Attributes {
    HDF5_GLOBAL {
        String title "MABEL HDF5 Data Granule";
        String institution "NASA Goddard Space Flight Center";
        String source "Aircraft Observations";
        String history "Described in Metadata group";
        String references "http://icesat.gsfc.nasa.gov/icesat2/data/mabel/mabel_docs.php";
        String comment "Please direct comments to David.W.Hancock@nasa.gov";
        String Conventions "CF-1.6";
        String featureType "point";
    }
    altimetry {
        String Description "This group contains groups of segmented altimeter-related parameters. The altimeter segment temporal length is defined by the number of laser shots specified in the metadata parameter [alt_seg_shots]. Parameters in each segment have a 1-to-1 correspondence with the parameters in other segments.  For example the times with segment 2 of the time group correspond to the data within segment 2 of the hist subgroups. There is one instance of this group within this granule.";
        String fullnamepath "/altimetry";
    }
    altimetry_app_refl {
        String Description "This group contains apparent reflectance parameters for each segment.  The apparent reflectance algorithm has not yet been defined for MABEL, so these parameters are currently empty.  There is one instance of this subgroup within the Altimetry group.";
        String fullnamepath "/altimetry/app_refl";
    }
    altimetry_dem_drm {
        String Description "This group contains DEM and aircraft location information for each segment.  The DEM elevation is derived from the WGS84 DEM and computed using the location as provided by the Novatel INS/GPS with no correction for aircraft roll. This is not necessarily the exact same as photon locations because of laser pointing and aircraft roll angles. In addition, this group contains the elevation window filters used for accepting photons for inclusion in the photon channel groups. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/dem_drm";
    }
    altimetry_histogram {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram";
    }
    altimetry_histogram_channel001 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel001";
    }
    altimetry_histogram_channel002 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel002";
    }
    altimetry_histogram_channel003 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel003";
    }
    altimetry_histogram_channel004 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel004";
    }
    altimetry_histogram_channel005 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel005";
    }
    altimetry_histogram_channel006 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel006";
    }
    altimetry_histogram_channel007 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel007";
    }
    altimetry_histogram_channel008 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel008";
    }
    altimetry_histogram_channel009 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel009";
    }
    altimetry_histogram_channel010 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel010";
    }
    altimetry_histogram_channel011 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel011";
    }
    altimetry_histogram_channel012 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel012";
    }
    altimetry_histogram_channel013 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel013";
    }
    altimetry_histogram_channel014 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel014";
    }
    altimetry_histogram_channel015 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel015";
    }
    altimetry_histogram_channel016 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel016";
    }
    altimetry_histogram_channel043 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel043";
    }
    altimetry_histogram_channel044 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel044";
    }
    altimetry_histogram_channel045 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel045";
    }
    altimetry_histogram_channel046 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel046";
    }
    altimetry_histogram_channel047 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel047";
    }
    altimetry_histogram_channel048 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel048";
    }
    altimetry_histogram_channel049 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel049";
    }
    altimetry_histogram_channel050 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Altimetry group.";
        String fullnamepath "/altimetry/histogram/channel050";
    }
    altimetry_time_interval {
        String Description "This group contains segment start and stop delta times (seconds since the time of the first data point in the granule).  GPS seconds (seconds since the GPS epoch) can be recovered by adding the delta times to the metadata parameter [gps_second_offset]. There is one instance of this subgroup with the Altimetry group.";
        String fullnamepath "/altimetry/time_interval";
    }
    atmosphere {
        String Description "This group contains groups of segmented atmosphere-related parameters. The atmosphere segment temporal length is defined by the number of laser shots specified in the metadata parameter [atm_seg_shots]. Parameters in each segment have a 1-to-1 correspondence with the parameters in other segments.  For example the times with segment 2 of the time group correspond to the data within segment 2 of the hist subgroups. There is one instance of this group within this granule.";
        String fullnamepath "/atmosphere";
    }
    atmosphere_histogram {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram";
    }
    atmosphere_histogram_channel001 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel001";
    }
    atmosphere_histogram_channel002 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel002";
    }
    atmosphere_histogram_channel003 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel003";
    }
    atmosphere_histogram_channel004 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel004";
    }
    atmosphere_histogram_channel005 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel005";
    }
    atmosphere_histogram_channel006 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel006";
    }
    atmosphere_histogram_channel007 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel007";
    }
    atmosphere_histogram_channel008 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel008";
    }
    atmosphere_histogram_channel009 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel009";
    }
    atmosphere_histogram_channel010 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel010";
    }
    atmosphere_histogram_channel011 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel011";
    }
    atmosphere_histogram_channel012 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel012";
    }
    atmosphere_histogram_channel013 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel013";
    }
    atmosphere_histogram_channel014 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel014";
    }
    atmosphere_histogram_channel015 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel015";
    }
    atmosphere_histogram_channel016 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel016";
    }
    atmosphere_histogram_channel043 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel043";
    }
    atmosphere_histogram_channel044 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel044";
    }
    atmosphere_histogram_channel045 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel045";
    }
    atmosphere_histogram_channel046 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel046";
    }
    atmosphere_histogram_channel047 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel047";
    }
    atmosphere_histogram_channel048 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel048";
    }
    atmosphere_histogram_channel049 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel049";
    }
    atmosphere_histogram_channel050 {
        String Description "This group contains subgroups of per-channel histograms. There is one instance of this group within the Atmosphere group.";
        String fullnamepath "/atmosphere/histogram/channel050";
    }
    atmosphere_time_interval {
        String Description "This group contains segment start and stop delta times (seconds since the time of the first data point in the granule).  GPS seconds (seconds since the GPS epoch) can be recovered by adding the delta times to the metadata parameter [gps_sec_offset]. There is one instance of this subgroup with the Atmosphere group.";
        String fullnamepath "/atmosphere/time_interval";
    }
    flight_parameters {
        String Description "This group contains flight and instrument-related parameters provided by the MABEL instrument team within the MABEL Day-by-Day flight log.";
        String fullnamepath "/flight_parameters";
    }
    met_corr {
        String Description "This group contains tropospheric parameters used to correct the Novatel INS range prior to performing the geolocation of each photon.  These parameters are calculated at a shot interval defined by the metadata parameter [gi_met_seg_shots]. There is one instance of this group within the granule";
        String fullnamepath "/met_corr";
    }
    metadata {
        String Description "This group contains metadata regarding the source and content of this granule.  This includes information such as temporal boundaries, parameters used in the processing software, processing information, version information and contact information. The current metadata schema is loosely based on the NASA ECHO metadata model and subject to change once MABEL metadata standards are defined. There is one instance of this group within the granule.";
        String fullnamepath "/metadata";
    }
    novatel_ins {
        String Description "This group contains data from L1A INS files.  The L1A INS is created using NOVATEL software and delivered as an L1A file.  Note  that this group has a extra second of data at the beginning and end of the granule to insure good interpolation data for L2A geolocation.  There is one instance of this group within the granule.";
        String fullnamepath "/novatel_ins";
    }
    novatel_ins_attitude {
        String Description "This group contains attitude related parameters from L1A INS files. There is one instance of this group within the novatel_ins group.";
        String fullnamepath "/novatel_ins/attitude";
    }
    novatel_ins_flags {
        String Description "This group contains status related parameters from L1A INS files. There is one instance of this group within the novatel_ins group.";
        String fullnamepath "/novatel_ins/flags";
    }
    novatel_ins_geolocation {
        String Description "This group contains gelocation-related parameters from L1A INS files. There is one instance of this group within the novatel_ins group.";
        String fullnamepath "/novatel_ins/geolocation";
    }
    novatel_ins_location {
        String Description "This group contains location related parameters from L1A INS files. There is one instance of this group within the novatel_ins group.";
        String fullnamepath "/novatel_ins/location";
    }
    novatel_ins_solar_angle {
        String Description "This group contains solar angle related parameters from L1A INS files. There is one instance of this group within the novatel_ins group.";
        String fullnamepath "/novatel_ins/solar_angle";
    }
    novatel_ins_time {
        String Description "This group contains time related parameters from L1A INS files.  These parameters indicate the time of each corresponding INS parameter. There is one instance of this group within the novatel_ins group.";
        String fullnamepath "/novatel_ins/time";
    }
    photon {
        String Description "This group contains subgroups of per-channel photon parameters. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this group within the granule. There is one instance of the photon channel subgroups for each channel configured on the instrument.";
        String fullnamepath "/photon";
    }
    photon_channel001 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel001";
    }
    photon_channel002 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel002";
    }
    photon_channel003 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel003";
    }
    photon_channel004 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel004";
    }
    photon_channel005 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel005";
    }
    photon_channel006 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel006";
    }
    photon_channel007 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel007";
    }
    photon_channel008 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel008";
    }
    photon_channel009 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel009";
    }
    photon_channel010 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel010";
    }
    photon_channel011 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel011";
    }
    photon_channel012 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel012";
    }
    photon_channel013 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel013";
    }
    photon_channel014 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel014";
    }
    photon_channel015 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel015";
    }
    photon_channel016 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel016";
    }
    photon_channel043 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel043";
    }
    photon_channel044 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel044";
    }
    photon_channel045 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel045";
    }
    photon_channel046 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel046";
    }
    photon_channel047 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel047";
    }
    photon_channel048 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel048";
    }
    photon_channel049 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel049";
    }
    photon_channel050 {
        String Description "This group contains individual geolocated photons. Each photon has been located by geolocation routines which account for pointing angle and aircraft roll/pitch/yaw. Preliminary ranges input to the geolocation routines have been corrected for frequency-dependent wet and dry tropospheric delays.  The resulting elevations retain these corrections. There is one instance of this subgroup for each channel configured on the instrument.";
        String fullnamepath "/photon/channel050";
    }
    quality_assessment {
        String Description "This group contains quality assessment data which contains counters and summary statistics which can be used to assess the quality of the data";
        String fullnamepath "/quality_assessment";
    }
    quality_assessment_channel {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel";
    }
    quality_assessment_channel_channel001 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel001";
    }
    quality_assessment_channel_channel002 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel002";
    }
    quality_assessment_channel_channel003 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel003";
    }
    quality_assessment_channel_channel004 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel004";
    }
    quality_assessment_channel_channel005 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel005";
    }
    quality_assessment_channel_channel006 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel006";
    }
    quality_assessment_channel_channel007 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel007";
    }
    quality_assessment_channel_channel008 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel008";
    }
    quality_assessment_channel_channel009 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel009";
    }
    quality_assessment_channel_channel010 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel010";
    }
    quality_assessment_channel_channel011 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel011";
    }
    quality_assessment_channel_channel012 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel012";
    }
    quality_assessment_channel_channel013 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel013";
    }
    quality_assessment_channel_channel014 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel014";
    }
    quality_assessment_channel_channel015 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel015";
    }
    quality_assessment_channel_channel016 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel016";
    }
    quality_assessment_channel_channel043 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel043";
    }
    quality_assessment_channel_channel044 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel044";
    }
    quality_assessment_channel_channel045 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel045";
    }
    quality_assessment_channel_channel046 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel046";
    }
    quality_assessment_channel_channel047 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel047";
    }
    quality_assessment_channel_channel048 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel048";
    }
    quality_assessment_channel_channel049 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel049";
    }
    quality_assessment_channel_channel050 {
        String Description "This group contains per-channel photon statistics.";
        String fullnamepath "/quality_assessment/channel/channel050";
    }
    quality_assessment_summary {
        String Description "This group contains summary quality assessment information.";
        String fullnamepath "/quality_assessment/summary";
    }
    tof1 {
        String Description "This group contains data specific to a TOF card.  Card-specific data types includes only the Oscillator Correction data. There is one instance of this group within the granule for each TOF card in use.";
        String fullnamepath "/tof1";
    }
    tof1_osc_corr {
        String Description "This group contains the derived l1b oscillator correction data.  This correction has been applied to the l1b range data. Since the oscillator correction is TOF hardware-dependent, there is one instance of this group for each TOF card in use.";
        String fullnamepath "/tof1/osc_corr";
    }
    altimetry_app_refl_app_refl {
        String units "TBD";
        String hertz "        5000";
        String long_name "app_refl";
        String standard_name "app_refl";
        String description "Apparent Reflectivity";
        String source "Derived (Reflectivity ATBD)";
        String origname "app_refl";
        String fullnamepath "/altimetry/app_refl/app_refl";
        String coordinates "altimetry_app_refl_time altimetry_app_refl_latitude altimetry_app_refl_longitude";
    }
    altimetry_app_refl_n_ar_photons {
        String units "TBD";
        String hertz "        5000";
        String long_name "n_ar_photons";
        String standard_name "n_ar_photons";
        String description "Number of photons used in the AR computation.";
        String source "Derived (Reflectivity ATBD)";
        String origname "n_ar_photons";
        String fullnamepath "/altimetry/app_refl/n_ar_photons";
        String coordinates "altimetry_app_refl_time altimetry_app_refl_latitude altimetry_app_refl_longitude";
    }
    altimetry_dem_drm_elev_bot_window {
        String units "meters";
        String hertz "          25";
        String long_name "elev_bot_window";
        String standard_name "elev_bot_window";
        String description "Minimum elevation for altimeter-reported photons";
        String source "Derived (elev_dem-gr_dem_range_bot_off)";
        String origname "elev_bot_window";
        String fullnamepath "/altimetry/dem_drm/elev_bot_window";
        String coordinates "altimetry_dem_drm_time altimetry_dem_drm_latitude altimetry_dem_drm_longitude";
    }
    altimetry_dem_drm_elev_dem {
        String units "meters";
        String hertz "          25";
        String long_name "elev_dem";
        String standard_name "elev_dem";
        String description "WGS84 DEM elevation";
        String source "DEM ANC File";
        String origname "elev_dem";
        String fullnamepath "/altimetry/dem_drm/elev_dem";
        String coordinates "altimetry_dem_drm_time altimetry_dem_drm_latitude altimetry_dem_drm_longitude";
    }
    altimetry_dem_drm_elev_top_window {
        String units "meters";
        String hertz "          25";
        String long_name "elev_top_window";
        String standard_name "elev_top_window";
        String description "Maximum elevation for altimeter-reported photons";
        String source "Derived (elev_dem+gr_dem_range_top_off)";
        String origname "elev_top_window";
        String fullnamepath "/altimetry/dem_drm/elev_top_window";
        String coordinates "altimetry_dem_drm_time altimetry_dem_drm_latitude altimetry_dem_drm_longitude";
    }
    altimetry_dem_drm_latitude_dem {
        String units "degrees";
        String hertz "          25";
        String long_name "lat_dem";
        String standard_name "latitude";
        String description "GPS/INS latitude used to determine location for DEM";
        String source "L1A INS";
        String origname "latitude_dem";
        String fullnamepath "/altimetry/dem_drm/latitude_dem";
        String coordinates "altimetry_dem_drm_time altimetry_dem_drm_latitude altimetry_dem_drm_longitude";
    }
    altimetry_dem_drm_longitude_dem {
        String units "degrees";
        String hertz "          25";
        String long_name "lon_dem";
        String standard_name "longitude";
        String description "GPS/INS longitude used  to determine location for DEM";
        String source "L1A INS";
        String origname "longitude_dem";
        String fullnamepath "/altimetry/dem_drm/longitude_dem";
        String coordinates "altimetry_dem_drm_time altimetry_dem_drm_latitude altimetry_dem_drm_longitude";
    }
    altimetry_dem_drm_surface_type {
        String units "UNITS";
        String hertz "          25";
        String long_name "surf_type";
        String standard_name "surface_type";
        String description "Undefined Surface Type flag";
        String source "Derived, TBD";
        String origname "surface_type";
        String fullnamepath "/altimetry/dem_drm/surface_type";
        String coordinates "altimetry_dem_drm_time altimetry_dem_drm_latitude altimetry_dem_drm_longitude";
    }
    altimetry_dem_drm_transtime {
        String units "seconds";
        String hertz "          25";
        String long_name "transtime";
        String standard_name "transtime";
        String description "Transit time of the laser light to photon bounce";
        String source "Derived (ht_ell/(speed_light/2.0))";
        String origname "transtime";
        String fullnamepath "/altimetry/dem_drm/transtime";
        String coordinates "altimetry_dem_drm_time altimetry_dem_drm_latitude altimetry_dem_drm_longitude";
    }
    altimetry_histogram_channel001_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel001/elev_top_hist";
        String coordinates "altimetry_histogram_channel001_time";
    }
    altimetry_histogram_channel001_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel001/histogram";
        String coordinates "altimetry_histogram_channel001_time";
    }
    altimetry_histogram_channel001_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel001/n_hist_shots";
        String coordinates "altimetry_histogram_channel001_time";
    }
    altimetry_histogram_channel002_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel002/elev_top_hist";
        String coordinates "altimetry_histogram_channel002_time";
    }
    altimetry_histogram_channel002_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel002/histogram";
        String coordinates "altimetry_histogram_channel002_time";
    }
    altimetry_histogram_channel002_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel002/n_hist_shots";
        String coordinates "altimetry_histogram_channel002_time";
    }
    altimetry_histogram_channel003_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel003/elev_top_hist";
        String coordinates "altimetry_histogram_channel003_time";
    }
    altimetry_histogram_channel003_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel003/histogram";
        String coordinates "altimetry_histogram_channel003_time";
    }
    altimetry_histogram_channel003_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel003/n_hist_shots";
        String coordinates "altimetry_histogram_channel003_time";
    }
    altimetry_histogram_channel004_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel004/elev_top_hist";
        String coordinates "altimetry_histogram_channel004_time";
    }
    altimetry_histogram_channel004_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel004/histogram";
        String coordinates "altimetry_histogram_channel004_time";
    }
    altimetry_histogram_channel004_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel004/n_hist_shots";
        String coordinates "altimetry_histogram_channel004_time";
    }
    altimetry_histogram_channel005_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel005/elev_top_hist";
        String coordinates "altimetry_histogram_channel005_time";
    }
    altimetry_histogram_channel005_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel005/histogram";
        String coordinates "altimetry_histogram_channel005_time";
    }
    altimetry_histogram_channel005_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel005/n_hist_shots";
        String coordinates "altimetry_histogram_channel005_time";
    }
    altimetry_histogram_channel006_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel006/elev_top_hist";
        String coordinates "altimetry_histogram_channel006_time";
    }
    altimetry_histogram_channel006_histogram {
        String units "count";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String hertz "        5000";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel006/histogram";
        String coordinates "altimetry_histogram_channel006_time";
    }
    altimetry_histogram_channel006_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel006/n_hist_shots";
        String coordinates "altimetry_histogram_channel006_time";
    }
    altimetry_histogram_channel007_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel007/elev_top_hist";
        String coordinates "altimetry_histogram_channel007_time";
    }
    altimetry_histogram_channel007_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel007/histogram";
        String coordinates "altimetry_histogram_channel007_time";
    }
    altimetry_histogram_channel007_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel007/n_hist_shots";
        String coordinates "altimetry_histogram_channel007_time";
    }
    altimetry_histogram_channel008_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel008/elev_top_hist";
        String coordinates "altimetry_histogram_channel008_time";
    }
    altimetry_histogram_channel008_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel008/histogram";
        String coordinates "altimetry_histogram_channel008_time";
    }
    altimetry_histogram_channel008_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel008/n_hist_shots";
        String coordinates "altimetry_histogram_channel008_time";
    }
    altimetry_histogram_channel009_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel009/elev_top_hist";
        String coordinates "altimetry_histogram_channel009_time";
    }
    altimetry_histogram_channel009_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel009/histogram";
        String coordinates "altimetry_histogram_channel009_time";
    }
    altimetry_histogram_channel009_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel009/n_hist_shots";
        String coordinates "altimetry_histogram_channel009_time";
    }
    altimetry_histogram_channel010_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel010/elev_top_hist";
        String coordinates "altimetry_histogram_channel010_time";
    }
    altimetry_histogram_channel010_histogram {
        String units "count";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel010/histogram";
        String coordinates "altimetry_histogram_channel010_time";
    }
    altimetry_histogram_channel010_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel010/n_hist_shots";
        String coordinates "altimetry_histogram_channel010_time";
    }
    altimetry_histogram_channel011_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel011/elev_top_hist";
        String coordinates "altimetry_histogram_channel011_time";
    }
    altimetry_histogram_channel011_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel011/histogram";
        String coordinates "altimetry_histogram_channel011_time";
    }
    altimetry_histogram_channel011_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel011/n_hist_shots";
        String coordinates "altimetry_histogram_channel011_time";
    }
    altimetry_histogram_channel012_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel012/elev_top_hist";
        String coordinates "altimetry_histogram_channel012_time";
    }
    altimetry_histogram_channel012_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel012/histogram";
        String coordinates "altimetry_histogram_channel012_time";
    }
    altimetry_histogram_channel012_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel012/n_hist_shots";
        String coordinates "altimetry_histogram_channel012_time";
    }
    altimetry_histogram_channel013_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel013/elev_top_hist";
        String coordinates "altimetry_histogram_channel013_time";
    }
    altimetry_histogram_channel013_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel013/histogram";
        String coordinates "altimetry_histogram_channel013_time";
    }
    altimetry_histogram_channel013_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel013/n_hist_shots";
        String coordinates "altimetry_histogram_channel013_time";
    }
    altimetry_histogram_channel014_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel014/elev_top_hist";
        String coordinates "altimetry_histogram_channel014_time";
    }
    altimetry_histogram_channel014_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel014/histogram";
        String coordinates "altimetry_histogram_channel014_time";
    }
    altimetry_histogram_channel014_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel014/n_hist_shots";
        String coordinates "altimetry_histogram_channel014_time";
    }
    altimetry_histogram_channel015_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel015/elev_top_hist";
        String coordinates "altimetry_histogram_channel015_time";
    }
    altimetry_histogram_channel015_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel015/histogram";
        String coordinates "altimetry_histogram_channel015_time";
    }
    altimetry_histogram_channel015_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel015/n_hist_shots";
        String coordinates "altimetry_histogram_channel015_time";
    }
    altimetry_histogram_channel016_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel016/elev_top_hist";
        String coordinates "altimetry_histogram_channel016_time";
    }
    altimetry_histogram_channel016_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel016/histogram";
        String coordinates "altimetry_histogram_channel016_time";
    }
    altimetry_histogram_channel016_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel016/n_hist_shots";
        String coordinates "altimetry_histogram_channel016_time";
    }
    altimetry_histogram_channel043_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel043/elev_top_hist";
        String coordinates "altimetry_histogram_channel043_time";
    }
    altimetry_histogram_channel043_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel043/histogram";
        String coordinates "altimetry_histogram_channel043_time";
    }
    altimetry_histogram_channel043_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel043/n_hist_shots";
        String coordinates "altimetry_histogram_channel043_time";
    }
    altimetry_histogram_channel044_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel044/elev_top_hist";
        String coordinates "altimetry_histogram_channel044_time";
    }
    altimetry_histogram_channel044_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel044/histogram";
        String coordinates "altimetry_histogram_channel044_time";
    }
    altimetry_histogram_channel044_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel044/n_hist_shots";
        String coordinates "altimetry_histogram_channel044_time";
    }
    altimetry_histogram_channel045_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel045/elev_top_hist";
        String coordinates "altimetry_histogram_channel045_time";
    }
    altimetry_histogram_channel045_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel045/histogram";
        String coordinates "altimetry_histogram_channel045_time";
    }
    altimetry_histogram_channel045_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel045/n_hist_shots";
        String coordinates "altimetry_histogram_channel045_time";
    }
    altimetry_histogram_channel046_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel046/elev_top_hist";
        String coordinates "altimetry_histogram_channel046_time";
    }
    altimetry_histogram_channel046_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel046/histogram";
        String coordinates "altimetry_histogram_channel046_time";
    }
    altimetry_histogram_channel046_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel046/n_hist_shots";
        String coordinates "altimetry_histogram_channel046_time";
    }
    altimetry_histogram_channel047_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel047/elev_top_hist";
        String coordinates "altimetry_histogram_channel047_time";
    }
    altimetry_histogram_channel047_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel047/histogram";
        String coordinates "altimetry_histogram_channel047_time";
    }
    altimetry_histogram_channel047_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel047/n_hist_shots";
        String coordinates "altimetry_histogram_channel047_time";
    }
    altimetry_histogram_channel048_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel048/elev_top_hist";
        String coordinates "altimetry_histogram_channel048_time";
    }
    altimetry_histogram_channel048_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel048/histogram";
        String coordinates "altimetry_histogram_channel048_time";
    }
    altimetry_histogram_channel048_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel048/n_hist_shots";
        String coordinates "altimetry_histogram_channel048_time";
    }
    altimetry_histogram_channel049_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel049/elev_top_hist";
        String coordinates "altimetry_histogram_channel049_time";
    }
    altimetry_histogram_channel049_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel049/histogram";
        String coordinates "altimetry_histogram_channel049_time";
    }
    altimetry_histogram_channel049_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel049/n_hist_shots";
        String coordinates "altimetry_histogram_channel049_time";
    }
    altimetry_histogram_channel050_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to the top bin of the altimetry histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/altimetry/histogram/channel050/elev_top_hist";
        String coordinates "altimetry_histogram_channel050_time";
    }
    altimetry_histogram_channel050_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "altimetry_histogram";
        String standard_name "histogram";
        String description "altimetry histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/altimetry/histogram/channel050/histogram";
        String coordinates "altimetry_histogram_channel050_time";
    }
    altimetry_histogram_channel050_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/altimetry/histogram/channel050/n_hist_shots";
        String coordinates "altimetry_histogram_channel050_time";
    }
    altimetry_time_interval_delta_time_start {
        String units "seconds";
        String hertz "        5000";
        String long_name "delta_time_start";
        String standard_name "time";
        String description "Elapsed seconds (since first data point in granule) at the start of this time interval";
        String source "Derived (gps_seconds-gps_sec_offset)";
        String origname "delta_time_start";
        String fullnamepath "/altimetry/time_interval/delta_time_start";
        String coordinates "altimetry_time_interval_";
    }
    altimetry_time_interval_delta_time_stop {
        String units "seconds";
        String hertz "        5000";
        String long_name "delta_time_stop";
        String standard_name "time";
        String description "Elapsed seconds (since first data point in granule) at the start of this time interval";
        String source "Derived (gps_seconds-gps_sec_offset)";
        String origname "delta_time_stop";
        String fullnamepath "/altimetry/time_interval/delta_time_stop";
        String coordinates "altimetry_time_interval_";
    }
    atmosphere_histogram_channel001_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel001/elev_top_hist";
        String coordinates "atmosphere_histogram_channel001_time";
    }
    atmosphere_histogram_channel001_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel001/histogram";
        String coordinates "atmosphere_histogram_channel001_time";
    }
    atmosphere_histogram_channel001_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel001/n_hist_shots";
        String coordinates "atmosphere_histogram_channel001_time";
    }
    atmosphere_histogram_channel002_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel002/elev_top_hist";
        String coordinates "atmosphere_histogram_channel002_time";
    }
    atmosphere_histogram_channel002_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel002/histogram";
        String coordinates "atmosphere_histogram_channel002_time";
    }
    atmosphere_histogram_channel002_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel002/n_hist_shots";
        String coordinates "atmosphere_histogram_channel002_time";
    }
    atmosphere_histogram_channel003_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel003/elev_top_hist";
        String coordinates "atmosphere_histogram_channel003_time";
    }
    atmosphere_histogram_channel003_histogram {
        String units "count";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String hertz "        5000";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel003/histogram";
        String coordinates "atmosphere_histogram_channel003_time";
    }
    atmosphere_histogram_channel003_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel003/n_hist_shots";
        String coordinates "atmosphere_histogram_channel003_time";
    }
    atmosphere_histogram_channel004_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel004/elev_top_hist";
        String coordinates "atmosphere_histogram_channel004_time";
    }
    atmosphere_histogram_channel004_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel004/histogram";
        String coordinates "atmosphere_histogram_channel004_time";
    }
    atmosphere_histogram_channel004_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel004/n_hist_shots";
        String coordinates "atmosphere_histogram_channel004_time";
    }
    atmosphere_histogram_channel005_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel005/elev_top_hist";
        String coordinates "atmosphere_histogram_channel005_time";
    }
    atmosphere_histogram_channel005_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel005/histogram";
        String coordinates "atmosphere_histogram_channel005_time";
    }
    atmosphere_histogram_channel005_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel005/n_hist_shots";
        String coordinates "atmosphere_histogram_channel005_time";
    }
    atmosphere_histogram_channel006_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel006/elev_top_hist";
        String coordinates "atmosphere_histogram_channel006_time";
    }
    atmosphere_histogram_channel006_histogram {
        String units "count";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String hertz "        5000";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel006/histogram";
        String coordinates "atmosphere_histogram_channel006_time";
    }
    atmosphere_histogram_channel006_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel006/n_hist_shots";
        String coordinates "atmosphere_histogram_channel006_time";
    }
    atmosphere_histogram_channel007_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel007/elev_top_hist";
        String coordinates "atmosphere_histogram_channel007_time";
    }
    atmosphere_histogram_channel007_histogram {
        String units "count";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String hertz "        5000";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel007/histogram";
        String coordinates "atmosphere_histogram_channel007_time";
    }
    atmosphere_histogram_channel007_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel007/n_hist_shots";
        String coordinates "atmosphere_histogram_channel007_time";
    }
    atmosphere_histogram_channel008_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel008/elev_top_hist";
        String coordinates "atmosphere_histogram_channel008_time";
    }
    atmosphere_histogram_channel008_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel008/histogram";
        String coordinates "atmosphere_histogram_channel008_time";
    }
    atmosphere_histogram_channel008_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel008/n_hist_shots";
        String coordinates "atmosphere_histogram_channel008_time";
    }
    atmosphere_histogram_channel009_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel009/elev_top_hist";
        String coordinates "atmosphere_histogram_channel009_time";
    }
    atmosphere_histogram_channel009_histogram {
        String units "count";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String hertz "        5000";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel009/histogram";
        String coordinates "atmosphere_histogram_channel009_time";
    }
    atmosphere_histogram_channel009_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel009/n_hist_shots";
        String coordinates "atmosphere_histogram_channel009_time";
    }
    atmosphere_histogram_channel010_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel010/elev_top_hist";
        String coordinates "atmosphere_histogram_channel010_time";
    }
    atmosphere_histogram_channel010_histogram {
        String units "count";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel010/histogram";
        String coordinates "atmosphere_histogram_channel010_time";
    }
    atmosphere_histogram_channel010_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel010/n_hist_shots";
        String coordinates "atmosphere_histogram_channel010_time";
    }
    atmosphere_histogram_channel011_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel011/elev_top_hist";
        String coordinates "atmosphere_histogram_channel011_time";
    }
    atmosphere_histogram_channel011_histogram {
        String units "count";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String hertz "        5000";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel011/histogram";
        String coordinates "atmosphere_histogram_channel011_time";
    }
    atmosphere_histogram_channel011_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel011/n_hist_shots";
        String coordinates "atmosphere_histogram_channel011_time";
    }
    atmosphere_histogram_channel012_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel012/elev_top_hist";
        String coordinates "atmosphere_histogram_channel012_time";
    }
    atmosphere_histogram_channel012_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel012/histogram";
        String coordinates "atmosphere_histogram_channel012_time";
    }
    atmosphere_histogram_channel012_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel012/n_hist_shots";
        String coordinates "atmosphere_histogram_channel012_time";
    }
    atmosphere_histogram_channel013_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel013/elev_top_hist";
        String coordinates "atmosphere_histogram_channel013_time";
    }
    atmosphere_histogram_channel013_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel013/histogram";
        String coordinates "atmosphere_histogram_channel013_time";
    }
    atmosphere_histogram_channel013_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel013/n_hist_shots";
        String coordinates "atmosphere_histogram_channel013_time";
    }
    atmosphere_histogram_channel014_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel014/elev_top_hist";
        String coordinates "atmosphere_histogram_channel014_time";
    }
    atmosphere_histogram_channel014_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel014/histogram";
        String coordinates "atmosphere_histogram_channel014_time";
    }
    atmosphere_histogram_channel014_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel014/n_hist_shots";
        String coordinates "atmosphere_histogram_channel014_time";
    }
    atmosphere_histogram_channel015_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel015/elev_top_hist";
        String coordinates "atmosphere_histogram_channel015_time";
    }
    atmosphere_histogram_channel015_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel015/histogram";
        String coordinates "atmosphere_histogram_channel015_time";
    }
    atmosphere_histogram_channel015_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel015/n_hist_shots";
        String coordinates "atmosphere_histogram_channel015_time";
    }
    atmosphere_histogram_channel016_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel016/elev_top_hist";
        String coordinates "atmosphere_histogram_channel016_time";
    }
    atmosphere_histogram_channel016_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel016/histogram";
        String coordinates "atmosphere_histogram_channel016_time";
    }
    atmosphere_histogram_channel016_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel016/n_hist_shots";
        String coordinates "atmosphere_histogram_channel016_time";
    }
    atmosphere_histogram_channel043_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel043/elev_top_hist";
        String coordinates "atmosphere_histogram_channel043_time";
    }
    atmosphere_histogram_channel043_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel043/histogram";
        String coordinates "atmosphere_histogram_channel043_time";
    }
    atmosphere_histogram_channel043_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel043/n_hist_shots";
        String coordinates "atmosphere_histogram_channel043_time";
    }
    atmosphere_histogram_channel044_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel044/elev_top_hist";
        String coordinates "atmosphere_histogram_channel044_time";
    }
    atmosphere_histogram_channel044_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel044/histogram";
        String coordinates "atmosphere_histogram_channel044_time";
    }
    atmosphere_histogram_channel044_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel044/n_hist_shots";
        String coordinates "atmosphere_histogram_channel044_time";
    }
    atmosphere_histogram_channel045_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel045/elev_top_hist";
        String coordinates "atmosphere_histogram_channel045_time";
    }
    atmosphere_histogram_channel045_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel045/histogram";
        String coordinates "atmosphere_histogram_channel045_time";
    }
    atmosphere_histogram_channel045_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel045/n_hist_shots";
        String coordinates "atmosphere_histogram_channel045_time";
    }
    atmosphere_histogram_channel046_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel046/elev_top_hist";
        String coordinates "atmosphere_histogram_channel046_time";
    }
    atmosphere_histogram_channel046_histogram {
        String units "count";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String hertz "        5000";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel046/histogram";
        String coordinates "atmosphere_histogram_channel046_time";
    }
    atmosphere_histogram_channel046_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel046/n_hist_shots";
        String coordinates "atmosphere_histogram_channel046_time";
    }
    atmosphere_histogram_channel047_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel047/elev_top_hist";
        String coordinates "atmosphere_histogram_channel047_time";
    }
    atmosphere_histogram_channel047_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel047/histogram";
        String coordinates "atmosphere_histogram_channel047_time";
    }
    atmosphere_histogram_channel047_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel047/n_hist_shots";
        String coordinates "atmosphere_histogram_channel047_time";
    }
    atmosphere_histogram_channel048_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel048/elev_top_hist";
        String coordinates "atmosphere_histogram_channel048_time";
    }
    atmosphere_histogram_channel048_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel048/histogram";
        String coordinates "atmosphere_histogram_channel048_time";
    }
    atmosphere_histogram_channel048_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel048/n_hist_shots";
        String coordinates "atmosphere_histogram_channel048_time";
    }
    atmosphere_histogram_channel049_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel049/elev_top_hist";
        String coordinates "atmosphere_histogram_channel049_time";
    }
    atmosphere_histogram_channel049_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel049/histogram";
        String coordinates "atmosphere_histogram_channel049_time";
    }
    atmosphere_histogram_channel049_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel049/n_hist_shots";
        String coordinates "atmosphere_histogram_channel049_time";
    }
    atmosphere_histogram_channel050_elev_top_hist {
        String units "meters";
        String hertz "        5000";
        String long_name "elev_top_hist";
        String standard_name "height";
        String description "Elevation height to thetop bin of the atmosphere histogram";
        String source "Derived";
        String origname "elev_top_hist";
        String fullnamepath "/atmosphere/histogram/channel050/elev_top_hist";
        String coordinates "atmosphere_histogram_channel050_time";
    }
    atmosphere_histogram_channel050_histogram {
        String units "count";
        String hertz "        5000";
        String long_name "atmosphere_histogram";
        String standard_name "histogram";
        String description "atmosphere histogram - count of the number of photons in each defined elevation bin.";
        String source "Derived";
        String origname "histogram";
        String fullnamepath "/atmosphere/histogram/channel050/histogram";
        String coordinates "atmosphere_histogram_channel050_time";
    }
    atmosphere_histogram_channel050_n_hist_shots {
        String units "count";
        String hertz "        5000";
        String long_name "n_hist_shots";
        String standard_name "n_points";
        String description "Number of shots within the histogram interval.";
        String source "Derived";
        String origname "n_hist_shots";
        String fullnamepath "/atmosphere/histogram/channel050/n_hist_shots";
        String coordinates "atmosphere_histogram_channel050_time";
    }
    atmosphere_time_interval_delta_time_start {
        String units "seconds";
        String hertz "        5000";
        String long_name "delta_time_start";
        String standard_name "time";
        String description "Elapsed seconds (since first data point in granule) at the start of this time interval";
        String source "Derived (gps_seconds-gps_sec_offset)";
        String origname "delta_time_start";
        String fullnamepath "/atmosphere/time_interval/delta_time_start";
        String coordinates "atmosphere_time_interval_";
    }
    atmosphere_time_interval_delta_time_stop {
        String units "seconds";
        String hertz "        5000";
        String long_name "delta_time_stop";
        String standard_name "time";
        String description "Elapsed seconds (since first data point in granule) at the start of this time interval";
        String source "Derived (gps_seconds-gps_sec_offset)";
        String origname "delta_time_stop";
        String fullnamepath "/atmosphere/time_interval/delta_time_stop";
        String coordinates "atmosphere_time_interval_";
    }
    flight_parameters_Angle_1064_mrad {
        String Description "Offset angle for each 1064 channel, mrad.";
        String origname "Angle_1064_mrad";
        String fullnamepath "/flight_parameters/Angle_1064_mrad";
    }
    flight_parameters_Angle_532_mrad {
        String Description "Offset angle for each 532 channel, mrad.";
        String origname "Angle_532_mrad";
        String fullnamepath "/flight_parameters/Angle_532_mrad";
    }
    flight_parameters_Channel_1064 {
        String Description "The TOF board channel used for each 1064 channel";
        String origname "Channel_1064";
        String fullnamepath "/flight_parameters/Channel_1064";
    }
    flight_parameters_Channel_532 {
        String Description "The TOF board channel used for each 532 channel.";
        String origname "Channel_532";
        String fullnamepath "/flight_parameters/Channel_532";
    }
    flight_parameters_Connector_1064 {
        String Description "The connector number used for each 1064 channel";
        String origname "Connector_1064";
        String fullnamepath "/flight_parameters/Connector_1064";
    }
    flight_parameters_Connector_532 {
        String Description "The connector number used for each 532 channel";
        String origname "Connector_532";
        String fullnamepath "/flight_parameters/Connector_532";
    }
    flight_parameters_Elevation_1064_mrad {
        String Description "Elevation (pitch) of each 1064 channel, mrad";
        String origname "Elevation_1064_mrad";
        String fullnamepath "/flight_parameters/Elevation_1064_mrad";
    }
    flight_parameters_Elevation_532_mrad {
        String Description "Elevation (pitch) of each 532 channel, mrad";
        String origname "Elevation_532_mrad";
        String fullnamepath "/flight_parameters/Elevation_532_mrad";
    }
    flight_parameters_Fiber_1064 {
        String Description "The fiber number used for each 1064 channel";
        String origname "Fiber_1064";
        String fullnamepath "/flight_parameters/Fiber_1064";
    }
    flight_parameters_Fiber_532 {
        String Description "The fiber number used for each 532 channel";
        String origname "Fiber_532";
        String fullnamepath "/flight_parameters/Fiber_532";
    }
    flight_parameters_Filt_Energy_1064_u {
        String Description "Filtered Energy for each 1064 channel, ujoules";
        String origname "Filt_Energy_1064_u";
        String fullnamepath "/flight_parameters/Filt_Energy_1064_u";
    }
    flight_parameters_Filter_1064 {
        String Description "Filter used in each 1064 channel.";
        String origname "Filter_1064";
        String fullnamepath "/flight_parameters/Filter_1064";
    }
    flight_parameters_Filter_532 {
        String Description "Filter used for each 532 channel";
        String origname "Filter_532";
        String fullnamepath "/flight_parameters/Filter_532";
    }
    flight_parameters_Filter_Density_1064 {
        String Description "The filter density used for the 1064 channels";
        String origname "Filter_Density_1064";
        String fullnamepath "/flight_parameters/Filter_Density_1064";
    }
    flight_parameters_Filter_Density_532 {
        String Description "The filter density used for each 532 channel";
        String origname "Filter_Density_532";
        String fullnamepath "/flight_parameters/Filter_Density_532";
    }
    flight_parameters_Filter_Size_1064 {
        String Description "The filter size used for each 1064 channels, mm";
        String origname "Filter_Size_1064";
        String fullnamepath "/flight_parameters/Filter_Size_1064";
    }
    flight_parameters_Filter_Size_532 {
        String Description "The filter size used for each 532 channel, mm";
        String origname "Filter_Size_532";
        String fullnamepath "/flight_parameters/Filter_Size_532";
    }
    flight_parameters_Filtered_Energy_532_u {
        String Description "Filtered Energy for each 532 channel, ujoules";
        String origname "Filtered_Energy_532_u";
        String fullnamepath "/flight_parameters/Filtered_Energy_532_u";
    }
    flight_parameters_Flight_Location {
        String Description "Flight location from the Day-by-Day flight log.";
        String origname "Flight_Location";
        String fullnamepath "/flight_parameters/Flight_Location";
    }
    flight_parameters_Flight_Number {
        String Description "Flight Number from the Day-by-Day flight log.";
        String origname "Flight_Number";
        String fullnamepath "/flight_parameters/Flight_Number";
    }
    flight_parameters_Flight_Start_GPS_Seconds {
        String Description "Start GPS Seconds for this flight.";
        String origname "Flight_Start_GPS_Seconds";
        String fullnamepath "/flight_parameters/Flight_Start_GPS_Seconds";
    }
    flight_parameters_Flight_Start_UTC {
        String Description "Start UTC time for this flight.";
        String origname "Flight_Start_UTC";
        String fullnamepath "/flight_parameters/Flight_Start_UTC";
    }
    flight_parameters_GPS_Rate {
        String Description "GPS data sample rate, hz.";
        String origname "GPS_Rate";
        String fullnamepath "/flight_parameters/GPS_Rate";
    }
    flight_parameters_IMU_Rate {
        String Description "IMU data sample rate, hz.";
        String origname "IMU_Rate";
        String fullnamepath "/flight_parameters/IMU_Rate";
    }
    flight_parameters_Laser_Rate {
        String Description "Laser fire repetition rate, hz.";
        String origname "Laser_Rate";
        String fullnamepath "/flight_parameters/Laser_Rate";
    }
    flight_parameters_Offset_on_Ground_1064_m {
        String Description "Offset on Ground for each 1064 channel, m";
        String origname "Offset_on_Ground_1064_m";
        String fullnamepath "/flight_parameters/Offset_on_Ground_1064_m";
    }
    flight_parameters_Offset_on_Ground_532_m {
        String Description "Offset on Ground for each channel beam, m";
        String origname "Offset_on_Ground_532_m";
        String fullnamepath "/flight_parameters/Offset_on_Ground_532_m";
    }
    flight_parameters_Path_Length_1064_mm {
        String Description "Path Length for each 1064 channel, mm";
        String origname "Path_Length_1064_mm";
        String fullnamepath "/flight_parameters/Path_Length_1064_mm";
    }
    flight_parameters_Path_Length_532_mm {
        String Description "Path Length for each 532 channel, mm";
        String origname "Path_Length_532_mm";
        String fullnamepath "/flight_parameters/Path_Length_532_mm";
    }
    flight_parameters_Power_1064_mW {
        String Description "Power for each 1064 channel,  mW";
        String origname "Power_1064_mW";
        String fullnamepath "/flight_parameters/Power_1064_mW";
    }
    flight_parameters_Power_532_mW {
        String Description "Power for each 532 channel,  mW";
        String origname "Power_532_mW";
        String fullnamepath "/flight_parameters/Power_532_mW";
    }
    flight_parameters_Raw_Energy_1064_u {
        String Description "Raw Energy for each 1064 channel, ujoules";
        String origname "Raw_Energy_1064_u";
        String fullnamepath "/flight_parameters/Raw_Energy_1064_u";
    }
    flight_parameters_Raw_Energy_532_u {
        String Description "Raw Energy for each 532 channel, ujoules";
        String origname "Raw_Energy_532_u";
        String fullnamepath "/flight_parameters/Raw_Energy_532_u";
    }
    flight_parameters_Scenario_Number {
        String Description "Scenario Number from the Day-by-Day flight log.";
        String origname "Scenario_Number";
        String fullnamepath "/flight_parameters/Scenario_Number";
    }
    met_corr_delta_time {
        String units "seconds";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds (since first data point in granule)";
        String source "Derived (gps_seconds-gps_sec_offset)";
        String hertz "           5";
        String origname "delta_time";
        String fullnamepath "/met_corr/delta_time";
        String coordinates "met_corr_time met_corr_latitude met_corr_longitude";
    }
    met_corr_range_1064_dry_trop_corr {
        String units "meters";
        String hertz "           5";
        String long_name "range_1064_dry_trop_corr";
        String standard_name "range_1064_dry_trop_corr";
        String description "Additive 1064 dry troposphere range correction";
        String source "Derived (Trop ATBD)";
        String origname "range_1064_dry_trop_corr";
        String fullnamepath "/met_corr/range_1064_dry_trop_corr";
        String coordinates "met_corr_time met_corr_latitude met_corr_longitude";
    }
    met_corr_range_1064_wet_trop_corr {
        String units "meters";
        String long_name "range_1064_wet_trop_corr";
        String standard_name "range_1064_wet_trop_corr";
        String description "Additive 1064 wet troposphere range correction";
        String source "Derived (Trop ATBD)";
        String hertz "           5";
        String origname "range_1064_wet_trop_corr";
        String fullnamepath "/met_corr/range_1064_wet_trop_corr";
        String coordinates "met_corr_time met_corr_latitude met_corr_longitude";
    }
    met_corr_range_532_dry_trop_corr {
        String units "meters";
        String hertz "           5";
        String long_name "range_532_dry_trop_corr";
        String standard_name "range_532_dry_trop_corr";
        String description "Additive 532 dry troposphere range correction";
        String source "Derived (Trop ATBD)";
        String origname "range_532_dry_trop_corr";
        String fullnamepath "/met_corr/range_532_dry_trop_corr";
        String coordinates "met_corr_time met_corr_latitude met_corr_longitude";
    }
    met_corr_range_532_wet_trop_corr {
        String units "meters";
        String hertz "           5";
        String long_name "range_532_wet_trop_corr";
        String standard_name "range_532_wet_trop_corr";
        String description "Additive 532 wet troposphere range correction";
        String source "Derived (Trop ATBD)";
        String origname "range_532_wet_trop_corr";
        String fullnamepath "/met_corr/range_532_wet_trop_corr";
        String coordinates "met_corr_time met_corr_latitude met_corr_longitude";
    }
    metadata_GranuleBeginningDate {
        String Description "Requested UTC date of the granule start.";
        String origname "GranuleBeginningDate";
        String fullnamepath "/metadata/GranuleBeginningDate";
    }
    metadata_GranuleBeginningTime {
        String Description "Requested UTC time of the granule start.";
        String origname "GranuleBeginningTime";
        String fullnamepath "/metadata/GranuleBeginningTime";
    }
    metadata_GranuleEndingDate {
        String Description "Requested UTC date of the granule end.";
        String origname "GranuleEndingDate";
        String fullnamepath "/metadata/GranuleEndingDate";
    }
    metadata_GranuleEndingTime {
        String Description "Requested UTC time of the granule end.";
        String origname "GranuleEndingTime";
        String fullnamepath "/metadata/GranuleEndingTime";
    }
    metadata_GranuleFormat {
        String Description "Version number of the format for this granule's filetype.";
        String origname "GranuleFormat";
        String fullnamepath "/metadata/GranuleFormat";
    }
    metadata_HDFVersion {
        String Description "Version number of the HDF Library used to create this granule.";
        String origname "HDFVersion";
        String fullnamepath "/metadata/HDFVersion";
    }
    metadata_InputPointer001 {
        String Description "Array of filenames used in the creation of this granule.";
        String origname "InputPointer001";
        String fullnamepath "/metadata/InputPointer001";
    }
    metadata_InputPointer002 {
        String Description "Array of filenames used in the creation of this granule.";
        String origname "InputPointer002";
        String fullnamepath "/metadata/InputPointer002";
    }
    metadata_InputPointer003 {
        String Description "Array of filenames used in the creation of this granule.";
        String origname "InputPointer003";
        String fullnamepath "/metadata/InputPointer003";
    }
    metadata_InputPointer004 {
        String Description "Array of filenames used in the creation of this granule.";
        String origname "InputPointer004";
        String fullnamepath "/metadata/InputPointer004";
    }
    metadata_InputPointer005 {
        String Description "Array of filenames used in the creation of this granule.";
        String origname "InputPointer005";
        String fullnamepath "/metadata/InputPointer005";
    }
    metadata_InputPointer006 {
        String Description "Array of filenames used in the creation of this granule.";
        String origname "InputPointer006";
        String fullnamepath "/metadata/InputPointer006";
    }
    metadata_InputPointer007 {
        String Description "Array of filenames used in the creation of this granule.";
        String origname "InputPointer007";
        String fullnamepath "/metadata/InputPointer007";
    }
    metadata_InputPointer008 {
        String Description "Array of filenames used in the creation of this granule.";
        String origname "InputPointer008";
        String fullnamepath "/metadata/InputPointer008";
    }
    metadata_InputPointer009 {
        String Description "Array of filenames used in the creation of this granule.";
        String origname "InputPointer009";
        String fullnamepath "/metadata/InputPointer009";
    }
    metadata_InputPointer010 {
        String Description "Array of filenames used in the creation of this granule.";
        String origname "InputPointer010";
        String fullnamepath "/metadata/InputPointer010";
    }
    metadata_InputPointer011 {
        String Description "Array of filenames used in the creation of this granule.";
        String origname "InputPointer011";
        String fullnamepath "/metadata/InputPointer011";
    }
    metadata_InputPointer012 {
        String Description "Array of filenames used in the creation of this granule.";
        String origname "InputPointer012";
        String fullnamepath "/metadata/InputPointer012";
    }
    metadata_InputPointer013 {
        String Description "Array of filenames used in the creation of this granule.";
        String origname "InputPointer013";
        String fullnamepath "/metadata/InputPointer013";
    }
    metadata_InputPointer014 {
        String Description "Array of filenames used in the creation of this granule.";
        String origname "InputPointer014";
        String fullnamepath "/metadata/InputPointer014";
    }
    metadata_LocalGranuleID {
        String Description "Identifying label (filename) of this granule.";
        String origname "LocalGranuleID";
        String fullnamepath "/metadata/LocalGranuleID";
    }
    metadata_LocalVersionID {
        String Description "Version of the granule. Processing instance for this Release.";
        String origname "LocalVersionID";
        String fullnamepath "/metadata/LocalVersionID";
    }
    metadata_ProductionDateTime {
        String Description "Date/time this granule was creationed.";
        String origname "ProductionDateTime";
        String fullnamepath "/metadata/ProductionDateTime";
    }
    metadata_RangeBeginningDate {
        String Description "UTC date of the first data point within the granule.";
        String origname "RangeBeginningDate";
        String fullnamepath "/metadata/RangeBeginningDate";
    }
    metadata_RangeBeginningTime {
        String Description "UTC time of the first data point within the granule.";
        String origname "RangeBeginningTime";
        String fullnamepath "/metadata/RangeBeginningTime";
    }
    metadata_RangeEndingDate {
        String Description "UTC date of the last data point within the granule.";
        String origname "RangeEndingDate";
        String fullnamepath "/metadata/RangeEndingDate";
    }
    metadata_RangeEndingTime {
        String Description "UTC time of the last data point within the granule.";
        String origname "RangeEndingTime";
        String fullnamepath "/metadata/RangeEndingTime";
    }
    metadata_ReprocessingActual {
        String Description "How many times this granule was processed.";
        String origname "ReprocessingActual";
        String fullnamepath "/metadata/ReprocessingActual";
    }
    metadata_ReprocessingPlanned {
        String Description "Reprocessing plan for creating updated granules.";
        String origname "ReprocessingPlanned";
        String fullnamepath "/metadata/ReprocessingPlanned";
    }
    metadata_VersionID {
        String Description "Release number of granule.  Each set of granules corresponding to a software version is assigned a release number.";
        String origname "VersionID";
        String fullnamepath "/metadata/VersionID";
    }
    metadata_access_constraints {
        String Description "Data access constraint statement.";
        String origname "access_constraints";
        String fullnamepath "/metadata/access_constraints";
    }
    metadata_alt_hist_bin_size {
        String Description "Bin size (m) for alt histograms.";
        String origname "alt_hist_bin_size";
        String fullnamepath "/metadata/alt_hist_bin_size";
    }
    metadata_alt_hist_n_bins {
        String Description "Number of bins for alt histograms.";
        String origname "alt_hist_n_bins";
        String fullnamepath "/metadata/alt_hist_n_bins";
    }
    metadata_alt_hist_rwin_off_bot {
        String Description "Offset below DEM elev defining the bottom of the alt histogram range window.";
        String origname "alt_hist_rwin_off_bot";
        String fullnamepath "/metadata/alt_hist_rwin_off_bot";
    }
    metadata_alt_hist_rwin_off_top {
        String Description "Offset above DEM elev defining the top of the alt histogram range window.";
        String origname "alt_hist_rwin_off_top";
        String fullnamepath "/metadata/alt_hist_rwin_off_top";
    }
    metadata_alt_seg_shots {
        String Description "Number of laser shots within an alt segment.";
        String origname "alt_seg_shots";
        String fullnamepath "/metadata/alt_seg_shots";
    }
    metadata_atm_hist_bin_size {
        String Description "Bin size (m) for alt histograms.";
        String origname "atm_hist_bin_size";
        String fullnamepath "/metadata/atm_hist_bin_size";
    }
    metadata_atm_hist_n_bins {
        String Description "Number of bins for alt histograms.";
        String origname "atm_hist_n_bins";
        String fullnamepath "/metadata/atm_hist_n_bins";
    }
    metadata_atm_hist_rwin_off_bot {
        String Description "Offset below DEM elev defining the bottom of the atm histogram range window.";
        String origname "atm_hist_rwin_off_bot";
        String fullnamepath "/metadata/atm_hist_rwin_off_bot";
    }
    metadata_atm_hist_rwin_off_top {
        String Description "Offset above DEM elev defining the top of the atm histogram range window.";
        String origname "atm_hist_rwin_off_top";
        String fullnamepath "/metadata/atm_hist_rwin_off_top";
    }
    metadata_atm_seg_shots {
        String Description "Number of laser shots within an alt segment.";
        String origname "atm_seg_shots";
        String fullnamepath "/metadata/atm_seg_shots";
    }
    metadata_citation_for_external_publication {
        String Description "Citation required for external publication of data/results.";
        String origname "citation_for_external_publication";
        String fullnamepath "/metadata/citation_for_external_publication";
    }
    metadata_clock_freq {
        String Description "MABEL coarse clock frequency (MHz).";
        String origname "clock_freq";
        String fullnamepath "/metadata/clock_freq";
    }
    metadata_end_gpssow {
        String Description "GPS seconds-of-week of the last data point within the granule.";
        String origname "end_gpssow";
        String fullnamepath "/metadata/end_gpssow";
    }
    metadata_end_gpsweek {
        String Description "GPS week of the last data point within the granule.";
        String origname "end_gpsweek";
        String fullnamepath "/metadata/end_gpsweek";
    }
    metadata_end_latitude {
        String Description "Best-available Latitude (product-specific) in degrees at last point within the granule.";
        String origname "end_latitude";
        String fullnamepath "/metadata/end_latitude";
    }
    metadata_end_longitude {
        String Description "Best-available Longitude (product-specific) in degrees at last point within the granule.";
        String origname "end_longitude";
        String fullnamepath "/metadata/end_longitude";
    }
    metadata_flight_notes {
        String Description "Flight information provided by MABEL instrument team.";
        String origname "flight_notes";
        String fullnamepath "/metadata/flight_notes";
    }
    metadata_gps_seconds_offset {
        String Description "Number of GPS seconds since GPS epoch (1980-01-06T00:00:00.000000Z UTC) corresponding to the first data point within the granule.  Add this value to the data [delta_time] parameter to compute [gps_seconds] for each data point.";
        String origname "gps_seconds_offset";
        String fullnamepath "/metadata/gps_seconds_offset";
    }
    metadata_icesat2_deputy_project_scientist {
        String Description "ICESat2 deputy project scientist";
        String origname "icesat2_deputy_project_scientist";
        String fullnamepath "/metadata/icesat2_deputy_project_scientist";
    }
    metadata_icesat2_project_scientist {
        String Description "ICESat2 project scientist";
        String origname "icesat2_project_scientist";
        String fullnamepath "/metadata/icesat2_project_scientist";
    }
    metadata_instrument_short_name {
        String Description "Instrument short name";
        String origname "instrument_short_name";
        String fullnamepath "/metadata/instrument_short_name";
    }
    metadata_mabel_geolocation_engineer {
        String Description "MABEL geolocation engineer";
        String origname "mabel_geolocation_engineer";
        String fullnamepath "/metadata/mabel_geolocation_engineer";
    }
    metadata_mabel_instrumentation_engineer {
        String Description "MABEL instrumentation engineer";
        String origname "mabel_instrumentation_engineer";
        String fullnamepath "/metadata/mabel_instrumentation_engineer";
    }
    metadata_pge_contact01 {
        String Description "Array of contact information for software that generated this granule";
        String origname "pge_contact01";
        String fullnamepath "/metadata/pge_contact01";
    }
    metadata_pge_contact02 {
        String Description "Array of contact information for software that generated this granule";
        String origname "pge_contact02";
        String fullnamepath "/metadata/pge_contact02";
    }
    metadata_pge_contact03 {
        String Description "Array of contact information for software that generated this granule";
        String origname "pge_contact03";
        String fullnamepath "/metadata/pge_contact03";
    }
    metadata_pge_info {
        String Description "Short description of software that generated this granule.";
        String origname "pge_info";
        String fullnamepath "/metadata/pge_info";
    }
    metadata_pge_name {
        String Description "Name of software that generated this granule.";
        String origname "pge_name";
        String fullnamepath "/metadata/pge_name";
    }
    metadata_pge_version {
        String Description "Version of software that generated this granule.";
        String origname "pge_version";
        String fullnamepath "/metadata/pge_version";
    }
    metadata_photon_rwin_off_bot {
        String Description "Offset below DEM elev defining the bottom of the photon range window.";
        String origname "photon_rwin_off_bot";
        String fullnamepath "/metadata/photon_rwin_off_bot";
    }
    metadata_photon_rwin_off_top {
        String Description "Offset above DEM elev defining the top of the photon range window.";
        String origname "photon_rwin_off_top";
        String fullnamepath "/metadata/photon_rwin_off_top";
    }
    metadata_platform_short_name {
        String Description "Platform short name";
        String origname "platform_short_name";
        String fullnamepath "/metadata/platform_short_name";
    }
    metadata_sensor_short_name {
        String Description "Sensor short name";
        String origname "sensor_short_name";
        String fullnamepath "/metadata/sensor_short_name";
    }
    metadata_start_gpssow {
        String Description "GPS seconds-of-week of the first data point within the granule.";
        String origname "start_gpssow";
        String fullnamepath "/metadata/start_gpssow";
    }
    metadata_start_gpsweek {
        String Description "GPS week of the first data point within the granule.";
        String origname "start_gpsweek";
        String fullnamepath "/metadata/start_gpsweek";
    }
    metadata_start_latitude {
        String Description "Best-available Latitude (product-specific) in degrees at first data point within the granule.";
        String origname "start_latitude";
        String fullnamepath "/metadata/start_latitude";
    }
    metadata_start_longitude {
        String Description "Best-available Longitude (product-specific) in degrees at first point within the granule.";
        String origname "start_longitude";
        String fullnamepath "/metadata/start_longitude";
    }
    novatel_ins_attitude_heading {
        String units "degrees";
        String hertz "         100";
        String long_name "heading";
        String standard_name "heading";
        String description "Heading (yaw) angle computed by GPS/INS routines";
        String source "L1A INS Data";
        String origname "heading";
        String fullnamepath "/novatel_ins/attitude/heading";
        String coordinates "novatel_ins_attitude_latitude novatel_ins_attitude_longitude novatel_ins_attitude_time";
    }
    novatel_ins_attitude_heading_sd {
        String units "degrees";
        String hertz "         100";
        String long_name "heading_sd";
        String standard_name "heading_sd";
        String description "standard deviation of heading";
        String source "L1A INS Data";
        String origname "heading_sd";
        String fullnamepath "/novatel_ins/attitude/heading_sd";
        String coordinates "novatel_ins_attitude_latitude novatel_ins_attitude_longitude novatel_ins_attitude_time";
    }
    novatel_ins_attitude_pitch {
        String units "degrees";
        String hertz "         100";
        String long_name "pitch";
        String standard_name "pitch";
        String description "Pitch angle computed by GPS/INS routines";
        String source "L1A INS Data";
        String origname "pitch";
        String fullnamepath "/novatel_ins/attitude/pitch";
        String coordinates "novatel_ins_attitude_latitude novatel_ins_attitude_longitude novatel_ins_attitude_time";
    }
    novatel_ins_attitude_pitch_sd {
        String units "degrees";
        String hertz "         100";
        String long_name "pitch_sd";
        String standard_name "pitch_sd";
        String description "standard deviation of pitch";
        String source "L1A INS Data";
        String origname "pitch_sd";
        String fullnamepath "/novatel_ins/attitude/pitch_sd";
        String coordinates "novatel_ins_attitude_latitude novatel_ins_attitude_longitude novatel_ins_attitude_time";
    }
    novatel_ins_attitude_roll {
        String units "degrees";
        String hertz "         100";
        String long_name "roll";
        String standard_name "roll";
        String description "Roll angle computed by GPS/INS routines";
        String source "L1A INS Data";
        String origname "roll";
        String fullnamepath "/novatel_ins/attitude/roll";
        String coordinates "novatel_ins_attitude_latitude novatel_ins_attitude_longitude novatel_ins_attitude_time";
    }
    novatel_ins_attitude_roll_sd {
        String units "degrees";
        String hertz "         100";
        String long_name "roll_sd";
        String standard_name "roll_sd";
        String description "standard deviation of roll";
        String source "L1A INS Data";
        String origname "roll_sd";
        String fullnamepath "/novatel_ins/attitude/roll_sd";
        String coordinates "novatel_ins_attitude_latitude novatel_ins_attitude_longitude novatel_ins_attitude_time";
    }
    novatel_ins_flags_quality_num {
        String units "flag";
        String hertz "         100";
        String long_name "quality_num";
        String standard_name "status";
        String description "Quality factor (integer: 1=best; 6=worst)";
        String source "L1A INS Data";
        String origname "quality_num";
        String fullnamepath "/novatel_ins/flags/quality_num";
        String coordinates "novatel_ins_flags_latitude novatel_ins_flags_longitude novatel_ins_flags_time";
    }
    novatel_ins_geolocation_comb_sd {
        String units "meters";
        String hertz "         100";
        String long_name "Combined standard deviation";
        String standard_name "deviation";
        String description "Combined N, E, and Hgt standard deviation";
        String source "L1A INS Data";
        String origname "comb_sd";
        String fullnamepath "/novatel_ins/geolocation/comb_sd";
        String coordinates "novatel_ins_geolocation_latitude novatel_ins_geolocation_longitude novatel_ins_geolocation_time";
    }
    novatel_ins_geolocation_ht_ell {
        String units "meters";
        String hertz "         100";
        String long_name "Height above ellipsoid";
        String standard_name "height";
        String description "Height above WGS84 ellipsoid";
        String source "L1A INS Data";
        String origname "ht_ell";
        String fullnamepath "/novatel_ins/geolocation/ht_ell";
        String coordinates "novatel_ins_geolocation_latitude novatel_ins_geolocation_longitude novatel_ins_geolocation_time";
    }
    novatel_ins_geolocation_latitude {
        String units "degrees_north";
        String hertz "         100";
        String long_name "latitude";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "L1A INS Data";
        String origname "latitude";
        String fullnamepath "/novatel_ins/geolocation/latitude";
        String coordinates "novatel_ins_geolocation_latitude novatel_ins_geolocation_longitude novatel_ins_geolocation_time";
    }
    novatel_ins_geolocation_longitude {
        String units "degrees_east";
        String hertz "         100";
        String long_name "longitude";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "L1A INS Data";
        String origname "longitude";
        String fullnamepath "/novatel_ins/geolocation/longitude";
        String coordinates "novatel_ins_geolocation_latitude novatel_ins_geolocation_longitude novatel_ins_geolocation_time";
    }
    novatel_ins_location_v_east {
        String units "meters per second";
        String hertz "         100";
        String long_name "v_east";
        String standard_name "velocity";
        String description "Velocity component in the local level east axis";
        String source "L1A INS Data";
        String origname "v_east";
        String fullnamepath "/novatel_ins/location/v_east";
        String coordinates "novatel_ins_location_latitude novatel_ins_location_longitude novatel_ins_location_time";
    }
    novatel_ins_location_v_north {
        String units "meters per second";
        String hertz "         100";
        String long_name "v_north";
        String standard_name "velocity";
        String description "Velocity component in the local level north axis";
        String source "L1A INS Data";
        String origname "v_north";
        String fullnamepath "/novatel_ins/location/v_north";
        String coordinates "novatel_ins_location_latitude novatel_ins_location_longitude novatel_ins_location_time";
    }
    novatel_ins_location_v_up {
        String units "meters per second";
        String hertz "         100";
        String long_name "v_up";
        String standard_name "velocity";
        String description "Velocity component in the local level vertical axis";
        String source "L1A INS Data";
        String origname "v_up";
        String fullnamepath "/novatel_ins/location/v_up";
        String coordinates "novatel_ins_location_latitude novatel_ins_location_longitude novatel_ins_location_time";
    }
    novatel_ins_solar_angle_solar_azimuth {
        String units "degrees";
        String hertz "         100";
        String long_name "Solar Azimuth";
        String standard_name "solar_azimuth";
        String description "Azimuth of the sun from true north, at position and time";
        String source "L1A INS Data";
        String origname "solar_azimuth";
        String fullnamepath "/novatel_ins/solar_angle/solar_azimuth";
        String coordinates "novatel_ins_solar_angle_latitude novatel_ins_solar_angle_longitude novatel_ins_solar_angle_time";
    }
    novatel_ins_solar_angle_solar_elevation {
        String units "degrees";
        String hertz "         100";
        String long_name "Solar Elevation";
        String standard_name "solar_elevation";
        String description "elevation of sun above horizon, at position and time";
        String source "L1A INS Data";
        String origname "solar_elevation";
        String fullnamepath "/novatel_ins/solar_angle/solar_elevation";
        String coordinates "novatel_ins_solar_angle_latitude novatel_ins_solar_angle_longitude novatel_ins_solar_angle_time";
    }
    novatel_ins_time_delta_time {
        String units "seconds";
        String hertz "         100";
        String long_name "elapsed time";
        String standard_name "time";
        String description "Elapsed seconds since first TOF data point in granule";
        String source "Derived (gps_seconds-metadata.gps_sec_offset)";
        String origname "delta_time";
        String fullnamepath "/novatel_ins/time/delta_time";
        String coordinates "novatel_ins_time_latitude novatel_ins_time_longitude novatel_ins_time_time";
    }
    novatel_ins_time_gps_sow {
        String units "seconds";
        String hertz "         100";
        String long_name "gps seconds of week";
        String standard_name "time";
        String description "GPS seconds of week corrected for receiver clock bias";
        String source "L1A INS Data";
        String origname "gps_sow";
        String fullnamepath "/novatel_ins/time/gps_sow";
        String coordinates "novatel_ins_time_latitude novatel_ins_time_longitude novatel_ins_time_time";
    }
    novatel_ins_time_gps_week {
        String units "weeks";
        String hertz "         100";
        String long_name "gps week";
        String standard_name "time";
        String description "GPS week number";
        String source "L1A INS Data";
        String origname "gps_week";
        String fullnamepath "/novatel_ins/time/gps_week";
        String coordinates "novatel_ins_time_latitude novatel_ins_time_longitude novatel_ins_time_time";
    }
    photon_channel001_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel001/delta_time";
        String coordinates "photon_channel001_time photon_channel001_latitude photon_channel001_longitude";
    }
    photon_channel001_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel001/elev";
        String coordinates "photon_channel001_time photon_channel001_latitude photon_channel001_longitude";
    }
    photon_channel001_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel001/flag";
        String coordinates "photon_channel001_time photon_channel001_latitude photon_channel001_longitude";
    }
    photon_channel001_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel001/latitude";
        String coordinates "photon_channel001_time photon_channel001_latitude photon_channel001_longitude";
    }
    photon_channel001_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel001/longitude";
        String coordinates "photon_channel001_time photon_channel001_latitude photon_channel001_longitude";
    }
    photon_channel001_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel001/photon_id";
        String coordinates "photon_channel001_time photon_channel001_latitude photon_channel001_longitude";
    }
    photon_channel001_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel001/shot_num";
        String coordinates "photon_channel001_time photon_channel001_latitude photon_channel001_longitude";
    }
    photon_channel002_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel002/delta_time";
        String coordinates "photon_channel002_time photon_channel002_latitude photon_channel002_longitude";
    }
    photon_channel002_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel002/elev";
        String coordinates "photon_channel002_time photon_channel002_latitude photon_channel002_longitude";
    }
    photon_channel002_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel002/flag";
        String coordinates "photon_channel002_time photon_channel002_latitude photon_channel002_longitude";
    }
    photon_channel002_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel002/latitude";
        String coordinates "photon_channel002_time photon_channel002_latitude photon_channel002_longitude";
    }
    photon_channel002_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel002/longitude";
        String coordinates "photon_channel002_time photon_channel002_latitude photon_channel002_longitude";
    }
    photon_channel002_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel002/photon_id";
        String coordinates "photon_channel002_time photon_channel002_latitude photon_channel002_longitude";
    }
    photon_channel002_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel002/shot_num";
        String coordinates "photon_channel002_time photon_channel002_latitude photon_channel002_longitude";
    }
    photon_channel003_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel003/delta_time";
        String coordinates "photon_channel003_time photon_channel003_latitude photon_channel003_longitude";
    }
    photon_channel003_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel003/elev";
        String coordinates "photon_channel003_time photon_channel003_latitude photon_channel003_longitude";
    }
    photon_channel003_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel003/flag";
        String coordinates "photon_channel003_time photon_channel003_latitude photon_channel003_longitude";
    }
    photon_channel003_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel003/latitude";
        String coordinates "photon_channel003_time photon_channel003_latitude photon_channel003_longitude";
    }
    photon_channel003_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel003/longitude";
        String coordinates "photon_channel003_time photon_channel003_latitude photon_channel003_longitude";
    }
    photon_channel003_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel003/photon_id";
        String coordinates "photon_channel003_time photon_channel003_latitude photon_channel003_longitude";
    }
    photon_channel003_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel003/shot_num";
        String coordinates "photon_channel003_time photon_channel003_latitude photon_channel003_longitude";
    }
    photon_channel004_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel004/delta_time";
        String coordinates "photon_channel004_time photon_channel004_latitude photon_channel004_longitude";
    }
    photon_channel004_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel004/elev";
        String coordinates "photon_channel004_time photon_channel004_latitude photon_channel004_longitude";
    }
    photon_channel004_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel004/flag";
        String coordinates "photon_channel004_time photon_channel004_latitude photon_channel004_longitude";
    }
    photon_channel004_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel004/latitude";
        String coordinates "photon_channel004_time photon_channel004_latitude photon_channel004_longitude";
    }
    photon_channel004_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel004/longitude";
        String coordinates "photon_channel004_time photon_channel004_latitude photon_channel004_longitude";
    }
    photon_channel004_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel004/photon_id";
        String coordinates "photon_channel004_time photon_channel004_latitude photon_channel004_longitude";
    }
    photon_channel004_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel004/shot_num";
        String coordinates "photon_channel004_time photon_channel004_latitude photon_channel004_longitude";
    }
    photon_channel005_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel005/delta_time";
        String coordinates "photon_channel005_time photon_channel005_latitude photon_channel005_longitude";
    }
    photon_channel005_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel005/elev";
        String coordinates "photon_channel005_time photon_channel005_latitude photon_channel005_longitude";
    }
    photon_channel005_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel005/flag";
        String coordinates "photon_channel005_time photon_channel005_latitude photon_channel005_longitude";
    }
    photon_channel005_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel005/latitude";
        String coordinates "photon_channel005_time photon_channel005_latitude photon_channel005_longitude";
    }
    photon_channel005_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel005/longitude";
        String coordinates "photon_channel005_time photon_channel005_latitude photon_channel005_longitude";
    }
    photon_channel005_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel005/photon_id";
        String coordinates "photon_channel005_time photon_channel005_latitude photon_channel005_longitude";
    }
    photon_channel005_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel005/shot_num";
        String coordinates "photon_channel005_time photon_channel005_latitude photon_channel005_longitude";
    }
    photon_channel006_delta_time {
        String units "seconds";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String hertz " per photon";
        String origname "delta_time";
        String fullnamepath "/photon/channel006/delta_time";
        String coordinates "photon_channel006_time photon_channel006_latitude photon_channel006_longitude";
    }
    photon_channel006_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel006/elev";
        String coordinates "photon_channel006_time photon_channel006_latitude photon_channel006_longitude";
    }
    photon_channel006_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel006/flag";
        String coordinates "photon_channel006_time photon_channel006_latitude photon_channel006_longitude";
    }
    photon_channel006_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel006/latitude";
        String coordinates "photon_channel006_time photon_channel006_latitude photon_channel006_longitude";
    }
    photon_channel006_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel006/longitude";
        String coordinates "photon_channel006_time photon_channel006_latitude photon_channel006_longitude";
    }
    photon_channel006_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel006/photon_id";
        String coordinates "photon_channel006_time photon_channel006_latitude photon_channel006_longitude";
    }
    photon_channel006_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel006/shot_num";
        String coordinates "photon_channel006_time photon_channel006_latitude photon_channel006_longitude";
    }
    photon_channel007_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel007/delta_time";
        String coordinates "photon_channel007_time photon_channel007_latitude photon_channel007_longitude";
    }
    photon_channel007_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel007/elev";
        String coordinates "photon_channel007_time photon_channel007_latitude photon_channel007_longitude";
    }
    photon_channel007_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel007/flag";
        String coordinates "photon_channel007_time photon_channel007_latitude photon_channel007_longitude";
    }
    photon_channel007_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel007/latitude";
        String coordinates "photon_channel007_time photon_channel007_latitude photon_channel007_longitude";
    }
    photon_channel007_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel007/longitude";
        String coordinates "photon_channel007_time photon_channel007_latitude photon_channel007_longitude";
    }
    photon_channel007_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel007/photon_id";
        String coordinates "photon_channel007_time photon_channel007_latitude photon_channel007_longitude";
    }
    photon_channel007_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel007/shot_num";
        String coordinates "photon_channel007_time photon_channel007_latitude photon_channel007_longitude";
    }
    photon_channel008_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel008/delta_time";
        String coordinates "photon_channel008_time photon_channel008_latitude photon_channel008_longitude";
    }
    photon_channel008_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel008/elev";
        String coordinates "photon_channel008_time photon_channel008_latitude photon_channel008_longitude";
    }
    photon_channel008_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel008/flag";
        String coordinates "photon_channel008_time photon_channel008_latitude photon_channel008_longitude";
    }
    photon_channel008_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel008/latitude";
        String coordinates "photon_channel008_time photon_channel008_latitude photon_channel008_longitude";
    }
    photon_channel008_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel008/longitude";
        String coordinates "photon_channel008_time photon_channel008_latitude photon_channel008_longitude";
    }
    photon_channel008_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel008/photon_id";
        String coordinates "photon_channel008_time photon_channel008_latitude photon_channel008_longitude";
    }
    photon_channel008_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel008/shot_num";
        String coordinates "photon_channel008_time photon_channel008_latitude photon_channel008_longitude";
    }
    photon_channel009_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel009/delta_time";
        String coordinates "photon_channel009_time photon_channel009_latitude photon_channel009_longitude";
    }
    photon_channel009_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel009/elev";
        String coordinates "photon_channel009_time photon_channel009_latitude photon_channel009_longitude";
    }
    photon_channel009_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel009/flag";
        String coordinates "photon_channel009_time photon_channel009_latitude photon_channel009_longitude";
    }
    photon_channel009_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel009/latitude";
        String coordinates "photon_channel009_time photon_channel009_latitude photon_channel009_longitude";
    }
    photon_channel009_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel009/longitude";
        String coordinates "photon_channel009_time photon_channel009_latitude photon_channel009_longitude";
    }
    photon_channel009_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel009/photon_id";
        String coordinates "photon_channel009_time photon_channel009_latitude photon_channel009_longitude";
    }
    photon_channel009_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel009/shot_num";
        String coordinates "photon_channel009_time photon_channel009_latitude photon_channel009_longitude";
    }
    photon_channel010_delta_time {
        String units "seconds";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String origname "delta_time";
        String fullnamepath "/photon/channel010/delta_time";
        String coordinates "photon_channel010_time photon_channel010_latitude photon_channel010_longitude";
    }
    photon_channel010_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel010/elev";
        String coordinates "photon_channel010_time photon_channel010_latitude photon_channel010_longitude";
    }
    photon_channel010_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel010/flag";
        String coordinates "photon_channel010_time photon_channel010_latitude photon_channel010_longitude";
    }
    photon_channel010_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel010/latitude";
        String coordinates "photon_channel010_time photon_channel010_latitude photon_channel010_longitude";
    }
    photon_channel010_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel010/longitude";
        String coordinates "photon_channel010_time photon_channel010_latitude photon_channel010_longitude";
    }
    photon_channel010_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel010/photon_id";
        String coordinates "photon_channel010_time photon_channel010_latitude photon_channel010_longitude";
    }
    photon_channel010_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel010/shot_num";
        String coordinates "photon_channel010_time photon_channel010_latitude photon_channel010_longitude";
    }
    photon_channel011_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel011/delta_time";
        String coordinates "photon_channel011_time photon_channel011_latitude photon_channel011_longitude";
    }
    photon_channel011_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel011/elev";
        String coordinates "photon_channel011_time photon_channel011_latitude photon_channel011_longitude";
    }
    photon_channel011_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel011/flag";
        String coordinates "photon_channel011_time photon_channel011_latitude photon_channel011_longitude";
    }
    photon_channel011_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel011/latitude";
        String coordinates "photon_channel011_time photon_channel011_latitude photon_channel011_longitude";
    }
    photon_channel011_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel011/longitude";
        String coordinates "photon_channel011_time photon_channel011_latitude photon_channel011_longitude";
    }
    photon_channel011_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel011/photon_id";
        String coordinates "photon_channel011_time photon_channel011_latitude photon_channel011_longitude";
    }
    photon_channel011_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel011/shot_num";
        String coordinates "photon_channel011_time photon_channel011_latitude photon_channel011_longitude";
    }
    photon_channel012_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel012/delta_time";
        String coordinates "photon_channel012_time photon_channel012_latitude photon_channel012_longitude";
    }
    photon_channel012_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel012/elev";
        String coordinates "photon_channel012_time photon_channel012_latitude photon_channel012_longitude";
    }
    photon_channel012_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel012/flag";
        String coordinates "photon_channel012_time photon_channel012_latitude photon_channel012_longitude";
    }
    photon_channel012_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel012/latitude";
        String coordinates "photon_channel012_time photon_channel012_latitude photon_channel012_longitude";
    }
    photon_channel012_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel012/longitude";
        String coordinates "photon_channel012_time photon_channel012_latitude photon_channel012_longitude";
    }
    photon_channel012_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel012/photon_id";
        String coordinates "photon_channel012_time photon_channel012_latitude photon_channel012_longitude";
    }
    photon_channel012_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel012/shot_num";
        String coordinates "photon_channel012_time photon_channel012_latitude photon_channel012_longitude";
    }
    photon_channel013_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel013/delta_time";
        String coordinates "photon_channel013_time photon_channel013_latitude photon_channel013_longitude";
    }
    photon_channel013_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel013/elev";
        String coordinates "photon_channel013_time photon_channel013_latitude photon_channel013_longitude";
    }
    photon_channel013_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel013/flag";
        String coordinates "photon_channel013_time photon_channel013_latitude photon_channel013_longitude";
    }
    photon_channel013_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel013/latitude";
        String coordinates "photon_channel013_time photon_channel013_latitude photon_channel013_longitude";
    }
    photon_channel013_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel013/longitude";
        String coordinates "photon_channel013_time photon_channel013_latitude photon_channel013_longitude";
    }
    photon_channel013_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel013/photon_id";
        String coordinates "photon_channel013_time photon_channel013_latitude photon_channel013_longitude";
    }
    photon_channel013_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel013/shot_num";
        String coordinates "photon_channel013_time photon_channel013_latitude photon_channel013_longitude";
    }
    photon_channel014_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel014/delta_time";
        String coordinates "photon_channel014_time photon_channel014_latitude photon_channel014_longitude";
    }
    photon_channel014_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel014/elev";
        String coordinates "photon_channel014_time photon_channel014_latitude photon_channel014_longitude";
    }
    photon_channel014_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel014/flag";
        String coordinates "photon_channel014_time photon_channel014_latitude photon_channel014_longitude";
    }
    photon_channel014_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel014/latitude";
        String coordinates "photon_channel014_time photon_channel014_latitude photon_channel014_longitude";
    }
    photon_channel014_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel014/longitude";
        String coordinates "photon_channel014_time photon_channel014_latitude photon_channel014_longitude";
    }
    photon_channel014_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel014/photon_id";
        String coordinates "photon_channel014_time photon_channel014_latitude photon_channel014_longitude";
    }
    photon_channel014_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel014/shot_num";
        String coordinates "photon_channel014_time photon_channel014_latitude photon_channel014_longitude";
    }
    photon_channel015_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel015/delta_time";
        String coordinates "photon_channel015_time photon_channel015_latitude photon_channel015_longitude";
    }
    photon_channel015_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel015/elev";
        String coordinates "photon_channel015_time photon_channel015_latitude photon_channel015_longitude";
    }
    photon_channel015_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel015/flag";
        String coordinates "photon_channel015_time photon_channel015_latitude photon_channel015_longitude";
    }
    photon_channel015_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel015/latitude";
        String coordinates "photon_channel015_time photon_channel015_latitude photon_channel015_longitude";
    }
    photon_channel015_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel015/longitude";
        String coordinates "photon_channel015_time photon_channel015_latitude photon_channel015_longitude";
    }
    photon_channel015_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel015/photon_id";
        String coordinates "photon_channel015_time photon_channel015_latitude photon_channel015_longitude";
    }
    photon_channel015_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel015/shot_num";
        String coordinates "photon_channel015_time photon_channel015_latitude photon_channel015_longitude";
    }
    photon_channel016_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel016/delta_time";
        String coordinates "photon_channel016_time photon_channel016_latitude photon_channel016_longitude";
    }
    photon_channel016_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel016/elev";
        String coordinates "photon_channel016_time photon_channel016_latitude photon_channel016_longitude";
    }
    photon_channel016_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel016/flag";
        String coordinates "photon_channel016_time photon_channel016_latitude photon_channel016_longitude";
    }
    photon_channel016_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel016/latitude";
        String coordinates "photon_channel016_time photon_channel016_latitude photon_channel016_longitude";
    }
    photon_channel016_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel016/longitude";
        String coordinates "photon_channel016_time photon_channel016_latitude photon_channel016_longitude";
    }
    photon_channel016_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel016/photon_id";
        String coordinates "photon_channel016_time photon_channel016_latitude photon_channel016_longitude";
    }
    photon_channel016_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel016/shot_num";
        String coordinates "photon_channel016_time photon_channel016_latitude photon_channel016_longitude";
    }
    photon_channel043_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel043/delta_time";
        String coordinates "photon_channel043_time photon_channel043_latitude photon_channel043_longitude";
    }
    photon_channel043_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel043/elev";
        String coordinates "photon_channel043_time photon_channel043_latitude photon_channel043_longitude";
    }
    photon_channel043_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel043/flag";
        String coordinates "photon_channel043_time photon_channel043_latitude photon_channel043_longitude";
    }
    photon_channel043_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel043/latitude";
        String coordinates "photon_channel043_time photon_channel043_latitude photon_channel043_longitude";
    }
    photon_channel043_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel043/longitude";
        String coordinates "photon_channel043_time photon_channel043_latitude photon_channel043_longitude";
    }
    photon_channel043_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel043/photon_id";
        String coordinates "photon_channel043_time photon_channel043_latitude photon_channel043_longitude";
    }
    photon_channel043_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel043/shot_num";
        String coordinates "photon_channel043_time photon_channel043_latitude photon_channel043_longitude";
    }
    photon_channel044_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel044/delta_time";
        String coordinates "photon_channel044_time photon_channel044_latitude photon_channel044_longitude";
    }
    photon_channel044_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel044/elev";
        String coordinates "photon_channel044_time photon_channel044_latitude photon_channel044_longitude";
    }
    photon_channel044_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel044/flag";
        String coordinates "photon_channel044_time photon_channel044_latitude photon_channel044_longitude";
    }
    photon_channel044_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel044/latitude";
        String coordinates "photon_channel044_time photon_channel044_latitude photon_channel044_longitude";
    }
    photon_channel044_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel044/longitude";
        String coordinates "photon_channel044_time photon_channel044_latitude photon_channel044_longitude";
    }
    photon_channel044_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel044/photon_id";
        String coordinates "photon_channel044_time photon_channel044_latitude photon_channel044_longitude";
    }
    photon_channel044_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel044/shot_num";
        String coordinates "photon_channel044_time photon_channel044_latitude photon_channel044_longitude";
    }
    photon_channel045_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel045/delta_time";
        String coordinates "photon_channel045_time photon_channel045_latitude photon_channel045_longitude";
    }
    photon_channel045_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel045/elev";
        String coordinates "photon_channel045_time photon_channel045_latitude photon_channel045_longitude";
    }
    photon_channel045_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel045/flag";
        String coordinates "photon_channel045_time photon_channel045_latitude photon_channel045_longitude";
    }
    photon_channel045_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel045/latitude";
        String coordinates "photon_channel045_time photon_channel045_latitude photon_channel045_longitude";
    }
    photon_channel045_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel045/longitude";
        String coordinates "photon_channel045_time photon_channel045_latitude photon_channel045_longitude";
    }
    photon_channel045_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel045/photon_id";
        String coordinates "photon_channel045_time photon_channel045_latitude photon_channel045_longitude";
    }
    photon_channel045_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel045/shot_num";
        String coordinates "photon_channel045_time photon_channel045_latitude photon_channel045_longitude";
    }
    photon_channel046_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel046/delta_time";
        String coordinates "photon_channel046_time photon_channel046_latitude photon_channel046_longitude";
    }
    photon_channel046_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel046/elev";
        String coordinates "photon_channel046_time photon_channel046_latitude photon_channel046_longitude";
    }
    photon_channel046_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel046/flag";
        String coordinates "photon_channel046_time photon_channel046_latitude photon_channel046_longitude";
    }
    photon_channel046_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel046/latitude";
        String coordinates "photon_channel046_time photon_channel046_latitude photon_channel046_longitude";
    }
    photon_channel046_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel046/longitude";
        String coordinates "photon_channel046_time photon_channel046_latitude photon_channel046_longitude";
    }
    photon_channel046_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel046/photon_id";
        String coordinates "photon_channel046_time photon_channel046_latitude photon_channel046_longitude";
    }
    photon_channel046_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel046/shot_num";
        String coordinates "photon_channel046_time photon_channel046_latitude photon_channel046_longitude";
    }
    photon_channel047_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel047/delta_time";
        String coordinates "photon_channel047_time photon_channel047_latitude photon_channel047_longitude";
    }
    photon_channel047_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel047/elev";
        String coordinates "photon_channel047_time photon_channel047_latitude photon_channel047_longitude";
    }
    photon_channel047_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel047/flag";
        String coordinates "photon_channel047_time photon_channel047_latitude photon_channel047_longitude";
    }
    photon_channel047_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel047/latitude";
        String coordinates "photon_channel047_time photon_channel047_latitude photon_channel047_longitude";
    }
    photon_channel047_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel047/longitude";
        String coordinates "photon_channel047_time photon_channel047_latitude photon_channel047_longitude";
    }
    photon_channel047_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel047/photon_id";
        String coordinates "photon_channel047_time photon_channel047_latitude photon_channel047_longitude";
    }
    photon_channel047_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel047/shot_num";
        String coordinates "photon_channel047_time photon_channel047_latitude photon_channel047_longitude";
    }
    photon_channel048_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel048/delta_time";
        String coordinates "photon_channel048_time photon_channel048_latitude photon_channel048_longitude";
    }
    photon_channel048_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel048/elev";
        String coordinates "photon_channel048_time photon_channel048_latitude photon_channel048_longitude";
    }
    photon_channel048_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel048/flag";
        String coordinates "photon_channel048_time photon_channel048_latitude photon_channel048_longitude";
    }
    photon_channel048_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel048/latitude";
        String coordinates "photon_channel048_time photon_channel048_latitude photon_channel048_longitude";
    }
    photon_channel048_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel048/longitude";
        String coordinates "photon_channel048_time photon_channel048_latitude photon_channel048_longitude";
    }
    photon_channel048_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel048/photon_id";
        String coordinates "photon_channel048_time photon_channel048_latitude photon_channel048_longitude";
    }
    photon_channel048_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel048/shot_num";
        String coordinates "photon_channel048_time photon_channel048_latitude photon_channel048_longitude";
    }
    photon_channel049_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel049/delta_time";
        String coordinates "photon_channel049_time photon_channel049_latitude photon_channel049_longitude";
    }
    photon_channel049_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel049/elev";
        String coordinates "photon_channel049_time photon_channel049_latitude photon_channel049_longitude";
    }
    photon_channel049_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel049/flag";
        String coordinates "photon_channel049_time photon_channel049_latitude photon_channel049_longitude";
    }
    photon_channel049_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel049/latitude";
        String coordinates "photon_channel049_time photon_channel049_latitude photon_channel049_longitude";
    }
    photon_channel049_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel049/longitude";
        String coordinates "photon_channel049_time photon_channel049_latitude photon_channel049_longitude";
    }
    photon_channel049_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel049/photon_id";
        String coordinates "photon_channel049_time photon_channel049_latitude photon_channel049_longitude";
    }
    photon_channel049_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel049/shot_num";
        String coordinates "photon_channel049_time photon_channel049_latitude photon_channel049_longitude";
    }
    photon_channel050_delta_time {
        String units "seconds";
        String hertz " per photon";
        String long_name "delta_time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-gps_second_offset)";
        String origname "delta_time";
        String fullnamepath "/photon/channel050/delta_time";
        String coordinates "photon_channel050_time photon_channel050_latitude photon_channel050_longitude";
    }
    photon_channel050_elev {
        String units "meters";
        String long_name "elev";
        String standard_name "elevation";
        String description "Height above the WGS84 ellipsoid";
        String source "Derived (Geolocation ATBD)";
        String hertz " per photon";
        String origname "elev";
        String fullnamepath "/photon/channel050/elev";
        String coordinates "photon_channel050_time photon_channel050_latitude photon_channel050_longitude";
    }
    photon_channel050_flag {
        String units "NA";
        String hertz " per photon";
        String long_name "flag";
        String standard_name "flag";
        String description "Undefined 1-byte Flag";
        String source "Derived (TBD)";
        String origname "flag";
        String fullnamepath "/photon/channel050/flag";
        String coordinates "photon_channel050_time photon_channel050_latitude photon_channel050_longitude";
    }
    photon_channel050_latitude {
        String units "degrees_north";
        String hertz " per photon";
        String long_name "lat";
        String standard_name "latitude";
        String description "Latitude, WGS84, North=+";
        String source "Derived (Geolocation ATBD)";
        String origname "latitude";
        String fullnamepath "/photon/channel050/latitude";
        String coordinates "photon_channel050_time photon_channel050_latitude photon_channel050_longitude";
    }
    photon_channel050_longitude {
        String units "degrees_east";
        String hertz " per photon";
        String long_name "lon";
        String standard_name "longitude";
        String description "Longitude, WGS84, East=+";
        String source "Derived (Geolocation ATBD)";
        String origname "longitude";
        String fullnamepath "/photon/channel050/longitude";
        String coordinates "photon_channel050_time photon_channel050_latitude photon_channel050_longitude";
    }
    photon_channel050_photon_id {
        String units "NA";
        String hertz " per photon";
        String long_name "photon_id";
        String standard_name "photon_id";
        String description "Photon-per-shot counter.  Increments for each photon detected within a shot.  Together with shot_num, forms a unique identifier for each photon. However, be aware of shot_num rollover.";
        String source "Derived";
        String origname "photon_id";
        String fullnamepath "/photon/channel050/photon_id";
        String coordinates "photon_channel050_time photon_channel050_latitude photon_channel050_longitude";
    }
    photon_channel050_shot_num {
        String units "counts";
        String hertz " per photon";
        String long_name "shot_number";
        String standard_name "counter";
        String description "Shot Number, copied from the L1A shottag packet.";
        String source "L1A Shottag packet";
        String origname "shot_num";
        String fullnamepath "/photon/channel050/shot_num";
        String coordinates "photon_channel050_time photon_channel050_latitude photon_channel050_longitude";
    }
    quality_assessment_channel_channel001_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel001/first_lat";
    }
    quality_assessment_channel_channel001_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel001/first_lon";
    }
    quality_assessment_channel_channel001_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel001/last_lat";
    }
    quality_assessment_channel_channel001_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel001/last_lon";
    }
    quality_assessment_channel_channel001_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel001/n_elev";
    }
    quality_assessment_channel_channel002_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel002/first_lat";
    }
    quality_assessment_channel_channel002_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel002/first_lon";
    }
    quality_assessment_channel_channel002_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel002/last_lat";
    }
    quality_assessment_channel_channel002_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel002/last_lon";
    }
    quality_assessment_channel_channel002_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel002/n_elev";
    }
    quality_assessment_channel_channel003_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel003/first_lat";
    }
    quality_assessment_channel_channel003_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel003/first_lon";
    }
    quality_assessment_channel_channel003_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel003/last_lat";
    }
    quality_assessment_channel_channel003_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel003/last_lon";
    }
    quality_assessment_channel_channel003_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel003/n_elev";
    }
    quality_assessment_channel_channel004_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel004/first_lat";
    }
    quality_assessment_channel_channel004_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel004/first_lon";
    }
    quality_assessment_channel_channel004_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel004/last_lat";
    }
    quality_assessment_channel_channel004_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel004/last_lon";
    }
    quality_assessment_channel_channel004_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel004/n_elev";
    }
    quality_assessment_channel_channel005_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel005/first_lat";
    }
    quality_assessment_channel_channel005_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel005/first_lon";
    }
    quality_assessment_channel_channel005_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel005/last_lat";
    }
    quality_assessment_channel_channel005_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel005/last_lon";
    }
    quality_assessment_channel_channel005_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel005/n_elev";
    }
    quality_assessment_channel_channel006_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel006/first_lat";
    }
    quality_assessment_channel_channel006_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel006/first_lon";
    }
    quality_assessment_channel_channel006_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel006/last_lat";
    }
    quality_assessment_channel_channel006_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel006/last_lon";
    }
    quality_assessment_channel_channel006_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel006/n_elev";
    }
    quality_assessment_channel_channel007_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel007/first_lat";
    }
    quality_assessment_channel_channel007_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel007/first_lon";
    }
    quality_assessment_channel_channel007_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel007/last_lat";
    }
    quality_assessment_channel_channel007_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel007/last_lon";
    }
    quality_assessment_channel_channel007_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel007/n_elev";
    }
    quality_assessment_channel_channel008_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel008/first_lat";
    }
    quality_assessment_channel_channel008_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel008/first_lon";
    }
    quality_assessment_channel_channel008_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel008/last_lat";
    }
    quality_assessment_channel_channel008_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel008/last_lon";
    }
    quality_assessment_channel_channel008_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel008/n_elev";
    }
    quality_assessment_channel_channel009_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel009/first_lat";
    }
    quality_assessment_channel_channel009_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel009/first_lon";
    }
    quality_assessment_channel_channel009_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel009/last_lat";
    }
    quality_assessment_channel_channel009_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel009/last_lon";
    }
    quality_assessment_channel_channel009_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel009/n_elev";
    }
    quality_assessment_channel_channel010_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel010/first_lat";
    }
    quality_assessment_channel_channel010_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel010/first_lon";
    }
    quality_assessment_channel_channel010_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel010/last_lat";
    }
    quality_assessment_channel_channel010_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel010/last_lon";
    }
    quality_assessment_channel_channel010_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel010/n_elev";
    }
    quality_assessment_channel_channel011_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel011/first_lat";
    }
    quality_assessment_channel_channel011_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel011/first_lon";
    }
    quality_assessment_channel_channel011_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel011/last_lat";
    }
    quality_assessment_channel_channel011_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel011/last_lon";
    }
    quality_assessment_channel_channel011_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel011/n_elev";
    }
    quality_assessment_channel_channel012_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel012/first_lat";
    }
    quality_assessment_channel_channel012_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel012/first_lon";
    }
    quality_assessment_channel_channel012_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel012/last_lat";
    }
    quality_assessment_channel_channel012_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel012/last_lon";
    }
    quality_assessment_channel_channel012_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel012/n_elev";
    }
    quality_assessment_channel_channel013_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel013/first_lat";
    }
    quality_assessment_channel_channel013_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel013/first_lon";
    }
    quality_assessment_channel_channel013_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel013/last_lat";
    }
    quality_assessment_channel_channel013_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel013/last_lon";
    }
    quality_assessment_channel_channel013_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel013/n_elev";
    }
    quality_assessment_channel_channel014_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel014/first_lat";
    }
    quality_assessment_channel_channel014_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel014/first_lon";
    }
    quality_assessment_channel_channel014_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel014/last_lat";
    }
    quality_assessment_channel_channel014_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel014/last_lon";
    }
    quality_assessment_channel_channel014_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel014/n_elev";
    }
    quality_assessment_channel_channel015_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel015/first_lat";
    }
    quality_assessment_channel_channel015_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel015/first_lon";
    }
    quality_assessment_channel_channel015_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel015/last_lat";
    }
    quality_assessment_channel_channel015_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel015/last_lon";
    }
    quality_assessment_channel_channel015_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel015/n_elev";
    }
    quality_assessment_channel_channel016_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel016/first_lat";
    }
    quality_assessment_channel_channel016_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel016/first_lon";
    }
    quality_assessment_channel_channel016_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel016/last_lat";
    }
    quality_assessment_channel_channel016_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel016/last_lon";
    }
    quality_assessment_channel_channel016_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel016/n_elev";
    }
    quality_assessment_channel_channel043_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel043/first_lat";
    }
    quality_assessment_channel_channel043_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel043/first_lon";
    }
    quality_assessment_channel_channel043_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel043/last_lat";
    }
    quality_assessment_channel_channel043_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel043/last_lon";
    }
    quality_assessment_channel_channel043_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel043/n_elev";
    }
    quality_assessment_channel_channel044_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel044/first_lat";
    }
    quality_assessment_channel_channel044_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel044/first_lon";
    }
    quality_assessment_channel_channel044_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel044/last_lat";
    }
    quality_assessment_channel_channel044_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel044/last_lon";
    }
    quality_assessment_channel_channel044_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel044/n_elev";
    }
    quality_assessment_channel_channel045_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel045/first_lat";
    }
    quality_assessment_channel_channel045_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel045/first_lon";
    }
    quality_assessment_channel_channel045_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel045/last_lat";
    }
    quality_assessment_channel_channel045_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel045/last_lon";
    }
    quality_assessment_channel_channel045_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel045/n_elev";
    }
    quality_assessment_channel_channel046_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel046/first_lat";
    }
    quality_assessment_channel_channel046_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel046/first_lon";
    }
    quality_assessment_channel_channel046_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel046/last_lat";
    }
    quality_assessment_channel_channel046_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel046/last_lon";
    }
    quality_assessment_channel_channel046_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel046/n_elev";
    }
    quality_assessment_channel_channel047_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel047/first_lat";
    }
    quality_assessment_channel_channel047_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel047/first_lon";
    }
    quality_assessment_channel_channel047_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel047/last_lat";
    }
    quality_assessment_channel_channel047_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel047/last_lon";
    }
    quality_assessment_channel_channel047_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel047/n_elev";
    }
    quality_assessment_channel_channel048_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel048/first_lat";
    }
    quality_assessment_channel_channel048_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel048/first_lon";
    }
    quality_assessment_channel_channel048_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel048/last_lat";
    }
    quality_assessment_channel_channel048_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel048/last_lon";
    }
    quality_assessment_channel_channel048_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel048/n_elev";
    }
    quality_assessment_channel_channel049_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel049/first_lat";
    }
    quality_assessment_channel_channel049_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel049/first_lon";
    }
    quality_assessment_channel_channel049_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel049/last_lat";
    }
    quality_assessment_channel_channel049_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel049/last_lon";
    }
    quality_assessment_channel_channel049_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel049/n_elev";
    }
    quality_assessment_channel_channel050_first_lat {
        String Description "This statistic is latitude of the first photon in the channel.";
        String origname "first_lat";
        String fullnamepath "/quality_assessment/channel/channel050/first_lat";
    }
    quality_assessment_channel_channel050_first_lon {
        String Description "This statistic is longitude of the first photon in the channel.";
        String origname "first_lon";
        String fullnamepath "/quality_assessment/channel/channel050/first_lon";
    }
    quality_assessment_channel_channel050_last_lat {
        String Description "This statistic is latitude of the last photon in the channel.";
        String origname "last_lat";
        String fullnamepath "/quality_assessment/channel/channel050/last_lat";
    }
    quality_assessment_channel_channel050_last_lon {
        String Description "This statistic is longitude of the last photon in the channel.";
        String origname "last_lon";
        String fullnamepath "/quality_assessment/channel/channel050/last_lon";
    }
    quality_assessment_channel_channel050_n_elev {
        String Description "This statistic is the number of photon elevations in the channel after application of the photon range window.";
        String origname "n_elev";
        String fullnamepath "/quality_assessment/channel/channel050/n_elev";
    }
    quality_assessment_summary_elev_dem_max {
        String Description "This statistic is the maximum value of the parameter.";
        String origname "elev_dem_max";
        String fullnamepath "/quality_assessment/summary/elev_dem_max";
    }
    quality_assessment_summary_elev_dem_mean {
        String Description "This statistic is the mean value of the parameter.";
        String origname "elev_dem_mean";
        String fullnamepath "/quality_assessment/summary/elev_dem_mean";
    }
    quality_assessment_summary_elev_dem_min {
        String Description "This statistic is the minumum value of the parameter.";
        String origname "elev_dem_min";
        String fullnamepath "/quality_assessment/summary/elev_dem_min";
    }
    quality_assessment_summary_elev_dem_n_points {
        String Description "This number of points used in computing these statistics.";
        String origname "elev_dem_n_points";
        String fullnamepath "/quality_assessment/summary/elev_dem_n_points";
    }
    quality_assessment_summary_elev_dem_sdev {
        String Description "This statistic is the standard deviation of the parameter.";
        String origname "elev_dem_sdev";
        String fullnamepath "/quality_assessment/summary/elev_dem_sdev";
    }
    tof1_osc_corr_delta_time {
        String units "seconds";
        String hertz "           0";
        String long_name "Delta Time";
        String standard_name "time";
        String description "Elapsed seconds since first data point in granule";
        String source "Derived (gps_seconds-metadata.gps_sec_offset)";
        String origname "delta_time";
        String fullnamepath "/tof1/osc_corr/delta_time";
        String coordinates "tof1_osc_corr_";
    }
    tof1_osc_corr_osc_corr {
        String units "hertz";
        String hertz "           0";
        String long_name "oscillator correction";
        String standard_name "range correction";
        String description "osc_corr is a hardware-dependent frequency-based correction for range.  It is derived by computing the deltas of corresponding TOF status gps_sow and PPSTag values and using the equation provided.";
        String source "Derived: (2.95d8*delta_gps_sow)/(32*delta_PPSTag)";
        String origname "osc_corr";
        String fullnamepath "/tof1/osc_corr/osc_corr";
        String coordinates "tof1_osc_corr_time";
    }
    tof1_osc_corr_osc_flag {
        String units "flag";
        String hertz "           0";
        String long_name "oscillator correction flag";
        String standard_name "flag";
        String description "The osc_corr flag is use to determine if the corresponding osc_corr is within valid bounds. A non-zero value indicates the corresponding osc_corr should not be used as a range correction";
        String source "Derived: set to 1 if 0.95 < osc_corr > 1.05";
        String origname "osc_flag";
        String fullnamepath "/tof1/osc_corr/osc_flag";
        String coordinates "tof1_osc_corr_time";
    }
}