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netcdf n15.20091003.2145.usf.sst {
dimensions:
line = 6600 ;
sample = 8800 ;
variables:
short avhrr_ch1(line, sample) ;
avhrr_ch1:long_name = "avhrr_ch1" ;
avhrr_ch1:units = "albedo*100%" ;
avhrr_ch1:valid_range = -32768s, 32767s ;
avhrr_ch1:_FillValue = -32768s ;
avhrr_ch1:scale_factor = 0.01 ;
avhrr_ch1:scale_factor_err = 0. ;
avhrr_ch1:add_offset = 0. ;
avhrr_ch1:add_offset_err = 0. ;
avhrr_ch1:calibrated_nt = 22 ;
short avhrr_ch2(line, sample) ;
avhrr_ch2:long_name = "avhrr_ch2" ;
avhrr_ch2:units = "albedo*100%" ;
avhrr_ch2:valid_range = -32768s, 32767s ;
avhrr_ch2:_FillValue = -32768s ;
avhrr_ch2:scale_factor = 0.01 ;
avhrr_ch2:scale_factor_err = 0. ;
avhrr_ch2:add_offset = 0. ;
avhrr_ch2:add_offset_err = 0. ;
avhrr_ch2:calibrated_nt = 22 ;
byte mcsst(line, sample) ;
mcsst:long_name = "mcsst" ;
mcsst:units = "temp_deg_c" ;
mcsst:valid_range = 0b, -1b ;
mcsst:_FillValue = 0b ;
mcsst:scale_factor = 0.1992 ;
mcsst:scale_factor_err = 0. ;
mcsst:add_offset = 10.5422 ;
mcsst:add_offset_err = 0. ;
mcsst:calibrated_nt = 21 ;
short rel_azimuth(line, sample) ;
rel_azimuth:long_name = "rel_azimuth" ;
rel_azimuth:units = "degrees" ;
rel_azimuth:valid_range = -32768s, 32767s ;
rel_azimuth:_FillValue = -32768s ;
rel_azimuth:scale_factor = 0.01 ;
rel_azimuth:scale_factor_err = 0. ;
rel_azimuth:add_offset = 0. ;
rel_azimuth:add_offset_err = 0. ;
rel_azimuth:calibrated_nt = 22 ;
short sat_zenith(line, sample) ;
sat_zenith:long_name = "sat_zenith" ;
sat_zenith:units = "degrees" ;
sat_zenith:valid_range = -32768s, 32767s ;
sat_zenith:_FillValue = -32768s ;
sat_zenith:scale_factor = 0.01 ;
sat_zenith:scale_factor_err = 0. ;
sat_zenith:add_offset = 0. ;
sat_zenith:add_offset_err = 0. ;
sat_zenith:calibrated_nt = 22 ;
// global attributes:
:line\coord = "y" ;
:line\scale = 1. ;
:line\offset = 0. ;
:sample\coord = "x" ;
:sample\scale = 1. ;
:sample\offset = 0. ;
:projection = 2 ;
:et_affine = -0.988147, 0., 0., 1.0903, 3300.5, 4400.5 ;
:projection_name = "rectangular" ;
:satellite = "noaa-15" ;
:sensor = 0 ;
:sensor_name = "avhrr" ;
:pass_date = 20091003 ;
:pass_date\units = "yyyymmdd" ;
:start_time = 214521. ;
:start_time\units = "hhmmss" ;
:time_adjust = -0.609 ;
:time_adjust\units = "hhmmss" ;
:attitude = -0.000447798, 0., 0.00424666 ;
:attitude\units = "radians" ;
:sensor_tilt = 0.00261799 ;
:sensor_tilt\units = "radians" ;
:scan_samples = 2048 ;
:scan_rates = 6., 40000., 37.6991 ;
:miss_algn_mat = 1., 0., 0., 0., 1., 0., 0., 0., 1. ;
:use_orbele = 1 ;
:use_orbele\units = "boolean" ;
:orb_elements = 0.601223, 0.835967, 8.e-05, 0.0011613, 0.291222, 0.697436, 0.273876 ;
:orb_elem_date = 20091002 ;
:orb_elem_date\units = "yyyymmdd" ;
:orb_elem_time = 0. ;
:orb_elem_time\units = "hhmmss" ;
:sensorient = 0., 0.785398, 0., 0.965167, -0.965167 ;
:sensorient\units = "radians" ;
:interp_points = 4 ;
:scan_time = -600., 1800., 4200., 6600. ;
:scan_time\units = "seconds" ;
:sensor_tilt_arr = 0.001309, 0.001309, 0.001309, 0.001309 ;
:sensor_tilt_arr\units = "radians" ;
:sensor_twist = 0., 0., 0., 0. ;
:sensor_twist\units = "radians" ;
:satellite_roll = -0.000447798, -0.000447798, -0.000447798, -0.000447798 ;
:satellite_roll\units = "radians" ;
:satellite_pitch = 0., 0., 0., 0. ;
:satellite_pitch\units = "radians" ;
:satellite_yaw = 0.00424666, 0.00424666, 0.00424666, 0.00424666 ;
:satellite_yaw\units = "radians" ;
:nutation_mat = 1., 1., 1., 1., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 1., 1., 1., 1., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 1., 1., 1., 1. ;
:center_lat = 25. ;
:center_lat\units = "std_latitude" ;
:center_lon = -85. ;
:center_lon\units = "std_longitude" ;
:map_angle = 0. ;
:map_angle\units = "radians" ;
:proj_param = 0. ;
:proj_param\units = "std_latitude" ;
:equator_radius = 6378.14 ;
:equator_radius\units = "km" ;
:flattening = 0. ;
}
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