L2TCWV version 1

L2TCWV_v1

This definition is based on version 1.5 of the S5P L2 TCWV Product Format Specification S5P-DLR-L2-PFS-TCWV

root type

hdf5 record

attribute: NCProperties

real name: _NCProperties

hdf5 string

attribute: Conventions

hdf5 string

attribute: institution

hdf5 string

attribute: source

hdf5 string

attribute: history

hdf5 string

attribute: summary

hdf5 string

attribute: id

hdf5 string

attribute: time_reference

hdf5 string

attribute: time_coverage_start

hdf5 string

attribute: time_coverage_end

hdf5 string

attribute: time_coverage_resolution

hdf5 string

attribute: process_time

hdf5 string

attribute: orbit

hdf5 array[1]

attribute: processor_name

hdf5 string

attribute: processor_version

hdf5 string

attribute: processing_center

hdf5 string

attribute: file_class

hdf5 string

attribute: collection_identifier

hdf5 string

attribute: footprint

hdf5 string

attribute: input_files

hdf5 array[dim_0]

dim_0: determined automatically from hdf5 file

field name

definition

PRODUCT

hdf5 record

field name

definition

SUPPORT_DATA

hdf5 record

field name

definition

DETAILED_RESULTS

hdf5 record

field name

definition

air_mass_factor_clear

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 52
fixed value: "Air mass factor for the cloud-free part of the scene"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

air_mass_factor_cloudy

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 55
fixed value: "Air mass factor for the cloud-covered part of the scene"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

air_mass_factor_total

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 21
fixed value: "Total air mass factor"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

averaging_kernel

hdf5 array[dim_0, dim_1, dim_2, dim_3]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

dim_3: $layer

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 29
fixed value: "total column averaging kernel"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

cloud_radiance_fraction

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 23
fixed value: "Cloud radiance fraction"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

qdoas_polynomial_coefficients

hdf5 array[dim_0, dim_1, dim_2, dim_3]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

dim_3: $polynomial_coefficients

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 28
fixed value: "DOAS polynomial coefficients"

attribute: comment

hdf5 string	size: 42
fixed value: "DOAS polynomial coefficients from x0 to x4"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

attribute: units

hdf5 string	size: 1
fixed value: "1"

root_mean_square_error_of_fit

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 36
fixed value: "Root mean square residual of the fit"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

water_vapor_profile_apriori

hdf5 array[dim_0, dim_1, dim_2, dim_3]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

dim_3: $layer

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 7
fixed value: "kg kg-1"

attribute: long_name

hdf5 string	size: 49
fixed value: "a-priori mass mixing ratio profile of water vapor"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

water_vapor_slant_column

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 6
fixed value: "kg m-2"

attribute: long_name

hdf5 string	size: 27
fixed value: "slant column of water vapor"

attribute: standard_name

hdf5 string	size: 46
fixed value: "total_mass_content_of_water_vapor_slant_column"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

water_vapor_slant_column_precision

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 6
fixed value: "kg m-2"

attribute: long_name

hdf5 string	size: 44
fixed value: "Precision of the slant column of water vapor"

attribute: standard_name

hdf5 string	size: 61
fixed value: "total_mass_content_of_water_vapor_slant_column_standard_error"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

GEOLOCATIONS

hdf5 record

field name

definition

geolocation_flags

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: long_name

hdf5 string	size: 25
fixed value: "ground pixel quality flag"

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

attribute: flag_masks

hdf5 string	size: 36
fixed value: "0UB, 1UB, 2UB, 4UB, 8UB, 16UB, 128UB"

attribute: flag_values

hdf5 string	size: 36
fixed value: "0UB, 1UB, 2UB, 4UB, 8UB, 16UB, 128UB"

attribute: flag_meanings

hdf5 string	size: 99
fixed value: "no_error solar_eclipse sun_glint_possible descending night geo_boundary_crossing geolocation_error "

latitude_bounds

hdf5 array[dim_0, dim_1, dim_2, dim_3]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

dim_3: $corner

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 22
fixed value: "pixel corners latitude"

attribute: units

hdf5 string	size: 13
fixed value: "degrees_north"

longitude_bounds

hdf5 array[dim_0, dim_1, dim_2, dim_3]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

dim_3: $corner

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 23
fixed value: "pixel corners longitude"

attribute: units

hdf5 string	size: 12
fixed value: "degrees_east"

satellite_altitude

hdf5 array[dim_0, dim_1]

dim_0: $time

dim_1: $scanline

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 18
fixed value: "satellite altitude"

attribute: units

hdf5 string	size: 1
fixed value: "m"

attribute: valid_min

hdf5 array[1]

attribute: valid_max

hdf5 array[1]

satellite_latitude

hdf5 array[dim_0, dim_1]

dim_0: $time

dim_1: $scanline

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 22
fixed value: "sub satellite latitude"

attribute: units

hdf5 string	size: 13
fixed value: "degrees_north"

attribute: valid_min

hdf5 array[1]

attribute: valid_max

hdf5 array[1]

satellite_longitude

hdf5 array[dim_0, dim_1]

dim_0: $time

dim_1: $scanline

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 23
fixed value: "sub satellite longitude"

attribute: units

hdf5 string	size: 12
fixed value: "degrees_east"

attribute: valid_min

hdf5 array[1]

attribute: valid_max

hdf5 array[1]

satellite_orbit_phase

hdf5 array[dim_0, dim_1]

dim_0: $time

dim_1: $scanline

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 32
fixed value: "fractional satellite orbit phase"

attribute: valid_min

hdf5 array[1]

attribute: valid_max

hdf5 array[1]

solar_azimuth_angle

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 6
fixed value: "degree"

attribute: long_name

hdf5 string	size: 19
fixed value: "solar azimuth angle"

attribute: standard_name

hdf5 string	size: 19
fixed value: "solar_azimuth_angle"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

attribute: valid_min

hdf5 array[1]

attribute: valid_max

hdf5 array[1]

solar_zenith_angle

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 6
fixed value: "degree"

attribute: long_name

hdf5 string	size: 18
fixed value: "solar zenith angle"

attribute: standard_name

hdf5 string	size: 18
fixed value: "solar_zenith_angle"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

attribute: valid_min

hdf5 array[1]

attribute: valid_max

hdf5 array[1]

viewing_azimuth_angle

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 6
fixed value: "degree"

attribute: long_name

hdf5 string	size: 21
fixed value: "viewing azimuth angle"

attribute: standard_name

hdf5 string	size: 21
fixed value: "viewing_azimuth_angle"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

attribute: valid_min

hdf5 array[1]

attribute: valid_max

hdf5 array[1]

viewing_zenith_angle

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 6
fixed value: "degree"

attribute: long_name

hdf5 string	size: 20
fixed value: "viewing zenith angle"

attribute: standard_name

hdf5 string	size: 20
fixed value: "viewing_zenith_angle"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

attribute: valid_min

hdf5 array[1]

attribute: valid_max

hdf5 array[1]

INPUT_DATA

hdf5 record

field name

definition

cloud_albedo

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 31
fixed value: "cloud albedo from the CRB model"

attribute: comment

hdf5 string	size: 47
fixed value: "Albedo of cloud using the OCRA/ROCINN CRB model"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

cloud_fraction

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 55
fixed value: "effective radiometric cloud fraction from the CRB model"

attribute: comment

hdf5 string	size: 78
fixed value: "Retrieved effective radiometric cloud fraction using the OCRA/ROCINN CRB model"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

cloud_pressure

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 2
fixed value: "Pa"

attribute: long_name

hdf5 string	size: 62
fixed value: "cloud radiometric optical centroid pressure from the CRB model"

attribute: comment

hdf5 string	size: 84
fixed value: "Retrieved atmospheric pressure at the level of cloud using the OCRA/ROCINN CRB model"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

pressure_constant_a_bottom

hdf5 array[dim_0]

dim_0: $layer

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 2
fixed value: "Pa"

attribute: long_name

hdf5 string	size: 58
fixed value: "pressure constant parameter A for lower bound of the layer"

pressure_constant_a_top

hdf5 array[dim_0]

dim_0: $layer

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 2
fixed value: "Pa"

attribute: long_name

hdf5 string	size: 58
fixed value: "pressure constant parameter A for upper bound of the layer"

pressure_constant_b_bottom

hdf5 array[dim_0]

dim_0: $layer

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 1
fixed value: "1"

attribute: long_name

hdf5 string	size: 58
fixed value: "pressure constant parameter B for lower bound of the layer"

pressure_constant_b_top

hdf5 array[dim_0]

dim_0: $layer

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 1
fixed value: "1"

attribute: long_name

hdf5 string	size: 58
fixed value: "pressure constant parameter B for upper bound of the layer"

snow_ice_flag

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 13
fixed value: "snow-ice mask"

attribute: comment

hdf5 string	size: 50
fixed value: "flag indicating snow/ice at center of ground pixel"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

surface_pressure

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 2
fixed value: "Pa"

attribute: long_name

hdf5 string	size: 16
fixed value: "surface pressure"

attribute: standard_name

hdf5 string	size: 20
fixed value: "surface_air_pressure"

surface_albedo

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 14
fixed value: "surface albedo"

attribute: standard_name

hdf5 string	size: 14
fixed value: "surface_albedo"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

corner

hdf5 array[dim_0]

dim_0: $corner

attribute: CLASS

hdf5 string

attribute: NAME

hdf5 string

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

delta_time

hdf5 array[dim_0, dim_1]

dim_0: $time

dim_1: $scanline

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string

attribute: long_name

hdf5 string	size: 62
fixed value: "offset of start time of measurement relative to time reference"

ground_pixel

hdf5 array[dim_0]

dim_0: determined automatically from hdf5 file

attribute: CLASS

hdf5 string

attribute: NAME

hdf5 string

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 28
fixed value: "across-track dimension index"

attribute: comment

hdf5 string	size: 96
fixed value: "This coordinate variable defines the indices across track, from west to east; index starts at 0 "

attribute: axis

hdf5 string	size: 1
fixed value: "X"

latitude

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 13
fixed value: "degrees_north"

attribute: long_name

hdf5 string	size: 21
fixed value: "pixel center latitude"

attribute: bounds

hdf5 string	size: 50
fixed value: "/PRODUCT/SUPPORT_DATA/GEOLOCATIONS/latitude_bounds"

attribute: valid_min

hdf5 array[1]

attribute: valid_max

hdf5 array[1]

layer

hdf5 array[dim_0]

dim_0: determined automatically from hdf5 file

attribute: CLASS

hdf5 string

attribute: NAME

hdf5 string

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

longitude

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 12
fixed value: "degrees_east"

attribute: long_name

hdf5 string	size: 22
fixed value: "pixel center longitude"

attribute: bounds

hdf5 string	size: 51
fixed value: "/PRODUCT/SUPPORT_DATA/GEOLOCATIONS/longitude_bounds"

attribute: valid_min

hdf5 array[1]

attribute: valid_max

hdf5 array[1]

qa_value

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: scale_factor

hdf5 array[1]

attribute: add_offset

hdf5 array[1]

attribute: long_name

hdf5 string	size: 18
fixed value: "data quality value"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

attribute: comment

hdf5 string	size: 134
fixed value: "A continuous quality descriptor, varying between 0 (no data) and 1 (full quality data). Recommend to ignore data with qa_value < 0.75 "

attribute: valid_min

hdf5 array[1]

attribute: valid_max

hdf5 array[1]

scanline

hdf5 array[dim_0]

dim_0: determined automatically from hdf5 file

attribute: CLASS

hdf5 string

attribute: NAME

hdf5 string

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: long_name

hdf5 string	size: 27
fixed value: "along-track dimension index"

attribute: comment

hdf5 string	size: 75
fixed value: "This coordinate variable defines the indices along track; index starts at 0"

attribute: axis

hdf5 string	size: 1
fixed value: "Y"

time

hdf5 array[dim_0]

dim_0: determined automatically from hdf5 file

attribute: CLASS

hdf5 string

attribute: NAME

hdf5 string

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 33
fixed value: "seconds since 2010-01-01 00:00:00"

attribute: standard_name

hdf5 string	size: 4
fixed value: "time"

attribute: axis

hdf5 string	size: 1
fixed value: "T"

attribute: long_name

hdf5 string	size: 35
fixed value: "reference time for the measurements"

attribute: comment

hdf5 string	size: 88
fixed value: "The time in this variable corresponds to the time in the time_reference global attribute"

total_column_water_vapor

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 6
fixed value: "kg m-2"

attribute: long_name

hdf5 string	size: 36
fixed value: "Total vertical column of water vapor"

attribute: standard_name

hdf5 string	size: 33
fixed value: "total_mass_content_of_water_vapor"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

total_column_water_vapor_precision

hdf5 array[dim_0, dim_1, dim_2]

dim_0: $time

dim_1: $scanline

dim_2: $ground_pixel

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

attribute: units

hdf5 string	size: 6
fixed value: "kg m-2"

attribute: long_name

hdf5 string	size: 53
fixed value: "Precision of the total vertical column of water vapor"

attribute: standard_name

hdf5 string	size: 48
fixed value: "total_mass_content_of_water_vapor_standard_error"

attribute: coordinates

hdf5 string	size: 36
fixed value: "/PRODUCT/longitude /PRODUCT/latitude"

polynomial_coefficients

hdf5 array[dim_0]

dim_0: $polynomial_coefficients

attribute: CLASS

hdf5 string

attribute: NAME

hdf5 string

attribute: Netcdf4Dimid

real name: _Netcdf4Dimid

hdf5 int32
endianness: little endian

detection rule

This product definition is applicable if a product matches the following rule:

substr(0, 3, filename()) == "S5P" and
substr(9, 10, filename()) == "L2__TCWV__"

product variables

name	size	initialisation
time		$time = dim(/PRODUCT/time,0)
scanline		$scanline = dim(/PRODUCT/scanline,0)
ground_pixel		$ground_pixel = dim(/PRODUCT/ground_pixel,0)
layer		$layer = dim(/PRODUCT/layer,0)
corner		$corner = dim(/PRODUCT/corner,0)
polynomial_coefficients		$polynomial_coefficients = dim(/PRODUCT/polynomial_coefficients,0)

L2__TCWV__ version 1

L2__TCWV___v1

root type

detection rule

product variables

L2TCWV version 1

L2TCWV_v1