eradiate.radprops.AFGL1986RadProfile
eradiate.radprops.AFGL1986RadProfile#
- class eradiate.radprops.AFGL1986RadProfile(thermoprops=_Nothing.NOTHING, has_absorption=True, has_scattering=True)[source]#
Bases:
eradiate.radprops._core.RadProfile
Radiative properties profile corresponding to the AFGL (1986) atmospheric thermophysical properties profiles [ACC+86].
- Parameters
thermoprops (
Dataset
, default:make_profile()
) – Thermophysical properties.has_absorption (
bool
, default:True
) – Absorption switch. IfTrue
, the absorption coefficient is computed. Else, the absorption coefficient is not computed and instead set to zero.has_scattering (
bool
, default:True
) – Scattering switch. IfTrue
, the scattering coefficient is computed. Else, the scattering coefficient is not computed and instead set to zero.
- Fields
Warning
This class does not support
mono
modes.- eval_albedo(spectral_ctx)#
Evaluate albedo spectrum based on a spectral context. This method dispatches evaluation to specialised methods depending on the active mode.
- Parameters
spectral_ctx (
SpectralContext
) – A spectral context data structure containing relevant spectral parameters (e.g. wavelength in monochromatic mode, bin and quadrature point index in CKD mode).- Returns
quantity
– Evaluated spectrum as an array with length equal to the number of layers.
- eval_dataset(spectral_ctx)#
Return a dataset that holds the radiative properties of the corresponding atmospheric profile. This method dispatches evaluation to specialised methods depending on the active mode.
- Parameters
spectral_ctx (
SpectralContext
) – A spectral context data structure containing relevant spectral parameters (e.g. wavelength in monochromatic mode).- Returns
Dataset
– Radiative properties dataset.
- eval_dataset_ckd(*bindexes, bin_set_id)[source]#
Return a dataset that holds the radiative properties of the corresponding atmospheric profile in CKD modes
- eval_dataset_mono(w)[source]#
Return a dataset that holds the radiative properties of the corresponding atmospheric profile in monochromatic modes.
- eval_sigma_a(spectral_ctx)#
Evaluate absorption coefficient spectrum based on a spectral context. This method dispatches evaluation to specialised methods depending on the active mode.
- Parameters
spectral_ctx (
SpectralContext
) – A spectral context data structure containing relevant spectral parameters (e.g. wavelength in monochromatic mode, bin and quadrature point index in CKD mode).- Returns
quantity
– Evaluated spectrum as an array with length equal to the number of layers.
- eval_sigma_a_ckd(*bindexes, bin_set_id)[source]#
Evaluate absorption coefficient spectrum in CKD modes.
- eval_sigma_a_mono(w)#
Evaluate absorption coefficient spectrum in monochromatic modes.
- eval_sigma_s(spectral_ctx)#
Evaluate scattering coefficient spectrum based on a spectral context. This method dispatches evaluation to specialised methods depending on the active mode.
- Parameters
spectral_ctx (
SpectralContext
) – A spectral context data structure containing relevant spectral parameters (e.g. wavelength in monochromatic mode, bin and quadrature point index in CKD mode).- Returns
quantity
– Evaluated spectrum as an array with length equal to the number of layers.
- eval_sigma_t(spectral_ctx)#
Evaluate extinction coefficient spectrum based on a spectral context. This method dispatches evaluation to specialised methods depending on the active mode.
- Parameters
spectral_ctx (
SpectralContext
) – A spectral context data structure containing relevant spectral parameters (e.g. wavelength in monochromatic mode, bin and quadrature point index in CKD mode).- Returns
quantity
– Evaluated spectrum as an array with length equal to the number of layers.