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PDS4_180508c.xml
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PDS4_180508c.xml
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<?xml version="1.0" encoding="UTF-8"?>
<?xml-model
href="http://pds.nasa.gov/pds4/pds/v1/PDS4_PDS_1900.sch"
schematypens="http://purl.oclc.org/dsdl/schematron"?>
<!-- 4/29/14 GEO/SHS Added product_type, start/stop_local_mean_solar_time, start/stop_solar_longitude
4/30/14 GEO/SHS
5/22/14 GEO/EAG Added new class and attributes for the SEIS SEED label
11/17/14 IMG/EDR Updated to PDS4_PDS_1301 schema;
updated version number to 0.4.0.1 to match filename;
changed url for master schema and Schematron files from
http://pds.nasa.gov/pds4/schema/released/pds/v1 to http://pds.nasa.gov/pds4/pds/v1;
dropped "Dictionary" from the name of the dictionary, since this is redundant;
updated last_modification_date_time to 11/17/14;
alphabetized Observation_Information attribute definitions;
added formation_rule to DD_Value_Domain for spacecraft_clock_start/stop_count
and instrument_clock_start_count;
added enumerated value list for product_type;
added min/max_chars for start/stop_local_mean_solar_time to match main DD;
added Units_of_Angle and min/max_value to start/stop_solar_longitude to match main DD;
added expected_transmission_path, flight_software_mode, flight_software_version_id,
local_mean_solar_time_sol, local_true_solar_time_sol, sequence_execution_count,
spacecraft_clock_count_partition, telemetry_source_host_name,
telemetry_source_name
12/17/14 GEO/SHS Converged Geo's version and Elizabeth's version
06/18/15 GEO/SHS Revised to remove attributes that have been moved to IMG LDD:
expected_transmission_path, flight_software_mode, flight_software_version_id,
sequence_execution_count, telemetry_source_host_name, telemetry_source_name
09/16/15 IMG/JHP Removed those attributes from 06/18/15 revision from the Observation_Information class
10/07/15 GEO/SHS Made spacecraft_clock_start/stop_count optional;
added product_type values for RISE.
10/15/15 GEO/SHS Changed enumerated values (that Geo had made up) for mission_phase_name to those used
by MIPL, according to Payam Zamani.
10/28/15 GEO/SHS Changed name of dictionary file to PDS4_INSIGHT_1000 for posting at EN.
Added enumerated values for product_type for IDC and ICC (camera) products, supplied
by Jordan Padams, Imaging Node.
10/30/15 GEO/SHS Updated to PDS4_PDS_1500 schema.
02/06/17 GEO/SHS Updated to PDS4_PDS_1600 schema. First revision following archive development hiatus.
05/19/17 GEO/SHS Updated to PDS4_PDS_1800 schema. Added product types for RISE derived data supplied by Dustin Buccino.
07/17/17 GEO/SHS EN posted InSight schema files as version 1.6.0.0 to supersede previously posted version 1.5.0.0.
Updated this file accordingly: changed ldd_version_id to 1.6.0.0 and updated all attribute versions to 1.0.
03/23/18 IMG/CMD Removed & moved to IMG_SURF dictionary: Observation_Information & Error_Pixel classes, numerous attributes
related to sequence, telemetry, and instrument information.
05/02/18 GEO/SHS Updated information model to 1.9.0.0.
As result of 5/1/18 meeting with PDS reps, restored some attributes of Observation_Information class
that pertain to all InSight instruments. Did not restore attributes observation_id, sequence_id, or
sequence_version_id; they will remain in IMG_SURF.
Added product_type values for HP3 and RAD.
In DD_Association classes, changed <local_identifier> to <identifier_reference>.
Removed DD_Rules that applied only to cameras (to be moved to img_surf dictionary), or
that applied only to the img namespace (to be moved to img dictionary), or that applied
only to the geom namespace (to be moved to geom dictionary).
Added formation rules, patterns, and DD_Rules to help validate sol, SCLK, and LTST attributes.
-->
<!-- TBD List
Need consensus on rule insthost_1 - should instrument host name always be "InSight Lander"?
Need to test rule that either sol_number or the pair start/stop_sol_number is required.
Need to test DD_Rules & patterns for start/stop SCLK times and use of sclk partition
Need to test DD_Rules & patterns for LMST and LTST and use of LTST_sol
Attribute channel_name valid values need to be verified for InSight SEIS.
Attribute instrument_clock_start_count needs a formation rule for InSight SEIS.
Add attributes and classes for APSS and MAG, if any.
-->
<Ingest_LDD xmlns="http://pds.nasa.gov/pds4/pds/v1"
xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:pds="http://pds.nasa.gov/pds4/pds/v1"
xsi:schemaLocation="http://pds.nasa.gov/pds4/pds/v1
http://pds.nasa.gov/pds4/pds/v1/PDS4_PDS_1900.xsd">
<name>InSight Mission</name>
<ldd_version_id>1.8.0.0</ldd_version_id>
<full_name>Susan Slavney</full_name>
<steward_id>geo</steward_id>
<namespace_id>insight</namespace_id>
<comment>
The InSight mission dictionary contains classes and attributes specific to
the InSight mission and its instruments.
Version 1.8.0.0 last updated 2018-05-08 14:55
Built with LDDTool -plM
</comment>
<last_modification_date_time>2018-05-08T14:55:00</last_modification_date_time>
<!-- Begin definitions of attributes in the InSight Mission Data Dictionary. -->
<!-- Attribute Definitions for the Observation_Information class
In alphabetical order, the attributes are:
local_true_solar_time_sol optional; may be used if LTST does not include sol number
mission_phase_name optional
product_type optional
release_number optional
software_name optional
software_version_id optional
sol_number optional
spacecraft_clock_count_partition optional; may be used if SCLK does not include partition number
spacecraft_clock_start_count optional
spacecraft_clock_stop_count optional
start_local_mean_solar_time optional
start_local_true_solar_time optional
start_sol_number optional
start_solar_longitude optional
stop_local_mean_solar_time optional
stop_local_true_solar_time optional
stop_sol_number optional
stop_solar_longitude optional
-->
<DD_Attribute>
<name>local_true_solar_time_sol</name>
<version_id>1.0</version_id>
<local_identifier>insight.local_true_solar_time_sol</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Amy Culver</submitter_name>
<definition>The local_true_solar_time_sol element specifies the number of solar days elapsed
since a reference day (e.g. the day on which a landing vehicle set down) for local true solar
time (LTST). Days are measured in rotations of the planet in question from midnight to
midnight. The reference day is '0', as Landing day is Sol 0. If before Landing day, then value
will be less than or equal to '0' and can be negative.</definition>
<DD_Value_Domain>
<enumeration_flag>false</enumeration_flag>
<value_data_type>ASCII_Integer</value_data_type>
<minimum_value>0</minimum_value>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>mission_phase_name</name>
<version_id>1.0</version_id>
<local_identifier>insight.mission_phase_name</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Susan Slavney</submitter_name>
<definition>The mission_phase_name identifies a time period within the mission.</definition>
<DD_Value_Domain>
<enumeration_flag>true</enumeration_flag>
<value_data_type>ASCII_Short_String_Preserved</value_data_type>
<!-- Keep enumerated values in alphabetical order to avoid duplicates. -->
<DD_Permissible_Value>
<value>ATLO</value>
<value_meaning>The ATLO mission phase (Assembly, Test, and Launch Operations) is the
time of spacecraft and instrument assembly and test. During this phase data products
are generated using flight hardware. They are usually not part of the final PDS
archive but may be used for testing and peer review.
</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>CRUISE</value>
<value_meaning>The cruise mission phase is from the time of escape from Earth's orbit
through the time of entry into Mars' orbit. Some data products may be generated
during this time, including instrument checkout data.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>DEVELOPMENT</value>
<value_meaning>The development mission phase refers to the period of data processing
software development and testing, before instruments are integrated with the spacecraft.
Data products generated during this phase are usually not part of the final PDS archive
but may be used for testing and peer review.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>SURFACE MISSION</value>
<value_meaning>The surface mission phase is the time from arrival at Mars through the
end of surface operations, including the primary mission and any extended missions
that may take place.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>TEST</value>
<value_meaning>The test mission phase is not a time period but a placeholder for the
mission_phase_name value, used for data products generating during all project tests
such as ORTs, SVTs and thread tests. Data products generated in this way are usually
not part of the final PDS archive but may be used for testing and peer review.</value_meaning>
</DD_Permissible_Value>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>product_type</name>
<version_id>1.0</version_id>
<local_identifier>insight.product_type</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Susan Slavney</submitter_name>
<definition>The product_type identifies a group of data products within a collection that have
some property in common, such as processing level, resolution, or instrument-specific setting.
</definition>
<DD_Value_Domain>
<enumeration_flag>true</enumeration_flag>
<value_data_type>ASCII_Short_String_Collapsed</value_data_type>
<!-- Keep enumerated values in alphabetical order to avoid duplicates. -->
<DD_Permissible_Value>
<value>ARK</value>
<value_meaning>Insight Camera data. Arm Reachability Mask</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>ARM</value>
<value_meaning>Insight Camera data. Arm Reachability</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>ARO</value>
<value_meaning>Insight Camera data. Arm Reachability with overlay</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>BAY</value>
<value_meaning>Insight Camera data. Bayer pattern (identical to EDR except for Bayer pattern extract)</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>CLM</value>
<value_meaning>Insight Camera data. Color-calibrated image, masked</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>CLR</value>
<value_meaning>Insight Camera data. Color-calibrated image</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>DDD</value>
<value_meaning>Insight Camera data. Stereo Delta Disparity (2-band, true disparity offset)</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>DDL</value>
<value_meaning>Insight Camera data. Stereo Delta Disparity Line (single-band)</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>DDS</value>
<value_meaning>Insight Camera data. Stereo Delta Disparity Sample (single-band)</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>DEM</value>
<value_meaning>Insight Camera data. Digital Elevation Model. Identical to ZZZ except positive is up.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>DFF</value>
<value_meaning>Insight Camera data. Stereo First-stage Disparity Final</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>DFL</value>
<value_meaning>Insight Camera data. Stereo First-stage Disparity Line</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>DFS</value>
<value_meaning>Insight Camera data. Stereo First-stage Disparity Sample</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>DSE</value>
<value_meaning>Insight Camera data. Stereo Disparity Error Metric</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>DSG</value>
<value_meaning>Insight Camera data. Stereo Disparity Grid</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>DSL</value>
<value_meaning>Insight Camera data. Stereo Disparity of Lines (single-band)</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>DSP</value>
<value_meaning>Insight Camera data. Stereo Disparity Final</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>DSR</value>
<value_meaning>Insight Camera data. Stereo Disparity Raw</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>DSS</value>
<value_meaning>Insight Camera data. Stereo Disparity of Samples (single-band)</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>EDR</value>
<value_meaning>Experiment Data Record. Lowest processing level</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>EJP</value>
<value_meaning>Insight Camera data. Original JPEG as received from the lander.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>ERP</value>
<value_meaning>Insight Camera data. Reference Pixel</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>GUH</value>
<value_meaning>Insight Camera data. Overall goodness map for HP3</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>GUS</value>
<value_meaning>Insight Camera data. Overall goodness map for SEIS/WTS</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>IEF</value>
<value_meaning>Insight Camera data. Incidence, Emission, Phase angles Filled</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>IEP</value>
<value_meaning>Insight Camera data. Incidence, Emission, Phase angles</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>ILC</value>
<value_meaning>Insight Camera data. Inverse lookup table (ILUT) with corrections such as de-spike</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>ILM</value>
<value_meaning>Insight Camera data. Inverse Lookup Tabel (ILT), masked</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>ILP</value>
<value_meaning>Insight Camera data. Inverse lookup table (ILUT) with pointing correction applied</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>ILT</value>
<value_meaning>Insight Camera data. Inverse lookup table (ILUT)</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>IOF</value>
<value_meaning>Insight Camera data. Rad-corrected IOF radiance factor, float</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>IOI</value>
<value_meaning>Insight Camera data. Rad-corrected IOF radiance factor, integer</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>ION</value>
<value_meaning>DSN TRK 2-23 ionosphere calibration data</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>LANDER_COORD</value>
<value_meaning>InSIGHT RISE derived data. Lander coordinates.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>LIN</value>
<value_meaning>Insight Camera data. CAHV-linearized (identical to EDR except for Geometry type)</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>MAR</value>
<value_meaning>Insight Camera data. Arm Reachability Mask File</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>MDS</value>
<value_meaning>Insight Camera data. Stereo Disparity Mask File</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>MSK</value>
<value_meaning>Insight Camera data. Image Mask File</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>MXY</value>
<value_meaning>Insight Camera data. XYZ Mask File</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RAD</value>
<value_meaning>Insight Camera data. Rad-corrected absolute radiance units, integer</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RAD-raw</value>
<value_meaning>HP3/RAD raw radiometer data</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RAD-calibrated</value>
<value_meaning>HP3/RAD calibrated radiometer data</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RAD-derived</value>
<value_meaning>HP3/RAD derived radiometer data</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RAF</value>
<value_meaning>Insight Camera data. Rad-corrected absolute radiance units, float</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RAS</value>
<value_meaning>Insight Camera data. Rad-corrected absolute radiance units, scaled to 12-bit</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RDM</value>
<value_meaning>Insight Camera data. Rad-corrected radiance (RAD), masked</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RDR</value>
<value_meaning>Reduced Data Record, a general term for any processing level above EDR.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RIE</value>
<value_meaning>Insight Camera data. Rad-corrected for Instrument Effects only, integer DN</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RIF</value>
<value_meaning>Insight Camera data. Rad-corrected for Instrument Effects only, float</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RNE</value>
<value_meaning>Insight Camera data. Range Error Metric</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RNF</value>
<value_meaning>Insight Camera data. Range Filled</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RNG</value>
<value_meaning>Insight Camera data. Range from Camera</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RNM</value>
<value_meaning>Insight Camera data. Range from Camera, Masked</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RNO</value>
<value_meaning>Insight Camera data. Range with Overlay</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RNR</value>
<value_meaning>Insight Camera data. Range from Rover Nav frame origin</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RSM</value>
<value_meaning>Insight Camera data. Rad-corrected scaled radiance (RAS), masked</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>ROTATION_PARAMETERS</value>
<value_meaning>Insight RISE derived data. Mars rotation parameters.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RUH</value>
<value_meaning>Insight Camera data. Surface Roughness map for HP3</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>RUS</value>
<value_meaning>Insight Camera data. Surface Roughness map for SEIS/WTS</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>SHD</value>
<value_meaning>Insight Camera data. Slope Heading Map</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>SHO</value>
<value_meaning>Insight Camera data. Slope Heading with Overlay</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>SLO</value>
<value_meaning>Insight Camera data. Slope with Overlay</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>SLP</value>
<value_meaning>Insight Camera data. Slope</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>SMG</value>
<value_meaning>Insight Camera data. Slope Magnitude</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>SMO</value>
<value_meaning>Insight Camera data. Slope Magnitude with Overlay</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>SNO</value>
<value_meaning>Insight Camera data. Slope Northerly Tilt with Overlay</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>SNT</value>
<value_meaning>Insight Camera data. Slope Northerly Tilt</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>STATIL-calibrated</value>
<value_meaning>HP3/RAD calibrated static tilt data</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>STATIL-raw</value>
<value_meaning>HP3/RAD raw static tilt data</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>TAU</value>
<value_meaning>Insight Camera data. Tau report</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>TDS</value>
<value_meaning>Insight Camera data. Delta Tilt map for SEIS/WTS</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>TEM-A-calibrated</value>
<value_meaning>HP3/RAD calibrated active temperature data</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>TEM-P-calibrated</value>
<value_meaning>HP3/RAD calibrated passive temperature data</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>TEM-raw</value>
<value_meaning>HP3/RAD raw temperature data</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>TFH</value>
<value_meaning>Insight Camera data. Tilt map for HP3</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>TFS</value>
<value_meaning>Insight Camera data. Tilt map for SEIS</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>TFW</value>
<value_meaning>Insight Camera data. Tilt map for WTS</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>TLM-raw</value>
<value_meaning>HP3/RAD raw tether length monitor data</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>TNF</value>
<value_meaning>DSN TRK 2-34 tracking and navigation data</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>TRO</value>
<value_meaning>DSN TRK 2-23 troposphere calibration data</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>UIH</value>
<value_meaning>Insight Camera data. Instrument Normal for HP3.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>UIS</value>
<value_meaning>Insight Camera data. Instrument Normal for SEIS.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>UIW</value>
<value_meaning>Insight Camera data. Instrument Normal for WTS.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>UUF</value>
<value_meaning>Insight Camera data. Surface Normal (UVW) U-band Filled</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>UUU</value>
<value_meaning>Insight Camera data. Surface Normal (UVW) U-band</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>UVF</value>
<value_meaning>Insight Camera data. Surface Normal (UVW) Filled</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>UVO</value>
<value_meaning>Insight Camera data. Surface Normal (UVW) with Overlay</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>UVP</value>
<value_meaning>Insight Camera data. Surface Normal (UVW) Projected onto Plane</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>UVS</value>
<value_meaning>Insight Camera data. Surface Normal (UVW) for Slope computations</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>UVT</value>
<value_meaning>Insight Camera data. Surface Normal (UVW) Angle ('T' for theta) between Normal and Plane</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>UVW</value>
<value_meaning>Insight Camera data. Surface Normal (UVW)</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>VVF</value>
<value_meaning>Insight Camera data. Surface Normal (UVW) V-band Filled</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>VVV</value>
<value_meaning>Insight Camera data. Surface Normal (UVW) V-band</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>WEA</value>
<value_meaning>DSN TRK 2-24 weather data</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>WSH</value>
<value_meaning>Insight Camera data. Workspace boundary for HP3</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>WSS</value>
<value_meaning>Insight Camera data. Workspace boundary for SEIS and WTS</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>WWF</value>
<value_meaning>Insight Camera data. Surface Normal (UVW) W-band Filled</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>WWW</value>
<value_meaning>Insight Camera data. Surface Normal (UVW) W-band</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>XXF</value>
<value_meaning>Insight Camera data. XYZ X-band Filled</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>XXX</value>
<value_meaning>Insight Camera data. XYZ X-band</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>XYE</value>
<value_meaning>Insight Camera data. XYZ Error Metric</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>XYF</value>
<value_meaning>Insight Camera data. XYZ Filled</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>XYM</value>
<value_meaning>Insight Camera data. XYZ Masked</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>XYO</value>
<value_meaning>Insight Camera data. XYZ with Overlay</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>XYR</value>
<value_meaning>Insight Camera data. XYZ expressed in Rover Nav frame</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>XYZ</value>
<value_meaning>Insight Camera data. XYZ expressed in Site frame</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>YYF</value>
<value_meaning>Insight Camera data. XYZ Y-band Filled</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>YYY</value>
<value_meaning>Insight Camera data. XYZ Y-band</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>ZIH</value>
<value_meaning>Insight Camera data. Instrument Z for HP3.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>ZIS</value>
<value_meaning>Insight Camera data. Instrument Z for SEIS.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>ZIW</value>
<value_meaning>Insight Camera data. Instrument Z for WTS.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>ZZF</value>
<value_meaning>Insight Camera data. XYZ Z-band Filled</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>ZZZ</value>
<value_meaning>Insight Camera data. XYZ Z-band</value_meaning>
</DD_Permissible_Value>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>release_number</name>
<version_id>1.0</version_id>
<local_identifier>insight.release_number</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Susan Slavney</submitter_name>
<definition>Release_number is the number of a scheduled release of InSight data from PDS. The
first Insight data release is Release 1. The release_number for a given product is always the
first release in which it appears, and does not change if the product is revised
later.</definition>
<DD_Value_Domain>
<enumeration_flag>false</enumeration_flag>
<value_data_type>ASCII_Integer</value_data_type>
<minimum_value>1</minimum_value>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>software_name</name>
<version_id>1.0</version_id>
<local_identifier>insight.software_name</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Susan Slavney</submitter_name>
<definition>Software_name identifies the processing software used to generate a data
product.</definition>
<DD_Value_Domain>
<enumeration_flag>false</enumeration_flag>
<value_data_type>ASCII_Short_String_Preserved</value_data_type>
<minimum_characters>1</minimum_characters>
<maximum_characters>255</maximum_characters>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>software_version_id</name>
<version_id>1.0</version_id>
<local_identifier>insight.software_version_id</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Susan Slavney</submitter_name>
<definition>Software_version_id identifies the version of the processing software used to
generate a data product.</definition>
<DD_Value_Domain>
<enumeration_flag>false</enumeration_flag>
<value_data_type>ASCII_Short_String_Preserved</value_data_type>
<minimum_characters>1</minimum_characters>
<maximum_characters>255</maximum_characters>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>sol_number</name>
<version_id>1.0</version_id>
<local_identifier>insight.sol_number</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Susan Slavney</submitter_name>
<definition>Sol_number is the number of the Mars day on which an observation was acquired.
Landing day is Sol 0.</definition>
<comment>See comment for start_sol_number.</comment>
<DD_Value_Domain>
<enumeration_flag>false</enumeration_flag>
<value_data_type>ASCII_Integer</value_data_type>
<minimum_value>0</minimum_value>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>spacecraft_clock_count_partition</name>
<version_id>1.0</version_id>
<local_identifier>insight.spacecraft_clock_count_partition</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Amy Culver</submitter_name>
<definition>The spacecraft_clock_count_partition provides the clock partition active for the
spacecraft_clock_start_count and spacecraft_clock_stop_count attributes.
This attribute may be used when the spacecraft_clock values do not include a partition number.</definition>
<DD_Value_Domain>
<enumeration_flag>false</enumeration_flag>
<value_data_type>ASCII_Integer</value_data_type>
<minimum_value>1</minimum_value>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>spacecraft_clock_start_count</name>
<version_id>1.0</version_id>
<local_identifier>insight.spacecraft_clock_start_count</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Susan Slavney</submitter_name>
<definition>The spacecraft_clock_start_count is the value of the spacecraft clock at the
beginning of an observation. It represents the number of ticks. If a fractional value
is present, it represents the number of 1/65536 ticks.</definition>
<DD_Value_Domain>
<enumeration_flag>false</enumeration_flag>
<value_data_type>ASCII_Short_String_Collapsed</value_data_type>
<formation_rule>[p/]dddddddddd[-fffff] - The spacecraft clock value is an integer with no more
than 10 digits, optionally preceded by a clock partition number and forward slash, and
optionally followed by a fractional value. If the fractional value is present, it must be
separated from the whole number by a hyphen to indicate 1/65536 ticks. If a partition number
and slash are not present, then the attribute spacecraft_clock_count_partition should be
used.</formation_rule>
<minimum_characters>1</minimum_characters>
<maximum_characters>18</maximum_characters>
<pattern>([1-9]/)?[0-9]{1,10}(\-[0-9]{5})?</pattern>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>spacecraft_clock_stop_count</name>
<version_id>1.0</version_id>
<local_identifier>insight.spacecraft_clock_stop_count</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Susan Slavney</submitter_name>
<definition>The spacecraft_clock_stop_count is the value of the spacecraft clock at the end of
an observation.</definition>
<DD_Value_Domain>
<enumeration_flag>false</enumeration_flag>
<value_data_type>ASCII_Short_String_Collapsed</value_data_type>
<formation_rule>[p/]dddddddddd[-fffff] - The spacecraft clock value is an integer with no more
than 10 digits, optionally preceded by a clock partition number and forward slash, and
optionally followed by a fractional value. If the fractional value is present, it must be
separated from the whole number by a hyphen to indicate 1/65536 ticks. If a partition number
and slash are not present, then the attribute spacecraft_clock_count_partition may be used
to specify the partition.</formation_rule>
<minimum_characters>1</minimum_characters>
<maximum_characters>18</maximum_characters>
<pattern>([1-9]/)?[0-9]{1,10}(\-[0-9]{5})?</pattern>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>start_local_mean_solar_time</name>
<version_id>1.0</version_id>
<local_identifier>insight.start_local_mean_solar_time</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Susan Slavney</submitter_name>
<definition>Start_local_mean_solar_time is the local mean solar time, as defined in the main
PDS4 data dictionary, at the beginning of an observation.</definition>
<DD_Value_Domain>
<enumeration_flag>false</enumeration_flag>
<value_data_type>ASCII_Short_String_Collapsed</value_data_type>
<formation_rule>[Sol-]nnnnnMhh:mm:ss[.fffff] - Local mean solar time is given as a sol number
with no more than 5 digits, optionally preceded by "Sol-", followed by a time in hours,
minutes, and seconds, which is optionally followed by a decimal point and fractional
seconds. The sol number and time are separated by an uppercase M.</formation_rule>
<minimum_characters>10</minimum_characters>
<maximum_characters>24</maximum_characters>
<pattern>(Sol\-)?[0-9]{1,5}M[0-2][0-9]:[0-5][0-9]:[0-5][0-9](\.[0-9]{1,5})?</pattern>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>start_local_true_solar_time</name>
<version_id>1.0</version_id>
<local_identifier>insight.start_local_true_solar_time</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Susan Slavney</submitter_name>
<definition>Start_local_true_solar_time is the local true solar time, as defined in the main
PDS4 data dictionary, at the beginning of an observation.</definition>
<DD_Value_Domain>
<enumeration_flag>false</enumeration_flag>
<value_data_type>ASCII_Short_String_Collapsed</value_data_type>
<formation_rule>[[Sol-]nnnnn ]hh:mm:ss[.fffff] - Local true solar time is given in hours,
minutes and seconds, optionally followed by a decimal point and fractional seconds. The time
may be preceded by "nnnnn " or "Sol-nnnnn " where nnnnn is the sol number, separated from
the time by a space character. If no sol number is present, the attribute
local_true_solar_time_sol may be used to specify the sol number.</formation_rule>
<minimum_characters>8</minimum_characters>
<maximum_characters>24</maximum_characters>
<pattern>((Sol\-)?[0-9]{1,5} )?[0-2][0-9]:[0-5][0-9]:[0-5][0-9](\.[0-9]{1,5})?</pattern>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>start_sol_number</name>
<version_id>1.0</version_id>
<local_identifier>insight.start_sol_number</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Susan Slavney</submitter_name>
<definition>Start_sol_number is the number of the Mars day on which a multiple-day observation
was begun. Landing day is Sol 0.</definition>
<comment>Start/stop_sol_number are provided as an alternative to sol_number for observations
that cross one or more sol boundaries. </comment>
<DD_Value_Domain>
<enumeration_flag>false</enumeration_flag>
<value_data_type>ASCII_Integer</value_data_type>
<minimum_value>0</minimum_value>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>start_solar_longitude</name>
<version_id>1.0</version_id>
<local_identifier>insight.start_solar_longitude</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Susan Slavney</submitter_name>
<definition>Start_solar_longitude is the solar longitude, as defined in the main PDS4 data
dictionary, at the beginning of an observation.</definition>
<DD_Value_Domain>
<enumeration_flag>false</enumeration_flag>
<value_data_type>ASCII_Real</value_data_type>
<minimum_value>0</minimum_value>
<maximum_value>360</maximum_value>
<unit_of_measure_type>Units_of_Angle</unit_of_measure_type>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>stop_local_mean_solar_time</name>
<version_id>1.0</version_id>
<local_identifier>insight.stop_local_mean_solar_time</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Susan Slavney</submitter_name>
<definition>Stop_local_mean_solar_time is the local mean solar time, as defined in the main PDS4
data dictionary, at the end of an observation.</definition>
<DD_Value_Domain>
<enumeration_flag>false</enumeration_flag>
<value_data_type>ASCII_Short_String_Collapsed</value_data_type>
<formation_rule>[Sol-]nnnnnMhh:mm:ss[.fffff] - Local mean solar time is given as a sol number
with no more than 5 digits, optionally preceded by "Sol-", followed by a time in hours,
minutes, and seconds, which is optionally followed by a decimal point and fractional
seconds. The sol number and time are separated by an uppercase M.</formation_rule>
<minimum_characters>10</minimum_characters>
<maximum_characters>24</maximum_characters>
<pattern>(Sol\-)?[0-9]{1,5}M[0-2][0-9]:[0-5][0-9]:[0-5][0-9](\.[0-9]{1,5})?</pattern>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>stop_local_true_solar_time</name>
<version_id>1.0</version_id>
<local_identifier>insight.stop_local_true_solar_time</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Susan Slavney</submitter_name>
<definition>Stop_local_true_solar_time is the local true solar time, as defined in the main PDS4
data dictionary, at the end of an observation.</definition>
<DD_Value_Domain>
<enumeration_flag>false</enumeration_flag>
<value_data_type>ASCII_Short_String_Collapsed</value_data_type>
<formation_rule>[[Sol-]nnnnn ]hh:mm:ss[.fffff] - Local true solar time is given in hours,
minutes and seconds, optionally followed by a decimal point and fractional seconds. The time
may be preceded by "nnnnn " or "Sol-nnnnn " where nnnnn is the sol number, separated from
the time by a space character. If no sol number is present, the attribute
local_true_solar_time_sol may be used to specify the sol number.</formation_rule>
<minimum_characters>8</minimum_characters>
<maximum_characters>24</maximum_characters>
<pattern>((Sol\-)?[0-9]{1,5} )?[0-2][0-9]:[0-5][0-9]:[0-5][0-9](\.[0-9]{1,5})?</pattern>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>stop_sol_number</name>
<version_id>1.0</version_id>
<local_identifier>insight.stop_sol_number</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Susan Slavney</submitter_name>
<definition>Stop_sol_number is the number of the Mars day on which a multiple-day observation
was ended. Landing day is Sol 0.</definition>
<comment>Start/stop_sol_number are provided as an alternative to sol_number for observations
that cross one or more sol boundaries.</comment>
<DD_Value_Domain>
<enumeration_flag>false</enumeration_flag>
<value_data_type>ASCII_Integer</value_data_type>
<minimum_value>0</minimum_value>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>stop_solar_longitude</name>
<version_id>1.0</version_id>
<local_identifier>insight.stop_solar_longitude</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Susan Slavney</submitter_name>
<definition>Stop_solar_longitude is the solar longitude, as defined in the main PDS4 data
dictionary, at the end of an observation.</definition>
<DD_Value_Domain>
<enumeration_flag>false</enumeration_flag>
<value_data_type>ASCII_Real</value_data_type>
<minimum_value>0</minimum_value>
<maximum_value>360</maximum_value>
<unit_of_measure_type>Units_of_Angle</unit_of_measure_type>
</DD_Value_Domain>
</DD_Attribute>
<!-- End Attribute Definitions for the Observation_Information class -->
<!-- Attribute Definitions for the SEIS_Instrument_Parameters class
In alphabetical order, the attributes are:
channel_name
instrument_clock_start_time
measurement_duration
measurement_type
sampling_rate
-->
<DD_Attribute>
<name>channel_name</name>
<version_id>1.0</version_id>
<local_identifier>channel_name</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Ed Guinness</submitter_name>
<definition>The SEED data products for the SEIS instrument contain data from a single instrument
channel. The channel_name identifies which SEIS channel data are included in the SEED
file.</definition>
<comment>The enumeration values and meaning can be revised. --EG </comment>
<DD_Value_Domain>
<enumeration_flag>true</enumeration_flag>
<value_data_type>ASCII_Short_String_Collapsed</value_data_type>
<!-- Keep enumerated values in alphabetical order to avoid duplicates. -->
<DD_Permissible_Value>
<value>SP_1</value>
<value_meaning>The SP 1 channel records data from the first axis of the SP
seismometer.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>SP_2</value>
<value_meaning>The SP 2 channel records data from the first axis of the SP
seismometer.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>SP_3</value>
<value_meaning>The SP 3 channel records data from the first axis of the SP
seismometer.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>VBB_1_Position</value>
<value_meaning>The VBB 1 position channel records position data from the first axis of the
VBB seismometer.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>VBB_1_Temperature</value>
<value_meaning>The VBB 1 temperature channel records temperature data from the first axis of
the VBB seismometer.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>VBB_1_Velocity</value>
<value_meaning>The VBB 1 velocity channel records velocity data from the first axis of the
VBB seismometer.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>VBB_2_Position</value>
<value_meaning>The VBB 2 position channel records position data from the second axis of the
VBB seismometer.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>VBB_2_Temperature</value>
<value_meaning>The VBB 2 temperature channel records temperature data from the second axis
of the VBB seismometer.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>VBB_2_Velocity</value>
<value_meaning>The VBB 2 velocity channel records velocity data from the second axis of the
VBB seismometer.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>VBB_3_Position</value>
<value_meaning>The VBB 3 position channel records position data from the third axis of the
VBB seismometer.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>VBB_3_Temperature</value>
<value_meaning>The VBB 3 temperature channel records temperature data from the third axis of
the VBB seismometer.</value_meaning>
</DD_Permissible_Value>
<DD_Permissible_Value>
<value>VBB_3_Velocity</value>
<value_meaning>The VBB 3 velocity channel records velocity data from the third axis of the
VBB seismometer.</value_meaning>
</DD_Permissible_Value>
</DD_Value_Domain>
</DD_Attribute>
<DD_Attribute>
<name>instrument_clock_start_count</name>
<version_id>1.0</version_id>
<local_identifier>instrument_clock_start_count</local_identifier>
<nillable_flag>false</nillable_flag>
<submitter_name>Ed Guinness</submitter_name>
<definition>The instrument_clock_start_count is the value of the instrument clock at the