Data Dictionary Lookup

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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
macropixel_size The MACROPIXEL_SIZE element provides the sampling array size (e.g., 2x2,
magnet_id The MAGNET_ID element identifies a magnet instrument
magnetic_moment The magnetic_moment element provides the value of the
mailing_address_line The mailing_address_line element provides one line
mandatory_column The mandatory_column element denotes whether an attribute
map_desc The map_desc element describes the contents and
map_name The map_name element provides the name assigned to a map,
map_number The map_number element provides a numeric identifier for a
map_projection_desc The map_projection_desc element describes the
map_projection_rotation The map_projection_rotation element provides the clockwise
map_projection_type The map_projection_type element identifies the type of projection
map_resolution The map_resolution element identifies the scale of a given
map_scale The map_scale element identifies the scale of a given map.
map_sequence_number The map_sequence_number element identifies the sequence
map_series_id The map_series_id element identifies a map
map_sheet_number The map_sheet_number element provides the sequence number
map_type The map_type element identifies the general type of
mapping_start_time The mapping_start_time element is an alias for start_time
mapping_stop_time The mapping_stop_time element is an alias for stop_time used
mass The mass element provides the estimated mass of a target
mass_density The mass_density element provides the bulk density (mass
max_auto_expos_iteration_count The MAX_AUTO_EXPOS_ITERATION_COUNT element specifies the maximum number of
maximum The maximum element indicates the largest value occurring
maximum_angular_velocity The element MAXIMUM_ANGULAR_VELOCITY specifies the
maximum_b1950_ring_longitude The maximum_B1950_ring_longitude element specifies the
maximum_brightness_temperature The maximum_brightness_temperature element provides the
maximum_channel_id The maximum_channel_id element identifies the highest channel from which
maximum_column_value The maximum_column_value element provides the maximum real
maximum_current_persistence The MAXIMUM_CURRENT_PERSISTENCE element gives the value of the
maximum_elevation The MAXIMUM_ELEVATION element provides the elevation (as defined by the
maximum_emission_angle The maximum_emission_angle element provides the maximum
maximum_incidence_angle The maximum_incidence_angle element provides the maximum
maximum_instrument_exposr_dur The maximum_instrument_exposure_duration element provides
maximum_instrument_parameter The maximum_instrument_parameter element provides an
maximum_instrument_temperature The maximum instrument_temperature element provides the maximum
maximum_latitude The maximum_latitude element specifies the northernmost
maximum_length The maximum_length element supplies the maximum number of
maximum_limb_angle The maximum_limb_angle element provides the maximum value
maximum_local_time The maximum_local_time element provides the maximum
maximum_longitude The maximum_longitude element specifies the westernmost
maximum_parameter The maximum_parameter element specifies the maximum
maximum_phase_angle The maximum_phase_angle element provides the maximum phase
maximum_radial_resolution The maximum_radial_resolution element indicates the
maximum_radial_sampling_interv The maximum_radial_sampling_interval element indicates the
maximum_resolution The MAXIMUM_RESOLUTION element provides the
maximum_ring_longitude The maximum_ring_longitude element specifies the maximum
maximum_ring_radius The maximum_ring_radius element indicates the maximum
maximum_sampling_parameter The maximum_sampling_parameter element identifies the
maximum_slant_distance The maximum_slant_distance element provides the maximum
maximum_solar_band_albedo The maximum_solar_band_albedo element provides the maximum
maximum_spectral_contrast The maximum_spectral_contrast element provides the maximum
maximum_surface_pressure The maximum_surface_pressure element provides the maximum
maximum_surface_temperature The maximum_surface_temperature element provides the maximum
maximum_travel_distance The MAXIMUM_TRAVEL_DISTANCE element gives the maximum
maximum_wavelength The maximum_wavelength element identifies the maximum wavelength at which
mcp_gain_mode_id The MCP_gain_mode_id element identifies the MCP (Micro
md5_checksum The MD5 algorithm takes as input a file (message) of arbitrary length
mean The mean element provides the average of the DN values in
mean_orbital_radius The mean_orbital_radius element provides the mean distance
mean_radiance The mean_radiance is the mean of the radiance values in a radiometrically
mean_radius The mean_radius element is measured or derived using a
mean_reflectance The MEAN_REFLECTANCE element represents the mean
mean_solar_day The mean_solar_day element provides the average interval
mean_surface_pressure The mean_surface_pressure element provides the
mean_surface_temperature The mean_surface_temperature element provides the mean
mean_truncated_bits The MEAN_TRUNCATED_BITS element provides the mean number of
mean_truncated_samples The MEAN_TRUNCATED_SAMPLES element provides the mean number
measured_quantity_name The measured_quantity_name element indicates the physical
measurement_atmosphere_desc The measurement_atmosphere_desc element describes
measurement_source_desc The measurement_source_desc element describes the
measurement_standard_desc The measurement_standard_desc element identifies the
measurement_wave_calbrt_desc The measurement_wave_calbrt_desc element
median The median element provides the median value (middle value) occurring
medium_desc The medium_desc element provides the textual description for
medium_format The medium_format element identifies the unformatted
medium_type The medium_type element identifies the physical storage
mess:aex_bacb The background brightness used for MDIS automatic exposure time
mess:aex_maxe The maximum allowable exposure time from an MDIS automatic exposure time
mess:aex_mine The minimum allowable exposure time from an MDIS automatic exposure time
mess:aex_stat The bin in a DPU histogram of image brightness used for MDIS automatic
mess:aex_sthr The number of pixels allowed to exceed target brightness during an MDIS
mess:aex_tgtb The target brightness used for MDIS automatic exposure time calculation.
mess:att_clock_count The mission-elapsed-time, or MET, in seconds since MESSENGER launch, of
mess:att_flag Attitude quality flag for the spacecraft attitude quaternion in the
mess:att_q1 The roll value of the vector component of the attitude quaternion
mess:att_q2 The pitch value of the vector component of the attitude quaternion
mess:att_q3 The yaw value of the vector component of the attitude quaternion
mess:att_q4 The scalar component of the attitude quaternion representing
mess:cam_t1 The temperature of the focal plane array in raw counts at observation
mess:cam_t2 Camera temperature 2 in raw counts. The meaning depends on whether it is
mess:ccd_temp MDIS CCD temperature in raw counts. The conversion formula to degrees
mess:comp12_8 12 to 8 bit image compression enabled or disabled. Which algorithm is
mess:comp_alg 12 to 8 bit compression algorithm (0-7) used to compress images from
mess:comp_fst Status of lossless Fast compression of MDIS images. This is applied to
mess:critopnv When true, this indicates that the MDIS image is a critical optical
mess:dlnkprio Priority for downlink of an MDIS image file from the MESSENGER spacecraft:
mess:dpu_id The identified of the DPU used during acquisition of an MDIS image:
mess:exp_mode Exposure time mode used for acquisition of an MDIS image. Manual
mess:exposure MDIS exposure time in milliseconds.
mess:fpu_bin On-chip image binning option for MDIS. Images may be taken either without
mess:fw_goal The goal position, in raw counts of the position resolver on the MDIS
mess:fw_pos The actual position, in raw counts of the position resolver on the MDIS
mess:fw_pv Validity flag for position of the MDIS filter wheel given in MESS:FW_POS.
mess:fw_read The raw value from the MDIS filter wheel resolver in resolver counts.
mess:fw_rv Validity flag for reading of the MDIS filter wheel given in MESS:FW_READ.
mess:imager Which of the two cameras was used during acquisition of an MDIS image:
mess:jailbars When true, this indicates that an MDIS image is subsampled by jailbars,
mess:jb_space The column spacing for jailbars in an MDIS image, a subset of all
mess:jb_x0 The start column for jailbars in an MDIS image, a subset of all
mess:jb_x1 The stop column for jailbars in an MDIS image, a subset of all the
mess:latch_up Indicator if MDIS FPU (focal plane unit) is latched up. If the value
mess:met_exp The mission-elapsed-time, or MET, in seconds since MESSENGER launch of
mess:piv_cal The offset in measured pivot position applied to MESS:PIV_POS and
mess:piv_goal The commanded position of the MDIS pivot during exposure of an MDIS image,
mess:piv_mpen Status of main processor (MP) control of the MDIS pivot. If this is
mess:piv_pos The actual position of the MDIS pivot during exposure of an MDIS image,
mess:piv_pv Validity flag for position of the MDIS pivot given in MESS:PIV_POS.
mess:piv_read Raw pivot reading from resolver (in units of resolver counts). The pivot
mess:piv_rv Validity flag for reading of the MDIS pivot given in MESS:PIV_READ.
mess:piv_stat Pivot control state of MDIS.
mess:pixelbin Pixel binning done to MDIS images by the MESSENGER spacecraft main
mess:source Source of an MDIS image, either a scene image from the CCD or one
mess:subf_dx1 The number of columns in the FIRST rectangular subframe within an MDIS
mess:subf_dx2 The number of columns in the SECOND rectangular subframe within an MDIS
mess:subf_dx3 The number of columns in the THIRD rectangular subframe within an MDIS
mess:subf_dx4 The number of columns in the FOURTH rectangular subframe within an MDIS
mess:subf_dx5 The number of columns in the FIFTH rectangular subframe within an MDIS
mess:subf_dy1 The number of rows in the FIRST rectangular subframe within an MDIS
mess:subf_dy2 The number of rows in the SECOND rectangular subframe within an MDIS
mess:subf_dy3 The number of rows in the THIRD rectangular subframe within an MDIS
mess:subf_dy4 The number of rows in the FOURTH rectangular subframe within an MDIS
mess:subf_dy5 The number of rows in the FIFTH rectangular subframe within an MDIS
mess:subf_x1 The zero-based starting column of the FIRST rectangular subframe within
mess:subf_x2 The zero-based starting column of the SECOND rectangular subframe within
mess:subf_x3 The zero-based starting column of the THIRD rectangular subframe within
mess:subf_x4 The zero-based starting column of the FOURTH rectangular subframe within
mess:subf_x5 The zero-based starting column of the FIFTH rectangular subframe within
mess:subf_y1 The zero-based starting row of the FIRST rectangular subframe within
mess:subf_y2 The zero-based starting row of the SECOND rectangular subframe within
mess:subf_y3 The zero-based starting row of the THIRD rectangular subframe within
mess:subf_y4 The zero-based starting row of the FOURTH rectangular subframe within
mess:subf_y5 The zero-based starting row of the FIFTH rectangular subframe within
mess:subframe Number of rectangular subframes within an MDIS image to be retained after
mess:time_pls Source of the 1 Hz time pulse used in time-tagging MDIS images:
mess:wvlratio Commanded (lossy) wavelet compression ratio for an MDIS image:
meteorite_location_name The meteorite_location_name provides the name of the region
meteorite_name The meteorite_name element provides the name that is
meteorite_sub_type The meteorite_sub_type element defines a subcategory of a
meteorite_type The meteorite_type element defines which class a meteorite
method_desc The method_desc element describes the method used to perform
mid_julian_date_value The MID_JULIAN_DATE_VALUE provides the full Julian date
midnight_longitude The midnight_longitude element identifies the longitude on
mineral_name The mineral_name element provides the name assigned to a
minimum The minimum element indicates the smallest value occurring
minimum_available_sampling_int The minimum_available_sampling_interval element identifies
minimum_b1950_ring_longitude The minimum_B1950_ring_longitude element specifies the
minimum_brightness_temperature The minimum_brightness_temperature element provides the
minimum_channel_id The minimum_channel_id element provides an identification of
minimum_column_value The minimum_column_value provides the minimum real value
minimum_emission_angle The minimum_emission_angle element provides the minimum
minimum_incidence_angle The minimum_incidence_angle element provides the minimum
minimum_instrument_exposr_dur The minimum_instrument_exposure_duration element provides
minimum_instrument_parameter The minimum_instrument_parameter element provides an
minimum_instrument_temperature The minimum instrument_temperature element provides the minimum
minimum_latitude The minimum_latitude element specifies the southernmost
minimum_length The minmum_length element supplies the minimum number of
minimum_limb_angle The minimum_limb_angle element provides the minimum value
minimum_local_time The minimum_local_time element provides the minimum
minimum_longitude The minimum_longitude element specifies the easternmost
minimum_parameter The minimum_parameter element specifies the minimum
minimum_phase_angle The minimum_phase_angle element provides the minimum phase
minimum_radial_resolution The minimum_radial_resolution element indicates the
minimum_radial_sampling_interv The minimum_radial_sampling_interval element indicates the
minimum_ring_longitude The minimum_ring_longitude element specifies the minimum
minimum_ring_radius The minimum_ring_radius element indicates the minimum
minimum_sampling_parameter The minimum_sampling_parameter element identifies the
minimum_slant_distance The minimum_slant_distance element provides the minimum
minimum_solar_band_albedo The minimum_solar_band_albedo element provides the minimum
minimum_spectral_contrast The minimum_spectral_contrast element provides the minimum
minimum_surface_pressure The minimum_surface_pressure element provides the minimum
minimum_surface_temperature The minimum_surface_temperature element provides the minimum
minimum_wavelength The minimum_wavelength element identifies the minimum wavelength at which
missing_constant The missing_constant element supplies the value used to indicate that
missing_frames The MISSING_FRAMES element is the total number of frames that are missing
missing_lines The missing_lines element is the total number of lines of data missing from
missing_packet_flag The missing_packet_flag element indicates whether or not there were
missing_pixels The missing_pixels element provides the number of pixels missing from an
missing_scan_lines The MISSING_SCAN_LINES element is the total number of scan lines
mission_alias_name The mission_alias_name element provides an official name of
mission_desc The mission_desc element summarizes major aspects of
mission_id The mission_id element provides a synonym or mnemonic for
mission_name The mission_name element identifies a major planetary
mission_name_or_alias The mission_name_or_alias element provides the capability to
mission_objectives_summary The mission_objectives_summary element describes the major
mission_phase_desc The mission_phase_desc element summarizes key
mission_phase_name The mission_phase_name element provides the commonly-used
mission_phase_start_time The mission_phase_start_time element provides the date and
mission_phase_stop_time The mission_phase_stop_time element provides the date and
mission_phase_type The mission_phase_type element identifies the type of a
mission_start_date The mission_start_date element provides the date of the
mission_stop_date The mission_stop_date element provides the date of the end
mode_continuation_flag The mode_continuation_flag element is a yes-or-no flag which
mode_integration_duration The mode_integration_duration element provides the length of
model_component_1 The MODEL_COMPONENT_1 element consists of a set of values representing the
model_component_2 The MODEL_COMPONENT_2 element provides the value of the
model_component_3 The MODEL_COMPONENT_3 element provides the value of the
model_component_4 The MODEL_COMPONENT_4 element provides the value of the
model_component_5 The MODEL_COMPONENT_5 element provides the value of the
model_component_6 The MODEL_COMPONENT_6 element provides the value of the
model_component_7 The MODEL_COMPONENT_7 element provides the value of the
model_component_8 The MODEL_COMPONENT_8 element provides the value of the
model_component_9 The MODEL_COMPONENT_9 element provides the value of the
model_component_id The MODEL_COMPONENT_ID element is used in conjunction with the
model_component_name The MODEL_COMPONENT_NAME element is used in conjunction with the
model_component_unit TBD
model_desc The MODEL_DESC element provides a textual description of a model (or a
model_name The MODEL_NAME element provides an identifier for the type or kind of
model_ranking The MODEL_RANKING element provides the names of the existing models,
model_type The MODEL_TYPE element provides an
mosaic_desc The mosaic_desc element provides a brief textual
mosaic_images The mosaic_images element identifies the number of images
mosaic_production_parameter The mosaic_production_parameter element identifies the
mosaic_sequence_number The mosaic_sequence_number element is a numeric identifier
mosaic_series_id The mosaic_series_id element is an alphanumeric
mosaic_sheet_number The mosaic_sheet_number element is a numeric identifier for
mpf_local_time The MPF_LOCAL_TIME element provides the local time at the lander site
mro:activity_id This keyword describes the type of measurement contained in a CRISM EDR
mro:adc_timing_settings The MRO:ADC_TIMING_SETTINGS element provides the HiRISE Channel 0
mro:analog_power_start_count The MRO:ANALOG_POWER_START_COUNT element provides the spacecraft
mro:analog_power_start_time The MRO: ANALOG_POWER_START_TIME element provides the UTC time when
mro:atmo_correction_flag The MRO:ATMO_CORRECTION_FLAG element identifies whether a correction
mro:azimuth_spacing_type The AZIMUTH_SPACING_TYPE element specifies the type of azimuth
mro:barrel_baffle_temperature The MRO:BARREL_BAFFLE_TEMPERATURE element provides the temperature
mro:binning The MRO:BINNING element provides the HiRISE observation binning mode;
mro:calibration_lamp_level The CALIBRATION_LAMP_LEVEL keyword provides the level of the
mro:calibration_lamp_status The MRO:CALIBRATION_LAMP_STATUS keyword gives the status of the CRISM
mro:calibration_start_count The MRO:CALIBRATION_START_COUNT element gives the spacecraft clock
mro:calibration_start_time The MRO:CALIBRATION_START_TIME element gives the UTC time of the first
mro:ccd_flag The MRO:CCD_FLAG element identifies which CCDs were operating at the
mro:channel_number The MRO:CHANNEL_NUMBER element provides the HiRISE CCD channel number.
mro:closed_loop_tracking_flag The MRO:CLOSED_LOOP_TRACKING_FLAG element is a flag used by the SHARAD on-
mro:commanded_id The MRO:COMMANDED_ID element gives the the actual identification value
mro:compression_selection_flag The MRO:COMPRESSION_SELECTION_FLAG element is a flag used by the
mro:cpmm_negative_5_current The MRO:CPMM_NEGATIVE_5_CURRENT element provides the negative 5
mro:cpmm_negative_5_voltage The MRO:CPMM_NEGATIVE_5_VOLTAGE element provides the negative
mro:cpmm_number The MRO:CPMM_NUMBER element provides the HiRISE
mro:cpmm_positive_10_current The MRO:CPMM_POSITIVE_10_CURRENT element provides the positive 10
mro:cpmm_positive_10_voltage The MRO:CPMM_POSITIVE_10_VOLTAGE element provides the positive
mro:cpmm_positive_1_8_current The MRO:CPMM_POSITIVE_1_8_CURRENT element provides the positive 1_8
mro:cpmm_positive_1_8_voltage The MRO:CPMM_POSITIVE_1_8_VOLTAGE element provides the positive
mro:cpmm_positive_29_current The MRO:CPMM_POSITIVE_29_CURRENT element provides the positive
mro:cpmm_positive_29_voltage The MRO:CPMM_POSITIVE_29_VOLTAGE element provides the positive
mro:cpmm_positive_2_5_current The MRO:CPMM_POSITIVE_2_5_CURRENT element provides the positive 2_5
mro:cpmm_positive_2_5_voltage The MRO:CPMM_POSITIVE_2_5_VOLTAGE element provides the positive
mro:cpmm_positive_3_3_current The MRO:CPMM_POSITIVE_3_3_CURRENT element provides the positive 3_3
mro:cpmm_positive_3_3_voltage The MRO:CPMM_POSITIVE_3_3_VOLTAGE element provides the positive
mro:cpmm_positive_5_current The MRO:CPMM_POSITIVE_5_CURRENT element provides the positive 5
mro:cpmm_positive_5_voltage The MRO:CPMM_POSITIVE_5_VOLTAGE element provides the positive 5
mro:cpmm_pws_board_temperature The MRO:CPMM_PWS_BOARD_TEMPERATURE element provides the temperature
mro:delta_line_timer_count The MRO:DELTA_LINE_TIMER_COUNT element provides the commanded
mro:detector_temperature The MRO:DETECTOR_TEMPERATURE element provides the temperature of the
mro:dll_frequency_correct_count The MRO:DLL_FREQUENCY_CORRECT_COUNT element provides a count of
mro:dll_locked_flag The MRO:DLL_LOCKED_FLAG element provides the state of the 1st and
mro:dll_locked_once_flag The MRO:DLL_LOCKED_ONCE_FLAG element indicates if the Digital
mro:dll_reset_count The MRO:DLL_RESET_COUNT element provides the count of the number of
mro:exposure_parameter The MRO:EXPOSURE_PARAMETER element identifies the value supplied to
mro:felics_compression_flag The MRO:FELICS_COMPRESSION_FLAG element identifies whether FELICS
mro:field_stop_temperature The MRO:FIELD_STOP_TEMPERATURE element provides the temperature
mro:focus_motor_temperature The MRO:FOCUS_MOTOR_TEMPERATURE element provides the temperature
mro:focus_position_count The MRO:FOCUS_POSITION_COUNT element provides the raw count of the
mro:fpa_negative_y_temperature The MRO:FPA_NEGATIVE_Y_TEMPERATURE element provides the temperature
mro:fpa_positive_y_temperature The MRO:FPA_POSITIVE_Y_TEMPERATURE element provides the temperature
mro:fpe_temperature The MRO:FPE_TEMPERATURE element provides the temperature of the
mro:fram_stat_iqr_conf_lvl The MRO:FRAM_STAT_IQR_CONF_LVL element is one of the control parameters for the
mro:fram_stat_median_box_width The MRO:FRAM_STAT_MIN_DEVIATION element is one of the control parameters for
mro:fram_stat_median_conf_lvl The MRO:FRAM_STAT_MEDIAN_CONF_LVL element is one of the control parameters for
mro:fram_stat_min_deviation The MRO:FRAM_STAT_MIN_DEVIATION element is one of the control parameters for
mro:frame_rate The MRO:FRAME_RATE element identifies the rate at which frames
mro:hdf_software_name The MRO:HDF_SOFTWARE_NAME element provides the name of the CRISM hyperspectral
mro:hdf_software_version_id The MRO:HDF_SOFTWARE_VERSION_ID element indicates the version of the software
mro:heater_control_flag The MRO:HEATER_CONTROL_FLAG element is a set of 14 on/off flags
mro:heater_control_mode The MRO:HEATER_CONTROL_MODE element provides the state of the HiRISE
mro:heater_current The MRO:HEATER_CURRENT element provides the HiRISE heater current
mro:ie_pws_board_temperature The MRO:IE_PWS_BOARD_TEMPERATURE element provides the temperature
mro:iea_negative_15_voltage The MRO:IEA_NEGATIVE_15_VOLTAGE element provides the negative
mro:iea_positive_15_voltage The MRO:IEA_POSITIVE_15_VOLTAGE element provides the positive
mro:iea_positive_28_voltage The MRO:IEA_POSITIVE_28_VOLTAGE element provides the positive
mro:iea_positive_5_voltage The MRO:IEA_POSITIVE_5_VOLTAGE element provides positive 5 voltage
mro:iea_temperature The MRO:IEA_TEMPERATURE element provides the temperature of the
mro:if_max_value The MRO:IF_MAX_VALUE element is one of the control parameters for the CRISM
mro:if_min_value The MRO:IF_MIN_VALUE element is one of the control parameters for the CRISM
mro:ikf_confidence_level The MRO:IKF_CONFIDENCE_LEVEL element is one of the control parameters for the
mro:ikf_kernel_size_x The MRO:IKF_KERNEL_SIZE_X element is one of the control parameters for the
mro:ikf_kernel_size_y The MRO:IKF_KERNEL_SIZE_Y element is one of the control parameters for the
mro:ikf_kernel_size_z The MRO:IKF_KERNEL_SIZE_Z element is one of the control parameters for the
mro:ikf_model_order_x The MRO:IKF_MODEL_ORDER_X element is one of the control parameters for the
mro:ikf_model_order_y The MRO:IKF_MODEL_ORDER_Y element is one of the control parameters for the
mro:ikf_model_order_z The MRO:IKF_MODEL_ORDER_Z element is one of the control parameters for the
mro:ikf_num_regions The MRO:IKF_NUM_REGIONS element is one of the control parameters for the CRISM
mro:ikf_start_channel The MRO:IKF_START_CHANNEL element is one of the control parameters for the
mro:ikf_stop_channel The MRO:IKF_STOP_CHANNEL element is one of the control parameters for the
mro:ikf_weighting_stddev The MRO:IKF_WEIGHTING_STDDEV element is one of the control parameters for the
mro:image_exposure_duration The MRO:IMAGE_EXPOSURE_DURATION element provides the total time
mro:inst_cont_board_temperature The MRO:INST_CONT_BOARD_TEMPERATURE element provides the temperature
mro:inst_cont_fpga_pos_2_5_voltage The MRO:INST_CONT_FPGA_POS_2_5_VOLTAGE element provides the
mro:instrument_pointing_mode The MRO:INSTRUMENT_POINTING_MODE element identifies pointing mode of the
mro:inv_lookup_table_file_name The MRO:INV_LOOKUP_TABLE_FILE_NAME element identifies the name of the
mro:invalid_pixel_location The INVALID_PIXEL_LOCATION keyword identifies the X,Y,Z locations
mro:line_exposure_duration The MRO:LINE_EXPOSURE_DURATION element provides the time from the
mro:log_xform_neg_clip_value The MRO:LOG_XFORM_NEG_CLIP_VALUE element is one of the control parameters for
mro:lookup_conversion_table The MRO:LOOKUP_CONVERSION_TABLE element provides the
mro:lookup_table_file_name The MRO:LOOKUP_TABLE_FILE_NAME element identifies the name of the CRISM
mro:lookup_table_k_value The MRO:LOOKUP_TABLE_K_VALUE element provides the 'pixel spread'
mro:lookup_table_maximum The MRO:LOOKUP_TABLE_MAXIMUM element provides the maximum 14-bit
mro:lookup_table_median The MRO:LOOKUP_TABLE_MEDIAN element provides the median 14-bit
mro:lookup_table_minimum The MRO:LOOKUP_TABLE_MINIMUM element provides the minimum 14-bit pixel
mro:lookup_table_number The MRO:LOOKUP_TABLE_NUMBER element provides the number of the
mro:lookup_table_type The MRO:LOOKUP_TABLE_TYPE element provides the type of lookup table
mro:manual_gain_control The MRO:MANUAL_GAIN_CONTROL element is a parameter used by the
mro:maximum_stretch The MRO:MAXIMUM_STRETCH element provides a contrast stretch value to
mro:measurement_atm_composition The MRO:MEASUREMENT_ATM_COMPOSITION element identifies the
mro:measurement_geometry_desc The MRO:MEASUREMENT_GEOMETRY_DESC element describes the geometry
mro:measurement_geometry_type The MRO:MEASUREMENT_GEOMETRY_TYPE element provides the type of
mro:measurement_mass The MRO:MEASUREMENT_MASS element provides the mass of a sample
mro:measurement_max_resolution The MRO:MEASUREMENT_MAX_RESOLUTION element provides the maximum
mro:measurement_min_resolution The MRO:MEASUREMENT_MIN_RESOLUTION element provides the minimum
mro:measurement_pressure The MRO:MEASUREMENT_PRESSURE element gives the atmospheric pressure
mro:measurement_temperature The MRO:MEASUREMENT_TEMPERATURE element gives the temperature of
mro:mech_tlm_board_temperature The MRO:MECH_TLM_BOARD_TEMPERATURE element provides the temperature
mro:mech_tlm_fpga_pos_2_5_voltage The MRO:MECH_TLM_FPGA_POS_2_5_VOLTAGE element provides the
mro:minimum_stretch The MRO:MINIMUM_STRETCH element provides contrast stretch values to
mro:ms_truss_leg_0_a_temperature The MRO:MS_TRUSS_LEG_0_A_TEMPERATURE element provides the
mro:ms_truss_leg_0_b_temperature The MRO:MS_TRUSS_LEG_0_B_TEMPERATURE element provides the
mro:ms_truss_leg_120_a_temperature The MRO:MS_TRUSS_LEG_120_A_TEMPERATURE element provides the temperature
mro:ms_truss_leg_120_b_temperature The MRO:MS_TRUSS_LEG_120_B_TEMPERATURE element provides the
mro:ms_truss_leg_240_a_temperature The MRO:MS_TRUSS_LEG_240_A_TEMPERATURE element provides the
mro:ms_truss_leg_240_b_temperature The MRO:MS_TRUSS_LEG_240_B_TEMPERATURE element provides the
mro:nominal_along_track_resolution The MRO:NOMINAL_ALONG_TRACK_RESOLUTION element gives the horizontal
mro:numerical_filter_type The MRO:NUMERICAL_FILTER_TYPE element is the parameter used by the
mro:observation_number The MRO:OBSERVATION_NUMBER gives the monotonically increasing ordinal
mro:observation_start_count The MRO:OBSERVATION_START_COUNT element provides the spacecraft clock
mro:observation_start_time The MRO:OBSERVATION_START_TIME element provides the UTC start time
mro:opt_bnch_box_beam_temperature The MRO:OPT_BNCH_BOX_BEAM_TEMPERATURE element provides the temperature
mro:opt_bnch_cover_temperature The MRO:OPT_BNCH_COVER_TEMPERATURE element provides the temperature
mro:opt_bnch_flexure_temperature The MRO:OPT_BNCH_FLEXURE_TEMPERATURE element provides the temperature
mro:opt_bnch_fold_flat_temperature The MRO:OPT_BNCH_FOLD_FLAT_TEMPERATURE element provides the
mro:opt_bnch_fpa_temperature The MRO:OPT_BNCH_FPA_TEMPERATURE element provides the temperature
mro:opt_bnch_fpe_temperature The MRO:OPT_BNCH_FPE_TEMPERATURE element provides the temperature
mro:opt_bnch_living_rm_temperature The MRO:OPT_BNCH_LIVING_RM_TEMPERATURE element provides the
mro:opt_bnch_mirror_temperature The MRO:OPT_BNCH_MIRROR_TEMPERATURE element provides the temperature
mro:optical_bench_temperature The MRO:OPTICAL_BENCH_TEMPERATURE element provides the temperature of
mro:phase_compensation_type The MRO:PHASE_COMPENSATION_TYPE element is a parameter used by
mro:phase_correction_type The MRO:PHASE_CORRECTION_TYPE element is the Parameter used by the
mro:photoclin_correction_flag The MRO:PHOTOCLIN_CORRECTION_FLAG element describes the way in which
mro:pixel_proc_file_name The MRO:PIXEL_PROC_FILE_NAME element gives the name of the file that
mro:powered_cpmm_flag The MRO:POWERED_CPMM_FLAG element provides a set of 14 values that
mro:primary_mirror_baf_temperature The MRO:PRIMARY_MIRROR_BAF_TEMPERATURE element provides the
mro:primary_mirror_mnt_temperature The MRO:PRIMARY_MIRROR_MNT_TEMPERATURE element provides the temperature
mro:primary_mirror_temperature The MRO:PRIMARY_MIRROR_TEMPERATURE element provides the
mro:pulse_repetition_interval The MRO:PULSE_REPETITION_INTERVAL element gives the time between
mro:radargram_return_interval The MRO:RADARGRAM_RETURN_INTERVAL element gives the round trip time of
mro:readout_start_count The MRO:READOUT_START_COUNT element provides the spacecraft clock count
mro:readout_start_time The MRO:READOUT_START_TIME element provides the UTC time when the HiRISE
mro:reference_function_file_name The MRO:REFERENCE_FUNCTION_FILE_NAME element gives the name of the file
mro:refz_median_box_width The MRO:REFZ_MEDIAN_BOX_WIDTH element is one of the control parameters for the
mro:refz_smooth_box_width The MRO:REFZ_SMOOTH_BOX_WIDTH element is one of the control parameters for the
mro:replaced_pixel_location The MRO:REPLACE_PIXEL_LOCATION keyword gives the X,Y,Z locations
mro:rsc_ratio_xy_median_width The MRO:RSC_RATIO_XY_MEDIAN_WIDTH element is one of the control parameters for
mro:rsc_ratio_xy_smooth_width The MRO:RSC_RATIO_XY_SMOOTH_WIDTH element is one of the control parameters for
mro:rsc_ref_xy_median_width The MRO:RSC_REF_XY_MEDIAN_WIDTH element is one of the control parameters for
mro:rsc_ref_xy_smooth_width The MRO:RSC_REF_XY_SMOOTH_WIDTH element is one of the control parameters for
mro:rsc_ref_yz_median_width The MRO:RSC_REF_YZ_MEDIAN_WIDTH element is one of the control parameters for
mro:rsc_ref_yz_smooth_width The MRO:RSC_REF_YZ_SMOOTH_WIDTH element is one of the control parameters for
mro:rsc_res_xy_ply_extnd_width The MRO:RSC_RES_XY_PLY_EXTND_WIDTH element is one of the control parameters
mro:rsc_res_xy_ply_order The MRO:RSC_RES_XY_PLY_ORDER element is one of the control parameters for the
mro:scan_exposure_duration The MRO:SCAN_EXPOSURE_DURATION element provides the
mro:sec_mirror_baffle_temperature The MRO:SEC_MIRROR_BAFFLE_TEMPERATURE element provides the
mro:sec_mirror_mtr_rng_temperature The MRO:SEC_MIRROR_MTR_RNG_TEMPERATURE element provides the
mro:sec_mirror_temperature The MRO:SEC_MIRROR_TEMPERATURE element provides the temperature
mro:sensor_id The MRO:SENSOR_ID element identifies the CRISM focal plane from
mro:spatial_resampling_file The MRO:SPATIAL_RESAMPLING_FILE element gives the name of the file
mro:spatial_resampling_flag The MRO:SPATIAL_RESAMPLING_FLAG element identifies whether spatial
mro:spatial_rescaling_file The MRO:SPATIAL_RESCALING_FILE element gives the name of the file that
mro:spatial_rescaling_flag The MRO:SPATIAL_RESCALING_FLAG element identifies whether spatial
mro:special_processing_flag The MRO:SPECIAL_PROCESSING_FLAG element indicates if special
mro:specimen_class_name The MRO:SPECIMEN_CLASS_NAME element provides the classification of
mro:specimen_collect_location_desc The MRO:SPECIMEN_COLLECT_LOCATION_DESC describes the location where a
mro:specimen_current_location_name The MRO:SPECIMEN_CURRENT_LOCATION_NAME gives the name of the
mro:specimen_desc The MRO:SPECIMEN_DESC element gives a description of a CRISM
mro:specimen_last_owner_name The MRO:SPECIMEN_LAST_OWNER_NAME element gives the name of the
mro:specimen_max_particle_size The MRO:SPECIMEN_MAX_PARTICLE_SIZE element gives the maximum
mro:specimen_min_particle_size The MRO:SPECIMEN_MIN_PARTICLE_SIZE element gives the minimum
mro:specimen_name The MRO:SPECIMEN_NAME element gives the unique name of a CRISM
mro:spectral_resampling_file The MRO:SPECTRAL_RESAMPLING_FILE element gives the name of the file
mro:spectral_resampling_flag The MRO:SPECTRAL_RESAMPLING_FLAG element identifies whether spectral
mro:spectrometer_housing_temp The MRO:SPECTROMETER_HOUSING_TEMP element gives the temperature of the
mro:sphere_temperature The MRO:SPHERE_TEMPERATURE element gives the temperature of the CRISM
mro:spider_leg_150_temperature The MRO:SPIDER_LEG_150_TEMPERATURE element provides the
mro:spider_leg_270_temperature The MRO:SPIDER_LEG_270_TEMPERATURE element provides the temperature
mro:spider_leg_30_temperature The MRO:SPIDER_LEG_30_TEMPERATURE element provides the temperature
mro:start_sub_spacecraft_latitude The MRO:START_SUB_SPACECRAFT_LATITUDE element gives the
mro:start_sub_spacecraft_longitude The MRO:START_SUB_SPACECRAFT_LONGITUDE element gives the
mro:stimulation_lamp_flag The MRO:STIMULATION_LAMP_FLAG element is a set of three flags that
mro:stop_sub_spacecraft_latitude The MRO:STOP_SUB_SPACECRAFT_LATITUDE element gives the
mro:stop_sub_spacecraft_longitude The MRO:STOP_SUB_SPACECRAFT_LONGITUDE element gives the
mro:sun_shade_temperature The MRO:SUN_SHADE_TEMPERATURE element provides the temperature of
mro:tdi The MRO:TDI element provides the number of time delay and
mro:thermal_correction_mode The MRO:THERMAL_CORRECTION_MODE element describes whether and what
mro:trace_max_value The MRO:TRACE_MAX_VALUE element is one of the control parameters for the CRISM
mro:trace_min_value The MRO:TRACE_MIN_VALUE element is one of the control parameters for the CRISM
mro:trim_lines The MRO:TRIM_LINES element provides the number of lines that have
mro:wavelength_file_name The MRO:WAVELENGTH_FILE_NAME element identifies the name of the file
mro:wavelength_filter The MRO:WAVELENGTH_FILTER keyword identifies which of four CRISM onboard
mro:weighting_function_name The MRO:WEIGHTING_FUNCTION_NAME element gives the Parameter used by
msl:active_flight_string_id The msl:active_flight_strindicates which flight computer string
msl:auto_delete_flag The msl:auto_delete_flag indicates if the product will be automatically
msl:auto_focus_zstack_flag The MSL:AUTO_FOCUS_ZSTACK_FLAG indicates whether
msl:best_focus_distance The MSL:BEST_FOCUS_DISTANCE element specifies the estimated distance to
msl:bias_coeffs_file_desc The MSL:BIAS_COEFFS_FILE_DESC element provides a description
msl:bias_coeffs_file_name The MSL:BIAS_COEFFS_FILE_NAME element provides the name
msl:brightness_correct_file The MSL:BRIGHTNESS_CORRECT_FILE element specifies the name of the file
msl:brightness_correction_type The MSL:BRIGHTNESS_CORRECTION_TYPE element identifies the type of
msl:calibration_file_name The MSL:CALIBRATION_FILE_NAME element specifies
msl:calibration_standard_name The msl:calibration_standard_name element specifies
msl:camera_product_id The MSL:CAMERA_PRODUCT_ID element specifies a
msl:camera_product_id_count The MSL:CAMERA_PRODUCT_ID_COUNT element specifies
msl:camera_rotation_axis_vector The MSL:CAMERA_ROTATION_AXIS_VECTOR element specifies the axis around
msl:ccam_time_between_shots The MSL:CCAM_TIME_BETWEEN_SHOTS element provides the inverse
msl:commanded_video_frames The MSL:COMMANDED_VIDEO_FRAMES element indicates
msl:communication_session_id The MSL:COMMUNICATION_SESSION_ID element specifies the Active
msl:configuration_bit_id The MSL:CONFIGURATION_BIT_ID element specifies an array of strings
msl:cover_hall_sensor_flag The MSL:COVER_HALL_SENSOR_FLAG element indicates the status of the Hall
msl:cover_state_flag The MSL:COVER_STATE_FLAG element indicates the state of the MAHLI
msl:dark_current_file_desc The MSL:DARK_CURRENT_FILE_DESC element specifies a description of the
msl:dark_spectra_mode The MSL:DARK_SPECTRA_MODE element specifies, for ChemCam on MSL, the
msl:detector_samples The MSL:DETECTOR_SAMPLES element indicates the number of columns
msl:error_model_desc The MSL:ERROR_MODEL_DESC element specifies a textual description of an
msl:error_model_name The MSL:ERROR_MODEL_NAME element specifies the method or algorithm used to
msl:error_model_parms The MSL:ERROR_MODEL_PARMS element specifies the numeric parameters needed by
msl:error_model_parms_name The MSL:ERROR_MODEL_PARMS_NAME element specifies the name assigned by the
msl:expected_packets The msl:expected_packets specifies the total number of telemetry packets
msl:expected_transmission_path The msl:expected_transmission_path specifies the planned transmission
msl:experiment_id The msl:experiment_id specifies a number that uniquely identifies the
msl:filter_hall_sensor_flag The MSL:FILTER_HALL_SENSOR_FLAG element indicates the status of the Hall
msl:filter_position_count The MSL:FILTER_POSITION_COUNT element indicates the position of the
msl:flat_field_file_desc The MSL:FLAT_FIELD_FILE_DESC element specifies a description of the
msl:flight_software_mode The msl:flight_software_mode indicates the Active Flight Software mode
msl:focus_hall_sensor_flag The MSL:FOCUS_HALL_SENSOR_FLAG element indicates the status of the Hall
msl:focus_position_count The MSL:FOCUS_POSITION_COUNT element indicates the position of the focus
msl:frame_rate The MSL:FRAME_RATE element specifies the calculated frame rate, for
msl:gop_frame_index The MSL:GOP_FRAME_INDEX element specifies the frame index within the GOP.
msl:gop_length The MSL:GOP_LENGTH element provides an array of JPEG sizes in bytes, for
msl:gop_offset The MSL:GOP_OFFSET element provides an array of values of byte lengths
msl:gop_total_frames The MSL:GOP_TOTAL_FRAMES element indicates, for video products
msl:horizon_mask_elevation The MSL:HORIZON_MASK_ELEVATION specifies the elevation (in degrees) used as
msl:ict_divider The MSL:ICT_DIVIDER element is used with the IPBC_DIVIDER element
msl:image_acquire_mode The MSL:IMAGE_ACQUIRE_MODE element describes the mode of image
msl:image_blending_flag The MSL:IMAGE_BLENDING_FLAG element indicates
msl:image_radiance_factor The MSL:IMAGE_RADIANCE_FACTOR element specifies the overall
msl:image_radiance_offset The MSL:IMAGE_RADIANCE_OFFSET element specifies the overall additive
msl:image_registration_flag The MSL:IMAGE_REGISTRATION_FLAG element indicates
msl:infinity_constant The MSL:INFINITY_CONSTANT element supplies the
msl:input_product_id The MSL:INPUT_PRODUCT_ID element specifies the product(s) directly used
msl:instrument_clock_start_count The MSL:INSTRUMENT_CLOCK_START_COUNT element specifies the SClk for the
msl:instrument_coord_frame_id The MSL:INSTRUMENT_COORD_FRAME_ID element specifies, along with
msl:instrument_coord_frame_index The MSL:INSTRUMENT_COORD_FRAME_INDEX element specifies, along with
msl:instrument_coordinate_type The INSTRUMENT_COORDINATE_TYPE element specifies the type of coordinate
msl:instrument_focus_distance The MSL:INSTRUMENT_FOCUS_DISTANCE element specifies the distance to the
msl:instrument_focus_init_flag The MSL:INSTRUMENT_FOCUS_INIT_FLAG element specifies whether the
msl:instrument_focus_mode The MSL:INSTRUMENT_FOCUS_MODE element specifies how an instrument was
msl:instrument_focus_position_cnt The MSL:INSTRUMENT_FOCUS_POSITION_CNT element specifies the position in
msl:instrument_focus_step_size The MSL:INSTRUMENT_FOCUS_STEP_SIZE element specifies the size in motor
msl:instrument_focus_steps The MSL:INSTRUMENT_FOCUS_STEPS element specifies the number of steps
msl:instrument_temperature_status The MSL:INSTRUMENT_TEMPERATURE_STATUS element specifies, for ChemCam on
msl:interpolation_method The MSL:INTERPOLATION_METHOD element specifies the method by which
msl:interpolation_value The MSL:INTERPOLATION_VALUE element specifies the value used for
msl:inverse_lut_file_name The MSL:INVERSE_LUT_FILE_NAME element specifies the name of the
msl:ipbc_divider The MSL:IPBC_DIVIDER element is used with the ICT_DIVIDER element
msl:laser_mode The MSL:LASER_MODE element specifies, for ChemCam on MSL, whether to
msl:led_state_flag The MSL:LED_STATE_FLAG element specifies, for the MAHLI, the state of
msl:led_state_name The MSL:LED_STATE_NAME element specifies, for the MAHLI,the name of the
msl:linearization_mode The MSL:LINEARIZATION_MODE element specifies the way in which an image
msl:local_mean_solar_start_time The MSL:LOCAL_MEAN_SOLAR_START_TIME element specifies the local mean
msl:local_mean_solar_stop_time The MSL:LOCAL_MEAN_SOLAR_STOP_TIME element specifies the local mean
msl:local_mean_solar_time The MSL:LOCAL_MEAN_SOLAR_TIME element specifies the local mean solar
msl:local_true_solar_time_sol The MSL:LOCAL_TRUE_SOLAR_TIME_SOL element specifies the number of
msl:mask_desc_file_name The MSL:MASK_DESC_FILE_NAME element specifies the name of a file
msl:maximum_elevation The MSL:MAXIMUM_ELEVATION element specifies the elevation (as defined
msl:maximum_focus_distance The MSL:MAXIMUM_FOCUS_DISTANCE element specifies the estimated distance
msl:minimum_elevation The MSL:MINIMUM_ELEVATION element specifies the elevation (as defined
msl:minimum_focus_distance The MSL:MINIMUM_FOCUS_DISTANCE element specifies the estimated distance
msl:model_transform_quaternion The MSL:MODEL_TRANSFORM_QUATERNION element specifies, along with
msl:model_transform_vector The MSL:MODEL_TRANSFORM_VECTOR element specifies along with
msl:n_shots The MSL:N_SHOTS element specifies the commanded number of LIBS
msl:n_shots_2_avg The MSL:N_SHOTS_2_AVG element provides the commanded number
msl:n_shots_2_ignore The MSL:N_SHOTS_2_IGNORE element provides the commanded number
msl:num_software_keywords The MSL:NUM_SOFTWARE_KEYWORDS element specifies the number of keywords
msl:num_software_parameters The MSL:NUM_SOFTWARE_PARAMETERS element specifies the number of
msl:obs_from_limit_switch The MSL:OBS_FROM_LIMIT_SWITCH, when set to 1, causes the mast
msl:pointing_correction_file_name The MSL:POINTING_CORRECTION_FILE_NAME element specifies the name of the
msl:pointing_model_name The MSL:POINTING_MODEL_NAME element defines which of several 'pointing
msl:pointing_model_parms The MSL:POINTING_MODEL_PARMS element specifies the numeric parameters
msl:pointing_model_parms_name The MSL:POINTING_MODEL_PARMS_NAME element specifies the name assigned
msl:product_completion_status The MSL:PRODUCT_COMPLETION_STATUS element specifies the completion
msl:product_tag The MSL:PRODUCT_TAG element specifies the Data Product Tag.
msl:projection_axis_offset The MSL:PROJECTION_AXIS_OFFSET element specifies an offset from a
msl:projection_x_axis_vector The MSL:PROJECTION_X_AXIS_VECTOR element specifies a unit vector
msl:projection_y_axis_vector The MSL:PROJECTION_Y_AXIS_VECTOR element specifies a unit vector
msl:projection_z_axis_vector The MSL:PROJECTION_Z_AXIS_VECTOR element specifies a unit vector
msl:radiance_offset The RADIANCE_OFFSET element provides the constant value by which a stored
msl:radiance_scaling_factor The radiance_scaling_factor element provides the constant value by which
msl:range_origin_vector The MSL:RANGE_ORIGIN_VECTOR element specifies the 3-D space from which
msl:reference_coord_system_soln_id The MSL:REFERENCE_COORD_SYSTEM_SOLN_ID element refers to MSL:SOLUTION_ID.
msl:reference_pixel_image_id The MSL:REFERENCE_PIXEL_IMAGE_ID element specifies the value of IMAGE_ID
msl:request_id The MSL:REQUEST_ID element specifies the ground-assigned Request ID
msl:responsivity_constants The MSL:RESPONSIVITY_CONSTANTS element specifies the array of
msl:responsivity_constants_file The MSL:RESPONSIVITY_CONSTANTS_FILE element specifies the name of the
msl:rover_deck_tilt_angle The MSL:ROVER_DECK_TILT element specifies the angle in degrees between
msl:sam_experiment_description The msl:sam_experiment_description describes the type of SAM
msl:sam_experiment_id The msl:sam_experiment_id uniquely identifies the SAM experiment
msl:sam_gc_column_description The msl:sam_gc_column_description specifies the operational
msl:sam_gc_column_number The msl:sam_gc_column_number gives the Gas Chromatograph column
msl:sample_name The msl:sample_name element specifies a named
msl:sensor_readout_rate The MSL:SENSOR_READOUT_RATE element specifies the clock rate, in MHz, at
msl:sequence_execution_count The MSL:SEQUENCE_EXECUTION_COUNT element indicates how many times this
msl:software_keyword_name The MSL:SOFTWARE_KEYWORD_NAME element specifies the value of all keyword
msl:software_keyword_type The MSL:SOFTWARE_KEYWORD_TYPE element specifies the value of a keyword
msl:software_keyword_value The MSL:SOFTWARE_KEYWORD_VALUE element specifies the value of a keyword
msl:software_language The MSL:SOFTWARE_LANGUAGE element specifies the programming language
msl:software_module_name The MSL:SOFTWARE_MODULE_NAME element specifies the name of the primary
msl:software_module_type The MSL:SOFTWARE_MODULE_TYPE element specifies the type of the primary
msl:software_parameter_name The MSL:SOFTWARE_PARAMETER_NAME element specifies the value of a
msl:software_parameter_type The MSL:SOFTWARE_PARAMETER_TYPE element specifies the value of a
msl:software_parameter_value The MSL:SOFTWARE_PARAMETER_VALUE element specifies the value of a
msl:solution_id The MSL:SOLUTION_ID element specifies the unique identifier for the
msl:source_product_wavelength The MSL:SOURCE_PRODUCT_WAVELENGTH element specifies the effective
msl:spec_ad_convertuv The MSL:SPEC_AD_CONVERTUV element provides the adjusted time
msl:spec_ad_convertvis The MSL:SPEC_AD_CONVERTVIS element provides the adjusted time
msl:spec_ad_convertvnir The MSL:SPEC_AD_CONVERTVNIR element provides the adjusted time
msl:spec_image_type The MSL:SPEC_IMAGE_TYPE element provides an identifier for the
msl:spec_vert_clk The MSL:SPEC_VERT_CLK provides the value of the ChemCam vertical
msl:special_line The MSL:SPECIAL_LINE element specifies, for ChemCam on MSL, the line
msl:special_name The MSL:SPECIAL_NAME element specifies, how the coordinate defined as
msl:special_sample The MSL:SPECIAL_SAMPLE element specifies, for ChemCam on MSL, the
msl:spectrometer_control_byte The MSL:SPECTROMETER_CONTROL_BYTE element provides an overall
msl:spectrometer_select The MSL:SPECTROMETER_SELECT element selects which combination of
msl:spectrometer_serial_clock The MSL:SPECTROMETER_SERIAL_CLOCK element specifies the frequency
msl:stack_1_level The MSL:STACK_1_LEVEL element provides the first current in
msl:stack_2_level The MSL:STACK_2_LEVEL element provides the second current in
msl:stack_3_level The MSL:STACK_3_LEVEL element provides the third current in
msl:stack_duration The MSL:STACK_DURATION element provide the duration of the
msl:start_image_id The MSL:START_IMAGE_ID element specifies, for ChemCam on MSL, the
msl:start_row_uv The MSL:START_ROW_UV element provides the beginning row of the
msl:start_row_vis The MSL:START_ROW_VIS element provides the beginning row of the
msl:start_row_vnir The MSL:START_ROW_VNIR element provides the beginning row of the
msl:stereo_product_id The MSL:STEREO_PRODUCT_ID element specifies the PRODUCT_ID for the
msl:stop_row_uv The MSL:STOP_ROW_UV element provides the end row of the
msl:stop_row_vis The MSL:STOP_ROW_VNIR element provides the end row of the
msl:stop_row_vnir The MSL:STOP_ROW_VNIR element provides the end row of the
msl:striping_count The MSL:STRIPING_COUNT element specifies the number of stripes (N) used
msl:striping_overlap_rows The MSL:STRIPING_OVERLAP_ROWS element specifies the number of rows (M)
msl:surface_model_file_name The MSL:SURFACE_MODEL_FILE_NAME element specifies the name of an XYZ,
msl:telemetry_source_checksum The MSL:TELEMETRY_SOURCE_CHECKSUM element specifies the checksum for the
msl:telemetry_source_host_name The MSL:TELEMETRY_SOURCE_HOST_NAME element specifies the name of the
msl:telemetry_source_sclk_start The MSL:TELEMETRY_SOURCE_SCLK_START element specifies the value of the
msl:telemetry_source_size The MSL:TELEMETRY_SOURCE_SIZE element specifies the length in bytes of
msl:telemetry_source_start_time The MSL:TELEMETRY_SOURCE_START_TIME element specifies the creation time
msl:telemetry_source_type The MSL:TELEMETRY_SOURCE_TYPE element specifies the classification of
msl:transmission_path The MSL:TRANSMISSION_PATH element specifies the routing status at time
msl:valid_maximum_pixel The MSL:VALID_MAXIMUM_PIXEL element specifies the maximum pixel DN value
msl:valid_minimum_pixel The MSL:VALID_MINIMUM_PIXEL element specifies the minimum pixel DN value
msl:virtual_channel_id The MSL:VIRTUAL_CHANNEL_ID element identifies the RCE string generating
msl:zero_exposure_image_id The MSL:ZERO_EXPOSURE_IMAGE_ID element specifies the value of
msl:zstack_image_depth The MSL:ZSTACK_IMAGE_DEPTH element indicates the
mult_peak_fresnel_reflect_corr The mult_peak_fresnel_reflect_corr element provides the