "TRUE"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EARTH_BASE_DESC STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The earth_base_desc element describes the earth base from which particular instrument measurements where taken. An earth base can be a laboratory, observatory, etc., and is identified by the earth_base_id element." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EARTH_BASE_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 6 DESCRIPTION = " The earth_base_id element provides a unique identifier for the laboratory, observatory, or other location of an earth-based instrument." STANDARD_VALUE_SET = { "C154", "GSR", "KP36", "KP50", "KP84", "LO72", "MK88", "PGD", "S229"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EARTH_BASE_INSTITUTION_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 60 DESCRIPTION = " The earth_base_institution_name element identifies a university, research center, NASA center or other institution associated with a laboratory or observatory." STANDARD_VALUE_SET = { "HAWAII INSTITUTE OF GEOPHYSICS", "INTERNATIONAL HALLEY WATCH", "JET PROPULSION LABORATORY", "KITT PEAK NATIONAL OBSERVATORY", "LOWELL OBSERVATORY", "MASSACHUSETTS INSTITUTE OF TECHNOLOGY", "MAUNA KEA OBSERVATORY", "MIT", "N/A", "NASA AMES RESEARCH CENTER", "NATIONAL ASTRONOMY AND IONOSPHERIC CENTER", "UNITED STATES GEOPHYSICAL SURVEY", "UNITED STATES GEOPHYSICAL SURVEY, RESTON", "UNIVERSITY OF ARIZONA"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EARTH_BASE_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 60 DESCRIPTION = " The earth_base_name element identifies the name of the laboratory, observatory, or other location of a earth-based instrument." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EARTH_RECEIVED_START_TIME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = TIME UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION MAXIMUM_LENGTH = 30 DESCRIPTION = " The earth_received_start_time element provides the beginning time at which telemetry was received during a time period of interest. This should be represented in UTC system format. See also earth_received_time." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EARTH_RECEIVED_STOP_TIME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = TIME UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION MAXIMUM_LENGTH = 30 DESCRIPTION = " The earth_received_stop_time element provides the ending time for receiving telemetry during a time period of interest. This should be represented in the UTC system format. See also earth_received_time." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EARTH_RECEIVED_TIME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = TIME UNIT_ID = NONE STANDARD_VALUE_TYPE = FORMATION MAXIMUM_LENGTH = 30 DESCRIPTION = " The earth_received_time element provides the time at which telemetry was received on earth. This should be represented in the UTC system format. For real time data, the difference between this time and the spacecraft_event_time is the signal travel time from the spacecraft to earth. Formation rule: YYYY-MM-DDThh:mm:ss[.fff]" END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EARTH_TARGET_POSITION_VECTOR STATUS_TYPE = PENDING GENERAL_DATA_TYPE = REAL UNIT_ID = KM STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The EARTH_TARGET_POSITION_VECTOR element indicates the x-, y-, z- components of the position vector from the Earth to the target, expressed in J2000 coordinates, and corrected for light time, evaluated at the epoch at which the image was taken." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EARTH_TARGET_VELOCITY_VECTOR STATUS_TYPE = PENDING GENERAL_DATA_TYPE = REAL UNIT_ID = 'KM/S' STANDARD_VALUE_TYPE = RANGE DESCRIPTION = " The EARTH_TARGET_VELOCITY_VECTOR element indicates the x-, y-, z- components of the velocity vector of the Earth relative to the target, expressed in J2000 coordinates, and corrected for light time, evaluated at the epoch at which the image was taken." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EASTERNMOST_LONGITUDE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = -180 MAXIMUM = 360 DESCRIPTION = " The following definitions describe easternmost longitude for the body-fixed, rotating coordinate systems: For Planetocentric coordinates and for Planetographic coordinates in which longitude increases toward the east, the easternmost (rightmost) longitude of a spatial area (e.g.,a map, mosaic, bin,feature or region) is the maximum numercial value of longitude unless it crosses the Prime Meridian. For Planetographic coordinates in which longitude increases toward the west, the easternmost (rightmost) longitude of a spatial area (e.g., a map,mosaic, bin, feature or region) is the minimum numerical value of longitude unless it crosses the Prime Meridian. For the Earth, Moon and Sun, PDS also supports the traditional use of the range (-180,180) in which case the easternmost (rightmost) longitude is the maximum numerical value of longitude unless it crosses 180." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EDIT_MODE_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 20 DESCRIPTION = " The edit_mode_id element indicates the amount of data read from an imaging instrument's vidicon. '1:1' indicates the full-resolution of the vidicon. Example values: (Voyager) 3:4, 1:2, 1:3, 1:5, and 1:1." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EDIT_ROUTINE_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = NONE MAXIMUM_LENGTH = 12 DESCRIPTION = " The edit_routine_name element provides the name of a edit routine name that the catalog bulk loading software should execute during any validation procedures." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EDR_FILE_NUMBER STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MINIMUM = 1 MAXIMUM = 100 DESCRIPTION = " The EDR_FILE_NUMBER element provides the file position of the data file when it was originally recorded on an Experiment Data Record tape." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EDR_SOFTWARE_NAME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = STATIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The edr_software_name element identifies the name and version of the Clementine Mission software that generated the EDR products." STANDARD_VALUE_SET = { "NRL-ACT-MGRAB"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EDR_TAPE_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MAXIMUM_LENGTH = 7 DESCRIPTION = " The EDR_TAPE_ID element indicates the volume identifier of the Experiment Data Record tape on which the data file was originally recorded." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EFFECTIVE_TIME STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = TIME UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The effective_time is an alias for start_time used by AMMOS- MGN ephemeris files to define the time at which the data takes effect." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ELECTRONIC_MAIL_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT MAXIMUM_LENGTH = 60 DESCRIPTION = " The electronic_mail_id element provides an individual's mailbox name on the electronic mail system identified by the electronic_mail_type element." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ELECTRONIC_MAIL_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 20 DESCRIPTION = " The electronic_mail_type element identifies an electronic mail system by name. Example values: TELEMAIL, NSI/DECNET." STANDARD_VALUE_SET = { "ARPANET", "BITNET", "DECNET", "E-MAIL", "GSFC", "INTERNAT", "INTERNET", "JEMS", "MAIL (GTE TELENET)", "N/A", "NASAMAIL", "NSFNET", "NSI/DECNET", "SPAN/NSI", "TCP/IP", "TELEMAIL", "UNK"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ELECTRONICS_BIAS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 255 DESCRIPTION = " The electronics_bias element provides the commanded electronics bias value that is used to ensure that all digital number (DN) values in the data are greater than zero." STANDARD_VALUE_SET = { "N/A"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ELECTRONICS_DESC STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = TEXT DESCRIPTION = " The electronics_desc element describes the electronics associated with a given instrument." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ELECTRONICS_ID STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = IDENTIFIER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 20 DESCRIPTION = " The electronics_id element identifies the electronics associated with a given instrument." STANDARD_VALUE_SET = { "ASAS", "AVIR", "CRS", "IRS", "IRTM", "ISSN", "ISSW", "LECP", "MAWD", "MEA", "N/A", "P", "PLS", "PRA", "PVORADCTL", "PWS", "RDRS", "RSSELECEB", "RSSELECSC", "S", "TIMS", "VISA", "VISB"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ELEVATION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = -90 MAXIMUM = 90 DESCRIPTION = " The elevation element provides the angular elevation of a point of interest (for example, the center point of an image of a solar system object taken from a lander or a rover) above the azimuthal reference plane. Elevation is measured in a spherical coordinate system. The zero elevation point lies in the azimuthal reference plane and positive elevation is measured toward the positive direction of the principal axis of the spherical coordinate system. See azimuth." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ELEVATION_FOV STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 360 DESCRIPTION = " The elevation_fov element provides the angular measure of the vertical field of view of an imaged scene. Note: For MPF, 'vertical' is measured along the ZIMP axis of the IMP coordinate system." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ELEVATION_MOTOR_CLICKS STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = INTEGER UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The elevation_motor_clicks element provides the number of motor step counts an instrument or other mechanism rotated in the vertical direction from the low hard stop. Note: For MPF, each step count corresponded to 0.553 degrees. The valid range was 0 to 1023." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EMECL_SC_QUATERNION STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = 'N/A' STANDARD_VALUE_TYPE = RANGE MINIMUM = -1 MAXIMUM = 1 DESCRIPTION = " The EMECL_SC_QUATERNION element defines a normalized quaternion of rotation of the form: Q = (cos(T/2), sin(T/2)*u[1], sin(T/2*u[2]), sin(T/2)*u[3]) where T is the angle of rotation from the Earth Mean Ecliptic J2000 coordinate system centered on the spacecraft to the nominal spacecraft pointing direction; and u is the unit vector in the spacecraft pointing direction. A quaternion is a normalized four-component parameterization of a direction cosine matrix given in terms of Euler-symmetric parameters. There are always four, and only four components to a quaternion. One of the components is designated as the scalar (the first in this case), while the remaining three are vector components." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = EMISSION_ANGLE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = DEG STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 180 DESCRIPTION = " The emission_angle element provides the value of the angle between the surface normal vector at the intercept point and a vector from the intercept point to the spacecraft. The emission_angle varies from 0 degrees when the spacecraft is viewing the subspacecraft point (nadir viewing) to 90 degrees when the intercept is tangent to the surface of the target body. Thus, higher values of emission_angle indicate more oblique viewing of the target. Values in the range of 90 to 180 degrees are possible for ring data." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ENCODING_COMPRESSION_RATIO STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 DESCRIPTION = " The encoding_compression_ratio element specifies the compression factor of the data." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ENCODING_MAX_COMPRESSION_RATIO STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 999 DESCRIPTION = " The encoding_max_compression_ratio element provides the maximum compression ratio applied to the data on board the spacecraft. For Galileo, this keyword is valid only for Integer Cosine Transform (ICT) or Huffman compression. If the image is compressed with ICT this value is the ICT Maximum Compression Ratio, otherwise it is the Huffman Maximum Compression Ratio." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ENCODING_MIN_COMPRESSION_RATIO STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = NONE STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 999 DESCRIPTION = " The encoding_min_compression_ratio element provides the minimum compression ratio applied to the data on board the spacecraft. For Galileo, valid only for Integer Cosine Transform (ICT) or Huffman compression. If the image is compressed with ICT this value is the ICT Minimum Compression Ratio, otherwise it is the Huffman Minimum Compression Ratio." END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ENCODING_TYPE STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = DYNAMIC MAXIMUM_LENGTH = 30 DESCRIPTION = " The ENCODING_TYPE element indicates the type of compression or encryption used for data storage. cf. inst_cmprs_name." STANDARD_VALUE_SET = { "CLEM-JPEG-0", "CLEM-JPEG-0 DECOMPRESSED", "CLEM-JPEG-1", "CLEM-JPEG-1 DECOMPRESSED", "CLEM-JPEG-2", "CLEM-JPEG-2 DECOMPRESSED", "CLEM-JPEG-3", "CLEM-JPEG-3 DECOMPRESSED", "DECOMPRESSED", "GIF87A", "GIF89A", "HUFFMAN FIRST DIFFERENCE", "JP2", "N/A", "PDF-ADOBE-1.1", "PDF-ADOBE-1.4", "PNG", "PREVIOUS PIXEL", "PS-ADOBE-1.0", "PS-ADOBE-2.0", "PS-ADOBE-3.0", "RICE", "RUN LENGTH", "ZIP"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ENCODING_TYPE_VERSION_NAME STATUS_TYPE = PROPOSED GENERAL_DATA_TYPE = CHARACTER UNIT_ID = NONE STANDARD_VALUE_TYPE = SUGGESTED MINIMUM_LENGTH = 1 MAXIMUM_LENGTH = 60 DESCRIPTION = " The ENCODING_TYPE_VERSION_NAME element indicates the version of a standard or specification with which a particular ENCODING_TYPE complies." STANDARD_VALUE_SET = { "ISO/IEC15444-1:2004"} END_OBJECT = ELEMENT_DEFINITION END OBJECT = ELEMENT_DEFINITION NAME = ENTROPY STATUS_TYPE = APPROVED GENERAL_DATA_TYPE = REAL UNIT_ID = 'B/PIXEL' STANDARD_VALUE_TYPE = RANGE MINIMUM = 0 MAXIMUM = 8 DESCRIPTION = " The ENTROPY element identifies the average entropy level (bits/pixel). Entropy is a measure of scene activity and it applies to the entire image. Note: For the Galileo SSI flight images the entropy is defined as: H = - SUM (from j= -255 to j= +255) p(j) [log(2) p(j)] where p(j) is the probability that two horizontally adjacent pixels have a different j, where - 255