[2025-01-10 02:20:24,711] : DEBUG : abi_l1b_geotiff : _prepare_initial_logging : Starting script with arguments: -r abi_l1b -w geotiff -p true_color_night -f /input/OR_ABI-L1b-RadC-M6C01_G16_s20250100216171_e20250100218544_c20250100218580.nc /input/OR_ABI-L1b-RadC-M6C02_G16_s20250100216171_e20250100218544_c20250100218573.nc /input/OR_ABI-L1b-RadC-M6C03_G16_s20250100216171_e20250100218544_c20250100219038.nc /input/OR_ABI-L1b-RadC-M6C14_G16_s20250100216171_e20250100218544_c20250100219035.nc -vv [2025-01-10 02:20:24,712] : INFO : abi_l1b_geotiff : _run_processing : Sorting and reading input files... [2025-01-10 02:20:24,712] : DEBUG : abi_l1b_geotiff : _set_preferred_chunk_size : Setting preferred chunk size to 1356 pixels or 14MiB [2025-01-10 02:20:24,723] : DEBUG : satpy.readers.yaml_reader : load_yaml_configs : Reading ('/software/geo2grid_v_1_1/libexec/python_runtime/lib/python3.10/site-packages/satpy/etc/readers/abi_l1b.yaml',) [2025-01-10 02:20:24,816] : DEBUG : satpy.readers.yaml_reader : create_filehandlers : Assigning to abi_l1b: ['/input/OR_ABI-L1b-RadC-M6C01_G16_s20250100216171_e20250100218544_c20250100218580.nc', '/input/OR_ABI-L1b-RadC-M6C02_G16_s20250100216171_e20250100218544_c20250100218573.nc', '/input/OR_ABI-L1b-RadC-M6C03_G16_s20250100216171_e20250100218544_c20250100219038.nc', '/input/OR_ABI-L1b-RadC-M6C14_G16_s20250100216171_e20250100218544_c20250100219035.nc'] [2025-01-10 02:20:25,056] : PID 65 : DEBUG : polar2grid.core.script_utils : rename_log_file : Log renamed from '/output/abi_l1b_geotiff_fail.log' to 'abi_l1b_geotiff_20250110_021617.log' [2025-01-10 02:20:25,057] : PID 65 : INFO : abi_l1b_geotiff : _run_processing : Loading product metadata from files... [2025-01-10 02:20:25,058] : PID 65 : DEBUG : satpy.composites.config_loader : load_compositor_configs_for_sensor : Looking for composites config file abi.yaml [2025-01-10 02:20:26,068] : PID 65 : DEBUG : satpy.composites.config_loader : load_compositor_configs_for_sensor : Looking for composites config file visir.yaml [2025-01-10 02:20:26,156] : PID 65 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='solar_zenith_angle', calibration='reflectance'): Unknown dataset DataQuery(name='solar_zenith_angle', calibration='reflectance') [2025-01-10 02:20:26,164] : PID 65 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='satellite_azimuth_angle', calibration='reflectance'): Unknown dataset DataQuery(name='satellite_azimuth_angle', calibration='reflectance') [2025-01-10 02:20:26,164] : PID 65 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='satellite_zenith_angle', calibration='reflectance'): Unknown dataset DataQuery(name='satellite_zenith_angle', calibration='reflectance') [2025-01-10 02:20:26,165] : PID 65 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='solar_azimuth_angle', calibration='reflectance'): Unknown dataset DataQuery(name='solar_azimuth_angle', calibration='reflectance') [2025-01-10 02:20:26,165] : PID 65 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='solar_zenith_angle', calibration='reflectance'): Unknown dataset DataQuery(name='solar_zenith_angle', calibration='reflectance') [2025-01-10 02:20:26,169] : PID 65 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='solar_zenith_angle', calibration='reflectance'): Unknown dataset DataQuery(name='solar_zenith_angle', calibration='reflectance') [2025-01-10 02:20:26,177] : PID 65 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='satellite_azimuth_angle', calibration='reflectance'): Unknown dataset DataQuery(name='satellite_azimuth_angle', calibration='reflectance') [2025-01-10 02:20:26,177] : PID 65 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='satellite_zenith_angle', calibration='reflectance'): Unknown dataset DataQuery(name='satellite_zenith_angle', calibration='reflectance') [2025-01-10 02:20:26,178] : PID 65 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='solar_azimuth_angle', calibration='reflectance'): Unknown dataset DataQuery(name='solar_azimuth_angle', calibration='reflectance') [2025-01-10 02:20:26,178] : PID 65 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='solar_zenith_angle', calibration='reflectance'): Unknown dataset DataQuery(name='solar_zenith_angle', calibration='reflectance') [2025-01-10 02:20:26,182] : PID 65 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='solar_zenith_angle', calibration='reflectance'): Unknown dataset DataQuery(name='solar_zenith_angle', calibration='reflectance') [2025-01-10 02:20:26,184] : PID 65 : DEBUG : satpy.readers.abi_l1b : get_dataset : Reading in get_dataset C14. [2025-01-10 02:20:26,280] : PID 65 : DEBUG : satpy.readers.abi_l1b : get_dataset : Reading in get_dataset C02. [2025-01-10 02:20:26,343] : PID 65 : DEBUG : satpy.readers.abi_l1b : get_dataset : Reading in get_dataset C01. [2025-01-10 02:20:26,404] : PID 65 : DEBUG : satpy.readers.abi_l1b : get_dataset : Reading in get_dataset C03. [2025-01-10 02:20:26,468] : PID 65 : DEBUG : satpy.modifiers.geometry : __call__ : Applying sun zen correction [2025-01-10 02:20:26,469] : PID 65 : DEBUG : satpy.modifiers.geometry : __call__ : Computing sun zenith angles. [2025-01-10 02:20:26,480] : PID 65 : DEBUG : satpy.modifiers.geometry : _apply_correction : Apply the standard sun-zenith correction [1/cos(sunz)] [2025-01-10 02:20:26,498] : PID 65 : DEBUG : h5py._conv : : Creating converter from 7 to 5 [2025-01-10 02:20:26,498] : PID 65 : DEBUG : h5py._conv : : Creating converter from 5 to 7 [2025-01-10 02:20:26,498] : PID 65 : DEBUG : h5py._conv : : Creating converter from 7 to 5 [2025-01-10 02:20:26,499] : PID 65 : DEBUG : h5py._conv : : Creating converter from 5 to 7 [2025-01-10 02:20:26,638] : PID 65 : INFO : satpy.modifiers.atmosphere : __call__ : Removing Rayleigh scattering with atmosphere 'us-standard' and aerosol type 'rayleigh_only' for 'C02' [2025-01-10 02:20:26,640] : PID 65 : INFO : pyspectral.rayleigh : __init__ : Atmosphere chosen: us-standard [2025-01-10 02:20:26,643] : PID 65 : DEBUG : pyspectral.rayleigh : __init__ : LUT filename: /software/geo2grid_v_1_1/pyspectral_data/rayleigh_only/rayleigh_lut_us-standard.h5 [2025-01-10 02:20:26,644] : PID 65 : DEBUG : pyspectral.rsr_reader : _get_filename : Filename: /software/geo2grid_v_1_1/pyspectral_data/rsr_abi_GOES-16.h5 [2025-01-10 02:20:26,645] : PID 65 : DEBUG : pyspectral.rsr_reader : _check_filename_exist : Filename: /software/geo2grid_v_1_1/pyspectral_data/rsr_abi_GOES-16.h5 [2025-01-10 02:20:26,648] : PID 65 : DEBUG : h5py._conv : __getitem__ : Creating converter from 3 to 5 [2025-01-10 02:20:26,649] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:26,651] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:26,653] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:26,655] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:26,657] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:26,660] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:26,662] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:26,664] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:26,666] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:26,668] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:26,670] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:26,672] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:26,674] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:26,676] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:26,678] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:26,680] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:26,684] : PID 65 : DEBUG : pyspectral.rayleigh : _get_effective_wavelength_and_band_name : Band name: ch2 Effective wavelength: 0.635429um [2025-01-10 02:20:26,691] : PID 65 : DEBUG : satpy.modifiers.geometry : __call__ : Applying sun zen correction [2025-01-10 02:20:26,692] : PID 65 : DEBUG : satpy.modifiers.geometry : __call__ : Computing sun zenith angles. [2025-01-10 02:20:26,702] : PID 65 : DEBUG : satpy.modifiers.geometry : _apply_correction : Apply the standard sun-zenith correction [1/cos(sunz)] [2025-01-10 02:20:26,705] : PID 65 : DEBUG : satpy.scene : _generate_composite : Delaying generation of DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected')) because of incompatible areas [2025-01-10 02:20:26,707] : PID 65 : DEBUG : satpy.modifiers.geometry : __call__ : Applying sun zen correction [2025-01-10 02:20:26,707] : PID 65 : DEBUG : satpy.modifiers.geometry : __call__ : Computing sun zenith angles. [2025-01-10 02:20:26,717] : PID 65 : DEBUG : satpy.modifiers.geometry : _apply_correction : Apply the standard sun-zenith correction [1/cos(sunz)] [2025-01-10 02:20:26,719] : PID 65 : DEBUG : satpy.scene : _get_prereq_datasets : Delaying generation of DataID(name='green') because of dependency's delayed generation: DataID(name='C03', wavelength=WavelengthRange(min=0.8455, central=0.865, max=0.8845, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected',)) [2025-01-10 02:20:26,719] : PID 65 : DEBUG : satpy.scene : _get_prereq_datasets : Delayed prerequisite for 'DataID(name='green')': 'DataID(name='C03', wavelength=WavelengthRange(min=0.8455, central=0.865, max=0.8845, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected',))' [2025-01-10 02:20:26,720] : PID 65 : DEBUG : satpy.scene : _get_prereq_datasets : Delaying generation of DataID(name='true_color') because of dependency's delayed generation: DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected')) [2025-01-10 02:20:26,720] : PID 65 : DEBUG : satpy.scene : _get_prereq_datasets : Delayed prerequisite for 'DataID(name='true_color')': 'DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected'))' [2025-01-10 02:20:26,722] : PID 65 : DEBUG : satpy.scene : _get_prereq_datasets : Delaying generation of DataID(name='true_color_night') because of dependency's delayed generation: DataID(name='C14', wavelength=WavelengthRange(min=10.8, central=11.2, max=11.6, unit='µm'), resolution=2000, calibration=, modifiers=()) [2025-01-10 02:20:26,722] : PID 65 : DEBUG : satpy.scene : _get_prereq_datasets : Delayed prerequisite for 'DataID(name='true_color_night')': 'DataID(name='C14', wavelength=WavelengthRange(min=10.8, central=11.2, max=11.6, unit='µm'), resolution=2000, calibration=, modifiers=())' [2025-01-10 02:20:26,723] : PID 65 : DEBUG : satpy.scene : _get_prereq_datasets : Delaying generation of DataID(name='true_color') because of dependency's delayed generation: DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected')) [2025-01-10 02:20:26,723] : PID 65 : DEBUG : satpy.scene : _get_prereq_datasets : Delayed prerequisite for 'DataID(name='true_color')': 'DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected'))' [2025-01-10 02:20:26,725] : PID 65 : DEBUG : satpy.scene : _get_prereq_datasets : Delaying generation of DataID(name='green') because of dependency's delayed generation: DataID(name='C03', wavelength=WavelengthRange(min=0.8455, central=0.865, max=0.8845, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected',)) [2025-01-10 02:20:26,725] : PID 65 : DEBUG : satpy.scene : _get_prereq_datasets : Delayed prerequisite for 'DataID(name='green')': 'DataID(name='C03', wavelength=WavelengthRange(min=0.8455, central=0.865, max=0.8845, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected',))' [2025-01-10 02:20:26,727] : PID 65 : DEBUG : satpy.scene : _generate_composite : Delaying generation of DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected')) because of incompatible areas [2025-01-10 02:20:26,727] : PID 65 : WARNING : satpy.scene : _remove_failed_datasets : The following datasets were not created and may require resampling to be generated: DataID(name='true_color_night') [2025-01-10 02:20:26,727] : PID 65 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C02', wavelength=WavelengthRange(min=0.59, central=0.64, max=0.69, unit='µm'), resolution=500, calibration=, modifiers=()) [2025-01-10 02:20:26,728] : PID 65 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=()) [2025-01-10 02:20:26,728] : PID 65 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C03', wavelength=WavelengthRange(min=0.8455, central=0.865, max=0.8845, unit='µm'), resolution=1000, calibration=, modifiers=()) [2025-01-10 02:20:26,965] : PID 65 : DEBUG : root : _areas_to_resample : Using default resampling target area 'MAX'. [2025-01-10 02:20:26,970] : PID 65 : DEBUG : polar2grid.resample._resample_scene : resample_scene : Products to preserve resolution for: set() [2025-01-10 02:20:26,970] : PID 65 : DEBUG : polar2grid.resample._resample_scene : resample_scene : Products to use new resolution for: {DataID(name='true_color_night')} [2025-01-10 02:20:26,973] : PID 65 : DEBUG : polar2grid.resample._resample_scene : _get_default_resampler : Setting default resampling to 'native' for grid 'MAX' [2025-01-10 02:20:26,974] : PID 65 : INFO : polar2grid.resample._resample_scene : _resample_scene_to_single_area : Resampling to 'MAX' using 'native' resampling... [2025-01-10 02:20:26,974] : PID 65 : DEBUG : polar2grid.resample._resample_scene : _resample_scene_to_single_area : Resampling to 'MAX' using resampler 'native' with {'cache_dir': None} [2025-01-10 02:20:26,978] : PID 65 : DEBUG : satpy.scene : _resampled_scene : Resampling DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected',)) [2025-01-10 02:20:26,979] : PID 65 : DEBUG : pyresample.geometry : get_area_slices : Projections for data and slice areas are identical: PROJCRS["unknown",BASEGEOGCRS["unknown",DATUM["unknown",ELLIPSOID["GRS 1980",6378137,298.257222096042,LENGTHUNIT["metre",1,ID["EPSG",9001]]]],PRIMEM["Greenwich",0,ANGLEUNIT["degree",0.0174532925199433],ID["EPSG",8901]]],CONVERSION["unknown",METHOD["Geostationary Satellite (Sweep X)"],PARAMETER["Longitude of natural origin",-75,ANGLEUNIT["degree",0.0174532925199433],ID["EPSG",8802]],PARAMETER["Satellite Height",35786023,LENGTHUNIT["metre",1,ID["EPSG",9001]]],PARAMETER["False easting",0,LENGTHUNIT["metre",1],ID["EPSG",8806]],PARAMETER["False northing",0,LENGTHUNIT["metre",1],ID["EPSG",8807]]],CS[Cartesian,2],AXIS["(E)",east,ORDER[1],LENGTHUNIT["metre",1,ID["EPSG",9001]]],AXIS["(N)",north,ORDER[2],LENGTHUNIT["metre",1,ID["EPSG",9001]]]] [2025-01-10 02:20:26,986] : PID 65 : DEBUG : satpy.scene : _resampled_scene : Resampling DataID(name='C02', wavelength=WavelengthRange(min=0.59, central=0.64, max=0.69, unit='µm'), resolution=500, calibration=, modifiers=('sunz_corrected',)) [2025-01-10 02:20:26,987] : PID 65 : DEBUG : pyresample.geometry : get_area_slices : Projections for data and slice areas are identical: PROJCRS["unknown",BASEGEOGCRS["unknown",DATUM["unknown",ELLIPSOID["GRS 1980",6378137,298.257222096042,LENGTHUNIT["metre",1,ID["EPSG",9001]]]],PRIMEM["Greenwich",0,ANGLEUNIT["degree",0.0174532925199433],ID["EPSG",8901]]],CONVERSION["unknown",METHOD["Geostationary Satellite (Sweep X)"],PARAMETER["Longitude of natural origin",-75,ANGLEUNIT["degree",0.0174532925199433],ID["EPSG",8802]],PARAMETER["Satellite Height",35786023,LENGTHUNIT["metre",1,ID["EPSG",9001]]],PARAMETER["False easting",0,LENGTHUNIT["metre",1],ID["EPSG",8806]],PARAMETER["False northing",0,LENGTHUNIT["metre",1],ID["EPSG",8807]]],CS[Cartesian,2],AXIS["(E)",east,ORDER[1],LENGTHUNIT["metre",1,ID["EPSG",9001]]],AXIS["(N)",north,ORDER[2],LENGTHUNIT["metre",1,ID["EPSG",9001]]]] [2025-01-10 02:20:26,991] : PID 65 : DEBUG : satpy.scene : _resampled_scene : Resampling DataID(name='C02', wavelength=WavelengthRange(min=0.59, central=0.64, max=0.69, unit='µm'), resolution=500, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected')) [2025-01-10 02:20:26,995] : PID 65 : DEBUG : satpy.scene : _resampled_scene : Resampling DataID(name='C03', wavelength=WavelengthRange(min=0.8455, central=0.865, max=0.8845, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected',)) [2025-01-10 02:20:27,000] : PID 65 : DEBUG : satpy.scene : _resampled_scene : Resampling DataID(name='C14', wavelength=WavelengthRange(min=10.8, central=11.2, max=11.6, unit='µm'), resolution=2000, calibration=, modifiers=()) [2025-01-10 02:20:27,001] : PID 65 : DEBUG : pyresample.geometry : get_area_slices : Projections for data and slice areas are identical: PROJCRS["unknown",BASEGEOGCRS["unknown",DATUM["unknown",ELLIPSOID["GRS 1980",6378137,298.257222096042,LENGTHUNIT["metre",1,ID["EPSG",9001]]]],PRIMEM["Greenwich",0,ANGLEUNIT["degree",0.0174532925199433],ID["EPSG",8901]]],CONVERSION["unknown",METHOD["Geostationary Satellite (Sweep X)"],PARAMETER["Longitude of natural origin",-75,ANGLEUNIT["degree",0.0174532925199433],ID["EPSG",8802]],PARAMETER["Satellite Height",35786023,LENGTHUNIT["metre",1,ID["EPSG",9001]]],PARAMETER["False easting",0,LENGTHUNIT["metre",1],ID["EPSG",8806]],PARAMETER["False northing",0,LENGTHUNIT["metre",1],ID["EPSG",8807]]],CS[Cartesian,2],AXIS["(E)",east,ORDER[1],LENGTHUNIT["metre",1,ID["EPSG",9001]]],AXIS["(N)",north,ORDER[2],LENGTHUNIT["metre",1,ID["EPSG",9001]]]] [2025-01-10 02:20:27,029] : PID 65 : INFO : satpy.modifiers.atmosphere : __call__ : Removing Rayleigh scattering with atmosphere 'us-standard' and aerosol type 'rayleigh_only' for 'C01' [2025-01-10 02:20:27,031] : PID 65 : INFO : pyspectral.rayleigh : __init__ : Atmosphere chosen: us-standard [2025-01-10 02:20:27,033] : PID 65 : DEBUG : pyspectral.rayleigh : __init__ : LUT filename: /software/geo2grid_v_1_1/pyspectral_data/rayleigh_only/rayleigh_lut_us-standard.h5 [2025-01-10 02:20:27,034] : PID 65 : DEBUG : pyspectral.rsr_reader : _get_filename : Filename: /software/geo2grid_v_1_1/pyspectral_data/rsr_abi_GOES-16.h5 [2025-01-10 02:20:27,034] : PID 65 : DEBUG : pyspectral.rsr_reader : _check_filename_exist : Filename: /software/geo2grid_v_1_1/pyspectral_data/rsr_abi_GOES-16.h5 [2025-01-10 02:20:27,036] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:27,038] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:27,040] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:27,041] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:27,043] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:27,045] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:27,047] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:27,048] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:27,050] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:27,052] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:27,054] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:27,056] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:27,058] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:27,059] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:27,061] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:27,063] : PID 65 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:20:27,065] : PID 65 : DEBUG : pyspectral.rayleigh : _get_effective_wavelength_and_band_name : Band name: ch1 Effective wavelength: 0.469946um [2025-01-10 02:20:27,092] : PID 65 : DEBUG : satpy.composites : _get_and_sharpen_rgb_data_arrays_and_meta : Sharpening image with high resolution red band [2025-01-10 02:20:27,126] : PID 65 : DEBUG : satpy.composites : __call__ : Computing sun zenith angles. [2025-01-10 02:20:27,479] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/lib/python3.10/site-packages/satpy/etc/enhancements/generic.yaml [2025-01-10 02:20:27,578] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/etc/polar2grid/enhancements/generic.yaml [2025-01-10 02:20:27,673] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/etc/polar2grid/enhancements/generic.yaml [2025-01-10 02:20:27,722] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/lib/python3.10/site-packages/satpy/etc/enhancements/abi.yaml [2025-01-10 02:20:27,733] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/etc/polar2grid/enhancements/abi.yaml [2025-01-10 02:20:27,743] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/etc/polar2grid/enhancements/abi.yaml [2025-01-10 02:20:27,744] : PID 65 : DEBUG : satpy.writers : apply : Data for DataID(name='true_color', resolution=500) will be enhanced with options: [{'name': 'reflectance_range', 'method': , 'kwargs': {'stretch': 'crude', 'min_stretch': 0.0, 'max_stretch': 100.0}}, {'name': 'Linear interpolation', 'method': , 'kwargs': {'xp': [0.0, 25.0, 55.0, 100.0, 255.0], 'fp': [0.0, 90.0, 140.0, 175.0, 255.0], 'reference_scale_factor': 255}}] [2025-01-10 02:20:27,744] : PID 65 : DEBUG : trollimage.xrimage : stretch : Applying stretch crude with parameters {'min_stretch': 0.0, 'max_stretch': 100.0} [2025-01-10 02:20:27,747] : PID 65 : DEBUG : satpy.enhancements : piecewise_linear_stretch : Applying the piecewise_linear_stretch [2025-01-10 02:20:27,992] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/lib/python3.10/site-packages/satpy/etc/enhancements/generic.yaml [2025-01-10 02:20:28,089] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/etc/polar2grid/enhancements/generic.yaml [2025-01-10 02:20:28,184] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/etc/polar2grid/enhancements/generic.yaml [2025-01-10 02:20:28,241] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/lib/python3.10/site-packages/satpy/etc/enhancements/abi.yaml [2025-01-10 02:20:28,251] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/etc/polar2grid/enhancements/abi.yaml [2025-01-10 02:20:28,261] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/etc/polar2grid/enhancements/abi.yaml [2025-01-10 02:20:28,262] : PID 65 : DEBUG : satpy.writers : apply : Data for DataID(name='C14', wavelength=WavelengthRange(min=10.8, central=11.2, max=11.6, unit='µm'), resolution=2000, calibration=, modifiers=()) will be enhanced with options: [{'name': 'btemp_threshold', 'method': , 'kwargs': {'threshold': 242.0, 'min_in': 163.0, 'max_in': 330.0}}] [2025-01-10 02:20:28,366] : PID 65 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected',)) [2025-01-10 02:20:28,367] : PID 65 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C02', wavelength=WavelengthRange(min=0.59, central=0.64, max=0.69, unit='µm'), resolution=500, calibration=, modifiers=('sunz_corrected',)) [2025-01-10 02:20:28,368] : PID 65 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C02', wavelength=WavelengthRange(min=0.59, central=0.64, max=0.69, unit='µm'), resolution=500, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected')) [2025-01-10 02:20:28,368] : PID 65 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C03', wavelength=WavelengthRange(min=0.8455, central=0.865, max=0.8845, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected',)) [2025-01-10 02:20:28,369] : PID 65 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C14', wavelength=WavelengthRange(min=10.8, central=11.2, max=11.6, unit='µm'), resolution=2000, calibration=, modifiers=()) [2025-01-10 02:20:28,370] : PID 65 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected')) [2025-01-10 02:20:28,370] : PID 65 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='green', resolution=1000) [2025-01-10 02:20:28,371] : PID 65 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='true_color', resolution=500) [2025-01-10 02:20:28,372] : PID 65 : DEBUG : polar2grid.utils.legacy_compat : apply_p2g_name_to_scene : Mapping Satpy ID to P2G name: DataID(name='true_color_night') -> true_color_night [2025-01-10 02:20:28,375] : PID 65 : DEBUG : satpy.writers : read_writer_config : Reading ['/software/geo2grid_v_1_1/libexec/python_runtime/lib/python3.10/site-packages/satpy/etc/writers/geotiff.yaml'] [2025-01-10 02:20:28,873] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/lib/python3.10/site-packages/satpy/etc/enhancements/generic.yaml [2025-01-10 02:20:28,970] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/etc/polar2grid/enhancements/generic.yaml [2025-01-10 02:20:29,067] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/etc/polar2grid/enhancements/generic.yaml [2025-01-10 02:20:29,115] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/lib/python3.10/site-packages/satpy/etc/enhancements/abi.yaml [2025-01-10 02:20:29,125] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/etc/polar2grid/enhancements/abi.yaml [2025-01-10 02:20:29,136] : PID 65 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/etc/polar2grid/enhancements/abi.yaml [2025-01-10 02:20:29,136] : PID 65 : DEBUG : satpy.writers : apply : Data for DataID(name='true_color_night') will be enhanced with options: [{'name': 'stretch', 'method': , 'kwargs': {'stretch': 'crude', 'min_stretch': [0, 0, 0], 'max_stretch': [1, 1, 1]}}] [2025-01-10 02:20:29,137] : PID 65 : DEBUG : trollimage.xrimage : stretch : Applying stretch crude with parameters {'min_stretch': [0, 0, 0], 'max_stretch': [1, 1, 1]} [2025-01-10 02:20:29,178] : PID 65 : DEBUG : trollimage.xrimage : get_scaling_from_history : Multi-band scale/offset tags can't be saved to geotiff. Setting scale and offset to (NaN, NaN). [2025-01-10 02:20:29,209] : PID 65 : INFO : abi_l1b_geotiff : _run_processing : Computing products and saving data to writers... [2025-01-10 02:21:05,300] : PID 65 : INFO : abi_l1b_geotiff : _run_processing : SUCCESS [2025-01-10 02:21:28,201] : DEBUG : abi_l1b_geotiff : _prepare_initial_logging : Starting script with arguments: -r abi_l1b -w geotiff -p true_color_night -f /input/OR_ABI-L1b-RadC-M6C01_G18_s20250100216175_e20250100218548_c20250100218587.nc /input/OR_ABI-L1b-RadC-M6C02_G18_s20250100216175_e20250100218548_c20250100218583.nc /input/OR_ABI-L1b-RadC-M6C03_G18_s20250100216175_e20250100218548_c20250100218592.nc /input/OR_ABI-L1b-RadC-M6C14_G18_s20250100216175_e20250100218548_c20250100219046.nc -vv [2025-01-10 02:21:28,201] : INFO : abi_l1b_geotiff : _run_processing : Sorting and reading input files... [2025-01-10 02:21:28,202] : DEBUG : abi_l1b_geotiff : _set_preferred_chunk_size : Setting preferred chunk size to 1356 pixels or 14MiB [2025-01-10 02:21:28,211] : DEBUG : satpy.readers.yaml_reader : load_yaml_configs : Reading ('/software/geo2grid_v_1_1/libexec/python_runtime/lib/python3.10/site-packages/satpy/etc/readers/abi_l1b.yaml',) [2025-01-10 02:21:28,297] : DEBUG : satpy.readers.yaml_reader : create_filehandlers : Assigning to abi_l1b: ['/input/OR_ABI-L1b-RadC-M6C01_G18_s20250100216175_e20250100218548_c20250100218587.nc', '/input/OR_ABI-L1b-RadC-M6C02_G18_s20250100216175_e20250100218548_c20250100218583.nc', '/input/OR_ABI-L1b-RadC-M6C03_G18_s20250100216175_e20250100218548_c20250100218592.nc', '/input/OR_ABI-L1b-RadC-M6C14_G18_s20250100216175_e20250100218548_c20250100219046.nc'] [2025-01-10 02:21:28,509] : PID 132 : DEBUG : polar2grid.core.script_utils : rename_log_file : Log renamed from '/output/abi_l1b_geotiff_fail.log' to 'abi_l1b_geotiff_20250110_021617.log' [2025-01-10 02:21:28,509] : PID 132 : INFO : abi_l1b_geotiff : _run_processing : Loading product metadata from files... [2025-01-10 02:21:28,510] : PID 132 : DEBUG : satpy.composites.config_loader : load_compositor_configs_for_sensor : Looking for composites config file abi.yaml [2025-01-10 02:21:28,869] : PID 132 : DEBUG : satpy.composites.config_loader : load_compositor_configs_for_sensor : Looking for composites config file visir.yaml [2025-01-10 02:21:28,951] : PID 132 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='solar_zenith_angle', calibration='reflectance'): Unknown dataset DataQuery(name='solar_zenith_angle', calibration='reflectance') [2025-01-10 02:21:28,959] : PID 132 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='satellite_azimuth_angle', calibration='reflectance'): Unknown dataset DataQuery(name='satellite_azimuth_angle', calibration='reflectance') [2025-01-10 02:21:28,959] : PID 132 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='satellite_zenith_angle', calibration='reflectance'): Unknown dataset DataQuery(name='satellite_zenith_angle', calibration='reflectance') [2025-01-10 02:21:28,960] : PID 132 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='solar_azimuth_angle', calibration='reflectance'): Unknown dataset DataQuery(name='solar_azimuth_angle', calibration='reflectance') [2025-01-10 02:21:28,960] : PID 132 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='solar_zenith_angle', calibration='reflectance'): Unknown dataset DataQuery(name='solar_zenith_angle', calibration='reflectance') [2025-01-10 02:21:28,964] : PID 132 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='solar_zenith_angle', calibration='reflectance'): Unknown dataset DataQuery(name='solar_zenith_angle', calibration='reflectance') [2025-01-10 02:21:28,972] : PID 132 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='satellite_azimuth_angle', calibration='reflectance'): Unknown dataset DataQuery(name='satellite_azimuth_angle', calibration='reflectance') [2025-01-10 02:21:28,972] : PID 132 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='satellite_zenith_angle', calibration='reflectance'): Unknown dataset DataQuery(name='satellite_zenith_angle', calibration='reflectance') [2025-01-10 02:21:28,972] : PID 132 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='solar_azimuth_angle', calibration='reflectance'): Unknown dataset DataQuery(name='solar_azimuth_angle', calibration='reflectance') [2025-01-10 02:21:28,973] : PID 132 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='solar_zenith_angle', calibration='reflectance'): Unknown dataset DataQuery(name='solar_zenith_angle', calibration='reflectance') [2025-01-10 02:21:28,976] : PID 132 : DEBUG : satpy.node : _create_optional_subtrees : Skipping optional DataQuery(name='solar_zenith_angle', calibration='reflectance'): Unknown dataset DataQuery(name='solar_zenith_angle', calibration='reflectance') [2025-01-10 02:21:28,978] : PID 132 : DEBUG : satpy.readers.abi_l1b : get_dataset : Reading in get_dataset C14. [2025-01-10 02:21:29,061] : PID 132 : DEBUG : satpy.readers.abi_l1b : get_dataset : Reading in get_dataset C02. [2025-01-10 02:21:29,129] : PID 132 : DEBUG : satpy.readers.abi_l1b : get_dataset : Reading in get_dataset C01. [2025-01-10 02:21:29,191] : PID 132 : DEBUG : satpy.readers.abi_l1b : get_dataset : Reading in get_dataset C03. [2025-01-10 02:21:29,253] : PID 132 : DEBUG : satpy.modifiers.geometry : __call__ : Applying sun zen correction [2025-01-10 02:21:29,253] : PID 132 : DEBUG : satpy.modifiers.geometry : __call__ : Computing sun zenith angles. [2025-01-10 02:21:29,265] : PID 132 : DEBUG : satpy.modifiers.geometry : _apply_correction : Apply the standard sun-zenith correction [1/cos(sunz)] [2025-01-10 02:21:29,267] : PID 132 : DEBUG : satpy.modifiers.geometry : __call__ : Applying sun zen correction [2025-01-10 02:21:29,268] : PID 132 : DEBUG : satpy.modifiers.geometry : __call__ : Computing sun zenith angles. [2025-01-10 02:21:29,280] : PID 132 : DEBUG : satpy.modifiers.geometry : _apply_correction : Apply the standard sun-zenith correction [1/cos(sunz)] [2025-01-10 02:21:29,295] : PID 132 : DEBUG : h5py._conv : : Creating converter from 7 to 5 [2025-01-10 02:21:29,295] : PID 132 : DEBUG : h5py._conv : : Creating converter from 5 to 7 [2025-01-10 02:21:29,295] : PID 132 : DEBUG : h5py._conv : : Creating converter from 7 to 5 [2025-01-10 02:21:29,295] : PID 132 : DEBUG : h5py._conv : : Creating converter from 5 to 7 [2025-01-10 02:21:29,319] : PID 132 : DEBUG : satpy.scene : _generate_composite : Delaying generation of DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected')) because of incompatible areas [2025-01-10 02:21:29,343] : PID 132 : INFO : satpy.modifiers.atmosphere : __call__ : Removing Rayleigh scattering with atmosphere 'us-standard' and aerosol type 'rayleigh_only' for 'C02' [2025-01-10 02:21:29,345] : PID 132 : INFO : pyspectral.rayleigh : __init__ : Atmosphere chosen: us-standard [2025-01-10 02:21:29,347] : PID 132 : DEBUG : pyspectral.rayleigh : __init__ : LUT filename: /software/geo2grid_v_1_1/pyspectral_data/rayleigh_only/rayleigh_lut_us-standard.h5 [2025-01-10 02:21:29,348] : PID 132 : DEBUG : pyspectral.rsr_reader : _get_filename : Filename: /software/geo2grid_v_1_1/pyspectral_data/rsr_abi_GOES-18.h5 [2025-01-10 02:21:29,348] : PID 132 : DEBUG : pyspectral.rsr_reader : _check_filename_exist : Filename: /software/geo2grid_v_1_1/pyspectral_data/rsr_abi_GOES-18.h5 [2025-01-10 02:21:29,349] : PID 132 : DEBUG : h5py._conv : __getitem__ : Creating converter from 3 to 5 [2025-01-10 02:21:29,350] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,352] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,354] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,356] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,358] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,360] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,361] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,363] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,365] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,367] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,369] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,370] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,372] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,374] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,376] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,377] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,381] : PID 132 : DEBUG : pyspectral.rayleigh : _get_effective_wavelength_and_band_name : Band name: ch2 Effective wavelength: 0.635057um [2025-01-10 02:21:29,388] : PID 132 : DEBUG : satpy.modifiers.geometry : __call__ : Applying sun zen correction [2025-01-10 02:21:29,388] : PID 132 : DEBUG : satpy.modifiers.geometry : __call__ : Computing sun zenith angles. [2025-01-10 02:21:29,399] : PID 132 : DEBUG : satpy.modifiers.geometry : _apply_correction : Apply the standard sun-zenith correction [1/cos(sunz)] [2025-01-10 02:21:29,401] : PID 132 : DEBUG : satpy.scene : _get_prereq_datasets : Delaying generation of DataID(name='green') because of dependency's delayed generation: DataID(name='C03', wavelength=WavelengthRange(min=0.8455, central=0.865, max=0.8845, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected',)) [2025-01-10 02:21:29,401] : PID 132 : DEBUG : satpy.scene : _get_prereq_datasets : Delayed prerequisite for 'DataID(name='green')': 'DataID(name='C03', wavelength=WavelengthRange(min=0.8455, central=0.865, max=0.8845, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected',))' [2025-01-10 02:21:29,403] : PID 132 : DEBUG : satpy.scene : _get_prereq_datasets : Delaying generation of DataID(name='true_color') because of dependency's delayed generation: DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected')) [2025-01-10 02:21:29,403] : PID 132 : DEBUG : satpy.scene : _get_prereq_datasets : Delayed prerequisite for 'DataID(name='true_color')': 'DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected'))' [2025-01-10 02:21:29,404] : PID 132 : DEBUG : satpy.scene : _get_prereq_datasets : Delaying generation of DataID(name='true_color_night') because of dependency's delayed generation: DataID(name='C14', wavelength=WavelengthRange(min=10.8, central=11.2, max=11.6, unit='µm'), resolution=2000, calibration=, modifiers=()) [2025-01-10 02:21:29,404] : PID 132 : DEBUG : satpy.scene : _get_prereq_datasets : Delayed prerequisite for 'DataID(name='true_color_night')': 'DataID(name='C14', wavelength=WavelengthRange(min=10.8, central=11.2, max=11.6, unit='µm'), resolution=2000, calibration=, modifiers=())' [2025-01-10 02:21:29,405] : PID 132 : DEBUG : satpy.scene : _get_prereq_datasets : Delaying generation of DataID(name='true_color') because of dependency's delayed generation: DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected')) [2025-01-10 02:21:29,406] : PID 132 : DEBUG : satpy.scene : _get_prereq_datasets : Delayed prerequisite for 'DataID(name='true_color')': 'DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected'))' [2025-01-10 02:21:29,407] : PID 132 : DEBUG : satpy.scene : _generate_composite : Delaying generation of DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected')) because of incompatible areas [2025-01-10 02:21:29,407] : PID 132 : WARNING : satpy.scene : _remove_failed_datasets : The following datasets were not created and may require resampling to be generated: DataID(name='true_color_night') [2025-01-10 02:21:29,408] : PID 132 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C02', wavelength=WavelengthRange(min=0.59, central=0.64, max=0.69, unit='µm'), resolution=500, calibration=, modifiers=()) [2025-01-10 02:21:29,408] : PID 132 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=()) [2025-01-10 02:21:29,408] : PID 132 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C03', wavelength=WavelengthRange(min=0.8455, central=0.865, max=0.8845, unit='µm'), resolution=1000, calibration=, modifiers=()) [2025-01-10 02:21:29,642] : PID 132 : DEBUG : root : _areas_to_resample : Using default resampling target area 'MAX'. [2025-01-10 02:21:29,647] : PID 132 : DEBUG : polar2grid.resample._resample_scene : resample_scene : Products to preserve resolution for: set() [2025-01-10 02:21:29,647] : PID 132 : DEBUG : polar2grid.resample._resample_scene : resample_scene : Products to use new resolution for: {DataID(name='true_color_night')} [2025-01-10 02:21:29,650] : PID 132 : DEBUG : polar2grid.resample._resample_scene : _get_default_resampler : Setting default resampling to 'native' for grid 'MAX' [2025-01-10 02:21:29,651] : PID 132 : INFO : polar2grid.resample._resample_scene : _resample_scene_to_single_area : Resampling to 'MAX' using 'native' resampling... [2025-01-10 02:21:29,651] : PID 132 : DEBUG : polar2grid.resample._resample_scene : _resample_scene_to_single_area : Resampling to 'MAX' using resampler 'native' with {'cache_dir': None} [2025-01-10 02:21:29,656] : PID 132 : DEBUG : satpy.scene : _resampled_scene : Resampling DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected',)) [2025-01-10 02:21:29,657] : PID 132 : DEBUG : pyresample.geometry : get_area_slices : Projections for data and slice areas are identical: PROJCRS["unknown",BASEGEOGCRS["unknown",DATUM["unknown",ELLIPSOID["GRS 1980",6378137,298.257222096042,LENGTHUNIT["metre",1,ID["EPSG",9001]]]],PRIMEM["Greenwich",0,ANGLEUNIT["degree",0.0174532925199433],ID["EPSG",8901]]],CONVERSION["unknown",METHOD["Geostationary Satellite (Sweep X)"],PARAMETER["Longitude of natural origin",-137,ANGLEUNIT["degree",0.0174532925199433],ID["EPSG",8802]],PARAMETER["Satellite Height",35786023,LENGTHUNIT["metre",1,ID["EPSG",9001]]],PARAMETER["False easting",0,LENGTHUNIT["metre",1],ID["EPSG",8806]],PARAMETER["False northing",0,LENGTHUNIT["metre",1],ID["EPSG",8807]]],CS[Cartesian,2],AXIS["(E)",east,ORDER[1],LENGTHUNIT["metre",1,ID["EPSG",9001]]],AXIS["(N)",north,ORDER[2],LENGTHUNIT["metre",1,ID["EPSG",9001]]]] [2025-01-10 02:21:29,664] : PID 132 : DEBUG : satpy.scene : _resampled_scene : Resampling DataID(name='C02', wavelength=WavelengthRange(min=0.59, central=0.64, max=0.69, unit='µm'), resolution=500, calibration=, modifiers=('sunz_corrected',)) [2025-01-10 02:21:29,665] : PID 132 : DEBUG : pyresample.geometry : get_area_slices : Projections for data and slice areas are identical: PROJCRS["unknown",BASEGEOGCRS["unknown",DATUM["unknown",ELLIPSOID["GRS 1980",6378137,298.257222096042,LENGTHUNIT["metre",1,ID["EPSG",9001]]]],PRIMEM["Greenwich",0,ANGLEUNIT["degree",0.0174532925199433],ID["EPSG",8901]]],CONVERSION["unknown",METHOD["Geostationary Satellite (Sweep X)"],PARAMETER["Longitude of natural origin",-137,ANGLEUNIT["degree",0.0174532925199433],ID["EPSG",8802]],PARAMETER["Satellite Height",35786023,LENGTHUNIT["metre",1,ID["EPSG",9001]]],PARAMETER["False easting",0,LENGTHUNIT["metre",1],ID["EPSG",8806]],PARAMETER["False northing",0,LENGTHUNIT["metre",1],ID["EPSG",8807]]],CS[Cartesian,2],AXIS["(E)",east,ORDER[1],LENGTHUNIT["metre",1,ID["EPSG",9001]]],AXIS["(N)",north,ORDER[2],LENGTHUNIT["metre",1,ID["EPSG",9001]]]] [2025-01-10 02:21:29,670] : PID 132 : DEBUG : satpy.scene : _resampled_scene : Resampling DataID(name='C02', wavelength=WavelengthRange(min=0.59, central=0.64, max=0.69, unit='µm'), resolution=500, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected')) [2025-01-10 02:21:29,674] : PID 132 : DEBUG : satpy.scene : _resampled_scene : Resampling DataID(name='C03', wavelength=WavelengthRange(min=0.8455, central=0.865, max=0.8845, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected',)) [2025-01-10 02:21:29,679] : PID 132 : DEBUG : satpy.scene : _resampled_scene : Resampling DataID(name='C14', wavelength=WavelengthRange(min=10.8, central=11.2, max=11.6, unit='µm'), resolution=2000, calibration=, modifiers=()) [2025-01-10 02:21:29,680] : PID 132 : DEBUG : pyresample.geometry : get_area_slices : Projections for data and slice areas are identical: PROJCRS["unknown",BASEGEOGCRS["unknown",DATUM["unknown",ELLIPSOID["GRS 1980",6378137,298.257222096042,LENGTHUNIT["metre",1,ID["EPSG",9001]]]],PRIMEM["Greenwich",0,ANGLEUNIT["degree",0.0174532925199433],ID["EPSG",8901]]],CONVERSION["unknown",METHOD["Geostationary Satellite (Sweep X)"],PARAMETER["Longitude of natural origin",-137,ANGLEUNIT["degree",0.0174532925199433],ID["EPSG",8802]],PARAMETER["Satellite Height",35786023,LENGTHUNIT["metre",1,ID["EPSG",9001]]],PARAMETER["False easting",0,LENGTHUNIT["metre",1],ID["EPSG",8806]],PARAMETER["False northing",0,LENGTHUNIT["metre",1],ID["EPSG",8807]]],CS[Cartesian,2],AXIS["(E)",east,ORDER[1],LENGTHUNIT["metre",1,ID["EPSG",9001]]],AXIS["(N)",north,ORDER[2],LENGTHUNIT["metre",1,ID["EPSG",9001]]]] [2025-01-10 02:21:29,710] : PID 132 : INFO : satpy.modifiers.atmosphere : __call__ : Removing Rayleigh scattering with atmosphere 'us-standard' and aerosol type 'rayleigh_only' for 'C01' [2025-01-10 02:21:29,712] : PID 132 : INFO : pyspectral.rayleigh : __init__ : Atmosphere chosen: us-standard [2025-01-10 02:21:29,714] : PID 132 : DEBUG : pyspectral.rayleigh : __init__ : LUT filename: /software/geo2grid_v_1_1/pyspectral_data/rayleigh_only/rayleigh_lut_us-standard.h5 [2025-01-10 02:21:29,716] : PID 132 : DEBUG : pyspectral.rsr_reader : _get_filename : Filename: /software/geo2grid_v_1_1/pyspectral_data/rsr_abi_GOES-18.h5 [2025-01-10 02:21:29,716] : PID 132 : DEBUG : pyspectral.rsr_reader : _check_filename_exist : Filename: /software/geo2grid_v_1_1/pyspectral_data/rsr_abi_GOES-18.h5 [2025-01-10 02:21:29,718] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,720] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,722] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,724] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,726] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,728] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,730] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,732] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,734] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,736] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,738] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,740] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,742] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,744] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,746] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,748] : PID 132 : DEBUG : pyspectral.rsr_reader : get_number_of_detectors4bandname : No detectors found - assume only one... [2025-01-10 02:21:29,750] : PID 132 : DEBUG : pyspectral.rayleigh : _get_effective_wavelength_and_band_name : Band name: ch1 Effective wavelength: 0.470114um [2025-01-10 02:21:29,777] : PID 132 : DEBUG : satpy.composites : _get_and_sharpen_rgb_data_arrays_and_meta : Sharpening image with high resolution red band [2025-01-10 02:21:29,809] : PID 132 : DEBUG : satpy.composites : __call__ : Computing sun zenith angles. [2025-01-10 02:21:30,115] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/lib/python3.10/site-packages/satpy/etc/enhancements/generic.yaml [2025-01-10 02:21:30,211] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/etc/polar2grid/enhancements/generic.yaml [2025-01-10 02:21:30,307] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/etc/polar2grid/enhancements/generic.yaml [2025-01-10 02:21:30,356] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/lib/python3.10/site-packages/satpy/etc/enhancements/abi.yaml [2025-01-10 02:21:30,367] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/etc/polar2grid/enhancements/abi.yaml [2025-01-10 02:21:30,377] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/etc/polar2grid/enhancements/abi.yaml [2025-01-10 02:21:30,377] : PID 132 : DEBUG : satpy.writers : apply : Data for DataID(name='true_color', resolution=500) will be enhanced with options: [{'name': 'reflectance_range', 'method': , 'kwargs': {'stretch': 'crude', 'min_stretch': 0.0, 'max_stretch': 100.0}}, {'name': 'Linear interpolation', 'method': , 'kwargs': {'xp': [0.0, 25.0, 55.0, 100.0, 255.0], 'fp': [0.0, 90.0, 140.0, 175.0, 255.0], 'reference_scale_factor': 255}}] [2025-01-10 02:21:30,378] : PID 132 : DEBUG : trollimage.xrimage : stretch : Applying stretch crude with parameters {'min_stretch': 0.0, 'max_stretch': 100.0} [2025-01-10 02:21:30,381] : PID 132 : DEBUG : satpy.enhancements : piecewise_linear_stretch : Applying the piecewise_linear_stretch [2025-01-10 02:21:30,613] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/lib/python3.10/site-packages/satpy/etc/enhancements/generic.yaml [2025-01-10 02:21:30,709] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/etc/polar2grid/enhancements/generic.yaml [2025-01-10 02:21:30,804] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/etc/polar2grid/enhancements/generic.yaml [2025-01-10 02:21:30,854] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/lib/python3.10/site-packages/satpy/etc/enhancements/abi.yaml [2025-01-10 02:21:30,864] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/etc/polar2grid/enhancements/abi.yaml [2025-01-10 02:21:30,874] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/etc/polar2grid/enhancements/abi.yaml [2025-01-10 02:21:30,875] : PID 132 : DEBUG : satpy.writers : apply : Data for DataID(name='C14', wavelength=WavelengthRange(min=10.8, central=11.2, max=11.6, unit='µm'), resolution=2000, calibration=, modifiers=()) will be enhanced with options: [{'name': 'btemp_threshold', 'method': , 'kwargs': {'threshold': 242.0, 'min_in': 163.0, 'max_in': 330.0}}] [2025-01-10 02:21:30,968] : PID 132 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected',)) [2025-01-10 02:21:30,969] : PID 132 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C02', wavelength=WavelengthRange(min=0.59, central=0.64, max=0.69, unit='µm'), resolution=500, calibration=, modifiers=('sunz_corrected',)) [2025-01-10 02:21:30,969] : PID 132 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C02', wavelength=WavelengthRange(min=0.59, central=0.64, max=0.69, unit='µm'), resolution=500, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected')) [2025-01-10 02:21:30,970] : PID 132 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C03', wavelength=WavelengthRange(min=0.8455, central=0.865, max=0.8845, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected',)) [2025-01-10 02:21:30,970] : PID 132 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C14', wavelength=WavelengthRange(min=10.8, central=11.2, max=11.6, unit='µm'), resolution=2000, calibration=, modifiers=()) [2025-01-10 02:21:30,970] : PID 132 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='C01', wavelength=WavelengthRange(min=0.45, central=0.47, max=0.49, unit='µm'), resolution=1000, calibration=, modifiers=('sunz_corrected', 'rayleigh_corrected')) [2025-01-10 02:21:30,970] : PID 132 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='green', resolution=1000) [2025-01-10 02:21:30,971] : PID 132 : DEBUG : satpy.scene : unload : Unloading dataset: DataID(name='true_color', resolution=500) [2025-01-10 02:21:30,971] : PID 132 : DEBUG : polar2grid.utils.legacy_compat : apply_p2g_name_to_scene : Mapping Satpy ID to P2G name: DataID(name='true_color_night') -> true_color_night [2025-01-10 02:21:30,973] : PID 132 : DEBUG : satpy.writers : read_writer_config : Reading ['/software/geo2grid_v_1_1/libexec/python_runtime/lib/python3.10/site-packages/satpy/etc/writers/geotiff.yaml'] [2025-01-10 02:21:31,386] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/lib/python3.10/site-packages/satpy/etc/enhancements/generic.yaml [2025-01-10 02:21:31,482] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/etc/polar2grid/enhancements/generic.yaml [2025-01-10 02:21:31,579] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/etc/polar2grid/enhancements/generic.yaml [2025-01-10 02:21:31,629] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/lib/python3.10/site-packages/satpy/etc/enhancements/abi.yaml [2025-01-10 02:21:31,640] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/etc/polar2grid/enhancements/abi.yaml [2025-01-10 02:21:31,650] : PID 132 : DEBUG : satpy.writers : add_config_to_tree : Adding enhancement configuration from file: /software/geo2grid_v_1_1/libexec/python_runtime/etc/polar2grid/enhancements/abi.yaml [2025-01-10 02:21:31,651] : PID 132 : DEBUG : satpy.writers : apply : Data for DataID(name='true_color_night') will be enhanced with options: [{'name': 'stretch', 'method': , 'kwargs': {'stretch': 'crude', 'min_stretch': [0, 0, 0], 'max_stretch': [1, 1, 1]}}] [2025-01-10 02:21:31,651] : PID 132 : DEBUG : trollimage.xrimage : stretch : Applying stretch crude with parameters {'min_stretch': [0, 0, 0], 'max_stretch': [1, 1, 1]} [2025-01-10 02:21:31,690] : PID 132 : DEBUG : trollimage.xrimage : get_scaling_from_history : Multi-band scale/offset tags can't be saved to geotiff. Setting scale and offset to (NaN, NaN). [2025-01-10 02:21:31,721] : PID 132 : INFO : abi_l1b_geotiff : _run_processing : Computing products and saving data to writers... [2025-01-10 02:22:07,056] : PID 132 : INFO : abi_l1b_geotiff : _run_processing : SUCCESS