/* Planetary Science Data Dictionary database dump */
/* Online Database: pdscat1r73 */
/* Generated: Wed Jan 21 07:25:07 2009 */
/* 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/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')
('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/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/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')
('pixel','pixel')
('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 = 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 = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The archive_status element provides the status of a data set that has been
submitted for inclusion into the PDS archive. If a data set has been
partially archived, the archive_status should be ACCUMULATING (e.g., this
situation typically occurs when a data set is being produced over a period
of time where portions of the data set may be archived, in lien resolution,
in peer-review, and under construction).
The archive_status_note element is available to describe the archive_status
value in finer 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.
LOCALLY ARCHIVED - Passed peer reviewed 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 the
archive 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.
SUPERSEDED - Superseded by a new version of the data set. This implies that
the data set is not to be used unless the requester has specific reasons.
When a data set has been superseded the CN 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 - Received by the PDS with no evaluation. Data will not be formally
archived.
ACCUMULATING - Portions, but not all, of a data set are in one or more
phases of completion (e.g., portions of a data set have been archived
while portions remain in lien resolution).
Note: If a data set crosses multiple phases of completion, select the
highest status level and use the modifier ACCUMULATING. The status is,
for example, ARCHIVED-ACCUMULATING, meaning that part of the data set
has been archived, but there remains portions of the data set in process.
The ARCHIVE_STATUS_NOTE keyword can be used to provide more information.
ACCUMULATING value may be used as a modifier to any of the above valid
values (e.g., 'ACCUMULATING ARCHIVED', 'ACCUMULATING IN PEER REIVEW')."
STANDARD_VALUE_SET = {
"ACCUMULATING",
"ARCHIVED",
"IN LIEN RESOLUTION",
"IN PEER REVIEW",
"IN QUEUE",
"LOCALLY ARCHIVED",
"PRE PEER REVIEW",
"SAVED",
"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",
"ELEVATION IN METERS RELATIVE TO MOLA",
"GREEN",
"LATITUDE",
"PHASE ANGLE",
"RED",
"THERMAL INERTIA"}
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 = 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",
"BFS CRDS",
"ESL-CART",
"HG",
"ICC_ECLP",
"ICC_EQTL",
"ISC_ECLP",
"ISC_EQTR",
"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 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",
"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#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'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'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'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#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",
"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",
"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-V2.0",
"CO-D-HRD-3-COHRD-V3.0",
"CO-D-HRD-3-COHRD-V4.0",
"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/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-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-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-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-SROC1-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-UVIS-2-CALIB-V1.0",
"CO-S-UVIS-2-CALIB-V1.1",
"CO-S-UVIS-2-CUBE-V1.0",
"CO-S-UVIS-2-CUBE-V1.1",
"CO-S-UVIS-2-SPEC-V1.0",
"CO-S-UVIS-2-SPEC-V1.1",
"CO-S-UVIS-2-SSB-V1.0",
"CO-S-UVIS-2-SSB-V1.1",
"CO-S/J/E/V-SPICE-6-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-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-ENGR1-V1.0",
"CO-SSA-RSS-1-ENGR2-V1.0",
"CO-SSA-RSS-1-ENOC1-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-TBOC1-V1.0",
"CO-SSA-RSS-1-TBOC2-V1.0",
"CO-SSA-RSS-1-TBOC3-V1.0",
"CO-SSA-RSS-1-TIGR1-V1.0",
"CO-SSA-RSS-1-TIGR10-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-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",
"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-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",
"DI/EAR-C-I0276-2/3-MARTIR15M-TMPL1-V1.0",
"DI/EAR-C-KECK1LWS-3-9P-IMAGES-PHOT-V1.0",
"DI/EAR-C-LO72CCD-3-9P-IMAGES-PHOT-V1.0",
"DI/EAR-C-LPLCCD-3-MRBG61-TMPL1-V1.0",
"DI/EAR-C-LPLCCD-3-MTBG61-TMPL1-V1.0",
"DI/EAR-C-SQIID-3-9PNIRIMAGES-V1.0",
"DI/IRAS-C-FPA-5-9P-IMAGES-V1.0",
"DI/IRAS-C-FPA-5-9P-PHOT-V1.0",
"DIF-C-HRII-2-9P-ENCOUNTER-V1.0",
"DIF-C-HRII-3/4-9P-ENCOUNTER-V1.0",
"DIF-C-HRII-3/4-9P-ENCOUNTER-V2.0",
"DIF-C-HRII-5-TEMPEL1-SURF-TEMP-MAPS-V1.0",
"DIF-C-HRII/HRIV/MRI-6-TEMPS-V1.0",
"DIF-C-HRIV-2-9P-ENCOUNTER-V1.0",
"DIF-C-HRIV-2-NAV-9P-ENCOUNTER-V1.0",
"DIF-C-HRIV-3-NAV-9P-ENCOUNTER-V1.0",
"DIF-C-HRIV-3/4-9P-ENCOUNTER-V1.0",
"DIF-C-HRIV-3/4-9P-ENCOUNTER-V2.0",
"DIF-C-HRIV/ITS/MRI-5-TEMPEL1-SHAPE-V1.0",
"DIF-C-MRI-2-9P-ENCOUNTER-V1.0",
"DIF-C-MRI-2-NAV-9P-ENCOUNTER-V1.0",
"DIF-C-MRI-2-NAV-9P-ENCOUNTER-V1.1",
"DIF-C-MRI-3-NAV-9P-ENCOUNTER-V1.0",
"DIF-C-MRI-3-NAV-9P-ENCOUNTER-V1.1",
"DIF-C-MRI-3/4-9P-ENCOUNTER-V1.0",
"DIF-C-MRI-3/4-9P-ENCOUNTER-V2.0",
"DIF-C-MRI-5-TEMPEL1-PHOTOMETRY-V1.0",
"DIF-C-RSS-1-9P-ENCOUNTER-V1.0",
"DIF-CAL-HRII-2-9P-CRUISE-V1.0",
"DIF-CAL-HRII-2-GROUND-TV1-V1.0",
"DIF-CAL-HRII/HRIV-2-GROUND-TV2-V1.0",
"DIF-CAL-HRII/HRIV/MRI-2-GROUND-TV4-V1.0",
"DIF-CAL-HRIV-2-9P-CRUISE-V1.0",
"DIF-CAL-HRIV-2-NAV-9P-CRUISE-V1.0",
"DIF-CAL-MRI-2-9P-CRUISE-V1.0",
"DIF-CAL-MRI-2-NAV-9P-CRUISE-V1.0",
"DIF-CAL-MRI-2-NAV-9P-CRUISE-V1.1",
"DII-C-ITS-2-9P-ENCOUNTER-V1.0",
"DII-C-ITS-2-NAV-9P-ENCOUNTER-V1.0",
"DII-C-ITS-2-NAV-9P-ENCOUNTER-V1.1",
"DII-C-ITS-3-NAV-9P-ENCOUNTER-V1.0",
"DII-C-ITS-3/4-9P-ENCOUNTER-V1.0",
"DII-C-ITS-3/4-9P-ENCOUNTER-V2.0",
"DII-CAL-ITS-2-9P-CRUISE-V1.0",
"DII-CAL-ITS-2-GROUND-TV3-V1.0",
"DII-CAL-ITS-2-NAV-9P-CRUISE-V1.0",
"DII-CAL-ITS-2-NAV-9P-CRUISE-V1.1",
"DIF-C/E/X-SPICE-6-V1.0",
"DIF-CAL-HRII/HRIV/MRI-6-EPOXI-TEMPS-V1.0",
"DIF-CAL-HRII/HRIV/MRI-6-EPOXI-TEMPS-V2.0",
"DIF-CAL-HRII-2-EPOXI-CALIBRATIONS-V1.0",
"DIF-CAL-HRII-2-EPOXI-CALIBRATIONS-V2.0",
"DIF-CAL-HRIV-2-EPOXI-CALIBRATIONS-V1.0",
"DIF-CAL-HRIV-2-EPOXI-CALIBRATIONS-V2.0",
"DIF-CAL-MRI-2-EPOXI-CALIBRATIONS-V1.0",
"DIF-CAL-MRI-2-EPOXI-CALIBRATIONS-V2.0",
"DIF-E-HRII-2-EPOXI-EARTH-V1.0",
"DIF-E-HRII-3/4-EPOXI-EARTH-V1.0",
"DIF-E-HRIV-2-EPOXI-EARTH-V1.0",
"DIF-E-HRIV-3/4-EPOXI-EARTH-V1.0",
"DIF-E-MRI-2-EPOXI-EARTH-V1.0",
"DIF-E-MRI-3/4-EPOXI-EARTH-V1.0",
"DIF-X-HRIV-2-EPOXI-EXOPLANETS-V1.0",
"DIF-X-HRIV-3-EPOXI-EXOPLANETS-V1.0",
"DIF-M-HRII-2-EPOXI-MARS-V1.0",
"DIF-M-HRII-3/4-EPOXI-MARS-V1.0",
"DIF-M-HRIV-2-EPOXI-MARS-V1.0",
"DIF-M-HRIV-3/4-EPOXI-MARS-V1.0",
"DIF-M-MRI-2-EPOXI-MARS-V1.0",
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"VG1/VG2-J-UVS-5-BRIGHTNESS-N/S-MAPS-V1.0",
"VG1/VG2-S-IRIS-3-RDR-V1.0",
"VG1/VG2-S-IRIS-5-NS-ATMOS-PARAMS-V1.0",
"VG1/VG2-S-ISS-2-EDR-V1.0",
"VG1/VG2-S-ISS-2-EDR-V2.0",
"VG1/VG2-S-UVS-5-BRIGHTNESS-N/S-MAPS-V1.0",
"VG1/VG2-SR-ISS-4-PROFILES-V1.0",
"VG1/VG2-SR/UR-RSS-4-OCC-V1.0",
"VG1/VG2-SR/UR/NR-RSS-4-OCC-V1.0",
"VG1/VG2-SR/UR/NR-UVS-2/4-OCC-V1.0",
"VG2-J-6-SPK-V1.0",
"VG2-J-CRS-5-SUMM-FLUX-V1.0",
"VG2-J-LECP-4-15MIN",
"VG2-J-LECP-4-BR-15MIN",
"VG2-J-LECP-4-SUMM-AVERAGE-15MIN-V1.0",
"VG2-J-LECP-4-SUMM-SECTOR-15MIN-V1.0",
"VG2-J-MAG-4-1.92SEC",
"VG2-J-MAG-4-48.0SEC",
"VG2-J-MAG-4-9.60SEC",
"VG2-J-MAG-4-RDR-HGCOORDS-1.92SEC-V1.0",
"VG2-J-MAG-4-RDR-HGCOORDS-9.60SEC-V1.0",
"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/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"}
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",
"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",
"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",
"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 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 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 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 PHOTOMETRIC CATALOG V1.0",
"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 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 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",
"ATM OBSERVATIONS AT NEVADA TEST SITE V1.0",
"ANGLO-AUSTRALIAN OBSERVATORY DATA FROM SL9 IMPACTS",
"BINARY MINOR PLANETS V1.0",
"BINARY NEAS SUMMARY 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 UNCALIBRATED V1.0",
"CASSINI E/J/S/SW MIMI CHEMS SENSOR UNCALIBRATED DATA V1.0",
"CASSINI E/J/S/SW MIMI INCA SENSOR UNCALIBRATED DATA V1.0",
"CASSINI E/J/S/SW MIMI LEMMS SENSOR UNCALIBRATED DATA V1.0",
"CASSINI HIGH RATE DETECTOR V1.0",
"CASSINI HIGH RATE DETECTOR V2.0",
"CASSINI HIGH RATE DETECTOR V3.0",
"CASSINI HIGH RATE DETECTOR V4.0",
"CASSINI JUP CIRS TIME-SEQUENTIAL DATA RECORDS V1.0",
"CASSINI JUPITR UVIS SOLAR STELLAR BRIGHTNESS TIME SERIES 1.0",
"CASSINI MAGNETOMETER RAW DATA V1.0",
"CASSINI ORBITER CALIBRATION ISSNA/ISSWA 2 EDR VERSION 1.0",
"CASSINI ORBITER EARTH/VENUS/JUPITER /SATURN VIMS 2 QUBE V1.0",
"CASSINI ORBITER EARTH/VENUS/JUPITER ISSNA/ISSWA 2 EDR V1.0",
"CASSINI ORBITER EARTH/VENUS/JUPITER/SATURN VIMS 2 QUBE V1.0",
"CASSINI ORBITER JUPITER UVIS EDITED SPECTRA 1.0",
"CASSINI ORBITER JUPITER UVIS SPATIAL SPECTRAL IMAGE CUBE 1.0",
"CASSINI ORBITER RADAR ALTIMETER BURST DATA RECORD",
"CASSINI ORBITER RADAR ALTIMETER BURST DATA RECORD SUMMARY",
"CASSINI ORBITER RADAR LONG BURST DATA RECORD",
"CASSINI ORBITER RADAR SHORT BURST DATA RECORD",
"CASSINI ORBITER SATURN ISSNA/ISSWA 2 EDR V1.0",
"CASSINI ORBITER SATURN ISSNA/ISSWA 2 EDR VERSION 1.0",
"CASSINI ORBITER SATURN ISSNA/ISSWA 5 MIDR VERSION 1.0",
"CASSINI ORBITER SATURN UVIS CALIBRATION DATA 1.1",
"CASSINI ORBITER SATURN UVIS EDITED SPECTRA 1.0",
"CASSINI ORBITER SATURN UVIS EDITED SPECTRA 1.1",
"CASSINI ORBITER SATURN UVIS SPATIAL SPECTRAL IMAGE CUBE 1.0",
"CASSINI ORBITER SATURN UVIS SPATIAL SPECTRAL IMAGE CUBE 1.1",
"CASSINI ORBITER SSA RADAR 5 BIDR V1.0",
"CASSINI ORBITER STAR UVIS CALIBRATION DATA 1.0",
"CASSINI ORBITER STAR UVIS CALIBRATION DATA 1.1",
"CASSINI ORBITER X UVIS EDITED SPECTRA 1.0",
"CASSINI ORBITER X UVIS IMAGE AT ONE WAVELENGTH",
"CASSINI ORBITER X UVIS SPATIAL SPECTRAL IMAGE CUBE 1.0",
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"IHW COMET AMDRAW NO-DATA DATA RECORD GZ V1.O",
"IHW COMET AMSPEC NO-DATA DATA RECORD GZ V1.0",
"IHW COMET AMVIS EDITED REDUCED DATA RECORD CROMMELIN V1.0",
"IHW COMET AMVIS EDITED REDUCED DATA RECORD GZ V1.0",
"IHW COMET ASTR EDITED EXPERIMENT DATA RECORD CROMMELIN V1.0",
"IHW COMET ASTR EDITED EXPERIMENT DATA RECORD GZ V1.0",
"IHW COMET HALLEY - U-V VISIBILITY DATA",
"IHW COMET HALLEY AMATEUR VISUAL MAGNITUDES V1.0",
"IHW COMET HALLEY ASTROMETRIC DATA V1.0",
"IHW COMET HALLEY ASTROMETRIC DATA, V2.0",
"IHW COMET HALLEY DIGITIZED PHOTOGRAPHIC SPECTRA V1.0",
"IHW COMET HALLEY INFRARED FILTER CURVE MEASUREMENTS V1.0",
"IHW COMET HALLEY INFRARED FILTER MEASUREMENTS, V2.0",
"IHW COMET HALLEY INFRARED FILTER SETS, V2.0",
"IHW COMET HALLEY INFRARED FILTER TABLES V1.0",
"IHW COMET HALLEY INFRARED IMAGE DATA V1.0",
"IHW COMET HALLEY INFRARED IMAGE DATA, V2.0",
"IHW COMET HALLEY INFRARED PHOTOMETRY V1.0",
"IHW COMET HALLEY INFRARED PHOTOMETRY, V2.0",
"IHW COMET HALLEY INFRARED POLARIMETRY V1.0",
"IHW COMET HALLEY INFRARED POLARIMETRY, V2.0",
"IHW COMET HALLEY INFRARED SPECTRA REFERENCES V1.0",
"IHW COMET HALLEY INFRARED SPECTRA, V2.0",
"IHW COMET HALLEY LSPN IMAGE DATA V1.0",
"IHW COMET HALLEY LSPN NON-DIGITIZED IMAGES V1.0",
"IHW COMET HALLEY METEOR ETA AQUARID RADAR DATA V1.0",
"IHW COMET HALLEY METEOR ETA AQUARID VISUAL DATA V1.0",
"IHW COMET HALLEY METEOR ORIONID RADAR DATA V1.0",
"IHW COMET HALLEY METEOR ORIONID VISUAL DATA V1.0",
"IHW COMET HALLEY NEAR NUCLEUS IMAGE DATA V1.0",
"IHW COMET HALLEY NON_DIGITAL PHOTOGRAPHIC MATERIAL V1.0",
"IHW COMET HALLEY PHOTOMETRIC FLUXES V1.0",
"IHW COMET HALLEY PHOTOMETRIC FLUXES, V2.0",
"IHW COMET HALLEY PHOTOMETRIC MAGNITUDES V1.0",
"IHW COMET HALLEY PHOTOMETRIC MAGNITUDES, V2.0",
"IHW COMET HALLEY POLARIMETRIC OBSERVATIONS V1.0",
"IHW COMET HALLEY POLARIMETRIC OBSERVATIONS, V2.0",
"IHW COMET HALLEY POLARIMETRIC STOKES PARAMETERS DATA V1.0",
"IHW COMET HALLEY POLARIMETRIC STOKES PARAMETERS DATA, V2.0",
"IHW COMET HALLEY RADAR DATA V1.0",
"IHW COMET HALLEY RADIO CONTINUUM ARRAY DATA V1.0",
"IHW COMET HALLEY RADIO CONTINUUM SUMMARIES V1.0",
"IHW COMET HALLEY RADIO OCCULTATION GRIDDED DATA V1.0",
"IHW COMET HALLEY RADIO SPECTRAL DATA V1.0",
"IHW COMET HALLEY RADIO SPECTRAL MEASUREMENTS V1.0",
"IHW COMET HALLEY REDUCED SPECTROSCOPIC OBSERVATIONS V1.0",
"IHW COMET HALLEY UNREDUCED SPECTRA V1.0",
"IHW COMET IRFTAB EDITED REDUCED DATA RECORD CROMMELIN V1.0",
"IHW COMET IRFTAB EDITED REDUCED DATA RECORD GZ V1.0",
"IHW COMET IRIMAG CALIBRATED EXPERIMENT DATA RECORD GZ V1.0",
"IHW COMET IRIMAG NO-DATA DATA RECORD GZ V1.O",
"IHW COMET IRPHOT EDITED REDUCED DATA RECORD CROMMELIN V1.0",
"IHW COMET IRPHOT EDITED REDUCED DATA RECORD GZ V1.0",
"IHW COMET IRPOL EDITED REDUCED DATA RECORD GZ V1.0",
"IHW COMET IRSPEC CALIBRATED EXPERIMENT DATA RECORD GZ V1.0",
"IHW COMET LSPN DERIVED DIGITIZED IMG DATA REC CROMMELIN V1.0",
"IHW COMET LSPN EDITED DIGITALIZED IMAGE DATA RECORD GZ V1.0",
"IHW COMET LSPN NO-DATA DATA RECORD CROMMELIN V1.0",
"IHW COMET LSPN NO-DATA DATA RECORD GZ V1.O",
"IHW COMET NNSN CALIB EXPERIMENT DATA RECORD CROMMELIN V1.0",
"IHW COMET NNSN CALIBRATED EXPERIMENT DATA RECORD GZ V1.0",
"IHW COMET PPFLX CALIB REDUCED DATA RECORD CROMMELIN V1.0",
"IHW COMET PPFLX CALIBRATED REDUCED DATA RECORD GZ V1.0",
"IHW COMET PPMAG CALIB REDUCED DATA RECORD CROMMELIN V1.0",
"IHW COMET PPMAG CALIBRATED REDUCED DATA RECORD GZ V1.0",
"IHW COMET PPOL CALIBRATED REDUCED DATA RECORD CROMMELIN V1.0",
"IHW COMET PPOL CALIBRATED REDUCED DATA RECORD GZ V1.0",
"IHW COMET RSCN CALIB EXPERIMENT DATA RECORD CROMMELIN V1.0",
"IHW COMET RSCN NO-DATA DATA RECORD CROMMELIN V1.0",
"IHW COMET RSCN NO-DATA DATA RECORD GZ V1.O",
"IHW COMET RSOC CALIBRATED EXPERIMENT DATA RECORD GZ V1.0",
"IHW COMET RSOH CALIB EXPERIMENT DATA RECORD CROMMELIN V1.0",
"IHW COMET RSOH CALIBRATED EXPERIMEMT DATA RECORD GZ V1.0",
"IHW COMET RSOH NO-DATA DATA RECORD CROMMELIN V1.0",
"IHW COMET RSSL NO DATA DATA RECORD CROMMELIN V1.0",
"IHW COMET RSSL NO-DATA DATA RECORD GZ V1.0",
"IHW COMET SPEC CALIB EXPERIMENT DATA RECORD CROMMELIN V1.0",
"IHW COMET SPEC CALIBRATED EXPERIMENT DATA RECORD GZ V1.0",
"IHW COMET SPEC EDITED DIGITALIZED IMAGE DATA RECORD GZ V1.0",
"IHW COMET SPEC EDITED DIGITIZED IMAGE RECORD CROMMELIN V1.0",
"IHW COMET SPEC EDITED EXPERIMENT DATA RECORD CROMMELIN V1.0",
"IHW COMET SPEC EDITED EXPERIMENT DATA RECORD GZ V1.0",
"IMAGING OF JUPITER ASSOCIATED WITH SL9 IMPACT FLASHES",
"IMPS DIAMETERS AND ALBEDOS V1.0",
"IMS HIGH INTENSITY SPECTROMETER V1.0",
"IRAS FOCAL PLANE ARRAY CHARACTERISTICS V1.1",
"IRAS FOCAL PLANE ARRAY V1.0",
"IRAS LOW RESOLUTION ZODIACAL HISTORY FILE V1.0",
"IRAS MEDIUM RESOLUTION ZODIACAL HISTORY FILE V1.0",
"IRAS MINOR PLANET SURVEY ASTEROIDS V3.0",
"IRAS MINOR PLANET SURVEY ASTEROIDS V4.0",
"IRAS MINOR PLANET SURVEY ASTEROIDS V5.0",
"IRAS MINOR PLANET SURVEY V6.0",
"IRAS POSITION AND POINTING V1.0",
"IRAS POSITION AND POINTING V1.1",
"IRAS SCAN HISTORY FILE V1.0",
"IRAS SPECTRAL RESPONSE V1.0",
"IRTF MID-IR IMAGING OF COMET 9P-TEMPEL 1 V1.0",
"IRTF NEAR-IR IMAGING OF COMET 9P-TEMPEL 1 V1.0",
"IRTF NEAR-IR SPECTROSCOPY OF COMET 9P-TEMPEL 1 V1.0",
"IRTF NSFCAM IMAGE DATA FROM THE SL9 IMPACT WITH JUPITER V1.0",
"IRTF SR U-ROCHESTER-ARRY-CAM RESAMPLED RING OCCULTATION V1.0",
"IUE LWP DATA OF COMET SL9/JUPITER/IMPACT SITES",
"IUE LWP DATA OF COMETS",
"IUE LWR DATA OF COMETS",
"IUE SWP DATA OF COMET SL9/JUPITER/IMPACT SITES",
"IUE SWP DATA OF COMETS",
"KBO AND CENTAUR ABSOLUTE MAGNITUDES V1.0",
"KECK I LWS MID-IR IMAGES AND PHOTOMETRY OF 9P/TEMPEL 1",
"KECK II ESI IMAGES OF 81P/WILD 2",
"KECK OBSERVATORY IMAGE DATA FROM SL9 IMPACTS WITH JUPITER",
"LARSON FTS SPECTRA 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 LEVEL 2 EDR V1.0",
"LRO LUNAR EXPLORATION NEUTRON DETECTOR 2 EDR V1.0",
"LRO LUNAR EXPLORATION NEUTRON DETECTOR 5 RDR V1.0",
"LRO MOON LAMP CODMAC LEVEL 2 EDR V1.0",
"LRO MOON LAMP CODMAC LEVEL 3 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",
"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",
"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 RAW EDR ELECTRON SPECTROMETER V1.0",
"MARS EXPRESS ASPERA-3 RAW EDR 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 HRSC MAP PROJECTED REFDR V1.0",
"MARS EXPRESS HRSC ORTHOPHOTO AND DIGITAL TERRAIN MODEL V1.0",
"MARS EXPRESS HRSC RADIOMETRIC RDR 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 NEAR EARTH VERIFICATION 0001 V1.0",
"MARS EXPRESS MARS MRS PRIME MISSION 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 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 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 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 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 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 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 XRS UNCALIBRATED (EDR) DATA V1.0",
"MESSENGER MDIS CALIBRATED 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 SPICAM CRUISE/MARS IR EDR-RAW V1.0",
"MEX SPICAM CRUISE/MARS UV EDR-RAW V1.0",
"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 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 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",
"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",
"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 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 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 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 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",
"NEW HORIZONS ALICE JUPITER ENCOUNTER V1.0",
"NEW HORIZONS ALICE POST-LAUNCH CHECKOUT V1.0",
"NEW HORIZONS LEISA JUPITER ENCOUNTER V1.0",
"NEW HORIZONS LEISA POST-LAUNCH CHECKOUT V1.0",
"NEW HORIZONS LORRI JUPITER ENCOUNTER V1.0",
"NEW HORIZONS LORRI POST-LAUNCH CHECKOUT V1.0",
"NEW HORIZONS MVIC JUPITER ENCOUNTER V1.0",
"NEW HORIZONS MVIC POST-LAUNCH CHECKOUT V1.0",
"NEW HORIZONS PEPSSI JUPITER ENCOUNTER V1.0",
"NEW HORIZONS PEPSSI POST-LAUNCH CHECKOUT V1.0",
"NEW HORIZONS SDC JUPITER ENCOUNTER V1.0",
"NEW HORIZONS SDC POST-LAUNCH CHECKOUT V1.0",
"NEW HORIZONS SWAP JUPITER ENCOUNTER V1.0",
"NEW HORIZONS SWAP POST-LAUNCH CHECKOUT V1.0",
"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 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 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 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",
"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",
"PAL200 SR CASS-IR-CAM RESAMPLED RING OCCULTATION 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 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 9P/TEMPEL 1, V1.0",
"PLUTO-CHARON MUTUAL EVENTS V1.0",
"PLUTO-CHARON MUTUAL EVENTS V2.0",
"PLUTO-CHARON MUTUAL EVENTS V3.0",
"POLARIMETRY OF ASTEROID ITOKAWA V1.0",
"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",
"RIVKIN THREE MICRON ASTEROID DATA V1.0",
"RIVKIN THREE MICRON ASTEROID DATA V2.0",
"RIVKIN THREE MICRON ASTEROID DATA V3.0",
"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 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 CHECK ALICE 2 CR1 V1.0",
"ROSETTA-ORBITER CHECK ALICE 3 CR1 V1.0",
"ROSETTA-ORBITER CHECK MIRO 2 CVP COMMISSIONING V1.0",
"ROSETTA-ORBITER CHECK MIRO 3 CVP COMMISSIONING V1.0",
"ROSETTA-ORBITER EARTH MIRO 2 EAR1 EARTH1 V1.0",
"ROSETTA-ORBITER EARTH MIRO 3 EAR1 EARTH1 V1.0",
"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",
"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",
"SOUTH AFRICAN ASTRON. OBS. IMAGE DATA FROM SL9 IMPACTS",
"SOUTH POLE IR EXPLORER DATA FROM SL9 IMPACTS WITH JUPITER",
"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 SPICE KERNELS V1.0",
"STARDUST SRC TEMPERATURE DATA V1.0",
"STARDUST WILD 2 ENCOUNTER DYNAMIC SCIENCE EXPERIMENT DATA",
"STOOKE SMALL BODIES MAPS",
"STOOKE SMALL BODY SHAPE MODELS 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 PHOTOMETRY",
"TORINO ASTEROID POLARIMETRY V1.0",
"TRANS-NEPTUNIAN OBJECT LIGHTCURVES V1.0",
"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 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",
"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"}
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 = 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",
"AMBIENT_TEMPERATURE",
"B",
"C",
"CH1",
"CH2",
"CH3",
"CH4",
"CH5",
"CRS",
"D",
"GE_CID_62",
"HFM1",
"HFM2",
"HFM3",
"ISSN",
"ISSW",
"LECP",
"LFM1",
"LFM2",
"LFM3",
"N/A",
"PRA_ANTENNA",
"PRESSURE",
"PVORADANT",
"PWS_ANTENNA",
"REFERENCE_TEMP",
"RSSDETEB",
"RSSDETSC",
"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 is a keyword which
identifies the major topic of a reference document."
STANDARD_VALUE_SET = {
"ARCHIVE VOLUME SIS",
"ASTEROID INFORMATION",
"ASTEROID POLE POSITIONS",
"ASTEROID REFLECTANCE SPECTRA",
"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",
"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 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",
"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 <j < 255."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPHEMERIS_LATITUDE_CORRECTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The ephemeris_latitude_correction (VBF85) element provides
the value of the correction applied to the footprint
latitude value by the post-fitting MGMORB phase of the
altimetry and radiometry reduction program."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPHEMERIS_LONGITUDE_CORRECTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The ephemeris_longitude_correction (VBF85) element
provides the value of the correction applied to the
footprint longitude value by the post-fitting MGMORB phase
of the altimetry and radiometry reduction program."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPHEMERIS_RADIUS_CORRECTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The ephemeris_radius_correction element provides the value
of the correction applied to the length of the
alt_spacecraft_position_vector element by the post-fitting
MGMORB phase of the altimetry and radiometry reduction
program."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EQUATORIAL_RADIUS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 100000
DESCRIPTION = "
The equatorial_radius element provides the average radius in
the equatorial plane of the best fit spheroid which
approximates the target body."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EQUINOX_EPOCH
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The EQUINOX_EPOCH keyword specifies the epoch of equinox in
decimal years for the right ascension and declination, as
given in the associated RIGHT_ASCENSION and DECLINATION keywords.
Use the COORDINATE_SYSTEM_ID keyword to specify the reference system
(B1950 or J2000).
For a complete discussion of right ascension, declination, epoch, and
reference system, see [SEIDELMANN1992]:
Seidelmann, P.K., Ed., 'Explanatory Supplement to the Astronomical
Almanac', University Science Books, Sausalito, California, 1992."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ERROR_CONDITION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The ERROR_CONDITION element identifies which fault protection
conditions to ignore. Valid values for the MER RAT are NONE,
CONTACT1, CONTACT2, and BOTH."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ERROR_MASK
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The element ERROR_MASK indicates the
fault protection conditions to ignore."
STANDARD_VALUE_SET = {
"BOTH",
"CONTACT1",
"CONTACT2",
"NONE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ERROR_PIXELS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The error_pixels element provides the number of pixels that are outside
a valid DN range, after all decompression and post decompression
processing has been completed."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ERROR_STATE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The element ERROR_STATE element indicates
RAT error conditions that occurred."
STANDARD_VALUE_SET = {
"ANOMALY_REPORT",
"BUSY_REV",
"BUSY_ROT",
"BUSY_Z",
"CONTACT_CHANGE",
"DCFPGA_PWR",
"DCFPGA_SEU",
"DISABLED_REV",
"DISABLED_ROT",
"ENC_DISABLED_Z",
"GRIN",
"INITIAL_CONTACT",
"MOT_DISABLED_Z",
"POS_UNKNOWN_Z",
"RETRACT_Z",
"SEEK_SCAN_FAIL",
"TIMEOUT_REV",
"TIMEOUT_ROT",
"TIMEOUT_Z"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EVENT_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The event_name element identifies an event. This may be a
spacecraft event, a ground_based event or a system event."
STANDARD_VALUE_SET = {
"N/A",
"VOYAGER 1 JUPITER BOWSHOCK CROSSING",
"VOYAGER 1 JUPITER MAGNETOPAUSE CROSSING",
"VOYAGER 2 JUPITER BOWSHOCK CROSSING",
"VOYAGER 2 JUPITER MAGNETOPAUSE CROSSING",
"VOYAGER 2 JUPITER PLASMA SHEET CROSSING"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EVENT_START_HOUR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The event_start_hour element provides the date and hour of
the beginning of an event (whether a spacecraft event, a
ground based event or a system event) in the PDS standard
(UTC system) format. The values associated with this element are
derived from existing values of start_time and are
used strictly for the PDS catalog performance enhancements."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EVENT_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The event_type element identifies the classification of an
event.
Example values: MAGNETOPAUSE CROSSING, VOLCANIC ERUPTION,
CLOSEST APPROACH."
STANDARD_VALUE_SET = {
"ALFVEN WING CROSSING",
"BOWSHOCK CROSSING",
"CLOSEST APPROACH",
"CURRENT SHEET CROSSING",
"FLUX TUBE CROSSING",
"INTERPLANETARY SHOCK CROSSING",
"L-SHELL CROSSING",
"MAGNETOPAUSE CROSSING",
"NEUTRAL SHEET CROSSING",
"OCCULTATION",
"PLASMA SHEET CROSSING"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EVENT_TYPE_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The event_type_desc element describes the type of
event identified by the event_type element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EXPECTED_DATA_RECORDS
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM_LENGTH = NULL
DESCRIPTION = "
The EXPECTED_DATA_RECORDS element provides the total number of records a
file should contain to constitute a complete data product, i.e., a data
product without missing data."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EXPECTED_MAXIMUM
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The expected_maximum element provides the expected value of the maximum
data element expressed as a percentage of the VALID_MAXIMUM value. Note:
For Cassini, a two valued array is used where the first element of the
array corresponds to the first element of the VALID_MAXIMUM value array.
This is the minimum full well saturation component. Therefore, this value
represents the ratio of the expected maximum digital number (DN) in the
image to to the minimum full well saturation value in VALID_MAXIMUM. The
second element of the array corresponds to the maximum DN saturation level
component. Therefore, this value represents the ratio of the expected
maximum DN in the image to the maximum DN saturation value in
VALID_MAXIMUM."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EXPECTED_PACKETS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The expected_packets element provides the total number of telemetry
packets which constitute a complete data product, i.e., a data product
without missing data."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EXPERTISE_AREA_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The expertise_area_desc element describes a
particular area of individual expertise."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EXPERTISE_AREA_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The expertise_area_type element identifies an
individual's area of expertise.
The corresponding expertise_area_desc element
describes the area of expertise."
STANDARD_VALUE_SET = {
"ASTRONOMY",
"COMPUTER ANALYST",
"COMPUTER SCIENCE",
"DATA ENGINEERING",
"ENGINEERING",
"GEOSCIENCE",
"IMAGE PROCESSING",
"LIBRARY SCIENCE",
"MANAGEMENT",
"N/A",
"OPERATIONS",
"SCIENCE",
"SOFTWARE ENGINEERING",
"SPACE SCIENCE",
"SYSTEM ENGINEERING",
"UNK"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EXPOSURE_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The exposure_count element provides the maximum number of exposures
taken during a specified interval. The value is dependent on exposure
type."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EXPOSURE_DURATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MS
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The exposure_duration element provides the value of the
time interval between the opening and closing of an instrument
aperture (such as a camera shutter).
Note: For MPF, the IMP camera does not have a shutter in the
traditional sense, so this value is the integration time for
manual and automatic exposures."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EXPOSURE_DURATION_COUNT
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM = 0
MAXIMUM = 65535
DESCRIPTION = "
The EXPOSURE_DURATION_COUNT element provides the value, in raw counts, of
the time interval between the opening and closing of an instrument aperture
(such as a camera shutter). This is a raw value taken directly from
telemetry, as opposed to EXPOSURE_DURATION, which has been converted to
engineering units.
For MER, one count is equivalent to 5.1 ms."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EXPOSURE_OFFSET_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The exposure_offset_flag element indicates the
(instrument_dependent) mode of the offset state of a
camera.
Offset is a constant value which is added to an
instrument's output signal to increase or decrease the
level of that output."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EXPOSURE_OFFSET_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MS
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The exposure_offset_number element provides the value of a
numerical constant which was added to the exposure duration
for a given imaging instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EXPOSURE_SCALE_FACTOR
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = DOUBLE
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The EXPOSURE_SCALE_FACTOR element is a multiplier to the exposure time."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EXPOSURE_TABLE_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The EXPOSURE_TABLE_INDEX element is used
for setting the exposure count value."
STANDARD_VALUE_SET = {
"EDL",
"FHAZCAM_L",
"FHAZCAM_R",
"MI_CLOSED",
"MI_OPEN",
"NAVCAM_L",
"NAVCAM_R",
"NONE",
"PANCAM_L1",
"PANCAM_L2",
"PANCAM_L3",
"PANCAM_L4",
"PANCAM_L5",
"PANCAM_L6",
"PANCAM_L7",
"PANCAM_L8",
"PANCAM_R1",
"PANCAM_R2",
"PANCAM_R3",
"PANCAM_R4",
"PANCAM_R5",
"PANCAM_R6",
"PANCAM_R7",
"PANCAM_R8",
"RHAZCAM_L",
"RHAZCAM_R"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EXPOSURE_TBL_UPDATE_FLAG
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The EXPOSURE_TBL_UPDATE_FLAG element indicates
whether or not an exposure table entry was updated."
STANDARD_VALUE_SET = {
"FALSE",
"TRUE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EXPOSURE_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 15
DESCRIPTION = "
The EXPOSURE_TYPE element indicates the exposure setting on
a camera.
For MPF, the auto and incremental exposures iterate off a starting
value to determine the exposure time. For auto exposures, the
value is preset. Incremental exposures start with the exposure
time of the previous exposure. Manual exposure is a single exposure
with a set exposure time. Pre-timed exposure uses the very last
exposure time used, regardless of the type of exposure that it was.
No exposure indicates that the command moves only the camera and
doesn't take an exposure."
STANDARD_VALUE_SET = {
"AUTO",
"EXTENDED",
"INCREMENTAL",
"MANUAL",
"NONE",
"NORMAL",
"PRETIMED",
"REUSE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FACILITY_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The facility_name element identifies a department,
laboratory, or subsystem that exists within an institution."
STANDARD_VALUE_SET = {
"APPLIED COHERENT TECHNOLOGY CORPORATION",
"APPLIED PHYSICS LAB",
"ATMOSPHERES NODE",
"BRANCH OF ASTROGEOLOGY",
"CASSINI IMAGING CENTRAL LABORATORY FOR OPERATIONS",
"CENTER FOR SPACE RESEARCH",
"DEPARTMENT OF ASTRONOMY",
"DEPARTMENT OF ATMOSPHERIC SCIENCES",
"EARTH AND PLANETARY REMOTE SENSING LABORATORY",
"GEOPHYSICS AND PLANETARY PHYSICS",
"HERZBERG INSTITUTE OF ASTROPHYSICS",
"KOSMOCHEMIE",
"LABORATORY FOR TERRESTRIAL PHYSICS",
"LUNAR AND PLANETARY LABORATORY",
"MARS SPACE FLIGHT FACILITY",
"MGS RS REMOTE MISSION SUPPORT AREA",
"MULTIMISSION IMAGE PROCESSING SUBSYSTEM",
"NAVIGATION ANCILLARY INFORMATION FACILITY",
"PDS DATA DISTRIBUTION LABORATORY",
"PDS GEOSCIENCES NODE",
"PLANETARY DATA SYSTEM",
"RADIO SCIENCE SYSTEMS GROUP",
"SETI INSTITUTE",
"SPACE SCIENCE LABORATORY",
"TES OPERATIONS FACILITY",
"THE BLACKETT LABORATORY",
"VEX RS STANFORD UNIVERSITY ELEMENT"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FAST_HK_ITEM_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 16
DESCRIPTION = "
The fast_hk_item_name element provides the names of the houskeeping items
which were collected. Fast housekeeping is a partial gathering of the
available engineering data values, or items, that pertain to and describe
the condition of the instrument itself. Note: For Cassini, up to four items
can be collected, via fast housekeeping, and stored in the band suffix, or
backplane, of the spectral cube. The fast housekeeping value will always
supercede the slow housekeeping value, if present. If fast housekeeping is
not used, this item will not be present in the label."
STANDARD_VALUE_SET = {
"IR_RD_SHLD_TMP_2",
"IR_SPC_BDY_TMP_1",
"ME_TEMP",
"SPE_TEMP"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FAST_HK_PICKUP_RATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 64
DESCRIPTION = "
The fast_hk_pickup_rate element provides the rate at which fast
housekeeping is collected. Fast housekeeping is a partial gathering of the
available engineering data values, or items, that pertain to and describe
the condition of the instrument itself. Note: For Cassini, this value (n)
is stored in the band suffix, or backplane, of the spectral cube for the
infrared channel. If (n) is set to zero, then housekeeping values will be
collected at every pixel (i.e., every pixel of the backplane will have a
value). If (n) is set from 1 to swath_length, then housekeeping values will
be collected every nth line (i.e., only the first pixel of every nth line
of the backplane will have a value). If no infrared housekeeping items were
selected for the cube, then this keyword will not be present."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FAX_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The fax_number data element provides the area code and
telephone number needed to transmit data to an individual
or a node via facsimile machine."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FEATURE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The FEATURE_NAME element provides the International Astronomical Union
(IAU) approved name of a feature on a solar system body. A standard
value list would be very large and could change frequently as new
features are discovered, so the user of this keyword is refered to the
USGS web site that maintains the IAU list:
http://planetarynames.wr.usgs.gov/index.html
Select the 'Alphabetical list of names' to find the approved names and
the feature location."
STANDARD_VALUE_SET = {
"TBD (IAU GAZETTER)"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FEATURE_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The FEATURE_TYPE element identifies the type of a particular feature,
defined according to International Astronomical Union (IAU) standards.
A standard value list would be very large, and could change frequently
as new features and types are discovered, so the user of this keyword
is refered to the USGS web site that maintains the IAU list:
http://planetarynames.wr.usgs.gov/append5.html"
STANDARD_VALUE_SET = {
"TBD_(IAU_GAZETTER)"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FEATURE_TYPE_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 128
DESCRIPTION = "
The FEATURE_TYPE_desc element provides the IAU standard definition for
a particular FEATURE_TYPE. The definitions may be found at the following
web link:
http://planetarynames.wr.usgs.gov/append5.html"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FIELD_DELIMITER
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 2
DESCRIPTION = "
The FIELD_DELIMITER indicates the single character used
to separate variable-width FIELDs in a SPREADSHEET object.
The field delimiter must be chosen from the set of standard values."
STANDARD_VALUE_SET = {
"COMMA",
"SEMICOLON",
"TAB",
"VERTICAL_BAR"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FIELD_NUMBER
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The FIELD_NUMBER is the sequential number of the enclosing FIELD
object within the current SPREADSHEET definition. FIELD objects
should be numbered from the beginning of the record to the end."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FIELDS
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The FIELDS element is the number of FIELD objects defined
within the enclosing SPREADSHEET object."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FILE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 120
DESCRIPTION = "
The file_name element provides the location independent name of a file.
It excludes node or volume location, directory path names, and version
specification. To promote portability across multiple platforms, PDS
requires the file_name to be limited to an 27-character basename, a full
stop (. period), and a 3-character extension. Valid characters include
capital letters A - Z, numerals 0 - 9, and the underscore character (_)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FILE_RECORDS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The file_records element indicates the number of physical
file records, including both label records and data
records.
Note: In the PDS the use of file_records along
with other file-related data elements is fully described in
the Standards Reference."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FILE_SPECIFICATION_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 255
DESCRIPTION = "
The file_specification_name element provides the full name of a file,
including a path name, relative to a PDS volume. It excludes node or
volume location. Path names are limited to eight (8) directory levels,
and are separated by the forward slash (/) character. Each directory
is limited to 8 characters chosen from the set {A-Z, 0-9,_}. The path
is followed by a valid file name. See also: file_name.
Example values:
TG15NXXX/TG15N1XX/TG15N12X/TG15N120.DAT
EDR/C100611/E1006110.00A"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FILE_STATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 5
MAXIMUM_LENGTH = 5
DESCRIPTION = "
The file_state element indicates whether a cube file possibly contains
potentially corrupted data. Note: This keyword element is derived directly
from the USGS' ISIS software keyword element of the same name. The
following is a direct description of this keyword element from the ISIS
software documentation. : 'The I/O for ISIS cube files and table files is
buffered, i.e., part of the data for a file is held in memory and is not
actually written to the file until the file is closed. This improves
processing efficiency. However, when a new file is opened for creation or
an existing file is opened for update (Read/Write) access, the file will
not be properly closed if a system crash occurs or if the program is
aborted (either due to a program malfunction or due to user action). This
results in a possibility that the file contains corrupted data. When this
happens, the FILE_STATE label keyword is set to 'DIRTY' and most ISIS
applications normally refuse to process this potentially corrupted data.
ISIS includes a keyword called FILE_STATE in every ISIS cube (qube), table,
and Instrument Spectral Library (ISL) data file. This keyword will be set
to either CLEAN or DIRTY. Each time the cube is opened this keyword will be
checked. If the FILE_STATE is equal to CLEAN, then the program will
continue on normally. However, if the FILE_STATE is DIRTY, then the
application will halt with the appropriate error message.
When a FILE_STATE becomes DIRTY, it indicates that something has gone wrong
in a previously run application. ISIS will always set the FILE_STATE to
DIRTY when the file is being opened for writing. If the application crashes
and does not close the cube properly the FILE_STATE will remain DIRTY.
However, this does not always mean the file is corrupt. To help restore a
file from DIRTY to CLEAN, ISIS has an application called 'cleanlab'.
'cleanlab' will modify the FILE_STATE keyword in the label to a CLEAN
state. This program should be used with caution as the contents of the file
may not be valid when an ISIS file is left in a DIRTY state."
STANDARD_VALUE_SET = {
"CLEAN",
"DIRTY"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FILES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The files element identifies the total number of files.
Note: As an example in the PDS, the keyword files within
the Directory Object indentifies the total number of files
in the directory. Within the Volume Object the keyword
files identifies the number of files within the volume."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FILTER_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 32
DESCRIPTION = "
The filter_name element provides the commonly-used name of
the instrument filter through which an image or measurement
was acquired or which is associated with a given instrument
mode.
Example values: RED, GREEN.
See also filter_number."
STANDARD_VALUE_SET = {
"A",
"B",
"BLUE",
"BLUE-GREEN",
"C",
"C2",
"CLEAR",
"CLEAR1",
"CLEAR6",
"CN",
"D",
"E",
"F",
"GREEN",
"GREEN_CONT",
"IR",
"IR-7270",
"IR-7560",
"IR-8890",
"IR-9680",
"L1000_R480",
"L440_R440",
"L450_R670",
"L670_R670",
"L800_R750",
"L860_R-DIOPTER",
"L885_R947",
"L900_R600",
"L925_R935",
"L930_R530",
"L935_R990",
"L965_R965",
"LONGWAVE",
"METHANE-JST",
"METHANE-U",
"MINUS BLUE",
"MI_CLOSED",
"MI_OPEN",
"N/A",
"NEAR-INFRARED",
"NIR",
"NONE",
"OH",
"ORANGE",
"PANCAM_L2_753NM",
"PANCAM_L8_440NM",
"PANCAM_LV_602NM",
"PANCAM_R8_880NM",
"RED",
"SHORTWAVE",
"SODIUM-D",
"SOLAR UV-22",
"T11",
"T15",
"T20",
"T7",
"T9",
"ULTRAVIOLET",
"VIOLET",
"VIOLET_CONT"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FILTER_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The filter_number element provides the number of an
instrument filter through which an image or measurement was
acquired or which is associated with a given instrument
mode.
Note: that the filter_number is unique, while the
filter_name is not."
STANDARD_VALUE_SET = {
"0",
"1",
"2",
"3",
"4",
"5",
"6",
"7",
"8",
"9",
"A",
"B",
"C1",
"C2",
"C3",
"D",
"HFM1",
"LFM1",
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FILTER_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -999
DESCRIPTION = "
The filter_temperature element provides the temperature, in degrees celsius
(unless otherwise specified), of the instrument filter. Note: For Cassini,
this provides the temperature of the filter wheel housing."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FILTER_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The filter_type element identifies the type of a given
instrument filter.
Example values: INTERFERENCE, MESH, BANDPASS, BLOCKING."
STANDARD_VALUE_SET = {
"ABSORPTION",
"CIRCULAR-VARIABLE INTERFERENCE",
"INTERFERENCE",
"MULTILAYER INTERFERENCE",
"N/A",
"RESTSTRAHLEN"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FIRST_ALT_FOOTPRINT_TDB_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The first_alt_footprint_tdb_time element provides the
value of the spacecraft ephemeris time that represents the
first altimeter footprint of this orbit. It is equal to the
altimetry_footprint_tdb_time value in the first record of
this orbit's altimetry data file."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FIRST_IMAGE_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The first_image_time element indicates the start_time (or
image_time) that appears in the label of the first image on
an archive medium."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FIRST_LINE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The first_line element indicates the line within a source
image that corresponds to the first line in a sub-image.
Note: For the MPF IMP EDRs, the source image was the complete
256x256 image area within the CCD."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FIRST_LINE_SAMPLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The first_line_sample element indicates the sample within a
source image that corresponds to the first sample in a
sub-image.
Note: For the MPF IMP EDRs, the source image was the complete
256x256 image area within the CCD."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FIRST_PRODUCT_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The first_product_id data element indicates the product_id
that appears in the label of the first data product on an
archive medium."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FIRST_RAD_FOOTPRINT_TDB_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The first_rad_footprint_tdb_time element provides the
value of the spacecraft ephemeris time of the first
radiometer measurement of this orbit. It is equal to the
rad_spacecraft_epoch_tdb_time value in the first record
of this orbit's radiometry data file."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FIRST_STANDARD_PARALLEL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The first_standard_parallel element is used in Conic
projections. If a Conic projection has a single standard
parallel, then the first_standard_parallel is the point of
tangency between the sphere of the planet and the cone of
the projection. If there are two standard parallels
(first_standard_parallel, second_standard_parallel), these
parallel are the intersection lines between the sphere of
the planet and the cone of the projection. The map_scale
is defined at the standard parallels."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FIXED_INSTRUMENT_AZIMUTH
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The FIXED_INSTRUMENT_AZIMUTH element provides one of two angular
measurements for the pointing direction of an instrument, measured
with respect to a coordinate frame co-linear with the surface fixed
coordinate frame. The azimuth is measured positively in the
clockwise direction (as viewed from above) with the meridian passing
through the positive spin axis ('north pole') defining the zero
reference. The angle is measured in the local gravity horizontal
plane, i.e., a plane perpendicular to the local gravity vector. The
FIXED_INSTRUMENT_AZIMUTH is derived from the instrument pointing and
spacecraft orientation. It is co-linear with the surface fixed
coordinate system, but the origin of the observation may not be
coincident with the origin of the surface fixed frame.
Note that the FIXED_INSTRUMENT_AZIMUTH describes the pointing
direction of the instrument rather than the angular coordinates of
the target of the observation. If there has been any significant
change over time in the position of the observing instrument (ie.,
the origin of the coordinate frame in which this value is measured),
this data element can not be used to uniquely describe the vector to
a viewed object. See also FIXED_INSTRUMENT_ELEVATION.
This keyword replaces the older SURFACE_BASED_INST_AZIMUTH element,
which should no longer be used."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FIXED_INSTRUMENT_ELEVATION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The FIXED_INSTRUMENT_ELEVATION element provides one of two angular
measurements of the pointing direction of an instrument, measured
with respect to a coordinate frame co-linear with the surface fixed
coordinate frame. The positive direction of the elevation is set by
the POSITIVE_ELEVATION_DIRECTION data element. It is measured from
the plane which is perpendicular to the local gravity vector and
which intersects the elevation axis around which the instrument
rotates. The FIXED_INSTRUMENT_ELEVATION is derived from the
instrument pointing and spacecraft orientation. It is co-linear
with the surface fixed coordinate system, but the origin of the
observation may not be co- incident with the origin of the surface
fixed frame.
Note that the FIXED_INSTRUMENT_ELEVATION describes the pointing
direction of the instrument rather than the angular coordinates of
the target of the observation. If there has been any change over
time in the position of the observing instrument (i.e., the origin of
the coordinate frame in which this value is measured), this data
element can not be used to uniquely describe the vector to a viewed
object. Assuming a flat surface, and combined with the
INSTRUMENT_ALTITUDE data element, it can be used to determine the
position of an object; however, given realistic non-flat surfaces,
observations from another point of origin are required to determine
an object's distance.
This keyword replaces the older SURFACE_BASED_INST_ELEVATION element
which should no longer be used."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FLAT_FIELD_CORRECTION_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 4
MAXIMUM_LENGTH = 13
DESCRIPTION = "
The flat_field_correction_flag element indicates whether or not a flat
field 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 = {
"BACKLASH-UOFA",
"FALSE",
"MPFNAV-MIPS",
"TELEMETRY",
"TRUE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FLAT_FIELD_CORRECTION_PARM
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The FLAT_FIELD_CORRECTION_PARM element defines the onboard flat-field
coefficients/parameters used in the algorithm to remove the flat field
signature. The FLAT_FIELD_CORRECTION_FLAG will indicate if the signature
was removed.
Note: The algorithm used by MER is the following: new(x,y) = orig(x,y) *
ff(x,y) where ff(x,y) = 1 + c*((x-a)2 + (y-b)2) + d*((x-a)2 + (y-b)2)2 +
e*((x-a)2 + (y-b)2)3"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FLAT_FIELD_FILE_NAME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The flat_field_file_name element provides the flat field image file
(an image taken in an optical laboratory of a white background or
an image taken in the dawn with the intention to have an equally
illuminated background for the whole image) which should be used to
perform radiometric calibration of the image. The flat field image
provides a reference label of the sensitivity of the used optics across
the field-of-view. The shuttered image needs to be divided by the flat
field image during calibration. Selection of the appropriate flat field
image may be based on time, camera, temperature, readout conditions,
light flood, gain and offset."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FLATTENING
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1
DESCRIPTION = "
The flattening data element provides the value of the geometric
oblateness of a target body, defined as the ratio of the difference
between the body's equatorial and polar radii to the equatorial radius
(in most cases, evaluated as:
( a_axis_radius - c_axis_radius ) / a_axis_radius)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FLIGHT_SOFTWARE_VERSION_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The flight_software_version_id element identifies the version of the
instrument flight software used to acquire the image."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FOCAL_PLANE_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = K
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The focal_plane_temperature element provides the
temperature of the focal plane array in degrees kelvin at
the time the observation was made."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FOOTPRINT_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The footprint_number element provides a signed integer
value. The altimetry and radiometry processing program
assigns footprint 0 to that observed at nadir at periapsis.
The remaining footprints are located along the spacecraft
nadir track, with a separation that depends on the doppler
resolution of the altimeter at the epoch at which that
footprint is observed. Pre-periapsis footprints will be
assigned negative numbers, post-periapsis footprints will
be assigned positive ones. A loss of several consecutive
burst records from the ALT-EDR will result in missing
footprint numbers."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FOOTPRINT_POINT_LATITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The FOOTPRINT_POINT_LATITUDE element provides an array of values that
represent the latitudes of points along the edge of an image footprint
on the planet's surface. Latitude values are planetocentric."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FOOTPRINT_POINT_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 720
DESCRIPTION = "
The FOOTPRINT_POINT_LONGITUDE element provides an array of values that
represent the longitudes of points along the edge of an image footprint
on the planet's surface. Longitude values are planetocentric."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FORMAL_CORRELATIONS_GROUP
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The formal_correlations_group provides the formal
correlations between the derived_planetary_radius and the
derived_rms_surface_fresnel_reflect elements, and between
the derived_fresnel_reflectivity and the
derived_planetary_radius elements, respectively. As the
profile fitting algorithm is non-linear, the correlations
may not be symmetric."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FORMAL_ERRORS_GROUP
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The formal_errors_group element provides the value of the
1-sigma statistical errors expected in the determination of
the derived_planetary_radius, the
derived_rms_surface_slope, and the
derived_fresnel_reflectivity elements, respectively."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FORMAT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 10
DESCRIPTION = "
A specified or predetermined arrangement of data within a
file or on a storage medium.
Note: In the PDS, the format element indicates the display
specification for a collection of data. It is equivalent
to the FORTRAN language format specification. Example
values: 'Ew.deEXP', A6, I5."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FORMAT_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The format_desc element provides a textual description of
the format of the subject data."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FORMATION_RULE_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The formation_rule_desc element supplies a rule that is to
be applied during the creation of a value for the data
element. For example, the values supplied for
reference_key_id must conform to the rules used by a
specific professional journal for referencing citations."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FOV_SHAPE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The field_of_view_shape_name element identifies the
geometric shape of the field of view of an instrument."
STANDARD_VALUE_SET = {
"CIRCULAR",
"DIPOLE",
"ELLIPSOIDAL",
"LINEAR",
"N/A",
"RECTANGULAR",
"SQUARE",
"UNK"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FOVS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The fovs (fields-of-view) element indicates the number of
fields of view associated with a single fov shape within a
section of an instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FRAME_DURATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = S
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 2
MAXIMUM = 96
DESCRIPTION = "
The frame_duration element provides the value of the length
of time required to measure one frame of data. The
frame_duration is constant within a given instrument cycle,
which is identified by the cycle_id element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FRAME_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The frame_id element provides an identification for a
particular instrument measurement frame. A frame consists
of a sequence of measurements made over a specified time
interval, and may include measurements from different
instrument modes. These sequences repeat from cycle to
cycle and sometimes within a cycle.
Note: For the Mars Pathfinder IMP camera, this described the
operating mode of the camera. The IMP camera nominally operated
in a mode where both the left and right images were exposed and
transferred into the frame buffer simultaneously. Then either
the RIGHT, LEFT, or BOTH frames were transmitted to Earth. For
even shorter shutter times, the left image only was transferred
into the frame buffer (HALFL). The presence of BOTH in this
field indicated that the image should have been part of a stereo
pair. Note that this usage of frame_id has been replaced on later
missions by instrument_mode_id."
STANDARD_VALUE_SET = {
"BOTH",
"HALFL",
"LEFT",
"LELE1",
"LELE2",
"LELEM",
"M2",
"M3",
"M4",
"MELE1",
"MELE2",
"MONO",
"REAR",
"RIGHT"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FRAME_PARAMETER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MS
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM = 0
DESCRIPTION = "
The FRAME_PARAMETER element defines the individual frame parameters of
an instrument that transfers single frames to the mass memory of the
spacecraft or the instrument. The single frame transferred to the mass
memory is actually a digital summation of various elementary exposures
performed by the instrument CPU. The individual exposure duration and
number of frames must both be known in order to compute the signal-to-noise
ratio of the data. The FRAME_PARAMETER element shall always be accompanied
by the FRAME_PARAMETER_DESC element. A typical usage is (use quotes
instead of apostrophies in the example below):
FRAME_PARAMETER = (1.2 <MSEC>, 677 <MSEC>)
FRAME_PARAMETER_DESC
= ('INTERNAL REPETITION TIME', 'EXTERNAL REPETITION TIME')"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FRAME_PARAMETER_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = MS
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The FRAME_PARAMETER_DESC element describes the individual frame parameters
listed in the element FRAME_PARAMETER. The frame parameter element defines
the individual frame parameters of an instrument that transfers single
frames to the mass memory of the spacecraft or the instrument. The single
frame transferred to the mass memory is actually a digital summation of
various elementary exposures performed by the instrument CPU. Individual
exposure duration and number of frames must both be known in order to
compute the signal-to-noise ratio of the data. A typical usage is (use
quotes instead of apostrophes in the example below):
FRAME_PARAMETER = (1.2 <MSEC>, 677 <MSEC>)
FRAME_PARAMETER_DESC
= ('INTERNAL REPETITION TIME', 'EXTERNAL REPETITION TIME')"
STANDARD_VALUE_SET = {
"DARK_ACQUISITION_RATE",
"EXPOSURE_DURATION",
"EXPOSURE_TIME",
"EXTERNAL_REPETITION_TIME",
"FRAME_ACQUISITION_RATE",
"FRAME_SUMMING",
"INTERNAL_REPETITION_TIME"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FRAME_SEQUENCE_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The frame_sequence_number element indicates the location
within a cycle at which a specific frame occurs. Frames are
repeated in a specific order within each cycle."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FRAME_TYPE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 10
DESCRIPTION = "
MER to supply at a later date."
STANDARD_VALUE_SET = {
"MONO",
"STEREO"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FRAMES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The frames element provides the number of frames within a
particular cycle, which is identified by the cycle_id
element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FTP_FILE_FORMAT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The ftp_file_format element describes the format of the file at the
anonymous ftp site."
STANDARD_VALUE_SET = {
"COMPRESSED",
"GZIP",
"TAR",
"ZIP"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FTP_SITE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The ftp_site_id element supplies name of an anonymous ftp site from
which this software may be retrieved"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FTS_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 7
DESCRIPTION = "
The fts_number element provides the Federal
Telecommunications System (FTS) telephone number of an
individual."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = FULL_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The full_name element provides the complete name or
identifier for a person or object. For an individual,
full name includes the name as well as titles and suffixes.
For an object, full name provides the spelled-out name that
in some cases corresponds to an 'id'."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = GAIN_MODE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The gain_mode_id element identifies the gain
state of an instrument.
Gain is a constant value which is multiplied with an
instrument's output signal to increase or decrease the
level of that output."
STANDARD_VALUE_SET = {
"100K",
"10K",
"400K",
"40K",
"HIGH",
"LOW",
"N/A",
"UNK"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = GAIN_MODES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The gain_modes element provides the number of gain states of
a particular instrument or section of an instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = GAIN_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The GAIN_NUMBER indicates the gain value used in the analog to digital
conversion. The gain value is a multiplicative factor used in the
analog to digital conversion."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = GENERAL_CATALOG_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The general_catalog_flag element is a yes-or-no flag
indicating whether a data set collection or data set
exists in a PDS catalog. (invfastrack, invphotoprod)"
STANDARD_VALUE_SET = {
"N",
"Y"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = GENERAL_CLASSIFICATION_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The general_classification_type data element serves to
allow data systems to group data objects or elements
according to common characteristics. Its purpose is akin
to subject access in library systems, because it allows the
user to find a data element according to its membership
in a larger category. In this document the
general_classification_type is an indexing mechanism for
data element names, to allow them to be published in a
classified list entitled 'DATA ELEMENT CLASSIFIED LISTINGS'.
See also: system_classification_id."
STANDARD_VALUE_SET = {
"BIBLIO",
"DATASET",
"DIS",
"GEOMETRY",
"IMAGING",
"INSTRUMENT",
"MAP",
"METEORITE",
"MGN-ALTRAD",
"MINERAL",
"MISSION",
"PARAM",
"PERS",
"PHYSICAL",
"PLASMA",
"QUBE",
"RADIOMETRY",
"RINGS",
"SOFTWARE",
"STATISTICAL",
"STRUCTURE",
"SYSTEM",
"TARGET",
"TIME"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = GENERAL_DATA_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The general_data_type element classifies a data element
according to a non-implementation-specific list of data
types published in the ISO standards documentation.
Examples: CHARACTER, INTEGER. Please refer to the section
entitled 'DATA TYPE STANDARDS' in this document. See also:
data_type.
Note: In the PDS, data type standards for more
system-specific applications are described in the Data
Preparation Workbook."
STANDARD_VALUE_SET = {
"ALPHABET",
"ALPHANUMERIC",
"ASCII_INTEGER",
"BIBLIO",
"CHARACTER",
"CONTEXT DEPENDENT",
"CONTEXT_DEPENDENT",
"DATA_SET",
"DATE",
"DECIMAL",
"DOUBLE",
"EXPONENTIAL",
"IDENTIFIER",
"INTEGER",
"NON DECIMAL",
"NON_DECIMAL",
"REAL",
"TIME"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = GEOCENTRIC_DISTANCE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The GEOCENTRIC_DISTANCE keyword provides the distance
between the center of the earth and the center of the
target body at the time of the observation."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = GEOMETRY_PROJECTION_TYPE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The GEOMETRY_PROJECTION_TYPE element describes the state of the pixels in
an image before a re-projection has been applied. Describes if or how the
pixels have been reprojected. RAW indicates reprojection has not been done;
the pixels are as they came from the camera. For MER, this means the image
uses a CAHVOR or one of the CAHVORE camera models. LINEARIZED means that
reprojection has been performed to linearize the camera model (thus
removing things like lens distortion). For MER, this means the image uses
a CAHV camera model."
STANDARD_VALUE_SET = {
"LINEARIZED",
"RAW"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = GRATING_POSITION_INCREMENT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 30
DESCRIPTION = "
The NIMS instrument has only 17 detectors but takes data in as many as 408
wavelengths by moving a grating across 31 possible physical positions. The
grating position increment is determined by the instrument mode, typically
1 in the LONG MAP and LONG SPECTROMETER modes, 2 in the FULL modes, 4 in
the SHORT modes and 0 in the FIXED modes. 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."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = GRATING_POSITIONS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 30
DESCRIPTION = "
The NIMS instrument has only 17 detectors but takes data in as many as
408 wavelengths by moving a grating across 31 possible physical positions.
The number of grating positions is determined by the instrument mode,
typically 24 in the LONG MAP and LONG SPECTROMETER modes, 12 in the FULL
modes, 6 in the SHORT modes and 1 in the FIXED modes. 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."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = GROUP_APPLICABILITY_FLAG
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The GROUP_APPLICABILITY_FLAG element indicates that a group of keywords are
valid values. Is present in a Group only when information is received from
telemetry."
STANDARD_VALUE_SET = {
"FALSE",
"TRUE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = GROUP_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The GROUP_ID element is used to identify a group of keywords. It can be
used to link groups together or it can be used to identify something about
the group of keywords. In the case of multiple instances of the group
(i.e., the group names are the same), it MUST serve to make the groups
unique.
Note: MER, in some instances, uses the GROUP_ID to identify how the group
of commanded keywords were generated (e.g., 'GROUND COMMANDED',
'NAV COMMANDED' or 'SAPP COMMANDED')."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = HARDWARE_MODEL_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The hardware_model_id element identifies the computer
hardware on which a data product was produced. (e.g. VAX
11/780, MACINTOSH II)."
STANDARD_VALUE_SET = {
"MACINTOSH",
"MACINTOSH_II",
"PC",
"SUN_3",
"SUN_4",
"SUN_SPARC_STATION",
"TDDS",
"VAX_11/750",
"VAX_11/780"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = HEADER_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The HEADER_TYPE element identifies a specific type of
header data structure. For example: FITS, VICAR.
Note: In the PDS, HEADER_TYPE is used to indicate non-PDS
headers."
STANDARD_VALUE_SET = {
"BDV",
"ENVI",
"FITS",
"GSFC_ODL",
"IGPP_FFH",
"SPREADSHEET",
"TEXT",
"VICAR",
"VICAR2"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = HELP_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The help_id element identifies a PDS topic for which help
text is available."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = HELP_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The help_name element provides the key to help text used in
the Inspect Data function."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = HELP_TEXT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The help_text element provides the ascii help text used for
online help in the Inspect Data function."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = HI_VOLTAGE_POWER_SUPPLY_STATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The state of the high voltage power power supply on an instrument."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = HIGHEST_DETECTABLE_OPACITY
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The highest_detectable_opacity element indicates the
sensitivity of a ring occultation data set to nearly
opaque rings. It specifies the normal ring opacity
corresponding to a signal one standard deviation
above the background (complete obstructed) signal.
The value is computed assuming the data has been
re-processed to the radial resolution specified by
the reference_radial_resolution element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = HORIZONTAL_FOV
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The horizontal_field_of_view element provides the angular
measure of the horizontal field of view of an instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = HORIZONTAL_FRAMELET_OFFSET
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The horizontal_framelet_offset provides the row number of a
framelet within a tiled image. In the PDS, offsets are
counted from one."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = HORIZONTAL_PIXEL_FOV
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The horizontal_pixel_field_of_view element provides the
angular measure of the horizontal field of view of a single
pixel."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = HORIZONTAL_PIXEL_SCALE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'M/PIXEL'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1000000000
DESCRIPTION = "
The HORIZONTAL_PIXEL_SCALE element indicates the horizontal
picture scale."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = HOST_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The host_id element provides the name or identification of
the particular computer on which the product was generated."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = HOUSEKEEPING_CLOCK_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The housekeeping_clock_count element provides the spacecraft clock value at
the time that slow housekeeping was collected. Slow housekeeping is the
gathering of all available engineering data values, or items, that pertain
to and describe the condition of the instrument itself. Typically this
value is read from the last (most recent) housekeeping packet received
before the end of the spectral cube downlink."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = HUFFMAN_TABLE_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The The huffman_table_type element indicates the type of Huffman table
used in compression. For Galileo the valid values are: SKEWED, UNIFORM,
N/A."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ICT_DESPIKE_THRESHOLD
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
MAXIMUM = 255
DESCRIPTION = "
The ict_despike_threshold (integer cosine transform despike threshold)
element indicates the threshold value at which despiking occurs.
Despiking is used as a pre-processing step to the Integer Cosine
Transform in order to minimize the effects of radiation-induced noise
on compression efficiency. This element is Galileo Solid State
Imaging-specific."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ICT_QUANTIZATION_STEP_SIZE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
MAXIMUM = 255
DESCRIPTION = "
The ict_quantization_step_size (integer cosine transform quantization
step size) element provides the integer value by which the ICT
transform is divided. The greater the step-size/compression, the
greater the data loss."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ICT_ZIGZAG_PATTERN
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The ict_zigzag_pattern element provides the name of the Integer Cosine
Transform zigzag pattern used to rearrange the transform. For Galileo,
the valid values are: ZIGZAG or ALT."
STANDARD_VALUE_SET = {
"ALT",
"ZIGZAG"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = IMAGE_COUNT
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The IMAGE_COUNT element provides the number of images or exposures
which were co-added or combined to produce the data product. For a
simple data product made up of a single exposure, image_count is 1."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = IMAGE_DURATION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = S
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The IMAGE_DURATION element provides the measurement of time required
to collect all the frames of all the bands in an image.
For Odyssey THEMIS, the time between successive frames is stored in
the INTERFRAME_DELAY keyword. When set at 1 second, a 3-frame, 1-band
image would have an IMAGE_DURATION of (3 frames)*(1sec/frame)= 3
seconds. If more than one band is selected, the computation becomes
more complex. The IMAGE_DURATION can be modified to change the amount
of overlap between frames."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = IMAGE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The image_id element is used to identify an image and
typically consists of a sequence of characters representing
1) a routinely occurring measure, such as revolution number,
2) a letter identifying the spacecraft, target, or camera,
and 3) a representation of a count within the measure, such
as picture number within a given revolution.
Example:
Mariner 9 - Levanthal Identifier - (orbit, camera, pic #,
total # of pics in orbit)
Viking Orbiter - (orbit #, sc, pic # (FSC/16)),
Viking Lander - (sc, camera, mars doy, diode (filter),
pic # for that day),
Voyager - (pic # for encounter, FDS for cruise)
Note: For Mars Pathfinder, this uniquely identified the observation
parameters of an image. The most significant four digits identified
the command sequence that contained the imaging command. The middle
two digits indicated the version of the command sequence, and the
right four digits identified the image within a single imaging
sequence.
If the image_id was even and non-zero, it was a left frame image.
If the image_id was one greater than the left frame image_id (and
therefore odd), it was the right frame of a stereo image. Note
that during operations, a small number of image_ids were re-used
with difference command parameters. This eliminated the uniqueness
of the image_id for those images. The tlm_cmd_discrepancy_flag
may be useful in identifying the images that had this problem."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = IMAGE_KEY_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The image_key_id element provides a shorthand
identifier for an image which is unique for a given
spacecraft. The image_key_id and spacecraft_id together
provide a unique identifier for any image. The
contents of image_key_id may be any common identifier
of an image, but it is suggested that one of the
following be used: 1) image_id (pic_no), 2)
image_number (FSC), 3) spacecraft_clock_count (FDS).
Note: Guaranteeing uniqueness may require
modification of the selected common identifier and is
the responsibility of the data supplier. For example,
in the case where an image was retransmitted, an
alphabetic character could be appended. When unique
identifiers are not supplied, PDS will assign a simple
numeric identifier as the image_key_id. This identifier
will range from 1 to the number of images associated
with the specified spacecraft."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = IMAGE_MID_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 24
DESCRIPTION = "
The image_mid_time element provides the time at which the exposure of the
image was half way through its duration. This value is calculated from the
formula, SPACECRAFT_CLOCK_ STOP_COUNT - (EXPOSURE_DURATION/2), and then
converted to UTC. Note: For Cassini, when the shutter is inhibited (i.e.,
SHUTTER_STATE_ID='DISABLED'), the IMAGE_MID_TIME = START_TIME = STOP_TIME,
and all three represent the start of the exposure window during the prepare
cycle of the image. ASCII CCSDS format: YYYY-DDDThh:mm:ss.fffZ"
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = IMAGE_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The image_number element is a value obtained from the
spacecraft_clock_start_count. The image number is another
commonly used identifier for an image.
Example:
Viking - Frame Start Count (FSC)
Voyager - Flight Data Subsystem (FDS) clock count
(integer 7 digit)"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = IMAGE_OBSERVATION_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 15
DESCRIPTION = "
The image_observation_type element identifies the type or
purpose of an observation that may be associated with an
image. Image observation types include limb, black sky,
spacecraft calibration, or other image attribute that may be
used for identification. Observation types should not
include features, regions, or standard target names."
STANDARD_VALUE_SET = {
"BLACK_SKY",
"DARK_CURRENT",
"DARK_STRIP",
"FLAT_FIELD",
"HISTOGRAM",
"LIMB",
"NULL_STRIP",
"REGULAR",
"SUMMATION"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = IMAGE_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The image_time element provides the spacecraft event time at
the time of frame acquisition. This should be represented in
UTC system format.
Formation rule: YYYY-MM-DDThh:mm:ss[.fff]"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = IMAGE_TYPE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 15
DESCRIPTION = "
The IMAGE_TYPE element describes the type of image acquired. This may be
used to describe characteristics that differentiate one group of images
from another such as the nature of the data in the image file, the purpose
for which the image was acquired, or the way in which it was acquired. This
element is very similar to the older image_observation_type element, but is
designed to resolve ambiguities in cases where missions utilize a naming
convention for both specific images and more general observations, which
consist of multiple images. In those cases, the latter may be described by
the observation_type element."
STANDARD_VALUE_SET = {
"COL_SUM",
"HISTOGRAM",
"REF_PIXELS",
"REGULAR",
"ROW_SUM",
"THUMBNAIL"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = IMPORTANT_INSTRUMENT_PARMS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The important_instrument_parameters element provides the
number of instrument parameters which are required to derive
a particular data set parameter. This value depends partly
on the particular characteristics of the instruments
providing the instrument parameters. For example, in the
case of Voyager instruments, the data set parameter PLASMA
BETA may be derived from the following set of instrument
parameters: ELECTRON RATE, ION RATE, MAGNETIC FIELD
COMPONENT. In that case, the value of the
important_instrument_parameters element is 3."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INCIDENCE_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 180
DESCRIPTION = "
The incidence_angle element provides a measure of the
lighting condition at the intercept point. Incidence angle
is the angle between the local vertical at the intercept
point (surface) and a vector from the intercept point to
the sun.
The incidence_angle varies from 0 degrees when the
intercept point coincides with the sub_solar point to 90
degrees when the intercept point is at the terminator
(i.e., in the shadowed or dark portion of the target body).
Thus, higher values of incidence_angle indicate the
existence of a greater number of surface shadows.
Note: In PDS labels for Magellan's altimetry and
radiometry products, incidence_angle is defined as the
value of the angle between the local vertical and the
spacecraft direction, measured at the center of the
radiometer footprint at rad_spacecraft_epoch_time."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INDEX_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 15
DESCRIPTION = "
The INDEX_TYPE element identifies the type of an index
table that describes an archive volume. It is used in the
label for a volume index table. In general, the two
allowable index types are SINGLE, meaning that every row in
the index table describes a file on the current volume;
CUMULATIVE, meaning that every row in the index table
describes a file residing on the current volume or a
previous volume in the volume set."
STANDARD_VALUE_SET = {
"CUMULATIVE",
"SINGLE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INDEXED_FILE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
MAXIMUM_LENGTH = 120
DESCRIPTION = "
The INDEXED_FILE_NAME element is a string (or set of strings)
identifying the files included in an index table on an archive volume.
The element is used in the label for a volume index table. The value
may include a directory path. The usage of INDEXED_FILE_NAME may vary
based on the value of the INDEX_TYPE element in the index label.
Note: For Mars Observer, some volume indicies have INDEX_TYPE =
SINGLE, and the value of INDEXED_FILE_NAME is a set of wildcard strings
matching the product file names on the volume being indexed. Other
indicies may have INDEX_TYPE = CUMULATIVE, and the value of
INDEXED_FILE_NAME is a list of file names identifying the SINGLE
index files which were appended together to create the CUMULATIVE index."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_AZ_ROTATION_DIRECTION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The INST_AZ_ROTATION_DIRECTION element provides an indication of the
direction in which an instrument or instrument mounting platform is
moving. The keyword may be used to describe movement before, after,
or during an observation.
Note: For the M98 mission, this refers to the motion the azimuth
camera motor went through to get to the position from which it
acquired an image (i.e., the motion prior to image acquisition).
This is necessary to fully understand the backlash properties of
the camera."
STANDARD_VALUE_SET = {
"CCW",
"CW"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMD_CAL_CO_ADD
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
MAXIMUM = 255
DESCRIPTION = "
The INST_CMD_CAL_CO_ADD element gives the commanded value of the
number of calibration observations to be averaged together for
a calibration product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMD_CAL_DWELL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
MAXIMUM = 255
DESCRIPTION = "
The INST_CMD_CAL_DWELL element gives the commanded value of
the number of scans to collect during a calibration observation."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMD_CAL_FREQUENCY
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
MAXIMUM = 65535
DESCRIPTION = "
The INST_CMD_CAL_FREQUENCY element gives the commanded value of
the minimum number of scans that have to expire from the end of
the last internal calibration look before a new set of
calibration looks are taken."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMD_CENTER_AZIMUTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = RAD
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The INST_CMD_CENTER_AZIMUTH element gives the commanded value of
the center azimuth of the data product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMD_CENTER_ELEVATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = RAD
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The INST_CMD_CENTER_ELEVATION element gives the commanded value
of the center elevation of the data product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMD_CO_ADD
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
MAXIMUM = 255
DESCRIPTION = "
The INST_CMD_CO_ADD element gives the commanded value of the
number of scene spectra to average together for the data product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMD_COLUMNS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
MAXIMUM = 65535
DESCRIPTION = "
The INST_CMD_COLUMNS element gives the commanded value of the
number of columns to acquire for the data product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMD_DWELL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
MAXIMUM = 255
DESCRIPTION = "
The INST_CMD_DWELL element gives the commanded value of the
number of scans to acquire at one azimuth and elevation for
the data product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMD_HIGH_CHANNEL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The INST_CMD_HIGH_CHANNEL element gives the commanded value
of the end channel number to acquire, minus one."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMD_HORIZONTAL_SPACE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = RAD
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The INST_CMD_HORIZONTAL_SPACE element gives the commanded value
of the horizontal space, in radians, between columns of
the data product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMD_LOW_CHANNEL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The INST_CMD_LOW_CHANNEL element gives the commanded value
of the start channel number to acquire, starting at zero."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMD_PHASE_ALGORITHM_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 5
DESCRIPTION = "
The INST_CMD_PHASE_ALGORITHM_NAME element gives the commanded
value of the phase correction algorithm to use when acquiring a
data product. Valid values are NONE, MERTZ, and RSS."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMD_ROWS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
MAXIMUM = 255
DESCRIPTION = "
The INST_CMD_ROWS element gives the commanded value of the
number of rows to acquire for the data product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMD_VERTICAL_SPACE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = RAD
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The INST_CMD_VERTICAL_SPACE element gives the commanded value
of the vertical space, in radians, between consecutive rows of
the data product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_BLK_SIZE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM_LENGTH = 0
DESCRIPTION = "
The inst_cmprs_blk_size element provides the dimensions of a pixel
block for on-board compression. This value may be a two dimensional
array, where the first value is the line dimension of the block, and
the second value is the sample dimension of the block. Otherwise, the
block is assumed to be square."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_BLOCKS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The inst_cmprs_blocks element provides the number of blocks used to
spatially segment a data product prior to compression."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_DESC
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The INST_CMPRS_DESC element provides a textual description of the type
of data compression used by an instrument onboard a spacecraft before
the data was transmitted to Earth. This should include a description of
the compression algorithm or a reference to a published paper where the
algorithm is described."
STANDARD_VALUE_SET = {
"ICER",
"LOCO",
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_FILTER
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The INST_CMPRS_FILTER element identifies the wavelet filter
used in the ICER compression and decompression algorithm."
STANDARD_VALUE_SET = {
"A",
"B",
"C",
"D",
"E",
"F",
"Q"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_MODE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The inst_cmprs_mode element identifies the method used for on-board
compression of data.
Note: The inst_cmprs_name element provides the full name of an
inst_cmprs_mode.
Note: For MPF, the modes were assigned to the corresponding
inst_cmprs_names as follows:
1 JPEG DISCRETE COSINE TRANSFORM (DCT); HUFFMAN/QUALITY
2 JPEG DISCRETE COSINE TRANSFORM (DCT); HUFFMAN/RATIO
3 JPEG DISCRETE COSINE TRANSFORM (DCT); ARITHMETIC/QUALITY
4 JPEG DISCRETE COSINE TRANSFORM (DCT); ARITHMETIC/RATIO
5 JPEG DISCRETE COSINE TRANSFORM (DCT); HUFFMAN/QUALITY/LCT
6 JPEG DISCRETE COSINE TRANSFORM (DCT); HUFFMAN/RATIO/LCT
7 JPEG DISCRETE COSINE TRANSFORM (DCT); ARITHMETIC/QUALITY/LCT
8 JPEG DISCRETE COSINE TRANSFORM (DCT); ARITHMETIC/RATIO/LCT
9 RICE ADAPTIVE VARIABLE-LENGTH CODING (RICE)"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
DESCRIPTION = "
The inst_cmprs_name element identifies the type of on-board compression
used for data storage and transmission.
Note: The inst_cmprs_mode element provides an abbreviated identifier
for the inst_cmprs_name."
STANDARD_VALUE_SET = {
"BLOCK TRUNCATION CODING (BCT)",
"DISCRETE COSINE TRANSFORM (DCT)",
"ICER ADAPTIVE VARIABLE-LENGTH CODING (ICER)",
"INTEGER COSINE TRANSFORM (ICT)",
"JPEG DISCRETE COSINE TRANSFORM (DCT); ARITHMETIC/QUALITY",
"JPEG DISCRETE COSINE TRANSFORM (DCT); ARITHMETIC/QUALITY/LCT",
"JPEG DISCRETE COSINE TRANSFORM (DCT); ARITHMETIC/RATIO",
"JPEG DISCRETE COSINE TRANSFORM (DCT); ARITHMETIC/RATIO/LCT",
"JPEG DISCRETE COSINE TRANSFORM (DCT); HUFFMAN/QUALITY",
"JPEG DISCRETE COSINE TRANSFORM (DCT); HUFFMAN/QUALITY/LCT",
"JPEG DISCRETE COSINE TRANSFORM (DCT); HUFFMAN/RATIO",
"JPEG DISCRETE COSINE TRANSFORM (DCT); HUFFMAN/RATIO/LCT",
"LOW-COMPLEXITY LOSSLESS COMPRESSION (LOCO)",
"RICE ADAPTIVE VARIABLE-LENGTH CODING (RICE)"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_PARAM
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The inst_cmprs_param element is a JPEG specific variable which
specifies on-board compression determination by image quality or by
compression factor, based on a selected on-board compression mode."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_QUALITY
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The inst_cmprs_quality element is a JPEG specific variable which
identifies the resultant or targeted image quality index for on-board
data compression.
Note: For MPF, if an odd IMP inst_cmprs_mode was used for
on-board compression, the inst_cmprs_quality indicated the
desired image quality index. If an odd inst_cmprs_mode was
used, this indicates the resultant image quality used to
reach the desired on-board compression factor."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_QUANTZ_TBL_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
MINIMUM_LENGTH = 0
MAXIMUM_LENGTH = 15
DESCRIPTION = "
The inst_cmprs_quantz_tbl_id element identifies the reference table
used for quantization in the frequency domain for on-board transform
compression. This name or code should be specific enough to allow the
user of the data to have sufficient information to reference the
quantization table used to compress the data."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_QUANTZ_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The inst_cmprs_quantz_type element indicates the method of quantization
used for the output of transform coders."
STANDARD_VALUE_SET = {
"TABULAR"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_RATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The inst_cmprs_rate element provides the average number of bits needed
to represent a pixel for an on-board compressed image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_RATIO
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The inst_cmprs_ratio element provides the ratio of the size, in bytes,
of the original uncompressed data file to its compressed form."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_SEG_FIRST_LINE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM = -1
MAXIMUM = 1024
DESCRIPTION = "
The INST_CMPRS_SEG_FIRST_LINE element is an array of values which each nth
element identifies the line within a source image that corresponds to the
first line the nth compression segment applies."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_SEG_FIRST_LINE_SAMP
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM = -1
MAXIMUM = 1024
DESCRIPTION = "
The INST_CMPRS_SEG_FIRST_LINE_SAMP element is an array of values which
each nth element identifies the line sample within a source image that
corresponds to the first line sample the nth compression segment applies."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_SEG_LINES
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM = -1
MAXIMUM = 1024
DESCRIPTION = "
The INST_CMPRS_SEG_LINES element is an array of elements in which the nth
element identifies the total number of data instances along the vertical
axis the nth compression segment defines."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_SEG_MISSING_PIXELS
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The INST_CMPRS_SEG_MISSING_PIXELS element identifies an array of
elements in which the nth element identifies the total number
of missing pixels defined by the nth compression segment."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_SEG_SAMPLES
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM = -1
MAXIMUM = 1024
DESCRIPTION = "
The INST_CMPRS_SEG_SAMPLES element is an array of elements in which the nth
element identifies the total number of data instances along the horzontal
axis the nth compression segment defines."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_SEGMENT_QUALITY
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The INST_CMPRS_SEGMENT_QUALITY element identifies the quality
level for each segment in an image partitioned for ICER
compression."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_SEGMENT_STATUS
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The INST_CMPRS_SEGMENT_STATUS element provides a bit mask
which provides the status of decoding the nth segment."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_SEGMENTS
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM = 1
MAXIMUM = 32
DESCRIPTION = "
The INST_CMPRS_SEGMENTS element identifies the number of segments into
which the image was partitioned for the error containment purposes. For
ICER compression, the data within each segment is compressed independently,
so that data loss across segments is compartmentalized or contained across
segments."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_STAGES
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM = 1
MAXIMUM = 6
DESCRIPTION = "
The INST_CMPRS_STAGES element identifies the
number of stages of wavelet decompositions."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_SYNC_BLKS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The inst_cmprs_sync_blks element is a RICE specific variable providing
the number of compressed blocks between synchronization counters."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_CMPRS_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The inst_cmprs_type element identifies the type of on-board compression
used for data storage and transmission. Note that inst_cmprs_name provides
the full name of a compression algorithm (ex. Rice Adaptive Variable-Length
Coding), whereas the inst_cmprs_type gives a simple indicator of the type
of compression (ex. LOSSLESS). Note: For Cassini, the LOSSY compression
scheme was Discrete Cosine Transform, the LOSSLESS compression scheme was
RICE, and NOTCOMP meant no compression scheme was used."
STANDARD_VALUE_SET = {
"LOSSLESS",
"LOSSY",
"NOTCOMP"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_DECOMP_STAGES
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
MAXIMUM = 6
DESCRIPTION = "
The INST_DECOMP_STAGES element identifies the number of stages of
wavelet decompositions."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_FIELD_OF_VIEW
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MRAD
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The INST_FIELD_OF_VIEW element gives the instantaneous field of
view (IFOV) of the instrument used while acquiring a data product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_GAIN_STATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The INST_GAIN_STATE element indicates the gain state of the
Mini-TES analog signal amplifier. Valid values are LOW and HIGH."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_LASER_1_STATUS_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The INST_LASER_1_STATUS_FLAG element provides the status of the
primary Mini-TES 980 nm monochromatic laser. Valid values are ON
and OFF."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_LASER_2_STATUS_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The INST_LASER_2_STATUS_FLAG element provides the status of the
backup Mini-TES 980nm monochromatic laser. Valid values are ON
and OFF."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_LASER_HEATER_STATUS_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The INST_LASER_HEATER_STATUS_FLAG element provides the status of
the Mini-TES Laser Heater. Valid values are ON and OFF."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_LINEAR_MOTOR_STATUS_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The INST_LINEAR_MOTOR_STATUS_FLAG element provides the status of the
Mini-TES Michelson Motor. Valid values are ON and OFF."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_OPTICAL_SWITCH_STATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 9
DESCRIPTION = "
The INST_OPTICAL_SWITCH_STATE element indicates whether the optical
switch moving mirror is at the start of the scan. Valid values are
PRIMARY and REDUNDANT."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INST_SPARE_BIT_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The INST_SPARE_BIT_FLAG element indicates whether the spare bit
in the Mini-TES IDPH command word was used. Valid values are ON
and OFF."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTITUTION_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The institution_name element identifies a university,
research center, or NASA center."
STANDARD_VALUE_SET = {
"APPLIED COHERENT TECHNOLOGY",
"ARIZONA STATE UNIVERSITY",
"AT&T BELL LABORATORIES",
"BOSTON UNIVERSITY",
"BROWN UNIVERSITY",
"CALIFORNIA INSTITUTE OF TECHNOLOGY",
"CORNELL UNIVERSITY",
"DECEASED",
"DENISON UNIVERSITY",
"GEORGIA INSTITUTE OF TECHNOLOGY",
"GERMAN AEROSPACE CENTER",
"HERZBERG INSTITUTE OF ASTROPHYSICS",
"HONEYBEE ROBOTICS",
"IMPERIAL COLLEGE",
"INSTITUTE FOR ASTRONOMY",
"ISTITUTO NAZIONALE DI ASTROFISICA",
"JET PROPULSION LABORATORY",
"JOHNS HOPKINS UNIVERSITY",
"JOHNS HOPKINS UNIVERSITY APPLIED PHYSICS LABORATORY",
"KITT PEAK NATIONAL OBSERVATORY",
"KONKOLY OBSERVATORY OF THE HUNGARIAN ACADEMY OF SCIENCE",
"LOS ALAMOS NATIONAL LABORATORY",
"LUNAR AND PLANETARY INSTITUTE",
"MALIN SPACE SCIENCE SYSTEMS",
"MASSACHUSETTS INSTITUTE OF TECHNOLOGY",
"MAX PLANCK INSTITUTE",
"MAX-PLANCK-INSTITUT FUR AERONOMIE",
"N/A",
"NASA HEADQUARTERS",
"NASA/AMES RESEARCH CENTER",
"NASA/GODDARD INSTITUTE FOR SPACE STUDIES",
"NASA/GODDARD SPACE FLIGHT CENTER",
"NASA/JOHNSON SPACE CENTER",
"NATIONAL AERONAUTICS SPACE MUSEUM",
"NATIONAL SPACE SCIENCE DATA CENTER",
"NEW MEXICO STATE UNIVERSITY",
"NORTHWESTERN UNIVERSITY",
"PLANETARY SCIENCE INSTITUTE",
"RADIOPHYSICS INCORPORATED",
"RUSSIAN INSTITUTE OF SPACE RESEARCH",
"SAN JOSE STATE UNIVERSITY",
"SCIENCE APPLICATIONS INTERNATIONAL CORP",
"SETI INSTITUTE",
"SMITHSONIAN ASTROPHYSICAL OBSERVATORY",
"SMITHSONIAN INSTITUTE OF TECHNOLOGY",
"SOUTHWEST RESEARCH INSTITUTE",
"SPACE SCIENCE INSTITUTE",
"STANFORD UNIVERSITY",
"STERLING CORPORATION",
"TEXAS A & M UNIVERSITY",
"UNITED STATES GEOLOGICAL SURVEY",
"UNIVERSITA DEGLI STUDI DI PAVIA",
"UNIVERSITA' DI ROMA LA SAPIENZA",
"UNIVERSITAT BONN",
"UNIVERSITAT KIEL",
"UNIVERSITY OF ARIZONA",
"UNIVERSITY OF CALIFORNIA, BERKELEY",
"UNIVERSITY OF CALIFORNIA, LOS ANGELES",
"UNIVERSITY OF CHICAGO",
"UNIVERSITY OF COLORADO",
"UNIVERSITY OF FLORIDA",
"UNIVERSITY OF HAWAII",
"UNIVERSITY OF IOWA",
"UNIVERSITY OF KANSAS",
"UNIVERSITY OF MAINZ",
"UNIVERSITY OF MARYLAND",
"UNIVERSITY OF NEW MEXICO",
"UNIVERSITY OF VIRGINIA",
"UNIVERSITY OF WASHINGTON",
"UNIVERSITY OF WISCONSIN",
"UNK",
"WASHINGTON UNIVERSITY",
"WELLESLEY COLLEGE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_AZIMUTH
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The INSTRUMENT_AZIMUTH element provides the value for an instrument's
rotation in the horizontal direction. It is usually measured from some kind
of low hard stop. Although it may be used for any instrument where it makes
sense, it is primarily intended for use in surface-based instruments that
measure pointing in terms of azimuth and elevation. When in a
DERIVED_GEOMETRY group, defines the azimuth (horizontal rotation) at which
the instrument is pointed. This value is expressed using the cooridinate
system referred to by REFERENCE_COORD_SYSTEM_NAME and
REFERENCE_COORD_SYSTEM_INDEX contained within the same group. The
interpretation of exactly what part of the instrument is being pointed is
missionspecific. It could be the boresight, the camera head direction, the
CAHV camera model A vector direction, or any of a number of other things.
As such, for multimission use this value should be used mostly as an
approximation, e.g. identifying scenes which might contain a given object.
The interpretation for MER is TBD."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_AZIMUTH_METHOD
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The instrument_azimuth_method identifies the method used to calculate
the instrument azimuth from the azimuth motor clicks."
STANDARD_VALUE_SET = {
"BACKLASH-UOFA",
"MPFNAV-MIPS",
"TELEMETRY"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_BAND_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 16
DESCRIPTION = "
The INSTRUMENT_BAND_ID element specifies an array of stings
identifying the instrument represented by the corresponding band in
the image. The first entry in the array indentifies the instrument
for the first band, the second entry for the second band, etc.
Also see CONFIGURATION_BAND_ID."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_BORESIGHT_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The INSTRUMENT_BORESITE_ID element defines the IVP (Inertial Vector
Propagation) ID or boresight ID of the reference instrument used to
designate commanded pointing."
STANDARD_VALUE_SET = {
"CAMERA_BAR",
"LEFT_NAVCAM",
"LEFT_PANCAM",
"MINI_TES",
"RIGHT_NAVCAM",
"RIGHT_PANCAM"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_CALIBRATION_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The instrument_calibration_desc element explains the
method of calibrating an instrument and identifies
reference documents which explain in detail the calibration
of the instrument.
As an example, this element would explain whether the
calibration was time-independent (i.e., a single algorithm
was used) or time-dependent and whether the calibration was
performed in-flight or in a laboratory."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_COORDINATE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = DOUBLE
UNIT_ID = RAD
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The INSTRUMENT_COORDINATE element is an array of coordinate parameters. The
parameters will be a set of azimuth and elevation values (radians) or a set
of xyz position parameters (m). If the INSTRUMENT_COORDINATE_ID is an IVP,
these values are ignored."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_COORDINATE_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The INSTRUMENT_COORDINATE_ID element identifies the frame in which the
INSTRUMENT_COORDINATE values are given"
STANDARD_VALUE_SET = {
"IVP OBJECT",
"LL 3DPNT",
"LL AZEL",
"MAST AZEL",
"MAST RELATIVE AZEL",
"NONE",
"RVR BODY 3DPNT",
"RVR BODY AZEL",
"SITE 3DPNT"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_COORDINATE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 26
DESCRIPTION = "
The INSTRUMENT_COORDINATE_NAME element gives the name(s)
associated with the value(s) in the INSTRUMENT_COORDINATE
element. Valid values are NULL, MAST AZIMUTH, MAST MIRROR
ACTUATOR ANGLE, AZIMUTH, ELEVATION, X, Y, Z."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_DATA_RATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'KB/S'
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM = -999
MAXIMUM = 365.6
DESCRIPTION = "
The instrument_data_rate element provides the rate at which data were
transmitted from an instrument to the spacecraft. (cf. data_rate)"
STANDARD_VALUE_SET = {
"-999",
"121.9",
"182.8",
"243.7",
"365.6",
"60.9"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_DEPLOYMENT_STATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The instrument_deployment_state element indicates the deployment state
(i.e. physical configuration) of an instrument at the time of data
acquisition.
Note: For MPF, this referred to whether or not the IMP camera
had been deployed to the end of its 62 cm mast at the time an
image was acquired."
STANDARD_VALUE_SET = {
"DEPLOYED",
"STOWED"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The instrument_desc element describes a given
instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_ELEVATION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The INSTRUMENT_ELEVATION element provides the value for the instrument's
rotation in the vertical direction. It is usually measured from some kind
of low hard stop. Although it may be used for any instrument where it makes
sense, it is primarily intended for use in surface-based instruments that
measure pointing in terms of azimuth and elevation. When in a
DERIVED_GEOMETRY group, defines the elevation (vertical rotation) at which
the instrument is pointed. This value is expressed using the cooridinate
system referred to by REFERENCE_COORD_SYSTEM_NAME and
REFERENCE_COORD_SYSTEM_INDEX contained within the same group. The
interpretation of exactly what part of the instrument is being pointed is
mission-specific. It could be the boresight, the camera head direction, the
CAHV camera model A vector direction, or any of a number of other things.
As such, for multimission use this value should be used mostly as an
approximation, (e.g., identifying scenes which might contain a given
object).
The interpretation for MER is TBD."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_ELEVATION_METHOD
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The instrument_elevation_method element identifies the method used to
calculate the instrument elevation from the elevation motor clicks."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_FORMATTED_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The instrument_formatted_desc element contains the formatted
instrument descriptions. These descriptions represent the
information collected for the PDS Version 1.0 instrument
model and were created by extracting instrument information
from several tables in the catalog data base. These
descriptions represent an archive since the tables have been
eliminated as part of the catalog streamlining task."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_HEIGHT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = M
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The instrument_height element provides the physical height
of an instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_HOST_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The instrument_host_desc data element describes the
spacecraft or earthbase from which particular instrument
measurements were taken. For spacecraft, this description
addresses the complement of instruments carried, the
on-board communications and data processing equipment, the
method of stabilization, the source of power and the
capabilities or limitations of the spacecraft design which
are related to data-taking activities. The description may
be a synopsis of available mission documentation."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_HOST_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 11
DESCRIPTION = "
The instrument_host_id element provides a unique identifier
for the host where an instrument is located. This host can be either a
spacecraft or an earth base (e.g., and observatory or laboratory on the
earth). Thus, the instrument_host_id element can contain values which
are either spacecraft_id values or earth_base_id values."
STANDARD_VALUE_SET = {
"24COL",
"A12A",
"A12C",
"A12L",
"A14A",
"A14C",
"A14L",
"A15A",
"A15C",
"A15L",
"A15S",
"AAO",
"AMON",
"ARCB",
"ASTR",
"AUSTC14",
"BUGLAB",
"C130",
"C154",
"CFHT",
"CLEM1",
"CO",
"CON",
"CTIO",
"CTIO15",
"CTIO15M",
"CTIOPPT",
"DIF",
"DII",
"DS1",
"ECAS",
"ER-2",
"ESO",
"ESO1M",
"ESO22M",
"FEXP",
"GDSCC",
"GEMGB",
"GIO",
"GO",
"GP",
"GSR",
"GSSR",
"HAY",
"HP",
"HST",
"HSTK",
"ICE",
"IRAS",
"IRSN",
"IRTF",
"IUE",
"KECK1",
"KP36",
"KP50",
"KP84",
"LICK1M",
"LO72",
"LOWELL",
"LP",
"LRO",
"LSPN",
"M10",
"MCD21",
"MCD27",
"MCD27M",
"MDM",
"MER1",
"MER2",
"MESS",
"MEX",
"MGN",
"MGS",
"MK88",
"MKO",
"MKOPPT",
"MKOUH22M",
"MO",
"MODEL",
"MPFL",
"MPFR",
"MR6",
"MR7",
"MR9",
"MRO",
"MSN",
"MSSSO",
"MSX",
"MTBG61",
"MTSC14",
"N/A",
"NDC8",
"NEAR",
"NH",
"NNSN",
"NRAO",
"O325T1",
"O325T2",
"O376T1",
"O376T3",
"O413T2",
"OAO",
"OBS007T1",
"OBS055T3",
"OBS055T4",
"OBS055T6",
"OBS056T2",
"OBS056T3",
"OBS056T6",
"OBS056T9",
"OBS211T1",
"OBS211T2",
"OBS240T1",
"OBS320T13",
"OBS321T3",
"OBS325T1",
"OBS325T2",
"OBS327T1",
"OBS333T1",
"OBS347T3",
"OBS376T1",
"OBS376T2",
"OBS376T3",
"OBS378T2",
"OBS413T2",
"OBS445T3",
"ODY",
"P10",
"P11",
"P12",
"PAL",
"PAL200",
"PEDB",
"PGD",
"PHX",
"PPN",
"PUBLIT",
"PVO",
"REUNIC14",
"RL",
"RO",
"RSN",
"S229",
"SAKIG",
"SDU",
"SPEC",
"SUISEI",
"TRRLAB",
"UH",
"ULY",
"UNK",
"VARGBTEL",
"VEGA1",
"VEGA2",
"VG1",
"VG2",
"VL1",
"VL2",
"VO1",
"VO2",
"VTH",
"WFF",
"WHT"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_HOST_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 120
DESCRIPTION = "
The instrument_host_name element provides the full name of
the host on which an instrument is based. This host can be
either a spacecraft or an earth base. Thus, the
instrument_host_name element can contain values which are
either spacecraft_name values or earth_base_name values."
STANDARD_VALUE_SET = {
"2001 MARS ODYSSEY",
"24-COLOR SURVEY",
"AMES MARS GENERAL CIRCULATION MODEL",
"APACHE POINT OBSERVATORY 2.5-M SDSS RITCHEY-CHRETIEN ALTAZIMUTH REFLECTOR",
"APACHE PT OBS. 2.5M SDSS RITCHEY-CHRETIEN ALTAZIMUTH REFL",
"APOLLO 12 COMMAND AND SERVICE MODULE",
"APOLLO 12 LUNAR MODULE",
"APOLLO 12 LUNAR SURFACE EXPERIMENTS PACKAGE",
"APOLLO 14 COMMAND AND SERVICE MODULE",
"APOLLO 14 LUNAR MODULE",
"APOLLO 14 LUNAR SURFACE EXPERIMENTS PACKAGE",
"APOLLO 15 COMMAND AND SERVICE MODULE",
"APOLLO 15 LUNAR MODULE",
"APOLLO 15 LUNAR SURFACE EXPERIMENTS PACKAGE",
"APOLLO 15 SUBSATELLITE",
"ARECIBO OBSERVATORY",
"ARECIBO OBSERVATORY 305-M FIXED SPHERICAL REFLECTING ANTENNA",
"BLOOMSBURG UNIVERSITY GONIOMETER LABORATORY",
"CANADA-FRANCE-HAWAII TELESCOPE",
"CASSINI ORBITER",
"CERRO TOLOLO INTER-AMERICAN OBSERVATORY 1-M BOLLER & CHIVENS RITCHEY-CHRETIEN REFLECTOR",
"CERRO TOLOLO INTER-AMERICAN OBSERVATORY 1.5 METER",
"CERRO TOLOLO INTER-AMERICAN OBSERVATORY 1.5-M RITCHEY-CHRETIEN CASSEGRAIN REFLECTOR",
"CERRO TOLOLO INTER-AMERICAN OBSERVATORY 2MASS 1.3M TELESCOPE",
"CERRO TOLOLO INTERAMERICAN OBSERVATORY",
"CLEMENTINE 1",
"COMET NUCLEUS TOUR",
"CTIO 1.5M TELESCOPE",
"CTIO PLANETARY PATROL TELESCOPE",
"DEEP IMPACT FLYBY SPACECRAFT",
"DEEP IMPACT IMPACTOR SPACECRAFT",
"DEEP SPACE 1",
"EIGHT COLOR ASTEROID SURVEY",
"EL LEONCITO ASTRONOMICAL COMPLEX 2.15-M BOLLER & CHIVENS REFLECTOR",
"EUROPEAN SOUTHERN OBSERVATORY",
"EUROPEAN SOUTHERN OBSERVATORY 1-M PHOTOMETRIC CASSEGRAIN REFLECTOR",
"EUROPEAN SOUTHERN OBSERVATORY 1-M TELESCOPE",
"EUROPEAN SOUTHERN OBSERVATORY 1.52-M SPECTROGRAPHIC CASSEGRAIN/COUDE REFLECTOR",
"EUROPEAN SOUTHERN OBSERVATORY 2.2-M TELESCOPE",
"EUROPEAN SOUTHERN OBSERVATORY 3.6-M EQUATORIAL CASSEGRAIN/COUDE REFLECTOR",
"EUROPEAN SOUTHERN OBSERVATORY NEW TECHNOLOGY TELESCOPE (NTT)",
"FIELD EXPERIMENT",
"FRED L. WHIPPLE OBSERVATORY 2MASS 1.3M TELESCOPE",
"GALILEO ORBITER",
"GALILEO PROBE",
"GEM GROUND-BASED OBSERVATORIES: CALAR ALTO AND ESO",
"GIOTTO",
"GOLDSTONE DEEP SPACE COMMUNICATIONS COMPLEX",
"GOLDSTONE SOLAR SYSTEM RADAR",
"HAYABUSA",
"HAYSTACK OBSERVATORY",
"HUBBLE SPACE TELESCOPE",
"HUYGENS PROBE",
"ICE",
"IHW AMATEUR OBSERVATIONS NETWORK",
"IHW ASTROMETRY NETWORK",
"IHW INFRARED STUDIES NETWORK",
"IHW LARGE-SCALE PHENOMENA NETWORK",
"IHW METEOR STUDIES NETWORK",
"IHW NEAR-NUCLEUS STUDIES NETWORK",
"IHW PHOTOMETRY AND POLARIMETRY NETWORK",
"IHW RADIO STUDIES NETWORK",
"IHW SPECTROSCOPY AND SPECTROPHOTOMETRY NETWORK",
"INFRARED ASTRONOMICAL SATELLITE",
"INFRARED TELESCOPE FACILITY",
"INTERNATIONAL ULTRAVIOLET EXPLORER",
"ISAAC NEWTON GROUP 4.2-M WILLIAM HERSCHEL TELESCOPE",
"KECK I 10M TELESCOPE",
"KITT PEAK NATIONAL OBSERVATORY 2.13-M CORNING CASSEGRAIN/COUDE REFLECTOR",
"KITT PEAK NATIONAL OBSERVATORY 36 INCH (0.914M) TELESCOPE",
"KITT PEAK NATIONAL OBSERVATORY 50 INCH (1.27M) TELESCOPE",
"KITT PEAK NATIONAL OBSERVATORY 84 INCH (2.13M) TELESCOPE",
"LICK OBSERVATORY ANNA L. NICKEL 1-METER TELESCOPE",
"LOWELL OBSERVATORY",
"LOWELL OBSERVATORY 72 INCH (1.83M) TELESCOPE",
"LUNAR PROSPECTOR",
"LUNAR RECONNAISSANCE ORBITER",
"MAGELLAN",
"MARINER 10",
"MARINER 6",
"MARINER 7",
"MARINER 9",
"MARS EXPLORATION ROVER 1",
"MARS EXPLORATION ROVER 2",
"MARS EXPRESS",
"MARS GLOBAL SURVEYOR",
"MARS OBSERVER",
"MARS PATHFINDER LANDER",
"MARS RECONNAISSANCE ORBITER",
"MAUNA KEA OBSERVATORY",
"MAUNA KEA OBSERVATORY 2.24-M CASSEGRAIN/COUDE REFLECTOR",
"MAUNA KEA OBSERVATORY 3.2-M INFRARED CASS. REFLECTOR (IRTF)",
"MAUNA KEA OBSERVATORY 3.2-M NASA INFRARED CASSEGRAIN EQUAT. REFLECTOR (IRTF)",
"MAUNA KEA OBSERVATORY 61-CM BOLLER & CHIVENS CASSEGRAIN REFLECTOR #1",
"MAUNA KEA OBSERVATORY 88 INCH (2.24M) TELESCOPE",
"MAUNA KEA OBSERVATORY PLANETARY PATROL TELESCOPE",
"MCDONALD OBSERVATORY 2.1-M STRUVE WARNER & SWASEY REFLECTOR",
"MCDONALD OBSERVATORY 2.1M TELESCOPE",
"MCDONALD OBSERVATORY 2.7-M HARLAN J. SMITH TELESCOPE",
"MCDONALD OBSERVATORY 2.7M HARLAN J. SMITH TELESCOPE",
"MCDONALD OBSERVATORY 2.7M TELESCOPE",
"MCDONALD OBSERVATORY 91-CM BOLLER & CHIVENS CASSEGRAIN REFLECTOR",
"MCGRAW-HILL 1.3M TINSLEY CASSEGRAIN/COUDE REFLECTOR",
"MCGRAW-HILL 2.4M HILTNER RITCHEY-CHRETIEN EQUATRL REFLCTR",
"MESSENGER",
"MICHIGAN-DARTMOUTH-MIT OBSERVATORY",
"MICROROVER FLIGHT EXPERIMENT",
"MIDCOURSE SPACE EXPERIMENT",
"MOUNT BIGELOW (CATALINA) STATION 1.54-M CASSEGRAIN/COUDE REFLECTOR",
"MOUNT BIGELOW 61 INCH (1.54M) TELESCOPE",
"MOUNT STROMLO SIDING SPRING OBSERVATORY",
"MT. SINGLETON C14 PORTABLE TELESCOPE",
"N/A",
"NASA C-130 AIRCRAFT",
"NASA DC-8 AIRCRAFT",
"NASA ER-2 AIRCRAFT",
"NASA GODDARD SPACE FLIGHT CENTER WALLOPS FLIGHT FACILITY",
"NASA INFRARED TELESCOPE FACILITY",
"NATIONAL ASTRONOMICAL OBSERVATORY-ENSENADA 1.5 M",
"NATIONAL RADIO ASTRONOMY OBSERVATORY",
"NEAR EARTH ASTEROID RENDEZVOUS",
"NEW HORIZONS",
"NULL",
"OKAYAMA ASTROPHYSICAL OBSERVATORY",
"PALOMAR OBSERVATORY",
"PALOMAR OBSERVATORY 1.52-M RITCHEY-CHRETIEN CASSEGRAIN/COUDE REFLECTOR",
"PALOMAR OBSERVATORY 200-IN HALE TELESCOPE",
"PHOENIX",
"PIONEER",
"PIONEER 10",
"PIONEER 11",
"PIONEER VENUS ORBITER",
"PLANETARY GEOSCIENCES DIVISION SPECTROSCOPY LAB",
"PROPER ELEMENTS DATABASE OF MILANI AND KNEZEVIC",
"PUBLISHED LITERATURE",
"QUEENSLAND AUSTRALIA PORTABLE C-14",
"REUNION ISLAND PORTABLE C-14",
"ROSETTA-LANDER",
"ROSETTA-ORBITER",
"SAKIGAKE",
"SL9 EARTH-BASED OBSERVATORIES",
"STARDUST",
"SUBMILLIMETER TELESCOPE OBSERVATORY 10-M HEINRICH HERTZ SUBMILLIMETER TELESCOPE (SMT)",
"SUISEI",
"TERRESTRIAL LABORATORY",
"ULYSSES",
"UNIVERSITY OF ARIZONA 1.54M CATALINA REFLECTOR",
"UNIVERSITY OF ARIZONA 2.29M STEWARD OBSERVATORY REFLECTOR",
"UNIVERSITY OF HAWAII",
"UNIVERSITY OF HAWAII 2.2-METER TELESCOPE",
"UNKNOWN",
"USGS RESTON SPECTROSCOPY LABORATORY",
"VARIOUS GROUND-BASED TELESCOPES",
"VARIOUS TELESCOPE HOSTS",
"VEGA 1",
"VEGA 2",
"VIKING LANDER 1",
"VIKING LANDER 2",
"VIKING ORBITER 1",
"VIKING ORBITER 2",
"VOYAGER 1",
"VOYAGER 2",
"W.M. KECK OBSERVATORY 10-M KECK I RITCHEY-CHRETIEN ALTAZIMUTH REFLECTOR",
"W.M. KECK OBSERVATORY 10-M KECK II RITCHEY-CHRETIEN ALTAZIMUTH REFLECTOR"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_HOST_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The instrument_host_type element provides the type of host
on which an instrument is based. For example, if the
instrument is located on a spacecraft, the
instrument_host_type element would have the value
SPACECRAFT."
STANDARD_VALUE_SET = {
"DATA BASE",
"EARTH BASED",
"N/A",
"ROVER",
"SPACECRAFT",
"UNK"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The instrument_id element provides an
abbreviated name or acronym which identifies an instrument.
Note: The instrument_id is not a unique identifier
for a given instrument. Note also that the
associated instrument_name element provides the full name
of the instrument.
Example values: IRTM (for Viking Infrared Thermal Mapper),
PWS (for plasma wave spectrometer)."
STANDARD_VALUE_SET = {
"120CVF",
"2CP",
"8CPS",
"A-STAR",
"ACCEL",
"ACP",
"ALICE",
"AMES-GCM",
"AMICA",
"AMPG",
"AMSP",
"AMVIS",
"API",
"APPH",
"APS",
"APXS",
"ASAR",
"ASAS",
"ASE",
"ASI",
"ASIMET",
"ASPERA-3",
"ASTR",
"ATM",
"AVIR",
"AWND",
"B&C",
"B-STAR",
"BUG",
"CAM1",
"CAM2",
"CAPS",
"CASPIR",
"CCD",
"CCDC",
"CCDIMGR",
"CCIG",
"CDA",
"CFCCD",
"CFI",
"CIDA",
"CIRC",
"CIRS",
"COM",
"COMPIL",
"COSPIN-AT",
"COSPIN-HET",
"COSPIN-HFT",
"COSPIN-KET",
"COSPIN-LET",
"CPI",
"CRAT",
"CRISM",
"CRISP",
"CRISPIMAG",
"CRISPSPEC",
"CRS",
"CRT",
"CS2",
"CTIOCCD",
"CTX",
"CVF",
"DAED",
"DBP",
"DDS",
"DERIV",
"DESCAM",
"DFMI",
"DID",
"DISR",
"DK2A",
"DLRE",
"DSS14",
"DUCMA",
"DWE",
"DYNSCI",
"EMMI",
"ENG",
"EPA",
"EPAC",
"EPAS",
"EPD",
"EPI",
"EPPS",
"ER",
"ES2",
"ESOCCD",
"ESP",
"EUV",
"FC1B",
"FC2A",
"FC3A",
"FGM",
"FPA",
"FRONT_HAZCAM_LEFT",
"FTS",
"GAS",
"GBT",
"GCMS",
"GDDS",
"GPMS",
"GPSM",
"GRB",
"GRE",
"GRS",
"GTT",
"GWE",
"HAD",
"HASI",
"HAZCAM",
"HIC",
"HIRES",
"HIRISE",
"HISCALE",
"HMC",
"HRD",
"HRII",
"HRIV",
"HRSC",
"HSCCD",
"HSOTP",
"HSTACS",
"HSTP",
"HUYGENS_HK",
"HVM",
"I0028",
"I0034",
"I0035",
"I0039",
"I0046",
"I0051",
"I0052",
"I0054",
"I0055",
"I0059",
"I0060",
"I0061",
"I0062",
"I0065",
"I0066",
"I0069",
"I0070",
"I0071",
"I0276",
"I0287",
"I0387",
"I0390",
"I0391",
"ICI",
"IDS",
"IGI",
"IIRAR",
"IKS",
"IMF",
"IMP",
"IMS",
"IMU",
"INMS",
"INSBPHOT",
"IPP",
"IRFCURV",
"IRFTAB",
"IRIMAG",
"IRIS",
"IRPHOT",
"IRPOL",
"IRR",
"IRS",
"IRSPEC",
"IRTM",
"ISIS",
"ISS",
"ISSN",
"ISSNA",
"ISSW",
"ISSWA",
"ITS",
"JPA",
"KECK1LWS",
"LAMP",
"LCS",
"LECP",
"LEISA",
"LEND",
"LFTS",
"LIDAR",
"LO72CCD",
"LORRI",
"LPLCCD",
"LR1",
"LR2",
"LRD",
"LSPN",
"LWIR",
"LWP",
"LWR",
"M3SPEC",
"MAG",
"MAGER",
"MAR",
"MARCI",
"MARSIS",
"MASCS",
"MAWD",
"MB",
"MCDIDS",
"MCS",
"MDIS-NAC",
"MDIS-WAC",
"MECA_AFM",
"MECA_ELEC",
"MECA_TECP",
"MECA_WCL",
"MET",
"MI",
"MICAS",
"MIMI",
"MINI-TES",
"MIRO",
"MISCHA",
"MLA",
"MOC",
"MOLA",
"MRFLRO",
"MRI",
"MRS",
"MSI",
"MSNRDR",
"MSNVIS",
"MTES",
"MVIC",
"N/A",
"NAVCAM",
"NEP",
"NFR",
"NGIMS",
"NIMS",
"NIR",
"NIS",
"NLR",
"NMS",
"NNSN",
"NS",
"NSFCAM",
"OASIS",
"OEFD",
"OETP",
"OIMS",
"OM",
"OMAG",
"OMEGA",
"ONMS",
"OPE",
"ORAD",
"ORPA",
"ORSE",
"OUVS",
"PA",
"PANCAM",
"PARB",
"PEPE",
"PEPSSI",
"PFES",
"PHOT",
"PIA",
"PLAWAV",
"PLS",
"PM1",
"POS",
"PPFLX",
"PPMAG",
"PPOL",
"PPR",
"PPS",
"PPSTOKE",
"PRA",
"PUMA",
"PWS",
"QUIRC",
"RAC",
"RADAR",
"RADR",
"RADWAV",
"RAT",
"RCAC31034A",
"RCLT",
"RCRR",
"RCRT",
"RDRS",
"REAG",
"RMTR",
"RPWS",
"RSCN",
"RSOC",
"RSOH",
"RSRDR",
"RSS",
"RSS-VG1S",
"RSS-VG2S",
"RSS-VG2U",
"RSSL",
"RSUV",
"RTLS",
"RVRC",
"SCE",
"SDC",
"SEIS",
"SHARAD",
"SHYG",
"SIRS",
"SOW",
"SP1",
"SP2",
"SPEC",
"SPICAM",
"SPICE",
"SPIRIT3",
"SPK",
"SQIID",
"SRC",
"SSD",
"SSI",
"SUSI",
"SWAP",
"SWICS",
"SWOOPS",
"SWP",
"SWS",
"TEGA",
"TEL",
"TES",
"THEMIS",
"THRM",
"TIMS",
"TLM",
"TNM",
"TRD",
"TT",
"TVS",
"UDDS",
"UHCCD",
"ULECA",
"UNK",
"URAC",
"URAP",
"UV",
"UVIS",
"UVS",
"UVVIS",
"VARGBDET",
"VHM/FGM",
"VIMS",
"VIS",
"VISA",
"VISB",
"WFPC2",
"WINDSOCK",
"WTHS",
"XGR",
"XRFS",
"XRS"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_IDLE_TIMEOUT
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = S
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 32767
DESCRIPTION = "
The INSTRUMENT_IDLE_TIMEOUT element identifies the amount of time
in seconds that an instrument may be idle before powering off."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_LENGTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = M
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The instrument_length element provides the physical length
of an instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_MANUFACTURER_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The instrument_manufacturer_name element identifies the
manufacturer of an instrument."
STANDARD_VALUE_SET = {
"DAEDALUS ENTERPRISES, INC.",
"GEOPHYSICAL AND ENVIRONMENTAL RESEARCH INC.",
"HUGHES AIRCRAFT",
"JET PROPULSION LABORATORY",
"JOHNS HOPKINS UNIVERSITY APPLIED PHYSICS LABORATORY",
"JPL",
"MARTIN MARIETTA",
"MASSACHUSETTS INSTITUTE OF TECHNOLOGY",
"METEOROLOGICAL RESEARCH INC.",
"N/A",
"RAYTEK INCORPORATED",
"SANTA BARBARA RESEARCH CENTER",
"SPACETAC",
"THE JOHNS HOPKINS UNIVERSITY APPLIED PHYSICS LABORATORY",
"THE UNIVERSITY OF IOWA",
"TRW/GE/NASA",
"UNIVERSITY OF CALIFORNIA, BERKELEY",
"UNIVERSITY OF IOWA",
"UNK"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_MASS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KG
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The instrument_mass element provides the mass of an
instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_MODE_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The instrument_mode_desc element describes the
instrument mode which is identified by the
instrument_mode_id element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_MODE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The instrument_mode_id element provides an
instrument-dependent designation of operating mode. This
may be simply a number, letter or code, or a word such as
'normal', 'full resolution', 'near encounter', or
'fixed grating'."
STANDARD_VALUE_SET = {
"...",
"..D",
".G.",
".GD",
"1",
"2",
"3",
"4",
"4X1SUMMATION_FRAME",
"5",
"6",
"7",
"8",
"9",
"ALTIMETRY",
"CONTIGUOUS_READOUT",
"CRUISE",
"E1-LONG",
"E1-SHORT",
"E2-LONG",
"E2-SHORT",
"ENCOUNTER",
"FAR_ENCOUNTER",
"FAR_ENCOUNTER_STOW",
"FIXED_PLANET",
"FIXED_REFERENCE",
"FIXED_SPACE",
"FIXLOH",
"FIXLOL",
"FULL_FRAME",
"GS3GAINHI/WFMPWRON",
"HAA",
"HARAD",
"HARAD1",
"IM1",
"IM10",
"IM11",
"IM12",
"IM13",
"IM14",
"IM15",
"IM2",
"IM26",
"IM2A",
"IM2C",
"IM2W",
"IM3",
"IM4",
"IM5",
"IM6",
"IM7",
"IM8",
"IM9",
"IMK",
"IMO",
"IMQ",
"L-LONG",
"L-SHORT",
"L..",
"L.D",
"LEVEL",
"LEVEL1",
"LEVEL2",
"LEVEL3",
"LG.",
"LGD",
"M-LONG",
"M-SHORT",
"MODIFIED_NORMAL",
"N/A",
"NEAR_ENCOUNTER",
"NORMAL",
"OC3",
"OPERATING",
"PB8",
"POLHIH",
"POLHIL",
"POLLO",
"POLLO1",
"RADIOMETRY",
"SAR",
"SS05",
"SS07",
"SS18",
"SS19",
"URANUS_SCAN_CYCLIC",
"VLOBRH",
"VLOBRL",
"WAVELENGTH_SCANNING",
"WINDOWED_FRAME",
"XXXXXH",
"XXXXXL"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_MOUNTING_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The instrument_mounting_desc element describes the
mounting of an instrument (on a platform on spacecraft or
a mounting at a lab) and the orientation of the
instrument with respect to the platform."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The instrument_name element provides the full name of an
instrument.
Note: that the associated instrument_id element
provides an abbreviated name or acronym for the instrument.
Example values: FLUXGATE MAGNETOMETER, NEAR_INFRARED
MAPPING SPECTROMETER."
STANDARD_VALUE_SET = {
"120-COLOR CIRCULAR-VARIABLE-FILTER (CVF) PHOTOMETER",
"2 CHANNEL PHOTOMETER",
"2MASS CAMERA - NORTH",
"2MASS CAMERA - SOUTH",
"8 COLOR PHOTOMETRIC SYSTEM",
"A STAR TRACKER CAMERA",
"ACCELEROMETER",
"ADV. SOLID-STATE ARRAY SPECTRORADIOMETER",
"ADVANCE CAMERA FOR SURVEYS",
"AEROSOL COLLECTOR PYROLYSER",
"AIRBORNE VISIBLE/IR IMAGING SPECTROMETER",
"AIRSAR",
"ALICE",
"ALICE UV IMAGER",
"ALPHA PARTICLE SPECTROMETER",
"ALPHA PARTICLE X-RAY SPECTROMETER",
"ALPHA PROTON X-RAY SPECTROMETER",
"AMATEUR PHOTOGRAPHY",
"AMATEUR SPECTROGRAPHS",
"AMATEUR VISUAL OBSERVATIONS",
"ANALYZER OF SPACE PLASMA AND ENERGETIC ATOMS (3RD VERSION)",
"APERTURE PHOTOMETER",
"APOLLO 14 COLD CATHODE ION GAGE EXPERIMENT",
"APOLLO 15 COLD CATHODE ION GAGE EXPERIMENT",
"ARECIBO RADAR DATA",
"ASTEROID MULTI-BAND IMAGING CAMERA",
"ATMOSPHERIC STRUCTURE EXPERIMENT",
"ATMOSPHERIC STRUCTURE INSTRUMENT",
"ATMOSPHERIC STRUCTURE INSTRUMENT / METEOROLOGY PACKAGE",
"AUXILIARY PORT IMAGER",
"B STAR TRACKER CAMERA",
"BECKMAN DK2A RATIO RECORDING SPECTROREFLECTOMETER",
"BLOOMSBURG UNIVERSITY GONIOMETER",
"BOLLER & CHIVENS SPECTROGRAPH",
"CAMERA 1",
"CAMERA 2",
"CASSEGRAIN FOCUS DIRECT IMAGE CCD CAMERA",
"CASSEGRAIN IR CAMERA",
"CASSEGRAIN SPECTROMETER",
"CASSINI PLASMA SPECTROMETER",
"CCD IMAGER",
"CFIM+T2KA",
"CHARGED PARTICLE INSTRUMENT",
"CIRCULARLY VARIABLE FILTER",
"COMETARY AND INTERSTELLAR DUST ANALYZER",
"COMMUNICATION SYSTEM",
"COMPACT RECONNAISSANCE IMAGING SPECTROMETER FOR MARS",
"COMPILATION",
"COMPOSITE INFRARED SPECTROMETER",
"CONTEXT CAMERA",
"CONTOUR DUST ANALYZER",
"CONTOUR FORWARD IMAGER",
"CONTOUR REMOTE IMAGING SPECTROGRAPH",
"CONTOUR REMOTE IMAGING SPECTROGRAPH - IMAGER",
"CONTOUR REMOTE IMAGING SPECTROGRAPH - SPECTROMETER",
"CONTOUR TELEMETRY",
"COSMIC DUST ANALYZER",
"COSMIC RAY SUBSYSTEM",
"COSMIC RAY SYSTEM",
"COSMIC RAY TELESCOPE",
"COSMIC RAY TELESCOPE FOR THE EFFECTS OF RADIATION",
"COSPIN-ANISOTROPY TELESCOPE",
"COSPIN-HIGH ENERGY TELESCOPE",
"COSPIN-HIGH FLUX TELESCOPE",
"COSPIN-KIEL ELECTRON TELESCOPE",
"COSPIN-LOW ENERGY TELESCOPE",
"CROSS-DISPERSED ECHELLE SPECTROMETER",
"CRS",
"CRYOGENIC ARRAY SPECTROMETER/IMAGER",
"CTIO 1.0M 2DFRUTTI SPECTROGRAPH",
"CTIO 1.5-METER CASSEGRAIN SPECTROGRAPH",
"CTIO CCD SYSTEM",
"DAEDALUS SPECTROMETER",
"DEEP IMPACT HIGH RESOLUTION INSTRUMENT - IR SPECTROMETER",
"DEEP IMPACT HIGH RESOLUTION INSTRUMENT - VISIBLE CCD",
"DEEP IMPACT IMPACTOR TARGETING SENSOR - VISIBLE CCD",
"DEEP IMPACT MEDIUM RESOLUTION INSTRUMENT - VISIBLE CCD",
"DENIS 3-CHANNEL NEAR-INFRARED CAMERA",
"DERIVATION",
"DESCENT CAMERA",
"DESCENT IMAGER SPECTRAL RADIOMETER",
"DIVINER LUNAR RADIOMETER EXPERIMENT",
"DOPPLER WIND EXPERIMENT",
"DUAL BEAM PHOTOMETER",
"DUAL TECHNIQUE MAGNETOMETER",
"DUST DETECTION INSTRUMENT",
"DUST FLUX MONITOR INSTRUMENT",
"DUST IMPACT DETECTOR",
"DUST IMPACT MASS ANALYZER",
"DUST IMPACT PLASMA DETECTOR",
"DUST PARTICLE COUNTER AND MASS ANALYZER",
"DUST PARTICLE DETECTOR",
"DYNAMIC SCIENCE EXPERIMENT",
"ELECTRON REFLECTOMETER",
"ELECTRON TEMPERATURE PROBE",
"ENERGETIC PARTICLE AND PLASMA SPECTROMETER",
"ENERGETIC PARTICLE ANISOTROPY SPECTROMETER",
"ENERGETIC PARTICLE COMPOSITION INSTRUMENT",
"ENERGETIC PARTICLE EXPERIMENT",
"ENERGETIC PARTICLES DETECTOR",
"ENERGETIC PARTICLES INVESTIGATION",
"ESO BOLLER AND CHIVENS SPECTROGRAPH",
"ESO CCD SYSTEM",
"ESO MULTIMODE INSTRUMENT",
"EXTREME ULTRAVIOLET SPECTROMETER",
"FIELD PORTABLE ANEMOMETER MASTS",
"FINK SPECTROGRAPH",
"FLUXGATE MAGNETOMETER",
"FOCAL PLANE ARRAY",
"FRONT HAZARD AVOIDANCE CAMERA LEFT",
"GALILEO DUST DETECTION SYSTEM",
"GALILEO ORBITER STAR SCANNER",
"GALILEO PROBE MASS SPECTROMETER",
"GALILEO PROBE NEPHELOMETER",
"GAMMA RAY SPECTROMETER",
"GAMMA RAY SPECTROMETER / HIGH ENERGY NEUTRON DETECTOR",
"GAMMA RAY/NEUTRON SPECTROMETER/HIGH ENERGY NEUTRON DETECTOR",
"GAS CHROMATOGRAPH MASS SPECTROMETER",
"GAS INSTRUMENT",
"GEIGER TUBE TELESCOPE",
"GIOTTO RADIOSCIENCE EXPERIMENT",
"GOLDSTONE DEEP SPACE NETWORK ANTENNA DSS-14",
"GPS MICROTERRAIN",
"GRAVITATIONAL WAVE EXPERIMENT",
"GROUND-BASED CCDS",
"HALLEY MULTICOLOUR CAMERA",
"HASSELBLAD 70MM STEREO CAMERA SYSTEM",
"HAZARD AVOIDANCE CAMERA",
"HEAVY ION COUNTER",
"HELIOSPHERIC INST-SPECTRA,COMPOSITION,ANISOTROPY AT LOW ENER",
"HELIUM ABUNDANCE DETECTOR",
"HELIUM ABUNDANCE INTERFEROMETER",
"HELIUM VECTOR MAGNETOMETER",
"HIGH RATE DETECTOR",
"HIGH RESOLUTION IMAGING SCIENCE EXPERIMENT",
"HIGH RESOLUTION STEREO CAMERA",
"HIGH SPEED OCCULTATION TIMING PHOTOMETER",
"HUBBLE SPACE TELESCOPE",
"HUYGENS ATMOSPHERIC STRUCTURE INSTRUMENT",
"HUYGENS PROBE HOUSEKEEPING",
"IHW ASTROMETRY NETWORK",
"IHW INFRARED IMAGING DATA",
"IHW INFRARED PHOTOMETRY DATA",
"IHW INFRARED POLARIMETRY DATA",
"IHW INFRARED SPECTROSCOPY DATA",
"IHW LARGE-SCALE PHENOMENA NETWORK",
"IHW NEAR-NUCLEUS STUDIES NETWORK",
"IHW SPECTROSCOPY AND SPECTROPHOTOMETRY",
"IMAGER FOR MARS PATHFINDER",
"IMAGING GRISM INSTRUMENT",
"IMAGING PHOTOPOLARIMETER",
"IMAGING SCIENCE SUBSYSTEM",
"IMAGING SCIENCE SUBSYSTEM - NARROW ANGLE",
"IMAGING SCIENCE SUBSYSTEM - WIDE ANGLE",
"INERTIAL MEASUREMENT UNIT",
"INFRARED FILTER REFERENCE CURVES",
"INFRARED FILTER REFERENCE TABLES",
"INFRARED INTERFEROMETER SPECTROMETER",
"INFRARED INTERFEROMETER SPECTROMETER AND RADIOMETER",
"INFRARED RADIOMETER",
"INFRARED SPECTROMETER",
"INFRARED THERMAL MAPPER",
"INSB INFRARED ARRAY",
"INSB PHOTOMETER AT IRTF",
"INTENSIFIED DISSECTOR SCANNER",
"INTERMEDIATE DISPERSION SPECTROGRAPH AND IMAGING SYSTEM",
"INTERPLANETARY MAGNETIC FIELD EXPERIMENT",
"ION AND NEUTRAL MASS SPECTROMETER",
"ION COMPOSITION INSTRUMENT",
"ION MASS SPECTROMETER",
"ION PROPULSION SYSTEM DIAGNOSTIC SUBSYSTEM",
"IRIS",
"JOHNSTONE PLASMA ANALYZER (JPA)",
"JPL MID-INFRARED LARGE-WELL IMAGER",
"KECK ECHELLE SPECTROGRAPH AND IMAGER",
"KECK I LONG WAVELENGTH SPECTROGRAPH (IR)",
"LA RUCA SITE 1K IMAGER",
"LABELED RELEASE",
"LARGE CASSEGRAIN SPECTROGRAPH",
"LARGE CASSEGRAIN SPECTROMETER",
"LARSON FOURIER TRANSFORM SPECTROMETER",
"LARSON IHW SPECTROGRAPH",
"LASER RANGEFINDER",
"LIDAR HIGH-RESOLUTION IMAGER",
"LIGHT DETECTION AND RANGING INSTRUMENT",
"LIGHTNING AND RADIO EMISSION DETECTOR",
"LINEAR ETALON IMAGING SPECTRAL ARRAY",
"LONG RANGE RECONNAISSANCE IMAGER",
"LONG WAVELENGTH INFRARED CAMERA",
"LONG-WAVELENGTH PRIME",
"LONG-WAVELENGTH REDUNDANT",
"LOW ENERGY CHARGED PARTICLE",
"LOWELL 72IN VISUAL CCD CAMERA",
"LOWELL HIGH SPEED CCD SYSTEM",
"LP ENGINEERING",
"LPL VISUAL CCD CAMERA",
"LUNAR EXPLORATION NEUTRON DETECTOR",
"LYMAN ALPHA MAPPING PROJECT",
"MAGNETOMETER",
"MAGNETOMETER - ELECTRON REFLECTOMETER",
"MAGNETOSPHERIC IMAGING INSTRUMENT",
"MARK III SPECTROGRAPH",
"MARS ADVANCED RADAR FOR SUBSURFACE AND IONOSPHERE SOUNDING",
"MARS ATMOSPHERIC WATER DETECTOR",
"MARS CLIMATE SOUNDER",
"MARS COLOR IMAGER",
"MARS EXPRESS ORBITER RADIO SCIENCE",
"MARS ORBITER CAMERA",
"MARS ORBITER LASER ALTIMETER",
"MARS PATHFINDER IMP WINDSOCKS",
"MARS RADIATION ENVIRONMENT EXPERIMENT",
"MCDONALD INTENSIFIED DISSECTOR SCANNER",
"MCDONALD P45A TWO-CHANNEL PHOTOMETER",
"MECA ATOMIC FORCE MICROSCOPE",
"MECA COMMON ELECTRONICS",
"MECA OPTICAL MICROSCOPE",
"MECA THERMAL AND ELECTRICAL CONDUCTIVITY PROBE",
"MECA WET CHEMISTRY LABORATORY",
"MER1 ENGINEERING",
"MER2 ENGINEERING",
"MERCURY ATMOSPHERIC AND SURFACE COMPOSITION SPECTROMETER",
"MERCURY DUAL IMAGING SYSTEM NARROW ANGLE CAMERA",
"MERCURY DUAL IMAGING SYSTEM WIDE ANGLE CAMERA",
"MERCURY LASER ALTIMETER",
"METEOR COUNTS - RADAR",
"METEOR COUNTS - VISUAL",
"METEOROLOGY",
"METEOROLOGY SUITE, LIDAR",
"METEOROLOGY SUITE, PRESSURE & TEMPERATURE",
"MICROSCOPIC IMAGER",
"MICROWAVE INSTRUMENT FOR THE ROSETTA ORBITER",
"MINI-RF LRO",
"MINIATURE INTEGRATED CAMERA-SPECTROMETER",
"MINIATURE THERMAL EMISSION SPECTROMETER",
"MIRSI - MID-INFRARED SPECTROMETER AND IMAGER",
"MOESSBAUER SPECTROMETER",
"MULTI-SPECTRAL IMAGER",
"MULTISPECTRAL VISIBLE IMAGING CAMERA",
"N/A",
"NAVIGATION CAMERA",
"NEAR INFRARED CAMERA",
"NEAR INFRARED MAPPING SPECTROMETER",
"NEAR INFRARED SPECTROMETER",
"NEAR LASER RANGEFINDER",
"NEPHELOMETER ENERGETIC PARTICLES INSTRUMENT",
"NET FLUX RADIOMETER",
"NEUTRAL GAS AND ION MASS SPECTROMETER",
"NEUTRAL MASS SPECTROMETER",
"NEUTRON SPECTROMETER",
"NSF CAMERA",
"OBSERVATOIRE MINERALOGIE, EAU, GLACES, ACTIVITE",
"OKAYAMA ASTROPHYSICAL SYSTEM - IR IMAGING & SPECTROSCOPY",
"OPTICAL PROBE EXPERIMENT",
"ORBITER NEUTRAL MASS SPECTROMETER",
"ORBITER RADIO SCIENCE EXPERIMENT",
"ORBITER RETARDING POTENTIAL ANALYZER",
"ORBITING RADAR",
"PANORAMIC CAMERA",
"PARABOLA",
"PARTICULATE IMPACT ANALYZER",
"PHOTOMETER",
"PHOTOMETRIC FLUX DATA",
"PHOTOMETRIC MAGNITUDE DATA",
"PHOTOPOLARIMETER RADIOMETER",
"PHOTOPOLARIMETER SUBSYSTEM",
"PIONEER VENUS ORBITER ULTRAVIOLET SPECTROMETER",
"PLANETARY RADIO ASTRONOMY RECEIVER",
"PLASMA ENERGY ANALYZER",
"PLASMA EXPERIMENT FOR PLANETARY EXPLORATION",
"PLASMA INSTRUMENT",
"PLASMA SCIENCE EXPERIMENT",
"PLASMA WAVE ANALYZER",
"PLASMA WAVE EXPERIMENT",
"PLASMA WAVE INSTRUMENT",
"PLASMA WAVE RECEIVER",
"PLUTO ENERGETIC PARTICLE SPECTROMETER SCIENCE INVESTIGATION",
"POLARIMETRY DATA",
"PORTABLE FIELD EMISSION SPECTROMETER",
"PRIMO I PHOTOMETER",
"PVO ORBITER ION MASS SPECTROMETER",
"QUADRISPHERICAL PLASMA ANALYZER",
"QUICK INFRARED CAMERA",
"RADAR",
"RADAR SYSTEM",
"RADIO AND PLASMA WAVE SCIENCE",
"RADIO OH SPECTRAL LINE DATA",
"RADIO SCIENCE SUBSYSTEM",
"RADIO SPECTRAL LINE DATA",
"RADIO TELESCOPE",
"RADIOWAVE DETECTOR",
"RATAN-600",
"RAYNGER II PLUS",
"RCAC31034A",
"REAGAN SUNPHOTOMETER",
"ROBERT C. BYRD GREEN BANK TELESCOPE",
"ROBOTIC ARM CAMERA",
"ROCK ABRASION TOOL",
"ROVER CAMERA LEFT",
"ROVER CAMERA REAR",
"ROVER CAMERA RIGHT",
"SAMPLE RETURN CAPSULE",
"SDSS PHOTOMETRIC CAMERA",
"SEISMOMETER",
"SHALLOW RADAR",
"SHORT-WAVELENGTH PRIME",
"SIMULTANEOUS QUAD INFRARED IMAGING DEVICE (SQIID)",
"SINGLE BEAM VIS/IR INTEL SPECTRORADIOMTR",
"SMT MPIFR 19-CHANNEL BOLOMETER",
"SOLAR CORONA EXPERIMENT",
"SOLAR WIND AROUND PLUTO",
"SOLAR WIND ION COMPOSITION SPECTROMETER",
"SOLAR WIND OBSERVATIONS OVER THE POLES OF THE SUN",
"SOLAR WIND PLASMA EXPERIMENT",
"SOLAR WIND SPECTROMETER",
"SOLAR X-RAY/COSMIC GAMMA-RAY BURST INSTRUMENT",
"SOLAR-WIND EXPERIMENT",
"SOLAR-WIND INSTRUMENT",
"SOLID STATE IMAGING SYSTEM",
"SPATIAL INFRARED IMAGING TELESCOPE",
"SPECTRAL HYGROMETER",
"SPEX",
"SPICAM",
"SPICE AND P-EPHEMERIS KERNELS",
"SPICE KERNELS",
"STOKES PARAMETERS",
"STOVER CCD SPECTROGRAPH CAMERA",
"STUDENT DUST COUNTER",
"SUPERB SEEING IMAGER",
"SURFACE STEREO IMAGER",
"TEKTRONIX 2048X2048 CCD",
"TELESCOPES",
"TELEVISION SYSTEM",
"TELLTALE",
"THERMAL EMISSION IMAGING SYSTEM",
"THERMAL EMISSION SPECTROMETER",
"THERMAL EVOLVED GAS ANALYZER",
"THERMAL INFRARED MULTI-MODE INSTRUMENT 2",
"THERMAL INFRARED MULTISPECTRAL SCANNER",
"THERMISTOR PROBE",
"TINSLEY PHOTOMETER",
"TORINO PHOTOPOLARIMETER",
"TRAPPED RADIATION DETECTOR",
"TRIAXIAL FLUXGATE MAGNETOMETER",
"TUNDE-M ENERGETIC PARTICLE ANALYZER",
"UH CCD SYSTEM",
"UH TEKTRONIX 2K CCD",
"ULTRA LOW ENERGY CHARGE ANALYZER",
"ULTRAVIOLET IMAGING SPECTROGRAPH",
"ULTRAVIOLET PHOTOMETER",
"ULTRAVIOLET SPECTROMETER",
"ULTRAVIOLET/VISIBLE CAMERA",
"ULYSSES DUST DETECTION SYSTEM",
"ULYSSES JUPITER SPICE S- AND P-EPHEM. KERNELS",
"UNIFIED RADIO AND PLASMA WAVE EXPERIMENT",
"UNIVERSITY OF ROCHESTER ARRAY CAMERA",
"UNK",
"UNK - INSTRUMENT ID (FC1B )",
"UNK - INSTRUMENT ID (FC2A )",
"UNK - INSTRUMENT ID (FC3A )",
"UNK - INSTRUMENT ID (FTS)",
"UNKNOWN",
"VARIOUS GROUND-BASED DETECTORS",
"VARIOUS RADIO TELESCOPES",
"VECTOR HELIUM/FLUXGATE MAGNETOMETERS",
"VERY LARGE ARRAY",
"VIKING METEOROLOGY INSTRUMENT SYSTEM",
"VISUAL AND INFRARED MAPPING SPECTROMETER",
"VISUAL IMAGING SUBSYSTEM",
"VISUAL IMAGING SUBSYSTEM - CAMERA A",
"VISUAL IMAGING SUBSYSTEM - CAMERA B",
"VISUAL IMAGING SUBSYSTEM CAMERA A",
"VISUAL IMAGING SUBSYSTEM CAMERA B",
"WALLOPS/GSFC AIRBORNE TOPOGRAPHIC MAPPER",
"WEATHER STATION",
"WIDE FIELD PLANETARY CAMERA 2",
"X-RAY FLORESCENCE",
"XRAY SPECTROMETER",
"XRAY/GAMMA RAY SPECTROMETER"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_PARAMETER_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The instrument_parameter_name element provides the name of
the data parameter which was measured by an instrument.
As an example, the instrument_parameter_name value could be
ELECTRIC FIELD COMPONENT. It is intended that the
instrument_parameter_name element provide the name of the
rawest measured value which has some physical significance.
Thus, for example, while the detector of an instrument may
actually record voltage differences, the electric field
component which is proportional to those differences is
considered to be the instrument parameter.
Note: that the associated data_set_or_inst_parm_desc
element describes the measured parameter."
STANDARD_VALUE_SET = {
"ATMOSPHERIC PRESSURE",
"ATMOSPHERIC TEMPERATURE",
"ATOMIC NUMBER (Z)",
"BRIGHTNESS",
"D1 RATE",
"D2 RATE",
"ELECTRIC FIELD COMPONENT",
"ELECTRIC FIELD WAVEFORM",
"ELECTRON CURRENT",
"ELECTRON RATE",
"ENERGY/NUCLEON",
"ION CURRENT",
"ION RATE",
"MAGNETIC FIELD COMPONENT",
"N/A",
"PARTICLE MULTIPLE PARAMETERS",
"PARTICLE RATE",
"PHOTON FLUX",
"PLANETARY RADIUS",
"POSITION VECTOR",
"PRESSURE",
"RADAR ECHO POWER",
"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",
"RADIANT POWER",
"RSSDETEB POWER",
"SPECTRAL INTENSITY",
"SPECTRAL RADIANCE",
"TEMPERATURE",
"UNK",
"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 = INSTRUMENT_PARAMETER_RANGES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The instrument_parameter_ranges element provides the number of instrument
parameter ranges for a given instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_PARAMETER_UNIT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The instrument_parameter_unit element specifies the unit of
measure of associated instrument parameters."
STANDARD_VALUE_SET = {
"10**-6 WATT / CM**-2 / STERADIAN / WAVENUMBER",
"AMPS",
"COUNTS/SECOND",
"DEGREE",
"DEGREES CELSIUS",
"DIMENSIONLESS",
"KILOMETERS/HOUR",
"METER",
"METERS/SECOND",
"MEV X MEV",
"MEV/NUCLEON",
"MILLIBAR",
"N/A",
"NANOTESLA",
"NUMBER OF NUCLEAR PROTONS",
"UNK",
"VOLT/METER",
"VOLTS",
"WATT/(METER*METER)/STERADIAN",
"WATT/METER**2/HERTZ",
"WATTS",
"WATTS/AREA/STERADIANS",
"WATT_METER**-2_MICROMETER**-1"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_POWER_CONSUMPTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = W
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The instrument_power_consumption element provides power
consumption information for an instrument.
Note: instrument_power_consumption may vary with
different modes of instrument operation."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_SERIAL_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The instrument serial number element provides the
manufacturer's serial number assigned to an instrument.
This number may be used to uniquely identify a particular
instrument for tracing its components or determining its
calibration history, for example."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -273
DESCRIPTION = "
The INSTRUMENT_TEMPERATURE element provides the temperature, in degrees
Celsius, of an instrument or some part of an instrument.
This keyword may be used in conjunction with
INSTRUMENT_TEMPERATURE_POINT to more fully describe either single or
multiple temperatures at various locations within a single instrument. If
there is more than one measurement taken for a given instrument, a multi-
value ordered set of values (i.e., sequence) may be constructed to
associate each temperature measurement in the INSTRUMENT_TEMPERATURE list
with a corresponding item in the INSTRUMENT_TEMPERATURE_POINT sequence of
values."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_TEMPERATURE_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The instrument_temperature_count element provides the instrument
temperature in raw counts or DN values."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_TEMPERATURE_NAME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
DESCRIPTION = "
The INSTRUMENT_TEMPERATURE_NAME element is an array of the formal
names identifying each of the values used in INSTRUMENT_TEMPERATURE."
STANDARD_VALUE_SET = {
"DESCENT CAMERA CCD",
"EDL CCD",
"FRONT HAZ ELECTRONICS",
"LEFT NAV CCD",
"LEFT PAN CCD",
"LEFT PAN ELECTRONICS",
"MI CCD",
"MI ELECTRONICS",
"REAR HAZ ELECTRONICS",
"RIGHT PAN CCD"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_TEMPERATURE_POINT
STATUS_TYPE = PROPOSED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The INSTRUMENT_TEMPERATURE_POINT element identifies the measurement
point or location on an instrument or some part of an instrument.
This keyword may be used in conjunction with INSTRUMENT_TEMPERATURE
to more fully describe either single or multiple temperatures at
various locations within a single instrument. If there is more
than one measurement taken for a given instrument, a multi-value
ordered set of values (i.e., sequence) may be constructed to
associate each temperature measurement in the
INSTRUMENT_TEMPERATURE list with a corresponding item in the
INSTRUMENT_TEMPERATURE_POINT sequence of values."
STANDARD_VALUE_SET = {
"COVER ACTUATOR",
"DETECTOR OPTICAL BENCH SPECTROMETER HOUSING",
"ELECTRONICS CHASSIS",
"IR DETECTOR",
"IR RADIATOR",
"M1_MIRROR",
"N/A",
"OBA CUBE SUPPORT",
"OBA1",
"OBA2",
"OBA3",
"UV DETECTOR"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The instrument_type element identifies the type of an
instrument.
Example values: POLARIMETER, RADIOMETER, REFLECTANCE
SPECTROMETER, VIDICON CAMERA."
STANDARD_VALUE_SET = {
"3-COLOR PUSHBROOM IMAGER",
"ABRADER",
"ACCELEROMETER",
"ACOUSTIC SENSOR",
"ANEMOMETER",
"ANTENNAE",
"ATMOSPHERIC PROFILER",
"ATTITUDE CONTROL SYSTEM",
"BAROMETER",
"BETA DETECTOR",
"BOLOMETER",
"CALORIMETER/SPECTROMETER",
"CAMERA",
"CCD",
"CCD CAMERA",
"CCD/SPECTROGRAPH",
"CHARGED PARTICLE ANALYZER",
"CHARGED PARTICLE TELESCOPE",
"COMPUTATION",
"COSMIC DUST ANALYZER",
"COSMIC RAY DETECTOR",
"DETECTOR ARRAY",
"DOSIMETER",
"DRILL",
"DUST DETECTOR",
"DUST IMPACT DETECTOR",
"DUST SAMPLE COLLECTOR",
"ELECTRODE COLLECTOR",
"ELECTRON REFLECTOMETER",
"ELECTRON SPECTROMETER",
"ELECTRONICS",
"ELECTROSTATIC ANALYZER",
"ENERGETIC PARTICLE DETECTOR",
"ENERGETIC PARTICLES DETECTOR",
"EYE",
"FARADAY CUP",
"FLUXGATE MAGNETOMETER",
"FLUXGATE SENSOR",
"FRAMING CAMERA",
"GAMMA RAY SPECTROMETER",
"GAMMA-RAY BURST DETECTOR",
"GAS DETECTOR",
"HIGH ENERGY PARTICLE DETECTOR",
"HOUSEKEEPING",
"HYGROMETER",
"IMAGER",
"IMAGING CAMERA",
"IMAGING SCIENCE SUBSYSTEM",
"IMAGING SPECTROMETER",
"IN SITU METEOROLOGY",
"INERTIAL MEASUREMENT UNIT",
"INFRARED IMAGER",
"INFRARED IMAGING DEVICE",
"INFRARED IMAGING SPECTROMETER",
"INFRARED INTERFEROMETER",
"INFRARED PHOTOMETER",
"INFRARED POLARIMETER",
"INFRARED SPECTROMETER",
"ION MASS SPECTROMETER",
"LASER ALTIMETER",
"LASER RANGEFINDER",
"LIDAR",
"LINEAR ARRAY CAMERA",
"LOW-FREQUENCY RADIO ARRAY",
"MAGNETOMETER",
"MAGNETOMETER ELECTRON REFLECTO",
"MAGNETOSPHERIC IMAGING",
"MASS SPECTROMETER",
"METEOROLOGY",
"MICROSCOPE",
"N/A",
"NEPHELOMETER",
"NEUTRAL PARTICLE DETECTOR",
"NEUTRON SPECTROMETER",
"OPTICAL SPECTROGRAPH",
"OPTICAL TELESCOPE",
"PARTICLE COUNTER",
"PARTICLE DETECTOR",
"PARTICLE TELESCOPE",
"PHOTOELECTRIC PHOTOMETER",
"PHOTOMETER",
"PHOTOMULTIPLIER",
"PHOTOPOLARIMETER",
"PHOTOPOLARIMETER RADIOMETER",
"PLASMA EXPERIMENT",
"PLASMA INSTRUMENT",
"PLASMA WAVE",
"PLASMA WAVE SPECTROMETER",
"POLARIMETER",
"PROBE",
"QUADRAPOLE MASS SPECTROMETER",
"QUADRUPOLE MASS SPECTROMETER",
"RADAR",
"RADAR ANTENNA",
"RADAR MAPPER",
"RADIO AND PLASMA WAVE SCIENCE",
"RADIO SCIENCE",
"RADIO SPECTROMETER",
"RADIO TELESCOPE",
"RADIOMETER",
"REFERENCE DATA",
"RELFECTANCE SPECTROMETER",
"RETARDING POTENTIAL ANALYZER",
"SPECTROGRAPH",
"SPECTROMETER",
"SPECTROREFLECTOMETER",
"STAR SCANNER",
"SYNTHESIZED ARRAY",
"TELESCOPE",
"THERMAL INFRARED SPECTROMETER",
"THERMISTOR",
"THERMOMETER",
"TOTAL POWER DETECTOR",
"ULTRAVIOLET SPECTROMETER",
"UNK",
"UNKNOWN",
"UV/VISIBLE SPECTROMETER",
"VIDICON CAMERA",
"VISIBLE SPECTROMETER",
"VISUAL COUNT",
"WIDE FIELD CAMERA",
"WIDE FIELD PLANETARY CAMERA 2",
"XRAY SPECTROMETER"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_VERSION_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The INSTRUMENT_VERSION_ID element identifies the specific model of an
instrument used to obtain data. For example, this keyword could be used to
distinguish between an engineering model of a camera used to acquire test
data, and a flight model of a camera used to acquire science data during a
mission."
STANDARD_VALUE_SET = {
"BB",
"EM",
"FM"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_VOLTAGE
STATUS_TYPE = PROPOSED
GENERAL_DATA_TYPE = REAL
UNIT_ID = V
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The INSTRUMENT_VOLTAGE element provides the voltage, in volts, of
an instrument or some part of an instrument.
This keyword may be used in conjunction with INSTRUMENT_VOLTAGE_POINT
to more fully describe either single or multiple voltages at various
locations within a single instrument. If there is more than one
measurement taken for a given instrument, a multi-value ordered set of
values (i.e., sequence) may be constructed to associate each voltage
measurement in the INSTRUMENT_VOLTAGE list with a corresponding item
in the INSTRUMENT_VOLTAGE_POINT sequence of values."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_VOLTAGE_POINT
STATUS_TYPE = PROPOSED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The INSTRUMENT_VOLTAGE_POINT element identifies the measurement
point or location on an instrument or some part of an instrument.
This keyword may be used in conjunction with INSTRUMENT_VOLTAGE
to more fully describe either single or multiple temperatures at
various locations within a single instrument. If there is more
than one measurement taken for a given instrument, a multi-value
ordered set of values (i.e., sequence) may be constructed to
associate each temperature measurement in the INSTRUMENT_VOLTAGE
list with a corresponding item in the INSTRUMENT_VOLTAGE_POINT
sequence of values."
STANDARD_VALUE_SET = {
"N/A",
"UV"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INSTRUMENT_WIDTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = M
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The instrument_width element provides the physical width of
an instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INTEGRATION_DELAY_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 7
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The integration_delay_flag indicates whether the integration time for a
rapidly acquired spectral cube was extended by shrinking the pixel synch
pulse."
STANDARD_VALUE_SET = {
"DISABLED",
"ENABLED"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INTEGRATION_DURATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = S
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The duration of a time over which a particular instrument is observing or
integrating."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INTENSITY_TRANSFER_FUNCTION_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The INTENSITY_TRANSFER_FUNCTION_ID element designates the type of
intensity transfer function (ITF) used to map raw data to intensity
values for an image.
Note: For the International Ultraviolet Explorer (IUE)
spacecraft, the ITF maps values to flux numbers on a pixel by
pixel basis across the image. The ITF for each camera is defined in
geometrically correct space, and is generated from a series of
geometrically corrected mercury flood-lamp flat-field images at graded
exposure levels."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INTERCEPT_POINT_LATITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The intercept_point_latitude element provides the latitude of a point
on the body surface. This intercept point can describe the point at
which lighting geometry is calculated or the point at which the target
body resolution is calculated."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INTERCEPT_POINT_LINE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = PIXEL
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The intercept_point_line element provides the instrument line location
of a point on the body surface. This intercept point can describe the
point at which lighting geometry is calculated or the point at which
the target body resolution is calculated."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INTERCEPT_POINT_LINE_SAMPLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = PIXEL
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The intercept_point_line_sample element provides the instrument sample
location of a point on the body surface. This intercept point can
describe the point at which lighting geometry is calculated or the
point at which the target body resolution is calculated."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INTERCEPT_POINT_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The intercept_point_longitude element provides the longitude of a
point on the body surface. This intercept point can describe the point
at which lighting geometry is calculated or the point at which the
target body resolution is calculated. Value is in west longitude for
Galileo"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INTERCHANGE_FORMAT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 6
DESCRIPTION = "
The interchange_format element represents the manner in
which data items are stored. Example values: BINARY,
ASCII."
STANDARD_VALUE_SET = {
"ASCII",
"BINARY",
"EBCDIC"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INTERFRAME_DELAY
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MS
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM = 0
DESCRIPTION = "
The INTERFRAME_DELAY element provides the
time between successive frames of an image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INTERFRAME_DELAY_DURATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MS
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -999
DESCRIPTION = "
The interframe_delay_duration element provides the duration in milliseconds
(unless otherwise specified) of the delay between the end of one frame and
the start of the next to allow time for the scanning mirror to return to
its starting position."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INTERLINE_DELAY_DURATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MS
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 64000
DESCRIPTION = "
The interline_delay_duration element provides the duration in milliseconds
(unless otherwise specified) of the delay between the end of one line of an
image and the start of the next. Note: For Cassini, this refers to the
infrared line. Time is allowed for: 1) the infrared duration mirror to
return to its starting point, 2) collection of background data and 3) the
alignment of the exposure center times between the infrared and visible
channels."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INVALID_CONSTANT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The invalid_constant element supplies the value used when the
received data were out of the legitimate range of values.
Note: For PDS and Mars Observer applications -- because of
the unconventional data type of this data element, the
element should appear in labels only within an explicit
object, i.e. anywhere between an 'OBJECT =' and an
'END_OBJECT'."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INVENTORY_SPECIAL_ORDER_NOTE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The inventory_special_order_note element is a text field
that provides information on special orders that can be
placed for a given data set collection or data set."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = INVERTED_CLOCK_STATE_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The inverted_clock_state element indicates whether a clock signal was
inverted."
STANDARD_VALUE_SET = {
"INVERTED",
"NON-INVERTED",
"NOT INVERTED"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = IRAS_CLOCK_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = NONE
DESCRIPTION = "
The satellite viewing angle projected onto the plane
perpedicular to the Sun- line, measured from ecliptic
North, clockwise as viewed from the Sun. This is the same
direction as the IRAS orbital motion."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = IRAS_CLOCK_ANGLE_RANGE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = NONE
DESCRIPTION = "
The change in the clock angle during the elapsed time of
the scan."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = IRAS_CLOCK_ANGLE_RATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = NONE
DESCRIPTION = "
The average time rate of change of the clock angle during
a scan."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = IRAS_CLOCK_ANGLE_RATE_SIGMA
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = NONE
DESCRIPTION = "
The standard deviation of the scan rate determined from
variations in values from the gyro."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = IRAS_HCON
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
DESCRIPTION = "
HCON is hours-confirmation. In order to maximize the
reliability of the IRAS observations, the satellite
scanning strategy was designed so that a piece of the sky
would be re-observed on timescales of hours (generally one
orbit of 103 minutes). Three hours-confirmed surveys,
designated HCONs 1, 2 and 3 respectivley, of the sky were
made by IRAS over the course of its mission. HCON 1 and
2's observations were interleaved on timescales of weeks.
HCON 3 consists of all scans after SOP 426, inclusive.(See
Beichman et al. (1989) for further information.)"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ISIS_STRUCTURE_VERSION_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM = 2.1
MAXIMUM = 2.1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The isis_structure_version_id provides the version of ISIS software
with which a PDS SPECTRAL_QUBE's physical structure is compatible.
Note that in order to work with ISIS software, an ISIS compliant label
must also be provided with the data object. See the chapter
'SPECTRAL_QUBE' in Appendix A of the PDS Standards Reference, for more
details on using PDS SPECTRAL_QUBEs with ISIS software."
STANDARD_VALUE_SET = {
"2.1"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ITEM_BITS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The item_bits element indicates the number of bits
allocated for a particular bit data item.
Note: In the PDS, the item_bits element is used when
the items element specifies multiple occurrences of
an implied item within a BIT_COLUMN object definition."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ITEM_BYTES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The item_bytes data element represents the size in bytes of an item
within a data object such as a column.
Notes:
(1) In the PDS, the term item_bytes is distinguished from the term
bytes because both elements may appear in a single data object
definition (e.g., a label) and refer to different parts of the
data object. In an object such as a column, bytes represents the
size of the column. Should the column be split into equal items,
item_bytes would represent the size of each item.
(2) In a field object, item_bytes specifies the maximum size of each
item."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ITEM_OFFSET
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The item_offset data element indicates the number of bytes
from the start of one item to the start of the next item in
any ASCII column or array."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ITEMS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The items element defines the number of identical parts into which a
single object, such as a column or field, has been divided. See also:
repetitions.
Note: In the PDS, the data element ITEMS is used for subdivision of a
single object, such as a column or a field. REPETITIONS is used for
multiple occurrences of objects, such as in a container. For a fuller
description of the use of these data elements, please refer to the
Standards Reference."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = JOURNAL_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The journal_name element identifies, where applicable, the
published work (e.g., journal or report) which contains a
reference document."
STANDARD_VALUE_SET = {
"ADVANCES IN SPACE RESEARCH",
"AMERICAN SOCIETY OF PHOTOGRAMMETRY",
"ANNUAL REVIEW OF EARTH AND PLANETARY SCIENCE",
"APPLIED OPTICS",
"ASTEROIDS",
"ASTEROIDS II",
"ASTRONOMICAL JOURNAL",
"ASTRONOMY AND ASTROPHYSICS JOURNAL",
"ASTROPHYSICAL JOURNAL",
"BULLETIN AMERICAN METEOROLOGICAL SOCIETY",
"BULLETIN OF THE ASTRONOMICAL INSTITUTE OF CZECHOSLAVAKIA",
"BULLETIN OF THE GEOLOGICAL SOCIETY OF AMERICA",
"COSMIC ELECTRODYNAMICS",
"EOS TRANSACTIONS",
"EOS TRANSACTIONS, AMERICAN GEOPHYSICAL UNION",
"GEOLOGICAL SURVEY BULLETIN",
"GEOPHYSICAL MONOGRAPH",
"GEOPHYSICAL RESEARCH LETTERS",
"GIOTTO STUDY NOTE",
"ICARUS",
"ICARUS-INTERNATIONAL JOURNAL OF SOLAR SYSTEM STUDIES",
"IEEE TRANSACTIONS ON GEOSCIENCE AND ELECTRONICS",
"IEEE TRANSACTIONS ON GEOSCIENCE AND REMOTE SENSING",
"IEEE TRANSACTIONS ON MAGNETICS",
"IEEE TRANSACTIONS ON NUCLEAR SCIENCE",
"IHW ASTROMETRY NETWORK NEWSLETTER",
"INT. SOC. OPT. ENG.",
"IUE NEWSLETTER",
"J. GEOPHYS. RES.",
"JOURNAL OF ATMOSPHERIC SCIENCES",
"JOURNAL OF GEOPHYSICAL RESEARCH",
"JOURNAL OF GEOPHYSICAL RESEARCH LETTERS",
"JOURNAL OF SPACECRAFT AND ROCKETS",
"JOURNAL OF THE OPTICAL SOCIETY OF AMERICA",
"JPL DOCUMENT",
"JPL PUBLICATION",
"JPL TECHNICAL REPORT 32-1550",
"JPL TECHNICAL REPORT 32-1550, VOL.V",
"KIEV COMET CIRCULAR",
"KOSMICH. ISSLED.",
"LASER FOCUS/ELECTRO-OPTICS",
"MAGNETICS",
"MICROWAVE SYSTEM NEWS",
"MINOR PLANET CIRCULAR",
"MONTHLY NOTES OF THE ROYAL ASTRONOMICAL SOCIETY",
"N/A",
"NASA CONFERENCE PUBLICATION",
"NASA PUBLICATION",
"NASA SPECIAL PUBLICATION",
"NATURE",
"NINETEENTH CONFERENCE ON AGRICULTURE AND FOREST METEOROLOGY",
"OCCULTATION NEWSLETTER",
"PHD DISSERTATION",
"PHOTOGRAMMETRIC ENGINEERING AND REMOTE SENSING",
"PHYSICS OF THE EARTH AND PLANETARY INTERIORS",
"PHYSICS OF THE JOVIAN MAGNETOSPHERE",
"PIONEER VENUS PROJECT SPECIFICATION PC-456.O4",
"PROC OF SOCIETY OF PHOTO-OPTICAL INSTRUMENTATION ENGINEERS",
"PROC SYMPOSIUM PLANET ATMOS ROYAL SOC CANADA",
"PROCEEDINGS OF IGARRS'89 SYMPOSIUM",
"PROCEEDINGS OF THE 12TH LUNAR & PLANETARY SCIENCE CONFERENCE",
"PROCEEDINGS OF THE 19TH LUNAR & PLANETARY SCIENCE CONFERENCE",
"PROCEEDINGS OF THE 20TH LUNAR & PLANETARY SCIENCE CONFERENCE",
"PROCEEDINGS SPIE",
"PROJECT MAGELLAN SIS DOCUMENT",
"PUBLICATION OF THE ASTRONOMICAL SOCIETY OF THE PACIFIC",
"PUBLICATIONS OF THE LICK OBSERVATORY",
"RADIO SCIENCE",
"REMOTE SENSING OF ENVIRONMENT",
"SCIENCE",
"SCIENTIFIC AMERICAN",
"SPACE SCI. REV.",
"SPACE SCIENCE REVIEW",
"THE ASTRONOMICAL JOURNAL",
"THE EARTH, MOON AND PLANETS",
"THE MOON",
"THE PLANETARY REPORT",
"THESIS",
"UC SPACE SCIENCE LAB SERIES",
"YALE PLANETARY EXPLORATION SERIES"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = JPL_PRESS_RELEASE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
DESCRIPTION = "
This element describes the JPL press release id for a data
product associated with the given data product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = KERNEL_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 18
DESCRIPTION = "
The kernel_type data element identifies the specific
kernel of ancillary data produced within the SPICE system."
STANDARD_VALUE_SET = {
"CLOCK_COEFFICIENTS",
"EPHEMERIS",
"EVENTS",
"FRAMES",
"INSTRUMENT",
"LEAPSECONDS",
"POINTING",
"TARGET_CONSTANTS"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = KERNEL_TYPE_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The kernel_type_id element identifies the type of the SPICE kernel file"
STANDARD_VALUE_SET = {
"CK",
"EK",
"FK",
"IK",
"LSK",
"PCK",
"SCLK",
"SPK"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = KEYWORD_DEFAULT_VALUE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The keyword_default_value element is used to initialize a
template keyword value to a default value during
construction of templates. When filling out templates, the
data supplier provides a value for all keywords except
those which have a default value."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = KEYWORD_LATITUDE_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
Identifies the type of latitude (planetographic or planetocentric) used in
the labels, e.g., for the maximum, minimum, center, reference, and
standard-parallel latitudes. This can differ from the type of latitude
that is equally sampled in certain database projections (see
PROJECTION_LATITUDE_TYPE), though use of different values for the two
keywords is not recommended. The IAU definition for direction of positive
longitude should adopted: for objects with prograde rotation, a positive
longitude direction of west is used in conjunction with PLANETOGRAPHIC
latitudes, whereas for objects with retrograde rotation positive east
longitude is used with PLANETOGRAPHIC latitudes. By IAU convention east
longitude may be used with PLANETOCENTRIC latitude for any body. The
keyword COORDINATE_SYSTEM_NAME describes these IAU-approved combinations of
latitude and longitude definitions. The keywords KEYWORD_LATITUDE_TYPE and
POSITIVE_LONGITUDE_DIRECTION separately specify the definitions for
latitude and longitude and hence may be used to describe not only the IAU-
approved combinations but also non-IAU-approved combinations as needed.
Adherence to the IAU standard is recommended by the PDS."
STANDARD_VALUE_SET = {
"PLANETOCENTRIC",
"PLANETOGRAPHIC"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = KEYWORD_VALUE_HELP_TEXT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The keyword_value_help_text element provides text which
describes the information required from the data supplier
to assign a value to a template keyword."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LABEL_RECORDS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The label_records element indicates the number of physical
file records that contain only label information. The
number of data records in a file is determined by
subtracting the value of label_records from the value of
file_records.
Note: In the PDS, the use of label_records along
with other file-related data elements is fully
described in the Standards Reference."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LABEL_REVISION_NOTE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The LABEL_REVISION_NOTE element is a free-form unlimited length
character string providing information regarding the revision status
and authorship of a PDS label. This should include the latest revision
date and author of the current version, but may include a more complete
history. This element is required in all Catalog labels and should be
the second element in the label.
Example: '1999-06-07 SBN:raugh Auto-generated, 1999-07-08 CN:JSH Updated;'
"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LAMP_STATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = "N/A"
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The state of the lamp on an instrument. The values noted are binary on/off
values with respect to each of the lamps associated with the instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LANDER_SURFACE_QUATERNION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1
DESCRIPTION = "
The lander_surface_quaternion element provides an array of four values that
define the relationship between the lander coordinate frame and the local
level coordinate frame. These values are commonly listed in the order
(cosine, x, y, z) or in the order (x, y, z, cosine)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LAST_ALT_FOOTPRINT_TDB_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The last_alt_footprint_tdb_time element provides the value
of the spacecraft ephemeris time that represents the last
altimeter footprint of this orbit. It is equal to the
altimetry_footprint_tdb_time value in the last record of
this orbit's altimetry data file."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LAST_IMAGE_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The last_image_time element indicates the start_time (or
image_time) that appears in the label of the last image on
an archive medium."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LAST_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The last_name element provides the last name (surname) of an
individual."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LAST_PRODUCT_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The last_product_id data element indicates the product_id
that appears in the label of the last data product on an
archive medium."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LAST_RAD_FOOTPRINT_TDB_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The last_rad_footprint_tdb_time element provides the value
of the spacecraft ephemeris time of the last radiometer
measurement of this orbit. It is equal to the
rad_spacecraft_epoch_tdb_time value in the last record of
this orbit's radiometry data file."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LATITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
For a Planetocentric, body-fixed, rotating coordinate system, latitude
is defined as: The angle between the equatorial plane and a vector
connecting the point of interest and the origin of the planetocentric
coordinate system. Positive in the hemisphere north of the equator
(i.e., hemisphere to the north of the solar system invariant plane) and
negative in the southern hemisphere.
For a Planetographic, body-fixed, rotating coordinate system, latitude
is defined as: The angle between the equatorial plane and a vector
through the point of interest that is normal to a biaxial ellipsoid
reference surface. Positive in the hemisphere north of the equator
(i.e., hemisphere to the north of the solar system invariant plane) and
negative in the southern hemisphere.
Note: With a non-zero polar flattening, the vector does not intersect
the coordinate system origin, except at the equator and the poles.
See coordinate_system_name, coordinate_system_type and the PDS
Cartographic Standards in the PDS Standards Reference V3.2 for
further details."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LAUNCH_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The launch_date element identifies the date of launch of a
spacecraft or a spacecraft_carrying vehicle.
Formation rule: YYYY-MM-DD"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LENS_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = K
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The lens_temperature element provides the temperature of
the lens in degrees kelvin at the time the observation was
made."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LIGHT_FLOOD_STATE_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The light_flood_state_flag element indicates the mode (on
or off) of light flooding for an instrument."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LIGHT_SOURCE_DISTANCE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The light_source_distance element provides the distance
from the target body center and secondary light source
center."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LIGHT_SOURCE_INCIDENCE_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 180
DESCRIPTION = "
The light_source_incidence_angle element provides a measure
of the lighting condition at the intercept point.
Incidence angle is the angle between the local vertical at
intercept (surface) point and a vector from the intercept
point to the light source."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LIGHT_SOURCE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The light_source_name element provides the name of the
light source used in observations when it is not the Sun.
Note: For the Clementine Mission, the light source is the
Earth when making lunar observations, and the Moon when
making Earth observations."
STANDARD_VALUE_SET = {
"EARTH",
"IR LAMP 1",
"IR LAMP 2",
"IR SPHERE LAMP",
"MOON",
"NONE",
"SPHERE LAMP 1",
"SPHERE LAMP 2",
"VNIR LAMP 1",
"VNIR LAMP 2",
"VNIR SPHERE LAMP"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LIGHT_SOURCE_PHASE_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 180
DESCRIPTION = "
The light_source_phase_angle element provides a measure of
the relationship between the spacecraft viewing position
and the light source. Light_source_phase_angle is defined
as the angle between a vector from the intercept point to
the light source and a vector from the intercept point to
the spacecraft."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LIGHT_SOURCE_TYPE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The LIGHT_SOURCE_TYPE element identifies that source
of illumination used in instrument calibration."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LIMB_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The limb_angle element provides the value of the angle
between the center of an instrument's field of view and the
nearest point on the lit limb of the target body.
Limb_angle values are positive off_planet and negative
on_planet."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LINE_CAMERA_MODEL_OFFSET
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = PIXEL
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The LINE_CAMERA_MODEL_OFFSET element provides the location of the image
origin with respect to the camera model's origin. For CAHV/CAHVOR models,
this origin is not the center of the camera, but is the upper-left corner
of the 'standard' -size image, which is encoded in the CAHV vectors. (MIPL
Projection - Perspective)"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LINE_DISPLAY_DIRECTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 6
DESCRIPTION = "
The line_display_direction element is the preferred orientation of
lines within an image for viewing on a display device. The default
value is down, meaning lines are viewed top to bottom on the display.
Note that if this keyword is present in a label, the
SAMPLE_DISPLAY_DIRECTION keyword must also be present and must contain
a value orthogonal to the value selected for this keyword. Note: The
image rotation elements such as TWIST_ANGLE,
CELESTIAL_NORTH_CLOCK_ANGLE, and BODY_POLE_CLOCK_ANGLE are all defined
under the assumption that the image is displayed in its preferred
orientation."
STANDARD_VALUE_SET = {
"DOWN",
"LEFT",
"RIGHT",
"UP"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LINE_EXPOSURE_DURATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MS
STANDARD_VALUE_TYPE = NONE
DESCRIPTION = "
The line_exposure_duration data element indicates the time
elapsed during the aquisition of one image line of data."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LINE_FIRST_PIXEL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The line_first_pixel element provides the line index for
the first pixel that was physically recorded at the
beginning of the image array.
Note: In the PDS, for a fuller explanation on
the use of this data element in the Image Map Projection
Object, please refer to the PDS Standards Reference."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LINE_LAST_PIXEL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The line_last_pixel element provides the line index for the
last pixel that was physically recorded at the end of the
image array.
Note: In the PDS, for a fuller explanation on the use of
this data element in the Image Map Projection Object, please
refer to the PDS Standards Reference."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LINE_PREFIX_BYTES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The line_prefix_bytes element indicates the number of
non-image bytes at the beginning of each line. The value
must represent an integral number of bytes."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LINE_PREFIX_MEAN
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The LINE_PREFIX_MEAN element provides the average
of the DN values of the LINE_PREFIX_BYTES."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LINE_PREFIX_STRUCTURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 120
DESCRIPTION = "
The line_prefix_structure element indicates a pointer to a
file containing a definition of the structure of the
line prefix bytes.
Note: In the PDS this data element is obsolete. It is kept
in the data dictionary for historical purposes to allow data
validation software to function. According to current
standards, the structures of prefix and suffix data are
illustrated through the use of the table object."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LINE_PROJECTION_OFFSET
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = PIXEL
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The line_projection_offset element provides the line
offset value of the map projection origin position from
the line and sample 1,1 (line and sample 1,1 is considered
the upper left corner of the digital array).
Note: that the positive direction is to the right and down."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LINE_RESOLUTION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The LINE_RESOLUTION element provides the vertical size of the pixel
at the center of an image as projected onto the surface of the
target."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LINE_SAMPLES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The line_samples element indicates the total number of data
instances along the horizontal axis of an image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LINE_SUFFIX_BYTES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The line_suffix_bytes element indicates the number of
non-image bytes at the end of each line. This value must be
an integral number of bytes."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LINE_SUFFIX_MEAN
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM = 1
MAXIMUM = 1024
DESCRIPTION = "
The LINE_SUFFIX_MEAN element indicates the total number
of data instances along the horizontal axis of an image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LINE_SUFFIX_STRUCTURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 120
DESCRIPTION = "
The line_suffix_structure element indicates a pointer to a
file containing a definition of the structure of the
line suffix bytes.
Note: In the PDS this data element is obsolete. It is kept
in the data dictionary for historical purposes to allow data
validation software to function. According to current
standards, the structures of prefix and suffix data are
illustrated through the use of the table object."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LINES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The lines element indicates the total number of data
instances along the vertical axis of an image.
Note: In PDS label convention, the number of lines is
stored in a 32-bit integer field. The minimum value of 0
indicates no data received."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LOCAL_HOUR_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The local_hour_angle element provides a measure of the
instantaneous apparent sun position at the subspacecraft
point. The local_hour_angle is the angle between the
extension of the vector from the Sun to the target body and
the vector projection on the target body's ecliptic plane
of a vector from the target body's planetocentric center to
the observer (usually, the spacecraft).
This angle is measured in a counterclockwise direction when
viewed from north of the ecliptic plane. It may be
converted from an angle in degrees to a local time, using
the conversion of 15 degrees per hour, for those planets
for which the rotational direction corresponds with the
direction of measure of the angle."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LOCAL_MEAN_SOLAR_TIME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MINIMUM_LENGTH = 8
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The desire to work with solar days, hours, minutes, and seconds of
uniform length led to the concept of the fictitious mean Sun or FMS.
The FMS is defined as a point that moves on the celestial equator of
a planetary body at a constant rate that represents the average mean
motion of the Sun over a planetary year. Local mean solar time, or
LMST, is defined, by analogy with LTST, as the difference between the
areocentric right ascensions of a point on the surface and of the
FMS. The difference between LTST and LMST varies over time. The
length of a mean solar day is constant and can be computed from the
mean motion of the FMS and the rotation rate of a planet. The mean
solar day is also called a 'sol'. Mean solar hours, minutes, and
seconds are defined in the same way as the true solar units.
The acceptable range of values for local_mean_solar_time is '00:00:00.000'
to '23:59:59.999'.
See also LOCAL_TRUE_SOLAR_TIME. (Definition adapted from
[VAUGHAN1995].)"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LOCAL_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'LOCALDAY/24'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 24
DESCRIPTION = "
The local_time element provides the local time of day at
the center of the field of view of an instrument, measured
in local hours from midnight.
A local hour is defined as one twenty_fourth of a local
solar day."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LOCAL_TRUE_SOLAR_TIME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The LOCAL_TRUE_SOLAR_TIME element describes the local true solar time, or
LTST. It is one of two types of solar time used to express the time of day
at a point on the surface of a planetary body. LTST is measured relative to
the true position of the Sun as seen from a point on the planet's surface.
The coordinate system used to define LTST has its origin at the center of
the planet. Its Zaxis is the north pole vector (or spin axis) of the
planet. The X-axis is chosen to point in the direction of the vernal
equinox of the planet's orbit. (The vernal or autumnal equinox vectors are
found by searching the planetary ephemeris for those times when the vector
from the planet's center to the Sun is perpendicular to the planet's north
pole vector. The vernal equinox is the time when the Sun appears to rise
above the planet's equator.) Positions of points in this frame can be
expressed as a radius and areocentric 'right ascension' and 'declination'
angles. The areocentric right ascension angle, or ARA, is measured positive
eastward in the equatorial plane from the vernal equinox vector to the
intersection of the meridian containing the point with the equator.
Similarly, the areocentric declination is the angle between the equatorial
plane and the vector to the point. LTST is a function of the difference
between the ARAs of the vectors to the Sun and to the point on the planet's
surface. Specifically, LTST = (a(P) - a(TS)) * (24 / 360) + 12 where, LTST
= the local true solar time in true solar hours a(P) = ARA of the point on
the planet's surface in deg a(TS) = ARA of the true sun in degThe
conversion factor of 24/360 is applied to transform the angular measure in
decimal degrees into hours-minutes-seconds of arc. This standard
representation divides 360 degrees into 24 hours, each hour into 60
minutes, and each minute into 60 seconds of arc. The hours, minutes, and
seconds of arc are called 'true solar' hours, minutes, and seconds when
used to measure LTST. The constant offset of 12 hours is added to the
difference in ARAs to place local noon (12:00:00 in hours, minutes,
seconds) at the point where the Sun is directly overhead; at this time, the
ARA of the true sun is the same as that of the surface point so that a(P) -
a(TS) = 0. The use of 'true solar' time units can be extended to define a
true solar day as 24 true solar hours. Due to the eccentricity of planetary
orbits and the inclination of orbital planes to equatorial planes
(obliquity), the Sun does not move at a uniform rate over the course of a
planetary year. Consequently, the number of SI seconds in a true solar day,
hour, minute or second is not constant. See also LOCAL_MEAN_SOLAR_TIME.
(Definition adapted from [VAUGHAN1995].) This element replaces the older
MPF_LOCAL_TIME, which should no longer be used."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LOGICAL_VOLUME_PATH_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 72
DESCRIPTION = "
The logical_volume_path_name element is a character string
or set of character strings giving the root directory path
for each logical volume. If missing, the volume begins in
the root directory as usual."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LOGICAL_VOLUMES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MINIMUM = 1
DESCRIPTION = "
The logical_volumes element is an integer indicating the
number of logical volumes in the given volume. If it is
missing, it has a default value of 1."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -180
MAXIMUM = 360
DESCRIPTION = "
For a Planetocentric, body-fixed, rotating coordinate system, longitude
is defined as: The angle increasing eastward between the prime meridian
and the vector from the coordinate system origin to the point of
interest, projected into the equatorial plane. This is a right-handed
coordinate system.
For a Planetographic, body-fixed, rotating coordinate system, longitude
is defined as: The angle between the prime meridian and the vector
from the coordinate system origin to the point of interest, projected
into the equatorial plane. Planetographic longitudes are defined to
increase with time for a distant observer. Thus, they increase to the
west for prograde rotators, and to the east for retrograde rotators.
For the Earth, Moon and Sun, PDS also supports the traditional use
of the range (-180,180)
Note: Longitudes are measured in the direction of rotation for all
planetary rings. See ring_longitude, minimum_ring_longitude, maximum_
ring_longitude, b1950_ring_longitude, minimum_b1950_ring_longitude and
maximum_b1950_ring_longitude."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LOOK_DIRECTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 4
MAXIMUM_LENGTH = 6
DESCRIPTION = "
The value (RIGHT or LEFT) indicates the side of the spacecraft groundtrack
to which the antenna is pointed for data acquired within a synthetic
aperture radar (SAR) image. Most SAR instruments acquire an image on only
one side of the ground track at one time. This value also indicates from
which side the SAR image is illuminated. If the spacecraft images to the
left of its ground track (LOOK_DIRECTION = LEFT), the image will be
illuminated from the (viewer's) left side, and, conversely, if the
spacecraft looks to the right, the illumination will come from the right in
the image file. The direction of illumination is critical to interpretation
of features in the image."
STANDARD_VALUE_SET = {
"LEFT",
"RIGHT"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = LOWEST_DETECTABLE_OPACITY
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The lowest_detectable_opacity element indicates the
sensitivity of a ring occultation data set to faint rings.
It specifies the normal ring opacity corresponding to a
signal one standard deviation below the unobstructed
signal. The value is computed assuming the data has been
re-processed to the radial resolution specified by the
reference_radial_resolution element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MACROPIXEL_SIZE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The MACROPIXEL_SIZE element provides the sampling array size (e.g., 2x2,
4x4, 8x8), in pixels, that is used to reduce the amount of data an image
contains by summing the values of the pixels, along the lines of the image.
This process may be performed for images with increased exposure times in
flight direction. Also known as summation mode."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAGNET_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The MAGNET_ID element identifies a magnet instrument
that is visible in an image or observation."
STANDARD_VALUE_SET = {
"CAPTURE",
"FILTER",
"N/A",
"NULL",
"RAT",
"SWEEP",
"UNK"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAGNETIC_MOMENT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'J/T'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The magnetic_moment element provides the value of the
magnetic moment of a target body."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAILING_ADDRESS_LINE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
DESCRIPTION = "
The mailing_address_line element provides one line
of the mailing address of an individual or institution.
The ordering of the mailing address lines is provided by
the associated tuple_sequence_number."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MANDATORY_COLUMN
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The mandatory_column element denotes whether an attribute
may be set to a null value. Example: Y or N"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAP_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The map_desc element describes the contents and
processing history of a given map."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAP_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The map_name element provides the name assigned to a map,
and typically corresponds to the name of a prominent
feature which appears on the map.
Note: This element is also used within AMMOS as a unique
identifier for decommutation maps."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAP_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The map_number element provides a numeric identifier for a
given map."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAP_PROJECTION_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The map_projection_desc element describes the
map_projection_type unambiguously. It shall contain the
mathematical expressions (it may even contain the source
code or pseudo code, with comments) and any assumptions
(e.g. the planet is assumed spherical). Additionally it
shall describe the planet eccentricity, the treatment of
the a_axis_radius, b_axis_radius, and c_axis_radius when
the projection was created, and where the map_scale (or
map_resolution) is defined."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAP_PROJECTION_ROTATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 180
DESCRIPTION = "
The map_projection_rotation element provides the clockwise
rotation, in degrees, of the line and sample coordinates
with respect to the map projection origin
(line_projection_offset, line_projection_offset) This
parameter is used to indicate where 'up' is in the
projection. For example, in a polar stereographic
projection does the zero meridian go center to bottom,
center to top, center to left, or center to right? The
polar projection is defined such that the zero meridian
goes center to bottom. However, by rotating the map
projection, the zero meridian can go in any direction.
Note: 180 degrees is at the top of the North Pole and 0
degrees is at the top of the South Pole. For example, if 0
degrees is at the top of the North Pole than the
map_projection_rotation would be 180 degrees."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAP_PROJECTION_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 28
DESCRIPTION = "
The map_projection_type element identifies the type of projection
characteristic of a given map. Example value: ORTHOGRAPHIC."
STANDARD_VALUE_SET = {
"AITOFF",
"ALBERS",
"BONNE",
"BRIESEMEISTER",
"CYLINDRICAL EQUAL AREA",
"EQUIDISTANT",
"EQUIRECTANGULAR",
"GNOMONIC",
"HAMMER",
"HENDU",
"LAMBERT AZIMUTHAL EQUAL AREA",
"LAMBERT CONFORMAL",
"MERCATOR",
"MOLLWEIDE",
"OBLIQUE CYLINDRICAL",
"ORTHOGRAPHIC",
"POLAR STEREOGRAPHIC",
"SIMPLE CYLINDRICAL",
"SINUSOIDAL",
"STEREOGRAPHIC",
"TRANSVERSE MERCATOR",
"VAN DER GRINTEN",
"WERNER"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAP_RESOLUTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'PIX/DEG'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The map_resolution element identifies the scale of a given
map. Please refer to the definition for map_scale for a
more complete definition.
Note: map_resolution and map_scale both define the scale
of a map except that they are expressed in different
units: map_resolution is in PIXEL/DEGREE and
map_scale is in KM/PIXEL."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAP_SCALE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'KM/PIX'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The map_scale element identifies the scale of a given map.
The scale is defined as the ratio of the actual distance
between two points on the surface of the target body to the
distance between the corresponding points on the map.
The map_scale references the scale of a map at a certain
reference point or line. Certain map projections
vary in scale throughout the map. For example, in a
Mercator projection, the map_scale refers to the scale of
the map at the equator. For Conic projections, the
map_scale refers to the scale at the standard parallels.
For an Orthographic point, the map_scale refers to the scale
at the center latitude and longitude. The relationship
between map_scale and the map_resolution element is that
they both define the scale of a given map, except they are
expressed in different units: map_scale is in KM/PIXEL
and map_resolution is in PIXEL/DEGREE. Also note that one
is inversely proportional to the other and that kilometers and degrees
can be related given the radius of the planet: 1 degree =
(2 * RADIUS * PI) / 360 kilometers."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAP_SEQUENCE_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The map_sequence_number element identifies the sequence
number of a particular series of decommutation maps."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAP_SERIES_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The map_series_id element identifies a map
series (as specified by the agency which issued the map)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAP_SHEET_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The map_sheet_number element provides the sequence number
of a map which comprises multiple sheets."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAP_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The map_type element identifies the general type of
information depicted on a given map.
Example values: GEOLOGIC, TOPOGRAPHIC, SHADED_RELIEF."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAPPING_START_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The mapping_start_time element is an alias for start_time
used exclusively by AMMOS-MGN ephemeris files."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAPPING_STOP_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The mapping_stop_time element is an alias for stop_time used
exclusively by AMMOS-MGN ephemeris files."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MASS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KG
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The mass element provides the estimated mass of a target
body."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MASS_DENSITY
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'G/CM**3'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The mass_density element provides the bulk density (mass
per unit volume) of a target body. Bulk density is defined
as the ratio of total mass to total volume."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAX_AUTO_EXPOS_ITERATION_COUNT
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM = 0
MAXIMUM = 10
DESCRIPTION = "
The MAX_AUTO_EXPOS_ITERATION_COUNT element specifies the maximum number of
exposure iterations the instrument will perform in order to obtain the
requested exposure when operating in an autonomous mode."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The maximum element indicates the largest value occurring
in a given instance of the data object.
Note: For PDS and Mars Observer applications -- because of
the unconventional data type of this data element, the
element should appear in labels only within an explicit
object, i.e. anywhere between an 'OBJECT =' and an
'END_OBJECT'."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_ANGULAR_VELOCITY
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'RAD/S'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The element MAXIMUM_ANGULAR_VELOCITY specifies the
maximum revolve velocity output of the torque controller
for the scan and grind portion of the command."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_B1950_RING_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The maximum_B1950_ring_longitude element specifies the
maximum inertial longitude within a ring area 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.
Note: For areas that cross the prime meridian, the maximum
ring longitude will have a value less than the minimum ring
longitude."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_BRIGHTNESS_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = K
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 2.4
DESCRIPTION = "
The maximum_brightness_temperature element provides the
maximum brightness temperature value measured within a given
set of data or a given sequence.
Brightness temperature is the temperature of aideal
blackbody whose radiant energy in a particular wavelength
range is the same as that of an observed object or feature."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_CHANNEL_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The maximum_channel_id element identifies the highest channel from which
data were obtained. For example, the Voyager PLS instrument reported
measurements in a number of energy/charge channels. But not all channel
values were reported to Earth; the maximum_channel_id element indicated
the highest energy reported in the telemetry stream."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_COLUMN_VALUE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The maximum_column_value element provides the maximum real
value currently allowed by the PDS catalog for a given table
element. This value is updated when new limits are
discovered.
Note: These elements are unique to a table and may have
different values depending on which table the element is
associated with."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_CURRENT_PERSISTENCE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 480
DESCRIPTION = "
The MAXIMUM_CURRENT_PERSISTENCE element gives the value of the
persistence of the maximum current."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_ELEVATION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The MAXIMUM_ELEVATION element provides the elevation (as defined by the
coordinate system) of the first line of the image. (MIPL Projections -
Cylindrical)"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_EMISSION_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 180
DESCRIPTION = "
The maximum_emission_angle element provides the maximum
emission angle value. See emission_angle."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_INCIDENCE_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 180
DESCRIPTION = "
The maximum_incidence_angle element provides the maximum
incidence angle value. See incidence_angle."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_INSTRUMENT_EXPOSR_DUR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MS
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The maximum_instrument_exposure_duration element provides
the maximum possible exposure time for the instrument mode
identified by the instrument_mode_id element.
See instrument_exposure_duration."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_INSTRUMENT_PARAMETER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The maximum_instrument_parameter element provides an
instrument's maximum usefully detectable signal level for
a given instrument parameter. This value indicates the
physical value corresponding to the maximum output of an
instrument by the instrument_parameter_name element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_INSTRUMENT_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -273
DESCRIPTION = "
The maximum instrument_temperature element provides the maximum
temperature, in degrees Celcius, of an instrument or some part
of an instrument.
NOTE: for MEX, the INSTRUMENT_TEMPERATURE,MAXIMUM_INSTRUMENT_TEMPERATURE,
and INSTRUMENT_POINT shall always go together and describe the actual
temperatures of a part of the instrument and its maximum. For example,
INSTRUMENT_TEMPERATURE = (10.2, 11.2)
MAXIMUM_INSTRUMENT_TEMPERATURE = (N/A, 22.2)
INSTRUMENT_POINT = (SPECTROMETER, FOCAL_PLANE)"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_LATITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The maximum_latitude element specifies the northernmost
latitude of a spatial area, such as a map, mosaic, bin,
feature, or region. See latitude."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_LENGTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The maximum_length element supplies the maximum number of
units associated with the representation of a data element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_LIMB_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The maximum_limb_angle element provides the maximum value
of the limb angle within a given set of data. See
limb_angle."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_LOCAL_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'LOCALDAY/24'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 24
DESCRIPTION = "
The maximum_local_time element provides the maximum
local time of day on the target body, measured in hours
from local midnight."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The maximum_longitude element specifies the westernmost
(left_most) longitude of a spatial area, such as a map,
mosaic, bin, feature, or region. See longitude.
Note: The maximum longitude data element is obsolete and should no
longer be used. The assumed coordinate system was planetographic for
prograde rotators (PDS Cartographic Standards V3.0). See coordinate_
system_type, easternmost_longitude and westernmost_longitude."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_PARAMETER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The maximum_parameter element specifies the maximum
allowable value for a parameter input to a given data
processing program.
The parameter constrained by this value is identified by
the parameter_name element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_PHASE_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 180
DESCRIPTION = "
The maximum_phase_angle element provides the maximum phase
angle value. See phase_angle."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_RADIAL_RESOLUTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The maximum_radial_resolution element indicates the
maximum (coarsest) radial distance over which changes in
ring properties can be detected within a data product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_RADIAL_SAMPLING_INTERV
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The maximum_radial_sampling_interval element indicates the
maximum radial spacing between consecutive points in a ring
profile. In practice, this may be somewhat smaller than
the maximum_radres element because the profile
may be over-sampled."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_RESOLUTION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'KM/PIX'
STANDARD_VALUE_TYPE = RANGE
MINIMUM_LENGTH = 3
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The MAXIMUM_RESOLUTION element provides the
value of the highest resolution obtained for
a given image or data product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_RING_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The maximum_ring_longitude element specifies the maximum
inertial longitude of a ring area relative to the prime
meridian. In planetary ring systems, the prime meridian is
the ascending node of the planet's invariable plane on the
Earth's mean equator of J2000. 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.
Note: For areas that cross the prime meridian, the maximum ring
longitude will have a value less than the minimum ring longitude.
Note: The invariable plane of a planet is equivalent to its equatorial
plane for every ringed planet except Neptune."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_RING_RADIUS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The maximum_ring_radius element indicates the maximum
(outermost) radial location of an area within a planetary
ring system. Radii are measured from the center of the
planet along the nominal ring plane."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_SAMPLING_PARAMETER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The maximum_sampling_parameter element identifies the
maximum value at which a given data item was sampled.
For example, a spectrum that was measured in the 0.4 to 3.5
micrometer spectral region would have a
maximum_sampling_parameter value of 3.5.
The sampling parameter constrained by this value is
identified by the sampling_parameter_name element.
Note: The unit of measure for the sampling parameter is
provided by the unit element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_SLANT_DISTANCE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The maximum_slant_distance element provides the maximum
slant distance value. See slant_distance."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_SOLAR_BAND_ALBEDO
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1
DESCRIPTION = "
The maximum_solar_band_albedo element provides the maximum
solar band albedo value measured within a given set of data
or a given sequence."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_SPECTRAL_CONTRAST
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = K
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The maximum_spectral_contrast element provides the maximum
value of spectral contrast within a given set of data. See
spectral_contrast_range."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_SURFACE_PRESSURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = BAR
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The maximum_surface_pressure element provides the maximum
surface pressure value for the atmosphere of a given body."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_SURFACE_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = K
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 2.4
DESCRIPTION = "
The maximum_surface_temperature element provides the maximum
equatorial surface temperature value for a given body during
its year."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_TRAVEL_DISTANCE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MAXIMUM_TRAVEL_DISTANCE element gives the maximum
allowable travel distance of the MER RAT instrument along
the Z axis."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MAXIMUM_WAVELENGTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MICRON
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The maximum_wavelength element identifies the maximum wavelength at which
an observation can be made or was made. For instruments, this may depend
on the instrument detector or filter characteristics. For data products,
this is the effective upper limit on the wavelength detected."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MCP_GAIN_MODE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The MCP_gain_mode_id element identifies the MCP (Micro
Channel Plate) gain state of an instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MD5_CHECKSUM
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 32
MAXIMUM_LENGTH = 32
DESCRIPTION = "
The MD5 algorithm takes as input a file (message) of arbitrary length
and produces as output a 128-bit 'fingerprint' or 'message digest' of
the input. It is conjectured that it is computationally infeasible to
produce two messages having the same message digest, or to produce
any message having a given prespecified target message digest. The
MD5 algorithm is intended for digital signature applications.
The MD5 algorithm is designed to be quite fast on 32-bit machines. In
addition, the MD5 algorithm does not require any large substitution
tables; the algorithm can be coded quite compactly.
Most standard MD5 checksum calculators return a 32 character
hexadecimal value containing lower case letters. In order to
accomodate this existing standard, the PDS requires that the value
assigned to the MD5_CHECKSUM keyword be a value composed of lowercase
letters (a-f) and numbers (0-9). In order to comply with other standards
relating to the use of lowercase letters in strings, the value must be
quoted using double quotes.
Example: MD5_CHECKSUM = '0ff0a5dd0f3ea4e104b0eae98c87f36c'
The MD5 algorithm is an extension of the MD4 message-digest algorithm
1,2]. MD5 is slightly slower than MD4, but is more 'conservative' in
design. MD5 was designed because it was felt that MD4 was perhaps
being adopted for use more quickly than justified by the existing
critical review; because MD4 was designed to be exceptionally fast,
it is 'at the edge' in terms of risking successful cryptanalytic
attack. MD5 backs off a bit, giving up a little in speed for a much
greater likelihood of ultimate security. It incorporates some
suggestions made by various reviewers, and contains additional
optimizations. The MD5 algorithm has been placed in the public domain
for review and possible adoption as a standard.
For OSI-based applications, MD5's object identifier is
md5 OBJECT IDENTIFIER ::=
iso(1) member-body(2) US(840) rsadsi(113549) digestAlgorithm(2) 5}
In the X.509 type AlgorithmIdentifier [3], the parameters for MD5
should have type NULL.
The MD5 algorithm was described by its inventor, Ron Rivest of
RSA Data Security, Inc., in an Internet Request For Comments
document, RFC1321 (document available from the PDS).
References
==========
[1] Rivest, R., The MD4 Message Digest Algorithm, RFC 1320, MIT and
RSA Data Security, Inc., April 1992.
[2] Rivest, R., The MD4 message digest algorithm, in A.J. Menezes
and S.A. Vanstone, editors, Advances in Cryptology - CRYPTO '90
Proceedings, pages 303-311, Springer-Verlag, 1991.
[3] CCITT Recommendation X.509 (1988), The Directory -
Authentication Framework."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEAN
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The mean element provides the average of the DN values in
the image array.
Note: For the Mars Pathfinder IMP camera, this was the average of
only those pixels within the valid DN range of 0 to 4095."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEAN_ORBITAL_RADIUS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The mean_orbital_radius element provides the mean distance
between the center of a solar system object and the center
of its primary (e.g., the primary body for a planet is the
Sun, while the primary body for a satellite is the planet
about which it orbits).
As the radius of an elliptical orbit varies with time, the
notion of mean radius allows for general, time-independent
comparisons between the sizes of different bodies' orbits."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEAN_RADIANCE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The mean_radiance is the mean of the radiance values in a radiometrically
corrected product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEAN_RADIUS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The mean_radius element is measured or derived using a
variety of methods. It provides, approximately, an average
of the equatorial and polar radii of the best fit spheroid
(for planets) or ellipsoid (for satellites)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEAN_REFLECTANCE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MEAN_REFLECTANCE element represents the mean
reflectance of an imaged area of a target body in intensity
over flux (I over F) units. 10,000 I over F units would be
produced by normal incidence of sunlight on a Lambert disk
at the target-body's distance from the sun"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEAN_SOLAR_DAY
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = D
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The mean_solar_day element provides the average interval
required for successive transits of the Sun. This is
computed as if planets and satellites move in circular
orbits about their primaries with periods as specified by
the revolution_period element, and as if planets and
satellites have spin axes which are perpendicular to their
orbit planes."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEAN_SURFACE_PRESSURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = BAR
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The mean_surface_pressure element provides the
mean equatorial atmospheric pressure value at the mean
equatorial surface of a body, averaged over the body's
year."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEAN_SURFACE_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = K
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 2.4
DESCRIPTION = "
The mean_surface_temperature element provides the mean
equatorial surface temperature of a body, averaged over the
body's year."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEAN_TRUNCATED_BITS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'B/PIXEL'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 4
DESCRIPTION = "
The MEAN_TRUNCATED_BITS element provides the mean number of
truncated bits/pixel."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEAN_TRUNCATED_SAMPLES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'P/LINE'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 800
DESCRIPTION = "
The MEAN_TRUNCATED_SAMPLES element provides the mean number
of truncated pixels/line."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEASURED_QUANTITY_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The measured_quantity_name element indicates the physical
phenomenon measured by a declared unit of measure.
For example, the measured quantity name for the unit
AMPERE is ELECTRIC CURRENT.
Note: A table of standard units, unit ids, and measured
quantities based on those published by the Systeme
Internationale appears in the 'Units of Measurement' section
of the PSDD. (Please refer to the table of contents for its
location.) The values in this table's 'Measured Quantity'
column constitute the standard values for the data element
measured_quantity_name."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEASUREMENT_ATMOSPHERE_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The measurement_atmosphere_desc element describes
the atmospheric conditions through which data were taken."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEASUREMENT_SOURCE_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The measurement_source_desc element describes the
source of light used in a laboratory-generated data set,
or the radar transmitter in the case of radar astronomy
experiments."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEASUREMENT_STANDARD_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The measurement_standard_desc element identifies the
standard object on which observations are performed in
order to calibrate an instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEASUREMENT_WAVE_CALBRT_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The measurement_wave_calbrt_desc element
identifies the technique and procedure used to calibrate
wavelength."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEDIAN
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The median element provides the median value (middle value) occurring
in a given instance of the data object. Because of the unconventional
data type of this data element, the element should appear in labels
only within an explicit object, i.e. anywhere between an 'OBJECT =' and
an 'END OBJECT'.
Note: For the Mars Pathfinder IMP camera, this was the median value
of only those pixels within the valid DN range of 0 to 4095.
Note: For Mars Pathfinder, refers specifically to the median DN value
in the image array."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEDIUM_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The medium_desc element provides the textual description for
the medium used in the distribution of an ordered data set."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEDIUM_FORMAT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The medium_format element identifies the unformatted
recording capacity or recording density of a given medium."
STANDARD_VALUE_SET = {
"1.0_MB",
"1.6_MB",
"150_MB",
"1600 BPI",
"1_GB",
"2.0_MB",
"2_GB",
"30_MB",
"360_KB",
"5_GB",
"60_MB",
"6250_BPI",
"650_MB",
"800_BPI"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MEDIUM_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The medium_type element identifies the physical storage
medium for a data volume. Examples: CD-ROM, CARTRIDGE
TAPE."
STANDARD_VALUE_SET = {
"12-IN WORM DISK",
"14-IN WORM DISK",
"19-MM HELICAL SCAN TAPE",
"3.5-IN MAGNETO-OPTIC DISK",
"3.5-IN. FLOPPY DISK",
"4-MM HELICAL SCAN TAPE",
"5.25-IN FLOPPY DISK",
"5.25-IN MAGNETO-OPTIC DISK",
"5.25-IN WORM DISK",
"7-TRACK MAG TAPE",
"8-MM HELICAL SCAN TAPE",
"9-TRACK MAG TAPE",
"CARTRIDGE TAPE",
"CD-ROM",
"CD-WO",
"DVD-R",
"DVD-ROM",
"ELECTRONIC",
"MAG TAPE",
"MAGNETIC TAPE",
"N/A",
"NULL",
"PHOTO",
"TAPE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:AEX_BACB"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 4095
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The background brightness used for MDIS
automatic exposure time calculation.
In a test image that it analyzed to
determine an exposure time using
automatic exposure, DPU hardware
generates a histogram of the image.
The histogram is analyzed by the
software to determine if the image is
overexposed or underexposed, and the
exposure time is adjusted accordingly
by analyzing the histogram of raw DN
values in different brightness bins.
The background or dark current level
(MESS:AEX_BACB) is taken into account an
is assumed to be a constant value.
A threshold of number of pixels
(MESS:AEX_STHR) is allowed to exceed a
target brightness (MESS:AEX_TGTB).
Starting with the maximum value, the
number of pixels exceeding the target
is counted, and the brightness of the
histogram bin in which that threshold is
reached (MESS:AEX_STAT) is reported. The
exposure time is scaled back by the
ratio of MESS:AEX_TGTB/MESS:AEX_STAT."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:AEX_MAXE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = MS
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 989
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The maximum allowable exposure time
from an MDIS automatic exposure time
calculation.
In a test image that it analyzed to
determine an exposure time using
automatic exposure, DPU hardware
generates a histogram of the image.
The histogram is analyzed by the
software to determine if the image is
overexposed or underexposed, and the
exposure time is adjusted accordingly
by analyzing the histogram of raw DN
values in different brightness bins.
The background or dark current level
(MESS:AEX_BACB) is taken into account an
is assumed to be a constant value.
A threshold of number of pixels
(MESS:AEX_STHR) is allowed to exceed a
target brightness (MESS:AEX_TGTB).
Starting with the maximum value, the
number of pixels exceeding the target
is counted, and the brightness of the
histogram bin in which that threshold is
reached (MESS:AEX_STAT) is reported. The
exposure time is scaled back by the
ratio of MESS:AEX_TGTB/MESS:AEX_STAT."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:AEX_MINE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = MS
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 989
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The minimum allowable exposure time
from an MDIS automatic exposure time
calculation.
In a test image that it analyzed to
determine an exposure time using
automatic exposure, DPU hardware
generates a histogram of the image.
The histogram is analyzed by the
software to determine if the image is
overexposed or underexposed, and the
exposure time is adjusted accordingly
by analyzing the histogram of raw DN
values in different brightness bins.
The background or dark current level
(MESS:AEX_BACB) is taken into account an
is assumed to be a constant value.
A threshold of number of pixels
(MESS:AEX_STHR) is allowed to exceed a
target brightness (MESS:AEX_TGTB).
Starting with the maximum value, the
number of pixels exceeding the target
is counted, and the brightness of the
histogram bin in which that threshold is
reached (MESS:AEX_STAT) is reported. The
exposure time is scaled back by the
ratio of MESS:AEX_TGTB/MESS:AEX_STAT."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:AEX_STAT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 4095
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The bin in a DPU histogram of image
brightness used for MDIS automatic
exposure time calculation.
In a test image that it analyzed to
determine an exposure time using
automatic exposure, DPU hardware
generates a histogram of the image.
The histogram is analyzed by the
software to determine if the image is
overexposed or underexposed, and the
exposure time is adjusted accordingly
by analyzing the histogram of raw DN
values in different brightness bins.
The background or dark current level
(MESS:AEX_BACB) is taken into account an
is assumed to be a constant value.
A threshold of number of pixels
(MESS:AEX_STHR) is allowed to exceed a
target brightness (MESS:AEX_TGTB).
Starting with the maximum value, the
number of pixels exceeding the target
is counted, and the brightness of the
histogram bin in which that threshold is
reached (MESS:AEX_STAT) is reported. The
exposure time is scaled back by the
ratio of MESS:AEX_TGTB/MESS:AEX_STAT."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:AEX_STHR"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 65535
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 5
DESCRIPTION = "
The number of pixels allowed to exceed
target brightness during an MDIS
automatic exposure time calculation.
In a test image that it analyzed to
determine an exposure time using
automatic exposure, DPU hardware
generates a histogram of the image.
The histogram is analyzed by the
software to determine if the image is
overexposed or underexposed, and the
exposure time is adjusted accordingly
by analyzing the histogram of raw DN
values in different brightness bins.
The background or dark current level
(MESS:AEX_BACB) is taken into account an
is assumed to be a constant value.
A threshold of number of pixels
(MESS:AEX_STHR) is allowed to exceed a
target brightness (MESS:AEX_TGTB).
Starting with the maximum value, the
number of pixels exceeding the target
is counted, and the brightness of the
histogram bin in which that threshold is
reached (MESS:AEX_STAT) is reported. The
exposure time is scaled back by the
ratio of MESS:AEX_TGTB/MESS:AEX_STAT."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:AEX_TGTB"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 4095
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The target brightness used for MDIS
automatic exposure time calculation.
In a test image that it analyzed to
determine an exposure time using
automatic exposure, DPU hardware
generates a histogram of the image.
The histogram is analyzed by the
software to determine if the image is
overexposed or underexposed, and the
exposure time is adjusted accordingly
by analyzing the histogram of raw DN
values in different brightness bins.
The background or dark current level
(MESS:AEX_BACB) is taken into account an
is assumed to be a constant value.
A threshold of number of pixels
(MESS:AEX_STHR) is allowed to exceed a
target brightness (MESS:AEX_TGTB).
Starting with the maximum value, the
number of pixels exceeding the target
is counted, and the brightness of the
histogram bin in which that threshold is
reached (MESS:AEX_STAT) is reported. The
exposure time is scaled back by the
ratio of MESS:AEX_TGTB/MESS:AEX_STAT."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:ATT_CLOCK_COUNT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = S
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The mission-elapsed-time, or MET, in
seconds since MESSENGER launch, of
the second during which the spacecraft
attitude measurement in the header of
an MDIS image was acquired."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:ATT_FLAG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 7
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Attitude quality flag for the
spacecraft attitude quaternion in the
header of an MDIS image:
7 = Attitude Knowledge OK (At least 1
Star Tracker is available and at
least 50% of gyro data is valid)
6 = Attitude Knowledge OK (No Star
Tracker is available but at least
50% of gyro data is valid)
5 = Attitude Knowledge OK (No Star
Tracker is and between 10% and 50%
of gyro data is valid -OR- At least
1 Star Tracker is valid and between
0% and 50% of gyro data valid)
4 = not a legal option
3 = Attitude Knowledge BAD (At least 1
Star Tracker is available and at
least 50% of gyro data is valid)
2 = Attitude Knowledge BAD (No Star
Tracker is available but at least
50% of gyro data is valid)
1 = Attitude Knowledge BAD (No Star
Tracker is available and between 10%
and 50% of gyro data is valid -OR-
At least 1 Star Tracker is valid and
between 0% and 50% of gryo data is
valid)
0 = Attitude Knowledge BAD (No Star
Tracker data fewer than 10% of gyro
data valid)."
STANDARD_VALUE_SET = {
"0",
"1",
"2",
"3",
"5",
"6",
"7"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:ATT_Q1"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = RAD
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -1
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The roll value of the vector component
of the attitude quaternion representing
spacecraft attitude, in the header
of an MDIS image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:ATT_Q2"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = RAD
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -1
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The pitch value of the vector component
of the attitude quaternion representing
spacecraft attitude, in the header
of an MDIS image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:ATT_Q3"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = RAD
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -1
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The yaw value of the vector component
of the attitude quaternion representing
spacecraft attitude, in the header
of an MDIS image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:ATT_Q4"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = RAD
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -1
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The scalar component of the attitude
quaternion representing spacecraft
attitude, in the header of an MDIS
image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:CAM_T1"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The temperature of the focal plane
array in raw counts at observation time.
The conversion formula to degrees
Celsius depends on the camera performing
the observation:
For WAC:
Temperature = -263.2584 + Raw * 0.5022
For NAC:
Temperature = -268.8441 + Raw * 0.5130
Where Raw is the raw counts in
telemetry (MESS:CAM_T1)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:CAM_T2"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
Camera temperature 2 in raw counts.
The meaning depends on whether it is
being reported by the WAC or NAC. A
single telemetry point is used to
return the raw value of filter wheel
temperature (WAC), FILTER_TEMPERATURE
once converted to units of degrees
Celsius, or the raw value of telescope
temperature (NAC), OPTICS_TEMPERATURE
once converted to units of degrees
Celsius, depending on which camera is
in use.
For the WAC, this is temperature of the
filter wheel. Thus, FILTER_TEMPERATURE
observation because the telemetry point
will be a measurement of the NAC
telescope temperature. For the WAC the
conversion from raw counts to degrees
Celsius is:
T = -292.7603 + Raw * 0.5553
where Raw is the raw counts in
MESS:CAM_T2.
For the NAC, this is temperature of
the NAC telescope. Thus
WAC was used for observation because
the telemetry point will be a measurement
of the WAC filter wheel temperature.
For the NAC the conversion from raw
counts to degrees Celsius is:
T = -269.7180 + Raw * 0.4861
where Raw is the raw counts in
telemetry (MESS:CAM_T2)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:CCD_TEMP"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 4095
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
MDIS CCD temperature in raw counts. The
conversion formula to degrees Celsius
depends on the camera performing the
observation:
For WAC:
Temperature = -318.4553 + Raw * 0.2718
For NAC:
Temperature = -323.3669 + Raw * 0.2737
Where Raw is the raw counts in telemetry
(MESS:CCD_TEMP)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:COMP12_8"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
12 to 8 bit image compression enabled
or disabled. Which algorithm is used
is specified by MESS:
0 = disabled (images are 12-bit)
1 = enabled (images are 8-bit)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:COMP_ALG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 7
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
12 to 8 bit compression algorithm
(0-7) used to compress images from
12 to 8 bits. Whether this option is
enabled is indicated by MESS:COMP12_8.
The compression is implemented using
one of eight lookup tables, which are
optimized to the lower WAC CCD read
noise and higher NAC read noise, light
levels, and bias level (nominal or
after inflight drift):
0 = Lo-noise hi-bias SNR proportional.
Case: Either NAC or WAC, for nominal
bias (all DNs greater than 12-bit 230).
Formulation: Maps 12-bit DNs between
bias and saturation into 8 bits,
proportional to SNR. Information loss
is spread evenly over dynamic range.
Usage: Typical imaging with varied
brightness.
1 = Lo-noise hi-bias DN-weighted SNR
proportional. Case: Low-noise (WAC)
CCD, bias nominal (all DNs greater
than 12-bit 230). Formulation: Maps 12
bits between bias and saturation into
8 bits proportional to sliding scale.
Information is preferentially retained
at the low DN end. Usage: Faint
objects. Saturates at a DN of 3000.
2 = Hi-noise hi-bias DN-weighted SNR
proportional. Case: High-noise (NAC)
CCD, bias nominal (all DNs greater than
12-bit 230). Formulation: Maps 12 bits
between bias and saturation into 8
bits proportional to sliding scale.
Information is preferentially retained
at the low DN end. Usage: B/W, mostly
low brightness.
3 = Lo-noise med-bias SNR
proportional. Case: Either CCD,
assuming bias has dropped tens DN (all
DNs greater than 12-bit 180).
Formulation: Maps 12-bit DNs between
bias and saturation into 8 bits,
proportional to SNR. Information loss
is spread over dynamic range. Usage:
Typical imaging, varied brightness.
4 = Lo-noise med-bias DN-weighted SNR
proportional. Case: Lo-noise (WAC) CCD,
assuming bias has dropped tens DN (all
DNs greater than 12-bit 180).
Formulation: Maps 12 bits between bias
and saturation into 8 bits proportional
to sliding scale. Information retained
at low DN end. Usage: Faint objects.
Saturates at a DN of 3000.
5 = Hi-noise med-bias DN-weighted SNR
proportional. Case: High-noise (NAC) CCD,
assuming bias has dropped tens DN (all
DNs greater than 12-bit 180).
Formulation: Maps 12 bits between bias
and saturation into 8 bits proportional
to sliding scale. Information is
retained preferentially at the low end
of the DN range. Usage: B/W, mostly
low brightness.
6 = Zero-bias SNR proportional. Case:
Contingency; assuming bias decreased to
near 0 from the nominal 230 12-bit DNs.
Formulation: Maps 12-bit DNs between
bias and saturation into 8 bits,
proportional to SNR. Information loss
is spread over the dynamic range.
Usage: Typical imaging, varied
brightness.
7 = Linear. Case: either CCD, bias or
read noise. Formulation: Maps 12-bit
DNs between the bias level and
saturation linearly into 8-bit space.
Usage: High brightness mapping;
information loss greatest at low DNs,
preserves information at high DNs."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:COMP_FST"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Status of lossless Fast compression
of MDIS images. This is applied to
images by the instrument itself. The
images are first uncompressed on the
solid-state recorder if lossy wavelet
compression is applied:
0 = Fast disabled
1 = Fast enabled."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:CRITOPNV"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
When true, this indicates that the
MDIS image is a critical optical
navigation image and will be compressed
by the MESSENGER Main Processor (MP)
before other images. Normally, the MP
compresses images in the order that
they are received.
0 = False
1 = True."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:DLNKPRIO"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 9
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Priority for downlink of an MDIS image
file from the MESSENGER spacecraft:
0 ? Priority #0 (highest)
1 ? Priority #1
.
.
9 ? Priority #9 (lowest)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:DPU_ID"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The identified of the DPU used during
acquisition of an MDIS image:
0 = DPU-A
1 = DPU-B."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:EXP_MODE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Exposure time mode used for
acquisition of an MDIS image. Manual
exposure uses a pre-commanded exposure
time. Autoexposure determines the
exposure time from test images taken
before the exposure, targeting a
specific brightness value.
0 = Manual
1 = Automatic."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:EXPOSURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = MS
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 9990
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
MDIS exposure time in milliseconds."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:FPU_BIN"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
On-chip image binning option for MDIS.
Images may be taken either without
on-chip binning or with 2x2 binning,
which decreases the size of a full
image from 1024x1024 pixels to
512x512 pixels. On-chip binning can
be used to manage the size of raw
images being stored on the spacecraft
solid-state recorder, or to increase
CCD sensitivity. If this option is
used, sensitivity increases by about
a factor of four but read noise is
similar:
0 = 1x1 binning (none)
1 = 2x2 binning."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:FW_GOAL"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 65535
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 5
DESCRIPTION = "
The goal position, in raw counts of
the position resolver on the MDIS
filter wheel. For each commanded filter
number, the instrument software will try
to place the filter wheel at the
following positions:
FILTER_NUMBER MESS:FW_GOAL
1 17376
2 11976
3 6492
4 1108
5 61104
6 55684
7 50148
8 44760
9 39256
10 33796
11 28252
12 22852
Actual position attained is reported
in MESS:FW_POS."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:FW_POS"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 65535
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 5
DESCRIPTION = "
The actual position, in raw counts of
the position resolver on the MDIS
filter wheel. For each commanded filter
number, the instrument software will try
to place the filter wheel at the
following positions:
FILTER_NUMBER MESS:FW_GOAL
1 17376
2 11976
3 6492
4 1108
5 61104
6 55684
7 50148
8 44760
9 39256
10 33796
11 28252
12 22852
Commanded position is reported
in MESS:FW_GOAL. There is a tolerance
of 240 resolver counts around
MESS:FW_GOAL for MESS:FW_POS to
indicate that the filter wheel is
correctly positioned."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:FW_PV"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Validity flag for position of the MDIS
filter wheel given in MESS:FW_POS.
0 = invalid
1 = valid."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:FW_READ"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 65535
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 5
DESCRIPTION = "
The raw value from the MDIS filter
wheel resolver in resolver counts. It
is used by the flight software to
compute MESS:FW_POS. For each commanded
filter number, the instrument software
will try to place the filter wheel at
the following positions:
FILTER_NUMBER MESS:FW_GOAL
1 17376
2 11976
3 6492
4 1108
5 61104
6 55684
7 50148
8 44760
9 39256
10 33796
11 28252
12 22852
Commanded position is reported
in MESS:FW_GOAL. There is a tolerance
of 240 resolver counts around
MESS:FW_GOAL for MESS:FW_POS to
indicate that the filter wheel is
correctly positioned."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:FW_RV"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Validity flag for reading of the MDIS
filter wheel given in MESS:FW_READ.
0 = invalid
1 = valid."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:IMAGER"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Which of the two cameras was used
during acquisition of an MDIS image:
0 = WAC
1 = NAC."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:JAILBARS"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
When true, this indicates that an MDIS
image is subsampled by jailbars, a
subset of all the image columns that
are downlinked to save data volume in
optical navigation images. The start
column, stop column, and column spacing
are indicated by MESS:JB_X0, MESS:JB_X1,
and MESS:JB_SPACE respectively. Jailbars
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN.
0 = False
1 = True."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:JB_SPACE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The column spacing for jailbars in an
MDIS image, a subset of all the
image columns that are downlinked
to save data volume in optical
navigation images. Jailbars
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:JB_X0"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The start column for jailbars in an
MDIS image, a subset of all the
image columns that are downlinked
to save data volume in optical
navigation images. Jailbars
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:JB_X1"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The stop column for jailbars in an
MDIS image, a subset of all the
image columns that are downlinked
to save data volume in optical
navigation images. Jailbars
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:LATCH_UP"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Indicator if MDIS FPU (focal plane unit)
is latched up. If the value is 1 then
the image data are probably invalid.
0 = OK
1 = Latched."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:MET_EXP"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = S
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The mission-elapsed-time, or MET, in
seconds since MESSENGER launch of
the second during which an MDIS image
completes its exposure."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:PIV_CAL"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -32768
MAXIMUM = 32768
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 6
DESCRIPTION = "
The offset in measured pivot position
applied to MESS:PIV_POS and
MESS:PIV_GOAL so that zero is as
close as possible to true spacecraft
nadir (+z axis). The correction
is in increments of
(180 DEGREES / (2**15))."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:PIV_GOAL"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -32768
MAXIMUM = 32768
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 6
DESCRIPTION = "
The commanded position of the MDIS
pivot during exposure of an MDIS
image, in increments of
(180 DEGREES / (2**15)) with zero
at nadir. -180 degrees is stowed."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:PIV_MPEN"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Status of main processor (MP) control
of the MDIS pivot. If this is enabled,
then the pivot goes to a position
broadcast by the MP that points MDIS
to nadir or some other aimpoint. If
not enabled then a discrete pivot
position is commanded.
0 = Disabled
1 = Enabled."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:PIV_POS"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -32768
MAXIMUM = 32768
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 6
DESCRIPTION = "
The actual position of the MDIS
pivot during exposure of an MDIS
image, in increments of
(180 DEGREES / (2**15)) with zero
at nadir. -180 degrees is stowed."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:PIV_PV"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Validity flag for position of the MDIS
pivot given in MESS:PIV_POS.
0 = invalid
1 = valid."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:PIV_READ"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 65535
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 5
DESCRIPTION = "
Raw pivot reading from resolver (in
units of resolver counts). The pivot
platform resolver only covers 45 degrees
of motion; the resolver read-out values
repeat eight times over the entire 360
degrees that an unconstrained platform
could travel. This value is used along
with dead-reckoning knowledge of which
octant the platform is in to give the
value in MESS:PIV_POS."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:PIV_RV"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 1
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Validity flag for reading of the MDIS
pivot given in MESS:PIV_READ.
0 = invalid
1 = valid."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:PIV_STAT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 3
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Pivot control state of MDIS.
A resolver provides a position reading
of the pivot platform. The resolver
only covers 45 degrees of motion; the
resolver read-out values repeat eight
times over the entire 360 degrees that
an unconstrained platform could travel.
The DPU software must determine in which
of the eight octants the platform is
located before the resolver reading is
meaningful. The software combines the
octant with the resolver reading to
form a position that covers the entire
360 degrees.
To determine the octant the DPU
software must be commanded to 'home'
the platform. To home the pivot
platform, the software drives the motor
open loop backwards into the hard stop
at -185 degrees. Then the software
drives the motor forward, open loop,
prepositioning it to -179 degrees.
Until homing is completed, the pivot
platform is considered 'lost' and all
other pivot commands will remain
pending.
This status item describes that state
of the pivot in determining this
position knowledge.
0 = Lost
1 = Searching
2 = Found
3 = OK."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:PIXELBIN"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 8
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Pixel binning done to MDIS images by
the MESSENGER spacecraft main
processor (MP). This is in addition
to on-chip binning as described by
MESS:FPU_BIN.
0 - no further binning
2 - 2x2 binning
4 - 4x4 binning
8 - 8x8 binning."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SOURCE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 2
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Source of an MDIS image, either a
scene image from the CCD or one of
two test patterns:
0 = CCD
1 = Test pattern
2 = Inverted test pattern."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_DX1"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1024
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The number of columns in the
FIRST rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_DX2"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1024
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The number of columns in the
SECOND rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_DX3"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1024
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The number of columns in the
THIRD rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_DX4"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1024
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The number of columns in the
FOURTH rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_DX5"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1024
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The number of columns in the
FIFTH rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_DY1"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1024
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The number of rows in the
FIRST rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_DY2"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1024
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The number of rows in the
SECOND rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_DY3"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1024
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The number of rows in the
THIRD rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_DY4"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1024
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The number of rows in the
FOURTH rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_DY5"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1024
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The number of rows in the
FIFTH rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_X1"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The zero-based starting column of the
FIRST rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_X2"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The zero-based starting column of the
SECOND rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_X3"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The zero-based starting column of the
THIRD rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_X4"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The zero-based starting column of the
FOURTH rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_X5"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The zero-based starting column of the
FIFTH rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_Y1"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The zero-based starting row of the
FIRST rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_Y2"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The zero-based starting row of the
SECOND rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_Y3"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The zero-based starting row of the
THIRD rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_Y4"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The zero-based starting row of the
FOURTH rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBF_Y5"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The zero-based starting row of the
FIFTH rectangular subframe within an
MDIS image to be retained after image
compression by the MESSENGER spacecraft
main processor (MP). There may be up to
five subframes per image as defined by
MESS:SUBFRAME. Subframes
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:SUBFRAME"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 5
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Number of rectangular subframes within
an MDIS image to be retained after
image compression by the MESSENGER
spacecraft main processor (MP).
Subframes may overlap each other, and
are defined in the original 1024x1024
pixel MDIS coordinate system before
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN.
Either a full image may be specified,
or up to five discrete regions within
the full image. In all cases, the
first four columns of the original
1024x1024 image, which are physically
masked and serve as a dark current
reference, are downlinked as subframe
0, even if the full image case is
described. Within the subframes,
pixel binning as described by
MESS:FPU_BIN and MESS:PIXELBIN
is performed.
0 - no subframes (full image)
1 - 1 subframe
2 - 2 subframes
3 - 3 subframes
4 - 4 subframes
5 - 5 subframes"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:TIME_PLS"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 3
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Source of the 1 Hz time pulse used in
time-tagging MDIS images:
0 = Software
1 = Main Processor A (MP-A)
2 = Main Processor B (MP-B)
3 = Software."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MESS:WVLRATIO"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ASCII_INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 32
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 2
DESCRIPTION = "
Commanded (lossy) wavelet compression
ratio for an MDIS image:
0: no wavelet compression (note:
this expands an 8 or 12 bit image
to 16 bits per pixel)
1: '1x' compression (actually
lossless, with an indeterminate
ratio)
2: 2x compression
3: 3x compression
.
.
32: 32x compression."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = METEORITE_LOCATION_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 70
DESCRIPTION = "
The meteorite_location_name provides the name of the region
or geographic feature where the meteorite was found."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = METEORITE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The meteorite_name element provides the name that is
assigned to a meteorite. It is often derived from the name
of the place or geographic feature where the meteorite was
found."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = METEORITE_SUB_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 70
DESCRIPTION = "
The meteorite_sub_type element defines a subcategory of a
meteorite_type (see definition for meteorite_type). For
example, octahedrites are a subtype of iron meteorites.
Octahedrites contain 4 sets of parallel plates that
intersect with each other in a complex manner."
STANDARD_VALUE_SET = {
"OCTAHEDRITES"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = METEORITE_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The meteorite_type element defines which class a meteorite
belongs to based on the meteorite composition and physical
characteristics."
STANDARD_VALUE_SET = {
"ACHONDRITE",
"CARBONACEOUS CHONDRITE",
"ENSTATITE CHONDRITE",
"IRON",
"ORDINARY CHONDRITE",
"STONY-IRON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = METHOD_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The method_desc element describes the method used to perform
a particular observation."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MID_JULIAN_DATE_VALUE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The MID_JULIAN_DATE_VALUE provides the full Julian date
(i.e., including date fraction) of the mid-point of an observation
or event. Julian dates are expressed as real numbers.
Note that this keyword should contain the full Julian date,
not the modified Julian date."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MIDNIGHT_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -180
MAXIMUM = 360
DESCRIPTION = "
The midnight_longitude element identifies the longitude on
the target body at which midnight was occurring at the time
of the start of an observation sequence.
Midnight_longitude is used to assist in geometry
calculations.
Note: The coordinate_system_type data element should be used in
conjunction with this data element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINERAL_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The mineral_name element provides the name assigned to a
mineral. The name is usually chosen by the person who
first identified and described the mineral."
STANDARD_VALUE_SET = {
"ALBITE",
"ANORTHITE",
"CARBON BLACK",
"DIOPSIDE",
"ENSTATITE",
"FELDSPAR",
"GRAPHITE",
"MAGNETITE",
"NICKEL",
"OLIVINE",
"TROILITE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The minimum element indicates the smallest value occurring
in a given instance of the data object.
Note: For PDS and Mars Observer applications -- because of
the unconventional data type of this data element, the
element should appear in labels only within an explicit
object, i.e. anywhere between an 'OBJECT =' and an
'END_OBJECT'."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_AVAILABLE_SAMPLING_INT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The minimum_available_sampling_interval element identifies
the finest sampling at which a particular set of data is
available.
For example, magnetometer data are available in various
sampling intervals ranging from 1.92 seconds to 96 seconds.
Thus, for magnetometer data the value of the
minimum_available_sampling_interval would be 1.92.
Note: The unit of measure for the sampling interval is
provided by the unit element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_B1950_RING_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The minimum_B1950_ring_longitude element specifies the
minimum inertial longitude within a ring area 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.
Note: For areas that cross the prime meridian, the minimum
ring longitude will have a value greater than the maximum ring
longitude."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_BRIGHTNESS_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = K
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 2.4
DESCRIPTION = "
The minimum_brightness_temperature element provides the
minimum brightness temperature value measured within a
given set of data or a given sequence.
Brightness temperature is the temperature of an ideal
blackbody whose radiant energy in a particular wavelength
range is the same as that of an observed object or feature."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_CHANNEL_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The minimum_channel_id element provides an identification of
the lowest energy channel from which PLS instrument data is
telemetered to Earth while the instrument is operating in a
particular mode in a given frame. Each mode consists of a
specific number of energy/charge channels which sequentially
measure current, but information from all measured channels
may not be telemetered to Earth."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_COLUMN_VALUE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The minimum_column_value provides the minimum real value
currently allowed by the PDS catalog for a given table
element. This value is updated when new limits are
discovered.
Note: These elements are unique to a table and may have
different values depending on which table the element is
associated with."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_EMISSION_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 180
DESCRIPTION = "
The minimum_emission_angle element provides the minimum
emission angle value. See emission_angle."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_INCIDENCE_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 180
DESCRIPTION = "
The minimum_incidence_angle element provides the minimum
incidence angle value. See incidence_angle."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_INSTRUMENT_EXPOSR_DUR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MS
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The minimum_instrument_exposure_duration element provides
the minimum possible exposure time for the instrument mode
identified by the instrument_mode_id element.
See instrument_exposure_duration."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_INSTRUMENT_PARAMETER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The minimum_instrument_parameter element provides an
instrument's minimum usefully detectable signal level for a
given instrument parameter. This value indicates the
physical value corresponding to the minimum output
of an instrument.
The instrument parameter to which this relates is identified
by the instrument_parameter_name element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_INSTRUMENT_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -273
DESCRIPTION = "
The minimum instrument_temperature element provides the minimum
temperature, in degrees Celcius, of an instrument or some part
of an instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_LATITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The minimum_latitude element specifies the southernmost
latitude of a spatial area, such as a map, mosaic, bin,
feature, or region. See latitude."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_LENGTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The minmum_length element supplies the minimum number of
units that are required for the representation of a data
element. This element is generally assigned a value of N/A
except in the case where a minimum number of units are
required for the value. For example a password may require
a minimum number of characters to be valid."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_LIMB_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The minimum_limb_angle element provides the minimum value
of the limb angle within a given set of data. See
limb_angle."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_LOCAL_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'LOCALDAY/24'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 24
DESCRIPTION = "
The minimum_local_time element provides the minimum
local time of day on the target body, measured in hours
from local midnight."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The minimum_longitude element specifies the easternmost
(right_most) longitude of a spatial area, such as a map,
mosaic, bin, feature, or region. See longitude.
Note: The minimum longitude data element is obsolete and should no
longer be used. The assumed coordinate system was planetographic for
prograde rotators (PDS Cartographic Standards V3.0). See coordinate_
system_type, easternmost_longitude and westernmost_longitude."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_PARAMETER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The minimum_parameter element specifies the minimum
allowable value for a parameter input to a given data
processing program.
The parameter constrained by this value is identified by
the parameter_name element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_PHASE_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 180
DESCRIPTION = "
The minimum_phase_angle element provides the minimum phase
angle value. See phase_angle."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_RADIAL_RESOLUTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The minimum_radial_resolution element indicates the
minimum (finest) radial distance over which changes in ring
properties can be detected within a data product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_RADIAL_SAMPLING_INTERV
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The minimum_radial_sampling_interval element indicates the
minimum radial spacing between consecutive points in a ring
profile. In practice, this may be somewhat smaller than
the minimum_radres element because the profile
may be over-sampled."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_RING_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The minimum_ring_longitude element specifies the minimum
inertial longitude of a ring area relative to the prime
meridian. In planetary ring systems, the prime meridian is
the ascending node of the planet's invariable plane on the
Earth's mean equator of J2000. 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.
Note: For areas that cross the prime meridian, the minimum ring
longitude will have a value greater than the maximum ring longitude.
Note: The invariable plane of a planet is equivalent to its equatorial
plane for every ringed planet except Neptune."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_RING_RADIUS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The minimum_ring_radius element indicates the minimum
(innermost) radial location of an area within a planetary
ring system. Radii are measured from the center of the
planet along the nominal ring plane."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_SAMPLING_PARAMETER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The minimum_sampling_parameter element identifies the
minimum value at which a given data item was sampled.
For example, a spectrum that was measured in the 0.4 to 3.5
micrometer spectral region would have a
minimum_sampling_parameter value of 0.4.
The sampling parameter constrained by this value is
identified by the sampling_parameter_name element.
Note: The unit of measure for the sampling parameter is
provided by the unit element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_SLANT_DISTANCE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The minimum_slant_distance element provides the minimum
slant distance value. See slant_distance."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_SOLAR_BAND_ALBEDO
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1
DESCRIPTION = "
The minimum_solar_band_albedo element provides the minimum
solar band albedo value measured within a given set of data
or a given sequence."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_SPECTRAL_CONTRAST
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = K
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The minimum_spectral_contrast element provides the minimum
value of spectral contrast within a given set of data. See
spectral_contrast_ range."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_SURFACE_PRESSURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = BAR
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The minimum_surface_pressure element provides the minimum
surface pressure value for the atmosphere of a given body."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_SURFACE_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = K
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 2.4
DESCRIPTION = "
The minimum_surface_temperature element provides the minimum
equatorial surface temperature value for a given body during
its year."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MINIMUM_WAVELENGTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MICRON
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The minimum_wavelength element identifies the minimum wavelength at which
an observation can be made or was made. For instruments, this may depend
on the instrument detector or filter characteristics. For data products,
this is the effective lower limit on the wavelength detected."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSING_CONSTANT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The missing_constant element supplies the value used to indicate that
no data were available.
Note: The MISSING_CONSTANT element should appear only within an
explicit object definition -- i.e. anywhere between an 'OBJECT ='
and an 'END_OBJECT'. MISSING_CONSTANT assumes the data type of its
parent object."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSING_FRAMES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The MISSING_FRAMES element is the total number of frames that are missing
from a file.
Note: For MARS EXPRESS, a frame, which is also called a 'row', is eight
lines of data. Each line, in turn, is composed of a sync marker followed by
a group of blocks (GOB). This refers to the Data Compression Electronics
(DCE) frames."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSING_LINES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The missing_lines element is the total number of lines of data missing from
an image or observation when it was received on Earth. Note: For Cassini,
this provides the number of missing or incomplete lines of image data."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSING_PACKET_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The missing_packet_flag element indicates whether or not there were
telemetry packets that were expected but not received."
STANDARD_VALUE_SET = {
"NO",
"YES"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSING_PIXELS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The missing_pixels element provides the number of pixels missing from an
image or observation. Note: For Cassini, this refers to the core of a
spectral cube, which indicates that the expected number of pixels (as
determined by the commanded cube dimensions) did not arrive. The positions
of these pixels are filled with CORE_NULL. Pixels purposefully set to
CORE_NULL (e.g., due to time insertion) are not included in this total."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSING_SCAN_LINES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The MISSING_SCAN_LINES element is the total number of scan lines
missing from an image or observation when it was received on Earth."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSION_ALIAS_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The mission_alias_name element provides an official name of
a mission used during the initial design, implementation,
or prelaunch phases. Example values: mission_name:MAGELLAN,
mission_alias_name:VENUS RADAR MAPPER. The mission_alias_name
element accepts set notation for multiple values."
STANDARD_VALUE_SET = {
"A12",
"A14",
"A15",
"CASSINI",
"CLEMENTINE 1",
"COMET IMPACT 94",
"CONTOUR",
"DI",
"EPOXI",
"GALILEO EUROPA MISSION (GEM)",
"GALILEO MILLENNIUM MISSION (GMM)",
"GEM",
"HAYABUSA",
"HUBBLE SPACE TELESCOPE",
"HUYGENS",
"INTERNATIONAL SOLAR POLAR MISSION",
"INTERNATIONAL SUN-EARTH EXPLOR",
"INTERNATIONAL UV EXPLORER",
"IRAS",
"JUPITER ORBITER-PROBE (JOP)",
"LRO",
"MARINER 10",
"MARINER 6 & 7",
"MARINER 9",
"MARS ENVIRONMENTAL SURVEY",
"MARS ENVIRONMENTAL SURVEY (MESUR PATHFINDER)",
"MESS",
"MEX",
"MGS",
"MJS77",
"MRO",
"MS-T5",
"MSX",
"N/A",
"NEAR",
"NH",
"ODYSSEY",
"P12",
"PIONEER 12",
"PIONEER F",
"PIONEER G",
"PLANET-A",
"ROSETTA",
"UNK",
"VENERA-GALLEY 2",
"VENUS RADAR MAPPER (VRM)",
"VIKING75",
"VRM"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSION_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The mission_desc element summarizes major aspects of
a planetary mission or project, including the number and
type of spacecraft, the target body or bodies and major
accomplishments."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSION_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
DESCRIPTION = "
The mission_id element provides a synonym or mnemonic for
the mission_name element.
Note: Within AMMOS this may also be a numeric value which is
the DSN mission number."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSION_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The mission_name element identifies a major planetary
mission or project.
A given planetary mission may be associated with one or
more spacecraft."
STANDARD_VALUE_SET = {
"2001 MARS ODYSSEY",
"APOLLO 12",
"APOLLO 14",
"APOLLO 15",
"ASTEROID OBSERVATIONS",
"CASSINI-HUYGENS",
"CASSINI-HUYGENS MISSION TO SATURN AND TITAN",
"COMET SL9/JUPITER COLLISION",
"CONTOUR MISSION",
"DEEP IMPACT",
"DEEP SPACE 1",
"DEEP SPACE PROGRAM SCIENCE EXPERIMENT",
"EPOXI",
"GALILEO",
"GEOLOGIC REMOTE SENSING FIELD EXPERIMENT",
"GIOTTO",
"GIOTTO EXTENDED MISSION",
"GROUND BASED ATMOSPHERIC OBSERVATIONS",
"HAYABUSA",
"HST",
"IHW",
"INFRARED ASTRONOMICAL SATELLITE",
"INTERNATIONAL COMETARY EXPLORER",
"INTERNATIONAL HALLEY WATCH",
"INTERNATIONAL ROSETTA MISSION",
"INTERNATIONAL ULTRAVIOLET EXPLORER",
"IUE",
"LUNAR PROSPECTOR",
"LUNAR RECONNAISSANCE ORBITER",
"MAGELLAN",
"MARINER 10",
"MARINER69",
"MARINER71",
"MARS ENVIRONMENTAL SURVEY (MESUR PATHFINDER)",
"MARS EXPLORATION ROVER",
"MARS EXPRESS",
"MARS GLOBAL SURVEYOR",
"MARS OBSERVER",
"MARS PATHFINDER",
"MARS RECONNAISSANCE ORBITER",
"MESSENGER",
"MIDCOURSE SPACE EXPERIMENT",
"N/A",
"NEAR EARTH ASTEROID RENDEZVOUS",
"NEW HORIZONS",
"PHOENIX",
"PIONEER",
"PIONEER 10",
"PIONEER 11",
"PIONEER VENUS",
"PRE-MAGELLAN",
"SAKIGAKE",
"SATURN OCCULTATION OF 28 SAGITTARIUS 1989",
"SATURN RING PLANE CROSSING 1995",
"SATURN SMALL SATELLITE ASTROMETRY",
"STARDUST",
"SUISEI",
"SUPPORT ARCHIVES",
"ULYSSES",
"VEGA 1",
"VEGA 2",
"VIKING",
"VOYAGER"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSION_NAME_OR_ALIAS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The mission_name_or_alias element provides the capability to
enter either a mission name or a mission alias name in a
single input parameter field of a user view."
STANDARD_VALUE_SET = {
"GALILEO",
"MAGELLAN",
"MARINER69",
"MARINER71",
"MARS OBSERVER",
"N/A",
"PIONEER",
"UNK",
"VENUS RADAR MAPPER (VRM)",
"VIKING",
"VOYAGER"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSION_OBJECTIVES_SUMMARY
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The mission_objectives_summary element describes the major
scientific objectives of a planetary mission or project."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSION_PHASE_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The mission_phase_desc element summarizes key
aspects of a mission phase."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSION_PHASE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The mission_phase_name element provides the commonly-used
identifier of a mission phase."
STANDARD_VALUE_SET = {
"4-DAY CHECKOUT",
"ALL",
"AMALTHEA 34 ENCOUNTER",
"AMALTHEA 34 ORBIT",
"CALLISTO 10 ENCOUNTER",
"CALLISTO 10 ORBIT",
"CALLISTO 20 ENCOUNTER",
"CALLISTO 20 ORBIT",
"CALLISTO 21 ENCOUNTER",
"CALLISTO 21 ORBIT",
"CALLISTO 22 ENCOUNTER",
"CALLISTO 22 ORBIT",
"CALLISTO 23 ENCOUNTER",
"CALLISTO 23 ORBIT",
"CALLISTO 3 ENCOUNTER",
"CALLISTO 3 ORBIT",
"CALLISTO 30 ENCOUNTER",
"CALLISTO 30 ORBIT",
"CALLISTO 9 ENCOUNTER",
"CALLISTO 9 ORBIT",
"COMMISSIONING",
"CRUISE",
"CRUISE 1",
"CRUISE 2",
"EARLY CRUISE",
"EARTH 1 ENCOUNTER",
"EARTH 2 ENCOUNTER",
"EARTH CRUISE",
"EARTH ENCOUNTER",
"EARTH FLYBY",
"EARTH PHASING LOOP A",
"EARTH PHASING LOOP B",
"EARTH-EARTH CRUISE",
"EARTH-JUPITER CRUISE",
"EARTH-VENUS CRUISE",
"EARTH1 ENCOUNTER",
"EARTH2 ENCOUNTER",
"EPOCH",
"EUROPA 12 ENCOUNTER",
"EUROPA 12 ORBIT",
"EUROPA 13 ORBIT",
"EUROPA 14 ENCOUNTER",
"EUROPA 14 ORBIT",
"EUROPA 15 ENCOUNTER",
"EUROPA 15 ORBIT",
"EUROPA 16 ENCOUNTER",
"EUROPA 16 ORBIT",
"EUROPA 17 ENCOUNTER",
"EUROPA 17 ORBIT",
"EUROPA 18 ENCOUNTER",
"EUROPA 18 ORBIT",
"EUROPA 19 ENCOUNTER",
"EUROPA 19 ORBIT",
"EUROPA 26 ENCOUNTER",
"EUROPA 26 ORBIT",
"EUROPA 4 ENCOUNTER",
"EUROPA 4 ORBIT",
"EUROPA 6 ENCOUNTER",
"EUROPA 6 ORBIT",
"EXTENDED MISSION",
"EXTENDED-EXTENDED MISSION",
"GANYMEDE 1 ENCOUNTER",
"GANYMEDE 1 ORBIT",
"GANYMEDE 2 ENCOUNTER",
"GANYMEDE 2 ORBIT",
"GANYMEDE 28 ENCOUNTER",
"GANYMEDE 28 ORBIT",
"GANYMEDE 29 ENCOUNTER",
"GANYMEDE 29 ORBIT",
"GANYMEDE 7 ENCOUNTER",
"GANYMEDE 7 ORBIT",
"GANYMEDE 8 ENCOUNTER",
"GANYMEDE 8 ORBIT",
"GASPRA ENCOUNTER",
"HARTLEY 2 ENCOUNTER",
"IDA ENCOUNTER",
"INTERPLANETARY CRUISE",
"IO 0 ENCOUNTER",
"IO 24 ENCOUNTER",
"IO 24 ORBIT",
"IO 25 ENCOUNTER",
"IO 25 ORBIT",
"IO 27 ENCOUNTER",
"IO 27 ORBIT",
"IO 31 ENCOUNTER",
"IO 31 ORBIT",
"IO 32 ENCOUNTER",
"IO 32 ORBIT",
"IO 33 ENCOUNTER",
"IO 33 ORBIT",
"JUPITER 0 ORBIT",
"JUPITER 35 ORBIT",
"JUPITER 5 ORBIT",
"JUPITER APPROACH",
"JUPITER ENCOUNTER",
"JUPITER ORBIT INSERTION",
"JUPITER ORBIT OPERATIONS",
"KENNEDY SPACE CENTER",
"LATE CRUISE",
"LAUNCH",
"LAUNCH AND DEPLOYMENT",
"LOW EARTH ORBIT",
"LUNAR MAPPING",
"LUNAR ORBIT ACQUISITION",
"MAPPING",
"MAPPING CYCLE 1",
"MAPPING CYCLE 2",
"MERCURY 1 CRUISE",
"MERCURY 1 FLYBY",
"MERCURY 2 CRUISE",
"MERCURY 2 FLYBY",
"MERCURY 3 CRUISE",
"MERCURY 3 FLYBY",
"MERCURY 4 CRUISE",
"MERCURY ORBIT",
"MID CRUISE",
"NEPTUNE ENCOUNTER",
"NOMINAL MISSION",
"ORBIT INSERTION",
"PRIMARY MISSION",
"PRIMARY SCIENCE PHASE",
"PRIME MISSION ORBIT OPERATIONS",
"PROBE",
"PROBE RELEASE",
"PROBE RELEASE AND ODM",
"SATURN ENCOUNTER",
"SHOEMAKER-LEVY 9 ENCOUNTER",
"SURVEY MISSION",
"URANUS ENCOUNTER",
"VENUS 1 CRUISE",
"VENUS 1 FLYBY",
"VENUS 2 CRUISE",
"VENUS 2 FLYBY",
"VENUS ENCOUNTER",
"VENUS-EARTH CRUISE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSION_PHASE_START_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The mission_phase_start_time element provides the date and
time of the beginning of a mission phase in UTC system format.
Formation rule: YYYY-MM-DDThh:mm:ss[.fff]"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSION_PHASE_STOP_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The mission_phase_stop_time element provides the date and
time of the end of a mission phase in UTC system format.
Formation rule: YYYY-MM-DDThh:mm:ss[.fff]"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSION_PHASE_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The mission_phase_type element identifies the type of a
major segment or 'phase' of a spacecraft mission. Example
values: LAUNCH, CRUISE, ENCOUNTER."
STANDARD_VALUE_SET = {
"CRUISE",
"EARTH-EARTH CRUISE",
"EARTH-VENUS CRUISE",
"EARTH1 ENCOUNTER",
"ENCOUNTER",
"EXTENDED MISSION",
"GASPRA ENCOUNTER",
"INTERPLANETARY CRUIS",
"LANDED",
"LAUNCH",
"MAPPING CYCLE",
"MAPPING CYCLE 1",
"MAPPING CYCLE 2",
"MAPPING CYCLE 3",
"MAPPING CYCLE 4",
"MAPPING CYCLE 5",
"N/A",
"ORBIT CHECKOUT",
"ORBIT INSERTION",
"ORBITAL",
"ORBITAL OPERATIONS",
"PRELAUNCH",
"VENUS ENCOUNTER",
"VENUS-EARTH CRUISE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSION_START_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The mission_start_date element provides the date of the
beginning of a mission in UTC system format."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MISSION_STOP_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The mission_stop_date element provides the date of the end
of a mission in UTC system format."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODE_CONTINUATION_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The mode_continuation_flag element is a yes-or-no flag which
indicates if the first mode in a frame is a continuation of
a measurement from the previous frame. Some modes require
longer than one frame to make a measurement, resulting in
their continuation to a subsequent frame. In that case, the
mode_continuation_flag element would have the value Y."
STANDARD_VALUE_SET = {
"N",
"Y"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODE_INTEGRATION_DURATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = S
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 3.84
MAXIMUM = 122.88
DESCRIPTION = "
The mode_integration_duration element provides the length of
time required to measure all the channels which are sampled
when the instrument is operating in a given mode."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODEL_COMPONENT_1
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The MODEL_COMPONENT_1 element consists of a set of values representing the
first component of a model. The significance (or meaning) of this array of
values is indicated by the first value of the MODEL_COMPONENT_ID and/or
MODEL_COMPONENT_NAME elements. The interpretation of the values themselves
depends on the model but they commonly represent a vector, a set of
polynomial coefficients, or a simple numeric parameter. For example, for a
geometric camera model with a value of CAHV for MODEL_NAME, the first
value of the MODEL_COMPONENT_NAME data element is CENTER, meaning that the
MODEL_COMPONENT_1 is a focal center vector. The three items in this vector
provide X, Y, and Z coordinates of the focal point of the camera. The exact
details about each model component vector are provided in MODEL_DESC."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODEL_COMPONENT_2
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The MODEL_COMPONENT_2 element provides the value of the
component of the MODEL_COMPONENT_ID for the second element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODEL_COMPONENT_3
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The MODEL_COMPONENT_3 element provides the value of the
component of the MODEL_COMPONENT_ID for the third element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODEL_COMPONENT_4
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The MODEL_COMPONENT_4 element provides the value of the
component of the MODEL_COMPONENT_ID for the forth element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODEL_COMPONENT_5
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The MODEL_COMPONENT_5 element provides the value of the
component of the MODEL_COMPONENT_ID for the fifth element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODEL_COMPONENT_6
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The MODEL_COMPONENT_6 element provides the value of the
component of the MODEL_COMPONENT_ID for the sixth element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODEL_COMPONENT_7
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The MODEL_COMPONENT_7 element provides the value of the
component of the MODEL_COMPONENT_ID for the seventh element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODEL_COMPONENT_8
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The MODEL_COMPONENT_8 element provides the value of the
component of the MODEL_COMPONENT_ID for the eighth element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODEL_COMPONENT_9
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The MODEL_COMPONENT_9 element provides the value of the
component of the MODEL_COMPONENT_ID for the nineth element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODEL_COMPONENT_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The MODEL_COMPONENT_ID element is used in conjunction with the
MODEL_COMPONENT_n elements, where n is a number. The MODEL_COMPONENT_ID
value should consist of a sequence of identifiers (usually 1 character),
where each identifier corresponds to a model component vector. The first id
in the sequence corresponds to MODEL_COMPONENT_1, the second corresponds to
MODEL_COMPONENT_2, etc. For example, for a geometric camera model with a
value of CAHV for MODEL_NAME, the MODEL_COMPONENT_ID would be (C, A, H,
V). Please see the MODEL_COMPONENT_NAME data element for more details."
STANDARD_VALUE_SET = {
"A",
"C",
"E",
"H",
"O",
"P",
"R",
"T",
"V"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODEL_COMPONENT_NAME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The MODEL_COMPONENT_NAME element is used in conjunction with the
MODEL_COMPONENT_n elements, where n is a number. The MODEL_COMPONENT_NAME
value should consist of a sequence of names, where each name identifies its
corresponding model component vector. The first name in the sequence
identifies MODEL_COMPONENT_1, the second identifies the MODEL_COMPONENT_2,
etc. For example, for a geometric camera model with a value of CAHV for
MODEL_NAME, the MODEL_COMPONENT_NAME would be (CENTER, AXIS, HORIZONTAL,
VERTICAL). The three values of MODEL_COMPONENT_1 would describe the focal
center vector; the three values of MODEL_COMPONENT_2 would describe the
pointing direction (axis) vector; the three values of MODEL_COMPONENT_3
would describe the horizontal image plane vector, and the three values of
the MODEL_COMPONENT_4 would describe the vertical image plane vector."
STANDARD_VALUE_SET = {
"AXIS",
"CENTER",
"ENTRANCE",
"HORIZONTAL",
"MPARM",
"MTYPE",
"OPTICAL",
"RADIAL",
"VERTICAL"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODEL_COMPONENT_UNIT
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
TBD"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODEL_DESC
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The MODEL_DESC element provides a textual description of a model (or a
pointer to a file containing the description). This is not intended to be a
brief summary, but rather a detailed description of the model; at minimum,
it should include a reference to a detailed description of the model in
published literature. While other data elements such as
CALIBRATION_SOURCE_ID, SOURCE_ID, COORDINATE_SYSTEM_NAME, and
MODEL_COMPONENT_NAME provide quick identifiers that distinguish how this
model was generated, the details and data behind each of these identifiers
should be explicitly included in the model description."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODEL_NAME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 63
DESCRIPTION = "
The MODEL_NAME element provides an identifier for the type or kind of
model. The value should be one of a well defined set, providing an
application program with sufficient information to know how to handle the
rest of the parameters within the model. (CAHVORE-3 is the only one that
uses model component vectors 1-8.)"
STANDARD_VALUE_SET = {
"CAHV",
"CAHVOR",
"CAHVORE-1",
"CAHVORE-2",
"CAHVORE-3"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODEL_RANKING
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The MODEL_RANKING element provides the names of the existing models,
listed from 'best' to 'worse' as determined by the project."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MODEL_TYPE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 63
DESCRIPTION = "
The MODEL_TYPE element provides an
identifier for the type or kind of model."
STANDARD_VALUE_SET = {
"CAHV",
"CAHVOR",
"CAHVORE",
"NONE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MOSAIC_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The mosaic_desc element provides a brief textual
description of a mosaic."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MOSAIC_IMAGES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The mosaic_images element identifies the number of images
which are contained in a given mosaic."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MOSAIC_PRODUCTION_PARAMETER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The mosaic_production_parameter element identifies the
method of production of a mosaic product (e.g., manual vs.
digital)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MOSAIC_SEQUENCE_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The mosaic_sequence_number element is a numeric identifier
which defines a group of related images on a single mosaic.
The mosaic_sequence_number is necessary when several groups
of images covering different regions are printed on one
photo_product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MOSAIC_SERIES_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The mosaic_series_id element is an alphanumeric
identifier for mosaics from a given mission."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MOSAIC_SHEET_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The mosaic_sheet_number element is a numeric identifier for
a mosaic series or for a mosaic within a mosaic series."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MPF_LOCAL_TIME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = TIME
UNIT_ID = 'LOCALDAY/24'
STANDARD_VALUE_TYPE = FORMATION
MINIMUM_LENGTH = 8
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The MPF_LOCAL_TIME element provides the local time at the lander site
on the surface of Mars, measured in local hours, minutes, and
seconds, from midnight. Local hours are defined as one twenty-fourth
of a local solar day. Local minutes are one sixtieth of a local
hour, and local seconds are one sixtieth of a local minute. Format is
hh:mm:ss. Based on the IAU standard for the Martian prime meridian. See
[DAVIESETAL1994] for more details.
Note: This keyword was used for the Mars Pathfinder mission and has been
superseded by the LOCAL_TRUE_SOLAR_TIME element; it should no longer be
used."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:ACTIVITY_ID"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 5
MAXIMUM_LENGTH = 5
DESCRIPTION = "
This keyword describes the type of measurement contained in a CRISM EDR
or other data product, and provides indication of how the observation
is commanded. The format of the value is AC### where AC is a 2-letter
designation of the type of measurement made, and ### is a 3-numeral
designation of the instrument command macro that was executed to acquire
the data. Macro numbers are in the range 0-255.
For EDRs, BI is measurement of detector bias, DF is a measurement of
background including dark current and thermal background, LP is
measurement of a focal plane lamp, SP is measurement of the internal
integrating sphere, and SC is measurement of an external scene. TP
indicates that the EDR contains any test pattern produced by instrument
electronics. T1 through T7 specify the test pattern, test pattern 1
through test pattern 7. UN indicates that the EDR contains data in
which housekeeping does not match the commanded instrument
configuration.
For an RDR, RA indicates that the file contains values in units of
radiance (W m^-2 nm^-1 sr^-1). IF indicates that the file contains
values in units of I/F, or radiance divided by solar flux scaled for
heliocentric distance. AL indicates that the file contains values as
estimated Labert albedo, which is I/F corrected for cosine of incidence
angle and for atmospheric and thermal effects. SU indicates that the
files contains summary parameters, unitless values derived from Lambert
albedo.
For an RDR or a DDR, DE indicates that the files contains derived values
related to observation geometry or independently characterized
properties of the scene."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:ADC_TIMING_SETTINGS"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The MRO:ADC_TIMING_SETTINGS element provides the HiRISE Channel 0
analog-to-digital conversion timing settings for the reset
and readout of the video waveform."
STANDARD_VALUE_SET = {
"4",
"5",
"6"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:ANALOG_POWER_START_COUNT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
DESCRIPTION = "
The MRO:ANALOG_POWER_START_COUNT element provides the spacecraft
clock count corresponding to the UTC time when the power to the CPMM
units was applied."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:ANALOG_POWER_START_TIME"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The MRO: ANALOG_POWER_START_TIME element provides the UTC time when
the power to the CPMM units was applied."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:ATMO_CORRECTION_FLAG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The MRO:ATMO_CORRECTION_FLAG element identifies whether a correction
has been performed on a CRISM data product for photometric and
atmospheric effects. This correction starts using I over F, and
consists of division by cosine of the solar incidence angle, removal
of modeled attenuation by atmospheric gases, and removal of modeled
scattering and attenuation by atmospheric aerosols. ON indicates that
a correction has been performed. In this case the units are Lambert
albedo. OFF indicates that no correction has been performed. The units
may be I_OVER_F, or LAMBERT_ALBEDO in which case I_OVER_F has been
divided by cosine of the solar incidence angle but no further
correction has occurred. More details can be found in the CRISM Data
Products SIS."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:AZIMUTH_SPACING_TYPE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 7
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The AZIMUTH_SPACING_TYPE element specifies the type of azimuth
(i.e. along-track) spacing of SHARAD radar footprints after ground
processing. UNIFORM means that azimuth lines are evenly spaced.
NOT UNIFORM means that azimuth lines are not evenly spaced."
STANDARD_VALUE_SET = {
"NOT UNIFORM",
"UNIFORM"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:BARREL_BAFFLE_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:BARREL_BAFFLE_TEMPERATURE element provides the temperature
of the HiRISE instrument's barrel baffle in degrees Centigrade.
See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:BINNING"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM = 1
MAXIMUM = 16
DESCRIPTION = "
The MRO:BINNING element provides the HiRISE observation binning mode;
i.e., the number of lines binned in an observation.
MRO:LINE_EXPOSURE_DURATION = MRO:BINNING * MRO:SCAN_LINE_DURATION"
STANDARD_VALUE_SET = {
"1",
"16",
"2",
"3",
"4",
"8"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CALIBRATION_LAMP_LEVEL"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
MAXIMUM = 4095
DESCRIPTION = "
The CALIBRATION_LAMP_LEVEL keyword provides the level of the
CRISM calibration lamp identified by LIGHT_SOURCE_NAME. 0
indicates that a lamp is unpowered. Also if the lamp level is a
non-zero value, MRO:CALIBRATION_LAMP_STATUS must equal ON, OPEN
LOOP or CLOSED LOOP. For any lamp, if MRO:CALIBRATION_LAMP_STATUS
= ON or OPEN LOOP, the lamp level is proportional to the current
being supplied to the lamp. In the special cases of
LIGHT_SOURCE_NAME = SPHERE LAMP 1 or LIGHT_SOURCE_NAME = SPHERE
LAMP 2, if MRO:CALIBRATION_LAMP_STATUS = CLOSED LOOP, then the
lamp level gives the setting of the photodiode in the integrating
sphere that provides feedback to control the lamp current."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CALIBRATION_LAMP_STATUS"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 11
DESCRIPTION = "
The MRO:CALIBRATION_LAMP_STATUS keyword gives the status of the CRISM
calibration lamp identified by LIGHT_SOURCE_NAME. OFF indicates
that the lamp is unpowered. ON or OPEN LOOP indicates that the
lamp is on with the current at the digital values indicated in
MRO:CALIBRATION_LAMP_LEVEL. CLOSED LOOP is only applicable for
the integrating sphere (LIGHT_SOURCE_NAME = SPHERE LAMP 1 or
LIGHT_SOURCE_NAME = SPHERE LAMP 2). In that case
MRO:CALIBRATION_LAMP_LEVEL gives the setting of the photodiode in
the integrating sphere that provides feedback
to control the lamp output."
STANDARD_VALUE_SET = {
"CLOSED LOOP",
"OFF",
"ON",
"OPEN LOOP"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CALIBRATION_START_COUNT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 32
DESCRIPTION = "
The MRO:CALIBRATION_START_COUNT element gives the spacecraft clock
count of the first line located in the CALIBRATION_IMAGE object."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CALIBRATION_START_TIME"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = NONE
MINIMUM_LENGTH = 24
DESCRIPTION = "
The MRO:CALIBRATION_START_TIME element gives the UTC time of the first
line located in the CALIBRATION_IMAGE object."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CCD_FLAG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The MRO:CCD_FLAG element identifies which CCDs were operating at the
time of an observation. There is a special processing flag for each
CCD used in the observation. The ordering for the values is RED0,
RED1, RED2, RED3, RED4, RED5, RED6, RED7, RED8, RED9, IR10, IR11,
BG12, and BG13.
Values are as follows:
ON = the CCD was actively acquiring data during the observation.
OFF = the CCD was turned off during the observation."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CHANNEL_NUMBER"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM = 0
MAXIMUM = 1
DESCRIPTION = "
The MRO:CHANNEL_NUMBER element provides the HiRISE CCD channel number."
STANDARD_VALUE_SET = {
"0",
"1"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CLOSED_LOOP_TRACKING_FLAG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The MRO:CLOSED_LOOP_TRACKING_FLAG element is a flag used by the SHARAD on-
board processing software to enable or disable the closed-loop tracking
algorithm, which dynamically determines the opening of the receiving
window based on the time delay of previous echoes."
STANDARD_VALUE_SET = {
"DISABLED",
"ENABLED"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:COMMANDED_ID"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 32
DESCRIPTION = "
The MRO:COMMANDED_ID element gives the the actual identification value
provided to the HIRISE instrument through the MRO flight system
commanding. This value is returned by the HiRISE instrument through
the science channel header. During flight operations the COMMANDED_ID
and the OBSERVATION_ID will be identically defined. However, during
calibration data acquisition at Ball Aerospace and Assembly Test and
Launch Operations (ATLO), the COMMANDED_ID and OBSERVATION_ID may be
different. During these phases, the same commanding, with the same
COMMANDED_ID, were run repeatedly on the HiRISE instrument. The result
was a non unique identification required for the OBSERVATION_ID
required for this value. In these cases the OBSERVATION_ID is built
from the time of the observation rather than the commaned ID found in
the Science Channel Header."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:COMPRESSION_SELECTION_FLAG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The MRO:COMPRESSION_SELECTION_FLAG element is a flag used by the
SHARAD on-board processing software to enable or disable the dynamic
bit compression algorithm, which reduces the signal dynamic
range based on the value of the echo strength."
STANDARD_VALUE_SET = {
"DYNAMIC",
"STATIC"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CPMM_NEGATIVE_5_CURRENT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = A
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:CPMM_NEGATIVE_5_CURRENT element provides the negative 5
current of the HiRISE CCD Processing/Memory Module."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CPMM_NEGATIVE_5_VOLTAGE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = V
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:CPMM_NEGATIVE_5_VOLTAGE element provides the negative
5 voltage state of the HiRISE CCD Processing/Memory Module."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CPMM_NUMBER"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM = 0
MAXIMUM = 13
DESCRIPTION = "
The MRO:CPMM_NUMBER element provides the HiRISE
CCD Processing/Memory Module number."
STANDARD_VALUE_SET = {
"0",
"1",
"10",
"11",
"12",
"13",
"2",
"3",
"4",
"5",
"6",
"7",
"8",
"9"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CPMM_POSITIVE_10_CURRENT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = A
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:CPMM_POSITIVE_10_CURRENT element provides the positive 10
current of the HiRISE CCD Processing/Memory Module."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CPMM_POSITIVE_10_VOLTAGE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = V
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:CPMM_POSITIVE_10_VOLTAGE element provides the positive
10 voltage state of the HiRISE CCD Processing/Memory Module."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CPMM_POSITIVE_1_8_CURRENT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = A
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:CPMM_POSITIVE_1_8_CURRENT element provides the positive 1_8
current of the HiRISE CCD Processing/Memory Module."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CPMM_POSITIVE_1_8_VOLTAGE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = V
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:CPMM_POSITIVE_1_8_VOLTAGE element provides the positive
1_8 voltage state of the HiRISE CCD Processing/Memory Module."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CPMM_POSITIVE_29_CURRENT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = A
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:CPMM_POSITIVE_29_CURRENT element provides the positive
29 current of the HiRISE CCD Processing/Memory Module."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CPMM_POSITIVE_29_VOLTAGE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = V
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:CPMM_POSITIVE_29_VOLTAGE element provides the positive
29 voltage state of the HiRISE CCD Processing/Memory Module."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CPMM_POSITIVE_2_5_CURRENT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = A
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:CPMM_POSITIVE_2_5_CURRENT element provides the positive 2_5
current of the HiRISE CCD Processing/Memory Module."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CPMM_POSITIVE_2_5_VOLTAGE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = V
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:CPMM_POSITIVE_2_5_VOLTAGE element provides the positive
2_5 voltage state of the HiRISE CCD Processing/Memory Module."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CPMM_POSITIVE_3_3_CURRENT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = A
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:CPMM_POSITIVE_3_3_CURRENT element provides the positive 3_3
current of the HiRISE CCD Processing/Memory Module."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CPMM_POSITIVE_3_3_VOLTAGE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = V
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:CPMM_POSITIVE_3_3_VOLTAGE element provides the positive
3_3 voltage state of the HiRISE CCD Processing/Memory Module."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CPMM_POSITIVE_5_CURRENT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = A
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:CPMM_POSITIVE_5_CURRENT element provides the positive 5
current of the HiRISE CCD Processing/Memory Module."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CPMM_POSITIVE_5_VOLTAGE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = V
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:CPMM_POSITIVE_5_VOLTAGE element provides the positive 5
voltage state of the HiRISE CCD Processing/Memory Module."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:CPMM_PWS_BOARD_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:CPMM_PWS_BOARD_TEMPERATURE element provides the temperature
of the HiRISE instrument's CCD Processing/Memory Module Power Supply
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:DELTA_LINE_TIMER_COUNT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 16777216
DESCRIPTION = "
The MRO:DELTA_LINE_TIMER_COUNT element provides the commanded
count given to the HiRISE instrument to set the scan line duration.
MRO:SCAN_LINE_DURATION = 74 + MRO:DELTA_LINE_TIMER_COUNT/16"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:DETECTOR_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:DETECTOR_TEMPERATURE element provides the temperature of the
CRISM IR detector (if MRO:SENSOR_ID = 'L'), or the VNIR detector (if
MRO:SENSOR_ID = 'S'). On each detector there are two temperature
sensors. The primary source of IR detector temperature is IR temperature
sensor 1 (column 50 in the EDR list file). The backup source of IR
detector temperature is IR temperature sensor 2 (column 51 in the EDR
list file). The primary source of VNIR detector temperature is VNIR
temperature sensor 2 (column 65 in the EDR list file). The backup source
of VNIR detector temperature is VNIR temperature sensor 1 (column 64 in
the EDR list file)."
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 = "MRO:DLL_LOCKED_FLAG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The MRO:DLL_LOCKED_FLAG element provides the state of the 1st and
2nd 96 Mhz Digital Lock Loop flags for a HiRISE observation."
STANDARD_VALUE_SET = {
"NO",
"YES"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:DLL_LOCKED_ONCE_FLAG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The MRO:DLL_LOCKED_ONCE_FLAG element indicates if the Digital
Lock Loop ever locked during a HiRISE observation."
STANDARD_VALUE_SET = {
"NO",
"YES"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:DLL_RESET_COUNT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 255
DESCRIPTION = "
The MRO:DLL_RESET_COUNT element provides the count of the number of
times during a HiRISE observation the 96 MHz Digital Lock Loop had
to be reset in order to lock to the incoming 48 Mhz clock and produce
an 96 MHz clock."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:EXPOSURE_PARAMETER"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
MAXIMUM = 480
DESCRIPTION = "
The MRO:EXPOSURE_PARAMETER element identifies the value supplied to
the CRISM instrument to command the exposure time. At a given frame
rate identified in MRO:FRAME_RATE, there are 480 possible exposure
times ranging from 1 to 480. An exposure parameter of 480 yields an
exposure time equal to the inverse of the frame rate. An exposure time
parameter of 1 yields an exposure time 1/480 as large. For example,
at a frame rate of 3.75 Hz, an exposure time parameter of 480 yields
an exposure time of 0.26667 sec, whereas an exposure time parameter of
1 yields and exposure time of 0.00056 sec. This parameter is included
independently of the exposure time itself because some of the
Calibration Data Records (CDRs) are applicable to data taken at a
particular exposure parameter."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:FELICS_COMPRESSION_FLAG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The MRO:FELICS_COMPRESSION_FLAG element identifies whether FELICS
data compression was applied to a HiRISE image."
STANDARD_VALUE_SET = {
"NO",
"YES"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:FIELD_STOP_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:FIELD_STOP_TEMPERATURE element provides the temperature
of the HiRISE instrument's focus mechanism field stop in degrees
Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:FOCUS_MOTOR_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:FOCUS_MOTOR_TEMPERATURE element provides the temperature
of the HiRISE instrument's focus 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:FOCUS_POSITION_COUNT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:FOCUS_POSITION_COUNT element provides the raw count of the
focus mechanism position in a HiRISE observation."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:FPA_NEGATIVE_Y_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:FPA_NEGATIVE_Y_TEMPERATURE element provides the temperature
of the HiRISE instrument's Focal Plane Array -Y 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:FPA_POSITIVE_Y_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:FPA_POSITIVE_Y_TEMPERATURE element provides the temperature
of the HiRISE instrument's Focal Plane Array +Y side 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:FPE_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:FPE_TEMPERATURE element provides the temperature of the
HiRISE or CRISM instrument's Focal Plane Electronics in degrees
Celsius. For HiRISE, see Figure 2.3, MRO HiRISE EDR SIS, REFKEYID
JPLD-32004. For CRISM, the value refers to the focal plane
electronics board mounted in the base of the gimbal. The values
represents IR focal plane electronics if MRO:SENSOR_ID = 'L', and
to the VNIR focal plane electronics if MRO:SENSOR_ID = 'S'. The
source of CRISM IR focal plane electronics temperature is column
60 in the EDR list file. The source of VNIR focal plane
electronics temperature is column 71 in the EDR list file."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:FRAME_RATE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = HZ
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
MAXIMUM = 30
DESCRIPTION = "
The MRO:FRAME_RATE element identifies the rate at which frames
of data in a CRISM EDR were returned. Possible values are 1.0, 3.75,
5.0, 15.0, and 30.0."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:HEATER_CONTROL_FLAG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The MRO:HEATER_CONTROL_FLAG element is a set of 14 on/off flags
that indicate which of the 14 heater control areas were on at the
time of a HiRISE observation."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:HEATER_CONTROL_MODE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 11
DESCRIPTION = "
The MRO:HEATER_CONTROL_MODE element provides the state of the HiRISE
heater control, either closed-loop or duty-cycle. Normally the
closed-loop mode is used to keep nominal operating temperatures of the
instrument. A duty-cycle mode is enabled during periods of high EM
emissions from other MRO instruments."
STANDARD_VALUE_SET = {
"CLOSED LOOP",
"DUTY CYCLE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:HEATER_CURRENT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = A
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:HEATER_CURRENT element provides the HiRISE heater current
in amps."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:IE_PWS_BOARD_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:IE_PWS_BOARD_TEMPERATURE element provides the temperature
of the HiRISE instrument's Instrument Electronics Power Supply
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:IEA_NEGATIVE_15_VOLTAGE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = V
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:IEA_NEGATIVE_15_VOLTAGE element provides the negative
15 voltage state of the HiRISE Interface Electronics Assembly."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:IEA_POSITIVE_15_VOLTAGE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = V
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:IEA_POSITIVE_15_VOLTAGE element provides the positive
15 voltage state of the HiRISE Interface Electronics Assembly."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:IEA_POSITIVE_28_VOLTAGE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = V
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:IEA_POSITIVE_28_VOLTAGE element provides the positive
28 voltage state of the HiRISE Interface Electronics Assembly."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:IEA_POSITIVE_5_VOLTAGE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = V
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:IEA_POSITIVE_5_VOLTAGE element provides positive 5 voltage
state of the HiRISE Interface Electronics Assembly."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:IEA_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:IEA_TEMPERATURE element provides the temperature of the
HiRISE instrument's Instrument Electronics Assembly in degrees
Centigrade. See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:IMAGE_EXPOSURE_DURATION"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:IMAGE_EXPOSURE_DURATION element provides the total time
of a HiRISE observation from the start of the first line to the end
of the last line computed by multiplying the total number of
lines in the array times the line exposure duration."
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:INSTRUMENT_POINTING_MODE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 16
DESCRIPTION = "
The MRO:INSTRUMENT_POINTING_MODE element identifies pointing mode of the
CRISM gimbal. For FIXED POINTING, the instrument remains at a single
gimbal position while taking data. For DYNAMIC POINTING, the gimbal
tracks a target and typically superimposes a very slow constant-rate
scan. FIXED POINTING is the nominal mode for multispectral survey data,
whereas DYNAMIC POINTING is the nominal mode for targeted observations."
STANDARD_VALUE_SET = {
"DYNAMIC POINTING",
"FIXED POINTING"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:INV_LOOKUP_TABLE_FILE_NAME"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
DESCRIPTION = "
The MRO:INV_LOOKUP_TABLE_FILE_NAME element identifies the name of the
CRISM file that gives the 12-bit DN value replacing each 8-bit DN value
if lossy compression was performed (if compression_type=8_BIT). The
inverse lookup table file is a nine-column, 4095-row text file. Column 1
gives each 8-bit value, 0 through 255. Columns 2 through 9 give the 12-
bit values that replace them if lookup tables 0 through 7, respectively,
were selected for data acquisition. Lookup tables are selected on a line
by line basis. Which table is used for each line is indicated in the
pixel-processing descriptive file named in MRO:PIXEL_PROC_FILE_NAME."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:INVALID_PIXEL_LOCATION"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = PIXEL
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
DESCRIPTION = "
The INVALID_PIXEL_LOCATION keyword identifies the X,Y,Z locations
within a CRISM TRDR at which the data values are invalid because
they represent cosmic ray hits, with an increased in DN level
above of threshold of several times the read noise in the data.
Read noise is approximately 3 14-bit DNs. The X direction is the
spatial direction within a single frame of data. The Y direction
is the wavelength direction within a single frame of data.
The Z direction in the spatial direction built up by accumulating
successive frames of data at different times. A cosmic ray hit is
manifested by an elevated DN level in a small cluster of adjacent
X,Y locations in one or two successive frames in the Z direction.
The pixel locations are defined as {(X1,Y1,Z1), (X2,Y2,Z2),...,
(Xn, Yn,Zn)} where Xn, Yn, and Zn are integer values of X,Y,Z
coordinates of invalid pixels."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:LINE_EXPOSURE_DURATION"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:LINE_EXPOSURE_DURATION element provides the time from the
start of exposure of one binned line to the start of exposure of
the next binned line in a HiRISE image.
MRO:LINE_EXPOSURE_DURATION = MRO:BINNING * MRO:SCAN_LINE_DURATION"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:LOOKUP_CONVERSION_TABLE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:LOOKUP_CONVERSION_TABLE element provides the
HiRISE lookup conversion table used to define the translation from
8-bit back to 14-bit pixels in a HiRISE image. If no lookup table
was used (LOOKUP_TABLE_TYPE='N/A') then LOOKUP_CONVERSION_TABLE=((0,0)).
This element consists of a sequence of 255 pairs of values. The first
pair in the table corresponds to the range of 14-bit pixels that map
to 0 DN value of the output 8-bit pixel. Subsequent pairs correspond to
incremental output DN values."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:LOOKUP_TABLE_FILE_NAME"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
DESCRIPTION = "
The MRO:LOOKUP_TABLE_FILE_NAME element identifies the name of the CRISM
lookup table file that gives the 8-bit DN value replacing each 12-bit DN
value if lossy compression is performed (if compression_type=8_BIT). The
lookup table file is a nine-column, 4095-row text file. Column 1 gives
each 12-bit value, 0 through 4095. Columns 2 through 9 give the 8- bit
values that replace them if lookup tables 0 through 7, respectively, are
selected. Lookup tables are selected on a line by line basis. Which
table is used for each line is indicated in the pixel-processing
descriptive file named in MRO:PIXEL_PROC_FILE_NAME."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:LOOKUP_TABLE_K_VALUE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -9998
MAXIMUM = 32
DESCRIPTION = "
The MRO:LOOKUP_TABLE_K_VALUE element provides the 'pixel spread'
value in a HiRISE image. This parameter is used only for the
HiRISE SQUARE-ROOT LUT table mode. A -9998 value indicates a K
value was not used."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:LOOKUP_TABLE_MAXIMUM"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -9998
MAXIMUM = 16384
DESCRIPTION = "
The MRO:LOOKUP_TABLE_MAXIMUM element provides the maximum 14-bit
pixel value mapped to the 254 DN 8-bit pixel in a HiRISE image.
This parameter is used only for the HiRISE LINEAR LUT table mode.
A -9998 value indicates that the maximum value was not used."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:LOOKUP_TABLE_MEDIAN"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -9998
MAXIMUM = 16384
DESCRIPTION = "
The MRO:LOOKUP_TABLE_MEDIAN element provides the median 14-bit
pixel value mapped to the 254 DN 8-bit pixel in a HiRISE image.
This parameter is used only for the HiRISE SQUARE-ROOT LUT table
mode. A -9998 value indicates that the table median value was not used."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:LOOKUP_TABLE_MINIMUM"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -9998
MAXIMUM = 16384
DESCRIPTION = "
The MRO:LOOKUP_TABLE_MINIMUM element provides the minimum 14-bit pixel
value mapped to the 0 DN output pixel in a HiRISE image. This
parameter is used only for the HiRISE LINEAR LUT table mode. A -9998
value indicates that the minimum value was not used."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:LOOKUP_TABLE_NUMBER"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -9998
MAXIMUM = 28
DESCRIPTION = "
The MRO:LOOKUP_TABLE_NUMBER element provides the number of the
stored LUT used in a HiRISE image. This parameter is used only for
the HiRISE STORED LUT table mode. A value of -9998 indicates that a
table number was not used."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:LOOKUP_TABLE_TYPE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MAXIMUM_LENGTH = 11
DESCRIPTION = "
The MRO:LOOKUP_TABLE_TYPE element provides the type of lookup table
that was applied to convert 14-bit pixels to 8-bit pixels in a HiRISE
image."
STANDARD_VALUE_SET = {
"LINEAR",
"N/A",
"SQUARE ROOT",
"STORED"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:MANUAL_GAIN_CONTROL"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 255
DESCRIPTION = "
The MRO:MANUAL_GAIN_CONTROL element is a parameter used by the
SHARAD on-board processing software to set the receiver gain to a
fixed value during data acquisition."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:MAXIMUM_STRETCH"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
DESCRIPTION = "
The MRO:MAXIMUM_STRETCH element provides a contrast stretch value to
be used in the display of a HiRISE Image. The MRO:MAXIMUM_STRETCH
parameter specifies the DN value to map to the 255 DN value of the
display. For color images, there will be three values, one for each
color."
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:MEASUREMENT_GEOMETRY_DESC"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The MRO:MEASUREMENT_GEOMETRY_DESC element describes the geometry
relevant to a laboratory spectral measurement."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:MEASUREMENT_GEOMETRY_TYPE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 50
DESCRIPTION = "
The MRO:MEASUREMENT_GEOMETRY_TYPE element provides the type of
measurement geometry relative to a laboratory spectral measurement.
Examples are 'DIRECTIONAL HEMISPHERICAL', 'HEMISPHERICAL DIRECTIONAL',
'BIDIRECTIONAL, RADIANCE FACTOR', and 'BIDIRECTIONAL, RADIANCE
COEFFICIENT'."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:MEASUREMENT_MASS"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The MRO:MEASUREMENT_MASS element provides the mass of a sample
used in a particular laboratory spectral measurement."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:MEASUREMENT_MAX_RESOLUTION"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MICRON
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The MRO:MEASUREMENT_MAX_RESOLUTION element provides the maximum
resolution of a laboratory spectral measurement."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:MEASUREMENT_MIN_RESOLUTION"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MICRON
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The MRO:MEASUREMENT_MIN_RESOLUTION element provides the minimum
resolution of a laboratory spectral measurement."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:MEASUREMENT_PRESSURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The MRO:MEASUREMENT_PRESSURE element gives the atmospheric pressure
of the environment during a laboratory spectral measurement."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:MEASUREMENT_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:MEASUREMENT_TEMPERATURE element gives the temperature of
the environment during a laboratory spectral measurement."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:MECH_TLM_BOARD_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:MECH_TLM_BOARD_TEMPERATURE element provides the temperature
of the HiRISE instrument's Mech/TLM 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: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:MINIMUM_STRETCH"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1023
DESCRIPTION = "
The MRO:MINIMUM_STRETCH element provides contrast stretch values to
be used in the display of a HiRISE Image. The MRO:MINIMUM_STRETCH
parameter is the minimum DN value to map to the 0 DN value of the
display. For color images, there will be three values, one for each
color."
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: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:NUMERICAL_FILTER_TYPE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The MRO:NUMERICAL_FILTER_TYPE element is the parameter used by the
SHARAD ground processing software for the selection of the method
used for building the numerical filter used in the range compression
of the signal."
STANDARD_VALUE_SET = {
"INVERSE",
"MATCHED"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:OBSERVATION_NUMBER"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The MRO:OBSERVATION_NUMBER gives the monotonically increasing ordinal
counter of the EDRs generated for a particular CRISM OBSERVATION_ID.
CRISM generates several EDRs for a given OBSERVATION_ID."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:OBSERVATION_START_COUNT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The MRO:OBSERVATION_START_COUNT element provides the spacecraft clock
count corresponding to the UTC time identified by the
MRO:OBSERVATION_START_TIME. This is the time when the HiRISE instrument
begins its image acquisition sequence."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:OBSERVATION_START_TIME"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = FORMATION
DESCRIPTION = "
The MRO:OBSERVATION_START_TIME element provides the UTC start time
of a HiRISE image acquisition sequence."
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:OPT_BNCH_COVER_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:OPT_BNCH_COVER_TEMPERATURE element provides the temperature
of the HiRISE instrument's optical bench cover (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: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_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_FPA_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:OPT_BNCH_FPA_TEMPERATURE element provides the temperature
of the HiRISE instrument's optical bench near the Focal Plane
Array 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_FPE_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:OPT_BNCH_FPE_TEMPERATURE element provides the temperature
of the HiRISE instrument's optical bench near the Focal Plane
Electronics 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_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:OPTICAL_BENCH_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:OPTICAL_BENCH_TEMPERATURE element provides the temperature of
the CRISM optical bench. It is a backup to MRO:SPHERE_TEMPERATURE for
modeling the output radiance of the onboard integrating sphere as a
function of sphere temperature."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:PHASE_COMPENSATION_TYPE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The MRO:PHASE_COMPENSATION_TYPE element is a parameter used by
the SHARAD on-board processing software to select the type of
time shifting applied to received echoes before coherent summing."
STANDARD_VALUE_SET = {
"NO COMPENSATION",
"RADIAL VELOCITY",
"RADIAL VELOCITY AND SURFACE SLOPE",
"SURFACE SLOPE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:PHASE_CORRECTION_TYPE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 32
DESCRIPTION = "
The MRO:PHASE_CORRECTION_TYPE element is the Parameter used by the
SHARAD ground processing software for the selection of the algorithm
used for the correction of any phase distortion in the signal caused
by the ionosphere."
STANDARD_VALUE_SET = {
"NONE",
"PHASE GRADIENT AUTOFOCUS"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:PHOTOCLIN_CORRECTION_FLAG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The MRO:PHOTOCLIN_CORRECTION_FLAG element describes the way in which
topographic slopes were calculated as inputs to a thermal correction
that has been performed on a calibrated CRISM data product.
This keyword has validity only in the case where the value of the
keyword MRO:THERMAL_CORRECTION_MODE is PHYSICAL_MODEL;ADR_TE.
If MRO:PHOTOCLIN_CORRECTION_FLAG is OFF, then slopes used to
calculate temperature come from the companion DDR. If it is ON,
then the slopes are calculated using photoclinometry of CRISM
data.
More details can be found at MRO:THERMAL_CORRECTION_MODE and in
the CRISM Data Products SIS."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:PIXEL_PROC_FILE_NAME"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
DESCRIPTION = "
The MRO:PIXEL_PROC_FILE_NAME element gives the name of the file that
documents the CRISM onboard compression options selected. Onboard
compression converts a 14- bit DN with a value of 0-16383 to a 12-bit-
0-4095 value or 8-bit 0-255 value for downlink. Corrections are done on
a line by line basis. The pixel processing file is a 4- column, 480-row
text file. The four elements in each row are the row number, the gain
correction performed, the offset correction performed, and the 12 to 8
bit lookup table used if lossy compression is performed. Both gain and
offset corrections are always performed to convert 14-bit to 12-bit
values prior to downlink. First the offset is subtracted from the 14-bit
value. Then the difference is multiplied by the gain to shorten the
result to a 12-bit value. If lossy compression is being performed (if
compression_type = 8_BIT), then the 12- to 8-bit lookup table value gives
the table in the file named by MRO:LOOKUP_TABLE_FILE_NAME that was used
to convert the 12-bit value to an 8- bit value."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:POWERED_CPMM_FLAG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The MRO:POWERED_CPMM_FLAG element provides a set of 14 values that
identify which HiRISE CCD Processing/Memory Modules were commanded to
acquire imaging during the observation. The first element is for CPMM 0
and the last element is for CPMM 13."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
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: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_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:PRIMARY_MIRROR_TEMPERATURE element provides the
temperature of the HiRISE instrument's primary mirror
at its maximum thickness in degrees Centigrade. See
Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:PULSE_REPETITION_INTERVAL"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The MRO:PULSE_REPETITION_INTERVAL element gives the time between
the transmission of two consecutive SHARAD radar pulses, expressed
in microseconds."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:RADARGRAM_RETURN_INTERVAL"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1000000
DESCRIPTION = "
The MRO:RADARGRAM_RETURN_INTERVAL element gives the round trip time of
an electromagnetic pulse from the center of Mars to the first sample of
each echo in the data product. This time delay is expressed in terms of
number of echo samples. Time distance between echo samples in SHARAD RDR
data products is 0.075 microseconds."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:READOUT_START_COUNT"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The MRO:READOUT_START_COUNT element provides the spacecraft clock count
when the HiRISE CCD Process/Memory Module begins transferring image data
out of its buffer memory."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:READOUT_START_TIME"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = TIME
DESCRIPTION = "
The MRO:READOUT_START_TIME element provides the UTC time when the HiRISE
CCD Process/Memory Module begins transferring image data out of buffer
memory."
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:REPLACED_PIXEL_LOCATION"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = PIXEL
STANDARD_VALUE_TYPE = DEFINITION
DESCRIPTION = "
The MRO:REPLACE_PIXEL_LOCATION keyword gives the X,Y,Z locations
within a CRISM TRDR at which data values were replaced by
interpolating from surrounding pixels, because original data values
were affected by cosmic ray hits which increased the DN level above a
threshold of several times the read noise in the data. Read noise is
approximately 3 14-bit DNs. The X direction is the spatial direction
within a single frame of data. The Y direction is the wavelength
direction within a single frame of data. The Z direction in the
spatial direction built up by accumulating successive frames of data
at different times. A cosmic ray hit is manifested by an elevated DN
level in a small cluster of adjacent X,Y locations in one or two
successive frames in the Z direction. Replacement occurs by
interpolating between the adjacent pixels in the XZ spatial
directions. The pixel locations are defined as {(X1,Y1,Z1),
(X2,Y2,Z2),..., (Xn, Yn,Zn)} where Xn, Yn, and Zn are integer values
of X,Y,Z coordinates of replaced pixels."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:SCAN_EXPOSURE_DURATION"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 74
MAXIMUM = 1048650
DESCRIPTION = "
The MRO:SCAN_EXPOSURE_DURATION element provides the
unbinned line readout rate of the HiRISE instrument in microseconds.
This corresponds to the time between successive steps in the
Time Delay Integration (TDI) process. The adjustment of this
parameter is used to match image line acquisition to the
boresight ground velocity. The value is the same for all
CCDs for a given observation."
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: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_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:SEC_MIRROR_TEMPERATURE element provides the temperature
of the HiRISE instrument's secondary 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:SENSOR_ID"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The MRO:SENSOR_ID element identifies the CRISM focal plane from
which data in an EDR or RDR were returned; S = short-wavelength
or VNIR, L = long-wavelength or IR, J = joint where a data
product is applicable to either."
STANDARD_VALUE_SET = {
"J",
"L",
"S"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:SPATIAL_RESAMPLING_FILE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
DESCRIPTION = "
The MRO:SPATIAL_RESAMPLING_FILE element gives the name of the file
that has the optical distortions that are removed when spatial
resampling of CRISM data occurs in sensor space. Spatial resampling is
to remove differences in the spatial scale of the data between
different wavelengths. The data are corrected for spatial scale by
cubic resampling within rows to match the scale at 610 nm (row number
223) for the VNIR, or 2300 nm (row number 257) for the IR."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:SPATIAL_RESAMPLING_FLAG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The MRO:SPATIAL_RESAMPLING_FLAG element identifies whether spatial
resampling of CRISM data has occurred in sensor space. Spatial
resampling is to remove differences in the spatial scale of the data
between different wavelengths. The data are corrected for spatial
scale by cubic resampling within rows to match the scale at 610 nm
(row number 223) for the VNIR, or 2300 nm (row number 257) for the IR.
OFF indicates no resampling, and ON indicates that resampling has
occurred."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:SPATIAL_RESCALING_FILE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
DESCRIPTION = "
The MRO:SPATIAL_RESCALING_FILE element gives the name of the file that
has the difference in magnification that is removed when spatial
rescaling of CRISM VNIR data to IR data occurs in sensor space.
Spatial rescaling is to remove differences in magnification between
VNIR data and IR data. VNIR data are corrected to the spatial scale of
the IR data at 2300 nm (row 257)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:SPATIAL_RESCALING_FLAG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The MRO:SPATIAL_RESCALING_FLAG element identifies whether spatial
rescaling of CRISM data has occurred in sensor space. Spatial
rescaling is to remove differences in magnification between VNIR data
and IR data. VNIR data are corrected to the spatial scale of the IR
data at 2300 nm (row 257). OFF indicates no rescaling, and ON
indicates that rescaling has occurred."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:SPECIAL_PROCESSING_FLAG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 4
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The MRO:SPECIAL_PROCESSING_FLAG element indicates if special
calibration processing was applied to a HiRISE CCD image. The
HiRISE instrument may experience instability problems or a
ow-signal image may have been poorly calibrated requiring an
alternate calibration strategy. There is a special processing
flag for each CCD used in the observation. The ordering for the
values is RED0, RED1, RED2, RED3, RED4, RED5, RED6, RED7, RED8,
RED9, IR10, IR11, BG12, and BG13.
Values are as follows:
NOMINAL = the standard calibration processing was used for the
CCD image.
CUBENORM = the calibration processing used a columnar gain correction
based on columnar statistics of the image.
NULL = the CCD was not operating or was missing for this observation."
STANDARD_VALUE_SET = {
"CUBENORM",
"NOMINAL",
"NULL"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:SPECIMEN_CLASS_NAME"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = TEXT
MINIMUM_LENGTH = 0
DESCRIPTION = "
The MRO:SPECIMEN_CLASS_NAME element provides the classification of
a CRISM Spectral Library sample using the classification scheme
defined in the CRISM Spectral Library SIS."
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:SPECIMEN_DESC"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The MRO:SPECIMEN_DESC element gives a description of a CRISM
Spectral Library sample. An example is 'K-jarosite, from H. Kodama
collection #A210'. The description does not have to be unique."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:SPECIMEN_LAST_OWNER_NAME"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM_LENGTH = 0
MAXIMUM_LENGTH = 32
DESCRIPTION = "
The MRO:SPECIMEN_LAST_OWNER_NAME element gives the name of the
individual or laboratory to whom a CRISM Spectral Library sample
belongs."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:SPECIMEN_MAX_PARTICLE_SIZE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MICRON
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:SPECIMEN_MAX_PARTICLE_SIZE element gives the maximum
particle size of a CRISM Spectral Library sample."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:SPECIMEN_MIN_PARTICLE_SIZE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MICRON
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:SPECIMEN_MIN_PARTICLE_SIZE element gives the minimum
particle size of a CRISM Spectral Library sample."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:SPECIMEN_NAME"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = TEXT
MINIMUM_LENGTH = 0
MAXIMUM_LENGTH = 64
DESCRIPTION = "
The MRO:SPECIMEN_NAME element gives the unique name of a CRISM
Spectral Library sample."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:SPECTRAL_RESAMPLING_FILE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
DESCRIPTION = "
The MRO:SPECTRAL_RESAMPLING_FILE element gives the name of the file
that has the optical distortions (to the nearest whole detector
element) that are removed when spectral resampling of CRISM data
occurs in sensor space. Spectral resampling is to remove differences
in the wavelength scale of the data between different spatial
positions across the field of view. The data are corrected for
spectral scale by nearest neighbor resampling within columns to match
the scale, to within 0.5 detector elements, to that of columns 260-359
for the VNIR, or columns 270-369 for the IR."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:SPECTRAL_RESAMPLING_FLAG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The MRO:SPECTRAL_RESAMPLING_FLAG element identifies whether spectral
resampling of CRISM data has occurred in sensor space. Spectral
resampling is to remove differences in the wavelength scale of the
data between different spatial positions across the field of view. The
data are corrected for spectral scale by nearest neighbor resampling
within columns to match the scale, to within 0.5 detector elements, to
that of columns 260-359 for the VNIR, or columns 270-369 for the IR.
OFF indicates no resampling, and ON indicates that resampling has
occurred."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:SPECTROMETER_HOUSING_TEMP"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:SPECTROMETER_HOUSING_TEMP element gives the temperature of the
CRISM spectrometer housing. This is a backup to direct determination,
using measurements with the shutter closed, of the thermal background
measured by the IR detector. The primary source of this temperature is a
measurement digitized by the VNIR focal plane electronics, column 58 in
the EDR list file. The backup source of this temperature is a
measurement digitized by the IR focal plane electronics, column 69 in
the EDR list file."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:SPHERE_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:SPHERE_TEMPERATURE element gives the temperature of the CRISM
onboard integrating sphere. It is used for modeling the output radiance
of the sphere as a function of sphere temperature."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:SPIDER_LEG_150_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:SPIDER_LEG_150_TEMPERATURE element provides the
temperature of the HiRISE instrument's spider leg at the
150 degree 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:SPIDER_LEG_270_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:SPIDER_LEG_270_TEMPERATURE element provides the temperature
of the HiRISE instrument's spider leg at the 270 degree 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:SPIDER_LEG_30_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:SPIDER_LEG_30_TEMPERATURE element provides the temperature
of the HiRISE instrument's spider leg at the 30 degree 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: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: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:STIMULATION_LAMP_FLAG"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
DESCRIPTION = "
The MRO:STIMULATION_LAMP_FLAG element is a set of three flags that
identify which of the three HiRISE stimulation lamps have been turned
on or off. Stimulation lamps are used to evaluate relative changes in
instrument calibration throughout the mission. Stimulation lamps are
always turned off for science observation data."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
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: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:SUN_SHADE_TEMPERATURE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The MRO:SUN_SHADE_TEMPERATURE element provides the temperature of
the HiRISE instrument's sun shade under the MLI in degrees Centigrade.
See Figure 2.3, MRO HiRISE EDR SIS, REFKEYID JPLD-32004."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:TDI"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM = 8
MAXIMUM = 128
DESCRIPTION = "
The MRO:TDI element provides the number of time delay and
integration (TDI) stages used to increase the exposure time
of a HiRISE observation."
STANDARD_VALUE_SET = {
"128",
"32",
"64",
"8"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:THERMAL_CORRECTION_MODE"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 3
MAXIMUM_LENGTH = 35
DESCRIPTION = "
The MRO:THERMAL_CORRECTION_MODE element describes whether and what
type of thermal correction has been performed to calibrated CRISM
data. At wavelengths >2300 nm, CRISM measures both solar reflectance
and thermal emission of the Martian surface. Three algorithms are
available to perform an approximate removal of the thermal emission,
to isolate solar reflectance. OFF indicates that no correction is
performed. Data may be in units of radiance, I_OVER_F, or
LAMBERT_ALBEDO. For any other choice, data are in units of
LAMBERT_ALBEDO. CLIMATOLOGY;ADR_CL indicates that a predicted
temperature for the correction was derived from a low spatial
resolution climatic model contained in an Ancillary Data Record (ADR)
with the string CL in the file name.
EMPIRICAL_MODEL_FROM_SPECTRUM;ALG_M indicates that temperature for
the correction was estimated empirically from measured CRISM
I_OVER_F at long wavelengths. PHYSICAL_MODEL;ADR_TE indicates that
a predicted temperature for the correction was derived using
information on surface physical properties from a companion DDR,
and a model of thermal emission contained in an ADR with the string
CL in the file name.
There are two variants of the case where this keyword equals
PHYSICAL_MODEL;ADR_TE. If the keyword MRO:PHOTOCLIN_CORRECTION_FLAG
is OFF, then slopes used to calculate temperature come from the
companion DDR. If the keyword MRO:PHOTOCLIN_CORRECTION_FLAG is ON,
then the slopes are calculated using photoclinometry of CRISM data.
More details can be found in the CRISM Data Products SIS."
STANDARD_VALUE_SET = {
"CLIMATOLOGY;ADR_CL",
"EMPIRICAL_MODEL_FROM_SPECTRUM;ALG_M",
"OFF",
"PHYSICAL_MODEL;ADR_TE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:TRIM_LINES"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The MRO:TRIM_LINES element provides the number of lines that have
been trimmed at the beginning of a HiRISE observation."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:WAVELENGTH_FILE_NAME"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
DESCRIPTION = "
The MRO:WAVELENGTH_FILE_NAME element identifies the name of the file
that describes wavelength sampling in a CRISM EDR, RDR, or CDR. There
are two aspects to the wavelength sampling. One is the wavelength of
light falling on each element of the 480-row detector. The second is
the selection of which rows are included in downlink. For each
detector there is a menu of four options; which option is selected is
given in MRO:WAVELENGTH_FILTER, which has a value of 0, 1, 2, or 3.
For an EDR, the wavelength file is a 5-column, 480-row text file. The
five elements in each row are the row number and a 0 or 1 for
MRO:WAVELENGTH_FILTER 0, 1, 2 and 3, indicating if the row is included
in the EDR when that option is selected in MRO:WAVELENGTH_FILTER. For
an RDR or CDR, the wavelength file is an image whose value at the
location of a detector element is the center wavelength of that
element, in nanometers."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:WAVELENGTH_FILTER"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The MRO:WAVELENGTH_FILTER keyword identifies which of four CRISM onboard
menus of rows was selected for downlink. The four choices are 0, 1, 2,
or 3. Each filter is a vector of 480 0's or 1's, one per row of the
detector. 0 indicates that data are not saved; 1 indicates that data are
saved. The values in the four vectors are in the file named by
MRO:WAVELENGTH_FILE_NAME."
STANDARD_VALUE_SET = {
"0",
"1",
"2",
"3"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = "MRO:WEIGHTING_FUNCTION_NAME"
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 32
DESCRIPTION = "
The MRO:WEIGHTING_FUNCTION_NAME element gives the Parameter used by
the SHARAD ground processing software for the selection of the
function used for weighting the contribution of different frequencies
in the signal before range compression.."
STANDARD_VALUE_SET = {
"CHEBYCHEV",
"HANNING",
"KAISER",
"UNIFORM"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = MULT_PEAK_FRESNEL_REFLECT_CORR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The mult_peak_fresnel_reflect_corr element provides the
correction factor that has been applied to
derived_fresnel_reflectivity to allow for radar echoes
possessing more than an single peak."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NAIF_DATA_SET_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The naif_data_set_id element provides the data_set_id which
contains the position information for the instrument.
Note: This data element is obsolete. The product_id data element
should be used instead."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NAIF_INSTRUMENT_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The naif_instrument_id element provides the numeric ID used within
the SPICE system to identify the spacecraft, spacecraft structure
or science instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NAME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 61
DESCRIPTION = "
The name data element indicates a literal value representing
the common term used to identify an element or object. See
also: 'id'.
Note: In the PDS data dictionary, if the name identifier is
prepended with a namespace identifier (e.g., CASSINI:TARGET_NAME),
then the name identifier is restricted to 61 characters where the
name identifier and the namespace identifiers are each restricted
to 30 characters and are separated by a colon (for a total maximum
length of 61 characters).
The name identifier and its component parts must conform to PDS
nomenclature standards.
If the name identifier is used without a namespace identifier
(e.g., TARGET_NAME), then the name identifer is restricted to 30
characters, and must conform to PDS nomenclature standards."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NAMESPACE_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The NAMESPACE_ID element uniquely identifies a set of elements such
that there is no ambiguity between elements having identical names
but different origins."
STANDARD_VALUE_SET = {
"CASSINI",
"PDSDD"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NATIVE_START_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The native_start_time element provides a time value at the
beginning of a time period of interest. Native time is
'native to' (that is, resident within) a given set of data,
in those cases in which the native time field is in a format
other than the standard UTC system format. For example, the
spacecraft clock count could be a native time value."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NATIVE_STOP_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The native_stop_time element provides a time value at the
end of a time period of interest. Native time is 'native to'
(that is, resident within) a given set of data, in those
cases in which the native time field is in a format other
than the standard UTC system format. For example, the
spacecraft clock count could be a native time value."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NAV_UNIQUE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
DESCRIPTION = "
The nav_unique_id element is an AMMOS-MGN unique element used to express a
NAV-unique identifier for the file.
Note: This data element is obsolete. The source_product_id element
should be used instead."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NODAL_REGRESSION_RATE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'DEG/DAY'
STANDARD_VALUE_TYPE = "N/A"
MINIMUM = 0
DESCRIPTION = "
The nodal regression rate element defines the rate at which the
ascending node of an inclined orbit rotates about the central body's
pole. Note that, for inclined orbits about oblate planets, this value
is always negative. See also RING_ASCENDING_NODE_LONGITUDE."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NODE_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The node_desc element describes a PDS Node."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NODE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The node_id element provides the node id assigned to a
science community node."
STANDARD_VALUE_SET = {
"ATMOS",
"EN",
"ESA",
"GEOSCIENCE",
"HQ",
"IMAGING",
"IMAGING-JPL",
"N/A",
"NAIF",
"NSSDC",
"PPI-UCLA",
"RAD",
"RINGS",
"RS",
"SBN"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NODE_INSTITUTION_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The node_institution_name element identifies a university,
research center, NASA center or other institution associated
with a PDS node."
STANDARD_VALUE_SET = {
"EUROPEAN SPACE AGENCY",
"GODDARD SPACE FLIGHT CENTER",
"HQ",
"JET PROPULSION LABORATORY",
"JOHNS HOPKINS UNIVERSITY APPLIED PHYSICS LABORATORY",
"MASSACHUSETTS INSTITUTE OF TECHNOLOGY",
"N/A",
"NASA/AMES RESEARCH CENTER",
"NEW MEXICO STATE UNIVERSITY",
"SETI INSTITUTE",
"STANFORD UNIVERSITY",
"UNITED STATES GEOLOGICAL SURVEY",
"UNIVERSITY OF CALIFORNIA, LOS ANGELES",
"UNIVERSITY OF HAWAII",
"UNIVERSITY OF IOWA",
"UNIVERSITY OF MARYLAND",
"WASHINGTON UNIVERSITY"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NODE_MANAGER_PDS_USER_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The node_manager_pds_user_id element provides the
pds_user_id of the node manager."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NODE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The node_name element provides the officially recognized
name of a PDS Node."
STANDARD_VALUE_SET = {
"CENTRAL",
"ENGINEERING",
"EUROPEAN SPACE AGENCY",
"GEOSCIENCES",
"HQ",
"IMAGING",
"N/A",
"NATIONAL SPACE SCIENCE DATA CENTER",
"NAVIGATION ANCILLARY INFORMATION FACILITY",
"PLANETARY ATMOSPHERES",
"PLANETARY PLASMA INTERACTIONS",
"PLANETARY PLASMA INTERACTIONS - UCLA",
"PLANETARY RINGS",
"RADIO SCIENCE",
"RADIOMETRY",
"SMALL BODIES"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NOISE_LEVEL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The noise_level element identifies the threshold at which
signal is separable from noise in a given data set or for
measurements performed by a particular instrument.
For instruments the noise level is a function primarily of
the instrument characteristics, while for data sets or data
products the noise level can also be a function of the data
processing history."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NOISE_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The noise_type element indicates the type of the noise
statistics in a data product."
STANDARD_VALUE_SET = {
"GAUSSIAN",
"POISSON",
"UNK"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NOMINAL_ENERGY_RESOLUTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 2.9
MAXIMUM = 30
DESCRIPTION = "
The nominal_energy_resolution element provides an
approximation of the energy resolution obtained during a
particular instrument mode. Energy resolution is defined as
the width of an energy channel divided by the average energy
of that channel. A nominal value is given as this quantity
varies between channels."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NOMINAL_OPERATING_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = K
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 2.4
MAXIMUM = 1100
DESCRIPTION = "
The nominal_operating_temperature element identifies the
operating temperature as given in the specifications for an
instrument detector."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NON_CLUSTERED_KEY
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The non_clustered_key element indicates whether a column in
a table has a nonclustered index. This index is not unique
does not determines the sorting order of the data, but is
intended purely for query performance optimization."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NON_RANGE_PROF_CORRS_INDEX
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The non_range_prof_corrs_index element provides the value
of the index of the element in non_range_sharp_echo_prof
that corresponds to the first element in
best_non_range_sharp_model_tpt[0]. The indices start at
zero."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NON_RANGE_SHARP_ECHO_PROF
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The non_range_sharp_echo_prof element provides the value
of the power vs. time echo profile, at half-baud (0.21
microsecond) intervals, assembled from up to 16 frequency
components, without shifting their time origins (see
range_sharp_echo_profile element). This profile yields the
best estimate of the time dispersion of the echo, and hence
the value of the derived_rms_surface_slope and
derived_fresnel_reflectivity element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NON_RANGE_SHARP_FIT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The non_range_sharp_fit element provides the value of the
'goodness of fit' measuring the correlation between the
observed profile non_range_sharp_echo_prof and the
theoretical template best_non_range_sharp_model_tpt
elements. Scaling_factors for the
best_non_range_sharp_model_tpt and the
non_range_sharp_echo_prof elements provide the value of the
conversion factor that multiplies the integer array
elements of the best_non_range_sharp_model_tpt and
non_range_sharp_echo_prof elements to yield their physical
values, expressed as equivalent radar cross-sections in
units of km**2."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NON_RANGE_SHARP_LOOKS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The non_range_sharp_looks element provides the value of
the number of statistically independent measurements of
echo profile that were summed to produce the value for the
profile non_range_sharp_echo_prof element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NORTH_AZIMUTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The north_azimuth element provides the value of the angle
between a line from the image center to the north pole and
a reference line in the image plane. The reference line is
a horizontal line from the image center to the middle right
edge of the image.
This angle increases in a clockwise direction."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NORTH_AZIMUTH_CLOCK_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The north_azimuth_clock_angle element specifies the direction of the
northward pointing azimuth on the surface of the target body as it
appears at the center of an image. It is measured from the 'upward'
direction, clockwise to the northward azimuth as projected into the
image plane, assuming the image is displayed as defined by the
SAMPLE_DISPLAY_DIRECTION and LINE_DISPLAY_DIRECTION elements. This
keyword is intended to be a replacement for the NORTH_AZIMUTH keyword
which has not been used in a consistent way in the past.
Note: In some cases, knowledge of the inertial orientation of the
ratational 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. Note also that this quantity can vary significantly within a
single image, particularly when a large fraction of the body is
included in the image, so it is sensitive to the accuracy of an image's
pointing information. This keyword is undefined if the central pixel of
an image does not intersect the target body."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NOT_APPLICABLE_CONSTANT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The not_applicable_constant element supplies the numeric
value used to represent the figurative constant 'N/A'.
'N/A' (Not Applicable) is defined as indicating when values
within the domain of a particular data element do not apply
in a specific instance."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NOTE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The note element is a text field which provides
miscellaneous notes or comments (for example, concerning a
given data set or a given data processing program)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NOTEBOOK_ENTRY_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The notebook_entry_time element provides the date and time
at which an experimenter made a particular entry in the
experimenter notebook.
Formation rule: YYYY-MM-DDThh:mm:ss[.fff]"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NSSDC_DATA_SET_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The nssdc_data_set_id element is the identifier used by
the NSSDC for a data set or data product. A PDS data set
or collection may have one or more associated NSSDC
data sets."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NTV_SAT_TIME_FROM_CLOSEST_APRH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 14
DESCRIPTION = "
The ntv_sat_time_from_closest_aprh (native satellite time from closest
approach) element provides the time from closest approach to the
satellite. This should not be confused with
NTV_TIME_FROM_CLOSEST_APPROACH which is the time from closest approach
to the central body. The format is +/- DDDHHMMSS, where negative
refers to Days,Hours, Minutes, Seconds before the encounter."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NTV_TIME_FROM_CLOSEST_APPROACH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 14
DESCRIPTION = "
The ntv_time_from_closest_approach (native time from closest approach)
element provides the time from closest approach to the central body.
The format is +/- DDDHHMMSS, where negative refers to Days, Hours,
Minutes, Seconds before the encounter."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = NULL_CONSTANT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = NULL
MAXIMUM = NULL
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The NULL_CONSTANT element supplies the numeric value used to represent
the figurative constant 'NULL'. 'NULL' is defined as indicating when
values within the domain of a particular element are temporarily
unknown. A value is applicable and may be forthcoming. See also
NOT_APPLICABLE_CONSTANT, UNKNOWN_CONSTANT."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBJECT_CLASSIFICATION_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The object_classification_type element identifies a defined
object with a classification specified by the defining data
system."
STANDARD_VALUE_SET = {
"DATA SET CATALOG",
"DEFINITION",
"PRODUCT CATALOG",
"STRUCTURE",
"SYSTEM"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBJECT_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The object_name element provides the template object name
assigned by the Central Node data administrator to a logical
template used in the PDS."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBJECT_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The object_type data element indicates a system-specific
categorization for a data object. Example: GENERIC,
SPECIFIC. In the PDS, the difference between generic and
specific objects is illustrated in the PDS Data Preparation
Workbook."
STANDARD_VALUE_SET = {
"GENERIC",
"GENERIC_GROUP",
"SPECIFIC",
"SPECIFIC_GROUP"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBLIQUE_PROJ_POLE_LATITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
One of the three angles defining the oblique coordinate system used in the
OBLIQUE CYLINDRICAL projection. This is the ordinary latitude in degrees
of the pole (Z axis) of the oblique system."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBLIQUE_PROJ_POLE_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -180
MAXIMUM = 360
DESCRIPTION = "
One of the three angles defining the oblique coordinate system used in the
OBLIQUE CYLINDRICAL projection. This is the ordinary longitude in degrees
of the pole (Z axis) of the oblique system."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBLIQUE_PROJ_POLE_ROTATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
One of the three angles defining the oblique coordinate system used in the
OBLIQUE CYLINDRICAL projection. This is a rotation in degrees around the
polar (Z) axis of the oblique system that completes the transformation from
standard to oblique coordinates."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBLIQUE_PROJ_X_AXIS_VECTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -1
MAXIMUM = 1
DESCRIPTION = "
Unit vector in the direction of the X axis of the oblique
coordinate system used in the OBLIQUE CYLINDRICAL projection,
in terms of the X, Y, and Z axes of the standard body-fixed
coordinate system. In each system, the X axis points from
the body center toward longitude and latitude (0,0) in that
system, and the Z axis to (0,90), and the Y axis completes a
right-handed coordinate system. The OBLIQUE_PROJ_X/Y/Z_AXIS_VECTORS
make up the rows of a rotation matrix that when multiplied on
the left of a vector referenced to the standard coordinate system
converts it into its equivalent in the oblique coordinate system.
This rotation matrix is the product of successively applied
rotations by +/- OBLIQUE_PROJ_POLE_LONGITUDE around the Z axis,
90 - OBLIQUE_PROJ_POLE_LATITUDE around the once-rotated Y axis,
and OBLIQUE_PROJ_POLE_ROTATION around the twice-rotated Z axis.
For the first of these rotations, a positive sign is used if the
OBLIQUE_PROJ_POLE_LONGITUDE is given as an east longitude, and a
negative sign if it is expressed as a west longitude."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBLIQUE_PROJ_Y_AXIS_VECTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -1
MAXIMUM = 1
DESCRIPTION = "
Unit vector in the direction of the Y axis of the oblique
coordinate system used in the OBLIQUE CYLINDRICAL projection,
in terms of the X, Y, and Z axes of the standard body-fixed
coordinate system. In each system, the X axis points from
the body center toward longitude and latitude (0,0) in that
system, and the Z axis to (0,90), and the Y axis completes a
right-handed coordinate system. The OBLIQUE_PROJ_X/Y/Z_AXIS_VECTORS
make up the rows of a rotation matrix that when multiplied on
the left of a vector referenced to the standard coordinate system
converts it into its equivalent in the oblique coordinate system.
This rotation matrix is the product of successively applied
rotations by +/- OBLIQUE_PROJ_POLE_LONGITUDE around the Z axis,
90 - OBLIQUE_PROJ_POLE_LATITUDE around the once-rotated Y axis,
and OBLIQUE_PROJ_POLE_ROTATION around the twice-rotated Z axis.
For the first of these rotations, a positive sign is used if the
OBLIQUE_PROJ_POLE_LONGITUDE is given as an east longitude, and a
negative sign if it is expressed as a west longitude."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBLIQUE_PROJ_Z_AXIS_VECTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -1
MAXIMUM = 1
DESCRIPTION = "
Unit vector in the direction of the Z axis of the oblique
coordinate system used in the OBLIQUE CYLINDRICAL projection,
in terms of the X, Y, and Z axes of the standard body-fixed
coordinate system. In each system, the X axis points from
the body center toward longitude and latitude (0,0) in that
system, and the Z axis to (0,90), and the Y axis completes a .
right-handed coordinate system. The OBLIQUE_PROJ_X/Y/Z_AXIS_VECTORS
make up the rows of a rotation matrix that when multiplied on
the left of a vector referenced to the standard coordinate system
converts it into its equivalent in the oblique coordinate system.
This rotation matrix is the product of successively applied
rotations by +/- OBLIQUE_PROJ_POLE_LONGITUDE around the Z axis,
90 - OBLIQUE_PROJ_POLE_LATITUDE around the once-rotated Y axis,
and OBLIQUE_PROJ_POLE_ROTATION around the twice-rotated Z axis.
For the first of these rotations, a positive sign is used if the
OBLIQUE_PROJ_POLE_LONGITUDE is given as an east longitude, and a
negative sign if it is expressed as a west longitude."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBLIQUITY
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 90
DESCRIPTION = "
The obliquity element provides the value of the angle
between the plane of the equator and the orbital plane of a
target body."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBSERVATION_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The observation_id element uniquely identifies a scientific observation
within a data set.
Note: For Galileo the observation_id is in
the form NNTIOOOOOOMM#SSSXXXX. Where NN is the orbit
number, T is the scan platform target body initial (if
applicable), I is the instrument, oooooo is the orbit
planning guide objective mnemonic, MM is the sequential
OAPEL number for each value of NNTIOOOOOO, # is the
multiple observation flag symbol (- or +), SSS is the PA
set number and XXXX is the MIPL processing code."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBSERVATION_INCLINATION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The OBSERVATION_INCLINATION element provides the value of the angle
of inclination of an observation with respect to specific planes of
a non-standard coordinate system.
Note for IRAS:
The IRAS satellite has a natural but non-standard coordinate system
defined by SOLAR_ELONGATION and OBSERVATION_INCLINATION. SOLAR_ELONGATION
is the angle between the line of site of the satellite and the Sun.
OBSERVATION_INCLINATION is the angle between the ecliptic plane and the
plane containing the Earth, Sun, and the observation direction (that is,
the azimuth angle about the Earth-Sun axis). The value is zero when IRAS
looks at the ecliptic plane in the direction opposite to the motion of the
Earth around the Sun. The value increases clockwise around the Earth-Sun
axis when facing the Sun, and opposite from the direction of the motion of
the satellite in its polar orbit about the Earth. OBSERVATION_INCLINATION
is related to IRAS_CLOCK_ANGLE by the equation
OBSERVATION_INCLINATION = 90 - IRAS_CLOCK_ANGLE.
For IRAS, SOLAR_ELONGATION and OBSERVATION_INCLINATION are related
to geocentric ecliptic latitude (beta) and longitude (lamda) and
the longitude of the Sun (lamda Sun) through the equations:
sin(OBSERVATION_INCLINATION) = sin(beta)/sin(SOLAR_ELONGATION)
and
cos(SOLAR_ELONGATION) = cos(beta)*cos(lamda - lamda Sun)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBSERVATION_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
MAXIMUM_LENGTH = 64
DESCRIPTION = "
The observation_name element provides the identifier for an observation
or sequence of commands."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBSERVATION_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The observation_time element provides the date and time of
the midpoint between the start and end times (spacecraft,
ground-based, or system event) in UTC system format."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBSERVATION_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The observation_type element identifies the general type of
an observation."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBSERVER_FULL_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 80
DESCRIPTION = "
The OBSERVER_FULL_NAME element provides the name of the person(s) that
calculated or collected relevant data in support of an archived project
or campaign. In the case of catalogs of calculated quantities
OBSERVER_FULL_NAME identifies the person who performed the
calculations. In the case of compilations from the literature
OBSERVER_FULL_NAME indicates the identity of the person responsible for
collecting the source observations into a single dataset."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OBSTRUCTION_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The obstruction_id element identifies a boom or other obstruction blocking
the view of an instrument during an observation. For example, the
Galileo SSI is occasionally blocked by a boom."
STANDARD_VALUE_SET = {
"NOT_POSSIBLE",
"POSSIBLE",
"PRESENCE_VERIFIED"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OCCULTATION_PORT_STATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 6
DESCRIPTION = "
The occultation port state describes a small aperture located away from the
normal viewing direction, which is either open, in which case light is
directed toward the telescope mirror by a small grazing incidence mirror or
closed in which case a mechanism is used to block the light path."
STANDARD_VALUE_SET = {
"CLOSED",
"OPEN"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OCCULTATION_TYPE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = DATA_SET
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The occultation type element distinguishes between two types of
occultation experiments, stellar and radio. Stellar occultations
involve observing a star as a targeted ring or body passes in front,
as seen from either a spacecraft or Earth-based observatory. Radio
occultations typically involve observing the continuous-wave radio
transmissions from a spacecraft as it passes behind the target as seen
from a radio telescope on Earth."
STANDARD_VALUE_SET = {
"RADIO",
"STELLAR"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OFFSET
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The offset element indicates a shift or displacement of a
data value. See also: scaling_factor.
Note: Expressed as an equation: true value = offset value
+ (scaling factor x stored value)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OFFSET_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The offset_flag element indicates whether an offset was used to shift or
displace a data value. Note: For Cassini, this indicates whether an
Occultation Mode spectral cube used the commanded X_OFFSET and Z_OFFSET
('OFF') or used offsets calculated by the flight software from the non-
Occultation Mode spectral cube ('ON')."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OFFSET_GRATING_POSITION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 7
DESCRIPTION = "
The NIMS instrument has only 17 detectors but takes data in as many as 408
wavelengths by moving a grating across 31 possible physical positions.
The offset grating position is a physical position from which the logical
positions of the various instrument modes are defined. Its normal value
is 4, but it may be commanded between 0 and 7 should the instrument's
wavelength calibration change. 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."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OFFSET_MODE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The offset_mode_id identifies the analog value that is
subtracted from the video signal prior to the
analog/digital converters."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OFFSET_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The OFFSET_NUMBER indicates the offset value used in the analog to
digital conversion. The OFFSET_NUMBER times a constant is the voltage
value added to the measured voltage signal before digitization."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ON_CHIP_MOSAIC_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 1
DESCRIPTION = "
Galileo Solid State Imaging-specific. The on_chip_mosaic_flag element
indicates whether the image is part of a multiple exposure/single
read-out mode, or ON_CHIP_MOSAIC. For example, four images of the
target-body are acquired by slewing the camera to image the target at
each of the four corners of the Charged Coupled Device (CCD) array. The
CCD read-out is suppressed until all four exposures are completed, thus
resulting in a 2X2 mosaic. An on chip mosaic is not limited to a 2x2
mosaic, it can be an nxm mosaic."
STANDARD_VALUE_SET = {
"N",
"UNK",
"Y"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ON_LINE_IDENTIFICATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 255
DESCRIPTION = "
The on_line_identification element is a unique identifier
for product resources which are on-line. It may be a URL to
a home page, an e-mail address, an ftp site or a jukebox. An
on_line_identification element may be associated with a
data set, data set collection, mission, instrument, host,
target or volume."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ON_LINE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The on_line_name element is a unique name which corresponds to
a given on_line_identification element. It is used to create HTML
links to appropriate home pages."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OPERATING_SYSTEM_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The operating_system_id element identifies the computer
operating system and version of the operating system on
which data were manipulated, (e.g., VMS 4.6,UNIX SYSTEM
5, DOS 4.0, MAC)."
STANDARD_VALUE_SET = {
"DOS 3.3",
"DOS 4.0",
"MAC",
"OS/2",
"UNIX 4.2 BSD",
"UNIX SYSTEM 5",
"VMS 4.6"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OPERATIONAL_CONSID_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The operational_consid_desc element provides
a brief description of operational characteristics which
affect the measurements made by an instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OPERATIONS_CONTACT_PDS_USER_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The operations_contact_pds_user_id element provides the
pds_user_id of the operations contact at a node."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OPTICS_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The optics_desc element provides a textual
description of the physical and operational characteristics
of the optics of an instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OPTICS_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -999
DESCRIPTION = "
The optics_temperature element provides the temperature, in degrees
celsius, of the optics of an instrument. Note: For Cassini, this
temperature is specifically that of the front optics."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OPTIONAL_ELEMENT_SET
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The optional_element_set element identifies the data
elements that are optional members of a defined object.
Note: In the PDS, the data elements listed in this set
must be approved for inclusion in the data dictionary."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OPTIONAL_OBJECT_SET
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The optional_object_set element identifies the ODL objects
that are optional members of a defined object."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORBIT_DIRECTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The orbit_direction element provides the direction of
movement along the orbit about the primary as seen from the
north pole of the 'invariable plane of the solar system',
which is the plane passing through the center of mass of the
solar system and perpendicular to the angular momentum vect
or of the solar system orbit motion. PROGRADE for positive
rotation according to the right-hand rule, RETROGRADE for ne
gative rotation. See also: orbital_inclination"
STANDARD_VALUE_SET = {
"N/A",
"NULL",
"PROGRADE",
"RETROGRADE",
"UNK",
"UNKNOWN"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORBIT_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = ALPHANUMERIC
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The ORBIT_NAME element identifies the orbital revolution of the spacecraft
around a target body in the manner specified by the mission that archived
the data set. Use of the ORBIT_NUMBER element is preferred if the mission
orbit naming convention is a continuously increasing number."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORBIT_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The orbit_number element identifies the number of the
orbital revolution of the spacecraft around a target body.
Note: In PDS Magellan altimetry and radiometry labels,
the orbit_number data element refers to the Magellan
orbit number corresponding to the following files:
ephemeris, altimetry, and radiometry."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORBIT_START_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The orbit_start_number is an alias for start_orbit_number
used exclusively by the AMMOS-MGN KEY_TIMES data file."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORBIT_START_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The orbit_start_time element is an alias for start_time used
exclusively by AMMOS-MGN ephemeris files."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORBIT_STOP_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The orbit_stop_number is an alias for stop_orbit_number used
exclusively by the AMMOS-MGN KEY_TIMES data file."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORBIT_STOP_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The orbit_stop_time element is an alias for stop_time used
exclusively by AMMOS-MGN ephemeris files."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORBITAL_ECCENTRICITY
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1
DESCRIPTION = "
The orbital_eccentricity provides a measure of the non-circularity of an
orbit. Circular orbits have eccentricities of 0, elliptical orbits have
eccentricities between 0 and 1, parabolic trajectories have eccentricities
of 1, and hyperbolic trajectories have eccentricities greater than
1."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORBITAL_INCLINATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 180
DESCRIPTION = "
The orbital_inclination element provides the value of the
angle between the orbital plane of a target body and the
ecliptic. The body's orbit direction is prograde if 0 < i
90 degrees, where i is the value of orbital inclination.
The orbit direction is retrograde if 90 < i < 180 degrees."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORBITAL_SEMIMAJOR_AXIS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The orbital_semimajor_axis element provides the value of
the semimajor axis of the orbit of a target body. The
semimajor axis is one_half of the maximum dimension of an
orbit."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORDER_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The order_date element provides the date when upon which an order was
placed for a data set."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORDER_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The order_number element is a unique system_generated
number which is used to identify an order."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORDER_STATUS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The order_status element provides the status associated with
orders and order items accepted by the PDS order function."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORDER_STATUS_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The order_status_date element provides the effective date
of an order status change."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORDER_STATUS_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The order_status_desc element details the status of an
order."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORDER_STATUS_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The order_status_id element identifies the status of an
order."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORDER_STATUS_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The order_status_time element gives the date (and time,
where applicable) as of which the status of an order was
changed.
Formation rule: YYYY-MM-DDThh:mm:ss[.fff]"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORDER_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 2
DESCRIPTION = "
The order_type element identifies the type of order placed
by a user of the PDS. Example values: PR=product orders,
CD=CD-ROM fast track orders."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORIGIN_OFFSET_VECTOR
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = M
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The ORIGIN_OFFSET_VECTOR element specifies the offset from the reference
coordinate system's origin to the origin of the coordinate system being
defined by the enclosing COORDINATE_SYSTEM_STATE group. In other words, it
is the location of the current system's origin as measured in the reference
system."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORIGIN_ROTATION_QUATERNION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The ORIGIN_ROTATION_QUATERNION element provides an array of four values
that specifies the rotation of the coordinate system being defined by the
enclosing COORDINATE_SYSTEM_STATE group, relative to the reference system.
Mathematically this can be expressed as follows: Given a vector expressed
in the current frame, multiplication by this quaternion will give the same
vector as expressed in the reference frame. Quaternions are expressed as a
set of four numbers in the order (s, v1, v2, v3), where s = cos(theta/2)
and v(n) = sin(theta/2)*a(n). Theta is the angle of rotation and a is the
(x,y,z) vector around which the rotation occurs."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ORIGINAL_PRODUCT_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 76
DESCRIPTION = "
The original_product_id element provides the temporary
product identifier that was assigned to a product during
active flight operations which was eventually replaced by a
permanent id (see product_id)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OUTPUT_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The output_flag element indicates whether standard values
shall be output for hardcopy display."
STANDARD_VALUE_SET = {
"N",
"Y"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = OVERWRITTEN_CHANNEL_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The overwritten_channel_flag element indicates whether spectral data was
sacrificed in leiu of more precise timing information. Note: For Cassini,
if the flag is set to 'ON', the observation time values are collected for
each pixel and stored in the backplanes of the spectral cube. The spectral
data in channels 347-352 will be set to the CORE_NULL value (-8192)."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PACKET_CREATION_SCLK
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The PACKET_CREATION_SCLK specifies the value of the spacecraft clock
at the time that data was packetized on board a spacecraft. This value
is not always co-incident with the data acquisition time.
Note: for MPF and M98, this value was stored in the primary telemetry
packet header of the first packet of a data file, and was the reference
used for requesting the data packets from the TDS (Telemetry Delivery
System)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PACKET_MAP_MASK
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = NON_DECIMAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The PACKET_MAP_MASK element is a binary or hexadecimal number identifying
which of a data file's expected packets were actually received. The digits
correspond positionally with the relative packet numbers of the data file.
The bits are to be read left to right; i.e., the first (left-most) digit of
the number corresponds to the first packet of the data file. A bit value of
1 indicates that the packet was received; a value of 0 indicates that it
was not received. The number is stored in the PDS radix notation of
<radix>#<value>#."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PACKING_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The packing_flag element indicates whether multiple spectral cubes were
packed and stored as a single spectral cube product, due to their small
size and lack of unique timing information."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PARALLEL_CLOCK_VOLTAGE_INDEX
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 15
DESCRIPTION = "
The parallel_clock_voltage_index element provides the commanded parallel
clock voltage value which controls clocking frequency."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PARAMETER_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The parameter_desc element defines the input or output
parameter identified by the parameter_name element,
including units, derivation (where applicable), and
associated parameters."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PARAMETER_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The parameter_name element identifies a parameter input to
or output from a program or algorithm."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PARAMETER_SEQUENCE_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The parameter_sequence_number element provides an ordering
sequence number for parameters used in user views and
associated queries."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PARAMETER_SET_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
MAXIMUM_LENGTH = 120
DESCRIPTION = "
The parameter_set_id element identifies the parameter set which was used to
produce the data file. Note: For Cassini, typically this will be the
COMMAND_SEQUENCE_NUMBER with a counter/character appended to the end.
Instrument operations (IO) does not insure or check that this convention is
followed."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PARAMETER_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The parameter_type element provides the type of parameter
(input or output) used in user views and associated queries."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PARENT_TEMPLATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The parent_template element contains the name of the
template which provides the loader software with a keyword
value which occurred elsewhere in the same or a different
template. For example: the value for the data_set_id
keyword is required in several templates to map the
template information to the proper dataset, yet to avoid
redundant data supplier effort it appears only on the
DATASET template. For these templates, the parenttmplt
provides the source of the data_set_id value, i.e. the
DATASET template."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PARTICLE_SPECIES_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The particle_species_name element provides the name of a
particle detected by a given instrument. Example values:
ELECTRON, ION, PROTON, HYDROGEN, HELIUM, OXYGEN, etc. For
ions, the specific atomic number designation may be used
(e.g., Z=1, Z=2, Z=8, etc.)."
STANDARD_VALUE_SET = {
"ELECTRONS",
"IONS",
"Z=1",
"Z=10",
"Z=13",
"Z=2",
"Z=3",
"Z=6",
"Z=8"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PASS_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM = 0
DESCRIPTION = "
The pass_number data element indicates the number of days
since initial spacecraft signal acquisition."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PATH_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 223
DESCRIPTION = "
The path_name data element identifies the full directory
path -- excluding the file name -- used to locate a file on
a storage medium or online system. To allow the indication
of the full path and file name within a descriptive label,
this data element is meant to be used in conjunction with
the file_name data element.
Note: In the PDS, the path_name data element is expressed
according to the UNIX convention, using forward slashes to
delimit directories. While the leading slash denoting the
root directory is omitted, the final slash is used."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PDS_ADDRESS_BOOK_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The pds_address_book_flag data element indicates whether
or not a registered PDS user will have an entry in the PDS
telephone directory."
STANDARD_VALUE_SET = {
"N",
"NULL",
"Y"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PDS_AFFILIATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The pds_affiliation data element describes the type of
relationship an individual has with a PDS node. (e.g.,
staff, advisory group, etc..)"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PDS_USER_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
MAXIMUM_LENGTH = 16
DESCRIPTION = "
The pds_user_id element provides a unique identifier for
each individual who is allowed access to the PDS. The system
manager at the Central Node assigns this identifier at the
time of user registration."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PDS_VERSION_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 6
DESCRIPTION = "
The PDS_version_id data element represents the version
number of the PDS standards documents that is valid
when a data product label is created. Values for the
PDS_version_id are formed by appending the integer for
the latest version number to the letters 'PDS'. Examples:
PDS3, PDS4."
STANDARD_VALUE_SET = {
"PDS3",
"PDS4"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PEER_REVIEW_DATA_SET_STATUS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The peer_review_data_set_status element provides status for
data sets which have been peer reviewed."
STANDARD_VALUE_SET = {
"MAJOR LIENS",
"MINOR LIENS",
"PASSED"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PEER_REVIEW_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The peer_review_id element provides a unique identifier
assigned by the bulk loading software to each peer review
information set saved in the PDS data base."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PEER_REVIEW_RESULTS_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The peer_review_results element provides the textual
description of the results of a peer review."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PEER_REVIEW_ROLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The peer_review_role element provides the role of a member
of a peer review committee."
STANDARD_VALUE_SET = {
"CHAIR",
"DATA PREPARER",
"DATA SUPPLIER",
"EXTERNAL PEER",
"PDS CENTRAL NODE",
"PDS DA",
"PDS DET",
"PDS PROJECT SCIENTIST",
"PDS SCIENCE MANAGER"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PEER_REVIEW_START_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The peer_review_start_date element provides the beginning
date for a peer review."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PEER_REVIEW_STOP_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The peer_review_stop_date element provides the final date
for a peer review."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PERIAPSIS_ALTITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The PERIAPSIS_ALTITUDE element provides the distance between the spacecraft
and the target body surface at periapsis on a particular orbit.
Note: For MARS EXPRESS, the altitude is measured from the surface of the
target body, which is defined by an ellipsoid in the NAIF planetary
constants kernel. (Contact the NAIF NODE for more information.)"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PERIAPSIS_ARGUMENT_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The periapsis_argument_angle element provides the value of
the periapsis argument angle, which is defined as the angle
measured from the ascending node of the orbit of a target
body (relative to the reference plane) to the point in the
orbit at which the target body obtains its closest approach
to the primary body.
See also: ascending_node_longitude."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PERIAPSIS_LATITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The periapsis_latitude element specifies the latiitude on the
planet's surface above which a spacecraft passes through periapsis
on a particular orbit."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PERIAPSIS_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The periapsis_longitude element specifies the longitude on the
planet's surface above which a spacecraft passes through periapsis
on a particular orbit."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PERIAPSIS_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = FORMATION
MINIMUM_LENGTH = 4
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The PERIAPSIS_TIME element is the time, in UTC format
'YYYY-MM-DDThh:mm:ss[.fff]Z', when the spacecraft passes
through periapsis on a particular orbit. Periapsis is the
closest approach point of the spacecraft to the target
body surface in its orbit around the target body."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PERICENTER_PRECESSION_RATE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'DEG/DAY'
STANDARD_VALUE_TYPE = "N/A"
MAXIMUM = 0
DESCRIPTION = "
The pericenter precession rate element defines the rate at which
the pericenter of an eccentric orbit rotates about the central
body's pole. See also RING_PERICENTER_LONGITUDE."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PERMISSION_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The permission_flag element indicates whether or not a query
is orderable."
STANDARD_VALUE_SET = {
"N",
"Y"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PERSON_INSTITUTION_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The person_institution_name element identifies a university,
research center, NASA center or other institution associated
with an individual involved with the PDS."
STANDARD_VALUE_SET = {
"ARIZONA STATE UNIVERSITY",
"BROWN UNIVERSITY",
"CALIFORNIA INSTITUTE OF TECHNOLOGY",
"CORNELL UNIVERSITY",
"DENISON UNIVERSITY",
"GEORGIA INSTITUTE OF TECHNOLOGY",
"INSTITUTE FOR ASTRONOMY",
"JET PROPULSION LABORATORY",
"JOHNS HOPKINS UNIVERSITY",
"KITT PEAK NATIONAL OBSERVATORY",
"KONKOLY OBSERVATORY OF THE HUNGARIAN ACADEMY OF SCIENCE",
"LOS ALAMOS NATIONAL LABORATORY",
"LUNAR AND PLANETARY INSTITUTE",
"MASSACHUSETTS INSTITUTE OF TECHNOLOGY",
"N/A",
"NASA HEADQUARTERS",
"NASA/AMES RESEARCH CENTER",
"NASA/GODDARD SPACE FLIGHT CENTER",
"NASA/JOHNSON SPACE CENTER",
"NATIONAL AERONAUTICS SPACE MUSEUM",
"NEW MEXICO STATE UNIVERSITY",
"PLANETARY SCIENCE INSTITUTE",
"RADIOPHYSICS INCORPORATED",
"SCIENCE APPLICATIONS INTERNATIONAL CORP",
"SMITHSONIAN ASTROPHYSICAL OBSERVATORY",
"STANFORD UNIVERSITY",
"SWRI",
"TEXAS A & M UNIVERSITY",
"UNITED STATES GEOLOGICAL SURVEY",
"UNIVERSITY OF ARIZONA",
"UNIVERSITY OF CALIFORNIA, LOS ANGELES",
"UNIVERSITY OF CHICAGO",
"UNIVERSITY OF COLORADO",
"UNIVERSITY OF FLORIDA",
"UNIVERSITY OF HAWAII",
"UNIVERSITY OF IOWA",
"UNIVERSITY OF MARYLAND",
"UNIVERSITY OF NEW MEXICO",
"UNIVERSITY OF VIRGINIA",
"UNIVERSITY OF WASHINGTON",
"UNIVERSITY OF WISCONSIN",
"UNK",
"WASHINGTON UNIVERSITY",
"WELLESLEY COLLEGE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PHASE_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 180
DESCRIPTION = "
The phase_angle element provides a measure of the relationship between
the instrument viewing position and incident illumination (such as solar
light). Phase_angle is measured at the target; it is the angle between
a vector to the illumination source and a vector to the instrument. If
not specfied, the target is assumed to be at the center of the instrument
field of view. If illumination is from behind the instrument, phase_
angle will be small."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PHASE_INFORMATION_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The phase_information_flag element is a yes-or-no flag
that indicates whether a ring occultation data set includes
information about the phase shift of a signal as it passes
through the ring plane. A value of 'Y' indicates that the
data is intrinsically complex. In general, this element
equals 'Y' for radio occultation data and 'N' for stellar
occultation data."
STANDARD_VALUE_SET = {
"N",
"Y"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PHOTOMETRIC_CORRECTION_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The PHOTOMETRIC_CORRECTION_TYPE element indicates the type of photometric
correction applied to the data. This is relevant only for calibrated data
cubes and derived products, as a final step in the calibration process
(i.e., when CORE_NAME = RADIANCE or RADIANCE_FACTOR). Possible values
include NONE, LAMBERT, MINNAERT; parameters should be provided as NOTE."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PI_PDS_USER_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The pi_pds_user_id element provides the pds_user_id of the
principal investigator associated with an instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PIXEL_ANGULAR_SCALE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'ARCSEC/PIXEL'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The two-valued PIXEL_ANGULAR_SCALE element (x,y) provides the angular
scale of an image in arcseconds per pixel. The x value is here
defined as the angular scale in the LINE_SAMPLE direction, and the y
value is defined as the angular scale in the LINE direction. For
detectors with square pixels, these two values will be the same.
This keyword is typically used for images of the sky and the
calibration images that apply to them."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PIXEL_ASPECT_RATIO
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM = 0
DESCRIPTION = "
The PIXEL_ASPECT_RATIO element provides the ratio of the
height (LINE_RESOLUTION) to the width (SAMPLE_RESOLUTION)
of the projection of the pixel onto the surface of the
target."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PIXEL_AVERAGING_HEIGHT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The pixel_averaging_height element provides the vertical dimension, in
pixels, of the area over which pixels were averaged prior to image
compression."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PIXEL_AVERAGING_WIDTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The pixel_averaging_width element provides the horizontal dimension,
in pixels, of the area over which pixels were averaged prior to image
compression."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PIXEL_DOWNSAMPLE_OPTION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The PIXEL_DOWNSAMPLE_OPTION element specifies whether to downsample the
image(s), and if so, which pixel resolution downsample method to use. Note
for MER, if downsampling is specified, and two cameras are selected, both
images will be downsampled. Note also that the camera hardware can
downsample entire rows 4-to-1, but software must be used to do additional
row-wise downsampling and any column downsampling. SW_MN - Downsampling
done in software by calculation of the mean. HWSW - Use hardware binning
by changing the commanded downsampling and subframe arguments to be
consistent with hardware binning. Any subsequent downsampling is done in
software by calculation of the mean. FRC_HW - Use hardware binning if
downsampling (by mean calculation) and subframe arguments are consistent.
SW_RJT -Software pixel averaging with outlier rejection. the pixel whos
value lies farthest away from the mean of the sample is rejected. SW_MED
- Software downsampling done by calculation of the median rather than the
mean."
STANDARD_VALUE_SET = {
"HWSW",
"HW_COND",
"NONE",
"SW_MEAN",
"SW_MEDIAN",
"SW_OUTRJT"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PIXEL_GEOMETRY_CORRECTION_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The PIXEL_GEOMETRY_CORRECTION_FLAG element defines a flag used to indicate
whether a correction has already been applied to the present data to
account for the fact that the imaging pixels were not square. This flag
is 'Y' if this correction has been applied, 'N' if it has not."
STANDARD_VALUE_SET = {
"N",
"Y"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PIXEL_SUBSAMPLING_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The PIXEL_SUBSAMPLING_FLAG element indicates whether the product is the
result of subsampling of the data. Subsampling is the process of measuring
the brightness or intensity of a continuous image of discrete points, at
an arbitrary interval, producing a new array of values."
STANDARD_VALUE_SET = {
"N",
"Y"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PLANET_DAY_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = D
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The planet_day_number element indicates the number of sidereal days
(rotation of 360 degrees) elapsed since a reference day (e.g., the day
on which a landing vehicle set down). Days are measured in rotations
of the planet in question from the reference day (which is day zero).
Note: For MPF, the planet_day_number was measured from 1 rather
than 0 as the first day of surface operations. Negative numbers
referred to pre-surface (cruise) images."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PLANET_READING_SYSTEM_TEMP
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = K
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The planet_reading_system_temp element provides the value
of the raw radiometer reading, when switched into the SAR
antenna, converted to equivalent noise temperature."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PLANETARY_OCCULTATION_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The planetary_occultation_flag element is a yes-or-no flag
that indicates whether a ring occultation track also
intersects the planet."
STANDARD_VALUE_SET = {
"N",
"Y"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PLATFORM
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The platform element describes the available platforms which the
software supports."
STANDARD_VALUE_SET = {
"IBM/DOS",
"MAC/OSX",
"MULTIPLE",
"SUN/SUNOS",
"SUN_10/SOLARIS",
"SUN_2/SUNOS",
"VAX/VMS"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PLATFORM_OR_MOUNTING_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The platform_or_mounting_desc element describes the
spacecraft platform or laboratory mounting frame on which
an instrument is mounted."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PLATFORM_OR_MOUNTING_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The platform_or_mounting_name element identifies the
spacecraft platform or the laboratory mounting frame on
which an instrument is mounted.
Example values: SCAN_PLATFORM, PROBE, MAGNETOMETER_BOOM."
STANDARD_VALUE_SET = {
"MAGNETOMETER BOOM",
"METEOROLOGY BOOM ASSEMBLY",
"N/A",
"PIONEER VENUS ORBITER",
"PROBE DESCENT MODULE",
"ROTOR",
"SCAN PLATFORM",
"SCIENCE BOOM",
"SPACECRAFT",
"SPACECRAFT BUS",
"STATOR"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = POLE_DECLINATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 90
DESCRIPTION = "
The pole_declination element provides the value of the
declination of the polar axis of a target body. See
declination."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = POLE_RIGHT_ASCENSION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The pole_right_ascension element provides the value of the
right_ascension of the polar axis of a target body. See
right_ascension."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = POSITION_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The position_time element provides the time when the
location information of an event is derived, in the
UTC system format.
Formation rule: YYYY-MM-DDThh:mm:ss[.fff]"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = POSITIVE_AZIMUTH_DIRECTION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The POSITIVE_AZIMUTH_DIRECTION element provides the direction in
which azimuth is measured in positive degrees for an observer on
the surface of a body. The azimuth is measured with respect to the
elevational reference plane. A value of CLOCKWISE indicates that
azimuth increases positively clockwise, while a value of
COUNTERCLOCKWISE indicates that azimuth increases positively
counter-clockwise."
STANDARD_VALUE_SET = {
"CLOCKWISE",
"COUNTERCLOCKWISE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = POSITIVE_ELEVATION_DIRECTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The positive_elevation_direction element provides the direction in
which elevation is measured in positive degrees for an observer on the
surface of a body. The elevation is measured with respect to the
azimuthal reference plane. A value of UP or ZENITH indicates that
elevation is measured positively upwards, i.e., the zenith point would
be at +90 degrees and the nadir point at -90 degrees. DOWN or NADIR
indicates that the elevation is measured positively downwards; the
zenith point would be at -90 degrees and the nadir point at +90
degrees."
STANDARD_VALUE_SET = {
"DOWN",
"NADIR",
"UP",
"ZENITH"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = POSITIVE_LONGITUDE_DIRECTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The positive_longitude_direction element identifies the
direction of longitude (e.g. EAST, WEST) for a planet. The
IAU definition for direction of positive longitude is
adopted. Typically, for planets with prograde rotations,
positive longitude direction is to the WEST. For planets
with retrograde rotations, positive longitude direction is
to the EAST.
Note: The positive_longitude_direction keyword should be used for
planetographic systems, but not for planetocentric."
STANDARD_VALUE_SET = {
"EAST",
"WEST"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = POWER_STATE_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The power_state_flag element indicates whether a wavelength, or frequency
channel is turned on or off. Note: For Cassini, this is a two-valued array
describing the power state of the infrared and visible channels."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PREFERENCE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
DESCRIPTION = "
The preference_id element indicates a user's
degree of preference for one of a set of alternatives (for
example, preference for a particular electronic mail system
such as Internet).
Values range from 1 to 4, with 1 indicating the highest
preference."
STANDARD_VALUE_SET = {
"1",
"2",
"3",
"4"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PREPARE_CYCLE_INDEX
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 15
DESCRIPTION = "
The prepare_cycle_index element provides the element number within the
Prepare Cycle table selected for this image. Prepare cycles include
activities carried on within an instrument between sequential data
acquisition and CCD readout operations. This includes such things as light
flooding and erasure of the CCD and filter wheel stepping. Note: for
Cassini, the Prepare Cycle table provides a translation of these values
into cycle durations in seconds."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PRESSURE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The PRESSURE element identifies the type
of pressure used in instrument calibrations."
STANDARD_VALUE_SET = {
"AMBIENT"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PRIMARY_BODY_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The primary_body_name element identifies the primary body
with which a given target body is associated as a secondary
body."
STANDARD_VALUE_SET = {
"CERES",
"COMET",
"EARTH",
"GALAXY",
"HALLEY",
"JUPITER",
"MARS",
"N/A",
"NEPTUNE",
"NULL",
"P/GRIGG_SKJELLERUP",
"PLUTO",
"SATURN",
"SL9",
"SOLAR SYSTEM BARYCENTER",
"SUN",
"UNK",
"URANUS"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PRIMARY_KEY
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 40
DESCRIPTION = "
In a TABLE object, the PRIMARY_KEY ELEMENT indicates
the name(s) of one or more columns in the table that
may be used to uniquely identify each row in the table."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PROCESS_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
Alias within AMMOS for product_creation_time.
Note: This element is retained for use by Magellan AMMOS data
products only. New products should use
product_creation_time."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PROCESS_VERSION_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The process_version_id element identifies the version (e.g.,
the method of processing) of a mosaic."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PROCESSING_CONTROL_PARM_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The processing_control_parm_name element identifies a
parameter which allows a user to tailor a program or an
algorithm to specific needs, such as outputting planetary
surface coordinates in planetocentric or planetographic
coordinates, specifying the units of the parameters to be
plotted or specifying the scale of a map to be output."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PROCESSING_HISTORY_TEXT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The processing_history_text element provides an entry for
each processing step and program used in generating a
particular data file."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PROCESSING_LEVEL_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The processing_level_desc element provides the
CODMAC standard definition corresponding to a particular
processing_level_id value.
Note: For a fuller definition of CODMAC processing levels,
please refer to the PDS Standards Reference."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PROCESSING_LEVEL_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The processing_level_id element identifies the
processing level of a set of data according to the
eight_level CODMAC standard."
STANDARD_VALUE_SET = {
"1",
"2",
"3",
"4",
"5",
"6",
"7",
"8",
"N"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PROCESSING_START_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The processing_start_time element gives the beginning date
(and time, where appropriate) of processing for a particular
set of data.
Formation rule: YYYY-MM-DDThh:mm:ss[.fff]"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PROCESSING_STOP_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The processing_stop_time element gives the ending date (and
time, where appropriate) of processing for a particular set
of data.
Formation rule: YYYY-MM-DDThh:mm:ss[.fff]"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PRODUCER_FULL_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The producer_full_name element provides the full_name of the
individual mainly responsible for the production of a data
set. See also: full_name.
Note: This individual does not have to be registered with
the PDS."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PRODUCER_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The producer_id element provides a short name or acronym for
the producer or producing team/group of a dataset."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PRODUCER_INSTITUTION_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The producer_institution_name element identifies a
university, research center, NASA center or other
institution associated with the production of a data set.
This would generally be an institution associated with the
element producer_full_name."
STANDARD_VALUE_SET = {
"AMES RESEARCH CENTER",
"APPLIED PHYSICS LABORATORY",
"ARIZONA STATE UNIVERSITY",
"CALIFORNIA INSTITUTE OF TECHNOLOGY",
"CORNELL UNIVERSITY",
"GODDARD SPACE FLIGHT CENTER",
"JET PROPULSION LABORATORY",
"JOHANNES GUTENBERG UNIVERSITY",
"JOHNS HOPKINS APPLIED PHYSICS LABORATORY",
"JOHNS HOPKINS UNIVERSITY APPLIED PHYSICS LABORATORY",
"MASSACHUSETTS INSTITUTE OF TECHNOLOGY",
"MAX PLANCK INSTITUTE",
"MULTIMISSION IMAGE PROCESSING LABORATORY, JET PROPULSION LAB",
"MULTIMISSION IMAGE PROCESSING SUBSYSTEM, JET PROPULSION LAB",
"MULTIMISSION SAR PROCESSING FACILITY, JET PROPULSION LAB",
"NASA/GODDARD SPACE FLIGHT CENTER",
"NATIONAL ASTRONOMY AND IONOSPHERE CENTER, CORNELL UNIVERSITY",
"NAVAL RESEARCH LABORATORY",
"PLANETARY SCIENCE INSTITUTE",
"RADIOPHYSICS, INCORPORATED",
"STANFORD UNIVERSITY",
"U.S. GEOLOGICAL SURVEY",
"U.S.G.S. FLAGSTAFF",
"UNIVERSITY OF ARIZONA",
"UNIVERSITY OF CALIFORNIA, LOS ANGELES",
"UNIVERSITY OF COLORADO",
"UNIVERSITY OF HAWAII",
"UNIVERSITY OF IOWA",
"UNIVERSITY OF WASHINGTON",
"UPPSALA UNIVERSITET",
"WASHINGTON UNIVERSITY"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PRODUCT_CREATION_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The product_creation_time element defines the UTC system format
time when a product was created.
Formation rule: YYYY-MM-DDThh:mm:ss[.fff]"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PRODUCT_DATA_SET_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The product_data_set_id element provides the data_set_id of
a cataloged data set that resulted from the
application of the processing software to the source data
sets. The data set name associated with the product data set
is provided by the data_set_name element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PRODUCT_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The product_id data element represents a permanent, unique
identifier assigned to a data product by its producer.
See also: source_product_id.
Note: In the PDS, the value assigned to product_id must
be unique within its data set.
Additional note: The product_id can describe the
lowest-level data object that has a PDS label."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PRODUCT_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 80
DESCRIPTION = "
The PRODUCT_NAME element provides the full name of a
product. It is related to product_id and provides a brief,
descriptive title for a particular data product (i.e., a
single file)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PRODUCT_RELEASE_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The product_release_date data element identifies the date
on which a particular data product is released from one
system or process to another, according to system- or
application-specific criteria."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PRODUCT_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The PRODUCT_TYPE data element identifies the type or
category of a product within a data set. Examples:
EDR, DOCUMENT, CALIBRATION_IMAGE, SPICE_SP_KERNEL,
TRAJECTORY."
STANDARD_VALUE_SET = {
"AEDR",
"AGK",
"AMD",
"ANCILLARY",
"ANNOTATED_TIFF",
"APXS_EDR",
"APXS_XRC",
"ASP",
"ASTROMETRY_TABLE",
"AVERAGED_HEND_DATA",
"AVERAGED_NEUTRON_DATA",
"BCK",
"BRO",
"BROWSE",
"BSP",
"BTR",
"C1-MIDR",
"C2-MIDR",
"C3-MIDR",
"CAHV_LIN_RDR",
"CALIBRATED_1D_SPECTROGRAPH",
"CALIBRATED_IMAGE",
"CALIBRATED_QUALITY_MASK",
"CALIBRATION",
"CALIBRATION_MODEL",
"CATALOG",
"CCL",
"CDR",
"CEB_AD_TEMP",
"CEB_AGND",
"CEB_AGND_SPARE1",
"CEB_AGND_SPARE2",
"CEB_AGND_SPARE3",
"CEB_ALT_ACT_CURR",
"CEB_CPU_PLUS_5",
"CEB_CPU_PLUS_5_CURR",
"CEB_CPU_TEMP",
"CEB_HTR_CNTRL_TEMP",
"CEB_IS_TEMP_A",
"CEB_IS_TEMP_B",
"CEB_MAIN_ACTUATOR_CURR",
"CEB_MINUS_12V_CEB_AN",
"CEB_MNT_RNG_TEMP_A",
"CEB_MNT_RNG_TEMP_B",
"CEB_OS_TEMP_A",
"CEB_OS_TEMP_B",
"CEB_PC_CURR_REF",
"CEB_PLUS_12V_CEB_AN",
"CEB_PLUS_28_CURR",
"CEB_PLUS_5_CRYO",
"CEB_PS1_TEMP",
"CEB_PS2_TEMP",
"CEB_PS_CURR_REF",
"CEB_SPARE_CURR_SENSE_2",
"CEB_SPARE_CURR_SENSE_3",
"CHAN_GRS_CEB_TMP",
"CHAN_GRS_GPA_TMP",
"CHAN_GRS_GSH_TMP",
"CHAN_GRS_HEND_TMP",
"CHAN_GRS_NS_TMP",
"CHAN_RPC_1_CUR",
"CHAN_RPC_3_CUR",
"CHAN_RPC_8_CUR",
"CHAN_RPC_8_VLT",
"CHAN_RPC_9_CUR",
"CLEANED_IMAGE",
"COMMAND_LIST",
"CORRECTED_GAMMA_SPECTRA",
"CPT",
"CSV",
"DATA",
"DCO",
"DCS",
"DDR",
"DECOMPRESSED_RAW_IMAGE",
"DECOMPRESSED_RAW_TIFF",
"DERIVED_HEND_DATA",
"DERIVED_NEUTRON_DATA",
"DERIVED_SPECTRUM",
"DICTIONARY",
"DISPARITY_RDR",
"DKF",
"DOCUMENT",
"DOCUMENTATION",
"DSDP",
"E KERNEL NOTES",
"ECH",
"ECT",
"EDITED_DATA",
"EDITED_SPECTRA",
"EDITED_SPECTRUM",
"EDR",
"EDS",
"EMR",
"ENB",
"ENGINEERING_DATA",
"ENGINEERING_QUALITY_MASK",
"EOP",
"ESS",
"E_KERNEL",
"E_KERNEL_PEF",
"F-MIDR",
"FILTER_RESPONSE",
"FND",
"FOOTPRINT_GEOMETRY",
"FOV_MAP",
"FRK",
"GAMMA_GPA_TEMP",
"GAMMA_RAY_SPECTRA",
"GAZETTEER",
"GDF",
"GDN",
"GDR",
"GEDR",
"GEOMED_CALIBRATED_IMAGE",
"GEOMED_CALIBRATED_TIFF",
"GEOMETRY",
"GEOMETRY_MODEL",
"GIF_BROWSE_IMAGE",
"GNC",
"GREDR",
"GSDR",
"GTDR",
"HCK",
"HEA",
"IDD_REACH_RDR",
"ILUT_RDR",
"IMAGE_SCAN",
"IMG",
"INDEX",
"ION",
"IPN",
"JITTER",
"L2N",
"LIT",
"LMC",
"LOG",
"LOS",
"LSK",
"MAP_PROJECTED_MULTISPECTRAL_RDR",
"MB_DSC",
"MB_EDR",
"MCH",
"MCT",
"MDIM",
"MESSAGE_LOG",
"MFT",
"MIDR",
"MIF",
"MPD",
"MPF",
"NEUTRON_COUNTING_RATE",
"NMC",
"NOISE_DATA",
"OBSERVATION_HEADER",
"OCH",
"OCS",
"ODA",
"ODF",
"ODR",
"ONF",
"OPACITY",
"OPT",
"P-MIDR",
"PCK",
"PEDR",
"PRD",
"PROFILE",
"RAD_CORR_RDR",
"RANGE_RDR",
"RAT_EDR",
"RAW_2D_SPECTROGRAPH",
"RAW_DATA",
"RAW_IMAGE",
"RAW_QUALITY_MASK",
"RDR",
"REDR",
"REFDR",
"RING_PROFILE",
"RSR",
"SAK",
"SCK",
"SDP",
"SFO",
"SHA",
"SHB",
"SIMULATED_DATA",
"SLOPE_RDR",
"SOE",
"SOFTWARE",
"SOLAR_FLUX_DENSITY",
"SOURCE_DATA",
"SOURCE_GEOMETRY",
"SOURCE_JITTER_DATA",
"SPC",
"SPICE_KERNEL",
"SPICE_SP_KERNEL",
"SPK",
"SRA",
"SRD",
"SRF",
"SRG",
"SRI",
"SRT",
"SUMMED_GAMMA_SPECTRA",
"SUPPORT_IMAGE",
"SURF_NORM_RDR",
"TARGETED_RDR",
"TCK",
"TDF",
"TDL",
"TFK",
"TNF",
"TPH",
"TPS",
"TRAJECTORY",
"TRO",
"UDR",
"UHFD",
"USO",
"VALIDATION_REPORT",
"VECTOR_GEOMETRY",
"WEA",
"XYZ_RDR"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PRODUCT_VERSION_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The product_version_id element identifies the version
of an individual product within a data set. Example:
1.0, 2A, 1.2.3C.
Note: This is not the same as the data set version that is
an element of the data_set_id value. Product_version_id is
intended for use within AMMOS to identify separate iterations
of a given product, which will also have a unique file_name."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PRODUCT_VERSION_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The product_version_type element identifies the version of
an individual data product. It can be applied to any type
of data that might appear in several incarnations, including
ephemeris files, sequence files, or software. Example
values: VERSION 1, PREDICT, ACTUAL, DRAFT, PRELIMINARY,
FINAL, REVISION A."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PROGRAMMING_LANGUAGE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The programming_language_name element identifies the major
programming language in which a given data processing
program or algorithm is written."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PROJECTED_STAR_DIAMETER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The projected_star_diameter element indicates the
projected linear diameter of a star at the distance of the
given planet, during a stellar occultation experiment."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PROJECTION_AZIMUTH
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The PROJECTION_AZIMUTH element Provides the azimuth, in
degrees, of the horizontal of projection for the PERSPECTIVE
projection (loosely, where the camera is pointing.)"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PROJECTION_ELEVATION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The PROJECTION_ELEVATION element specifies the elevation,
in degrees, of the vertical of projection (loosely, where
the camera is pointing). For PERSPECTIVE, applies to the
single output camera model; for CYLIND-PERSPECTIVE applies
to each column's output camera model."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PROJECTION_ELEVATION_LINE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = PIXEL
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The PROJECTION_ELEVATION_LINE element specifies the image line which
corresponds to PROJECTION_ELEVATION for each column of the
CYLIND-PERSPECTIVE projection."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PROJECTION_LATITUDE_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
For some map projections, identifies the type of latitude that is sampled
in equal increments by successive image lines. These projections are
sometimes known informally as 'database projections' because their
simplicity and global applicability for storing data for an entire planet
are of greater interest than their formal cartographic properties. The
EQUIRECTANGULAR and SIMPLE CYLINDRICAL projections can exist with
projection latitude types of PLANETOGRAPHIC or PLANETOCENTRIC. The
SINUSOIDAL projection can exist with these latitude types and also AUTHALIC
latitude (which makes the projection strictly equal-area for an ellipsoid
but does not preserve the equal-distance properties of the projection for
the sphere) or RECTIFYING latitude (which, with the appropriate
modification of the scaling of meridians, results in a map with all the
cartographic properties of the sinusoidal projection of the sphere: equal
areas, equal distances on all parallels, and equal distances on the central
meridian). Projections other than those just discussed are uniquely
defined by their cartographic properties (e.g., there is only one conformal
cylindrical projection, the MERCATOR projection) and do not require this
keyword. See also KEYWORD_LATITUDE_TYPE."
STANDARD_VALUE_SET = {
"AUTHALIC",
"PLANETOCENTRIC",
"PLANETOGRAPHIC",
"RECTIFYING"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PROJECTION_ORIGIN_VECTOR
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = M
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The PROJECTION_ORIGIN_VECTOR element provides the location of origin
of the projection. This is an array with xyz points from which all
the azimuth/elevation rays emanate."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PROTOCOL_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The protocol_type element identifies the protocol type for
the on_line_identification element. Example value: URL,
FTP, E-MAIL."
STANDARD_VALUE_SET = {
"FTP",
"URL"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = PUBLICATION_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The publication_date element provides the date when a
published item, such as a document or a compact disc, was
issued."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = QUATERNION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -1
MAXIMUM = 1
DESCRIPTION = "
The QUATERNION element specifies a quaternion, which is a
four-component representation of a rotation matrix. This particular
definition is focused on the PDS use of quaternions; one should refer
to other sources for a more complete discourse on quaternion math.
A quaternion may be used to specify the rotation of one Cartesian
reference frame--sometimes referred to as the base frame or the
'From' frame--into coincidence with a second Cartesian reference
frame--sometimes referred to as the target reference frame or the
'To' frame. Unlike an Euler rotation where three sequential rotations
about primary axes are used, a quaternion rotation is a single
action, specified by a Cartesian vector used as the positive axis of
the rotation (right hand rule) and the magnitude (an angle) of
rotation about that axis.
The quaternion may be thought of as defining the instantaneous
orientation--sometimes called 'pointing'--of a structure such as an
instrument, antenna, solar array or spacecraft bus, given relative to
a specified reference frame (the base frame), at an epoch of interest.
Perhaps of more use is the concept that a quaternion may be used to
rotate an arbitrary Cartesian 3-vector defined in one reference frame
(e.g. an instrument's reference frame) to an equivalent vector
defined in another reference frame (e.g. the frame tied to a
spacecraft or the J2000 inertial reference frame).
A quaternion has four components. One of the components is a scalar,
a function of the angle of rotation (cosine of half the rotation
angle), while the remaining three components are used to specify a
vector, given in the base reference frame, about which the rotation
will be made. In the PDS context a quaternion has a magnitude of one,
and so may be treated as a unit quaternion.
In many cases a time tag (epoch) must be associated with the
quaternion because the orientation varies over time. A time tag is
not needed if the 'To' and 'From' frames have a fixed offset.
The QUATERNION_DESC element is always to be paired with the
QUATERNION element, and will contain a complete description of the
formation and rotational sense of the quaternion specified with the
QUATERNION keyword, and the structure (organization of the four
components) of the quaternion.
In the lingo of the NASA 'SPICE' ancillary information system a
rotation matrix is synonymous with a C-matrix--that which may be
obtained from a C-kernel. The SPICE Toolkit provides an assortment of
routines that deal with quaternions. The SPICE system also provides
information about specification of reference frames and time tags
suitable for use with quaternions in the SPICE context. The NAIF Node
of the PDS can provide additional documentation on quaternions in a
spacecraft ancillary data context ('Rotations Required Reading' and
'SPICE Quaternion White Paper')."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = QUATERNION_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = "N/A"
MINIMUM_LENGTH = 1
DESCRIPTION = "
The QUATERNION_DESC element is a pointer to an accompanying
quaternion description file used to describe the formation rules for
the quaternion and the specific rotation accomplished by application
of that quaternion. This keyword is required to be used in
conjunction with the QUATERNION keyword. The file to which this
keyword points is to be included in the /doc subdirectory of an
archive product. This particular definition is focused on the PDS
use of quaternions.
In typical space science usage (and especially within the SPICE
context) a quaternion is used to rotate a Cartesian 3-component
position vector given in one reference frame (the 'From' frame) to a
second frame (the 'To' frame).
The quaternion description file must clearly provide three pieces of
information. These items are as follows.
1) Define the structure or organization of the quaternion: specify
which component provides the angle of rotation and which three
components specify the vector about which the rotation is to occur.
It is best if this description includes the actual equations used to
form a rotation matrix from the quaternion elements being specified.
As an example, in the SPICE context, the equations for forming a
rotation matrix (a C-matrix) from the four quaternion elements are:
+- -+
| 2 2 |
| 1 - 2 ( q2 + q3 ) 2 (q1 q2 - q0 q3) 2 (q1 q3 + q0 q2) |
| |
| |
| 2 2 |
CMAT = | 2 (q1 q2 + q0 q3) 1 - 2 ( q1 + q3 ) 2 (q2 q3 - q0 q1) |
| |
| |
| 2 2 |
| 2 (q1 q3 - q0 q2) 2 (q2 q3 + q0 q1) 1 - 2 ( q1 + q2 ) |
| |
+- -+
2) Provide a clear, unambiguous identification (and mathematical
specification, if not readily available elsewhere) of the base frame
(the 'From' frame) in which an input vector is given;
3) Provide a clear, unambiguous identification (and mathematical
specification, if not readily available elsewhere) of the target
frame (the 'To' frame) into which the input vector will be rotated by
direct application of the quaternion.
It is strongly suggested that equations showing how to apply the
rotation matrix derived from the quaternion be provided. As an
example, in the SPICE system:
A C-matrix is a 3x3 matrix that transforms Cartesian coordinates
referenced to a ``base frame'' to coordinates in a target frame,
which is often a frame fixed to an instrument, antenna, or other
spacecraft structure for which knowing the orientation ('the
pointing') is important.
The C-matrix transforms coordinates as follows: if a vector v has
coordinates ( x, y, z ) in some base reference frame (like J2000),
then v has coordinates ( x', y', z' ) in instrument-fixed
coordinates, where
[ ] [ x ] [ x']
| C-matrix | | y | = | y'|
[ ] [ z ] [ z']
With regards to the quaternion structure issue, unlike for some
geometric quantities there is no standard for how to form a
quaternion. Two formation rules are in common use (see below), and it
is strongly suggested that users pick one of these. But whatever is
the rule being used in the particular instance must be carefully
noted in the QUATERNION_DESC file.
In the descriptions below, one system defines the four components
with indices of 0 through 3. The other system uses indices 1 through
4. The use of one or the other numbering system is not important, but
the two schemes are shown here to be consistent with other
documentation or SPICE code that the user may encounter.
The first system defines components zero through three, with the 0th
component as the scalar, and the 1st, 2nd and 3rd the vector
components, where q0 = cos(a/2), q1 =-sin(a/2)*u1, q2 = -sin(a/2)*u2,
q3 = -sin(a/2)*u3, where a is the angle (radians) representing the
magnitude of the rotation, and u1, u2, u3 are components of the unit
vector representing the axis of rotation. The order of the components
in the QUATERNION keyword would be ( q0, q1, q2, q3 ) under this
system. This is the structure employed in SPICE C-Kernels and
Toolkit subroutines, and is therefore the PDS recommended structure.
The SPICE Toolkit provides an assortment of routines that deal with
quaternions.
The second system defines components one through four, with the
fourth component as the scalar, and the 1st, 2nd and 3rd as the
vector components, where q1 = sin(a/2)*u1, q2 = sin(a/2)*u2, q3 =
sin(a/2)*u3, q4 = cos(a/2), where a is the angle (radians)
representing the magnitude of the rotation, and u1, u2, u3 are
components of the vector representing the axis of rotation. The order
of the components in the QUATERNION keyword will be ( q1, q2, q3, q4
) under this system. This is the structure often found in spacecraft
telemetry.
The equations for forming a rotation matrix from the four quaternion
elements as defined in this alternate scheme are:
+- -+
| 2 2 |
| 1 - 2 ( q2 + q3 ) 2 (q1 q2 + q4 q3) 2 (q1 q3 - q4 q2) |
| |
| |
| 2 2 |
ROT = | 2 (q1 q2 - q4 q3) 1 - 2 ( q1 + q3 ) 2 (q2 q3 + q4 q1) |
| |
| |
| 2 2 |
| 2 (q1 q3 + q4 q2) 2 (q2 q3 - q4 q1) 1 - 2 ( q1 + q2 ) |
| |
+- -+
The rotation matrix transforms coordinates as follows: if a vector v
has coordinates ( x, y, z ) in some base reference frame (like
J2000), then v has coordinates ( x', y', z' ) in instrument-fixed
coordinates, where
[ ] [ x ] [ x']
| ROT | | y | = | y'|
[ ] [ z ] [ z']
(With ROT defined as shown above, this equation transforming a vector
in the base frame to a vector in the target frame is the same as
shown earlier for the SPICE-style quaternions. The name CMAT has been
replaced with the name ROT to help emphasize that this second system
is NOT what is used within SPICE.)"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = QUATERNION_MEASUREMENT_METHOD
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The QUATERNION_MEASUREMENT_METHOD element specifies the quality of the
rover orientation If UNKNOWN the attitude should simply not be trusted.
This is the grade given on Landing, for example. TILT_ONLY ishe attitude
estimate is only good for tilt determination (2-axis knowledge). Activities
which require azimuth knowledge should be careful. COURSE specifies the
attitude estimate 'complete' (it has all three axes) but is crude. This can
occur because sungaze has not yet been performed or because some event
(such as traverses or IDD activity) have reduced the quality of the
estimate (a.k.a. ThreeAxisCoarse FINE indicates that the Sungaze completed
successfully, and the attitude estimate is sufficient for pointing HGA
(a.k.a. ThreeAxisFine)."
STANDARD_VALUE_SET = {
"COARSE",
"COURSE",
"FINE",
"TILT_ONLY",
"UNKNOWN"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RA_DEC_REF_PIXEL
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = PIXEL
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The RA_DEC_REF_PIXEL element (x,y) specifies the reference pixel to
which the right_ascension and declination apply.
The x value is here defined as the pixel value in the LINE_SAMPLE
direction, and the y value is defined as the pixel value in the LINE
direction.
The reference pixel is commonly, but not always, defined
to be the center of the image. The coordinate may be specified to
sub-pixel precision, and may be specified outside the physical
boundaries of the image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RAD_ALONG_TRACK_FOOTPRINT_SIZE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The rad_along_track_footprint_size provides the value of
the along track dimension of the intersection of the SAR
antenna (3dB one-way attenuation) cone with a sphere of
radius average_planetary_radius."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RAD_CROSS_TRACK_FOOTPRINT_SIZE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The rad_cross_track_footprint_size element provides the
value of the cross track dimension of the intersection of
the SAR antenna (3dB one-way attenuation) cone with a
sphere of radius average_planetary_radius."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RAD_EMISSIVITY_PARTIAL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'KM**-1'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The rad_emissivity_partial element provides the value of
the partial derivative of surface_emissivity with respect
to average_planetary_radius."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RAD_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 = RAD_FLAG_GROUP
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The RAD_FLAG_GROUP element identifies the following flag
fields.
RR_GEOC=0x0001
Geometry values have been corrected
for ephemeris errors in the phase.
RR_RADC=0x0002
The average_planetary_radius value has been
corrected by altimeter radius values.
RR_NOS1=0x0004
sar_average_backscatter[0] value missing.
RR_NOS2=0x0008
sar_average_backscatter[1] value missing.
RR_BAD=0x0010
The elements brightness_temperature,
average_planetary_radius, planet_reading_system_temp,
assumed_warm_sky_temperature, rad_receiver_system_temp,
surface_emission_temperature, and surface_emissivity, and
surface_temperature should be ignored.
RR_CAL=0x0020
The spacecraft is operating in its 'radiometric
calibration' mode, in which the SAR boresight is pointed
away from the planet. The rad_footprint_latitude and
rad_footprint_longitude fields contain the boresight
latitude and longitude in the inertial (J2000) coordinate
system, not in VBF85.
RR_NRAD=0x0040
The average_planetary_radius value could not be estimated
from the topography model.
RR_RAD2=0x0080
This record was created under software version 2 or
higher, in which elements rad_emissivity_partial,
surface_temperature, raw_rad_antenna_power,
raw_rad_load_power, alt_skip_factor, alt_gain_factor,
and alt_coarse_resolution are significant."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RAD_FOOTPRINT_LATITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The rad_footprint_latitude (VBF85) element provides the
value of the crust-fixed latitude, at
rad_spacecraft_epoch_tdb_time, of the intersection of the
antenna boresight and the planetary surface (a sphere of
radius average_planetary_radius element)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RAD_FOOTPRINT_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The rad_footprint_longitude (VBF85) element provides the
crust-fixed longitude, at rad_spacecraft_epoch_tdb_time, of
the intersection of the antenna boresight and the planetary
surface (a sphere of radius average_planetary_radius)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RAD_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
radiometry data file."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RAD_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The rad_number element provides the value of the number
assigned by the MSPF (Multimission SAR Processing Facility)
SAR processor (from C-BIDR) to the burst header that
contains the radiometer measurement referenced by this
element. This is performed on every other burst, so
rad_number will usually increase by 2 between records."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RAD_PARTIALS_GROUP
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The rad_partials_group element provides the value of the
partials of the rad_footprint_latitude, the
rad_footprint_longitude, and the average_planetary_radius
elements with respect to the rad_spacecraft_position_vector
and rad_spacecraft_velocity_vector elements."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RAD_RECEIVER_SYSTEM_TEMP
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = K
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The rad_receiver_system_temp element provides the value of
the receiver input radiometer reading, converted to
equivalent noise temperature. This is the difference
between raw_rad_antenna_power and raw_rad_load_power,
converted to equivalent noise temperature and compensated
for changes in receiver gain and temperature."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RAD_SPACECRAFT_EPOCH_TDB_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The rad_spacecraft_epoch_tdb_time element provides the
value of the ephemeris time at which the radiometry
measurement was made."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RAD_SPACECRAFT_POSITION_VECTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The rad_spacecraft_position_vector element provides the
value of the spacecraft position at
rad_spacecraft_epoch_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 = RAD_SPACECRAFT_VELOCITY_VECTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'KM/S'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The rad_spacecraft_velocity_vector element provides the
value of the spacecraft velocity at
rad_spacecraft_epoch_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 = RADIAL_RESOLUTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The radial_resolution element indicates the nominal radial
distance over which changes in ring properties can be
detected within a data product.
Note: this value may be larger than the radial_sampling_interval
value, since many data products are over-sampled."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RADIAL_SAMPLING_INTERVAL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The radial_sampling_interval element indicates the average
radial spacing between consecutive points in a ring
profile. In practice, this may be somewhat smaller than
the radres element because the profile may be
over-sampled."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RADIANCE_OFFSET
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The RADIANCE_OFFSET element provides the constant value by which a stored
radiance value is shifted or displaced.
Note: Expressed as an equation: true_radiance_value = radiance_offset +
radiance_scaling_factor * stored_radiance_value. Use of this element is
discouraged in favor of the more general offset element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RADIANCE_SCALING_FACTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 999999
DESCRIPTION = "
The radiance_scaling_factor element provides the constant value by which
a stored radiance is multiplied.
Note: Expressed as an equation: true_radiance_value =
radiance_offset + radiance_scaling_factor * stored_radiance_value.
Use of this element is discouraged in favor of the more general scaling_
factor."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RADIOMETRIC_CORRECTION_TYPE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The RADIOMETRIC_CORRECTION_TYPE element identifies
the method used for radiometric correction."
STANDARD_VALUE_SET = {
"MIPLRAD",
"NONE",
"PANCAL"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RANGE_SHARP_ECHO_PROFILE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The range_sharp_echo_profile element provides the value of
the power vs. time echo profile, at half-baud (0.21
microsecond) intervals, assembled from up to 16 frequency
components, each shifted in time so as to align their
rising edges. This profile yields the best estimate of the
two-way echo time, and hence the value of the
derived_planetary_radius element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RANGE_SHARP_FIT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The range_sharp_fit element provides the value of the
parameter which measures the correlation between the
observed range_sharp_echo_profile and the theoretical
template best_range_sharp_model_tmplt elements."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RANGE_SHARP_LOOKS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The range_sharp_looks element provides the value of the
number of equivalent looks of statistically independent
measurements of echo profile that were summed to produce
the values for the range_sharp_echo_profile element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RANGE_SHARP_PROF_CORRS_INDEX
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The range_sharp_prof_corrs_index element provides the
value of the index of the element in
range_sharp_echo_profile that corresponds to the first
element in best_range_sharp_model_tmplt[0]. The indices
start at zero."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RANGE_SHARP_SCALING_FACTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'KM**2'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The range_sharp_scaling_factor element provides the value
of the conversion factor for the best_range_model_tmplt and
the range_sharp_echo_profile element that multiplies the
integer array of the best_range_model_tmplt and
range_sharp_echo_profile elements to yield their physical
values, expressed as specific radar cross-sections in units
of km**2."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RATIONALE_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The rationale_desc element describes the rationale for
performing a particular observation."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RAW_RAD_ANTENNA_POWER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The raw_rad_antenna_power element provides the value of
the radiometer noise power when the receiver is connected
to the SAR antenna. It is corrected for systematic errors
resulting from leakage of the altimeter signal."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RAW_RAD_LOAD_POWER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The raw_rad_load_power element provides the value of the
radiometer noise power when the receiver is connected to a
load at a known temperature. It is averaged over as many as
10 successive measurements and corrected for systematic
errors resulting from leakage of the altimeter signal."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = READOUT_CYCLE_INDEX
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 15
DESCRIPTION = "
The readout_cycle_index element provides the element number within the
Readout Cycle table selected for this image. The readout cycle of an
instrument involves that part of its function involved in reading the light
values out of a CCD array. Note: for Cassini, the Readout Cycle table
provides a translation of these values into cycle durations in seconds."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RECEIVED_DATA_RECORDS
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM_LENGTH = NULL
DESCRIPTION = "
The RECEIVED_DATA_RECORDS element provides the total number of records
a reconstructed data product contains. This value can be compared with
the EXPECTED_DATA_RECORDS element to determine if a data file is complete
or if it is missing records."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RECEIVED_PACKETS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The received_packets element provides the total number of telemetry
packets which constitute a reconstructed data product.
cf. expected_packets"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RECEIVED_POLARIZATION_TYPE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 60
DESCRIPTION = "
Polarization of a signal received by an instrument."
STANDARD_VALUE_SET = {
"CIRCULAR",
"ELLIPTICAL",
"HORIZONTAL",
"LEFT CIRCULAR",
"LEFT ELLIPTICAL",
"LINEAR",
"PARALLEL",
"PERPENDICULAR",
"RIGHT CIRCULAR",
"RIGHT ELLIPTICAL",
"VERTICAL"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RECEIVER_DESCRIPTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The receiver_description element describes a given
receiving instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RECEIVER_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The receiver_id element provides an abbreviated name or
acronym which identifies a receiving instrument. It is
used for experiments that have both transmitting and
receiving instruments, in which case the instrument_id
element refers to the transmitter."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RECEIVER_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The receiver_name element provides the unique full name of
a receiving instrument. It is used for experiments that
have both transmitting and receiving instruments, in which
case the instrument_name element refers to the transmitter."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RECEIVER_NOISE_CALIBRATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'KM**2'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The receiver_noise_calibration element provides the value
of a measure of the altimeter noise background, obtained
from the pulse- compressed altimeter signals by the mgmtac
phase of the altimetry and radiometry data reduction
program."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RECORD_BYTES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The record_bytes element indicates the number of bytes in a physical
file record, including record terminators and separators. When
RECORD_BYTES describes a file with RECORD_TYPE = STREAM
(e.g. a SPREADSHEET), its value is set to the length of the longest
record in the file.
Note: In the PDS, the use of record_bytes, along with other
file-related data elements is fully described in the Standards Reference."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RECORD_FORMAT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 255
DESCRIPTION = "
The RECORD_FORMAT element contains a FORTRAN-style format
description for reading an entire row of an ASCII/EBCDIC
table, or an entire occurrence of an ASCII/EBCDIC
COLLECTION.
Example: RECORD_FORMAT = '(F8.3,1X,I5,2X,A12)'
Note: that this is an INPUT format only, and may not contain
string constant expressions within the format."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RECORD_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The record_type element indicates the record format of a
file.
Note: In the PDS, when record_type is used in a
detached label file it always describes its corresponding
detached data file, not the label file itself.
The use of record_type along with other file-related data
elements is fully described in the PDS Standards Reference."
STANDARD_VALUE_SET = {
"FIXED_LENGTH",
"STREAM",
"UNDEFINED",
"VARIABLE_LENGTH"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RECORDS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The records data element identifies the number of physical
records in a file or other data object."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REFERENCE_AZIMUTH
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The REFERENCE_AZIMUTH element specifies the azimuth which is at the
top (vertical in the polar projection. (MIPL Projections - Polar)"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REFERENCE_COORD_SYSTEM_INDEX
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The REFERENCE_COORD_SYSTEM_INDEX element identifies which instance of the
coordinate system named by REFERENCE_COORD_SYSTEM_NAME is the reference
coordinate system for the group in which the keyword occurs. This index is
a set of integers which serve to identify coordinate system instances in a
mission-specific manner.
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 reference coordinate system instances. It is legal to use any
number of indices to describe a reference coordinate system instance,
however. See also REFERENCE_COORD_SYSTEM_NAME and COORDINATE_SYSTEM_INDEX."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REFERENCE_COORD_SYSTEM_NAME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The REFERENCE_COORD_SYSTEM_NAME element provides the full name of the
reference coordinate system for the group in which the keyword occurs. All
vectors and positions relating to 3-D space within the enclosing group are
expressed using this reference coordinate system. In non-unique coordinate
systems (such as 'SITE' for rover missions), which have multiple instances
using the same name, REFERENCE_COORD_SYSTEM_INDEX is also required to
completely identify the reference coordinate system.
Note: For MER, the reference is usually a SITE frame."
STANDARD_VALUE_SET = {
"GENERIC_FIXED",
"LANDER_FRAME",
"LOCAL_LEVEL_FRAME",
"MAST_FRAME",
"PANCAM_FRAME",
"ROVER_FRAME",
"SITE_FRAME"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REFERENCE_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The reference_desc element provides a complete bibliographic citation
for a published work. The format for such citations is that employed
by the Journal of Geophysical Research (JGR). This format is described
in the JGR, Volume 98, No. A5, Pages 7849-7850, May 1, 1993 under
'References'. Data suppliers may also refer to recent issues of the
Journal for examples of citations. Elements of a complete bibliographic
citation must include, wherever applicable, author(s) or editor(s), title,
journal name, volume number, page range and publication date (for journal
article citations), or page range, publisher, place of publication, and
publication date (for book citations)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REFERENCE_KEY_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The reference_key_id element provides the catalog with
an identifier for a reference document. Additionally, it
may be used in various catalog descriptions, for example
in data_set_desc, as a shorthand notation of a document
reference.
The reference_key_id element is composed according to the
following guidelines:
1. if there is an author for the publication, the general
rule is:
REFERENCE_KEY_ID = <author's last name><year><letter>,
where
<author's last name> is a maximum of 15 characters,
and may need to be truncated.
<year> is 4 characters for the year published.
<letter> is optional but consists of one character
used to distinguish multiple papers by the
same author(s) in the same year.
The following variations apply:
a. If there is one author:
<author's last name><year>
Example value: SCARF1980
b. If there are two authors:
<first author's last name>&<second author's last name>
<year>
Example value: SCARF&GURNETT1977
c . If there are three or more authors:
<first author's last name>ETAL<year>
Example value: GURNETTETAL1979
d. If one author has the same last name as another:
<author's last name>,<author's first initial>
<year published>
Example value: FREUD,A1935
e. If the same author(s) published more than one paper
in the same year:
<author's last name><year><letter>
or
<first author's last name>&<second author's last name>
<year><letter>
or
<first author's last name>ETAL<year><letter>
Example values: SCARF1980A
SCARF&GURNETT1977B
f. In cases where an initial reference has been
catalogued and published on an Archive medium and
subsequent references for the same author and same
year are needed at a later date, the following rule
applies:
Leave the original reference as is, and add a letter
to the subsequent references starting with the letter
'B' since the original reference will now be assumed
to have an implicit 'A'. For example: PFORD1991,
PFORD1991B.
Note that if the initial reference has only been
catalogued and not yet published, then it can be
modified such that the 'A' is explicit, i.e.
PFORD1991A.
2. If there is no author for the publication, the general
rule is:
REFERENCE_KEY_ID = <journal name><document identification>
where
<journal name> is a maximum of 10 characters, and
may need to be abbreviated
<document identification> is a maximum of 10
characters. This id may consist of a volume number,
and/or document or issue number, and/or year of
publication.
Example values: SCIENCEV215N4532
JGRV88
JPLD-2468"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REFERENCE_LATITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The reference_latitude element provides the new zero
latitude in a rotated spherical coordinate system that was
used in a given map_projection_type."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REFERENCE_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -180
MAXIMUM = 360
DESCRIPTION = "
The reference_longitude element defines the zero longitude
in a rotated spherical coordinate system that was used in a
given map_projection_type."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REFERENCE_OBJECT_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The reference_object_name element identifies the point,
vector, or plane used as the origin from which an angle or
a distance is measured.
As an example, the reference object could be the center of
a given planet (a point), the spacecraft z_axis (a vector)
or the equatorial plane."
STANDARD_VALUE_SET = {
"EQUATORIAL PLANE",
"JUPITER",
"N/A",
"NEPTUNE",
"SATURN",
"SPACECRAFT",
"SUN",
"UNK",
"URANUS"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REFERENCE_POINT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The SUN_NORTH_POLE_CLOCK_ANGLE element specifies the direction of the
north pole of the sun as projected onto the image plane. It is measured
from the 'upward' direction, clockwise to the direction toward the
sun's north pole, when the image is displayed as defined by the
SAMPLE_DISPLAY_DIRECTION and LINE_DISPLAY_DIRECTION elements."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REFERENCE_POINT_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The REFERENCE_POINT_DESC keyword is used in conjunction with the
REFERENCE_POINT and REFERENCE_POINT_INDEX keywords to identify
and describe the reference point associated with a multi-dimensional
object - typically an IMAGE or ARRAY.
The reference point may be, for example, the center of a body, a
standard star, or a specific location on a body or the celestial
sphere. This keyword should be used to define what the reference
point is, logically or physically. The REFERENCE_POINT_INDEX
keyword describes the location of the reference point in units of
axis index, while the REFERENCE_POINT keyword gives the same
location in the physical units of the indices."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REFERENCE_POINT_INDEX
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The REFERENCE_POINT_INDEX keyword is used to give the precise
location of a reference point (center of a body, standard star,
coordinate system reference point, etc.) relative to the origin
of the associated object - typically an IMAGE or ARRAY. The
location is expressed as a sequence of values in units of the
axis index, in the same order as the defined axes. The indices
for each axis are assumed to be numbered positively from 1.
Although the indices are integral, the REFERENCE_POINT_INDEX
values are floating point and may be expressed to an appropriate
level of precision. For example, if the reference point is the
location of the center of a target body and known to sub-pixel
accuracy, then it may have a REFERENCE_POINT_INDEX value that
looks like: (215.678, 500.234).
Note that the reference point is a logical concept, and thus is
not required to be inside the associated object. If, for example,
the reference point described for an IMAGE object is outside the
field of view included in the IMAGE, the values for
REFERENCE_POINT_INDEX are determined by extrapolation of the image
axes. In this case some of the REFERENCE_POINT_INDEX values may be
negative or greater than the maximum index found in the image.
The REFERENCE_POINT_INDEX as defined here is analogous to the CRPIXn
values of the FITS standard. Users should note that the CRPIXn
standard is often re-interpreted by data preparers, and should not
assume that any particular CRPIXn set of numbers will map directly
to a valid REFERENCE_POINT_INDEX without first verifying the local
use of the CRPIXn keywords.
The REFERENCE_POINT_DESC keyword should be used in conjunction with
REFERENCE_POINT_INDEX to describe the nature of the point being
referenced.
See also the REFERENCE_POINT keyword, which locates the reference
point in the physical units of the axes, rather than in index
units (analogous to the FITS CRVALn keywords)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REFERENCE_RADIAL_RESOLUTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The reference_radial_resolution element specifies a
reference radial resolution to which a ring occultation
data set may be reprocessed. It is used to specify a
standard radial resolution so that the noise properties of
different data products may be more reliably compared. The
values of the parameters lowest_detectable_opacity,
highest_detectable_opacity and scaled_noise_level depend on
this value."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REFERENCE_TARGET_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The reference_target_name element provides the name of the
target body being used as the reference to help define a
particular vector_component_id.
For example, the RJ\$ vector component is defined with the
spacecraft as the reference target."
STANDARD_VALUE_SET = {
"ASCENDING NODE",
"EARTH",
"N/A",
"PLANET",
"SPACECRAFT",
"SUN SPIN AXIS",
"VENUS",
"VOYAGER"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REFERENCE_TIME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = TIME
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = "N/A"
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The reference time element specifies the moment in time to which other
quantities refer. This can be the moment relative to which a set
of time intervals are measured (e.g. a column of times encoded in
units of seconds), or the moment at which a set of orbital elements
apply."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REFLECTANCE_SCALING_FACTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1
DESCRIPTION = "
The reflectance_scaling_factor element identifies the
conversion factor from DN to reflectance."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REGION_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The region_desc element describes a particular
region of a planetary surface, indicating its historical
significance, identifying major geological features and
providing other descriptive information."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REGION_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The region_name element identifies a region of a planetary
surface. In many cases, the name of a region derives from
the major geologic features found within the region."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REGISTRATION_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The registration_date element provides the date as of which
an individual is registered as an authorized user of the PDS
system."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RELEASE_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The release_date element provides the date when a data set or
portion of a data set is made available for use. Typically this
is when the data is on-line and available for access."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RELEASE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MINIMUM_LENGTH = 4
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The RELEASE_ID element identifies the unique identifier
associated with a specific release of a data set. All initial
releases should use a RELEASE_ID value of '0001'. Subsequent
releases should use a value that represents the next increment
over the previous RELEASE_ID (e.g., the second release should use
a RELEASE_ID of '0002').
Releases are done when an existing data set or portion of a data
set becomes available for distribution.
Note: The DATA_SET_ID and RELEASE_ID are used as a combined
key to ensure all releases are unique."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RELEASE_MEDIUM
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The release_medium element provides a textual description for the
medium used in the distribution of a released data set or portion
of a data set. Examples include: CD-ROM, DVD, etc."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RELEASE_PARAMETER_TEXT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 255
DESCRIPTION = "
The release_parameters_text element provides a list of parameters
that identify the data being released. These parameters are
formulated so that they can be appended to a data set browser
query. The parameters are specific to individual data sets and their
associated data set browsers."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REMOTE_NODE_PRIVILEGES_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The remote_node_priviledges_id element identifies the
systems at a remote node (or nodes) which a user is
priviledged to access."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REPETITIONS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The repetitions data element within a data object such as
a container, indicates the number of times that data object
recurs. See also: items.
Note: In the PDS, the data element ITEMS is used for
multiple occruuences of a single object, such as a column.
REPETITIONS is used for multiple occurrences of a repeating
group of objects, such as a container. For fuller
explanation of the use of these data elements, please refer
to the PDS Standards Reference."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REQUEST_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The request_desc element describes a user's request for
support."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REQUEST_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The request_time element provides the date (and time, where
appropriate) at which a user's request was received by the
Customer Support function."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REQUIRED_ELEMENT_SET
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The required_element_set element identifies the data
elements that are mandatory members of a defined object.
Note: In the PDS, the data elements listed in this set
must be approved for inclusion in the data dictionary."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REQUIRED_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The required_flag data element indicates whether a data
element or object is needed for inclusion in a system or
process.
Note: In the PDS, required_flag is used in data dictionary
tables to indicate whether a data element or object is a
required or optional component of a data object."
STANDARD_VALUE_SET = {
"N",
"Y"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REQUIRED_MEMORY_BYTES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The required_memory_bytes element indicates the amount of
memory, in bytes, required to run the subject software."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REQUIRED_OBJECT_SET
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The required_object_set element identifies the ODL objects
that are mandatory members of a defined object."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REQUIRED_STORAGE_BYTES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The required_storage_bytes element provides the number of bytes
required to store an uncompressed file. This value may be an
approximation and is used to ensure enough disk space is available for
the resultant file.
Note: For Zip file labels, this keyword provides the total size of
all the data files in the Zip file after being uncompressed. For
the software inventory template, this is often the size of
the uncompressed distribution tar file."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RESEARCH_TOPIC_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The research_topic_desc element describes the topic of
scientific research identified by the research_topic_name
element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RESEARCH_TOPIC_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The research_topic_name element provides the name of a topic
of scientific research."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RESOLUTION_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The resolution_desc element describes the resolution of and
the approach used to resolve a user's request for support."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RESOLUTION_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The resolution_time element provides the date (and time,
where appropriate) as of which a user's request is resolved."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RESOURCE_CLASS
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
DESCRIPTION = "
The RESOURCE_CLASS element indicates the type of resource associated
with the dataset. For the primary browser, the value should always be
set to: application.dataSetBrowserP"
STANDARD_VALUE_SET = {
"APPLICATION.CATALOG",
"APPLICATION.DATASETBROWSER",
"APPLICATION.DATASETBROWSERC",
"APPLICATION.DATASETBROWSERP",
"APPLICATION.DATASETBROWSERX",
"APPLICATION.INTERFACE",
"APPLICATION.TARGETBROWSER",
"APPLICATION.WEBSITE",
"DATA.VOLUME",
"DATA.VOLUMEFUTURE",
"DATA.VOLUMEOFFLINE",
"DATA.VOLUMEREMOTE",
"DATA.VOLUMESUPERCEDED"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RESOURCE_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The resource_id element provides an unique indentifier for
the resource."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RESOURCE_KEYVALUE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The resource_keyvalue element identifies targets, missions, instrument
hosts, and instrument names associated with the data set."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RESOURCE_LINK
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
DESCRIPTION = "
The RESOURCE_LINK element provides the url of a data set browser that
allows searching for particular data products or other ancillary files."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RESOURCE_NAME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
DESCRIPTION = "
The Resource_Name element provides the descriptive name of a resource
url as it should appear in the Data Set Search results page."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RESOURCE_SIZE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = MB
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The resource_size element provides the size in megabytes
of the data set."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RESOURCE_STATUS
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
DESCRIPTION = "
The RESOURCE_STATUS element indicates the operational status of the
resource associated with the dataset. In most cases the value would
be UP to indicate an operational data set browser, etc."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RESOURCE_TYPE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The resource_type element provides the type of the data set."
STANDARD_VALUE_SET = {
"DATASET",
"VOLUME"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RETICLE_POINT_DECLINATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The reticle_point_declination element refers to the declination of the
principle points of the camera.
Note: For the Clementine cameras the principle points are defined as the
upper left pixel of the camera (line 1,sample 1), the upper right pixel
(line 1, last sample), lower left (last line, sample 1), and lower right
(last line, last sample)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RETICLE_POINT_LATITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The reticle_point_latitude element provides the latitude of the surface
intercept points of the principle points of the camera.
Note: For the Clementine cameras the principle points are defined as the
upper left pixel of the camera (line 1,sample 1), the upper right pixel
(line 1, last sample), lower left (last line, sample 1), and lower right
(last line, last sample)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RETICLE_POINT_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The reticle_point_longitude element provides the longitude of the surface
intercept points of the principle points of the camera.
Note: For the Clementine cameras the principle points are defined as the
upper left pixel of the camera (line 1,sample 1), the upper right pixel
(line 1, last sample), lower left (last line, sample 1), and lower right
(last line, last sample)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RETICLE_POINT_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The reticle_point_number element provides the number of an
image reticle point, as follows: 1 upper left, 3 - upper
right, 5 - middle, 7 - lower left, 9 - lower right."
STANDARD_VALUE_SET = {
"1",
"3",
"7",
"9"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RETICLE_POINT_RA
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The reticle_point_ra element refers to the right ascension of the
principle points of the camera.
Note: For the Clementine cameras the principle points are defined as the
upper left pixel of the camera (line 1,sample 1), the upper right pixel
(line 1, last sample), lower left (last line, sample 1), and lower right
(last line, last sample)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REVOLUTION_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The revolution_number element identifies the number of the
observational pass of a spacecraft around a target body.
Note: The Clementine Mission used this element in place of
orbit_number because orbit number changes half way through
the observational pass over the Moon and would not be an
ideal parameter when interrogating the data set. The
revolution number equals orbit number at the start of the
observational pass."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = REVOLUTION_PERIOD
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = D
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The revolution_period element provides the time period of
revolution of a solar system object about its spin axis."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RICE_OPTION_VALUE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 2
MAXIMUM = 4096
DESCRIPTION = "
The rice_option_value element is a RICE compressor specific variable
providing the number of options used by compression.
Note: Information about RICE compression is available in JPL Document
91-D, November 15, 1991, 'Some Practical Universal Noiseless Coding
Techniques, Part III.'"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RICE_START_OPTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 4095
DESCRIPTION = "
The rice_start_option element is a RICE compressor specific variable
that identifies the start option.
Note: Information about RICE compression is available in JPL Document
91-D, November 15, 1991, 'Some Practical Universal Noiseless Coding
Techniques, Part III.'"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RIGHT_ASCENSION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The RIGHT_ASCENSION element provides the value of right ascension,
which is defined as the arc of the celestial equator between the
vernal equinox and the point where the hour circle through the point
in question intersects the celestial equator (reckoned eastward).
Right ascension is used in conjunction with the DECLINATION 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 RA and dec 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 = RING_ASCENDING_NODE_LONGITUDE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = "N/A"
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The ring ascending node longitude element defines the inertial
longitude where an inclined ring intersects the central planet's
invariable plane. This longitude is measured from the planet's prime
meridian in the direction of orbital motion. In planetary ring
systems, the prime meridian is the ascending node of the planet's
invariable plane on the Earth's mean equator of J2000. The ascending
node is the one where ring particles cross from below to above the
invariable plane, assuming that the 'above' side is defined by the
pole about which the planet exhibits right-handed rotation. Because
a node longitude changes with time, this value should always be
specified for a particular moment in time, which can correspond to the
time of an observation or can be specified with the REFERENCE_TIME
element. See also NODAL_REGRESSION_RATE.
Note: The invariable plane of a planet is equivalent to its equatorial
plane for every ringed planet except Neptune.
Note: The 'above' side of the invariable plane is the IAU-defined
northern hemisphere for Jupiter, Saturn and Neptune, but the
IAU-defined southern hemisphere for Uranus."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RING_ECCENTRICITY
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = "N/A"
MINIMUM = 0
MAXIMUM = 1
DESCRIPTION = "
The ring eccentricity element defines the non-circularity of a
ring. It is equal to
(apocenter_radius - pericenter_radius) / (2*mean_radius)"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RING_EVENT_START_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The ring_event_start_time element indicates the starting
instant of a data product as measured at the ring plane.
This element differs from the observation start time
because it allows for light travel time."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RING_EVENT_STOP_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The ring_event_stop_time element indicates the stopping
instant of a data product as measured at the ring plane.
This element differs from the observation stop time because
it allows for light travel time."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RING_EVENT_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The ring_event_time element indicates the instant at which
a data product has been acquired as measured at the ring
plane. This element differs from the observation instant
because it allows for light travel time."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RING_INCLINATION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = "N/A"
MINIMUM = 0
MAXIMUM = 90
DESCRIPTION = "
The ring inclination element provides the value of the angle between
the orbital plane of a ring and the equatorial plane of the central
planet."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RING_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The ring_longitude element specifies the inertial
longitude of a ring feature relative to the prime meridian.
In planetary ring systems, the prime meridian is the
ascending node of the planet's invariable plane on the
Earth's mean equator of J2000. 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.
Note: The invariable plane of a
planet is equivalent to its equatorial plane for every
ringed planet except Neptune."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RING_OBSERVATION_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The ring observation id uniquely identifies a single experiment or
observation (image, occultation profile, spectrum, etc.) within a
rings-related data set. This is the common id by which data are
identified within the Rings Node catalog. It describes the smallest
quantity of data that can be usefully cataloged or analyzed by itself.
Note that a single observation may be associated with multiple data
products (e.g. raw and calibrated versions of an image). Note also
that a single data product may be associated with multiple observations
(e.g. a single WFPC2 image file containing four different images). A
ring observation id is constructed as follows:
p/type/host/inst/time/... where p is a single-letter planet id (one of
J, S, U, or N); type is IMG for images, OCC for occultation profile,
etc.; host is the instrument host id, inst is the instrument id; time
is the observation time as a date or instrument clock count; further
information identifying the observation can then be appended as
appropriate.
Examples are: J/IMG/VG2/ISS/20693.01/N
J/IMG/VG2/ISS/20693.02/W
S/IMG/HST/WFPC2/1995-08-10/U2TF020B/PC1
U/OCC/VG2/RSS/1986-01-24/S
U/OCC/VG2/RSS/1986-01-24/X
N/OCC/VG2/PPS/1989-08-25/SIGMA_SGR"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RING_OCCULTATION_DIRECTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The ring_occultation_direction element indicates the
radial direction of a ring occultation track."
STANDARD_VALUE_SET = {
"BOTH",
"EGRESS",
"INGRESS",
"MULTIPLE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RING_PERICENTER_LONGITUDE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = "N/A"
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The ring pericenter longitude element defines the inertial
longitude where an eccentric ring is at pericenter, i.e. has its
minimum radius. This longitude is measured from the planet's prime
meridian in the direction of orbital motion. In planetary ring
systems, the prime meridian is the ascending node of the planet's
invariable plane on the Earth's mean equator of J2000. Because the
pericenter longitude changes with time, this value should always
be specified for a particular moment in time, which can correspond
to the time of an observation or can be specified with the
REFERENCE_TIME element. See also PERICENTER_PRECESSION_RATE.
Note: The invariable plane of a planet is equivalent to its
equatorial plane for every ringed planet except Neptune."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RING_RADIAL_MODE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = "N/A"
DESCRIPTION = "
The ring radial mode element defines a modulation to a ring's
shape that is not described by a simple eccentricity. This
element defines the number of radial cycles found in 360 degrees
of ring longitude. For example, a value of 2 defines a
planet-centered ellipse. Negative values refer to modes that
rotate in a retrograde direction. A value of zero defines a
'breathing' mode, in which ring expands and contracts while
remaining circular."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RING_RADIAL_MODE_AMPLITUDE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = "N/A"
MINIMUM = 0
DESCRIPTION = "
The ring radial mode amplitude element defines the amplitude of a
radial mode present within a ring. See also RING_RADIAL_MODE."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RING_RADIAL_MODE_FREQUENCY
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'DEG/DAY'
STANDARD_VALUE_TYPE = "N/A"
DESCRIPTION = "
The ring radial mode frequency element defines the rate at which
a radial mode propagates around a ring. Negative values refer to
modes that propagate in a retrograde direction. See also
RING_RADIAL_MODE."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RING_RADIAL_MODE_PHASE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'DEG/DAY'
STANDARD_VALUE_TYPE = "N/A"
DESCRIPTION = "
The ring radial mode frequency element defines the rate at which
a radial mode propagates around a ring. Negative values refer to
modes that propagate in a retrograde direction. See also
RING_RADIAL_MODE."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RING_RADIUS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The ring_radius element indicates a radial location within
a planetary ring system. Radii are measured from the
center of the planet along the nominal ring plane."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RING_SEMIMAJOR_AXIS
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = "N/A"
MINIMUM = 0
DESCRIPTION = "
The ring semimajor axis element defines the mean radius of an
eccentric ring, i.e. the average of the pericenter and
apocenter distances."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = RING_SYSTEM_SUMMARY
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The ring_system_summary element provides a brief and
general description of the rings or ring_like features
associated with a particular solar system body."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ROLE_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The role_desc element describes the role of an individual
during his or her association with a particular institution.
Note: The term 'role' is a more specific
characterization of the individual's activities than is
'specialty' (see the specialty_name element)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ROTATION_DIRECTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The rotation_direction element provides the direction
of rotation as viewed from the north pole of the 'invariable
plane of the solar system', which is the plane passing
through the center of mass of the solar system and
perpendicular to the angular momentum vector of the solar
system. The value for this element is PROGRADE for counter
-clockwise rotation, RETROGRADE for clockwise rotation and
SYNCHRONOUS for satellites which are tidally locked with
the primary. Sidereal_rotation_period and rotation_directio
n_type are unknown for a number of satellites, and are not
applicable (N/A) for satellites which are tumbling."
STANDARD_VALUE_SET = {
"N/A",
"NULL",
"PROGRADE",
"RETROGRADE",
"SYNCHRONOUS",
"UNK",
"UNKNOWN"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ROTATION_NOLOAD_CURRENT
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = MA
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The ROTATION_NOLOAD_CURRENT element specifies the
no load current for the rotation motor of an instrument.
Note: For MER, it is used for the MER RAT during all
operations of the instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ROTATION_TORQUE_PARAMETER
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = V
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The ROTATION_TORQUE_PARAMETER element provides the open-loop
voltage supplied to an instrument rotation motor.
Note: For MER, this is the grinding wheel rotation motor during
initialization/diagnostics, seek and scan, grinding, and brushing
operations."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ROTATION_VOLTAGE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = V
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The ROTATION_VOLTAGE element
specifies the open-loop voltage supplied to the instrument
rotation motor."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ROTATION_VOLTAGE_NAME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The ROTATION_VOLTAGE_NAME element provides the formal name
of the ROTATION_VOLTAGE element values within an array."
STANDARD_VALUE_SET = {
"SCAN",
"SEEK"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ROTATIONAL_ELEMENT_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The rotational_element_desc element describes the
standard used for the definition of a planet's pole
orientation and prime meridian. The description defines
the right ascension and the declination values used to
define the planet pole, and the spin angle value of the
planet referenced to a standard time (typically EME1950 or
J2000 time is used). Periodically, the right ascension,
declination, and spin values of the planets are updated by
the IAU/IAG/COOSPAR Working Group On Cartographic
Coordinates and Rotational Elements because an unambiguous
definition of a planet's coordinate system requires these
values."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ROVER_HEADING
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM_LENGTH = NULL
DESCRIPTION = "
The ROVER_HEADING element provides a clockwise angular measure of the
pointing direction of a rover from a specified direction in raw counts.
Note: For Mars Pathfinder, this value was measured from Lander north in
BAMS (Binary Angle Measurements, where 2**16 BAMS equals one 360 degree
revolution)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ROVER_MOTION_COUNTER
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The ROVER_MOTION_COUNTER element provides a set of integers which describe
a (potentially) unique location (position/orientation) for a rover. Each
time an event occurs that moves, or could potentially move, the rover, a
new motion counter value is created. This includes intentional motion due
to drive commands, as well as potential motion due to other articulating
devices, such as arms or antennae. This motion counter (or part of it) is
used as a reference to define instances coordinate systems which can move
such as SITE or ROVER frames. The motion counter is defined in a mission-
specific manner. Although the original intent was to have incrementing
indices (e.g., MER), the motion counter could also contain any integer
values which conform to the above definition, such as time or spacecraft
clock values.
Note: For MER, the motion counter consists of five values. In order, they
are Site, Drive, IDD, PMA, and HGA. The Site value increments whenever a
new major Site frame is declared. The Drive value increments any time
intentional driving is done. Each of those resets all later indices to 0
when they increment. The IDD, PMA, and HGA increment whenever the
corresponding articulation device moves. It is TBD whether IDD, PMA, and
HGA are independent of each other, or reset the others to 0 in a
hierarchical manner when they are incremented. Conceptually, a sixth value
could be added by ground processing to indicate unintentional slippage
(e.g., the wind blew the rover off a rock). This sixth value will never
occur in telemetry but might occur in certain RDR's. (Implementation of
this is TBD)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ROVER_MOTION_COUNTER_NAME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The ROVER_MOTION_COUNTER_NAME element is an
array of values that provides the formal names
identifiying each integer in ROVER_MOTION_COUNTER."
STANDARD_VALUE_SET = {
"DRIVE",
"HGA",
"IDD",
"PMA",
"SITE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ROW_BYTES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The row_bytes element represents the maximum number of bytes in each
data object row.
Notes:
(1) In the PDS, in object definitions for tables, the value of
row_bytes includes terminators, separators, and delimiters unless
row padding is used. For padding at the beginning of a row, the
keyword row_prefix_bytes may be used. For padding at the end of
a row, row_suffix_bytes may be used.
(2) In object definitions for spreadsheets, the value of row_bytes
is the maximum number of bytes possible in the row if each field
uses its maximum allocation of bytes and including all delimiters.
(3) See the Standards Reference, TABLE and SPREADSHEET objects for
more information."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ROW_PREFIX_BYTES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The row_prefix_bytes element indicates the number of bytes
prior to the start of the data content of each row of a
table. The value must represent an integral number of
bytes."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ROW_PREFIX_STRUCTURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 120
DESCRIPTION = "
The row_prefix_structure element indicates a pointer to a
file that defines the structure of the row prefix bytes.
See also: file_name
Note: In the PDS this data element is obsolete. It is
kept in the data dictionary for historical purposes to allow
data validation tools to function. According to current
standards, the structures of prefix and suffix data are
illustrated through the use of the table object."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ROW_SUFFIX_BYTES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The row_suffix_bytes element indicates the number of bytes
following the data at the end of each row. The value must
be an integral number of bytes."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ROW_SUFFIX_STRUCTURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 120
DESCRIPTION = "
The row_suffix_structure element indicates a pointer to a
file that defines the structure of the ROW_SUFFIX_BYTES.
See also: file_name
Note: In the PDS this data element is obsolete. It is kept
in the data dictionary for historical purposes to allow
data validation tools to function. According to current
standards, the structures of prefix and suffix data are
illustrated through the use of the table object."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ROWS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The rows element represents the number of rows in a data
object.
Note: In PDS, the term 'rows' is synonymous with
'records'. In PDS attached labels, the number of rows is
equivalent to the number of file_records minus the number
of label_records, as indicated in the file_object
definition."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLE_BIT_MASK
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = NONDECIMAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
DESCRIPTION = "
The sample_bit_mask element identifies the active bits in a
sample.
Note: In the PDS, the domain of sample_bit_mask is
dependent upon the currently-described value in the
sample_bits element and only applies to integer values.
For an 8-bit sample where all bits are active the
sample_bit_mask would be 2#11111111#."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLE_BIT_METHOD
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The SAMPLE_BIT_METHOD element identifies the method in which
bit scaling is perfomed. MER, the bit scaling is a 12-bit to
8-bit scaling and can be performed hardware, software or both."
STANDARD_VALUE_SET = {
"HARDWARE",
"HARDWARE_INVERTED",
"NONE",
"SOFTWARE",
"SOFTWARE_INVERTED"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLE_BIT_MODE_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The SAMPLE_BIT_MODE_ID element identifies
the type of pixel scaling performed.
Note: For MER, pixel scaling is accomplished
by using onboard lookup tables or by shifting
a specified bit into the most significant bit."
STANDARD_VALUE_SET = {
"AUTOSHIFT",
"LUT1",
"LUT2",
"LUT3",
"LUT4",
"LUT5",
"MSB_BIT10",
"MSB_BIT11",
"MSB_BIT7",
"MSB_BIT8",
"MSB_BIT9",
"NONE",
"UNDEF"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLE_BITS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM = 1
MAXIMUM = 64
DESCRIPTION = "
The sample_bits element indicates the stored number of
bits, or units of binary information, contained in a
line_sample value."
STANDARD_VALUE_SET = {
"1",
"16",
"2",
"32",
"4",
"64",
"8"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLE_CAMERA_MODEL_OFFSET
STATUS_TYPE = PROPOSED
GENERAL_DATA_TYPE = REAL
UNIT_ID = PIXEL
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The SAMPLE_CAMERA_MODEL_OFFSET element provides the location of
the image origin with respect to the camera model's origin. For
CAHV/CAHVOR models, this origin is not the center of the camera,
but is the upper-left corner of the 'standard' size image, which
is encoded in the CAHV vectors."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLE_DISPLAY_DIRECTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 6
DESCRIPTION = "
The SAMPLE_DISPLAY_DIRECTION element is the preferred orientation of
samples within a line for viewing on a display device. The default is
right, meaning samples are viewed from left to right on the
display. Note that if this keyword is present in a label, the
LINE_DISPLAY_DIRECTION keyword must also be present and must contain a
value orthogonal to the value selected for this keyword. Note: The
image rotation elements such as TWIST_ANGLE,
CELESTIAL_NORTH_CLOCK_ANGLE, and BODY_POLE_CLOCK_ANGLE are all defined
under the assumption that the image is displayed in its preferred
orientation."
STANDARD_VALUE_SET = {
"DOWN",
"LEFT",
"RIGHT",
"UP"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLE_FIRST_PIXEL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The sample_first_pixel element provides the sample index
for the first pixel that was physically recorded at the
beginning of the image array.
Note: In the PDS, for a fuller explanation on
the use of this data element in the Image Map Projection
Object, please refer to the PDS Standards Reference."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLE_LAST_PIXEL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The sample_last_pixel element provides the sample index for
the last pixel that was physically recorded at the end of
the image array.
Note: In the PDS, for a fuller explanation on the
use of this data element in the Image Map Projection
Object, please refer to the PDS Standards Reference."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLE_PROJECTION_OFFSET
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = PIXEL
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sample_projection_offset element provides the sample
offset value of the map projection origin position from
line and sample 1,1 (line and sample 1,1 is considered the
upper left corner of the digital array).
Note: that the positive direction is to the right and down."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLE_RESOLUTION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The SAMPLE_RESOLUTION element provides the
horizontal size of the pixel at the center
of an image as projected onto the surface
of the target."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLE_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The sample_type element indicates the data storage
representation of sample value."
STANDARD_VALUE_SET = {
"IEEE_REAL",
"LSB_INTEGER",
"LSB_UNSIGNED_INTEGER",
"MSB_INTEGER",
"MSB_UNSIGNED_INTEGER",
"PC_REAL",
"UNSIGNED_INTEGER",
"VAX_REAL"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLING_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The SAMPLING_COUNT element provides the number of data
samples taken by an instrument or detector."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLING_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The sampling_desc element describes how instrument
parameters are sampled within an instrument or a section of
an instrument. Generally, this includes information on the
timing of samples and how they are taken as a function of
energy, frequency, wavelength, position, etc."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLING_FACTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sampling_factor element provides the value N, where
every Nth data point was kept from the original data set by
selection, averaging, or taking the median.
Note: When applied to an image object, the single value
represented in sampling_factor applies to both the lines
and the samples. When applied to a table object, the value
applies only to the rows."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLING_MODE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The sampling_mode_id element identifies the resolution mode of a wavelength
or frequency channel. Note: For Cassini, this is a two-valued array
describing the resolution mode of the infrared and visible channels."
STANDARD_VALUE_SET = {
"HI-RES",
"HYPERSPEC",
"MULTISPEC",
"N/A",
"NORMAL",
"UNDER"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLING_PARAMETER_INTERVAL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sampling_parameter_interval element identifies the
spacing of points at which data are sampled and at which a
value for an instrument or dataset parameter is available.
This sampling interval can be either the original (raw)
sampling or the result of some resampling process.
For example, in 48-second magnetometer data the sampling
interval is 48.
The sampling parameter (time, in the example) is identified
by the sampling_parameter_name element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLING_PARAMETER_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The sampling_parameter_name element provides the name of
the parameter which determines the sampling interval of a
particular instrument or dataset parameter.
For example, magnetic field intensity is sampled in time
increments, and a spectrum is sampled in wavelength or
frequency."
STANDARD_VALUE_SET = {
"ALONG TRACK DISTANCE",
"ATOMIC NUMBER",
"DELAY-DOPPLER",
"DISTANCE",
"ENERGY PER NUCLEON",
"FREQUENCY",
"FREQUENCY OFFSET",
"N/A",
"PIXEL",
"TIME",
"UNK",
"VOLTAGE",
"WAVE NUMBER",
"WAVELENGTH"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLING_PARAMETER_RESOLUTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sampling_parameter_resolution element identifies the
resolution along the sampling parameter axis.
For example, spectral data may be sampled every 0.0005 cm
in wavelength, but the smallest resolvable width of a
feature could be 0.001 cm. In this example, the sampling
parameter resolution would be 0.001.
Note: The unit element identified the unit of measure
of the sampling parameter resolution."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAMPLING_PARAMETER_UNIT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The sampling_parameter_unit element specifies the unit of
measure of associated data sampling parameters."
STANDARD_VALUE_SET = {
"AMPLITUDE",
"AREA",
"ATOMIC NUMBER",
"CENTIMETER",
"DEGREE",
"DEGREE (AREOCENTRIC SOLAR LONGITUDE)",
"HERTZ",
"HOUR",
"INTENSITY",
"KILOMETER",
"MARS SOLAR DAY",
"MARS SOLAR DAY / 25",
"METER",
"MEV PER NUCLEON",
"MICROMETER",
"MICROSECOND",
"MINUTE",
"N/A",
"NANOMETER",
"PHASE",
"SECOND",
"SECONDS",
"TICKS",
"UNK",
"VOLTS"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAR_AVERAGE_BACKSCATTER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DB
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sar_average_backscatter element provides the values of
a pair of running averages of SAR image pixel values,
sar_average_backscatter[0] taken from pixels lying westward
of the antenna boresight, and sar_average_backscatter[1]
taken from pixels lying to the east of it."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SAR_FOOTPRINT_SIZE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sar_footprint_size element provides the value of the
approximate diameter of the surface footprint represented
by the SAR backscatter values which are provided by the
sar_average_backscatter element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SATELLITE_TIME_FROM_CLST_APR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The SATELLITE_TIME_FROM_CLST_APR element provides the time
from closest approach to the nearest satellite. This
element can be represented with a negative value, (e.g.
before the satellite encounter). This element should not
be confused with TIME_FROM_CLOSEST_APPROACH which is the
from closest approach to the central body."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SATURATED_PIXEL_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The saturated_pixel_count element provides a count of the number
of pixels in the array that are at or exceed the maximum DN value."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SC_EARTH_POSITION_VECTOR
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The SC_EARTH_POSITION_VECTOR element indicates the x-, y-, z-
components of the position vector from the spacecraft to the
earth, 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 = SC_GEOCENTRIC_DISTANCE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The SC_GEOCENTRIC_DISTANCE element provides
the distance from the center of the earth to
the spacecraft. The default unit is kilometer."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SC_SUN_POSITION_VECTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sc_sun_position_vector element indicates the x-, y-,
and z- components of the position vector from observer to
sun, center expressed in J2000 coordinates, and corrected
for light time and stellar aberration, evaluated at epoch
at which image was taken."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SC_SUN_VELOCITY_VECTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'KM/S'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sc_sun_velocity_vector element indicates the x-, y-,
and z- components of the velocity vector of sun relative to
observer, expressed in J2000 coordinates, and corrected for
light time, evaluated at epoch at which image was taken."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SC_TARGET_POSITION_VECTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sc_target_position_vector element indicates the x-, y-,
z- components of the position vector from observer to
target center expressed in J2000 coordinates, and
corrected for light time and stellar aberration, evaluated
at epoch at which image was taken."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SC_TARGET_VELOCITY_VECTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'KM/S'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sc_target_velocity_vector element indicates the x-, y-,
z- components of the velocity vector of target relative to
observer, expressed in J2000 coordinates, and corrected for
light time, evaluated at epoch at which image was taken."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCALED_IMAGE_HEIGHT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The scaled_image_height element provides the height on the
target surface of the projection of an image onto the
surface.
This is the distance on the surface between intercept
points 2 (upper middle) and 8 (lower middle)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCALED_IMAGE_WIDTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The scaled_image_width element provides the width on the
target surface of the projection of an image onto the
surface.
This is the distance on the surface between intercept
points 4 (middle left) and 6 (middle right)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCALED_NOISE_LEVEL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The scaled_noise_level element provides an indicator of
the dynamic range within a ring occultation data set. It
specifies the ratio of the RMS noise level in the data to
the amplitude difference between an unobstructed signal
(corresponding to opacity = 0) and a completely obstructed
signal (corresponding to infinite opacity):
(RMS noise)/(unobstructed signal - fully obstructed signal).
The value is computed assuming the data has been
re-processed to the radial resolution specified by the
reference_radial_resolution element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCALED_PIXEL_HEIGHT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The scaled_pixel_height element provides the scaled height
of a pixel at a given reticle point within an image.
Scaled pixel height is defined as the height on the surface
of the target of the projection of a pixel onto the surface."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCALED_PIXEL_WIDTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The scaled_pixel_width element provides the scaled width
of a pixel at a given reticle point within an image.
Scaled pixel width is defined as the width on the surface
of the target of the projection of a pixel onto the surface."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCALING_FACTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The scaling factor element provides the constant value by
which the stored value is multiplied. See also: offset.
Note: Expressed as an equation: true value = offset value
+ (scaling factor x stored value).
In PDS Magellan altimetry and radiometry labels, the
scaling_factor data element is defined as the value of
the conversion factor for the best_non_range_sharp_model_tpt
and the non_range_sharp_echo_prof element that multiplies
the integer array elements of the
best_non_range_sharp_model_tpt and the
non_range_sharp_echo_prof to yield their physical values,
expressed as equivalent radar cross-sections in units of
km**2."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCAN_MIRROR_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The scan_mirror_angle element indicates the angle
of rotation of a scan mirror that has one degree
of freedom at the time an observation was made."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCAN_MIRROR_RATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'DEG/S'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The scan_mirror_angle element indicates the angle
of rotation of a scan mirror that has one degree
of freedom at the time an observation was made."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCAN_MIRROR_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = K
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The scan_mirror_temperature element provides the temperature
of the scan mirror at the time an observation was made."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCAN_MODE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The scan_mode_id element identifies one of several internal rates for
data acquisition by an instrument."
STANDARD_VALUE_SET = {
".055",
"4.0",
"EPF",
"LONG",
"SHORT"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCAN_PARAMETER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM = 0
DESCRIPTION = "
The SCAN_PARAMETER element lists
individual parameters of a scanning instrument. The parameters itself
are explained in the SCAN_PARAMETER_DESC element that shall always
accompany this keyword.
An example usage is (substitute quotes instead of apostrophies in the
example below)):
SCAN_PARAMETER = (1.2 <DEGREE>, 12.2 <DEGREE>)
SCAN_PARAMETER_DESC = ('SCAN_START_ANGLE', 'SCAN_STOP_ANGLE')"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCAN_PARAMETER_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The SCAN_PARAMETER_DESC element describes the individual scan
parameters listed in the element SCAN_PARAMETER. The elements
SCAN_PARAMETER and SCAN_PARAMTER_DESC shall always be listed
together in a label."
STANDARD_VALUE_SET = {
"SCAN_START_ANGLE",
"SCAN_STEP_ANGLE",
"SCAN_STEP_NUMBER",
"SCAN_STOP_ANGLE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCAN_RATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'B/S'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
SCAN_RATE is the measured data rate at which an instrument scanned an
object while acquiring a data frame."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCET_START_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The scet_start_time element is defined as an alias for
start_time for Magellan mission operations files in AMMOS."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCET_STOP_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The scet_stop_time element is defined as an alias for
stop_time for Magellan mission operations files only."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCIENTIFIC_OBJECTIVES_SUMMARY
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The scientific_objectives_summary element explains the
science data_gathering purposes for a particular type of
observation, for a particular observation sequence or for
which an instrument was designed."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCIENTIST_FUNDING_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The scientist_funding_id is the NASA code which supplies
funding to the scientist."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCLK_START_VALUE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
DESCRIPTION = "
The sclk_start_value element is an alias for spacecraft_
clock_start_count which is used only by AMMOS-Magellan
mission operations data files."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SCLK_STOP_VALUE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
DESCRIPTION = "
The sclk_stop_value element is an alias for spacecraft_
clock_stop_count which is used only in AMMOS-Magellan
mission operations files."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SECOND_STANDARD_PARALLEL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
Please refer to the definition for first_standard_parallel
element to see how second_standard_parallel is defined."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SECTION_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 6
DESCRIPTION = "
The section_id element provides a unique identifier for a
section of an instrument. An instrument section is a
logical view of an instrument's operating functions, and is
distinct from the instrument's physical composition.
Essentially, instrument sections are a device to describe
the instrument's functioning in terms of a set of 'black
boxes', which are themselves described parametrically by the
data which are produced. Various operational parts of the
instrument, such as detectors, filters, and electronics, are
considered to participate by providing data from a section,
but have no direct physical relationship with the section,
since the section is not a physical object. Instrument
modes consist of sets of sections, and the physical
implementation of a mode is the union of those physical
units which are processing data for each section
participating in the mode."
STANDARD_VALUE_SET = {
"ALT",
"ARCB",
"ASAR",
"ASAS",
"AVIR",
"AWND",
"CH1",
"CH2",
"CRS",
"DAED",
"GPSM",
"GSSR",
"HFM",
"HSTK",
"HSTP",
"IMG",
"IRTM",
"ISSN",
"ISSW",
"LECP",
"LFM",
"MAWD",
"MET",
"PARB",
"PFES",
"PLS",
"PRA",
"RAD",
"REAG",
"RMTR",
"RSS",
"SA",
"SAR",
"SHYG",
"SIRS",
"THRM",
"TIMS",
"VISA",
"VISB",
"WFRM",
"WTHS"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SEF_CREATION_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
This element is unique to the AMMOS-MGN KEY_TIMES data file.
It defines the time of creation of the source sequence file."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SELECTION_QUERY_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The selection_query_desc element provides a query
statement, in Standard Query Language (SQL) or another
query language, which constrains the set of items
requested in an order."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SENSITIVITY_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The sensitivity_desc element provides a textual
description of the minimum response threshold of a
detector."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SENSOR_HEAD_ELEC_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEGC
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -999
DESCRIPTION = "
The sensor_head_elec_temperature element provides the temperature, in
degrees celsius (unless otherwise specified), of the sensor head
electronics."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SEQ_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The seq_id element provides an identification of the
spacecraft sequence associated with the given product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SEQUENCE_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The SEQUENCE_ID element provides an identification of the spacecraft
sequence associated with the given product. This element may replace
the older SEQ_ID element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SEQUENCE_NAME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The SEQUENCE_NAME element provides the title assigned to a particular
observation sequence during planning or data processing. This element
replaces the older SEQUENCE_TITLE, which should no longer be used."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SEQUENCE_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sequence_number element indicates a number designating
the place occupied by an item in an ordered sequence."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SEQUENCE_SAMPLES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The sequence_samples element specifies the number of
samples in a given observation sequence."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SEQUENCE_TABLE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The sequence_table_id element provides an unique identifier
for the sequence table that was used for a set of
observations. The sequence table provides the image
acquistion sequences that specify the camera and filter
image sequencing. It indicates the order in which cameras
are shuttered and the order for which filters are used."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SEQUENCE_TITLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The sequence_title element provides the title assigned to a
particular observation sequence during planning or data
processing."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SEQUENCE_VERSION_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The SEQUENCE_VERSION_ID element specifies the version identifier
for a particular sequence used during planning or data processing."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SFDU_FORMAT_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The sfdu_format_id element provides the 12-character
Standard Format Data Unit (SFDU) identification for a
particular set of data."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SFDU_LABEL_AND_LENGTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The SFDU_label_and_length element identifies the label and
length of the Standard Format Data Unit (SFDU)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SHUTTER_CORRECT_THRESH_COUNT
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = MS
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The SHUTTER_CORRECT_THRESH_COUNT element specifies the
exposure time threshold for conditional shutter subtraction.
Note: For MER, the count is in increments of 5.1 ms."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SHUTTER_CORRECTION_MODE_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The SHUTTER_CORRECTION_MODE_ID element specifies whether shutter
subtraction was be performed on the image."
STANDARD_VALUE_SET = {
"CONDITIONAL",
"FALSE",
"TRUE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SHUTTER_EFFECT_CORRECTION_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 4
MAXIMUM_LENGTH = 5
DESCRIPTION = "
The shutter_effect_correction_flag element indicates whether or not a
shutter effect correction was applied to the image. The shutter effect
correction involves the removal from the image of the shutter, or
fixed-pattern.
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 = SHUTTER_MODE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The shutter_mode_id element identifies the state of an
imaging instrument's shutter during image acquisition.
Note: the instrument shutter mode affects the radiometric
properties of the camera. Example values: (VOYAGER) NAONLY -
narrow angle camera shuttered only, WAONLY - wide angle
camera shuttered only, BOTSIM - both cameras shuttered
simultaneously, BSIMAN - BOTSIM mode followed by NAONLY,
BODARK - shutter remained closed for narrow and wide angle
camera, NADARK - narrow angle read out without shuttering,
WADARK - wide angle read out without shuttering."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SHUTTER_OFFSET_FILE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The shutter_offset_file_name element identifies the file
that contains the corrections for discrepancies between
commanded and actual shutter times. Because the shutter
blades travel in a vertical direction, offsets in actual
exposure are a function of image line number."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SHUTTER_STATE_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 7
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The shutter_state_flag element indicates whether a shutter (usually a
camera's) is in the enabled or disabled state. Note: For Cassini, this
refers to the infrared camera shutter."
STANDARD_VALUE_SET = {
"DISABLED",
"ENABLED"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SHUTTER_STATE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MINIMUM_LENGTH = 7
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The shutter_state_id element provides an indication of the state of an
instrument's (usually a camera's) shutters at the time of a data taking
exposure. Note: for Cassini this element indicates whether the shutters
were enabled or disabled during the exposure."
STANDARD_VALUE_SET = {
"DISABLED",
"ENABLED"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SIDEREAL_ROTATION_PERIOD
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = D
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sidereal_rotation_period element indicates the time required for an
object to complete one full rotation about its primary axis with respect
to the stars. See rotation_direction."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SIGNAL_CHAIN_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The SIGNAL_CHAIN_ID element identifies the signal chain (electronic signal
path) number selected for charge-coupled device (CCD) output.
Note: For MARS EXPRESS the High-Resolution Stereo Colour Imager (HRSC) is
composed of 10 channels, each consisting of a charge-coupled device (CCD).
The data from these sensors are sent to the Data Processing Unit (DPU) via
4 signal chains. One chain can be used for the Super Resolution Channel
(SRC), leaving 3 chains available for the other 9 HRSC sensors."
STANDARD_VALUE_SET = {
"0",
"1",
"2",
"3"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SIGNAL_QUALITY_INDICATOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DB
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The signal_quality_indicator element provides a measure of
the signal-to- noise-ratio of the measurement of the
derived_thresh_detector_index value. It is the ratio
between the sum of the 10 successive values of
range_sharp_echo_profile, starting 10 values after the
element numbered by the derived_thresh_detector_index
element value, to the 10 successive values of
range_sharp_echo_profile, starting 20 values before the
element numbered by the derived_thresh_detector_index
element value. This ratio is expressed in decibels."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SITE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
DESCRIPTION = "
Short identifier for each CMD site. See CMD Subsystem doc."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SITE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
DESCRIPTION = "
The site_name element is used to describe the spacecraft
commanding site for AMMOS CMD subsystem. Values include
MASTER, MCCC, SEQTRAN, GSOC."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SLANT_DISTANCE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The slant_distance element provides a measure of the distance from an
observing position (e.g., a spacecraft) to a point on a target body.
If not specified otherwise, the target point is assumed to be at the
center of the instrument field of view."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SLIT_POSITION_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The SLIT_POSITION_ANGLE element describes the orientation of the slit
of a spectrograph as projected on the sky. This position angle is
measured on the inside of the celestial sphere from the direction of
the celestial North Pole in a counter-clockwise direction (eastward)
toward the long axis of the spectrograph. This angle is defined such
that 0 degrees points north and 90 degrees points east. North Pole is
defined in J2000 coordinates."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SLIT_STATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 15
DESCRIPTION = "
The position of the slit on the Cassini UVIS instrument."
STANDARD_VALUE_SET = {
"HIGH RESOLUTION",
"LOW RESOLUTION",
"OCCULTATION"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SLITWIDTH
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The slitwidth element specifies the slitwidth of the instrument for a
given observation. It can be given in either spatial or angular measure."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SLOPE_FILE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The SLOPE_FILE_NAME element provides the file containing
corrections for variances in responsivity (shading) across
the field-of-view of an imaging sensor."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SMEAR_AZIMUTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The smear_azimuth element indicates the direction in which
an image was smeared. The values of this angle increment in
a clockwise direction from a horizontal reference line."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SMEAR_MAGNITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = PIXEL
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 800
DESCRIPTION = "
The smear_magnitude element indicates how far an image was
smeared during an exposure."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SNAPSHOT_MODE_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The snapshot_mode_flag element indicates whether the instrument (usually a
camera) was to end data collection after one instance, or after the
commanded duration. Note: For Cassini, this refers to end of data
collection after one spectral cube ('ON'), or after the commanded duration
('OFF')."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOFTWARE_ACCESSIBILITY_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The software_access_desc element provides a description of
the software's accessibility related to the software_type element."
STANDARD_VALUE_SET = {
"ACCESSIBLE THROUGH PDS CATALOG",
"N/A",
"NOT ACCESSIBLE THROUGH PDS CATALOG - CONTACT NODE",
"NOT ACCESSIBLE THRU THE PDS CATALOG SYSTEM-CONTACT NODE.",
"UNK"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOFTWARE_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The software_desc element describes the functions performed
by the data processing software. If the subject software is
a program library, this element may provide a list of the
contents of the library."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOFTWARE_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The software_flag element is a yes-or-no flag which
indicates whether documented software exists which can be
used to process a data set."
STANDARD_VALUE_SET = {
"N",
"Y"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOFTWARE_ICON_FILE_SPEC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
DESCRIPTION = "
The software_icon_file_spec element supplies the name of an image file
in GIF format that contains the icon that represents a particular tool."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOFTWARE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 16
DESCRIPTION = "
The software_id element is a short-hand notation for the software name,
typically sixteen characters in length or less (e.g., tbtool,lablib3)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOFTWARE_LICENSE_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The software_license_type element indicates the licensing category
under which this software falls."
STANDARD_VALUE_SET = {
"COMMERCIAL",
"PUBLIC_DOMAIN",
"SHAREWARE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOFTWARE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The software_name element identifies data processing
software such as a program or a program library."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOFTWARE_PURPOSE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The software_purpose element describes the intended use of the
software."
STANDARD_VALUE_SET = {
"ANALYSIS",
"BROWSE",
"COPY",
"DATA_MODELING",
"DEVELOPMENT",
"DISPLAY",
"DOCUMENTATION",
"INVENTORY",
"MANAGEMENT",
"MATHEMATICS",
"MODIFICATION",
"PROCESSING",
"PRODUCTION",
"REFORMATTING",
"SUBSETTING",
"THEORY",
"TRANSFORMATION",
"VERIFICATION"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOFTWARE_RELEASE_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The software_release_date element provides the date as of
which a program was released for use."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOFTWARE_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The software_type element associates a PDS software type
with the processing software."
STANDARD_VALUE_SET = {
"N/A",
"UNK"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOFTWARE_VERSION_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The software_version_id element indicates the version
(development level) of a program or a program library."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOLAR_AZIMUTH
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The SOLAR_AZIMUTH element provides one of two angular measurements
indicating the direction to the sun as measured from a specific point
on the surface of a planet (e.g., from a lander or rover). The
azimuth is measured positively in the clockwise direction (as viewed
from above) with the meridian passing through the positive spin axis
of the planet (i.e., the north pole), defining the zero reference."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOLAR_DISTANCE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The solar_distance element provides the distance from the
center of the sun to the center of a target body."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOLAR_ELEVATION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The SOLAR_ELEVATION element provides one of two angular measurements
indicating the direction to the sun as measured from a specific point
on the surface of a planet (e.g., from a lander or rover). The
positive direction of the elevation, up or down, is set by the
POSITIVE_ELEVATION_DIRECTION data element. It is measured from the
plane which intersects the surface point and is normal to the line
passing between the surface point and the planet's center of mass."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOLAR_ELONGATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = NONE
DESCRIPTION = "
The angle between the line of sight of observation and the
direction of the Sun.
Note: For IRAS: The line of
sight of observation is the boresight of the telescope as
measured by the satellite sun sensor."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOLAR_ELONGATION_SIGMA
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = NONE
DESCRIPTION = "
The standard deviation of the solar elongation determined
from variations in values from the spacecraft sun-sensor."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOLAR_LATITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The solar_latitude element provides the subsolar latitude
value.
Subsolar latitude is defined as the latitude of the point
on the target body surface that would be intersected by a
straight line from the center of the sun to the center of
the target body."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOLAR_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -180
MAXIMUM = 360
DESCRIPTION = "
The solar_longitude element provides the value of the angle
between the body_Sun line at the time of interest and the
body_Sun line at the vernal equinox.
This provides a measure of season on a target body, with
values of 0 to 90 degrees representing northern spring, 90
to 180 degrees representing northern summer, 180 to 270
degrees representing northern autumn and 270 to 360 degrees
representing northern winter.
For IRAS: the geocentric ecliptic longitude (B1950)
of the Sun at the start of a scan."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOLAR_NORTH_POLE_CLOCK_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The SUN_NORTH_POLE_CLOCK_ANGLE element specifies the direction of the
north pole of the sun as projected onto the image plane. It is measured
from the 'upward' direction, clockwise to the direction toward the
sun's north pole, when the image is displayed as defined by the
SAMPLE_DISPLAY_DIRECTION and LINE_DISPLAY_DIRECTION elements."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOURCE_DATA_SET_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The source_data_set_id element identifies a set
of data which was used to produce the subject data set,
data product or SPICE kernel."
STANDARD_VALUE_SET = {
"EDR",
"FRAMSINK",
"IFOV_LEVEL_MAWD_DATA",
"MARINER 9 IMAGES",
"MARINER_9_IMAGING_SEDR",
"MASTER_DATA_RECORD_(MDR)",
"MGN-V-RDRS-2-EDR-ALTIMETER-V1.0",
"MGN-V-RDRS-2-EDR-SAR-V1.0",
"MGN-V-RDRS-5-BIDR-COMPRESSED-V1.0",
"MGN-V-RDRS-5-BIDR-FULL-RES-V1.0",
"MGN-V-RDRS-5-CDR-ALT/RAD-V1.0",
"MGN-V-RDRS-5-MIDR-C1-V1.0",
"MGN-V-RDRS-5-MIDR-C2-V1.0",
"N/A",
"NAIF_110",
"NAIF_111",
"NAIF_112",
"NAIF_113",
"NAIF_116",
"NAIF_117",
"NAIF_118",
"NAIF_119",
"NAIF_120",
"NAIF_121",
"NAIF_18",
"NAIF_19",
"NAIF_20",
"NAIF_21",
"NAIF_36",
"NAIF_37",
"NAIF_38",
"NAIF_39",
"NAIF_40",
"NAIF_41",
"NAIF_68",
"NAIF_69",
"NAIF_70",
"NAIF_71",
"NAIF_72",
"NAIF_73",
"NAIF_94",
"NAIF_96",
"NAIF_97",
"NSSDC_77-076A-03A",
"NSSDC_77-076A-03B",
"NSSDC_77-076A-03C",
"NSSDC_77-076A-03D",
"NSSDC_77-084A-03A",
"NSSDC_77-084A-03B",
"P30_CARDS",
"RAW_DATA_RECORD",
"RAW_DAT_RECORD",
"SYSTEM DATA RECORD (SDR)",
"TSDR",
"UNK",
"UNPROCESSED_DATA_RECORD",
"UNPROCESSED_DAT_RECORD",
"VG1-J-LECP-2-",
"VG1-J-PWS-2-SA-4.0SEC",
"VG1-J-PWS-2-SMSF",
"VG1-PLS",
"VG1-S-LECP-2-",
"VG1-S-PWS-2-SA-4.0SEC",
"VG1-S-PWS-2-SMSF",
"VG2-J-LECP-2-",
"VG2-J-PWS-2-SA-4.0SEC",
"VG2-J-PWS-2-SMSF",
"VG2-N-PWS-1-SMSF",
"VG2-N-PWS-2-EDR-SA-4SEC-V1.0",
"VG2-N-PWS-2-RDR-SA-4SEC-V1.0",
"VG2-N-PWS-2-SMSF",
"VG2-PLS",
"VG2-S-LECP-2-",
"VG2-S-PWS-2-SA-4.0SEC",
"VG2-S-PWS-2-SMSF",
"VG2-U-LECP-2-",
"VG2-U-PWS-2-SA-4.0SEC",
"VG2-U-PWS-2-SMSF",
"VIKING LANDER SUN DIODE IMAGES",
"VIKING ORBITER VIS SEDR (1982)",
"VL1/VL2-M-MET-3-P-V1.0",
"VO1/VO2-M-IRTM-4-V1.0",
"VO1/VO2-M-VIS-2-EDR-V1.0",
"VO1/VO2-M-VIS-2-EDR-V2.0"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOURCE_FILE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 120
DESCRIPTION = "
The source_file_name element provides the name of a specific
file that resides within the same data directory and
contributes data to a given product. See also:
source_product_id."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOURCE_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The SOURCE_ID element provides a unique
identifier for the source of the data.
Note: For MER, the SOURCE_ID element is intended
to provide a user of the data with a simple means
for selecting the source of command."
STANDARD_VALUE_SET = {
"COMMANDED",
"EDL COMMANDED",
"FP COMMANDED",
"GROUND COMMANDED",
"NAV COMMANDED"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOURCE_LINE_SAMPLES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The source_line_samples element indicates the total number
of samples in the image from which a rectangular sub-image
has been derived.
Note: In the PDS, if source_line_samples appears in
the image object, it should be greater than the value of
line_samples, to indicate that the image described by lines
and line_samples is a sub-image of the original (source)
image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOURCE_LINES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The source_lines element indicates the total number of
lines in the image from which a rectangular sub-image has
been derived.
Note: If source_lines appears in the image
object, it should be greater than the value of lines, to
indicate that the image described by lines and line_samples
is a sub-image of the original (source) image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOURCE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The source_name element supplies the name of the proponent
of the data element or object. (For example, PDS
CN/J.S.Hughes)"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOURCE_PRODUCT_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 76
DESCRIPTION = "
The source_product_id data element identifies a product used
as input to create a new product. The source_product_id may
be based on a file name. See also: product_id.
Note: For Mars Pathfinder, this refers to the filenames of the
SPICE kernels used to produce the product and its ancillary data."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SOURCE_SAMPLE_BITS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM = 1
MAXIMUM = 64
DESCRIPTION = "
The source_sample_bits element indicates the number of
bits, or units of binary information, that make up a sample
value in the source file used to produce a sub-image."
STANDARD_VALUE_SET = {
"1",
"16",
"2",
"32",
"4",
"64",
"8"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPACECRAFT_ALTITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The spacecraft_altitude element provides the distance from the
spacecraft to a reference surface of the target body measured normal to
that surface."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPACECRAFT_CLOCK_CNT_PARTITION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
DESCRIPTION = "
The spacecraft_clock_cnt_partition element indicates the clock
partition active for the SPACECRAFT_CLOCK_START_COUNT and
SPACECRAFT_CLOCK_STOP_COUNT elements."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPACECRAFT_CLOCK_START_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The spacecraft_clock_start_count element provides the value of the
spacecraft clock at the beginning of a time period of interest.
Note: In the PDS, sclk_start_counts have been represented
in the following ways:
Voyager - Flight Data Subsystem (FDS) clock count
(floating point 7.2)
Mariner 9 - Data Automation Subsystem,
Mariner 10 - FDS - spacecraft_clock
Mars Pathfinder - spacecraft clock"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPACECRAFT_CLOCK_STOP_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The spacecraft_clock_stop_count element provides the value
of the spacecraft clock at the end of a time period of
interest."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPACECRAFT_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The spacecraft_desc element describes the
characteristics of a particular spacecraft. This
description addresses the complement of instruments
carried, the onboard communications and data processing
equipment, the method of stabilization, the source of power
and the capabilities or limitations of the spacecraft
design which are related to data-taking activities. The
description may be a synopsis of available mission
documentation."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPACECRAFT_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 6
DESCRIPTION = "
The spacecraft_id element provides a synonym or
mnemonic for the name of a spacecraft which is uniquely
associable with the spacecraft name.
Note: Within AMMOS only, this element is also an alias for
dsn_spacecraft_num. This interpretation is not portable to
the PDS."
STANDARD_VALUE_SET = {
"GO",
"GP",
"MGN",
"MGS",
"MO",
"MR10",
"MR4",
"MR6",
"MR7",
"MR9",
"MRO",
"ODY",
"P10",
"P11",
"P12",
"UL",
"VG1",
"VG2",
"VL1",
"VL2",
"VO1",
"VO2"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPACECRAFT_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The spacecraft_name element provides the full, unabbreviated
name of a spacecraft. See also: spacecraft_id,
instrument_host_id."
STANDARD_VALUE_SET = {
"2001 MARS ODYSSEY",
"CASSINI ORBITER",
"CLEMENTINE 1",
"GALILEO ORBITER",
"GALILEO PROBE",
"MAGELLAN",
"MARINER 10",
"MARINER 4",
"MARINER 6",
"MARINER 7",
"MARINER 9",
"MARS EXPLORATION ROVER 1",
"MARS EXPLORATION ROVER 2",
"MARS GLOBAL SURVEYOR",
"MARS OBSERVER",
"MESSENGER",
"PIONEER 10",
"PIONEER 11",
"PIONEER 12",
"ULYSSES",
"VIKING LANDER 1",
"VIKING LANDER 2",
"VIKING ORBITER 1",
"VIKING ORBITER 2",
"VOYAGER 1",
"VOYAGER 2"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPACECRAFT_OPERATING_MODE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The spacecraft_operating_mode_id element identifies a
particular configuration in which the spacecraft takes and
returns data."
STANDARD_VALUE_SET = {
"GS3",
"GS5"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPACECRAFT_OPERATIONS_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The spacecraft_operation_type element
provides the type of mode of operation of a spacecraft.
Example values: SUN-SYNCHRONOUS, GEOSTATIONARY, LANDER,
ROVER, FLYBY."
STANDARD_VALUE_SET = {
"ATMOSPHERIC_PROBE",
"FLYBY",
"LANDER",
"N/A",
"ORBITER",
"ORBITER_OPERATIONS",
"PROBE",
"ROVER"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPACECRAFT_ORIENTATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The spacecraft orientation element provides the orientation of a
spacecraft in orbit or cruise in respect to a given frame, (e.g.
a non-spinning spacecraft might be flown in +Y or -Y direction in
respect to the spacecraft mechanical build frame). This element
shall be used in combination with the keyword spacecraft_orientation_desc
that describes the convention used to describe the spacecraft orientation.
The spacecraft orientation shall be given as a 3-tuple, one value for the
x, y and z axes"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPACECRAFT_ORIENTATION_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The SPACECRAFT_ORIENTATION_DESC element provides the definition, meaning
and standard values for the spacecraft_orientation element. This element
should be used in conjunction with the spacecraft_orientation element. The
information given shall cover at least the reference frame used for the
spacecraft orientation and the standard values that are used with the data
set."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPACECRAFT_POINTING_MODE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The spacecraft_pointing_mode element provides the pointing mode of the
spacecraft. The definition of the modes and the standard values are given
via the SPACECRAFT_POINTING_MODE_DESC element, which shall always accompany
thIS keyword"
STANDARD_VALUE_SET = {
"ACROSSTRACK",
"ALONGTRACK",
"INERT",
"LIMB",
"NADIR",
"TRACKING"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPACECRAFT_POINTING_MODE_DESC
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The spacecraft_pointing_mode_desc element provides information about the
spacecraft_pointing_mode, lists the values of spacecraft_pointing_mode
and defines them in detail. This element shall always accompany the
spacecraft_pointing_mode element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPACECRAFT_SOLAR_DISTANCE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The spacecraft_solar_distance element provides the distance
from the spacecraft to the center of the sun. See also:
solar_distance."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPATIAL_SUMMING
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM = 1
DESCRIPTION = "
The SPATIAL_SUMMING element provides the mode for on-board"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPECIAL_INSTRUCTION_ID_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM = 0
DESCRIPTION = "
The special_instruction_id_number element is a unique key
that is used to identify a particular set of special
instructions in a user's order."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPECIALTY_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The specialty_desc element describes an individual's area
of specialization during his or her association with a
particular institution.
Note: 'specialty' is a more general characterization
of the individual's activities than is 'role'. See
role_desc."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPECTRAL_EDITING_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The spectral_editing_flag element indicates whether the spectral cube has
been reduced to a subset of the bands in the original cube. If the value is
'OFF', then none of the original bands of the cube were intentionally
omitted. See BAND_BIN_ORIGINAL_BAND to determine which bands are present."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPECTRAL_ORDER_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = TEXT
MINIMUM_LENGTH = 1
DESCRIPTION = "
The spectral order desc element provides detailed information on the
values of the spectral order id element and their interpretation."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPECTRAL_ORDER_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = TEXT
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The spectral order identifier element defines the spectral order of a
data object obtained from a grating. As spectral orders are in the range
of [-n,...,+n] and several order could overlap, the spectral orders are
given as a string. The element spectral_order_description shall accompany
the spectral order id and explain in detail the meaning of this keyword."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPECTRAL_SUMMING_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 2
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The spectral_summing_flag element indicates whether the spectral cube has
had some bands summed to reduce the spacecraft's Solid State Recorder (SSR)
data volume. All instrument data is stored in the SSR prior to downlink to
the ground. See BAND_BIN_ORIGINAL_BAND to determine which bands have been
summed."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPECTROMETER_SCAN_MODE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The SPECTROMETER_SCAN_MODE_ID element describes the scan mode of
a spectrometer in general and imaging spectrometers in particular.
Imaging spectrometers typically use a 2-D matrix array (e.g., a CCD),
and produce a 3-D data cube (2 spatial dimensions and a third spectral
axis). These data cubes are built in a progressive manner."
STANDARD_VALUE_SET = {
"FULL_SCAN",
"PUSHBROOM",
"REDUCED_SCAN",
"WHISKBROOM"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPECTRUM_INTEGRATED_RADIANCE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'J/(M**2)/S'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The spectrum_integrated_radiance element provides the
radiance value derived from integration across an entire
spectrum."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPECTRUM_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The spectrum_number element provides the number which
identifies a particular spectrum."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPECTRUM_SAMPLES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The spectrum_samples element provides the number of samples
which form a given spectrum."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPICE_FILE_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The SPICE_FILE_ID element provides an abbreviated name
or acronym which identifies particular SPICE file."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SPICE_FILE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 180
DESCRIPTION = "
The spice_file_name element provides the names of the SPICE files used
in processing the data. For Galileo, the SPICE files are used to
determine navigation and lighting information."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SQL_FORMAT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 15
DESCRIPTION = "
The sql_format element supplies the SQL data type used when
the data element is declared as a column in a table in a
relational data base management system."
STANDARD_VALUE_SET = {
"CHAR(N)",
"FLOAT",
"INTEGER",
"SMALLINT"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SQRT_COMPRESSION_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 4
MAXIMUM_LENGTH = 5
DESCRIPTION = "
The sqrt_compression_flag element indicates whether or not square root
compression was applied to the image.
Note: For MPF, this compression was performed onboard the lander,
prior to transmission of the data to Earth. It involved the compression
of the pixels from 12 bits down to 8 bits."
STANDARD_VALUE_SET = {
"FALSE",
"TRUE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SQRT_MAXIMUM_PIXEL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The sqrt_maximum_pixel element provides the maximum pixel value in an
image prior to square root compression."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SQRT_MINIMUM_PIXEL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The sqrt_minimum_pixel element provides the minimum pixel value in an
image prior to square root compression."
STANDARD_VALUE_SET = {
"L_FRAME-QUATERNION",
"NULL"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STANDARD_DATA_PRODUCT_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The STANDARD_DATA_PRODUCT_ID element is used to link a data product
(file) to a standard data product (collection of similar files)
described within software interface specification document for
a particular data set."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STANDARD_DEVIATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The standard_deviation element provides the standard
deviation of the DN values in the image array.
Note: For the Mars Pathfinder image data, the standard deviation
was calculated using only those pixels within the valid DN range
of 0 to 4095."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STANDARD_VALUE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The standard_value_name element provides a value for a
particular data element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STANDARD_VALUE_SET
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The standard_value_set element supplies the list of
standard values that may be assigned to a data element. The
standard_value_set may be explicitly specified via this
data element or may be implicitly derived from
GENERAL_DATA_TYPE, VALID_MINIMUM and VALID_MAXIMUM data
elements."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STANDARD_VALUE_SET_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The standard_value_set_desc element is used to supply
information about or descriptions of individual members of
the standard value set."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STANDARD_VALUE_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The standard_value_type element indicates the type of
standard value which exists for a PDS data element. Example
values: static - values for the data element exist in a
defined and fixed set of standard values, dynamic -
values for the data element must either exist in a set of
defined standard values or be approved by peer review for
inclusion to the set of standard values, suggested -
values for the data element must exist in a set of defined
standard values or may be added to the set of standard
values with no requirement for peer review, range -
values for the data element must fall within a default range
specified with the minimum and maximum elements,
formation - values for the data element must conform to a
formation rule."
STANDARD_VALUE_SET = {
"DEFINITION",
"DYNAMIC",
"FORMATION",
"RANGE",
"STATIC",
"SUGGESTED",
"TEXT"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STAR_DESCRIPTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The star_description element describes the properties of a
particular star. Information provided may include, for
example, the star's type, V and K magnitudes, catalog
references, alternative names, etc."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STAR_DIAMETER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = ARCSECOND
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The star_diameter element indicates the angular diameter
of a star."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STAR_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The star_name element provides the identifying name of
star, including the catalog name if necessary. Examples
include 'sigma Sgr' and 'SAO 123456' (for star number
123456 in the Smithsonian Astrophysical Observatory
catalog)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STAR_WINDOW
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
DESCRIPTION = "
The star_window element provides the location and size of up to 5 star
areas (number of image areas defined by STAR_WINDOW_COUNT) in an edited
Optical Navigation (OPNAV) image. The location and size of each image
area is 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). This element is
Galileo Solid State Imaging- specific."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STAR_WINDOW_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 5
DESCRIPTION = "
Galileo Solid State Imaging-specific. The star_window_count element
indicates the number of star areas, defined in the STAR WINDOW keyword,
in an edited Optical Navigation (OPNAV) image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_AZIMUTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The START_AZIMUTH is the angular distance from a fixed reference
position at which an image or observation starts. 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."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_BIT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The start_bit element identifies the location of the first
bit of a bit field data object such as a BIT_COLUMN or BIT_
ELEMENT. Bits are numbered from left to right, counting fro
1. The start_bit value assumes that any necessary byte
re-ordering has already been performed."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_BYTE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The start_byte element in a data object identifies the
location of the first byte of the object, counting from 1.
For nested objects, the start_byte value is relative to the
start of the enclosing object."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_DELIMITING_PARAMETER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The start_delimiting_parameter element provides the
beginning parameter value which, together with the
stop_delimiting_parameter value, delimits a subset of data."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_ERROR_STATE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM_LENGTH = NULL
DESCRIPTION = "
The START_ERROR_STATE provides the state of the error flags
returned by an instrument or instrument host at the beginning
of a specified event.
Note: For Mars Pathfinder, this was the state of the APXS
error state flags at the beginning of an APXS sampling interval."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_GRATING_POSITION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 30
DESCRIPTION = "
The NIMS instrument has only 17 detectors but takes data in as many as 408
wavelengths by moving a grating across 31 possible physical positions. The
start grating position is a logical position relative to the (physical)
offset grating position. Together, they control the starting physical
grating position in the mode. In fixed grating modes, the start grating
position may be commanded to any of the 31 physical positions. In
multiple-grating- step modes, it may normally range between zero and one
less than the grating increment. For example, in short map mode (with
grating increment 4) the start grating position would be between zero and
three. 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."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_JULIAN_DATE
STATUS_TYPE = OBSOLETE
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The start_julian_date element provides the Julian date of the start of
a time period of interest. Julian date is defined as an integer count
of days elapsed since noon, January 1, 4713 B.C. Thus, the Julian
date of noon January 1, 1960 (A.D.) is 2436935.
Note: This element has been superceded by start_julian_date_value and
should no longer be used."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_JULIAN_DATE_VALUE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The START_JULIAN_DATE_VALUE provides the full Julian date
(i.e., including date fraction) of the start of an observation
or event. Julian dates are expressed as real numbers.
Note that this keyword should contain the full Julian date,
not the modified Julian date."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_ORBIT_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The start_orbit_number data element provides the the lowest
revolution orbit number that contributed data to a given
data product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_PAGE_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The start_page_number element identifies the beginning page
number of a reference document which appears (as an
article, for example) in a journal, report or other
published work."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_PRIMARY_KEY
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 160
DESCRIPTION = "
In a TABLE object, the START_PRIMARY_KEY element indicates the beginning of
the range of values for the PRIMARY_KEY column in the table. If PRIMARY_KEY
consists of multiple column names, then START_PRIMARY_KEY is a sequence of
values, one for each column. The data type of this keyword is determined by
the data type of the column of interest."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_RESCAN_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The START_RESCAN_NUMBER is the scan line number at which the rescan
mode begins. The rescan mode consists of scanning either vertically or
horizontally repeatedly at the same azimuth."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_SAMPLE_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The start_sample_number element identifies the lowest of
the sample numbers which define the orbit sequence portion
located within a given bin."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_SEQUENCE_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 2
DESCRIPTION = "
The start_sequence_number element provides the number of
the first sequence in a revolution. See sequence_number."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_SOLAR_LONGITUDE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -180
MAXIMUM = 360
DESCRIPTION = "
The START_SOLAR_LONGITUDE element marks the beginning of a time range
measured in solar longitude. Solar longitude is the value of the angle
between the body_Sun line at the time of interest and the body_Sun line
at the vernal equinox, thus providing a measure of the season on the
target body. See also SOLAR_LONGITUDE and STOP_SOLAR_LONGITUDE."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The start_time element provides the date and time of
the beginning of an event or observation (whether it
be a spacecraft, ground-based, or system event) in UTC.
Formation rule: YYYY-MM-DDThh:mm:ss[.fff]."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_TIME_BASE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = S
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The start_time_base element provides the elapsed time from
the beginning of each frame to the beginning of a particular
mode."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_TIME_ET
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The START_TIME_ET element provides the time of data acquisition
in spacecraft event time (SCET), ephemeris time (ET) format.
For Mars Odyssey, the START_TIME_ET represented the time of data
acquisition of the leading edge of the detector array (filter 1),
even if filter one was not downloaded."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = START_TIME_FROM_CLOSEST_APRCH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The start_time_from_closest_approach element provides the
time from spacecraft periapsis at the beginning of a
sequence. See time_from_closest_approach."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STATUS_NOTE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The status_note element supplies a log of modifications
made to an element or object definition. The required entry
includes <Version_Id / Date / Author / Desc>. Example
format: \t 1.0 1990-03-28 DET New Data_Element
Definition
The description can continue for several lines."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STATUS_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 13
DESCRIPTION = "
The status_type element indicates one of a fixed number of
statuses that can describe a particular data element or
object. Examples: PENDING, APPROVED."
STANDARD_VALUE_SET = {
"APPROVED",
"OBSOLETE",
"PENDING",
"PROPOSED"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STOP_AZIMUTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The STOP_AZIMUTH is the angular distance from a fixed reference
position at which an image or observation stops. 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."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STOP_DELIMITING_PARAMETER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The stop_delimiting_parameter element provides the ending
parameter value which, together with the
start_delimiting_parameter value, delimits a subset of
data."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STOP_ERROR_STATE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM_LENGTH = NULL
DESCRIPTION = "
The STOP_ERROR_STATE element provides the state of the error
flags returned by an instrument or instrument host at the
end of a specified event.
Note: For Mars Pathfinder, this was the state of the APXS
error state flags at the end of an APXS sampling interval."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STOP_JULIAN_DATE_VALUE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = "N/A"
MINIMUM = 0
DESCRIPTION = "
The STOP_JULIAN_DATE_VALUE provides the full Julian date
(i.e., including date fraction) of the end of an observation
or event. Julian dates are expressed as real numbers.
Note that this keyword should contain the full Julian date,
not the modified Julian date."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STOP_ORBIT_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The stop_orbit_number data element provides the the highest
revolution orbit number that contributed data to a given
data product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STOP_PRIMARY_KEY
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 160
DESCRIPTION = "
In a TABLE object, the STOP_PRIMARY_KEY element indicates the end of the
range of values for the PRIMARY_KEY column in the table. If PRIMARY_KEY
consists of multiple column names, then STOP_PRIMARY_KEY is a sequence of
values, one for each column. The data type of this keyword is determined
by the data type of the column of interest."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STOP_SAMPLE_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The stop_sample_number element identifies the highest of
the sample numbers which define the orbit sequence portion
located within a given bin."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STOP_SEQUENCE_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 2
DESCRIPTION = "
The stop_sequence_number element provides the number of the
last sequence in a revolution. See sequence_number."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STOP_SOLAR_LONGITUDE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -180
MAXIMUM = 360
DESCRIPTION = "
The STOP_SOLAR_LONGITUDE element marks the end of a time range measured
in solar longitude. Solar longitude is the value of the angle between the
body_Sun line at the time of interest and the body_Sun line at the vernal
equinox, thus providing a measure of the season on the target body. See
also SOLAR_LONGITUDE and START_SOLAR_LONGITUDE."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STOP_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The stop_time element provides the date and time of the end
of an observation or event (whether it be a spacecraft,
ground-based, or system event) in UTC.
Formation rule: YYYY-MM-DDThh:mm:ss[.fff]."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STOP_TIME_ET
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The STOP_TIME_ET element provides the time
of the end of data acquisition in spacecraft
event time (SCET), ephemeris time (ET) format."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STOP_TIME_FROM_CLOSEST_APRCH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The stop_time_from_closest_approach element provides the
time from spacecraft periapsis at the end of a sequence.
See time_from_closest_approach."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STORAGE_LEVEL_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The storage_level_id element identifies a particular storage
level.
For example, if the complete pathname for a stored data file
is 'JPLPDS::DISK$USER1:[JJEANS.UNIVERSE]DESCRPTR.LIS' then
the storage_level_id element value will be one
of the following: JPLPDS, DISK$USER1, JJEANS, UNIVERSE,
DESCRPTR.LIS."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STORAGE_LEVEL_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The storage_level_number element describes the position of a
given storage level within the overall storage hierarchy of
an entire data set, data product, or SPICE kernel.
As many storage levels are documented as are necessary to
identify the data. Level 0 indicates the highest storage
level, which successively higher level numbers indicate
successively lower levels in the storage hierarchy."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STORAGE_LEVEL_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The storage_level_type element identifies the type of
storage structure to which a given storage_level_number
refers.
Example values: DATABASE, PHOTOGRAPHIC FRAME NUMBER, TAPE
REEL NUMBER, VAX COMPUTER, VAX DIRECTORY, VAX FILE, VAX
SUBDIRECTORY."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STRETCH_MAXIMUM
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The stretch_maximum element provides the sample value in a
data object which should normally be mapped to the highest
display value available on an output device for optimum
viewing. Sample values between stretch_minimum and
stretch_maximum values are linearly interpolated over the
dynamic range of the display device. If it is necessary to
map the sample value to a value other than the highest
display value (normally 255), the stretch_minimum is
expressed as a sequence of values, where the first value
represents the sample value in the data object and the
second value represents the target output value to the
display device. For example:
stretch_maximum = 120
indicates that sample values greater than 120 should be
mapped to 255 on the output device.
stretch_minimum = (120,230)
indicates that sample values greater than 120
should be mapped to 230 on the output device.
The STRETCHED_FLAG keyword indicates whether the stretch has
already been applied to the data (stretched_flag = true) or
whether it needs to be applied (stretched_flag = false)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STRETCH_MINIMUM
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The stretch_minimum element provides the sample value in a
data object which should normally be mapped to the highest
display value available on an output device for optimum
viewing. Sample values between stretch_minimum and
stretch_maximum values are linearly interpolated over the
dynamic range of the display device. If it is necessary to
map the sample value to a value other than the highest
display value (normally 255), the stretch_minimum is
expressed as a sequence of values, where the first value
represents the sample value in the data object and the
second value represents the target output value to the
display device. For example:
stretch_maximum = 120
indicates that sample values greater than 120 should be
mapped to 255 on the output device.
stretch_minimum = (120,230)
indicates that sample values greater than 120
should be mapped to 230 on the output device.
The STRETCHED_FLAG keyword indicates whether the stretch has
already been applied to the data (stretched_flag = true) or
whether it needs to be applied (stretched_flag = false)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = STRETCHED_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 6
DESCRIPTION = "
The stretched_flag element indicates whether a data object
has been stretched using the minimum_stretch and
maximum_stretch parameters. A value of TRUE means that it
has been stretched and a value of FALSE means it has not
been stretched."
STANDARD_VALUE_SET = {
"FALSE",
"TRUE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUB_LIGHT_SOURCE_AZIMUTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The sub_light_source_azimuth element provides the value of
the angle between the line from the center of an image to
the sub-light-source point and a horizontal reference line
(in the image plane) extending from the image center to the
middle right edge of the image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUB_LIGHT_SOURCE_LATITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The sub_light_source_latitude element provides the latitude
of the sub-light-source point. The sub-light-source point
is the point on a body that lies under the light source."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUB_LIGHT_SOURCE_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The sub_light_source_longitude element provides the
longitude of the sub-light-source point. The
sub-light-source point is the point on a body that lies
under the light source."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUB_OBJECT_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The sub_object_name element provides the template object
name for a child object name subordinate to a parent object
name. This object name is used by the catalog bulk loading
software to establish a hierarchy between template objects.
For full definitions of the terms object and sub-object,
please refer to PDS standards documentation."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUB_SOLAR_AZIMUTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The sub_solar_azimuth element provides the value of the
angle between the line from the center of an image to the
subsolar point and a horizontal reference line (in the
image plane) extending from the image center to the middle
right edge of the image.
The values of this angle increase in a clockwise direction."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUB_SOLAR_LATITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The sub_solar_latitude element provides the latitude of the subsolar
point. The subsolar point is that point on a body's reference surface
where a line from the body center to the sun center intersects that
surface."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUB_SOLAR_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -180
MAXIMUM = 360
DESCRIPTION = "
The sub_solar_longitude element provides the longitude of the subsolar
point. The subsolar point is that point on a body's reference surface
where a line from the body center to the sun center intersects that
surface.
Note: The coordinate_system_type data element should be used in
conjuncction with this data element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUB_SPACECRAFT_AZIMUTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The sub_spacecraft_azimuth element provides the value of
the angle between the line from the center of an image to
the subspacecraft point and a horizontal reference line (in
the image plane) extending from the image center to the
middle right edge of the image.
The values of this angle increase in a clockwise direction."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUB_SPACECRAFT_LATITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The sub_spacecraft_latitude element provides the latitude of
the subspacecraft point. The subspacecraft point is that
point on a body which lies directly beneath the spacecraft."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUB_SPACECRAFT_LINE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sub_spacecraft_line element is the image line containing the
sub-spacecraft point. The subspacecraft point is that point on a body's
reference surface where a line from the spacecraft center to the body
center intersects the surface."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUB_SPACECRAFT_LINE_SAMPLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sub_spacecraft_line_sample element is the image sample coordinate
containing the supspacecraft point. The subspacecraft point is that
point on a body's reference surface where a line from the spacecraft
center to the body center intersects the surface."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUB_SPACECRAFT_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -180
MAXIMUM = 360
DESCRIPTION = "
The sub_spacecraft_longitude element provides the longitude
of the subspacecraft point. The subspacecraft point is that
point on a body's reference surface where a line from the spacecraft
center to the body center intersects the surface.
Note: The coordinate_system_type data element should be used in
conjunction with this data element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUBFRAME_TYPE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The SUBFRAME_TYPE element specifies the method of subframing performed on
the NONE indicates no subframing requested. SW_ONLY indicates software
processsing HW_COND specifies hardware only if compatible. HW_SW indicates
the of hardware then software. SUBFRM_SUN specifies the subframe around the
sun."
STANDARD_VALUE_SET = {
"HW_COND",
"HW_SW",
"NONE",
"SUN_FULL",
"SUN_NO_IMG",
"SW_ONLY"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUFFIX_BASE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The xxx_suffix_base element of a 1-3 dimensional qube
object (where xxx is an axis_name of the qube) provides the
sequence of base values of the suffix items along the xxx
axis. The length of the sequence is specified by the axes
element, and its order must correspond to the order of
names in the xxx_suffix_names element. In a Standard ISIS
Qube, the axis names are restricted to SAMPLE, LINE and
BAND. For the BAND axis, for example, the element will be
named BAND_SUFFIX_BASE. Each base value, together with the
corresponding multiplier, describes the scaling performed
on a 'true' data value to compute the value stored in the
suffix location. It also defines the method for recovering
the 'true' value:
'true' value = base + multiplier * stored value
In ISIS practice, the value of the base is
0.0 for real items, since scaling is not usually necessary
for floating point data.
Note: Base and multiplier correspond directly to the
data elements OFFSET and SCALING_FACTOR."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUFFIX_BYTES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 4
MAXIMUM = 4
DESCRIPTION = "
The suffix_bytes element identifies the allocation in bytes
of each suffix data value. It is the unit of the
dimensions specified by the suffix_items element. In the
current build of ISIS, suffix_bytes must always be 4. This
means that all suffix items (unlike core items) occupy 4
bytes, even though in some cases the defined suffix data
value may be less than 4 bytes in length."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUFFIX_HIGH_INSTR_SAT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The xxx_suffix_high_instr_sat element of a 1-3 dimensional
qube object (where xxx is an axis name of the qube)
provides the sequence of high instrument saturation values
of the suffix items along the xxx axis. The length of the
sequence is specified by the axes element, and its order
must correspond to the order of names in the
xxx_suffix_names element. In a Standard ISIS Qube, the
axis names are restricted to SAMPLE, LINE and BAND. For
the BAND axis, for example, the element will be named
BAND_SUFFIX_HIGH_INSTR_SAT.
Each high instrument saturation value identifies the 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 xxx_suffix_valid_minimum element.
For Standard ISIS Qubes, a value been chosen by ISIS
convention. The general data type of the value is
determined by the corresponding xxx_suffix_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#FFFCFFFF#",
"3"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUFFIX_HIGH_REPR_SAT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The xxx_suffix_high_repr_sat element of a 1-3 dimensional
qube object (where xxx is an axis name of the qube)
provides the sequence of high representation saturation
values of the suffix items along the xxx axis. The length
of the sequence is specified by the axes element, and its
order must correspond to the order of names in the
xxx_suffix_names element. In a Standard ISIS Qube, the
axis names are restricted to SAMPLE, LINE and BAND. For
the BAND axis, for example, the element will be named
BAND_SUFFIX_HIGH_REPR_SAT.
Each high representation saturation value identifies
the 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 xxx_suffix_valid_minimum element. For Standard ISIS
Qubes, a value has been chosen by ISIS convention.
The general data type of the value is determined by the
corresponding xxx_suffix_item_type element. If the latter
is integer or unsigned integer, the general data type is
integer. If the corresponding xxx_suffix_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#FFFBFFFF#",
"4"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUFFIX_ITEM_BYTES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM = 1
MAXIMUM = 4
DESCRIPTION = "
The xxx_suffix_item_bytes element of a 1-3 dimensional qube
object (where xxx is an axis_name of the qube) provides the
sequence of sizes (in bytes) of the suffix items along the
xxx axis. Though all items occupy the number of bytes
specified by the suffix_bytes element, an item may be
defined to be less than 4 bytes in length. The length of
the sequence is specified by the axes element, and its
order must correspond to the order of names in the
xxx_suffix_names element. In a Standard ISIS Qube, the
axis names are restricted to SAMPLE, LINE and BAND. For the
BAND axis, for example, the element will be named
BAND_SUFFIX_ITEM_BYTES."
STANDARD_VALUE_SET = {
"1",
"2",
"4"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUFFIX_ITEM_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The xxx_suffix_item_type element of a 1-3 dimensional qube
object (where xxx is an axis_name of the qube) provides the
sequence of data types of the suffix items along the xxx
axis. The length of the sequence is specified by the axes
element, and its order must correspond to the order of
names in the xxx_suffix_names element. In a Standard ISIS
Qube, the axis names are restricted to SAMPLE, LINE and
BAND. For the BAND axis, for example, the element will be
named BAND_SUFFIX_ITEM_TYPE."
STANDARD_VALUE_SET = {
"UNSIGNED_INTEGER",
"VAX_BIT_STRING",
"VAX_INTEGER",
"VAX_REAL"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUFFIX_ITEMS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 512
DESCRIPTION = "
The suffix_items element provides the sequence of
dimensions of the suffix areas of a qube data object. The
suffix size of the most frequently varying axis is given
first. The length of the sequence is specified by the axes
element, and its order must correspond to the order of
dimensions in the core_items element, and the order of
names in the axis_name element. Each suffix dimension is
measured in units of the suffix_bytes element. In a
Standard ISIS Qube, suffix items along the SAMPLE, LINE and
BAND axes correspond to 'sideplanes', 'bottomplanes' and
'backplanes', respectively, of the core of the qube."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUFFIX_LOW_INSTR_SAT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The xxx_suffix_low_instr_sat element of a 1-3 dimensional
qube object (where xxx is an axis_name of the qube)
provides the sequence of low instrument saturation values
of the suffix items along the xxx axis. The length of the
sequence is specified by the axes element, and its order
must correspond to the order of names in the
xxx_suffix_names element. In a Standard ISIS Qube, the
axis names are restricted to SAMPLE, LINE and BAND. For
the BAND axis, for example, the element will be named
BAND_SUFFIX_LOW_INSTR_SAT.
Each low instrument saturation value identifies the 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
xxx_suffix_valid_minimum element. For Standard ISIS Qubes,
a value been chosen by ISIS convention. The general data
type of the value is determined by the corresponding
xxx_suffix_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#FFFDFFFF#",
"2"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUFFIX_LOW_REPR_SAT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The xxx_suffix_low_repr_sat element of a 1-3 dimensional
qube object (where xxx is an axis_name of the qube)
provides the sequence of low representation saturation
values of the suffix items along the xxx axis. The length
of the sequence is specified by the axes element, and its
order must correspond to the order of names in the
xxx_suffix_names element. In a Standard ISIS Qube, the
axis names are restricted to SAMPLE, LINE and BAND. For
the BAND axis, for example, the element will be named
BAND_SUFFIX_LOW_REPR_SAT.
Each low representation saturation value identifies the
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 xxx_suffix_valid_minimum element.
For Standard ISIS Qubes, a value has been chosen
by ISIS convention. The general data type of the value is
determined by the corresponding xxx_suffix_item_type
element. If the latter is integer or unsigned integer, the
general data type is integer. If the corresponding
xx_suffix_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#FFFEFFFF#"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUFFIX_MULTIPLIER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The xxx_suffix_multiplier element of a 1-3 dimensional qube
object (where xxx is an axis_name of the qube) provides the
sequence of multipliers of the suffix items along the xxx
axis. The length of the sequence is specified by the axes
element, and its order must correspond to the order of
names in the xxx_suffix_names element. In a Standard ISIS
Qube, the axis names are restricted to SAMPLE, LINE and
BAND. For the BAND axis, for example, the element will be
named BAND_SUFFIX_MULTIPLIER. Each multiplier, together
with the corresponding base value, describes the scaling
performed on a 'true' data value to compute the value
stored in the suffix location. It also defines the method
for recovering the 'true' value:
'true'_value = base + multiplier * stored_value
In ISIS practice, the value of
the multiplier is 1.0 for real items, since scaling is not
usually necessary for floating point data."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUFFIX_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = -214
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The xxx_suffix_name element of a 1-3 dimensional qube
object (where xxx is an axis_name of the qube) provides the
sequence of names of the suffix items along the xxx axis.
The length of the sequence is specified by the axes
element, and its order must correspond to the order of
dimensions in the core_items and suffix_items elements.
In a Standard ISIS Qube, the axis names are restricted to
SAMPLE, LINE and BAND. For the BAND axis, for example, the
element will be named BAND_SUFFIX_NAME. Band suffix planes
(backplanes) are commonly used to store geometry and other
information corresponding at each pixel to the pixels of
the core planes, such as latitude and longitude."
STANDARD_VALUE_SET = {
"BACKGROUND",
"EMISSION ANGLE",
"INCIDENCE ANGLE",
"INTERCEPT ALTITUDE",
"LATITUDE",
"LONGITUDE",
"PHASE ANGLE",
"SLANT DISTANCE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUFFIX_NULL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The xxx_suffix_null element of a 1-3 dimensional qube
object (where xxx is an axis name of the qube) provides the
sequence of null values of the suffix items along the xxx
axis. The length of the sequence is specified by the axes
element, and its order must correspond to the order of
names in the xxx_suffix_names element. In a Standard ISIS
Qube, the axis names are restricted to SAMPLE, LINE and
BAND. For the BAND axis, for example, the element will be
named BAND_SUFFIX_NULL.
Each null value identifies the special value whose presence
indicates missing data. This value must be algebraically
less than the value of the xxx_suffix_valid_minimum
element. For Standard ISIS Qubes, the null value is chosen
to be the algebraically smallest value allowed by
the xxx_suffix_item_type and xxx_suffix_item_bytes
elements. The general data type of the null value is
determined by the corresponding xxx_suffix_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: The SUFFIX_NULL element corresponds directly to the PDS
standard data element MISSING."
STANDARD_VALUE_SET = {
"-32768",
"0",
"16#FFFFFFFF#"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUFFIX_UNIT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The xxx_suffix_unit element of a 1-3 dimensional qube
object (where xxx is an axis_name of the qube) provides the
sequence of scientific units of the suffix items along the
xxx axis. The length of the sequence is specified by the
axes element, and its order must correspond to the order of
names in the xxx_suffix_names element. In a Standard ISIS
Qube, the axis names are restricted to SAMPLE, LINE and
BAND. For the BAND axis, for example, the element will be
named BAND_SUFFIX_UNIT."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUFFIX_VALID_MINIMUM
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The xxx_suffix_valid_minimum element of a 1-3 dimensional
qube object (where xxx is an axis_name of the qube)
provides the sequence of valid minima of the suffix items
along the xxx axis. The length of the sequence is specified
by the axes element, and its order must correspond to the
order of names in the xxx_suffix_names element. In a
Standard ISIS Qube, the axis names are restricted to
SAMPLE, LINE and BAND. For the BAND axis, for example, the
element will be named BAND_SUFFIX_VALID_MINIMUM.
Suffix item values algebraically less than the corresponding
valid minimum 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
xxx_suffix_item_type element. If the latter is integer or
unsigned integer, the general data type is integer. If
xxx_suffix_item_type is real, the general data type is
non-decimal (hexadecimal, e.g. 16#FFEFFFFF#) so that a
hardward-specific special value may be specified exactly."
STANDARD_VALUE_SET = {
"-32752",
"16#FFEFFFFF#",
"5"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUN_FIND_FLAG
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 5
DESCRIPTION = "
The SUN_FIND_FLAG element indicates
whether the sun is located in the image."
STANDARD_VALUE_SET = {
"FALSE",
"TRUE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUN_FIND_PARM
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The SUN_FIND_PARM element is an array of values that provides the
numerical parameters used in finding the sun centroid.
Note: For MER, this value is valid if the SUN_FIND_FLAG element is
'TRUE'. If the SUN_FIND_FLAG element is 'FALSE', then this value
becomes 'N/A'."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUN_FIND_PARM_NAME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The SUN_FIND_PARM_NAME element provides the
formal name of SUN_FIND_PARM element array values."
STANDARD_VALUE_SET = {
"BRIGHTNESS THRESHOLD",
"SUMMED BRIGHTNESS",
"WINDOW SIZE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUN_LINE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -1
MAXIMUM = NULL
DESCRIPTION = "
The SUN_LINE element provides the line
location of the sun within the image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUN_LINE_SAMPLE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -1
MAXIMUM = NULL
DESCRIPTION = "
The SUN_LINE_SAMPLE element provides the
sample location of the sun within the image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUN_SC_POSITION_VECTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The SUN_SC_POSITION_VECTOR element defines the (x, y, z)
components of the position vector from the Sun to the
spacecraft expressed in the EME J2000 coordinate frame,
corrected for light travel time and stellar aberration,
and evaluated at the epoch at which the data were taken."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUN_VIEW_DIRECTION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The SUN_VIEW_DIRECTION element provides an array that represents a
unit vector identifying the sun viewing direction."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUN_VIEW_POSITION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = M
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The SUN_VIEW_POSITION element identifies a array which
consists of a set of xyz sun viewing position parameters."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUPPORT_REQUEST_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The support_request_date element provides the date that a
support request was taken by the PDS operator."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUPPORT_REQUEST_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The support_request_desc element provides a textual
description of an official PDS support request as recorded
by the PDS operator after talking with a PDS user about a
problem with the PDS."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUPPORT_REQUEST_NO
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The support_request_number provides a computer assigned
unique number given to each support request recorded by the
Central Node PDS operator."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUPPORT_RESOLUTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The support_resolution element provides the textual
description of the resolution to a problem recorded by the
PDS operator."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUPPORT_RESOLUTION_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The support_resolution_date element provides the date that
a support request was resolved by the PDS."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SUPPORT_STAFF_FULL_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The support_staff_name element provides the full name of the
PDS person entering the support request information into
the PDS. See also: full_name."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SURFACE_BASED_INST_AZIMUTH
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
MAXIMUM_LENGTH = NULL
DESCRIPTION = "
The SURFACE_BASED_INST_AZIMUTH element is identical to and
has been replaced by the FIXED_INSTRUMENT_AZIMUTH data element.
This element was used exclusively on the Mars Pathfinder mission
and should no longer be used."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SURFACE_BASED_INST_ELEVATION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
MAXIMUM_LENGTH = NULL
DESCRIPTION = "
The SURFACE_BASED_INST_ELEVATION element is identical to and has been
replaced by the FIXED_INSTRUMENT_ELEVATION data element. This element
was used exclusively on the Mars Pathfinder mission and should no longer
be used."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SURFACE_BASED_INST_METHOD
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 18
DESCRIPTION = "
The surface_based_inst_method element identifies the method used to
calculate the surface based instrument pointing."
STANDARD_VALUE_SET = {
"L_FRAME_QUATERNION",
"NULL"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SURFACE_CLARITY_PERCENTAGE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 100
DESCRIPTION = "
The surface_clarity_percentage element provides an estimate
of the fraction of an image or observation of a surface
which is unobscured (as by clouds).
Surface_clarity_percentage is defined as the ratio of the
unobscured area to the total observed area."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SURFACE_EMISSION_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = K
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The surface_emission_temperature element provides the
value of the temperature assumed for the planetary surface
covered by the radiometer footprint, derived by correcting
brightness_temperature for atmospheric emission and
absorption."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SURFACE_EMISSIVITY
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The surface_emissivity element provides the value of
surface microwave emissivity, calculated by dividing
(surface_emission_temperature -
assumed_warm_sky_temperature) by
(physical_surface_temperature -
assumed_warm_sky_temperature)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SURFACE_GRAVITY
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'M/S**2'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The surface_gravity element provides the average
gravitational acceleration at the surface of a target body.
Surface_gravity is computed from the mass and mean radius
of the target body."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SURFACE_GROUND_LOCATION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = M
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The SURFACE_GROUND_LOCATION element specifies any point on the
surface (for SURFACE_MODEL_TYPE 'PLANE'). This point is measured
in the coordinates specified the REFERENCE_COORD_SYSTEM_* keywords
in the same group."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SURFACE_MODEL_TYPE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The SURFACE_MODEL_TYPE element specifies the type of surface used for
the re-projection performed during the mosaicing process."
STANDARD_VALUE_SET = {
"INFINITY",
"PLANE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SURFACE_NORMAL_VECTOR
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The SURFACE_NORMAL_VECTOR element specifies a vector normal to the
surface (for of 'PLANE'). This vector is measured in the coordinates
specified by the REFERENCE_COORD_SYSTEM_* keywords in the same group."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SURFACE_TEMPERATURE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = K
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The surface_temperature element provides the value of the
physical surface temperature of the radiometer footprint,
calculated from average_planetary_radius and the
project-adopted atmospheric model."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SWATH_WIDTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = PIXEL
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
MAXIMUM = 64
DESCRIPTION = "
The swath_width element provides the number of pixels (in the X direction)
collected for a spectral cube during an observation. Note: For Cassini,
this will differ from CORE_ITEMS for Occultation Mode cubes."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SYNODIC_ROTATION_PERIOD
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = D
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The synodic_rotation_period element provides the time
period required for a solar system object to complete one
full rotation about its primary, returning to the same
position in space relative to its primary."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SYSTEM_BULLETIN_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The system_bulletin_date element is the date and time
when the PDS operator logged a PDS system bulletin."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SYSTEM_BULLETIN_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The system_bulletin_desc element is the text of a PDS
system bulletin."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SYSTEM_BULLETIN_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The system_bulletin_id element is a unique integer that
identifies a PDS system bulletin."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SYSTEM_BULLETIN_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 25
DESCRIPTION = "
The system_bulletin_type element is a keyword that
describes the type of bulletin displayed."
STANDARD_VALUE_SET = {
"CATALOG",
"CATALOG-VIEW",
"CD-ROM",
"CENTRAL-NODE",
"CONFERENCES",
"DATA-SET",
"DISCIPLINE-NODE",
"DOCUMENTS",
"DPS",
"MEETINGS",
"MISC",
"NSI/DECNET",
"OPERATIONS",
"ORDER",
"ORDER_INSTRUCTIONS",
"PEER-REVIEW",
"RELEASE_NOTES",
"SOFTWARE",
"TOOLS"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SYSTEM_CLASSIFICATION_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The system_classification_id data element identifies a
data element or object according to the data system that
uses it. In this document, system_classification_id is an
indexing mechanism for data element names, to allow them to
be identified as either system-specific, or recommended for
common use. See also: general_classification_type."
STANDARD_VALUE_SET = {
"CLEM",
"COMMON",
"DIS",
"ISIS",
"JPL_AMMOS_SPECIFIC",
"MARS_OBSERVER",
"MESS",
"MRO",
"PDS_ATMOS",
"PDS_EN",
"PDS_GEO_MGN",
"PDS_GEO_VL",
"PDS_IMG",
"PDS_IMG_GLL",
"PDS_MER_OPS",
"PDS_NAIF",
"PDS_PPI",
"PDS_RINGS",
"PDS_SBN",
"SPICE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SYSTEM_EVENT_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The system_event_date element provides the beginning date
of a PDS scheduled event."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SYSTEM_EVENT_USER_NOTE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The system_event_user_note element provides information
about a system event.
Example value: THE SYSTEM WILL BE DOWN FOR PREVENTATIVE
MAINTENANCE FROM NOON UNTIL MIDNIGHT."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = SYSTEM_EXPERTISE_LEVEL
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The system_expertise_level element identifies an
individual's level of expertise in the use of the PDS
capabilities."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TABLE_BL_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The table_bl_name element represents the data base tersename
used by the loader software to map a template value to a
column in a table. There exists a unique mapping for each
template keyword=value occurrence
identifies the data base column. The formulation of the
tblblname is governed by rules and abbreviations as defined
in the PDS Data Administration Plan document."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TABLE_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The table_desc element provides the ascii text description
for a table in the PDS data base."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TABLE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The table_name element provides a unique name for a table
in the PDS data base. All tables in the data base will have
a name and a description."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TABLE_STORAGE_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The table_storage_type element indicates the order of
storage for entries in a table. For enhanced portability
and ease of display, the default and recommended storage
type for tables is row major."
STANDARD_VALUE_SET = {
"COLUMN MAJOR",
"ROW MAJOR"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TABLE_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The table_type element denotes whether the table contains
High Level Catalog data, Detailed Level Catalog Data
(Image), Detailed Level Catalog (Fields and Particles) data,
or system data. Examples: H, F, I, or S"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TARGET_CENTER_DISTANCE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The target_center_distance element provides the distance
between an instrument and the center of mass of the named target."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TARGET_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The target_desc element describes the
characteristics of a particular target."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TARGET_DISTANCE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = M
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The TARGET_DISTANCE element provides a measure of the distance from
an observing position (e.g., a spacecraft) to a point on a target
body. If not specified otherwise, the target point is assumed to be
at the center of the instrument field of view."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TARGET_GEOCENTRIC_DISTANCE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The TARGET_GEOCENTRIC_DISTANCE provides the distance
from the center of the earth to the center of the target
of an observation at the time of the observation. The
default unit is kilometers. 'Center' is generally taken
as center of figure, although in some higher-level products
it may be center of mass. Users should consult the data
set documentation to determine which is presented in those
cases where the difference might be significant."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TARGET_HELIOCENTRIC_DISTANCE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The TARGET_HELIOCENTRIC_DISTANCE provides the distance from
the sun to the target of an observation at the time of the
observation. The default unit is kilometers. 'Center' is
generally taken as center of figure, although in some higher-
level products it may be center of mass. Users should consult
the data set documentation to determine which is presented in
those cases where the difference might be significant."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TARGET_LIST
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 255
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TARGET_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 120
DESCRIPTION = "
The target_name element identifies a target. The target
may be a planet, satellite,ring,region, feature,
asteroid or comet. See target_type."
STANDARD_VALUE_SET = {
"1 CERES",
"10 HYGIEA",
"100 HEKATE",
"1000 PIAZZIA",
"1001 GAUSSIA",
"1003 LILOFEE",
"1004 BELOPOSKYA",
"1005 ARAGO",
"1006 LAGRANGEA",
"1007 PAWLOWIA",
"10094 EIJIKATO",
"101 HELENA",
"1011 LAODAMIA",
"1012 SAREMA",
"1013 TOMBECKA",
"1014 SEMPHYRA",
"1015 CHRISTA",
"1016 ANITRA",
"1017 JACQUELINE",
"1018 ARNOLDA",
"1019 STRACKEA",
"10199 CHARIKLO",
"102 MIRIAM",
"1020 ARCADIA",
"1021 FLAMMARIO",
"1022 OLYMPIADA",
"1023 THOMANA",
"1024 HALE",
"1025 RIEMA",
"10261 NIKDOLLEZHAL",
"1028 LYDINA",
"103 HERA",
"1030 VITJA",
"1031 ARCTICA",
"1032 PAFURI",
"1034 MOZARTIA",
"1035 AMATA",
"1036 GANYMED",
"1038 TUCKIA",
"1039 SONNEBERGA",
"103P/HARTLEY 2 (1986 E2)",
"104 KLYMENE",
"1041 ASTA",
"1042 AMAZONE",
"1045 MICHELA",
"1046 EDWIN",
"1047 GEISHA",
"1048 FEODOSIA",
"105 ARTEMIS",
"105 ARTHEMIS",
"1050 META",
"1051 MEROPE",
"1052 BELGICA",
"1055 TYNKA",
"1056 AZALEA",
"1057 WANDA",
"1058 GRUBBA",
"106 DIONE",
"1060 MAGNOLIA",
"1061 PAEONIA",
"1063 AQUILEGIA",
"1065 AMUNDSENIA",
"1067 LUNARIA",
"1069 PLANCKIA",
"107 CAMILLA",
"1071 BRITA",
"1075 HELINA",
"1076 VIOLA",
"1077 CAMPANULA",
"1078 MENTHA",
"107P/WILSON-HARRINGTON (1949 W1)",
"108 HECUBA",
"1080 ORCHIS",
"1084 TAMARIWA",
"1086 NATA",
"1087 ARABIS",
"1088 MITAKA",
"1089 TAMA",
"109 FELICITAS",
"1090 SUMIDA",
"1094 SIBERIA",
"1095 TULIPA",
"1097 VICIA",
"1098 HAKONE",
"1099 FIGNERIA",
"109P/SWIFT-TUTTLE 1 (1862 O1)",
"10P/TEMPEL 2 (1873 N1)",
"11 PARTHENOPE",
"110 LYDIA",
"1101 CLEMATIS",
"1102 PEPITA",
"1103 SEQUOIA",
"1104 SYRINGA",
"1105 FRAGARIA",
"1106 CYDONIA",
"11066",
"11066 SIGURD",
"1107 LICTORIA",
"11079 MITSUNORI",
"1108 DEMETER",
"1109 TATA",
"111 ATE",
"1110 JAROSLAWA",
"1114 LORRAINE",
"1115 SABAUDA",
"1117 REGINITA",
"1118 HANSKYA",
"112 IPHIGENIA",
"1122 NEITH",
"1123 SHAPLEYA",
"1124 STROOBANTIA",
"1126 OTERO",
"1127 MIMI",
"1128 ASTRID",
"113 AMALTHEA",
"1130 SKULD",
"1131 PORZIA",
"1133 LUGDUNA",
"1134 KEPLER",
"1135 COLCHIS",
"1137 RAISSA",
"1139 ATAMI",
"114 KASSANDRA",
"1140 CRIMEA",
"1143 ODYSSEUS",
"1144 ODA",
"1145 ROBELMONTE",
"1146 BIARMIA",
"1147 STAVROPOLIS",
"1148 RARAHU",
"1149 VOLGA",
"115 THYRA",
"1150 ACHAIA",
"1152 PAWONA",
"1154 ASTRONOMIA",
"11548 JERRYLEWIS",
"1155 AENNA",
"116 SIRONA",
"1162 LARISSA",
"1164 KOBOLDA",
"1165 IMPRINETTA",
"1166 SAKUNTALA",
"1167 DUBIAGO",
"117 LOMIA",
"1170 SIVA",
"1171 RUSTHAWELIA",
"1172 ANEAS",
"1173 ANCHISES",
"1176 LUCIDOR",
"1177 GONNESSIA",
"1178 IRMELA",
"118 PEITHO",
"1180 RITA",
"1181 LILITH",
"1185 NIKKO",
"1186 TURNERA",
"1187 AFRA",
"1188 GOTHLANDIA",
"1189 TERENTIA",
"119 ALTHAEA",
"1194 ALETTA",
"1196 SHEBA",
"1198 ATLANTIS",
"1199 GELDONIA",
"12 VICTORIA",
"120 LACHESIS",
"1201 STRENUA",
"1204 RENZIA",
"1208 TROILUS",
"1209 PUMMA",
"121 HERMIONE",
"1212 FRANCETTE",
"1213 ALGERIA",
"1214 RICHILDE",
"1215 BOYER",
"1219 BRITTA",
"122 GERDA",
"1222 TINA",
"1226 GOLIA",
"1228 SCABIOSA",
"1229 TILIA",
"122P/DEVICO 1 (1846 D1)",
"123 BRUNHILD",
"1234 ELYNA",
"1236 THAIS",
"124 ALKESTE",
"1242 ZAMBESIA",
"1243 PAMELA",
"1244 DEIRA",
"12447 YATESCUP",
"1245 CALVINIA",
"1246 CHAKA",
"1248 JUGURTHA",
"1249 RUTHERFORDIA",
"125 LIBERATRIX",
"1251 HEDERA",
"1252 CELESTIA",
"1256 NORMANNIA",
"1257 MORA",
"125P/SPACEWATCH 1 (1991 R2)",
"126 VELLEDA",
"1261 LEGIA",
"1262 SNIADECKIA",
"1263 VARSAVIA",
"1264 LETABA",
"1266 TONE",
"1268 LIBYA",
"1269 ROLLANDIA",
"126P/IRAS 1 (1983 M1)",
"127 JOHANNA",
"1271 ISERGINA",
"1272 GEFION",
"1273 HELMA",
"1274 DELPORTIA",
"1275 CIMBRIA",
"1276 UCCLIA",
"1277 DOLORES",
"1278 KENYA",
"1279 UGANDA",
"128 NEMESIS",
"1280 BAILLAUDA",
"1281 JEANNE",
"1282 UTOPIA",
"1283 KOMSOMOLIA",
"1284 LATVIA",
"1289 KUTAISSI",
"129 ANTIGONE",
"1293 SONJA",
"1294 ANTWERPIA",
"13 EGERIA",
"130 ELEKTRA",
"1300 MARCELLE",
"1301 YVONNE",
"1302 WERRA",
"1304 AROSA",
"1306 SCYTHIA",
"1307 CIMMERIA",
"131 VALA",
"1310 VILLIGERA",
"13111 PAPACOSMAS",
"1312 VASSAR",
"1316 KASAN",
"1317 SILVRETTA",
"1318 NERINA",
"1319 DISA",
"132 AETHRA",
"1320 IMPALA",
"1321 MAJUBA",
"1322 COPPERNICUS",
"1323 TUGELA",
"1324 KNYSNA",
"1325 INANDA",
"1326 LOSAKA",
"1327 NAMAQUA",
"1328 DEVOTA",
"1329 ELIANE",
"133 CYRENE",
"1330 SPIRIDONIA",
"1331 SOLVEJG",
"1332 MARCONIA",
"1333 CENEVOLA",
"1335 DEMOULINA",
"1336 ZEELANDIA",
"1337 GERARDA",
"133P/ELST-PIZARRO (1996 N2)",
"134 SOPHROSYNE",
"1340 YVETTE",
"1342 BRABANTIA",
"1343 NICOLE",
"1345 POTOMAC",
"1348 MICHEL",
"135 HERTHA",
"1350 ROSSELIA",
"1351 UZBEKISTANIA",
"1352 WAWEL",
"1355 MAGOEBA",
"1355 MANGOEBA",
"1356 NYANZA",
"1358 GAIKA",
"136 AUSTRIA",
"1360 TARKA",
"1361 LEUSCHNERIA",
"1362 GRIQUA",
"1364 SAFARA",
"1365 HENYEY",
"1367 NONGOMA",
"1368 NUMIDIA",
"1369 OSTANINA",
"137 MELIBOEA",
"1372 HAREMARI",
"1373 CINCINNATI",
"1374 ISORA",
"1375 ALFREDA",
"1379 LOMONOSOWA",
"138 TOLOSA",
"1384 KNIERTJE",
"1385 GELRIA",
"1386 STORERIA",
"139 JUEWA",
"1390 ABASTUMANI",
"1391 CARELIA",
"1392 PIERRE",
"1393 SOFALA",
"1396 OUTENIQUA",
"1399 TENERIFFA",
"14 IRENE",
"140 SIWA",
"1400 TIRELA",
"1403 IDELSONIA",
"1403 ILDESONIA",
"1406 KOMPPA",
"1407 LINDELOF",
"1409 ISKO",
"140P/BOWELL-SKIFF 1 (1980 E1)",
"141 LUMEN",
"1414 JEROME",
"1418 FAYETA",
"141P/MACHHOLZ 2 (1994 P1-A)",
"142 POLANA",
"1420 RADCLIFFE",
"1422 STROMGRENIA",
"1423 JOSE",
"1424 SUNDMANIA",
"1425 TUORLA",
"1427 RUVUMA",
"1428 MOMBASA",
"143 ADRIA",
"1431 LUANDA",
"1432 ETHIOPIA",
"1433 GERAMTINA",
"1434 MARGOT",
"1436 SALONTA",
"1439 VOGTIA",
"143P/KOWAL-MRKOS (1984 H1)",
"144 VIBILIA",
"1442 CORVINA",
"1444 PANNONIA",
"1445 KONKOLYA",
"1449 VIRTANEN",
"145 ADEONA",
"1451 GRANO",
"1453 FENNIA",
"1455 MITCHELLA",
"1458 MINEURA",
"1459 MAGNYA",
"146 LUCINA",
"1461 JEAN-JACQUES",
"1463 NORDENMARKIA",
"1467 MASHONA",
"1469 LINZIA",
"147 PROTOGENEIA",
"1471 TORNIO",
"1474 BEIRA",
"1478 VIHURI",
"148 GALIIA",
"148 GALLIA",
"1480 AUNUS",
"1481 TUBINGIA",
"1483 HAKOILA",
"1484 POSTREMA",
"1487 BODA",
"149 MEDUSA",
"1490 LIMPOPO",
"1493 SIGRID",
"1494 SAVO",
"1499 PORI",
"15 EUNOMIA",
"150 NUWA",
"1501 BAADE",
"1502 ARENDA",
"1506 XOSA",
"1508 KEMI",
"1509 ESCLANGONA",
"151 ABUNDANTIA",
"1510 CHARLOIS",
"1512 OULU",
"1517 BEOGRAD",
"1518 ROVANIEMI",
"152 ATALA",
"1520 IMATRA",
"1529 OTERMA",
"153 HILDA",
"1530 RANTASEPPA",
"1531 HAERTMUT",
"1534 NASI",
"1535 PAIJANNE",
"1539 BORELLY",
"1539 BORRELLY",
"154 BERTHA",
"1541 ESTONIA",
"1542 SCHALEN",
"1545 THERNOE",
"1546 IZASK",
"1548 PALOMAA",
"1549 MIKKO",
"1550 TITO",
"1553 BAUERSFELDA",
"1554 YUGOSLAVIA",
"1556 WINGOLFIA",
"156 XANTHIPPE",
"1560 STRATTONIA",
"1562 GONDOLATSCH",
"1563 NOEL",
"1564 SRBIJA",
"1565 LEMAITRE",
"1566 ICARUS",
"1567 ALIKOSKI",
"1568 AISLEEN",
"157 DEJANIRA",
"1571 CESCO",
"1573 VAISALA",
"1574 MEYER",
"1575 WINIFRED",
"1576 FABIOLA",
"1577 REISS",
"1578 KIRKWOOD",
"1579 HERRICK",
"158 KORONIS",
"1580 BETULIA",
"1581 ABANDERADA",
"1583 ANTILOCHUS",
"1584 FUJI",
"1585 UNION",
"1587 KAHRSTEDT",
"159 AEMILIA",
"1591 BAIZE",
"1592 MATHIEU",
"1593 FAGNES",
"1594 DANJON",
"1595 TANGA",
"16 CYG A",
"16 CYG B",
"16 PSYCHE",
"160 UNA",
"1600 VYSSOTSKY",
"1601 PATRY",
"1602 INDIANA",
"1603 NEVA",
"1604 TOMBAUGH",
"1605 MILANKOVITCH",
"1606 JEKHOVSKY",
"1607 MAVIS",
"1609 BRENDA",
"161 ATHOR",
"1613 SMILEY",
"1615 BARDWELL",
"1618 DAWN",
"1619 UETA",
"162 LAURENTIA",
"1620 GEOGRAPHOS",
"1621 DRUZHBA",
"1625 THE NORC",
"1626 SADEYA",
"1627 IVAR",
"1628 STROBEL",
"1629 PECKER",
"163 ERIGONE",
"1634 NDOLA",
"1635 BOHRMANN",
"1636 PORTER",
"1637 SWINGS",
"1638 RUANDA",
"164 EVA",
"1640 NEMO",
"1642 HILL",
"1644 RAFITA",
"1645 WATERFIELD",
"1646 ROSSELAND",
"165 LORELEY",
"1650 HECKMANN",
"1651 BEHRENS",
"1653 YAKHONTOVIA",
"1654 BOJEVA",
"1655 COMAS SOLA",
"1656 SUOMI",
"1657 ROEMERA",
"1658 INNES",
"1659 PUNKAHARJU",
"166 RHODOPE",
"1660 WOOD",
"1662 HOFFMANN",
"1664 FELIX",
"1665 GABY",
"1667 PELS",
"167 URDA",
"1677 TYCHO BRAHE",
"1679 NEVANLINNA",
"168 SIBYLLA",
"1680 PER BRAHE",
"1685 TORO",
"1689 FLORIS-JAN",
"169 ZELIA",
"1691 OORT",
"1692 SUBBOTINA",
"1693 HERTZPRUNG",
"1693 HERTZSPRUNG",
"1694 KAISER",
"1695 WALBECK",
"1697 KOSKENNIEMI",
"17 THETIS",
"170 MARIA",
"1700 ZVEZDARA",
"1701 OKAVANGO",
"1702 KALAHARI",
"1705 TAPIO",
"1706 DIECKVOSS",
"171 OPHELIA",
"1711 SANDRINE",
"1712 ANGOLA",
"1715 SALLI",
"1716 PETER",
"1717 ARLON",
"172 BAUCIS",
"1722 GOFFIN",
"1724 VLADIMIR",
"1725 CRAO",
"1726 HOFFMEISTER",
"1727 METTE",
"1728 GOETHE LINK",
"1729 BERYL",
"173 INO",
"1730 MARCELINE",
"1731 SMUTS",
"1734 ZHONGOLOVICH",
"1738 OOSTERHOFF",
"174 PHAEDRA",
"1740 PAAVO NURMI",
"1743 SCHMIDT",
"1746 BROUWER",
"1747 WRIGHT",
"1748 MAUDERLI",
"1749 TELAMON",
"175 ANDROMACHE",
"1750 ECKERT",
"1751 HERGET",
"1754 CUNNINGHAM",
"1759 KIENLE",
"176 IDUNA",
"1765 WRUBEL",
"1766 SLIPHER",
"1768 APPENZELLA",
"177 IRMA",
"1771 MAKOVER",
"1772 GAGARIN",
"1775 ZIMMERWALD",
"1777 GEHRELS",
"178 BELISANA",
"1781 VAN BIESBROECK",
"1783 ALBITSKIJ",
"1785 WURM",
"179 KLYTAEMNESTRA",
"1793 ZOYA",
"1794 FINSEN",
"1795 WOLTJER",
"1796 RIGA",
"1797 SCHAUMASSE",
"1798 WATTS",
"1799 KOUSSEVITZKY",
"18 MELPOMENE",
"180 GARUMNA",
"1806 DERICE",
"1807 SLOVAKIA",
"181 EUCHARIS",
"1815 BEETHOVEN",
"1816 LIBERA",
"1819 LAPUTA",
"182 ELSA",
"18268 DARDANOS",
"1828 KASHIRINA",
"183 ISTRIA",
"1830 POGSON",
"1831 NICHOLSON",
"1836 KOMAROV",
"1838 URSA",
"1839 RAGAZZA",
"184 DEJOPEJA",
"1841 MASSRYK",
"1842 HYNEK",
"1847 STOBBE",
"1848 DELVAUX",
"185 EUNIKE",
"1854 SKVORTSOV",
"1856 RUZENA",
"1857 PARCHOMENKO",
"1858 LOBACHEVSKIJ",
"186 CELUTA",
"1860 BARBAROSSA",
"1862 APOLLO",
"1863 ANTINOUS",
"1865 CERBERUS",
"1866 SISYPHUS",
"1867 DEIPHOBUS",
"187 LAMBERTA",
"1871 ASTYANAX",
"188 MENIPPE",
"1882 RAUMA",
"1883 RIMITO",
"1888 ZU CHONG-ZHI",
"189 PHTHIA",
"1891 GONDOLA",
"1892 LUCIENNE",
"19 FORTUNA",
"190 ISMENE",
"1901 MORAVIA",
"1902 SHAPOSHNIKOV",
"1903 ADZHIMUSHKAJ",
"1904 MASSEVITCH",
"1906 NAEF",
"1907 RUDNEVA",
"191 KOLGA",
"1911 SCHUBART",
"1915 QUETZALCOATL",
"1919 CLEMENCE",
"192 NAUSIKAA",
"1920 SARMIENTO",
"1923 OSIRIS",
"1929 KOLLAA",
"193 AMBROSIA",
"1930 LUCIFER",
"1932 JANSKY",
"1933 TINCHEN",
"1934 JEFFERS",
"1936 LUGANO",
"194 PROKNE",
"1943 ANTEROS",
"1948 KAMPALA",
"195 EURYKLEIA",
"1951 LICK",
"196 PHILOMELA",
"1963 BEZOVEC",
"1967 MENZEL",
"1968 MEHLTRETTER",
"197 ARETE",
"1970 SUMERIA",
"1977 SHURA",
"198 AMPELLA",
"1980 TEZCATLIPOCA",
"1989 TATRY",
"1989N1",
"1989N2",
"199 BYBLIS",
"1990 PILCHER",
"1991 XB",
"1992 GALVARINO",
"1992 NA",
"1992 UB",
"1994 SHANE",
"1994 VK8",
"1995 BM2",
"1995 HAJEK",
"1995 WQ5",
"1996 GQ21",
"1996 PW",
"1996 RD29",
"1996 TO66",
"1996 TP66",
"1996 UK",
"1997 CS29",
"1997 CZ5",
"1998 BU48",
"1998 HK151",
"1998 KY26",
"1998 TITIUS",
"1998 VG44",
"1998 WH24",
"1998 WS",
"1998 XY95",
"1999 DE9",
"1999 HIRAYAMA",
"1999 KR16",
"19P/BORRELLY 1 (1904 Y2)",
"1P/HALLEY 1 (1682 Q1)",
"2 PALLAS",
"20 MASSALIA",
"200 DYNAMENE",
"2000 AT44",
"2000 EB173",
"2000 GN171",
"2001 CZ31",
"2001 EINSTEIN",
"2001 FZ173",
"201 PENELOPE",
"2010 CHEBYSHEV",
"2011 VETERANIYA",
"2014 VASILEVSKIS",
"2017 WESSON",
"2019 VAN ALBADA",
"2022 WEST",
"2024 MCLAUGHLIN",
"2029 BINOMI",
"203 POMPEJA",
"2031 BAM",
"2035 STEARNS",
"2038 BISTRO",
"204 KALLISTO",
"2040 CHALONGE",
"2042 SITARSKI",
"2045 PEKING",
"2048 DWORNIK",
"205 MARTHA",
"2050 FRANCIS",
"2052 TAMRIKO",
"2053 NUKI",
"2056 NANCY",
"206 HERSILIA",
"2060 CHIRON",
"2063 BACCHUS",
"2064 THOMSEN",
"2065 SPICER",
"2067 AKSNES",
"207 HEDDA",
"2070 HUMASON",
"2073 JANACEK",
"2074 SHOEMAKER",
"2078 NANKING",
"208 LACRIMOSA",
"2081 SAZAVA",
"2083 SMITHER",
"2085 HENAN",
"2086 NEWELL",
"2087 KOCHERA",
"2088 SAHLIA",
"2089 CETACEA",
"208L ACRIMOSA",
"209 DIDO",
"2090 MIZUHO",
"2091 SAMPO",
"2093 GENICHESK",
"2096 VAINO",
"2098 ZYSKIN",
"2099 OPIK",
"21 LUTETIA",
"210 ISABELLA",
"2100 RA-SHALOM",
"2100 RASHALOM",
"2102 TANTALUS",
"2103 LAVERNA",
"2104 TORONTO",
"2105 GUDY",
"2106 HUGO",
"2107 ILMARI",
"211 ISOLDA",
"2111 TSELINA",
"2112 ULYANOV",
"2113 EHRDNI",
"2118 FLAGSTAFF",
"2119 SCHWALL",
"212 MEDEA",
"2121 SAVASTOPOL",
"2128 WETHERILL",
"213 LILAEA",
"2130 EVDOKIYA",
"2131 MAYALL",
"2139 MAKHARADZE",
"214 ASCHERA",
"2140 KEMEROVO",
"2141 SIMFEROPOL",
"2143 JIMARNOLD",
"2147 KHARADZE",
"2149 SCHWAMBRANIYA",
"2150 NYCTIMENE",
"2151 HADWIGER",
"2152 HANNIBAL",
"2156 KATE",
"2157 ASHBROOK",
"2159 KUKKAMAKI",
"216 KLEOPATRA",
"2161 GRISSOM",
"2167 ERIN",
"2169 TAIWAN",
"217 EUDORA",
"2174 ASMODEUS",
"218 BIANCA",
"2185 GUANGDONG",
"2189 ZARAGOZA",
"219 THUSNELDA",
"2194 ARPOLA",
"2196 ELLICOTT",
"21P/GIACOBINI-ZINNER 1 (1900 Y1)",
"22 KALLIOPE",
"220 STEPHANIA",
"2201 OLJATO",
"2204 LYYLI",
"2207 ANTENOR",
"2208 PUSHKIN",
"221 EOS",
"2212 HEPHAISTOS",
"2215 SICHUAN",
"222 LUCIA",
"2223 SARPEDON",
"223 ROSA",
"2231 DURRELL",
"2234 SCHMADEL",
"2235 VITTORE",
"224 OCEANA",
"2241 ALCATHOUS",
"2244 TESLA",
"2246 BOWELL",
"225 HENRIETTA",
"2251 TIKHOV",
"2253 ESPINETTE",
"2258 VIIPURI",
"2259 SOFIEVKA",
"226 WERINGIA",
"2260 NEOPTOLEMUS",
"2263 SHAANXI",
"2266 TCHAIKOVSKY",
"2268 SZMYTOWNA",
"227 PHILOPOSPHIA",
"2271 KISO",
"2272 MONTEZUMA",
"2278 GOTZ",
"2279 BARTO",
"228 AGATHE",
"2280 KUNIKOV",
"2282 ANDRES BELLO",
"229 ADELINDA",
"2291 KEVO",
"2292 SEILI",
"2296 KUGULTINOV",
"2299 HANKO",
"22P/KOPFF 1 (1906 Q1)",
"23 THALIA",
"230 ATHAMANTIS",
"2303 RETSINA",
"2305 KING",
"2306 BAUSCHINGER",
"2308 SCHILT",
"231 VINDOBONA",
"2311 EL LEONCITO",
"2312 DUBOSHIN",
"2316 JO-ANN",
"2317 GALYA",
"232 RUSSIA",
"2327 GERSHBERG",
"2328 ROBESON",
"233 ASTEROPE",
"2331 PARVULESCO",
"2332 KALM",
"2335 JAMES",
"234 BARBARA",
"2341 AOLUTA",
"2345 FUCIK",
"2346 LILIO",
"2349 KURCHENKO",
"235 CAROLINA",
"2353 ALVA",
"2354 LAVROV",
"2357 PHERECLOS",
"236 HONORIA",
"2363 CEBRIONES",
"2365 INTERKOSMOS",
"2369 CHEKHOV",
"237 COELESTINA",
"2370 VAN ALTENA",
"2371 DIMITROV",
"2373 IMMO",
"2374 VLADVYSOTSKIJ",
"2375 RADEK",
"2378 PANNEKOEK",
"2379 HEISKANEN",
"238 HYPATIA",
"2380 HEILONGJIANG",
"2381 LANDI",
"2382 NONIE",
"2386 NIKONOV",
"239 ADRASTEA",
"2390 NEZARKA",
"2396 KOCHI",
"2397 LAPPAHARVI",
"23P/BRORSEN-METCALF 1 (1847 O1)",
"24 THEMIS",
"240 VANADIS",
"2401 AEHLITA",
"2402 SATPAEV",
"2403 SUMAVA",
"2405 WELCH",
"2407 HAUG",
"2409 CHAPMAN",
"241 GERMANIA",
"2410 MORRISON",
"2411 ZELLNER",
"242 KRIEMHILD",
"2420 CIURLIONIS",
"2423 IBARRURI",
"2427 KOBZAR",
"2428 KAMENYAR",
"243 IDA",
"2430 BRUCE HELIN",
"2438 OLESHKO",
"244 SITA",
"2440 EDUCATIO",
"2442 CORBETT",
"2444 LEDERLE",
"2446 LUNACHARSKY",
"2448 SHOLOKHOV",
"2449 KENOS",
"245 VERA",
"2451 DOLLFUS",
"2455 SOMVILLE",
"246 ASPORINA",
"2463 STERPIN",
"2464 NORDENSKIOLD",
"2465 WILSON",
"2467 KOLLONTAI",
"2468 REPIN",
"247 EUKRATE",
"2478 TOKAI",
"248 LAMEIA",
"2482 PERKIN",
"2489 SUVOROV",
"249 ILSE",
"2490 BUSSOLINI",
"2491 TVASHTRI",
"2493 ELMER",
"24P/SCHAUMASSE 1 (1911 X1)",
"25 PHOCAEA",
"250 BETTINA",
"2501 LOHJA",
"2503 LIAONING",
"2504 GAVIOLA",
"2507 BOBONE",
"2508 ALUPKA",
"2509 CHUKOTKA",
"251 SOPHIA",
"2510 SHANDONG",
"2511 PATTERSON",
"25143 ITOKAWA",
"2519 ANNAGERMAN",
"252 CLEMENTINA",
"2521 HEIDI",
"2524 BUDOVICIUM",
"2525 O'STEEN",
"2525 O_STEEN",
"2527 GREGORY",
"253 MATHILDE",
"2538 VANDERLINDEN",
"254 AUGUSTA",
"2547 HUBEI",
"2548 LELOIR",
"255 OPPAVIA",
"2558 VIV",
"2559 SVOBODA",
"256 WALPURGA",
"2560 SIEGMA",
"2566 KIRGHIZIA",
"2567 ELBA",
"2569 MADELINE",
"257 SILESIA",
"2575 BULGARIA",
"2577 LITVA",
"2579 SPARTACUS",
"258 TYCHE",
"2582 HARIMAYA-BASHI",
"259 ALATHEA",
"259 ALETHEIA",
"2590 MOURAO",
"2598 MERLIN",
"2599 VESELI",
"26 PROSERPINA",
"260 HUMBERTA",
"2604 MARSHAK",
"2606 ODESSA",
"261 PRYMNO",
"2612 KATHRYN",
"262 VALDA",
"2625 JACK LONDON",
"2629 RUDRA",
"263 DRESDA",
"2631 ZHEJIANG",
"2634 JAMES BRADLEY",
"2635 HUGGINS",
"264 LIBUSSA",
"2640 HALLSTROM",
"2645 DAPHNE PLANE",
"265 ANNA",
"2651 KAREN",
"2653 PRINCIPIA",
"2655 GUANGXI",
"2659 MILLIS",
"266 ALINE",
"267 TIRZA",
"2674 PANDARUS",
"2675 TOLKIEN",
"268 ADOREA",
"2681 OSTROVSKIJ",
"2685 MASURSKY",
"26879 HAINES",
"269 JUSTITIA",
"26P/GRIGG-SKJELLERUP 1 (1922 K1)",
"27 EUTERPE",
"270 ANAHITA",
"2703 RODARI",
"2704 JULIAN LOEWE",
"2708 BURNS",
"2709 SAGAN",
"271 PENTHESILEA",
"2715 MIELIKKI",
"2717 TELLERVO",
"272 ANTONIA",
"2720 PYOTR PERVYJ",
"2724 ORLOV",
"2728 YATSKIV",
"273 ATROPOS",
"2730 BARKS",
"2732 WITT",
"2733 HAMINA",
"2735 ELLEN",
"2736 OPS",
"2737 KOTKA",
"274 PHILAGORIA",
"2744 BIRGITTA",
"2746 HISSAO",
"2748 PATRICK GENE",
"275 SAPIENTIA",
"2750 LOVIISA",
"2754 EFIMOV",
"276 ADELHEID",
"2760 KACHA",
"2762 FOWLER",
"2763 JEANS",
"277 ELVIRA",
"2772 DUGAN",
"2775 ODISHAW",
"2778 TANGSHAN",
"278 PAULINA",
"2780 MONNING",
"2789 FOSHAN",
"279 THULE",
"2790 NEEDHAM",
"2791 PARADISE",
"2795 LEPAGE",
"2796 KRON",
"27P/CROMMELIN 1 (1928 W1)",
"28 BELLONA",
"2801 HUYGENS",
"2807 KARL MARX",
"2809 VERNADSKIJ",
"281 LUCRETIA",
"2810 LEV TOLSTOJ",
"2813 ZAPPALA",
"2815 SOMA",
"2816 PIEN",
"2818 JUVENALIS",
"282 CLORINDE",
"2820 IISALMI",
"2827 VELLAMO",
"2829 BOBHOPE",
"283 EMMA",
"2830 GREENWICH",
"2834 CHRISTY CAROL",
"284 AMALIA",
"2840 KALLAVESI",
"2841 PUIJO",
"2850 MOZHAISKIJ",
"2851 HARBIN",
"2852 DECLERCQ",
"2855 BASTIAN",
"2857 NOT",
"286 ICLEA",
"2861 LAMBRECHT",
"2864 SODERBLOM",
"2867 STEINS",
"287 NEPHTHYS",
"2872 GENTELEC",
"2873 BINZEL",
"2874 JIM YOUNG",
"2875 LAGERKVIST",
"2879 SHIMIZU",
"288 GLAUKE",
"2881 MEIDEN",
"289 NENETTA",
"2891 MCGETCHIN",
"2892 FILIPENKO",
"2893 PEIROOS",
"28P/NEUJMIN 1 (1913 R2)",
"29 AMPHITRITE",
"290 BRUNA",
"2902 WESTERLUND",
"2905 PLASKETT",
"2906 CALTECH",
"2908 SHIMOYAMA",
"291 ALICE",
"2911 MIAHELENA",
"2912 LAPALMA",
"2914 GLARNISCH",
"2917 SAWYER HOGG",
"292 LUDOVICA",
"2920 AUTOMEDON",
"2923 SCHUYLER",
"2925 BEATTY",
"2927 ALAMOSA",
"2929 HARRIS",
"293 BRASILIA",
"2930 EURIPIDES",
"2934 ARISTOPHANES",
"2938 HOPI",
"294 FELICIA",
"2946 MUCHACHOS",
"2949 KAVERZNEV",
"295 THERESIA",
"2952 LILLIPUTIA",
"2953 VYSHESLAVIA",
"2955 NEWBURN",
"2956 YEOMANS",
"2957 TATSUO",
"2959 SCHOLL",
"296 PHAETUSA",
"2961 KATSURAHAMA",
"2962 OTTO",
"2965 SURIKOV",
"2966 KORSUNIA",
"297 CAECILIA",
"2973 PAOLA",
"2975 SPAHR",
"2977 CHIVILIKHIN",
"298 BAPTISTINA",
"2988 KORHONEN",
"2991 BILBO",
"2993 WENDY",
"2996 BOWMAN",
"29P/SCHWASSMANN-WACHMANN 1 (1927 V1)",
"2P/ENCKE 1 (1818 W1)",
"3 JUNO",
"30 URANIA",
"3000 LEONARDO",
"3007 REAVES",
"301 BAVARIA",
"3015 CANDY",
"302 CLARISSA",
"3020 NAUDTS",
"3022 DOBERMANN",
"3023 HEARD",
"3028 ZHANGGUOXI",
"303 JOSEPHINE",
"3033 HOLBAEK",
"3036 KRAT",
"3037 ALKU",
"304 OLGA",
"3040 KOZAI",
"3043 SAN DIEGO",
"306 UNITAS",
"3060 DELCANO",
"3063 MAKHAON",
"3065 SARAHILL",
"3066 MCFADDEN",
"3067 AKMATOVA",
"30698 HIPPOKOON",
"307 NIKE",
"3073 KURSK",
"3074 POPOV",
"308 POLYXO",
"3085 DONNA",
"309 FRATERNITAS",
"3090 TJOSSEM",
"3096 BEZRUC",
"31 EUPHROSYNE",
"310 MARGARITA",
"3101 GLODERBERGER",
"3102 KROK",
"3103 EGER",
"3104 DURER",
"3105 STRUMPFF",
"3106 MORABITO",
"3109 MACHIN",
"311 CLAUDIA",
"3116 GOODRICKE",
"312 PIERRETTA",
"3121 TAMINES",
"3122 FLORENCE",
"3123 DUNHAM",
"3124 KANSAS",
"3128 OBRUCHEV",
"313 CHALDAEA",
"3137 HORKY",
"3139 SHANTOU",
"314 ROSALIA",
"3141 BUCHAR",
"3151 TALBOT",
"3152 JONES",
"3153 LINCOLN",
"3155 LEE",
"3158 ANGA",
"316 GOBERTA",
"3162 NOSTALGIA",
"3167 BABCOCK",
"3169 OSTRO",
"317 ROXANE",
"3170 DZHANIBEKOV",
"3175 NETTO",
"3179 BERUTI",
"3181 AHMERT",
"3181 AHNERT",
"3182 SHIMANTO",
"319 LEONA",
"3192 A'HEARN",
"3197 WEISSMAN",
"3198 WALLONIA",
"3199 NEFERTITI",
"31P/SCHWASSMANN-WACHMANN 2 (1929 B1)",
"32 POMONA",
"3200 PHAETHON",
"3204 LINDGREN",
"3209 BUCHWALD",
"321 FLORENTINA",
"3214 MAKARENKO",
"3216 HARRINGTON",
"322 PHAEO",
"3220 MURAYAMA",
"3224 IRKUTSK",
"3225 HOAG",
"323 BRUCIA",
"3231 MILA",
"324 BAMBERGA",
"3242 BACKCHISARAJ",
"3246 BIDSTRUP",
"3248 FARINELLA",
"3249 MUSASHINO",
"325 HEIDELBERGA",
"3254 BUS",
"3255 THOLEN",
"3256 DAGUERRE",
"3258 SOMNIUM",
"3259 BROWNLEE",
"326 TAMARA",
"3262 MIUNE",
"3265 FLETCHER",
"3267 GLO",
"3268 DE SANCTIS",
"327 COLUMBIA",
"3274 MAILLEN",
"3285 RUTH WOLFE",
"3287 OLMSTEAD",
"3288 SELEUCUS",
"329 SVEA",
"3296 BOSQUE ALEGRE",
"33 POLYHYMNIA",
"3300 MCGLASSON",
"3306 BYRON",
"3307 ATHABASCA",
"3308 FERRERI",
"3309 BRORFELDE",
"331 ETHERIDGEA",
"3311 PODOBED",
"3314 BEALS",
"3317 PARIS",
"332 SIRI",
"3320 NAMBA",
"3321 DASHA",
"3328 INTERPOSITA",
"3330 GANTRISCH",
"3332 RAKSHA",
"3333 SCHABER",
"334 CHICAGO",
"3340 YINHAI",
"3341 HARTMANN",
"3343 NEDZEL",
"3345 TARKOVSKIJ",
"3349 MANAS",
"335 ROBERTA",
"3352 MCAULIFFE",
"3354 MCNAIR",
"336 LACADIERA",
"3363 BOWEN",
"3364 ZDENKA",
"3365 RECOGNE",
"3367 ALEX",
"337 DEVOSA",
"3371 GIACCONI",
"3375 AMY",
"3376 ARMANDHAMMER",
"338 BUDROSA",
"3381 MIKKOLA",
"3385 BRONNINA",
"3388 TSANGHINCHI",
"3389 SINZOT",
"339 DOROTHEA",
"3394 BANNO",
"3395 JITKA",
"34 CIRCE",
"340 EDUARDA",
"3400 AOTEAROA",
"3401 VANPHILOS",
"3406 OMSK",
"341 CALIFORNIA",
"3416 DORRIT",
"3417 TAMBLYN",
"342 ENDYMION",
"3430 BRADFIELD",
"3431 NAKANO",
"3435 BOURY",
"344 DESIDERATA",
"3440 STAMPFER",
"3443 LEETSUNGDAO",
"3445 PINSON",
"3447 BURCKHALTER",
"345 TERCIDINA",
"3451 MENTOR",
"3458 BODUOGNAT",
"346 HERMENTARIA",
"347 PARIANA",
"3474 LINSLEY",
"3478 FANALE",
"348 MAY",
"3483 SVETLOV",
"349 DEMBOWSKA",
"3491 FRIDOLIN",
"3492 PETRA-PEPI",
"3493 STEPANOV",
"3494 PURPLE MOUNTAIN",
"3498 BELTON",
"35 LEUKOTHEA",
"350 ORNAMENTA",
"3501 OLEGIYA",
"3507 VILAS",
"3511 TSVETAEVA",
"352 GISELA",
"3523 ARINA",
"3526 JEFFBELL",
"3527 MCCORD",
"3528 COUNSELMAN",
"353 RUPERTO-CAROLA",
"3533 TOYOTA",
"3534 SAX",
"3536 SCHLEICHER",
"354 ELEONORA",
"3542 TANJIAZHEN",
"3545 GAFFEY",
"3546 ATANASOFF",
"3548 EURYBATES",
"355 GABRIELLA",
"3551 VERENIA",
"3559 VIOLAUMAYER",
"356 LIGURIA",
"3563 CANTERBURY",
"3566 LEVITAN",
"3567 ALVEMA",
"357 NININA",
"3573 HOLMBERG",
"3575 ANYUTA",
"3576 GALINA",
"3578 CARESTIA",
"358 APOLLONIA",
"3581 ALVAREZ",
"3586 VASNETSOV",
"3587 DESCARTES",
"359 GEORGIA",
"3592 NEDBAL",
"36 ATALANTE",
"360 CARLOVA",
"3600 ARCHIMEDES",
"361 BONONIA",
"3611 DABU",
"3615 SAFRONOV",
"362 HAVNIA",
"3627 SAYERS",
"3628 BOZNEMCOVA",
"363 PADUA",
"3630 LUBOMIR",
"3635 KREUTZ",
"3636 PAJDUSAKOVA",
"364 ISARA",
"3640 GOSTIN",
"3642 FRIEDEN",
"3645 FABINI",
"3647 DERMOTT",
"365 CORDUBA",
"3654 AAS",
"3657 ERMOLOVA",
"3658 FELDMAN",
"366 VICENTINA",
"366 VINCENTINA",
"3663 TISSERAND",
"3665 FITZGERALD",
"3669 VERTINSKIJ",
"367 AMICITIA",
"3670 NORTHCOTT",
"3674 ERBISBUHL",
"3677 MAGNUSSON",
"3678 MONGMANWAI",
"368 HAIDEA",
"3682 WELTHER",
"3684 BERRY",
"3686 ANTOKU",
"3687 DZUS",
"369 AERIA",
"3691 BEDE",
"37 FIDES",
"3700 GEOWILLIAMS",
"3701 PURKYNE",
"3702 TRUBETSKAYA",
"3704 GAOSHIQI",
"3709 POLYPOITES",
"371 BOHEMIA",
"3710 BOGOSLOVSKIJ",
"3712 KRAFT",
"3713 PIETERS",
"372 PALMA",
"3728 IRAS",
"373 MELUSINA",
"3730 HURBAN",
"3734 WALAND",
"3737 BECKMAN",
"374 BURGUNDIA",
"3740 MENGE",
"3744 HORN-D'ARTURO",
"3748 TATUM",
"375 URSULA",
"3752 CAMILLO",
"3753 CRUITHNE",
"3759 PIIRONEN",
"376 GEOMETRIA",
"3760 POUTANEN",
"3762 AMARAVELLA",
"3767 DIMAGGIO",
"377 CAMPANIA",
"3775 ELLENBETH",
"378 HOLMIA",
"3782 CELLE",
"3786 YAMADA",
"3787 AIVAZOVSKIJ",
"3789 ZHONGGUO",
"379 HUENNA",
"3792 PRESTON",
"3793 LEONTEUS",
"3796 LENE",
"38 LEDA",
"380 FIDUCIA",
"3800 KARAYUSUF",
"3809 AMICI",
"381 MYRRHA",
"3813 FORTOV",
"3816 CHUGAINOV",
"3819 ROBINSON",
"382 DODONA",
"3824 BRENDALEE",
"3827 ZDENEKHORSKY",
"3829 GUNMA",
"383 JANINA",
"3831 PETTENGILL",
"3832 SHAPIRO",
"3833 CALINGASTA",
"384 BURDIGALA",
"3841 DICICCO",
"3849 INCIDENTIA",
"385 ILMATAR",
"3850 PELTIER",
"3853 HAAS",
"3858 DORCHESTER",
"386 SIEGENA",
"3860 PLOVDIV",
"3861 LORENZ",
"3862 AGEKIAN",
"3869 NORTON",
"387 AQUITANIA",
"3873 RODDY",
"3875 STAEHLE",
"388 CHARYBDIS",
"3880 KAISERMAN",
"3885 BOGORODSKIJ",
"3886 SHCHERBAKOVIA",
"3888 HOYT",
"389 INDUSTRIA",
"3894 WILLIAMCOOKE",
"38P/STEPHAN-OTERMA 1 (1942 V1)",
"39 LAETITIA",
"390 ALMA",
"3900 KNEZEVIC",
"3903 KLIMENT OHRIDSKI",
"3906 CHAO",
"391 INGEBORG",
"3910 LISZT",
"3913 CHEMIN",
"3915 FUKUSHIMA",
"392 WILHELMINA",
"3920 AUBIGNAN",
"3925 TRET'YAKOV",
"3925 TRET_YAKOV",
"393 LAMPETIA",
"3935 TOATENMONGAKKAI",
"3939 HURUHATA",
"394 ARDUINA",
"3940 LARION",
"3944 HALLIDAY",
"3949 MACH",
"395 DELIA",
"3958 KOMENDANTOV",
"396 AEOLIA",
"3963 PARADZHANOV",
"3968 KOPTELOV",
"397 VIENNA",
"3971 VORONIKHIN",
"3972 RICHARD",
"3976 LISE",
"398 ADMETE",
"3985 RAYBATSON",
"399 PERSEPHONE",
"3990 HEIMDAL",
"3995 SAKAINO",
"3999 ARISTARCHUS",
"4 VESTA",
"40 HARMONIA",
"400 DUCROSA",
"4001 PTOLEMAEUS",
"4002 SHINAGAWA",
"4005 DYAGILEV",
"4006 SANDLER",
"4015 WILSON-HARRINGTON",
"402 CHLOE",
"4025 RIDLEY",
"403 CYANE",
"4031 MUELLER",
"4033 YATSUGATAKE",
"4037 IKEYA",
"4038 KRISTINA",
"4039 SOUSEKI",
"404 ARSINOE",
"405 THIA",
"4051 HATANAKA",
"4055 MAGELLAN",
"4056 TIMWARNER",
"406 ERNA",
"4060 DEIPYLOS",
"4062 SCHIAPARELLI",
"4063 EUFORBO",
"4068 MENESTHEUS",
"407 ARACHNE",
"4072 YAYOI",
"4082 SWANN",
"4083 JODY",
"4085 WEIR",
"409 ASPASIA",
"4096 KUSHIRO",
"41 DAPHNE",
"410 CHLORIS",
"4100 SUMIKO",
"4103 CHAHINE",
"4104 ALU",
"4107 RUFINO",
"4112 HRABAL",
"4116 ELACHI",
"412 ELISABETHA",
"4121 CARLIN",
"4124 HERRIOT",
"4125 LEW ALLEN",
"4127 KYOGUKU",
"413 EDBURGA",
"4132 BARTOK",
"4135 SVETLANOV",
"414 LIRIOPE",
"4142 DERSU-UZALA",
"4143 HUZIAK",
"4145 MAXIMOVA",
"4147 LENNON",
"415 PALATIA",
"4156",
"4157 IZU",
"4159 FREEMAN",
"416 VATICANA",
"4165 DIDKOVSKIJ",
"417 SUEVIA",
"4175 BILLBAUM",
"4179 TOUTATIS",
"418 ALEMANNIA",
"4182 MOUNT LOCKE",
"4188 KITEZH",
"419 AURELIA",
"4191 ASSESSE",
"4194 SWEITZER",
"4197 TOUTATIS",
"42 ISIS",
"420 BERTHOLDA",
"4200 SHIZUKAGOZEN",
"4201 OROSZ",
"4205 DAVID HUGHES",
"421 ZAHRINGIA",
"4215 KAMO",
"4219 NAKAMURA",
"422 BEROLINA",
"4220 FLOOD",
"4222 NANCITA",
"423 DIOTIMA",
"424 GRATIA",
"425 CORNELIA",
"4256 KAGAMIGAWA",
"426 HIPPO",
"4261 GEKKO",
"4265 KANI",
"4272 ENTSUJI",
"4276 CLIFFORD",
"4278 HARVEY",
"4280 SIMONENKO",
"4282 ENDATE",
"4284 KAHO",
"4287 TRISOV",
"429 LOTIS",
"4292 AOBA",
"4297 EICHHORN",
"4299 WIYN",
"43 ARIADNE",
"430 HYBRIS",
"4304 GEICHENKO",
"4305 CLAPTON",
"431 NEPHELE",
"4311 ZGURIDI",
"432 PYTHIA",
"4327 RIES",
"433 EROS",
"4332 MILTON",
"434 HUNGARIA",
"4340 DENCE",
"4341 POSEIDON",
"4342 FREUD",
"4343 TETSUYA",
"435 ELLA",
"4352 KYOTO",
"4353 ONIZAKI",
"436 PATRICIA",
"4369 SEIFERT",
"437 RHODIA",
"4370 DICKENS",
"4372 QUINCY",
"4373 CRESPO",
"4374 TADAMORI",
"4375 KIYOMORI",
"43754 1983 AA",
"4376 SHIGEMORI",
"4382 STRAVINSKY",
"4387 TANAKA",
"439 OHIO",
"4390 MADRETERESA",
"4396 GRESSMANN",
"44 NYSA",
"4407 TAIHAKU",
"441 BATHILDE",
"4417 LECAR",
"442 EICHSFELDIA",
"4422 JARRE",
"4424 ARKHIPOVA",
"4426 ROERICH",
"443 PHOTOGRAPHICA",
"4434 NIKULIN",
"4435 HOLT",
"444 GYPTIS",
"4440 TCHANTCHES",
"4448 PHILDAVIS",
"445 EDNA",
"4456 MAWSON",
"4457 VAN GOGH",
"446 AETERNITAS",
"4460 BIHORO",
"4461 SAYAMA",
"447 VALENTINE",
"4483 PETOFI",
"4484 SIF",
"449 HAMBURGA",
"4490 BAMBERY",
"4491 OTARU",
"4497 TAGUCHI",
"45 EUGENIA",
"4502 ELIZABETHANN",
"451 PATIENTIA",
"4510 SHAWNA",
"4511 REMBRANDT",
"4512 SINUHE",
"4516 PUGOVKIN",
"4520 DOVZHENKO",
"4522 BRITASTRA",
"453 TEA",
"4533 ORTH",
"4534 RIMSKIJ-KORSAKOV",
"4546 FRANCK",
"4547 MASSACHUSETTS",
"4548 WIELEN",
"455 BRUCHSALIA",
"4556 GUMILYOV",
"4558 JANESICK",
"456 ABNOBA",
"4562",
"457 ALLEGHENIA",
"4570 RUNCORN",
"458 HERCYNIA",
"4580 CHILD",
"4584 AKAN",
"459 SIGNE",
"4591 BRYANTSEV",
"45P/HONDA-MRKOS-PAJDUSAKOVA 1 (1948 X1)",
"46 HESTIA",
"460 SCANIA",
"4601 LUDKEWYCZ",
"4606 SAHEKI",
"4607 SEILANDFARM",
"461 SASKIA",
"4610 KAJOV",
"4611 VULKANEIFEL",
"4613 MAMORU",
"4617 ZADUNAISKY",
"4619 POLYAKHOVA",
"462 ERIPHYLA",
"4621 TAMBOV",
"4628 LAPLACE",
"4635 RIMBAUD",
"464 MEGAIRA",
"4640 HARA",
"4649 SUMOTO",
"465 ALEKTO",
"4650 MORI",
"466 TISIPHONE",
"4666 DIETZ",
"467 LAURA",
"4673 BORTLE",
"4678 NINIAN",
"468 LINA",
"4682 BYKOV",
"4686 MAISICA",
"469 ARGENTINA",
"46P/WIRTANEN 1 (1948 A1)",
"47 AGLAJA",
"47 TUC",
"470 KILIA",
"4701 MILANI",
"4702 BEROUNKA",
"4706 DENNISREUTER",
"471 PAPAGENA",
"4711 KATHY",
"4713 STEEL",
"4718 ARAKI",
"4719 BURNABY",
"472 ROMA",
"4725 MILONE",
"4726 FEDERER",
"4730 XINGMINGZHOU",
"4733 ORO",
"4737 KILADZE",
"474 PRUDENTIA",
"4748 TOKIWAGOZEN",
"475 OCLLO",
"4750 MUKAI",
"476 HEDWIG",
"4761 URRUTIA",
"4764 JONEBERHART",
"4769 CASTALIA",
"477 ITALIA",
"4770 LANE",
"4774 HOBETSU",
"4778 FUSS",
"478 TERGESTE",
"4786 TATIANINA",
"479 CAPRERA",
"4796 LEWIS",
"48 DORIS",
"480 HANSA",
"4804 PASTEUR",
"481 EMITA",
"4820 FAY",
"4824 STRADONICE",
"4826 WILHELMS",
"4829 SERGESTUS",
"483 SEPPINA",
"4833 MEGES",
"4838 BILLMCLAUGHLIN",
"4839 DAISETSUZAN",
"484 PITTSBURGHIA",
"4843 MEGANTIC",
"4844 MATSUYAMA",
"4845 TSUBETSU",
"4849 ARDENNE",
"485 GENUA",
"4856 SEABORG",
"487 VENETIA",
"488 KREUSA",
"4880 TOVSTONOGOV",
"4884 BRAGARIA",
"4889 PRAETORIUS",
"489 COMACINA",
"48P/JOHNSON (1949 Q1)",
"49 PALES",
"490 VERITAS",
"4900 MAYMELOU",
"4902 THESSANDRUS",
"4909 COUTEAU",
"491 CARINA",
"4910 KAWASATO",
"4914 PARDINA",
"4917 YURILVOVIA",
"4923 CLARKE",
"493 GRISELDIS",
"4931 TOMSK",
"4939",
"494 VIRTUS",
"4944 KOZLOVSKIJ",
"4945 IKENOZENNI",
"4948",
"495 EULALIA",
"4950 HOUSE",
"4951 IWAMOTO",
"4954 ERIC",
"4955 GOLD",
"4956 NOYMER",
"4957 BRUCEMURRAY",
"496 GRYPHIA",
"4968 SUZAMUR",
"4969 LAWRENCE",
"497 IVA",
"4977 RAUTHGUNDIS",
"498 TOKIO",
"4982 BARTINI",
"499 VENUSIA",
"4997 KSANA",
"49P/AREND-RIGAUX 1 (1951 C2)",
"4P/FAYE 1 (1843 W1)",
"5 ASTRAEA",
"50 VIRGINIA",
"500 SELINUR",
"5008 MIYAZAWAKENJI",
"501 URHIXIDUR",
"5010 AMENEMHET",
"5016 MIGIRENKO",
"502 SIGUNE",
"503 EVELYN",
"504 CORA",
"5045 HOYIN",
"505 CAVA",
"506 MARION",
"5065 JOHNSTONE",
"5067 OCCIDENTAL",
"5069 TOKEIDAI",
"507 LAODICA",
"508 PRINCETONIA",
"5087 EMEL'YANOV",
"509 IOLANDA",
"5090 WYETH",
"5091 ISAKOVSKIJ",
"51 NEMAUSA",
"510 MABELLA",
"5102 BENFRANKLIN",
"5103 DIVIS",
"5108 LUBECK",
"511 DAVIDA",
"5111 JACLIFF",
"5118 ELNAPOUL",
"512 TAURINENSIS",
"5122 MUCHA",
"513 CENTESIMA",
"5130 ILIONEUS",
"5133 PHILLIPADAMS",
"5134 EBILSON",
"514 ARMIDA",
"5142 OKUTAMA",
"5143 HERACLES",
"5145 PHOLUS",
"5147 MARUYAMA",
"515 ATHALIA",
"5159 BURBINE",
"516 AMHERSTIA",
"517 EDITH",
"518 HALAWE",
"5184 CAVAILLE-COLL",
"519 SYLVANIA",
"5195 KAENDLER",
"5196 BUSTELLI",
"52 EUROPA",
"5208 ROYER",
"521 BRIXIA",
"5214 OOZORA",
"5215 TSURUI",
"522 HELGA",
"5222 IOFFE",
"523 ADA",
"5230 ASAHINA",
"5234 SECHENOV",
"524 FIDELIO",
"5240 KWASAN",
"5242 KENREIMONIN",
"5243 CLASIEN",
"525 ADELAIDE",
"526 JENA",
"5261 EUREKA",
"5264 TELEPHUS",
"527 EURYANTHE",
"5275 ZDISLAVA",
"528 REZIA",
"529 PREZIOSA",
"5294 ONNETOH",
"53 KALYPSO",
"530 TURANDOT",
"5301 NOVOBRANETS",
"531 ZERLINA",
"532 HERCULINA",
"533 SARA",
"5330 SENRIKYU",
"5333 KANAYA",
"534 NASSOVIA",
"5343 RYZHOV",
"5344 RYABOV",
"5349 PAULHARRIS",
"536 MERAPI",
"537 PAULY",
"5379 ABEHIROSHI",
"539 PAMINA",
"5392 PARKER",
"54 ALEXANDRA",
"540 ROSAMUNDE",
"5401 MINAMIODA",
"541 DEBORAH",
"543 CHARLOTTE",
"5438 LORRE",
"544 JETTA",
"5448 SIEBOLD",
"545 MESSALINA",
"5461 AUTUMN",
"547 PRAXEDIS",
"548 KRESSIDA",
"5481 KIUCHI",
"5485 KAULA",
"549 JESSONDA",
"5492 THOMA",
"55 PANDORA",
"550 SENTA",
"551 ORTRUD",
"5511 CLOANTHUS",
"553 KUNDRY",
"5535 ANNEFRANK",
"554 PERAGA",
"555 NORMA",
"5552 STUDNICKA",
"5553 CHODAS",
"556 PHYLLIS",
"5565 UKYOUNODAIBU",
"5576 ALBANESE",
"558 CARMEN",
"5585 PARKS",
"559 NANON",
"5591 KOYO",
"5592 OSHIMA",
"5595 ROTH",
"55P/TEMPEL-TUTTLE 1 (1865 Y1)",
"56 MELETE",
"560 DELILA",
"5610 BALSTER",
"562 SALOME",
"563 SULEIKA",
"5632 INGELEHMANN",
"564 DUDU",
"5641 MCCLEESE",
"5641 TRAVERSA",
"5649 DONNASHIRLEY",
"565 MARBACHIA",
"566 STEREOSKOPIA",
"567 ELEUTHERIA",
"5678 DUBRIDGE",
"568 CHERUSKIA",
"5685 SANENOBUFUKUI",
"569 MISA",
"57 MNEMOSYNE",
"570 KYTHERA",
"571 DULCINEA",
"572 REBEKKA",
"573 RECHA",
"574 REGINHILD",
"5751 ZAO",
"576 EMANUELA",
"578 HAPPELIA",
"579 SIDONIA",
"5797 BIVOJ",
"58 AQL",
"58 CONCORDIA",
"581 TAUNTONIA",
"581 TAUTONIA",
"582 OLYMPIA",
"583 KLOTILDE",
"5832 MARTAPRINCIPE",
"584 SEMIRAMIS",
"586 THEKLA",
"5870 BALTIMORE",
"588 ACHILLES",
"589 CROATIA",
"59 ELPIS",
"592 BATHSEBA",
"593 TITANIA",
"595 POLYXENA",
"5956 D'ALEMBERT",
"5959 SHAKLAN",
"596 SCHEILA",
"597 BANDUSIA",
"598 OCTAVIA",
"599 LUISA",
"6 HEBE",
"60 ECHO",
"600 MUSA",
"601 NERTHUS",
"602 MARIANNA",
"604 TEKMESSA",
"6051 ANAXIMENES",
"6057 ROBBIA",
"606 BRANGANE",
"6063 JASON",
"607 JENNY",
"6071 SAKITAMA",
"6077 MESSNER",
"6078 BURT",
"6084 BASCON",
"61 DANAE",
"611 VALERIA",
"612 VERONIKA",
"6129 DEMOKRITOS",
"613 GINEVRA",
"6139 NAOMI",
"614 PIA",
"6146 ADAMKRAFFT",
"616 ELLY",
"617 PATROCLUS",
"618 ELFRIEDE",
"619 TRIBERGA",
"6193 MANABE",
"62 ERATO",
"620 DRAKONIA",
"621 WERLANDI",
"622 ESTHER",
"6233 KIMURA",
"624 HEKTOR",
"6249 JENNIFER",
"625 XENIA",
"626 NOTBURGA",
"627 CHARIS",
"628 CHRISTINE",
"629 BERNARDINA",
"63 AUSONIA",
"630 EUPHEMIA",
"631 PHILIPPINA",
"6310 JANKONKE",
"633 ZELIMA",
"634 UTE",
"635 VUNDTIA",
"6354 VANGELIS",
"638 MOIRA",
"6384 KERVIN",
"639 LATONA",
"64 ANGELINA",
"640 BRAMBILLA",
"6410 FUJIWARA",
"642 CLARA",
"643 SCHEHEREZADE",
"6447 TERRYCOLE",
"648 PIPPA",
"6489 GOLEVKA",
"649 JOSEFA",
"6493 CATHYBENNET",
"65 CYBELE",
"650 AMALASUNTHA",
"6500 KODAIRA",
"651 ANTIKLEIA",
"653 BERENIKE",
"654 ZELINDA",
"6560 PRAVDO",
"657 GUNLOD",
"6585 O'KEEFE",
"659 NESTOR",
"6592 GOYA",
"66 MAJA",
"660 CRESCENTIA",
"661 CLOELIA",
"662 NEWTONIA",
"663 GERLINDE",
"664 JUDITH",
"665 SABINE",
"666 DESDEMONA",
"6669 OBI",
"667 DENISE",
"668 DORA",
"67 ASIA",
"670 OTTEGEBE",
"671 CARNEGIA",
"673 EDDA",
"674 RACHELE",
"675 LUDMILLA",
"676 MELITTA",
"677 AALTJE",
"678 FREDEGUNDIS",
"679 PAX",
"67P/CHURYUMOV-GERASIMENKO 1 (1969 R1)",
"68 LETO",
"680 GENOVEVA",
"683 LANZIA",
"6847 KUNZ-HALLSTEIN",
"685 HERMIA",
"686 GERSUIND",
"687 TINETTE",
"688 MELANIE",
"69 HESPERIA",
"690 WRATISLAVIA",
"6908 KUNIMOTO",
"6916 LEWISPEAR",
"692 HIPPODAMIA",
"694 EKARD",
"695 BELLA",
"696 LEONORA",
"697 GALILEA",
"699 HELA",
"6998 TITHONUS",
"6P/D'ARREST 1 (1851 M1)",
"6P/D_ARREST 1 (1851 M1)",
"7 IRIS",
"70 PANOPAEA",
"7002 BRONSHTEN",
"702 ALAUDA",
"704 INTERAMNIA",
"705 ERMINIA",
"7056 KIERKEGAARD",
"706 HIRUNDO",
"709 FRINGILLA",
"71 NIOBE",
"712 BOLIVIANA",
"713 LUSCINIA",
"714 ULULA",
"715 TRANSVAALIA",
"716 BERKELEY",
"717 WISIBADA",
"718 ERIDA",
"72 FERONIA",
"720 BOHLINIA",
"721 TABORA",
"7211 XERXES",
"722 FRIEDA",
"7224 VESNINA",
"7225 HUNTRESS",
"723 HAMMONIA",
"724 HAPAG",
"725 AMANDA",
"726 JOELLA",
"727 NIPPONIA",
"728 LEONISIS",
"729 WATSONIA",
"73 KLYTIA",
"731 SORGA",
"732 TIJILAKI",
"732 TJILAKI",
"733 MOCIA",
"734 BENDA",
"7341",
"735 MARGHANNA",
"7353 KAZUYA",
"737 AREQUIPA",
"739 MANDEVILLE",
"74 GALATEA",
"740 CANTABIA",
"741 BOTOLPHIA",
"742 EDISONA",
"743 EUGENISIS",
"746 MARLU",
"747 WINCHESTER",
"7474",
"748 SIMEISA",
"7480 NORWAN",
"749 MALZOVIA",
"7496 MIROSLAVHOLUB",
"75 EURYDIKE",
"750 OSKAR",
"751 FAINA",
"7512 MONICALAZZARIN",
"7516 KRANJC",
"752 SULAMITIS",
"753 TIFLIS",
"754 MALABAR",
"755 QUINTILLA",
"756 LILLIANA",
"7562 KAGIROINO-OKA",
"757 PORTLANDIA",
"758 MANCUNIA",
"759 VINIFERA",
"76 FREIA",
"760 MASSINGA",
"761 BRENDELIA",
"762 PULCOVA",
"7638 GLADMAN",
"764 GEDANIA",
"767 BONDIA",
"768 STRUVEANA",
"77 FRIGGA",
"770 BALI",
"771 LIBERA",
"772 TANETE",
"7728 GIBLIN",
"773 IRMINTRAUD",
"774 ARMOR",
"775 LUMIERE",
"776 BERBERICIA",
"777 GUTEMBERGA",
"778 THEOBALDA",
"779 NINA",
"78 DIANA",
"780 ARMENIA",
"781 KARTVELIA",
"782 MONTEFIORE",
"783 NORA",
"784 PICKERINGIA",
"785 ZWETANA",
"786 BREDICHINA",
"7868 BARKER",
"787 MOSKVA",
"788 HOHENSTEINA",
"789 LENA",
"7898 OHKUMA",
"79 EURYNOME",
"790 PRETORIA",
"791 ANI",
"792 METCALFIA",
"793 ARIZONA",
"795 FINI",
"796 SARITA",
"797 MONTANA",
"798 RUTH",
"7P/PONNS-WINNECKE 1 (1858 E1)",
"8 FLORA",
"80 SAPPHO",
"801 HELWERTHIA",
"803 PICKA",
"8034 AKKA",
"804 HISPANIA",
"805 HORMUTHIA",
"808 MERXIA",
"809 LUNDIA",
"81 TERPSICHORE",
"8106 CARPINO",
"811 NAUHEIMA",
"813 BAUMEIA",
"814 TAURIS",
"815 COPPELIA",
"816 JULIANA",
"817 ANNIKA",
"8176",
"819 BARNARDIANA",
"81P/WILD 2 (1978 A2)",
"82 ALKMENE",
"821 FANNY",
"822 LALAGE",
"823 SISIGAMBIS",
"824 ANASTASIA",
"825 TANINA",
"826 HENRIKA",
"829 ACADEMIA",
"83 BEATRIX",
"834 BURNHAMIA",
"838 SERAPHINA",
"839 VALBORG",
"84 KLIO",
"844 LEONTINA",
"845 NAEMA",
"846 LIPPERTA",
"847 AGNIA",
"848 INNA",
"849 ARA",
"85 IO",
"850 ALTONA",
"851 ZEISSIA",
"853 NANSENIA",
"856 BACKLUNDA",
"857 GLASENAPPIA",
"858 EL DJEZAIR",
"858 ELDJEZAIR",
"859 BOUZAREAH",
"86 SEMELE",
"860 URSINA",
"862 FRANZIA",
"863 BENKOELA",
"864 AASE",
"866 FATME",
"868 LOVA",
"869 MELLENA",
"87 SYLVIA",
"870 MANTO",
"872 HOLDA",
"873 MECHTHILD",
"874 ROTRAUT",
"877 WALKURE",
"879 RICARDA",
"88 THISBE",
"880 HERBA",
"881 ATHENE",
"882 SWETLANA",
"884 PRIAMUS",
"886 WASHINGTONIA",
"887 ALINDA",
"889 ERYNIA",
"89 JULIA",
"8906 YANO",
"891 GUNHILD",
"892 SEELIGERIA",
"893 LEOPOLDINA",
"894 ERDA",
"895 HELIO",
"897 LYSISTRATA",
"898 HILDEGARD",
"899 JOKASTE",
"8P/TUTTLE 1 (1858 A1)",
"9 METIS",
"90 ANTIOPE",
"900 ROSALINDE",
"901 BRUNSIA",
"904 ROCKEFELLIA",
"905 UNIVERSITAS",
"906 RESPOLDA",
"907 RHODA",
"908 BUDA",
"909 ULLA",
"91 AEGINA",
"910 ANNELIESE",
"911 AGAMEMNON",
"912 MARITIMA",
"913 OTILA",
"914 PALISANA",
"915 COSETTE",
"917 LYKA",
"918 ITHA",
"919 ILSEBILL",
"92 UNDINA",
"921 JOVITA",
"923 HERLUGA",
"924 TONI",
"925 ALPHONSINA",
"928 HILDRUM",
"929 ALGUNDE",
"93 MINERVA",
"930 WESTPHALIA",
"931 WHITTEMORA",
"932 HOOVERIA",
"934 THURINGIA",
"936 KUNIGUNDE",
"937 BETHGEA",
"94 AURORA",
"940 KORDULA",
"941 MURRAY",
"943 BEGONIA",
"9430 ERICHTHONIOS",
"944 HIDALGO",
"945 BARCELONA",
"946 POESIA",
"947 MONTEROSA",
"949 HEL",
"95 ARETHUSA",
"950 AHRENSA",
"951 GASPRA",
"952 CAIA",
"953 PAINLEVA",
"954 LI",
"955 ALSTEDE",
"956 ELISA",
"957 CAMELIA",
"958 ASPLINDA",
"95P/CHIRON (1977 UB)",
"96 AEGLE",
"961 GUNNIE",
"962 ASLOG",
"965 ANGELICA",
"966 MUSCHI",
"968 PETUNIA",
"969 LEOCADIA",
"97 KLOTHO",
"970 PRIMULA",
"971 ALSATIA",
"972 COHNIA",
"973 ARALIA",
"974 LIOBA",
"976 BENJAMINA",
"977 PHILIPPA",
"978 AIDAMINA",
"979 ILSEWA",
"97P/METCALF-BREWINGTON 1 (1906 V2)",
"98 IANTHE",
"980 ANACOSTIA",
"981 MARTINA",
"9818 EURYMACHOS",
"982 FRANKLINA",
"983 GUNILA",
"984 GRETIA",
"985 ROSINA",
"986 AMELIA",
"987 WALLIA",
"988 APPELLA",
"989 SCHWASSMANNIA",
"98P/TAKAMIZAWA 1 (1984 O1)",
"99 DIKE",
"994 OTTHILD",
"996 HILARITAS",
"9969 BRAILLE",
"997 PRISKA",
"9P/TEMPEL 1 (1867 G1)",
"ABEE",
"ACHERNAR",
"ADRASTEA",
"ALAIS",
"ALFIANELLO",
"ALLEGAN",
"ALLENDE",
"ALPHA CEN",
"ALPHA LEO",
"ALPHA LYR",
"ALPHA PAV",
"ALTAIR",
"AMALTHEA",
"ANANKE",
"ANDOVER",
"ANGRA DOS REIS",
"ANTHE",
"APXSSITE",
"ARCTURUS",
"AREA 98",
"ARIEL",
"ASTEROID",
"ASTEROID 10007",
"ASTEROID 10473",
"ASTEROID 10504",
"ASTEROID 105685",
"ASTEROID 11089",
"ASTEROID 111113",
"ASTEROID 11351",
"ASTEROID 11488",
"ASTEROID 11663",
"ASTEROID 11785",
"ASTEROID 11906",
"ASTEROID 120453",
"ASTEROID 12281",
"ASTEROID 124729",
"ASTEROID 12921",
"ASTEROID 13651",
"ASTEROID 13862",
"ASTEROID 14465",
"ASTEROID 14707",
"ASTEROID 15502",
"ASTEROID 15977",
"ASTEROID 163135",
"ASTEROID 163216",
"ASTEROID 17416",
"ASTEROID 17480",
"ASTEROID 17511",
"ASTEROID 18060",
"ASTEROID 18137",
"ASTEROID 18493",
"ASTEROID 18514",
"ASTEROID 18940",
"ASTEROID 19356",
"ASTEROID 1994 CB",
"ASTEROID 1995 FX",
"ASTEROID 1997 GL3",
"ASTEROID 22449",
"ASTEROID 23549",
"ASTEROID 23694",
"ASTEROID 24233",
"ASTEROID 24341",
"ASTEROID 24380",
"ASTEROID 24420",
"ASTEROID 24426",
"ASTEROID 24452",
"ASTEROID 24467",
"ASTEROID 25347",
"ASTEROID 26209",
"ASTEROID 28958",
"ASTEROID 29981",
"ASTEROID 31820",
"ASTEROID 31821",
"ASTEROID 32430",
"ASTEROID 32615",
"ASTEROID 32794",
"ASTEROID 34785",
"ASTEROID 35107",
"ASTEROID 3579",
"ASTEROID 3635",
"ASTEROID 3757",
"ASTEROID 3788",
"ASTEROID 3844",
"ASTEROID 3865",
"ASTEROID 39285",
"ASTEROID 4035",
"ASTEROID 4036",
"ASTEROID 4156",
"ASTEROID 4197",
"ASTEROID 43212",
"ASTEROID 4479",
"ASTEROID 4489",
"ASTEROID 4523",
"ASTEROID 4536",
"ASTEROID 4604",
"ASTEROID 4688",
"ASTEROID 4695",
"ASTEROID 4706",
"ASTEROID 4744",
"ASTEROID 4759",
"ASTEROID 4767",
"ASTEROID 47967",
"ASTEROID 4817",
"ASTEROID 48249",
"ASTEROID 48252",
"ASTEROID 4835",
"ASTEROID 4853",
"ASTEROID 4942",
"ASTEROID 4993",
"ASTEROID 4995",
"ASTEROID 5013",
"ASTEROID 5038",
"ASTEROID 5051",
"ASTEROID 5057",
"ASTEROID 5079",
"ASTEROID 5081",
"ASTEROID 51359",
"ASTEROID 5216",
"ASTEROID 5227",
"ASTEROID 5230",
"ASTEROID 5253",
"ASTEROID 5318",
"ASTEROID 5329",
"ASTEROID 53469",
"ASTEROID 5348",
"ASTEROID 5362",
"ASTEROID 5364",
"ASTEROID 5397",
"ASTEROID 5407",
"ASTEROID 5416",
"ASTEROID 5467",
"ASTEROID 5482",
"ASTEROID 5510",
"ASTEROID 5534",
"ASTEROID 5559",
"ASTEROID 5563",
"ASTEROID 5587",
"ASTEROID 5588",
"ASTEROID 5600",
"ASTEROID 5622",
"ASTEROID 5639",
"ASTEROID 5647",
"ASTEROID 5648",
"ASTEROID 5690",
"ASTEROID 56968",
"ASTEROID 5732",
"ASTEROID 5817",
"ASTEROID 5818",
"ASTEROID 5840",
"ASTEROID 5892",
"ASTEROID 5914",
"ASTEROID 5965",
"ASTEROID 6005",
"ASTEROID 6053",
"ASTEROID 6086",
"ASTEROID 6192",
"ASTEROID 6211",
"ASTEROID 6230",
"ASTEROID 6283",
"ASTEROID 6297",
"ASTEROID 6307",
"ASTEROID 6322",
"ASTEROID 6364",
"ASTEROID 6386",
"ASTEROID 6394",
"ASTEROID 6461",
"ASTEROID 6509",
"ASTEROID 65150",
"ASTEROID 65225",
"ASTEROID 6545",
"ASTEROID 65679",
"ASTEROID 6569",
"ASTEROID 6582",
"ASTEROID 6704",
"ASTEROID 6716",
"ASTEROID 6782",
"ASTEROID 6906",
"ASTEROID 6907",
"ASTEROID 6974",
"ASTEROID 7025",
"ASTEROID 7052",
"ASTEROID 7081",
"ASTEROID 7110",
"ASTEROID 7170",
"ASTEROID 7245",
"ASTEROID 7304",
"ASTEROID 7352",
"ASTEROID 7397",
"ASTEROID 7402",
"ASTEROID 7404",
"ASTEROID 7405",
"ASTEROID 7451",
"ASTEROID 7482",
"ASTEROID 7564",
"ASTEROID 7604",
"ASTEROID 76804",
"ASTEROID 7763",
"ASTEROID 7817",
"ASTEROID 7822",
"ASTEROID 7888",
"ASTEROID 7889",
"ASTEROID 8008",
"ASTEROID 8201",
"ASTEROID 8333",
"ASTEROID 8334",
"ASTEROID 8450",
"ASTEROID 84709",
"ASTEROID 8513",
"ASTEROID 8516",
"ASTEROID 8518",
"ASTEROID 85490",
"ASTEROID 8795",
"ASTEROID 9030",
"ASTEROID 9219",
"ASTEROID 99328",
"ASTEROID 9970",
"ASTEROID 99907",
"ATLANTA",
"ATLAS",
"AUMALE",
"AUSSON",
"BABBS MILL (TROOSTS IRON)",
"BALD MOUNTAIN",
"BARWISE",
"BEREBA",
"BET HYI",
"BETA ANDROMEDAE",
"BETA ARIETIS",
"BETA CEN",
"BETA CMA",
"BLACK SKY",
"BRUDERHEIM",
"BUSCHHOF",
"BUTLER",
"C/AUSTIN (1982 M1)",
"C/AUSTIN (1989 X1)",
"C/BRADFIELD (1979 Y1)",
"C/BRADFIELD (1987 P1)",
"C/CERNIS (1983 O1)",
"C/HALE-BOPP (1995 O1)",
"C/HARTLEY-GOOD (1985 R1)",
"C/HYAKUTAKE (1996 B2)",
"C/ICHIMURA (1987 W1)",
"C/IRAS-ARAKI-ALCOCK (1983 H1)",
"C/LEVY (1991 L3)",
"C/LEVY-RUDENKO (1984 V1)",
"C/LINEAR (2002 T7)",
"C/MCNAUGHT (1987 U3)",
"C/MEIER (1980 V1)",
"C/NISHIKAWA-TAKAMIZAWA-TAGO (1987 B1)",
"C/OKAZAKI-LEVY-RUDENKO (1989 Q1)",
"C/PANTHER (1980 Y2)",
"C/SEARGENT (1978 T1)",
"C/SHOEMAKER-LEVY (1991 T2)",
"C/SUGA-SAIGUSA-FUJIKAWA (1983 J1)",
"C/TABUR (1996 Q1)",
"C/WILSON (1986 P1)",
"C/YANAKA (1989 A1)",
"C/ZANOTTA-BREWINGTON (1991 Y1)",
"CABEZO DE MAYO",
"CAL",
"CAL LAMPS",
"CALIBRATION",
"CALIBRATION FIELD",
"CALIMG",
"CALLISTO",
"CALYPSO",
"CAL_TARGET",
"CANOPUS",
"CARME",
"CASEY COUNTY",
"CASTALIA",
"CERES",
"CHAINPUR",
"CHARON",
"CHASSIGNY",
"CHECKOUT",
"CHULAFINNEE",
"COLBY (WISCONSIN)",
"COLD BOKKEVELD",
"COLESCIPOLI",
"COLLESCIPOLI",
"COMET",
"COOLIDGE",
"CYNTHIANA",
"DANDAPUR",
"DANIELS KUIL",
"DAPHNIS",
"DARK",
"DARK SKY",
"DEIMOS",
"DELTA PISCIUM",
"DESPINA",
"DIONE",
"DIONE B",
"DRAKE CREEK",
"DUST",
"EARTH",
"ELARA",
"ELENOVKA",
"EMISSION NEBULA",
"ENCELADUS",
"EPIMETHEUS",
"EPS AQR",
"EROS",
"ETA-AQUARID",
"EUROPA",
"FARMINGTON",
"FELIX",
"FOMALHAUT",
"FOREST CITY",
"FRANKFORT (STONE)",
"GALATEA",
"GAMMA ORIONIS",
"GANYMEDE",
"GASPRA",
"GEOGRAPHOS",
"GIACOBINI-ZINNER",
"GIRGENTI",
"GJ 436",
"GLL PCT",
"GRIGG SKJELLERUP",
"GROSNAJA",
"GRUENEBERG",
"H5 CHONDRITES",
"H6 CHONDRITES",
"HALLEY",
"HAMLET",
"HARAIYA",
"HAT-P-4",
"HAT-P-7",
"HD 60753",
"HD 79447",
"HD 92044",
"HD151288",
"HELENE",
"HIMALIA",
"HOMESTEAD",
"HVITTIS",
"HYPERION",
"IAPETUS",
"IC 2391",
"IC 433",
"IDA",
"INDARCH",
"INTERSTELLAR PARTICLES",
"INTERSTELLAR_PARTICLES",
"IO",
"IO PLASMA TORUS",
"IRON BAR",
"IRON POWDER",
"J RINGS",
"J1 IO",
"J10 LYSITHEA",
"J11 CARME",
"J12 ANANKE",
"J13 LEDA",
"J17 CALLIRRHOE",
"J18 THEMISTO",
"J19 MEGACLITE",
"J2 EUROPA",
"J20 TAYGETE",
"J22 HARPALYKE",
"J23 KALYKE",
"J24 IOCASTE",
"J27 PRAXIDYKE",
"J6 HIMALIA",
"J7 ELARA",
"J8 PASIPHAE",
"J9 SINOPE",
"JANUS",
"JELICA",
"JOHNSTOWN",
"JONZAC",
"JUPITER",
"JUVINAS",
"K07S4",
"KAINSAZ",
"KAROONDA",
"KHAIRPUR",
"KNYAHINA",
"KNYAHINYA",
"L4 CHONDRITES",
"L5 CHONDRITES",
"L6 CHONDRITES",
"LANCE",
"LANCON",
"LANDER",
"LANDOLT FIELD",
"LARISSA",
"LE TEILLEUL",
"LEDA",
"LEEDEY",
"LEOVILLE",
"LL3 CHONDRITES",
"LL6 CHONDRITES",
"LYSITHEA",
"M 1",
"M 31",
"M 42",
"M 78",
"M 79",
"M11",
"M42",
"M7",
"MAG",
"MANBHOOM",
"MARS",
"MASURSKY",
"MATHILDE",
"MERCURY",
"METEORITE",
"METEOROID",
"METHONE",
"METIS",
"MEZOE-MADARAS",
"MIGHEI",
"MIMAS",
"MINOR SATELLITE",
"MIRANDA",
"MOA-2009-BLG-266",
"MOKOIA",
"MOON",
"MURCHISON",
"MURRAY",
"N RINGS",
"N/A",
"N7 LARISSA",
"N8 PROTEUS",
"NAIAD",
"NAKHLA",
"NANJEMOY",
"NEPTUNE",
"NEREID",
"NERFT",
"NGC 3114",
"NGC 3532",
"NGC 6543",
"NGC 7027",
"NICKEL POWDER",
"NOBLEBOROUGH",
"NOGOYA",
"NON SCIENCE",
"OBERON",
"OCHANSK",
"OLIVENZA",
"OLMEDILLA DE ALARCON",
"OPEN CLUSTER",
"ORGUEIL",
"ORION",
"ORIONID",
"ORNANS",
"P/LEVY 1 (1991 L3)",
"P/MCNAUGHT-RUSSELL 1 (1994 X1)",
"PADVARNINKAI",
"PALLENE",
"PAN",
"PANDORA",
"PANTAR",
"PARAGOULD",
"PARNALLEE",
"PARNELLEE",
"PASAMONTE",
"PASIPHAE",
"PAVLOVKA",
"PETERSBURG",
"PHI 1 CETI",
"PHOBOS",
"PHOEBE",
"PILLISTFER",
"PLAQUE",
"PLEIADES",
"PLUTO",
"POLYDEUCES",
"PPR RCT",
"PROMETHEUS",
"PROTEUS",
"PUCK",
"QUEENS MERCY",
"QUENGGOUK",
"REFERENCE",
"REFLECTION NEBULA",
"RHEA",
"ROCK",
"RODA",
"ROSE CITY",
"ROVER",
"S RINGS",
"S19 YMIR",
"S1_2004",
"S20 PAALIAQ",
"S21 TARVOS",
"S24 KIVIUQ",
"S26 ALBIORIX",
"S28 ERRIAPO",
"S29 SIARNAQ",
"S2_2004",
"S5_2004",
"SARATOV",
"SATELLITE",
"SATURN",
"SCAT LIGHT",
"SCORPIUS",
"SEVRUKOVO",
"SHALKA",
"SHELBURNE",
"SIGMA SGR",
"SINOPE",
"SIOUX COUNTY",
"SIRIUS",
"SKY",
"SL9",
"SOKO-BANJA",
"SOLAR SYSTEM",
"SOLAR WIND",
"SOLAR_SYSTEM",
"SPACECRAFT_DECK",
"SPICA",
"ST. MARKS",
"ST. MICHEL",
"STANNERN",
"STAR",
"STARFIELD",
"STIM LAMP",
"SUN",
"SYSTEM",
"TATAHOUINE",
"TAU CETI",
"TELESTO",
"TETHYS",
"THALASSA",
"THEBE",
"TIESCHITZ",
"TITAN",
"TITANIA",
"TOURINNES-LA-GROSSE",
"TRES-2",
"TRES-3",
"TRITON",
"U RINGS",
"U12 PORTIA",
"U13 ROSALIND",
"U16 CALIBAN",
"U17 SYCORAX",
"UMBRIEL",
"UNK",
"URANUS",
"UTRECHT",
"VAVILOVKA",
"VEGA",
"VENUS",
"VERAMIN",
"VIGARANO",
"WARRENTON",
"WASP-3",
"WINDSOCK",
"XO-2",
"XO-3",
"ZAVID",
"ZHOVTNEVYI"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TARGET_PARAMETER_EPOCH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The target_parameter_epoch element provides the reference
epoch for the value associated with a particular target
parameter, whose name is provided in the
target_parameter_name element. The reference epoch is the
date and time associated with measurement of a quantity
which may vary with time. For example, the value provided
for the obliquity of a planet will be given for a
measurement taken at a specified time. That time will be
referenced in the target_parameter_epoch element. See also
target_parameter_value."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TARGET_PARAMETER_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The target_parameter_name element provides the name of
a dynamic or physical parameter associated with a given
target. This element may take as values only those
names that are proper element names for the various
dynamic and physical parameters cataloged as part of
target information. Example values: BOND_ALBEDO,
MEAN_SURFACE_TEMPERATURE, OBLIQUITY,
ORBITAL_INCLINATION."
STANDARD_VALUE_SET = {
"A AXIS RADIUS",
"ALL",
"ASCENDING NODE LONGITUDE",
"B AXIS RADIUS",
"BOND ALBEDO",
"C AXIS RADIUS",
"EQUATORIAL RADIUS",
"FLATTENING",
"MAGNETIC MOMENT",
"MASS",
"MASS DENSITY",
"MEAN RADIUS",
"MEAN SOLAR DAY",
"N/A",
"OBLIQUITY",
"ORBITAL ECCENTRICITY",
"ORBITAL INCLINATION",
"ORBITAL SEMIMAJOR AXIS",
"PERIAPSIS ARGUMENT ANGLE",
"POLE DECLINATION",
"POLE RIGHT ASCENSION",
"REVOLUTION PERIOD",
"SIDEREAL ROTATION PERIOD",
"SURFACE GRAVITY",
"UNK"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TARGET_PARAMETER_UNCERTAINTY
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The target_parameter_uncertainty element provides the
numeric value of the uncertainty associated with the value
given for a particular target parameter, whose name is
provided in the associated target_parameter_name element.
The uncertainty is expressed in the same units as the value
of the parameter itself, and gives some measure of the
provider's estimate of the reliability of a particular value
stored in the catalog. See also target_parameter_value."
STANDARD_VALUE_SET = {
"0.00014",
"0.00016",
"0.0002",
"0.0005",
"0.0008",
"0.0012",
"0.01",
"0.02",
"0.11",
"0.2E-5",
"1.",
"10.",
"15.",
"20.",
"30.",
"4.",
"6.",
"7.",
"N/A",
"UNK",
"UPPER LIMIT"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TARGET_PARAMETER_VALUE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The target_parameter_value element provides the numeric
value associated with a particular target parameter, whose
name is provided in the associated target_parameter_name
element. Each value provided is associated with a
particular source, which is completely referenced in the
associated data_source_desc. See also
target_parameter_uncertainty, target_parameter_epoch."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TARGET_SUN_POSITION_VECTOR
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The TARGET_SUN_POSITION_VECTOR element provides the
x-, y-, z- components of the position vector from
the target to the sun expressed in J2000 coordinates,
and corrected for light time and stellar aberration,
evaluated at the epoch at which the image was taken."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TARGET_SUN_VELOCITY_VECTOR
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'KM/S'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The TARGET_SUN_VELOCITY_VECTOR element indicates the x-, y-, z-
components of the velocity vector of the target relative to the
sun, 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 = TARGET_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The target_type element identifies the type of a named
target.
Example values: PLANET, SATELLITE, RING, REGION, FEATURE,
ASTEROID, COMET."
STANDARD_VALUE_SET = {
"ASTEROID",
"CALIBRATION",
"COMET",
"DUST",
"GALAXY",
"GLOBULAR CLUSTER",
"METEORITE",
"METEOROID",
"METEOROID STREAM",
"METEOROID_STREAM",
"N/A",
"NEBULA",
"OPEN CLUSTER",
"PLANET",
"PLANETARY NEBULA",
"PLANETARY SYSTEM",
"PLANETARY_SYSTEM",
"PLASMA CLOUD",
"REFERENCE",
"RING",
"SATELLITE",
"STAR",
"STAR CLUSTER",
"SUN",
"TERRESTRIAL SAMPLE",
"TRANS-NEPTUNIAN OBJ"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TASK_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The task_name element identifies the task with which an
individual is or was affiliated during his or her
association with a particular institution.
Note: 'task' affiliations are distinct from
'mission' affiliations."
STANDARD_VALUE_SET = {
"DATA RECOVERY AND ANALYSIS",
"GROUP LEADER",
"GRSFE",
"N/A",
"PLANETARY DATA SYSTEM",
"RESEARCH STAFF",
"UNK",
"VIKING"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TECHNICAL_SUPPORT_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The technical_support_type element indicates the type of support
provided for a piece of software. SOURCE_NAME = PDS CN/S. Hughes."
STANDARD_VALUE_SET = {
"FULL",
"ONE_TIME",
"PROTOTYPE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELEMETRY_APPLICATION_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The TELEMETRY_APPLICATION_ID element is used to link a data product
(file) to a given application or structure description, when multiple
formats exist within a single telemetry format."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELEMETRY_FMT_EXTENSION_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 5
DESCRIPTION = "
The TELEMETRY_FMT_EXTENSION_TYPE element provides additional
information about what kind of telemetry was collected during
scene looks versus calibration looks. Valid values are:
LONG (Scene: Long Telemetry, Calibration: Long Telemetry)
SHORT (Scene: Short Telemetry, Calibration: Short Telemetry)
MIXED (Scene: Short Telemetry, Calibration: Long Telemetry)"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELEMETRY_FORMAT_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 4
DESCRIPTION = "
The TELEMETRY_FORMAT_ID element supplies a telemetry format
code."
STANDARD_VALUE_SET = {
"AI8",
"ALL",
"BDT",
"BK5",
"BPB",
"BPT",
"EHR",
"ELS",
"ESS",
"HCA",
"HCJ",
"HCM",
"HIM",
"HIS",
"HMA",
"HPB",
"HPJ",
"HPW",
"HRW",
"IM4",
"IM8",
"LNR",
"LPB",
"LPU",
"LRS",
"MPB",
"MPP",
"MPR",
"MPW",
"PW4",
"PW8",
"RAW",
"RCP",
"RWR",
"SCI",
"SPT",
"XCM",
"XED",
"XPB",
"XPN",
"XPW",
"XRW"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELEMETRY_PROVIDER_ID
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The TELEMETRY_PROVIDER_ID element identifies the provider and or
version of the telemetry data used in the generation of this data."
STANDARD_VALUE_SET = {
"SSW MER_DP",
"TTACS"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELEMETRY_PROVIDER_TYPE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The TELEMETRY_PROVIDER_TYPE element classifies the source
of the telemetry used in creation of this data set."
STANDARD_VALUE_SET = {
"TDS"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELEMETRY_SOURCE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The telemetry source identifier element identifies the telemetry (TLM)
source. Normally, the telemetry from the spacecraft is routed through a
dedicated channel into the user workstation. All of these elements in the
TLM source may, however, be different over the lifecycle of a mission,
e.g., the spacecraft flight model 1 and flight model 2 (FM1, FM2) or an
electrical model (EM) might be used to send the data via a virtual channel
0 (VC0) or virtual channel 1 (VC1) to a electrical ground support equipment
(EGSE) computer 0 (EGSE_ID_0). The different routes can be defined with the
telemetry source id element.
Examples (substitute quotes instead of apostrophe in the below example):
TELEMETRY_SOURCE_ID = ('FM1','VC0','EGSE_ID_1')
TELEMETRY_SOURCE_ID = ('EM','VC1','EGSE_ID_1')"
STANDARD_VALUE_SET = {
"EGSE_ID_0",
"EGSE_ID_1",
"EM",
"FM0",
"FM1",
"VC0",
"VC1"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELEMETRY_SOURCE_NAME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The TELEMETRY_SOURCE NAME element identifies the telemetry
source used in creation of a data set."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELEMETRY_SOURCE_TYPE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The TELEMETRY_SOURCE_TYPE element classifies the source
of the telemetry used in creation of this data set."
STANDARD_VALUE_SET = {
"DATA PRODUCT",
"SFDU"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELEPHONE_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The telephone_number element provides the area code,
telephone number and extension (if any) of an individual or
node. See also: fts_number."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELESCOPE_DIAMETER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = M
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The telescope_diameter element provides the diameter of the
primary mirror of a telescope."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELESCOPE_F_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0.5
DESCRIPTION = "
The telescope_f_number element provides the value of the
ratio of the focal length to the aperture of a telescope."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELESCOPE_FOCAL_LENGTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = M
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The telescope_focal_length element provides the total
optical path distance from the first element of the optics
to the focal point of a telescope."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELESCOPE_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The telescope_id element uniquely identifies a particular
telescope."
STANDARD_VALUE_SET = {
"A",
"B",
"C",
"D",
"IRS",
"ISS-NA",
"ISS-WA",
"MAWD",
"N/A",
"VISA",
"VISB"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELESCOPE_LATITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = NONE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The telescope_latitude element indicates the planetographic
latitude of a telescope site on the Earth's surface."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELESCOPE_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = NONE
MINIMUM = -180
MAXIMUM = 180
DESCRIPTION = "
The telescope_longitude element indicates the longitude of
a telescope site on the Earth's surface. East longitudes
are positive and west longitudes are negative."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELESCOPE_RESOLUTION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = RAD
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 3.14159
DESCRIPTION = "
The telescope_resolution element provides the achievable
angular resolution of a telescope."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELESCOPE_SERIAL_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The telescope_serial_number element provides the serial
number of a telescope."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELESCOPE_SITE_RADIUS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The telescope_site_radius element indicates the radial
distance of a telescope site from the Earth's center."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELESCOPE_T_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0.5
DESCRIPTION = "
The telescope_t_number element provides the effective
f_number of a telescope.
Note: The t_number differs from the f_number due to
losses in the optical system."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELESCOPE_T_NUMBER_ERROR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The telescope_t_number_error element indicates the error
associated with the t_number value for a particular
telescope."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TELESCOPE_TRANSMITTANCE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1
DESCRIPTION = "
The telescope_transmittance element provides the
transmittance value for a telescope. Transmittance is
defined as the ratio of transmitted to incident flux
through the telescope."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TEMPERATURE_TRANSLATION_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The temperature_translation_desc element provides
the conversion necessary to translate an instrument's
transmitted temperature reading to a value which is
relative to a standard temperature scale."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TEMPLATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The template element provides the identifier that appears in
a physical template header."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TEMPLATE_BL_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The template_bl_name element represents the data base terse
name associated with a template keyword. This tersename is
used during construction of templates to provide a reference
to the keyword
a full data element name rather than the terse
representation. The formulation of the tmpltblname is
governed by rules and abbreviations as defined in the PDS
Data Administration Plan document."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TEMPLATE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The template_name element provides the name of a template
object used in the PDS system and the bulk loading software."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TEMPLATE_NOTE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The template_note element provides the textual description
of the purpose for a template object as related to the data
supplier. This description is distributed whenever a
template is sent to a data supplier."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TEMPLATE_REVISION_DATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = DATE
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The template_revision_date element indicates the latest
revision date for a template (i.e. 1988-11-22)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TEMPLATE_STATUS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The template_status element is updated by the loader
software after certain events in the catalog loading
process. The value of this field indicates the current
status of a template or sub-template in the load process."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TEMPLATE_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The template_type element provides a type or class of
template object."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TEMPLATE_USE_INDICATOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The template_use_indicator element indicates whether or not
template may recur within a set of templates."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TERSE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The terse_name element supplies a twelve-character unique
identifier for a data element and is an alternative to the
thirty-character data element name. In the PDS, the terse
name is an abbreviation of the data element name, according
to the abbreviations documented in the Planetary Science
Data Dictionary."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TEST_PHASE_NAME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The TEST_PHASE_NAME element identifies the
phase of a test for instrument calibration."
STANDARD_VALUE_SET = {
"CALIBRATION",
"CHECKOUT",
"DEVELOPMENT",
"INTEGRATION AND TEST"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TEST_PULSE_STATE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The state of the Cassini UVIS instrument's test pulse mechanism."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TEXT_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 1
DESCRIPTION = "
The text_flag element indicates whether or not a data
element contains variable-length textual information (i.e.,
a description, a note, or a summary)."
STANDARD_VALUE_SET = {
"N",
"Y"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = THRESHOLD_COST
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = US_DOLLAR
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The threshold_cost element provides the maximum cost which
is compared to the order item's calculated cost. When the
threshold cost is exceeded, the order item is not accepted
by the PDS order function."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TIME_FROM_CLOSEST_APPROACH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The time_from_closest_approach element provides the time with respect
to periapsis or closest approach."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TIME_RANGE_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The time_range number is unique to AMMOS-MGN ephemeris files
and identifies groups of time ranges in the catalog object."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TIMEOUT_PARAMETER
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = S
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The TIMEOUT_PARAMETER element provides the time at which an operation
will timeout.
Note: For MER, this is the revolve timeout for grinding. If the
grinding doesn't complete a full revolution within this time it will
determine that it is not making sufficient progress and end the
grinding."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TLM_CMD_DISCREPANCY_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 4
MAXIMUM_LENGTH = 5
DESCRIPTION = "
The tlm_cmd_discrepancy_flag element indicates whether or not
discrepancies were found between the uplinked commands and the
downlinked telemetry."
STANDARD_VALUE_SET = {
"FALSE",
"TRUE"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TLM_INST_DATA_HEADER_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The TLM_INST_DATA_HEADER_ID element indicates the version of the
instrument specific information provided with telemetry data
products. The version is incremented whenever there is a change
to the header structure."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TORQUE_CONSTANT
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The element TORQUE_CONSTANT specifies
the rotation motor torque constant of an...
(this description incomplete at this time)
Valid UNIT_ID is : mN*m/mA"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TORQUE_GAIN
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The element TORQUE_GAIN specifies the torque controller
proportional gain, derivative and integral gain.
Valid UNIT_IDs are:
rad/(sec*m N*m)
rad/(mN*m)
rad*sec/(mN *m)"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TORQUE_GAIN_NAME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The TORQUE_GAIN_NAME element specifies the
formal name of the TORQUE_GAIN element."
STANDARD_VALUE_SET = {
"DERIVATIVE",
"INTEGRAL",
"PROPORTIONAL"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TOTAL_FOVS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The total_fovs (fields-of-view) element indicates the total
number of fields of view associated with a single section of
an instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TOTAL_RESCAN_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The TOTAL_RESCAN_NUMBER is the total number of rescan lines acquired."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TRANSFER_COMMAND_TEXT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The transfer_command_text element represents the complete
command used to create a data volume, such as COPY or
BACKUP for tape volumes. It should also include special
flags that were used to perform the command (eg. tar -xvf)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TRANSMITTED_POLARIZATION_TYPE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 60
DESCRIPTION = "
Polarization of a signal transmitted by the instrument or other source."
STANDARD_VALUE_SET = {
"CIRCULAR",
"ELLIPTICAL",
"HORIZONTAL",
"LEFT CIRCULAR",
"LEFT ELLIPTICAL",
"LINEAR",
"PARALLEL",
"PERPENDICULAR",
"RIGHT CIRCULAR",
"RIGHT ELLIPTICAL",
"VERTICAL"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TRUE_ANOMALY_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The true_anomaly_angle element provides the value of the angle between
the line connecting an orbiting body and the body around which it is
orbiting (its primary) and the line connecting the periapsis position
and the primary. True_anomaly is measured in the orbiting body's
orbital plane in the direction of motion from periapsis."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TRUTH_WINDOW
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = PIXEL
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 and transmitted to
Earth. Within this cut_out_window there can be an image area or
TRUTH_WINDOW of up to 96 X 96 pixels that will be transmitted with only
lossless Huffman compression applied. The truth_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 = TUPLE_SEQUENCE_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The tuple_sequence_number element is used in all text
tables where the ordering of the ASCII text rows is
required. This element is used in all text type tables in
the PDS data base."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TWIST_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The twist_angle element provides the angle of rotation about an
optical axis relative to celestial coordinates. The RIGHT_ASCENSION,
DECLINATION and TWIST_ANGLE elements define the pointing direction
and orientation of an image or scan platform.
Note: The specific mathematical definition of TWIST_ANGLE depends on
the value of the TWIST_ANGLE_TYPE element. If unspecified,
TWIST_ANGLE_TYPE = GALILEO for Galileo data and
TWIST_ANGLE_TYPE = DEFAULT for all other data.
Note: This element bears a simple relationship to the value of
CELESTIAL_NORTH_CLOCK_ANGLE.
When TWIST_ANGLE_TYPE = DEFAULT,
TWIST_ANGLE = (180 - CELESTIAL_NORTH_CLOCK_ANGLE) mod 360;
when TWIST_ANGLE_TYPE = GALILEO,
TWIST_ANGLE = (270 - CELESTIAL_NORTH_CLOCK_ANGLE) mod 360."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TWIST_ANGLE_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 10
DESCRIPTION = "
The twist_angle_type element determines the specific mathematical
meaning of the element TWIST_ANGLE when it is used to specify the
pointing of an image or scan platform. Allowed values are DEFAULT and
GALILEO. If unspecified, the value is GALILEO for Galileo data and
DEFAULT for all other data.
The three elements RIGHT_ASCENSION,
DECLINATION and TWIST_ANGLE define the C-matrix, which transforms a
3-vector in celestial coordinates into a frame fixed to an image plane.
Celestial coordinates refer to a frame in which the x-axis points
toward the First Point of Aries and the z-axis points to the celestial
pole; these coordinates are assumed to be in J2000 unless otherwise
specified. Image plane coordinates are defined such that the x-axis
points right, the y-axis points down, and the z-axis points along the
camera's optic axis, when an image is displayed as defined by the
SAMPLE_DISPLAY_DIRECTION and LINE_DISPLAY_DIRECTION elements.
For TWIST_ANGLE_TYPE = DEFAULT, the C-matrix is equal to
C-matrix = [T]3 [90-D]1 [R+90]3
= |-sinR cosT-cosR sinD sinT cosR cosT-sinR sinD sinT cosD sinT|
| sinR sinT-cosR sinD cosT -cosR sinT-sinR sinD cosT cosD cosT|
| cosR cosD sinR cosD sinD |
For TWIST_ANGLE_TYPE = GALILEO, the C-matrix is defined by
C-matrix = [T]3 [90-D]2 [R]3
= | sinR sinT+cosR sinD cosT cosR sinT+sinR sinD cosT -cosD cosT|
|-sinR cosT-cosR sinD sinT cosR cosT-sinR sinD sinT cosD sinT|
| cosR cosD sinR cosD sinD |
Here the notation [X]n specifies a rotation about the nth axis by
angle X (in degrees). R refers to right ascension, D to declination,
and T to twist angle."
STANDARD_VALUE_SET = {
"DEFAULT",
"GALILEO"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = TWIST_OFFSET_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -90
MAXIMUM = 90
DESCRIPTION = "
The twist_offset_angle element provides the angle at which
an instrument is mounted, measured perpendicular to the
plane defined by the cone and cross-cone axes.
See also cone_offset_angle and cross_cone_offset_angle."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = UNCOMPRESSED_FILE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MINIMUM_LENGTH = 3
MAXIMUM_LENGTH = 31
DESCRIPTION = "
The UNCOMPRESSED_FILE_NAME element provides the location independent name
of a file. It excludes node or volume location, directory path names, and
version specification. To promote portability across multiple platforms,
PDS requires the file_name to be limited to a 27-character basename, a
full stop (. period), and a 3-character extension. Valid characters
include capital letters A - Z, numerals 0 - 9, and the underscore character
(_)."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = UNCORRECTED_DISTANCE_TO_NADIR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = KM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The uncorrected_distance_to_nadir element provides the
'raw' measurement of range-to-surface, obtained from the
pulse-compressed altimeter signals by the MGMTAC phase of
the altimetry and radiometry data reduction program."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = UNCORRECTED_START_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The uncorrected_start_time element provides the time of the
observation as sent down by the spacecraft. This time may
be incorrect due to a software problem that existed onboard
the spacecraft. The difference between the START_TIME and
the UNCORRECTED_START_TIME is the estimated correction that
was applied to the START_TIME during ground processing."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = UNEVEN_BIT_WEIGHT_CORR_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = STATIC
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The uneven_bit_weight_corr_flag element is used to indicate
whether a correction has been applied to adjust for uneven
bit weighting of the analog-to-digital converter. In image
processing, the correction is applied to every pixel in an
image."
STANDARD_VALUE_SET = {
"OFF",
"ON"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = UNIT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The unit element provides the full name or standard
abbreviation of a unit of measurement in which a value is
expressed. Example values: square meter, meter per second.
Note: A table of standard units representing those
published by the Systeme Internationale appears in the
'Units of Measurement' section of the PSDD. (Please refer
to the table of contents for its location.) The values
in this table's 'Unit Name' column constitute the standard
values for the data element UNIT."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = UNIT_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The unit_id element indicates the common abbreviation or
symbol for a unit of measure. Example: The unit KILOGRAM
has the unit_id 'kg'.
Note: A table of standard units, unit ids, and measured
quantities including those published by the Systeme
Internationale appears in the 'Units of Measurement'
section of the PSDD. (Please refer to the table of contents
for its location.) The values in this table's 'Symbol'
column constitute the standard values for the data element
unit_id."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = UNKNOWN_CONSTANT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The unknown_constant element supplies the numeric value
used to represent the figurative constant 'UNK'. 'UNK'
(Unknown) is defined as indicating when values for a
particular data element in a specific instance is
permanently not known."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = UPLOAD_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The upload_id element describes a spacecraft command set
that is associated with the given data product."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = USAGE_NOTE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The usage_note element provides the information about the
use of a particular data element or object within a
particular context."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = USER_PRODUCT_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = NONE
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The user_product_id element provides an
alternate logical file name constructed according to a
producer-defined naming convention."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VALID_MAXIMUM
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The valid_maximum data element represents the maximum value
that is valid for a data object. Valid_minimum and valid_
maximum define the valid range of values for a data object,
such as -90 to 90 for a column object containing latitude
values.
Note: this element should appear in labels only between
the 'OBJECT =' and 'END_OBJECT=' lines of an object with a
specific data type."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VALID_MINIMUM
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The valid_minimum data element represents the minimum value
that is valid for a data object. Valid_minimum and valid_
maximum define the valid range of values for a data object,
such as -90 to 90 for a column object containing latitude
values.
Note: this element should appear in labels only between
the 'OBJECT =' and 'END_OBJECT=' lines of an object with a
specific data type."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VAR_DATA_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 30
DESCRIPTION = "
Tables with variable length records
may be stored in two files, with the fixed-length fields in one file and
the variable-length fields in the other, usually named *.VAR. In a COLUMN
object, the presence of the keywords VAR_DATA_TYPE, VAR_ITEM_BYTES, and
VAR_RECORD_TYPE indicates that the column's value is an offset into a
variable length record in the *.VAR file. VAR_DATA_TYPE specifies the data
type of the data found at the location in the *.VAR file. It is analogous
to the keyword DATA_TYPE."
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",
"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 = VAR_ITEM_BYTES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = B
STANDARD_VALUE_TYPE = "N/A"
MINIMUM = 1
DESCRIPTION = "
Tables with variable length records
may be stored in two files, with the fixed-length fields in one file and
the variable-length fields in the other, usually named *.VAR. In a COLUMN
object, the presence of the keywords VAR_DATA_TYPE, VAR_ITEM_BYTES, and
VAR_RECORD_TYPE indicates that the column's value is an offset into a
variable length record in the *.VAR file. VAR_ITEM_BYTES specifies the
number of bytes of data found at the location in the *.VAR file. It is
analogous to the keyword BYTES."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VAR_RECORD_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 40
DESCRIPTION = "
Tables with variable length records
may be stored in two files, with the fixed-length fields in one file and
the variable-length fields in the other, usually named *.VAR. In a COLUMN
object, the presence of the keywords VAR_DATA_TYPE, VAR_ITEM_BYTES, and
VAR_RECORD_TYPE indicates that the column's value is an offset into a
variable length record in the *.VAR file. VAR_RECORD_TYPE specifies the
type of variable length records in the *.VAR file."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VECTOR_COMPONENT_1
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The vector_component_1 element provides the magnitude of
the first component of a vector.
The particular vector component being measured is
identified by the vector_component_id_1
element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VECTOR_COMPONENT_2
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The vector_component_2 element provides the magnitude of
the second component of a vector.
The particular vector component being measured is
identified by the vector_component_id_2
element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VECTOR_COMPONENT_3
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The vector_component_3 element provides the magnitude of
the third component of a vector.
The particular vector component being measured is
identified by the vector_component_id_3
element."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VECTOR_COMPONENT_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The vector_component_id element identifies a
vector component without reference to a particular vector
component value."
STANDARD_VALUE_SET = {
"CLST_LAT",
"CLST_LNG",
"DECLNATN",
"ESL_X",
"ESL_Y",
"ESL_Z",
"GAMMA",
"ICC_X",
"ICC_Y",
"ICC_Z",
"LAT",
"LATJ$-3",
"LATS$-3",
"LATU$-3",
"LONG",
"LONJ$-3",
"LONS$-3",
"LONU$-3",
"PHI",
"PVO_X",
"PVO_Y",
"PVO_Z",
"R",
"RADIUS",
"RHO",
"RJ$",
"RS$",
"RU$",
"R_ASCNSN",
"SIGMA",
"THETA",
"V",
"VPHI",
"VR",
"VRHO",
"VSO_X",
"VSO_Y",
"VSO_Z",
"VZ",
"WX",
"WY",
"WZ",
"W_LONG",
"X",
"XE",
"XS",
"Y",
"YE",
"YS",
"Z",
"ZE",
"ZS"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VECTOR_COMPONENT_ID_1
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The vector_component_id_1 element identifies
the first component of a vector.
The magnitude of the first component of the vector is
provided by the vector_component_1 element.
Example value: RJ\$ (a radial distance)."
STANDARD_VALUE_SET = {
"RJ$",
"RS$",
"RU$"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VECTOR_COMPONENT_ID_2
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The vector_component_id_2 element identifies
the second component of a vector.
The magnitude of the second component of the vector is
provided by the vector_component_2 element.
Example value: LATJ\$S3 (a latitude)."
STANDARD_VALUE_SET = {
"LATJ$-3",
"LATS$-3",
"LATU$-3"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VECTOR_COMPONENT_ID_3
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The vector_component_id_3 element identifies
the third component of a vector.
The magnitude of the third component of the vector is
provided by the vector_component_3 element.
Example value: LONJ\$S3 (a longitude)."
STANDARD_VALUE_SET = {
"LONJ$-3",
"LONS$-3",
"LONU$-3"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VECTOR_COMPONENT_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The vector_component_type element identifies the type of
information which is provided by a particular vector
component identification element.
Example values: LATITUDE, LONGITUDE, VELOCITY."
STANDARD_VALUE_SET = {
"DISTANCE",
"ISCC X",
"ISCC Y",
"ISCC Z",
"LATITUDE",
"LONGITUDE",
"RANGE",
"SSCC X",
"SSCC Y",
"SSCC Z",
"ULATITUDE",
"VELOCITY",
"X",
"Y",
"Z"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VECTOR_COMPONENT_TYPE_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The vector_component_type_desc provides a
general description of a particular vector component
type."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VECTOR_COMPONENT_UNIT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The vector_component_unit element specifies the unit of
measure of associated dataset or sampling parameters.
For example, in the ring information entity the unit
element specifies that a given set of ring radii are
measured in kilometers."
STANDARD_VALUE_SET = {
"AU",
"DEGREES",
"JOVIAN RADII (1RJ = 71398KM)",
"KM/S",
"N/A",
"PLANETARY RADII",
"RN (RN = 24,765KM)",
"RU (RU = 25,600KM)",
"SATURN RADII (1 RS = 60330 KM)",
"UNK",
"URANUS RADII (1 RU = 25600 KM)"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VERSION_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
DESCRIPTION = "
This element is an alias for product_version_id used only by
AMMOS-MGN ephemeris files."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VERSION_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
DESCRIPTION = "
The version_number element is defined as an alias for
product_version_id and is available only for AMMOS-Magellan
mission operations products."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VERTICAL_FOV
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The vertical_field_of_view element provides the angular
measure of the vertical field of view of an instrument."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VERTICAL_FRAMELET_OFFSET
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
DESCRIPTION = "
The vertical_framelet_offset element provides the column
number of a framelet within a tiled image. In the PDS,
offsets are counted from one."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VERTICAL_PIXEL_FOV
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 360
DESCRIPTION = "
The vertical_pixel_field_of_view element provides the
angular measure of the vertical field of view of a single
pixel."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VERTICAL_PIXEL_SCALE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'M/PIXEL'
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM = 1000000000
DESCRIPTION = "
The VERTICAL_PIXEL_SCALE element indicates the vertical
picture scale."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VOLUME_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The volume_desc element describes the content and type of
data contained in the volume."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VOLUME_FORMAT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 20
DESCRIPTION = "
The volume_format element identifies the logical format
used in writing a data volume, such as ANSI, TAR, or BACKUP
for tape volumes and ISO-9660, HIGH-SIERRA, for CD-ROM
volumes."
STANDARD_VALUE_SET = {
"ANSI",
"HIGH-SIERRA",
"ISO-9660",
"ISO-9660_LEVEL1",
"ISO-9660_LEVEL2",
"NONE",
"TAR",
"UDF_ISO-9660_BRIDGE",
"VAX-BACKUP"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VOLUME_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The volume_id element provides a unique identifier for a
data volume. Example: MG_1001."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VOLUME_INSERT_TEXT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = TEXT
DESCRIPTION = "
The volume_insert_text element provides a text field to be
included on the volume insert. The text field should
identify the data products or data sets included on the
volume. The text field should consist of 8 or fewer lines of
text where each line is no more than 60 characters wide."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VOLUME_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DEFINITION
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The volume_name element contains the name of a data volume.
In most cases the volume_name is more specific than the
volume_set_name. For example, the volume_name for the
first volume in the VOYAGER IMAGES OF URANUS volume set is:
Volume 1: Compressed Images 24476.54 - 26439.58"
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VOLUME_SERIES_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The volume_series_name element provides a full, formal name
that describes a broad categorization of data products or
data sets related to a planetary body or a research
campaign (e.g. International Halley Watch). A volume
series consists of one or more volume sets that represent
data from one or more missions or campaigns. For example,
the volume series MISSION TO VENUS consists of the
following three volume sets:
MAGELLAN: THE MOSAIC IMAGE DATA RECORD
MAGELLAN: THE ALTIMETRY AND RADIOMETRY DATA RECORD
PRE-MAGELLAN RADAR AND GRAVITY DATA SET COLLECTION"
STANDARD_VALUE_SET = {
"AMES MARS GENERAL CIRCULATION MODEL",
"APOLLO 12 MISSION",
"APOLLO 14 MISSION",
"APOLLO 15 MISSION",
"BLOOMSBERG UNIVERSITY GONIOMETER OBSERVA",
"CASSINI ORBITER",
"CLEMENTINE MISSION",
"CONTOUR MISSION PROJECT",
"DEEP IMPACT",
"DEEP IMPACT SUPPORT ARCHIVE",
"DEEP IMPACT/EPOXI MISSIONS",
"DEEP SPACE 1",
"DEEP SPACE 1 MISSION",
"DI GROUND-BASED SUPPORT ARCHIVES",
"DIS_VOLUME_SER_NAME_AA_0001",
"DS1 DATA",
"EARTH-BASED RING OCCULTATIONS",
"EPOXI MISSION DATA",
"GIANT PLANET SATELLITE ASTROMETRY",
"GIOTTO EXTENDED MISSION PROJECT",
"GROUND BASED ATMOSPHERIC OBSERVATIONS",
"GALILEO ORBITER",
"IHW ARCHIVE ADDENDA",
"INTERNATIONAL HALLEY WATCH",
"IUE COMET DATABASE",
"LUNAR RADAR OBSERVATIONS",
"LUNAR RECONNAISSANCE ORBITER",
"MARS EXPLORATION ROVER",
"MARS GRAVITY",
"MARS ODYSSEY",
"MESSENGER",
"MISSION TO EARTH",
"MISSION TO JUPITER",
"MISSION TO MARS",
"MISSION TO MERCURY",
"MISSION TO SATURN",
"MISSION TO SMALL BODIES",
"MISSION TO THE MOON",
"MISSION TO VENUS",
"N/A",
"NEAR EARTH ASTEROID ENCOUNTER MISSION",
"NEW HORIZONS",
"PIONEER VENUS ORBITER SERIES",
"PLANETARY DATA SYSTEM EDUCATIONAL RESOUR",
"ROSETTA SCIENCE ARCHIVE",
"SATURN RING PLANE CROSSING 1995-1996",
"SBN DELIVERY VOLUMES",
"SBN ONLINE ARCHIVES, ASTEROID DATA",
"SBN ONLINE ARCHIVES, COMET DATA",
"SBN SPECIAL COLLECTIONS, IDA/GASPRA",
"SHOEMAKER-LEVY 9 IMPACT EVENTS",
"SKY SURVEY",
"STARDUST",
"VOYAGERS TO THE OUTER PLANETS"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VOLUME_SET_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 40
DESCRIPTION = "
The volume_set_id element identifies a data volume or a set
of volumes. Volume sets are normally considered as a
single orderable entity. Examples: USA_NASA_PDS_MG_1001,
USA_NASA_PDS_GR_0001_TO_GR_0009"
STANDARD_VALUE_SET = {
"DE_DLR_PF_MEXHRS_1000",
"DE_UNIK_IGM_MEXMRS_1000",
"EU_ESA_DSCI_GEM_0001",
"FR_CNES_CNRS_MEXOMG_1000",
"FR_IPSLCNRS_MEXSPI_1000",
"IT_URM1_DINF_MEXMDS_1000",
"N/A",
"SE_IRF_IRFK_MEXASP_1000",
"SE_IRF_IRFK_MEXASP_3000",
"USA_NASA_CU_CON_0001",
"USA_NASA_CU_CON_1001",
"USA_NASA_CU_CON_2001",
"USA_NASA_CU_CON_3001",
"USA_NASA_CU_CON_4001",
"USA_NASA_IHW_HAL",
"USA_NASA_IHW_HAL_0001_TO_HAL_0023",
"USA_NASA_IHW_HAL_0024",
"USA_NASA_IHW_HAL_0025_TO_HAL_0026",
"USA_NASA_JPL_CORADR_0001",
"USA_NASA_JPL_CORADR_0042",
"USA_NASA_JPL_CORADR_0043",
"USA_NASA_JPL_CORADR_0045",
"USA_NASA_JPL_CORADR_0046",
"USA_NASA_JPL_CORADR_0047",
"USA_NASA_JPL_CORADR_0048",
"USA_NASA_JPL_CORADR_0050",
"USA_NASA_JPL_CORADR_0051",
"USA_NASA_JPL_CORADR_0053",
"USA_NASA_JPL_CORADR_0054",
"USA_NASA_JPL_CORADR_0055",
"USA_NASA_JPL_CORADR_0058",
"USA_NASA_JPL_CORADR_0059",
"USA_NASA_JPL_CORADR_0060",
"USA_NASA_JPL_CORADR_0061",
"USA_NASA_JPL_CORADR_0062",
"USA_NASA_JPL_CORADR_0063",
"USA_NASA_JPL_CORADR_0064",
"USA_NASA_JPL_CORADR_0065",
"USA_NASA_JPL_CORADR_0066",
"USA_NASA_JPL_CORADR_0067",
"USA_NASA_JPL_CORADR_0068",
"USA_NASA_JPL_CORADR_0069",
"USA_NASA_JPL_CORADR_0070",
"USA_NASA_JPL_CORADR_0071",
"USA_NASA_JPL_CORADR_0073",
"USA_NASA_JPL_CORADR_0074",
"USA_NASA_JPL_CORADR_0075",
"USA_NASA_JPL_CORADR_0077",
"USA_NASA_JPL_CORADR_0078",
"USA_NASA_JPL_CORADR_0079",
"USA_NASA_JPL_CORADR_0080",
"USA_NASA_JPL_CORADR_0081",
"USA_NASA_JPL_CORADR_0082",
"USA_NASA_JPL_CORADR_0085",
"USA_NASA_JPL_CORADR_0086",
"USA_NASA_JPL_CORADR_0087",
"USA_NASA_JPL_CORADR_0088",
"USA_NASA_JPL_CORADR_0089",
"USA_NASA_JPL_CORADR_0090",
"USA_NASA_JPL_CORADR_0091",
"USA_NASA_JPL_CORADR_0092",
"USA_NASA_JPL_CORADR_0093",
"USA_NASA_JPL_CORADR_0094",
"USA_NASA_JPL_CORADR_0095",
"USA_NASA_JPL_CORADR_0096",
"USA_NASA_JPL_CORADR_0097",
"USA_NASA_JPL_CORADR_0098",
"USA_NASA_JPL_CORADR_0099",
"USA_NASA_JPL_CORADR_0100",
"USA_NASA_JPL_CORADR_0102",
"USA_NASA_JPL_CORADR_0103",
"USA_NASA_JPL_CORADR_0104",
"USA_NASA_JPL_CORADR_0105",
"USA_NASA_JPL_CORADR_0106",
"USA_NASA_JPL_CORADR_0107",
"USA_NASA_JPL_CORADR_0108",
"USA_NASA_JPL_CORADR_0110",
"USA_NASA_JPL_CORADR_0111",
"USA_NASA_JPL_CORADR_0112",
"USA_NASA_JPL_CORADR_0113",
"USA_NASA_JPL_CORADR_0114",
"USA_NASA_JPL_CORADR_0115",
"USA_NASA_JPL_CORADR_0116",
"USA_NASA_JPL_CORADR_0117",
"USA_NASA_JPL_CORADR_0118",
"USA_NASA_JPL_CORADR_0119",
"USA_NASA_JPL_CORADR_0120",
"USA_NASA_JPL_CORADR_0121",
"USA_NASA_JPL_CORADR_0122",
"USA_NASA_JPL_CORADR_0123",
"USA_NASA_JPL_CORADR_0124",
"USA_NASA_JPL_CORADR_0125",
"USA_NASA_JPL_CORADR_0129",
"USA_NASA_JPL_CORADR_0130",
"USA_NASA_JPL_CORADR_0132",
"USA_NASA_JPL_CORADR_0133",
"USA_NASA_JPL_CORADR_0135",
"USA_NASA_JPL_CORADR_0136",
"USA_NASA_JPL_CORADR_0137",
"USA_NASA_JPL_CORADR_0138",
"USA_NASA_JPL_CORADR_0139",
"USA_NASA_JPL_CORADR_0140",
"USA_NASA_JPL_CORADR_0141",
"USA_NASA_JPL_CORADR_0142",
"USA_NASA_JPL_CORADR_0144",
"USA_NASA_JPL_CORADR_0146",
"USA_NASA_JPL_CORADR_0147",
"USA_NASA_JPL_CORADR_0148",
"USA_NASA_JPL_CORADR_0149",
"USA_NASA_JPL_CORADR_0150",
"USA_NASA_JPL_CORADR_0151",
"USA_NASA_JPL_CORADR_0152",
"USA_NASA_JPL_CORADR_0153",
"USA_NASA_JPL_CORADR_0154",
"USA_NASA_JPL_CORADR_0155",
"USA_NASA_JPL_CORADR_0156",
"USA_NASA_JPL_CORADR_0157",
"USA_NASA_JPL_CORADR_0158",
"USA_NASA_JPL_CORADR_0159",
"USA_NASA_JPL_CORADR_0160",
"USA_NASA_JPL_CORADR_0161",
"USA_NASA_JPL_CORADR_0162",
"USA_NASA_JPL_CORADR_0163",
"USA_NASA_JPL_CORS_0001_TO_CORS_0010",
"USA_NASA_JPL_CORS_0021_TO_CORS_0028",
"USA_NASA_JPL_CORS_0041_TO_CORS_0050",
"USA_NASA_JPL_CORS_0081_TO_CORS_0085",
"USA_NASA_JPL_CORS_0101",
"USA_NASA_JPL_CORS_0102",
"USA_NASA_JPL_CORS_0103",
"USA_NASA_JPL_CORS_0104_TO_CORS_0116",
"USA_NASA_JPL_CORS_0117_TO_CORS_0126",
"USA_NASA_JPL_CORS_0127",
"USA_NASA_JPL_CORS_0128",
"USA_NASA_JPL_CORS_0129",
"USA_NASA_JPL_CORS_0130",
"USA_NASA_JPL_CORS_0131",
"USA_NASA_JPL_CORS_0132",
"USA_NASA_JPL_CORS_0133",
"USA_NASA_JPL_CORS_0134_TO_CORS_0140",
"USA_NASA_JPL_CORS_0141",
"USA_NASA_JPL_CORS_0142_TO_CORS_0145",
"USA_NASA_JPL_CORS_0146",
"USA_NASA_JPL_CORS_0147",
"USA_NASA_JPL_CORS_0148",
"USA_NASA_JPL_CORS_0149_TO_CORS_0163",
"USA_NASA_JPL_CORS_0164_TO_CORS_0167",
"USA_NASA_JPL_CORS_0168",
"USA_NASA_JPL_CORS_0169",
"USA_NASA_JPL_CORS_0170_TO_CORS_0175",
"USA_NASA_JPL_CORS_0176",
"USA_NASA_JPL_CORS_0177",
"USA_NASA_JPL_CORS_0178_TO_CORS_0182",
"USA_NASA_JPL_CORS_0183_TO_CORS_0186",
"USA_NASA_JPL_CORS_0187",
"USA_NASA_JPL_CORS_0188",
"USA_NASA_JPL_CORS_0189_TO_CORS_0195",
"USA_NASA_JPL_CORS_0196_TO_CORS_0199",
"USA_NASA_JPL_CORS_0200",
"USA_NASA_JPL_CORS_0201",
"USA_NASA_JPL_CORS_0202_TO_CORS_0209",
"USA_NASA_JPL_CORS_0210",
"USA_NASA_JPL_CORS_0211",
"USA_NASA_JPL_CORS_0212_TO_CORS_0220",
"USA_NASA_JPL_COSP_1000",
"USA_NASA_JPL_DISP_1000",
"USA_NASA_JPL_DS1SP_1000",
"USA_NASA_JPL_GOPR_500X",
"USA_NASA_JPL_GORS_0801",
"USA_NASA_JPL_GO_0001_TO_0023",
"USA_NASA_JPL_GO_0001_TO_00XX",
"USA_NASA_JPL_GO_0002",
"USA_NASA_JPL_GO_0003",
"USA_NASA_JPL_GO_0004",
"USA_NASA_JPL_GO_0005",
"USA_NASA_JPL_GO_0006",
"USA_NASA_JPL_GO_0007",
"USA_NASA_JPL_GO_0008",
"USA_NASA_JPL_GO_0009",
"USA_NASA_JPL_GO_0010",
"USA_NASA_JPL_GO_0011",
"USA_NASA_JPL_GO_0012",
"USA_NASA_JPL_GO_0013",
"USA_NASA_JPL_GO_0014",
"USA_NASA_JPL_GO_0015",
"USA_NASA_JPL_GO_0016",
"USA_NASA_JPL_GO_0017",
"USA_NASA_JPL_GO_0018",
"USA_NASA_JPL_GO_0019",
"USA_NASA_JPL_GO_0020",
"USA_NASA_JPL_GO_0021",
"USA_NASA_JPL_GO_1001",
"USA_NASA_JPL_GO_1002",
"USA_NASA_JPL_GO_1003",
"USA_NASA_JPL_GO_1004",
"USA_NASA_JPL_GO_1005",
"USA_NASA_JPL_GO_1006",
"USA_NASA_JPL_GO_10XX",
"USA_NASA_JPL_GO_1101",
"USA_NASA_JPL_GO_1102",
"USA_NASA_JPL_GO_1103",
"USA_NASA_JPL_GO_1104",
"USA_NASA_JPL_GO_1105",
"USA_NASA_JPL_GO_1106",
"USA_NASA_JPL_GO_1107",
"USA_NASA_JPL_GO_1108",
"USA_NASA_JPL_GO_1109",
"USA_NASA_JPL_GO_1110",
"USA_NASA_JPL_GO_1111",
"USA_NASA_JPL_GO_1112",
"USA_NASA_JPL_GO_1113",
"USA_NASA_JPL_GO_1114",
"USA_NASA_JPL_GO_11XX",
"USA_NASA_JPL_GVDR_0001",
"USA_NASA_JPL_IHWRES_XXXX",
"USA_NASA_JPL_MER2RS_000X",
"USA_NASA_JPL_MERSP_1000",
"USA_NASA_JPL_MESSSP_1000",
"USA_NASA_JPL_MGRS_000X",
"USA_NASA_JPL_MGSA_000X",
"USA_NASA_JPL_MGSL_0001",
"USA_NASA_JPL_MGSL_0002",
"USA_NASA_JPL_MGSL_1XXX",
"USA_NASA_JPL_MGSL_2001",
"USA_NASA_JPL_MGSL_2002",
"USA_NASA_JPL_MGSL_2003",
"USA_NASA_JPL_MGSL_2004",
"USA_NASA_JPL_MGSL_2005",
"USA_NASA_JPL_MGSL_2006",
"USA_NASA_JPL_MGSL_2007",
"USA_NASA_JPL_MGSL_2008",
"USA_NASA_JPL_MGSL_2009",
"USA_NASA_JPL_MGSL_2010",
"USA_NASA_JPL_MGSL_2011",
"USA_NASA_JPL_MGSL_2012",
"USA_NASA_JPL_MGSL_2013",
"USA_NASA_JPL_MGSL_2014",
"USA_NASA_JPL_MGSL_2015",
"USA_NASA_JPL_MGSL_2016",
"USA_NASA_JPL_MGSL_2017",
"USA_NASA_JPL_MGSL_2018",
"USA_NASA_JPL_MGSL_2019",
"USA_NASA_JPL_MGSL_2020",
"USA_NASA_JPL_MGSL_2021",
"USA_NASA_JPL_MGSL_2022",
"USA_NASA_JPL_MGSL_2023",
"USA_NASA_JPL_MGSL_2024",
"USA_NASA_JPL_MGSL_2025",
"USA_NASA_JPL_MGSL_2026",
"USA_NASA_JPL_MGSL_2027",
"USA_NASA_JPL_MGSL_2028",
"USA_NASA_JPL_MGSL_2029",
"USA_NASA_JPL_MGSL_2030",
"USA_NASA_JPL_MGSL_2031",
"USA_NASA_JPL_MGSL_2032",
"USA_NASA_JPL_MGSL_2033",
"USA_NASA_JPL_MGSL_2034",
"USA_NASA_JPL_MGSL_2035",
"USA_NASA_JPL_MGSL_2036",
"USA_NASA_JPL_MGSL_2037",
"USA_NASA_JPL_MGSL_2038",
"USA_NASA_JPL_MGSL_2039",
"USA_NASA_JPL_MGSL_2040",
"USA_NASA_JPL_MGSL_2041",
"USA_NASA_JPL_MGSL_2042",
"USA_NASA_JPL_MGSL_2043",
"USA_NASA_JPL_MGSL_2044",
"USA_NASA_JPL_MGSL_2045",
"USA_NASA_JPL_MGSL_2XXX",
"USA_NASA_JPL_MGSL_XXXX",
"USA_NASA_JPL_MGSP_0008",
"USA_NASA_JPL_MGSP_0010",
"USA_NASA_JPL_MGSP_1000",
"USA_NASA_JPL_MGST_0041",
"USA_NASA_JPL_MGST_0042",
"USA_NASA_JPL_MGST_0043",
"USA_NASA_JPL_MGST_0044",
"USA_NASA_JPL_MGST_0061",
"USA_NASA_JPL_MGST_0100",
"USA_NASA_JPL_MGST_0101",
"USA_NASA_JPL_MGST_0102",
"USA_NASA_JPL_MGST_0103",
"USA_NASA_JPL_MGST_0104",
"USA_NASA_JPL_MGST_0105",
"USA_NASA_JPL_MGST_0106",
"USA_NASA_JPL_MGST_0107",
"USA_NASA_JPL_MGST_0108",
"USA_NASA_JPL_MGST_0109",
"USA_NASA_JPL_MGST_0110",
"USA_NASA_JPL_MGST_0111",
"USA_NASA_JPL_MGST_0112",
"USA_NASA_JPL_MGST_0113",
"USA_NASA_JPL_MGST_0114",
"USA_NASA_JPL_MGST_0115",
"USA_NASA_JPL_MGST_0116",
"USA_NASA_JPL_MGST_0117",
"USA_NASA_JPL_MGST_0118",
"USA_NASA_JPL_MGST_0119",
"USA_NASA_JPL_MGST_0120",
"USA_NASA_JPL_MGST_0121",
"USA_NASA_JPL_MGST_0122",
"USA_NASA_JPL_MGST_0123",
"USA_NASA_JPL_MGST_0124",
"USA_NASA_JPL_MGST_0125",
"USA_NASA_JPL_MGST_0126",
"USA_NASA_JPL_MGST_0127",
"USA_NASA_JPL_MGST_0128",
"USA_NASA_JPL_MGST_0129",
"USA_NASA_JPL_MGST_0130",
"USA_NASA_JPL_MGST_0131",
"USA_NASA_JPL_MGST_0132",
"USA_NASA_JPL_MGST_0133",
"USA_NASA_JPL_MGST_0134",
"USA_NASA_JPL_MGST_0135",
"USA_NASA_JPL_MGST_0136",
"USA_NASA_JPL_MGST_0137",
"USA_NASA_JPL_MGST_0138",
"USA_NASA_JPL_MGST_0139",
"USA_NASA_JPL_MGST_0140",
"USA_NASA_JPL_MGST_0141",
"USA_NASA_JPL_MGST_0142",
"USA_NASA_JPL_MGST_0143",
"USA_NASA_JPL_MGST_0144",
"USA_NASA_JPL_MGST_0145",
"USA_NASA_JPL_MGST_0146",
"USA_NASA_JPL_MGST_0147",
"USA_NASA_JPL_MGST_0148",
"USA_NASA_JPL_MGST_0149",
"USA_NASA_JPL_MGST_0150",
"USA_NASA_JPL_MGST_0151",
"USA_NASA_JPL_MGST_0152",
"USA_NASA_JPL_MGST_0153",
"USA_NASA_JPL_MGST_0154",
"USA_NASA_JPL_MGST_0155",
"USA_NASA_JPL_MGST_0156",
"USA_NASA_JPL_MGST_0157",
"USA_NASA_JPL_MGST_0158",
"USA_NASA_JPL_MGST_0159",
"USA_NASA_JPL_MGST_0160",
"USA_NASA_JPL_MGST_0161",
"USA_NASA_JPL_MGST_0162",
"USA_NASA_JPL_MGST_0163",
"USA_NASA_JPL_MGST_0164",
"USA_NASA_JPL_MGST_0165",
"USA_NASA_JPL_MGST_0166",
"USA_NASA_JPL_MGST_0167",
"USA_NASA_JPL_MGST_0168",
"USA_NASA_JPL_MGST_0169",
"USA_NASA_JPL_MGST_0170",
"USA_NASA_JPL_MGST_0171",
"USA_NASA_JPL_MGST_0172",
"USA_NASA_JPL_MGST_0173",
"USA_NASA_JPL_MGST_0174",
"USA_NASA_JPL_MGST_0175",
"USA_NASA_JPL_MGST_0176",
"USA_NASA_JPL_MGST_0177",
"USA_NASA_JPL_MGST_0178",
"USA_NASA_JPL_MGST_0179",
"USA_NASA_JPL_MGST_0180",
"USA_NASA_JPL_MGST_0181",
"USA_NASA_JPL_MGST_0182",
"USA_NASA_JPL_MGST_0183",
"USA_NASA_JPL_MGST_0184",
"USA_NASA_JPL_MGST_0185",
"USA_NASA_JPL_MGST_0186",
"USA_NASA_JPL_MGST_0187",
"USA_NASA_JPL_MGST_0199",
"USA_NASA_JPL_MGST_0200",
"USA_NASA_JPL_MGST_0201",
"USA_NASA_JPL_MGST_0202",
"USA_NASA_JPL_MGST_0203",
"USA_NASA_JPL_MGST_0204",
"USA_NASA_JPL_MGST_0205",
"USA_NASA_JPL_MGST_0206",
"USA_NASA_JPL_MGST_0207",
"USA_NASA_JPL_MGST_0208",
"USA_NASA_JPL_MGST_0209",
"USA_NASA_JPL_MGST_0210",
"USA_NASA_JPL_MGST_0211",
"USA_NASA_JPL_MGST_0212",
"USA_NASA_JPL_MGST_0XXX",
"USA_NASA_JPL_MGST_XXXX",
"USA_NASA_JPL_MGS_0001",
"USA_NASA_JPL_MGS_100X",
"USA_NASA_JPL_MG_0001",
"USA_NASA_JPL_MG_0002",
"USA_NASA_JPL_MG_0003",
"USA_NASA_JPL_MG_0004",
"USA_NASA_JPL_MG_0005",
"USA_NASA_JPL_MG_0006",
"USA_NASA_JPL_MG_0007",
"USA_NASA_JPL_MG_0008",
"USA_NASA_JPL_MG_0009",
"USA_NASA_JPL_MG_0010",
"USA_NASA_JPL_MG_0011",
"USA_NASA_JPL_MG_0012",
"USA_NASA_JPL_MG_0013",
"USA_NASA_JPL_MG_0014",
"USA_NASA_JPL_MG_0015",
"USA_NASA_JPL_MG_0016",
"USA_NASA_JPL_MG_0017",
"USA_NASA_JPL_MG_0018",
"USA_NASA_JPL_MG_0019",
"USA_NASA_JPL_MG_0020",
"USA_NASA_JPL_MG_0021",
"USA_NASA_JPL_MG_0022",
"USA_NASA_JPL_MG_0023",
"USA_NASA_JPL_MG_0024",
"USA_NASA_JPL_MG_0025",
"USA_NASA_JPL_MG_0026",
"USA_NASA_JPL_MG_0027",
"USA_NASA_JPL_MG_0028",
"USA_NASA_JPL_MG_0029",
"USA_NASA_JPL_MG_0030",
"USA_NASA_JPL_MG_0031",
"USA_NASA_JPL_MG_0032",
"USA_NASA_JPL_MG_0033",
"USA_NASA_JPL_MG_0034",
"USA_NASA_JPL_MG_0035",
"USA_NASA_JPL_MG_0036",
"USA_NASA_JPL_MG_0037",
"USA_NASA_JPL_MG_0038",
"USA_NASA_JPL_MG_0039",
"USA_NASA_JPL_MG_0040",
"USA_NASA_JPL_MG_0041",
"USA_NASA_JPL_MG_0042",
"USA_NASA_JPL_MG_0043",
"USA_NASA_JPL_MG_0044",
"USA_NASA_JPL_MG_0045",
"USA_NASA_JPL_MG_0046",
"USA_NASA_JPL_MG_0047",
"USA_NASA_JPL_MG_0048",
"USA_NASA_JPL_MG_0049",
"USA_NASA_JPL_MG_0050",
"USA_NASA_JPL_MG_0051",
"USA_NASA_JPL_MG_0052",
"USA_NASA_JPL_MG_0053",
"USA_NASA_JPL_MG_0054",
"USA_NASA_JPL_MG_0055",
"USA_NASA_JPL_MG_0056",
"USA_NASA_JPL_MG_0057",
"USA_NASA_JPL_MG_0058",
"USA_NASA_JPL_MG_0059",
"USA_NASA_JPL_MG_0060",
"USA_NASA_JPL_MG_0061",
"USA_NASA_JPL_MG_0062",
"USA_NASA_JPL_MG_0063",
"USA_NASA_JPL_MG_0064",
"USA_NASA_JPL_MG_0065",
"USA_NASA_JPL_MG_0066",
"USA_NASA_JPL_MG_0067",
"USA_NASA_JPL_MG_0068",
"USA_NASA_JPL_MG_0069",
"USA_NASA_JPL_MG_0070",
"USA_NASA_JPL_MG_0071",
"USA_NASA_JPL_MG_0072",
"USA_NASA_JPL_MG_0073",
"USA_NASA_JPL_MG_0074",
"USA_NASA_JPL_MG_0075",
"USA_NASA_JPL_MG_0076",
"USA_NASA_JPL_MG_0077",
"USA_NASA_JPL_MG_0078",
"USA_NASA_JPL_MG_0079",
"USA_NASA_JPL_MG_0080",
"USA_NASA_JPL_MG_0081",
"USA_NASA_JPL_MG_0082",
"USA_NASA_JPL_MG_0083",
"USA_NASA_JPL_MG_0084",
"USA_NASA_JPL_MG_0085",
"USA_NASA_JPL_MG_0086",
"USA_NASA_JPL_MG_0087",
"USA_NASA_JPL_MG_0088",
"USA_NASA_JPL_MG_0089",
"USA_NASA_JPL_MG_0090",
"USA_NASA_JPL_MG_0091",
"USA_NASA_JPL_MG_0092",
"USA_NASA_JPL_MG_0093",
"USA_NASA_JPL_MG_0094",
"USA_NASA_JPL_MG_0095",
"USA_NASA_JPL_MG_0096",
"USA_NASA_JPL_MG_0097",
"USA_NASA_JPL_MG_0098",
"USA_NASA_JPL_MG_0099",
"USA_NASA_JPL_MG_0100",
"USA_NASA_JPL_MG_0101",
"USA_NASA_JPL_MG_0102",
"USA_NASA_JPL_MG_0103",
"USA_NASA_JPL_MG_0104",
"USA_NASA_JPL_MG_0105",
"USA_NASA_JPL_MG_0106",
"USA_NASA_JPL_MG_0107",
"USA_NASA_JPL_MG_0108",
"USA_NASA_JPL_MG_0109",
"USA_NASA_JPL_MG_0110",
"USA_NASA_JPL_MG_0111",
"USA_NASA_JPL_MG_0112",
"USA_NASA_JPL_MG_0113",
"USA_NASA_JPL_MG_0114",
"USA_NASA_JPL_MG_0115",
"USA_NASA_JPL_MG_0116",
"USA_NASA_JPL_MG_0117",
"USA_NASA_JPL_MG_0118",
"USA_NASA_JPL_MG_0119",
"USA_NASA_JPL_MG_0120",
"USA_NASA_JPL_MG_0121",
"USA_NASA_JPL_MG_0122",
"USA_NASA_JPL_MG_0123",
"USA_NASA_JPL_MG_0124",
"USA_NASA_JPL_MG_0125",
"USA_NASA_JPL_MG_0126",
"USA_NASA_JPL_MG_2001",
"USA_NASA_JPL_MG_2002",
"USA_NASA_JPL_MG_2003",
"USA_NASA_JPL_MG_2004",
"USA_NASA_JPL_MG_2005",
"USA_NASA_JPL_MG_2006",
"USA_NASA_JPL_MG_2007",
"USA_NASA_JPL_MG_2008",
"USA_NASA_JPL_MG_2009",
"USA_NASA_JPL_MG_2010",
"USA_NASA_JPL_MG_2011",
"USA_NASA_JPL_MG_2012",
"USA_NASA_JPL_MG_2013",
"USA_NASA_JPL_MG_2014",
"USA_NASA_JPL_MG_2015",
"USA_NASA_JPL_MG_2016",
"USA_NASA_JPL_MG_2017",
"USA_NASA_JPL_MG_2018",
"USA_NASA_JPL_MG_2019",
"USA_NASA_JPL_MG_2501_TO_2503",
"USA_NASA_JPL_MG_3001",
"USA_NASA_JPL_MG_3002",
"USA_NASA_JPL_MG_5001",
"USA_NASA_JPL_MOGC_0001",
"USA_NASA_JPL_MORS_0001",
"USA_NASA_JPL_MORS_0002",
"USA_NASA_JPL_MORS_0003",
"USA_NASA_JPL_MORS_0004",
"USA_NASA_JPL_MORS_0005",
"USA_NASA_JPL_MORS_01XX",
"USA_NASA_JPL_MORS_02XX",
"USA_NASA_JPL_MORS_0XXX",
"USA_NASA_JPL_MORS_1101",
"USA_NASA_JPL_MORS_1102",
"USA_NASA_JPL_MORS_1XXX",
"USA_NASA_JPL_MORS_2XXX",
"USA_NASA_JPL_MPRS_000X",
"USA_NASA_JPL_MROM_0XXX",
"USA_NASA_JPL_MROM_1XXX",
"USA_NASA_JPL_MRORS_0000",
"USA_NASA_JPL_MRORS_0XXX",
"USA_NASA_JPL_MROSP_1000",
"USA_NASA_JPL_ODRS_0XXX",
"USA_NASA_JPL_ODSP_1000",
"USA_NASA_JPL_ROALI_1000",
"USA_NASA_JPL_ROMIR_1000",
"USA_NASA_JPL_SDCIDA_XXXX",
"USA_NASA_JPL_SDDFMI_XXXX",
"USA_NASA_JPL_SDDS_XXXX",
"USA_NASA_JPL_SDNC_0001",
"USA_NASA_JPL_SDNC_000X",
"USA_NASA_JPL_SDNPC_XXXX",
"USA_NASA_JPL_SDSP_1000",
"USA_NASA_JPL_VL_9010",
"USA_NASA_PDS_A12SW_0001",
"USA_NASA_PDS_A12SW_0002",
"USA_NASA_PDS_A14CCG_000X",
"USA_NASA_PDS_A15CCG_000X",
"USA_NASA_PDS_A15SW_0001",
"USA_NASA_PDS_A15SW_0002",
"USA_NASA_PDS_AA_0001",
"USA_NASA_PDS_ASTROM_0001",
"USA_NASA_PDS_ASTROM_0101",
"USA_NASA_PDS_BUG_9001",
"USA_NASA_PDS_CL_0001",
"USA_NASA_PDS_CL_0002",
"USA_NASA_PDS_CL_0003",
"USA_NASA_PDS_CL_0004",
"USA_NASA_PDS_CL_0005",
"USA_NASA_PDS_CL_0006",
"USA_NASA_PDS_CL_0007",
"USA_NASA_PDS_CL_0008",
"USA_NASA_PDS_CL_0009",
"USA_NASA_PDS_CL_0010",
"USA_NASA_PDS_CL_0011",
"USA_NASA_PDS_CL_0012",
"USA_NASA_PDS_CL_0013",
"USA_NASA_PDS_CL_0014",
"USA_NASA_PDS_CL_0015",
"USA_NASA_PDS_CL_0016",
"USA_NASA_PDS_CL_0017",
"USA_NASA_PDS_CL_0018",
"USA_NASA_PDS_CL_0019",
"USA_NASA_PDS_CL_0020",
"USA_NASA_PDS_CL_0021",
"USA_NASA_PDS_CL_0022",
"USA_NASA_PDS_CL_0023",
"USA_NASA_PDS_CL_0024",
"USA_NASA_PDS_CL_0025",
"USA_NASA_PDS_CL_0026",
"USA_NASA_PDS_CL_0027",
"USA_NASA_PDS_CL_0028",
"USA_NASA_PDS_CL_0029",
"USA_NASA_PDS_CL_0030",
"USA_NASA_PDS_CL_0031",
"USA_NASA_PDS_CL_0032",
"USA_NASA_PDS_CL_0033",
"USA_NASA_PDS_CL_0034",
"USA_NASA_PDS_CL_0035",
"USA_NASA_PDS_CL_0036",
"USA_NASA_PDS_CL_0037",
"USA_NASA_PDS_CL_0038",
"USA_NASA_PDS_CL_0039",
"USA_NASA_PDS_CL_0040",
"USA_NASA_PDS_CL_0041",
"USA_NASA_PDS_CL_0042",
"USA_NASA_PDS_CL_0043",
"USA_NASA_PDS_CL_0044",
"USA_NASA_PDS_CL_0045",
"USA_NASA_PDS_CL_0046",
"USA_NASA_PDS_CL_0047",
"USA_NASA_PDS_CL_0048",
"USA_NASA_PDS_CL_0049",
"USA_NASA_PDS_CL_0050",
"USA_NASA_PDS_CL_0051",
"USA_NASA_PDS_CL_0052",
"USA_NASA_PDS_CL_0053",
"USA_NASA_PDS_CL_0054",
"USA_NASA_PDS_CL_0055",
"USA_NASA_PDS_CL_0056",
"USA_NASA_PDS_CL_0057",
"USA_NASA_PDS_CL_0058",
"USA_NASA_PDS_CL_0059",
"USA_NASA_PDS_CL_0060",
"USA_NASA_PDS_CL_0061",
"USA_NASA_PDS_CL_0062",
"USA_NASA_PDS_CL_0063",
"USA_NASA_PDS_CL_0064",
"USA_NASA_PDS_CL_0065",
"USA_NASA_PDS_CL_0066",
"USA_NASA_PDS_CL_0067",
"USA_NASA_PDS_CL_0068",
"USA_NASA_PDS_CL_0069",
"USA_NASA_PDS_CL_0070",
"USA_NASA_PDS_CL_0071",
"USA_NASA_PDS_CL_0072",
"USA_NASA_PDS_CL_0073",
"USA_NASA_PDS_CL_0074",
"USA_NASA_PDS_CL_0075",
"USA_NASA_PDS_CL_0076",
"USA_NASA_PDS_CL_0077",
"USA_NASA_PDS_CL_0078",
"USA_NASA_PDS_CL_0079",
"USA_NASA_PDS_CL_0080",
"USA_NASA_PDS_CL_0081",
"USA_NASA_PDS_CL_0082",
"USA_NASA_PDS_CL_0083",
"USA_NASA_PDS_CL_0084",
"USA_NASA_PDS_CL_0085",
"USA_NASA_PDS_CL_0086",
"USA_NASA_PDS_CL_0087",
"USA_NASA_PDS_CL_0088",
"USA_NASA_PDS_CL_20XX",
"USA_NASA_PDS_CL_210X",
"USA_NASA_PDS_CL_3001",
"USA_NASA_PDS_CL_3002",
"USA_NASA_PDS_CL_3003",
"USA_NASA_PDS_CL_3004",
"USA_NASA_PDS_CL_3005",
"USA_NASA_PDS_CL_3006",
"USA_NASA_PDS_CL_3007",
"USA_NASA_PDS_CL_3008",
"USA_NASA_PDS_CL_3009",
"USA_NASA_PDS_CL_3010",
"USA_NASA_PDS_CL_3011",
"USA_NASA_PDS_CL_3012",
"USA_NASA_PDS_CL_3013",
"USA_NASA_PDS_CL_3014",
"USA_NASA_PDS_CL_3015",
"USA_NASA_PDS_CL_4001",
"USA_NASA_PDS_CL_4002",
"USA_NASA_PDS_CL_4003",
"USA_NASA_PDS_CL_4004",
"USA_NASA_PDS_CL_4005",
"USA_NASA_PDS_CL_4006",
"USA_NASA_PDS_CL_4007",
"USA_NASA_PDS_CL_4008",
"USA_NASA_PDS_CL_4009",
"USA_NASA_PDS_CL_4010",
"USA_NASA_PDS_CL_4011",
"USA_NASA_PDS_CL_4012",
"USA_NASA_PDS_CL_4013",
"USA_NASA_PDS_CL_4014",
"USA_NASA_PDS_CL_4015",
"USA_NASA_PDS_CL_4016",
"USA_NASA_PDS_CL_4017",
"USA_NASA_PDS_CL_4018",
"USA_NASA_PDS_CL_4019",
"USA_NASA_PDS_CL_4020",
"USA_NASA_PDS_CL_4021",
"USA_NASA_PDS_CL_4022",
"USA_NASA_PDS_CL_4023",
"USA_NASA_PDS_CL_4024",
"USA_NASA_PDS_CL_4025",
"USA_NASA_PDS_CL_4026",
"USA_NASA_PDS_CL_4027",
"USA_NASA_PDS_CL_4028",
"USA_NASA_PDS_CL_4029",
"USA_NASA_PDS_CL_4030",
"USA_NASA_PDS_CL_4031",
"USA_NASA_PDS_CL_4032",
"USA_NASA_PDS_CL_4033",
"USA_NASA_PDS_CL_4034",
"USA_NASA_PDS_CL_4035",
"USA_NASA_PDS_CL_4036",
"USA_NASA_PDS_CL_4037",
"USA_NASA_PDS_CL_4038",
"USA_NASA_PDS_CL_4039",
"USA_NASA_PDS_CL_4040",
"USA_NASA_PDS_CL_4041",
"USA_NASA_PDS_CL_4042",
"USA_NASA_PDS_CL_4043",
"USA_NASA_PDS_CL_4044",
"USA_NASA_PDS_CL_4045",
"USA_NASA_PDS_CL_4046",
"USA_NASA_PDS_CL_4047",
"USA_NASA_PDS_CL_4048",
"USA_NASA_PDS_CL_4049",
"USA_NASA_PDS_CL_4050",
"USA_NASA_PDS_CL_4051",
"USA_NASA_PDS_CL_4052",
"USA_NASA_PDS_CL_4053",
"USA_NASA_PDS_CL_4054",
"USA_NASA_PDS_CL_4055",
"USA_NASA_PDS_CL_4056",
"USA_NASA_PDS_CL_4057",
"USA_NASA_PDS_CL_4058",
"USA_NASA_PDS_CL_4059",
"USA_NASA_PDS_CL_4060",
"USA_NASA_PDS_CL_4061",
"USA_NASA_PDS_CL_4062",
"USA_NASA_PDS_CL_4063",
"USA_NASA_PDS_CL_4064",
"USA_NASA_PDS_CL_4065",
"USA_NASA_PDS_CL_4066",
"USA_NASA_PDS_CL_4067",
"USA_NASA_PDS_CL_4068",
"USA_NASA_PDS_CL_4069",
"USA_NASA_PDS_CL_4070",
"USA_NASA_PDS_CL_4071",
"USA_NASA_PDS_CL_4072",
"USA_NASA_PDS_CL_4073",
"USA_NASA_PDS_CL_4074",
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"USA_NASA_PDS_MGSC_1189",
"USA_NASA_PDS_MGSC_1190",
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"USA_NASA_PDS_MGSC_1192",
"USA_NASA_PDS_MGSC_1193",
"USA_NASA_PDS_MGSC_1194",
"USA_NASA_PDS_MGSC_1195",
"USA_NASA_PDS_MGSC_1196",
"USA_NASA_PDS_MGSC_1197",
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"USA_NASA_PDS_MGSC_1199",
"USA_NASA_PDS_MGSC_1200",
"USA_NASA_PDS_MGSC_1201",
"USA_NASA_PDS_MGSC_1202",
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"USA_NASA_PDS_MGSM_1001",
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"USA_NASA_PDS_MGSM_2011",
"USA_NASA_PDS_MGSM_2012",
"USA_NASA_PDS_MGSM_2013",
"USA_NASA_PDS_MGSM_2014",
"USA_NASA_PDS_MGSM_2015",
"USA_NASA_PDS_MGSM_2016",
"USA_NASA_PDS_MGSM_2017",
"USA_NASA_PDS_MGSM_2018",
"USA_NASA_PDS_MGSM_2019",
"USA_NASA_PDS_MGSM_2021",
"USA_NASA_PDS_MGSM_2023",
"USA_NASA_PDS_MGSM_2024",
"USA_NASA_PDS_MGSM_2025",
"USA_NASA_PDS_MGSM_2026",
"USA_NASA_PDS_MGSM_2027",
"USA_NASA_PDS_MGSM_2028",
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"USA_NASA_PDS_MGSM_2058",
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"USA_NASA_PDS_MGST_0011",
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"USA_NASA_PDS_MGST_0015",
"USA_NASA_PDS_MGST_0016",
"USA_NASA_PDS_MG_1001",
"USA_NASA_PDS_MG_2214",
"USA_NASA_PDS_MG_22XX",
"USA_NASA_PDS_MG_23XX",
"USA_NASA_PDS_MG_2401",
"USA_NASA_PDS_MG_5002",
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"USA_NASA_PDS_MG_5201",
"USA_NASA_PDS_MOGC_0001",
"USA_NASA_PDS_MPAM_000X",
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"USA_NASA_PDS_MPIM_0002",
"USA_NASA_PDS_MPIM_0003",
"USA_NASA_PDS_MPIM_2XXX",
"USA_NASA_PDS_MPRV_000X",
"USA_NASA_PDS_MR9_1001",
"USA_NASA_PDS_MROCR_0XXX",
"USA_NASA_PDS_MROCR_1XXX",
"USA_NASA_PDS_MROCR_2XXX",
"USA_NASA_PDS_MROCR_3XXX",
"USA_NASA_PDS_MROSH_0XXX",
"USA_NASA_PDS_MROSH_1XXX",
"USA_NASA_PDS_MSGRMDIS_1001",
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"USA_NASA_PDS_NGCRU1_XXXX",
"USA_NASA_PDS_NGCRU2_XXXX",
"USA_NASA_PDS_NGCRU3_XXXX",
"USA_NASA_PDS_NGCRU4_XXXX",
"USA_NASA_PDS_NGERFB_XXXX",
"USA_NASA_PDS_NGEROS_XXXX",
"USA_NASA_PDS_NGERSF_XXXX",
"USA_NASA_PDS_NGERTH_XXXX",
"USA_NASA_PDS_NGMATH_XXXX",
"USA_NASA_PDS_NICRU1_0XXX",
"USA_NASA_PDS_NICRU1_2XXX",
"USA_NASA_PDS_NICRU2_0XXX",
"USA_NASA_PDS_NICRU2_2XXX",
"USA_NASA_PDS_NICRU3_0XXX",
"USA_NASA_PDS_NICRU3_2002",
"USA_NASA_PDS_NICRU3_2XXX",
"USA_NASA_PDS_NICRU4_0XXX",
"USA_NASA_PDS_NICRU4_2XXX",
"USA_NASA_PDS_NIERFB_0001",
"USA_NASA_PDS_NIERFB_0XXX",
"USA_NASA_PDS_NIERFB_2XXX",
"USA_NASA_PDS_NIEROS_0XXX",
"USA_NASA_PDS_NIEROS_2XXX",
"USA_NASA_PDS_NIEROS_XXXX",
"USA_NASA_PDS_NIERTH_0XXX",
"USA_NASA_PDS_NIERTH_2XXX",
"USA_NASA_PDS_NIMATH_0XXX",
"USA_NASA_PDS_NIMATH_2XXX",
"USA_NASA_PDS_NLCRU1_XXXX",
"USA_NASA_PDS_NLCRU2_XXXX",
"USA_NASA_PDS_NLCRU4_XXXX",
"USA_NASA_PDS_NLEROS_XXXX",
"USA_NASA_PDS_NMCRU1_XXXX",
"USA_NASA_PDS_NMCRU2_XXXX",
"USA_NASA_PDS_NMCRU3_XXXX",
"USA_NASA_PDS_NMCRU4_XXXX",
"USA_NASA_PDS_NMERFB_XXXX",
"USA_NASA_PDS_NMEROS_XXXX",
"USA_NASA_PDS_NMERSF_XXXX",
"USA_NASA_PDS_NMERTH_XXXX",
"USA_NASA_PDS_NNCRU1_XXXX",
"USA_NASA_PDS_NNCRU2_XXXX",
"USA_NASA_PDS_NNCRU3_XXXX",
"USA_NASA_PDS_NNCRU4_XXXX",
"USA_NASA_PDS_NNERFB_XXXX",
"USA_NASA_PDS_NNEROS_XXXX",
"USA_NASA_PDS_NNERTH_XXXX",
"USA_NASA_PDS_NREROS_2001",
"USA_NASA_PDS_NXCRU2_XXXX",
"USA_NASA_PDS_NXCRU3_XXXX",
"USA_NASA_PDS_NXCRU4_XXXX",
"USA_NASA_PDS_NXEROS_XXXX",
"USA_NASA_PDS_NXERSF_2XXX",
"USA_NASA_PDS_NXERSF_XXXX",
"USA_NASA_PDS_NXERTH_XXXX",
"USA_NASA_PDS_ODGC1_XXXX",
"USA_NASA_PDS_ODGD1_XXXX",
"USA_NASA_PDS_ODGE1_XXXX",
"USA_NASA_PDS_ODGH1_XXXX",
"USA_NASA_PDS_ODGN1_XXXX",
"USA_NASA_PDS_ODGR1_XXXX",
"USA_NASA_PDS_ODGS1_XXXX",
"USA_NASA_PDS_ODMA_0001",
"USA_NASA_PDS_ODTVGV_XXXX",
"USA_NASA_PDS_PHLD_XXXX",
"USA_NASA_PDS_PHMT_XXXX",
"USA_NASA_PDS_PHXAO_XXXX",
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"USA_NASA_PDS_SA0502_XXXX",
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"USA_NASA_PDS_SA0508_000X",
"USA_NASA_PDS_SA0601_XXXX",
"USA_NASA_PDS_SA0602_XXXX",
"USA_NASA_PDS_SA0603_XXXX",
"USA_NASA_PDS_SA0605_XXXX",
"USA_NASA_PDS_SA0701_XXXX",
"USA_NASA_PDS_SAYYMM_XXXX",
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"USA_NASA_PDS_SBN05_0004",
"USA_NASA_PDS_SBN05_XXXX",
"USA_NASA_PDS_SBNIUE_0001",
"USA_NASA_PDS_SBN_000X",
"USA_NASA_PDS_SBN_DELIV_0041",
"USA_NASA_PDS_SBN_DELIV_0050",
"USA_NASA_PDS_SBN_DELIV_0051",
"USA_NASA_PDS_SBN_DELIV_0052",
"USA_NASA_PDS_SBN_DELIV_0053",
"USA_NASA_PDS_SBN_DELIV_0054",
"USA_NASA_PDS_SBN_DELIV_0055",
"USA_NASA_PDS_SBN_DELIV_0056",
"USA_NASA_PDS_SBN_DELIV_0057",
"USA_NASA_PDS_SBN_DELIV_0058",
"USA_NASA_PDS_SBN_DELIV_0059",
"USA_NASA_PDS_SBN_DELIV_0060",
"USA_NASA_PDS_SBN_DELIV_0061",
"USA_NASA_PDS_SBN_DELIV_0062",
"USA_NASA_PDS_SBN_DELIV_0063",
"USA_NASA_PDS_SBN_DELIV_0064",
"USA_NASA_PDS_SBN_DELIV_0065",
"USA_NASA_PDS_SBN_DELIV_0074",
"USA_NASA_PDS_SBN_DELIV_0075",
"USA_NASA_PDS_SBN_DELIV_0076",
"USA_NASA_PDS_SBN_DELIV_0077",
"USA_NASA_PDS_SBN_DELIV_0078",
"USA_NASA_PDS_SBN_DELIV_0079",
"USA_NASA_PDS_SBN_DELIV_0080",
"USA_NASA_PDS_SBN_DELIV_0081",
"USA_NASA_PDS_SBN_DELIV_0082",
"USA_NASA_PDS_SBN_DELIV_0083",
"USA_NASA_PDS_SBN_DELIV_0084",
"USA_NASA_PDS_SBN_DELIV_0085",
"USA_NASA_PDS_SBN_DELIV_0086",
"USA_NASA_PDS_SBN_DELIV_0088",
"USA_NASA_PDS_SBN_DELIV_0089",
"USA_NASA_PDS_SBN_DELIV_0091",
"USA_NASA_PDS_SBN_DELIV_0092",
"USA_NASA_PDS_SBN_DELIV_0093",
"USA_NASA_PDS_SBN_DELIV_0094",
"USA_NASA_PDS_SBN_DELIV_0096",
"USA_NASA_PDS_SBN_DELIV_0097",
"USA_NASA_PDS_SBN_DELIV_0098",
"USA_NASA_PDS_SBN_DELIV_0101",
"USA_NASA_PDS_SBN_DELIV_0102",
"USA_NASA_PDS_SBN_DELIV_0103",
"USA_NASA_PDS_SBN_DELIV_0104",
"USA_NASA_PDS_SBN_DELIV_0895",
"USA_NASA_PDS_SBN_SA0801_0001",
"USA_NASA_PDS_SDSRC_000X",
"USA_NASA_PDS_SL9_0001",
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"USA_NASA_PDS_SL9_0004",
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"USA_NASA_PDS_SL9_0006",
"USA_NASA_PDS_SL9_0014",
"USA_NASA_PDS_SL9_XXXX",
"USA_NASA_PDS_ULY_5001",
"USA_NASA_PDS_ULY_5101",
"USA_NASA_PDS_VGPW_1001",
"USA_NASA_PDS_VGPW_1002",
"USA_NASA_PDS_VGPW_1003",
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"USA_NASA_PDS_VGPW_1009",
"USA_NASA_PDS_VGPW_1010",
"USA_NASA_PDS_VGPW_1011",
"USA_NASA_PDS_VGPW_1012",
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"USA_NASA_PDS_VGPW_2002",
"USA_NASA_PDS_VGPW_2003",
"USA_NASA_PDS_VGPW_2004",
"USA_NASA_PDS_VGPW_2005",
"USA_NASA_PDS_VGPW_2006",
"USA_NASA_PDS_VGPW_2007",
"USA_NASA_PDS_VG_0001_TO_VG_0003",
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"USA_NASA_PDS_VG_0006_TO_VG_0008",
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"USA_NASA_PDS_VG_0016",
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"USA_NASA_PDS_VG_0019",
"USA_NASA_PDS_VG_0020",
"USA_NASA_PDS_VG_0021",
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"USA_NASA_PDS_VG_0023",
"USA_NASA_PDS_VG_0024",
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"USA_NASA_PDS_VG_2101",
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"USA_NASA_PDS_VG_2311",
"USA_NASA_PDS_VG_2311_TO_VG_2338",
"USA_NASA_PDS_VG_2312",
"USA_NASA_PDS_VG_2313",
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"USA_NASA_PDS_VG_2322",
"USA_NASA_PDS_VG_2323",
"USA_NASA_PDS_VG_2324",
"USA_NASA_PDS_VG_2325",
"USA_NASA_PDS_VG_2326",
"USA_NASA_PDS_VG_2327",
"USA_NASA_PDS_VG_2328",
"USA_NASA_PDS_VG_2329",
"USA_NASA_PDS_VG_2330",
"USA_NASA_PDS_VG_2331",
"USA_NASA_PDS_VG_2332",
"USA_NASA_PDS_VG_2333",
"USA_NASA_PDS_VG_2334",
"USA_NASA_PDS_VG_2335",
"USA_NASA_PDS_VG_2336",
"USA_NASA_PDS_VG_2337",
"USA_NASA_PDS_VG_2338",
"USA_NASA_PDS_VG_2341",
"USA_NASA_PDS_VG_2342",
"USA_NASA_PDS_VG_2343",
"USA_NASA_PDS_VG_2344",
"USA_NASA_PDS_VG_2345",
"USA_NASA_PDS_VG_2346",
"USA_NASA_PDS_VG_2347",
"USA_NASA_PDS_VG_2348",
"USA_NASA_PDS_VG_2349",
"USA_NASA_PDS_VG_2350",
"USA_NASA_PDS_VG_2351",
"USA_NASA_PDS_VG_2352",
"USA_NASA_PDS_VG_2353",
"USA_NASA_PDS_VG_2354",
"USA_NASA_PDS_VG_2355",
"USA_NASA_PDS_VG_2356",
"USA_NASA_PDS_VG_2357",
"USA_NASA_PDS_VG_2358",
"USA_NASA_PDS_VG_2359",
"USA_NASA_PDS_VG_2360",
"USA_NASA_PDS_VG_2361",
"USA_NASA_PDS_VG_2362",
"USA_NASA_PDS_VG_2363",
"USA_NASA_PDS_VG_2364",
"USA_NASA_PDS_VG_2365",
"USA_NASA_PDS_VG_2366",
"USA_NASA_PDS_VG_2367",
"USA_NASA_PDS_VG_2368",
"USA_NASA_PDS_VG_2369",
"USA_NASA_PDS_VG_2499",
"USA_NASA_PDS_VG_2801_TO_2803",
"USA_NASA_PDS_VG_2810",
"USA_NASA_PDS_VL_0001",
"USA_NASA_PDS_VL_0002",
"USA_NASA_PDS_VL_1001",
"USA_NASA_PDS_VL_1002",
"USA_NASA_PDS_VL_9001",
"USA_NASA_PDS_VOMR_0001",
"USA_NASA_PDS_VO_0001",
"USA_NASA_PDS_VO_1001",
"USA_NASA_PDS_VO_1002",
"USA_NASA_PDS_VO_1003",
"USA_NASA_PDS_VO_1004",
"USA_NASA_PDS_VO_1005",
"USA_NASA_PDS_VO_1006",
"USA_NASA_PDS_VO_1007",
"USA_NASA_PDS_VO_1008",
"USA_NASA_PDS_VO_1009",
"USA_NASA_PDS_VO_1010",
"USA_NASA_PDS_VO_1011",
"USA_NASA_PDS_VO_1012",
"USA_NASA_PDS_VO_1013",
"USA_NASA_PDS_VO_1014",
"USA_NASA_PDS_VO_1015",
"USA_NASA_PDS_VO_1016",
"USA_NASA_PDS_VO_1017",
"USA_NASA_PDS_VO_1018",
"USA_NASA_PDS_VO_1019",
"USA_NASA_PDS_VO_1020",
"USA_NASA_PDS_VO_1021",
"USA_NASA_PDS_VO_1022",
"USA_NASA_PDS_VO_1023",
"USA_NASA_PDS_VO_1024",
"USA_NASA_PDS_VO_1025",
"USA_NASA_PDS_VO_1026",
"USA_NASA_PDS_VO_1027",
"USA_NASA_PDS_VO_1028",
"USA_NASA_PDS_VO_1029",
"USA_NASA_PDS_VO_1030",
"USA_NASA_PDS_VO_1031",
"USA_NASA_PDS_VO_1032",
"USA_NASA_PDS_VO_1051",
"USA_NASA_PDS_VO_1052",
"USA_NASA_PDS_VO_1053",
"USA_NASA_PDS_VO_1054",
"USA_NASA_PDS_VO_1055",
"USA_NASA_PDS_VO_1056",
"USA_NASA_PDS_VO_1057",
"USA_NASA_PDS_VO_1058",
"USA_NASA_PDS_VO_1059",
"USA_NASA_PDS_VO_1060",
"USA_NASA_PDS_VO_1061",
"USA_NASA_PDS_VO_1062",
"USA_NASA_PDS_VO_1063",
"USA_NASA_PDS_VO_1064",
"USA_NASA_PDS_VO_2001",
"USA_NASA_PDS_VO_2002",
"USA_NASA_PDS_VO_2003",
"USA_NASA_PDS_VO_2004",
"USA_NASA_PDS_VO_2005",
"USA_NASA_PDS_VO_2006",
"USA_NASA_PDS_VO_2007",
"USA_NASA_PDS_VO_2008",
"USA_NASA_PDS_VO_2009",
"USA_NASA_PDS_VO_2010",
"USA_NASA_PDS_VO_2011",
"USA_NASA_PDS_VO_2012",
"USA_NASA_PDS_VO_2013",
"USA_NASA_PDS_VO_2014",
"USA_NASA_PDS_VO_2015",
"USA_NASA_PDS_VO_2016",
"USA_NASA_PDS_VO_2017",
"USA_NASA_PDS_VO_2018",
"USA_NASA_PDS_VO_2019",
"USA_NASA_PDS_VO_2020",
"USA_NASA_PDS_VO_2021",
"USA_NASA_PDS_VO_2022",
"USA_NASA_PDS_VO_3001",
"USA_NASA_PDS_VO_3002",
"USA_NASA_SBN_AS2002_0001",
"USA_NASA_SBN_AS2003_0001",
"USA_NASA_SBN_AS2004_0001",
"USA_NASA_SBN_CM2002_0001",
"USA_NASA_SBN_COCDA_0001",
"USA_NASA_SBN_COCDA_1XXX",
"USA_NASA_SBN_DELIV_0001",
"USA_NASA_SBN_DELIV_0020",
"USA_NASA_SBN_DELIV_0021",
"USA_NASA_SBN_DELIV_0022",
"USA_NASA_SBN_DELIV_0024",
"USA_NASA_SBN_DELIV_0025",
"USA_NASA_SBN_DELIV_0026",
"USA_NASA_SBN_DELIV_0027",
"USA_NASA_SBN_DELIV_0028",
"USA_NASA_SBN_DELIV_0029",
"USA_NASA_SBN_DELIV_0030",
"USA_NASA_SBN_DELIV_0031",
"USA_NASA_SBN_DELIV_0032",
"USA_NASA_SBN_DELIV_0033",
"USA_NASA_SBN_DELIV_0035",
"USA_NASA_SBN_DELIV_0036",
"USA_NASA_SBN_DELIV_0037",
"USA_NASA_SBN_DELIV_0038",
"USA_NASA_SBN_DELIV_0039",
"USA_NASA_SBN_DELIV_0040",
"USA_NASA_SBN_DELIV_0042",
"USA_NASA_SBN_DELIV_0043",
"USA_NASA_SBN_DELIV_0044",
"USA_NASA_SBN_DELIV_0045",
"USA_NASA_SBN_DELIV_0048",
"USA_NASA_SBN_IR_0004",
"USA_NASA_SBN_NHJUAL_1001",
"USA_NASA_SBN_NHJUAL_2001",
"USA_NASA_SBN_NHJULE_1001",
"USA_NASA_SBN_NHJULE_200X",
"USA_NASA_SBN_NHJULO_1001",
"USA_NASA_SBN_NHJULO_200X",
"USA_NASA_SBN_NHJUMV_1001",
"USA_NASA_SBN_NHJUMV_200X",
"USA_NASA_SBN_NHJUPE_1001",
"USA_NASA_SBN_NHJUPE_2001",
"USA_NASA_SBN_NHJUSD_1001",
"USA_NASA_SBN_NHJUSD_2001",
"USA_NASA_SBN_NHJUSW_1001",
"USA_NASA_SBN_NHJUSW_2001",
"USA_NASA_SBN_NHLAAL_1001",
"USA_NASA_SBN_NHLAAL_2001",
"USA_NASA_SBN_NHLALE_1001",
"USA_NASA_SBN_NHLALE_2001",
"USA_NASA_SBN_NHLALO_1001",
"USA_NASA_SBN_NHLALO_200X",
"USA_NASA_SBN_NHLAMV_1001",
"USA_NASA_SBN_NHLAMV_200X",
"USA_NASA_SBN_NHLAPE_1001",
"USA_NASA_SBN_NHLAPE_2001",
"USA_NASA_SBN_NHLASD_1001",
"USA_NASA_SBN_NHLASD_2001",
"USA_NASA_SBN_NHLASW_1001",
"USA_NASA_SBN_NHLASW_2001",
"USA_NASA_SBN_SBNIG_0001",
"USA_NASA_USGS_MG_1001",
"USA_NASA_USGS_MG_1103",
"USA_NASA_USGS_MG_1104",
"USA_NASA_USGS_MG_1105",
"USA_NASA_USGS_MG_1106",
"USA_NASA_USGS_MG_1107",
"USA_NASA_USGS_MG_1108",
"USA_NASA_USGS_MG_1109",
"USA_NASA_USGS_MG_1110",
"USA_NASA_USGS_MG_1111",
"USA_NASA_USGS_MG_1112",
"USA_NASA_USGS_MG_1113",
"USA_NASA_USGS_MG_1114",
"USA_NASA_USGS_MG_1115",
"USA_NASA_USGS_MG_1116",
"USA_NASA_USGS_MG_1117",
"USA_NASA_USGS_MG_1118",
"USA_NASA_USGS_MG_1119",
"USA_NASA_USGS_MG_1120",
"USA_NASA_USGS_MG_1121",
"USA_NASA_USGS_MG_1122",
"USA_NASA_USGS_MG_1123",
"USA_NASA_USGS_MG_1124",
"USA_NASA_USGS_MG_1125",
"USA_NASA_USGS_MG_1126",
"USA_NASA_USGS_MG_1127",
"USA_NASA_USGS_MG_1128",
"USA_NASA_USGS_MG_1129",
"USA_NASA_USGS_MG_1130",
"USA_NASA_USGS_MG_1131",
"USA_NASA_USGS_MG_1132",
"USA_NASA_USGS_MG_1133",
"USA_NASA_USGS_MG_1134",
"USA_NASA_USGS_MG_1135",
"USA_NASA_USGS_MG_1136",
"USA_NASA_USGS_MG_1137",
"USA_NASA_USGS_MG_1138",
"USA_NASA_USGS_MG_1139",
"USA_NASA_USGS_MG_1140",
"USA_NASA_USGS_MG_1141",
"USA_NASA_USGS_MG_1142",
"USA_NASA_USGS_MG_1143",
"USA_NASA_USGS_MG_1144",
"USA_NASA_USGS_MG_1145",
"USA_NASA_USGS_MG_1146",
"USA_NASA_USGS_MG_1147",
"USA_NASA_USGS_MG_1148",
"USA_NASA_USGS_MG_1149",
"USA_NASA_USGS_MG_1150",
"USA_NASA_USGS_MG_1151",
"USA_NASA_USGS_MG_1152",
"USA_NASA_USGS_MG_1153",
"USA_NASA_USGS_MG_1154",
"USA_NASA_USGS_MG_1155",
"USA_NASA_USGS_MG_1156",
"USA_NASA_USGS_MG_1157",
"USA_NASA_USGS_MG_1158",
"USA_NASA_USGS_MG_1159",
"USA_NASA_USGS_MG_1160",
"USA_NASA_USGS_MG_1161",
"USA_NASA_USGS_MG_1162",
"USA_NASA_USGS_MG_1163",
"USA_NASA_USGS_MG_1164",
"USA_NASA_USGS_MG_1165",
"USA_NASA_USGS_MG_1166",
"USA_NASA_USGS_MG_1167",
"USA_NASA_USGS_MG_1168",
"USA_NASA_USGS_MG_1169",
"USA_NASA_USGS_MG_1170",
"USA_NASA_USGS_MG_1171",
"USA_NASA_USGS_MG_1172",
"USA_NASA_USGS_MG_1173",
"USA_NASA_USGS_MG_1174",
"USA_NASA_USGS_MG_1175",
"USA_NASA_USGS_MG_1176",
"USA_NASA_USGS_MG_1177",
"USA_NASA_USGS_MG_1178",
"USA_NASA_USGS_MG_1179",
"USA_NASA_USGS_MG_1180",
"USA_NASA_USGS_MG_1181",
"USA_NASA_USGS_MG_1182",
"USA_NASA_USGS_MG_1183",
"USA_NASA_USGS_MG_1184",
"USA_NASA_USGS_MG_1185",
"USA_NASA_USGS_MG_1186",
"USA_NASA_USGS_MG_1187",
"USA_NASA_USGS_MG_1188",
"USA_NASA_USGS_MG_1189",
"USA_NASA_USGS_MG_1190",
"USA_NASA_USGS_MG_1191",
"USA_NASA_USGS_MG_1192",
"USA_NASA_USGS_MG_1193",
"USA_NASA_USGS_MG_1194",
"USA_NASA_USGS_MG_1195",
"USA_NASA_USGS_MG_1196",
"USA_NASA_USGS_MG_1197",
"USA_NASA_USGS_MG_1198",
"USA_NASA_USGS_MG_1199",
"USA_NASA_USGS_MG_1200",
"USA_NASA_USGS_MG_1201",
"USA_NASA_USGS_MG_1202",
"USA_NASA_USGS_MG_1203",
"USA_NASA_USGS_MG_1204",
"USA_NASA_USGS_MG_1205",
"USA_NASA_USGS_MG_1206",
"USA_NASA_USGS_MG_1207",
"USA_NASA_USGS_MG_1208",
"USA_NASA_USGS_MG_1209",
"USA_NASA_USGS_MG_1210",
"USA_NASA_USGS_MG_1211",
"USA_NASA_USGS_MG_1212",
"USA_NASA_USGS_MG_1213",
"USA_NASA_USGS_MG_1214",
"USA_NASA_USGS_MG_1215",
"USA_NASA_USGS_MG_1216",
"USA_NASA_USGS_MG_1217",
"USA_NASA_USGS_MG_1218",
"USA_NASA_USGS_MG_1219",
"USA_NASA_USGS_MG_1220",
"USA_NASA_USGS_MG_1221",
"USA_NASA_USGS_MG_1222",
"USA_NASA_USGS_MG_1223",
"USA_NASA_USGS_MG_1224",
"USA_NASA_USGS_MG_1225",
"USA_NASA_USGS_MG_1226",
"USA_NASA_USGS_MG_1227",
"USA_NASA_USGS_MG_1228",
"USA_NASA_USGS_MG_1229",
"USA_NASA_USGS_MG_1230",
"USA_NASA_USGS_MG_1231",
"USA_NASA_USGS_MG_1232",
"USA_NASA_USGS_MG_1233",
"USA_NASA_USGS_MG_1234",
"USA_NASA_USGS_MG_1235",
"USA_NASA_USGS_MG_1236",
"USA_NASA_USGS_MG_1237",
"USA_NASA_USGS_MG_1238",
"USA_NASA_USGS_MG_1239",
"USA_NASA_USGS_MG_1240",
"USA_NASA_USGS_MG_1241",
"USA_NASA_USGS_MG_1242",
"USA_NASA_USGS_MG_1243",
"USA_NASA_USGS_MG_1244",
"USA_NASA_USGS_MG_1245",
"USA_NASA_USGS_MG_1246",
"USA_NASA_USGS_MG_1247",
"USA_NASA_USGS_MG_1248",
"USA_NASA_USGS_MG_1249",
"USA_NASA_USGS_MG_1250",
"USA_NASA_USGS_MG_1251",
"USA_NASA_USGS_MG_1252",
"USA_NASA_USGS_MG_1253",
"USA_NASA_USGS_MG_1254",
"USA_NASA_USGS_MG_1255",
"USA_NASA_USGS_MG_1256",
"USA_NASA_USGS_MG_1257",
"USA_NASA_USGS_MG_1258",
"USA_NASA_USGS_MG_1259",
"USA_NASA_USGS_MG_1260",
"USA_NASA_USGS_MG_1261",
"USA_NASA_USGS_MG_1262",
"USA_NASA_USGS_MG_1263",
"USA_NASA_USGS_MG_1264",
"USA_NASA_USGS_MG_1265",
"USA_NASA_USGS_MG_1266",
"USA_NASA_USGS_MG_1271",
"USA_NASA_USGS_MG_1272",
"USA_NASA_USGS_MG_1273",
"USA_NASA_USGS_MG_1274",
"USA_NASA_USGS_MG_1275",
"USA_NASA_USGS_MG_1276",
"USA_NASA_USGS_MG_1277",
"USA_NASA_USGS_MG_1278",
"USA_NASA_USGS_MG_1279",
"USA_NASA_USGS_MG_1280",
"USA_NASA_USGS_MG_1281",
"USA_NASA_USGS_MG_1282",
"USA_NASA_USGS_MG_1283",
"USA_NASA_USGS_MG_1284",
"USA_NASA_USGS_MG_1285",
"USA_NASA_USGS_MG_1286",
"USA_NASA_USGS_MG_1287",
"USA_NASA_USGS_MG_1288",
"USA_NASA_USGS_MG_1289",
"USA_NASA_USGS_MG_1290",
"USA_NASA_USGS_MG_1291",
"USA_NASA_USGS_MG_1292",
"USA_NASA_USGS_MG_1293",
"USA_NASA_USGS_MG_1294",
"USA_NASA_USGS_MG_1295",
"USA_NASA_USGS_MG_1296",
"USA_NASA_USGS_MG_1297",
"USA_NASA_USGS_MG_1298",
"USA_NASA_USGS_MG_1299",
"USA_NASA_USGS_MG_1300",
"USA_NASA_USGS_MG_1301",
"USA_NASA_USGS_MG_1302",
"USA_NASA_USGS_MG_1303",
"USA_NASA_USGS_MG_1304",
"USA_NASA_USGS_MG_1305",
"USA_NASA_USGS_MG_1306",
"USA_NASA_USGS_MG_1307",
"USA_NASA_USGS_MG_1308",
"USA_NASA_USGS_MG_1309",
"USA_NASA_USGS_MG_1310",
"USA_NASA_USGS_MG_1311",
"USA_NASA_USGS_MG_1313",
"USA_NASA_USGS_MG_1314",
"USA_NASA_USGS_MG_1315",
"USA_NASA_USGS_MG_1316",
"USA_NASA_USGS_MG_1317",
"USA_NASA_USGS_MG_1318",
"USA_NASA_USGS_MG_1319",
"USA_NASA_USGS_MG_1320",
"USA_NASA_USGS_MG_1321",
"USA_NASA_USGS_MG_1322",
"USA_NASA_USGS_MG_1323",
"USA_NASA_USGS_MG_1324",
"USA_NASA_USGS_MG_1325",
"USA_NASA_USGS_MG_1326",
"USA_NASA_USGS_MG_1327",
"USA_NASA_USGS_MG_1328",
"USA_NASA_USGS_MG_1329",
"USA_NASA_USGS_MG_1330",
"USA_NASA_USGS_MG_1331",
"USA_NASA_USGS_MG_1332",
"USA_NASA_USGS_MG_1333",
"USA_NASA_USGS_MG_1334",
"USA_NASA_USGS_MG_1335",
"USA_NASA_USGS_MG_1336",
"USA_NASA_USGS_MG_1337",
"USA_NASA_USGS_MG_1338",
"USA_NASA_USGS_MG_1339",
"USA_NASA_USGS_MG_1340",
"USA_NASA_USGS_MG_1341",
"USA_NASA_USGS_MG_1342",
"USA_NASA_USGS_MG_1343",
"USA_NASA_USGS_MG_1344",
"USA_NASA_USGS_MG_1345",
"USA_NASA_USGS_MG_1346",
"USA_NASA_USGS_MG_1347",
"USA_NASA_USGS_MG_1348",
"USA_NASA_USGS_MG_1349",
"USA_NASA_USGS_MG_1352",
"USA_NASA_USGS_MG_1353",
"USA_NASA_USGS_MG_1354",
"USA_NASA_USGS_MG_1355",
"USA_NASA_USGS_MG_1356",
"USA_NASA_USGS_MG_1357",
"USA_NASA_USGS_MG_1358",
"USA_NASA_USGS_MG_1359",
"USA_NASA_USGS_MG_1360",
"USA_NASA_USGS_MG_1361",
"USA_NASA_USGS_MG_1362",
"USA_NASA_USGS_MG_1363",
"USA_NASA_USGS_MG_1364",
"USA_NASA_USGS_MG_1365",
"USA_NASA_USGS_MG_1366",
"USA_NASA_USGS_MG_1367",
"USA_NASA_USGS_MG_1368",
"USA_NASA_USGS_MG_1369",
"USA_NASA_USGS_MG_1370",
"USA_NASA_USGS_MG_1371",
"USA_NASA_USGS_MG_1372",
"USA_NASA_USGS_MG_1373",
"USA_NASA_USGS_MG_1374",
"USA_NASA_USGS_MG_1375",
"USA_NASA_USGS_MG_1376",
"USA_NASA_USGS_MG_1377",
"USA_NASA_USGS_MG_1378",
"USA_NASA_USGS_MG_1379",
"USA_NASA_USGS_MG_1380",
"USA_NASA_USGS_MG_1381",
"USA_NASA_USGS_MG_1382",
"USA_NASA_USGS_MG_1383",
"USA_NASA_USGS_MG_1384",
"USA_NASA_USGS_MG_1385",
"USA_NASA_USGS_MG_1386",
"USA_NASA_USGS_MG_1387",
"USA_NASA_USGS_MG_1388",
"USA_NASA_USGS_MG_1389",
"USA_NASA_USGS_MG_1390",
"USA_NASA_USGS_MG_1391",
"USA_NASA_USGS_MG_1392",
"USA_NASA_USGS_MG_1393",
"USA_NASA_USGS_MG_1394",
"USA_NASA_USGS_MG_1395",
"USA_NASA_USGS_MG_1396",
"USA_NASA_USGS_MG_1397",
"USA_NASA_USGS_MG_1398",
"USA_NASA_USGS_MG_1399",
"USA_NASA_USGS_MG_1400",
"USA_NASA_USGS_MG_1401",
"USA_NASA_USGS_MG_1402",
"USA_NASA_USGS_MG_1403",
"USA_NASA_USGS_MG_1404",
"USA_NASA_USGS_MG_1405",
"USA_NASA_USGS_MG_1406",
"USA_NASA_USGS_MG_1407",
"USA_NASA_USGS_MG_1408",
"USA_NASA_USGS_MG_1409",
"USA_NASA_USGS_MG_1410",
"USA_NASA_USGS_MG_1411",
"USA_NASA_USGS_MG_1412",
"USA_NASA_USGS_MG_1413",
"USA_NASA_USGS_MG_1414",
"USA_NASA_USGS_MG_1415",
"USA_NASA_USGS_MG_1416",
"US_UIOW_DPA_MEXMDI_1000"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VOLUME_SET_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 60
DESCRIPTION = "
The volume_set_name element provides the full, formal name
of one or more data volumes containing a single data set or
a collection of related data sets. Volume sets are
normally considered as a single orderable entity. For
example, the volume series MISSION TO VENUS consists of the
following three volume sets:
MAGELLAN: THE MOSAIC IMAGE DATA RECORD
MAGELLAN: THE ALTIMETRY AND RADIOMETRY DATA RECORD
PRE-MAGELLAN RADAR AND GRAVITY DATA SET COLLECTION
In certain cases, the volume_set_name can be the same as
the volume_name, such as when the volume_set consists of
only one volume."
STANDARD_VALUE_SET = {
"CLEMENTINE BASEMAP MOSAIC",
"CLEMENTINE HIRES MOSAIC",
"CLEMENTINE UVVIS MOSAIC",
"CLEMENTINE: BASEMAP MOSAIC",
"CLEMENTINE: EDR IMAGE ARCHIVE",
"CLEMENTINE: INTERMEDIATE AND REDUCED BISTATIC RADAR DATA",
"CLEMENTINE: RAW BISTATIC RADAR DATA ARCHIVE",
"COMET HALLEY ARCHIVE",
"COMETS CROMMELIN AND GIACOBINI-ZINNER ARCHIVE",
"DEEP IMPACT/EPOXI DOCUMENT COLLECTION",
"DTM/MDIM: GLOBAL COVERAGE",
"ELECTRON TEMPERATURE PROBE PROCESSED DATA SETS",
"EPOXI 103P/HARTLEY2 ENCOUNTER - HRII RAW SPECTRA",
"EPOXI 103P/HARTLEY2 ENCOUNTER - HRII CALIBRATED SPECTRA",
"EPOXI 103P/HARTLEY2 ENCOUNTER - HRIV RAW IMAGES",
"EPOXI 103P/HARTLEY2 ENCOUNTER - HRIV CALIBRATED IMAGES",
"EPOXI 103P/HARTLEY2 ENCOUNTER - MRI RAW IMAGES",
"EPOXI 103P/HARTLEY2 ENCOUNTER - MRI CALIBRATED IMAGES",
"EPOXI EARTH OBSERVATIONS - HRII RAW SPECTRA",
"EPOXI EARTH OBSERVATIONS - HRII CALIBRATED SPECTRA",
"EPOXI EARTH OBSERVATIONS - HRIV RAW IMAGES",
"EPOXI EARTH OBSERVATIONS - HRIV CALIBRATED IMAGES",
"EPOXI EARTH OBSERVATIONS - MRI RAW IMAGES",
"EPOXI EARTH OBSERVATIONS - MRI CALIBRATED IMAGES",
"EPOXI EXOPLANET TRANSIT OBS - HRIV RAW IMAGES",
"EPOXI EXOPLANET TRANSIT OBS - HRIV CALIBRATED IMAGES",
"EPOXI EXOPLANET TRANSIT OBS - HRIV STELLAR PHOTOMETRY",
"EPOXI HRII/HRIV/MRI INSTRUMENT TEMPERATURES",
"EPOXI INFLIGHT CALIBRATIONS - HRII RAW SPECTRA",
"EPOXI INFLIGHT CALIBRATIONS - HRIV RAW IMAGES",
"EPOXI INFLIGHT CALIBRATIONS - MRI RAW IMAGES",
"EPOXI INFLIGHT CALIBRATIONS - HRIV STELLAR PSFS",
"EPOXI MARS OBS - HRII RAW SPECTRA",
"EPOXI MARS OBS - HRII CALIBRATED SPECTRA",
"EPOXI MARS OBS - HRIV RAW IMAGES",
"EPOXI MARS OBS - HRIV CALIBRATED IMAGES",
"EPOXI MARS OBS - MRI RAW IMAGES",
"EPOXI MARS OBS - MRI CALIBRATED IMAGES",
"EPOXI SPICE FILES",
"FIELDS AND PARTICLES DATA SETS",
"GALILEO EARTH/MOON NIMS EXPERIMENT DATA RECORDS V1.0",
"GALILEO PROBE ARCHIVE",
"GALILEO SOLID STATE IMAGING ORBITS 11 - 17",
"GALILEO SOLID STATE IMAGING RAW EDR IMAGES",
"GALILEO VENUS NIMS EXPERIMENT DATA RECORDS V1.0",
"GALILEO: NEAR INFRARED MAPPING SPECTROMETER (NIMS) CUBE DAT",
"GALILEO: NEAR INFRARED MAPPING SPECTROMETER (NIMS) CUBE DATA",
"GALILEO: NEAR INFRARED MAPPING SPECTROMETER (NIMS) EDR DATA",
"GALILEO: RAW RADIO SCIENCE DATA",
"GEOLOGIC REMOTE SENSING FIELD EXPERIMENT",
"GIOTTO EXTENDED MISSION ARCHIVE",
"GROUND BASED ATMOSPHERIC OBSERVATIONS",
"HST/WFPC2 SATURN IMAGES THROUGH NOVEMBER 1995",
"IRIS DERIVED PARAMETERS JUPITER & SATURN",
"IRIS FULL RESOLUTION SPECTRA JUPITER",
"IRIS FULL RESOLUTION SPECTRA NEPTUNE",
"IRIS FULL RESOLUTION SPECTRA SATURN",
"IRIS FULL RESOLUTION SPECTRA URANUS",
"LUNAR PROSPECTOR LEVEL 0 ARCHIVE",
"LUNAR PROSPECTOR: LINE OF SIGHT ACCELERATION PROFILE DATA",
"LUNAR PROSPECTOR: SPHERICAL HARMONIC MODELS AND GRAVITY DATA",
"MAGELLAN: ALTIMETRY AND RADIOMETRY COMPOSITE DATA",
"MAGELLAN: FULL RESOLUTION RADAR MOSAICS",
"MAGELLAN: GLOBAL ALTIMETRY AND RADIOMETRY DATA",
"MAGELLAN: LINE OF SIGHT ACCELERATION PROFILE DATA",
"MAGELLAN: RADAR DATA PRODUCTS",
"MAGELLAN: RADIO OCCULTATION RAW DATA",
"MAGELLAN: RSS 5 OCCULTATION PROFILES",
"MAGELLAN: SPHERICAL HARMONIC MODELS AND DIGITAL MAP DATA",
"MAGELLAN: THE MOSAIC IMAGE DATA",
"MAGNETOMETER AND ELECTRIC FIELD DETECTOR",
"MARINER 9 IRIS SPECTRAL OBSERVATIONS OF MARS",
"MARS CLIMATE SOUNDER EDR",
"MARS GLOBAL SURVEYOR MAG/ER LEVEL 1 ARCHIVE",
"MARS GLOBAL SURVEYOR PRE-MAPPING PHASE DVD-ROM ARCHIVE",
"MARS GLOBAL SURVEYOR SCIENCE SAMPLER",
"MARS GLOBAL SURVEYOR SPICE FILES",
"MARS GLOBAL SURVEYOR TES-TSDR",
"MARS ODYSSEY SPICE FILES",
"MARS PATHFINDER: THE ASI/MET ARCHIVE",
"MARS PATHFINDER: THE IMAGER FOR MARS PATHFINDER EDR",
"MARS PATHFINDER: THE ROVER ARCHIVE",
"MDIM: AMAZONIS PLANITIA REGION",
"MDIM: ARABIA TERRA REGION",
"MDIM: ELYSIUM PLANITIA REGION",
"MDIM: PLANUM AUSTRALE REGION",
"MDIM: VASTITAS BOREALIS REGION",
"MDIM: XANTHE TERRA REGION",
"MGS ACCELEROMETER DATA PRODUCTS",
"MGS MARS ORBITER LASER ALTIMETER AEDR ARCHIVE",
"MGS MARS ORBITER LASER ALTIMETER ARCHIVE",
"MGS MARS ORBITER LASER ALTIMETER PEDR AND EGDR ARCHIVES",
"MGS MARS ORBITER LASER ALTIMETER RADIOMETRY ARCHIVES",
"MGS RST SCIENCE DATA PRODUCTS",
"MGS: RAW RADIO SCIENCE DATA FROM CRUISE",
"MGS: RAW RADIO SCIENCE DATA FROM MAPPING",
"MGS: RAW RADIO SCIENCE DATA FROM MOI",
"MGS: RAW RS DATA FROM EXTENDED MISSION",
"MGS: RAW RS SOLAR CONJUNCTION DATA",
"MISSION TO MARS",
"MO: RS DATA PRODUCTS",
"MOC DSDP ARCHIVE",
"MOC SDP ARCHIVE",
"MODEL: AMES MARS GENERAL CIRCULATION MODEL",
"MPF: SURFACE RADIO SCIENCE DATA",
"MRO CRISM OBSERVATIONS",
"MRO SHARAD OBSERVATIONS",
"MRO: RAW RS GRAVITY DATA",
"MULTI-LOOK COLOR MDIM - VOLUME 14",
"MULTI-LOOK COLOR MDIM: AMAZONIS PLANITIA REGION",
"MULTI-LOOK COLOR MDIM: ARABIA TERRA REGION",
"MULTI-LOOK COLOR MDIM: ELYSIUM PLANITIA REGION",
"MULTI-LOOK COLOR MDIM: PLANUM AUSTRALE REGION",
"MULTI-LOOK COLOR MDIM: VASTITAS BOREALIS REGION",
"MULTI-LOOK COLOR MDIM: XANTHE TERRA REGION",
"NEAR: CALIBRATED NEAR-INFRARED SPECTROMETER",
"NEAR: GEOMETRY",
"NEAR: MAGNETOMETER",
"NEAR: MULTI-SPECTRAL IMAGER EDR DATA",
"NEAR: NEAR LASER RANGE FINDER",
"NEAR: NEAR LASER RANGEFINDER",
"NEAR: NEAR MULTISPECTRAL IMAGER",
"NEAR: NEAR-INFRARED SPECTROMETER",
"NEAR: X-RAY/GAMMA-RAY SPECTROMETER",
"NEUTRAL MASS SPECTROMETER DATA",
"ODY: GRS AHD ARCHIVE",
"ODY: GRS AND ARCHIVE",
"ODY: GRS CGS ARCHIVE",
"ODY: GRS DHD ARCHIVE",
"ODY: GRS DND ARCHIVE",
"ODY: GRS EDR ARCHIVE",
"ODY: GRS SGS ARCHIVE",
"ODY: RAW RADIO SCIENCE DATA FROM MAPPING",
"ODYSSEY MISSION TO MARS - MARIE DATA",
"PDS WELCOME TO THE PLANETS",
"PDS/SBN IDA/GASPRA DATA COLLECTION, DECEMBER 1999",
"PIONEER VENUS ORBITER",
"PRE-MAGELLAN RADAR AND GRAVITY DATA",
"SHOEMAKER-LEVY 9 IMPACT EVENTS - SELECT",
"STARDUST NAVCAM PREFLIGHT CALIBRATION DATA",
"SUPPLEMENTAL EXPERIMENTER DATA RECORD (SEDR) RAW DATA",
"ULYSSES AT JUPITER - FIELDS AND PARTICLES",
"ULYSSES AT JUPITER - SCE RAW DATA",
"UVS DERIVED NORTH/SOUTH MAPS",
"VIKING LANDER EDR IMAGES",
"VIKING LANDER FOOTPAD TEMPERATURE SENSOR DATA",
"VIKING LANDER METEOROLOGY BINNED PRESSURE, TEMP, WIND CORR",
"VIKING LANDERS IMAGING ATMOSPHERIC OPTICAL DEPTH DATA",
"VIKING LANDERS METEOROLOGY BINNED PRESSURE, TEMP, WIND",
"VIKING LANDERS METEOROLOGY POINT-BY-POINT PRESSURE DATA",
"VIKING LANDERS METEOROLOGY SUMMARY PRESSURE DATA",
"VIKING ORBITER 1 & 2: INFRARED THERMAL MAPPER DATA",
"VIKING ORBITER IMAGES OF MARS",
"VIKING ORBITERS AND MARINER 9 MARS CLOUD CATALOG",
"VIKING ORBITERS INFRARED THERMAL MAPPER BINNED/CLOUDS",
"VIKING ORBITERS MARS ATMOSPHERIC WATER DETECTOR",
"VOYAGER 1 PLASMA WAVE SPECTROMETER WAVEFORM DATA",
"VOYAGER 1: RAW RADIO SCIENCE DATA FROM SATURN",
"VOYAGER 1: RAW RADIO SCIENCE DATA FROM SATURN - EGR",
"VOYAGER 1: RAW RADIO SCIENCE DATA FROM TITAN",
"VOYAGER 2 PLASMA WAVE SPECTROMETER WAVEFORM DATA",
"VOYAGER 2: RAW RADIO SCIENCE DATA FROM SATURN",
"VOYAGER AT JUPITER - FIELDS AND PARTICLES LOW RATE SCIENCE",
"VOYAGER IMAGES OF JUPITER",
"VOYAGER IMAGES OF NEPTUNE",
"VOYAGER IMAGES OF SATURN",
"VOYAGER IMAGES OF URANUS",
"VOYAGER RADIO OCCULTATION REDUCED DATA"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VOLUME_SETS
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = DYNAMIC
MINIMUM = 0
DESCRIPTION = "
The volume_sets element provides the number of volume sets
in a volume series. For example, there are currently six
(6) volume sets associated with the volume series MISSION
TO VENUS."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VOLUME_VERSION_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = FORMATION
MAXIMUM_LENGTH = 12
DESCRIPTION = "
The volume_version_id element indentifies the version of a
data volume. All original volumes should use a
volume_version_id of 'Version 1'. Versions are used when
data products are remade due to errors or limitations in
the original volumes (test volumes, for example), and the
new version makes the previous volume obsolete.
Enhancements or revisions to data products which constitute
alternate data products should be assigned a unique volume
id, not a new version id. Examples: Version 1, Version 2."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = VOLUMES
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The volumes element provides the number of physical data
volumes contained in a volume set.
Note: In the PDS, volumes represents the total number of
related data volumes that comprise a single orderable unit,
as represented by the volume_set_id.
For Example, the volume set VOYAGER IMAGES OF URANUS has
the volume_set_id of USA_NASA_PDS_VG_0001_TO_VG_0003
and the value for volumes would be 3."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = WAVELENGTH
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = MICRON
STANDARD_VALUE_TYPE = NONE
MINIMUM = 0
DESCRIPTION = "
The wavelength element identifies the mean wavelength to
which an instrument detector/filter combination is
sensitive."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = WESTERNMOST_LONGITUDE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = DEG
STANDARD_VALUE_TYPE = RANGE
MINIMUM = -180
MAXIMUM = 360
DESCRIPTION = "
The following definitions describe westernmost longitude for the
body-fixed, rotating coordinate systems:
For Planetocentric coordinates and for Planetographic coordinates in
which longitude increases toward the east, the westernmost (leftmost)
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 Planetographic coordinates in which longitude increases toward the
west (prograde rotator), the westernmost (leftmost) longitude of a
spatial area (e.g., a map,mosaic, bin, feature or region) is the maximum
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 westernmost (leftmost) longitude
is the minimum numerical value of longitude unless it crosses -180."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = WIND_SENSOR_HIGH_POWER_DUR
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM_LENGTH = NULL
DESCRIPTION = "
The WIND_SENSOR_HIGH_POWER_DUR element provides the elapsed
time, in seconds, for a wind sensor to be in high power mode
before switching to low power mode."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = WIND_SENSOR_LOW_POWER_DUR
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM_LENGTH = NULL
DESCRIPTION = "
The WIND_SENSOR_LOW_POWER_DUR element provides the elapsed
time, in seconds, for a wind sensor to be in low power mode
before switching to high power mode."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = WIND_SENSOR_POWER_TYPE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0
MAXIMUM_LENGTH = NULL
DESCRIPTION = "
The WIND_SENSOR_POWER_TYPE Element provides a numeric
identifier for the operating power mode of a wind sensor.
Note: For Mars Pathfinder, the three valid values were:
0: Low power throughout session,
1: High power throughout session,
2: Cyclic low and high power alternating throughout session,
starting with low power."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = X_AXIS_MAXIMUM
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = M
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The X_AXIS_MAXIMUM element provides the value of the X
coordinate of a VERTICAL at the top of the image. Note
that +X is at the top of the image and is at the right,
so +X corresponds to North."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = X_AXIS_MINIMUM
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = M
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The X_AXIS_MINIMUM element provides the value of the
X coordinate of a VERTICAL at the bottom of the image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = X_OFFSET
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
MAXIMUM = 64
DESCRIPTION = "
The x_offset element indicates a shift or displacement of a data value in
the x-direction. Note: For Cassini, this refers to the commanded mirror
offset (in the x direction) within the infrared normal resolution field of
view. For visible and infrared, the actual data collection area will differ
when not in normal resolution mode."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = Y_AXIS_MAXIMUM
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = M
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The Y_AXIS_MAXIMUM element provides the value of the Y
coordinate of a VERTICAL at the right edge of the image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = Y_AXIS_MINIMUM
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = M
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The Y_AXIS_MINIMUM element provides the value of the Y
coordinate of a VERTICAL at the left edge of the image."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = Y_OFFSET
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
MAXIMUM = 64
DESCRIPTION = "
The y_offset element indicates a shift or displacement of a data value in
the y-direction."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = Z_AXIS_DISTANCE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = MM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The Z_AXIS_DISTANCE element provides the distance from the z-axis
home position to the lower motor hardstop of an instrument.
Note: For MER, this is the position to which the RAT will move after
calibrating against the lower hardstop offset at the start of the
RAT_DIAG or RAT_CAL commands and at the end of the RAT_GRIND,
RAT_BRUSH commands."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = Z_AXIS_POSITION
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = MM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The Z_AXIS_POSITION element provides the z-axis offset
from the lower motor hardstop to which the RAT will move
at the start of the RAT_BRUSH command."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = Z_AXIS_STEP_SIZE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = MM
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The Z_AXIS_STEP_SIZE element specifies the distance or step size
required to move the z-axis of an instrument.
Note: For MER, this is the distance the RAT is moved in the negative
direction once the grinding wheel is no longer able to complete a
full revolution in the seek and scan operation. This is also the
distance required to move the z-axis in the positive direction once
the grinding wheel completes a full revolution."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = Z_AXIS_VELOCITY
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = 'MM/S'
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The Z_AXIS_VELOCITY element provides the z-axis velocity of an
instrument during an operations period of an instrument command."
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = Z_AXIS_VELOCITY_NAME
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = 'N/A'
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The Z_AXIS_VELOCITY_NAME element provides the formal name
of the values within the Z_AXIS_VELOCITY element array."
STANDARD_VALUE_SET = {
"SCAN",
"SEEK"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = Z_OFFSET
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CONTEXTDEPENDENT
UNIT_ID = NONE
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 1
MAXIMUM = 64
DESCRIPTION = "
The z_offset element indicates a shift or displacement of a data value in
the z-direction. Note: For Cassini, this refers to the commanded mirror
offset (in the z direction) within the infrared normal resolution field of
view. For visible and infrared, the actual data collection area will differ
when not in normal-resolution mode."
STANDARD_VALUE_SET = {
"N/A"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = ZERO_ELEVATION_LINE
STATUS_TYPE = PENDING
GENERAL_DATA_TYPE = REAL
UNIT_ID = PIXEL
STANDARD_VALUE_TYPE = SUGGESTED
DESCRIPTION = "
The ZERO_ELEVATION_LINE element provides the image line
representing 0.0 degree (MIPL Projections - Cylindrical)."
END_OBJECT = ELEMENT_DEFINITION
END
/* End of element definitions */
/* End of Data Dictionary database dump */
/* Start of the EPOXI element definitions */
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:ADC_SATURATED_PIXEL_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The adc_saturated_pixel_count element provides a count of the number of
pixels where the analog-to-digital converter (ADC) was saturated."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:BAD_PIXEL_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The bad_pixel_count element provides a count of the number of bad pixels
as identified by the Deep Impact calibration process. This count
includes any VIS overclock pixels or IR reference pixels at the borders
of the image."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:BODY_POSITIVE_POLE_CLOCK_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "DEG"
STANDARD_VALUE_TYPE = RANGE
MAXIMUM = 360
DESCRIPTION = "
The body_positive_pole_clock_angle element specifies the direction of the
target body's positive rotation axis in the image plane. It is measured
from the 'upward' direction, clockwise to the direction of the positive
rotational pole as projected into the image plane when 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 values in the dataset or target
catalog file."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:COMMANDED_IMAGE_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The commanded_image_count element provides the number of images to be
acquired by a specific imaging command."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:COMPRESSED_IMAGE_VALUE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = STATIC
DESCRIPTION = "
The compressed_image_value element indicates whether or not an image is
compressed, decompressed, or never compressed. The values for EPOXI are:
uncompressed =
The image was never compressed by an instrument on board
the spacecraft.
compressed =
The image was compressed by an instrument on board the spacecraft
before the data were transmitted to Earth.
All raw EPOXI images that were compressed are archived in the compressed
format. decompressed = The image, originally compressed on board the
spacraft, has been decompressed during the calibration process."
STANDARD_VALUE_SET = {"UNCOMPRESSED", "COMPRESSED", "DECOMPRESSED"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:DATA_TO_DN_MULTIPLIER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The data_to_dn_multiplier.elm element provides the scaling factor for
converting the image data from the currently specified unit to calibrated
data numbers (DN), before the conversion to radiance units. A value of 1
indicates the current image is already in units of raw data number."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:DATA_TO_IOVERF_MULTIPLIER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The data_to_ioverf_multiplier element provides the scaling factor for
converting the image data from the currently specified unit to unitless
I-over-F data. A value of 1 indicates the current image is already in
units of I-over-F."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:DATA_TO_RADIANCE_MULTIPLIER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The data_to_radiance_multiplier element provides the scaling factor for
converting the image data from the currently specified unit to radiance
data, W/(m**2*micron*sr). A value of 1 indicates the current image is
already in units of radiance."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:DERIVED_MAXIMUM
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
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. Note: For EPOXI, pixels in the overclock areas
bordering the HRIV and MRI CCD or pixels in the reference rows and
columns bordering the HRI IR spectrometer are included in the image
object but are excluded from the value."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:DERIVED_MEDIAN
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The derived_median element provides the median value (middle value)
occurring in a given instance of the data object after the application of
a scaling factor and/or offset. Note: For EPOXI, pixels in the overclock
areas bordering the HRIV and MRI CCD or pixels in the reference rows and
columns bordering the HRI IR spectrometer are included in the image
object but are excluded from the value."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:DERIVED_MINIMUM
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
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. Note: For EPOXI, pixels in the overclock areas
bordering the HRIV and MRI CCD or pixels in the reference rows and
columns bordering the HRI IR spectrometer are included in the image
object but are excluded from the value."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:DERIVED_STANDARD_DEVIATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The derived_standard_deviation element provides the standard deviation
occurring in a given instance of the data object after the application of
a scaling factor and/or offset. Note: For EPOXI, pixels in the overclock
areas bordering the HRIV and MRI CCD or pixels in the reference rows and
columns bordering the HRI IR spectrometer are included in the image
object but are excluded from the value."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:DESPIKED_PIXEL_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The despiked_pixel_count element provides a count of the number of pixels
that were modified by the despiking routine in the calibration pipeline."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:EARTH_OBSERVER_MID_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The earth_observer_mid_time element provides the calendar UTC time when
light from the target, which left the target at the same time as light
that reached the Deep Impact spacecraft at the UTC mid-point of the
observation (EPOXI:IMAGE_MID_TIME), reaches the center of Earth."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:ECLIPTIC_NORTH_CLOCK_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "DEG"
STANDARD_VALUE_TYPE = RANGE
MAXIMUM = 360
DESCRIPTION = "
The ecliptic_north_clock_angle element specifies the direction of
ecliptic north at the center of the image plane. It is measured from the
'upward' direction, clockwise to the direction toward ecliptic north when
the image is displayed as defined by the SAMPLE_DISPLAY_DIRECTION and
LINE_DISPLAY_DIRECTION elements. The epoch of the coordinate system is
J2000 unless otherwise indicated."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:GEOMETRY_QUALITY_FLAG
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = STATIC
DESCRIPTION = "
The geometry_quality_flag element indicates the quality of the calculated
geometric parameters. A value of BAD indicates some or all values could
not be calculated or the values may not be accurate and should be used
with caution."
STANDARD_VALUE_SET = {"OK", "BAD"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:GEOMETRY_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = STATIC
DESCRIPTION = "
The geometry_type element identifies if nominal or reconstructed SPICE
geometry information (kernels) were used to calculate geometric
parameters. See SPICE_FILE_NAME for the actual SPICE files that were
used."
STANDARD_VALUE_SET = {"PREDICTED", "RECONSTRUCTED"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:IMAGE_MID_TIME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = TIME
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The image_mid_time element provides the time, in UTC system format, at
which the exposure of the image was half way through its duration.
Formation rule: YYYY-MM-DDThh:mm:ss[.fff]"
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:IMAGE_NUMBER
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
MINIMUM_LENGTH = 3
MAXIMUM_LENGTH = 3
DESCRIPTION = "
The image_number element provides the sequential number for an image
within an observation. Note: For EPOXI, multiple images could be taken
for one observation_id."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:INSTRUMENT_MODE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = STATIC
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 8
DESCRIPTION = "
The instrument_mode_name element provides the name associated with
instrument_mode_id, the instrument-dependent designation of operating
mode."
STANDARD_VALUE_SET = {"FF", "SF1", "SF2S", "SF2NS", "SF3S", "SF3NS",
"SF4O", "SF4NO", "FFDITH", "BINFF", "BINSF1",
"BINSF2", "UBFF", "ALTFF", "DIAG", "MEMCK"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:INTEGRATION_DURATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "MS"
STANDARD_VALUE_TYPE = RANGE
MINIMUM = 0.000000
DESCRIPTION = "
The integration_duration element provides the value of
the total integration time for an image. The FITS header
keyword is INTTIME. Integration duration is calculated
as follows:
For HRII, all modes:
integration_duration = minimum_exposure_duration +
commanded_exposure_duration
For HRIV, MRI, and ITS shuttered modes (1, 2, 3, 5, and 9):
integration_duration = minimum_exposure_duration +
commanded_exposure_duration
For HRIV, MRI, and ITS unshuttered modes (4, 6, 7, and 8):
integration_duration = minimum_exposure_duration +
commanded_exposure_duration +
interframe_delay_duration +
(0.5 ms if interframe_delay_duration > 0)"
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:INTERPOLATED_PIXEL_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The interpolated_pixel_count element provides a count of the number of
pixels that were reclaimed, in the calibration pipeline, by interpolating
from the values of neighgboring good pixels."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:MAXIMUM
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The maximum element indicates the largest value occurring in a given
instance of the data object. Note: For EPOXI, pixels in the overclock
areas bordering the HRIV and MRI CCD or pixels in the reference rows and
columns bordering the HRI IR spectrometer are included in the image
object but are excluded from the value."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:MEDIAN
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The median element provides the median value (middle value) occurring in
a given instance of the data object. Note: For EPOXI, pixels in the
overclock areas bordering the HRIV and MRI CCD or pixels in the reference
rows and columns bordering the HRI IR spectrometer are included in the
image object but are excluded from the value."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:MINIMUM
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The minimum element indicates the smallest value occurring in a given
instance of the data object. Note: For EPOXI, pixels in the overclock
areas bordering the HRIV and MRI CCD or pixels in the reference rows and
columns bordering the HRI IR spectrometer are included in the image
object but are excluded from the value."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:MISSING_PIXEL_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The missing_pixel_count element provides a count of the number of pixels
that were not received from the spacecraft and pixels that are the image
header bytes."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:MISSION_ACTIVITY_TYPE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 160
DESCRIPTION = "
The mission_activity_type element provides a mission activity, such as
instrument checkout or in-flight science calibrations."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:OBSERVATION_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 240
DESCRIPTION = "
The observation_desc element provides a description of the observation or
image."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:OBSERVATION_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 7
DESCRIPTION = "
The observation_id element identifies a specific calibration-related or
scientific observation. Note: For EPOXI, a calibration sequence was
often reused. Thus the same observation_id can appear more than once
within a data set. Also, one obsevation could consist of more than one
image. EPOXI:IMAGE_NUMBER provides the number of an image within one
observation."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:PARTIAL_SATURATED_PIXEL_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The partial_saturated_pixel_count element provides a count of the number
of pixels where the raw DN value is above the point where some pixels
have reached partial saturation. For the HRIV and MRI CCD instruments
this point occurs at 11,000 raw DN and at 8,000 raw DN for the HRII IR
spectrometer."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:POINTING_DESC
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = SUGGESTED
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 240
DESCRIPTION = "
The pointing_desc element provides the planned spacecraft pointing as
described in an imaging sequence."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:SATURATED_PIXEL_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The partial_saturated_pixel_count element provides a count of the number
of pixels where the raw DN value is above the point where some pixels
have reached full-well saturation. For the HRIV and MRI CCD instruments
this point occurs 15,000 raw DN and at 11,000 raw DN for the HRII IR
spectrometer."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:SC_GEOCENTRIC_DISTANCE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "KM"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sc_geocentric_distance element provides the distance from the center
of the earth to the spacecraft. The default unit is kilometer."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:SC_HELIOCENTRIC_DISTANCE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "KM"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sc_heliocentric_distance element provides the distance from the
center of the sun to the spacecraft. The default unit is kilometer."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:SC_ROTATION_VELOCITY_VECTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "RADIAN/S"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The sc_rotation_velocity_vector element indicates the x-, y-, z-
components of the angular velocity of the spacecraft about axes of the
Earth Mean Equator (EME) J2000 reference frame."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:SDC_PIPELINE_FILE_NAME
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = FORMATION
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 31
DESCRIPTION = "
The sdc_pipeline_file_name element provides the original file name used
by the EPOXI Science Data Center (SDC) pipeline and found in publications
- The project elected to use a shorter file name for the PDS archive. The
formation rule for this element is iicccccccccc_eeeeeee_nnn_rr.FIT where
ii identifies the instrument (HV = HRIV, HI = HRII, MV = MRI), cccccccccc
is the spacecraft clock count at the mid-point of the observation,
eeeeeee is the exposure ID (OBSERVATION_ID in data labels), nnn provides
the sequentially increasing image number within an exposure ID
(IMAGE_NUMBER in the data labels), and rr identifies the type of
reduction (no string = raw DN, RADREV = reversibly calibrated in radiance
units, RAD = irreversibly calibrated in radiance units, IFREV =
reversibly calibrated I/F (unitless), IF = irreversibly calibrated I/F
(unitless)."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:SPACECRAFT_CLOCK_MID_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = CHARACTER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
MINIMUM_LENGTH = 1
MAXIMUM_LENGTH = 30
DESCRIPTION = "
The spacecraft_clock_mid_count element provides the value of the
spacecraft clock at the mid-point of a time period of interest."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:SPACECRAFT_PROCESSOR_ID
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = IDENTIFIER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = STATIC
DESCRIPTION = "
The spacecraft_processor_id element identifies the processor on board the
spacecraft that was used to acquire and record an observation."
STANDARD_VALUE_SET = {"SCU-A", "SCU-B"}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:STANDARD_DEVIATION
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The standard_deviation element provides the standard deviation occurring
in a given instance of the data object. Note: For EPOXI, pixels in the
overclock areas bordering the HRIV and MRI CCD or pixels in the reference
rows and columns bordering the HRI IR spectrometer are included in the
image object but are excluded from the value."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:SUN_DIRECTION_CLOCK_ANGLE
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "DEG"
STANDARD_VALUE_TYPE = RANGE
MAXIMUM = 360
DESCRIPTION = "
The sun_direction_clock_angle element specifies the direction to the Sun
at the center of the image plane. It is measured from the 'upward'
direction, clockwise to the direction of the sun as projected into the
image when the
image is displayed as defined by the SAMPLE_DISPLAY_DIRECTION and
LINE_DISPLAY_DIRECTION elements."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:TARGET_SC_POSITION_VECTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "KM"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The target_sc_position_vector element provides the x-, y-, z- components
of the position vector from the target to the spacecraft expressed in
J2000 coordinates, and corrected for light time and stellar aberration,
evaluated at the epoch at which the image was taken."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:TARGET_SC_VELOCITY_VECTOR
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = REAL
UNIT_ID = "KM/S"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The target_sc_velocity_vector element indicates the x-, y-, z- components
of the velocity vector of the target relative to the spacecraft,
expressed in J2000 coordinates, and corrected for light time, evaluated
at the epoch at which the image was taken."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
OBJECT = ELEMENT_DEFINITION
NAME = EPOXI:ULTRA_COMPRESSED_PIXEL_COUNT
STATUS_TYPE = APPROVED
GENERAL_DATA_TYPE = INTEGER
UNIT_ID = "NONE"
STANDARD_VALUE_TYPE = RANGE
DESCRIPTION = "
The ultra_compressed_pixel_count element provides a count of the number
of pixels where the raw DN is in a compression bin so large that the
resulting value contains very little information."
STANDARD_VALUE_SET = {}
END_OBJECT = ELEMENT_DEFINITION
END
/* End of the EPOXI element definitions */