geocat>> PROGRAM_UTILS:READ_DEFAULT_OPTIONS(INFORMATION) : Reading default options from: geocat.default GEOCAT 0.8 Algorithms VOLCAT Pixel Tracking (vcat_tracking_2_5_7_10_11_13_14_15) VOLCAT Pixel Tracking (vcat_tracking_2_7_10_11_13_14_15) VOLCAT Pixel Tracking (vcat_tracking_2_5_7_10_11_14_15) VOLCAT Pixel Tracking (vcat_tracking_2_7_10_11_13_15) VOLCAT Pixel Tracking (vcat_tracking_2_7_11_13_15) VOLCAT Pixel Tracking (vcat_tracking_2_7_10_11_14_15) VOLCAT Pixel Tracking (vcat_tracking_2_7_11_14_15) VOLCAT Pixel Tracking (vcat_tracking_2_7_9_14_15) VOLCAT Pixel Tracking (vcat_tracking_2_7_9_14_16) VOLCAT Pixel Tracking (vcat_tracking_2_7_14_15) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_7_13_14_15) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_7_13_14_15_diag) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_5_6_7_13_14_15) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_5_6_7_13_14_15_diag) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_5_6_7_14_15) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_5_6_7_14_15_diag) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_7_14_15) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_7_14_15_diag) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_7_14_15_hrv) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_7_14_15_hrv_diag) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_7_14_15_17_18) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_7_14_15_17_18_diag) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_7_14_15_17) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_7_14_15_17_diag) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_7_14_15_17_iband) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_7_14_15_17_iband_diag) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_7_14_16) VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_7_14_16_diag) VOLCAT Volcanic Ash Detection (Part I) (vcat_ashdet_pix_2_14_15) VOLCAT Volcanic Ash Detection (Part I) (vcat_ashdet_pix_7_14_15) VOLCAT Volcanic Ash Detection (Part I) (vcat_ashdet_pix_2_7_14_15) VOLCAT Volcanic Ash Detection (Part I) (vcat_ashdet_pix_2_7_9_14_16) VOLCAT Volcanic Ash Detection (Part I) (vcat_ashdet_pix_2_7_11_14_15) VOLCAT Volcanic Ash Detection (Part I) (vcat_ashdet_pix_2_7_10_14_15) VOLCAT Volcanic Ash Detection (Part I) (vcat_ashdet_pix_2_7_10_11_14_15) VOLCAT Volcanic Ash Detection (Part I) (vcat_ashdet_pix_2_7_10_11_14_15_16) VOLCAT Volcanic Ash Detection (Part I) (vcat_ashdet_pix_7_10_11_14_15) VOLCAT Volcanic Ash Detection (Part I) (vcat_ashdet_pix_2_7_10_11_13_14_15) VOLCAT Volcanic Ash Detection (Part II) (vcat_ashdet_obj_2_14_15) VOLCAT Volcanic Ash Detection (Part II) (vcat_ashdet_obj_7_14_15) VOLCAT Volcanic Ash Detection (Part II) (vcat_ashdet_obj_2_7_14_15) VOLCAT Volcanic Ash Detection (Part II) (vcat_ashdet_obj_2_7_9_14_16) VOLCAT Volcanic Ash Detection (Part II) (vcat_ashdet_obj_2_7_11_14_15) VOLCAT Volcanic Ash Detection (Part II) (vcat_ashdet_obj_2_7_10_14_15) VOLCAT Volcanic Ash Detection (Part II) (vcat_ashdet_obj_2_7_10_11_14_15) VOLCAT Volcanic Ash Detection (Part II) (vcat_ashdet_obj_7_10_11_14_15) VOLCAT Volcanic Ash Detection (Part II) (vcat_ashdet_obj_2_7_10_11_13_14_15) VOLCAT hyperspectral infrared based ash detection and characterization (vcat_ash_hyperIR_lw) VOLCAT Volcanic Ash Characterization (vcat_ashprop_13_14_15_16) VOLCAT Volcanic Ash Characterization (vcat_ashprop_13_14_15_16_diag) VOLCAT Volcanic Ash Characterization (vcat_ashprop_13_14_15_16_active) VOLCAT Volcanic Ash Characterization (vcat_ashprop_14_15_16) VOLCAT Volcanic Ash Characterization (vcat_ashprop_14_15_16_diag) VOLCAT Volcanic Ash Characterization (vcat_ashprop_14_15_16_active) VOLCAT Volcanic Ash Characterization (vcat_ashprop_13_15_16) VOLCAT Volcanic Ash Characterization (vcat_ashprop_13_15_16_diag) VOLCAT Volcanic Ash Characterization (vcat_ashprop_13_15_16_active) VOLCAT Volcanic Ash Characterization (vcat_ashprop_14_15) VOLCAT Volcanic Ash Characterization (vcat_ashprop_14_15_diag) VOLCAT Volcanic Ash Characterization (vcat_ashprop_14_15_active) VOLCAT Volcanic Ash Characterization (vcat_ashprop_14_16) VOLCAT Volcanic Ash Characterization (vcat_ashprop_14_16_diag) VOLCAT Volcanic Ash Characterization (vcat_ashprop_14_16_active) VOLCAT Volcanic Cb Detection (vcat_vcbdet_14) VOLCAT Volcanic Cb Detection (vcat_vcbdet_14_ashprop) VOLCAT Volcanic Cb Detection (vcat_vcbdet_9_14) VOLCAT Volcanic Cb Detection (vcat_vcbdet_9_14_ashprop) VOLCAT Volcanic Cb Detection (vcat_vcbdet_8_14) VOLCAT Volcanic Cb Detection (vcat_vcbdet_8_14_ashprop) VOLCAT Volcanic Cb Detection (vcat_vcbdet_13) VOLCAT Volcanic Cb Detection (vcat_vcbdet_13_ashprop) VOLCAT Volcanic Cb Detection (vcat_vcbdet_9_13) VOLCAT Volcanic Cb Detection (vcat_vcbdet_9_13_ashprop) VOLCAT Volcanic Cb Detection (vcat_vcbdet_8_13) VOLCAT Volcanic Cb Detection (vcat_vcbdet_8_13_ashprop) VOLCAT SO2 Detection (Part I) (vcat_so2det_pix_9_10_11_14_15) VOLCAT SO2 Detection (Part I) (vcat_so2det_pix_9_10_11_13_15) VOLCAT SO2 Detection (Part I) (vcat_so2det_pix_8_10_11_14_15) VOLCAT SO2 Detection (Part I) (vcat_so2det_pix_11_14_15) VOLCAT SO2 Detection (Part II) (vcat_so2det_obj_9_10_11_14_15) VOLCAT SO2 Detection (Part II) (vcat_so2det_obj_9_10_11_13_15) VOLCAT SO2 Detection (Part II) (vcat_so2det_obj_8_10_11_14_15) VOLCAT SO2 Detection (Part II) (vcat_so2det_obj_11_14_15) VOLCAT SO2 Detection (Part II) (vcat_so2det_obj_hyperir_9_10_11_14_15) VOLCAT SO2 Detection (Part II) (vcat_so2det_obj_hyperir_9_10_11_13_15) VOLCAT SO2 Detection (Part II) (vcat_so2det_obj_hyperir_8_10_11_14_15) VOLCAT SO2 Detection (Part II) (vcat_so2det_obj_hyperir_11_14_15) VOLCAT hyperspectral infrared based SO2 detection and characterization (vcat_so2_hyperIR_mw) VOLCAT hyperspectral infrared based SO2 detection and characterization (vcat_so2_hyperIR_mw_nortm) VOLCAT SO2 Characterization (vcat_so2prop_9_10_11_14_15) VOLCAT SO2 Characterization (vcat_so2prop_9_10_11_13_15) VOLCAT SO2 Characterization (vcat_so2prop_8_10_11_14_15) VOLCAT SO2 Characterization (vcat_so2prop_11_14_15) VOLCAT SO2 Characterization (vcat_so2prop_hyperir_9_10_11_14_15) VOLCAT SO2 Characterization (vcat_so2prop_hyperir_9_10_11_13_15) VOLCAT SO2 Characterization (vcat_so2prop_hyperir_8_10_11_14_15) VOLCAT SO2 Characterization (vcat_so2prop_hyperir_11_14_15) Test hyperspectral IR integration (test_hyperir) geocat>> Reading satellite meta data... geocat>> NETCDF_READ_MODULE:NETCDF_STRING_ATTR_HANDLER(WARNING) : Error reading netcdf character attribute type geocat>> Printing directory block information... SSEC sensor #: 300 Imager Flag: T Hyperspectral Infrared Flag: F Image yyyddd: 124114 Image hhmmss: 658 Image upper left line coordinate: 0 Image upper left element coordinate: 0 Number of lines in image: 4112 Number of elements per image line: 3200 Number of bytes per image element: 2 Resolution of image lines: .750 Resolution of image elements: .750 Number of spectral bands: 22 Length of line prefix (bytes): 0 Byte offset to start of data block: 0 Byte offset to start of navigation block: 0 Validity code: 0 Actual image yyyddd: 124114 Actual image hhmmss: 658 Actual image start scan: 0 Length of prefix documentation: 0 Length of prefix calibration: 0 Length of prefix band list: 0 Byte offset to start of supplemental block: 0 Number of entries in supplemental block: 0 Byte offset to start of calibration block: 0 geocat>> Reading instrument data... geocat>> CALIBRATION:READ_SHORT_INSTRUMENT_FILE(INFORMATION) : Instrument file: SNPP.VIIRS.2011.10.28.auto.instrument geocat>> Printing calibration block information... Spacecraft structure index: 28 SSEC Instrument Id: 300 WMO Spacecraft Id: 342 WMO BUFR Spacecraft Id: 224 NORAD Spacecraft Id: 37849 Spacecraft name: SNPP Calibration information: N Detectors: 1 Year of Launch = 2011 Julian Day of Launch = 301 Years since launch = 12.31 0.4880 um (det# 1): S= 46.43, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu=20580.85, a= -1.606551, b= 1.038465 0.6720 um (det# 1): S= 68.72, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu=14894.87, a= -0.966973, b= 1.004714 0.8650 um (det# 1): S= 72.65, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu=11609.95, a= -1.315290, b= 1.013708 1.3780 um (det# 1): S= 68.01, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu= 7271.00, a= -0.069397, b= 1.000016 1.6100 um (det# 1): S= 63.91, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu= 6243.82, a= -0.673663, b= 1.001172 2.2500 um (det# 1): S= 37.98, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu= 4431.07, a= -0.155035, b= 1.000093 3.7000 um (det# 1): S= 16.09, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu= 2707.01, a= -0.573180, b= 1.000646 8.5500 um (det# 1): S= 3.30, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu= 1166.33, a= -0.145213, b= 1.000298 10.7630 um (det# 1): S= 2.15, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu= 934.21, a= -0.642437, b= 1.001706 12.0130 um (det# 1): S= 1.77, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu= 845.28, a= -0.413192, b= 1.001197 4.0500 um (det# 1): S= 13.51, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu= 2460.01, a= -0.327947, b= 1.000365 0.4150 um (det# 1): S= 28.78, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu=24344.18, a= -1.127321, b= 1.182088 0.4450 um (det# 1): S= 37.27, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu=22542.01, a= -1.398320, b= 1.049258 0.5550 um (det# 1): S= 56.43, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu=18163.08, a= -1.555748, b= 1.016348 0.6400 um (det# 1): S= 66.21, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu=15728.84, a= 2.004602, b= 1.968571 0.7000 um (det# 1): S= 65.64, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu=14974.44, a= -39.998577, b= 0.122148 0.7460 um (det# 1): S= 70.82, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu=13418.40, a= -0.379148, b= 1.000864 0.8650 um (det# 1): S= 72.65, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu=11612.08, a= -1.319879, b= 1.013887 1.2400 um (det# 1): S= 72.13, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu= 8076.28, a= -0.280083, b= 1.000248 1.6100 um (det# 1): S= 63.90, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu= 6241.25, a= -0.667607, b= 1.001286 3.7400 um (det# 1): S= 15.78, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu= 2672.81, a= -1.680143, b= 1.002788 11.4500 um (det# 1): S= 1.90, SDeg=-999.000000, Slope=-999.000000, Offset=-999.000000, FPT=-999.00 : nu= 877.72, a= -1.784984, b= 1.005065 geocat>> year=2024, julian=114, month=04, day=23, hour=00, min=06, sec=58, hour_frac= 0.12 geocat>> Sun/Earth Distance Factor= 1.0052849 geocat>> BASE OUTPUT FILENAME: geocatTAG.SNPP.2024114.000658.hdf geocat>> akey2index(WARNING) : Invalid algorithm: baseline_cmask_seviri geocat>> akey2index(WARNING) : Invalid algorithm: baseline_ctype_seviri geocat>> akey2index(WARNING) : Invalid algorithm: seviri geocat>> akey2index(WARNING) : Invalid algorithm: clavrx geocat>> akey2index(WARNING) : Invalid algorithm: none geocat>> akey2index(WARNING) : Invalid algorithm: none geocat>> akey2index(WARNING) : Invalid algorithm: none geocat>> akey2index(WARNING) : Invalid algorithm: none geocat>> akey2index(WARNING) : Invalid algorithm: none geocat>> akey2index(WARNING) : Invalid algorithm: none geocat>> akey2index(WARNING) : Invalid algorithm: none geocat>> akey2index(WARNING) : Invalid algorithm: none geocat>> PROGRAM_UTILS:SET_SURFACE_PROPERTY_OPTIONS(FAILURE) : Unrecognized hyperspectral IR land surface emissivity option: SEEBOR geocat>> Printing input options... DATA SOURCE: SNPP FILE TYPE: viirs_l1b_ak COLOCATE HYPERSPECTRAL IR: F SCAN TIME OFFSET: 0 REFLECTANCE CALIBRATION OPTION: default THERMAL CALIBRATION OPTION: default CORRECT NAVIGATION ERRORS: NO TERRAIN CORRECTED NAVIGATION OPTION: COPIED FROM DEFAULT LAT/LON DEFAULT NWP: gfs DEFAULT MESOSCALE NWP: no_nwp_meso DEFAULT IMAGER RTM: rttov OUTPUT FORMAT: hdf Default pixel level tracking: vcat_tracking_2_7_11_14_15 Default cloud mask: NA Default cloud type: NA Default aerosol mask: NA Default cloud height: NA Default daytime cloud optical properties: NA Default fog/low cloud: NA Default volcanic ash detection: NA Default Ash hyperspectral IR analysis: NA Default SO2 detection: NA Default SO2 hyperspectral IR analysis: NA Default volcanic ash retrieval: NA Default SO2 retrieval: NA SATELLITE FILE DIRECTORY: ///input/ SATELLITE FILE DIRECTORY (optional co-located hyperspextral IR data): ///input/ TEMPORARY FILE DIRECTORY: /output/tmp/geocat INPUT NAV DIRECTORY: /input NWP DIRECTORY: /ancillary/NWP_DATA/GFS_HDF NWP MESOSCALE DIRECTORY: ./nwp_meso/ INGEST FULL RESOLUTION DATA: YES MAKE LEVEL 1 FILE: YES IMAGER DATA DUMP: T; FULL RES IMAGER DATA DUMP: T; HYPERSPECTRAL DATA DUMP: F LEVEL 1 OUTPUT DIRECTORY: /output//l1_data MAKE LEVEL 2 FILE: YES LEVEL 2 OUTPUT DIRECTORY: /output//l2_data MAKE LEVEL DIAG FILE: YES DIAG OUTPUT DIRECTORY: /output//diag_data MAKE RTM FILE: YES IMAGER DATA DUMP: T; FULL RES IMAGER DATA DUMP: T; HYPERSPECTRAL DATA DUMP: F RTM OUTPUT DIRECTORY: /output//rtm_data MAKE NAV FILE: NO NAV OUTPUT DIRECTORY: NA IMAGER LAND SURFACE EMISSIVITY OPTION: SEEBOR IMAGER SEA SURFACE EMISSIVITY OPTION: CONST IMAGER LAND SURFACE ALBEDO OPTION: MODIS_WS IMAGER SEA SURFACE ALBEDO OPTION: NONE USE 4-KM SNOW MAPS: YES SNOW MAP DIRECTORY: /ancillary/SNOW_DATA USE SST: YES SST SOURCE: cmcsst_daily SST DIRECTORY: /ancillary/SST_DATA/CMC_SST_DAILY/2024 Dumping channel 2 (0.64 um (red)) to Level 1 file Dumping channel 7 (3.90 um) to Level 1 file Dumping channel 11 (8.50 um) to Level 1 file Dumping channel 14 (11.20 um) to Level 1 file Dumping channel 15 (12.30 um) to Level 1 file Dumping channel 17 (4.0 um (high saturation)) to Level 1 file Dumping channel 10 (0.64 um (dedicated high res red)) to Level 1 file Dumping channel 25 (1.61 um) to Level 1 file Dumping channel 1 (3.74 um (dedicated high res)) to Level 1 file Dumping channel 10 (11.45 um (dedicated high res or high gain)) to Level 1 file Dumping channel 7 (3.90 um) to clear sky RTM file Dumping channel 11 (8.50 um) to clear sky RTM file Dumping channel 14 (11.20 um) to clear sky RTM file Dumping channel 15 (12.30 um) to clear sky RTM file Dumping channel 17 (4.0 um (high saturation)) to clear sky RTM file ALGORITHM(S) TO BE PROCESSED, INCLUDING DEFAULT ALGORITHMS: Algorithm index = 7, Algorithm name = VOLCAT Pixel Tracking (vcat_tracking_2_7_11_14_15) Algorithm index = 26, Algorithm name = VOLCAT Thermal Anomaly Analysis (vcat_thermal_2_7_14_15_17_iband_diag) geocat>> Total number of algorithms to process (including default) = 2 geocat>> PROGRAM_UTILS:IMAGER_SPECTRAL_NEEDS(INFORMATION) : Imager channels to be ingested: 0.64 um (red) (channel 5) --> Resolution factor=1 3.90 um (channel 12) --> Resolution factor=1 8.50 um (channel 14) --> Resolution factor=1 11.20 um (channel 15) --> Resolution factor=1 12.30 um (channel 16) --> Resolution factor=1 4.0 um (high saturation) (channel 13) --> Resolution factor=1 0.64 um (dedicated high res red) (channel 18) --> Resolution factor=2 1.61 um (channel 20) --> Resolution factor=2 3.74 um (dedicated high res) (channel 21) --> Resolution factor=2 11.45 um (dedicated high res or high gain) (channel 22) --> Resolution factor=2 geocat>> PROGRAM_UTILS:ALGORITHM_OUTPUT_CHECK(INFORMATION) : Checking algorithms for alternate resolution outputs Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Hot_Object_Mask_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: latitude_tc_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: longitude_tc_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: rad_mwir_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: bt_mwir_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: btd_mwir_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: bt_lwir_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: btd_lwir_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Ref_Red_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: bt_mwir_bias_hires, Spatial resolution factor: 2 Output file: DIAG Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: bt_lwir_bias_hires, Spatial resolution factor: 2 Output file: DIAG Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: bt_mwir_qf_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: btd_mwir_qf_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: bt_lwir_qf_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: btd_lwir_qf_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: rad_swir16_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: rad_swir_qf16_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: solar_zenith_angle_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Land_Mask_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: chan_idx_mwir_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: cloud_emissivity_tot_lwir_hires, Spatial resolution factor: 2 Output file: DIAG Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: trans_atm_clr_mwir_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: trans_atm_cld_mwir_hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Thermal_Anom_Robustness_Hires, Spatial resolution factor: 2 Output file: L2 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Thermal_Anom_Robustness_No_Temporal_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: High_Confidence_Idx_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: No_Contrast_Count_Hires, Spatial resolution factor: 2 Output file: DIAG_S1 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: SW_Fraction_Clear_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: SW_Fraction_Cloud_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Cold_Fraction_Clear_Hires, Spatial resolution factor: 2 Output file: DIAG_S1 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Cold_Fraction_Cloud_Hires, Spatial resolution factor: 2 Output file: DIAG_S1 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Bright_Fraction_Clear_Hires, Spatial resolution factor: 2 Output file: DIAG Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Bright_Fraction_Cloud_Hires, Spatial resolution factor: 2 Output file: DIAG_S1 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Bright_Dist_Clear_Hires, Spatial resolution factor: 2 Output file: DIAG_S1 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Mean_Btd_MWIR_Env_Cloud_Hires, Spatial resolution factor: 2 Output file: DIAG Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Sdev_Btd_MWIR_Env_Cloud_Hires, Spatial resolution factor: 2 Output file: DIAG Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Mean_Bt_MWIR_Env_Cloud_Hires, Spatial resolution factor: 2 Output file: DIAG Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Sdev_Bt_MWIR_Env_Cloud_Hires, Spatial resolution factor: 2 Output file: DIAG Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Mean_Btd_MWIR_Env_Clear_Hires, Spatial resolution factor: 2 Output file: DIAG Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Sdev_Btd_MWIR_Env_Clear_Hires, Spatial resolution factor: 2 Output file: DIAG Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Mean_Bt_MWIR_Env_Clear_Hires, Spatial resolution factor: 2 Output file: DIAG Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Sdev_Bt_MWIR_Env_Clear_Hires, Spatial resolution factor: 2 Output file: DIAG Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Mean_Rad_SWIR16_Env_Cloud_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Sdev_Rad_SWIR16_Env_Cloud_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Mean_Rad_SWIR16_Env_Clear_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Sdev_Rad_SWIR16_Env_Clear_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Mean_Rad_SWIR22_Env_Cloud_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Sdev_Rad_SWIR22_Env_Cloud_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Mean_Rad_SWIR22_Env_Clear_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Sdev_Rad_SWIR22_Env_Clear_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Btd_MWIR_Cloud_Hires, Spatial resolution factor: 2 Output file: L2 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Bt_MWIR_Cloud_Hires, Spatial resolution factor: 2 Output file: L2 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Btd_MWIR_Clear_Hires, Spatial resolution factor: 2 Output file: L2 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Bt_MWIR_Clear_Hires, Spatial resolution factor: 2 Output file: L2 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Bt_MWIR_Bias_Cloud_Hires, Spatial resolution factor: 2 Output file: DIAG_S1 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Bt_MWIR_Bias_Clear_Hires, Spatial resolution factor: 2 Output file: DIAG_S1 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Bt_LWIR_Bias_Cloud_Hires, Spatial resolution factor: 2 Output file: DIAG_S1 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Bt_LWIR_Bias_Clear_Hires, Spatial resolution factor: 2 Output file: DIAG_S1 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Water_Fraction_Cloud_Hires, Spatial resolution factor: 2 Output file: DIAG_S1 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Water_Fraction_Clear_Hires, Spatial resolution factor: 2 Output file: DIAG_S1 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Cloud_Emissivity_Tot_LWIR_Cloud_Hires, Spatial resolution factor: 2 Output file: DIAG_S1 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: VRP_Hires, Spatial resolution factor: 2 Output file: L2 Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Background_Count_Clear_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Background_Count_Cloud_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Background_Dist_Clear_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Background_Dist_Cloud_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Simulation_Mask_Hires, Spatial resolution factor: 2 Output file: None Algorithm name: VOLCAT Thermal Anomaly Analysis, Variable name: Consistent_Nom_Vs_Hires_MWIR, Spatial resolution factor: 2 Output file: None geocat>> PROGRAM_UTILS:ALGORITHM_OUTPUT_CHECK(INFORMATION) : Checking default algorithms for alternate resolution outputs geocat>> First Forecast Start Time (global) year=2024, month=4, day=22, hour=12, minute=0, second=0, forecast length=12.00 geocat>> Second Forecast Start Time (global) year=2024, month=4, day=22, hour=18, minute=0, second=0, forecast length=12.00 geocat>> GFS file #1 = /ancillary/NWP_DATA/GFS_HDF/gfs.24042212_F012.hdf geocat>> GFS file #2 = /ancillary/NWP_DATA/GFS_HDF/gfs.24042218_F012.hdf geocat>> Printing directory block information... SSEC sensor #: 300 Imager Flag: T Hyperspectral Infrared Flag: F Image yyyddd: 124114 Image hhmmss: 658 Image upper left line coordinate: 0 Image upper left element coordinate: 0 Number of lines in image: 4112 Number of elements per image line: 3200 Number of bytes per image element: 2 Resolution of image lines: .750 Resolution of image elements: .750 Number of spectral bands: 22 Length of line prefix (bytes): 0 Byte offset to start of data block: 0 Byte offset to start of navigation block: 0 Validity code: 0 Actual image yyyddd: 124114 Actual image hhmmss: 658 Actual image start scan: 0 Length of prefix documentation: 0 Length of prefix calibration: 0 Length of prefix band list: 0 Byte offset to start of supplemental block: 0 Number of entries in supplemental block: 0 Byte offset to start of calibration block: 0 geocat>> Loading Planck Constants... geocat>> Loading Planck Tables... 3200 960 -999 -999 geocat>> NAVIGATION:ORBNAV_WHERE(INFORMATION) : Using OrbNav to locate satellite: curl --connect-timeout 10 --max-time 20 "https://sips.ssec.wisc.edu/orbnav/api/v1/where.wjson?&sat=37849&stamp=2024-04-23T00:06:58Z" > /output/tmp/geocat/OrbnavWhere.wjson geocat>> NAVIGATION:CHECK_SATELLITE_LOC_PARAMS(WARNING) : The OrbNav provided sub-satellite latitude differs significantly from the default value, disregarding OrbNav input Default Source: -999.0000; Alternate Source: 50.9500 geocat>> NAVIGATION:CHECK_SATELLITE_LOC_PARAMS(WARNING) : The OrbNav provided sub-satellite longitude differs significantly from the default value, disregarding OrbNav input Default Source: -999.0000; Alternate Source: -171.3600 geocat>> NAVIGATION:ASSIGN_SINGLE_SATELLITE_LOC_PARAM(INFORMATION) : Utilizing OrbNav input for: satellite altitude geocat>> Sub-satellite lat = -999.00, Sub-satellite lon = -999.00, Satellite height = 833870.0 meters, Projection lon = -999.00 geocat>> X_Offset_Nav = -999.0000000, Y_Offset_Nav = -999.0000000, X_Scale_Nav = -999.0000000, Y_Scale_Nav = -999.0000000 geocat>> NAVIGATION(INFORMATION) : Opening VIIRS M-band geolocation file: /input/V2024114000658.GEO-M_SNPP.nc geocat>> NETCDF_READ_MODULE:NETCDF_STRING_ATTR_HANDLER(WARNING) : Error reading netcdf character attribute type geocat>> NAVIGATION:CHECK_VIIRS_NAVIGATION(INFORMATION) : Assessing M-band compatibility Generating file listing using: ls ///input//V2024114000658.GEO-I*.nc > /output/tmp/geocat/glob_filename.txt geocat>> VIIRS_INGEST:FIND_VIIRS_FILE_L1B(INFORMATION) : Found matching file with pattern: V2024114000658.GEO-I*.nc ///input//V2024114000658.GEO-I_SNPP.nc geocat>> NAVIGATION(INFORMATION) : Opening VIIRS I-band geolocation file: /input/V2024114000658.GEO-I_SNPP.nc geocat>> NETCDF_READ_MODULE:NETCDF_STRING_ATTR_HANDLER(WARNING) : Error reading netcdf character attribute type geocat>> NAVIGATION:CHECK_VIIRS_NAVIGATION(INFORMATION) : Assessing I-band compatibility geocat>> Reading in SST climatology map: sst_climatology_oisst.dat geocat>> PROGRAM_UTILS:OPEN_SFC_PROP_Files(INFORMATION) : Opening surface elevation file: GLOBE_1km_digelev.hdf geocat>> PROGRAM_UTILS:OPEN_SFC_PROP_Files(INFORMATION) : Opening land surface type file: gl-latlong-1km-landcover.hdf geocat>> PROGRAM_UTILS:OPEN_SFC_PROP_Files(INFORMATION) : Opening ecosystem type file: goge2_0ll.hdf geocat>> PROGRAM_UTILS:OPEN_SFC_PROP_Files(INFORMATION) : Opening land mask file: lw_geo_2001001_v03m.hdf geocat>> PROGRAM_UTILS:OPEN_SFC_PROP_Files(INFORMATION) : Opening coast mask file: coast_mask_1km.hdf geocat>> PROGRAM_UTILS:OPEN_SFC_PROP_Files(INFORMATION) : Opening volcano file: volcano_distance.hdf geocat>> PROGRAM_UTILS:OPEN_SFC_PROP_Files(WARNING) : Could not find valid snow mask file. geocat>> PROGRAM_UTILS:OPEN_SFC_PROP_Files(WARNING) : The pixel level snow mask will be filled with the NWP snow product, if available. geocat>> Looking for OISST analysis file... geocat>> OISST analysis file /ancillary/SST_DATA/CMC_SST_DAILY/2024/20240423120000-CMC-L4_GHRSST-SSTfnd-*.nc does not exist geocat>> OISST analysis file /ancillary/SST_DATA/CMC_SST_DAILY/2024/20240422120000-CMC-L4_GHRSST-SSTfnd-*.nc does not exist geocat>> OISST analysis file /ancillary/SST_DATA/CMC_SST_DAILY/2024/20240421120000-CMC-L4_GHRSST-SSTfnd-*.nc does not exist geocat>> Could not find a valid OISST analysis file geocat>> WARNING: CMC SST data will not be available geocat>> Opening high resolution surface emissivity file: global_emiss_intABI_2005091.hdf geocat>> Opening high resolution surface albedo file: AlbMap.WS.c004.v2.0.2004.113.0.659_x4.hdf geocat>> Creating Level 1 file: /output//l1_data/geocatL1.SNPP.2024114.000658.hdf geocat>> Creating HIRES Level 1 file: /output//l1_data/geocatL1HIRES.SNPP.2024114.000658.hdf geocat>> Creating Level 2 file: /output//l2_data/geocatL2.SNPP.2024114.000658.hdf geocat>> Creating HIRES Level 2 file: /output//l2_data/geocatL2HIRES.SNPP.2024114.000658.hdf geocat>> Creating S1 Level 2 file: /output//l2_data/geocatL2S1.SNPP.2024114.000658.hdf geocat>> Creating Diagnostic file: /output//diag_data/geocatDIAG.SNPP.2024114.000658.hdf geocat>> Creating HIRES Diagnostic file: /output//diag_data/geocatDIAGHIRES.SNPP.2024114.000658.hdf geocat>> Creating S1 Diagnostic file: /output//diag_data/geocatDIAGS1.SNPP.2024114.000658.hdf geocat>> Creating HIRES S1 Diagnostic file: /output//diag_data/geocatDIAGS1HIRES.SNPP.2024114.000658.hdf geocat>> Creating RTM file: /output//rtm_data/geocatRTM.SNPP.2024114.000658.hdf geocat>> Loading temporal data structures... geocat>> Applying algorithms to scan line segments geocat>> Processing elements 1 - 3200 with xstride = 1 and lines 1 - 3200 in 4 scan line segments geocat>> NAVIGATION:IDENTIFY_PIXEL_OVERLAP(INFORMATION) : Identifying overlapping observations 0.1027756 seconds to copy data. 5980569. points per second built for rearranged tree. 9.617287 seconds to find nearest neighbors. 14.15860 seconds to complete overlap check. geocat>> NAVIGATION:NOMINAL2HIRES_OVERLAP(INFORMATION) : Identifying overlapping observations for hires data 17.40963 seconds to complete hires overlap check. Generating file listing using: ls ///input//V2024114000658.L1B-I*.nc > /output/tmp/geocat/glob_filename.txt geocat>> VIIRS_INGEST:FIND_VIIRS_FILE_L1B(INFORMATION) : Found matching file with pattern: V2024114000658.L1B-I*.nc ///input//V2024114000658.L1B-I_SNPP.nc geocat>> MAIN(INFORMATION) : Mapping full resolution data to low resolution geocat>> RTM_CALLING_ROUTINES:UPFRONT_RTM_IMGR(INFORMATION) : Setting up RTTOV for imager /opt/rttov/rtcoef_rttov13 geocat>> RTTOV_MANAGER:GEOCAT_RTTOV_COEFFS_READ(INFORMATION) : Reading RTTOV coefficient file: /opt/rttov/rtcoef_rttov13/rttov9pred54L/rtcoef_jpss_0_viirs.dat 15740.9883000000 11611.0817000000 24362.3290200000 22552.5716100000 20571.4865800000 18169.4866800000 14899.3240900000 13418.5662600000 11608.5275900000 15216.5506000000 8076.27435300000 7271.11527000000 6245.76415000000 6246.52896100000 4430.90977500000 2675.39275400000 2707.69440000000 2460.01026500000 1165.95968600000 933.749315000000 876.171410700000 845.002543900000 geocat>> RTTOV_MANAGER:GEOCAT_RTTOV_SETUP(INFORMATION) : Performing RTTOV Forward Model calculations for: S-NPP VIIRS GEOCAT Channel: 7 RTTOV Channel: 17 Wavenumber: 2707.6944 GEOCAT Channel: 11 RTTOV Channel: 19 Wavenumber: 1165.9597 GEOCAT Channel: 14 RTTOV Channel: 20 Wavenumber: 933.7493 GEOCAT Channel: 15 RTTOV Channel: 22 Wavenumber: 845.0025 GEOCAT Channel: 17 RTTOV Channel: 18 Wavenumber: 2460.0103 GEOCAT Channel: 19 RTTOV Channel: 16 Wavenumber: 2675.3928 GEOCAT Channel: 28 RTTOV Channel: 21 Wavenumber: 876.1714 geocat>> RTTOV_MANAGER:GEOCAT_RTTOV_RUN_FWD(FAILURE) : Error running RTTOV forward model for S-NPP VIIRS geocat>> RTM_CALLING_ROUTINES:RUN_RTTOV(FAILURE) : Error running RTTOV forward model ***Running file: V2024114000658.L1B-M_SNPP.nc ./geocat -verbose -time_report -nscans 960 -scan_time_offset 0 -scan_time_operation add -land_emiss seebor -sea_emiss const -land_emiss_hyperir seebor -sea_emiss_hyperir const -land_albedo modis_ws -sea_albedo none -x 1 999999999 1 -y 1 3200 -rtm rttov -rtm_hyperir rttov -use_sst -sst_source cmcsst_daily -sst_dir /ancillary/SST_DATA/CMC_SST_DAILY/2024 -use_snow -snow_dir /ancillary/SNOW_DATA -satloc_opt 3 -tc_nav 0 -l1_dir /output//l1_data -l2_dir /output//l2_data -diag_dir /output//diag_data -rtm_dir /output//rtm_data -nav_output_dir /output//nav_data -tmp_dir /output/tmp/geocat -read_nav V2024114000658.GEO-M_SNPP.nc -nav_input_dir /input -maxsatzen 85 -active_dir none -diag -dumpch 2 7 11 14 15 17 -dumpch_sr 10 25 -dumpch_se 1 10 -dumprtm 7 11 14 15 17 -pix_tracking vcat_tracking_2_7_11_14_15 -clean_l2 -akey vcat_thermal_2_7_14_15_17_iband_diag -fullres -area_dir ///input/ -file_type viirs_l1b_ak -f V2024114000658.L1B-M_SNPP.nc Error processing: V2024114000658.L1B-M_SNPP.nc