id | field name | definition |
0 | laser_wavelength |
binary double | size: 8 |
Laser wavelength in nanometers
unit: "nm"
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1 | error_quantifiers |
binary record | size: 56 |
Error Quantifiers
id | field name | definition |
0 | mie_error_quantifier_k1 |
binary double | size: 8 |
Mie error quantifier K1
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1 | mie_error_quantifier_k2 |
binary double | size: 8 |
Mie error quantifier K2
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2 | mie_error_quantifier_k3 |
binary double | size: 8 |
Mie error quantifier K3
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3 | rayleigh_error_quantifier_ka2 |
binary double | size: 8 |
Rayleigh error quantifier Ka2
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4 | rayleigh_error_quantifier_ka3 |
binary double | size: 8 |
Rayleigh error quantifier Ka3
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5 | rayleigh_error_quantifier_kb2 |
binary double | size: 8 |
Rayleigh error quantifier Kb2
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6 | rayleigh_error_quantifier_kb3 |
binary double | size: 8 |
Rayleigh error quantifier Kb3
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2 | tripod_obscuration_correction |
binary array[16] | size: 128 |
binary double | size: 8 |
Telescope Tripod Obscuration correction for one column
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3 | nf_order |
binary uint32 | size: 4 |
Number of Fourier terms used in the Harmonic Bias Estimation (NF). The A and B coefficient lists for both Mie and Rayleigh below must be NF_Order+1 elements in size
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4 | mie_harmonic_bias_coefficient_a |
binary array[dim_0] |
The maximum size NF+1 of this array is 1024
dim_0: int(../nf_order) + 1
binary double | size: 8 |
One element of vector A
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5 | mie_harmonic_bias_coefficient_b |
binary array[dim_0] |
The maximum size NF+1 of this array is 1024. Note that the first B coefficient in this array (i.e. b_0) is not used by the L1bP. This is done so that the A and B coefficient arrays are both the same size. Only the last NF coefficients are used in the B coefficient array (for A, all NF+1 coefficients are used)
dim_0: int(../nf_order) + 1
binary double | size: 8 |
One element of vector B
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6 | ray_harmonic_bias_coefficient_a |
binary array[dim_0] |
The maximum size NF+1 of this array is 1024
dim_0: int(../nf_order) + 1
binary double | size: 8 |
One element of vector A
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7 | ray_harmonic_bias_coefficient_b |
binary array[dim_0] |
The maximum size NF+1 of this array is 1024. Note that the first B coefficient in this array (i.e. b_0) is not used by the L1bP. This is done so that the A and B coefficient arrays are both the same size. Only the last NF coefficients are used in the B coefficient array (for A, all NF+1 coefficients are used)
dim_0: int(../nf_order) + 1
binary double | size: 8 |
One element of vector B
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