/
S5P_L1B_IR_UVN.cdl
715 lines (690 loc) · 45.3 KB
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S5P_L1B_IR_UVN.cdl
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netcdf S5P_TEST_L1B_IR_UVN_20140827T114200_20140827T115800_53811_01_000901_20141209T120000 {
// global attributes:
:time_coverage_end = "2014-08-27T11:52:00Z" ;
:time_coverage_start = "2014-08-27T11:51:48Z" ;
:time_reference = "2014-08-27T00:00:00Z" ;
group: BAND1_IRRADIANCE {
group: STANDARD_MODE {
dimensions:
time = 1 ;
pixel = 76 ;
spectral_channel = 497 ;
scanline = 1 ;
nsettings = 1 ;
nbinningregions = 18 ;
group: OBSERVATIONS {
variables:
int pixel(pixel) ;
pixel:comment = "This dimension variable defines the indices across track; index starts at 0" ;
pixel:long_name = "across track dimension index" ;
pixel:units = "1" ;
int spectral_channel(spectral_channel) ;
spectral_channel:comment = "This dimension variable defines the indices spectral dimension; index starts at 0" ;
spectral_channel:long_name = "wavelength dimension index" ;
spectral_channel:units = "1" ;
int scanline(scanline) ;
scanline:comment = "This dimension variable defines the indices along track; index starts at 0" ;
scanline:long_name = "along track dimension index" ;
scanline:units = "1" ;
int delta_time(time, scanline) ;
delta_time:comment = "Time difference with time for each measurement" ;
delta_time:_FillValue = -2147483647 ;
delta_time:long_name = "offset from the reference start time of measurement" ;
delta_time:units = "milliseconds since 2014-08-27 00:00:00" ;
ushort detector_column_qualification(time, scanline, spectral_channel) ;
detector_column_qualification:comment = "Qualification flag indicating column indicating column type or state" ;
detector_column_qualification:_FillValue = 65535US ;
detector_column_qualification:flag_values = 0US, 1US, 16US, 32US, 64US, 256US, 512US, 1024US, 2048US ;
detector_column_qualification:flag_masks = 0US, 1US, 16US, 98US, 98US, 3840US, 3840US, 3840US, 3840US ;
detector_column_qualification:flag_meanings = "no_qualification skipped uvn_odd uvn_prepost uvn_overscan swir_adc0 swir_adc1 swir_adc2 swir_adc3" ;
detector_column_qualification:long_name = "Detector column qualification flags" ;
detector_column_qualification:max_val = 65534US ;
detector_column_qualification:min_val = 0US ;
detector_column_qualification:units = "1" ;
ushort detector_row_qualification(time, scanline, pixel) ;
detector_row_qualification:comment = "Qualification flag indicating row type or state" ;
detector_row_qualification:_FillValue = 65535US ;
detector_row_qualification:flag_values = 0US, 1US, 2US, 4US, 8US, 16US, 256US, 4096US, 8192US ;
detector_row_qualification:flag_masks = 0US, 9US, 2US, 4US, 9US, 16US, 256US, 4096US, 8192US ;
detector_row_qualification:flag_meanings = "no_qualification uvn_ror uvn_dump uvn_covered uvn_overscan uvn_higain swir_reference gen_transistion gen_non_illuminated" ;
detector_row_qualification:long_name = "Detector row qualification flags" ;
detector_row_qualification:max_val = 65534US ;
detector_row_qualification:min_val = 0US ;
detector_row_qualification:units = "1" ;
ushort measurement_quality(time, scanline) ;
measurement_quality:flag_values = 0US, 1US, 2US, 16US, 32US, 128US, 256US, 4096US ;
measurement_quality:flag_masks = 0US, 1US, 2US, 16US, 32US, 128US, 256US, 4096US ;
measurement_quality:flag_meanings = "no_error proc_skipped no_residual saa spacecraft_manoeuvre sub_grp irr_out_of_range sub_group" ;
measurement_quality:long_name = "measurement quality flag" ;
measurement_quality:max_val = 65534US ;
measurement_quality:min_val = 0US ;
measurement_quality:units = "1" ;
measurement_quality:comment = "Overall quality information for a measurement" ;
measurement_quality:coordinates = "longitude latitude" ;
measurement_quality:_FillValue = 65535US ;
float irradiance(time, scanline, pixel, spectral_channel) ;
irradiance:ancilary_vars = "irradiance_noise irradiance_error quality_level spectral_channel_quality" ;
irradiance:comment = "Measured spectral irradiance for each spectral pixel" ;
irradiance:_FillValue = 9.96921e+36f ;
irradiance:long_name = "spectral photon irradiance" ;
irradiance:units = "mol.m-2.nm-1.s-1" ;
byte irradiance_error(time, scanline, pixel, spectral_channel) ;
irradiance_error:comment = "The irradiance_error is a measure for the one standard deviation error of the bias of the irradiance measurement; it is expressed in decibel (dB), i.e. 10 times the base-10 logarithmic value of the ratio between the irradiance and the estimation error." ;
irradiance_error:coordinates = "longitude latitude" ;
irradiance_error:_FillValue = -127b ;
irradiance_error:long_name = "spectral irradiance noise" ;
irradiance_error:units = "1" ;
byte irradiance_noise(time, scanline, pixel, spectral_channel) ;
irradiance_noise:comment = "The irradiance_noise is a measure for the one standard deviation random error of the irradiance measurement; it is expressed in decibel (dB), i.e. 10 times the base-10 logarithmic value of the ratio between the irradiance and the random error." ;
irradiance_noise:coordinates = "longitude latitude" ;
irradiance_noise:_FillValue = -127b ;
irradiance_noise:long_name = "spectral photon irradiance noise, one standard deviation" ;
irradiance_noise:units = "1" ;
ubyte quality_level(time, scanline, pixel, spectral_channel) ;
quality_level:comment = "Overall quality assessment information for each (spectral) pixel" ;
quality_level:coordinates = "longitude latitude" ;
quality_level:_FillValue = 255UB ;
quality_level:long_name = "qualiy level of spectral channel" ;
quality_level:max_val = 100UB ;
quality_level:min_val = 0UB ;
quality_level:units = "mol.m-2.nm-1.s-1" ;
ubyte spectral_channel_quality(time, scanline, pixel, spectral_channel) ;
spectral_channel_quality:comment = "Quality assessment information for each (spectral) pixel" ;
spectral_channel_quality:coordinates = "longitude latitude" ;
spectral_channel_quality:_FillValue = 255UB ;
spectral_channel_quality:flag_values = 0UB, 1UB, 2UB, 8UB, 16UB, 32UB, 64UB, 128UB ;
spectral_channel_quality:flag_masks = 0UB, 1UB, 2UB, 8UB, 16UB, 32UB, 64UB, 128UB ;
spectral_channel_quality:flag_meanings = "no_error missing bad_pixel processing_error saturated transient rts underflow" ;
spectral_channel_quality:long_name = "spectral channel quality flag" ;
spectral_channel_quality:max_val = 254UB ;
spectral_channel_quality:min_val = 0UB ;
spectral_channel_quality:units = "mol.m-2.nm-1.s-1" ;
int time(time) ;
time:comment = "Reference time of the measurements. The reference time is set to yyyy-mm-ddT00:00:00 UTC, where yyyy-mm-dd is the day on which the measurements of a particular data granule start." ;
time:long_name = "reference start time of measurement" ;
time:standard_name = "time" ;
time:units = "seconds since 2010-01-01 00:00:00" ;
} // group OBSERVATIONS
group: GEODATA {
variables:
float earth_sun_distance(time) ;
earth_sun_distance:comment = "1 ua equals 149,597,870,700 meters" ;
earth_sun_distance:_FillValue = 9.96921e+36f ;
earth_sun_distance:long_name = "distance between the earth and the sun" ;
earth_sun_distance:max_val = 1.02f ;
earth_sun_distance:min_val = 0.98f ;
earth_sun_distance:units = "ua" ;
} // group GEODATA
} // group STANDARD_MODE
} // group BAND1_IRRADIANCE
group: BAND2_IRRADIANCE {
group: STANDARD_MODE {
dimensions:
time = 1 ;
pixel = 308 ;
spectral_channel = 497 ;
scanline = 1 ;
nsettings = 1 ;
nbinningregions = 18 ;
group: OBSERVATIONS {
variables:
int pixel(pixel) ;
pixel:comment = "This dimension variable defines the indices across track; index starts at 0" ;
pixel:long_name = "across track dimension index" ;
pixel:units = "1" ;
int spectral_channel(spectral_channel) ;
spectral_channel:comment = "This dimension variable defines the indices spectral dimension; index starts at 0" ;
spectral_channel:long_name = "wavelength dimension index" ;
spectral_channel:units = "1" ;
int scanline(scanline) ;
scanline:comment = "This dimension variable defines the indices along track; index starts at 0" ;
scanline:long_name = "along track dimension index" ;
scanline:units = "1" ;
int delta_time(time, scanline) ;
delta_time:comment = "Time difference with time for each measurement" ;
delta_time:_FillValue = -2147483647 ;
delta_time:long_name = "offset from the reference start time of measurement" ;
delta_time:units = "milliseconds since 2014-08-27 00:00:00" ;
ushort detector_column_qualification(time, scanline, spectral_channel) ;
detector_column_qualification:comment = "Qualification flag indicating column indicating column type or state" ;
detector_column_qualification:_FillValue = 65535US ;
detector_column_qualification:flag_values = 0US, 1US, 16US, 32US, 64US, 256US, 512US, 1024US, 2048US ;
detector_column_qualification:flag_masks = 0US, 1US, 16US, 98US, 98US, 3840US, 3840US, 3840US, 3840US ;
detector_column_qualification:flag_meanings = "no_qualification skipped uvn_odd uvn_prepost uvn_overscan swir_adc0 swir_adc1 swir_adc2 swir_adc3" ;
detector_column_qualification:long_name = "Detector column qualification flags" ;
detector_column_qualification:max_val = 65534US ;
detector_column_qualification:min_val = 0US ;
detector_column_qualification:units = "1" ;
ushort detector_row_qualification(time, scanline, pixel) ;
detector_row_qualification:comment = "Qualification flag indicating row type or state" ;
detector_row_qualification:_FillValue = 65535US ;
detector_row_qualification:flag_values = 0US, 1US, 2US, 4US, 8US, 16US, 256US, 4096US, 8192US ;
detector_row_qualification:flag_masks = 0US, 9US, 2US, 4US, 9US, 16US, 256US, 4096US, 8192US ;
detector_row_qualification:flag_meanings = "no_qualification uvn_ror uvn_dump uvn_covered uvn_overscan uvn_higain swir_reference gen_transistion gen_non_illuminated" ;
detector_row_qualification:long_name = "Detector row qualification flags" ;
detector_row_qualification:max_val = 65534US ;
detector_row_qualification:min_val = 0US ;
detector_row_qualification:units = "1" ;
ushort measurement_quality(time, scanline) ;
measurement_quality:flag_values = 0US, 1US, 2US, 16US, 32US, 128US, 256US, 4096US ;
measurement_quality:flag_masks = 0US, 1US, 2US, 16US, 32US, 128US, 256US, 4096US ;
measurement_quality:flag_meanings = "no_error proc_skipped no_residual saa spacecraft_manoeuvre sub_grp irr_out_of_range sub_group" ;
measurement_quality:long_name = "measurement quality flag" ;
measurement_quality:max_val = 65534US ;
measurement_quality:min_val = 0US ;
measurement_quality:units = "1" ;
measurement_quality:comment = "Overall quality information for a measurement" ;
measurement_quality:coordinates = "longitude latitude" ;
measurement_quality:_FillValue = 65535US ;
float irradiance(time, scanline, pixel, spectral_channel) ;
irradiance:ancilary_vars = "irradiance_noise irradiance_error quality_level spectral_channel_quality" ;
irradiance:comment = "Measured spectral irradiance for each spectral pixel" ;
irradiance:_FillValue = 9.96921e+36f ;
irradiance:long_name = "spectral photon irradiance" ;
irradiance:units = "mol.m-2.nm-1.s-1" ;
byte irradiance_error(time, scanline, pixel, spectral_channel) ;
irradiance_error:comment = "The irradiance_error is a measure for the one standard deviation error of the bias of the irradiance measurement; it is expressed in decibel (dB), i.e. 10 times the base-10 logarithmic value of the ratio between the irradiance and the estimation error." ;
irradiance_error:units = "1" ;
irradiance_error:coordinates = "longitude latitude" ;
irradiance_error:_FillValue = -127b ;
irradiance_error:long_name = "spectral irradiance noise" ;
byte irradiance_noise(time, scanline, pixel, spectral_channel) ;
irradiance_noise:comment = "The irradiance_noise is a measure for the one standard deviation random error of the irradiance measurement; it is expressed in decibel (dB), i.e. 10 times the base-10 logarithmic value of the ratio between the irradiance and the random error." ;
irradiance_noise:coordinates = "longitude latitude" ;
irradiance_noise:_FillValue = -127b ;
irradiance_noise:long_name = "spectral photon irradiance noise, one standard deviation" ;
irradiance_noise:units = "1" ;
ubyte quality_level(time, scanline, pixel, spectral_channel) ;
quality_level:comment = "Overall quality assessment information for each (spectral) pixel" ;
quality_level:coordinates = "longitude latitude" ;
quality_level:_FillValue = 255UB ;
quality_level:long_name = "qualiy level of spectral channel" ;
quality_level:max_val = 100UB ;
quality_level:min_val = 0UB ;
quality_level:units = "mol.m-2.nm-1.s-1" ;
ubyte spectral_channel_quality(time, scanline, pixel, spectral_channel) ;
spectral_channel_quality:comment = "Quality assessment information for each (spectral) pixel" ;
spectral_channel_quality:coordinates = "longitude latitude" ;
spectral_channel_quality:_FillValue = 255UB ;
spectral_channel_quality:max_val = 254UB ;
spectral_channel_quality:flag_values = 0UB, 1UB, 2UB, 8UB, 16UB, 32UB, 64UB, 128UB ;
spectral_channel_quality:flag_masks = 0UB, 1UB, 2UB, 8UB, 16UB, 32UB, 64UB, 128UB ;
spectral_channel_quality:flag_meanings = "no_error missing bad_pixel processing_error saturated transient rts underflow" ;
spectral_channel_quality:long_name = "spectral channel quality flag" ;
spectral_channel_quality:min_val = 0UB ;
spectral_channel_quality:units = "mol.m-2.nm-1.s-1" ;
int time(time) ;
time:comment = "Reference time of the measurements. The reference time is set to yyyy-mm-ddT00:00:00 UTC, where yyyy-mm-dd is the day on which the measurements of a particular data granule start." ;
time:long_name = "reference start time of measurement" ;
time:standard_name = "time" ;
time:units = "seconds since 2010-01-01 00:00:00" ;
} // group OBSERVATIONS
group: GEODATA {
variables:
float earth_sun_distance(time) ;
earth_sun_distance:comment = "1 ua equals 149,597,870,700 meters" ;
earth_sun_distance:_FillValue = 9.96921e+36f ;
earth_sun_distance:long_name = "distance between the earth and the sun" ;
earth_sun_distance:max_val = 1.02f ;
earth_sun_distance:min_val = 0.98f ;
earth_sun_distance:units = "ua" ;
} // group GEODATA
} // group STANDARD_MODE
} // group BAND2_IRRADIANCE
group: BAND3_IRRADIANCE {
group: STANDARD_MODE {
dimensions:
time = 1 ;
pixel = 309 ;
spectral_channel = 497 ;
scanline = 1 ;
nsettings = 1 ;
nbinningregions = 18 ;
group: OBSERVATIONS {
variables:
int pixel(pixel) ;
pixel:comment = "This dimension variable defines the indices across track; index starts at 0" ;
pixel:long_name = "across track dimension index" ;
pixel:units = "1" ;
int spectral_channel(spectral_channel) ;
spectral_channel:comment = "This dimension variable defines the indices spectral dimension; index starts at 0" ;
spectral_channel:long_name = "wavelength dimension index" ;
spectral_channel:units = "1" ;
int scanline(scanline) ;
scanline:comment = "This dimension variable defines the indices along track; index starts at 0" ;
scanline:long_name = "along track dimension index" ;
scanline:units = "1" ;
int delta_time(time, scanline) ;
delta_time:comment = "Time difference with time for each measurement" ;
delta_time:_FillValue = -2147483647 ;
delta_time:long_name = "offset from the reference start time of measurement" ;
delta_time:units = "milliseconds since 2014-08-27 00:00:00" ;
ushort detector_column_qualification(time, scanline, spectral_channel) ;
detector_column_qualification:comment = "Qualification flag indicating column indicating column type or state" ;
detector_column_qualification:_FillValue = 65535US ;
detector_column_qualification:flag_values = 0US, 1US, 16US, 32US, 64US, 256US, 512US, 1024US, 2048US ;
detector_column_qualification:flag_masks = 0US, 1US, 16US, 98US, 98US, 3840US, 3840US, 3840US, 3840US ;
detector_column_qualification:flag_meanings = "no_qualification skipped uvn_odd uvn_prepost uvn_overscan swir_adc0 swir_adc1 swir_adc2 swir_adc3" ;
detector_column_qualification:long_name = "Detector column qualification flags" ;
detector_column_qualification:max_val = 65534US ;
detector_column_qualification:min_val = 0US ;
detector_column_qualification:units = "1" ;
ushort detector_row_qualification(time, scanline, pixel) ;
detector_row_qualification:comment = "Qualification flag indicating row type or state" ;
detector_row_qualification:_FillValue = 65535US ;
detector_row_qualification:flag_values = 0US, 1US, 2US, 4US, 8US, 16US, 256US, 4096US, 8192US ;
detector_row_qualification:flag_masks = 0US, 9US, 2US, 4US, 9US, 16US, 256US, 4096US, 8192US ;
detector_row_qualification:flag_meanings = "no_qualification uvn_ror uvn_dump uvn_covered uvn_overscan uvn_higain swir_reference gen_transistion gen_non_illuminated" ;
detector_row_qualification:long_name = "Detector row qualification flags" ;
detector_row_qualification:max_val = 65534US ;
detector_row_qualification:min_val = 0US ;
detector_row_qualification:units = "1" ;
ushort measurement_quality(time, scanline) ;
measurement_quality:flag_values = 0US, 1US, 2US, 16US, 32US, 128US, 256US, 4096US ;
measurement_quality:flag_masks = 0US, 1US, 2US, 16US, 32US, 128US, 256US, 4096US ;
measurement_quality:flag_meanings = "no_error proc_skipped no_residual saa spacecraft_manoeuvre sub_grp irr_out_of_range sub_group" ;
measurement_quality:long_name = "measurement quality flag" ;
measurement_quality:max_val = 65534US ;
measurement_quality:min_val = 0US ;
measurement_quality:units = "1" ;
measurement_quality:comment = "Overall quality information for a measurement" ;
measurement_quality:coordinates = "longitude latitude" ;
measurement_quality:_FillValue = 65535US ;
float irradiance(time, scanline, pixel, spectral_channel) ;
irradiance:ancilary_vars = "irradiance_noise irradiance_error quality_level spectral_channel_quality" ;
irradiance:comment = "Measured spectral irradiance for each spectral pixel" ;
irradiance:long_name = "spectral photon irradiance" ;
irradiance:_FillValue = 9.96921e+36f ;
irradiance:units = "mol.m-2.nm-1.s-1" ;
byte irradiance_error(time, scanline, pixel, spectral_channel) ;
irradiance_error:comment = "The irradiance_error is a measure for the one standard deviation error of the bias of the irradiance measurement; it is expressed in decibel (dB), i.e. 10 times the base-10 logarithmic value of the ratio between the irradiance and the estimation error." ;
irradiance_error:coordinates = "longitude latitude" ;
irradiance_error:_FillValue = -127b ;
irradiance_error:long_name = "spectral irradiance noise" ;
irradiance_error:units = "1" ;
byte irradiance_noise(time, scanline, pixel, spectral_channel) ;
irradiance_noise:comment = "The irradiance_noise is a measure for the one standard deviation random error of the irradiance measurement; it is expressed in decibel (dB), i.e. 10 times the base-10 logarithmic value of the ratio between the irradiance and the random error." ;
irradiance_noise:coordinates = "longitude latitude" ;
irradiance_noise:_FillValue = -127b ;
irradiance_noise:long_name = "spectral photon irradiance noise, one standard deviation" ;
irradiance_noise:units = "1" ;
ubyte quality_level(time, scanline, pixel, spectral_channel) ;
quality_level:comment = "Overall quality assessment information for each (spectral) pixel" ;
quality_level:coordinates = "longitude latitude" ;
quality_level:_FillValue = 255UB ;
quality_level:long_name = "qualiy level of spectral channel" ;
quality_level:max_val = 100UB ;
quality_level:min_val = 0UB ;
quality_level:units = "mol.m-2.nm-1.s-1" ;
ubyte spectral_channel_quality(time, scanline, pixel, spectral_channel) ;
spectral_channel_quality:comment = "Quality assessment information for each (spectral) pixel" ;
spectral_channel_quality:coordinates = "longitude latitude" ;
spectral_channel_quality:_FillValue = 255UB ;
spectral_channel_quality:flag_values = 0UB, 1UB, 2UB, 8UB, 16UB, 32UB, 64UB, 128UB ;
spectral_channel_quality:flag_masks = 0UB, 1UB, 2UB, 8UB, 16UB, 32UB, 64UB, 128UB ;
spectral_channel_quality:flag_meanings = "no_error missing bad_pixel processing_error saturated transient rts underflow" ;
spectral_channel_quality:long_name = "spectral channel quality flag" ;
spectral_channel_quality:max_val = 254UB ;
spectral_channel_quality:min_val = 0UB ;
spectral_channel_quality:units = "mol.m-2.nm-1.s-1" ;
int time(time) ;
time:comment = "Reference time of the measurements. The reference time is set to yyyy-mm-ddT00:00:00 UTC, where yyyy-mm-dd is the day on which the measurements of a particular data granule start." ;
time:long_name = "reference start time of measurement" ;
time:standard_name = "time" ;
time:units = "seconds since 2010-01-01 00:00:00" ;
} // group OBSERVATIONS
group: GEODATA {
variables:
float earth_sun_distance(time) ;
earth_sun_distance:comment = "1 ua equals 149,597,870,700 meters" ;
earth_sun_distance:_FillValue = 9.96921e+36f ;
earth_sun_distance:long_name = "distance between the earth and the sun" ;
earth_sun_distance:max_val = 1.02f ;
earth_sun_distance:min_val = 0.98f ;
earth_sun_distance:units = "ua" ;
} // group GEODATA
} // group STANDARD_MODE
} // group BAND3_IRRADIANCE
group: BAND4_IRRADIANCE {
group: STANDARD_MODE {
dimensions:
time = 1 ;
pixel = 309 ;
spectral_channel = 497 ;
scanline = 1 ;
nsettings = 1 ;
nbinningregions = 18 ;
group: OBSERVATIONS {
variables:
int pixel(pixel) ;
pixel:comment = "This dimension variable defines the indices across track; index starts at 0" ;
pixel:long_name = "across track dimension index" ;
pixel:units = "1" ;
int spectral_channel(spectral_channel) ;
spectral_channel:comment = "This dimension variable defines the indices spectral dimension; index starts at 0" ;
spectral_channel:long_name = "wavelength dimension index" ;
spectral_channel:units = "1" ;
int scanline(scanline) ;
scanline:comment = "This dimension variable defines the indices along track; index starts at 0" ;
scanline:long_name = "along track dimension index" ;
scanline:units = "1" ;
int delta_time(time, scanline) ;
delta_time:comment = "Time difference with time for each measurement" ;
delta_time:_FillValue = -2147483647 ;
delta_time:long_name = "offset from the reference start time of measurement" ;
delta_time:units = "milliseconds since 2014-08-27 00:00:00" ;
ushort detector_column_qualification(time, scanline, spectral_channel) ;
detector_column_qualification:comment = "Qualification flag indicating column indicating column type or state" ;
detector_column_qualification:_FillValue = 65535US ;
detector_column_qualification:flag_values = 0US, 1US, 16US, 32US, 64US, 256US, 512US, 1024US, 2048US ;
detector_column_qualification:flag_masks = 0US, 1US, 16US, 98US, 98US, 3840US, 3840US, 3840US, 3840US ;
detector_column_qualification:flag_meanings = "no_qualification skipped uvn_odd uvn_prepost uvn_overscan swir_adc0 swir_adc1 swir_adc2 swir_adc3" ;
detector_column_qualification:long_name = "Detector column qualification flags" ;
detector_column_qualification:max_val = 65534US ;
detector_column_qualification:min_val = 0US ;
detector_column_qualification:units = "1" ;
ushort detector_row_qualification(time, scanline, pixel) ;
detector_row_qualification:comment = "Qualification flag indicating row type or state" ;
detector_row_qualification:_FillValue = 65535US ;
detector_row_qualification:flag_values = 0US, 1US, 2US, 4US, 8US, 16US, 256US, 4096US, 8192US ;
detector_row_qualification:flag_masks = 0US, 9US, 2US, 4US, 9US, 16US, 256US, 4096US, 8192US ;
detector_row_qualification:flag_meanings = "no_qualification uvn_ror uvn_dump uvn_covered uvn_overscan uvn_higain swir_reference gen_transistion gen_non_illuminated" ;
detector_row_qualification:long_name = "Detector row qualification flags" ;
detector_row_qualification:max_val = 65534US ;
detector_row_qualification:min_val = 0US ;
detector_row_qualification:units = "1" ;
ushort measurement_quality(time, scanline) ;
measurement_quality:flag_values = 0US, 1US, 2US, 16US, 32US, 128US, 256US, 4096US ;
measurement_quality:flag_masks = 0US, 1US, 2US, 16US, 32US, 128US, 256US, 4096US ;
measurement_quality:flag_meanings = "no_error proc_skipped no_residual saa spacecraft_manoeuvre sub_grp irr_out_of_range sub_group" ;
measurement_quality:long_name = "measurement quality flag" ;
measurement_quality:max_val = 65534US ;
measurement_quality:min_val = 0US ;
measurement_quality:units = "1" ;
measurement_quality:comment = "Overall quality information for a measurement" ;
measurement_quality:coordinates = "longitude latitude" ;
measurement_quality:_FillValue = 65535US ;
float irradiance(time, scanline, pixel, spectral_channel) ;
irradiance:ancilary_vars = "irradiance_noise irradiance_error quality_level spectral_channel_quality" ;
irradiance:comment = "Measured spectral irradiance for each spectral pixel" ;
irradiance:units = "mol.m-2.nm-1.s-1" ;
irradiance:_FillValue = 9.96921e+36f ;
irradiance:long_name = "spectral photon irradiance" ;
byte irradiance_error(time, scanline, pixel, spectral_channel) ;
irradiance_error:comment = "The irradiance_error is a measure for the one standard deviation error of the bias of the irradiance measurement; it is expressed in decibel (dB), i.e. 10 times the base-10 logarithmic value of the ratio between the irradiance and the estimation error." ;
irradiance_error:coordinates = "longitude latitude" ;
irradiance_error:_FillValue = -127b ;
irradiance_error:long_name = "spectral irradiance noise" ;
irradiance_error:units = "1" ;
byte irradiance_noise(time, scanline, pixel, spectral_channel) ;
irradiance_noise:comment = "The irradiance_noise is a measure for the one standard deviation random error of the irradiance measurement; it is expressed in decibel (dB), i.e. 10 times the base-10 logarithmic value of the ratio between the irradiance and the random error." ;
irradiance_noise:coordinates = "longitude latitude" ;
irradiance_noise:units = "1" ;
irradiance_noise:_FillValue = -127b ;
irradiance_noise:long_name = "spectral photon irradiance noise, one standard deviation" ;
ubyte quality_level(time, scanline, pixel, spectral_channel) ;
quality_level:comment = "Overall quality assessment information for each (spectral) pixel" ;
quality_level:coordinates = "longitude latitude" ;
quality_level:_FillValue = 255UB ;
quality_level:long_name = "qualiy level of spectral channel" ;
quality_level:max_val = 100UB ;
quality_level:min_val = 0UB ;
quality_level:units = "mol.m-2.nm-1.s-1" ;
ubyte spectral_channel_quality(time, scanline, pixel, spectral_channel) ;
spectral_channel_quality:comment = "Quality assessment information for each (spectral) pixel" ;
spectral_channel_quality:coordinates = "longitude latitude" ;
spectral_channel_quality:_FillValue = 255UB ;
spectral_channel_quality:flag_values = 0UB, 1UB, 2UB, 8UB, 16UB, 32UB, 64UB, 128UB ;
spectral_channel_quality:flag_masks = 0UB, 1UB, 2UB, 8UB, 16UB, 32UB, 64UB, 128UB ;
spectral_channel_quality:flag_meanings = "no_error missing bad_pixel processing_error saturated transient rts underflow" ;
spectral_channel_quality:long_name = "spectral channel quality flag" ;
spectral_channel_quality:max_val = 254UB ;
spectral_channel_quality:min_val = 0UB ;
spectral_channel_quality:units = "mol.m-2.nm-1.s-1" ;
int time(time) ;
time:comment = "Reference time of the measurements. The reference time is set to yyyy-mm-ddT00:00:00 UTC, where yyyy-mm-dd is the day on which the measurements of a particular data granule start." ;
time:long_name = "reference start time of measurement" ;
time:standard_name = "time" ;
time:units = "seconds since 2010-01-01 00:00:00" ;
} // group OBSERVATIONS
group: GEODATA {
variables:
float earth_sun_distance(time) ;
earth_sun_distance:comment = "1 ua equals 149,597,870,700 meters" ;
earth_sun_distance:_FillValue = 9.96921e+36f ;
earth_sun_distance:long_name = "distance between the earth and the sun" ;
earth_sun_distance:max_val = 1.02f ;
earth_sun_distance:min_val = 0.98f ;
earth_sun_distance:units = "ua" ;
} // group GEODATA
} // group STANDARD_MODE
} // group BAND4_IRRADIANCE
group: BAND5_IRRADIANCE {
group: STANDARD_MODE {
dimensions:
time = 1 ;
pixel = 308 ;
spectral_channel = 497 ;
scanline = 1 ;
nsettings = 1 ;
nbinningregions = 18 ;
group: OBSERVATIONS {
variables:
int pixel(pixel) ;
pixel:comment = "This dimension variable defines the indices across track; index starts at 0" ;
pixel:long_name = "across track dimension index" ;
pixel:units = "1" ;
int spectral_channel(spectral_channel) ;
spectral_channel:comment = "This dimension variable defines the indices spectral dimension; index starts at 0" ;
spectral_channel:long_name = "wavelength dimension index" ;
spectral_channel:units = "1" ;
int scanline(scanline) ;
scanline:comment = "This dimension variable defines the indices along track; index starts at 0" ;
scanline:long_name = "along track dimension index" ;
scanline:units = "1" ;
int delta_time(time, scanline) ;
delta_time:comment = "Time difference with time for each measurement" ;
delta_time:_FillValue = -2147483647 ;
delta_time:long_name = "offset from the reference start time of measurement" ;
delta_time:units = "milliseconds since 2014-08-27 00:00:00" ;
ushort detector_column_qualification(time, scanline, spectral_channel) ;
detector_column_qualification:comment = "Qualification flag indicating column indicating column type or state" ;
detector_column_qualification:_FillValue = 65535US ;
detector_column_qualification:flag_values = 0US, 1US, 16US, 32US, 64US, 256US, 512US, 1024US, 2048US ;
detector_column_qualification:flag_masks = 0US, 1US, 16US, 98US, 98US, 3840US, 3840US, 3840US, 3840US ;
detector_column_qualification:flag_meanings = "no_qualification skipped uvn_odd uvn_prepost uvn_overscan swir_adc0 swir_adc1 swir_adc2 swir_adc3" ;
detector_column_qualification:long_name = "Detector column qualification flags" ;
detector_column_qualification:max_val = 65534US ;
detector_column_qualification:min_val = 0US ;
detector_column_qualification:units = "1" ;
ushort detector_row_qualification(time, scanline, pixel) ;
detector_row_qualification:comment = "Qualification flag indicating row type or state" ;
detector_row_qualification:_FillValue = 65535US ;
detector_row_qualification:flag_values = 0US, 1US, 2US, 4US, 8US, 16US, 256US, 4096US, 8192US ;
detector_row_qualification:flag_masks = 0US, 9US, 2US, 4US, 9US, 16US, 256US, 4096US, 8192US ;
detector_row_qualification:flag_meanings = "no_qualification uvn_ror uvn_dump uvn_covered uvn_overscan uvn_higain swir_reference gen_transistion gen_non_illuminated" ;
detector_row_qualification:long_name = "Detector row qualification flags" ;
detector_row_qualification:max_val = 65534US ;
detector_row_qualification:min_val = 0US ;
detector_row_qualification:units = "1" ;
ushort measurement_quality(time, scanline) ;
measurement_quality:flag_values = 0US, 1US, 2US, 16US, 32US, 128US, 256US, 4096US ;
measurement_quality:flag_masks = 0US, 1US, 2US, 16US, 32US, 128US, 256US, 4096US ;
measurement_quality:flag_meanings = "no_error proc_skipped no_residual saa spacecraft_manoeuvre sub_grp irr_out_of_range sub_group" ;
measurement_quality:long_name = "measurement quality flag" ;
measurement_quality:max_val = 65534US ;
measurement_quality:min_val = 0US ;
measurement_quality:units = "1" ;
measurement_quality:comment = "Overall quality information for a measurement" ;
measurement_quality:coordinates = "longitude latitude" ;
measurement_quality:_FillValue = 65535US ;
float irradiance(time, scanline, pixel, spectral_channel) ;
irradiance:ancilary_vars = "irradiance_noise irradiance_error quality_level spectral_channel_quality" ;
irradiance:comment = "Measured spectral irradiance for each spectral pixel" ;
irradiance:_FillValue = 9.96921e+36f ;
irradiance:long_name = "spectral photon irradiance" ;
irradiance:units = "mol.m-2.nm-1.s-1" ;
byte irradiance_error(time, scanline, pixel, spectral_channel) ;
irradiance_error:comment = "The irradiance_error is a measure for the one standard deviation error of the bias of the irradiance measurement; it is expressed in decibel (dB), i.e. 10 times the base-10 logarithmic value of the ratio between the irradiance and the estimation error." ;
irradiance_error:coordinates = "longitude latitude" ;
irradiance_error:_FillValue = -127b ;
irradiance_error:long_name = "spectral irradiance noise" ;
irradiance_error:units = "1" ;
byte irradiance_noise(time, scanline, pixel, spectral_channel) ;
irradiance_noise:comment = "The irradiance_noise is a measure for the one standard deviation random error of the irradiance measurement; it is expressed in decibel (dB), i.e. 10 times the base-10 logarithmic value of the ratio between the irradiance and the random error." ;
irradiance_noise:coordinates = "longitude latitude" ;
irradiance_noise:_FillValue = -127b ;
irradiance_noise:long_name = "spectral photon irradiance noise, one standard deviation" ;
irradiance_noise:units = "1" ;
ubyte quality_level(time, scanline, pixel, spectral_channel) ;
quality_level:comment = "Overall quality assessment information for each (spectral) pixel" ;
quality_level:coordinates = "longitude latitude" ;
quality_level:_FillValue = 255UB ;
quality_level:long_name = "qualiy level of spectral channel" ;
quality_level:max_val = 100UB ;
quality_level:min_val = 0UB ;
quality_level:units = "mol.m-2.nm-1.s-1" ;
ubyte spectral_channel_quality(time, scanline, pixel, spectral_channel) ;
spectral_channel_quality:comment = "Quality assessment information for each (spectral) pixel" ;
spectral_channel_quality:coordinates = "longitude latitude" ;
spectral_channel_quality:_FillValue = 255UB ;
spectral_channel_quality:flag_values = 0UB, 1UB, 2UB, 8UB, 16UB, 32UB, 64UB, 128UB ;
spectral_channel_quality:flag_masks = 0UB, 1UB, 2UB, 8UB, 16UB, 32UB, 64UB, 128UB ;
spectral_channel_quality:flag_meanings = "no_error missing bad_pixel processing_error saturated transient rts underflow" ;
spectral_channel_quality:long_name = "spectral channel quality flag" ;
spectral_channel_quality:max_val = 254UB ;
spectral_channel_quality:min_val = 0UB ;
spectral_channel_quality:units = "mol.m-2.nm-1.s-1" ;
int time(time) ;
time:comment = "Reference time of the measurements. The reference time is set to yyyy-mm-ddT00:00:00 UTC, where yyyy-mm-dd is the day on which the measurements of a particular data granule start." ;
time:long_name = "reference start time of measurement" ;
time:standard_name = "time" ;
time:units = "seconds since 2010-01-01 00:00:00" ;
} // group OBSERVATIONS
group: GEODATA {
variables:
float earth_sun_distance(time) ;
earth_sun_distance:comment = "1 ua equals 149,597,870,700 meters" ;
earth_sun_distance:_FillValue = 9.96921e+36f ;
earth_sun_distance:long_name = "distance between the earth and the sun" ;
earth_sun_distance:max_val = 1.02f ;
earth_sun_distance:min_val = 0.98f ;
earth_sun_distance:units = "ua" ;
} // group GEODATA
} // group STANDARD_MODE
} // group BAND5_IRRADIANCE
group: BAND6_IRRADIANCE {
group: STANDARD_MODE {
dimensions:
time = 1 ;
pixel = 448 ;
spectral_channel = 497 ;
scanline = 1 ;
nsettings = 1 ;
nbinningregions = 18 ;
group: OBSERVATIONS {
variables:
int pixel(pixel) ;
pixel:comment = "This dimension variable defines the indices across track; index starts at 0" ;
pixel:long_name = "across track dimension index" ;
pixel:units = "1" ;
int spectral_channel(spectral_channel) ;
spectral_channel:comment = "This dimension variable defines the indices spectral dimension; index starts at 0" ;
spectral_channel:long_name = "wavelength dimension index" ;
spectral_channel:units = "1" ;
int scanline(scanline) ;
scanline:comment = "This dimension variable defines the indices along track; index starts at 0" ;
scanline:long_name = "along track dimension index" ;
scanline:units = "1" ;
int delta_time(time, scanline) ;
delta_time:comment = "Time difference with time for each measurement" ;
delta_time:_FillValue = -2147483647 ;
delta_time:long_name = "offset from the reference start time of measurement" ;
delta_time:units = "milliseconds since 2014-08-27 00:00:00" ;
ushort detector_column_qualification(time, scanline, spectral_channel) ;
detector_column_qualification:comment = "Qualification flag indicating column indicating column type or state" ;
detector_column_qualification:_FillValue = 65535US ;
detector_column_qualification:flag_values = 0US, 1US, 16US, 32US, 64US, 256US, 512US, 1024US, 2048US ;
detector_column_qualification:flag_masks = 0US, 1US, 16US, 98US, 98US, 3840US, 3840US, 3840US, 3840US ;
detector_column_qualification:flag_meanings = "no_qualification skipped uvn_odd uvn_prepost uvn_overscan swir_adc0 swir_adc1 swir_adc2 swir_adc3" ;
detector_column_qualification:long_name = "Detector column qualification flags" ;
detector_column_qualification:max_val = 65534US ;
detector_column_qualification:min_val = 0US ;
detector_column_qualification:units = "1" ;
ushort detector_row_qualification(time, scanline, pixel) ;
detector_row_qualification:comment = "Qualification flag indicating row type or state" ;
detector_row_qualification:_FillValue = 65535US ;
detector_row_qualification:flag_values = 0US, 1US, 2US, 4US, 8US, 16US, 256US, 4096US, 8192US ;
detector_row_qualification:flag_masks = 0US, 9US, 2US, 4US, 9US, 16US, 256US, 4096US, 8192US ;
detector_row_qualification:flag_meanings = "no_qualification uvn_ror uvn_dump uvn_covered uvn_overscan uvn_higain swir_reference gen_transistion gen_non_illuminated" ;
detector_row_qualification:long_name = "Detector row qualification flags" ;
detector_row_qualification:max_val = 65534US ;
detector_row_qualification:min_val = 0US ;
detector_row_qualification:units = "1" ;
ushort measurement_quality(time, scanline) ;
measurement_quality:flag_values = 0US, 1US, 2US, 16US, 32US, 128US, 256US, 4096US ;
measurement_quality:flag_masks = 0US, 1US, 2US, 16US, 32US, 128US, 256US, 4096US ;
measurement_quality:flag_meanings = "no_error proc_skipped no_residual saa spacecraft_manoeuvre sub_grp irr_out_of_range sub_group" ;
measurement_quality:long_name = "measurement quality flag" ;
measurement_quality:max_val = 65534US ;
measurement_quality:min_val = 0US ;
measurement_quality:units = "1" ;
measurement_quality:comment = "Overall quality information for a measurement" ;
measurement_quality:coordinates = "longitude latitude" ;
measurement_quality:_FillValue = 65535US ;
float irradiance(time, scanline, pixel, spectral_channel) ;
irradiance:ancilary_vars = "irradiance_noise irradiance_error quality_level spectral_channel_quality" ;
irradiance:comment = "Measured spectral irradiance for each spectral pixel" ;
irradiance:_FillValue = 9.96921e+36f ;
irradiance:long_name = "spectral photon irradiance" ;
irradiance:units = "mol.m-2.nm-1.s-1" ;
byte irradiance_error(time, scanline, pixel, spectral_channel) ;
irradiance_error:comment = "The irradiance_error is a measure for the one standard deviation error of the bias of the irradiance measurement; it is expressed in decibel (dB), i.e. 10 times the base-10 logarithmic value of the ratio between the irradiance and the estimation error." ;
irradiance_error:coordinates = "longitude latitude" ;
irradiance_error:_FillValue = -127b ;
irradiance_error:long_name = "spectral irradiance noise" ;
irradiance_error:units = "1" ;
byte irradiance_noise(time, scanline, pixel, spectral_channel) ;
irradiance_noise:comment = "The irradiance_noise is a measure for the one standard deviation random error of the irradiance measurement; it is expressed in decibel (dB), i.e. 10 times the base-10 logarithmic value of the ratio between the irradiance and the random error." ;
irradiance_noise:coordinates = "longitude latitude" ;
irradiance_noise:units = "1" ;
irradiance_noise:_FillValue = -127b ;
irradiance_noise:long_name = "spectral photon irradiance noise, one standard deviation" ;
ubyte quality_level(time, scanline, pixel, spectral_channel) ;
quality_level:comment = "Overall quality assessment information for each (spectral) pixel" ;
quality_level:coordinates = "longitude latitude" ;
quality_level:_FillValue = 255UB ;
quality_level:long_name = "qualiy level of spectral channel" ;
quality_level:max_val = 100UB ;
quality_level:min_val = 0UB ;
quality_level:units = "mol.m-2.nm-1.s-1" ;
ubyte spectral_channel_quality(time, scanline, pixel, spectral_channel) ;
spectral_channel_quality:comment = "Quality assessment information for each (spectral) pixel" ;
spectral_channel_quality:coordinates = "longitude latitude" ;
spectral_channel_quality:_FillValue = 255UB ;
spectral_channel_quality:flag_values = 0UB, 1UB, 2UB, 8UB, 16UB, 32UB, 64UB, 128UB ;
spectral_channel_quality:max_val = 254UB ;
spectral_channel_quality:flag_masks = 0UB, 1UB, 2UB, 8UB, 16UB, 32UB, 64UB, 128UB ;
spectral_channel_quality:flag_meanings = "no_error missing bad_pixel processing_error saturated transient rts underflow" ;
spectral_channel_quality:long_name = "spectral channel quality flag" ;
spectral_channel_quality:min_val = 0UB ;
spectral_channel_quality:units = "mol.m-2.nm-1.s-1" ;
int time(time) ;
time:comment = "Reference time of the measurements. The reference time is set to yyyy-mm-ddT00:00:00 UTC, where yyyy-mm-dd is the day on which the measurements of a particular data granule start." ;
time:long_name = "reference start time of measurement" ;
time:standard_name = "time" ;
time:units = "seconds since 2010-01-01 00:00:00" ;
} // group OBSERVATIONS
group: GEODATA {
variables:
float earth_sun_distance(time) ;
earth_sun_distance:comment = "1 ua equals 149,597,870,700 meters" ;
earth_sun_distance:_FillValue = 9.96921e+36f ;
earth_sun_distance:long_name = "distance between the earth and the sun" ;
earth_sun_distance:max_val = 1.02f ;
earth_sun_distance:min_val = 0.98f ;
earth_sun_distance:units = "ua" ;
} // group GEODATA
} // group STANDARD_MODE
} // group BAND6_IRRADIANCE
}