scan mirror position index time exposure start time gregorian seconds since 1980-01-06T00:00:00Z The ID of reference satellite used in the West, 0 indicating no reference satellite is used from the West slot The ID of reference satellite used in the East, 0 indicating no reference satellite is used from the East slot granule processing label is_first_granule_of_scan is_last_granule_of_scan is_telemetry_only scan_seq_start 1 2 4 8 m Earth-sun distance seconds exposure duration 0. 10. 9.969209968e+36 1980-01-06T00:00:00Z 2 RAD TEMPO_SDPC_v4.3.0 18 6 2 0 2024-05-13T01:14:57Z 2024-05-13T01:21:34Z 1399598115.8322279 1399598512.7312188 2024-05-13T01:37:00Z TEMPO_RAD_L1_V02_20240513T011457Z_S018G06.nc 2 0.1.0 TEMPO_RAD_L1 2024-05-13 01:14:57 2024-05-13 01:21:34 2 1 2024-05-13T01:37:01Z: /tempo/nas0/sdpc_soft/install/gnu-rh8/sdpc/v4p3/bin/L0_ccd -vv --Version 2 --config l0_ccd.cfg -i @hk.lis --solar /tempo/nas0/sdpc_archive/temposdpc/ops3/L1/IRR/D16194/20240509T040900Z/TEMPO_IRR_L1_V02_20240509T040900Z.nc --trend trend_params.nc -d /tempo/nas0/sdpc_archive/temposdpc/ops3/L1/DRK/D16197/20240512T012211Z/TEMPO_DRK_L1_V02_20240512T012211Z.nc -o TEMPO_RAD_L1_V02_20240513T011457Z_S018G06.nc TEMPO_RAD_L0_V01_20240513T011457Z_S018G06.nc 2024-05-13T01:39:28Z: /tempo/nas0/sdpc_soft/install/gnu-rh8/sdpc/v4p3/bin/L1_inr_prep -v 1 -i /tempo/nas0/sdpc_archive/ancillary/var/iers/files/bulletina_2024123_xxxvii_018.txt TEMPO_RAD_L1_V02_20240513T011457Z_S018G06.nc 2024-05-13T01:46:48Z: /tempo/nas0/sdpc_soft/install/gnu-rh8/sdpc/v4p3/bin/L1_inr_post -vv -c /tempo/nas0/sdpc/liveroot/temposdpc/ops3/etc/l1_inr_post.cfg -s /tempo/nas0/sdpc_archive/ancillary/var/ims/2024/ims2024133_1km_v1.3.nc TEMPO_RAD_L1_V02_20240513T011457Z_S018G06.nc TEMPO_RAD_L0_V01_20240513T011457Z_S018G06.nc TEMPO_HK_L0_V01_20240513T010858Z.nc TEMPO_HK_L0_V01_20240513T011330Z.nc TEMPO_HK_L0_V01_20240513T011758Z.nc TEMPO_HK_L0_V01_20240513T012234Z.nc TEMPO_IRR_L1_V02_20240509T040900Z.nc TEMPO_DRK_L1_V02_20240512T012211Z.nc TEMPO_SMC_L0_V01_20240513T011027Z.nc TEMPO_SMC_L0_V01_20240513T011525Z.nc TEMPO_SMC_L0_V01_20240513T011927Z.nc TEMPO_IRU_L0_V01_20240513T011244Z.nc TEMPO_IRU_L0_V01_20240513T011644Z.nc TEMPO_IRU_L0_V01_20240513T012044Z.nc POLYGON((59.2227 -142.5461,59.2020 -142.6570,59.1519 -142.5354,59.1089 -142.7517,59.0589 -142.6305,59.0198 -142.8574,58.9700 -142.7365,58.9278 -142.9535,58.8783 -142.8330,58.8189 -143.1724,58.7694 -143.0517,58.6418 -143.3865,58.5927 -143.2663,58.5521 -143.4890,58.5032 -143.3690,58.3783 -143.7080,58.3296 -143.5885,58.2904 -143.8181,58.2420 -143.6988,58.2043 -143.9289,58.1559 -143.8098,58.0346 -144.1595,57.9193 -144.0353,57.7995 -144.3889,57.7519 -144.2711,57.7149 -144.5051,57.6675 -144.3874,57.6320 -144.6248,57.5192 -144.5064,57.4847 -144.7488,57.4376 -144.6319,57.4021 -144.8686,57.3551 -144.7517,57.3195 -144.9899,57.2095 -144.8778,57.0947 -145.2408,56.9846 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-131.0600,54.5396 -133.6011,56.2569 -136.3449,57.7927 -139.2237,59.1938 -142.3163,59.2227 -142.5461)) EPSG:4326 -148.8555298 -113.2967148 17.41169167 59.22273254 CF-1.6, ACDD-1.3 134 TEMPO Intelsat 40e UV-VIS hyperspectral imaging Smithsonian Astrophysical Observatory http://tempo.si.edu TEMPO Level 1 radiance measurement TEMPO_RAD_L1 1 EARTH SCIENCE>ATMOSPHERE>ATMOSPHERIC RADIATION>RADIATIVE FLUX Level 1 radiance files provide radiance information at TEMPO\342\200\231s native spatial resolution, ~10 km^2 at the center of the Field of Regard (FOR), for individual granules. Each granule covers the entire North-South TEMPO FOR but only a portion of the East-West FOR. The files are provided in netCDF4 format, and contain information on radiometrically and wavelength calibrated and geolocated radiances for the UV and visible bands, corresponding noise, parameterized wavelength grid, geolocation, viewing geometry, quality flags and other ancillary information. The product is produced using the L0-1b processor which includes multiple steps: (1) Image processing to produce radiometrically calibrated radiance, (2) Additional wavelength calibration to improve wavelength registration, (3) Image Navigation and Registration (INR) using GOES-R data, and (4) post INR processing geolocation tagging and polarization correction. Please refer to the ATBD for details. 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NUM_VAL = 1 VALUE = "01:21:34" END_OBJECT = RANGEENDINGTIME OBJECT = RANGEBEGINNINGDATE NUM_VAL = 1 VALUE = "2024-05-13" END_OBJECT = RANGEBEGINNINGDATE OBJECT = RANGEBEGINNINGTIME NUM_VAL = 1 VALUE = "01:14:57" END_OBJECT = RANGEBEGINNINGTIME END_GROUP = RANGEDATETIME GROUP = PGEVERSIONCLASS OBJECT = PGEVERSION NUM_VAL = 1 VALUE = "0.1.0" END_OBJECT = PGEVERSION END_GROUP = PGEVERSIONCLASS END_GROUP = INVENTORYMETADATA END 2025-12-22T18:25:33Z 3.21.1 3.21.1 libdap-3.21.1 build_dmrpp -f /Users/myang6/Desktop/tmp-amazon-nasa-files/TEMPO_RAD_L1_V02_20240513T011457Z_S018G06.nc.h5 -r TEMPO_RAD_L1_V02_20240513T011457Z_S018G06.nc.h5.dmr -u fonc_test/test-opendap-nasa-files/TEMPO_RAD_L1_V02_20240513T011457Z_S018G06.nc.h5 -M degrees_east longitude longitude longitude at pixel center longitude_bounds -180. 180. 9.969209968e+36 degrees_north latitude latitude latitude at pixel center latitude_bounds -90. 90. 9.969209968e+36 photons/s/cm^2/nm/sr spectrally equivalent ABI band 2 image Image derived from 540nm to 740 nm radiances that is spectrally equivalent to ABI Band 2 for GOES West slot time longitude latitude 9.969209968e+36 degrees solar_azimuth_angle solar azimuth angle at pixel center -180. 180. 9.969209968e+36 degrees solar_zenith_angle solar zenith angle at pixel center 0. 90. 9.969209968e+36 m area-weighted mean terrain height standard deviation Area-weighted mean standard deviation of terrain height inside each pixel -100 10000 -32767 longitude bounds (NE,NW,SW,SE) Longitude at pixel corners -180. 180. 9.969209968e+36 polarization straylight Bit settings indicate which corrections have been applied 1 2 m ellipsoid altitude at bounds (NE,NW,SW,SE) Ellipsoid altitude at pixel corners -100. 10000. 9.969209968e+36 photons/s/cm^2/nm/sr time longitude latitude spectral_channel radiance_error radiance_status_flag -9.969209968e+36 photons/s/cm^2/nm/sr spectrally equivalent ABI band 2 image Image derived from 540nm to 740 nm radiances that is spectrally equivalent to ABI Band 2 for GOES East slot time longitude latitude 9.969209968e+36 9.969209968e+36 snow_ice_fraction Fraction of pixel area covered by snow and/or ice time longitude latitude degrees viewing_zenith_angle viewing zenith angle at pixel center 0. 90. 9.969209968e+36 photons/s/cm^2/nm/sr time longitude latitude spectral_channel radiance error -9.969209968e+36 2 INR quality flag time longitude latitude -2147483647 latitude bounds (NE,NW,SW,SE) Latitude at pixel corners -90. 90. 9.969209968e+36 m ellipsoid_altitude ellipsoid altitude at pixel center ellipsoid_altitude_bounds time longitude latitude -100. 10000. 9.969209968e+36 km^2 Unique elements of 2x2 symmetric covariance matrix, cov(0,0), cov(0,1), cov(1,1) 9.969209968e+36 m area-weighted mean terrain height Area-weighted mean terrain height inside each pixel time longitude latitude -100 10000 -32767 pixel quality flag 65535 1 2 4 8 16 32 64 128 256 512 1024 2048 missing_data bad_pixel processing_error transient_pixel rts_pixel saturated noise_underflow dark_corr_error offset_corr_error smear_corr_error straylight_corr_error nonlinear_range degrees viewing_azimuth_angle viewing azimuth angle at pixel center -180. 180. 9.969209968e+36 ground pixel quality flag time longitude latitude 4294967295 0 1 2 3 4 5 6 7 15 16 32 0 65536 131072 196608 262144 327680 393216 458752 524288 589824 655360 720896 786432 851968 917504 983040 1048576 16646144 16711680 shallow_ocean land shallow_inland_water shoreline intermittent_water deep_inland_water continental_shelf_ocean deep_ocean land_water_error sun_glint_possibility solar_eclipse_possibility water evergreen_needleleaf_forest evergreen_broadleaf_forest deciduous_needleleaf_forest deciduous_broadleaf_forest mixed_forest closed_shrublands open_shrublands woody_savannas savannas grasslands permanent_wetlands croplands urban_and_built_up cropland_natural_vegetation_mosaic snow_and_ice barren_or_sparsely_vegetated unclassified fill_value nm -9.969209968e+36 9.969209968e+36 9.969209968e+36 m time longitude latitude 9.969209968e+36 yes degrees_east longitude longitude longitude at pixel center longitude_bounds -180. 180. 9.969209968e+36 degrees_north latitude latitude latitude at pixel center latitude_bounds -90. 90. 9.969209968e+36 degrees solar_azimuth_angle solar azimuth angle at pixel center -180. 180. 9.969209968e+36 photons/s/cm^2/nm/sr spectrally equivalent ABI band 1 image Image derived from 290nm to 490 nm radiances that is spectrally equivalent to ABI Band 1 for GOES East slot time longitude latitude 9.969209968e+36 degrees solar_zenith_angle solar zenith angle at pixel center 0. 90. 9.969209968e+36 m area-weighted mean terrain height standard deviation Area-weighted mean standard deviation of terrain height inside each pixel -100 10000 -32767 longitude bounds (NE,NW,SW,SE) Longitude at pixel corners -180. 180. 9.969209968e+36 polarization straylight Bit settings indicate which corrections have been applied 1 2 m ellipsoid altitude at bounds (NE,NW,SW,SE) Ellipsoid altitude at pixel corners -100. 10000. 9.969209968e+36 photons/s/cm^2/nm/sr spectrally equivalent ABI band 1 image Image derived from 290nm to 490 nm radiances that is spectrally equivalent to ABI Band 1 for GOES West slot time longitude latitude 9.969209968e+36 photons/s/cm^2/nm/sr time longitude latitude spectral_channel radiance_error radiance_status_flag -9.969209968e+36 9.969209968e+36 snow_ice_fraction Fraction of pixel area covered by snow and/or ice time longitude latitude degrees viewing_zenith_angle viewing zenith angle at pixel center 0. 90. 9.969209968e+36 photons/s/cm^2/nm/sr time longitude latitude spectral_channel radiance error -9.969209968e+36 2 INR quality flag time longitude latitude -2147483647 latitude bounds (NE,NW,SW,SE) Latitude at pixel corners -90. 90. 9.969209968e+36 m ellipsoid_altitude ellipsoid altitude at pixel center ellipsoid_altitude_bounds time longitude latitude -100. 10000. 9.969209968e+36 km^2 Unique elements of 2x2 symmetric covariance matrix, cov(0,0), cov(0,1), cov(1,1) 9.969209968e+36 m area-weighted mean terrain height Area-weighted mean terrain height inside each pixel time longitude latitude -100 10000 -32767 pixel quality flag 65535 1 2 4 8 16 32 64 128 256 512 1024 2048 missing_data bad_pixel processing_error transient_pixel rts_pixel saturated noise_underflow dark_corr_error offset_corr_error smear_corr_error straylight_corr_error nonlinear_range degrees viewing_azimuth_angle viewing azimuth angle at pixel center -180. 180. 9.969209968e+36 ground pixel quality flag time longitude latitude 4294967295 0 1 2 3 4 5 6 7 15 16 32 0 65536 131072 196608 262144 327680 393216 458752 524288 589824 655360 720896 786432 851968 917504 983040 1048576 16646144 16711680 shallow_ocean land shallow_inland_water shoreline intermittent_water deep_inland_water continental_shelf_ocean deep_ocean land_water_error sun_glint_possibility solar_eclipse_possibility water evergreen_needleleaf_forest evergreen_broadleaf_forest deciduous_needleleaf_forest deciduous_broadleaf_forest mixed_forest closed_shrublands open_shrublands woody_savannas savannas grasslands permanent_wetlands croplands urban_and_built_up cropland_natural_vegetation_mosaic snow_and_ice barren_or_sparsely_vegetated unclassified fill_value nm -9.969209968e+36 9.969209968e+36 9.969209968e+36 m time longitude latitude 9.969209968e+36 yes Cloud Mask Cloud Mask derived from red/green/blue channels, 0 indicates no cloud, 1 indicates cloudy time longitude latitude red derived image Image derived from 540nm to 740 nm radiances that approximates true-color red time longitude latitude green derived image Image derived from 540nm to 740 nm radiances that approximates true-color green time longitude latitude blue derived image Image derived from 290nm to 490 nm radiances that approximates true-color blue time longitude latitude seconds since 1980-01-06T00:00:00Z km Satellite Z coordinate Earth-centered WGS84 Cartesian coordinates (z=North Pole, y=equator, x=prime meridian) km/s Satellite Y velocity Velocity component in instantaneous non-rotating Earth-centered WGS84 Cartesian coordinates (z=North Pole, y=equator, x=prime meridian) km Satellite Y coordinate Earth-centered WGS84 Cartesian coordinates (z=North Pole, y=equator, x=prime meridian) km/s Satellite X velocity Velocity component in instantaneous non-rotating Earth-centered WGS84 Cartesian coordinates (z=North Pole, y=equator, x=prime meridian) km Satellite X coordinate Earth-centered WGS84 Cartesian coordinates (z=North Pole, y=equator, x=prime meridian) km/s Satellite Z velocity Velocity component in instantaneous non-rotating Earth-centered WGS84 Cartesian coordinates (z=North Pole, y=equator, x=prime meridian) ephemeris_time GPSR seconds since 1980-01-06T00:00:00Z seconds since 1980-01-06T00:00:00Z Gyro data quality flags invalid saturated 1 2 counts Raw gyro output in telemetry counts radian/s Gyro bias estimate resolved along spacecraft body axes gyro_time bias_time seconds since 1980-01-06T00:00:00Z microradians Filtered estimated control axis-x scan position microradians Filtered estimated control axis-y scan position counts Filtered raw DIT readout for sensor axis-x DIT pair counts Filtered raw DIT readout for sensor axis-y DIT pair sma_time km satellite X coordinate at exposure start Earth-centered WGS84 Cartesian coordinates (z=North Pole, y=equator, x=prime meridian) Boresight unit vector component along GN&C pitch axis Boresight unit vector component along GN&C pitch axis radians Sun cone angle from boresight Angle between the sun and the boresight of the instrument at the exposure start km Sun X coordinate at exposure start Earth-centered WGS84 Cartesian coordinates (z=North Pole, y=equator, x=prime meridian) km satellite Y coordinate at exposure start Earth-centered WGS84 Cartesian coordinates (z=North Pole, y=equator, x=prime meridian) km satellite Z coordinate at exposure start Earth-centered WGS84 Cartesian coordinates (z=North Pole, y=equator, x=prime meridian) km Sun Y coordinate at exposure start Earth-centered WGS84 Cartesian coordinates (z=North Pole, y=equator, x=prime meridian) km Moon X coordinate at exposure start Earth-centered WGS84 Cartesian coordinates (z=North Pole, y=equator, x=prime meridian) Boresight unit vector component along GN&C yaw axis Boresight unit vector component along GN&C yaw axis Boresight unit vector component along GN&C roll axis Boresight unit vector component along GN&C roll axis km Sun Z coordinate at exposure start Earth-centered WGS84 Cartesian coordinates (z=North Pole, y=equator, x=prime meridian) km Moon Y coordinate at exposure start Earth-centered WGS84 Cartesian coordinates (z=North Pole, y=equator, x=prime meridian) km Moon Z coordinate at exposure start Earth-centered WGS84 Cartesian coordinates (z=North Pole, y=equator, x=prime meridian)