Data Dictionary Lookup
Browse or search the PDS data dictionary. You can find Elements or Objects. Click on any item to view the details.
There are 1785 Elements with filters:
- Element Name filter: all Elements
- Showing 254 that start with S.
Elements: A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
| Element Name | Description |
|---|---|
| sample_bit_mask | The sample_bit_mask element identifies the active bits in a |
| sample_bit_method | The SAMPLE_BIT_METHOD element identifies the method in which |
| sample_bit_mode_id | The SAMPLE_BIT_MODE_ID element identifies |
| sample_bits | The sample_bits element indicates the stored number of |
| sample_camera_model_offset | The SAMPLE_CAMERA_MODEL_OFFSET element provides the location of |
| sample_display_direction | The SAMPLE_DISPLAY_DIRECTION element is the preferred orientation of |
| sample_first_pixel | The sample_first_pixel element provides the sample index |
| sample_last_pixel | The sample_last_pixel element provides the sample index for |
| sample_projection_offset | The sample_projection_offset element provides the sample |
| sample_resolution | The SAMPLE_RESOLUTION element provides the |
| sample_type | The sample_type element indicates the data storage |
| sampling_count | The SAMPLING_COUNT element provides the number of data |
| sampling_desc | The sampling_desc element describes how instrument |
| sampling_factor | The sampling_factor element provides the value N, where |
| sampling_mode_id | The sampling_mode_id element identifies the resolution mode of a wavelength |
| sampling_parameter_interval | The sampling_parameter_interval element identifies the |
| sampling_parameter_name | The sampling_parameter_name element provides the name of |
| sampling_parameter_resolution | The sampling_parameter_resolution element identifies the |
| sampling_parameter_unit | The sampling_parameter_unit element specifies the unit of |
| sar_average_backscatter | The sar_average_backscatter element provides the values of |
| sar_footprint_size | The sar_footprint_size element provides the value of the |
| satellite_time_from_clst_apr | The SATELLITE_TIME_FROM_CLST_APR element provides the time |
| saturated_pixel_count | The saturated_pixel_count element provides a count of the number |
| sc_earth_position_vector | The SC_EARTH_POSITION_VECTOR element indicates the x-, y-, z- |
| sc_geocentric_distance | The SC_GEOCENTRIC_DISTANCE element provides |
| sc_sun_position_vector | The sc_sun_position_vector element indicates the x-, y-, |
| sc_sun_velocity_vector | The sc_sun_velocity_vector element indicates the x-, y-, |
| sc_target_position_vector | The sc_target_position_vector element indicates the x-, y-, |
| sc_target_velocity_vector | The sc_target_velocity_vector element indicates the x-, y-, |
| scaled_image_height | The scaled_image_height element provides the height on the |
| scaled_image_width | The scaled_image_width element provides the width on the |
| scaled_noise_level | The scaled_noise_level element provides an indicator of |
| scaled_pixel_height | The scaled_pixel_height element provides the scaled height |
| scaled_pixel_width | The scaled_pixel_width element provides the scaled width |
| scaling_factor | The scaling factor element provides the constant value by |
| scan_mirror_angle | The scan_mirror_angle element indicates the angle |
| scan_mirror_rate | The scan_mirror_angle element indicates the angle |
| scan_mirror_temperature | The scan_mirror_temperature element provides the temperature |
| scan_mode_id | The scan_mode_id element identifies one of several internal rates for |
| scan_parameter | The SCAN_PARAMETER element lists |
| scan_parameter_desc | The SCAN_PARAMETER_DESC element describes the individual scan |
| scan_rate | SCAN_RATE is the measured data rate at which an instrument scanned an |
| scet_start_time | The scet_start_time element is defined as an alias for |
| scet_stop_time | The scet_stop_time element is defined as an alias for |
| scientific_objectives_summary | The scientific_objectives_summary element explains the |
| scientist_funding_id | The scientist_funding_id is the NASA code which supplies |
| sclk_start_value | The sclk_start_value element is an alias for spacecraft_ |
| sclk_stop_value | The sclk_stop_value element is an alias for spacecraft_ |
| second_standard_parallel | Please refer to the definition for first_standard_parallel |
| section_id | The section_id element provides a unique identifier for a |
| sef_creation_time | This element is unique to the AMMOS-MGN KEY_TIMES data file. |
| selection_query_desc | The selection_query_desc element provides a query |
| sensitivity_desc | The sensitivity_desc element provides a textual |
| sensor_head_elec_temperature | The sensor_head_elec_temperature element provides the temperature, in |
| seq_id | The seq_id element provides an identification of the |
| sequence_id | The SEQUENCE_ID element provides an identification of the spacecraft |
| sequence_name | The SEQUENCE_NAME element provides the title assigned to a particular |
| sequence_number | The sequence_number element indicates a number designating |
| sequence_samples | The sequence_samples element specifies the number of |
| sequence_table_id | The sequence_table_id element provides an unique identifier |
| sequence_title | The sequence_title element provides the title assigned to a |
| sequence_version_id | The SEQUENCE_VERSION_ID element specifies the version identifier |
| sfdu_format_id | The sfdu_format_id element provides the 12-character |
| sfdu_label_and_length | The SFDU_label_and_length element identifies the label and |
| shutter_correct_thresh_count | The SHUTTER_CORRECT_THRESH_COUNT element specifies the |
| shutter_correction_mode_id | The SHUTTER_CORRECTION_MODE_ID element specifies whether shutter |
| shutter_effect_correction_flag | The shutter_effect_correction_flag element indicates whether or not a |
| shutter_mode_id | The shutter_mode_id element identifies the state of an |
| shutter_offset_file_name | The shutter_offset_file_name element identifies the file |
| shutter_state_flag | The shutter_state_flag element indicates whether a shutter (usually a |
| shutter_state_id | The shutter_state_id element provides an indication of the state of an |
| sidereal_rotation_period | The sidereal_rotation_period element indicates the time required for an |
| signal_chain_id | The SIGNAL_CHAIN_ID element identifies the signal chain (electronic signal |
| signal_quality_indicator | The signal_quality_indicator element provides a measure of |
| site_id | Short identifier for each CMD site. See CMD Subsystem doc. |
| site_name | The site_name element is used to describe the spacecraft |
| slant_distance | The slant_distance element provides a measure of the distance from an |
| slit_position_angle | The SLIT_POSITION_ANGLE element describes the orientation of the slit |
| slit_state | The position of the slit on the Cassini UVIS instrument. |
| slitwidth | The slitwidth element specifies the slitwidth of the instrument for a |
| slope_file_name | The SLOPE_FILE_NAME element provides the file containing |
| smear_azimuth | The smear_azimuth element indicates the direction in which |
| smear_magnitude | The smear_magnitude element indicates how far an image was |
| snapshot_mode_flag | The snapshot_mode_flag element indicates whether the instrument (usually a |
| software_accessibility_desc | The software_access_desc element provides a description of |
| software_desc | The software_desc element describes the functions performed |
| software_flag | The software_flag element is a yes-or-no flag which |
| software_icon_file_spec | The software_icon_file_spec element supplies the name of an image file |
| software_id | The software_id element is a short-hand notation for the software name, |
| software_license_type | The software_license_type element indicates the licensing category |
| software_name | The software_name element identifies data processing |
| software_purpose | The software_purpose element describes the intended use of the |
| software_release_date | The software_release_date element provides the date as of |
| software_type | The software_type element associates a PDS software type |
| software_version_id | The software_version_id element indicates the version |
| solar_azimuth | The SOLAR_AZIMUTH element provides one of two angular measurements |
| solar_distance | The solar_distance element provides the distance from the |
| solar_elevation | The SOLAR_ELEVATION element provides one of two angular measurements |
| solar_elongation | The angle between the line of sight of observation and the |
| solar_elongation_sigma | The standard deviation of the solar elongation determined |
| solar_latitude | The solar_latitude element provides the subsolar latitude |
| solar_longitude | The solar_longitude element provides the value of the angle |
| solar_north_pole_clock_angle | The SUN_NORTH_POLE_CLOCK_ANGLE element specifies the direction of the |
| source_data_set_id | The source_data_set_id element identifies a set |
| source_file_name | The source_file_name element provides the name of a specific |
| source_id | The SOURCE_ID element provides a unique |
| source_line_samples | The source_line_samples element indicates the total number |
| source_lines | The source_lines element indicates the total number of |
| source_name | The source_name element supplies the name of the proponent |
| source_product_id | The source_product_id data element identifies a product used |
| source_sample_bits | The source_sample_bits element indicates the number of |
| spacecraft_altitude | The spacecraft_altitude element provides the distance from the |
| spacecraft_clock_cnt_partition | The spacecraft_clock_cnt_partition element indicates the clock |
| spacecraft_clock_start_count | The spacecraft_clock_start_count element provides the value of the |
| spacecraft_clock_stop_count | The spacecraft_clock_stop_count element provides the value |
| spacecraft_desc | The spacecraft_desc element describes the |
| spacecraft_id | The spacecraft_id element provides a synonym or |
| spacecraft_name | The spacecraft_name element provides the full, unabbreviated |
| spacecraft_operating_mode_id | The spacecraft_operating_mode_id element identifies a |
| spacecraft_operations_type | The spacecraft_operation_type element |
| spacecraft_orientation | The spacecraft orientation element provides the orientation of a |
| spacecraft_orientation_desc | The SPACECRAFT_ORIENTATION_DESC element provides the definition, meaning |
| spacecraft_pointing_mode | The spacecraft_pointing_mode element provides the pointing mode of the |
| spacecraft_pointing_mode_desc | The spacecraft_pointing_mode_desc element provides information about the |
| spacecraft_solar_distance | The spacecraft_solar_distance element provides the distance |
| spatial_summing | The SPATIAL_SUMMING element provides the mode for on-board |
| special_instruction_id_number | The special_instruction_id_number element is a unique key |
| specialty_desc | The specialty_desc element describes an individual's area |
| spectral_editing_flag | The spectral_editing_flag element indicates whether the spectral cube has |
| spectral_order_desc | The spectral order desc element provides detailed information on the |
| spectral_order_id | The spectral order identifier element defines the spectral order of a |
| spectral_summing_flag | The spectral_summing_flag element indicates whether the spectral cube has |
| spectrometer_scan_mode_id | The SPECTROMETER_SCAN_MODE_ID element describes the scan mode of |
| spectrum_integrated_radiance | The spectrum_integrated_radiance element provides the |
| spectrum_number | The spectrum_number element provides the number which |
| spectrum_samples | The spectrum_samples element provides the number of samples |
| spice_file_id | The SPICE_FILE_ID element provides an abbreviated name |
| spice_file_name | The spice_file_name element provides the names of the SPICE files used |
| sql_format | The sql_format element supplies the SQL data type used when |
| sqrt_compression_flag | The sqrt_compression_flag element indicates whether or not square root |
| sqrt_maximum_pixel | The sqrt_maximum_pixel element provides the maximum pixel value in an |
| sqrt_minimum_pixel | The sqrt_minimum_pixel element provides the minimum pixel value in an |
| standard_data_product_id | The STANDARD_DATA_PRODUCT_ID element is used to link a data product |
| standard_deviation | The standard_deviation element provides the standard |
| standard_value_name | The standard_value_name element provides a value for a |
| standard_value_set | The standard_value_set element supplies the list of |
| standard_value_set_desc | The standard_value_set_desc element is used to supply |
| standard_value_type | The standard_value_type element indicates the type of |
| star_description | The star_description element describes the properties of a |
| star_diameter | The star_diameter element indicates the angular diameter |
| star_name | The star_name element provides the identifying name of |
| star_window | The star_window element provides the location and size of up to 5 star |
| star_window_count | Galileo Solid State Imaging-specific. The star_window_count element |
| start_azimuth | The START_AZIMUTH is the angular distance from a fixed reference |
| start_bit | The start_bit element identifies the location of the first |
| start_byte | The start_byte element in a data object identifies the |
| start_delimiting_parameter | The start_delimiting_parameter element provides the |
| start_error_state | The START_ERROR_STATE provides the state of the error flags |
| start_grating_position | The NIMS instrument has only 17 detectors but takes data in as many as 408 |
| start_julian_date | The start_julian_date element provides the Julian date of the start of |
| start_julian_date_value | The START_JULIAN_DATE_VALUE provides the full Julian date |
| start_orbit_number | The start_orbit_number data element provides the the lowest |
| start_page_number | The start_page_number element identifies the beginning page |
| start_primary_key | In a TABLE object, the START_PRIMARY_KEY element indicates the beginning of |
| start_rescan_number | The START_RESCAN_NUMBER is the scan line number at which the rescan |
| start_sample_number | The start_sample_number element identifies the lowest of |
| start_sequence_number | The start_sequence_number element provides the number of |
| start_solar_longitude | The START_SOLAR_LONGITUDE element marks the beginning of a time range |
| start_time | The start_time element provides the date and time of |
| start_time_base | The start_time_base element provides the elapsed time from |
| start_time_et | The START_TIME_ET element provides the time of data acquisition |
| start_time_from_closest_aprch | The start_time_from_closest_approach element provides the |
| status_note | The status_note element supplies a log of modifications |
| status_type | The status_type element indicates one of a fixed number of |
| stop_azimuth | The STOP_AZIMUTH is the angular distance from a fixed reference |
| stop_delimiting_parameter | The stop_delimiting_parameter element provides the ending |
| stop_error_state | The STOP_ERROR_STATE element provides the state of the error |
| stop_julian_date_value | The STOP_JULIAN_DATE_VALUE provides the full Julian date |
| stop_orbit_number | The stop_orbit_number data element provides the the highest |
| stop_primary_key | In a TABLE object, the STOP_PRIMARY_KEY element indicates the end of the |
| stop_sample_number | The stop_sample_number element identifies the highest of |
| stop_sequence_number | The stop_sequence_number element provides the number of the |
| stop_solar_longitude | The STOP_SOLAR_LONGITUDE element marks the end of a time range measured |
| stop_time | The stop_time element provides the date and time of the end |
| stop_time_et | The STOP_TIME_ET element provides the time |
| stop_time_from_closest_aprch | The stop_time_from_closest_approach element provides the |
| storage_level_id | The storage_level_id element identifies a particular storage |
| storage_level_number | The storage_level_number element describes the position of a |
| storage_level_type | The storage_level_type element identifies the type of |
| stretch_maximum | The stretch_maximum element provides the sample value in a |
| stretch_minimum | The stretch_minimum element provides the sample value in a |
| stretched_flag | The stretched_flag element indicates whether a data object |
| sub_light_source_azimuth | The sub_light_source_azimuth element provides the value of |
| sub_light_source_latitude | The sub_light_source_latitude element provides the latitude |
| sub_light_source_longitude | The sub_light_source_longitude element provides the |
| sub_object_name | The sub_object_name element provides the template object |
| sub_solar_azimuth | The sub_solar_azimuth element provides the value of the |
| sub_solar_latitude | The sub_solar_latitude element provides the latitude of the subsolar |
| sub_solar_longitude | The sub_solar_longitude element provides the longitude of the subsolar |
| sub_spacecraft_azimuth | The sub_spacecraft_azimuth element provides the value of |
| sub_spacecraft_latitude | The sub_spacecraft_latitude element provides the latitude of |
| sub_spacecraft_line | The sub_spacecraft_line element is the image line containing the |
| sub_spacecraft_line_sample | The sub_spacecraft_line_sample element is the image sample coordinate |
| sub_spacecraft_longitude | The sub_spacecraft_longitude element provides the longitude |
| subframe_type | The SUBFRAME_TYPE element specifies the method of subframing performed on |
| suffix_base | The xxx_suffix_base element of a 1-3 dimensional qube |
| suffix_bytes | The suffix_bytes element identifies the allocation in bytes |
| suffix_high_instr_sat | The xxx_suffix_high_instr_sat element of a 1-3 dimensional |
| suffix_high_repr_sat | The xxx_suffix_high_repr_sat element of a 1-3 dimensional |
| suffix_item_bytes | The xxx_suffix_item_bytes element of a 1-3 dimensional qube |
| suffix_item_type | The xxx_suffix_item_type element of a 1-3 dimensional qube |
| suffix_items | The suffix_items element provides the sequence of |
| suffix_low_instr_sat | The xxx_suffix_low_instr_sat element of a 1-3 dimensional |
| suffix_low_repr_sat | The xxx_suffix_low_repr_sat element of a 1-3 dimensional |
| suffix_multiplier | The xxx_suffix_multiplier element of a 1-3 dimensional qube |
| suffix_name | The xxx_suffix_name element of a 1-3 dimensional qube |
| suffix_null | The xxx_suffix_null element of a 1-3 dimensional qube |
| suffix_unit | The xxx_suffix_unit element of a 1-3 dimensional qube |
| suffix_valid_minimum | The xxx_suffix_valid_minimum element of a 1-3 dimensional |
| sun_find_flag | The SUN_FIND_FLAG element indicates |
| sun_find_parm | The SUN_FIND_PARM element is an array of values that provides the |
| sun_find_parm_name | The SUN_FIND_PARM_NAME element provides the |
| sun_line | The SUN_LINE element provides the line |
| sun_line_sample | The SUN_LINE_SAMPLE element provides the |
| sun_sc_position_vector | The SUN_SC_POSITION_VECTOR element defines the (x, y, z) |
| sun_view_direction | The SUN_VIEW_DIRECTION element provides an array that represents a |
| sun_view_position | The SUN_VIEW_POSITION element identifies a array which |
| support_request_date | The support_request_date element provides the date that a |
| support_request_desc | The support_request_desc element provides a textual |
| support_request_no | The support_request_number provides a computer assigned |
| support_resolution | The support_resolution element provides the textual |
| support_resolution_date | The support_resolution_date element provides the date that |
| support_staff_full_name | The support_staff_name element provides the full name of the |
| surface_based_inst_azimuth | The SURFACE_BASED_INST_AZIMUTH element is identical to and |
| surface_based_inst_elevation | The SURFACE_BASED_INST_ELEVATION element is identical to and has been |
| surface_based_inst_method | The surface_based_inst_method element identifies the method used to |
| surface_clarity_percentage | The surface_clarity_percentage element provides an estimate |
| surface_emission_temperature | The surface_emission_temperature element provides the |
| surface_emissivity | The surface_emissivity element provides the value of |
| surface_gravity | The surface_gravity element provides the average |
| surface_ground_location | The SURFACE_GROUND_LOCATION element specifies any point on the |
| surface_model_type | The SURFACE_MODEL_TYPE element specifies the type of surface used for |
| surface_normal_vector | The SURFACE_NORMAL_VECTOR element specifies a vector normal to the |
| surface_temperature | The surface_temperature element provides the value of the |
| swath_width | The swath_width element provides the number of pixels (in the X direction) |
| synodic_rotation_period | The synodic_rotation_period element provides the time |
| system_bulletin_date | The system_bulletin_date element is the date and time |
| system_bulletin_desc | The system_bulletin_desc element is the text of a PDS |
| system_bulletin_id | The system_bulletin_id element is a unique integer that |
| system_bulletin_type | The system_bulletin_type element is a keyword that |
| system_classification_id | The system_classification_id data element identifies a |
| system_event_date | The system_event_date element provides the beginning date |
| system_event_user_note | The system_event_user_note element provides information |
| system_expertise_level | The system_expertise_level element identifies an |
PDS: The Planetary Data System