* Ancillary data from NetCDF-2 file * Title = SAR winds at 10-m height neutral stability Institution = BLANK Source = SAR imagery BLANK History = ANSWRS 3.0 BLANK 2023-04-26 05:23:03 UTC Reference = ANSWRS 3.0 Version: Release 1.0, September 2019 Comments = Operational as of May 1, 2013 Conventions = CF-1.6 ANSWRS Product Name = SAR-derived wind speed ANSWRS Note = Processed at NOAA NCWCP (OPERATIONS) PNG Note = RADARSAT Constellation Mission Imagery Copyright Government of Canada 2023!CRADARSAT is an official mark of the Canadian Space Agency!CProcessed at NOAA/NESDIS/STAR/SOCD Original SAR Copyright = BLANK ANSWRS Version = 2023-04-26 05:23:03 UTC Platform Name = RCM-1 Platform Note = BLANK 2023 Date of data acquisition = 2023-04-30 08:01:46 UTC Date of data acquisition (Julian seconds) = 736156906 SIO creation time and date = 2023-04-30 14:17:39 UTC Icefile = IMSMASK1KM_2023_04_30_00_00_00_0736128000.nc Root SAR file name = RCM1_OK2399605_PK2533757_1_SC50MA_20230430_080133_HH_HV_GRD Direction file name = gfs025_cdf/GFS025_2023_04_30_06_00_00_0736149600_002.nc Direction file analysis time = 2023-04-30 06:00:00 UTC Direction file valid for time = 2023-04-30 08:00:00 UTC Model time (Julian seconds) = 0736149600 Model time with tau (Julian seconds) = 0736156800 Sensor frequency (Hz) = 5405000000.000 Sensor wavelength (m) = 0.05547 Frequency band = C Polarization = HH Geophysical model function = CMOD4 Alpha = 1.0 Remove Noise Cpol = BLANK Remove Noise Xpol = BLANK Upper left longitude = -25.6001 Upper right longitude = -18.3627 Upper left latitude = 64.4085 Upper right latitude = 63.7000 Start center longitude = -21.1400 Start center latitude = 65.5525 Scene center longitude = -21.5445 Scene center latitude = 64.8269 Lower left longitude = -25.0017 Lower right longitude = -17.3778 Lower left latitude = 65.8727 Lower right latitude = 65.1394 End center longitude = -21.5445 End center latitude = 64.8269 Northernmost Latitude = 65.8727 Southernmost Latitude = 63.7000 Easternmost Longitude = -25.6001 Westernmost Longitude = -17.3778 Minimum latitude (deg) = 63.7055 Maximum latitude (deg) = 65.8727 Minimum longitude (deg) = -25.5984 Maximum longitude (deg) = -17.3880 * Default file inputs * Save SIO image as two bytes = N Degree of polynomial fit = 2 Produce SIO KMZ file = N Produce Level-1 CDF file = N Produce PNG Wind image = Y Produce KMZ wind file = Y Resample level-2 data to this size (m) = 500.000 Direction to use if no direction file = 135.000 Resample level-3 to this size (m) = 500.000 Rows in level-2 wind file = 332 Columns in level-2 wind file = 724 Resample mask to this size (m) = 500 Average rows on input read = 1 Average columns on input read = 1 Minimum wind in PNG image = 0.00000 Maximum wind in PNG image = 25.0000 L-band model code = 0 C-band model code = 5 X-band model code = 1 Produce map PNG files = Y Size of map PNG file (pixels) = 150 Product thumb nail wind PNG images = Y Size of thumb nail PNG file (pixels) = 150 Produce Level-3 output text file = Y Maximum wind in PNG image = 25.0000 Directory with Radarsat-2 data = radarsat2 Directory with ALOS PALSAR data = psar_asf Directory with ASF Radarsat-1 data = ers_rsat1_class Directory with Gatineau Radarsat-1 data = rsat1_gat Directory with CSTARS Radarsat-1 data = rsat1_cstars Directory with TerraSAR-X data = terrasarx Directory with Envisat data = envisat_esa Directory with GRIB executables = wgrib_utilities Directory with SIO output = rcm_sio_source_025 Directory with SIO finished = rcm_sio_finished_025 Directory with SIO KMZ output = answrs_siokmz2 Directory with netCDF-1 output = APL_ANSWRS_GFS_RCM Directory with netCDF-2 output = APL_ANSWRS_GFS_RCM Directory with netCDF-3 output = APL_ANSWRS_GFS_RCM Directory with netCDF-3 THREDDS output = APL_ANSWRS_GFS_RCM Directory with wind PNG images = APL_ANSWRS_GFS_RCM Directory with wind KMZ files = APL_ANSWRS_GFS_RCM Directory to deposit files after processing = rcm_already_processed Directory with map PNG images = APL_ANSWRS_GFS_RCM Directory with thumbnail PNG images = APL_ANSWRS_GFS_RCM Directory with level-3 info files = APL_ANSWRS_GFS_RCM Directory with ANSWRS IDL code = idlsarops Directory with model data = gfs025_cdf File with list of flipped R1 data = asf_flipped_files.txt File with R1 file shifts = shifts.txt Directory with CIA map data = cia Directory with DEM 3s data = dem3 Directory with DEM 30s data = dcw Directory with OVRDLG data = dlg Directory with SRMAP data = cia Directory with GSHHS data = gshhs NRCS Slope = 1.00000 NRCS Bias = 0.00000 * IDL Information * Architecture = x86_64 Operating system = linux Operating system family = unix Operating system name = linux Release = 8.7.0 Build date = Jan 22 2018 (347767) Memory bits = 64 Memory offset bits = 64 * Wind Information * Fraction Land = 0.65 Fraction Ice = 0.03 Statistics Flag (0/1) = 1 SAR Wind Speed Max = 50.43 SAR Wind Speed Min = 1.14 SAR Wind Speed Mean = 7.88 SAR Wind Speed Standard Deviation = 2.75 Model Wind Speed Max = 14.21 Model Wind Speed Min = 1.96 Model Wind Speed Mean = 7.68 Model Wind Speed Standard Deviation = 2.82 Fraction SAR 00 - 05 m/s = 0.135 Fraction SAR 05 - 10 m/s = 0.706 Fraction SAR 10 - 15 m/s = 0.145 Fraction SAR 15 - 20 m/s = 0.010 Fraction SAR 20 - 25 m/s = 0.003 Fraction SAR > 25 m/s = 0.001 Fraction Model 00 - 05 m/s = 0.201 Fraction Model 05 - 10 m/s = 0.572 Fraction Model 10 - 15 m/s = 0.226 Fraction Model 15 - 20 m/s = 0.000 Fraction Model 20 - 25 m/s = 0.000 Fraction Model > 25 m/s = 0.000