pro read_group_attributes, grp_id, attributes

@attributes_define.pro

ncdf_attget, grp_id, /global, "classifier_name", x & attributes.classifier_name = string(x)
ncdf_attget, grp_id, /global, "length_classifier_name", x & attributes.length_classifier_name = x
ncdf_attget, grp_id, /global, "description", x & attributes.description = string(x)
ncdf_attget, grp_id, /global, "sensor", x & attributes.sensor = string(x)
ncdf_attget, grp_id, /global, "training_source", x &  attributes.training_source = string(x)
ncdf_attget, grp_id, /global, "timestamp", x &  attributes.timestamp = string(x)
ncdf_attget, grp_id, /global, "cod_clear_water_thresh",x & attributes.cod_clear_water_thresh = x
ncdf_attget, grp_id, /global, "cod_clear_ice_thresh",x & attributes.cod_clear_ice_thresh = x
ncdf_attget, grp_id, /global, "rank", x & attributes.rank = x
ncdf_attget, grp_id, /global, 'nchan_used', x & attributes.nchan_used = x
ncdf_attget, grp_id, /global, 'nsfc', x & attributes.nsfc = x
ncdf_attget, grp_id, /global, "x_name", x & attributes.x_name = string(x)
ncdf_attget, grp_id, /global, 'nbins_x', x & attributes.nbins_x = x
ncdf_attget, grp_id, /global, 'x_min', x  & attributes.x_min = x
ncdf_attget, grp_id, /global, 'x_bin', x  & attributes.x_bin = x
ncdf_attget, grp_id, /global, "y_name", x & attributes.y_name = string(x)
ncdf_attget, grp_id, /global, 'nbins_y', x & attributes.nbins_y = x
ncdf_attget, grp_id, /global, 'y_min', x  & attributes.y_min = x
ncdf_attget, grp_id, /global, 'y_bin', x  & attributes.y_bin = x
ncdf_attget, grp_id, /global, "z_name", x & attributes.z_name = string(x)
ncdf_attget, grp_id, /global, 'nbins_z', x & attributes.nbins_z = x
ncdf_attget, grp_id, /global, 'z_min', x  & attributes.z_min = x
ncdf_attget, grp_id, /global, 'z_bin', x  & attributes.z_bin = x
ncdf_attget, grp_id, /global, 'latitude_minimum', x  & attributes.lat_min = x
ncdf_attget, grp_id, /global, 'latitude_maximum', x  & attributes.lat_max = x
ncdf_attget, grp_id, /global, 'zenith_minimum', x  & attributes.zen_min = x
ncdf_attget, grp_id, /global, 'zenith_maximum', x  & attributes.zen_max = x
ncdf_attget, grp_id, /global, 'solar_zenith_minimum', x  & attributes.solzen_min = x
ncdf_attget, grp_id, /global, 'solar_zenith_maximum', x  & attributes.solzen_max = x
ncdf_attget, grp_id, /global, 'solar_glint_zenith_minimum', x  & attributes.solglintzen_min = x
ncdf_attget, grp_id, /global, 'solar_glint_zenith_maximum', x  & attributes.solglintzen_max = x
ncdf_attget, grp_id, /global, 'total_precipitable_water_minimum', x  & attributes.tpw_min = x
ncdf_attget, grp_id, /global, 'total_precipitable_water_maximum', x  & attributes.tpw_max = x
ncdf_attget, grp_id, /global, 'surface_temperature_minimum', x  & attributes.tsfc_min = x
ncdf_attget, grp_id, /global, 'surface_temperature_maximum', x  & attributes.tsfc_max = x
ncdf_attget, grp_id, /global, 'surface_elevation_minimum', x  & attributes.zsfc_min = x
ncdf_attget, grp_id, /global, 'surface_elevation_maximum', x  & attributes.zsfc_max = x

ncdf_attget, grp_id, /global, 'surface_elevation_stddev_minimum', x  & attributes.zsfc_std_min = x
ncdf_attget, grp_id, /global, 'surface_elevation_stddev_maximum', x  & attributes.zsfc_std_max = x
;attributes.zsfc_std_min = 0.0
;attributes.zsfc_std_max = 1000.0

ncdf_attget, grp_id, /global, 'snow_class_minimum', x  & attributes.snow_class_min = x
ncdf_attget, grp_id, /global, 'snow_class_maximum', x  & attributes.snow_class_max = x
ncdf_attget, grp_id, /global, 'lunar_zenith_minimum', x  & attributes.lunzen_min = x
ncdf_attget, grp_id, /global, 'lunar_zenith_maximum', x  & attributes.lunzen_max = x
ncdf_attget, grp_id, /global, 'lunar_glint_zenith_minimum', x  & attributes.lunglintzen_min = x
ncdf_attget, grp_id, /global, 'lunar_glint_zenith_maximum', x  & attributes.lunglintzen_max = x
ncdf_attget, grp_id, /global, 'solar_scattering_angle_minimum', x  & attributes.solscatang_min = x
ncdf_attget, grp_id, /global, 'solar_scattering_angle_maximum', x  & attributes.solscatang_max = x
ncdf_attget, grp_id, /global, 'lunar_scattering_angle_minimum', x  & attributes.lunscatang_min = x
ncdf_attget, grp_id, /global, 'lunar_scattering_angle_maximum', x  & attributes.lunscatang_max = x
ncdf_attget, grp_id, /global, 'solglint_mask_minimum', x  & attributes.solglint_mask_min = x
ncdf_attget, grp_id, /global, 'solglint_mask_maximum', x  & attributes.solglint_mask_max = x
ncdf_attget, grp_id, /global, 'lunglint_mask_minimum', x  & attributes.lunglint_mask_min = x
ncdf_attget, grp_id, /global, 'lunglint_mask_maximum', x  & attributes.lunglint_mask_max = x
ncdf_attget, grp_id, /global, 'coast_mask_minimum', x  & attributes.coast_mask_min = x
ncdf_attget, grp_id, /global, 'coast_mask_maximum', x  & attributes.coast_mask_max = x

ncdf_attget, grp_id, /global, 'city_mask_minimum', x  & attributes.city_mask_min = x
ncdf_attget, grp_id, /global, 'city_mask_maximum', x  & attributes.city_mask_max = x
;attributes.city_mask_min = 0.0
;attributes.city_mask_max = 1.0

ncdf_attget, grp_id, /global, 'moon_illum_frac_minimum', x  & attributes.moon_illum_frac_min = x
ncdf_attget, grp_id, /global, 'moon_illum_frac_maximum', x  & attributes.moon_illum_frac_max = x
;attributes.moon_illum_frac_min = 0
;attributes.moon_illum_frac_max = 100.0

ncdf_attget, grp_id, /global, 'rut_solzen_thresh', x  & attributes.rut_solzen_thresh = x

end